BAMS | Details

Details about the neuroanatomical projections from RSPv to RSPv

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Report ID	Sending structure	Receiving structure	Projection strength	Technique	General description projection	Collator	Associated reference
87367	Retrosplenial area ventral part	Retrosplenial area ventral part	strong	PHAL	Labeled axons in the cingulum bundle divided into two groups. The first group turned rostrally and terminated in the rostral parts of the Rgb cortex, primarily in layers I and III�V (Fig. 2D). Collator note: Fig. 2D-E, Swanson Atlas Levels 26-32.		Van Groen T. & Wyss M.J., 2003
87448	Retrosplenial area ventral part	Retrosplenial area ventral part	strong	Fluorogold	Collator note: labeling of the RSPv, rostrocaudally. See Fig. 7C-E, Swanson Atlas Levels 25-38.		Van Groen T. & Wyss M.J., 2003

General description technique/protocol: An injection of PHA-L into the rostrocaudal middle of Rgb [...] labeled neurons in all six layers [�]. Collator note: injection in the middle-rostro-caudal RSPv, mapped here onto Swanson Atlas Levels 31-32. See Fig 2E, page 253.

Details about the neuroanatomical projections from RSPv to RSPd

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Report ID	Sending structure	Receiving structure	Projection strength	Technique	General description projection	Collator	Associated reference
87368	Retrosplenial area ventral part	Retrosplenial area dorsal part	moderate	PHAL	Labeled axons in the cingulum bundle divided into two groups. The first group turned rostrally and terminated in the rostral parts of the Rgb cortex, primarily in layers I and III�V (Fig. 2D). Collator note: Fig. 2D-E, Swanson Atlas Levels 26-32.		Van Groen T. & Wyss M.J., 2003

Details about the neuroanatomical projections from RSPv to ACAd

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Report ID	Sending structure	Receiving structure	Projection strength	Technique	General description projection	Collator	Associated reference
87369	Retrosplenial area ventral part	Anterior cingulate area dorsal part	moderate	PHAL	[�] some labeled axons traveled farther rostrally through the cingulum bundle to terminate in layers I and III�V of the caudal, dorsal part of the AC [�]. Collator note: both ACAd and ACAv are labeled in Fig. 2B-C, Swanson Atlas Levels 13-17.		Van Groen T. & Wyss M.J., 2003

Details about the neuroanatomical projections from RSPv to ACAv

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Report ID	Sending structure	Receiving structure	Projection strength	Technique	General description projection	Collator	Associated reference
87370	Retrosplenial area ventral part	Anterior cingulate area ventral part	moderate	PHAL	[�] some labeled axons traveled farther rostrally through the cingulum bundle to terminate in layers I and III�V of the caudal, dorsal part of the AC [�]. Collator note: both ACAd and ACAv are labeled in Fig. 2B-C, Swanson Atlas Levels 13-17.		Van Groen T. & Wyss M.J., 2003

Details about the neuroanatomical projections from RSPv to PL

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Report ID	Sending structure	Receiving structure	Projection strength	Technique	General description projection	Collator	Associated reference
87371	Retrosplenial area ventral part	Prelimbic area	light	PHAL	[�] a few labeled axons extended farther rostral [than ACAd] and terminated in layers I and V of prelimbic cortex (Fig. 2A). Collator note: Swansn Atlas Level 9.		Van Groen T. & Wyss M.J., 2003

Details about the neuroanatomical projections from RSPv to MOs

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Report ID	Sending structure	Receiving structure	Projection strength	Technique	General description projection	Collator	Associated reference
87372	Retrosplenial area ventral part	Secondary motor area	moderate	PHAL	Collator note: systematic labeling of the dorso-medial part of the MOs, rostrocaudally. See Fig. 2A-D, Swanson Atlas Levels 9-27.		Van Groen T. & Wyss M.J., 2003

Details about the neuroanatomical projections from RSPv to RSPv-b/c

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Report ID	Sending structure	Receiving structure	Projection strength	Technique	General description projection	Collator	Associated reference
87373	Retrosplenial area ventral part	Retrosplenial area ventral part zone b/c	moderate/strong	PHAL	The second group of labeled axons coursed caudally in the cingulum bundle and terminated in the caudal part of Rgb (Fig. 2F), primarily in layers I and III�V (Fig. 3B) and in the Rga and postsubiculum (Fig. 2F,G). Collator note: Swanson Atlas Levels 38-42.		Van Groen T. & Wyss M.J., 2003

Details about the neuroanatomical projections from RSPv to RSPv-a

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Report ID	Sending structure	Receiving structure	Projection strength	Technique	General description projection	Collator	Associated reference
87374	Retrosplenial area ventral part	Retrosplenial area ventral part zone a	moderate/strong	PHAL	The second group of labeled axons coursed caudally in the cingulum bundle and terminated in the caudal part of Rgb (Fig. 2F), primarily in layers I and III�V (Fig. 3B) and in the Rga and postsubiculum (Fig. 2F,G). Collator note: Swanson Atlas Levels 38-42.		Van Groen T. & Wyss M.J., 2003

Details about the neuroanatomical projections from RSPv to POST

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Report ID	Sending structure	Receiving structure	Projection strength	Technique	General description projection	Collator	Associated reference
87375	Retrosplenial area ventral part	Postsubiculum	moderate	PHAL	At the splenium of the corpus callosum, these axons turned ventrally to travel through the deep white matter and gave rise to deep terminal labeling in postsubiculum (layers I and IV�V; Figs. 2G, 3C). Collator note: Swanson Atlas Levels 41-42.		Van Groen T. & Wyss M.J., 2003

Details about the neuroanatomical projections from RSPv to PRE

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Report ID	Sending structure	Receiving structure	Projection strength	Technique	General description projection	Collator	Associated reference
87376	Retrosplenial area ventral part	Presubiculum	light	PHAL	A very small number of labeled axons coursed through layer I of the postsubiculum, to terminate in layer I of the presubiculum. Collator note: Swanson Atlas Levels 41-42.		Van Groen T. & Wyss M.J., 2003

Details about the neuroanatomical projections from RSPv to VISp

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Report ID	Sending structure	Receiving structure	Projection strength	Technique	General description projection	Collator	Associated reference
87377	Retrosplenial area ventral part	Primary visual area	very light	PHAL	[�] a very few axons were labeled in layer I, over much of the dorsal, caudal occipital cortex (Fig. 2G). Collator note: Swanson Atlas Levels 41-42. The label is very difficult to see.		Van Groen T. & Wyss M.J., 2003

Details about the neuroanatomical projections from SUBd to RSPv

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Report ID	Sending structure	Receiving structure	Projection strength	Technique	General description projection	Associated reference
87381	Subiculum dorsal part	Retrosplenial area ventral part	light/moderate	PHAL	Collator note: labeling of SUBd. See Fig. 5C. The labeling is rostrocaudal.	Van Groen T. & Wyss M.J., 2003
87389	Subiculum dorsal part	Retrosplenial area ventral part	not present	Fluorogold	Collator note: no label in the SUBd. See Fig 5D.	Van Groen T. & Wyss M.J., 2003
87450	Subiculum dorsal part	Retrosplenial area ventral part	moderate/strong	Fluorogold	In the subiculum, labeled neurons were dispersed in the pyramidal cell layer, but, in general, they avoided the deep part of this layer (Fig. 8C). Collator note: relatively strong labeling in the SUBd. The labeling is shown in a single Figure, therefore is difficult to assess the extension of the labeled site. See Fig. 7E, Swanson Atlas 38.	Van Groen T. & Wyss M.J., 2003

General description technique/protocol: Collator note: experiment shown schematically in Fig. 5. The injection site is very close to the border with ACAv. The injection site is mapped here onto Swanson Atlas Levels 25-26.

Details about the neuroanatomical projections from PL to RSPv

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Report ID	Sending structure	Receiving structure	Projection strength	Technique	General description projection	Collator	Associated reference
87387	Prelimbic area	Retrosplenial area ventral part	light/moderate	PHAL	Collator note: extension of the labeling in the PL, rostral from ACAd. See Fig. 5C. The entire PL is labeled only ventrally.		Van Groen T. & Wyss M.J., 2003

Details about the neuroanatomical projections from SUBv to RSPv

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Report ID	Sending structure	Receiving structure	Projection strength	Technique	General description projection	Collator	Associated reference
87382	Subiculum ventral part	Retrosplenial area ventral part	not present	PHAL	Collator note: injection of PHAL in the rostral ventral retrosplenial cortex does not label SUBv. See Fig. 5C.		Van Groen T. & Wyss M.J., 2003
87388	Subiculum ventral part	Retrosplenial area ventral part	light/moderate	Fluorogold	Collator note: the SUBv is labelled in its splenial-caudal part. See Fig. 5D.		Van Groen T. & Wyss M.J., 2003

Details about the neuroanatomical projections from VISam to RSPv

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Report ID	Sending structure	Receiving structure	Projection strength	Technique	General description projection	Collator	Associated reference
87390	Anteromedial visual area	Retrosplenial area ventral part	light/moderate	Fluorogold	Collator note: the terminal field from RSP extends into the 18b visual region, which is considered here as VISam.		Van Groen T. & Wyss M.J., 2003
87453	Anteromedial visual area	Retrosplenial area ventral part	moderate	Fluorogold	An injection of FG into the middle part of Rgb that covered all layers (i.e., I�VI; Fig. 7D) gave rise to labeled neurons in the [�] area 18b [�]. Collator note: ViSam is labeled at least caudally. See Fig. 7E-F, Swanson Atlas Level 38.		Van Groen T. & Wyss M.J., 2003

General description technique/protocol: Collator note: experiment shown schematically in Fig. 5. The injection site is located in the caudal part of the RSPv. The injection site is mapped here onto Swanson Atlas Levels 37-39.

Details about the neuroanatomical projections from ACAd to RSPv

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Report ID	Sending structure	Receiving structure	Projection strength	Technique	General description projection	Collator	Associated reference
87444	Anterior cingulate area dorsal part	Retrosplenial area ventral part	moderate	Fluorogold	In PreA and AC cortices, most labeled neurons were present in layer V (Fig. 8A) [�]. Collator note: weak labeling of cingulate cortices rostrally and moderate more caudally. The labeled neurons seem to be evenly distributed in both ACAd and ACAv. See Fig. 7A-B, Swansn Atlas Levels 17-21.		Van Groen T. & Wyss M.J., 2003

General description technique/protocol: [�] injection of FG into the middle part of Rgb that covered all layers (i.e., I�VI; Fig. 7D). Collator note: injection placed in the RSPv, but possible labeling the ventral part of the RSPd. The injection site is mapped here onto Swanson Atlas Levels 27-

Details about the neuroanatomical projections from ACAv to RSPv

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Report ID	Sending structure	Receiving structure	Projection strength	Technique	General description projection	Collator	Associated reference
87445	Anterior cingulate area ventral part	Retrosplenial area ventral part	moderate	Fluorogold	In PreA and AC cortices, most labeled neurons were present in layer V (Fig. 8A) [�]. Collator note: weak labeling of cingulate cortices rostrally and moderate more caudally. The labeled neurons seem to be evenly distributed in both ACAd and ACAv. See Fig. 7A-B, Swansn Atlas Levels 17-21.		Van Groen T. & Wyss M.J., 2003

Details about the neuroanatomical projections from MOs to RSPv

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Report ID	Sending structure	Receiving structure	Projection strength	Technique	General description projection	Collator	Associated reference
87446	Secondary motor area	Retrosplenial area ventral part	moderate	Fluorogold	In PreA and AC cortices, most labeled neurons were present in layer V (Fig. 8A) [�]. Collator note: the labeling of MOs follows closely the labeling pattern of cingulate cortices. See Fig. 7A-B, Swanson Atlas Levels 17-21.		Van Groen T. & Wyss M.J., 2003

Details about the neuroanatomical projections from RSPd to RSPv

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Report ID	Sending structure	Receiving structure	Projection strength	Technique	General description projection	Collator	Associated reference
87447	Retrosplenial area dorsal part	Retrosplenial area ventral part	strong	Fluorogold	[�] the short, associational projections to Rgb from Rga arise predominantly from layers II�III and V. Collator note: strong labeling of the RSPd, especially rostrally. See Fig. 7C-F, Swanson Atlas Levels 25-43.		Van Groen T. & Wyss M.J., 2003

Details about the neuroanatomical projections from RSPv-b/c to RSPv

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Report ID	Sending structure	Receiving structure	Projection strength	Technique	General description projection	Collator	Associated reference
87449	Retrosplenial area ventral part zone b/c	Retrosplenial area ventral part	moderate	Fluorogold	Collator note: caudally, at least RSPv-b/c is labeled. See Fig. 7F, Swanson Atlas Levels 42-43.		Van Groen T. & Wyss M.J., 2003

Details about the neuroanatomical projections from CA1 to RSPv

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Report ID	Sending structure	Receiving structure	Projection strength	Technique	General description projection	Associated reference
87383	Field CA1	Retrosplenial area ventral part	not present	PHAL	Collator note: no labeled fibers in CA fields.	Van Groen T. & Wyss M.J., 2003
87391	Field CA1	Retrosplenial area ventral part	not present	Fluorogold	Collator note: no labeled fibers in CA fields.	Van Groen T. & Wyss M.J., 2003
87451	Field CA1	Retrosplenial area ventral part	very light	Fluorogold	In the dorsal hippocampus, very small numbers of nonpyramidal neurons were labeled in field CA1 (not illustrated).	Van Groen T. & Wyss M.J., 2003

Details about the neuroanatomical projections from RSPagl to RSPv

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Report ID	Sending structure	Receiving structure	Projection strength	Technique	General description projection	Collator	Associated reference
87452	Retrosplenial area lateral agranular part	Retrosplenial area ventral part	moderate	Fluorogold	An injection of FG into the middle part of Rgb that covered all layers (i.e., I�VI; Fig. 7D) gave rise to labeled neurons in the [�] area 18b [�]. Collator note: RSPagl is labeled at least in its caudal half. See Fig. 7E-F, Swanson Atlas Levels 38-43.		Van Groen T. & Wyss M.J., 2003