<?xml version="1.0" encoding="UTF-8" ?>
<BAMSC>
	<header>
		<version>1.1</version>
		<hasDate>3:01:2008</hasDate>
		<default-namespace>BAMS_Neuron_Ontology</default-namespace>
		<method-generated>ontology.php</method-generated>
	</header>
	<concept>
		<ID>BAMSC1</ID>
		<name>Anatomical structure</name>
		<definition label=""></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
	</concept>
	<concept>
		<ID>BAMSC2</ID>
		<name>Organism</name>
		<definition label=""></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<is_a id="BAMSC1">Anatomical structure</is_a>
	</concept>
	<concept>
		<ID>BAMSC3</ID>
		<name>Cell</name>
		<definition label="Cells are any of the minute protoplasmic masses that form organized tissue; they consist of a nucleus surrounded by cytoplasm that contains various organelles, and are enclosed by a plasma membrane. They are the fundamental structural and functional units of living organisms (Dorland Illustrated Medical Dictionary, 2003, p. 315)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<is_a id="BAMSC1">Anatomical structure</is_a>
	</concept>
	<concept>
		<ID>BAMSC4</ID>
		<name>Nervous system</name>
		<definition label="The nervous system is that part of the body characterized microscopically by nerve cells and glial cells (Bullock and Horridge, 1965, pp. 6, 95); in vertebrates it consists macroscopically of central (brain and spinal cord) and peripheral (nerves, ganglia, and plexuses) divisions (Swanson, 2003, p. 40 ff.; 2004, p. 166)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC2">Organism</part_of>
	</concept>
	<concept>
		<ID>BAMSC5</ID>
		<name>Other systems</name>
		<definition label=""></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC2">Organism</part_of>
	</concept>
	<concept>
		<ID>BAMSC6</ID>
		<name>Central nervous system</name>
		<definition label="The central nervous system in vertebrates is a dorsal, hollow organ in the midline that traditionally consists of the brain (rostrally within the cranium) and spinal cord (caudally within the vertebral column); alternatively it can be divided into cerebrum, cerebellum and cerebrospinal trunk (Swanson, 2004, p. 165).  In bilateral invertebrates it is a ventromedial series of ganglia  (Bullock and Horridge, 1965, pp. 53 to 5).
"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC4">Nervous system</part_of>
	</concept>
	<concept>
		<ID>BAMSC7</ID>
		<name>Peripheral nervous system</name>
		<definition label="The peripheral nervous system lies outside the central nervous system and consists macroscopically of nerves, ganglia, and peripheral plexuses (Swanson, 2004, p. 179)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC4">Nervous system</part_of>
	</concept>
	<concept>
		<ID>BAMSC8</ID>
		<name>Central nervous system gray matter</name>
		<definition label="The vertebrate central nervous system is divided broadly into gray matter and white matter; the former is a mixture of neuronal cell bodies and neuropil that is regionally differentiated into nuclei, cortical areas, and variations upon them (Bullock and Horridge, 1965, 52; Swanson, 2003, p. 60 ff.; 2004, p. 166)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC6">Central nervous system</part_of>
	</concept>
	<concept>
		<ID>BAMSC9</ID>
		<name>Central nervous system white matter</name>
		<definition label="The vertebrate central nervous system is divided broadly into gray matter and white matter; the latter is actually something of a misnomer, it actually refers to axonal pathways that interconnect gray matter regions, whether they are myelinated ( and quot;white and quot;), unmyelinated, or a mixture of both (Bullock  and  Horridge, 1965, p. 52 ff.; Swanson, 2003, p. 60 ff.; 2004, p. 166)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC6">Central nervous system</part_of>
	</concept>
	<concept>
		<ID>BAMSC10</ID>
		<name>Central nervous system ventricular system</name>
		<definition label="The ventricular system of the central nervous system (CNS) is the cerebrospinal fluid to filled cavity running the length of the cerebrum and cerebrospinal trunk; it is lined by a single layer of ependymal cells and is the remnant of the embryonic of neural tube lumen (Millen and Woollam, 1962, p. 33 ff.; Swanson, 1998, p. 195)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC6">Central nervous system</part_of>
	</concept>
	<concept>
		<ID>BAMSC12</ID>
		<name>Brain</name>
		<definition label="In vertebrates, the brain is the rostral part of the central nervous system that lies within the cranium (Swanson, 2004, p. 165)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC8">Central nervous system gray matter</part_of>
	</concept>
	<concept>
		<ID>BAMSC13</ID>
		<name>Cerebrum</name>
		<definition label="Definitions of the cerebrum have changed over the years, at one time it referred to the entire brain (that part of the CNS within the cranium). The term now commonly (though not universally) refers to the cerebral hemispheres or endbrain, that part of the cerebral hemispheres refers to the cerebral hemispheres or endbrain, that part of the neural tube derived from the lateral ventricular neuroepithelium. Based on the embryological data reviewed in Alvarez to Bolado et al. (1995) and Alvarez to Bolado and Swanson(1996), the cerebrum contains two major subdivisions: cerebral cortex and basal nuclei or ganglia. Note that the term amygdala and septal region no longer appears as major subdivisions of the endbrain, they are arbitrarily defined regions that contain heterogeneous nuclei and/or cortical areas."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC12">Brain</part_of>
	</concept>
	<concept>
		<ID>BAMSC14</ID>
		<name>Cerebral cortex</name>
		<definition label="The cerebral cortex has been divided into areas that may(isocortical) or may not (allocortical) be fitted into a basic six to layered scheme (Vogt and Vogt 1919), numbered 1 to 6 here. These terms are preferred to the equivalent homotypical and heterotypical of the Vogt pupil, Brodmann (1909), and to the terms neocortical, archicortical, and paleocortical (Ariens Kappers 1909) all of which imply unsubstantiated phylogenetic and ontogenetic attributes (see Lorente de No 1934, Ebbeson 1980). The olfactory cortex (including superficial parts of the amygdala) and hippocampal formation form the allocortex, as interpreted here. A traditional approach to naming cortical areas, based on Brodmann work and ultimately general for all mammals, has been adapted here. For another scheme, idiosyncratic to the rat, see Zilles and Wree (1995). Names of the 6 isocortical layers from superficial to deep, would include: 1, molecular layer, 2, superficial supragranular pyramidal layer, 3, deep supragranular pyramidal layer, 4, granular layer, 5, infragranular pyramidal layer, and 6, polymorph layer."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC13">Cerebrum</part_of>
	</concept>
	<concept>
		<ID>BAMSC15</ID>
		<name>Cerebral cortex, layers1-6a [cortical plate]</name>
		<definition label="The cerebral cortical plate consists in the adult of isocortical layers 1 to 6a and all layers of allocortex; it is derived from the embryonic cortical plate (Swanson, 2004, p. 166)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC14">Cerebral cortex</part_of>
	</concept>
	<concept>
		<ID>BAMSC16</ID>
		<name>Olfactory areas</name>
		<definition label="Defined here as regions of the cortical mantle that receive direct input from the olfactory nerve (primary, see Brodmann 1909), or from the main and accessory olfactory bulbs (unimodal association, see Price 1987). The latter also includes superficial regions of the amygdala (the NLOT, COA, PAA, and TR), and it is important to point out that the entorhinal area of the hippocampal formation also receives direct olfactory input (Kosel et al. 1981), although it receives many other types of sensory information and thus not usually included in the olfactory region."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC15">Cerebral cortex, layers1-6a [cortical plate]</part_of>
	</concept>
	<concept>
		<ID>BAMSC17</ID>
		<name>Main olfactory bulb</name>
		<definition label="According to Gurdjian 1925, Shipley et al. 1996"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC16">Olfactory areas</part_of>
	</concept>
	<concept>
		<ID>BAMSC18</ID>
		<name>Main olfactory bulb, glomerular layer</name>
		<definition label="None provided."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC17">Main olfactory bulb</part_of>
	</concept>
	<concept>
		<ID>BAMSC19</ID>
		<name>Main olfactory bulb, outer plexiform layer</name>
		<definition label="None provided"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC17">Main olfactory bulb</part_of>
	</concept>
	<concept>
		<ID>BAMSC20</ID>
		<name>Main olfactory bulb, mitral layer</name>
		<definition label="None provided"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC17">Main olfactory bulb</part_of>
	</concept>
	<concept>
		<ID>BAMSC21</ID>
		<name>Main olfactory bulb, inner plexiform layer</name>
		<definition label="None provided"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC17">Main olfactory bulb</part_of>
	</concept>
	<concept>
		<ID>BAMSC22</ID>
		<name>Main olfactory bulb, granule layer</name>
		<definition label="None provided"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC17">Main olfactory bulb</part_of>
	</concept>
	<concept>
		<ID>BAMSC23</ID>
		<name>Accessory olfactory bulb</name>
		<definition label="According to Gurdjian 1925, Shipley et al. 1996."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC16">Olfactory areas</part_of>
	</concept>
	<concept>
		<ID>BAMSC24</ID>
		<name>Accessory olfactory bulb, glomerular layer</name>
		<definition label="None provided"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC23">Accessory olfactory bulb</part_of>
	</concept>
	<concept>
		<ID>BAMSC25</ID>
		<name>Accessory olfactory bulb, mitral layer</name>
		<definition label="None provided"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC23">Accessory olfactory bulb</part_of>
	</concept>
	<concept>
		<ID>BAMSC26</ID>
		<name>Accessory olfactory bulb, granular layer</name>
		<definition label="None provided"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC23">Accessory olfactory bulb</part_of>
	</concept>
	<concept>
		<ID>BAMSC27</ID>
		<name>Anterior olfactory nucleus</name>
		<definition label="This nucleus is an area of the olfactory cortex, with molecular layer (1) and a pyramidal layer (2), except for the external part, the divisions are baased on position, not architecture (see Haberly and Price 1978b)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC16">Olfactory areas</part_of>
	</concept>
	<concept>
		<ID>BAMSC28</ID>
		<name>Anterior olfactory nucleus dorsal part</name>
		<definition label="This nucleus is an area of the olfactory cortex, with molecular layer (1) and a pyramidal layer (2), except for the external part, the divisions are baased on position, not architecture (see Haberly and Price 1978b)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC27">Anterior olfactory nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC29</ID>
		<name>Anterior olfactory nucleus dorsal part molecular layer</name>
		<definition label="This nucleus is an area of the olfactory cortex, with molecular layer (1) and a pyramidal layer (2), except for the external part, the divisions are baased on position, not architecture (see Haberly and Price 1978b)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC28">Anterior olfactory nucleus dorsal part</part_of>
	</concept>
	<concept>
		<ID>BAMSC30</ID>
		<name>Anterior olfactory nucleus dorsal part pyramidal layer</name>
		<definition label="This nucleus is an area of the olfactory cortex, with molecular layer (1) and a pyramidal layer (2), except for the external part, the divisions are baased on position, not architecture (see Haberly and Price 1978b)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC28">Anterior olfactory nucleus dorsal part</part_of>
	</concept>
	<concept>
		<ID>BAMSC31</ID>
		<name>Anterior olfactory nucleus external part</name>
		<definition label="This nucleus is an area of the olfactory cortex, with molecular layer (1) and a pyramidal layer (2), except for the external part, the divisions are baased on position, not architecture (see Haberly and Price 1978b)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC27">Anterior olfactory nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC32</ID>
		<name>Anterior olfactory nucleus external part molecular layer</name>
		<definition label="This nucleus is an area of the olfactory cortex, with molecular layer (1) and a pyramidal layer (2), except for the external part, the divisions are baased on position, not architecture (see Haberly and Price 1978b)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC31">Anterior olfactory nucleus external part</part_of>
	</concept>
	<concept>
		<ID>BAMSC33</ID>
		<name>Anterior olfactory nucleus external part pyramidal layer</name>
		<definition label="This nucleus is an area of the olfactory cortex, with molecular layer (1) and a pyramidal layer (2), except for the external part, the divisions are baased on position, not architecture (see Haberly and Price 1978b)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC31">Anterior olfactory nucleus external part</part_of>
	</concept>
	<concept>
		<ID>BAMSC34</ID>
		<name>Anterior olfactory nucleus lateral part</name>
		<definition label="This nucleus is an area of the olfactory cortex, with molecular layer (1) and a pyramidal layer (2), except for the external part, the divisions are baased on position, not architecture (see Haberly and Price 1978b)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC27">Anterior olfactory nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC35</ID>
		<name>Anterior olfactory nucleus lateral part molecular layer</name>
		<definition label="This nucleus is an area of the olfactory cortex, with molecular layer (1) and a pyramidal layer (2), except for the external part, the divisions are baased on position, not architecture (see Haberly and Price 1978b)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC34">Anterior olfactory nucleus lateral part</part_of>
	</concept>
	<concept>
		<ID>BAMSC36</ID>
		<name>Anterior olfactory nucleus lateral part pyramidal layer</name>
		<definition label="This nucleus is an area of the olfactory cortex, with molecular layer (1) and a pyramidal layer (2), except for the external part, the divisions are baased on position, not architecture (see Haberly and Price 1978b)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC34">Anterior olfactory nucleus lateral part</part_of>
	</concept>
	<concept>
		<ID>BAMSC37</ID>
		<name>Anterior olfactory nucleus medial part</name>
		<definition label="This nucleus is an area of the olfactory cortex, with molecular layer (1) and a pyramidal layer (2), except for the external part, the divisions are baased on position, not architecture (see Haberly and Price 1978b)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC27">Anterior olfactory nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC38</ID>
		<name>Anterior olfactory nucleus medial part molecular layer</name>
		<definition label="This nucleus is an area of the olfactory cortex, with molecular layer (1) and a pyramidal layer (2), except for the external part, the divisions are baased on position, not architecture (see Haberly and Price 1978b)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC37">Anterior olfactory nucleus medial part</part_of>
	</concept>
	<concept>
		<ID>BAMSC39</ID>
		<name>Anterior olfactory nucleus medial part pyramidal layer</name>
		<definition label="This nucleus is an area of the olfactory cortex, with molecular layer (1) and a pyramidal layer (2), except for the external part, the divisions are baased on position, not architecture (see Haberly and Price 1978b)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC37">Anterior olfactory nucleus medial part</part_of>
	</concept>
	<concept>
		<ID>BAMSC40</ID>
		<name>Anterior olfactory nucleus posteroventral part</name>
		<definition label="This nucleus is an area of the olfactory cortex, with molecular layer (1) and a pyramidal layer (2), except for the external part, the divisions are baased on position, not architecture (see Haberly and Price 1978b)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC27">Anterior olfactory nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC41</ID>
		<name>Anterior olfactory nucleus posteroventral part molecular layer</name>
		<definition label="This nucleus is an area of the olfactory cortex, with molecular layer (1) and a pyramidal layer (2), except for the external part, the divisions are baased on position, not architecture (see Haberly and Price 1978b)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC40">Anterior olfactory nucleus posteroventral part</part_of>
	</concept>
	<concept>
		<ID>BAMSC42</ID>
		<name>Anterior olfactory nucleus posteroventral part pyramidal layer</name>
		<definition label="This nucleus is an area of the olfactory cortex, with molecular layer (1) and a pyramidal layer (2), except for the external part, the divisions are baased on position, not architecture (see Haberly and Price 1978b)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC40">Anterior olfactory nucleus posteroventral part</part_of>
	</concept>
	<concept>
		<ID>BAMSC43</ID>
		<name>Taenia tecta</name>
		<definition label="There is little agreement in the literature about the parcellation and nomneclature associated with the taenia tecta and induseum griseum. From examining sections in the three standard planes, it seems clear to us that the induseum griseum continues unninterrupted around the genu of the corpus callosum to the septohippocampal nucleus (Atlas levels 11 to 13, also see Wyss and Sripanidkulchai 1983), the part of the induseumk griseum rostral and ventral to the genu was called the dorsal part of the taenia tecta by Haberly and Price (1978b). The ventral taenia tecta of Haberly and Price (1978b) has a very different structure. They divided it into superior and inferior parts, which we refer to here as the dorsal and ventral parts of the taenia tecta proper, respectively. The taenia tecta reminds one of differentiated parts of the adjacent anterior olfactory nucleus (see davis et al. 1978). We recognize three layers in the TTv (as Haberly and Price 1978b) and four layers in the TTd."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC16">Olfactory areas</part_of>
	</concept>
	<concept>
		<ID>BAMSC44</ID>
		<name>Taenia tecta dorsal part</name>
		<definition label="There is little agreement in the literature about the parcellation and nomneclature associated with the taenia tecta and induseum griseum. From examining sections in the three standard planes, it seems clear to us that the induseum griseum continues unninterrupted around the genu of the corpus callosum to the septohippocampal nucleus (Atlas levels 11 to 13, also see Wyss and Sripanidkulchai 1983), the part of the induseumk griseum rostral and ventral to the genu was called the dorsal part of the taenia tecta by Haberly and Price (1978b). The ventral taenia tecta of Haberly and Price (1978b) has a very different structure. They divided it into superior and inferior parts, which we refer to here as the dorsal and ventral parts of the taenia tecta proper, respectively. The taenia tecta reminds one of differentiated parts of the adjacent anterior olfactory nucleus (see davis et al. 1978). We recognize three layers in the TTv (as Haberly and Price 1978b) and four layers in the TTd."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC43">Taenia tecta</part_of>
	</concept>
	<concept>
		<ID>BAMSC45</ID>
		<name>Taenia tecta dorsal part layer 1</name>
		<definition label="There is little agreement in the literature about the parcellation and nomneclature associated with the taenia tecta and induseum griseum. From examining sections in the three standard planes, it seems clear to us that the induseum griseum continues unninterrupted around the genu of the corpus callosum to the septohippocampal nucleus (Atlas levels 11 to 13, also see Wyss and Sripanidkulchai 1983), the part of the induseumk griseum rostral and ventral to the genu was called the dorsal part of the taenia tecta by Haberly and Price (1978b). The ventral taenia tecta of Haberly and Price (1978b) has a very different structure. They divided it into superior and inferior parts, which we refer to here as the dorsal and ventral parts of the taenia tecta proper, respectively. The taenia tecta reminds one of differentiated parts of the adjacent anterior olfactory nucleus (see davis et al. 1978). We recognize three layers in the TTv (as Haberly and Price 1978b) and four layers in the TTd."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC44">Taenia tecta dorsal part</part_of>
	</concept>
	<concept>
		<ID>BAMSC46</ID>
		<name>Taenia tecta dorsal part layer 2</name>
		<definition label="There is little agreement in the literature about the parcellation and nomneclature associated with the taenia tecta and induseum griseum. From examining sections in the three standard planes, it seems clear to us that the induseum griseum continues unninterrupted around the genu of the corpus callosum to the septohippocampal nucleus (Atlas levels 11 to 13, also see Wyss and Sripanidkulchai 1983), the part of the induseumk griseum rostral and ventral to the genu was called the dorsal part of the taenia tecta by Haberly and Price (1978b). The ventral taenia tecta of Haberly and Price (1978b) has a very different structure. They divided it into superior and inferior parts, which we refer to here as the dorsal and ventral parts of the taenia tecta proper, respectively. The taenia tecta reminds one of differentiated parts of the adjacent anterior olfactory nucleus (see davis et al. 1978). We recognize three layers in the TTv (as Haberly and Price 1978b) and four layers in the TTd."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC44">Taenia tecta dorsal part</part_of>
	</concept>
	<concept>
		<ID>BAMSC47</ID>
		<name>Taenia tecta dorsal part layer 3</name>
		<definition label="There is little agreement in the literature about the parcellation and nomneclature associated with the taenia tecta and induseum griseum. From examining sections in the three standard planes, it seems clear to us that the induseum griseum continues unninterrupted around the genu of the corpus callosum to the septohippocampal nucleus (Atlas levels 11 to 13, also see Wyss and Sripanidkulchai 1983), the part of the induseumk griseum rostral and ventral to the genu was called the dorsal part of the taenia tecta by Haberly and Price (1978b). The ventral taenia tecta of Haberly and Price (1978b) has a very different structure. They divided it into superior and inferior parts, which we refer to here as the dorsal and ventral parts of the taenia tecta proper, respectively. The taenia tecta reminds one of differentiated parts of the adjacent anterior olfactory nucleus (see davis et al. 1978). We recognize three layers in the TTv (as Haberly and Price 1978b) and four layers in the TTd."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC44">Taenia tecta dorsal part</part_of>
	</concept>
	<concept>
		<ID>BAMSC48</ID>
		<name>Taenia tecta dorsal part layer 4</name>
		<definition label="There is little agreement in the literature about the parcellation and nomneclature associated with the taenia tecta and induseum griseum. From examining sections in the three standard planes, it seems clear to us that the induseum griseum continues unninterrupted around the genu of the corpus callosum to the septohippocampal nucleus (Atlas levels 11 to 13, also see Wyss and Sripanidkulchai 1983), the part of the induseumk griseum rostral and ventral to the genu was called the dorsal part of the taenia tecta by Haberly and Price (1978b). The ventral taenia tecta of Haberly and Price (1978b) has a very different structure. They divided it into superior and inferior parts, which we refer to here as the dorsal and ventral parts of the taenia tecta proper, respectively. The taenia tecta reminds one of differentiated parts of the adjacent anterior olfactory nucleus (see davis et al. 1978). We recognize three layers in the TTv (as Haberly and Price 1978b) and four layers in the TTd."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC44">Taenia tecta dorsal part</part_of>
	</concept>
	<concept>
		<ID>BAMSC49</ID>
		<name>Taenia tecta ventral part</name>
		<definition label="There is little agreement in the literature about the parcellation and nomneclature associated with the taenia tecta and induseum griseum. From examining sections in the three standard planes, it seems clear to us that the induseum griseum continues unninterrupted around the genu of the corpus callosum to the septohippocampal nucleus (Atlas levels 11 to 13, also see Wyss and Sripanidkulchai 1983), the part of the induseumk griseum rostral and ventral to the genu was called the dorsal part of the taenia tecta by Haberly and Price (1978b). The ventral taenia tecta of Haberly and Price (1978b) has a very different structure. They divided it into superior and inferior parts, which we refer to here as the dorsal and ventral parts of the taenia tecta proper, respectively. The taenia tecta reminds one of differentiated parts of the adjacent anterior olfactory nucleus (see davis et al. 1978). We recognize three layers in the TTv (as Haberly and Price 1978b) and four layers in the TTd."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC43">Taenia tecta</part_of>
	</concept>
	<concept>
		<ID>BAMSC50</ID>
		<name>Taenia tecta ventral part layer1</name>
		<definition label="There is little agreement in the literature about the parcellation and nomneclature associated with the taenia tecta and induseum griseum. From examining sections in the three standard planes, it seems clear to us that the induseum griseum continues unninterrupted around the genu of the corpus callosum to the septohippocampal nucleus (Atlas levels 11 to 13, also see Wyss and Sripanidkulchai 1983), the part of the induseumk griseum rostral and ventral to the genu was called the dorsal part of the taenia tecta by Haberly and Price (1978b). The ventral taenia tecta of Haberly and Price (1978b) has a very different structure. They divided it into superior and inferior parts, which we refer to here as the dorsal and ventral parts of the taenia tecta proper, respectively. The taenia tecta reminds one of differentiated parts of the adjacent anterior olfactory nucleus (see davis et al. 1978). We recognize three layers in the TTv (as Haberly and Price 1978b) and four layers in the TTd."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC49">Taenia tecta ventral part</part_of>
	</concept>
	<concept>
		<ID>BAMSC51</ID>
		<name>Taenia tecta ventral part layer2</name>
		<definition label="There is little agreement in the literature about the parcellation and nomneclature associated with the taenia tecta and induseum griseum. From examining sections in the three standard planes, it seems clear to us that the induseum griseum continues unninterrupted around the genu of the corpus callosum to the septohippocampal nucleus (Atlas levels 11 to 13, also see Wyss and Sripanidkulchai 1983), the part of the induseumk griseum rostral and ventral to the genu was called the dorsal part of the taenia tecta by Haberly and Price (1978b). The ventral taenia tecta of Haberly and Price (1978b) has a very different structure. They divided it into superior and inferior parts, which we refer to here as the dorsal and ventral parts of the taenia tecta proper, respectively. The taenia tecta reminds one of differentiated parts of the adjacent anterior olfactory nucleus (see davis et al. 1978). We recognize three layers in the TTv (as Haberly and Price 1978b) and four layers in the TTd."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC49">Taenia tecta ventral part</part_of>
	</concept>
	<concept>
		<ID>BAMSC52</ID>
		<name>Taenia tecta ventral part layer3</name>
		<definition label="There is little agreement in the literature about the parcellation and nomneclature associated with the taenia tecta and induseum griseum. From examining sections in the three standard planes, it seems clear to us that the induseum griseum continues unninterrupted around the genu of the corpus callosum to the septohippocampal nucleus (Atlas levels 11 to 13, also see Wyss and Sripanidkulchai 1983), the part of the induseumk griseum rostral and ventral to the genu was called the dorsal part of the taenia tecta by Haberly and Price (1978b). The ventral taenia tecta of Haberly and Price (1978b) has a very different structure. They divided it into superior and inferior parts, which we refer to here as the dorsal and ventral parts of the taenia tecta proper, respectively. The taenia tecta reminds one of differentiated parts of the adjacent anterior olfactory nucleus (see davis et al. 1978). We recognize three layers in the TTv (as Haberly and Price 1978b) and four layers in the TTd."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC49">Taenia tecta ventral part</part_of>
	</concept>
	<concept>
		<ID>BAMSC53</ID>
		<name>Piriform area</name>
		<definition label="According to Craigie 1925, Haberly and Price 1978a."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC16">Olfactory areas</part_of>
	</concept>
	<concept>
		<ID>BAMSC54</ID>
		<name>Piriform area molecular layer</name>
		<definition label="According to Craigie 1925, Haberly and Price 1978a."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC53">Piriform area</part_of>
	</concept>
	<concept>
		<ID>BAMSC55</ID>
		<name>Piriform area pyramidal layer</name>
		<definition label="According to Craigie 1925, Haberly and Price 1978a."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC53">Piriform area</part_of>
	</concept>
	<concept>
		<ID>BAMSC56</ID>
		<name>Piriform area polymorph layer</name>
		<definition label="According to Craigie 1925, Haberly and Price 1978a."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC53">Piriform area</part_of>
	</concept>
	<concept>
		<ID>BAMSC57</ID>
		<name>Postpiriform transition area</name>
		<definition label="According to Haug 1976, Canteras et al. 1992a."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC16">Olfactory areas</part_of>
	</concept>
	<concept>
		<ID>BAMSC58</ID>
		<name>Piriform-amygdaloid area</name>
		<definition label="According to Canteras et al. 1992a."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC16">Olfactory areas</part_of>
	</concept>
	<concept>
		<ID>BAMSC59</ID>
		<name>Nucleus of the lateral olfactory tract</name>
		<definition label="According to McDonald 1983, Millhouse and Uemoura to Sumi 1985. Like the NLOT and COA, this is an area of the olfactory cortex, usually grouped with the amygdala."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC16">Olfactory areas</part_of>
	</concept>
	<concept>
		<ID>BAMSC60</ID>
		<name>Nucleus of the lateral olfactory tract molecular layer</name>
		<definition label="According to McDonald 1983, Millhouse and Uemoura to Sumi 1985. Like the NLOT and COA, this is an area of the olfactory cortex, usually grouped with the amygdala."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC59">Nucleus of the lateral olfactory tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC61</ID>
		<name>Nucleus of the lateral olfactory tract pyramidal layer</name>
		<definition label="According to McDonald 1983, Millhouse and Uemoura to Sumi 1985. Like the NLOT and COA, this is an area of the olfactory cortex, usually grouped with the amygdala."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC59">Nucleus of the lateral olfactory tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC62</ID>
		<name>Nucleus of the lateral olfactory tract dorsal cap</name>
		<definition label="According to Gurdjian 1928"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC59">Nucleus of the lateral olfactory tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC63</ID>
		<name>Cortical nucleus of the amygdala</name>
		<definition label="According to Gurdjian 1928."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC16">Olfactory areas</part_of>
	</concept>
	<concept>
		<ID>BAMSC64</ID>
		<name>Cortical nucleus of the amygdala anterior part</name>
		<definition label="According to de Olmos et al. 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC63">Cortical nucleus of the amygdala</part_of>
	</concept>
	<concept>
		<ID>BAMSC65</ID>
		<name>Cortical nucleus of the amygdala posterior part</name>
		<definition label="According to Canteras et al 1992a."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC63">Cortical nucleus of the amygdala</part_of>
	</concept>
	<concept>
		<ID>BAMSC66</ID>
		<name>Cortical nucleus of the amygdala posterior part lateral zone</name>
		<definition label="According to Canteras et al 1992a."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC65">Cortical nucleus of the amygdala posterior part</part_of>
	</concept>
	<concept>
		<ID>BAMSC67</ID>
		<name>Cortical nucleus of the amygdala posterior part medial zone</name>
		<definition label="According to Canteras et al 1992a."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC65">Cortical nucleus of the amygdala posterior part</part_of>
	</concept>
	<concept>
		<ID>BAMSC68</ID>
		<name>Hippocampal formation</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC15">Cerebral cortex, layers1-6a [cortical plate]</part_of>
	</concept>
	<concept>
		<ID>BAMSC69</ID>
		<name>Retrohippocampal region</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC68">Hippocampal formation</part_of>
	</concept>
	<concept>
		<ID>BAMSC70</ID>
		<name>Entorhinal area</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC69">Retrohippocampal region</part_of>
	</concept>
	<concept>
		<ID>BAMSC71</ID>
		<name>Entorhinal area, lateral part</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC70">Entorhinal area</part_of>
	</concept>
	<concept>
		<ID>BAMSC72</ID>
		<name>Entorhinal area, lateral part layers 1-6</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC71">Entorhinal area, lateral part</part_of>
	</concept>
	<concept>
		<ID>BAMSC73</ID>
		<name>Entorhinal area medial part, dorsal zone</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC70">Entorhinal area</part_of>
	</concept>
	<concept>
		<ID>BAMSC74</ID>
		<name>Entorhinal area medial part, dorsal zone layers 1-6</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC73">Entorhinal area medial part, dorsal zone</part_of>
	</concept>
	<concept>
		<ID>BAMSC75</ID>
		<name>Entorhinal area medial part, ventral zone</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC70">Entorhinal area</part_of>
	</concept>
	<concept>
		<ID>BAMSC76</ID>
		<name>Presubiculum</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC69">Retrohippocampal region</part_of>
	</concept>
	<concept>
		<ID>BAMSC77</ID>
		<name>Presubiculum, layers 1-6</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC76">Presubiculum</part_of>
	</concept>
	<concept>
		<ID>BAMSC78</ID>
		<name>Postsubiculum</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC69">Retrohippocampal region</part_of>
	</concept>
	<concept>
		<ID>BAMSC79</ID>
		<name>Postsubiculum layers 1-6</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC78">Postsubiculum</part_of>
	</concept>
	<concept>
		<ID>BAMSC80</ID>
		<name>Parasubiculum</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC69">Retrohippocampal region</part_of>
	</concept>
	<concept>
		<ID>BAMSC81</ID>
		<name>Parasubiculum layer 1</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC80">Parasubiculum</part_of>
	</concept>
	<concept>
		<ID>BAMSC82</ID>
		<name>Parasubiculum layer 2</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC80">Parasubiculum</part_of>
	</concept>
	<concept>
		<ID>BAMSC83</ID>
		<name>Parasubiculum layer 3</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC80">Parasubiculum</part_of>
	</concept>
	<concept>
		<ID>BAMSC84</ID>
		<name>Parasubiculum layer 4</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC80">Parasubiculum</part_of>
	</concept>
	<concept>
		<ID>BAMSC85</ID>
		<name>Parasubiculum layer 5</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC80">Parasubiculum</part_of>
	</concept>
	<concept>
		<ID>BAMSC86</ID>
		<name>Parasubiculum layer 6</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC80">Parasubiculum</part_of>
	</concept>
	<concept>
		<ID>BAMSC87</ID>
		<name>Subiculum</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC69">Retrohippocampal region</part_of>
	</concept>
	<concept>
		<ID>BAMSC88</ID>
		<name>Subiculum dorsal part</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC87">Subiculum</part_of>
	</concept>
	<concept>
		<ID>BAMSC89</ID>
		<name>Subiculum dorsal part molecular layer</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC88">Subiculum dorsal part</part_of>
	</concept>
	<concept>
		<ID>BAMSC90</ID>
		<name>Subiculum dorsal part stratum radiatum</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC88">Subiculum dorsal part</part_of>
	</concept>
	<concept>
		<ID>BAMSC91</ID>
		<name>Subiculum dorsal part pyramidal layer</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC88">Subiculum dorsal part</part_of>
	</concept>
	<concept>
		<ID>BAMSC92</ID>
		<name>Subiculum ventral part</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC87">Subiculum</part_of>
	</concept>
	<concept>
		<ID>BAMSC93</ID>
		<name>Subiculum ventral part molecular layer</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC92">Subiculum ventral part</part_of>
	</concept>
	<concept>
		<ID>BAMSC94</ID>
		<name>Subiculum ventral part stratum radiatum</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC92">Subiculum ventral part</part_of>
	</concept>
	<concept>
		<ID>BAMSC95</ID>
		<name>Subiculum ventral part pyramidal layer</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC92">Subiculum ventral part</part_of>
	</concept>
	<concept>
		<ID>BAMSC96</ID>
		<name>Hippocampal region</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC68">Hippocampal formation</part_of>
	</concept>
	<concept>
		<ID>BAMSC97</ID>
		<name>Ammon Horn</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC96">Hippocampal region</part_of>
	</concept>
	<concept>
		<ID>BAMSC98</ID>
		<name>Field CA1</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC97">Ammon Horn</part_of>
	</concept>
	<concept>
		<ID>BAMSC99</ID>
		<name>Field CA1 stratum lacunosum-moleculare</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC98">Field CA1</part_of>
	</concept>
	<concept>
		<ID>BAMSC100</ID>
		<name>Field CA1 stratum radiatum</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC98">Field CA1</part_of>
	</concept>
	<concept>
		<ID>BAMSC101</ID>
		<name>Field CA1 pyramidal layer</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC98">Field CA1</part_of>
	</concept>
	<concept>
		<ID>BAMSC102</ID>
		<name>Field CA1 pyramidal layer, deep</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC101">Field CA1 pyramidal layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC103</ID>
		<name>Field CA1 pyramidal layer, superficial</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC101">Field CA1 pyramidal layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC104</ID>
		<name>Field CA1 stratum oriens</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC98">Field CA1</part_of>
	</concept>
	<concept>
		<ID>BAMSC105</ID>
		<name>Field CA2</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC97">Ammon Horn</part_of>
	</concept>
	<concept>
		<ID>BAMSC106</ID>
		<name>Field CA2 stratum lacunosum-moleculare</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC105">Field CA2</part_of>
	</concept>
	<concept>
		<ID>BAMSC107</ID>
		<name>Field CA2 stratum radiatum</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC105">Field CA2</part_of>
	</concept>
	<concept>
		<ID>BAMSC108</ID>
		<name>Field CA2 pyramidal layer</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC105">Field CA2</part_of>
	</concept>
	<concept>
		<ID>BAMSC109</ID>
		<name>Field CA2 stratum oriens</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC105">Field CA2</part_of>
	</concept>
	<concept>
		<ID>BAMSC110</ID>
		<name>Field CA3</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC97">Ammon Horn</part_of>
	</concept>
	<concept>
		<ID>BAMSC111</ID>
		<name>Field CA3 stratum lacunosum-moleculare</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC110">Field CA3</part_of>
	</concept>
	<concept>
		<ID>BAMSC112</ID>
		<name>Field CA3 stratum lucidum</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC110">Field CA3</part_of>
	</concept>
	<concept>
		<ID>BAMSC113</ID>
		<name>Field CA3 stratum oriens</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC110">Field CA3</part_of>
	</concept>
	<concept>
		<ID>BAMSC114</ID>
		<name>Field CA3 pyramidal layer</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC110">Field CA3</part_of>
	</concept>
	<concept>
		<ID>BAMSC115</ID>
		<name>Field CA3 stratum radiatum</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC110">Field CA3</part_of>
	</concept>
	<concept>
		<ID>BAMSC116</ID>
		<name>Dentate gyrus</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC96">Hippocampal region</part_of>
	</concept>
	<concept>
		<ID>BAMSC117</ID>
		<name>Dentate gyrus crest</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC116">Dentate gyrus</part_of>
	</concept>
	<concept>
		<ID>BAMSC118</ID>
		<name>Dentate gyrus crest molecular layer</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC117">Dentate gyrus crest</part_of>
	</concept>
	<concept>
		<ID>BAMSC119</ID>
		<name>Dentate gyrus crest granule cell layer</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC117">Dentate gyrus crest</part_of>
	</concept>
	<concept>
		<ID>BAMSC120</ID>
		<name>Dentate gyrus crest polymorph layer</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC117">Dentate gyrus crest</part_of>
	</concept>
	<concept>
		<ID>BAMSC121</ID>
		<name>Dentate gyrus lateral blade</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC116">Dentate gyrus</part_of>
	</concept>
	<concept>
		<ID>BAMSC122</ID>
		<name>Dentate gyrus lateral blade molecular layer</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC121">Dentate gyrus lateral blade</part_of>
	</concept>
	<concept>
		<ID>BAMSC123</ID>
		<name>Dentate gyrus lateral blade granule cell layer</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC121">Dentate gyrus lateral blade</part_of>
	</concept>
	<concept>
		<ID>BAMSC124</ID>
		<name>Dentate gyrus lateral blade polymorph layer</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC121">Dentate gyrus lateral blade</part_of>
	</concept>
	<concept>
		<ID>BAMSC125</ID>
		<name>Dentate gyrus medial blade</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC116">Dentate gyrus</part_of>
	</concept>
	<concept>
		<ID>BAMSC126</ID>
		<name>Dentate gyrus medial blade molecular layer</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC125">Dentate gyrus medial blade</part_of>
	</concept>
	<concept>
		<ID>BAMSC127</ID>
		<name>Dentate gyrus medial blade granule cell layer</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC125">Dentate gyrus medial blade</part_of>
	</concept>
	<concept>
		<ID>BAMSC128</ID>
		<name>Dentate gyrus medial blade polymorph layer</name>
		<definition label="According to Blackstad 1956, Swanson et al. 1987. See Canteras et al. (1992a) for a discussion of the ventral region of the medial entorhinal area."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC125">Dentate gyrus medial blade</part_of>
	</concept>
	<concept>
		<ID>BAMSC129</ID>
		<name>Induseum griseum</name>
		<definition label="According to Wyss and Sripanidkulchai 1983 (see note 12)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC96">Hippocampal region</part_of>
	</concept>
	<concept>
		<ID>BAMSC130</ID>
		<name>Fasciola cinerea</name>
		<definition label="According to Hjorth to Simonsen 1972."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC96">Hippocampal region</part_of>
	</concept>
	<concept>
		<ID>BAMSC131</ID>
		<name>Somatic motor areas</name>
		<definition label="According to Donoghue and Wise 1982, Neafsey et al. 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC15">Cerebral cortex, layers1-6a [cortical plate]</part_of>
	</concept>
	<concept>
		<ID>BAMSC132</ID>
		<name>Primary motor area</name>
		<definition label="According to Donoghue and Wise 1982, Neafsey et al. 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC131">Somatic motor areas</part_of>
	</concept>
	<concept>
		<ID>BAMSC133</ID>
		<name>Secondary motor area</name>
		<definition label="According to Donoghue and Wise 1982, Neafsey et al. 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC131">Somatic motor areas</part_of>
	</concept>
	<concept>
		<ID>BAMSC134</ID>
		<name>Auditory areas</name>
		<definition label="According to Sally and Kelly 1988, Kelly and Sally 1988, Arnault and Roger 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC15">Cerebral cortex, layers1-6a [cortical plate]</part_of>
	</concept>
	<concept>
		<ID>BAMSC135</ID>
		<name>Primary auditory area</name>
		<definition label="According to Sally and Kelly 1988, Kelly and Sally 1988, Arnault and Roger 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC134">Auditory areas</part_of>
	</concept>
	<concept>
		<ID>BAMSC136</ID>
		<name>Dorsal auditory areas</name>
		<definition label="According to Azizi et al. 1985, Sally and Kelly 1988, Kelly and Sally 1988."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC134">Auditory areas</part_of>
	</concept>
	<concept>
		<ID>BAMSC137</ID>
		<name>Ventral auditory areas</name>
		<definition label="Clear cytoarchitectonic differences between areas Te3 and Te2 (see Arnault and Roger 1990) were not observed."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC134">Auditory areas</part_of>
	</concept>
	<concept>
		<ID>BAMSC138</ID>
		<name>Gustatory areas</name>
		<definition label="According to Kosar et al. 1986, Cechetto and Saper 1987."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC15">Cerebral cortex, layers1-6a [cortical plate]</part_of>
	</concept>
	<concept>
		<ID>BAMSC139</ID>
		<name>Somatosensory areas</name>
		<definition label="No description provided."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC15">Cerebral cortex, layers1-6a [cortical plate]</part_of>
	</concept>
	<concept>
		<ID>BAMSC140</ID>
		<name>Primary somatosensory area</name>
		<definition label="According to Chapin and Lin 1984, Sanderson et al. 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC139">Somatosensory areas</part_of>
	</concept>
	<concept>
		<ID>BAMSC141</ID>
		<name>Primary somatosensory area barrel field</name>
		<definition label="According to Chapin and Lin 1984, Sanderson et al. 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC140">Primary somatosensory area</part_of>
	</concept>
	<concept>
		<ID>BAMSC142</ID>
		<name>Primary somatosensory area lower limb</name>
		<definition label="According to Chapin and Lin 1984, Sanderson et al. 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC140">Primary somatosensory area</part_of>
	</concept>
	<concept>
		<ID>BAMSC143</ID>
		<name>Primary somatosensory area mouth</name>
		<definition label="According to Chapin and Lin 1984, Sanderson et al. 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC140">Primary somatosensory area</part_of>
	</concept>
	<concept>
		<ID>BAMSC144</ID>
		<name>Primary somatosensory area nose</name>
		<definition label="According to Chapin and Lin 1984, Sanderson et al. 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC140">Primary somatosensory area</part_of>
	</concept>
	<concept>
		<ID>BAMSC145</ID>
		<name>Primary somatosensory area trunk</name>
		<definition label="According to Chapin and Lin 1984, Sanderson et al. 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC140">Primary somatosensory area</part_of>
	</concept>
	<concept>
		<ID>BAMSC146</ID>
		<name>Primary somatosensory area upper limb</name>
		<definition label="According to Chapin and Lin 1984, Sanderson et al. 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC140">Primary somatosensory area</part_of>
	</concept>
	<concept>
		<ID>BAMSC147</ID>
		<name>Supplemental somatosensory area</name>
		<definition label="According to Welker and Sinha 1972, see also Chapin and Lin 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC139">Somatosensory areas</part_of>
	</concept>
	<concept>
		<ID>BAMSC148</ID>
		<name>Visceral area</name>
		<definition label="According to Cechetto and Saper 1987."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC15">Cerebral cortex, layers1-6a [cortical plate]</part_of>
	</concept>
	<concept>
		<ID>BAMSC149</ID>
		<name>Visual areas</name>
		<definition label="According to Sefton and Dreher 1985, Thomas and Espinosa 1987, reid and Juraska 1991. See also Coogan and Burkhalter 1993."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC15">Cerebral cortex, layers1-6a [cortical plate]</part_of>
	</concept>
	<concept>
		<ID>BAMSC150</ID>
		<name>Anterior laterolateral visual area</name>
		<definition label="According to Sefton and Dreher 1985, Thomas and Espinosa 1987, reid and Juraska 1991. See also Coogan and Burkhalter 1993."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC149">Visual areas</part_of>
	</concept>
	<concept>
		<ID>BAMSC151</ID>
		<name>Anterolateral visual area</name>
		<definition label="According to Sefton and Dreher 1985, Thomas and Espinosa 1987, reid and Juraska 1991. See also Coogan and Burkhalter 1993."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC149">Visual areas</part_of>
	</concept>
	<concept>
		<ID>BAMSC152</ID>
		<name>Anteromedial visual area</name>
		<definition label="According to Sefton and Dreher 1985, Thomas and Espinosa 1987, reid and Juraska 1991. See also Coogan and Burkhalter 1993."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC149">Visual areas</part_of>
	</concept>
	<concept>
		<ID>BAMSC153</ID>
		<name>Intermediolateral visual area</name>
		<definition label="According to Sefton and Dreher 1985, Thomas and Espinosa 1987, reid and Juraska 1991. See also Coogan and Burkhalter 1993."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC149">Visual areas</part_of>
	</concept>
	<concept>
		<ID>BAMSC154</ID>
		<name>Laterolateral visual area</name>
		<definition label="According to Sefton and Dreher 1985, Thomas and Espinosa 1987, reid and Juraska 1991. See also Coogan and Burkhalter 1993."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC149">Visual areas</part_of>
	</concept>
	<concept>
		<ID>BAMSC155</ID>
		<name>Mediolateral visual area</name>
		<definition label="According to Sefton and Dreher 1985, Thomas and Espinosa 1987, reid and Juraska 1991. See also Coogan and Burkhalter 1993."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC149">Visual areas</part_of>
	</concept>
	<concept>
		<ID>BAMSC156</ID>
		<name>Posterolateral visual area</name>
		<definition label="According to Sefton and Dreher 1985, Thomas and Espinosa 1987, reid and Juraska 1991. See also Coogan and Burkhalter 1993."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC149">Visual areas</part_of>
	</concept>
	<concept>
		<ID>BAMSC157</ID>
		<name>Primary visual area</name>
		<definition label="According to Sefton and Dreher 1985, Thomas and Espinosa 1987, reid and Juraska 1991. See also Coogan and Burkhalter 1993."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC149">Visual areas</part_of>
	</concept>
	<concept>
		<ID>BAMSC158</ID>
		<name>Rostrolateral visual area</name>
		<definition label="According to Sefton and Dreher 1985, Thomas and Espinosa 1987, reid and Juraska 1991. See also Coogan and Burkhalter 1993."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC149">Visual areas</part_of>
	</concept>
	<concept>
		<ID>BAMSC159</ID>
		<name>Agranular insular area</name>
		<definition label="According to Cechetto and Saper 1987."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC15">Cerebral cortex, layers1-6a [cortical plate]</part_of>
	</concept>
	<concept>
		<ID>BAMSC160</ID>
		<name>Agranular insular area dorsal part</name>
		<definition label="According to Krettek and Price 1977."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC159">Agranular insular area</part_of>
	</concept>
	<concept>
		<ID>BAMSC161</ID>
		<name>Agranular insular area ventral part</name>
		<definition label="According to Krettek and Price 1977."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC159">Agranular insular area</part_of>
	</concept>
	<concept>
		<ID>BAMSC162</ID>
		<name>Agranular insular area posterior part</name>
		<definition label="According to Krettek and Price 1977."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC159">Agranular insular area</part_of>
	</concept>
	<concept>
		<ID>BAMSC163</ID>
		<name>Anterior cingulate area</name>
		<definition label="According to Krettek and Price 1977, Vogt and Peters 1981."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC15">Cerebral cortex, layers1-6a [cortical plate]</part_of>
	</concept>
	<concept>
		<ID>BAMSC164</ID>
		<name>Anterior cingulate area dorsal part</name>
		<definition label="According to Krettek and Price 1977, Vogt and Peters 1981."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC163">Anterior cingulate area</part_of>
	</concept>
	<concept>
		<ID>BAMSC165</ID>
		<name>Anterior cingulate area ventral part</name>
		<definition label="According to Krettek and Price 1977, Vogt and Peters 1981."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC163">Anterior cingulate area</part_of>
	</concept>
	<concept>
		<ID>BAMSC166</ID>
		<name>Ectorhinal area</name>
		<definition label="According to Krieg 1946a, b, Miller and Vogt 1984, see note 40."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC15">Cerebral cortex, layers1-6a [cortical plate]</part_of>
	</concept>
	<concept>
		<ID>BAMSC167</ID>
		<name>Infralimbic area</name>
		<definition label="According to Krettek and Price, Vogt and Peters 1981."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC15">Cerebral cortex, layers1-6a [cortical plate]</part_of>
	</concept>
	<concept>
		<ID>BAMSC168</ID>
		<name>Orbital area</name>
		<definition label="According to Krettek and Price 1977, our parcellation of these topologically difficult areas was greatly aided by examining sections cut in the three standard plans."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC15">Cerebral cortex, layers1-6a [cortical plate]</part_of>
	</concept>
	<concept>
		<ID>BAMSC169</ID>
		<name>Orbital area lateral part</name>
		<definition label="According to Krettek and Price 1977, our parcellation of these topologically difficult areas was greatly aided by examining sections cut in the three standard plans."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC168">Orbital area</part_of>
	</concept>
	<concept>
		<ID>BAMSC170</ID>
		<name>Orbital area medial part</name>
		<definition label="According to Krettek and Price 1977, our parcellation of these topologically difficult areas was greatly aided by examining sections cut in the three standard plans."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC168">Orbital area</part_of>
	</concept>
	<concept>
		<ID>BAMSC171</ID>
		<name>Orbital area ventral part</name>
		<definition label="According to Krettek and Price 1977, our parcellation of these topologically difficult areas was greatly aided by examining sections cut in the three standard plans."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC168">Orbital area</part_of>
	</concept>
	<concept>
		<ID>BAMSC172</ID>
		<name>Orbital area ventrolateral part</name>
		<definition label="According to Krettek and Price 1977, our parcellation of these topologically difficult areas was greatly aided by examining sections cut in the three standard plans."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC168">Orbital area</part_of>
	</concept>
	<concept>
		<ID>BAMSC173</ID>
		<name>Perirhinal area</name>
		<definition label="According to Krieg 1946a, b, Deacon et al. 1983."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC15">Cerebral cortex, layers1-6a [cortical plate]</part_of>
	</concept>
	<concept>
		<ID>BAMSC174</ID>
		<name>Posterior parietal association areas</name>
		<definition label="This region appears to lie between unimodal somatosensory and visual areas and receives inputs from the lateral posterior nucleus, to this extent it may correspond to posterior parietal association areas in primates and other mammals, see Hughes 1977, Miller and Vogt 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC15">Cerebral cortex, layers1-6a [cortical plate]</part_of>
	</concept>
	<concept>
		<ID>BAMSC175</ID>
		<name>Prelimbic area</name>
		<definition label="According to Krettek and Price 1977, Vogt and Peters 1981."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC15">Cerebral cortex, layers1-6a [cortical plate]</part_of>
	</concept>
	<concept>
		<ID>BAMSC176</ID>
		<name>Retrosplenial area</name>
		<definition label="According to Vogt and Miller 1983."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC15">Cerebral cortex, layers1-6a [cortical plate]</part_of>
	</concept>
	<concept>
		<ID>BAMSC177</ID>
		<name>Retrosplenial area dorsal part</name>
		<definition label="This is the so to called agranular region of the retrosplenial area, see Krettek and Price 1977, Vogt and Miller 1983."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC176">Retrosplenial area</part_of>
	</concept>
	<concept>
		<ID>BAMSC178</ID>
		<name>Retrosplenial area lateral agranular part</name>
		<definition label="According to Risold et al. 1997."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC176">Retrosplenial area</part_of>
	</concept>
	<concept>
		<ID>BAMSC179</ID>
		<name>Retrosplenial area ventral part</name>
		<definition label="This is the so to called granular region of the retrosplenial area, we could not distinguish clearly zones b and c of Miller and Vogt 1983; see also Sripanidkulchai and Wyss 1987 for information about lamination."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC176">Retrosplenial area</part_of>
	</concept>
	<concept>
		<ID>BAMSC180</ID>
		<name>Retrosplenial area ventral part zone a</name>
		<definition label="This is the so to called granular region of the retrosplenial area, we could not distinguish clearly zones b and c of Miller and Vogt 1983; see also Sripanidkulchai and Wyss 1987 for information about lamination."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC179">Retrosplenial area ventral part</part_of>
	</concept>
	<concept>
		<ID>BAMSC181</ID>
		<name>Retrosplenial area ventral part zone b/c</name>
		<definition label="This is the so to called granular region of the retrosplenial area, we could not distinguish clearly zones b and c of Miller and Vogt 1983; see also Sripanidkulchai and Wyss 1987 for information about lamination."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC179">Retrosplenial area ventral part</part_of>
	</concept>
	<concept>
		<ID>BAMSC182</ID>
		<name>Ventral temporal association areas</name>
		<definition label="We have recognized two distinct fields in the temporal region between the visual and auditory cortices dorsally and the perirhinal area ventrally. Krieg (1946a) appears to have regarded this entire area as ECT, more in keeping with Brodmann (1909), we suggest that the dorsal part of this region (where layer 4 is still recognizable) may correspond to temporal association cortex (perhaps in the dorsal, middle, and inferior temporal gyri of humans), and have labeled it TEv; we have retained ECT for the distinct ventral area, just dorsal to the perirhinal area, where layers 2 and 4 are quite indistinct. The architecture and connections of this region require more analysis."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC15">Cerebral cortex, layers1-6a [cortical plate]</part_of>
	</concept>
	<concept>
		<ID>BAMSC183</ID>
		<name>Layer 6b(layer 7, subplate, deep cortex, claustral complex)</name>
		<definition label="The structures listed here develop dorsal to the basal nuclei, and apparently deep to the cortical plate (although this remains controversial). Their projection neurons appear to use excitatory aminoacids rahter than GABA (which is used by most basal nuclear projection neurons). Many suggesyions in the older and more recent literature indicate that the deep amygdalar nuclei listed here are related to the claustrum, and the endopiriform nucleus was often included in the older literature. Fiber tracts perhaps analogous to the extreme capsule lie superficial to layer 6b (Vanvelde et al. 1996) and the endopiriform nucleus. The embryological origin of isocortical layer 6b is unclear (subplate, or deep cortical plate, see next note)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC14">Cerebral cortex</part_of>
	</concept>
	<concept>
		<ID>BAMSC184</ID>
		<name>Layer 6b, isocortex</name>
		<definition label="Accorindg to Divak et al. 1987, Valverde et al. 1987, 1995, Vandevelde et al. 1996 (but see Price et al. 1997). Layer 6b in the rat may be a rather unique structure."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC183">Layer 6b(layer 7, subplate, deep cortex, claustral complex)</part_of>
	</concept>
	<concept>
		<ID>BAMSC185</ID>
		<name>Claustrum</name>
		<definition label="According to Krettek and Price 1977, 1978."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC183">Layer 6b(layer 7, subplate, deep cortex, claustral complex)</part_of>
	</concept>
	<concept>
		<ID>BAMSC186</ID>
		<name>Endopiriform nucleus</name>
		<definition label="According to Krettek and Price 1978. This nucleus appears to form the olfactory component of the claustrum, deep to the piriform area (see also Gurdjian 1928)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC183">Layer 6b(layer 7, subplate, deep cortex, claustral complex)</part_of>
	</concept>
	<concept>
		<ID>BAMSC187</ID>
		<name>Endopiriform nucleus dorsal part</name>
		<definition label="According to Krettek and Price 1978. This nucleus appears to form the olfactory component of the claustrum, deep to the piriform area (see also Gurdjian 1928)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC186">Endopiriform nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC188</ID>
		<name>Endopiriform nucleus ventral part</name>
		<definition label="According to Krettek and Price 1978. This nucleus appears to form the olfactory component of the claustrum, deep to the piriform area (see also Gurdjian 1928)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC186">Endopiriform nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC189</ID>
		<name>Lateral nucleus of the amygdala</name>
		<definition label="According to Krettek and Price 1978. The basolateral complex of the amygdala is included here because it develops just superficial to the extrenal capsule, which has been misidentified in the region of the amygdala (see atlas levels 24 to 31). What we have called the amygdalar capsule is a fiber tract along the lateral border of this complex, and we suggest it is part of a fiber syste within, and lateral to (for example, the extreme capsule) the subplate or deep cortex."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC183">Layer 6b(layer 7, subplate, deep cortex, claustral complex)</part_of>
	</concept>
	<concept>
		<ID>BAMSC190</ID>
		<name>Basolateral nucleus of the amygdala</name>
		<definition label="According to Krettek and Price 1978. The basolateral complex of the amygdala is included here because it develops just superficial to the extrenal capsule, which has been misidentified in the region of the amygdala (see atlas levels 24 to 31). What we have called the amygdalar capsule is a fiber tract along the lateral border of this complex, and we suggest it is part of a fiber syste within, and lateral to (for example, the extreme capsule) the subplate or deep cortex."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC183">Layer 6b(layer 7, subplate, deep cortex, claustral complex)</part_of>
	</concept>
	<concept>
		<ID>BAMSC191</ID>
		<name>Basolateral nucleus of the amygdala anterior part</name>
		<definition label="According to Krettek and Price 1978. The basolateral complex of the amygdala is included here because it develops just superficial to the extrenal capsule, which has been misidentified in the region of the amygdala (see atlas levels 24 to 31). What we have called the amygdalar capsule is a fiber tract along the lateral border of this complex, and we suggest it is part of a fiber syste within, and lateral to (for example, the extreme capsule) the subplate or deep cortex."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC190">Basolateral nucleus of the amygdala</part_of>
	</concept>
	<concept>
		<ID>BAMSC192</ID>
		<name>Basolateral nucleus of the amygdala posterior part</name>
		<definition label="According to Krettek and Price 1978. The basolateral complex of the amygdala is included here because it develops just superficial to the extrenal capsule, which has been misidentified in the region of the amygdala (see atlas levels 24 to 31). What we have called the amygdalar capsule is a fiber tract along the lateral border of this complex, and we suggest it is part of a fiber syste within, and lateral to (for example, the extreme capsule) the subplate or deep cortex."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC190">Basolateral nucleus of the amygdala</part_of>
	</concept>
	<concept>
		<ID>BAMSC193</ID>
		<name>Basomedial nucleus of the amygdala</name>
		<definition label="According to de Olmos et al. 2985, Canteras et al. 1992, Petrovich et al. 1996."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC183">Layer 6b(layer 7, subplate, deep cortex, claustral complex)</part_of>
	</concept>
	<concept>
		<ID>BAMSC194</ID>
		<name>Basomedial nucleus of the amygdala anterior part</name>
		<definition label="According to de Olmos et al. 2985, Canteras et al. 1992, Petrovich et al. 1996."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC193">Basomedial nucleus of the amygdala</part_of>
	</concept>
	<concept>
		<ID>BAMSC195</ID>
		<name>Basomedial nucleus of the amygdala posterior part</name>
		<definition label="According to de Olmos et al. 2985, Canteras et al. 1992, Petrovich et al. 1996."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC193">Basomedial nucleus of the amygdala</part_of>
	</concept>
	<concept>
		<ID>BAMSC196</ID>
		<name>Posterior nucleus of the amygdala</name>
		<definition label="According to Canteras et al. 1992a."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC183">Layer 6b(layer 7, subplate, deep cortex, claustral complex)</part_of>
	</concept>
	<concept>
		<ID>BAMSC197</ID>
		<name>Basal Nuclei</name>
		<definition label="In mammals, lateral and medial ventricular ridges develop into the classical striatum and pallidum, respectively (see Alvarez to Bolado and Swanson 1996 for review). To simplify endbrain organization, we have placed all regions that appear to develop from the ventricular ridges into either the pallidum or striatum, broadly defined. In general, cortex projects to striatum (and sometimes pallidum) via excitatory inputs, striatum projects to pallidum via inhibitory inputs, and both striatum and pallidum generate inhibitory decending projections. Justification for the organization scheme presented here, based on connections, is in preparation."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC13">Cerebrum</part_of>
	</concept>
	<concept>
		<ID>BAMSC198</ID>
		<name>Striatum</name>
		<definition label=" The striatum is the lateral (also referred to as dorsal) subdivision of the cerebral nuclei and receives a topographic projection from virtually the entire cerebral cortex; it may be divided into dorsal, ventral, medial, and caudorostral regions (Swanson, 2000, p. 133; 2004, pp. 166 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC197">Basal Nuclei</part_of>
	</concept>
	<concept>
		<ID>BAMSC199</ID>
		<name>Striatum dorsal region</name>
		<definition label="In mammals, lateral and medial ventricular ridges develop into the classical striatum and pallidum, respectively (see Alvarez to Bolado and Swanson 1996 for review). To simplify endbrain organization, we have placed all regions that appear to develop from the ventricular ridges into either the pallidum or striatum, broadly defined. In general, cortex projects to striatum (and sometimes pallidum) via excitatory inputs, striatum projects to pallidum via inhibitory inputs, and both striatum and pallidum generate inhibitory decending projections. Justification for the organization scheme presented here, based on connections, is in preparation."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC198">Striatum</part_of>
	</concept>
	<concept>
		<ID>BAMSC200</ID>
		<name>Caudoputamen</name>
		<definition label="According to Graybiel and Ragsdale 1979."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC199">Striatum dorsal region</part_of>
	</concept>
	<concept>
		<ID>BAMSC201</ID>
		<name>Striatum ventral region</name>
		<definition label="In mammals, lateral and medial ventricular ridges develop into the classical striatum and pallidum, respectively (see Alvarez to Bolado and Swanson 1996 for review). To simplify endbrain organization, we have placed all regions that appear to develop from the ventricular ridges into either the pallidum or striatum, broadly defined. In general, cortex projects to striatum (and sometimes pallidum) via excitatory inputs, striatum projects to pallidum via inhibitory inputs, and both striatum and pallidum generate inhibitory decending projections. Justification for the organization scheme presented here, based on connections, is in preparation."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC198">Striatum</part_of>
	</concept>
	<concept>
		<ID>BAMSC202</ID>
		<name>Nucleus accumbens</name>
		<definition label="There is no morphologically distinct boundary between this ventromedial region of the striatum and the caudoputamen. Gurdjian (1928) first defined the nucleus accumbens in the rat as that part of the ventromedial striatum lacking massive bundles of ascending and descending fibers, which is still a useful working criterion."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC201">Striatum ventral region</part_of>
	</concept>
	<concept>
		<ID>BAMSC203</ID>
		<name>Fundus of the striatum</name>
		<definition label="The cytoarchitecture of this ventrolateral region of the striatum just deep to the substantia innominata is more heterogeneous than that of the nucleus accumbens and especially the caudoputamen. While the term fundus of the striatum (fundus striati of Heimer 1972) has been used here and there in recent literature, its borders have not been clearly defined, it is used here to refer to the region identified as the substriatal gray by Crosby and Humphrey (1941)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC201">Striatum ventral region</part_of>
	</concept>
	<concept>
		<ID>BAMSC204</ID>
		<name>Olfactory tubercle</name>
		<definition label="According to Price 1973, Millhouse and Heimer 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC201">Striatum ventral region</part_of>
	</concept>
	<concept>
		<ID>BAMSC205</ID>
		<name>Olfactory tubercle molecular layer</name>
		<definition label="According to Price 1973, Millhouse and Heimer 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC204">Olfactory tubercle</part_of>
	</concept>
	<concept>
		<ID>BAMSC206</ID>
		<name>Olfactory tubercle pyramidal layer</name>
		<definition label="According to Price 1973, Millhouse and Heimer 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC204">Olfactory tubercle</part_of>
	</concept>
	<concept>
		<ID>BAMSC207</ID>
		<name>Olfactory tubercle polymorph layer</name>
		<definition label="According to Price 1973, Millhouse and Heimer 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC204">Olfactory tubercle</part_of>
	</concept>
	<concept>
		<ID>BAMSC208</ID>
		<name>Islands of Calleja</name>
		<definition label="According to Meyer et al. 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC204">Olfactory tubercle</part_of>
	</concept>
	<concept>
		<ID>BAMSC209</ID>
		<name>Major island of Calleja</name>
		<definition label="According to Gurdjian 1928."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC204">Olfactory tubercle</part_of>
	</concept>
	<concept>
		<ID>BAMSC210</ID>
		<name>Striatum caudal (amygdalar) region</name>
		<definition label="In mammals, lateral and medial ventricular ridges develop into the classical striatum and pallidum, respectively (see Alvarez to Bolado and Swanson 1996 for review). To simplify endbrain organization, we have placed all regions that appear to develop from the ventricular ridges into either the pallidum or striatum, broadly defined. In general, cortex projects to striatum (and sometimes pallidum) via excitatory inputs, striatum projects to pallidum via inhibitory inputs, and both striatum and pallidum generate inhibitory decending projections. Justification for the organization scheme presented here, based on connections, is in preparation."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC198">Striatum</part_of>
	</concept>
	<concept>
		<ID>BAMSC211</ID>
		<name>Anterior amygdaloid area</name>
		<definition label="This term was introduced by Gurdjian (1928) to describe an ill to defined region that essentially all later workers have defined somewhat differently, depending on how better to differentiated neighboring cell groups have been defined, we have followed in this tradition here."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC210">Striatum caudal (amygdalar) region</part_of>
	</concept>
	<concept>
		<ID>BAMSC212</ID>
		<name>Central nucleus of amygdala</name>
		<definition label="We have followed McDonald (1982) parcellation into medial, lateral and capsular parts, although it is clear that the nucleus is much more complex than this. Intermediate part of McDonald was not recognized, it appears to fall within the lateral part as outlined here. The central and medial amygdalar nuclei receive cortical inputs and generate descending GABAergic projections, like the rest of the striatum. They also project to the BST, which we regard as pallidal."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC210">Striatum caudal (amygdalar) region</part_of>
	</concept>
	<concept>
		<ID>BAMSC213</ID>
		<name>Central nucleus of amygdala medial part</name>
		<definition label="We have followed McDonald (1982) parcellation into medial, lateral and capsular parts, although it is clear that the nucleus is much more complex than this. Intermediate part of McDonald was not recognized, it appears to fall within the lateral part as outlined here. The central and medial amygdalar nuclei receive cortical inputs and generate descending GABAergic projections, like the rest of the striatum. They also project to the BST, which we regard as pallidal."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC212">Central nucleus of amygdala</part_of>
	</concept>
	<concept>
		<ID>BAMSC214</ID>
		<name>Central nucleus of amygdala lateral part</name>
		<definition label="We have followed McDonald (1982) parcellation into medial, lateral and capsular parts, although it is clear that the nucleus is much more complex than this. Intermediate part of McDonald was not recognized, it appears to fall within the lateral part as outlined here. The central and medial amygdalar nuclei receive cortical inputs and generate descending GABAergic projections, like the rest of the striatum. They also project to the BST, which we regard as pallidal."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC212">Central nucleus of amygdala</part_of>
	</concept>
	<concept>
		<ID>BAMSC215</ID>
		<name>Central nucleus of amygdala capsular part</name>
		<definition label="We have followed McDonald (1982) parcellation into medial, lateral and capsular parts, although it is clear that the nucleus is much more complex than this. Intermediate part of McDonald was not recognized, it appears to fall within the lateral part as outlined here. The central and medial amygdalar nuclei receive cortical inputs and generate descending GABAergic projections, like the rest of the striatum. They also project to the BST, which we regard as pallidal."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC212">Central nucleus of amygdala</part_of>
	</concept>
	<concept>
		<ID>BAMSC216</ID>
		<name>Medial nucleus of the amygdala</name>
		<definition label="According to DeOlmos et al. 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC210">Striatum caudal (amygdalar) region</part_of>
	</concept>
	<concept>
		<ID>BAMSC217</ID>
		<name>Medial nucleus of the amygdala anterodorsal part</name>
		<definition label="According to DeOlmos et al. 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC216">Medial nucleus of the amygdala</part_of>
	</concept>
	<concept>
		<ID>BAMSC218</ID>
		<name>Medial nucleus of the amygdala anteroventral part</name>
		<definition label="According to DeOlmos et al. 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC216">Medial nucleus of the amygdala</part_of>
	</concept>
	<concept>
		<ID>BAMSC219</ID>
		<name>Medial nucleus of the amygdala posterodorsal part</name>
		<definition label="According to DeOlmos et al. 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC216">Medial nucleus of the amygdala</part_of>
	</concept>
	<concept>
		<ID>BAMSC220</ID>
		<name>Medial nucleus of the amygdala posterodorsal part,sublayer a</name>
		<definition label="According to DeOlmos et al. 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC219">Medial nucleus of the amygdala posterodorsal part</part_of>
	</concept>
	<concept>
		<ID>BAMSC221</ID>
		<name>Medial nucleus of the amygdala posterodorsal part,sublayer b</name>
		<definition label="According to DeOlmos et al. 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC219">Medial nucleus of the amygdala posterodorsal part</part_of>
	</concept>
	<concept>
		<ID>BAMSC222</ID>
		<name>Medial nucleus of the amygdala posterodorsal part,sublayer c</name>
		<definition label="According to DeOlmos et al. 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC219">Medial nucleus of the amygdala posterodorsal part</part_of>
	</concept>
	<concept>
		<ID>BAMSC223</ID>
		<name>Medial nucleus of the amygdala posteroventral part</name>
		<definition label="According to DeOlmos et al. 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC216">Medial nucleus of the amygdala</part_of>
	</concept>
	<concept>
		<ID>BAMSC224</ID>
		<name>Bed nucleus of the accessory olfactory part</name>
		<definition label="According to Scalia and Winans 1975. This tiny cell group may simply be a part of the medial nucleus of the amygdala."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC210">Striatum caudal (amygdalar) region</part_of>
	</concept>
	<concept>
		<ID>BAMSC225</ID>
		<name>Intercalated nuclei of the amygdala</name>
		<definition label="According to Millhouse 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC210">Striatum caudal (amygdalar) region</part_of>
	</concept>
	<concept>
		<ID>BAMSC226</ID>
		<name>Striatum medial (septal) region</name>
		<definition label="In mammals, lateral and medial ventricular ridges develop into the classical striatum and pallidum, respectively (see Alvarez to Bolado and Swanson 1996 for review). To simplify endbrain organization, we have placed all regions that appear to develop from the ventricular ridges into either the pallidum or striatum, broadly defined. In general, cortex projects to striatum (and sometimes pallidum) via excitatory inputs, striatum projects to pallidum via inhibitory inputs, and both striatum and pallidum generate inhibitory decending projections. Justification for the organization scheme presented here, based on connections, is in preparation."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC198">Striatum</part_of>
	</concept>
	<concept>
		<ID>BAMSC227</ID>
		<name>Lateral septal complex</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC226">Striatum medial (septal) region</part_of>
	</concept>
	<concept>
		<ID>BAMSC228</ID>
		<name>Lateral septal nucleus</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC227">Lateral septal complex</part_of>
	</concept>
	<concept>
		<ID>BAMSC229</ID>
		<name>Lateral septal nucleus caudal (caudodorsal) part</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC228">Lateral septal nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC230</ID>
		<name>Lateral septal nucleus caudal (caudodorsal) part dorsal zone</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC229">Lateral septal nucleus caudal (caudodorsal) part</part_of>
	</concept>
	<concept>
		<ID>BAMSC231</ID>
		<name>Lateral septal nucleus caudal (caudodorsal) part dorsal zone rostral region</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC230">Lateral septal nucleus caudal (caudodorsal) part dorsal zone</part_of>
	</concept>
	<concept>
		<ID>BAMSC232</ID>
		<name>Lateral septal nucleus caudal (caudodorsal) part dorsal zone dorsal region</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC230">Lateral septal nucleus caudal (caudodorsal) part dorsal zone</part_of>
	</concept>
	<concept>
		<ID>BAMSC233</ID>
		<name>Lateral septal nucleus caudal (caudodorsal) part dorsal zone lateral region</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC230">Lateral septal nucleus caudal (caudodorsal) part dorsal zone</part_of>
	</concept>
	<concept>
		<ID>BAMSC234</ID>
		<name>Lateral septal nucleus caudal (caudodorsal) part dorsal zone ventral region</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC230">Lateral septal nucleus caudal (caudodorsal) part dorsal zone</part_of>
	</concept>
	<concept>
		<ID>BAMSC235</ID>
		<name>Lateral septal nucleus caudal (caudodorsal) part ventral zone</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC229">Lateral septal nucleus caudal (caudodorsal) part</part_of>
	</concept>
	<concept>
		<ID>BAMSC236</ID>
		<name>Lateral septal nucleus caudal (caudodorsal) part ventral zone medial region</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC235">Lateral septal nucleus caudal (caudodorsal) part ventral zone</part_of>
	</concept>
	<concept>
		<ID>BAMSC237</ID>
		<name>Lateral septal nucleus caudal (caudodorsal) part ventral zone medial region dorsal domain</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC236">Lateral septal nucleus caudal (caudodorsal) part ventral zone medial region</part_of>
	</concept>
	<concept>
		<ID>BAMSC238</ID>
		<name>Lateral septal nucleus caudal (caudodorsal) part ventral zone medial region ventral domain</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC236">Lateral septal nucleus caudal (caudodorsal) part ventral zone medial region</part_of>
	</concept>
	<concept>
		<ID>BAMSC239</ID>
		<name>Lateral septal nucleus caudal (caudodorsal) part ventral zone intermediate region</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC235">Lateral septal nucleus caudal (caudodorsal) part ventral zone</part_of>
	</concept>
	<concept>
		<ID>BAMSC240</ID>
		<name>Lateral septal nucleus caudal (caudodorsal) part ventral zone lateral region</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC235">Lateral septal nucleus caudal (caudodorsal) part ventral zone</part_of>
	</concept>
	<concept>
		<ID>BAMSC241</ID>
		<name>Lateral septal nucleus caudal (caudodorsal) part ventral zone lateral region dorsal domain</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC240">Lateral septal nucleus caudal (caudodorsal) part ventral zone lateral region</part_of>
	</concept>
	<concept>
		<ID>BAMSC242</ID>
		<name>Lateral septal nucleus caudal (caudodorsal) part ventral zone lateral region ventral domain</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC240">Lateral septal nucleus caudal (caudodorsal) part ventral zone lateral region</part_of>
	</concept>
	<concept>
		<ID>BAMSC243</ID>
		<name>Lateral septal nucleus rostral (rostroventral) part</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC228">Lateral septal nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC244</ID>
		<name>Lateral septal nucleus rostral (rostroventral) part medial zone</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC243">Lateral septal nucleus rostral (rostroventral) part</part_of>
	</concept>
	<concept>
		<ID>BAMSC245</ID>
		<name>Lateral septal nucleus rostral (rostroventral) part medial zone dorsal region</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC244">Lateral septal nucleus rostral (rostroventral) part medial zone</part_of>
	</concept>
	<concept>
		<ID>BAMSC246</ID>
		<name>Lateral septal nucleus rostral (rostroventral) part medial zone ventral region</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC244">Lateral septal nucleus rostral (rostroventral) part medial zone</part_of>
	</concept>
	<concept>
		<ID>BAMSC247</ID>
		<name>Lateral septal nucleus rostral (rostroventral) part medial zone ventral region rostral domain</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC246">Lateral septal nucleus rostral (rostroventral) part medial zone ventral region</part_of>
	</concept>
	<concept>
		<ID>BAMSC248</ID>
		<name>Lateral septal nucleus rostral (rostroventral) part medial zone ventral region caudal domain</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC246">Lateral septal nucleus rostral (rostroventral) part medial zone ventral region</part_of>
	</concept>
	<concept>
		<ID>BAMSC249</ID>
		<name>Lateral septal nucleus rostral (rostroventral) part ventrolateral zone</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC243">Lateral septal nucleus rostral (rostroventral) part</part_of>
	</concept>
	<concept>
		<ID>BAMSC250</ID>
		<name>Lateral septal nucleus rostral (rostroventral) part ventrolateral zone dorsal region</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC249">Lateral septal nucleus rostral (rostroventral) part ventrolateral zone</part_of>
	</concept>
	<concept>
		<ID>BAMSC251</ID>
		<name>Lateral septal nucleus rostral (rostroventral) part ventrolateral zone dorsal region medial domain</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC250">Lateral septal nucleus rostral (rostroventral) part ventrolateral zone dorsal region</part_of>
	</concept>
	<concept>
		<ID>BAMSC252</ID>
		<name>Lateral septal nucleus rostral (rostroventral) part ventrolateral zone dorsal region lateral domain</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC250">Lateral septal nucleus rostral (rostroventral) part ventrolateral zone dorsal region</part_of>
	</concept>
	<concept>
		<ID>BAMSC253</ID>
		<name>Lateral septal nucleus rostral (rostroventral) part ventrolateral zone ventral region</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC249">Lateral septal nucleus rostral (rostroventral) part ventrolateral zone</part_of>
	</concept>
	<concept>
		<ID>BAMSC254</ID>
		<name>Lateral septal nucleus rostral (rostroventral) part dorsolateral zone</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC243">Lateral septal nucleus rostral (rostroventral) part</part_of>
	</concept>
	<concept>
		<ID>BAMSC255</ID>
		<name>Lateral septal nucleus rostral (rostroventral) part dorsolateral zone medial region</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC254">Lateral septal nucleus rostral (rostroventral) part dorsolateral zone</part_of>
	</concept>
	<concept>
		<ID>BAMSC256</ID>
		<name>Lateral septal nucleus rostral (rostroventral) part dorsolateral zone medial region dorsal domain</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC255">Lateral septal nucleus rostral (rostroventral) part dorsolateral zone medial region</part_of>
	</concept>
	<concept>
		<ID>BAMSC257</ID>
		<name>Lateral septal nucleus rostral (rostroventral) part dorsolateral zone medial region ventral domain</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC255">Lateral septal nucleus rostral (rostroventral) part dorsolateral zone medial region</part_of>
	</concept>
	<concept>
		<ID>BAMSC258</ID>
		<name>Lateral septal nucleus rostral (rostroventral) part dorsolateral zone lateral region</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC254">Lateral septal nucleus rostral (rostroventral) part dorsolateral zone</part_of>
	</concept>
	<concept>
		<ID>BAMSC259</ID>
		<name>Lateral septal nucleus rostral (rostroventral) part dorsolateral zone lateral region dorsal domain</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC258">Lateral septal nucleus rostral (rostroventral) part dorsolateral zone lateral region</part_of>
	</concept>
	<concept>
		<ID>BAMSC260</ID>
		<name>Lateral septal nucleus rostral (rostroventral) part dorsolateral zone lateral region ventral domain</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC258">Lateral septal nucleus rostral (rostroventral) part dorsolateral zone lateral region</part_of>
	</concept>
	<concept>
		<ID>BAMSC261</ID>
		<name>Lateral septal nucleus ventral part</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC228">Lateral septal nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC262</ID>
		<name>Septofimbrial nucleus</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC227">Lateral septal complex</part_of>
	</concept>
	<concept>
		<ID>BAMSC263</ID>
		<name>Septohippocampal nucleus</name>
		<definition label="According to Risold and Swanson 1997a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC227">Lateral septal complex</part_of>
	</concept>
	<concept>
		<ID>BAMSC264</ID>
		<name>Pallidum</name>
		<definition label="The pallidum is the medial (also referred to as ventral) division of the cerebral nuclei and receives a topographic projection from the entire striatum; it may be divided into dorsal, ventral, medial, and caudorostral regions (Swanson, 2000, p. 133; 2004, pp. 166 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC197">Basal Nuclei</part_of>
	</concept>
	<concept>
		<ID>BAMSC265</ID>
		<name>Pallidum rostral region</name>
		<definition label="In mammals, lateral and medial ventricular ridges develop into the classical striatum and pallidum, respectively (see Alvarez to Bolado and Swanson 1996 for review). To simplify endbrain organization, we have placed all regions that appear to develop from the ventricular ridges into either the pallidum or striatum, broadly defined. In general, cortex projects to striatum (and sometimes pallidum) via excitatory inputs, striatum projects to pallidum via inhibitory inputs, and both striatum and pallidum generate inhibitory decending projections. Justification for the organization scheme presented here, based on connections, is in preparation."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC264">Pallidum</part_of>
	</concept>
	<concept>
		<ID>BAMSC266</ID>
		<name>Bed nuclei of the stria terminalis</name>
		<definition label="According to Ju and Swanson 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC265">Pallidum rostral region</part_of>
	</concept>
	<concept>
		<ID>BAMSC267</ID>
		<name>Bed nuclei of the stria terminalis anterior division</name>
		<definition label="According to Ju and Swanson 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC266">Bed nuclei of the stria terminalis</part_of>
	</concept>
	<concept>
		<ID>BAMSC268</ID>
		<name>Bed nuclei of the stria terminalis anterior division anterodorsal area</name>
		<definition label="According to Ju and Swanson 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC267">Bed nuclei of the stria terminalis anterior division</part_of>
	</concept>
	<concept>
		<ID>BAMSC269</ID>
		<name>Bed nuclei of the stria terminalis anterior division anterodorsal area proper</name>
		<definition label="This subregion of the BSTad contains the rostral and caudal parts of this nucleus. See levels 16 to 19 from Atlas."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC268">Bed nuclei of the stria terminalis anterior division anterodorsal area</part_of>
	</concept>
	<concept>
		<ID>BAMSC270</ID>
		<name>Bed nuclei of the stria terminalis anterior division anterodorsal area central core</name>
		<definition label="According to Ju and Swanson 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC268">Bed nuclei of the stria terminalis anterior division anterodorsal area</part_of>
	</concept>
	<concept>
		<ID>BAMSC271</ID>
		<name>Bed nuclei of the stria terminalis anterolateral area</name>
		<definition label="According to Ju and Swanson 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC267">Bed nuclei of the stria terminalis anterior division</part_of>
	</concept>
	<concept>
		<ID>BAMSC272</ID>
		<name>Bed nuclei of the stria terminalis anterior division anteroventral area</name>
		<definition label="According to Ju and Swanson 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC267">Bed nuclei of the stria terminalis anterior division</part_of>
	</concept>
	<concept>
		<ID>BAMSC273</ID>
		<name>Bed nuclei of the stria terminalis oval nucleus</name>
		<definition label="According to Ju and Swanson 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC267">Bed nuclei of the stria terminalis anterior division</part_of>
	</concept>
	<concept>
		<ID>BAMSC274</ID>
		<name>Bed nuclei of the stria terminalis juxtacapsular nucleus</name>
		<definition label="According to Ju and Swanson 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC267">Bed nuclei of the stria terminalis anterior division</part_of>
	</concept>
	<concept>
		<ID>BAMSC275</ID>
		<name>Bed nuclei of the stria terminalis rhomboid nucleus</name>
		<definition label="According to Ju and Swanson 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC267">Bed nuclei of the stria terminalis anterior division</part_of>
	</concept>
	<concept>
		<ID>BAMSC276</ID>
		<name>Bed nuclei of the stria terminalis anterior division dorsomedial nucleus</name>
		<definition label="According to Ju and Swanson 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC267">Bed nuclei of the stria terminalis anterior division</part_of>
	</concept>
	<concept>
		<ID>BAMSC277</ID>
		<name>Bed nuclei of the stria terminalis anterior division dorsolateral nucleus</name>
		<definition label="According to Ju and Swanson 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC267">Bed nuclei of the stria terminalis anterior division</part_of>
	</concept>
	<concept>
		<ID>BAMSC278</ID>
		<name>Bed nuclei of the stria terminalis anterior division fusiform nucleus</name>
		<definition label="According to Ju and Swanson 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC267">Bed nuclei of the stria terminalis anterior division</part_of>
	</concept>
	<concept>
		<ID>BAMSC279</ID>
		<name>Bed nuclei of the stria terminalis anterior division ventral nucleus</name>
		<definition label="According to Ju and Swanson 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC267">Bed nuclei of the stria terminalis anterior division</part_of>
	</concept>
	<concept>
		<ID>BAMSC280</ID>
		<name>Bed nuclei of the stria terminalis anterior division magnocellular nucleus</name>
		<definition label="According to Ju and Swanson 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC267">Bed nuclei of the stria terminalis anterior division</part_of>
	</concept>
	<concept>
		<ID>BAMSC281</ID>
		<name>Bed nuclei of the stria terminalis, anterior division, subcommisural zone</name>
		<definition label="According to Ju and Swanson 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC267">Bed nuclei of the stria terminalis anterior division</part_of>
	</concept>
	<concept>
		<ID>BAMSC282</ID>
		<name>Bed nuclei of the stria terminalis posterior division</name>
		<definition label="According to Ju and Swanson 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC266">Bed nuclei of the stria terminalis</part_of>
	</concept>
	<concept>
		<ID>BAMSC283</ID>
		<name>Bed nuclei of the stria terminalis posterior division principal nucleus</name>
		<definition label="According to Ju and Swanson 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC282">Bed nuclei of the stria terminalis posterior division</part_of>
	</concept>
	<concept>
		<ID>BAMSC284</ID>
		<name>Bed nuclei of the stria terminalis posterior division interfascicular nucleus</name>
		<definition label="According to Ju and Swanson 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC282">Bed nuclei of the stria terminalis posterior division</part_of>
	</concept>
	<concept>
		<ID>BAMSC285</ID>
		<name>Bed nuclei of the stria terminalis posterior division transverse nucleus</name>
		<definition label="According to Ju and Swanson 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC282">Bed nuclei of the stria terminalis posterior division</part_of>
	</concept>
	<concept>
		<ID>BAMSC286</ID>
		<name>Bed nuclei of the stria terminalis posterior division premedullary nucleus</name>
		<definition label="According to Ju and Swanson 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC282">Bed nuclei of the stria terminalis posterior division</part_of>
	</concept>
	<concept>
		<ID>BAMSC287</ID>
		<name>Bed nuclei of the stria terminalis posterior division dorsal nucleus</name>
		<definition label="According to Ju and Swanson 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC282">Bed nuclei of the stria terminalis posterior division</part_of>
	</concept>
	<concept>
		<ID>BAMSC288</ID>
		<name>Bed nuclei of the stria terminalis posterior division strial extension</name>
		<definition label="According to Ju and Swanson 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC282">Bed nuclei of the stria terminalis posterior division</part_of>
	</concept>
	<concept>
		<ID>BAMSC289</ID>
		<name>Bed nuclei of the stria terminalis posterior division cell-sparse zone</name>
		<definition label="According to Ju and Swanson 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC282">Bed nuclei of the stria terminalis posterior division</part_of>
	</concept>
	<concept>
		<ID>BAMSC290</ID>
		<name>Bed nucleus of the anterior commissure</name>
		<definition label="According to Gurdjian 1925, Swanson and Cowan 1979."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC265">Pallidum rostral region</part_of>
	</concept>
	<concept>
		<ID>BAMSC291</ID>
		<name>Bed nucleus of the stria medularis</name>
		<definition label="According to Risold and Swanson 1995b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC265">Pallidum rostral region</part_of>
	</concept>
	<concept>
		<ID>BAMSC292</ID>
		<name>Pallidum dorsal region</name>
		<definition label="In mammals, lateral and medial ventricular ridges develop into the classical striatum and pallidum, respectively (see Alvarez to Bolado and Swanson 1996 for review). To simplify endbrain organization, we have placed all regions that appear to develop from the ventricular ridges into either the pallidum or striatum, broadly defined. In general, cortex projects to striatum (and sometimes pallidum) via excitatory inputs, striatum projects to pallidum via inhibitory inputs, and both striatum and pallidum generate inhibitory decending projections. Justification for the organization scheme presented here, based on connections, is in preparation."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC264">Pallidum</part_of>
	</concept>
	<concept>
		<ID>BAMSC293</ID>
		<name>Globus pallidus</name>
		<definition label="According to Gurdjian 1928, Graybiel and Ragsdale 1979, Van der Kooy and Carter 1981, Rajakumar et al. 1993. In the rat the lateral segment is often referred to as the globus pallidus, whereas the medial segment is often to referred to as the entopeduncular nucleus. This anomalous nomenclature will probably gradually disappear."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC292">Pallidum dorsal region</part_of>
	</concept>
	<concept>
		<ID>BAMSC294</ID>
		<name>Globus pallidus lateral segment</name>
		<definition label="According to Gurdjian 1928, Graybiel and Ragsdale 1979, Van der Kooy and Carter 1981, Rajakumar et al. 1993. In the rat the lateral segment is often referred to as the globus pallidus, whereas the medial segment is often to referred to as the entopeduncular nucleus. This anomalous nomenclature will probably gradually disappear."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC293">Globus pallidus</part_of>
	</concept>
	<concept>
		<ID>BAMSC295</ID>
		<name>Globus pallidus medial segment</name>
		<definition label="According to Gurdjian 1928, Graybiel and Ragsdale 1979, Van der Kooy and Carter 1981, Rajakumar et al. 1993. In the rat the lateral segment is often referred to as the globus pallidus, whereas the medial segment is often to referred to as the entopeduncular nucleus. This anomalous nomenclature will probably gradually disappear."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC293">Globus pallidus</part_of>
	</concept>
	<concept>
		<ID>BAMSC296</ID>
		<name>Pallidum ventral region</name>
		<definition label="In mammals, lateral and medial ventricular ridges develop into the classical striatum and pallidum, respectively (see Alvarez to Bolado and Swanson 1996 for review). To simplify endbrain organization, we have placed all regions that appear to develop from the ventricular ridges into either the pallidum or striatum, broadly defined. In general, cortex projects to striatum (and sometimes pallidum) via excitatory inputs, striatum projects to pallidum via inhibitory inputs, and both striatum and pallidum generate inhibitory decending projections. Justification for the organization scheme presented here, based on connections, is in preparation."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC264">Pallidum</part_of>
	</concept>
	<concept>
		<ID>BAMSC297</ID>
		<name>Substantia innominata</name>
		<definition label="Jones et al. 1976. This region has been renamed the ventral pallidum (see Alheid and Heimer 1988), and contains a characteristic subpopulation of scattered, cortically projecting cholinergic neurons (Rye et al. 1984) that in some animals (especially primates) form distinct cell clusters within the substantia innominata, known as the basal nuclei of Meynert (see Gory 1963). These cholinergic cells extend into the medial septal complex, magnocellular preoptic nucleus, and perhaps lateral preoptic area. The term magnocellular basal nucleus has been introduced to refer to the basal cholinergic neurons that project to the cerebral cortex (Saper 1984)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC296">Pallidum ventral region</part_of>
	</concept>
	<concept>
		<ID>BAMSC298</ID>
		<name>Magnocellular preoptic nucleus</name>
		<definition label="This nucleus comes as close to a basal nucleus of Meynert as anything in the rat. Cholinergic neurons here innervate preferentially in the olfactory bulb. Whether it is in fact of the preoptic hypothalamus, derived from third ventricular neuroepithelium, is doubtful. See Swanson 1976a; Rye et al. 1984 and notes 62 and 64."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC296">Pallidum ventral region</part_of>
	</concept>
	<concept>
		<ID>BAMSC299</ID>
		<name>Medial septal complex</name>
		<definition label="Swanson and Cowan 1979. There is no morphologically distinct border between the medial spetal nucleus and nucleus of the diagonal band, although an arbitrary border is often drawn at the widest point of the complex (see Atlas level 16). This level also shows that is often convenient to describe horizontal and vertical limbs of the nucleus of the diagonal band (Raisman 1966). Unfortunately, Price and Powell (1970) applied the term nucleus of the horizontal limb of the diagonal band to a laterally adjacent cell group that had been widely referred to as the magnocellular preoptic nucleus since the time of Loo (1931), and that projects to the olfactory bulb rather than the hippocampal formation (see not 62)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC296">Pallidum ventral region</part_of>
	</concept>
	<concept>
		<ID>BAMSC300</ID>
		<name>Medial septal nucleus</name>
		<definition label="Swanson and Cowan 1979. There is no morphologically distinct border between the medial spetal nucleus and nucleus of the diagonal band, although an arbitrary border is often drawn at the widest point of the complex (see Atlas level 16). This level also shows that is often convenient to describe horizontal and vertical limbs of the nucleus of the diagonal band (Raisman 1966). Unfortunately, Price and Powell (1970) applied the term nucleus of the horizontal limb of the diagonal band to a laterally adjacent cell group that had been widely referred to as the magnocellular preoptic nucleus since the time of Loo (1931), and that projects to the olfactory bulb rather than the hippocampal formation (see not 62)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC299">Medial septal complex</part_of>
	</concept>
	<concept>
		<ID>BAMSC301</ID>
		<name>Nucleus of the diagonal band</name>
		<definition label="Swanson and Cowan 1979. There is no morphologically distinct border between the medial spetal nucleus and nucleus of the diagonal band, although an arbitrary border is often drawn at the widest point of the complex (see Atlas level 16). This level also shows that is often convenient to describe horizontal and vertical limbs of the nucleus of the diagonal band (Raisman 1966). Unfortunately, Price and Powell (1970) applied the term nucleus of the horizontal limb of the diagonal band to a laterally adjacent cell group that had been widely referred to as the magnocellular preoptic nucleus since the time of Loo (1931), and that projects to the olfactory bulb rather than the hippocampal formation (see not 62)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC299">Medial septal complex</part_of>
	</concept>
	<concept>
		<ID>BAMSC302</ID>
		<name>Triangular nucleus of the septum</name>
		<definition label="According to Swanson and Cowan 1979."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC296">Pallidum ventral region</part_of>
	</concept>
	<concept>
		<ID>BAMSC303</ID>
		<name>Cerebellum</name>
		<definition label="The adult cerebellum develops from dorsal regions of the embryonic pontine secondary vesicle and may be divided into cerebellar cortex and cerebellar nuclei (Swanson, 2004, p. 166)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC12">Brain</part_of>
	</concept>
	<concept>
		<ID>BAMSC304</ID>
		<name>Cerebellar cortex</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC303">Cerebellum</part_of>
	</concept>
	<concept>
		<ID>BAMSC305</ID>
		<name>Vermal regions</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC304">Cerebellar cortex</part_of>
	</concept>
	<concept>
		<ID>BAMSC306</ID>
		<name>Lingula (l)</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC305">Vermal regions</part_of>
	</concept>
	<concept>
		<ID>BAMSC307</ID>
		<name>Central lobule</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC305">Vermal regions</part_of>
	</concept>
	<concept>
		<ID>BAMSC308</ID>
		<name>Central lobule, lobule II</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC307">Central lobule</part_of>
	</concept>
	<concept>
		<ID>BAMSC309</ID>
		<name>Central lobule, lobule II sublobule a</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC308">Central lobule, lobule II</part_of>
	</concept>
	<concept>
		<ID>BAMSC310</ID>
		<name>Central lobule, lobule II sublobule b</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC308">Central lobule, lobule II</part_of>
	</concept>
	<concept>
		<ID>BAMSC311</ID>
		<name>Central lobule, lobule III</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC307">Central lobule</part_of>
	</concept>
	<concept>
		<ID>BAMSC312</ID>
		<name>Central lobule, lobule III sublobule a</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC311">Central lobule, lobule III</part_of>
	</concept>
	<concept>
		<ID>BAMSC313</ID>
		<name>Central lobule, lobule III sublobule b</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC311">Central lobule, lobule III</part_of>
	</concept>
	<concept>
		<ID>BAMSC314</ID>
		<name>Culmen</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC305">Vermal regions</part_of>
	</concept>
	<concept>
		<ID>BAMSC315</ID>
		<name>Culmen lobule IV</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC314">Culmen</part_of>
	</concept>
	<concept>
		<ID>BAMSC316</ID>
		<name>Culmen lobule V</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC314">Culmen</part_of>
	</concept>
	<concept>
		<ID>BAMSC317</ID>
		<name>Declive (VI)</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC305">Vermal regions</part_of>
	</concept>
	<concept>
		<ID>BAMSC318</ID>
		<name>Declive, sublobule a</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC317">Declive (VI)</part_of>
	</concept>
	<concept>
		<ID>BAMSC319</ID>
		<name>Declive, sublobule b</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC317">Declive (VI)</part_of>
	</concept>
	<concept>
		<ID>BAMSC320</ID>
		<name>Declive, sublobule c</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC317">Declive (VI)</part_of>
	</concept>
	<concept>
		<ID>BAMSC321</ID>
		<name>Declive, sublobule d</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC317">Declive (VI)</part_of>
	</concept>
	<concept>
		<ID>BAMSC322</ID>
		<name>Folium-tuber vermis (VII)</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC305">Vermal regions</part_of>
	</concept>
	<concept>
		<ID>BAMSC323</ID>
		<name>Pyramus</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC305">Vermal regions</part_of>
	</concept>
	<concept>
		<ID>BAMSC324</ID>
		<name>Pyramus sublobule a</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC323">Pyramus</part_of>
	</concept>
	<concept>
		<ID>BAMSC325</ID>
		<name>Pyramus sublobule b</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC323">Pyramus</part_of>
	</concept>
	<concept>
		<ID>BAMSC326</ID>
		<name>Uvula (IX)</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC305">Vermal regions</part_of>
	</concept>
	<concept>
		<ID>BAMSC327</ID>
		<name>Uvula (IX) sublobule ab</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC326">Uvula (IX)</part_of>
	</concept>
	<concept>
		<ID>BAMSC328</ID>
		<name>Uvula (IX) sublobule c</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC326">Uvula (IX)</part_of>
	</concept>
	<concept>
		<ID>BAMSC329</ID>
		<name>Nodulus (X)</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC305">Vermal regions</part_of>
	</concept>
	<concept>
		<ID>BAMSC330</ID>
		<name>Nodulus sublobule a</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC329">Nodulus (X)</part_of>
	</concept>
	<concept>
		<ID>BAMSC331</ID>
		<name>Nodulus sublobule b</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC329">Nodulus (X)</part_of>
	</concept>
	<concept>
		<ID>BAMSC332</ID>
		<name>Hemispheric regions</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC304">Cerebellar cortex</part_of>
	</concept>
	<concept>
		<ID>BAMSC333</ID>
		<name>Simple lobule</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC332">Hemispheric regions</part_of>
	</concept>
	<concept>
		<ID>BAMSC334</ID>
		<name>Simple lobule sublobule a</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC333">Simple lobule</part_of>
	</concept>
	<concept>
		<ID>BAMSC335</ID>
		<name>Simple lobule sublobule b</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC333">Simple lobule</part_of>
	</concept>
	<concept>
		<ID>BAMSC336</ID>
		<name>Ansiform lobule</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC332">Hemispheric regions</part_of>
	</concept>
	<concept>
		<ID>BAMSC337</ID>
		<name>Ansiform lobule crus 1</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC336">Ansiform lobule</part_of>
	</concept>
	<concept>
		<ID>BAMSC338</ID>
		<name>Ansiform lobule crus 1 sublobule a</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC337">Ansiform lobule crus 1</part_of>
	</concept>
	<concept>
		<ID>BAMSC339</ID>
		<name>Ansiform lobule crus 1 sublobule b</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC337">Ansiform lobule crus 1</part_of>
	</concept>
	<concept>
		<ID>BAMSC340</ID>
		<name>Ansiform lobule crus 1 sublobule c</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC337">Ansiform lobule crus 1</part_of>
	</concept>
	<concept>
		<ID>BAMSC341</ID>
		<name>Ansiform lobule crus 1 sublobule d</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC337">Ansiform lobule crus 1</part_of>
	</concept>
	<concept>
		<ID>BAMSC342</ID>
		<name>Ansiform lobule crus 2</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC336">Ansiform lobule</part_of>
	</concept>
	<concept>
		<ID>BAMSC343</ID>
		<name>Ansiform lobule crus 2 sublobule a</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC342">Ansiform lobule crus 2</part_of>
	</concept>
	<concept>
		<ID>BAMSC344</ID>
		<name>Ansiform lobule crus 2 sublobule b</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC342">Ansiform lobule crus 2</part_of>
	</concept>
	<concept>
		<ID>BAMSC345</ID>
		<name>Paramedian lobule</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC332">Hemispheric regions</part_of>
	</concept>
	<concept>
		<ID>BAMSC346</ID>
		<name>Copula pyramidis</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC332">Hemispheric regions</part_of>
	</concept>
	<concept>
		<ID>BAMSC347</ID>
		<name>Copula pyramidis sublobule a</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC346">Copula pyramidis</part_of>
	</concept>
	<concept>
		<ID>BAMSC348</ID>
		<name>Copula pyramidis sublobule b</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC346">Copula pyramidis</part_of>
	</concept>
	<concept>
		<ID>BAMSC349</ID>
		<name>Paraflocculus</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC332">Hemispheric regions</part_of>
	</concept>
	<concept>
		<ID>BAMSC350</ID>
		<name>Flocculus</name>
		<definition label="According to Larsell 1952, 1970, Palay and Chan to Palay 1974, Voogd et al. 1985. The cerebellar cortex has three layers: molecular (CBXm), Purkinje (CBXp), and granule cell (CBXg). The surface map provided by Campbell and Armstrong (1983) was particularly useful in constructing the flatmap. Note that the brain used for this atlas had one apparently unsual feature in the cerebellum (not illustrated in the above references): a very large fissure that we have called the pyramidal fissure (atlas levels 64 to 70)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC332">Hemispheric regions</part_of>
	</concept>
	<concept>
		<ID>BAMSC351</ID>
		<name>Deep cerebellar nuclei</name>
		<definition label="According to Korneliussen 1968, Voogd et al. 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC303">Cerebellum</part_of>
	</concept>
	<concept>
		<ID>BAMSC352</ID>
		<name>Fastigial nucleus</name>
		<definition label="According to Korneliussen 1968, Voogd et al. 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC351">Deep cerebellar nuclei</part_of>
	</concept>
	<concept>
		<ID>BAMSC353</ID>
		<name>Interposed nucleus</name>
		<definition label="According to Korneliussen 1968, Voogd et al. 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC351">Deep cerebellar nuclei</part_of>
	</concept>
	<concept>
		<ID>BAMSC354</ID>
		<name>Interposed nucleus parvicellular part</name>
		<definition label="According to Korneliussen 1968, Voogd et al. 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC353">Interposed nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC355</ID>
		<name>Interposed nucleus proper</name>
		<definition label="According to Korneliussen 1968, Voogd et al. 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC353">Interposed nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC356</ID>
		<name>Dentate nucleus</name>
		<definition label="According to Korneliussen 1968, Voogd et al. 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC351">Deep cerebellar nuclei</part_of>
	</concept>
	<concept>
		<ID>BAMSC357</ID>
		<name>Dentate nucleus parvicellular part</name>
		<definition label="According to Korneliussen 1968, Voogd et al. 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC356">Dentate nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC358</ID>
		<name>Dentate nucleus proper</name>
		<definition label="According to Korneliussen 1968, Voogd et al. 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC356">Dentate nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC359</ID>
		<name>Brainstem</name>
		<definition label="Brainstem means different things to different authors. Here we include the interbrain, midbrain, and the hindbrain. The neuroendocrine motor system is centered in the interbrain, whereas autonomic and somatic motoneuron pools are found in the midbrain and hindbrain (and of course spinal cord)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC12">Brain</part_of>
	</concept>
	<concept>
		<ID>BAMSC360</ID>
		<name>Interbrain</name>
		<definition label="Brainstem means different things to different authors. Here we include the interbrain, midbrain, and the hindbrain. The neuroendocrine motor system is centered in the interbrain, whereas autonomic and somatic motoneuron pools are found in the midbrain and hindbrain (and of course spinal cord)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC359">Brainstem</part_of>
	</concept>
	<concept>
		<ID>BAMSC361</ID>
		<name>Thalamus</name>
		<definition label="The thalamus as defined here is the part of the sensory system that includes all nuclei derived from the embryonic dorsal thalamus, along with the adjacent reticular nucleus of the thalamus (Swanson, 2004, pp. 171 to 2)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC360">Interbrain</part_of>
	</concept>
	<concept>
		<ID>BAMSC362</ID>
		<name>Dorsal Thalamus</name>
		<definition label="These nuclei project in a topographically organized way to virtually all parts of the cortical mantle."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC361">Thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC363</ID>
		<name>Anterior group of the dorsal thalamus</name>
		<definition label="According to Gurdjian 1927. These nuclei preferentially innervate the cingulate region and hippocampal formation."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC362">Dorsal Thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC364</ID>
		<name>Anteroventral nucleus of thalamus</name>
		<definition label="According to Krieg 1944."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC363">Anterior group of the dorsal thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC365</ID>
		<name>Anteromedial nucleus of thalamus</name>
		<definition label="According to Krieg 1944."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC363">Anterior group of the dorsal thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC366</ID>
		<name>Anteromedial nucleus of thalamus dorsal part</name>
		<definition label="According to Canteras and Swanson 1992a."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC365">Anteromedial nucleus of thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC367</ID>
		<name>Anteromedial nucleus of thalamus ventral part</name>
		<definition label="According to Canteras and Swanson 1992a."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC365">Anteromedial nucleus of thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC368</ID>
		<name>Anterodorsal nucleus of the thalamus</name>
		<definition label="According to Krieg 1944, Rose 1942."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC363">Anterior group of the dorsal thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC369</ID>
		<name>Interanteromedial nucleus of the thalamus</name>
		<definition label="According to Gurdjian 1927."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC363">Anterior group of the dorsal thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC370</ID>
		<name>Interanterodorsal nucleus of the thalamus</name>
		<definition label="According to Gurdjian 1927, Rose 1942."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC363">Anterior group of the dorsal thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC371</ID>
		<name>Lateral dorsal nucleus of thalamus</name>
		<definition label="According to Gurdjian 1927, Thompson and Robertson 1987."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC363">Anterior group of the dorsal thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC372</ID>
		<name>Medial group of the dorsal thalamus</name>
		<definition label="These nuclei preferentially innervate the prefrontal region."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC362">Dorsal Thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC373</ID>
		<name>Mediodorsal nucleus of the thalamus</name>
		<definition label="According to Gurdjian 1927, Krieg 1944, Krettek and Price 1977."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC372">Medial group of the dorsal thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC374</ID>
		<name>Mediodorsal nucleus of the thalamus medial part</name>
		<definition label="According to Gurdjian 1927, Krieg 1944, Krettek and Price 1977."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC373">Mediodorsal nucleus of the thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC375</ID>
		<name>Mediodorsal nucleus of the thalamus central part</name>
		<definition label="According to Gurdjian 1927, Krieg 1944, Krettek and Price 1977."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC373">Mediodorsal nucleus of the thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC376</ID>
		<name>Mediodorsal nucleus of the thalamus lateral part</name>
		<definition label="According to Gurdjian 1927, Krieg 1944, Krettek and Price 1977."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC373">Mediodorsal nucleus of the thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC377</ID>
		<name>Intermediodorsal nucleus of the thalamus</name>
		<definition label="According to Gurdjian 1927, Krieg 1944, Krettek and Price 1977."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC373">Mediodorsal nucleus of the thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC378</ID>
		<name>Submedial nucleus of the thalamus</name>
		<definition label="According to Krieg 1944, Price and Slotnick 1983."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC372">Medial group of the dorsal thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC379</ID>
		<name>Perireunensis nucleus</name>
		<definition label="According to Brittain 1988."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC372">Medial group of the dorsal thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC380</ID>
		<name>Midline group of the dorsal thalamus</name>
		<definition label="According to Macchi and Bentivoglio 1986, Berendse and Groenewegen 1991. These nuclei preferentially innervate the cingulate region, hippocampal formation and amygdala."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC362">Dorsal Thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC381</ID>
		<name>Paraventricular nucleus of the thalamus</name>
		<definition label="According to Krieg 1944."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC380">Midline group of the dorsal thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC382</ID>
		<name>Parataenial nucleus</name>
		<definition label="According to Gurdjian 1927."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC380">Midline group of the dorsal thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC383</ID>
		<name>Nucleus reuniens</name>
		<definition label="According to Gurdjian 1927, Risold et al 1997."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC380">Midline group of the dorsal thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC384</ID>
		<name>Nucleus reuniens rostral division</name>
		<definition label="None provided"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC383">Nucleus reuniens</part_of>
	</concept>
	<concept>
		<ID>BAMSC385</ID>
		<name>Nucleus reuniens rostral division rostral part</name>
		<definition label="None provided"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC384">Nucleus reuniens rostral division</part_of>
	</concept>
	<concept>
		<ID>BAMSC386</ID>
		<name>Nucleus reuniens rostral division dorsal part</name>
		<definition label="None provided"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC384">Nucleus reuniens rostral division</part_of>
	</concept>
	<concept>
		<ID>BAMSC387</ID>
		<name>Nucleus reuniens rostral division ventral part</name>
		<definition label="None provided"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC384">Nucleus reuniens rostral division</part_of>
	</concept>
	<concept>
		<ID>BAMSC388</ID>
		<name>Nucleus reuniens rostral division lateral part</name>
		<definition label="None provided"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC384">Nucleus reuniens rostral division</part_of>
	</concept>
	<concept>
		<ID>BAMSC389</ID>
		<name>Nucleus reuniens rostral division median part</name>
		<definition label="According to Gurdjian 1927."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC384">Nucleus reuniens rostral division</part_of>
	</concept>
	<concept>
		<ID>BAMSC390</ID>
		<name>Nucleus reuniens rostral division anterior part</name>
		<definition label="No description provided."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC384">Nucleus reuniens rostral division</part_of>
	</concept>
	<concept>
		<ID>BAMSC391</ID>
		<name>Nucleus reuniens caudal division</name>
		<definition label="None provided"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC383">Nucleus reuniens</part_of>
	</concept>
	<concept>
		<ID>BAMSC392</ID>
		<name>Nucleus reuniens caudal division caudal part</name>
		<definition label="None provided"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC391">Nucleus reuniens caudal division</part_of>
	</concept>
	<concept>
		<ID>BAMSC393</ID>
		<name>Nucleus reuniens caudal division dorsal part</name>
		<definition label="None provided"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC391">Nucleus reuniens caudal division</part_of>
	</concept>
	<concept>
		<ID>BAMSC394</ID>
		<name>Nucleus reuniens caudal division median part</name>
		<definition label="None provided"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC391">Nucleus reuniens caudal division</part_of>
	</concept>
	<concept>
		<ID>BAMSC395</ID>
		<name>Nucleus reuniens caudal division posterior part</name>
		<definition label="A part of the nucleus reuniens, caudal division."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC391">Nucleus reuniens caudal division</part_of>
	</concept>
	<concept>
		<ID>BAMSC396</ID>
		<name>Intralaminar nuclei of the dorsal thalamus</name>
		<definition label="According to Macchi and Bentivoglio 1986, Berendse and Groenewegen 1991. These nonspecific nuclei have somewhat wider projections to the cortex than many other thalamic nuclei."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC362">Dorsal Thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC397</ID>
		<name>Rhomboid nucleus</name>
		<definition label="According to Gurdjian 1927, Krieg 1944."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC396">Intralaminar nuclei of the dorsal thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC398</ID>
		<name>Central medial nucleus of the thalamus</name>
		<definition label="According to Gurdjian 1927, Jones and Leavitt 1974."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC396">Intralaminar nuclei of the dorsal thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC399</ID>
		<name>Paracentral nucleus of the thalamus</name>
		<definition label="According to Gurdjian 1927, Jones and Leavitt 1974."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC396">Intralaminar nuclei of the dorsal thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC400</ID>
		<name>Central lateral nucleus of the thalamus</name>
		<definition label="According to Jones and Leavitt 1974."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC396">Intralaminar nuclei of the dorsal thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC401</ID>
		<name>Parafascicular nucleus</name>
		<definition label="According to Gurdjian 1927. A closely related centre median nucleus is now commonly identified in primates but not rodents. However, Krieg (1944) pointed out what he regarded as the equivalent of a centre median nucleus in the rat, as did Kruger et al. 1995."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC396">Intralaminar nuclei of the dorsal thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC402</ID>
		<name>Lateral group of the dorsal thalamus</name>
		<definition label="These nuclei preferentially innervate association areas in the parietal, temporal, and occipital regions."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC362">Dorsal Thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC403</ID>
		<name>Lateral posterior nucleus of the thalamus</name>
		<definition label="According to Gurdjian 1927, Price 1995. This cell group, which includes the pulvinar complex of many other species, has been little studied in the rat."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC402">Lateral group of the dorsal thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC404</ID>
		<name>Posterior complex of the thalamus</name>
		<definition label="According to Feldman and Kruger 1980, Price 1995, Fabri and Burton 1991, Diamond et al. 1992."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC402">Lateral group of the dorsal thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC405</ID>
		<name>Suprageniculate nucleus</name>
		<definition label="According to LeDoux et al. 1987, Clerici and Coleman 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC402">Lateral group of the dorsal thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC406</ID>
		<name>Posterior limiting nucleus of the thalamus</name>
		<definition label="According to LeDoux et al. 1987, Clerici and Coleman 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC402">Lateral group of the dorsal thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC407</ID>
		<name>Ventral group of the dorsal thalamus</name>
		<definition label="These nuclei innervate preferentially somatic sensory and motor cortical areas."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC362">Dorsal Thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC408</ID>
		<name>Ventral anterior-lateral complex of the thalamus</name>
		<definition label="According to Sawyer et al. 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC407">Ventral group of the dorsal thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC409</ID>
		<name>Ventral medial nucleus of the thalamus</name>
		<definition label="According to Herkenham 1979."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC407">Ventral group of the dorsal thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC410</ID>
		<name>Ventral posterior complex of the thalamus</name>
		<definition label="None provided."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC407">Ventral group of the dorsal thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC411</ID>
		<name>Ventral posterolateral nucleus of the thalamus</name>
		<definition label="According to Lund and Webster 1976b, Faull and Mehler 1985, Emmers 1988."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC410">Ventral posterior complex of the thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC412</ID>
		<name>Ventral posterolateral nucleus of the thalamus parvicellular part</name>
		<definition label="According to Cechetto and Saper 1987."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC411">Ventral posterolateral nucleus of the thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC413</ID>
		<name>Ventral posteromedial nucleus of the thalamus</name>
		<definition label="According to Lund and Webster 1976a, Faull and Mehler 1985, Emmers 1988."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC410">Ventral posterior complex of the thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC414</ID>
		<name>Ventral posteromedial nucleus of the thalamus parvicellular part</name>
		<definition label="According to Cechetto and Saper 1987."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC413">Ventral posteromedial nucleus of the thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC415</ID>
		<name>Geniculate group of the dorsal thalamus</name>
		<definition label="These nuclei innervate preferentially auditory and visual cortical areas."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC362">Dorsal Thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC416</ID>
		<name>Medial geniculate complex</name>
		<definition label="According to Winer and Laurue 1987, Clerici and Coleman 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC415">Geniculate group of the dorsal thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC417</ID>
		<name>Medial geniculate complex dorsal part</name>
		<definition label="According to Winer and Laurue 1987, Clerici and Coleman 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC416">Medial geniculate complex</part_of>
	</concept>
	<concept>
		<ID>BAMSC418</ID>
		<name>Medial geniculate complex ventral part</name>
		<definition label="According to Winer and Laurue 1987, Clerici and Coleman 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC416">Medial geniculate complex</part_of>
	</concept>
	<concept>
		<ID>BAMSC419</ID>
		<name>Medial geniculate complex medial part</name>
		<definition label="According to Winer and Laurue 1987, Clerici and Coleman 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC416">Medial geniculate complex</part_of>
	</concept>
	<concept>
		<ID>BAMSC420</ID>
		<name>Dorsal part of the lateral geniculate complex</name>
		<definition label="According to Reese 1988."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC415">Geniculate group of the dorsal thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC421</ID>
		<name>Subfornical organ</name>
		<definition label="According to Shaver et al. 1990. It is difficult to clasify the SFO. It develops in the roof plate, at the junction between interbrain and endbrain, and is essentially a humoral sensory nucleus."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC362">Dorsal Thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC422</ID>
		<name>Epithalamus</name>
		<definition label="These nuclei do not project to the endbrain."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC361">Thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC423</ID>
		<name>Medial habenula</name>
		<definition label="According to Gurdjian 1925, Herkenham and Nauta 1979."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC422">Epithalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC424</ID>
		<name>Medial habenula dorsal part</name>
		<definition label="According to Wada et al. 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC423">Medial habenula</part_of>
	</concept>
	<concept>
		<ID>BAMSC425</ID>
		<name>Medial habenula ventral part</name>
		<definition label="According to Wada et al. 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC423">Medial habenula</part_of>
	</concept>
	<concept>
		<ID>BAMSC426</ID>
		<name>Lateral habenula</name>
		<definition label="According to Gurdjian 1925, Herkenham and Nauta 1979."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC422">Epithalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC427</ID>
		<name>Ventral thalamus</name>
		<definition label="It is usually said that these nuclei do not project to the endbrain, however, a population of neurons in the zona incerta projects to the cerebral cortex (Lin et al. 1990)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC361">Thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC428</ID>
		<name>Reticular nucleus of the thalamus</name>
		<definition label="According to Gurdjian 1927, Spreafico et al. 1991."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC427">Ventral thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC429</ID>
		<name>Geniculate group of the ventral thalamus</name>
		<definition label="None provided"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC427">Ventral thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC430</ID>
		<name>Intergeniculate leaflet of the lateral geniculate complex</name>
		<definition label="According to Hickey and Spear 1976, Moore and Card 1994."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC429">Geniculate group of the ventral thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC431</ID>
		<name>Ventral part of the lateral geniculate complex</name>
		<definition label="According to Swanson et al. 1974."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC429">Geniculate group of the ventral thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC432</ID>
		<name>Ventral part of the lateral geniculate complex lateral zone</name>
		<definition label="According to Swanson et al. 1974."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC431">Ventral part of the lateral geniculate complex</part_of>
	</concept>
	<concept>
		<ID>BAMSC433</ID>
		<name>Ventral part of the lateral geniculate complex medial zone</name>
		<definition label="According to Swanson et al. 1974."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC431">Ventral part of the lateral geniculate complex</part_of>
	</concept>
	<concept>
		<ID>BAMSC434</ID>
		<name>Zona incerta</name>
		<definition label="According to Gurdjian 1927."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC427">Ventral thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC435</ID>
		<name>Zona incerta dopaminergic group</name>
		<definition label="According to Bjorklund and Lindvall 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC434">Zona incerta</part_of>
	</concept>
	<concept>
		<ID>BAMSC436</ID>
		<name>Fields of Forel</name>
		<definition label="According to Kuzemensky 1977, Berman and Jones 1982."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC434">Zona incerta</part_of>
	</concept>
	<concept>
		<ID>BAMSC437</ID>
		<name>Zona incerta proper</name>
		<definition label="None provided"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC434">Zona incerta</part_of>
	</concept>
	<concept>
		<ID>BAMSC438</ID>
		<name>Peripeduncular nucleus</name>
		<definition label="According to Saper et al. 1976a."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC427">Ventral thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC439</ID>
		<name>Subparafascicular nucleus</name>
		<definition label="According to Faull and Mehler 1985. LeDoux et al. (1987) have divided the parvicellular part of the subparafascicular nucleus as defined here into a posterodorsal part (which they called the posterior intralaminar nucleus, although it is not continuous with the intalaminar nuclei of the thalamus), and a ventral part (which they called the parvicellular part of the subparafascicular nucleus). This distinction was difficult to make our Nissl to stained material."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC427">Ventral thalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC440</ID>
		<name>Subparafascicular nucleus magnocellular part</name>
		<definition label="According to Faull and Mehler 1985. LeDoux et al. (1987) have divided the parvicellular part of the subparafascicular nucleus as defined here into a posterodorsal part (which they called the posterior intralaminar nucleus, although it is not continuous with the intalaminar nuclei of the thalamus), and a ventral part (which they called the parvicellular part of the subparafascicular nucleus). This distinction was difficult to make our Nissl to stained material."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC439">Subparafascicular nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC441</ID>
		<name>Subparafascicular nucleus parvicellular part</name>
		<definition label="According to Faull and Mehler 1985. LeDoux et al. (1987) have divided the parvicellular part of the subparafascicular nucleus as defined here into a posterodorsal part (which they called the posterior intralaminar nucleus, although it is not continuous with the intralaminar nuclei of the thalamus), and a ventral part (which they called the parvicellular part of the subparafascicular nucleus). This distinction was difficult to make our Nissl to stained material."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC439">Subparafascicular nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC442</ID>
		<name>Hypothalamus</name>
		<definition label="According to Rioch et al. 1940, Swanson 1987."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC360">Interbrain</part_of>
	</concept>
	<concept>
		<ID>BAMSC443</ID>
		<name>Periventricular zone of the hypothalamus</name>
		<definition label="This zone is characterized by pools of neuroendocrine motoneurons (Markakis and Swanson 1997)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC442">Hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC444</ID>
		<name>Vascular organ of the lamina terminalis</name>
		<definition label="According to Weindl 1973."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC443">Periventricular zone of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC445</ID>
		<name>Suprachiasmatic preoptic nucleus</name>
		<definition label="According to Simerly et al. 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC443">Periventricular zone of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC446</ID>
		<name>Median preoptic nucleus</name>
		<definition label="According to Swanson 1976a."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC443">Periventricular zone of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC447</ID>
		<name>Anteroventral periventricular nucleus</name>
		<definition label="According to Simerly et al. 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC443">Periventricular zone of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC448</ID>
		<name>Preoptic periventricular nucleus</name>
		<definition label="According to Gurdjian 1927."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC443">Periventricular zone of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC449</ID>
		<name>Supraoptic nucleus</name>
		<definition label="According to Peterson 1966, Palkovits et al. 1974."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC443">Periventricular zone of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC450</ID>
		<name>Supraoptic nucleus, retrochiasmatic part</name>
		<definition label="According to Peterson 1966, Palkovits et al. 1974."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC449">Supraoptic nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC451</ID>
		<name>Supraoptic nucleus, accessory supraoptic group</name>
		<definition label="According to Peterson 1966, Palkovits et al. 1974."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC449">Supraoptic nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC452</ID>
		<name>Supraoptic nucleus, accessory supraoptic group, nucleus circularis</name>
		<definition label="According to Peterson 1966, Palkovits et al. 1974."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC451">Supraoptic nucleus, accessory supraoptic group</part_of>
	</concept>
	<concept>
		<ID>BAMSC453</ID>
		<name>Supraoptic nucleus proper</name>
		<definition label="This is the part of the supraoptic nucleus outside of the classical substructures. See the atlas for details."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC449">Supraoptic nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC454</ID>
		<name>Paraventricular nucleus of the hypothalamus</name>
		<definition label="According to Swanson 1991, 1992b, Swanson and Simmons 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC443">Periventricular zone of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC455</ID>
		<name>Paraventricular nucleus of the hypothalamus, descending division</name>
		<definition label="According to Swanson 1991, 1992b, Swanson and Simmons 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC454">Paraventricular nucleus of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC456</ID>
		<name>Paraventricular nucleus of the hypothalamus, descending division, medial parvicellular part, ventral zone</name>
		<definition label="According to Swanson 1991, 1992b, Swanson and Simmons 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC455">Paraventricular nucleus of the hypothalamus, descending division</part_of>
	</concept>
	<concept>
		<ID>BAMSC457</ID>
		<name>Paraventricular nucleus of the hypothalamus, descending division, dorsal parvicellular part</name>
		<definition label="According to Swanson 1991, 1992b, Swanson and Simmons 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC455">Paraventricular nucleus of the hypothalamus, descending division</part_of>
	</concept>
	<concept>
		<ID>BAMSC458</ID>
		<name>Paraventricular nucleus of the hypothalamus, descending division, lateral parvicellular part</name>
		<definition label="According to Swanson 1991, 1992b, Swanson and Simmons 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC455">Paraventricular nucleus of the hypothalamus, descending division</part_of>
	</concept>
	<concept>
		<ID>BAMSC459</ID>
		<name>Paraventricular nucleus of the hypothalamus, descending division, forniceal part</name>
		<definition label="According to Swanson 1991, 1992b, Swanson and Simmons 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC455">Paraventricular nucleus of the hypothalamus, descending division</part_of>
	</concept>
	<concept>
		<ID>BAMSC460</ID>
		<name>Paraventricular nucleus of the hypothalamus, magnocellular division</name>
		<definition label="According to Swanson 1991, 1992b, Swanson and Simmons 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC454">Paraventricular nucleus of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC461</ID>
		<name>Paraventricular nucleus of the hypothalamus, magnocellular division, anterior magnocellular part</name>
		<definition label="According to Swanson 1991, 1992b, Swanson and Simmons 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC460">Paraventricular nucleus of the hypothalamus, magnocellular division</part_of>
	</concept>
	<concept>
		<ID>BAMSC462</ID>
		<name>Paraventricular nucleus of the hypothalamus, magnocellular division, medial magnocellular part</name>
		<definition label="According to Swanson 1991, 1992b, Swanson and Simmons 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC460">Paraventricular nucleus of the hypothalamus, magnocellular division</part_of>
	</concept>
	<concept>
		<ID>BAMSC463</ID>
		<name>Paraventricular nucleus of the hypothalamus, magnocellular division, posterior magnocellular part</name>
		<definition label="According to Swanson 1991, 1992b, Swanson and Simmons 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC460">Paraventricular nucleus of the hypothalamus, magnocellular division</part_of>
	</concept>
	<concept>
		<ID>BAMSC464</ID>
		<name>Paraventricular nucleus of the hypothalamus, magnocellular division, posterior magnocellular part, medial zone</name>
		<definition label="According to Swanson 1991, 1992b, Swanson and Simmons 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC463">Paraventricular nucleus of the hypothalamus, magnocellular division, posterior magnocellular part</part_of>
	</concept>
	<concept>
		<ID>BAMSC465</ID>
		<name>Paraventricular nucleus of the hypothalamus, magnocellular division, posterior magnocellular part, lateral zone</name>
		<definition label="According to Swanson 1991, 1992b, Swanson and Simmons 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC463">Paraventricular nucleus of the hypothalamus, magnocellular division, posterior magnocellular part</part_of>
	</concept>
	<concept>
		<ID>BAMSC466</ID>
		<name>Paraventricular nucleus of the hypothalamus, parvicellular division</name>
		<definition label="According to Swanson 1991, 1992b, Swanson and Simmons 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC454">Paraventricular nucleus of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC467</ID>
		<name>Paraventricular nucleus of the hypothalamus, parvicellular division, anterior parvicellular part</name>
		<definition label="According to Swanson 1991, 1992b, Swanson and Simmons 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC466">Paraventricular nucleus of the hypothalamus, parvicellular division</part_of>
	</concept>
	<concept>
		<ID>BAMSC468</ID>
		<name>Paraventricular nucleus of the hypothalamus, parvicellular division, medial parvicellular part, dorsal zone</name>
		<definition label="According to Swanson 1991, 1992b, Swanson and Simmons 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC466">Paraventricular nucleus of the hypothalamus, parvicellular division</part_of>
	</concept>
	<concept>
		<ID>BAMSC469</ID>
		<name>Paraventricular nucleus of the hypothalamus, parvicellular division, periventricular part</name>
		<definition label="According to Swanson 1991, 1992b, Swanson and Simmons 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC466">Paraventricular nucleus of the hypothalamus, parvicellular division</part_of>
	</concept>
	<concept>
		<ID>BAMSC470</ID>
		<name>Anterior periventricular nucleus of the hypothalamus</name>
		<definition label="According to Gurdjian 1927."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC443">Periventricular zone of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC471</ID>
		<name>Dorsomedial nucleus of the hypothalamus</name>
		<definition label="According to Gurdjian 1927, Krieg 1932, Thompson and Swanson 1998."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC443">Periventricular zone of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC472</ID>
		<name>Dorsomedial nucleus of the hypothalamus anterior part</name>
		<definition label="Gurdjian (1927) referred to this poorly defined cell group as the dorsal part of the DMH."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC471">Dorsomedial nucleus of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC473</ID>
		<name>Dorsomedial nucleus of the hypothalamus posterior part</name>
		<definition label="Gurdjian (1927) referred to this dense group of cells as the ventral part of the DMH."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC471">Dorsomedial nucleus of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC474</ID>
		<name>Dorsomedial nucleus of the hypothalamus ventral part</name>
		<definition label="A variety of features indicate that this region differs from the anterior and posterior parts (Thompson and Swanson 1998)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC471">Dorsomedial nucleus of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC475</ID>
		<name>Intermediate periventricular nucleus of the hypothalamus</name>
		<definition label="For the sake of consistency we have applied this name to what Gurdjian (1927) referred to as the dorsal part of the posterior periventricular nucleus."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC443">Periventricular zone of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC476</ID>
		<name>Arcuate nucleus of the hypothalamus</name>
		<definition label="According to Krieg 1932, Everitt et al. 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC443">Periventricular zone of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC477</ID>
		<name>Posterior periventricular nucleus of the hypothalamus</name>
		<definition label="According to Ingram et al. 1932, Christ 1969."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC443">Periventricular zone of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC478</ID>
		<name>Medial zone of the hypothalamus</name>
		<definition label="This zone contains a series of well to defined nuclei that divide the hypothalamus into preoptic, anterior (supraoptic), tuberal, and mammillary levels."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC442">Hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC479</ID>
		<name>Medial preoptic area</name>
		<definition label="According to Simerly et al. 1984. The MPO contains a number of distinct cell groups, which are embedded in a relatively undifferentiated area of scattered neurons (the undifferentiated part of the MPO)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC478">Medial zone of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC480</ID>
		<name>Medial preoptic nucleus</name>
		<definition label="According to Simerly et al. 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC479">Medial preoptic area</part_of>
	</concept>
	<concept>
		<ID>BAMSC481</ID>
		<name>Medial preoptic nucleus lateral part</name>
		<definition label="According to Simerly et al. 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC480">Medial preoptic nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC482</ID>
		<name>Medial preoptic nucleus medial part</name>
		<definition label="According to Simerly et al. 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC480">Medial preoptic nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC483</ID>
		<name>Medial preoptic nucleus central part</name>
		<definition label="According to Simerly et al. 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC480">Medial preoptic nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC484</ID>
		<name>Anterodorsal preoptic nucleus</name>
		<definition label="According to Simerly et al. 1984. The septohypothalamic nucleus of Bleier et al. (1979) includes the ADP and the LSv. However, these two cell groups do not merge, and are cytoarchitectonically distinct."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC479">Medial preoptic area</part_of>
	</concept>
	<concept>
		<ID>BAMSC485</ID>
		<name>Anteroventral preoptic nucleus</name>
		<definition label="According to Simerly et al. 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC479">Medial preoptic area</part_of>
	</concept>
	<concept>
		<ID>BAMSC486</ID>
		<name>Posterodorsal preoptic nucleus</name>
		<definition label="According to Simerly et al. 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC479">Medial preoptic area</part_of>
	</concept>
	<concept>
		<ID>BAMSC487</ID>
		<name>Parastrial nucleus</name>
		<definition label="According to Simerly et al. 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC479">Medial preoptic area</part_of>
	</concept>
	<concept>
		<ID>BAMSC488</ID>
		<name>Medial preoptic area proper</name>
		<definition label="This is the part of the medial preoptic area outside of the classical substructures. See the atlas for details."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC479">Medial preoptic area</part_of>
	</concept>
	<concept>
		<ID>BAMSC489</ID>
		<name>Anterior hypothalamic area</name>
		<definition label="According to Krieg 1932. The AHA includes scattered neurons around the more condensed AHN and SCH. Recent evidence suggests that these scattered neurons are regionally organized (for example, some form the subparaventricular zone and others the retrochiasmatic area)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC478">Medial zone of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC490</ID>
		<name>Anterior hypothalamic nucleus</name>
		<definition label="According to Gurdjian 1927, Krieg 1932, and Risold et al. 1994."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC489">Anterior hypothalamic area</part_of>
	</concept>
	<concept>
		<ID>BAMSC491</ID>
		<name>Anterior hypothalamic nucleus anterior part</name>
		<definition label="According to Saper et al. 1978."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC490">Anterior hypothalamic nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC492</ID>
		<name>Anterior hypothalamic central part</name>
		<definition label="According to Saper et al. 1978."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC490">Anterior hypothalamic nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC493</ID>
		<name>Anterior hypothalamic posterior part</name>
		<definition label="According to Saper et al. 1978."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC490">Anterior hypothalamic nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC494</ID>
		<name>Anterior hypothalamic dorsal part</name>
		<definition label="This cell group, which Bleier et al. (1979) called the dorsal tuberal nucleus and Paxinos and Watson (1986) called the stigmoid hypothalamic nucleus, is clearly part of the AHN."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC490">Anterior hypothalamic nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC495</ID>
		<name>Suprachiasmatic nucleus</name>
		<definition label="According to Krieg 1932, Watts et al. 1987."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC489">Anterior hypothalamic area</part_of>
	</concept>
	<concept>
		<ID>BAMSC496</ID>
		<name>Suprachiasmatic nucleus dorsomedial part</name>
		<definition label="According to Krieg 1932, Watts et al. 1987."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC495">Suprachiasmatic nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC497</ID>
		<name>Suprachiasmatic nucleus ventrolateral part</name>
		<definition label="According to Krieg 1932, Watts et al. 1987."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC495">Suprachiasmatic nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC498</ID>
		<name>Subparaventricular zone</name>
		<definition label="According to Watts and Swanson 1987, and Watts 1991."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC489">Anterior hypothalamic area</part_of>
	</concept>
	<concept>
		<ID>BAMSC499</ID>
		<name>Retrochiasmatic area</name>
		<definition label="According to Swanson and Kuypers 1980. These scattered neurons lie among the fibers of the supraoptic commissures, they were called the nucleus supraopticus diffusus by Gurdjian (1927)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC489">Anterior hypothalamic area</part_of>
	</concept>
	<concept>
		<ID>BAMSC500</ID>
		<name>Anterior hypothalamic area proper</name>
		<definition label="This is the part of the anterior hypothalamic area outside of the classical substructures. See the atlas for details."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC489">Anterior hypothalamic area</part_of>
	</concept>
	<concept>
		<ID>BAMSC501</ID>
		<name>Tuberal area of the hypothalamus</name>
		<definition label="According to Swanson 1987. This area includes the undifferentiated, cell to sparse zone or shell around the ventromedial nucleus."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC478">Medial zone of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC502</ID>
		<name>Ventromedial nucleus of the hypothalamus</name>
		<definition label="According to Gurdjian (1927) and Saper et al. (1976a) recognized dorsomedial and ventrolateral cell condensations serparated by a relatively cell to sparse central region. Van Houten and Brawer (1978) also recognized a distinct anterior component. Also see Canteras et al. 1994."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC501">Tuberal area of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC503</ID>
		<name>Ventromedial nucleus of the hypothalamus anterior part</name>
		<definition label="According to Gurdjian (1927) and Saper et al. (1976a) recognized dorsomedial and ventrolateral cell condensations serparated by a relatively cell to sparse central region. Van Houten and Brawer (1978) also recognized a distinct anterior component. Also see Canteras et al. 1994."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC502">Ventromedial nucleus of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC504</ID>
		<name>Ventromedial nucleus of the hypothalamus dorsomedial part</name>
		<definition label="According to Gurdjian (1927) and Saper et al. (1976a) recognized dorsomedial and ventrolateral cell condensations serparated by a relatively cell to sparse central region. Van Houten and Brawer (1978) also recognized a distinct anterior component. Also see Canteras et al. 1994."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC502">Ventromedial nucleus of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC505</ID>
		<name>Ventromedial nucleus of the hypothalamus central part</name>
		<definition label="According to Gurdjian (1927) and Saper et al. (1976a) recognized dorsomedial and ventrolateral cell condensations serparated by a relatively cell to sparse central region. Van Houten and Brawer (1978) also recognized a distinct anterior component. Also see Canteras et al. 1994."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC502">Ventromedial nucleus of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC506</ID>
		<name>Ventromedial nucleus of the hypothalamus ventrolateral part</name>
		<definition label="According to Gurdjian (1927) and Saper et al. (1976a) recognized dorsomedial and ventrolateral cell condensations serparated by a relatively cell to sparse central region. Van Houten and Brawer (1978) also recognized a distinct anterior component. Also see Canteras et al. 1994."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC502">Ventromedial nucleus of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC507</ID>
		<name>Ventral premammillary nucleus</name>
		<definition label="According to Gurdjian 1927, Krieg 1932, Canteras et al. 1992b,"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC501">Tuberal area of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC508</ID>
		<name>Mammillary body</name>
		<definition label="There is no standard definition of the mammillary body, sometimes it just refers to the MM and LM. The TM could just as well be placed in the lateral zone because of its widespread, diffuse projections."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC478">Medial zone of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC509</ID>
		<name>Tuberomammillary nucleus</name>
		<definition label="According to Kohler et al. 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC508">Mammillary body</part_of>
	</concept>
	<concept>
		<ID>BAMSC510</ID>
		<name>Tuberomammillary nucleus dorsal part</name>
		<definition label="According to Kohler et al. 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC509">Tuberomammillary nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC511</ID>
		<name>Tuberomammillary nucleus ventral part</name>
		<definition label="According to Kohler et al. 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC509">Tuberomammillary nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC512</ID>
		<name>Supramammillary nucleus</name>
		<definition label="According to Swanson 1982."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC508">Mammillary body</part_of>
	</concept>
	<concept>
		<ID>BAMSC513</ID>
		<name>Supramammillary nucleus lateral part</name>
		<definition label="According to Swanson 1982."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC512">Supramammillary nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC514</ID>
		<name>Supramammillary nucleus medial part</name>
		<definition label="According to Swanson 1982."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC512">Supramammillary nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC515</ID>
		<name>Dorsal premammillary nucleus</name>
		<definition label="According to Canteras and Swanson 1992a."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC508">Mammillary body</part_of>
	</concept>
	<concept>
		<ID>BAMSC516</ID>
		<name>Medial mammillary nucleus</name>
		<definition label="According to Gurdjian 1927, Krieg 1932, Allen and Hopkins 1988."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC508">Mammillary body</part_of>
	</concept>
	<concept>
		<ID>BAMSC517</ID>
		<name>Medial mammillary nucleus median part</name>
		<definition label="According to Gurdjian 1927, Krieg 1932, Allen and Hopkins 1988."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC516">Medial mammillary nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC518</ID>
		<name>Lateral mammillary nucleus</name>
		<definition label="According to Gurdjian 1927, Krieg 1932, Allen and Hopkins 1988."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC508">Mammillary body</part_of>
	</concept>
	<concept>
		<ID>BAMSC519</ID>
		<name>Posterior hypothalamic nucleus</name>
		<definition label="According to to Gurdjian 1927 and Krieg 1932."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC478">Medial zone of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC520</ID>
		<name>Lateral zone of the hypothalamus</name>
		<definition label="This very heterogeneous, poorly understood region is often thought of as an interstitial nucleus of the medial forebrain bundle, and the rostral extension of thebrainstorm reticular formation."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC442">Hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC521</ID>
		<name>Lateral preoptic area</name>
		<definition label="According to Gurdjian 1927, and Swanson 1976a."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC520">Lateral zone of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC522</ID>
		<name>Lateral hypothalamic area</name>
		<definition label="According to Gurdjian 1927, and Krieg 1932. Several attempts have been made to parcellate this area, but there is little agreement among authors, and the parcellations based on histochemistry combined with pathway tracing methods are needed. A perifornical region can often be distinguished from a more lateral region."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC520">Lateral zone of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC523</ID>
		<name>Tuberal nucleus</name>
		<definition label="According Canteras et al. 1994"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC522">Lateral hypothalamic area</part_of>
	</concept>
	<concept>
		<ID>BAMSC524</ID>
		<name>Lateral hypothalamic area proper</name>
		<definition label="This is the remaining part of the lateral hypothalamic area after eliminating the tuberal nucleus. See the Atlas for reference."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC522">Lateral hypothalamic area</part_of>
	</concept>
	<concept>
		<ID>BAMSC525</ID>
		<name>Subthalamic nucleus</name>
		<definition label="According to Gurdjian 1927, Afsharpour 1985, Canteras et al. 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC520">Lateral zone of the hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC526</ID>
		<name>Pituitary gland, neural lobe</name>
		<definition label="According to Scwind 1928, Daniel and Prichard 1975, Hebel and Stromberg 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC442">Hypothalamus</part_of>
	</concept>
	<concept>
		<ID>BAMSC527</ID>
		<name>Retina</name>
		<definition label="According to Braekevelt and Hollenberg 1970, Morest 1970, Perry 1981, Ehinger and Dowling 1987."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC360">Interbrain</part_of>
	</concept>
	<concept>
		<ID>BAMSC528</ID>
		<name>Retina, outer nuclear layer</name>
		<definition label="No description provided."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC527">Retina</part_of>
	</concept>
	<concept>
		<ID>BAMSC529</ID>
		<name>Retina, outer plexiform layer</name>
		<definition label="According to Braekevelt and Hollenberg 1970, Morest 1970, Perry 1981, Ehinger and Dowling 1987."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC527">Retina</part_of>
	</concept>
	<concept>
		<ID>BAMSC530</ID>
		<name>Retina, inner nuclear layer</name>
		<definition label="According to Braekevelt and Hollenberg 1970, Morest 1970, Perry 1981, Ehinger and Dowling 1987."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC527">Retina</part_of>
	</concept>
	<concept>
		<ID>BAMSC531</ID>
		<name>Retina, inner plexiform layer</name>
		<definition label="According to Braekevelt and Hollenberg 1970, Morest 1970, Perry 1981, Ehinger and Dowling 1987."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC527">Retina</part_of>
	</concept>
	<concept>
		<ID>BAMSC532</ID>
		<name>Retina, ganglion cell layer</name>
		<definition label="According to Braekevelt and Hollenberg 1970, Morest 1970, Perry 1981, Ehinger and Dowling 1987."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC527">Retina</part_of>
	</concept>
	<concept>
		<ID>BAMSC533</ID>
		<name>Midbrain-Hindbrain</name>
		<definition label="The midbrain to hindbrain is the segment of the cerebrospinal trunk between the interbrain rostrally and the spinal cord caudally (Swanson, 1998, p. 207 to 212; 2004, p. 165)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC12">Brain</part_of>
	</concept>
	<concept>
		<ID>BAMSC534</ID>
		<name>Midbrain-Hindbrain, Sensory</name>
		<definition label="The sensory system part of the nervous system is involved in transmitting exteroceptive and interoceptive stimuli to the cognitive, behavioral state, and motor systems (Swanson, 2003, p. 182 ff.; 2004, pp. 171 to 3)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC533">Midbrain-Hindbrain</part_of>
	</concept>
	<concept>
		<ID>BAMSC535</ID>
		<name>Midbrain-Hindbrain, Sensory, Visual</name>
		<definition label="The visual sensory system as defined here includes parts of the midbrain to hindbrain that transmit visual stimuli to the cognitive, behavioral state, and motor systems (Swanson, 2004, p. 172)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC534">Midbrain-Hindbrain, Sensory</part_of>
	</concept>
	<concept>
		<ID>BAMSC536</ID>
		<name>Superior colliculus</name>
		<definition label="According to Kanaseki and Sprague 1974, Bickford and Hall 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC535">Midbrain-Hindbrain, Sensory, Visual</part_of>
	</concept>
	<concept>
		<ID>BAMSC537</ID>
		<name>Superior colliculus zonal layer</name>
		<definition label="According to Kanaseki and Sprague 1974, Bickford and Hall 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC536">Superior colliculus</part_of>
	</concept>
	<concept>
		<ID>BAMSC538</ID>
		<name>Superior colliculus superficial gray layer</name>
		<definition label="According to Kanaseki and Sprague 1974, Bickford and Hall 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC536">Superior colliculus</part_of>
	</concept>
	<concept>
		<ID>BAMSC539</ID>
		<name>Superior colliculus optic layer</name>
		<definition label="According to Kanaseki and Sprague 1974, Bickford and Hall 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC536">Superior colliculus</part_of>
	</concept>
	<concept>
		<ID>BAMSC540</ID>
		<name>Superior colliculus intermediate gray layer</name>
		<definition label="According to Kanaseki and Sprague 1974, Bickford and Hall 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC536">Superior colliculus</part_of>
	</concept>
	<concept>
		<ID>BAMSC541</ID>
		<name>Superior colliculus intermediate gray layer sublayer a</name>
		<definition label="According to Kanaseki and Sprague 1974, Bickford and Hall 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC540">Superior colliculus intermediate gray layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC542</ID>
		<name>Superior colliculus intermediate gray layer sublayer b</name>
		<definition label="According to Kanaseki and Sprague 1974, Bickford and Hall 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC540">Superior colliculus intermediate gray layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC543</ID>
		<name>Superior colliculus intermediate gray layer sublayer c</name>
		<definition label="According to Kanaseki and Sprague 1974, Bickford and Hall 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC540">Superior colliculus intermediate gray layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC544</ID>
		<name>Superior colliculus intermediate white layer</name>
		<definition label="According to Kanaseki and Sprague 1974, Bickford and Hall 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC536">Superior colliculus</part_of>
	</concept>
	<concept>
		<ID>BAMSC545</ID>
		<name>Superior colliculus intermediate deep gray layer</name>
		<definition label="According to Kanaseki and Sprague 1974, Bickford and Hall 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC536">Superior colliculus</part_of>
	</concept>
	<concept>
		<ID>BAMSC546</ID>
		<name>Superior colliculus intermediate deep white layer</name>
		<definition label="According to Kanaseki and Sprague 1974, Bickford and Hall 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC536">Superior colliculus</part_of>
	</concept>
	<concept>
		<ID>BAMSC547</ID>
		<name>Parageminal nucleus</name>
		<definition label="According to Tokunaga and Otani 1978, Harting et al. 1991b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC535">Midbrain-Hindbrain, Sensory, Visual</part_of>
	</concept>
	<concept>
		<ID>BAMSC548</ID>
		<name>Pretectal region</name>
		<definition label="According to Scalia 1972."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC535">Midbrain-Hindbrain, Sensory, Visual</part_of>
	</concept>
	<concept>
		<ID>BAMSC549</ID>
		<name>Olivary pretectal nucleus</name>
		<definition label="According to Campbell and Liebermann 1985, Gregory 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC548">Pretectal region</part_of>
	</concept>
	<concept>
		<ID>BAMSC550</ID>
		<name>Nucleus of the optic tract</name>
		<definition label="According to Giolli et al 1985, Gregory 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC548">Pretectal region</part_of>
	</concept>
	<concept>
		<ID>BAMSC551</ID>
		<name>Posterior pretectal nucleus</name>
		<definition label="According to Gregory 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC548">Pretectal region</part_of>
	</concept>
	<concept>
		<ID>BAMSC552</ID>
		<name>Nucleus of the posterior commissure</name>
		<definition label="According to Kanaseki and Sprague 1974"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC548">Pretectal region</part_of>
	</concept>
	<concept>
		<ID>BAMSC553</ID>
		<name>Anterior pretectal nucleus</name>
		<definition label="According to Scalia 1972."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC548">Pretectal region</part_of>
	</concept>
	<concept>
		<ID>BAMSC554</ID>
		<name>Medial pretectal area</name>
		<definition label="According to Siminoff et al. 1968, Kanaseki and Sprague 1974."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC548">Pretectal region</part_of>
	</concept>
	<concept>
		<ID>BAMSC555</ID>
		<name>Medial terminal nucleus of the accessory optic tract</name>
		<definition label="According to Hayhow et al. 1960, Giollo et al. 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC535">Midbrain-Hindbrain, Sensory, Visual</part_of>
	</concept>
	<concept>
		<ID>BAMSC556</ID>
		<name>Lateral terminal nucleus of the accessory optic tract</name>
		<definition label="According to Hayhow et al. 1960, Terubayashi and Fujisawa 1984, Giolli et al. 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC535">Midbrain-Hindbrain, Sensory, Visual</part_of>
	</concept>
	<concept>
		<ID>BAMSC557</ID>
		<name>Dorsal terminal nucleus of the accessory optic tract</name>
		<definition label="According to Hayhow et al. 1960, Terubayashi and Fujisawa 1984, Giolli et al. 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC535">Midbrain-Hindbrain, Sensory, Visual</part_of>
	</concept>
	<concept>
		<ID>BAMSC558</ID>
		<name>Midbrain-Hindbrain, Sensory, Somatosensory</name>
		<definition label="The somatosensory sensory system as defined here includes parts of the midbrain to hindbrain that transmit somatosensory stimuli to the cognitive, behavioral state, and motor systems (Swanson, 2004, p. 172)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC534">Midbrain-Hindbrain, Sensory</part_of>
	</concept>
	<concept>
		<ID>BAMSC559</ID>
		<name>Trigeminal ganglion</name>
		<definition label="Gregg and Dixon 1973, Schneider et al. 1981, Hirsch (1765) named this ganglion after his professor, J.L. Gasser."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC558">Midbrain-Hindbrain, Sensory, Somatosensory</part_of>
	</concept>
	<concept>
		<ID>BAMSC560</ID>
		<name>Mesencephalic nucleus of the trigeminal</name>
		<definition label="According to Rokx et al. 1986a, Luo et al. 1991. This is a displaced dorsal root ganglion."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC558">Midbrain-Hindbrain, Sensory, Somatosensory</part_of>
	</concept>
	<concept>
		<ID>BAMSC561</ID>
		<name>Principal sensory nucleus of the trigeminal</name>
		<definition label="According to Torvik 1957, Emmers 1988."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC558">Midbrain-Hindbrain, Sensory, Somatosensory</part_of>
	</concept>
	<concept>
		<ID>BAMSC562</ID>
		<name>Spinal nucleus of the trigeminal</name>
		<definition label="According to Olszewski 1950."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC558">Midbrain-Hindbrain, Sensory, Somatosensory</part_of>
	</concept>
	<concept>
		<ID>BAMSC563</ID>
		<name>Spinal nucleus of the trigeminal oral part</name>
		<definition label="According to Falls et al. 1985, Jacquin and Rhoades 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC562">Spinal nucleus of the trigeminal</part_of>
	</concept>
	<concept>
		<ID>BAMSC564</ID>
		<name>Spinal nucleus of the trigeminal oral part ventrolateral part</name>
		<definition label="According to Falls et al. 1985, Jacquin and Rhoades 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC563">Spinal nucleus of the trigeminal oral part</part_of>
	</concept>
	<concept>
		<ID>BAMSC565</ID>
		<name>Spinal nucleus of the trigeminal oral part rostral dorsomedial part</name>
		<definition label="According to Falls et al. 1985, Jacquin and Rhoades 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC563">Spinal nucleus of the trigeminal oral part</part_of>
	</concept>
	<concept>
		<ID>BAMSC566</ID>
		<name>Spinal nucleus of the trigeminal oral part middle dorsomedial part, dorsal zone</name>
		<definition label="According to Falls et al. 1985, Jacquin and Rhoades 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC563">Spinal nucleus of the trigeminal oral part</part_of>
	</concept>
	<concept>
		<ID>BAMSC567</ID>
		<name>Spinal nucleus of the trigeminal oral part middle dorsomedial part, ventral zone</name>
		<definition label="According to Falls et al. 1985, Jacquin and Rhoades 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC563">Spinal nucleus of the trigeminal oral part</part_of>
	</concept>
	<concept>
		<ID>BAMSC568</ID>
		<name>Spinal nucleus of the trigeminal oral part caudal dorsomedial part</name>
		<definition label="According to Falls et al. 1985, Jacquin and Rhoades 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC563">Spinal nucleus of the trigeminal oral part</part_of>
	</concept>
	<concept>
		<ID>BAMSC569</ID>
		<name>Spinal nucleus of the trigeminal interpolar part</name>
		<definition label="According to Phelan and Falls 1989a."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC562">Spinal nucleus of the trigeminal</part_of>
	</concept>
	<concept>
		<ID>BAMSC570</ID>
		<name>Spinal nucleus of the trigeminal caudal part</name>
		<definition label="According to Nord 1967, Gobel et al. 1977, Kruger 1979."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC562">Spinal nucleus of the trigeminal</part_of>
	</concept>
	<concept>
		<ID>BAMSC571</ID>
		<name>Paratrigeminal nucleus</name>
		<definition label="According to Chan to Palay 1978, Phelan and Falls 1989b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC558">Midbrain-Hindbrain, Sensory, Somatosensory</part_of>
	</concept>
	<concept>
		<ID>BAMSC572</ID>
		<name>Dorsal column nuclei</name>
		<definition label="According to Torvik 1956, Nord 1967."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC558">Midbrain-Hindbrain, Sensory, Somatosensory</part_of>
	</concept>
	<concept>
		<ID>BAMSC573</ID>
		<name>Gracile nucleus</name>
		<definition label="According to Gulley 1973, Cliffer and Giesler 1989, Maslany et al. 1991."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC572">Dorsal column nuclei</part_of>
	</concept>
	<concept>
		<ID>BAMSC574</ID>
		<name>Gracile nucleus median part</name>
		<definition label="According to Kemplay and Webster 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC573">Gracile nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC575</ID>
		<name>Gracile nucleus proper</name>
		<definition label="This is the part of the gracile nucleus outside of the median part. See Level 73."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC573">Gracile nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC576</ID>
		<name>Cuneate nucleus</name>
		<definition label="According to Cliffer and Giesler 1989, Maslany et al. 1991."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC572">Dorsal column nuclei</part_of>
	</concept>
	<concept>
		<ID>BAMSC577</ID>
		<name>Nucleus z</name>
		<definition label="According to Low et al. 1974"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC558">Midbrain-Hindbrain, Sensory, Somatosensory</part_of>
	</concept>
	<concept>
		<ID>BAMSC578</ID>
		<name>External cuneate nucleus</name>
		<definition label="According Campbell et al. 1974."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC558">Midbrain-Hindbrain, Sensory, Somatosensory</part_of>
	</concept>
	<concept>
		<ID>BAMSC579</ID>
		<name>Midbrain-Hindbrain, Sensory, Auditory</name>
		<definition label="The auditory sensory system as defined here includes parts of the midbrain to hindbrain trunk that transmit auditory stimuli to the cognitive, behavioral state, and motor systems (Swanson, 2004, p. 172)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC534">Midbrain-Hindbrain, Sensory</part_of>
	</concept>
	<concept>
		<ID>BAMSC580</ID>
		<name>Cochlear nuclei</name>
		<definition label="According to Harrison and Feldman 1970, Osen et al. 1984, Webster 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC579">Midbrain-Hindbrain, Sensory, Auditory</part_of>
	</concept>
	<concept>
		<ID>BAMSC581</ID>
		<name>Dorsal coclear nucleus</name>
		<definition label="According to Harrison and Feldman 1970, Osen et al. 1984, Webster 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC580">Cochlear nuclei</part_of>
	</concept>
	<concept>
		<ID>BAMSC582</ID>
		<name>Ventral coclear nucleus</name>
		<definition label="According to Harrison and Feldman 1970, Osen et al. 1984, Webster 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC580">Cochlear nuclei</part_of>
	</concept>
	<concept>
		<ID>BAMSC583</ID>
		<name>Ventral coclear nucleus anterior part</name>
		<definition label="According to Harrison and Feldman 1970, Osen et al. 1984, Webster 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC582">Ventral coclear nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC584</ID>
		<name>Ventral coclear nucleus posterior part</name>
		<definition label="According to Harrison and Feldman 1970, Osen et al. 1984, Webster 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC582">Ventral coclear nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC585</ID>
		<name>Subpeduncular granular region of the cochlear nuclei</name>
		<definition label="According to Harrison and Feldman 1970, Osen et al. 1984, Webster 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC580">Cochlear nuclei</part_of>
	</concept>
	<concept>
		<ID>BAMSC586</ID>
		<name>Granular lamina of the cochlear nuclei</name>
		<definition label="According to Mugnaini et al. 1980."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC580">Cochlear nuclei</part_of>
	</concept>
	<concept>
		<ID>BAMSC587</ID>
		<name>Interstitial nucleus of the auditory nerve</name>
		<definition label="According to Harrison and Feldman 1970, Merchan et al. 1988."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC580">Cochlear nuclei</part_of>
	</concept>
	<concept>
		<ID>BAMSC588</ID>
		<name>Superior olivary complex periolivary region</name>
		<definition label="There is general agreement that the medial and lateral parts of the superior olive are surrounded by a ring of periolivary gray matter, with a superior (e.g., Harrison and Feldman 1970) or dorsomedial (e.g., Morest 1973) periolivary nucleus that is particularly obvious. There is, however, little agreement about parcellating this ring of gray matter (some parts have been referred to as components of the nuceus of the trapezoid body). Because we could not distinguish clearly separate cell groups in this region, it has beeen referred to simply as the periolivary region (see Osen et al. 1984)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC580">Cochlear nuclei</part_of>
	</concept>
	<concept>
		<ID>BAMSC589</ID>
		<name>Nucleus of the trapezoid body</name>
		<definition label="According to Harrison and Feldman 1970, Osen et al. 1984, Fay to Lund 1986, Bledsoe et al. 1990. This cell group is sometimes referred to as the medial nucleus of the trapezoid body (see note 200)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC579">Midbrain-Hindbrain, Sensory, Auditory</part_of>
	</concept>
	<concept>
		<ID>BAMSC590</ID>
		<name>Superior olivary complex</name>
		<definition label="According to Harrison and Feldman 1970, Osen et al. 1984, Webster 1985, Fay to Lund 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC579">Midbrain-Hindbrain, Sensory, Auditory</part_of>
	</concept>
	<concept>
		<ID>BAMSC591</ID>
		<name>Superior olivary complex medial part</name>
		<definition label="According to Osen et al 1984, Webster 1985, Fay to Lund 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC590">Superior olivary complex</part_of>
	</concept>
	<concept>
		<ID>BAMSC592</ID>
		<name>Superior olivary complex lateral part</name>
		<definition label="According to Harrison and Feldman 1970, Osen et al. 1984, Webster 1985, Fay to Lund 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC590">Superior olivary complex</part_of>
	</concept>
	<concept>
		<ID>BAMSC593</ID>
		<name>Nucleus of the lateral lemniscus</name>
		<definition label="While it is common to divide this nucleus into dorsal and ventral parts, or into dorsal, intermediate, and ventral parts, the architecture and connections of this cell group have not been examined in any detail in the rat, where it has been done, it is obvious that the NLL is an extremely complex region (see Covey and Casseday 1986). We have not attempted to parcellate the NLL."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC579">Midbrain-Hindbrain, Sensory, Auditory</part_of>
	</concept>
	<concept>
		<ID>BAMSC594</ID>
		<name>Inferior colliculus</name>
		<definition label="According to Fay to Lund and Osen 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC579">Midbrain-Hindbrain, Sensory, Auditory</part_of>
	</concept>
	<concept>
		<ID>BAMSC595</ID>
		<name>Inferior colliculus external nucleus</name>
		<definition label="According to Fay to Lund and Osen 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC594">Inferior colliculus</part_of>
	</concept>
	<concept>
		<ID>BAMSC596</ID>
		<name>Inferior colliculus dorsal nucleus</name>
		<definition label="According to Fay to Lund and Osen 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC594">Inferior colliculus</part_of>
	</concept>
	<concept>
		<ID>BAMSC597</ID>
		<name>Inferior colliculus central nucleus</name>
		<definition label="According to Malmierca et al. 1993."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC594">Inferior colliculus</part_of>
	</concept>
	<concept>
		<ID>BAMSC598</ID>
		<name>Nucleus of the brachium of the inferior colliculus</name>
		<definition label="According to Berman 1968."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC579">Midbrain-Hindbrain, Sensory, Auditory</part_of>
	</concept>
	<concept>
		<ID>BAMSC599</ID>
		<name>Nucleus sagulum</name>
		<definition label="According to Berman 1968, Andrezik and Beitz 1985, Henkel and Shneiderman 1988."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC579">Midbrain-Hindbrain, Sensory, Auditory</part_of>
	</concept>
	<concept>
		<ID>BAMSC600</ID>
		<name>Midbrain-Hindbrain, Sensory, Vestibular</name>
		<definition label="The sensory to related vestibular nuclei of the midbrain to hindbrain include the vestibular nuclei themselves, perihypoglossal nuclei, interstitial nucleus of the vestibular nerve, nucleus x, nucleus y, and the infracerebellar nucleus (Swanson, 1998, p. 208)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC534">Midbrain-Hindbrain, Sensory</part_of>
	</concept>
	<concept>
		<ID>BAMSC601</ID>
		<name>Vestibular nuclei</name>
		<definition label="According to Rubbertone et al. 1995."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC600">Midbrain-Hindbrain, Sensory, Vestibular</part_of>
	</concept>
	<concept>
		<ID>BAMSC602</ID>
		<name>Medial vestibular nucleus</name>
		<definition label="According to Rubbertone et al. 1995."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC601">Vestibular nuclei</part_of>
	</concept>
	<concept>
		<ID>BAMSC603</ID>
		<name>Lateral vestibular nucleus</name>
		<definition label="According to Rubbertone et al. 1995."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC601">Vestibular nuclei</part_of>
	</concept>
	<concept>
		<ID>BAMSC604</ID>
		<name>Superior vestibular nucleus</name>
		<definition label="According to Rubbertone et al. 1995."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC601">Vestibular nuclei</part_of>
	</concept>
	<concept>
		<ID>BAMSC605</ID>
		<name>Spinal vestibular nucleus</name>
		<definition label="According to Rubbertone et al. 1995."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC601">Vestibular nuclei</part_of>
	</concept>
	<concept>
		<ID>BAMSC606</ID>
		<name>Perihypoglossal nuclei</name>
		<definition label="According to Brodal 1952, 1983, McCrea and Baker 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC600">Midbrain-Hindbrain, Sensory, Vestibular</part_of>
	</concept>
	<concept>
		<ID>BAMSC607</ID>
		<name>Nucleus intercalatus</name>
		<definition label="According to Meessen and Olszewski 1949, Brodal 1952."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC606">Perihypoglossal nuclei</part_of>
	</concept>
	<concept>
		<ID>BAMSC608</ID>
		<name>Nucleus prepositus</name>
		<definition label="According to Torvik 1956."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC606">Perihypoglossal nuclei</part_of>
	</concept>
	<concept>
		<ID>BAMSC609</ID>
		<name>Nucleus of Roller</name>
		<definition label="According to Meessen and Olszewski 1949, Torvik 1956, Valverde 1962."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC606">Perihypoglossal nuclei</part_of>
	</concept>
	<concept>
		<ID>BAMSC610</ID>
		<name>Interstitial nucleus of the vestibular nerve</name>
		<definition label="According to Mehler and Rubertone 1985"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC600">Midbrain-Hindbrain, Sensory, Vestibular</part_of>
	</concept>
	<concept>
		<ID>BAMSC611</ID>
		<name>Nucleus x</name>
		<definition label="According to Mehler and Rubertone 1985"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC600">Midbrain-Hindbrain, Sensory, Vestibular</part_of>
	</concept>
	<concept>
		<ID>BAMSC612</ID>
		<name>Nucleus y</name>
		<definition label="According to Fredrickson and Trune 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC600">Midbrain-Hindbrain, Sensory, Vestibular</part_of>
	</concept>
	<concept>
		<ID>BAMSC613</ID>
		<name>Infracerebellar nucleus</name>
		<definition label="According to Fredrickson and Trune 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC600">Midbrain-Hindbrain, Sensory, Vestibular</part_of>
	</concept>
	<concept>
		<ID>BAMSC614</ID>
		<name>Midbrain-Hindbrain, Sensory, Gustatory-Visceral</name>
		<definition label="The gustatory sensory system as defined here includes parts of the midbrain to hindbrain that transmit gustatory stimuli to the cognitive, behavioral state, and motor systems (Swanson, 2004, p. 173).
The visceral sensory system as defined here includes parts of the midbrain to hindbrain that transmit visceral stimuli to the cognitive, behavioral state, and motor systems (Swanson, 2004, p. 173).
"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC534">Midbrain-Hindbrain, Sensory</part_of>
	</concept>
	<concept>
		<ID>BAMSC615</ID>
		<name>Nucleus of the solitary tract</name>
		<definition label="According to Torvik 1956, Contreras et al. 1982. NB: This nucleus belongs to the visceral part of the Midbrain to Hindbrain, even though a single subpart of it belongs ot hte gustatory subdivision."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC614">Midbrain-Hindbrain, Sensory, Gustatory-Visceral</part_of>
	</concept>
	<concept>
		<ID>BAMSC616</ID>
		<name>Nucleus of the solitary tract central part</name>
		<definition label="According to Ross et al. 1985, Cunningham et al. 1991."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC615">Nucleus of the solitary tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC617</ID>
		<name>Nucleus of the solitary tract commissural part</name>
		<definition label="According to Torvik 1956."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC615">Nucleus of the solitary tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC618</ID>
		<name>Nucleus of the solitary tract gelatinous part</name>
		<definition label="According to Leslie et al. 1982, Shapiro and Miselis 1985b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC615">Nucleus of the solitary tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC619</ID>
		<name>Nucleus of the solitary tract lateral part</name>
		<definition label="According to Berman 1968."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC615">Nucleus of the solitary tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC620</ID>
		<name>Nucleus of the solitary tract medial part</name>
		<definition label="According to Berman 1968, Conteras et al. 1982. NB: This subdivision does not appear in the hierarchy Swanson 1998, but appears in the atlas levels 58 to 73. It is composed of a rostral part which is the sole structure of the Gustatory division of the Midbrain to Hindbrain and of a caudal part which is a structure of the Visceral division."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC615">Nucleus of the solitary tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC621</ID>
		<name>Nucleus of the solitary tract medial part rostral zone</name>
		<definition label="According to Torvik 1956; Contreras et al. 1982. NB: the rostral aspect appears in brackets in the abbreviation in order to show that it is inferred from the hierarchy Swanson 1998 (page 209)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC620">Nucleus of the solitary tract medial part</part_of>
	</concept>
	<concept>
		<ID>BAMSC622</ID>
		<name>Nucleus of the solitary tract medial part caudal zone</name>
		<definition label="According to Berman 1968, Contreras et al. 1982. NB: the caudal aspect appears in brackets in the abbreviation in order to show that it is inferred from the hierarchy Swanson 1998 (page 209)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC620">Nucleus of the solitary tract medial part</part_of>
	</concept>
	<concept>
		<ID>BAMSC623</ID>
		<name>Area postrema</name>
		<definition label="According to Shapiro and Miselis 1985a."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC614">Midbrain-Hindbrain, Sensory, Gustatory-Visceral</part_of>
	</concept>
	<concept>
		<ID>BAMSC624</ID>
		<name>Parabrachial nucleus</name>
		<definition label="According to Fulwiler and Saper 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC614">Midbrain-Hindbrain, Sensory, Gustatory-Visceral</part_of>
	</concept>
	<concept>
		<ID>BAMSC625</ID>
		<name>Parabrachial nucleus lateral division</name>
		<definition label="According to Fulwiler and Saper 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC624">Parabrachial nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC626</ID>
		<name>Parabrachial nucleus lateral division central lateral part</name>
		<definition label="According to Fulwiler and Saper 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC625">Parabrachial nucleus lateral division</part_of>
	</concept>
	<concept>
		<ID>BAMSC627</ID>
		<name>Parabrachial nucleus lateral division dorsal lateral part</name>
		<definition label="According to Fulwiler and Saper 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC625">Parabrachial nucleus lateral division</part_of>
	</concept>
	<concept>
		<ID>BAMSC628</ID>
		<name>Parabrachial nucleus lateral division external lateral part</name>
		<definition label="According to Fulwiler and Saper 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC625">Parabrachial nucleus lateral division</part_of>
	</concept>
	<concept>
		<ID>BAMSC629</ID>
		<name>Parabrachial nucleus lateral division extreme lateral part</name>
		<definition label="According to Fulwiler and Saper 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC625">Parabrachial nucleus lateral division</part_of>
	</concept>
	<concept>
		<ID>BAMSC630</ID>
		<name>Parabrachial nucleus lateral division internal lateral part</name>
		<definition label="According to Fulwiler and Saper 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC625">Parabrachial nucleus lateral division</part_of>
	</concept>
	<concept>
		<ID>BAMSC631</ID>
		<name>Parabrachial nucleus lateral division superior lateral part</name>
		<definition label="According to Fulwiler and Saper 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC625">Parabrachial nucleus lateral division</part_of>
	</concept>
	<concept>
		<ID>BAMSC632</ID>
		<name>Parabrachial nucleus lateral division ventral lateral part</name>
		<definition label="According to Fulwiler and Saper 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC625">Parabrachial nucleus lateral division</part_of>
	</concept>
	<concept>
		<ID>BAMSC633</ID>
		<name>Kolliker-Fuse subnucleus</name>
		<definition label="According to Fulwiler and Saper 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC624">Parabrachial nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC634</ID>
		<name>Parabrachial nucleus medial division</name>
		<definition label="According to Fulwiler and Saper 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC624">Parabrachial nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC635</ID>
		<name>Parabrachial nucleus medial division medial medial part</name>
		<definition label="According to Fulwiler and Saper 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC634">Parabrachial nucleus medial division</part_of>
	</concept>
	<concept>
		<ID>BAMSC636</ID>
		<name>Parabrachial nucleus medial division external medial part</name>
		<definition label="According to Fulwiler and Saper 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC634">Parabrachial nucleus medial division</part_of>
	</concept>
	<concept>
		<ID>BAMSC637</ID>
		<name>Parabrachial nucleus medial division ventral medial part</name>
		<definition label="This region appears to us to be a ventral extension of the PBmm (of Fulwiler and Saper 1984)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC634">Parabrachial nucleus medial division</part_of>
	</concept>
	<concept>
		<ID>BAMSC638</ID>
		<name>Midbrain-Hindbrain, Motor</name>
		<definition label="The motor system part of the central nervous system is involved in mediating somatomotor, autonomic, and neuroendocrine responses in the body and its output is a function of inputs from the cognitive, behavioral state, and sensory systems (Swanson, 2003, p. 97 ff.; 2004, pp. 173 to 6)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC533">Midbrain-Hindbrain</part_of>
	</concept>
	<concept>
		<ID>BAMSC639</ID>
		<name>Midbrain-Hindbrain, Motor, Eye</name>
		<definition label="The three motor regions of the midbrain to hindbrain that directly control eye movements include the oculomotor, trochlear, and abducens nuclei, and accessory nuclei associated with the former and latter (Swanson, 1998, p. 209)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC638">Midbrain-Hindbrain, Motor</part_of>
	</concept>
	<concept>
		<ID>BAMSC640</ID>
		<name>Oculomotor nucleus</name>
		<definition label="According to Glicksman 1980."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC639">Midbrain-Hindbrain, Motor, Eye</part_of>
	</concept>
	<concept>
		<ID>BAMSC641</ID>
		<name>Medial accessory nucleus</name>
		<definition label="According to Leichnetz 1982, Gonzalo to Ruiz et al. 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC640">Oculomotor nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC642</ID>
		<name>Oculomotor nucleus proper</name>
		<definition label="This is the remaining part of III, after excluding MAN. Refer to levels 39 to 41."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC640">Oculomotor nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC643</ID>
		<name>Trochlear nucleus</name>
		<definition label="According to Glicksmann 1980."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC639">Midbrain-Hindbrain, Motor, Eye</part_of>
	</concept>
	<concept>
		<ID>BAMSC644</ID>
		<name>Abducens nucleus</name>
		<definition label="According to Glicksmann 1980."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC639">Midbrain-Hindbrain, Motor, Eye</part_of>
	</concept>
	<concept>
		<ID>BAMSC645</ID>
		<name>Accesory abducens nucleus</name>
		<definition label="According to Szekely and Matesz 1982."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC644">Abducens nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC646</ID>
		<name>Abducens nucleus proper</name>
		<definition label="This is the remaining part of the abducens nucleus after eliminating the accesory abducens nucleus"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC644">Abducens nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC647</ID>
		<name>Midbrain-Hindbrain, Motor, Jaw</name>
		<definition label="The motor regions of the midbrain to hindbrain that directly control jaw movements include the motor nucleus of the trigeminal and its parvicellular part (Swanson, 1998, p. 209)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC638">Midbrain-Hindbrain, Motor</part_of>
	</concept>
	<concept>
		<ID>BAMSC648</ID>
		<name>Motor nucleus of the trigeminal</name>
		<definition label="According to Mizuno et al. 1975, Jacquin et al. 1983."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC647">Midbrain-Hindbrain, Motor, Jaw</part_of>
	</concept>
	<concept>
		<ID>BAMSC649</ID>
		<name>Motor nucleus of the trigeminal parvicellular part</name>
		<definition label="According to Spangler et al. 1982."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC648">Motor nucleus of the trigeminal</part_of>
	</concept>
	<concept>
		<ID>BAMSC650</ID>
		<name>Motor nucleus of the trigeminal proper</name>
		<definition label="This is the remaining part of the motor nucleus of the trigeminal after excluding the parviccellular part. Refer to plates 47 to 52."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC648">Motor nucleus of the trigeminal</part_of>
	</concept>
	<concept>
		<ID>BAMSC651</ID>
		<name>Midbrain-Hindbrain, Motor, Extrapyramidal</name>
		<definition label="The motor regions of the midbrain to hindbrain that are most closely associated with the extrapyramidal system are the substantia nigra and ventral tegmental area (Swanson, 1998, pp. 209 to 10)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC638">Midbrain-Hindbrain, Motor</part_of>
	</concept>
	<concept>
		<ID>BAMSC652</ID>
		<name>Substantia nigra</name>
		<definition label="While a lateral part of the SN has been mentioned in the literature (see Gillilan 1943, Hanaway et al. 1970) more recent work has provided little reason to separate it from the compact part (see Bjorklund and Lindvall 1984)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC651">Midbrain-Hindbrain, Motor, Extrapyramidal</part_of>
	</concept>
	<concept>
		<ID>BAMSC653</ID>
		<name>Substantia nigra compact part</name>
		<definition label="According to Danner and Pfister 1982, Bjorklund and Lindvall 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC652">Substantia nigra</part_of>
	</concept>
	<concept>
		<ID>BAMSC654</ID>
		<name>Substantia nigra reticular part</name>
		<definition label="According to Grofova et al. 1982."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC652">Substantia nigra</part_of>
	</concept>
	<concept>
		<ID>BAMSC655</ID>
		<name>Ventral tegmental area</name>
		<definition label="According to Phillipson 1979, Swanson 1982, Bjorklund and Lindvall 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC651">Midbrain-Hindbrain, Motor, Extrapyramidal</part_of>
	</concept>
	<concept>
		<ID>BAMSC656</ID>
		<name>Midbrain-Hindbrain, Motor, Face</name>
		<definition label="The two motor regions of the midbrain to hindbrain that directly control the muscles of facial expression include the facial and accessory facial nuclei (Swanson, 1998, p. 209)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC638">Midbrain-Hindbrain, Motor</part_of>
	</concept>
	<concept>
		<ID>BAMSC657</ID>
		<name>Facial nucleus</name>
		<definition label="According to Martin et al. 1977, Watson et al. 1982, Friauf and Herbert 1985, Friauf 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC656">Midbrain-Hindbrain, Motor, Face</part_of>
	</concept>
	<concept>
		<ID>BAMSC658</ID>
		<name>Accessory facial nucleus</name>
		<definition label="According to Szekeley and Matesz 1982."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC657">Facial nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC659</ID>
		<name>Facial nucleus_proper</name>
		<definition label="This is the remaining part of the facial nucleus eafter eliminating the accessory facial nucleus. Refer to Atlas plates 52 to 55."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC657">Facial nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC660</ID>
		<name>Midbrain-Hindbrain, Motor, Labyrinth</name>
		<definition label="The motor regions of the midbrain to hindbrain that directly innervate the labyrinth of the inner ear include the efferent cochlear group and the efferent vestibular nucleus (Swanson, 1998, p. 209)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC638">Midbrain-Hindbrain, Motor</part_of>
	</concept>
	<concept>
		<ID>BAMSC661</ID>
		<name>Efferent cochlear group</name>
		<definition label="According to White and Warr 1983, Vetter et al. 1991, Vetter and Mugnaini 1992."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC660">Midbrain-Hindbrain, Motor, Labyrinth</part_of>
	</concept>
	<concept>
		<ID>BAMSC662</ID>
		<name>Efferent vesstibular nucleus</name>
		<definition label="According to Strutz 1982."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC660">Midbrain-Hindbrain, Motor, Labyrinth</part_of>
	</concept>
	<concept>
		<ID>BAMSC663</ID>
		<name>Midbrain-Hindbrain, Motor, Pharynx-Larynx-Esophagus</name>
		<definition label="The motor regions of the midbrain to hindbrain that directly innervate the pharynx, larynx, and esophagus include the dorsal division of the nucleus ambiguus and associated stylopharyngeal motoneurons (Swanson, 1998, p. 209)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC638">Midbrain-Hindbrain, Motor</part_of>
	</concept>
	<concept>
		<ID>BAMSC664</ID>
		<name>Nucleus ambiguus dorsal division</name>
		<definition label="According to Bieger and Hopkins 1987, Patrickson et al. 1991."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC663">Midbrain-Hindbrain, Motor, Pharynx-Larynx-Esophagus</part_of>
	</concept>
	<concept>
		<ID>BAMSC665</ID>
		<name>Nucleus ambiguus dorsal division, stylopharyngeal motoneurons</name>
		<definition label="According to Kukuda et al. 1995."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC664">Nucleus ambiguus dorsal division</part_of>
	</concept>
	<concept>
		<ID>BAMSC666</ID>
		<name>Nucleus ambiguus dorsal division proper</name>
		<definition label="This is the part of the nucleus ambiguus dorsal division after eliminating the stylopharingeal motoneurons. Refer to Atlas plates 59 to 71. The stylopharingeal motoneurons are not shown as a distinct substructure."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC664">Nucleus ambiguus dorsal division</part_of>
	</concept>
	<concept>
		<ID>BAMSC667</ID>
		<name>Midbrain-Hindbrain, Motor, Neck</name>
		<definition label="The motor region of the midbrain to hindbrain that directly innervates the muscles of the neck is the nucleus of the spinal accessory nerve (Swanson, 1998, p. 207)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC638">Midbrain-Hindbrain, Motor</part_of>
	</concept>
	<concept>
		<ID>BAMSC668</ID>
		<name>Nucleus of the spinal accessory nerve</name>
		<definition label="According to Brichta et al. 1987."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC667">Midbrain-Hindbrain, Motor, Neck</part_of>
	</concept>
	<concept>
		<ID>BAMSC669</ID>
		<name>Midbrain-Hindbrain, Motor, Tongue</name>
		<definition label="The motor region of the midbrain to hindbrain that directly innervates the muscles of the tongue is the hypoglossal nucleus (Swanson, 1998, p. 207)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC638">Midbrain-Hindbrain, Motor</part_of>
	</concept>
	<concept>
		<ID>BAMSC670</ID>
		<name>Hypoglossal nucleus</name>
		<definition label="According to Kramer et al. 1979, Jacquin et al. 1983, Kitamura et al. 1983."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC669">Midbrain-Hindbrain, Motor, Tongue</part_of>
	</concept>
	<concept>
		<ID>BAMSC671</ID>
		<name>Midbrain-Hindbrain, Motor, Viscera</name>
		<definition label="The motor regions of the midbrain to hindbrain that directly innervate the cranial parasympathetic ganglia include the Edinger to Westphal nucleus, superior and inferior salivatory nuclei, dorsal motor nucleus of the vagus nerve, and ventral division of the nucleus ambiguus (Swanson, 1998, p. 209)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC638">Midbrain-Hindbrain, Motor</part_of>
	</concept>
	<concept>
		<ID>BAMSC672</ID>
		<name>Edinger-Westphal nucleus</name>
		<definition label="According to Loewy et al. 1978, Martin and Dolivo 1983."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC671">Midbrain-Hindbrain, Motor, Viscera</part_of>
	</concept>
	<concept>
		<ID>BAMSC673</ID>
		<name>Superior salivatory nucleus</name>
		<definition label="According to Contreras et al. 1980, Senba et al. 1987, Spencer et al. 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC671">Midbrain-Hindbrain, Motor, Viscera</part_of>
	</concept>
	<concept>
		<ID>BAMSC674</ID>
		<name>Inferior salivatory nucleus</name>
		<definition label="According to Contreras et al. 1980."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC671">Midbrain-Hindbrain, Motor, Viscera</part_of>
	</concept>
	<concept>
		<ID>BAMSC675</ID>
		<name>Dorsal motor nucleus of the vagus nerve</name>
		<definition label="According to Fox and Powley 1985, Norgren and Smith 1988, Altshuler et al. 1991."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC671">Midbrain-Hindbrain, Motor, Viscera</part_of>
	</concept>
	<concept>
		<ID>BAMSC676</ID>
		<name>Nucleus ambiguus, ventral division</name>
		<definition label="According to Bieger and Hopkins 1987. This region is characterized by preganglionic neurons that contribute to the thoracic branches of the vagus nerve, although other cell types may be present."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC671">Midbrain-Hindbrain, Motor, Viscera</part_of>
	</concept>
	<concept>
		<ID>BAMSC677</ID>
		<name>Reticular core</name>
		<definition label="There is no generally accepted definition of the reticular core, which essentially consists of those regions that have not been assigned to particular sensory and motor systems. We consider that the reticular core extends into the forebrain to include the lateral zone of the hypothalamus, ventral thalamus, and epithalamus. It plays a major role in controlling behavioral state, and in polymodal integration."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC533">Midbrain-Hindbrain</part_of>
	</concept>
	<concept>
		<ID>BAMSC678</ID>
		<name>Central gray of the brain</name>
		<definition label=" The central gray is a component of the motor system in the cerebrospinal trunk that includes the epithalamus, posterior hypothalamic nucleus, periaqueductal gray, pontine central gray, and spinal central gray (Swanson, 2004, p. 174)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC677">Reticular core</part_of>
	</concept>
	<concept>
		<ID>BAMSC679</ID>
		<name>Periaqueductal gray</name>
		<definition label="Recent work has clarified the structural organization of the rat PAG, which is that part of the brain central gray within the midbrain. The basic parcellation of the caudal three to quarters of the PAG follows Beitz (1985)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC678">Central gray of the brain</part_of>
	</concept>
	<concept>
		<ID>BAMSC680</ID>
		<name>Precommissural nucleus</name>
		<definition label="According to Paxinos and Watson 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC679">Periaqueductal gray</part_of>
	</concept>
	<concept>
		<ID>BAMSC681</ID>
		<name>Commissural nucleus</name>
		<definition label="This relatively clear cell group lies caudal to the precommissural nucleus, as indicated by the name we have given it."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC679">Periaqueductal gray</part_of>
	</concept>
	<concept>
		<ID>BAMSC682</ID>
		<name>Periaqueductal gray rostromedial division</name>
		<definition label="This relatively homogeneous cell group lies between the caudal end of the interbrain and the caudal three to quarters of the PAG subdivided by Beitz (1985), exclusive of the PRC, COM and PAGrl. It forms the rostroventromedial part of the PAG."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC679">Periaqueductal gray</part_of>
	</concept>
	<concept>
		<ID>BAMSC683</ID>
		<name>Periaqueductal gray rostrolateral division</name>
		<definition label="This relatively small, distinct group of neurons lies lateral to the PAGrm. We have assigned the names PAGrm and PAGrl simply on the basis of their location in the PAG."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC679">Periaqueductal gray</part_of>
	</concept>
	<concept>
		<ID>BAMSC684</ID>
		<name>Periaqueductal gray medial division</name>
		<definition label="According to Beitz 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC679">Periaqueductal gray</part_of>
	</concept>
	<concept>
		<ID>BAMSC685</ID>
		<name>Periaqueductal gray dorsal division</name>
		<definition label="According to Beitz 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC679">Periaqueductal gray</part_of>
	</concept>
	<concept>
		<ID>BAMSC686</ID>
		<name>Periaqueductal gray ventrolateral division</name>
		<definition label="Beitz (1985). This large division is undoubtely heterogeneous (Keay et al. 1994) and requires further structural characterization. For example, there is a supraoculomotor region ventrally (Herbert and Saper 1992)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC679">Periaqueductal gray</part_of>
	</concept>
	<concept>
		<ID>BAMSC687</ID>
		<name>Periaqueductal gray dorsolateral division</name>
		<definition label="According to Beitz 1985, Herbert and Saper 1992. This is perhaps the clearest division of the caudal PAG cytoarchitectonically (small, densely packed neurons), and because of this the dorsal division is also very easy to distinguish."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC679">Periaqueductal gray</part_of>
	</concept>
	<concept>
		<ID>BAMSC688</ID>
		<name>Interstitial nucleus of Cajal</name>
		<definition label="According to Rutherford and Gwyn 1982."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC678">Central gray of the brain</part_of>
	</concept>
	<concept>
		<ID>BAMSC689</ID>
		<name>Nucleus of Darkschewitsch</name>
		<definition label="According to Gillilan 1943, Rutheford et al. 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC678">Central gray of the brain</part_of>
	</concept>
	<concept>
		<ID>BAMSC690</ID>
		<name>Dorsal tegmental nucleus</name>
		<definition label="According to Cowan et al. 1964,Hayakawa and Zyo 1983."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC678">Central gray of the brain</part_of>
	</concept>
	<concept>
		<ID>BAMSC691</ID>
		<name>Ventral tegmental nucleus</name>
		<definition label="According to Cowan et al. 1964,Hayakawa and Zyo 1983."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC678">Central gray of the brain</part_of>
	</concept>
	<concept>
		<ID>BAMSC692</ID>
		<name>Anterior tegmental nucleus</name>
		<definition label="According to Paxinos and Butcher 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC678">Central gray of the brain</part_of>
	</concept>
	<concept>
		<ID>BAMSC693</ID>
		<name>Lateral tegmental nucleus</name>
		<definition label="We have applied this name to a distinguishable cell group between the locus coeruleus and Barrington's nucleus that receives circumscribed inputs from the lateral hypothalamic area (Kelly 1995) and central nucleus of the amygdala (Petrovich and Swanson 1997)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC678">Central gray of the brain</part_of>
	</concept>
	<concept>
		<ID>BAMSC694</ID>
		<name>Laterodorsal tegmental nucleus</name>
		<definition label="According to Gillilan 1943, Cornwall et al. 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC678">Central gray of the brain</part_of>
	</concept>
	<concept>
		<ID>BAMSC695</ID>
		<name>Sublaterodorsal nucleus</name>
		<definition label="According to Swanson et al. 1984 (see also Gillilan 1943)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC694">Laterodorsal tegmental nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC696</ID>
		<name>Laterodorsal tegmental nucleus proper</name>
		<definition label="This is the part of the laterordorsal tegmental nucleus which is not included in the sublaterodorsal nucleus. See the Atlas levels 45 to 50."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC694">Laterodorsal tegmental nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC697</ID>
		<name>Locus coeruleus</name>
		<definition label="According to Swanson 1976b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC678">Central gray of the brain</part_of>
	</concept>
	<concept>
		<ID>BAMSC698</ID>
		<name>Subcoeruleus nucleus</name>
		<definition label="This term has assumed a variety of connotations since the introduction of histochemical methods for localizing biogenic amines, it is used here as the equivalent of Meesen and Olszewski (1949) nucleus subcoeruleus."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC697">Locus coeruleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC699</ID>
		<name>Locus coeruleus proper</name>
		<definition label="That part of the locus coeruleus which is not included in the subcoeruleus nucleus."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC697">Locus coeruleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC700</ID>
		<name>Barrington nucleus</name>
		<definition label="According to Imaki et al 1991."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC678">Central gray of the brain</part_of>
	</concept>
	<concept>
		<ID>BAMSC701</ID>
		<name>Supragenual nucleus</name>
		<definition label="According to Meesen and Olszewski 1949, Andrezik and Beitz 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC678">Central gray of the brain</part_of>
	</concept>
	<concept>
		<ID>BAMSC702</ID>
		<name>Pontine central gray</name>
		<definition label="This is simply the caudal extension of the periacqueductal gray."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC678">Central gray of the brain</part_of>
	</concept>
	<concept>
		<ID>BAMSC703</ID>
		<name>Raphe of mesenchephalon</name>
		<definition label="According to Olszewski and Baxter 1954, Taber et al. 1960, Steinbusch and Nieuwenhuys 1983."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC677">Reticular core</part_of>
	</concept>
	<concept>
		<ID>BAMSC704</ID>
		<name>Interfascicular nucleus raphe</name>
		<definition label="According to Berman 1968, Phillipson 1979."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC703">Raphe of mesenchephalon</part_of>
	</concept>
	<concept>
		<ID>BAMSC705</ID>
		<name>Rostral linear nucleus raphe</name>
		<definition label="According to Castaldi 1923, Brown 1943, Swanson 1982."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC703">Raphe of mesenchephalon</part_of>
	</concept>
	<concept>
		<ID>BAMSC706</ID>
		<name>Central linear nucleus raphe</name>
		<definition label="According to Castaldi 1923, Brown 1943 (intermediate linear nucleus), Swanson 1982."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC703">Raphe of mesenchephalon</part_of>
	</concept>
	<concept>
		<ID>BAMSC707</ID>
		<name>Superior central nucleus raphe</name>
		<definition label="According to Bechterew 1899, Taber et al 1960, Valverde 1962. A superior central nucleus with medial and lateral zones has long been recognized. Konig and Klippel (1963) referred to the nucleus medianus raphes which may correspond to the medial part, where serotonergic neurons are apparently concentrated (Dahlstrom and Fuxe 1964)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC703">Raphe of mesenchephalon</part_of>
	</concept>
	<concept>
		<ID>BAMSC708</ID>
		<name>Superior central nucleus raphe medial part</name>
		<definition label="According to Bechterew 1899, Taber et al 1960, Valverde 1962. A superior central nucleus with medial and lateral zones has long been recognized. Konig and Klippel (1963) referred to the nucleus medianus raphes which may correspond to the medial part, where serotonergic neurons are apparently concentrated (Dahlstrom and Fuxe 1964)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC707">Superior central nucleus raphe</part_of>
	</concept>
	<concept>
		<ID>BAMSC709</ID>
		<name>Superior central nucleus raphe lateral part</name>
		<definition label="According to Bechterew 1899, Taber et al 1960, Valverde 1962. A superior central nucleus with medial and lateral zones has long been recognized. Konig and Klippel (1963) referred to the nucleus medianus raphes which may correspond to the medial part, where serotonergic neurons are apparently concentrated (Dahlstrom and Fuxe 1964)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC707">Superior central nucleus raphe</part_of>
	</concept>
	<concept>
		<ID>BAMSC710</ID>
		<name>Dorsal nucleus raphe</name>
		<definition label="According to Brown 1943, Valverde 1962, Descarries et al. 1982, Park 1987."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC703">Raphe of mesenchephalon</part_of>
	</concept>
	<concept>
		<ID>BAMSC711</ID>
		<name>Nucleus incertus</name>
		<definition label="The correspondence between what Streeter (1903), Castaldi (1923), and Berman (1968) identified as the NI in human, guinea pig, and cat, and what Wyss et al. (1979) called NI in the rat is unclear. Based on connectional and histochemical evidence (N.S Canteras, personal communication) the NI of Wyss et al. and the central gray matter, pars alpha of Meesen and Olszewski (1949) appear to form parts of a single nucleus, which we have divided into compact (medial) and diffuse (lateral) parts, the latter corresponding to the pars alpha."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC703">Raphe of mesenchephalon</part_of>
	</concept>
	<concept>
		<ID>BAMSC712</ID>
		<name>Nucleus incertus compact part</name>
		<definition label="The correspondence between what Streeter (1903), Castaldi (1923), and Berman (1968) identified as the NI in human, guinea pig, and cat, and what Wyss et al. (1979) called NI in the rat is unclear. Based on connectional and histochemical evidence (N.S Canteras, personal communication) the NI of Wyss et al. and the central gray matter, pars alpha of Meesen and Olszewski (1949) appear to form parts of a single nucleus, which we have divided into compact (medial) and diffuse (lateral) parts, the latter corresponding to the pars alpha."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC711">Nucleus incertus</part_of>
	</concept>
	<concept>
		<ID>BAMSC713</ID>
		<name>Nucleus incertus diffuse part</name>
		<definition label="The correspondence between what Streeter (1903), Castaldi (1923), and Berman (1968) identified as the NI in human, guinea pig, and cat, and what Wyss et al. (1979) called NI in the rat is unclear. Based on connectional and histochemical evidence (N.S Canteras, personal communication) the NI of Wyss et al. and the central gray matter, pars alpha of Meesen and Olszewski (1949) appear to form parts of a single nucleus, which we have divided into compact (medial) and diffuse (lateral) parts, the latter corresponding to the pars alpha."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC711">Nucleus incertus</part_of>
	</concept>
	<concept>
		<ID>BAMSC714</ID>
		<name>Nucleus raphe pontis</name>
		<definition label="According to Brown 1943, Valverde 1962."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC703">Raphe of mesenchephalon</part_of>
	</concept>
	<concept>
		<ID>BAMSC715</ID>
		<name>Nucleus raphe magnus</name>
		<definition label="According to Meesen and Olszewski 1949, Valverde 1962, Mason et al. 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC703">Raphe of mesenchephalon</part_of>
	</concept>
	<concept>
		<ID>BAMSC716</ID>
		<name>Nucleus raphe pallidus</name>
		<definition label="According to Olszewski and Baxter 1954, Valverde 1962."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC703">Raphe of mesenchephalon</part_of>
	</concept>
	<concept>
		<ID>BAMSC717</ID>
		<name>Nucleus raphe obscurus</name>
		<definition label="According to Olszewski and Baxter 1954, Valverde 1962, Bowker and Abbott 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC703">Raphe of mesenchephalon</part_of>
	</concept>
	<concept>
		<ID>BAMSC718</ID>
		<name>Interpeduncular nucleus</name>
		<definition label="According to Groenewegen et al. 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC677">Reticular core</part_of>
	</concept>
	<concept>
		<ID>BAMSC719</ID>
		<name>Interpeduncular nucleus rostral subnucleus</name>
		<definition label="According to Groenewegen et al. 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC718">Interpeduncular nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC720</ID>
		<name>Interpeduncular nucleus apical subnucleus</name>
		<definition label="According to Groenewegen et al. 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC718">Interpeduncular nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC721</ID>
		<name>Interpeduncular nucleus dorsomedial subnucleus</name>
		<definition label="According to Groenewegen et al. 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC718">Interpeduncular nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC722</ID>
		<name>Interpeduncular nucleus lateral subnucleus</name>
		<definition label="According to Groenewegen et al. 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC718">Interpeduncular nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC723</ID>
		<name>Interpeduncular nucleus lateral subnucleus dorsal part</name>
		<definition label="According to Groenewegen et al. 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC722">Interpeduncular nucleus lateral subnucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC724</ID>
		<name>Interpeduncular nucleus lateral subnucleus intermediate part</name>
		<definition label="According to Wada et al. 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC722">Interpeduncular nucleus lateral subnucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC725</ID>
		<name>Interpeduncular nucleus lateral subnucleus ventral part</name>
		<definition label="According to Wada et al. 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC722">Interpeduncular nucleus lateral subnucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC726</ID>
		<name>Interpeduncular nucleus lateral subnucleus rostral part</name>
		<definition label="According to Wada et al. 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC722">Interpeduncular nucleus lateral subnucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC727</ID>
		<name>Interpeduncular nucleus intermediate subnucleus</name>
		<definition label="According to Wada et al. 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC718">Interpeduncular nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC728</ID>
		<name>Interpeduncular nucleus central subnucleus</name>
		<definition label="According to Wada et al. 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC718">Interpeduncular nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC729</ID>
		<name>Reticular formation</name>
		<definition label="The reticular formation is a spatially vast component of the motor system that includes many parts of the interbrain, midbrain, and hindbrain (Swanson, 2004, p. 175)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC677">Reticular core</part_of>
	</concept>
	<concept>
		<ID>BAMSC730</ID>
		<name>Mesencephalic reticular nucleus</name>
		<definition label="According to Brodal 1957."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC729">Reticular formation</part_of>
	</concept>
	<concept>
		<ID>BAMSC731</ID>
		<name>Retrorubral area</name>
		<definition label="According to Berman 1968. This region is characterized by scattered dopamine cells, caudal and dorsal to the ventral tegmental area (see Swanson 1982, Bjorklund and Lindvall 1984)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC730">Mesencephalic reticular nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC732</ID>
		<name>Mesencephalic reticular nucleus proper</name>
		<definition label="The part of MRN which is not in its substructures. See atlas for details."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC730">Mesencephalic reticular nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC733</ID>
		<name>Pedunculopontine nucleus</name>
		<definition label="According to Jacobson 1909, Olszewski and Baxter 1954, Rye et al. 1987. Rye et al. (1987) regard the subpopulation of cholinergic neurons in this region as the pedunculopontine nucleus (see note 62), the region outlined here contains all the cells identified earlier in the PPN (Jacobson 1909, Olszewski and Baxter, 1954), although cholinergic neurons provide a very useful guide to its borders and seem to predominate numerically."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC729">Reticular formation</part_of>
	</concept>
	<concept>
		<ID>BAMSC734</ID>
		<name>Cuneiform nucleus</name>
		<definition label="According to Castaldi 1926, Olszewski and Baxter 1954, Swanson et al. 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC729">Reticular formation</part_of>
	</concept>
	<concept>
		<ID>BAMSC735</ID>
		<name>Pontine reticular nucleus</name>
		<definition label="According to Meessen and Olszewski 1949."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC729">Reticular formation</part_of>
	</concept>
	<concept>
		<ID>BAMSC736</ID>
		<name>Pontine reticular nucleus caudal part</name>
		<definition label="The A5 noradrenergic group (Dahlstrom and Fuxe 1964) and associated depressor region (see Loewy et al. 1986) appear to be centered in ventrolateral regions of the PRnc, including the region of the rubrospinal tract, although a few cells also appear to extend into the periolivary region (see Westlund et al. 1983, Bryum et al. 1984). Most of the cells appear to lie adjacent to the superior salivatory nucleus (see note 300)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC735">Pontine reticular nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC737</ID>
		<name>Pontine reticular nucleus rostral part</name>
		<definition label="Often referred as the oral part (Meessen and Olszewski 1949)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC735">Pontine reticular nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC738</ID>
		<name>Gigantocellular reticular nucleus</name>
		<definition label="According to Meesen and Olszewski 1949."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC729">Reticular formation</part_of>
	</concept>
	<concept>
		<ID>BAMSC739</ID>
		<name>Paragigantocellular reticular nucleus</name>
		<definition label="According to Olszewski and Baxter 1954."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC729">Reticular formation</part_of>
	</concept>
	<concept>
		<ID>BAMSC740</ID>
		<name>Paragigantocellular reticular nucleus dorsal part</name>
		<definition label="According to Taber 1961, Newman 1985a."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC739">Paragigantocellular reticular nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC741</ID>
		<name>Paragigantocellular reticular nucleus lateral part</name>
		<definition label="According to Andrezik et al. 1981. Although this problem has not been addressed in detail, it seems likely from published maps (see Dahlstrom and Fuxe 1964, Hokfelt et al. 1984, Sawchenko et al. 1985, Giuliano et al. 1989, Ellenberger et al. 1990) that the C1 adrenergic group, the A1 noradrenergic group, the ventrolateral medulla, and the rostral ventrolateral medulla are centered in (though not necessarily confined strictly to) the PGRNI, with relatively minor possible involvement of the ventral division of the nucleus ambiguus (see note 295)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC739">Paragigantocellular reticular nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC742</ID>
		<name>Parapyramidal nucleus</name>
		<definition label="We use this term in referring to the dorsal and ventral cell gorups identified recently."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC729">Reticular formation</part_of>
	</concept>
	<concept>
		<ID>BAMSC743</ID>
		<name>Parapyramidal nucleus deep part</name>
		<definition label="According to Niura et al. 1996."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC742">Parapyramidal nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC744</ID>
		<name>Parapyramidal nucleus superficial part</name>
		<definition label="According to Fukuda et al. 1993."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC742">Parapyramidal nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC745</ID>
		<name>Magnocellular reticular nucleus</name>
		<definition label="According to Berman 1968, Newman 1985a, b. This appears to be a ventromedial extension of the gigantocellular reticular nucleus."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC729">Reticular formation</part_of>
	</concept>
	<concept>
		<ID>BAMSC746</ID>
		<name>Supratrigeminal nucleus</name>
		<definition label="According to Lorente de No 1922, Torvik 1956, Rokx et al. 1986b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC729">Reticular formation</part_of>
	</concept>
	<concept>
		<ID>BAMSC747</ID>
		<name>Medullary reticular nucleus</name>
		<definition label="According to Meesen and Olszewski 1949, Valverde 1962."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC729">Reticular formation</part_of>
	</concept>
	<concept>
		<ID>BAMSC748</ID>
		<name>Medullary reticular nucleus dorsal part</name>
		<definition label="According to Villanueva et al. 1988."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC747">Medullary reticular nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC749</ID>
		<name>Medullary reticular nucleus ventral part</name>
		<definition label="No description provided."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC747">Medullary reticular nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC750</ID>
		<name>Parvicellular reticular nucleus</name>
		<definition label="According to Meesen and Olszewski 1949, Mehler, 1983, ter Horst et al. 1991."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC729">Reticular formation</part_of>
	</concept>
	<concept>
		<ID>BAMSC751</ID>
		<name>Pre-Post Cerebellar nuclei</name>
		<definition label="The postcerebellar and precerebellar nuclei receive major direct outputs from, or send major direct inputs to, the cerebellum, respectively, and are part of the motor system (Swanson, 2003, p. 131 ff.; 2004, p. 174)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC533">Midbrain-Hindbrain</part_of>
	</concept>
	<concept>
		<ID>BAMSC752</ID>
		<name>Pontine gray</name>
		<definition label="According to Mihailoff et al. 1981, Nelson and Mugnaini 1988, Bourrat and Sotelo 1991."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC751">Pre-Post Cerebellar nuclei</part_of>
	</concept>
	<concept>
		<ID>BAMSC753</ID>
		<name>Tegmental reticular nucleus</name>
		<definition label="According to Torigoe et al. 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC752">Pontine gray</part_of>
	</concept>
	<concept>
		<ID>BAMSC754</ID>
		<name>Pontine gray proper</name>
		<definition label="This is the remaining part of the pontine gray from which the tegmental reticular nucleus was excluded."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC752">Pontine gray</part_of>
	</concept>
	<concept>
		<ID>BAMSC755</ID>
		<name>Inferior olivary complex</name>
		<definition label="According to Azizi and Woodward 1987, Nelson and Mugnaini 1988, Bourrat and Sotelo 1991."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC751">Pre-Post Cerebellar nuclei</part_of>
	</concept>
	<concept>
		<ID>BAMSC756</ID>
		<name>Dorsal accessory olive</name>
		<definition label="No description provided."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC755">Inferior olivary complex</part_of>
	</concept>
	<concept>
		<ID>BAMSC757</ID>
		<name>Medial accessory olive</name>
		<definition label="No description provided."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC755">Inferior olivary complex</part_of>
	</concept>
	<concept>
		<ID>BAMSC758</ID>
		<name>Principal olive</name>
		<definition label="No description provided."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC755">Inferior olivary complex</part_of>
	</concept>
	<concept>
		<ID>BAMSC759</ID>
		<name>Lateral reticular nucleus</name>
		<definition label="According to Kapogianis et al. 1982a, b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC751">Pre-Post Cerebellar nuclei</part_of>
	</concept>
	<concept>
		<ID>BAMSC760</ID>
		<name>Lateral reticular nucleus magnocellular part</name>
		<definition label="No description provided."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC759">Lateral reticular nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC761</ID>
		<name>Lateral reticular nucleus parvicellular part</name>
		<definition label="No description provided."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC759">Lateral reticular nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC762</ID>
		<name>Linear nucleus of the medulla</name>
		<definition label="According to Watson and Switzer 1978. Based on connections (Watson and Switzer 1978), cytology and topology, these cells are reminiscent of a bridge of LRN cells over the rostral end of the nucleus ambiguus."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC751">Pre-Post Cerebellar nuclei</part_of>
	</concept>
	<concept>
		<ID>BAMSC763</ID>
		<name>Paramedian reticular nucleus</name>
		<definition label="According to Mehler 1969, Somana and Wahlberg 1978, Andrezik and Beitz 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC751">Pre-Post Cerebellar nuclei</part_of>
	</concept>
	<concept>
		<ID>BAMSC764</ID>
		<name>Parasolitary nucleus</name>
		<definition label="According to Allen 1923, Walberg et al. 1962, Low et al. 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC751">Pre-Post Cerebellar nuclei</part_of>
	</concept>
	<concept>
		<ID>BAMSC765</ID>
		<name>Red nucleus</name>
		<definition label="While small neurons predominate rostrally and large neurons caudally (Reid et al. 1975, Strominger et al. 1987), it is difficult to draw a boundary between parvicellular and magnocellular parts in the rat."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC751">Pre-Post Cerebellar nuclei</part_of>
	</concept>
	<concept>
		<ID>BAMSC766</ID>
		<name>Pituitary gland</name>
		<definition label="Ariens Kappers 1960."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC12">Brain</part_of>
	</concept>
	<concept>
		<ID>BAMSC767</ID>
		<name>Median eminence</name>
		<definition label="Schwind 1928, Daniel and Prichard 1975, Hebel and Stromberg 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC766">Pituitary gland</part_of>
	</concept>
	<concept>
		<ID>BAMSC768</ID>
		<name>Median eminence external lamina</name>
		<definition label="Schwind 1928, Daniel and Prichard 1975, Hebel and Stromberg 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC767">Median eminence</part_of>
	</concept>
	<concept>
		<ID>BAMSC769</ID>
		<name>Median eminence internal lamina</name>
		<definition label="Schwind 1928, Daniel and Prichard 1975, Hebel and Stromberg 1996."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC767">Median eminence</part_of>
	</concept>
	<concept>
		<ID>BAMSC770</ID>
		<name>Infundibulum</name>
		<definition label="Schwind 1928, Daniel and Prichard 1975, Hebel and Stromberg 1996."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC766">Pituitary gland</part_of>
	</concept>
	<concept>
		<ID>BAMSC771</ID>
		<name>Infundibulum external lamina</name>
		<definition label="Schwind 1928, Daniel and Prichard 1975, Hebel and Stromberg 1996."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC770">Infundibulum</part_of>
	</concept>
	<concept>
		<ID>BAMSC772</ID>
		<name>Infundibulum internal lamina</name>
		<definition label="Schwind 1928, Daniel and Prichard 1975, Hebel and Stromberg 1996."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC770">Infundibulum</part_of>
	</concept>
	<concept>
		<ID>BAMSC773</ID>
		<name>Pituitary gland, anterior lobe</name>
		<definition label="Schwind 1928, Daniel and Prichard 1975, Hebel and Stromberg 1996."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC766">Pituitary gland</part_of>
	</concept>
	<concept>
		<ID>BAMSC774</ID>
		<name>Pituitary gland, intermediate lobe</name>
		<definition label="Schwind 1928, Daniel and Prichard 1975, Hebel and Stromberg 1996."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC766">Pituitary gland</part_of>
	</concept>
	<concept>
		<ID>BAMSC774</ID>
		<name>Spinal Cord</name>
		<definition label="In vertebrates, the spinal cord is the caudal part of the central nervous system that lies within the vertebral column (Swanson, 2004, p. 165). For a general account of the rat spinal cord, see Waibl (1973) and Altman and Bayer (1984), for attempts to impose a laminar organization on the spinal cord see Rexed (1952, 1954) and Brichta and Grant (1985)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC8">Central nervous system gray matter</part_of>
	</concept>
	<concept>
		<ID>BAMSC775</ID>
		<name>Dorsal horn of the spinal cord</name>
		<definition label="The basic division of the dorsal horn used by Cajal (1995) has been adopted here. He divided the base of the dorsal horn into medial and lateral basal nuclei (together called the BDG here), whereas his head and neck (center) of the dorsal horn has come to be referred to as the nucleus proprius (see Carpenter and Sutin 1983), the reticular nucleus (process) is found lateral to the nucleus proprius (see Rexed 1952)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC774">Spinal Cord</part_of>
	</concept>
	<concept>
		<ID>BAMSC776</ID>
		<name>Marginal zone of the spinal cord</name>
		<definition label="According to Lima and Coimbra 1986, Holstege 1988."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC775">Dorsal horn of the spinal cord</part_of>
	</concept>
	<concept>
		<ID>BAMSC777</ID>
		<name>Substantia gelatinosa of the spinal cord</name>
		<definition label="According to Willis and Coggeshall 1991, Light and Kavookjian 1988, Rustioni and Weinberg 1989, Cruz et al. 1991."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC775">Dorsal horn of the spinal cord</part_of>
	</concept>
	<concept>
		<ID>BAMSC778</ID>
		<name>Nucleus proprius of the spinal cord</name>
		<definition label="According to Todd 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC775">Dorsal horn of the spinal cord</part_of>
	</concept>
	<concept>
		<ID>BAMSC779</ID>
		<name>Reticular nucleus of the spinal cord</name>
		<definition label="According to Rexed 1952."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC775">Dorsal horn of the spinal cord</part_of>
	</concept>
	<concept>
		<ID>BAMSC780</ID>
		<name>Basal nucleus of the dorsal horn</name>
		<definition label="According to Cajal 1995."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC775">Dorsal horn of the spinal cord</part_of>
	</concept>
	<concept>
		<ID>BAMSC781</ID>
		<name>Lateral cervical nucleus</name>
		<definition label="According to Baker and Giesler 1984, Giesler et al. 1988, Broman and Blomqvist 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC780">Basal nucleus of the dorsal horn</part_of>
	</concept>
	<concept>
		<ID>BAMSC782</ID>
		<name>Lateral spinal nucleus</name>
		<definition label="According to Giesler and Elde 1985, Burstein et al. 1987, Broman and Blomqvist 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC780">Basal nucleus of the dorsal horn</part_of>
	</concept>
	<concept>
		<ID>BAMSC783</ID>
		<name>Intermediate Gray of the Spinal Cord</name>
		<definition label="Cajaal (1995) essentially divided the intermediate gray into medial, intermediate and lateral parts (the commissural nucleus, intermediate nucleus, and nucleus of the lateral funiculus, respectively)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC774">Spinal Cord</part_of>
	</concept>
	<concept>
		<ID>BAMSC784</ID>
		<name>Central cervical nucleus</name>
		<definition label="According to Matsushita and Hosoya 1979, Matsushita et al. 1991."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC783">Intermediate Gray of the Spinal Cord</part_of>
	</concept>
	<concept>
		<ID>BAMSC785</ID>
		<name>Dorsal nucleus of the spinal cord</name>
		<definition label="According to Matsushita and Hosoya 1979."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC783">Intermediate Gray of the Spinal Cord</part_of>
	</concept>
	<concept>
		<ID>BAMSC786</ID>
		<name>Dorsal nucleus of the spinal cord caudal part</name>
		<definition label="According to Edgley and Grant 1991."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC785">Dorsal nucleus of the spinal cord</part_of>
	</concept>
	<concept>
		<ID>BAMSC787</ID>
		<name>Intermediomedial column of the spinal cord</name>
		<definition label="According to Petras and Cummings 1972, Molander et al. 1984, Brichta and Grant 1985, Molander et al. 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC783">Intermediate Gray of the Spinal Cord</part_of>
	</concept>
	<concept>
		<ID>BAMSC788</ID>
		<name>Intermediolateral column of the spinal cord</name>
		<definition label="According to Rubin and Purves 1980, Mawe et al. 1986, Strack et al. 1988, Anderson et al. 1989, Barber et al. 1991, Hosoya et al. 1991."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC783">Intermediate Gray of the Spinal Cord</part_of>
	</concept>
	<concept>
		<ID>BAMSC789</ID>
		<name>Dorsal commissural nucleus</name>
		<definition label="According to Hancock and Peveto 1979."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC788">Intermediolateral column of the spinal cord</part_of>
	</concept>
	<concept>
		<ID>BAMSC790</ID>
		<name>Intercalated nucleus of the spinal cord</name>
		<definition label="According to Petras and Cummings 1972, Barber et al. 1991."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC788">Intermediolateral column of the spinal cord</part_of>
	</concept>
	<concept>
		<ID>BAMSC791</ID>
		<name>Intermediolateral column of the spinal cord sympathetic column</name>
		<definition label="No description provided."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC788">Intermediolateral column of the spinal cord</part_of>
	</concept>
	<concept>
		<ID>BAMSC792</ID>
		<name>Intermediolateral column of the spinal cord parasympathetic column</name>
		<definition label="No description provided."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC788">Intermediolateral column of the spinal cord</part_of>
	</concept>
	<concept>
		<ID>BAMSC793</ID>
		<name>Central gray of the spinal cord</name>
		<definition label="According to Nahin et al. 1983."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC774">Spinal Cord</part_of>
	</concept>
	<concept>
		<ID>BAMSC794</ID>
		<name>Ventral horn of the spinal cord</name>
		<definition label="According to Brichta and Grant 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC774">Spinal Cord</part_of>
	</concept>
	<concept>
		<ID>BAMSC795</ID>
		<name>Nucleus of the bulbocavernosus</name>
		<definition label="According to Sasaki and Arnold 1991."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC794">Ventral horn of the spinal cord</part_of>
	</concept>
	<concept>
		<ID>BAMSC796</ID>
		<name>Onuf nucleus</name>
		<definition label="According to Kuzuhara et al. 1980."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC794">Ventral horn of the spinal cord</part_of>
	</concept>
	<concept>
		<ID>BAMSC797</ID>
		<name>Phrenic nucleus</name>
		<definition label="According to Kuzuhara and Chou 1980."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC794">Ventral horn of the spinal cord</part_of>
	</concept>
	<concept>
		<ID>BAMSC803</ID>
		<name>Corpus callosum anterior forceps</name>
		<definition label="According to Carpenter and Sutin 1983, Williams et al. 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC802">Corpus callosum</part_of>
	</concept>
	<concept>
		<ID>BAMSC802</ID>
		<name>Corpus callosum</name>
		<definition label="According to Carpenter and Sutin 1983, Williams et al. 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC801">Lateral forebrain bundle system</part_of>
	</concept>
	<concept>
		<ID>BAMSC801</ID>
		<name>Lateral forebrain bundle system</name>
		<definition label="The lateral forebrain bundle system is a major component of the central nervous system white matter that includes the corpus callosum, the corticospinal tract and its many offshoots, and various thalamus to related pathways (Swanson, 2004, pp. 177 to 8)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC9">Central nervous system white matter</part_of>
	</concept>
	<concept>
		<ID>BAMSC804</ID>
		<name>Corpus callosum external capsule</name>
		<definition label="According to Carpenter and Sutin 1983, Williams et al. 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC802">Corpus callosum</part_of>
	</concept>
	<concept>
		<ID>BAMSC805</ID>
		<name>Corpus callosum extreme capsule</name>
		<definition label="According to Carpenter and Sutin 1983, Williams et al. 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC802">Corpus callosum</part_of>
	</concept>
	<concept>
		<ID>BAMSC806</ID>
		<name>Genu of corpus callosum</name>
		<definition label="According to Carpenter and Sutin 1983, Williams et al. 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC802">Corpus callosum</part_of>
	</concept>
	<concept>
		<ID>BAMSC807</ID>
		<name>Corpus callosum posterior forceps</name>
		<definition label="According to Carpenter and Sutin 1983, Williams et al. 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC802">Corpus callosum</part_of>
	</concept>
	<concept>
		<ID>BAMSC808</ID>
		<name>Rostrum of corpus callosum</name>
		<definition label="According to Carpenter and Sutin 1983, Williams et al. 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC802">Corpus callosum</part_of>
	</concept>
	<concept>
		<ID>BAMSC809</ID>
		<name>Splenium of corpus callosum</name>
		<definition label="According to Carpenter and Sutin 1983, Williams et al. 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC802">Corpus callosum</part_of>
	</concept>
	<concept>
		<ID>BAMSC810</ID>
		<name>Corticospinal tract</name>
		<definition label="According to Carpenter and Sutin 1983, Williams et al. 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC801">Lateral forebrain bundle system</part_of>
	</concept>
	<concept>
		<ID>BAMSC811</ID>
		<name>Internal capsule</name>
		<definition label="According to Saper 1984. The internal capsule in the rat corresponds to the posterior limb of the internal capsule in humans."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC810">Corticospinal tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC812</ID>
		<name>Cerebral peduncle</name>
		<definition label="According to Gudjian 1927."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC810">Corticospinal tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC813</ID>
		<name>Thalamic peduncles</name>
		<definition label="According to Gudjian 1927."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC810">Corticospinal tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC814</ID>
		<name>Corticotectal tract</name>
		<definition label="According to Lund 1966, Harvey and Worthington 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC810">Corticospinal tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC815</ID>
		<name>Corticopontine tract</name>
		<definition label="According to Mihailoff et al. 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC810">Corticospinal tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC816</ID>
		<name>Corticobulbar tract</name>
		<definition label="According to Zimmerman et al. 1964, Kuypers 1981, Wiesendanger 1981."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC810">Corticospinal tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC817</ID>
		<name>Pyramidal decussation</name>
		<definition label="According to Zeman and Innes 1963."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC810">Corticospinal tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC818</ID>
		<name>Pyramidal tract, crossed</name>
		<definition label="According to Leenen et al. 1964, Kuang and Kalil 1990. In the rat, the crossed corticospinal tract travels through ventral parts of the dorsal funiculus."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC810">Corticospinal tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC818</ID>
		<name>Medial forebrain bundle system</name>
		<definition label="The medial forebrain bundle system is a major component of the central nervous system white matter that includes the medial forebrain bundle as traditionally understood, its extension through the brainstem into the spinal cord, and the major pathways that feed into and out of it (Swanson, 2004, pp. 178 to 9)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC9">Central nervous system white matter</part_of>
	</concept>
	<concept>
		<ID>BAMSC819</ID>
		<name>Amygdalar capsule</name>
		<definition label="This fiber tract is often confused with the external capsule, which forms the medial border of the amygdalar basolateral complex, in the rat. We have not found a name for it in the literature."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC818">Medial forebrain bundle system</part_of>
	</concept>
	<concept>
		<ID>BAMSC820</ID>
		<name>Ansa peduncularis</name>
		<definition label="According to Nauta and Haymaker 1969."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC818">Medial forebrain bundle system</part_of>
	</concept>
	<concept>
		<ID>BAMSC821</ID>
		<name>Anterior commissure, temporal limb</name>
		<definition label="According to Horel and Stelzner 1981."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC818">Medial forebrain bundle system</part_of>
	</concept>
	<concept>
		<ID>BAMSC822</ID>
		<name>Fimbria</name>
		<definition label="The fimbria is the segment of the fornix that extends dorsally and rostrally from the ventral tip of the hippocampal region to the caudal end of the precommissural fornix and postcommissural fornix at the level of the subfornical organ, but excluding the alveus (Honegger, 1890)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC821">Anterior commissure, temporal limb</part_of>
	</concept>
	<concept>
		<ID>BAMSC823</ID>
		<name>Fornix system</name>
		<definition label="According to Swanson et al. 1987."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC818">Medial forebrain bundle system</part_of>
	</concept>
	<concept>
		<ID>BAMSC824</ID>
		<name>Alveus of fornix</name>
		<definition label="According to Cajal 1995."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC823">Fornix system</part_of>
	</concept>
	<concept>
		<ID>BAMSC825</ID>
		<name>Dorsal fornix</name>
		<definition label="According to Powell and Cowan 1955."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC823">Fornix system</part_of>
	</concept>
	<concept>
		<ID>BAMSC826</ID>
		<name>Precommissural fornix</name>
		<definition label="According to Swanson and Cowan 1977."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC823">Fornix system</part_of>
	</concept>
	<concept>
		<ID>BAMSC827</ID>
		<name>Postcommissural fornix</name>
		<definition label="According to Craigie 1925, Crosby et al. 1962. The vertically to oriented fibers in the medial septal nucleus and vertical limb of the nucleus of the diagonal band are sometimes referred to as Zuckerkandel's bundle."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC823">Fornix system</part_of>
	</concept>
	<concept>
		<ID>BAMSC828</ID>
		<name>Medial corticohypothalamic tract</name>
		<definition label="According to Gurdjian 1927, Canteras and Swanson 1992b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC827">Postcommissural fornix</part_of>
	</concept>
	<concept>
		<ID>BAMSC829</ID>
		<name>Columns of the fornix</name>
		<definition label="According to Swanson and Cowan 1977. They are often called the anterior columns of the fornix."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC827">Postcommissural fornix</part_of>
	</concept>
	<concept>
		<ID>BAMSC830</ID>
		<name>Hippocampal commissures</name>
		<definition label="None Provided"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC823">Fornix system</part_of>
	</concept>
	<concept>
		<ID>BAMSC831</ID>
		<name>Dorsal hippocampal commissure</name>
		<definition label="According to Blackstad 1956."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC830">Hippocampal commissures</part_of>
	</concept>
	<concept>
		<ID>BAMSC832</ID>
		<name>Dorsal hippocampal commissure angular bundle</name>
		<definition label="According to Cajal 1995."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC831">Dorsal hippocampal commissure</part_of>
	</concept>
	<concept>
		<ID>BAMSC833</ID>
		<name>Ventral hippocampal commissure</name>
		<definition label="According to Wyss et al. 1980."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC830">Hippocampal commissures</part_of>
	</concept>
	<concept>
		<ID>BAMSC834</ID>
		<name>Perforant path</name>
		<definition label="According to Lorente de No 1934."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC823">Fornix system</part_of>
	</concept>
	<concept>
		<ID>BAMSC835</ID>
		<name>Cingulum bundle</name>
		<definition label="According Krieg 1947, White 1959."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC818">Medial forebrain bundle system</part_of>
	</concept>
	<concept>
		<ID>BAMSC836</ID>
		<name>Medial forebrain bundle</name>
		<definition label="According Gurdjian 1925, 1927, Nauta and Haymaker 1969, Nieuwenhuys et al. 1982."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC818">Medial forebrain bundle system</part_of>
	</concept>
	<concept>
		<ID>BAMSC837</ID>
		<name>Supraoptic commissures</name>
		<definition label="According Gurdjian 1927, Tsang 1940, Nauta and Haymaker 1969. It si probably more aqccurate on embryological and connectional grounds to reer to them as postoptic decussations."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC818">Medial forebrain bundle system</part_of>
	</concept>
	<concept>
		<ID>BAMSC838</ID>
		<name>Supraoptic commissures, anterior</name>
		<definition label="According to Gurdjian 1927, Tsang 1940, Nauta and Haymaker 1969. It is probably more accurate on embryological and connectional grounds to refer to them as postoptic decussations."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC837">Supraoptic commissures</part_of>
	</concept>
	<concept>
		<ID>BAMSC839</ID>
		<name>Supraoptic commissures, dorsal</name>
		<definition label="According to Gurdjian 1927, Tsang 1940, Nauta and Haymaker 1969. It is probably more accurate on embryological and connectional grounds to refer to them as postoptic decussations."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC837">Supraoptic commissures</part_of>
	</concept>
	<concept>
		<ID>BAMSC840</ID>
		<name>Supraoptic commissures, ventral</name>
		<definition label="According to Gurdjian 1927, Tsang 1940, Nauta and Haymaker 1969. It is probably more accurate on embryological and connectional grounds to refer to them as postoptic decussations."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC837">Supraoptic commissures</part_of>
	</concept>
	<concept>
		<ID>BAMSC841</ID>
		<name>Supramammillary decussation</name>
		<definition label="According to Krudjian 1927, Nauta and Haymaker 1969."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC818">Medial forebrain bundle system</part_of>
	</concept>
	<concept>
		<ID>BAMSC842</ID>
		<name>Periventricular bundle of the hypothalamus</name>
		<definition label="According to Krudjian 1927, Krieg 1932, Sutin 1966."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC818">Medial forebrain bundle system</part_of>
	</concept>
	<concept>
		<ID>BAMSC843</ID>
		<name>Principal mammillary tract</name>
		<definition label="According to Gurdjian 1927, Fry and Cowan 1972."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC818">Medial forebrain bundle system</part_of>
	</concept>
	<concept>
		<ID>BAMSC844</ID>
		<name>Mammillothalamic tract</name>
		<definition label="According to Gurdjian 1927, Cruce 1975, Seki and Zyo 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC818">Medial forebrain bundle system</part_of>
	</concept>
	<concept>
		<ID>BAMSC845</ID>
		<name>Mammillotegmental tract</name>
		<definition label="According to Allen and Hopkins 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC818">Medial forebrain bundle system</part_of>
	</concept>
	<concept>
		<ID>BAMSC846</ID>
		<name>Mammillary peduncle</name>
		<definition label="According to Gurdjian 1927, Cowan et al. 1964, Shibata 1987."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC818">Medial forebrain bundle system</part_of>
	</concept>
	<concept>
		<ID>BAMSC847</ID>
		<name>Periventricular bundle of the thalamus</name>
		<definition label="According to Gurdjian 1927, Krieg 1932."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC818">Medial forebrain bundle system</part_of>
	</concept>
	<concept>
		<ID>BAMSC848</ID>
		<name>Stria medularis</name>
		<definition label="According to Gurdjian 1925, Swanson and Cowan 1979."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC818">Medial forebrain bundle system</part_of>
	</concept>
	<concept>
		<ID>BAMSC849</ID>
		<name>Fasciculus retroflexus</name>
		<definition label="According to Gurdjian 1925, Herkenham and Nauta 1979, Contestabile et al. 1987."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC818">Medial forebrain bundle system</part_of>
	</concept>
	<concept>
		<ID>BAMSC850</ID>
		<name>Habenular commisure</name>
		<definition label="According to Gurdjian 1925."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC818">Medial forebrain bundle system</part_of>
	</concept>
	<concept>
		<ID>BAMSC851</ID>
		<name>Dorsal longitudinal fascicle</name>
		<definition label="According to Nauta and Haymaker 1969."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC818">Medial forebrain bundle system</part_of>
	</concept>
	<concept>
		<ID>BAMSC852</ID>
		<name>Dorsal tegmental tract</name>
		<definition label="According to Lindvall and Bjorklund 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC818">Medial forebrain bundle system</part_of>
	</concept>
	<concept>
		<ID>BAMSC853</ID>
		<name>Stria terminalis</name>
		<definition label="According to Gurdjian 1925, DeOlmos 1972."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC818">Medial forebrain bundle system</part_of>
	</concept>
	<concept>
		<ID>BAMSC853</ID>
		<name>Cranial and Spinal Nerves (and Related)</name>
		<definition label="All of the cranial and spinal nerves have at least a short segment within the central nervous system itself, and many of the craniospinal nerve nuclei generate related pathways entirely within the central nervous system that are clearly defined (Swanson, 2004, p. 177)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC9">Central nervous system white matter</part_of>
	</concept>
	<concept>
		<ID>BAMSC854</ID>
		<name>Terminal nerve</name>
		<definition label="According to Bojsen to Moller 1975, Schwanzel to Fukuda et al. 1985, Demski and Schwanzel to Fukuda 1987."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC853">Cranial and Spinal Nerves (and Related)</part_of>
	</concept>
	<concept>
		<ID>BAMSC855</ID>
		<name>Olfactory nerve</name>
		<definition label="According to Switzer et al al 1985, Doucette 1991."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC853">Cranial and Spinal Nerves (and Related)</part_of>
	</concept>
	<concept>
		<ID>BAMSC856</ID>
		<name>Vomeronasal nerve</name>
		<definition label="According to Vacarezza et al. 1981, Halpern 1987. It may be thought of a specialization of the olfactory nerve from a specialized region of the olfactory epithelium, the vomeronasal organ. It ends in the accessory olfactory bulb, whose axons travel through a localized region of the lateral olfactory tract called the accessory olfactory tract (Scalia and Winans 1975)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC853">Cranial and Spinal Nerves (and Related)</part_of>
	</concept>
	<concept>
		<ID>BAMSC857</ID>
		<name>Lateral olfactory tract</name>
		<definition label="According to Gurdjian 1925."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC856">Vomeronasal nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC858</ID>
		<name>Lateral olfactory tract dorsal limb</name>
		<definition label="According to Switzer et al. 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC857">Lateral olfactory tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC859</ID>
		<name>Anterior commissure, olfactory limb</name>
		<definition label="According to Gurdjian 1925, Haberly and Price 1978b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC856">Vomeronasal nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC860</ID>
		<name>Optic nerve</name>
		<definition label="According to Crespo et al. 1985, Reese 1987a."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC853">Cranial and Spinal Nerves (and Related)</part_of>
	</concept>
	<concept>
		<ID>BAMSC861</ID>
		<name>Accessory optic tract</name>
		<definition label="According to Hayhow et al 1960, Terubayashi and Fujisawa 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC860">Optic nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC862</ID>
		<name>Brachium of the superior colliculus</name>
		<definition label="Optic tract fibers that continune on past the lateral geniculate complex."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC860">Optic nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC863</ID>
		<name>Commissure of the superior colliculus</name>
		<definition label="According to Bucher and Nauta 19854, Jen and Au 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC860">Optic nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC864</ID>
		<name>Optic chiasm</name>
		<definition label="According to Jeffery 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC860">Optic nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC865</ID>
		<name>Optic tract</name>
		<definition label="According to Reese 1987b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC860">Optic nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC866</ID>
		<name>Techtothalamic pathway</name>
		<definition label="According to Taylor et al. 1986, Harting et al. 1991a."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC860">Optic nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC867</ID>
		<name>Oculomotor nerve</name>
		<definition label="According to Hebel and Stromberg 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC853">Cranial and Spinal Nerves (and Related)</part_of>
	</concept>
	<concept>
		<ID>BAMSC868</ID>
		<name>Medial longitudinal fascicle</name>
		<definition label="According Rhines and Windle 1941."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC867">Oculomotor nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC869</ID>
		<name>Posterior commissure</name>
		<definition label="According to Bucher and Nauta 1954."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC867">Oculomotor nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC870</ID>
		<name>Trochlear nerve</name>
		<definition label="According to Hebel and Stromberg 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC853">Cranial and Spinal Nerves (and Related)</part_of>
	</concept>
	<concept>
		<ID>BAMSC871</ID>
		<name>Decussation of the trochlear nerve</name>
		<definition label="According to Hebel and Stromberg 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC870">Trochlear nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC872</ID>
		<name>Trochlear nerve proper</name>
		<definition label="This is the remaining part of the trochlear nerve after eliminating the decussation of the trochlear nerve."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC870">Trochlear nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC873</ID>
		<name>Abducens nerve</name>
		<definition label="According to Hebel and Stromberg 1986"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC853">Cranial and Spinal Nerves (and Related)</part_of>
	</concept>
	<concept>
		<ID>BAMSC874</ID>
		<name>Trigeminal nerve</name>
		<definition label="According to Erzurumlu and Killackey 1983, Hebel and Stromberg 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC853">Cranial and Spinal Nerves (and Related)</part_of>
	</concept>
	<concept>
		<ID>BAMSC875</ID>
		<name>Motor root of the trigeminal nerve</name>
		<definition label="According to Jacquin et al. 1983."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC874">Trigeminal nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC876</ID>
		<name>Sensory root of the trigeminal nerve</name>
		<definition label="According to Torvik 1956, Marfurt and Rajchert 1991."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC874">Trigeminal nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC877</ID>
		<name>Mesencephalic tract of the trigeminal nerve</name>
		<definition label="According to Rokx et al. 1986a."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC876">Sensory root of the trigeminal nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC878</ID>
		<name>Spinal tract of the trigeminal nerve</name>
		<definition label="According to Torvik 1956, Marfurt and Rajchert 1991."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC876">Sensory root of the trigeminal nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC879</ID>
		<name>Facial nerve</name>
		<definition label="According to Martin et al. 1977, Hebel and Stromberg 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC853">Cranial and Spinal Nerves (and Related)</part_of>
	</concept>
	<concept>
		<ID>BAMSC880</ID>
		<name>Intermediate nerve</name>
		<definition label="According to Contreras et al. 1980, Hebel and Stromberg 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC879">Facial nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC881</ID>
		<name>Genu of the facial nerve</name>
		<definition label="According to Contreras et al. 1980, Hebel and Stromberg 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC879">Facial nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC882</ID>
		<name>Vestibulocochlear nerve</name>
		<definition label="According to Hebel and Stromberg 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC853">Cranial and Spinal Nerves (and Related)</part_of>
	</concept>
	<concept>
		<ID>BAMSC883</ID>
		<name>Efferent cochleovestibular bundle</name>
		<definition label="According to Strutz 1982, White and Warr 1983, Osen et al. 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC882">Vestibulocochlear nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC884</ID>
		<name>Vestibular nerve</name>
		<definition label="According to Mehler and Rubertone 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC882">Vestibulocochlear nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC885</ID>
		<name>Cochlear nerve</name>
		<definition label="According to Harrison and Feldman 1970, Webster 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC882">Vestibulocochlear nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC886</ID>
		<name>Trapezoid body</name>
		<definition label="According to Zeman and Innes 1963, Harrison and Feldman 1970, Adams and Warr 1976."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC885">Cochlear nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC887</ID>
		<name>Intermediate acoustic stria</name>
		<definition label="According to Zeman and Innes 1963, Harrison and Feldman 1970, Adams and Warr 1976."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC885">Cochlear nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC888</ID>
		<name>Dorsal acoustic stria</name>
		<definition label="According to Harrison and Feldman 1970."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC885">Cochlear nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC889</ID>
		<name>Lateral lemniscus</name>
		<definition label="According to Fay to Lund and Osen 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC885">Cochlear nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC890</ID>
		<name>Commissure of the inferior colliculus</name>
		<definition label="According to Fay to Lund and Osen 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC885">Cochlear nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC891</ID>
		<name>Brachium of the inferior colliculus</name>
		<definition label="According to Zeman and Innes 1963."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC885">Cochlear nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC892</ID>
		<name>Glossopharyngeal nerve</name>
		<definition label="According to Contreras et al. 1980, Hebel and Stromberg 1986, Fukusawa et al. 1991."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC853">Cranial and Spinal Nerves (and Related)</part_of>
	</concept>
	<concept>
		<ID>BAMSC893</ID>
		<name>Vagus nerve</name>
		<definition label="According to Torvik 1956, Contreras et al. 1980, Hebel and Stromberg 1986, Altschuler et al. 1991."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC853">Cranial and Spinal Nerves (and Related)</part_of>
	</concept>
	<concept>
		<ID>BAMSC894</ID>
		<name>Solitary tract</name>
		<definition label="According to Torvik 1956, Contreras et al. 1980."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC893">Vagus nerve</part_of>
	</concept>
	<concept>
		<ID>BAMSC895</ID>
		<name>Accessory spinal nerve</name>
		<definition label="According to Brichta et al. 1987."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC853">Cranial and Spinal Nerves (and Related)</part_of>
	</concept>
	<concept>
		<ID>BAMSC896</ID>
		<name>Hypoglossal nerve</name>
		<definition label="According to Muntener et al. 1980."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC853">Cranial and Spinal Nerves (and Related)</part_of>
	</concept>
	<concept>
		<ID>BAMSC897</ID>
		<name>Ventral roots</name>
		<definition label="According to Waibl 1973, Hebel and Stromberg 1986."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC853">Cranial and Spinal Nerves (and Related)</part_of>
	</concept>
	<concept>
		<ID>BAMSC898</ID>
		<name>Dorsal roots</name>
		<definition label="According to Waibl 1973, Hebel and Stromberg 1986, Neuhuber and Zenker 1989, Arvidsson and Pfaller 1990, Rivero to Melian and Grant 1990, Silverman and Kruger 1990, LaMotte et al. 1991."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC853">Cranial and Spinal Nerves (and Related)</part_of>
	</concept>
	<concept>
		<ID>BAMSC899</ID>
		<name>Cervicothalamic tract</name>
		<definition label="According to Giesler et al 1988."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC853">Cranial and Spinal Nerves (and Related)</part_of>
	</concept>
	<concept>
		<ID>BAMSC900</ID>
		<name>Dorsolateral fascicle</name>
		<definition label="According to Chung et al. 1987."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC853">Cranial and Spinal Nerves (and Related)</part_of>
	</concept>
	<concept>
		<ID>BAMSC901</ID>
		<name>Ventral commissure of the spinal cord</name>
		<definition label="According to Waibl 1973."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC853">Cranial and Spinal Nerves (and Related)</part_of>
	</concept>
	<concept>
		<ID>BAMSC902</ID>
		<name>Dorsal columns</name>
		<definition label="According to Cliffer and Giesler 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC853">Cranial and Spinal Nerves (and Related)</part_of>
	</concept>
	<concept>
		<ID>BAMSC903</ID>
		<name>Cuneate fascicle</name>
		<definition label="According to Cliffer and Giesler 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC902">Dorsal columns</part_of>
	</concept>
	<concept>
		<ID>BAMSC904</ID>
		<name>Gracile fascicle</name>
		<definition label="According to Cliffer and Giesler 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC902">Dorsal columns</part_of>
	</concept>
	<concept>
		<ID>BAMSC905</ID>
		<name>Internal arcuate fibers</name>
		<definition label="According to Massopust et al. 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC902">Dorsal columns</part_of>
	</concept>
	<concept>
		<ID>BAMSC906</ID>
		<name>Medial lemniscus</name>
		<definition label="According to Massoupost et al. 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC902">Dorsal columns</part_of>
	</concept>
	<concept>
		<ID>BAMSC907</ID>
		<name>Spinothalamic tract</name>
		<definition label="According to Giesler et al. 1981, Burnstein et al. 1990a."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC853">Cranial and Spinal Nerves (and Related)</part_of>
	</concept>
	<concept>
		<ID>BAMSC908</ID>
		<name>Lateral spinothalamic tract</name>
		<definition label="According to Giesler et al. 1981."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC907">Spinothalamic tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC909</ID>
		<name>Ventral spinothalamic tract</name>
		<definition label="According to Giesler et al. 1981."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC907">Spinothalamic tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC910</ID>
		<name>Spinocervical tract</name>
		<definition label="According to GBaker and Giesler 1984, Giesler et al. 1988."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC907">Spinothalamic tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC911</ID>
		<name>Spino-olivary pathway</name>
		<definition label="According to Swenson and Castro 1983, Molinari and Starr 1989"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC907">Spinothalamic tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC912</ID>
		<name>Spinoreticular pathway</name>
		<definition label="According to Nahin 1987."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC907">Spinothalamic tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC913</ID>
		<name>Spinovestibular pathway</name>
		<definition label="According to Mehler and Rubertone 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC907">Spinothalamic tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC914</ID>
		<name>Spinotectal pathway</name>
		<definition label="According to Yezierski 1988, Lima and Coimbra 1989, Zhang et al. 1990, Yezierski and Mendez 1991."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC907">Spinothalamic tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC915</ID>
		<name>Spinohypothalamic pathway</name>
		<definition label="According to Burstein et al. 1987, 1990b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC907">Spinothalamic tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC916</ID>
		<name>Spinotelencephalic pathway</name>
		<definition label="According to Burstein et al. 1987, Burstein and Giesler 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC907">Spinothalamic tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC917</ID>
		<name>Hypothalamohypophysial tract</name>
		<definition label="According to Swanson 1987."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC853">Cranial and Spinal Nerves (and Related)</part_of>
	</concept>
	<concept>
		<ID>BAMSC917</ID>
		<name>Extrapyramidal fiber systems</name>
		<definition label="The extrapyramidal fiber systems are a major, diverse component of the central nervous system white matter that for the most part are either associated with cerebral nuclei inputs and outputs, or are associated with the tectospinal, rubrospinal, reticulospinal, and vestibulospinal pathways or tracts (Swanson, 2004, p. 178)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC9">Central nervous system white matter</part_of>
	</concept>
	<concept>
		<ID>BAMSC918</ID>
		<name>Extrapyramidal fiber systems, basal-nuclei related</name>
		<definition label="According to Voogd 1995, Voogd et al. 1996."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC917">Extrapyramidal fiber systems</part_of>
	</concept>
	<concept>
		<ID>BAMSC919</ID>
		<name>Pallidothalamic pathway</name>
		<definition label="According to Carter and Fibinger 1978."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC918">Extrapyramidal fiber systems, basal-nuclei related</part_of>
	</concept>
	<concept>
		<ID>BAMSC920</ID>
		<name>Nigrostriatal tract</name>
		<definition label="According to Fallon and Moore 1978, Bjorklund and Lindvall 1984."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC918">Extrapyramidal fiber systems, basal-nuclei related</part_of>
	</concept>
	<concept>
		<ID>BAMSC921</ID>
		<name>Nigrothalamic fibers</name>
		<definition label="According to Clavier et al. 1976."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC918">Extrapyramidal fiber systems, basal-nuclei related</part_of>
	</concept>
	<concept>
		<ID>BAMSC922</ID>
		<name>Pallidotegmental fascicle</name>
		<definition label="According to Jackson and Crossman 1981, Yasui et al. 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC918">Extrapyramidal fiber systems, basal-nuclei related</part_of>
	</concept>
	<concept>
		<ID>BAMSC923</ID>
		<name>Striatonigral pathway</name>
		<definition label="According to Nauta and Domesick 1974."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC918">Extrapyramidal fiber systems, basal-nuclei related</part_of>
	</concept>
	<concept>
		<ID>BAMSC924</ID>
		<name>Subthalamic fascicle</name>
		<definition label="According to Ricardo 1908, Canteras et al. 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC918">Extrapyramidal fiber systems, basal-nuclei related</part_of>
	</concept>
	<concept>
		<ID>BAMSC925</ID>
		<name>Tectospinal pathway</name>
		<definition label="According to Redgrave et al. 1987, 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC917">Extrapyramidal fiber systems</part_of>
	</concept>
	<concept>
		<ID>BAMSC926</ID>
		<name>Direct tectospinal pathway</name>
		<definition label="According to Redgrave et al. 1987, 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC925">Tectospinal pathway</part_of>
	</concept>
	<concept>
		<ID>BAMSC927</ID>
		<name>Dorsal tegmental decussation</name>
		<definition label="According to Redgrave et al. 1987, 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC925">Tectospinal pathway</part_of>
	</concept>
	<concept>
		<ID>BAMSC928</ID>
		<name>Crossed tectospinal pathway</name>
		<definition label="According to Redgrave et al. 1987, 1990."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC925">Tectospinal pathway</part_of>
	</concept>
	<concept>
		<ID>BAMSC929</ID>
		<name>Rubrospinal tract</name>
		<definition label="According to Waldon and Gwyn 1969."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC917">Extrapyramidal fiber systems</part_of>
	</concept>
	<concept>
		<ID>BAMSC930</ID>
		<name>Ventral tegmental decussation</name>
		<definition label="According to Waldon and Gwyn 1969."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC929">Rubrospinal tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC931</ID>
		<name>Rubroreticular tract</name>
		<definition label="According to Waldon and Gwyn 1969."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC929">Rubrospinal tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC932</ID>
		<name>Central tegmental bundle</name>
		<definition label="Accroding to Bebin 1956."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC917">Extrapyramidal fiber systems</part_of>
	</concept>
	<concept>
		<ID>BAMSC933</ID>
		<name>Reticulospinal tract</name>
		<definition label="According to Carpenter and Sutin 1983, Williams et al. 1989."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC917">Extrapyramidal fiber systems</part_of>
	</concept>
	<concept>
		<ID>BAMSC934</ID>
		<name>Reticulospinal tract, lateral part</name>
		<definition label="According to Newman 1985a."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC933">Reticulospinal tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC935</ID>
		<name>Reticulospinal tract, medial part</name>
		<definition label="According to Newman 1985b."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC933">Reticulospinal tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC936</ID>
		<name>Vestibulospinal pathway</name>
		<definition label="According to Mehler and Rubertone 1985."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC917">Extrapyramidal fiber systems</part_of>
	</concept>
	<concept>
		<ID>BAMSC939</ID>
		<name>Lateral ventricle</name>
		<definition label="The lateral ventricle is the component of the ventricular system within the each cerebrum; thus, there is a right and left (first and second) lateral ventricle, each of which communicates with the third ventricle of the interbrain through the right and left interventricular foramen (Millen and Woollam, 1962, p. 33 ff.; Swanson, 1998, p. 195)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC10">Central nervous system ventricular system</part_of>
	</concept>
	<concept>
		<ID>BAMSC940</ID>
		<name>Interventricular foramen</name>
		<definition label="None provided
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   "></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC10">Central nervous system ventricular system</part_of>
	</concept>
	<concept>
		<ID>BAMSC941</ID>
		<name>Third ventricle</name>
		<definition label="The fourth ventricle is the component of the ventricular system in the roof of the hindbrain, ventral to the cerebellum  (Millen and Woollam, 1962, p. 51 ff.; Swanson, 1998, p. 195).	   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   "></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC10">Central nervous system ventricular system</part_of>
	</concept>
	<concept>
		<ID>BAMSC942</ID>
		<name>Cerebral aqueduct</name>
		<definition label="The cerebral aqueduct is the narrow component of the ventricular system in the midbrain, between the third ventricle rostrally and the fourth ventricle caudally  (Millen and Woollam, 1962, p. 47 ff.; Swanson, 1998, p. 195).	   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   "></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC10">Central nervous system ventricular system</part_of>
	</concept>
	<concept>
		<ID>BAMSC943</ID>
		<name>Fourth ventricle</name>
		<definition label="None provided
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   "></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC10">Central nervous system ventricular system</part_of>
	</concept>
	<concept>
		<ID>BAMSC944</ID>
		<name>Central canal</name>
		<definition label="No description provided"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
	</concept>
	<concept>
		<ID>BAMSC945</ID>
		<name>Rhinocele</name>
		<definition label="None provided
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   "></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC939">Lateral ventricle</part_of>
	</concept>
	<concept>
		<ID>BAMSC946</ID>
		<name>Subependymal zone</name>
		<definition label="None provided
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   "></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC939">Lateral ventricle</part_of>
	</concept>
	<concept>
		<ID>BAMSC947</ID>
		<name>Third ventricle preoptic recess</name>
		<definition label="None provided
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   "></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC941">Third ventricle</part_of>
	</concept>
	<concept>
		<ID>BAMSC948</ID>
		<name>Third ventricle periventricular recess</name>
		<definition label="None provided
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   "></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC941">Third ventricle</part_of>
	</concept>
	<concept>
		<ID>BAMSC949</ID>
		<name>Third ventricle mamillary recess</name>
		<definition label="None provided
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   "></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC941">Third ventricle</part_of>
	</concept>
	<concept>
		<ID>BAMSC950</ID>
		<name>Cerebral aqueduct collicular recess</name>
		<definition label="None provided
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   "></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC942">Cerebral aqueduct</part_of>
	</concept>
	<concept>
		<ID>BAMSC951</ID>
		<name>Cerebral aqueduct subcommissural organ</name>
		<definition label="None provided
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   "></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC942">Cerebral aqueduct</part_of>
	</concept>
	<concept>
		<ID>BAMSC952</ID>
		<name>Fourth ventricle median aperture</name>
		<definition label="None provided
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   "></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC943">Fourth ventricle</part_of>
	</concept>
	<concept>
		<ID>BAMSC953</ID>
		<name>Fourth ventricle lateral aperture</name>
		<definition label="None provided
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   "></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC943">Fourth ventricle</part_of>
	</concept>
	<concept>
		<ID>BAMSC954</ID>
		<name>Fourth ventricle lateral recess</name>
		<definition label="None provided
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   "></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC943">Fourth ventricle</part_of>
	</concept>
	<concept>
		<ID>BAMSC955</ID>
		<name>Rostral medullary velum</name>
		<definition label="None provided
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   "></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC943">Fourth ventricle</part_of>
	</concept>
	<concept>
		<ID>BAMSC956</ID>
		<name>Caudal medullary velum</name>
		<definition label="None provided
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   
			   "></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC943">Fourth ventricle</part_of>
	</concept>
	<concept>
		<ID>BAMSC957</ID>
		<name>Neuron</name>
		<definition label="Neurons, also known as nerve cells, are the conducting cell type of the nervous system; they are the fundamental units of neural circuits or networks and establish functional contacts with other cells by way of chemical or electrical synapses (Dorland Illustrated Medical Dictionary, 2003, p. 1256; Swanson, 2003, p. 245)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<is_a id="BAMSC3">Cell</is_a>
	</concept>
	<concept>
		<ID>BAMSC958</ID>
		<name>Glial cell</name>
		<definition label="Glial cells, also known as neuroglial cells or glia, are the nonconducting, support cells of the nervous system; neurons form the other major component of nervous system tissue (Dorland Illustrated Medical Dictionary, 2003, p. 777)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<is_a id="BAMSC3">Cell</is_a>
	</concept>
	<concept>
		<ID>BAMSC959</ID>
		<name>sensory neuron</name>
		<definition label="Sensory neurons form the division of neurons that transduces stimuli from the environment or non to neuronal parts of the body, and transmits them to other parts of the sensory system, as well as directly or indirectly via the sensory system to the motor, behavioral state, and cognitive systems (Swanson, 2003, p. 187 ff.; Bota and Swanson, 2007, Fig. 3)."></definition>
		<nomenclature>Ad-hoc</nomenclature>
		<is_a id="BAMSC957">Neuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC960</ID>
		<name>motor neuron</name>
		<definition label="Motoneuron groups are the final common pathway or primary neuron populations of the motor system; they are directly responsible for producing somatic, autonomic, and neuroendocrine responses and their output is a function of inputs from higher levels of the motor system hierarchy, and the cognitive, behavioral state, and sensory systems (Swanson, 2004, pp. 175 to 6)."></definition>
		<nomenclature>Swanson-structural</nomenclature>
		<is_a id="BAMSC957">Neuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC961</ID>
		<name>interneuron</name>
		<definition label="Interneurons are those neurons that receive inputs from and send axonal projections to other neurons."></definition>
		<nomenclature>Ad-hoc</nomenclature>
		<is_a id="BAMSC957">Neuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC962</ID>
		<name>sensory-motor neuron</name>
		<definition label="Sensory to motor neurons form the small division of neurons that transduces sensory stimuli from the environment or other parts of the body, and transmits them via an axon directly to a non to neuronal effector cell; they combine the features of a sensory neuron and a motor neuron (Swanson, 2003, Fig. 2.5; Swanson and Bota, 2007, Fig. 1)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<is_a id="BAMSC957">Neuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC963</ID>
		<name>motor neuroendocrine neuron</name>
		<definition label="The hypothalamus constitues the final common pathway for the central neural control of the anterior, intermediate, and posterior lobes of the pituitary gland; in short, it contains the motoneurons of the endocrine system."></definition>
		<nomenclature>Swanson</nomenclature>
		<is_a id="BAMSC960">motor neuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC964</ID>
		<name>photoreceptor</name>
		<definition label="The photoreceptors have perikarya which lie in the outer nuclear layer and, with one possible exception, are only cells that convey input signals to the retina."></definition>
		<nomenclature>Rodieck</nomenclature>
		<is_a id="BAMSC959">sensory neuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC965</ID>
		<name>motor somatic neuron</name>
		<definition label="Somatic motor neurons are those neurons that innervate the striate muscles of the body."></definition>
		<nomenclature>Swanson-General</nomenclature>
		<is_a id="BAMSC960">motor neuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC967</ID>
		<name>motor neuroendocrine parvicellular neuron</name>
		<definition label="The cell bodies and fiber systems associated with the synthesis and release of hypophysiotropic hormones are referred to collectively as the parvocellular neurosecretory system."></definition>
		<nomenclature>Swanson</nomenclature>
		<is_a id="BAMSC963">motor neuroendocrine neuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC968</ID>
		<name>motor neuroendocrine magnocellular neuron</name>
		<definition label="Collator note: the large to sized neurons that project to the pituitary gland."></definition>
		<nomenclature>Swanson</nomenclature>
		<PUBMEDID>7451682</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC963">motor neuroendocrine neuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC969</ID>
		<name>retinal ganglion cell</name>
		<definition label="A retinal ganglion cell is defined as a neuron whose perikaryon lies in the retina and which has an axon that becomes a fiber of the optic nerve. Ganglion cell perikarya usually lie in the ganglion cell layer just vitreally to the inner plexiform layer, although a few (displaced) ganglion cells are found in the inner plexiform layer or in the amacrine cell layer."></definition>
		<nomenclature>Rodieck</nomenclature>
		<is_a id="BAMSC1001">projection interneuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC970</ID>
		<name>interplexiform cell</name>
		<definition label="We...observed cells in vertical sections where a process arises from the cell body and ascends through the inner nuclear layer to terminate in the outer plexiform layer (figure 2, plate 1; figure 10). These cells have been termed inteplexiform cells by Gallego (1971)."></definition>
		<nomenclature>Perry</nomenclature>
		<PUBMEDID>6158054</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1002">local interneuron</is_a>
		<part_of id="BAMSC530">Retina, inner nuclear layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC971</ID>
		<name>retinal amacrine cell</name>
		<definition label="The name amacrine cell was given by Cajal to cells that have no axon. He observed such cells not only in the retina but also in other parts of the brain. In the retina none of the amacrine cells appear to have have axons or axonlike processes, with the possible exception of the so to called association amacrine observed by Cajal (Ramon y Cajal, 1892, 1911) in the bird retina; this amacrine cell type may be a short to axon amacrine cell similar to the short to axon horizontal cell. Usually all the processes of a single anacrine cell look similar when viewed in Golgi to stained material by light microscopy. "></definition>
		<nomenclature>Rodieck</nomenclature>
		<is_a id="BAMSC1002">local interneuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC972</ID>
		<name>retinal bipolar cell</name>
		<definition label="The defining characteristic of a bipolar cell is that its dendritic processes terminate in or about the outer plexiform layers, where they make contact with photoreceptors, and its axonal processes terminate in or about the inner plexiform layer."></definition>
		<nomenclature>Rodieck</nomenclature>
		<is_a id="BAMSC1002">local interneuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC973</ID>
		<name>horizontal cell</name>
		<definition label="Lucifer to Yellow injections in rat and gerbil retinae revelead only one type of horizontal cell, which resembles the B to type cells of cat and rabbit (Figs 5 and 6). They have a relatively densely branched, approximatively circular dendritic tree with several fine to primary dendrites. The dendrites carry single terminals or small aggregates of terminals which are all in the same place and thus presumably contac cones. On all to well filled individuals an axon is found. Axons commonly originate at a dendrite, are up to 300 micrometers long, and expand into profusely branched axon terminal systems which are densely covered with terminals. These terminals end on various planes and thus presumably contact rods. Horizontal cell soma diameters are 11 to 14 micrometers in rat."></definition>
		<nomenclature>Peichl</nomenclature>
		<PUBMEDID>855089</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1002">local interneuron</is_a>
		<part_of id="BAMSC530">Retina, inner nuclear layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC974</ID>
		<name>rod</name>
		<definition label="Rods contain two segments to outer and inner to that are very distinct in osmicated preparations. ...All vertebrates including fish, have outer segments, although it is believed that they are absent in some birds; they are very abundant in nocturnal animals such as the larged horned owl, barn owl, rat and mouse. The inner segment is a bit longer and thicker than the outer segment. It is finely granular, stains lightly with carmine and the basic aniline dyes, and is unaffected by osmic acid. Rod perikarya (Fig. 190a) lie at various depths in the layer under consideration and contain a very small amout of cytoplasm, along with an ovoid nucleus that is smaller than that of cones."></definition>
		<nomenclature>Cajal-Detwiler-Walls</nomenclature>
		<is_a id="BAMSC964">photoreceptor</is_a>
	</concept>
	<concept>
		<ID>BAMSC975</ID>
		<name>cone</name>
		<definition label="These elements are shorter and less abundant than rods, except in the fovea centralis, where they are the only visual cells present. They are shaped like bottles sitting on the outer limiting membrane with their necks extending into spaces between rods (Figs. 188e and 190B). Their length increases from the periphery of the retina to the macula lutea. Like rods, cones present two segments. The short, cone to shaped, higly variable outer segement is covered with a very thin hyaline film, and its contents are homogeneous and quite refractive in fresh tissue. In contrast, its superimposed lamellae may be easily dissociated. The inner segment is much longer as well as much thicker, and its granular cytoplasm is lightly stained by carmine, hematoxiline, and the basic aniline dyes."></definition>
		<nomenclature>Cajal-Detwiler-Walls</nomenclature>
		<is_a id="BAMSC964">photoreceptor</is_a>
	</concept>
	<concept>
		<ID>BAMSC976</ID>
		<name>descending neuron</name>
		<definition label="These neurons project to the autonomic centers located in the spinal cord and in the dorsal medulla, and are located in the hypothalamus."></definition>
		<nomenclature>Swanson</nomenclature>
		<is_a id="BAMSC1001">projection interneuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC977</ID>
		<name>Purkinje neuron</name>
		<definition label="According to Ramon y Cajal (1911), their cell bodies are between 35 and 65 micrometers in man. In the rat the cell bodies are 21 micrometers in diameter and 25 micrometers long on the average. There are 3.5 X 105 [Purkinje cells] in the rat (Armstrong  and  Schild, 1970). The cell bodies are arranged in a sheet one cell thick at the interface between the molecular and granular layers without any obvious pattern or clustering. In the rat Armstrong and Schild obtained a mean density of 1200 Purkinje cells per mm2 of Purkinje cell sheet by one methosd of counting, and by other method of counting a mean density of 1080 cell per mm 2. In Nissl preparations the cell body is characterized by its large, pale nucleus, an intensely basophilic nucleus, and scattered, rather small, polygonal Nissl bodies. The nucleolus of the Purkinje cell is an impressive, approximately spherical body usually lying near the center of the nucleus, but occasionally near the nuclear envelope. The dendritic tree of the Purkinje cell arises from one to four trunks that issue out of the apical pole of the cell body. The trunks extend directly outward or at an angle toward the surface of the folium, depending upon the location of the cell in the folium. The most remarkable characteristic of the Purkinje cell dendritic tree is its three to dimensional form. It is spread out in a vertical plane at right angles to the longitudinal axis of the folium, and is therefore displayed best in parasagittal sections. In this plane the tree extends to 300 to 400 micrometers, while in the longitudinal axis of the folium it is only 15 to 20 micrometers wide (see Fig. 10). The second remarkable characteristic of the Purkinje cell dendritic tree is its rich complement of thorns (Figs 7 and 23). The axon of the Purkinje cell arises from a barely perceptible projection on the basal pole of the soma. As Ramon y Cajal (1911) remarked, there is no clear line of demarcation between the cell body and the axon, as small granules of Nissl substance enter into the first part of the latter. "></definition>
		<nomenclature>Cajal</nomenclature>
		<is_a id="BAMSC1001">projection interneuron</is_a>
		<part_of id="BAMSC304">Cerebellar cortex</part_of>
	</concept>
	<concept>
		<ID>BAMSC978</ID>
		<name>cerebellar granule cell</name>
		<definition label="The granule cells of the cerebellar cortex are among the smallest nerve cells in the body. The number of granule cells is enormous, and they are densely packed in the cerebellar cortex of all vertebrates. Rapid Golgi preparations show that the granule cell has an unmistakably characteristic shape, a globular cell body with three or four short, radiating dendrites. These processes are typically sinuous, branching only at their ends, where they produce a gnarled, claw to like, sometimes varicose inflorescence. The dendrites from several granule cells, perhaps as many as six, converge upon the mossy fiber terminal. The axon of the granule cell originates from the cell body, or frequently from the thicker stem of a dendrite, and snakes its way up through the granular layer. In the upper third of the granular layer, axons from neighboring granule cells come together to form thin bundles, which penetrate between the Purkinje cell bodies and ascend into the molecular layer. In this layer each granule cell axon bifurcates like a T, giving rise to a pair of long, thin fibers, 0.1 to 0.2 micrometers in diameter, running in opposite directions parallel to the longitudinal axis of the folium (Figs. 5 and 53). For this reason they were termed parallel fibers by Ramon y Cajal (1888b). "></definition>
		<nomenclature>Chan-Palay</nomenclature>
		<is_a id="BAMSC1002">local interneuron</is_a>
		<part_of id="BAMSC304">Cerebellar cortex</part_of>
	</concept>
	<concept>
		<ID>BAMSC979</ID>
		<name>Golgi neuron</name>
		<definition label="In 1874 Golgi described two kinds of distinctive large cells in the granular layer of the human cerebellar cortex. The first kind of nerve cell had a long, fusiform perikaryon that lay directly beneath the layer of Purkinje cell bodies and extended transversely across the folium. The second kind that he described was irregularly rounded or polygonal , almost as large as the Purkinje cell, and furnished with nuerous dendrites that, in contrast to those of the fusiform cells, tended predominantly to run into the molecular layer. In the present account we shall follow the traditional terminology and restrict the Golgi cells to the large stellate or polygonal cells that Golgi listed as his second group."></definition>
		<nomenclature>Chan-Palay</nomenclature>
		<is_a id="BAMSC1002">local interneuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC980</ID>
		<name>Lugaro neuron</name>
		<definition label="Lugaro cells, which are found in all parts of the cerebellum [...] must therefore be considered as a distinct cell class: (1) they are nearly always located at the upper border of the granular layer, just beneath the monolayer of Purkinje cell somata, only very few neurons being scattered in the depth of the granular layer; (2) they have a bipolar fusiform shape, the soma being elongated in a parasagittal direction from which the long dendrites radiate in a diverging manner, extending in a flattened horizontal X underneath the ganglionic layer; and (3) their axon projects into the molecular layer with a constant profuse local plexus and some apparently inconstant distal fibers, while a few sparse projections to the granular layer are also systematically found."></definition>
		<nomenclature>Laine and Axelrad</nomenclature>
		<PUBMEDID>8930789</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1002">local interneuron</is_a>
		<part_of id="BAMSC304">Cerebellar cortex</part_of>
	</concept>
	<concept>
		<ID>BAMSC981</ID>
		<name>candelabrum cell</name>
		<definition label="The perikaryon [...] is always located inside the PC [Purkinje cell] layer. It is squeezed, either between the bulging parts of the PC somata or in the space left free between their upper poles, just at the level of the lower border of the molecular layer."></definition>
		<nomenclature>Laine and Axelrad</nomenclature>
		<PUBMEDID>8300903</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1002">local interneuron</is_a>
		<part_of id="BAMSC304">Cerebellar cortex</part_of>
	</concept>
	<concept>
		<ID>BAMSC982</ID>
		<name>unipolar brush neuron</name>
		<definition label="These neurons have rounded or ovoidal cell bodies (9 to 12 micrometers in diameter) that are intermediate in size between granule and Golgi cells. Within a given folium, the UBCs occur at all levels of the granular layer (Fig 1.c), sometimes immediately beneath the Purkinje cell layer and also in the folial withe matter (Fig. 1c, f). "></definition>
		<nomenclature>Mugnaini</nomenclature>
		<PUBMEDID>8300904</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1002">local interneuron</is_a>
		<part_of id="BAMSC304">Cerebellar cortex</part_of>
	</concept>
	<concept>
		<ID>BAMSC983</ID>
		<name>cerebellar molecular layer interneuron</name>
		<definition label="Molecular layer interneurons represent one population of cells, which vary continuously in their morphology depending on the depth of the soma in the molecular layer. "></definition>
		<nomenclature>Sultan and Bower</nomenclature>
		<PUBMEDID>9548555</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1002">local interneuron</is_a>
		<part_of id="BAMSC304">Cerebellar cortex</part_of>
	</concept>
	<concept>
		<ID>BAMSC1007</ID>
		<name>motor neuroendocrine parvicellular CRH neuron</name>
		<definition label="At least 2000 CRF immunoreactive neurons may be counted in the PVH on each side of the brain in the adult male rat pretreated with colchicine (Swanson et al. 1983)."></definition>
		<nomenclature>Swanson</nomenclature>
		<is_a id="BAMSC967">motor neuroendocrine parvicellular neuron</is_a>
		<part_of id="BAMSC469">Paraventricular nucleus of the hypothalamus, parvicellular division, periventricular part</part_of>
	</concept>
	<concept>
		<ID>BAMSC986</ID>
		<name>spiny bipolar neuron</name>
		<definition label="The most frequent neuronal type found in the (BST)Ju is a spiny bipolar cell that accounts for about 78% of the impregnated neurons. In sagittal sections, the dendritic arborization of these neurons corresponds to that of typical bipolar neurons; the paired primary dendrites run in opposite directions, generating narrow dendritic fields, as defined by Peters (1984) and Peters and Jones (1984), that extend through the dorsoventral extent of the Ju. The somata and proximal dendrites of bipolar neurons tend to be located within the middle one to third of the Ju, as depicted in horizontal sections. "></definition>
		<nomenclature>Larriva-Sahd</nomenclature>
		<PUBMEDID>15211463</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1001">projection interneuron</is_a>
		<part_of id="BAMSC274">Bed nuclei of the stria terminalis juxtacapsular nucleus</part_of>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="McDonald">BSTju-restricted neuron</related_term>
		</relation>
	</concept>
	<concept>
		<ID>BAMSC987</ID>
		<name>small pyramidal neuron</name>
		<definition label="A second type of cell, representing 6% of the neurons of the Ju, is commonly found within the dorsal part of the Ju and is characterized by an oval to triangular perikaryon, an ascending dendrite, and two or three basal dendrites. Because of these latter characteristics and because its axon leaves the nuclear borders, these cells will be referred to as  and quot;small pyramidal cells and quot; "></definition>
		<nomenclature>Larriva-Sahd</nomenclature>
		<PUBMEDID>15211463</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1001">projection interneuron</is_a>
		<part_of id="BAMSC274">Bed nuclei of the stria terminalis juxtacapsular nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC988</ID>
		<name>basket neuron</name>
		<definition label="Within the upper part of the Ju, there is a third neuronal type, the basket cell (BC), which accounts for about 8% of the neurons observed in the nucleus. The BCs correspond to the second type of short to axon neurons observed in the Ju (Fig. 4A,B). . The core of the Ov exhibits a neuron type that strongly resembles the basket cells described by Ramon y Cajal (1904) in the mammalian neocortex and by Larriva to Sahd (2004) in the adult rat Ju of the BST."></definition>
		<nomenclature>Chan-Palay</nomenclature>
		<is_a id="BAMSC1002">local interneuron</is_a>
		<part_of id="BAMSC273">Bed nuclei of the stria terminalis oval nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC989</ID>
		<name>triangular neuron</name>
		<definition label="The soma is triangular or stellate and typically gives rise to three distinct primary dendrites that leave the soma from its dorsal and ventrolateral aspects. The dorsally directed dendrite pierces the ventral part of the Ju, and the ventral ones follow a horizontal direction, parallel to the AC. "></definition>
		<nomenclature>Larriva-Sahd</nomenclature>
		<PUBMEDID>15211463</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1001">projection interneuron</is_a>
		<part_of id="BAMSC274">Bed nuclei of the stria terminalis juxtacapsular nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC990</ID>
		<name>superficial spiny neuron</name>
		<definition label="The lateral part of the shell of the Ov contains a distinct layer of spiny neurons (Fig. 7A). Somata of SSNs are ovoid or triangular, measuring 18 to 25 micrometers in the longest axis. Primary dendrites have two or three short branches that run divergently."></definition>
		<nomenclature>Larriva-Sahd</nomenclature>
		<PUBMEDID>16786552</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1002">local interneuron</is_a>
		<part_of id="BAMSC273">Bed nuclei of the stria terminalis oval nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC991</ID>
		<name>common spiny neuron</name>
		<definition label="The CSN is the most frequent cell type (44%) and short axon neuron found in the Ov (Fig. 8). Neurons classified as CSN are a heterogeneous group of spiny interneurons scattered throughout the core and, occasionally, the shell of the nucleus. This cell type bears strong similarities to the type described by MacDonald (1983) in  and quot;the lateral subdivision of the BST and quot;, which clearly corresponds to the Ov reported by Ju and Swanson (1989). "></definition>
		<nomenclature>Larriva-Sahd</nomenclature>
		<PUBMEDID>16786552</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1002">local interneuron</is_a>
		<part_of id="BAMSC273">Bed nuclei of the stria terminalis oval nucleus</part_of>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="McDonald">spiny neuron</related_term>
		</relation>
	</concept>
	<concept>
		<ID>BAMSC992</ID>
		<name>spiny neuron with chandelier-like axon</name>
		<definition label="This cell type, usually found throughout the core of the Ov, is separately classified from other spiny neurons for its oval or triangular soma and, above all, ubiquitous axonal features. The soma measures from 17 to 22 micrometers in the longest axis, and it gives rise to two or three thick primary dendrites devoid of spines. Primary dendrites are relatively short (20 to 70 micrometers), providing long secondary (120 to 200 micrometers) and occasionally tertiary, terminal dendrites. An abundance of dendritic spines is a prominent feature of secondary and tertiary dendrites. The dendritic field is roughly ovoid; it measures 150 to 300 micrometers and remains within the confines of the core. The axon stems from the soma or from the root of a primary dendrite, following an arched trajectory for 100 to 300 micrometers. Then, the axon gives rise to two to six long collaterals, which display small varicosities. A unique feature of SCA axons is the presence of short, straight collaterals issuing transverse drumstick terminals. These collaterals consist of rows of large, rounded swellings connected by very thin (0.2 micrometers) axoplasmic bridges, i.e., candles."></definition>
		<nomenclature>Larriva-Sahd</nomenclature>
		<PUBMEDID>16786552</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1002">local interneuron</is_a>
		<part_of id="BAMSC273">Bed nuclei of the stria terminalis oval nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC993</ID>
		<name>dense axon plexus-forming neurons</name>
		<definition label="Among the short to axon neurons, the neurogliaform (NG) and spinous neurogliaform (SNG) types have an extremely dense plexus, and both fall into the DAPF category (Jones, 1984). Both cell types are found in the upper half of the core of the Ov."></definition>
		<nomenclature>Larriva-Sahd</nomenclature>
		<PUBMEDID>16786552</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1002">local interneuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC995</ID>
		<name>beaded neuron</name>
		<definition label="... cell located within the core of the nucleus [BSTov] that is termed a beaded neuron (BN) because of its rounded soma and numerous spherules along both dendrites and axon (Fig. 11). The soma measures from 12 to 17 micrometers in its widest axis and is nearly spherical, having a rather smooth profile. The soma issues two or three short primary dendrites, which usually run horizontally. After a short distance (10 to 40 micrometers), these proximal branches give rise to sets of two to five long, secondary dendrites. The occurrence of third to order dendrites is variable, as is their length (20 to 150 micrometers). A defining characteristic of BN dendrites is the presence of distinct varicosities that are virtually devoid of dendritic spines, similar to those described by Belenky et al. (2003) for certain retinal ganglion cells."></definition>
		<nomenclature>Larriva-Sahd</nomenclature>
		<PUBMEDID>16786552</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1002">local interneuron</is_a>
		<part_of id="BAMSC273">Bed nuclei of the stria terminalis oval nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC996</ID>
		<name>constrained-range neuron</name>
		<definition label="The shape and dimensions of the dendritic field have strong implications for connectivity (Szentagothai, 1990, Stepanyants and Chklovskii, 2005) and accordingly, projection neurons in the Ov fall into two broad classes, namely, wide to range (larger than 300 micrometers) and constrained to range dendritic fields."></definition>
		<nomenclature>Larriva-Sahd</nomenclature>
		<PUBMEDID>16786552</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1001">projection interneuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC997</ID>
		<name>wide-range neuron</name>
		<definition label="The shape and dimensions of the dendritic field have strong implications for connectivity (Szentagothai, 1990, Stepanyants and Chklovskii, 2005) and accordingly, projection neurons in the Ov fall into two broad classes, namely, wide to range (larger than 300 micrometers)."></definition>
		<nomenclature>Larriva-Sahd</nomenclature>
		<PUBMEDID>16786552</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1001">projection interneuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC998</ID>
		<name>motor neuron, extraocular muscles</name>
		<definition label="The motoneurons of the superior oblique [muscle] are located in the contralateral trochlear nucleus.... The cell bodies of lateral rectus motoneurons are not homogeneously distributed throughout the ipsilateral abducens nucleus. "></definition>
		<nomenclature>Glicksman</nomenclature>
		<PUBMEDID>7370761</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC965">motor somatic neuron</is_a>
		<part_of id="BAMSC644">Abducens nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC999</ID>
		<name>IO projecting neuron, cerebellar nuclei</name>
		<definition label="Large numbers of neurons in the lateral, the anterior interposed and the posterior interposed cerebellar nuclei, and small numbers of neurons in the ventrolateral region of the medial cerebellar nucleus and in the dorsal part of the lateral vestibular nucleus were retrogradely labeled by WGA to HRP injections restricted to the IO. "></definition>
		<nomenclature>Mugnaini</nomenclature>
		<PUBMEDID>1793166</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1001">projection interneuron</is_a>
		<part_of id="BAMSC352">Fastigial nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC1000</ID>
		<name>nucleocortical neuron</name>
		<definition label="Some of the nuclei cells, receiving input from the Purkinje cells, project back to the same cortical zones (the nucleocortical neurons, NCN)."></definition>
		<nomenclature>Batini et al.</nomenclature>
		<PUBMEDID>1371781</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1001">projection interneuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC1001</ID>
		<name>projection interneuron</name>
		<definition label="Projection interneurons form the category of interneurons that send an axon through a pathway from one gray matter region to synapse in one or more different gray matter regions, although the axon may establish local collaterals as well (Swanson, 2003, p. 245; Bota and Swanson, 2007, Fig. 3)."></definition>
		<nomenclature>Ad-hoc</nomenclature>
		<is_a id="BAMSC961">interneuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC1002</ID>
		<name>local interneuron</name>
		<definition label="Local interneurons form the category of interneurons whose axon stays entirely within the gray matter region where the cell body resides (Swanson, 2003, p. 245; Bota and Swanson, 2007, Fig. 3)."></definition>
		<nomenclature>Ad-hoc</nomenclature>
		<is_a id="BAMSC961">interneuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC1006</ID>
		<name>motor neuroendocrine magnocellular oxytocin neuron</name>
		<definition label="Oxytocin and vasopressin are the prototypical hormones of the magnocellular secretory system. The distribution of magnocellular neurosecretory vasopressin and oxytocin neurons is illustrated schematically in Figure 3, where it can be seen that oxytocin cells tend to be concetrated anteriorly and medially, while vasopressin cells tend to be concentrated posteriorly and anteriorly. ..these two groups of magnocellular neurosceretory neurons are found throughout the rostral half of the hypothalamus. "></definition>
		<nomenclature>Swanson</nomenclature>
		<is_a id="BAMSC968">motor neuroendocrine magnocellular neuron</is_a>
		<part_of id="BAMSC490">Anterior hypothalamic nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC1008</ID>
		<name>motor neuroendocrine magnocellular vasopressin neuron</name>
		<definition label="Oxytocin and vasopressin are the prototypical hormones of the magnocellular secretory system. The distribution of magnocellular neurosecretory vasopressin and oxytocin neurons is illustrated schematically in Figure 3, where it can be seen that oxytocin cells tend to be concetrated anteriorly and medially, while vasopressin cells tend to be concentrated posteriorly and anteriorly. ..these two groups of magnocellular neurosceretory neurons are found throughout the rostral half of the hypothalamus. "></definition>
		<nomenclature>Swanson</nomenclature>
		<is_a id="BAMSC968">motor neuroendocrine magnocellular neuron</is_a>
		<part_of id="BAMSC468">Paraventricular nucleus of the hypothalamus, parvicellular division, medial parvicellular part, dorsal zone</part_of>
	</concept>
	<concept>
		<ID>BAMSC1009</ID>
		<name>retinal ganglion cell A</name>
		<definition label="This group includes all of the large to bodied/large to field RGCs in the rat...Group RGA cells...have large somata (15 to 39 micrometers in diameter) and large, radially branching dendritic fields (235 to 748 micrometers in diameter), and many exhibit tracer couplin"></definition>
		<nomenclature>Huxlin and Goodchild</nomenclature>
		<PUBMEDID>9268130</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC969">retinal ganglion cell</is_a>
	</concept>
	<concept>
		<ID>BAMSC1010</ID>
		<name>retinal ganglion cell B</name>
		<definition label="Sixty to eight neurons with small somata (12 to 24 micrometers in diameter), small dendritic fields (99 to 289 micrometers in diameter), and small axonal diameters (04. to 07. micrometers in diameter) make up Group RGB.We classified cells with a large soma and a large dendritic field as RGA, cells with a small to  to medium to sized soma and a small to  to medium to sized dendritic field as RGB, and cells with a small to  to medium to sized soma but a medium to to to large dendritic field RGC."></definition>
		<nomenclature>Huxlin and Goodchild</nomenclature>
		<PUBMEDID>9268130</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC969">retinal ganglion cell</is_a>
	</concept>
	<concept>
		<ID>BAMSC1011</ID>
		<name>retinal ganglion cell C</name>
		<definition label="Group RGC cells are defined as having small to to to medium cell bodies and medium to to to large dendritic fields. Their morphology was more heterogeneous than that of Groups RGA and RGB. We classified cells with a large soma and a large dendritic field as RGA, cells with a small to  to medium to sized soma and a small to  to medium to sized dendritic field as RGB, and cells with a small to  to medium to sized soma but a medium to to to large dendritic field RGC."></definition>
		<nomenclature>Huxlin and Goodchild</nomenclature>
		<PUBMEDID>9268130</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC969">retinal ganglion cell</is_a>
	</concept>
	<concept>
		<ID>BAMSC1012</ID>
		<name>wide field diffuse amacrine cell</name>
		<definition label="This cell type has a mean soma size of 10 micrometers (range 8.3 to 13.5 micrometers; N = 14). The extent of its dendritic field is difficult to define precisely; there is a core of short branches that extend vertically through the inner plexiform layer, and this core is surrounded by a number of branches that take an oblique course through the inner plexiform layer before terminating at variable distance from the cell soma at the level of ganglion cells. The dendrites of these cells have a characteristic varicose appearance and the ends of the dendrites often terminate with one of these swellings."></definition>
		<nomenclature>Perry</nomenclature>
		<PUBMEDID>6158054</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC971">retinal amacrine cell</is_a>
		<part_of id="BAMSC530">Retina, inner nuclear layer</part_of>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Wassle">A17 amacrine cell</related_term>
		</relation>
	</concept>
	<concept>
		<ID>BAMSC1013</ID>
		<name>stratified amacrine cell</name>
		<definition label="Stratified amacrine cells have their dendrites confined to one or several places within the inner plexiform layer."></definition>
		<nomenclature>Perry</nomenclature>
		<PUBMEDID>6158054</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC971">retinal amacrine cell</is_a>
	</concept>
	<concept>
		<ID>BAMSC1014</ID>
		<name>rod bipolar cell</name>
		<definition label="We observed one type of bipolar cell with the typical rod bipolar morphology...The dendritic trees of RBs are more bushy and their dendrites are finer and penetrate further into the outer nuclear layer where they innervate rod spherules. The somata of RBs are larger and are located in the outer half of the INL close to the OPL; their axons run through the OPL and end in large lobulated terminals at the border of the IPL and ganglion cell layer."></definition>
		<nomenclature>Wassle</nomenclature>
		<PUBMEDID>855089</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC972">retinal bipolar cell</is_a>
		<part_of id="BAMSC530">Retina, inner nuclear layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC1015</ID>
		<name>type 1 cone bipolar cell</name>
		<definition label="Type 1 CB (n = 6, Fig. 1B) is an outer cone bipolar cell with a flat stratification in stratum 1 of the IPL and only one ascending primary dendrite that ramifies sparsely."></definition>
		<nomenclature>Wassle</nomenclature>
		<PUBMEDID>855089</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC972">retinal bipolar cell</is_a>
		<part_of id="BAMSC530">Retina, inner nuclear layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC1016</ID>
		<name>type 2 cone bipolar cell</name>
		<definition label="Type 2 and type 3 CBs have similar [with type 1 CB] dendritic tree shapes but show diffuse stratification at different levels of the outer half of the IPL, that is in strata 1 to 2 and 2, respectively. ... the axon terminal system of type 2 looks a bit disordered."></definition>
		<nomenclature>Wassle</nomenclature>
		<PUBMEDID>855089</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC972">retinal bipolar cell</is_a>
		<part_of id="BAMSC530">Retina, inner nuclear layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC1017</ID>
		<name>type 3 cone bipolar cell</name>
		<definition label="Type 2 and type 3 CBs have similar [with type 1 CB] dendritic tree shapes but show diffuse stratification at different levels of the outer half of the IPL, that is in strata 1 to 2 and 2, respectively. ...the axon terminal of type 3 shows a  and quot;well to arranged and quot; treelike branching pattern."></definition>
		<nomenclature>Wassle</nomenclature>
		<PUBMEDID>855089</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC972">retinal bipolar cell</is_a>
		<part_of id="BAMSC530">Retina, inner nuclear layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC1018</ID>
		<name>type 4 cone bipolar cell</name>
		<definition label="Type 4 (n = 4, Fig. 1E) is a diffuse CB stratifying in both strata 1 and 2. "></definition>
		<nomenclature>Wassle</nomenclature>
		<PUBMEDID>855089</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC972">retinal bipolar cell</is_a>
		<part_of id="BAMSC530">Retina, inner nuclear layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC1019</ID>
		<name>type 5 cone bipolar cell</name>
		<definition label="Type 5 and type 6, both have a very narrow ramification. By using Normaski optics, the two cell types can be distinguished by their stratification level within the IPL relative to a band of higher optical density, which is localized at the border of strata 3 and 4 and represents the inner cholinergic band."></definition>
		<nomenclature>Wassle</nomenclature>
		<PUBMEDID>855089</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC972">retinal bipolar cell</is_a>
		<part_of id="BAMSC530">Retina, inner nuclear layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC1020</ID>
		<name>type 6 cone bipolar cell</name>
		<definition label="Type 5 and type 6, both have a very narrow ramification. By using Normaski optics, the two cell types can be distinguished by their stratification level within the IPL relative to a band of higher optical density, which is localized at the border of strata 3 and 4 and represents the inner cholinergic band."></definition>
		<nomenclature>Wassle</nomenclature>
		<PUBMEDID>855089</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC972">retinal bipolar cell</is_a>
		<part_of id="BAMSC530">Retina, inner nuclear layer</part_of>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Ivanova and Muller">type 6a bipolar cell</related_term>
		</relation>
	</concept>
	<concept>
		<ID>BAMSC1021</ID>
		<name>type 7 cone bipolar cell</name>
		<definition label="Type 7 and type 8  are diffuse CBs with their axonal terminal systems in the inner part of the IPL. Type 7 stratifies in strata 3 and 4....Both cell types [type 7 and type 8] have slender cell bodies."></definition>
		<nomenclature>Wassle</nomenclature>
		<PUBMEDID>855089</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC972">retinal bipolar cell</is_a>
		<part_of id="BAMSC530">Retina, inner nuclear layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC1022</ID>
		<name>type 8 cone bipolar cell</name>
		<definition label="Type 7 and type 8  are diffuse CBs with their axonal terminal systems in the inner part of the IPL. Type 7 stratifies in strata 3 and 4....Both cell types [type 7 and type 8] have slender cell bodies"></definition>
		<nomenclature>Wassle</nomenclature>
		<PUBMEDID>855089</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC972">retinal bipolar cell</is_a>
		<part_of id="BAMSC530">Retina, inner nuclear layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC1023</ID>
		<name>type 9 cone bipolar cell</name>
		<definition label="Type 9 CB has a very sparse but large axonal terminal system in the inner IPL (mainly stratum 5), with occasional processes penetrating into the GCL. The dendritic tree is also sparsely branched but covers a wide range of the OPL."></definition>
		<nomenclature>Wassle</nomenclature>
		<PUBMEDID>855089</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC972">retinal bipolar cell</is_a>
		<part_of id="BAMSC530">Retina, inner nuclear layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC1024</ID>
		<name>Golgi neuron, big</name>
		<definition label="In the adult rat two principal kinds of Golgi cells can be distinghuished: large cells lying in the upper half of the granular layer and small cells in the deeper half. "></definition>
		<nomenclature>Chan-Palay</nomenclature>
		<is_a id="BAMSC979">Golgi neuron</is_a>
		<part_of id="BAMSC304">Cerebellar cortex</part_of>
	</concept>
	<concept>
		<ID>BAMSC1025</ID>
		<name>Golgi neuron, small</name>
		<definition label="In the adult rat two principal kinds of Golgi cells can be distinghuished: large cells lying in the upper half of the granular layer and small cells in the deeper half. "></definition>
		<nomenclature>Chan-Palay</nomenclature>
		<is_a id="BAMSC979">Golgi neuron</is_a>
		<part_of id="BAMSC304">Cerebellar cortex</part_of>
	</concept>
	<concept>
		<ID>BAMSC1026</ID>
		<name>basket neuron</name>
		<definition label="The basket cell has a roughly pyramidal or ovoid shape, and it lies in the lower third of the molecular layer with its long axis parallel to the Purkinje cell layer in the sagittal plane. In Nissl preparations little more can be seen of it than its triangular or oval cell body, about 10 micrometers long....Ramon y Cajal (1888a and b) was the first to discover the characteristic terminal plexus elaborated around the Purkinje cell body by the axons of these cells. He named this formation the pericellular nest (nid pericellulaire). His finding was quickly confirmed by Kolliker (1890), who referred to the same structure as a  and quot;fiber basket and quot; (Faserkorb), and to the cells that gave rise to it as  and quot;basket cells and quot; (Korbzellen)."></definition>
		<nomenclature>Chan-Palay</nomenclature>
		<is_a id="BAMSC983">cerebellar molecular layer interneuron</is_a>
		<part_of id="BAMSC304">Cerebellar cortex</part_of>
	</concept>
	<concept>
		<ID>BAMSC1027</ID>
		<name>stellate neuron</name>
		<definition label="The stellate cells compose a class of small polymorphous neurons lying in the outer two thirds of the molecular layer. They were described by a number of early authors, Fusari (1883), Ponti (1897), Smirnow (1897), in addition to Ramon y Cajal (1889b)."></definition>
		<nomenclature>Chan-Palay</nomenclature>
		<is_a id="BAMSC983">cerebellar molecular layer interneuron</is_a>
		<part_of id="BAMSC304">Cerebellar cortex</part_of>
	</concept>
	<concept>
		<ID>BAMSC1028</ID>
		<name>510 nm-cone</name>
		<definition label="...the rat cone earlier identified as having a peak at about 510 nm (Neitz and JAcobs, 1986)."></definition>
		<nomenclature>Neitz et al.</nomenclature>
		<PUBMEDID>8472794</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC975">cone</is_a>
		<part_of id="BAMSC528">Retina, outer nuclear layer</part_of>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Szel and Rohlich">green-sensitive cone</related_term>
		</relation>
	</concept>
	<concept>
		<ID>BAMSC1029</ID>
		<name>360 nm-cone</name>
		<definition label="The photopigment curves that provide best fits to...sensitivity measurements have an average spectral peak of 358.2 nm."></definition>
		<nomenclature>Neitz et al.</nomenclature>
		<PUBMEDID>8472794</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC975">cone</is_a>
		<part_of id="BAMSC528">Retina, outer nuclear layer</part_of>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Szel and Rohlich">blue-sensitive cone</related_term>
		</relation>
	</concept>
	<concept>
		<ID>BAMSC1030</ID>
		<name>neurogliaform</name>
		<definition label="The soma of NG is oval to pear to shaped, measuring about 18 micrometers in the longest axis (Fig. 10C). Six to nine primary dendrites leave the soma in a radial fashion, and, although in general most of these primary branches do not ramify."></definition>
		<nomenclature>Larriva-Sahd</nomenclature>
		<PUBMEDID>15211463</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC993">dense axon plexus-forming neurons</is_a>
		<part_of id="BAMSC274">Bed nuclei of the stria terminalis juxtacapsular nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC1031</ID>
		<name>spiny neurogliaform neuron</name>
		<definition label="The second type of neuron originating a dense axonal plexus is the spiny neurogliaform neuron. SNG shares somatic and dendritic characteristics with common spiny neurons (see above) but bears clear to cut somatic and axonal differences (Fig.
10A,B). "></definition>
		<nomenclature>Larriva-Sahd</nomenclature>
		<PUBMEDID>16786552</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC993">dense axon plexus-forming neurons</is_a>
		<part_of id="BAMSC273">Bed nuclei of the stria terminalis oval nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC1032</ID>
		<name>spiny projection neuron</name>
		<definition label="A superficial spiny neuron sharing some somatodendritic features with SSNs (see above), is a projection cell also lying in the lateral part of the shell of the nucleus (Figs. 7B and 16, neuron 6). The soma of SPNs is usually pear to shaped, measuring from 22 to 32 micrometers in the longest axis. Three to six primary dendrites originate in the soma and give rise to short secondary or preterminal branches. Tertiary dendrites are longer (100 to 200 micrometers) than those from CSNs. An important, distinctive feature of SPNs is that secondary and successively distal dendrites are laden with dendritic spines. "></definition>
		<nomenclature>Larriva-Sahd</nomenclature>
		<PUBMEDID>16786552</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC996">constrained-range neuron</is_a>
		<part_of id="BAMSC273">Bed nuclei of the stria terminalis oval nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC1033</ID>
		<name>projecting star neuron</name>
		<definition label="The soma of a PSN is rounded or polygonal, measuring 20 to 23 micrometers, with a smooth, convex profile. These neurons send out three to seven primary dendrites that diverge radially (Fig. 12A, neurons b and c). Most frequently, primary dendrites ramify shortly after leaving the soma ( smaller than 35 micrometers), issuing long, usually terminal branches. "></definition>
		<nomenclature>Larriva-Sahd</nomenclature>
		<PUBMEDID>16786552</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC996">constrained-range neuron</is_a>
		<part_of id="BAMSC273">Bed nuclei of the stria terminalis oval nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC1034</ID>
		<name>fusiform neuron</name>
		<definition label="Among the principal neurons of the core of the Ov, the most common cell type is a fusiform neuron with rather long, slender dendrites originating wide ( bigger than 700 micrometers), narrow dendritic fields."></definition>
		<nomenclature>Larriva-Sahd</nomenclature>
		<PUBMEDID>16786552</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC997">wide-range neuron</is_a>
		<part_of id="BAMSC273">Bed nuclei of the stria terminalis oval nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC1035</ID>
		<name>heterodendritic neuron</name>
		<definition label="HNs give rise to long (350 to 500 micrometers), slender dendritic fields that may traverse the entire Ov. These neurons are located in similar proportions in the nuclear shell (41%) or in the core (59%). Somata of HNs are triangular, rounded, or spindle shaped, in order of frequency, measuring from 18 to 28 micrometers in the longest axis. As a rule, HNs possess long primary dendrites that terminate in second to order branches. These processes are covered by a moderate number of dendritic spines whose stems are uneven in length. "></definition>
		<nomenclature>Larriva-Sahd</nomenclature>
		<PUBMEDID>16786552</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC997">wide-range neuron</is_a>
		<part_of id="BAMSC273">Bed nuclei of the stria terminalis oval nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC1036</ID>
		<name>motor neuroendocrine parvicellular TRH neuron</name>
		<definition label="Many TRH to positive neurons were seen in the parvocellular part of the nucleus, mainly in the anterior and medial parvocellular part (Fig. 8F). No positive cells were found in the lateral parvocellular part nor in the magnocellular division."></definition>
		<nomenclature>Swanson</nomenclature>
		<PUBMEDID>2469987</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC967">motor neuroendocrine parvicellular neuron</is_a>
		<part_of id="BAMSC467">Paraventricular nucleus of the hypothalamus, parvicellular division, anterior parvicellular part</part_of>
	</concept>
	<concept>
		<ID>BAMSC1037</ID>
		<name>motor neuroendocrine parvicellular SOM neuron</name>
		<definition label="Neurosecretory somatostatin cell bodies are generally small and fusiform, and are centered in a characteristic regions of the periventricular zone between the suprachiasmatic nucleus rostrally and the rostral tip of the ventromedial nucleus caudally."></definition>
		<nomenclature>Swanson</nomenclature>
		<is_a id="BAMSC967">motor neuroendocrine parvicellular neuron</is_a>
		<part_of id="BAMSC469">Paraventricular nucleus of the hypothalamus, parvicellular division, periventricular part</part_of>
	</concept>
	<concept>
		<ID>BAMSC1038</ID>
		<name>motor neuroendocrine parvicellular GRH neuron</name>
		<definition label="Immunostained bodies are confined to the arcuate nucleus, and to a zone that continues laterally from the arcuate nucleus to surround the ventromedial nucleus and end in the ventral medial parvocellular part of the paraventricular nucleus and in the dorsomedial nucleus (Bloch et al., 1983a b; Sawchenko et al. 1985b)."></definition>
		<nomenclature>Swanson</nomenclature>
		<is_a id="BAMSC967">motor neuroendocrine parvicellular neuron</is_a>
		<part_of id="BAMSC456">Paraventricular nucleus of the hypothalamus, descending division, medial parvicellular part, ventral zone</part_of>
	</concept>
	<concept>
		<ID>BAMSC1039</ID>
		<name>motor neuroendocrine parvicellular DA neuron</name>
		<definition label="Collator note: see Swanson 1987."></definition>
		<nomenclature>Swanson</nomenclature>
		<is_a id="BAMSC967">motor neuroendocrine parvicellular neuron</is_a>
		<part_of id="BAMSC456">Paraventricular nucleus of the hypothalamus, descending division, medial parvicellular part, ventral zone</part_of>
	</concept>
	<concept>
		<ID>BAMSC1040</ID>
		<name>descending neuron, sympathetic system</name>
		<definition label="At least 1000 neurons in the paraventricular nucleus project to the spinal cord, and they are concentrated primarily in the dorsal, lateral, and ventral medial parvocellular parts of the nucleus (Hosoya, 1980; Swanson and Kuypers 1980a; Schwanzel to Fukuda)."></definition>
		<nomenclature>Swanson</nomenclature>
		<is_a id="BAMSC976">descending neuron</is_a>
		<part_of id="BAMSC479">Medial preoptic area</part_of>
	</concept>
	<concept>
		<ID>BAMSC1041</ID>
		<name>descending neuron, sympathetic/parasympathetic system</name>
		<definition label="...at least 15% of the neurons with descending projections in the paraventricular nucleus, lateral hypothalamic and retrochiasmatic areas, and ventromedial send collaterals to both the dorsal vagal complexs and thoracic levels of the spinal cord..."></definition>
		<nomenclature>Swanson</nomenclature>
		<is_a id="BAMSC976">descending neuron</is_a>
		<part_of id="BAMSC456">Paraventricular nucleus of the hypothalamus, descending division, medial parvicellular part, ventral zone</part_of>
	</concept>
	<concept>
		<ID>BAMSC1042</ID>
		<name>reciprocal projections neuron, cerebellar nuclei</name>
		<definition label="...perfectly matched those [2] described previously reciprocal, non to reciprocal and symmetrical projections were found. Collator note: this neurons receive projections from Purkinke cells and send feedback axons to the same cerebellar cortex neurons. From "></definition>
		<nomenclature>Batini et al.</nomenclature>
		<PUBMEDID>247111</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1000">nucleocortical neuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC1043</ID>
		<name>non-reciprocal projections neuron, cerebellar nuclei</name>
		<definition label="...perfectly matched those [2] described previously reciprocal, non to reciprocal and symmetrical projections were found. Collator note: this neurons do not receive projections from Purkinje cells different of those that send projections to them."></definition>
		<nomenclature>Batini et al.</nomenclature>
		<PUBMEDID>247111</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1000">nucleocortical neuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC1044</ID>
		<name>symmetrical projections neuron, cerebellar nuclei</name>
		<definition label="...perfectly matched those [2] described previously reciprocal, non to reciprocal and symmetrical projections were found. Collator note: this neurons project contralaterally to Purkinje neurons."></definition>
		<nomenclature>Batini et al.</nomenclature>
		<PUBMEDID>247111</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1000">nucleocortical neuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC1045</ID>
		<name>retinal ganglion cell A1</name>
		<definition label="Subgroup RGA1 cells (Figs. 2A, 3 to 5, Table 1) have a morphology similar to that of the giant cells of Bunt (1976). They have large somata, often polygonal in shape, from which a medium to  to large to gauge axon emerges (Figs. 2A, 3). In one instance, a bifucarting axon was seen to exit the soma (see Fig. 3A). The large dendritic fields of RGA1 cells consist of three to seven stout dendrites that emerge radially from a centrally placed soma. The dendrites are smooth and overlap infrequently (Figs. 2, 3). RGA1 cells are found across the retina (Figs. 5, 6)and, on average, have the largest dendritic fields of all the RGCs labelled. RGA1 cells exhibited tracer coupling...they were strongly coupled to at least ten neurons (large to bodied gnalgion cells and some presumed amacrine cells to the latter gad very small somata and were found both the GCL and the INL; Fig.5). We classified cells with a large soma and a large dendritic field as RGA, cells with a small to  to medium to sized soma and a small to  to medium to sized dendritic field as RGB, and cells with a small to  to medium to sized soma but a medium to to to large dendritic field RGC. Seventy five RGA cells were identified. RGA cells had an average soma diameter of 23.4 micrometers, an average dendritic to field diameter of 300.0 micrometers, and a radial pattern of branching. They are similar to Perry type I cells (Perry, 1979)."></definition>
		<nomenclature>Huxlin and Goodchild</nomenclature>
		<PUBMEDID>9268130</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1009">retinal ganglion cell A</is_a>
		<part_of id="BAMSC532">Retina, ganglion cell layer</part_of>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Bunt">giant ganglion cell</related_term>
		</relation>
	</concept>
	<concept>
		<ID>BAMSC1046</ID>
		<name>retinal ganglion cell A2</name>
		<definition label="Alpha ganglion cells, which were defined by Peichl (1989), were identified and termed RGA2 in the present study (see Table 1). The RGA2 cell has a large soma from which a thick axon emerges. Four to eight stout primary dendrites project radially from the cell body and branch repeatedly in a Y to shaped pattern. The dendrites branch at regular intervals, with the first branch point being within half of a soma diameter of the cell body. This branching pattern gives the appearance of a relatively uniform, medium density of dendrites across the dendritic arbor. The cell body is usually situated at the centre of the dendritic field. They stratify at ... 72  and plusmn; 15% of the IPL (inner) or 34  and plusmn; 10% of the IPL (outer). RGA2 cells had a round soma and 4 to 7 primary dendrites that branch repeatedly proximal to the soma. In contrast to the RGA1 cells, RGA2 cells have many more dendrites surrounding the soma (Fig. 3B)."></definition>
		<nomenclature>Huxlin and Goodchild</nomenclature>
		<PUBMEDID>9268130</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1009">retinal ganglion cell A</is_a>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Perry">retinal ganglion cell type I</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Dreher">retinal ganglion cell Class I</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Peichl">alpha retinal ganglion cell</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Reese and Cowey">large ganglion cell</related_term>
		</relation>
	</concept>
	<concept>
		<ID>BAMSC1047</ID>
		<name>retinal ganglion cell B1</name>
		<definition label="Twenty to six neurons were defined as RGB1 cells (Fig. 8A, Table1). One of their characteristic features is the fact that the cell body always lies outside within the confines of the dendritic tree. They have the highest eccentricity of body relative to dendritic field of all ganglion cell identified. The majority of RGB1 cells analysed stratify diffusely within the IPL; nevertheless, their dendritic trees are centred in either the on to  or the off to  sublaminae of the IPL (Table 1). RGB1 cells were found across the retina. 1 cells had curvy but generally radially branching dendrites (Fig. 5A). They ramified in the outer IPL close to the middle."></definition>
		<nomenclature>Huxlin and Goodchild</nomenclature>
		<PUBMEDID>9268130</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1010">retinal ganglion cell B</is_a>
		<part_of id="BAMSC532">Retina, ganglion cell layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC1048</ID>
		<name>retinal ganglion cell B2</name>
		<definition label="Fourteen neurons were defined as RGB2 cells (Figs. 2D, 8B). These cells are easy to distinguish by the very dense nature of their small dendritic trees. This high density is due to frequent, irregular branching of fine dendrites, which curve, twist, and overlap extensively (Fig. 2D). Their cell body is generaly located well within the confines of the dendritic tree. RGB2 cells were found across the retina (Fig. 9). RGB2 cells had a very small but very dense dendritic field (Fig. 5B), featuring numerous tiny branches bearing spines. They ramified almost in the middle of the IPL."></definition>
		<nomenclature>Huxlin and Goodchild</nomenclature>
		<PUBMEDID>9268130</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1010">retinal ganglion cell B</is_a>
		<part_of id="BAMSC532">Retina, ganglion cell layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC1049</ID>
		<name>retinal ganglion cell B3</name>
		<definition label="Twenty to four cells were defined as RGB3 cells (Fig. 8C). The shape and branching patterns of their dendritic trees resemble those of RGA2 cells, although dendritic fields are much smaller. The somata are centrally located within the dendritic field. RGB3 cells show a greater range in dendritic field sizes than other RGB subgroups (Fig. 9), which suggests further heteronegeitiy. RGB3 cells had curvy, recursive dendrites, forming a relatively sparse dendritic field (Fig. 5C)."></definition>
		<nomenclature>Huxlin and Goodchild</nomenclature>
		<PUBMEDID>9268130</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1010">retinal ganglion cell B</is_a>
		<part_of id="BAMSC532">Retina, ganglion cell layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC1050</ID>
		<name>retinal ganglion cell C1</name>
		<definition label="Five RGc1 cells were labelled that have small somata and large asymmetrical dendritic fields (Figs. 10A, 12). Although only a small number of them were labelled, they resemble the medial terminal nucleus (MTN) to projecting cells described by Dann and Buhl (1987). Compared with neurons in Group RGA, RGC1 cells have smaller cell bodies, a higher density of dendritic branching, and usually asymmetrical dendritic fields. The RGC1 cells exhibited smooth, small caliber, recursive dendrites extending from large primary ones. Dendritic field was of medium density (Fig. 6A). The RGC1 stratified mostly in the inner IPL. Their morphology is very similar to the MTN to projecting cells characterized by Dann and Buhl (1987)."></definition>
		<nomenclature>Huxlin and Goodchild</nomenclature>
		<PUBMEDID>9268130</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1011">retinal ganglion cell C</is_a>
		<part_of id="BAMSC532">Retina, ganglion cell layer</part_of>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Dann">MTN-projecting retinal ganglion cell</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Dreher">retinal ganglion cell Class I</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Peichl">alpha retinal ganglion cell</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Reese and Cowey">large ganglion cell</related_term>
		</relation>
	</concept>
	<concept>
		<ID>BAMSC1051</ID>
		<name>retinal ganglion cell C others</name>
		<definition label="The Group RGc cells, as mentioned above, are a heterogeneous population: we labelled several neurons that could not be classified as RGC1 or RGC2. Includes previously described exmples of Type III or Class III cells (Perry, 1979, Dreher et al., 1985), with their small somata and, in some cases, very large dendritic fields."></definition>
		<nomenclature>Huxlin and Goodchild</nomenclature>
		<PUBMEDID>9268130</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1011">retinal ganglion cell C</is_a>
		<part_of id="BAMSC532">Retina, ganglion cell layer</part_of>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Sun">retinal ganglion cell C3</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Dreher">retinal ganglion cell Class I</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Peichl">alpha retinal ganglion cell</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Reese and Cowey">large ganglion cell</related_term>
		</relation>
	</concept>
	<concept>
		<ID>BAMSC1052</ID>
		<name>type (a) narrow-field unistratified amacrine cell</name>
		<definition label="The type (a) narrow field unistratified cell has previously been described by Perry (1979), and was called a type IV [collator note: retinal ganglion] cell. This type of cell can be found with its cell soma in either the ganglion cell layer or the inner nuclear layer. Unlike the other types of amacrine cell this type is found with its cell soma in the ganglion cell layer than in the inner nuclear layer. The dimensions of these cells (mean soma size 10.1 micrometers and mean dendritic field size 219 micrometers, from Perry (1979)) are the same in both layers. Examples of this cell type are shown in figure 3, plate 1, and figure 11."></definition>
		<nomenclature>Perry</nomenclature>
		<PUBMEDID>6158054</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1013">stratified amacrine cell</is_a>
		<part_of id="BAMSC530">Retina, inner nuclear layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC1053</ID>
		<name>type (b) narrow-field unistratified amacrine cell</name>
		<definition label="The type (b) narrow to field unistratified cell has a similar [collator note: with the type (a) narrow field unistratified amacrine neuron] mean soma diameter of 9.2 micrometers (range 7.5 to 11.3 micrometeres; N = 14) and the size of its dendritic field is similar to the the type (a) narrow field unistratified cell (mean 215 micrometers; range 135 to 282 micrometers; N = 14). A single primary dendrite arises from the cell soma and passes into the inner plexiform layer before branching on a plane. In contrast with the type (a) narrow field unistratified cell this cell has coarser, mostly spine to free, dendrites. Figure 3 and 12 show examples of this cell tpye, one of which has its soma in the ganglion cell layer."></definition>
		<nomenclature>Perry</nomenclature>
		<PUBMEDID>6158054</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1013">stratified amacrine cell</is_a>
		<part_of id="BAMSC530">Retina, inner nuclear layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC1054</ID>
		<name>wide-field unistratified amacrine cell</name>
		<definition label="The wide to field unistratified cells fall in three subgroups. The measurements of the dendritic field are only considered to be estimates since we do not believe that we have ever seen these cells completely stained..."></definition>
		<nomenclature>Perry</nomenclature>
		<PUBMEDID>6158054</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1013">stratified amacrine cell</is_a>
	</concept>
	<concept>
		<ID>BAMSC1055</ID>
		<name>bistratified amacrine cell</name>
		<definition label="Collator note: bistratified amacrine cells are not explicitly defined by Perry and Walker. Perry and Walker describe three types of bistratified amacrine cells, having thef dendrites or spines distributed in two strata as the common character. "></definition>
		<nomenclature>Perry</nomenclature>
		<PUBMEDID>6158054</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1013">stratified amacrine cell</is_a>
	</concept>
	<concept>
		<ID>BAMSC1056</ID>
		<name>stratified diffuse amacrine cell</name>
		<definition label="Stratified diffuse amacrine cells have their dendrites lying in more than one plane but not extending the full of the inner plexiform layer. In the rat retina the arrangement of the dendirtes is visualized more readily in vertical sections than in whole mounts, and the dendritic filed is found to terminate in either the inner or the outer half of the inner plexiform layer, although the latter is more common. The cells have a mean soma size of 8.9 micrometers (range 7.5 to 10.5 micrometers; N = 15). Usually a single process leaves the cell soma and passes into the inner plexiform layer before a tight field of short branches is formed (see figure 8, plate 2, and figure 17); the mean dendritic size is 30 micrometers (range 20 to 46 micrometers; N = 15). "></definition>
		<nomenclature>Perry</nomenclature>
		<PUBMEDID>6158054</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1013">stratified amacrine cell</is_a>
		<part_of id="BAMSC530">Retina, inner nuclear layer</part_of>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Menger">type 4 glycinergic retinal amacrine cell</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Dreher">retinal ganglion cell Class I</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Peichl">alpha retinal ganglion cell</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Reese and Cowey">large ganglion cell</related_term>
		</relation>
	</concept>
	<concept>
		<ID>BAMSC1057</ID>
		<name>reciprocal GABA-IR neuron, cerebellar nuclei</name>
		<definition label="In each of the three nuclei examined, only a small
proportion of the total number of retrogradely labeled NCN
was found to be GABA to IR. Furthermore, the proportions of
NCN containing GABA were very similar whether the
nuclei gave reciprocal or symmetrical projections."></definition>
		<nomenclature>Batini et al.</nomenclature>
		<PUBMEDID>1371781</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1042">reciprocal projections neuron, cerebellar nuclei</is_a>
		<part_of id="BAMSC352">Fastigial nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC1058</ID>
		<name>symmetrical Glu-IR neuron, cerebellar nuclei</name>
		<definition label="The percentages of Glu to IR NCN were also roughly the
same in the nuclei reciprocally or symmetrically connected
to the cortical injection sites in five animals (Fig. 9B)"></definition>
		<nomenclature>Batini et al.</nomenclature>
		<PUBMEDID>1371781</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1044">symmetrical projections neuron, cerebellar nuclei</is_a>
		<part_of id="BAMSC352">Fastigial nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC1059</ID>
		<name>reciprocal Glu-IR neuron, cerebellar nuclei</name>
		<definition label="The percentages of Glu to IR NCN were also roughly the
same in the nuclei reciprocally or symmetrically connected
to the cortical injection sites in five animals (Fig. 9B)"></definition>
		<nomenclature>Batini et al.</nomenclature>
		<PUBMEDID>1371781</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1042">reciprocal projections neuron, cerebellar nuclei</is_a>
		<part_of id="BAMSC352">Fastigial nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC1060</ID>
		<name>symmetrical GABA-IR neuron, cerebellar nuclei</name>
		<definition label="In each of the three nuclei examined, only a small
proportion of the total number of retrogradely labeled NCN
was found to be GABA to IR. Furthermore, the proportions of
NCN containing GABA were very similar whether the
nuclei gave reciprocal or symmetrical projections."></definition>
		<nomenclature>Batini et al.</nomenclature>
		<PUBMEDID>1371781</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1044">symmetrical projections neuron, cerebellar nuclei</is_a>
		<part_of id="BAMSC352">Fastigial nucleus</part_of>
	</concept>
	<concept>
		<ID>BAMSC1061</ID>
		<name>retinal ganglion cell A2 inner</name>
		<definition label="As Huxlin and Goodchild (1997), we identified two groups of RGA2 cells with dendrites stratifying in the inner and outer IPL (Table 1). They are morphologically similar to the outer alpha cells of Peichl (1989) and Tauchi et al. (1992). As Huxlin and Goodchild (1997), we identified two groups of RGA2 cells with dendrites stratifying in the inner and outer IPL (Table 1). They are morphologically similar to the outer alpha cells of Peichl (1989) and Tauchi et al. (1992)."></definition>
		<nomenclature>Huxlin and Goodchild</nomenclature>
		<PUBMEDID>9268130</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1046">retinal ganglion cell A2</is_a>
		<part_of id="BAMSC532">Retina, ganglion cell layer</part_of>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Peichl">inner alpha retinal ganglion cell</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Dreher">retinal ganglion cell Class I</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Peichl">alpha retinal ganglion cell</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Reese and Cowey">large ganglion cell</related_term>
		</relation>
	</concept>
	<concept>
		<ID>BAMSC1065</ID>
		<name>retinal ganglion cell A2 outer</name>
		<definition label="As Huxlin and Goodchild (1997), we identified two groups of RGA2 cells with dendrites stratifying in the inner and outer IPL (Table 1). They are morphologically similar to the outer alpha cells of Peichl (1989) and Tauchi et al. (1992)."></definition>
		<nomenclature>Huxlin and Goodchild</nomenclature>
		<PUBMEDID>9268130</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1046">retinal ganglion cell A2</is_a>
		<part_of id="BAMSC532">Retina, ganglion cell layer</part_of>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Peichl">outer alpha retinal ganglion cell</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Dreher">retinal ganglion cell Class I</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Peichl">alpha retinal ganglion cell</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Reese and Cowey">large ganglion cell</related_term>
		</relation>
	</concept>
	<concept>
		<ID>BAMSC1066</ID>
		<name>retinal ganglion cell C2 inner</name>
		<definition label="Two groups of RGC2 cells ramified in the inner IPL and outer IPL, respectively. Their morphology is very similar to the delta cells identified by Peichl (1989)."></definition>
		<nomenclature>Huxlin and Goodchild</nomenclature>
		<PUBMEDID>12511081</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1073">retinal ganglion cell C2</is_a>
		<part_of id="BAMSC532">Retina, ganglion cell layer</part_of>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Peichl">inner delta retinal ganglion cell</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Dreher">retinal ganglion cell Class I</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Peichl">alpha retinal ganglion cell</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Reese and Cowey">large ganglion cell</related_term>
		</relation>
	</concept>
	<concept>
		<ID>BAMSC1067</ID>
		<name>retinal ganglion cell C2 outer</name>
		<definition label="Two groups of RGC2 cells ramified in the inner IPL and outer IPL, respectively. Their morphology is very similar to the delta cells identified by Peichl (1989)."></definition>
		<nomenclature>Huxlin and Goodchild</nomenclature>
		<PUBMEDID>12511081</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1073">retinal ganglion cell C2</is_a>
		<part_of id="BAMSC532">Retina, ganglion cell layer</part_of>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Peichl">outer delta retinal ganglion cell</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Dreher">retinal ganglion cell Class I</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Peichl">alpha retinal ganglion cell</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Reese and Cowey">large ganglion cell</related_term>
		</relation>
	</concept>
	<concept>
		<ID>BAMSC1068</ID>
		<name>type (a) wide-field unistratified amacrine cell</name>
		<definition label="This wide to field unistratified cell has a mean soma of 11.1 micrometers. A single dendrite arises from the cell soma before it branches on a plane. These branches, about 1 micrometer in diameter, then apss in many directions within that plane; the bifurcations that do occur are near the cell soma and the dendrites take a straingth line across the retina (see figure 4, plate 1, and figure 13). Type (a) and type (b) wide to field unistratified amacrine cells have been found with their cell bodies in either the inner nuclear layer or in the ganglion cell layer."></definition>
		<nomenclature>Perry</nomenclature>
		<PUBMEDID>6158054</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1054">wide-field unistratified amacrine cell</is_a>
		<part_of id="BAMSC530">Retina, inner nuclear layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC1069</ID>
		<name>type (b) wide-field unistratified amacrine cell</name>
		<definition label="The second type of wide to field unistratified amacrine cell has a soma of similar size to that of the type (a) wide to field unistratified cells and the dendrites have the same thin unbranched appearance. However, these cells do not send their dendrites in all directions but in only two in a single plan. As reported by Gallego (1971), these wide to field unistratified amacrine cells have a dendritic filed covering an area of an hour to glass (see figure 4 and 13). "></definition>
		<nomenclature>Perry</nomenclature>
		<PUBMEDID>6158054</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1054">wide-field unistratified amacrine cell</is_a>
		<part_of id="BAMSC530">Retina, inner nuclear layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC1070</ID>
		<name>narrow-field bistratified amacrine cell</name>
		<definition label="The third type of cell in the wide to field unistratified class of amacrine cell has a distinct dendritic pattern. The mean soma size, 11.4 micrometers, is larger than the other two types range (10.0 to 13.0 micrometers; N = 10). Usually three but sometimes two large dendrites arise from the cell in the same layer as the soma. After a short distance a very fine branch comes off each of the larger branches, again in the same plane as the cell soma."></definition>
		<nomenclature>Perry</nomenclature>
		<PUBMEDID>6158054</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1055">bistratified amacrine cell</is_a>
		<part_of id="BAMSC530">Retina, inner nuclear layer</part_of>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Wassle">AII amacrine cell</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Dreher">retinal ganglion cell Class I</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Peichl">alpha retinal ganglion cell</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Reese and Cowey">large ganglion cell</related_term>
		</relation>
	</concept>
	<concept>
		<ID>BAMSC1071</ID>
		<name>wide-field bistratified amacrine cell</name>
		<definition label="These wide to field bistratified cells have a process that leaves the soma and passes almost vertically through the inner plexiform layer before branching near the ganglion cell layer, but in addition they also have processes that run laterally at the level of the inner nuclear layer."></definition>
		<nomenclature>Perry</nomenclature>
		<PUBMEDID>6158054</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1055">bistratified amacrine cell</is_a>
		<part_of id="BAMSC530">Retina, inner nuclear layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC1072</ID>
		<name>type (c) wide-field unistratified amacrine cell</name>
		<definition label="The third type of cell in the wide to field unistratified class of amacrine cell has a distinct dendritic pattern. The mean soma size, 11.4 micrometers, is larger than the other two types range (10.0 to 13.0 micrometers; N = 10). Usually three but sometimes two large dendrites arise from the cell in the same layer as the soma.  "></definition>
		<nomenclature>Perry</nomenclature>
		<PUBMEDID>6158054</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1054">wide-field unistratified amacrine cell</is_a>
		<part_of id="BAMSC530">Retina, inner nuclear layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC1073</ID>
		<name>retinal ganglion cell C2</name>
		<definition label="RGC2 gave a morphology similar to the delta ganglion cells of Peichl (1989). They have a small to medium to sized somata from which fine axons emerge. Two to four primary dendrites branch close to the soma. These and subsequent branches twist and turn, unlike the radiating dendrites of the Group RGA neurons. The soma is usually central to the dendritic field. The dendritic fileds are smalled than those Group RGA cells at the same eccentricities, and they show little variation in size as a function of eccentricity (Fig. 12). RGC2 neurons did not exhibit tracer coupling, but many have numerous and prominent dendritic spines. The RGC2 cells had a similar morphology to RGC1 cells but with curvier dendrites and a denser dendritic field (Fig. 6B)."></definition>
		<nomenclature>Huxlin and Goodchild</nomenclature>
		<PUBMEDID>9268130</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1011">retinal ganglion cell C</is_a>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Peichl">delta retinal ganglion cell</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Dreher">retinal ganglion cell Class I</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Peichl">alpha retinal ganglion cell</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Reese and Cowey">large ganglion cell</related_term>
		</relation>
	</concept>
	<concept>
		<ID>BAMSC1074</ID>
		<name>Ganglia</name>
		<definition label="In vertebrates, ganglia are neuron aggregations associated with nerves or peripheral plexuses of the peripheral nervous system; in archaic terminology, ganglion could also refer to a neuron population in the vertebrate central nervous system (Swanson, 2003, p. 244; 2004, p. 179)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC7">Peripheral nervous system</part_of>
	</concept>
	<concept>
		<ID>BAMSC1075</ID>
		<name>Nerve fibers</name>
		<definition label="In this context, nerve fibers are defined as neuronal processes within peripheral nerves (Swanson, 2004, p. 179)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC7">Peripheral nervous system</part_of>
	</concept>
	<concept>
		<ID>BAMSC1076</ID>
		<name>Sensory ganglia</name>
		<definition label="Sensory ganglia are components of the peripheral nervous system, and are aggregates of sensory neurons associated with the cranial and spinal nerves (Swanson, 2004, p. 179)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1074">Ganglia</part_of>
	</concept>
	<concept>
		<ID>BAMSC1077</ID>
		<name>Cranial sensory ganglia</name>
		<definition label="Cranial sensory ganglia are aggregations of sensory neurons associated with the cranial nerves (Swanson, 2004, p. 179)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1076">Sensory ganglia</part_of>
	</concept>
	<concept>
		<ID>BAMSC1078</ID>
		<name>Spinal sensory ganglia</name>
		<definition label="Spinal sensory ganglia are aggregations of sensory neurons associated with the spinal nerves, also known as dorsal root ganglia (Swanson, 2004, p. 179)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1076">Sensory ganglia</part_of>
	</concept>
	<concept>
		<ID>BAMSC1079</ID>
		<name>Autonomic ganglia</name>
		<definition label=" Autonomic ganglia are components of the vertebrate peripheral nervous system that are aggregates of postganglionic autonomic neurons directly innervating non to neural tissues (Swanson, 2004, p. 179)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1074">Ganglia</part_of>
	</concept>
	<concept>
		<ID>BAMSC1080</ID>
		<name>Sympathetic ganglia</name>
		<definition label="Sympathetic ganglia are one of two types of autonomic ganglia, characterized by long postganglionic axons and typically though not always using norepinephrine as a neurotransmitter (Swanson, 2004, p. 179)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1079">Autonomic ganglia</part_of>
	</concept>
	<concept>
		<ID>BAMSC1081</ID>
		<name>Paravertebral sympathetic ganglia</name>
		<definition label="Paravertebral sympathetic ganglia are connected to the proximal end of peripheral mixed spinal nerves by short white and/or gray communicating rami (Swanson, 2004, p. 179)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1080">Sympathetic ganglia</part_of>
	</concept>
	<concept>
		<ID>BAMSC1082</ID>
		<name>Prevertebral sympathetic ganglia</name>
		<definition label="Prevertebral sympathetic ganglia are concentrated around or near the major arteries, between the spinal cord and gut (Swanson, 2004, p. 179)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1080">Sympathetic ganglia</part_of>
	</concept>
	<concept>
		<ID>BAMSC1083</ID>
		<name>Sympathetic plexuses</name>
		<definition label="Sympathetic plexuses are mixtures of autonomic ganglion cells, autonomic axons, and often dorsal root ganglion cell fibers as well; they are concentrated around or near the arteries (Swanson, 2004, p. 179)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1080">Sympathetic ganglia</part_of>
	</concept>
	<concept>
		<ID>BAMSC1084</ID>
		<name>Parasympathetic ganglia</name>
		<definition label="Parasympathetic ganglia are one of two types of autonomic ganglia, characterized by short postganglionic axons and typically using acetylcholine as a neurotransmitter (Swanson, 2004, p. 179)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1079">Autonomic ganglia</part_of>
	</concept>
	<concept>
		<ID>BAMSC1085</ID>
		<name>Cranial parasympathetic ganglia</name>
		<definition label="Cranial parasympathetic ganglia are associated with the cranial nerves; three are well to known: ciliary, pterygopalatine, and otic (Swanson, 2004, p. 179)"></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1084">Parasympathetic ganglia</part_of>
	</concept>
	<concept>
		<ID>BAMSC1086</ID>
		<name>Sacral parasympathetic ganglia</name>
		<definition label="Sacral parasympathetic ganglia are associated with the sacral spinal nerves, with the best known being the pelvic ganglion (Swanson, 2004, p. 179)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1084">Parasympathetic ganglia</part_of>
	</concept>
	<concept>
		<ID>BAMSC1087</ID>
		<name>Parasympathetic plexuses</name>
		<definition label=""></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1084">Parasympathetic ganglia</part_of>
	</concept>
	<concept>
		<ID>BAMSC1088</ID>
		<name>Enteric nervous system</name>
		<definition label="The enteric nervous system is an extensive peripheral plexus within the wall of the gastrointestinal tract that generates intrinsic neural activity, which is modulated by craniospinal nerve input (Swanson, 2004, p. 179)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1074">Ganglia</part_of>
	</concept>
	<concept>
		<ID>BAMSC1089</ID>
		<name>Submucosal plexus</name>
		<definition label="The submucosal plexus is the major outer differentiation of the enteric nervous system, also known as Meissner plexus (Swanson, 2004, p. 179)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1088">Enteric nervous system</part_of>
	</concept>
	<concept>
		<ID>BAMSC1090</ID>
		<name>Myenteric plexus</name>
		<definition label="he myenteric plexus is the major inner differentiation of the enteric nervous system, also known as Auerbach plexus (Swanson, 2004, p. 179)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1088">Enteric nervous system</part_of>
	</concept>
	<concept>
		<ID>BAMSC1091</ID>
		<name>Nerves</name>
		<definition label=" Nerves are axon bundles in the peripheral nervous system (Swanson, 2004, p. 179)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1075">Nerve fibers</part_of>
	</concept>
	<concept>
		<ID>BAMSC1092</ID>
		<name>Cranial nerves</name>
		<definition label="It is traditional to list 12 nerve pairs attached to the part of vertebrate central nervous system within the cranium (Swanson, 2004, p. 179)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1091">Nerves</part_of>
	</concept>
	<concept>
		<ID>BAMSC1093</ID>
		<name>Spinal nerves</name>
		<definition label="Spinal nerves are paired and attached sequentially to the part of the vertebrate central nervous system within the vertebral canal (Swanson, 2004, p. 179)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1091">Nerves</part_of>
	</concept>
	<concept>
		<ID>BAMSC1094</ID>
		<name>Nerve plexuses</name>
		<definition label="Nerve plexuses are formed by the interjoining of peripheral nerves, typified by the brachial and lumbosacral plexuses associated with the nerves to the upper and lower limbs, respectively (Swanson, 2004, p. 179)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1075">Nerve fibers</part_of>
	</concept>
	<concept>
		<ID>BAMSC1095</ID>
		<name>Cerebellum related fiber tracts</name>
		<definition label="Cerebellum to related fiber tracts include the deep white matter (arbor vitae), cerebellar commissure, and the three cerebellar peduncles interconnecting it with the cerebrospinal trunk (Swanson, 2004, p. 177)."></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC9">Central nervous system white matter</part_of>
	</concept>
	<concept>
		<ID>BAMSC1096</ID>
		<name>cerebellar commissure</name>
		<definition label=""></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1095">Cerebellum related fiber tracts</part_of>
	</concept>
	<concept>
		<ID>BAMSC1097</ID>
		<name>cerebellar peduncles</name>
		<definition label=""></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1095">Cerebellum related fiber tracts</part_of>
	</concept>
	<concept>
		<ID>BAMSC1098</ID>
		<name>superior cerebellar peduncle</name>
		<definition label=""></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1097">cerebellar peduncles</part_of>
	</concept>
	<concept>
		<ID>BAMSC1099</ID>
		<name>superior cerebellar peduncle decussation</name>
		<definition label=""></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1098">superior cerebellar peduncle</part_of>
	</concept>
	<concept>
		<ID>BAMSC1100</ID>
		<name>uncinate fascicle</name>
		<definition label=""></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1098">superior cerebellar peduncle</part_of>
	</concept>
	<concept>
		<ID>BAMSC1101</ID>
		<name>ventral spinocerebellar tract</name>
		<definition label=""></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1098">superior cerebellar peduncle</part_of>
	</concept>
	<concept>
		<ID>BAMSC1102</ID>
		<name>middle cerebellar peduncle</name>
		<definition label=""></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1097">cerebellar peduncles</part_of>
	</concept>
	<concept>
		<ID>BAMSC1103</ID>
		<name>inferior cerebellar peduncle</name>
		<definition label=""></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1097">cerebellar peduncles</part_of>
	</concept>
	<concept>
		<ID>BAMSC1104</ID>
		<name>dorsal spinocerebellar tract</name>
		<definition label=""></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1103">inferior cerebellar peduncle</part_of>
	</concept>
	<concept>
		<ID>BAMSC1105</ID>
		<name>cuneocerebellar tract</name>
		<definition label=""></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1103">inferior cerebellar peduncle</part_of>
	</concept>
	<concept>
		<ID>BAMSC1106</ID>
		<name>juxtarestiform body</name>
		<definition label=""></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1103">inferior cerebellar peduncle</part_of>
	</concept>
	<concept>
		<ID>BAMSC1107</ID>
		<name>bulbocerebellar tract</name>
		<definition label=""></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1103">inferior cerebellar peduncle</part_of>
	</concept>
	<concept>
		<ID>BAMSC1108</ID>
		<name>olivocerebellar tract</name>
		<definition label=""></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1107">bulbocerebellar tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC1109</ID>
		<name>reticulocerebellar tract</name>
		<definition label=""></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1107">bulbocerebellar tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC1110</ID>
		<name>trigeminocerebellar tract</name>
		<definition label=""></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1103">inferior cerebellar peduncle</part_of>
	</concept>
	<concept>
		<ID>BAMSC1111</ID>
		<name>arbor vitae</name>
		<definition label=""></definition>
		<nomenclature>Swanson-2004</nomenclature>
		<collator>Larry Swanson</collator>
		<part_of id="BAMSC1095">Cerebellum related fiber tracts</part_of>
	</concept>
	<concept>
		<ID>BAMSC1112</ID>
		<name>HSD2 neuron</name>
		<definition label="A subgroup of neurons in NTS and several other rat CNS regions that express glucocorticoid to inactivating enzyme 11 to beta to hydroxysteroid dehydrogenase type 2 (HSD2), a signature of aldosterone to sensitive tissues. The NTS population may represent a unique phenotype."></definition>
		<nomenclature>Geerling</nomenclature>
		<PUBMEDID>16320254</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1001">projection interneuron</is_a>
		<part_of id="BAMSC615">Nucleus of the solitary tract</part_of>
	</concept>
	<concept>
		<ID>BAMSC1113</ID>
		<name>horizontal cell</name>
		<definition label="By definition, horizontal cells have dendrites which run tangential to or parallel with the surface of the colliculus. Most horizontal cells have fusiform cell bodies, about 10 micrometers in diameter, lying within 250 micrometers of the surface."></definition>
		<nomenclature>Langer</nomenclature>
		<PUBMEDID>4615112</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1002">local interneuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC1114</ID>
		<name>superficial horizontal cell</name>
		<definition label="Collator note: superficial horizontal cells are considered a separate type of the horizontal cell on the basis of the cell body localization. Cell bodies of superficial horizontal cells are located in the stratum zonale and in the upper stratum griseum superficiale (see Table 1 page 407). Otherwise, the definition of the superficial horizontal cell is identical with that of the class horizontal cell."></definition>
		<nomenclature>Langer</nomenclature>
		<PUBMEDID>4615112</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1113">horizontal cell</is_a>
	</concept>
	<concept>
		<ID>BAMSC1115</ID>
		<name>deep horizontal cell</name>
		<definition label="Collator note: deep horizontal cells are considered a separate type of the horizontal cell on the basis of the cell body localization. Cell bodies of deep horizontal cells are located in the stratum zonale and in stratum opticum (see Table 1 page 407). Otherwise, the definition of the deep horizontal cell is identical with that of the class horizontal cell."></definition>
		<nomenclature>Langer</nomenclature>
		<PUBMEDID>4615112</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1113">horizontal cell</is_a>
	</concept>
	<concept>
		<ID>BAMSC1116</ID>
		<name>marginal cell</name>
		<definition label="The marginal cells are the most superficially located and the smallest cells of the superior colliculus. Their 5 to 8 micrometers wide, ovoid cell bodies are interspersed among or just beneath the anteroposterior coursing fibers of the stratum zonale. They
project one to five, but most commonly two, dendrites from the deeper portions of the cell body surface. These branch several times to form a dense arbor of dendritic processes that extend as much as 150 micrometers subjacent to the cell body and may
radiate as much as 75 micrometers lateral to the cell body.
The axon of a marginal cell resembles other local axons in that it has an extensive local distribution, has a fine caliber, and many branches, but no over to all direction (fig. 9). There are both en passant and terminal varicosities, suggesting both types of synaptic contact. Our material did not show any marginal cell axon extending below the zone of horizontal cells."></definition>
		<nomenclature>Langer</nomenclature>
		<PUBMEDID>4615112</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1002">local interneuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC1117</ID>
		<name>piriform cell</name>
		<definition label="The piriform cells have ovoid or cup shaped cell bodies, 10 to 15 micrometers in diameter, located within a narrow lamina along the deep margin of the zone of horizontal cells. The restriction of the piriform cell somata to the boundary between the zone of horizontal cells and the zone of vertical cells is remarkably accurate and consistent. The piriform cells give rise to 2 to 5 dendrites from the superficial surface, which course through the zone of horizontal cells to terminate just beneath the surface. As the ascending dendrites approach the surface they branch more frequently, almost always by equipartition, to form a complicated intermingling bouquet of slowly tapering dendrites, 150 to 350 micrometers in width and slightly less than 200 micrometers in depth. The axon most frequently takes its origin from the base of the soma, but sometimes it arises from one of the low order dendrites. From its origin the axon runs immediately down through the zone of vertical cells, occasionally with collaterals which may arborize within the superficial laminae. The axon is thin and smooth, occasionally with en passant varicosities."></definition>
		<nomenclature>Langer</nomenclature>
		<PUBMEDID>4615112</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1002">local interneuron</is_a>
		<part_of id="BAMSC539">Superior colliculus optic layer</part_of>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Langer">type I ganglion cell</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Dreher">retinal ganglion cell Class I</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Peichl">alpha retinal ganglion cell</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Reese and Cowey">large ganglion cell</related_term>
		</relation>
	</concept>
	<concept>
		<ID>BAMSC1118</ID>
		<name>narrow field vertical cell</name>
		<definition label="Narrow field vertical cells are a SC class of cells which include vertical fusiform cells, pyramidal cells and inverted pyramidal cells. They are distributed across several of the SC layers (see Table 1, page 407). For morphological details, see the definitions of subclasses and types of this class. Collator note: we assumed this class of neurons as projection neurons, because at least several subpopulations project to visually related areas. See Sefton et al., 2005; Mason and Groos, 1981; Mackay to Sim et al. 1983; Okoyama and Kudo, 1987)."></definition>
		<nomenclature>Langer</nomenclature>
		<PUBMEDID>4615112</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1001">projection interneuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC1119</ID>
		<name>vertical fusiform cell</name>
		<definition label="Vertical fusiform cells have narrow, cylindrical, vertically oriented dendritic fields and generally an elongated cell body, fusiform in its vertical axis. Both the cell body and the dendritic field vary in their dimensions depending upon the particular type of vertical fusiform cell. There are three types of vertical fusiform cells. All have dendritic fields 100 to 200 micrometers wide, with the more superficial cells having narrower fields. The cell bodies of vertical fusiform cells may be bipolar, with ascending and descending trunks or they may be multipolar. The most common configuration is of two ascending dendritic trunks and two descending dendritic trunks. The bipolar vertical fusiform cells are usually smooth cells and the multipolar vertical fusiform cells are usually spiny. The smooth vertical fusiform cells have thinner dendrites that branch less frequently, thus are less voluminous. The dendrites which arise from the superficial surface of the vertical fusiform cell soma are the principal source of the superficial field, and those which arise from the deep surface are the principal source of the deep field, but frequently branches from one of the primary dendrites will contribute to the other field. Usually the deep dendrites turn superficially. In the extreme case the entire deep field will turn to extend superficially. The axon of vertical fusiform cells commonly arises from one of the low order dendrites. It runs deep toward the ganglion zone of the superior colliculus. A few cells have local distributions which may extend throughout the depth of the superficial zones. The axon is similar to other intrinsic axons but thicker than those of the marginal or horizontal cells."></definition>
		<nomenclature>Langer</nomenclature>
		<PUBMEDID>4615112</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1118">narrow field vertical cell</is_a>
	</concept>
	<concept>
		<ID>BAMSC1120</ID>
		<name>superficial vertical fusiform cell</name>
		<definition label="The superficial vertical fusiform cells have cell bodies 10 to 15 micrometers wide lying in the zone of horizontal cells and send dendrites to the upper and lower margins of that zone (fig. 12c)."></definition>
		<nomenclature>Langer</nomenclature>
		<PUBMEDID>4615112</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1118">narrow field vertical cell</is_a>
	</concept>
	<concept>
		<ID>BAMSC1121</ID>
		<name>intermediate vertical fusiform cell</name>
		<definition label="The intermediate vertical fusiform cells have cell bodies 12 to 18 micrometers in diameter in the upper portion of the zone of vertical cells and their dendritic fields extend from the collicular surface to the deep margin of the zone of vertical cells (fig. 12b, 13). Intermediate vertical fusiform cells most often have a superficial field with relatively fewer spines, straighter, more even caliber dendrites that branch less often but more equally than those in the deep field of the same cell (figs. 12b, 13)."></definition>
		<nomenclature>Langer</nomenclature>
		<PUBMEDID>4615112</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1118">narrow field vertical cell</is_a>
		<part_of id="BAMSC539">Superior colliculus optic layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC1122</ID>
		<name>deep vertical fusiform cell</name>
		<definition label="Deep vertical fusiform cells have cell bodies about 20 micrometers wide and their dendrites extend from the upper margin of the zone of vertical cells to the depth of the zone of optic fibers perhaps even deeper. The superficial and deep fields are usually
notably different in the manner in which the dendrites branch and spread, the over to all size of the fields, the shapes of the fields, the type and density of spines, and the caliber of the dendrites."></definition>
		<nomenclature>Langer</nomenclature>
		<PUBMEDID>4615112</PUBMEDID>
		<collator>Mihail Bota</collator>
		<part_of id="BAMSC540">Superior colliculus intermediate gray layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC1123</ID>
		<name>pyramidal cell</name>
		<definition label="Pyramidal cells are similar to vertical fusiform cells in most respects. They have a vertically elongated cell body, about 15 micrometers in transverse diameter, in the deeper half of the zone of vertical cells. The dendritic field is narrow and cylindrical, 100 to 250 micrometer in diameter, and extends from the upper margin of the zone of horizontal cells to the lower margin of the zone of vertical cells, about 500 micrometers. Rather than having superficial and deep fields, the pyramidal cell has the deep field reduced to a circumsomatic field, or a diminuitive basal field, and the superficial field is relatively elongated to accord with the deeper cell body. Pyramidal cells are usually multipolar, with one or two thick apical dendrites, which branch several times on the way to the surface, particularly in the upper portion of the zone of horizontal cells, and several smaller dendrites which form a small field about the cell body. It is of interest that smooth pyramidal cells tend to have two primary dendrites, like smooth vertical fusiform cells. The axon takes its origin from the soma or a low order dendrite and runs down into the deep zones. It is smooth and thin, about like that of the vertical fusiform cells.
"></definition>
		<nomenclature>Langer</nomenclature>
		<PUBMEDID>4615112</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1118">narrow field vertical cell</is_a>
		<part_of id="BAMSC538">Superior colliculus superficial gray layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC1124</ID>
		<name>inverted pyramidal cell</name>
		<definition label="One other cell type within the definition of the narrow field vertical cells is what iscalled an inverted pyramidal cell. They are similar to pyramidal cells except that the cell body lies within the deep portion of the zone of horizontal cells. The superficial field is a circumsomatic field and the deep field is elongated to reach into the deeper portion of the zone of vertical cells. The cell body is about the size of an intermediate vertical fusiform cell soma. The axon is similar, but more apt to have collaterals to the superficial zones."></definition>
		<nomenclature>Langer</nomenclature>
		<PUBMEDID>4615112</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1118">narrow field vertical cell</is_a>
		<part_of id="BAMSC538">Superior colliculus superficial gray layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC1125</ID>
		<name>wide field vertical cell</name>
		<definition label="There are two similar populations in the group of wide field vertical cells. The first lies in the deep margin of the zone of vertical cells where it looks very similar to the piriform cells relative to the zone of horizontal cells. Cajal called these the ovoid or triangular cells. The second population has its cell bodies distributed primarily to the upper portion of the zone of optic fibers. Cajal called these triangular or stellate cells. Cajal's nomenclature is rather bulky and, though descriptive, somewhat confusing because stellate cells are a distinct cell type in the nomenclature of this paper and triangular occurs in both names. For reasons developed below, the ovoid or triangular cells or wide field cells of the zone of vertical cells will be called Type II ganglion cells and the triangular or stellate cells or wide field cells of the zone of optic fibers will be called Type III ganglion cells. Type I ganglion cells are the piriform cells. Collator note: we assumed this class of neurons as projection neurons, because at least several subpopulations project to visually related areas. See Sefton et al., 2005; Mason and Groos, 1981; Mackay to Sim et al. 1983; Okoyama and Kudo, 1987)."></definition>
		<nomenclature>Langer</nomenclature>
		<PUBMEDID>4615112</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1001">projection interneuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC1126</ID>
		<name>type I ganglion cell</name>
		<definition label="Type I ganglion cells are the piriform cells."></definition>
		<nomenclature>Langer</nomenclature>
		<PUBMEDID>4615112</PUBMEDID>
		<collator>Mihail Bota</collator>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Langer">piriform cell</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Dreher">retinal ganglion cell Class I</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Peichl">alpha retinal ganglion cell</related_term>
		</relation>
		<relation>
			<relation_type>synonym</relation_type>
			<related_term nomenclature="Reese and Cowey">large ganglion cell</related_term>
		</relation>
	</concept>
	<concept>
		<ID>BAMSC1127</ID>
		<name>type II ganglion cell</name>
		<definition label="The Type II ganglion cells, like the piriform cells, have all or almost all of their dendritic field superficial to the cell body. The 15 to 25 micrometers cell body lies within a narrow range of depths at the deep margin of the zone of vertical cells from which it may send 3 to 7 primary dendrites vertically or obliquely towards the surface to form a dendritic field in excess of 400 micrometers in diameter and about 500 micrometers deep. The primary dendrites may derive from any portion of the cell body surface, but they usually arise from the dorsal or lateral surfaces. The dendrites of Type II ganglion cells intermingle, giving them a dense arbor of dendrites that extend over large regions of the superior colliculus. The axon may originate from the cell body or a low order dendrite. It may project into the region superficial to the cell body (figs. 9, 14) or into the deep zones (fig. 15). The axon of the superficial projection is similar to other intrinsic axons except for being thicker. It branches frequently to form an arbor approximately as wide as the dendritic field, which it overlaps, but they are not necessarily coincident, nor is one contained within the other."></definition>
		<nomenclature>Langer</nomenclature>
		<PUBMEDID>4615112</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1125">wide field vertical cell</is_a>
		<part_of id="BAMSC539">Superior colliculus optic layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC1128</ID>
		<name>type III ganglion cell</name>
		<definition label="The Type III ganglion cells resemble Type II ganglion cells in most respects. They are multipolar with 3 4 primary dendrites, a cell body 20 to 25 micrometers in major diameter, and a dendritic field which may be more than 1000 micrometers in diameter. They differ
in that some of their dendrites extend below the cell body and their cell bodies lie in the zone of optic fibers. The axon almost invariably runs down into the deep portion of the colliculus. Type III ganglion cells tend to have fewer, but thicker, dendrites passing
through the first two zones than is usual for Type II ganglion cells. The dendrites are less spiny, branch less often, but like the other types of ganglion cells, they break up into many fine branches as they approach the surface, particularly in the upper portion of the zone of horizontal cells."></definition>
		<nomenclature>Langer</nomenclature>
		<PUBMEDID>4615112</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1125">wide field vertical cell</is_a>
		<part_of id="BAMSC540">Superior colliculus intermediate gray layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC1129</ID>
		<name>stellate neuron</name>
		<definition label="The third major category of cells in the superior colliculus is the stellate cell. The cells are defined by the lack of over to all orientation to the dendritic fields which extend symmetrically from the cell body. Stellate cells are multipolar with dendrites arising from any portion of the cell body. The dendrites may range anywhere from gnarled to radiate with the gnarled spiny cells most frequent in the zone of horizontal cells and the smooth radiate cells increasingly more frequent in the deeper zones until they are almost the only cell type in the zones below the stratum opticum. The dimensions of the cell bodies and dendritic fields are comparable to those of other cells in the same zone and the dendritic field is generally contained within the same zone as the cell body.
The axons of stellate cells have both local and/or distant distributions and a morphology characteristic of intrinsic axons. As with all the other cell types, the axon may take its origin from the cell body or a low order dendrite."></definition>
		<nomenclature>Langer</nomenclature>
		<PUBMEDID>4615112</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1001">projection interneuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC1130</ID>
		<name>stellate cell of the zone of horizontal cells</name>
		<definition label="Collator note: this cell type is not explicitly defined, but is considered here as distinct, based on the definition of the stellate cells class (category) and Table 1 page 407."></definition>
		<nomenclature>Langer</nomenclature>
		<PUBMEDID>4615112</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1129">stellate neuron</is_a>
		<part_of id="BAMSC538">Superior colliculus superficial gray layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC1131</ID>
		<name>stellate cell of the zone of vertical cells</name>
		<definition label="Collator note: this cell type is not explicitly defined, but is considered here as distinct, based on the definition of the stellate cells class (category) and Table 1 page 407."></definition>
		<nomenclature>Langer</nomenclature>
		<PUBMEDID>4615112</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1129">stellate neuron</is_a>
		<part_of id="BAMSC539">Superior colliculus optic layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC1132</ID>
		<name>stellate cell of the zone of optic fibers</name>
		<definition label="Collator note: this cell type is not explicitly defined, but is considered here as distinct, based on the definition of the stellate cells class (category) and Table 1 page 407."></definition>
		<nomenclature>Langer</nomenclature>
		<PUBMEDID>4615112</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1129">stellate neuron</is_a>
		<part_of id="BAMSC540">Superior colliculus intermediate gray layer</part_of>
	</concept>
	<concept>
		<ID>BAMSC1133</ID>
		<name>multipolar cell (ganglion zone of SC)</name>
		<definition label="Collator note: this cell type is not explicitly defined, but is considered here as distinct, based on the definition of the stellate cells class (category) and Table 1 page 407."></definition>
		<nomenclature>Langer</nomenclature>
		<PUBMEDID>4615112</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1129">stellate neuron</is_a>
		<part_of id="BAMSC541">Superior colliculus intermediate gray layer sublayer a</part_of>
	</concept>
	<concept>
		<ID>BAMSC1134</ID>
		<name>class A neuron</name>
		<definition label="The first and most common group (class A of Grossman et al. 1973) (Fig. 1) consists of cells which vary in soma diameter from 11 to 20 microns (mean = 14.0 microns). These cells have 4 to 8 primary dendrites, of roughly equal size, each of which branches between 6 and 12 microns from the soma to form 2 to 3 secondary dendrites. Secondary as well as tertiary dendrites (when present) possess irregularly spaced appendages which are either short and blunt in appearance, or appear as short, thin stalks with terminal swellings. These latter appendages were often seen at dendritic branch points, and resemble the grape to like clusters described on neurons of the cat LGN (Guillery 1966)."></definition>
		<nomenclature>Webster-Gabbott</nomenclature>
		<PUBMEDID>6094230</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1001">projection interneuron</is_a>
		<part_of id="BAMSC420">Dorsal part of the lateral geniculate complex</part_of>
	</concept>
	<concept>
		<ID>BAMSC1135</ID>
		<name>class B neuron</name>
		<definition label="The second group of cells seen in our Golgi material (class B of Grossman et al. 1973; Fig. 2) typically had small somas (10 microns) and only 2 to 3 primary dendrites which often extended several hundred microns from the soma. These primary dendrites usually branched only once and the secondary dendrites were rarely seen to branch. Thin, axon to like processes were occasionally seen arising from these cells (Fig. 2), but they could not be traced for any distance and could not be positively identified as axons. Class B cells were most commonly seen in the lateral portions of the nucleus, and their dendritic arbors were typically oriented parallel to the lateral border of the LGN. When members of this class had somas located away from the borders of the LGN, the orientation of their dendritic arbors was less pronounced (Fig. 2)."></definition>
		<nomenclature>Webster-Gabbott</nomenclature>
		<PUBMEDID>6094230</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1002">local interneuron</is_a>
	</concept>
	<concept>
		<ID>BAMSC1136</ID>
		<name>B1 neuron</name>
		<definition label="Collator note: this neuron (type) is not explicitly defined in the associated reference. Is considered as a separate subpopulation of B interneurons, as GABA to positive/diaphorase negative neurons."></definition>
		<nomenclature>Webster-Gabbott</nomenclature>
		<PUBMEDID>7884043</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1135">class B neuron</is_a>
		<part_of id="BAMSC420">Dorsal part of the lateral geniculate complex</part_of>
	</concept>
	<concept>
		<ID>BAMSC1137</ID>
		<name>B2 neuron</name>
		<definition label="Collator note: this neuron (type) is not explicitly defined in the associated reference. Is considered as a separate subpopulation of B interneurons, as GABA to positive/diaphorase positive neurons."></definition>
		<nomenclature>Webster-Gabbott</nomenclature>
		<PUBMEDID>7884043</PUBMEDID>
		<collator>Mihail Bota</collator>
		<is_a id="BAMSC1135">class B neuron</is_a>
		<part_of id="BAMSC420">Dorsal part of the lateral geniculate complex</part_of>
	</concept>
</BAMSC>