CSV export

Details about the neuroanatomical projections from CA1 to LHA

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
41247 Field CA1Lateral hypothalamic area moderatePHAL
The LHA receives the strongest field CA1 projection of any hypothalamic component. LHA medial regions receive a moderate projection of varicose fibers and terminal boutons from the rostral end of the LHA to about mid-rostrocaudal levels of the ventromedial nucleus, where the projection becomes considerably denser (Fig. 3D-G).
Cenquizca L.A & Swanson L.W., 2005
41248 Field CA1Lateral hypothalamic area moderatePHAL
Rostroventrally, a tight group of PHAL-labeled fibers is observed in the ventromedial corner of the LHA anterior region’s ventral zone, and a few labeled fibers are also seen in the intermediate zone (Fig. 3D-F).
Cenquizca L.A & Swanson L.W., 2005
41249 Field CA1Lateral hypothalamic area light/moderatePHAL
Rostrodorsally, a moderate plexus of varicose fibers with boutons occupies the LHA juxtaparaventricular region and an adjacent medial expanse of the anterior region’s dorsal zone, dorsal to the anterior hypothalamic nucleus (Fig. 3E,F).
Cenquizca L.A & Swanson L.W., 2005
41250 Field CA1Lateral hypothalamic area moderatePHAL
At the level of the ventromedial nucleus, the terminal field becomes significantly denser (Fig. 3G). Here, the LHA’s juxtadorsomedial region, and dorsal and ventral zones of the juxtaventromedial region, all contain a moderately dense terminal field.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103) confined to the ventral pole of field CA1, and centered next to the medial border with field CA2 (Figs. 1-3), away from the lateral border with the subiculum.

Details about the neuroanatomical projections from CA1 to RCH

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
41251 Field CA1Retrochiasmatic area lightPHAL
Medially, there is [..] a light projection to the retrochiasmatic area, between the anterior nucleus and the optic tract and supraoptic commissures (Fig. 3E); in fact, some of these fibers are in the supraoptic commissures and cross the midline to innervate the contralateral retrochiasmatic area.
Cenquizca L.A & Swanson L.W., 2005
41252 Field CA1Retrochiasmatic area very lightPHAL
Medially, there is [..] a light projection to the retrochiasmatic area, between the anterior nucleus and the optic tract and supraoptic commissures (Fig. 3E); in fact, some of these fibers are in the supraoptic commissures and cross the midline to innervate the contralateral retrochiasmatic area.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103) confined to the ventral pole of field CA1, and centered next to the medial border with field CA2 (Figs. 1-3), away from the lateral border with the subiculum.

Details about the neuroanatomical projections from CA1 to SBPV

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
41253 Field CA1Subparaventricular zone light/moderatePHAL
At this same level [collator note: at the level of RCH], a small plexus of varicose fibers is also observed in the subparaventricular zone of the periventricular region.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103) confined to the ventral pole of field CA1, and centered next to the medial border with field CA2 (Figs. 1-3), away from the lateral border with the subiculum.

Details about the neuroanatomical projections from CA1 to TU

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
41254 Field CA1Tuberal nucleus moderatePHAL
Caudal to the retrochiasmatic area, rostral regions of the tuberal nucleus’s subventromedial part are moderately innervated, whereas the terminal field diminishes to just a few scattered fibers toward the caudal pole (Fig. 3F-G).
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103) confined to the ventral pole of field CA1, and centered next to the medial border with field CA2 (Figs. 1-3), away from the lateral border with the subiculum.

Details about the neuroanatomical projections from CA1 to AHNc

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
41255 Field CA1Anterior hypothalamic central part moderatePHAL
At anterior hypothalamic levels, labeled axons are dispersed in the anterior hypothalamic area ventral to the bed nuclei of the stria terminalis. The central part of the anterior hypothalamic nucleus is moderately innervated with varicose fibers and a small number of terminal boutons (Fig. 3E,F). A few axons enter the anterior and posterior parts of the nucleus, but none are observed in the dorsal part.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103) confined to the ventral pole of field CA1, and centered next to the medial border with field CA2 (Figs. 1-3), away from the lateral border with the subiculum.

Details about the neuroanatomical projections from CA1 to AHNa

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
41256 Field CA1Anterior hypothalamic nucleus anterior part lightPHAL
At anterior hypothalamic levels, labeled axons are dispersed in the anterior hypothalamic area ventral to the bed nuclei of the stria terminalis. The central part of the anterior hypothalamic nucleus is moderately innervated with varicose fibers and a small number of terminal boutons (Fig. 3E,F). A few axons enter the anterior and posterior parts of the nucleus, but none are observed in the dorsal part.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103) confined to the ventral pole of field CA1, and centered next to the medial border with field CA2 (Figs. 1-3), away from the lateral border with the subiculum.

Details about the neuroanatomical projections from CA1 to AHNp

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
41257 Field CA1Anterior hypothalamic posterior part lightPHAL
At anterior hypothalamic levels, labeled axons are dispersed in the anterior hypothalamic area ventral to the bed nuclei of the stria terminalis. The central part of the anterior hypothalamic nucleus is moderately innervated with varicose fibers and a small number of terminal boutons (Fig. 3E,F). A few axons enter the anterior and posterior parts of the nucleus, but none are observed in the dorsal part.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103) confined to the ventral pole of field CA1, and centered next to the medial border with field CA2 (Figs. 1-3), away from the lateral border with the subiculum.

Details about the neuroanatomical projections from CA1 to VMHa

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
41259 Field CA1Ventromedial nucleus of the hypothalamus anterior part moderatePHAL
The anterior part of the ventromedial nucleus is moderately innervated, whereas the central part is lightly innervated, and only a few isolated fibers are observed in the ventrolateral part (Fig. 3G,H). In experiments with larger injection sites, significantly denser terminal fields in the anterior and central parts of the ventromedial nucleus are observed (Fig. 4). Interestingly, labeled fibers are never observed in the dorsomedial part of the ventromedial nucleus (or in the prominent, overlying dorsomedial nucleus of the periventricular region).
Cenquizca L.A & Swanson L.W., 2005
41263 Field CA1Ventromedial nucleus of the hypothalamus anterior part moderatePHAL
In experiments with larger injection sites, significantly denser terminal fields in the anterior and central parts of the ventromedial nucleus are observed (Fig. 4).
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103) confined to the ventral pole of field CA1, and centered next to the medial border with field CA2 (Figs. 1-3), away from the lateral border with the subiculum.

Details about the neuroanatomical projections from CA1 to PMv

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
41260 Field CA1Ventral premammillary nucleus very lightPHAL
The anterior part of the ventromedial nucleus is moderately innervated, whereas the central part is lightly innervated, and only a few isolated fibers are observed in the ventrolateral part (Fig. 3G,H). In experiments with larger injection sites, significantly denser terminal fields in the anterior and central parts of the ventromedial nucleus are observed (Fig. 4). Interestingly, labeled fibers are never observed in the dorsomedial part of the ventromedial nucleus (or in the prominent, overlying dorsomedial nucleus of the periventricular region).
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103) confined to the ventral pole of field CA1, and centered next to the medial border with field CA2 (Figs. 1-3), away from the lateral border with the subiculum.

Details about the neuroanatomical projections from CA1 to VMHc

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
41261 Field CA1Ventromedial nucleus of the hypothalamus central part lightPHAL
The anterior part of the ventromedial nucleus is moderately innervated, whereas the central part is lightly innervated, and only a few isolated fibers are observed in the ventrolateral part (Fig. 3G,H). In experiments with larger injection sites, significantly denser terminal fields in the anterior and central parts of the ventromedial nucleus are observed (Fig. 4). Interestingly, labeled fibers are never observed in the dorsomedial part of the ventromedial nucleus (or in the prominent, overlying dorsomedial nucleus of the periventricular region).
Cenquizca L.A & Swanson L.W., 2005
41264 Field CA1Ventromedial nucleus of the hypothalamus central part moderatePHAL
In experiments with larger injection sites, significantly denser terminal fields in the anterior and central parts of the ventromedial nucleus are observed (Fig. 4).
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103) confined to the ventral pole of field CA1, and centered next to the medial border with field CA2 (Figs. 1-3), away from the lateral border with the subiculum.

Details about the neuroanatomical projections from CA1 to MM

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
41265 Field CA1Medial mammillary nucleus lightPHAL
The medial mammillary nucleus receives a light input that extends as a few axons across the midline to medial regions of the contralateral medial nucleus.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103) confined to the ventral pole of field CA1, and centered next to the medial border with field CA2 (Figs. 1-3), away from the lateral border with the subiculum.

Details about the neuroanatomical projections from CA1 to TMv

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
41266 Field CA1Tuberomammillary nucleus ventral part lightPHAL
A few labeled axons also extend into adjacent cell groups, including the ventral tuberomammillary, dorsal premammillary, and lateral supramammillary nuclei.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103) confined to the ventral pole of field CA1, and centered next to the medial border with field CA2 (Figs. 1-3), away from the lateral border with the subiculum.

Details about the neuroanatomical projections from CA1 to SUMl

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
41267 Field CA1Supramammillary nucleus lateral part lightPHAL
A few labeled axons also extend into adjacent cell groups, including the ventral tuberomammillary, dorsal premammillary, and lateral supramammillary nuclei.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103) confined to the ventral pole of field CA1, and centered next to the medial border with field CA2 (Figs. 1-3), away from the lateral border with the subiculum.

Details about the neuroanatomical projections from CA1 to PMd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
41268 Field CA1Dorsal premammillary nucleus lightPHAL
A few labeled axons also extend into adjacent cell groups, including the ventral tuberomammillary, dorsal premammillary, and lateral supramammillary nuclei.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103) confined to the ventral pole of field CA1, and centered next to the medial border with field CA2 (Figs. 1-3), away from the lateral border with the subiculum.

Details about the neuroanatomical projections from CA1 to PH

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
41269 Field CA1Posterior hypothalamic nucleus lightPHAL
...ventral regions of the posterior hypothalamic nucleus receive a light input, and a few scattered axons are also observed in the contralateral posterior nucleus (Fig. 3H-F).
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103) confined to the ventral pole of field CA1, and centered next to the medial border with field CA2 (Figs. 1-3), away from the lateral border with the subiculum.

Details about the neuroanatomical projections from CA1 to PVHam

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
41270 Field CA1Paraventricular nucleus of the hypothalamus, magnocellular division, anterior magnocellular part lightPHAL
On leaving the medial corticohypothalamic tract, a few labeled axons traverse the anterior parvicellular and anterior magnocellular parts of the paraventricular hypothalamic nucleus (Fig. 3D). Axons in the former are virtually free of boutons and varicosities, whereas those in the latter appear to generate small numbers of varicosities, terminal boutons, and boutons of passage.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103) confined to the ventral pole of field CA1, and centered next to the medial border with field CA2 (Figs. 1-3), away from the lateral border with the subiculum.

Details about the neuroanatomical projections from CA1 to MPO

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
41272 Field CA1Medial preoptic area lightPHAL
Fibers continue rostroventrally from the paraventricular nucleus to innervate lightly lateral regions of the medial preoptic area (Fig. 3B,C). This pathway [collator note: medial corticohypothalamic tract] generates a light projection with terminal boutons to the anteroventral preoptic nucleus, and sends a few solitary fibers to the anterodorsal preoptic nucleus.
Cenquizca L.A & Swanson L.W., 2005
41275 Field CA1Medial preoptic area lightPHAL
In some experiments, sparse labeling is observed in the lateral part of the medial preoptic nucleus, and in the anteroventral periventricular nucleus.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103) confined to the ventral pole of field CA1, and centered next to the medial border with field CA2 (Figs. 1-3), away from the lateral border with the subiculum.

Details about the neuroanatomical projections from CA1 to AVPV

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
41273 Field CA1Anteroventral periventricular nucleus lightPHAL
Fibers continue rostroventrally from the paraventricular nucleus to innervate lightly lateral regions of the medial preoptic area (Fig. 3B,C). This pathway [collator note: medial corticohypothalamic tract] generates a light projection with terminal boutons to the anteroventral preoptic nucleus, and sends a few solitary fibers to the anterodorsal preoptic nucleus.
Cenquizca L.A & Swanson L.W., 2005
41276 Field CA1Anteroventral periventricular nucleus lightPHAL
In some experiments, sparse labeling is observed in the lateral part of the medial preoptic nucleus, and in the anteroventral periventricular nucleus.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103) confined to the ventral pole of field CA1, and centered next to the medial border with field CA2 (Figs. 1-3), away from the lateral border with the subiculum.

Details about the neuroanatomical projections from CA1 to ADP

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
41274 Field CA1Anterodorsal preoptic nucleus very lightPHAL
Fibers continue rostroventrally from the paraventricular nucleus to innervate lightly lateral regions of the medial preoptic area (Fig. 3B,C). This pathway [collator note: medial corticohypothalamic tract] generates a light projection with terminal boutons to the anteroventral preoptic nucleus, and sends a few solitary fibers to the anterodorsal preoptic nucleus.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103) confined to the ventral pole of field CA1, and centered next to the medial border with field CA2 (Figs. 1-3), away from the lateral border with the subiculum.

Details about the neuroanatomical projections from CA1 to PVHpml

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
41277 Field CA1Paraventricular nucleus of the hypothalamus, magnocellular division, posterior magnocellular part, lateral zone very lightPHAL
...a few scattered, varicose fibers are observed in the lateral zone of the paraventricular nucleus’s posterior magnocellular part. The latter fibers actually appear to arrive via the descending column of the fornix at the level of the anterior hypothalamic nucleus, rather than via the medial corticohypothalamic tract (Fig. 3E).
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: Collator note: no description provided.

Details about the neuroanatomical projections from CA1 to LPO

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
41278 Field CA1Lateral preoptic area moderatePHAL
There is a relatively moderate projection in the lateral preoptic area, adjacent to fibers in the medial preoptic area (Fig. 3B,C).
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103) confined to the ventral pole of field CA1, and centered next to the medial border with field CA2 (Figs. 1-3), away from the lateral border with the subiculum.

Details about the neuroanatomical projections from CA1 to SI

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
41279 Field CA1Substantia innominata light/moderatePHAL
While many fibers in the lateral preoptic area generate terminal boutons and boutons of passage, roughly half of them continue laterally into the adjacent substantia innominata. It appears likely that this projection to and through the lateral preoptic area—or some fraction of it—represents a separate projection pathway arising from axons that extend ventrally from the lateral septal nucleus; other methods will be needed to determine the precise structural organization of this complex part of the descending projection system from ventral field CA1. In any event, whereas labeled field CA1 axons in caudal levels of the preoptic region typically run parallel to one another, fibers projecting specifically through the lateral preoptic area appear to descend caudoventrally from the septal region instead of rostroventrally through the medial preoptic area (from the column of the fornix; see above). Many fibers in the lateral preoptic region end abruptly in its caudoventromedial tip. Cajal (1909-1911) referred to axons descending from the region of the lateral septal nucleus to the preoptic region as lateral arcuate fibers.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103) confined to the ventral pole of field CA1, and centered next to the medial border with field CA2 (Figs. 1-3), away from the lateral border with the subiculum.

Details about the neuroanatomical projections from CA1 to PVT

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
41280 Field CA1Paraventricular nucleus of the thalamus lightPHAL
The paraventricular thalamic, paratenial, and interanteromedial nuclei receive very light projections that extend caudally from the medial corticohypothalamic tract, and some of these fibers extend across the midline into the contralateral paraventricular and interanteromedial nuclei.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103) confined to the ventral pole of field CA1, and centered next to the medial border with field CA2 (Figs. 1-3), away from the lateral border with the subiculum.

Details about the neuroanatomical projections from CA1 to PT

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41281 Field CA1Parataenial nucleus lightPHAL
The paraventricular thalamic, paratenial, and interanteromedial nuclei receive very light projections that extend caudally from the medial corticohypothalamic tract, and some of these fibers extend across the midline into the contralateral paraventricular and interanteromedial nuclei.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103) confined to the ventral pole of field CA1, and centered next to the medial border with field CA2 (Figs. 1-3), away from the lateral border with the subiculum.

Details about the neuroanatomical projections from CA1 to IAM

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
41282 Field CA1Interanteromedial nucleus of the thalamus lightPHAL
The paraventricular thalamic, paratenial, and interanteromedial nuclei receive very light projections that extend caudally from the medial corticohypothalamic tract, and some of these fibers extend across the midline into the contralateral paraventricular and interanteromedial nuclei.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103) confined to the ventral pole of field CA1, and centered next to the medial border with field CA2 (Figs. 1-3), away from the lateral border with the subiculum.

Details about the neuroanatomical projections from CA1 to ZI

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41283 Field CA1Zona incerta lightPHAL
A [...] projection extends dorsally from the column of the fornix, at the level of the anterior hypothalamic nucleus, lightly to innervate rostromedial regions of the zona incerta (Fig. 3E-G). This projection selectively avoids the zona incerta region with a concentration of dopaminergic cell bodies (the A13 cell group).
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103) confined to the ventral pole of field CA1, and centered next to the medial border with field CA2 (Figs. 1-3), away from the lateral border with the subiculum.

Details about the neuroanatomical projections from CA1 to ADP

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58892 Field CA1Anterodorsal preoptic nucleus very lightPHAL
(Fig. 3B,C). This pathway [via medial corticohypothalamic tract] ... sends a few solitary fibers to the anterodorsal preoptic nucleus.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to AHNa

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58893 Field CA1Anterior hypothalamic nucleus anterior part lightPHAL
At anterior hypothalamic levels, labeled axons are dispersed in the anterior hypothalamic area ventral to the bed nuclei of the stria terminalis. … (Fig. 3E,F)
Cenquizca L.A & Swanson L.W., 2005
58894 Field CA1Anterior hypothalamic nucleus anterior part very lightPHAL
At anterior hypothalamic levels … (Fig. 3E,F). A few axons enter the anterior … parts of the nucleus
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to AHNc

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58895 Field CA1Anterior hypothalamic nucleus central part moderatePHAL
The central part of the anterior hypothalamic nucleus is 4ly innervated with varicose fibers and a small number of terminal boutons (Fig. 3E,F).
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to AHNp

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58897 Field CA1Anterior hypothalamic nucleus posterior part very lightPHAL
At anterior hypothalamic levels … (Fig. 3E,F). A few axons enter the ... posterior parts of the nucleus
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to AM

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58898 Field CA1Anteromedial nucleus of thalamus lightPHAL
scattered fibers are also observed bilaterally in the … anteromedial nucleus of the thalamus.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to AMd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58899 Field CA1Anteromedial nucleus of thalamus dorsal part lightPHAL
scattered fibers are seen in the … anteromedial nucleus (Fig. 3E,F). Collator note: see Fig. 3 F, Atlas Level 26 which shows fibers in AMd.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to AMv

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58900 Field CA1Anteromedial nucleus of thalamus ventral part lightPHAL
scattered fibers are seen in the … anteromedial nucleus (Fig. 3E,F). Collator note: see Fig 3 E, Atlas Level 24, Fig. 3 F, Atlas Level 26 which both show fibers in AMv.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to AVPV

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58901 Field CA1Anteroventral periventricular nucleus lightPHAL
(Fig. 3B,C). This pathway [via medial corticohypothalamic tract] generates a light projection with terminal terminal boutons to the anteroventral preoptic nucleus
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to BA

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58902 Field CA1Bed nucleus of the accessory olfactory part lightPHAL
Collator note: observation from Fig 3F Atlas Level 26
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to BLAp

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58903 Field CA1Basolateral nucleus of the amygdala posterior part moderatePHAL
Collator note: observation from Fig 3I Atlas Level 35, injection site illustration.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to BMAa

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58904 Field CA1Basomedial nucleus of the amygdala anterior part moderate/strongPHAL
Collator note: observation from Fig 3G Atlas Level 28
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to BMAp

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58905 Field CA1Basomedial nucleus of the amygdala posterior part moderatePHAL
Collator note: observation from Fig 3I Atlas Level 35, injection site illustration.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to BSTal

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58906 Field CA1Bed nuclei of the stria terminalis anterolateral area very lightPHAL
Collator note: observation from Fig 3A Atlas Level 16
Cenquizca L.A & Swanson L.W., 2005
58907 Field CA1Bed nuclei of the stria terminalis anterolateral area very lightPHAL
Collator note: observation from Fig 3B Atlas Level 18
Cenquizca L.A & Swanson L.W., 2005
58908 Field CA1Bed nuclei of the stria terminalis anterolateral area lightPHAL
Collator note: observation from Fig 3C Atlas Level 20
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to BSTif

To view more data and metadata associated with each report, click on its ID.

Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58909 Field CA1Bed nuclei of the stria terminalis interfascicular nucleus moderatePHAL
Collator note: observation from Fig 3D Atlas Level 22
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to BSTmg

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58910 Field CA1Bed nuclei of the stria terminalis magnocellular nucleus lightPHAL
Collator note: observation from Fig 3C Atlas Level 20. One fiber illustrated extending from BSTav across BSTmg and into BSTv
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to BSTov

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58911 Field CA1Bed nuclei of the stria terminalis oval nucleus very lightPHAL
Collator note: observation from Fig 3B Atlas Level 18
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to BSTpr

To view more data and metadata associated with each report, click on its ID.

Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58912 Field CA1Bed nuclei of the stria terminalis principal nucleus light/moderatePHAL
Collator note: observation from Fig 3D Atlas Level 22
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to BSTtr

To view more data and metadata associated with each report, click on its ID.

Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58913 Field CA1Bed nuclei of the stria terminalis transverse nucleus light/moderatePHAL
Collator note: observation from Fig 3D Atlas Level 22
Cenquizca L.A & Swanson L.W., 2005
58914 Field CA1Bed nuclei of the stria terminalis transverse nucleus moderatePHAL
Collator note: observation from Fig 3D Atlas Level 22
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to BSTv

To view more data and metadata associated with each report, click on its ID.

Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58915 Field CA1Bed nuclei of the stria terminalis ventral nucleus lightPHAL
Collator note: observation from Fig 3C Atlas Level 20. One fiber illustrated extending from BSTav across BSTmg and into BSTv
Cenquizca L.A & Swanson L.W., 2005
58916 Field CA1Bed nuclei of the stria terminalis ventral nucleus light/moderatePHAL
Collator note: observation from Fig 3D Atlas Level 22
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to CA1slm

To view more data and metadata associated with each report, click on its ID.

Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58917 Field CA1Field CA1 stratum lacunosum-moleculare very lightPHAL
Collator note: observation from Fig 3I Atlas Level 35, injection site illustration.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to CA1so

To view more data and metadata associated with each report, click on its ID.

Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58918 Field CA1Field CA1 stratum oriens light/moderatePHAL
Collator note: observation from Fig 3I Atlas Level 35, injection site illustration.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to CA1spd

To view more data and metadata associated with each report, click on its ID.

Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58920 Field CA1Field CA1 pyramidal layer, deep lightPHAL
Collator note: observation from Fig 3I Atlas Level 35, injection site illustration.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to CA1sps

To view more data and metadata associated with each report, click on its ID.

Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58921 Field CA1Field CA1 pyramidal layer, superficial very lightPHAL
Collator note: observation from Fig 3I Atlas Level 35, injection site illustration.
Cenquizca L.A & Swanson L.W., 2005
58922 Field CA1Field CA1 pyramidal layer, superficial light/moderatePHAL
Collator note: observation from Fig 3I Atlas Level 35, injection site illustration.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to CA1sr

To view more data and metadata associated with each report, click on its ID.

Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58923 Field CA1Field CA1 stratum radiatum moderatePHAL
Collator note: observation from Fig 3I Atlas Level 35, injection site illustration.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to CA2sr

To view more data and metadata associated with each report, click on its ID.

Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58924 Field CA1Field CA2 stratum radiatum light/moderatePHAL
Collator note: observation from Fig 3I Atlas Level 35, injection site illustration.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to CA3slu

To view more data and metadata associated with each report, click on its ID.

Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58925 Field CA1Field CA3 stratum lucidum lightPHAL
Collator note: observation from Fig 3H Atlas Level 33
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to CA3so

To view more data and metadata associated with each report, click on its ID.

Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58926 Field CA1Field CA3 stratum oriens very lightPHAL
Collator note: observation from Fig 3I Atlas Level 35, injection site illustration
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to CA3sp

To view more data and metadata associated with each report, click on its ID.

Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58927 Field CA1Field CA3 pyramidal layer very lightPHAL
Collator note: observation from Fig 3H Atlas Level 33
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to CA3sr

To view more data and metadata associated with each report, click on its ID.

Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58928 Field CA1Field CA3 stratum radiatum very lightPHAL
Collator note: observation from Fig 3H Atlas Level 33
Cenquizca L.A & Swanson L.W., 2005
58929 Field CA1Field CA3 stratum radiatum lightPHAL
Collator note: observation from Fig 3I Atlas Level 35, injection site illustration.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to COAa

To view more data and metadata associated with each report, click on its ID.

Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58930 Field CA1Cortical amygdalar area anterior part moderatePHAL
Collator note: observation from Fig 3D Atlas Level 22. Area outlined is labeled "2/3" in Swanson Atlas'98
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to COApm

To view more data and metadata associated with each report, click on its ID.

Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58931 Field CA1Cortical amygdalar area posterior part medial zone moderate/strongPHAL
Collator note: observation from Fig 3H Atlas Level 33. Area outlined is labeled "3" in Swanson Atlas'98. The text mentions that amygdalar projections and subicular and entorhinal projections in the hippocampal complex will be detailed in a subsequent publication. Collator note: see Fig 3 D, Atlas Level 22.
Cenquizca L.A & Swanson L.W., 2005
58932 Field CA1Cortical amygdalar area posterior part medial zone moderate/strongPHAL
Collator note: observation from Fig 3I Atlas Level 35, injection site illustration. Area outlined is labeled "3" in Swanson Atlas'98.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to ECT

To view more data and metadata associated with each report, click on its ID.

Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58933 Field CA1Ectorhinal area light/moderatePHAL
Collator note: observation from Fig 3I Atlas Level 35, injection site illustration. Area outlined is labeled "6" in Swanson Atlas'98.
Cenquizca L.A & Swanson L.W., 2005
58934 Field CA1Ectorhinal area lightPHAL
Collator note: observation from Fig 3I Atlas Level 35, injection site illustration. Area outlined is labeled "5" in Swanson Atlas'98.
Cenquizca L.A & Swanson L.W., 2005
58935 Field CA1Ectorhinal area very lightPHAL
Collator note: observation from Fig 3I Atlas Level 35, injection site illustration. Area outlined is labeled "3" in Swanson Atlas'98.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to ENTl

To view more data and metadata associated with each report, click on its ID.

Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58936 Field CA1Entorhinal area, lateral part lightPHAL
Collator note: observation from Fig 3I Atlas Level 35, injection site illustration. Area outlined is labeled "6" in Swanson Atlas'98.
Cenquizca L.A & Swanson L.W., 2005
58937 Field CA1Entorhinal area, lateral part very lightPHAL
Collator note: observation from Fig 3I Atlas Level 35, injection site illustration. Areas outlined are labeled "4 and 5" in Swanson Atlas'98.
Cenquizca L.A & Swanson L.W., 2005
58938 Field CA1Entorhinal area, lateral part light/moderatePHAL
Collator note: observation from Fig 3I Atlas Level 35, injection site illustration. Areas outlined are labeled "1, 2 and 3" in Swanson Atlas'98.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to EP

To view more data and metadata associated with each report, click on its ID.

Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58939 Field CA1Endopiriform nucleus light/moderatePHAL
Collator note: observation from Fig 3I Atlas Level 35, injection site illustration.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to IAM

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58940 Field CA1Interanteromedial nucleus of the thalamus very lightPHAL
The … interanteromedial … receive[s] very light projections that extend caudally from the medial corticohypothalamic tract, and some of these fibers extend across the midline into the contralateral … interanteromedial nuclei. Collator note: see Fig 3 F, Atlas level 26.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to LHAad

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58941 Field CA1Lateral hypothalamic area, anterior region dorsal zone moderatePHAL
Rostrodorsally, a 4 plexus of varicose fibers with boutons occupies the LHA … medial expanse of the anterior region’s dorsal zone, dorsal to the anterior hypothalamic nucleus (Fig. 3E,F).
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to LHAai

To view more data and metadata associated with each report, click on its ID.

Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58942 Field CA1Lateral hypothalamic area, anterior region intermediate zone very lightPHAL
Rostroventrally … PHAL-labeled fibers … observed in … the LHA … a few labeled fibers are also seen in the intermediate zone (Fig. 3D-F). Collator note: illustrated in Fig 3, D, Atlas Level 22, but not seen in Fig 3, E, F at Atlas Levels 24 and 26.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to LHAav

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58943 Field CA1Lateral hypothalamic area, anterior region ventral zone moderate/strongPHAL
Rostroventrally, a tight group of PHAL-labeled fibers is observed in the ventromedial corner of the LHA anterior region’s ventral zone (Fig. 3D-F).
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to LHAjd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58944 Field CA1Lateral hypothalamic area, juxtadorsomedial region moderate/strongPHAL
At the level of the ventromedial nucleus, the terminal field becomes significantly denser (Fig. 3G). Here, the LHA’s juxtadorsomedial region, … contain[s] a 4ly dense terminal field.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to LHAjvd

To view more data and metadata associated with each report, click on its ID.

Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58945 Field CA1Lateral hypothalamic area, juxtaventromedial region dorsal zone moderate/strongPHAL
At the level of the ventromedial nucleus, the terminal field becomes significantly denser (Fig. 3G). Here, the LHA’s … ventral zone[s] of the juxtaventromedial region … contain a 4ly dense terminal field.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to LHAjp

To view more data and metadata associated with each report, click on its ID.

Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58946 Field CA1Lateral hypothalamic area juxtaparaventricular region moderatePHAL
Rostrodorsally, a 4 plexus of varicose fibers with boutons occupies the LHA juxtaparaventricular region … (Fig. 3E,F). Collator note: more fibers illustrated in Fig 3, E, Atlas Level 24, than in Fig 3, F at Atlas Level 26.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to LHAsfa

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58947 Field CA1Lateral hypothalamic area subfornical region anterior zone very lightPHAL
Innervation of the LHA's perifornical tier includes a ... few labeled axons in the anterior zone of the subfornical region (Fig. 3F-H).
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to LHAsfp

To view more data and metadata associated with each report, click on its ID.

Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58948 Field CA1Lateral hypothalamic area subfornical region posterior zone moderatePHAL
Innervation of the LHA's perifornical tier includes a 4 terminal field in the posterior zone … (Fig. 3F-H).
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to LHAsfpm

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58949 Field CA1Lateral hypothalamic area subfornical region premammillary zone lightPHAL
Innervation of the LHA's perifornical tier includes … a light terminal field in the premammillary zone(Fig. 3F-H).
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to LHAvl

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58950 Field CA1Lateral hypothalamic area ventral region lateral zone very lightPHAL
Overall, field CA1 inputs tend to avoid LHA regions lateral to the fornix. However, it is worth noting that in the anterior group a few labeled axons extend ventrolaterally from the fornix to end with a small number of boutons in lateral expanses of the anterior region's ventral zone, ventral to the substantia innominata and medial to the medial amygdalar nucleus (Fig. 3E,F).
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to LPO

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58951 Field CA1Lateral preoptic area moderatePHAL
There is a relatively 4 projection in the lateral preoptic area (Fig. 3B,C) ... It appears likely that this projection [via fxpr] to and through the lateral preoptic area—or some fraction of it—represents a separate projection pathway arising from axons that extend ventrally from the lateral septal nucleus; other methods will be needed to determine the precise structural organization of this complex part of the descending projection system from ventral field CA1. Many fibers in the lateral preoptic region end abruptly in its caudoventromedial tip.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to LSc.v.m

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58952 Field CA1Lateral septal nucleus caudal (caudodorsal) part ventral zone medial region strongPHAL
Collator note: observation from Fig 3B Atlas Level 18
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to LSc.v.l

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58953 Field CA1Lateral septal nucleus caudal (caudodorsal) part ventral zone lateral region moderate/strongPHAL
Collator note: observation from Fig 3B Atlas Level 18
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to LSr.dl.l.v

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58954 Field CA1Lateral septal nucleus rostral (rostroventral) part dorsolateral zone lateral region ventral domain moderate/strongPHAL
Collator note: observation from Fig 3A Atlas Level 16
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to LSr.dl.m.d

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58955 Field CA1Lateral septal nucleus rostral (rostroventral) part dorsolateral zone medial region dorsal domain strongPHAL
Collator note: observation from Fig 3A Atlas Level 16
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to LSr.m.v.c

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58956 Field CA1Lateral septal nucleus rostral (rostroventral) part medial zone ventral region caudal domain moderate/strongPHAL
Collator note: observation from Fig 3B Atlas Level 18
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to LSr.m.v.r

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58957 Field CA1Lateral septal nucleus rostral (rostroventral) part medial zone ventral region rostral domain moderate/strongPHAL
Collator note: observation from Fig 3A Atlas Level 16
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to LSr.vl.v

To view more data and metadata associated with each report, click on its ID.

Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58958 Field CA1Lateral septal nucleus rostral (rostroventral) part ventrolateral zone ventral region moderatePHAL
Collator note: observation from Fig 3A Atlas Level 16, 3B Atlas Level 18, less apparent caudally
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to MBO

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58960 Field CA1Mammillary body existsPHAL
The field CA1 projection to hypothalamus ends ... in the mammillary body.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to MEA

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58961 Field CA1Medial nucleus of the amygdala very lightPHAL
Collator note: observation from Fig 3E Atlas Level 24
Cenquizca L.A & Swanson L.W., 2005
58962 Field CA1Medial nucleus of the amygdala lightPHAL
Collator note: observation from Fig 3E Atlas Level 24. Area outlined is labeled "2/3' in Swanson Atlas'98
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to MEAad

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58963 Field CA1Medial nucleus of the amygdala anterodorsal part light/moderatePHAL
Collator note: observation from Fig 3F Atlas Level 26
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to MEAav

To view more data and metadata associated with each report, click on its ID.

Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58964 Field CA1Medial nucleus of the amygdala anteroventral part light/moderatePHAL
Collator note: observation from Fig 3F Atlas Level 26
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to MEApd-b

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58965 Field CA1Medial nucleus of the amygdala posterodorsal part,sublayer b very lightPHAL
Collator note: observation from Fig 3G Atlas Level 28
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to MEApv

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58966 Field CA1Medial nucleus of the amygdala posteroventral part very lightPHAL
Collator note: observation from Fig 3G Atlas Level 28
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to MM

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58967 Field CA1Medial mammillary nucleus, body lightPHAL
The medial mammillary nucleus receives a light input. Collator note: see Fig 3 I, Atlas level 35, injection site.
Cenquizca L.A & Swanson L.W., 2005
58968 Field CA1Medial mammillary nucleus, body very lightPHAL
The medial mammillary nucleus receives a light input that extends as a few axons across the midline to medial regions of the contralateral medial nucleus.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to MPO

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58969 Field CA1Medial preoptic area lightPHAL
Fibers continue rostroventrally from the paraventricular nucleus to innervate lightly lateral regions of the medial preoptic area (Fig. 3B,C).
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to MS

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58970 Field CA1Medial septal nucleus moderatePHAL
Collator note: observation from Fig 3B Atlas Level 18
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to NDB

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58971 Field CA1Nucleus of the diagonal band lightPHAL
Collator note: observation from Fig 3D Atlas Level 22
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to PA

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58972 Field CA1Posterior nucleus of the amygdala lightPHAL
Collator note: observation from Fig 3H Atlas Level 33
Cenquizca L.A & Swanson L.W., 2005
58973 Field CA1Posterior nucleus of the amygdala moderatePHAL
Collator note: observation from Fig 3I Atlas Level 35, injection site illustration.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to PAGrm

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58974 Field CA1Periaqueductal gray rostromedial division very lightPHAL
Collator note: observation from Fig 3I Atlas Level 35, injection site illustration. Only very ventral part of the nucleus shown.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to PH

To view more data and metadata associated with each report, click on its ID.

Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58975 Field CA1Posterior hypothalamic nucleus lightPHAL
ventral regions of the posterior hypothalamic nucleus receive a light input (Fig. 3H-F). Collator note: see also Fig 3 I, Atlas level 35, injection site.
Cenquizca L.A & Swanson L.W., 2005
58976 Field CA1Posterior hypothalamic nucleus very lightPHAL
ventral regions of the posterior hypothalamic nucleus … a few scattered axons are also observed in the contralateral posterior nucleus (Fig. 3H-F).
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to PMd

To view more data and metadata associated with each report, click on its ID.

Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58977 Field CA1Dorsal premammillary nucleus very lightPHAL
A few labeled axons also extend into ... dorsal premammillary Very sparse projections are observed consistently in … dorsal premammillary
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to PT

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58978 Field CA1Paratenial nucleus very lightPHAL
The … paratenial … receive[s] very light projections that extend caudally from the medial corticohypothalamic tract. Collator note: see Fig. 3 E, Atlas Level 24.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to PVHam

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58979 Field CA1Paraventricular hypothalamic nucleus, magnocellular division, anterior magnocellular part very lightPHAL
On leaving the medial corticohypothalamic tract, a few labeled axons traverse the anterior parvicellular … paraventricular hypothalamic nucleus (Fig. 3D). Axons ... are virtually free of boutons and varicosities...
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to PVHap

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58980 Field CA1Paraventricular hypothalamic nucleuss, parvicellular division, anterior parvicellular part lightPHAL
On leaving the medial corticohypothalamic tract, a few labeled axons traverse the ... anterior magnocellular ...paraventricular hypothalamic nucleus (Fig. 3D). Axons ... appear to generate small numbers of varicosities, terminal boutons, and boutons of passage.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to PVHpml

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58981 Field CA1Paraventricular hypothalamic nucleus, magnocellular division, posterior magnocellular part, lateral zone very lightPHAL
...a few scattered, varicose fibers are observed in the lateral zone of the paraventricular nucleus’s posterior magnocellular part. The latter fibers actually appear to arrive via the descending column of the fornix at the level of the anterior hypothalamic nucleus, rather than via the medial corticohypothalamic tract (Fig. 3E).
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to PVT

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58982 Field CA1Paraventricular nucleus of the thalamus very lightPHAL
The paraventricular thalamic … receive[s] very light projections that extend caudally from the medial corticohypothalamic tract … some of these fibers extend across the midline into the contralateral paraventricular … nuclei. Collator note: see Fig. 3 E, Atlas Level 24 and Fig 3 F, Atlas Level 26.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to RCH

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58983 Field CA1Retrochiasmatic area lightPHAL
Medially, there is [..] a light projection to the retrochiasmatic area, between the anterior nucleus and the optic tract and supraoptic commissures (Fig. 3E)
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to RE

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58984 Field CA1Nucleus reuniens very lightPHAL
scattered fibers are also observed bilaterally in the nucleus reuniens. Collator note: data not shown.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to RE

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58985 Field CA1Nucleus reuniens rostral division very lightPHAL
Collator note: see fig 3 G, Atlas Level 28 showing fibers in REcp - including some extending across the midline; however, REcm and REcd have no fibers illustrated.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to REl

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58986 Field CA1Nucleus reuniens rostral division lateral part very lightPHAL
scattered fibers are seen in the nucleus reuniens (Fig. 3E,F). Collator note: see one fiber illustrated in RE in Fig 3 E, Atlas Level 24 and two in the lateral division in Fig 3 F, Atlas Level 26.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to SBPV

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58987 Field CA1Subparaventricular zone light/moderatePHAL
Collator note: at the level of RCH, see Fig 3 F-G] … a small plexus of varicose fibers is also observed in the subparaventricular zone of the periventricular region.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to SF

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58988 Field CA1Septofimbrial nucleus lightPHAL
Collator note: observation from Fig 3B Atlas Level 18
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to SI

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58989 Field CA1Substantia innominata lightPHAL
While many fibers in the lateral preoptic area generate terminal boutons and boutons of passage, roughly half of them continue laterally into the adjacent substantia innominata. Collator note: see Fig. 3 A, Atlas Level 18.
Cenquizca L.A & Swanson L.W., 2005
58990 Field CA1Substantia innominata moderatePHAL
While many fibers in the lateral preoptic area generate terminal boutons and boutons of passage, roughly half of them continue laterally into the adjacent substantia innominata. Collator note: see Fig. 3 D, Atlas Level 22.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to SUBv

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58991 Field CA1Subiculum ventral part very lightPHAL
Collator note: observation from Fig 3H Atlas Level 33
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to SUMl

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58992 Field CA1Supramammillary nucleus lateral part very lightPHAL
A few labeled axons also extend into … lateral supramammillary nuclei. Collator note: see Fig 3 I, Atlas level 35, injection site.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to TMd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58993 Field CA1Tuberomammillary nucleus dorsal part very lightPHAL
A few labeled axons also extend into … the … dorsal premammillary
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to TMv

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58994 Field CA1Tuberomammillary nucleus ventral part very lightPHAL
A few labeled axons also extend into … the ventral tuberomammillary
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to TR

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58995 Field CA1Postpiriform transition area moderatePHAL
Collator note: observation from Fig 3I Atlas Level 35, injection site illustration. Areas outlined labeled "1, 2, 3" in Swanson Atlas'98.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to TUsv

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58996 Field CA1Tuberal nucleus subventromedial part moderatePHAL
Caudal to the retrochiasmatic area, rostral regions of the tuberal nucleus's subventromedial part are 4ly innervated … (Fig. 3F-G).
Cenquizca L.A & Swanson L.W., 2005
58997 Field CA1Tuberal nucleus subventromedial part lightPHAL
Caudal to the retrochiasmatic area … the tuberal nucleus's subventromedial part … the terminal field diminishes to just a few scattered fibers toward the caudal pole (Fig. 3F-GFig. 3Fig. 3).
Cenquizca L.A & Swanson L.W., 2005
58998 Field CA1Tuberal nucleus subventromedial part very lightPHAL
Caudal to the retrochiasmatic area, rostral regions of the tuberal nucleus’s subventromedial part ... the terminal field diminishes to just a few scattered fibers toward the caudal pole (Fig. 3F-G).
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to VMHa

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
58999 Field CA1Ventromedial nucleus of the hypothalamus anterior part moderatePHAL
The anterior part of the ventromedial nucleus is 4ly innervated (Fig. 3G,H).
Cenquizca L.A & Swanson L.W., 2005
59000 Field CA1Ventromedial nucleus of the hypothalamus anterior part moderate/strongPHAL
[Collator note: brightfield photomicrograph of injection site Fig 4C-D] In experiments with larger injection sites, significantly denser terminal fields in the anterior … parts of the ventromedial nucleus are observed
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to VMHc

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
59001 Field CA1Ventromedial nucleus of the hypothalamus central part lightPHAL
ventromedial nucleus … central part is lightly innervated (Fig. 3G,H).
Cenquizca L.A & Swanson L.W., 2005
59002 Field CA1Ventromedial nucleus of the hypothalamus central part moderatePHAL
[Collator note: brightfield photomicrograph of injection site Fig 4C-D] In experiments with larger injection sites, significantly denser terminal fields in the … central parts of the ventromedial nucleus are observed
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to VMHvl

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
59004 Field CA1Ventromedial nucleus of the hypothalamus ventrolateral part very lightPHAL
the ventromedial nucleus … only a few isolated fibers are observed in the ventrolateral part (Fig. 3G,H).
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)

Details about the neuroanatomical projections from CA1 to ZI

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
59005 Field CA1Zona incerta light/moderatePHAL
projection extends dorsally from the column of the fornix, at the level of the anterior hypothalamic nucleus, lightly to innervate rostromedial regions of the zona incerta (Fig. 3E-G). Collator note: see Fig 3 E, Atlas Level 26 which shows light/4 labeling of ZI and Fig. 3 G, Atlas Level 28 which shows caudal and lateral regions of the zona incerta devoid of illustrated labeled axons, while medial regions show light to 4 label.
Cenquizca L.A & Swanson L.W., 2005
General description technique/protocol: These projections are labeled solely by injections that label neurons in the ventral pole of what has traditionally been regarded as field CA1 in the rat. Inputs to the hypothalamus are represented by an iontophoretic injection of PHAL (Experiment HIPPO103)