There was a light projection to layers I and VI of the rostral part of the dorsal perirhinal cortex (Fig. 4B, C) that extended a short distance further forward to involve the caudal part of the posterior agranular insular cortex. Collator note: this connection is mapped here in the ectorhinal cortex. See Fig. 4C, Swanson Atlas Levels 42-43.

The caudalmost portion of the perirhinal cortex received a very strong projection that mainly targeted layer I (Fig. 4D). Collator note: this projection is mapped here in the caudalmost part of the ECT. See Fig. 4D, Swanson Atlas Levels 46-47.

Collator note: labeled fibers in the ventral part of the SS (bfd field), in the superficial layers. See Fig. 4A, Swanson Atlas Levels 25-26.

Collator note: labeled fibers mostly in the dorsal part of the LA, in its mid-rostrocaudal part. See Fig. 4-inset, Swanson Atlas Levels 28-30 (-2.3 to -3.3 mm from bregma).

Collator note: LA is labeled entirely in its caudalmost part. See Fig. 4-inset, Swanson Atlas Level 32 (-3.8 mm from bregma).

Collator note: significant labeling of the ventrocaudal part of the caudoputamen. Unclear how much dorsally this terminal field is extending. See Fig. 4-inset, Swanson Atlas Levels 28-30 (-2.3 to -3.3 mm from bregma).

Collator note: no labeling in this region. See Fig 4, and its inset.

Collator note: no labeling in this region. See Fig 4, and its inset.

Collator note: no labeling in this region. See Fig 4, and its inset.

Collator note: no labeling in this region. See Fig 4, and its inset.

Collator note: no labeling in this region. See Fig 4, and its inset.

Collator note: no labeling in this region. See Fig 4, and its inset.

Collator note: no labeling in this region. See Fig 4, and its inset.

Collator note: no labeling in this region. See Fig 4, and its inset.

Collator note: no labeling in this region. See Fig 4, and its inset.

Collator note: no labeling in this region. See Fig 4, and its inset.

Collator note: no labeling in this region. See Fig 4, and its inset.

Collator note: no labeling in this region. See Fig 4, and its inset.

Collator note: no labeling in this region. See Fig 4, and its inset.

Collator note: no labeling in this region. See Fig 4, and its inset.

Collator note: no labeling in this region. See Fig 4, and its inset.

Collator note: no labeling in this region. See Fig 4, and its inset.

Collator note: no labeling in this region. See Fig 4, and its inset.

Collator note: no labeling in this region. See Fig 4, and its inset.

Collator note: no labeling in this region. See Fig 4, and its inset.

Collator note: no labeling in this region. See Fig 4, and its inset.

Collator note: no labeling in this region. See Fig 4, and its inset.

The densest projections in R67 terminated in the following areas: (i) Te3, (ii) Te2 and the adjacent ventral portion of the lateral secondary occipital cortex (Oc2L), and (iii) all portions of Te1. Projections to Te2, Te3 and Oc2L avoided layer V and showed a columnar organization: columns exhibiting dense projections alternated with columns exhibiting moderate projections (Figs 2A, 3C). Collator note: very strong connection in and around the injection site. See Fig. 3B, Swanson Atlas Levels 37-39.

The densest projections in R67 terminated in the following areas: (i) Te3, (ii) Te2 and the adjacent ventral portion of the lateral secondary occipital cortex (Oc2L), and (iii) all portions of Te1. Projections to Te2, Te3 and Oc2L avoided layer V and showed a columnar organization: columns exhibiting dense projections alternated with columns exhibiting moderate projections (Figs 2A, 3C). Collator note: strong connections to the auditory areas that are dorsal and ventral from AUDp, respectively. See Fig. 3B, Swanson Atlas Levels 37-39.

The densest projections in R67 terminated in the following areas: (i) Te3, (ii) Te2 and the adjacent ventral portion of the lateral secondary occipital cortex (Oc2L), and (iii) all portions of Te1. Projections to Te2, Te3 and Oc2L avoided layer V and showed a columnar organization: columns exhibiting dense projections alternated with columns exhibiting moderate projections (Figs 2A, 3C). Collator note: strong connections to the auditory areas that are dorsal and ventral from AUDp, respectively. See Fig. 3B, Swanson Atlas Levels 37-39.

The densest projections in R67 terminated in the following areas: (i) Te3, (ii) Te2 and the adjacent ventral portion of the lateral secondary occipital cortex (Oc2L), and (iii) all portions of Te1. Projections to Te2, Te3 and Oc2L avoided layer V and showed a columnar organization: columns exhibiting dense projections alternated with columns exhibiting moderate projections (Figs 2A, 3C). Collator note:label in the TEv, at least in its caudal half. See Fig. 3B-C, Swanson Atlas Levels 37-42.

[…] moderate to light projections to the caudal portion of the secondary parietal cortex (Par 2) that exhibited a columnar organization (Fig. 3A). Collator note: Swanson Atlas Levels 27-29.

There were also light projections to the primary visual cortex (OC1; Fig 3C, D). Collator note: the entire primary cortex appears to be lightly labeled. See Fig. 3B-D, Swanson Atlas Levels 36-46.

There were also light projections […] to the deep portion of the ventrolateral orbitofrontal cortex (not illustrated). Collator note: assumed the ORBvl of authors is identical to that of Swanson.

Collator note: few fibers shown in the hindlimb part of the MOp. See Fig. 3A, Swanson Atlas Levels 27-29.

Collator note: labeled fibers in the dorsal part of the AIp. See Fig. 3A, Swanson Atlas Levels 27-29.

Collator note: the terminal field that starts in the dorsal part of Aip ends dorsomedially in the SSs. Thus, VISC is assumed to be labeled in this case, in its caudalmost part. See Fig. 3A, Swanson Atlas Levels 27-29.

Collator note: the terminal field dorsal from the injection site extends dorso-medially up to the retrosplenial cortex. The labeling pattern is columnar. PTLp is moderately labeled at least rostrally. See Fig. 3B, Swanson Atlas Levels 36-37.

Collator note: VISal and VISrl are included here in the Oc2L of authors. The labeling is weak-moderate. See Fig. 3B, Swanson Atlas Levels 36-37.

Collator note: VISal and VISrl are included here in the Oc2L of authors. The labeling is weak-moderate. See Fig. 3B, Swanson Atlas Levels 36-37.

Collator note: very few labeled terminals, if any in the medial visual cortex. See Fig. 3B, Swanson Atlas Levels 36-37.

Collator note: a distinct terminal field in the agranular retrosplenial cortex, in this level. Unclear whether this field extends into the dorsal retrosplenial cortex. See Fig. 3B, Swanson Atlas Levels 36-37.

Efferents to the rostral half of the dorsal perirhinal cortex (Fig. 3B, C) were only seen with injections that included the ventral portion of Te1 (R31 and R67). These perirhinal projections were light, involved mainly layers I and VI, and did not extend into the caudal part of the perirhinal area (Fig. 3D). Collator note: Swanson Atlas Levels 37-42.

Collator note: few fibers in the visual areas, between TEv and VISp. See Fig. 3C, Swanson Atlas Levels 41-42.

Collator note: few fibers in the visual areas, between TEv and VISp. See Fig. 3C, Swanson Atlas Levels 41-42.

Collator note: few fibers in the visual areas, between TEv and VISp. See Fig. 3C, Swanson Atlas Levels 41-42.

Collator note: few fibers in the visual areas, between TEv and VISp. See Fig. 3C, Swanson Atlas Levels 41-42.

Collator note: few fibers in the posterior lateral visual area. See Fig. 3D, Swanson Atlas Level 46.

Collator note: clear labeling of the caudalmost part of the RSPd. Few labeled fibers are shown in the superficial layers. See Fig. 3D, Swanson Atlas Level 46.

[….] no significant projections to the amygdala […] Only an occasional fiber was seen terminating in the dorsolateral portion of the lateral nucleus (Ld) in some sections.

[….] no significant projections to the amygdala […] Only an occasional fiber was seen terminating in the dorsolateral portion of the lateral nucleus (Ld) in some sections.

[….] no significant projections to the amygdala […] Only an occasional fiber was seen terminating in the dorsolateral portion of the lateral nucleus (Ld) in some sections.

[….] no significant projections to the amygdala […] Only an occasional fiber was seen terminating in the dorsolateral portion of the lateral nucleus (Ld) in some sections.

[….] no significant projections to the amygdala […] Only an occasional fiber was seen terminating in the dorsolateral portion of the lateral nucleus (Ld) in some sections.

[….] no significant projections to the amygdala […] Only an occasional fiber was seen terminating in the dorsolateral portion of the lateral nucleus (Ld) in some sections.

[….] no significant projections to the amygdala […] Only an occasional fiber was seen terminating in the dorsolateral portion of the lateral nucleus (Ld) in some sections.

[….] no significant projections to the amygdala […] Only an occasional fiber was seen terminating in the dorsolateral portion of the lateral nucleus (Ld) in some sections.

[….] no significant projections to the amygdala […] Only an occasional fiber was seen terminating in the dorsolateral portion of the lateral nucleus (Ld) in some sections.

[….] no significant projections to the amygdala […] Only an occasional fiber was seen terminating in the dorsolateral portion of the lateral nucleus (Ld) in some sections.

[….] no significant projections to the amygdala […] Only an occasional fiber was seen terminating in the dorsolateral portion of the lateral nucleus (Ld) in some sections.

[….] no significant projections to the amygdala […] Only an occasional fiber was seen terminating in the dorsolateral portion of the lateral nucleus (Ld) in some sections.

[….] no significant projections to the amygdala […] Only an occasional fiber was seen terminating in the dorsolateral portion of the lateral nucleus (Ld) in some sections.

[….] no significant projections to the amygdala […] Only an occasional fiber was seen terminating in the dorsolateral portion of the lateral nucleus (Ld) in some sections.

[….] no significant projections to the amygdala […] Only an occasional fiber was seen terminating in the dorsolateral portion of the lateral nucleus (Ld) in some sections.

[….] no significant projections to the amygdala […] Only an occasional fiber was seen terminating in the dorsolateral portion of the lateral nucleus (Ld) in some sections.

[….] no significant projections to the amygdala […] Only an occasional fiber was seen terminating in the dorsolateral portion of the lateral nucleus (Ld) in some sections.

[….] no significant projections to the amygdala […] Only an occasional fiber was seen terminating in the dorsolateral portion of the lateral nucleus (Ld) in some sections.

[….] no significant projections to the amygdala […] Only an occasional fiber was seen terminating in the dorsolateral portion of the lateral nucleus (Ld) in some sections.

[….] no significant projections to the amygdala […] Only an occasional fiber was seen terminating in the dorsolateral portion of the lateral nucleus (Ld) in some sections.

[…] there are dense projections to Te1, Te3 and Te2 and the dorsally adjacent portion of Oc2L (Figs 4B, C). Collator note: Swanson Atlas Levels 37-43.

[…] there are dense projections to Te1, Te3 and Te2 and the dorsally adjacent portion of Oc2L (Figs 4B, C). Collator note: Swanson Atlas Levels 37-39.

[…] there are dense projections to Te1, Te3 and Te2 and the dorsally adjacent portion of Oc2L (Figs 4B, C). Collator note: TEv is light-moderately labeled in its caudalmost parts See Fig. 4B-D, Swanson Atlas Levels 37-47.

[…] there are dense projections to Te1, Te3 and Te2 and the dorsally adjacent portion of Oc2L (Figs 4B, C). Collator note: Swanson Atlas Levels 37-43.

[…] there are dense projections to Te1, Te3 and Te2 and the dorsally adjacent portion of Oc2L (Figs 4B, C). Collator note: the strong terminal field in the ventral part of the OC2L shown in Fig. 4C is remapped here in PTLp and the dorsal part of the TEv. The shape and the position of the terminal field relative to the posterior forceps of the corpus callosum were the landmarks for the remapping. The terminal field in the PTLp is shown in Fig. 4B-C, Swanson Atlas Levels 37-43.

[...] projections to discrete cortical columns in the caudal region of Par2 (Fig. 4A) […]. Collator note: Swanson Atlas Levels 25-26.

[…] projections to the ventroiateral orbitofrontal area (not illustrated). Collator note: no indication about the strength of this connection was provided.

Collator note: moderate and uniform terminal field in all visual areas. See Fig. 4B-D, Swanson Atlas Levels 37-47.

Collator note: moderate and uniform terminal field in all visual areas. See Fig. 4B-D, Swanson Atlas Levels 37-47.

Collator note: moderate and uniform terminal field in all visual areas. See Fig. 4B-D, Swanson Atlas Levels 37-47.

Collator note: moderate and uniform terminal field in all visual areas. See Fig. 4B-D, Swanson Atlas Levels 37-47.

Collator note: moderate and uniform terminal field in all visual areas. See Fig. 4B-D, Swanson Atlas Levels 37-47.

Collator note: moderate and uniform terminal field in all visual areas. See Fig. 4B-D, Swanson Atlas Levels 37-47.

Collator note: moderate and uniform terminal field in all visual areas. See Fig. 4B-D, Swanson Atlas Levels 37-47.

Collator note: moderate and uniform terminal field in all visual areas. See Fig. 4B-D, Swanson Atlas Levels 37-47.

Collator note: moderate and uniform terminal field in all visual areas. See Fig. 4C, Swanson Atlas Levels 42-43.

Collator note: few labeled terminals in the rostral part of the VISam. See Fig. 4B, Swanson Atlas Levels 37-39.

There were also projections to hippocampus-related fields in R60, including the retrosplenial areas, presubiculum and the entorhinal area (Fig. 4C, D). Collator note: continuation in RSPd of the terminal field identified in the visual areas in this level. See Fig. 4C-D, Swanson Atlas Levels 42-47.

There were also projections to hippocampus-related fields in R60, including the retrosplenial areas, presubiculum and the entorhinal area (Fig. 4C, D). Collator note: few labeled terminals in the RSPv areas in this level. See Fig. 4C, Swanson Atlas Levels 42-43.

There were also projections to hippocampus-related fields in R60, including the retrosplenial areas, presubiculum and the entorhinal area (Fig. 4C, D). Collator note: few labeled terminals in the RSPv areas in this level. See Fig. 4C, Swanson Atlas Levels 42-43.

There were also projections to hippocampus-related fields in R60, including the retrosplenial areas, presubiculum and the entorhinal area (Fig. 4C, D). Collator note: a small and distinct terminal field in the dorsal POST in this level. The field covers the superficial layers. See Fig. 4C, Swanson Atlas Levels 42-43.

There were also projections to hippocampus-related fields in R60, including the retrosplenial areas, presubiculum and the entorhinal area (Fig. 4C, D). Collator note: the labeling in the postsubiculum is weak-very weak, ventral from the specific terminal field in this level. See Fig. 4C, Swanson Atlas Levels 42-43.

There were also projections to hippocampus-related fields in R60, including the retrosplenial areas, presubiculum and the entorhinal area (Fig. 4C, D). Collator note: very weak-weak labeling of the presubiculum in this level. See Fig. 4C, Swanson Atlas Levels 42-43.

There were also projections to hippocampus-related fields in R60, including the retrosplenial areas, presubiculum and the entorhinal area (Fig. 4C, D). Collator note: labeling of the dorsolateral corner of the ENTl in this level. See Fig. 4C, Swanson Atlas Levels 42-43.

There were also projections to hippocampus-related fields in R60, including the retrosplenial areas, presubiculum and the entorhinal area (Fig. 4C, D). Collator note: labeling of the caudalmost part of the ENTl. See Fig. 4D, Swanson Atlas Levels 46-47.

There were also projections to hippocampus-related fields in R60, including the retrosplenial areas, presubiculum and the entorhinal area (Fig. 4C, D). Collator note: the specific terminal field in the dorsal part of the caudal POST is present in this level, but with a lower strength. See Fig. 4D, Swanson Atlas Levels 46-47.

There were also projections to hippocampus-related fields in R60, including the retrosplenial areas, presubiculum and the entorhinal area (Fig. 4C, D). Collator note: the evaluation of the terminal in ENTm is difficult in this level. See Fig. 4D, Swanson Atlas Levels 46-47.

There was a light projection to layers I and VI of the rostral part of the dorsal perirhinal cortex (Fig. 4B, C) that extended a short distance further forward to involve the caudal part of the posterior agranular insular cortex. Collator note: the label in PERI is shown only in Fig. 4B, Swanson Atlas Levels 37-39.

There was a light projection to layers I and VI of the rostral part of the dorsal perirhinal cortex (Fig. 4B, C) that extended a short distance further forward to involve the caudal part of the posterior agranular insular cortex. Collator note: this connection is not shown in Fig. 4. It is assumed that is weak, and in the caudal AIp.