[…] projections to the BST target the anterior (BSTMa), ventral (BSTMv), and posterolateral (BSTMpl) parts of the BSTM (FIG. 3, A and B). Collator note: uniform terminal field in the lateral part of the BST, both dorsal and ventral. See Figure 3A, bregma -0.4 mm, Swanson Atlas Level 20.

[…] projections to the BST target the anterior (BSTMa), ventral (BSTMv), and posterolateral (BSTMpl) parts of the BSTM (FIG. 3, A and B). Collator note: uniform terminal field in the lateral part of the BST, both dorsal and ventral. See Figure 3A, bregma -0.4 mm, Swanson Atlas Level 20.

[…] projections to the BST target the anterior (BSTMa), ventral (BSTMv), and posterolateral (BSTMpl) parts of the BSTM (FIG. 3, A and B). Collator note: uniform terminal field in the lateral part of the BST, both dorsal and ventral. See Figure 3A, bregma -0.4 mm, Swanson Atlas Level 20.

[…] projections to the BST target the anterior (BSTMa), ventral (BSTMv), and posterolateral (BSTMpl) parts of the BSTM (FIG. 3, A and B). Collator note: uniform terminal field in the lateral part of the BST, both dorsal and ventral. See Figure 3A, bregma -0.4 mm, Swanson Atlas Level 20.

[…] projections to the BST target the anterior (BSTMa), ventral (BSTMv), and posterolateral (BSTMpl) parts of the BSTM (FIG. 3, A and B). Collator note: uniform terminal field in the lateral part of the BST, both dorsal and ventral. See Figure 3A, bregma -0.4 mm, Swanson Atlas Level 20.

Collator note: strong field in the 17 LPO, Fig 3A, Swanson Atlas Level 20

Collator note: moderate field in the FS (IPAC), Fig 3A, Swanson Atlas Level 20.

[…] projections to the BST target the anterior (BSTMa), ventral (BSTMv), and posterolateral (BSTMpl) parts of the BSTM (FIG. 3, A and B). Collator note: uniform terminal field in the lateral part of the BST, both dorsal and ventral. See Figure 3A, bregma -0.4 mm, Swanson Atlas Level 20.

No terminal field shown. See Figure 3A, bregma -0.4 mm, Swanson Atlas Level 20.

No terminal field shown. See Figure 3A, bregma -0.4 mm, Swanson Atlas Level 20.

No terminal field shown. See Figure 3A, bregma -0.4 mm, Swanson Atlas Level 20.

Collator note: strong terminal field in NDB. See Figure 3A, bregma -0.4 mm, Swanson Atlas Level 20.

[…] projections to the BST target the anterior (BSTMa), ventral (BSTMv), and posterolateral (BSTMpl) parts of the BSTM (FIG. 3, A and B). Collator note: uniform terminal field in the lateral part of the BST, both dorsal and ventral. See Figure 3B, bregma -0.8 mm, Swanson Atlas Level 22.

[…] projections to the BST target the anterior (BSTMa), ventral (BSTMv), and posterolateral (BSTMpl) parts of the BSTM (FIG. 3, A and B). Collator note: uniform terminal field in the lateral part of the BST, both dorsal and ventral. See Figure 3B, bregma -0.8 mm, Swanson Atlas Level 22.

[…] projections to the BST target the anterior (BSTMa), ventral (BSTMv), and posterolateral (BSTMpl) parts of the BSTM (FIG. 3, A and B). Collator note: the lateral part of the BSTtr seems to be almost empty of terminals. However, the tip of it, which is at the same level as BSTif seems to be innervated as BSTif. See Figure 3B, bregma -0.8 mm, Swanson Atlas Level 22.

[…] projections to the BST target the anterior (BSTMa), ventral (BSTMv), and posterolateral (BSTMpl) parts of the BSTM (FIG. 3, A and B). Collator note: the lateral part of the BSTtr seems to be almost empty of terminals. However, the tip of it, which is at the same level as BSTif seems to be innervated as BSTif. See Figure 3B, bregma -0.8 mm, Swanson Atlas Level 22.

[…] projections to the BST target the anterior (BSTMa), ventral (BSTMv), and posterolateral (BSTMpl) parts of the BSTM (FIG. 3, A and B). Collator note: BSTv appears to be included in the terminal field that ends in the hypothalamus. See Figure 3B, bregma -0.8 mm, Swanson Atlas Level 22.

[…] projections to the BST target the anterior (BSTMa), ventral (BSTMv), and posterolateral (BSTMpl) parts of the BSTM (FIG. 3, A and B). Collator note: while the dorsal part of the BTpr is almost empty of label, its ventral part appears to include terminals. See Figure 3B, bregma -0.8 mm, Swanson Atlas Level 22.

Collator note: moderate field in the FS (IPAC), Fig 3B, Swanson Atlas Level 22.

Collator note: several terminal fields in the 17most part of the BST. Fig 3B, Swanson Atlas Level 22.

Collator note: several terminal fields in the 17most part of the BST. Fig 3B, Swanson Atlas Level 22.

Collator note: several terminal fields in the 17most part of the BST. Fig 3B, Swanson Atlas Level 22.

Collator note: strong labeling of SI in its medial part. Fig 3B, Swanson Atlas Level 22.

There are no projections to the BSTM or anterior parts of the BSTL (BSTLd, BSTLj) and only very weak projections to the BSTLv. Collator note: see Fig 4, Swanson Atlas Levels 20-22.

There are no projections to the BSTM or anterior parts of the BSTL (BSTLd, BSTLj) and only very weak projections to the BSTLv. Collator note: see Fig 4, Swanson Atlas Levels 20-22.

There are no projections to the BSTM or anterior parts of the BSTL (BSTLd, BSTLj) and only very weak projections to the BSTLv. Collator note: see Fig 4, Swanson Atlas Levels 20-22.

There are no projections to the BSTM or anterior parts of the BSTL (BSTLd, BSTLj) and only very weak projections to the BSTLv. Collator note: see Fig 4, Swanson Atlas Levels 20-22.

There are no projections to the BSTM or anterior parts of the BSTL (BSTLd, BSTLj) and only very weak projections to the BSTLv. Collator note: see Fig 4, Swanson Atlas Levels 20-22.

There are no projections to the BSTM or anterior parts of the BSTL (BSTLd, BSTLj) and only very weak projections to the BSTLv. Collator note: see Fig 4, Swanson Atlas Levels 20-22.

There are no projections to the BSTM or anterior parts of the BSTL (BSTLd, BSTLj) and only very weak projections to the BSTLv. Collator note: see Fig 4, Swanson Atlas Levels 20-22.

There are no projections to the BSTM or anterior parts of the BSTL (BSTLd, BSTLj) and only very weak projections to the BSTLv. Collator note: see Fig 4, Swanson Atlas Levels 20-22.

There are no projections to the BSTM or anterior parts of the BSTL (BSTLd, BSTLj) and only very weak projections to the BSTLv. Collator note: see Fig 4, Swanson Atlas Levels 20-22.

There are no projections to the BSTM or anterior parts of the BSTL (BSTLd, BSTLj) and only very weak projections to the BSTLv. Collator note: see Fig 4, Swanson Atlas Levels 20-22.

There are no projections to the BSTM or anterior parts of the BSTL (BSTLd, BSTLj) and only very weak projections to the BSTLv. Collator note: see Fig 4, Swanson Atlas Levels 20-22.

[…] the PL sends strong to moderate projections to the BSTLp that continue 17ly into the SI (FIG. 4, B–E). Collator note: see Figure 4B, Swanson Atlas Level 22.

[…] the PL sends strong to moderate projections to the BSTLp that continue 17ly into the SI (FIG. 4, B–E). Collator note: see Figure 4B, Swanson Atlas Level 22.

[…] the PL sends strong to moderate projections to the BSTLp that continue 17ly into the SI (FIG. 4, B–E). Collator note: see Figure 4B, Swanson Atlas Level 22.

There are no projections to the BSTM or anterior parts of the BSTL (BSTLd, BSTLj) and only very weak projections to the BSTLv. Collator note: see Fig 4, Swanson Atlas Levels 20-22.

The PrCm and ACd have no projection to the extended amygdala with the exception of a light projection to the CLC.

The PrCm and ACd have no projection to the extended amygdala with the exception of a light projection to the CLC.

The PrCm and ACd have no projection to the extended amygdala with the exception of a light projection to the CLC.

The PrCm and ACd have no projection to the extended amygdala with the exception of a light projection to the CLC.

The PrCm and ACd have no projection to the extended amygdala with the exception of a light projection to the CLC.

The PrCm and ACd have no projection to the extended amygdala with the exception of a light projection to the CLC.

The PrCm and ACd have no projection to the extended amygdala with the exception of a light projection to the CLC.

The PrCm and ACd have no projection to the extended amygdala with the exception of a light projection to the CLC.

The PrCm and ACd have no projection to the extended amygdala with the exception of a light projection to the CLC.

The PrCm and ACd have no projection to the extended amygdala with the exception of a light projection to the CLC.

The PrCm and ACd have no projection to the extended amygdala with the exception of a light projection to the CLC.

The PrCm and ACd have no projection to the extended amygdala with the exception of a light projection to the CLC.

The PrCm and ACd have no projection to the extended amygdala with the exception of a light projection to the CLC.

The PrCm and ACd have no projection to the extended amygdala with the exception of a light projection to the CLC.

The PrCm and ACd have no projection to the extended amygdala with the exception of a light projection to the CLC.

The PrCm and ACd have no projection to the extended amygdala with the exception of a light projection to the CLC.

The PrCm and ACd have no projection to the extended amygdala with the exception of a light projection to the CLC.

The PrCm and ACd have no projection to the extended amygdala with the exception of a light projection to the CLC.

The PrCm and ACd have no projection to the extended amygdala with the exception of a light projection to the CLC.

The PrCm and ACd have no projection to the extended amygdala with the exception of a light projection to the CLC.

The PrCm and ACd have no projection to the extended amygdala with the exception of a light projection to the CLC.

The PrCm and ACd have no projection to the extended amygdala with the exception of a light projection to the CLC.

There are no projections to any part of the BST.

There are no projections to any part of the BST.

There are no projections to any part of the BST.

There are no projections to any part of the BST.

There are no projections to any part of the BST.

There are no projections to any part of the BST.

There are no projections to any part of the BST.

There are no projections to any part of the BST.

There are no projections to any part of the BST.

There are no projections to any part of the BST.

There are no projections to any part of the BST.

The AId has light projections to a more or less continuous sagittally oriented zone that includes, from 16 to 17, the BSTLv, BSTLp, SId, and the medial subdivision of the central nucleus (CM). Collator note: As BSTLv we considered here the ventral corner of the BSTal, and as BSTLp, the BSTtr, BSTif, and BSTv, 17ly.

The AId has light projections to a more or less continuous sagittally oriented zone that includes, from 16 to 17, the BSTLv, BSTLp, SId, and the medial subdivision of the central nucleus (CM). Collator note: As BSTLv we considered here the ventral corner of the BSTal, and as BSTLp, the BSTtr, BSTif, and BSTv, 17ly.

The AId has light projections to a more or less continuous sagittally oriented zone that includes, from 16 to 17, the BSTLv, BSTLp, SId, and the medial subdivision of the central nucleus (CM). Collator note: As BSTLv we considered here the ventral corner of the BSTal, and as BSTLp, the BSTtr, BSTif, and BSTv, 17ly.

The AId has light projections to a more or less continuous sagittally oriented zone that includes, from 16 to 17, the BSTLv, BSTLp, SId, and the medial subdivision of the central nucleus (CM). Collator note: As BSTLv we considered here the ventral corner of the BSTal, and as BSTLp, the BSTtr, BSTif, and BSTv, 17ly.

The AId has light projections to a more or less continuous sagittally oriented zone that includes, from 16 to 17, the BSTLv, BSTLp, SId, and the medial subdivision of the central nucleus (CM). Collator note: As BSTLv we considered here the ventral corner of the BSTal, and as BSTLp, the BSTtr, BSTif, and BSTv, 17ly.

The AId has light projections to a more or less continuous sagittally oriented zone that includes, from 16 to 17, the BSTLv, BSTLp, SId, and the medial subdivision of the central nucleus (CM). Collator note: As BSTLv we considered here the ventral corner of the BSTal, and as BSTLp, the BSTtr, BSTif, and BSTv, 17ly.

The AId has light projections to a more or less continuous sagittally oriented zone that includes, from 16 to 17, the BSTLv, BSTLp, SId, and the medial subdivision of the central nucleus (CM). Collator note: As BSTLv we considered here the ventral corner of the BSTal, and as BSTLp, the BSTtr, BSTif, and BSTv, 17ly.

The AId has light projections to a more or less continuous sagittally oriented zone that includes, from 16 to 17, the BSTLv, BSTLp, SId, and the medial subdivision of the central nucleus (CM). Collator note: As BSTLv we considered here the ventral corner of the BSTal, and as BSTLp, the BSTtr, BSTif, and BSTv, 17ly.

The AId has light projections to a more or less continuous sagittally oriented zone that includes, from 16 to 17, the BSTLv, BSTLp, SId, and the medial subdivision of the central nucleus (CM). Collator note: As BSTLv we considered here the ventral corner of the BSTal, and as BSTLp, the BSTtr, BSTif, and BSTv, 17ly.

The AId has light projections to a more or less continuous sagittally oriented zone that includes, from 16 to 17, the BSTLv, BSTLp, SId, and the medial subdivision of the central nucleus (CM). Collator note: As BSTLv we considered here the ventral corner of the BSTal, and as BSTLp, the BSTtr, BSTif, and BSTv, 17ly.

The AId has light projections to a more or less continuous sagittally oriented zone that includes, from 16 to 17, the BSTLv, BSTLp, SId, and the medial subdivision of the central nucleus (CM). Collator note: As BSTLv we considered here the ventral corner of the BSTal, and as BSTLp, the BSTtr, BSTif, and BSTv, 17ly.

The DI has strong projections to the BSTLd and BSTLj at the level of the anterior commissure (FIG. 5A). Collator note: see Fig 5A, -0.2 mm from bregma, Swanson Atlas Level 19.

The DI has strong projections to the BSTLd and BSTLj at the level of the anterior commissure (FIG. 5A). Collator note: see Fig 5A, -0.2 mm from bregma, Swanson Atlas Level 19.

Collator note: no labeling shown in the anterior part of the BST, except BSTov and ju. Fig. 5A, Swanson Atlas Level 19.

Collator note: no labeling shown in the anterior part of the BST, except BSTov and ju. Fig. 5A, Swanson Atlas Level 19.

Collator note: no labeling shown in the anterior part of the BST, except BSTov and ju. Fig. 5A, Swanson Atlas Level 19.

Collator note: no labeling shown in the anterior part of the BST, except BSTov and ju. Fig. 5A, Swanson Atlas Level 19.

Collator note: no labeling shown in the anterior part of the BST, except BSTov and ju. Fig. 5A, Swanson Atlas Level 19.

Collator note: no labeling shown in the anterior part of the BST, except BSTov and ju. Fig. 5A, Swanson Atlas Level 19.

Collator note: no labeling shown in the anterior part of the BST, except BSTov and ju. Fig. 5A, Swanson Atlas Level 19.

Collator note: no labeling shown in the anterior part of the BST, except BSTov and ju. Fig. 5A, Swanson Atlas Level 19.

There is also a light projection to the BSTLp that is continuous caudolaterally with a projection to the SId (FIGURE 5, B and C).Collator note: several fibers and possible terminal fields in the BSTtr and BSTif. The other BST nuclei of the posterior part do not have any terminals. Swanson Atlas Level 22, -0.8 mm from bregma.

There is also a light projection to the BSTLp that is continuous caudolaterally with a projection to the SId (FIGURE 5, B and C).Collator note: several fibers and possible terminal fields in the BSTtr and BSTif. The other BST nuclei of the posterior part do not have any terminals. Swanson Atlas Level 22, -0.8 mm from bregma.

There is also a light projection to the BSTLp that is continuous caudolaterally with a projection to the SId (FIGURE 5, B and C).Collator note: several fibers and possible terminal fields in the BSTtr and BSTif. The other BST nuclei of the posterior part do not have any terminals. Swanson Atlas Level 22, -0.8 mm from bregma.

There is also a light projection to the BSTLp that is continuous caudolaterally with a projection to the SId (FIGURE 5, B and C).Collator note: several fibers and possible terminal fields in the BSTtr and BSTif. The other BST nuclei of the posterior part do not have any terminals. Swanson Atlas Level 22, -0.8 mm from bregma.

Collator note: strong labeling of the FS, Swanson Atlas Levels 19-22.

Collator note: Fig 5D-F, Swanson Atlas Levels 25-29.

Collator note: Fig 5D-F, Swanson Atlas Levels 25-29.

Collator note: Fig 5D-F, Swanson Atlas Levels 25-29.

Collator note: Fig 5D-F, Swanson Atlas Levels 25-29.

Collator note: Fig 5D-F, Swanson Atlas Levels 25-29.

Collator note: Fig 5D-F, Swanson Atlas Levels 25-29.

Collator note: Fig 5D-F, Swanson Atlas Levels 25-29.

Collator note: Fig 5D-F, Swanson Atlas Levels 25-29.

Collator note: Fig 5D-F, Swanson Atlas Levels 25-29.

Collator note: Fig 5D-F, Swanson Atlas Levels 25-29.

Collator note: Fig 5D-F, Swanson Atlas Levels 25-29.

Collator note: Fig 5D-F, Swanson Atlas Levels 25-29.

Collator note: Fig 5D-F, Swanson Atlas Levels 25-29.

Collator note: Fig 5D-F, Swanson Atlas Levels 25-29.

Collator note: Fig 5G, Swanson Atlas Level 30.

Collator note: Fig 5G, Swanson Atlas Level 30.

Collator note: Fig 5G, Swanson Atlas Level 30.

Collator note: terminal field in the ventral part of the BLAp, continuing in the Epv. Fig 5G, Swanson Atlas Level 30.

Collator note: terminal field in the ventral part of the BLAp, continuing in the Epv. Fig 5G, Swanson Atlas Level 30.

Collator note: strong terminal field in the COApl, in layer II, very restricted. Fig 5G, Swanson Atlas Level 30.

Collator note: Fig 5G, Swanson Atlas Level 30.

Collator note: Fig 5E, Swanson Atlas Level 27.

Collator note: Fig 5E, Swanson Atlas Level 27.

There are a small number of fibers scattered throughout all portions of the lateral and medial BST. However, there are never more than 5–10 fibers in each subdivision in each section. Collator note: Swanson Atlas Levels 19-22.

There are a small number of fibers scattered throughout all portions of the lateral and medial BST. However, there are never more than 5–10 fibers in each subdivision in each section. Collator note: Swanson Atlas Levels 19-22.

There are a small number of fibers scattered throughout all portions of the lateral and medial BST. However, there are never more than 5–10 fibers in each subdivision in each section. Collator note: Swanson Atlas Levels 19-22.

There are a small number of fibers scattered throughout all portions of the lateral and medial BST. However, there are never more than 5–10 fibers in each subdivision in each section. Collator note: Swanson Atlas Levels 19-22.

There are a small number of fibers scattered throughout all portions of the lateral and medial BST. However, there are never more than 5–10 fibers in each subdivision in each section. Collator note: Swanson Atlas Levels 19-22.

There are a small number of fibers scattered throughout all portions of the lateral and medial BST. However, there are never more than 5–10 fibers in each subdivision in each section. Collator note: Swanson Atlas Levels 19-22.

There are a small number of fibers scattered throughout all portions of the lateral and medial BST. However, there are never more than 5–10 fibers in each subdivision in each section. Collator note: Assumed to be absent. Swanson Atlas Levels 19-22.

There are a small number of fibers scattered throughout all portions of the lateral and medial BST. However, there are never more than 5–10 fibers in each subdivision in each section. Collator note: Assumed to be absent. Swanson Atlas Levels 19-22.

There are a small number of fibers scattered throughout all portions of the lateral and medial BST. However, there are never more than 5–10 fibers in each subdivision in each section. Collator note: Assumed to be absent. Swanson Atlas Levels 19-22.

There are a small number of fibers scattered throughout all portions of the lateral and medial BST. However, there are never more than 5–10 fibers in each subdivision in each section. Collator note: Assumed to be absent. Swanson Atlas Levels 19-22.

There are a small number of fibers scattered throughout all portions of the lateral and medial BST. However, there are never more than 5–10 fibers in each subdivision in each section. Collator note: Assumed to be absent. Swanson Atlas Levels 19-22.

There are a small number of fibers scattered throughout all portions of the lateral and medial BST. However, there are never more than 5–10 fibers in each subdivision in each section. Collator note: Assumed to be absent. Swanson Atlas Levels 19-22.

There are a small number of fibers scattered throughout all portions of the lateral and medial BST. However, there are never more than 5–10 fibers in each subdivision in each section. Collator note: Swanson Atlas Levels 19-22.

There are a small number of fibers scattered throughout all portions of the lateral and medial BST. However, there are never more than 5–10 fibers in each subdivision in each section. Collator note: Swanson Atlas Levels 19-22.

There are a small number of fibers scattered throughout all portions of the lateral and medial BST. However, there are never more than 5–10 fibers in each subdivision in each section. Collator note: Swanson Atlas Levels 19-22.

There are a small number of fibers scattered throughout all portions of the lateral and medial BST. However, there are never more than 5–10 fibers in each subdivision in each section. Collator note: Swanson Atlas Levels 19-22.

There are a small number of fibers scattered throughout all portions of the lateral and medial BST. However, there are never more than 5–10 fibers in each subdivision in each section. Collator note: Swanson Atlas Levels 19-22.

There are a small number of fibers scattered throughout all portions of the lateral and medial BST. However, there are never more than 5–10 fibers in each subdivision in each section. Collator note: Swanson Atlas Levels 19-22.

There are a small number of fibers scattered throughout all portions of the lateral and medial BST. However, there are never more than 5–10 fibers in each subdivision in each section. Collator note: Assumed to be absent. Swanson Atlas Levels 19-22.

There are a small number of fibers scattered throughout all portions of the lateral and medial BST. However, there are never more than 5–10 fibers in each subdivision in each section. Collator note: Assumed to be absent. Swanson Atlas Levels 19-22.

There are a small number of fibers scattered throughout all portions of the lateral and medial BST. However, there are never more than 5–10 fibers in each subdivision in each section. Collator note: Assumed to be absent. Swanson Atlas Levels 19-22.

There are a small number of fibers scattered throughout all portions of the lateral and medial BST. However, there are never more than 5–10 fibers in each subdivision in each section. Collator note: Assumed to be absent. Swanson Atlas Levels 19-22.

There are a small number of fibers scattered throughout all portions of the lateral and medial BST. However, there are never more than 5–10 fibers in each subdivision in each section. Collator note: Assumed to be absent. Swanson Atlas Levels 19-22.

There are a small number of fibers scattered throughout all portions of the lateral and medial BST. However, there are never more than 5–10 fibers in each subdivision in each section. Collator note: Assumed to be absent. Swanson Atlas Levels 19-22.

At the level of the BST, the AIp has very light projections to the BSTLd and BSTLp, but strong projections to the IPAC (FIGURE 7, A–C). Collator note: Swanson Atlas Levels 19-22, bregma levels +0.0 to -0.8 mm.

At the level of the BST, the AIp has very light projections to the BSTLd and BSTLp, but strong projections to the IPAC (FIGURE 7, A–C). Collator note: Swanson Atlas Levels 19-22, bregma levels +0.0 to -0.8 mm.

At the level of the BST, the AIp has very light projections to the BSTLd and BSTLp, but strong projections to the IPAC (FIGURE 7, A–C). Collator note: Swanson Atlas Levels 19-22, bregma levels +0.0 to -0.8 mm.

At the level of the BST, the AIp has very light projections to the BSTLd and BSTLp, but strong projections to the IPAC (FIGURE 7, A–C). Collator note: Swanson Atlas Levels 19-22, bregma levels +0.0 to -0.8 mm.

At the level of the BST, the AIp has very light projections to the BSTLd and BSTLp, but strong projections to the IPAC (FIGURE 7, A–C). Collator note: Swanson Atlas Levels 19-22, bregma levels +0.0 to -0.8 mm.

At the level of the BST, the AIp has very light projections to the BSTLd and BSTLp, but strong projections to the IPAC (FIGURE 7, A–C). Collator note: Swanson Atlas Levels 19-22, bregma levels +0.0 to -0.8 mm.

At the level of the BST, the AIp has very light projections to the BSTLd and BSTLp, but strong projections to the IPAC (FIGURE 7, A–C). Collator note: Swanson Atlas Levels 19-22, bregma levels +0.0 to -0.8 mm.

At the level of the BST, the AIp has very light projections to the BSTLd and BSTLp, but strong projections to the IPAC (FIGURE 7, A–C). Collator note: Swanson Atlas Levels 19-22, bregma levels +0.0 to -0.8 mm.

At the level of the BST, the AIp has very light projections to the BSTLd and BSTLp, but strong projections to the IPAC (FIGURE 7, A–C). Collator note: Swanson Atlas Levels 19-22, bregma levels +0.0 to -0.8 mm.

At the level of the BST, the AIp has very light projections to the BSTLd and BSTLp, but strong projections to the IPAC (FIGURE 7, A–C). Collator note: Swanson Atlas Levels 19-22, bregma levels +0.0 to -0.8 mm.

At the level of the BST, the AIp has very light projections to the BSTLd and BSTLp, but strong projections to the IPAC (FIGURE 7, A–C). Collator note: Swanson Atlas Levels 19-22, bregma levels +0.0 to -0.8 mm.

At the level of the BST, the AIp has very light projections to the BSTLd and BSTLp, but strong projections to the IPAC (FIGURE 7, A–C). Collator note: Swanson Atlas Levels 19-22, bregma levels +0.0 to -0.8 mm.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

The only portion of the extended amygdalar region targeted by the temporal association areas is the ASt. Collator note: connection assumed to be absent.

At the level of the BST, the terminal field in the IPAC extended dorsomedially to become continuous with a terminal field that extended through all subdivisions of the BSTL (FIGURE 8, A and B). There were also efferents to the BSTL that ran through the lateral part of the stria terminalis. Some of these strial fibers provided an innervation of the lateral pocket of the supracapsular part of the BST (BSTLs). Collator note: Fig. 8, Swanson Atlas Levels 18-22.

At the level of the BST, the terminal field in the IPAC extended dorsomedially to become continuous with a terminal field that extended through all subdivisions of the BSTL (FIGURE 8, A and B). There were also efferents to the BSTL that ran through the lateral part of the stria terminalis. Some of these strial fibers provided an innervation of the lateral pocket of the supracapsular part of the BST (BSTLs). Collator note: Fig. 8, Swanson Atlas Levels 18-22.

At the level of the BST, the terminal field in the IPAC extended dorsomedially to become continuous with a terminal field that extended through all subdivisions of the BSTL (FIGURE 8, A and B). There were also efferents to the BSTL that ran through the lateral part of the stria terminalis. Some of these strial fibers provided an innervation of the lateral pocket of the supracapsular part of the BST (BSTLs). Collator note: Fig. 8, Swanson Atlas Levels 18-22.

At the level of the BST, the terminal field in the IPAC extended dorsomedially to become continuous with a terminal field that extended through all subdivisions of the BSTL (FIGURE 8, A and B). There were also efferents to the BSTL that ran through the lateral part of the stria terminalis. Some of these strial fibers provided an innervation of the lateral pocket of the supracapsular part of the BST (BSTLs). Collator note: Fig. 8, Swanson Atlas Levels 18-22.

At the level of the BST, the terminal field in the IPAC extended dorsomedially to become continuous with a terminal field that extended through all subdivisions of the BSTL (FIGURE 8, A and B). There were also efferents to the BSTL that ran through the lateral part of the stria terminalis. Some of these strial fibers provided an innervation of the lateral pocket of the supracapsular part of the BST (BSTLs). Collator note: Fig. 8, Swanson Atlas Levels 18-22.

At the level of the BST, the terminal field in the IPAC extended dorsomedially to become continuous with a terminal field that extended through all subdivisions of the BSTL (FIGURE 8, A and B). There were also efferents to the BSTL that ran through the lateral part of the stria terminalis. Some of these strial fibers provided an innervation of the lateral pocket of the supracapsular part of the BST (BSTLs). Collator note: Fig. 8, Swanson Atlas Levels 18-22.

At the level of the BST, the terminal field in the IPAC extended dorsomedially to become continuous with a terminal field that extended through all subdivisions of the BSTL (FIGURE 8, A and B). There were also efferents to the BSTL that ran through the lateral part of the stria terminalis. Some of these strial fibers provided an innervation of the lateral pocket of the supracapsular part of the BST (BSTLs). Collator note: Fig. 8, Swanson Atlas Levels 18-22.

At the level of the BST, the terminal field in the IPAC extended dorsomedially to become continuous with a terminal field that extended through all subdivisions of the BSTL (FIGURE 8, A and B). There were also efferents to the BSTL that ran through the lateral part of the stria terminalis. Some of these strial fibers provided an innervation of the lateral pocket of the supracapsular part of the BST (BSTLs). Collator note: Fig. 8, Swanson Atlas Levels 18-22.

At the level of the BST, the terminal field in the IPAC extended dorsomedially to become continuous with a terminal field that extended through all subdivisions of the BSTL (FIGURE 8, A and B). There were also efferents to the BSTL that ran through the lateral part of the stria terminalis. Some of these strial fibers provided an innervation of the lateral pocket of the supracapsular part of the BST (BSTLs). Collator note: Fig. 8, Swanson Atlas Levels 18-22.

At the level of the BST, the terminal field in the IPAC extended dorsomedially to become continuous with a terminal field that extended through all subdivisions of the BSTL (FIGURE 8, A and B). There were also efferents to the BSTL that ran through the lateral part of the stria terminalis. Some of these strial fibers provided an innervation of the lateral pocket of the supracapsular part of the BST (BSTLs). Collator note: Fig. 8, Swanson Atlas Levels 18-22.

At the level of the BST, the terminal field in the IPAC extended dorsomedially to become continuous with a terminal field that extended through all subdivisions of the BSTL (FIGURE 8, A and B). There were also efferents to the BSTL that ran through the lateral part of the stria terminalis. Some of these strial fibers provided an innervation of the lateral pocket of the supracapsular part of the BST (BSTLs). Collator note: Fig. 8, Swanson Atlas Levels 18-22.

At the level of the BST, the terminal field in the IPAC extended dorsomedially to become continuous with a terminal field that extended through all subdivisions of the BSTL (FIGURE 8, A and B). There were also efferents to the BSTL that ran through the lateral part of the stria terminalis. Some of these strial fibers provided an innervation of the lateral pocket of the supracapsular part of the BST (BSTLs). Collator note: Fig. 8, Swanson Atlas Levels 18-22.

At the level of the BST, the terminal field in the IPAC extended dorsomedially to become continuous with a terminal field that extended through all subdivisions of the BSTL (FIGURE 8, A and B). There were also efferents to the BSTL that ran through the lateral part of the stria terminalis. Some of these strial fibers provided an innervation of the lateral pocket of the supracapsular part of the BST (BSTLs). Collator note: Fig. 8, Swanson Atlas Levels 18-22.

At the level of the BST, the terminal field in the IPAC extended dorsomedially to become continuous with a terminal field that extended through all subdivisions of the BSTL (FIGURE 8, A and B). There were also efferents to the BSTL that ran through the lateral part of the stria terminalis. Some of these strial fibers provided an innervation of the lateral pocket of the supracapsular part of the BST (BSTLs). Collator note: Fig. 8, Swanson Atlas Levels 18-22.

At the level of the BST, the terminal field in the IPAC extended dorsomedially to become continuous with a terminal field that extended through all subdivisions of the BSTL (FIGURE 8, A and B). There were also efferents to the BSTL that ran through the lateral part of the stria terminalis. Some of these strial fibers provided an innervation of the lateral pocket of the supracapsular part of the BST (BSTLs). Collator note: Fig. 8, Swanson Atlas Levels 18-22.

At the level of the BST, the terminal field in the IPAC extended dorsomedially to become continuous with a terminal field that extended through all subdivisions of the BSTL (FIGURE 8, A and B). There were also efferents to the BSTL that ran through the lateral part of the stria terminalis. Some of these strial fibers provided an innervation of the lateral pocket of the supracapsular part of the BST (BSTLs). Collator note: Fig. 8, Swanson Atlas Levels 18-22.

At the level of the BST, the terminal field in the IPAC extended dorsomedially to become continuous with a terminal field that extended through all subdivisions of the BSTL (FIGURE 8, A and B). There were also efferents to the BSTL that ran through the lateral part of the stria terminalis. Some of these strial fibers provided an innervation of the lateral pocket of the supracapsular part of the BST (BSTLs). Collator note: Fig. 8, Swanson Atlas Levels 18-22.

Collator note: strong labeling in the olfactory tubercle. 0.00 mm from bregma, Swanson Atlas Level 17.

Collator note: strong labeling in the fundus of the striatum. 0.00 mm from bregma, Swanson Atlas Level 17.

Collator note: the labeling in the FS extends in the ventral part of the CP. 0.00 mm from bregma, Swanson Atlas Level 17.

Collator note: medial labeling of the SI, continuous with the labeling from the BST posterior. -0.8 mm from bregma, Swanson Atlas Level 22.

Collator note: fibers and terminals in all three layers of NLOT. -0.8 mm from bregma, Swanson Atlas Level 22.

Collator note: fibers and terminals in all three layers of NLOT. -0.8 mm from bregma, Swanson Atlas Level 22.

Collator note: fibers and terminals in all three layers of NLOT. -0.8 mm from bregma, Swanson Atlas Level 22.

Collator note: strong terminal field in the 17 part of the NLOT. -1.33 mm from bregma, Swanson Atlas Level 24.

Collator note: strong terminal field in the 17 part of the NLOT. -1.33 mm from bregma, Swanson Atlas Level 24.

Collator note: strong terminal field in the 17 part of the NLOT. -1.33 mm from bregma, Swanson Atlas Level 24.

Collator note: strong terminal field in the caudo-medial part of the SI. -1.33 mm from bregma, Swanson Atlas Level 24.

Collator note: few fibers and terminals in the 16 part of the AAA. -1.33 mm from bregma, Swanson Atlas Level 24.

Collator note: strong terminal field in the BA and MEAav. -1.7 mm from bregma, Swanson Atlas Level 26.

Collator note: strong terminal field in the BA and MEAav. -1.7 mm from bregma, Swanson Atlas Level 26.

Collator note: strong terminal field in the BMAa. -1.7 mm from bregma, Swanson Atlas Level 26.

Collator note: strong terminal field in the MEAad. -1.7 mm from bregma, Swanson Atlas Level 26.

Collator note: strong terminal field in the IA. -1.7 mm from bregma, Swanson Atlas Level 26.

Collator note: several terminals and fibers in the CEAl and CEAm. The terminal field seems to avoid these two nuclei and label intensely CEAc both dorsally and ventrally. -1.7 mm from bregma, Swanson Atlas Level 26.

Collator note: several terminals and fibers in the CEAl and CEAm. The terminal field seems to avoid these two nuclei and label intensely CEAc both dorsally and ventrally. -1.7 mm from bregma, Swanson Atlas Level 26.

Collator note: strong terminal field in the CEAc. -1.7 mm from bregma, Swanson Atlas Level 26.

Collator note: moderate labeling in the cortical amygdala, especially in the deep layers. -2.0 mm from bregma, Swanson Atlas Level 27.

Collator note: moderate labeling in the cortical amygdala, especially in the deep layers. -2.0 mm from bregma, Swanson Atlas Level 27.

Collator note: strong labeling in the lateral part of the CEA. -2.0 mm from bregma, Swanson Atlas Level 27.

Collator note: strong labeling in the BLAp and BMAP -3.3 mm from bregma, Swanson Atlas Level 30.

Collator note: strong labeling in the BLAp and BMAP -3.3 mm from bregma, Swanson Atlas Level 30.

Collator note: several labeled fibers and terminals in the PAA, that extend in the piriform cortex (a strong terminal field in PIR, exactly in the convexity). -3.3 mm from bregma, Swanson Atlas Level 30.

Collator note: at the least moderate labeling of the piriform cortex in this level, with a strong field in layer I. -3.3 mm from bregma, Swanson Atlas Level 30.