[...] dense terminal labeling in layers I–VI of IL itself and in all layers of the ventral parts of the PL, with a preference for I and V.

[...] dense terminal labeling in layers I–VI of IL itself and in all layers of the ventral parts of the PL, with a preference for I and V. Collator note: Table 1 page 200 shows that layers I, III, V receive strong projections from ILA, while II and VI weak ones. We followed the results shown in Table 1.

[...] dense terminal labeling in layers I–VI of IL itself and in all layers of the ventral parts of the PL, with a preference for I and V. Collator note: Table 1 page 200 shows that layers I, III, V receive strong projections from ILA, while II and VI weak ones. We followed the results shown in Table 1.

[...] dense terminal labeling in layers I–VI of IL itself and in all layers of the ventral parts of the PL, with a preference for I and V. Collator note: Table 1 page 200 shows that layers I, III, V receive strong projections from ILA, while II and VI weak ones. We followed the results shown in Table 1.

Collator note: Table 1 page 200 shows that layers I, III, V receive strong projections from ILA, while II and VI weak ones. We followed the results shown in Table 1.

Collator note: Table 1 page 200 shows that layers I, III, V receive strong projections from ILA, while II and VI weak ones. We followed the results shown in Table 1.

Additional labeling is present in the ... rostral parts of the ACv-d (slight). Collator note: see Table 1 page 200.

Additional labeling is present in the ... rostral parts of the ACv-d (slight). Collator note: see Table 1 page 200.

Additional labeling is present in the ... rostral parts of the ACv-d (slight). Collator note: see Table 1 page 200.

Additional labeling is present in the ... rostral parts of the ACv-d (slight). Collator note: see Table 1 page 200.

Additional labeling is present in the ... rostral parts of the ACv-d (slight). Collator note: see Table 1 page 200.

Additional labeling is present in the ... rostral parts of the ACv-d (slight). Collator note: see Table 1 page 200.

Other areas of the cingulate cortex are practically devoid of fibers. Collator note: see Table 1 page 200.

Other areas of the cingulate cortex are practically devoid of fibers. Collator note: see Table 1 page 200.

Other areas of the cingulate cortex are practically devoid of fibers. Collator note: see Table 1 page 200.

Injections into dorsal parts of PL (Fig. 4A, C) result in moderate to dense labeling in ACd and slight to moderate labeling in IL. In contrast, injections into ventral PL (Fig. 4B, D, E) result in slight to moderate labeling in ACd and dense labeling in IL.

[...] following PL injections terminal labeling is more widespread, localized in the PL [...]

[...] following PL injections terminal labeling is more widespread, localized in the PL [...]

[...] following PL injections terminal labeling is more widespread, localized in the PL [...]

[...] following PL injections terminal labeling is more widespread, localized in the PL [...]

Following caudal PL injections a dense plexus of terminating fibers is present in ACv, whereas rostral PL injections give rise to sparse labeling this area (compare Fig. 4A with B). Collator note: see Table 1 page 200.

Following caudal PL injections a dense plexus of terminating fibers is present in ACv, whereas rostral PL injections give rise to sparse labeling this area (compare Fig. 4A with B). Collator note: see Table 1 page 200.

Following caudal PL injections a dense plexus of terminating fibers is present in ACv, whereas rostral PL injections give rise to sparse labeling this area (compare Fig. 4A with B). Collator note: see Table 1 page 200.

Injections into dorsal parts of PL (Fig. 4A, C) result in moderate to dense labeling in ACd and slight to moderate labeling in IL. In contrast, injections into ventral PL (Fig. 4B, D, E) result in slight to moderate labeling in ACd and dense labeling in IL. Collator note: see Table 1 page 200.

Injections into dorsal parts of PL (Fig. 4A, C) result in moderate to dense labeling in ACd and slight to moderate labeling in IL. In contrast, injections into ventral PL (Fig. 4B, D, E) result in slight to moderate labeling in ACd and dense labeling in IL. Collator note: see Table 1 page 200.

Injections into dorsal parts of PL (Fig. 4A, C) result in moderate to dense labeling in ACd and slight to moderate labeling in IL. In contrast, injections into ventral PL (Fig. 4B, D, E) result in slight to moderate labeling in ACd and dense labeling in IL. Collator note: see Table 1 page 200.

Injections into dorsal parts of PL (Fig. 4A, C) result in moderate to dense labeling in ACd and slight to moderate labeling in IL. In contrast, injections into ventral PL (Fig. 4B, D, E) result in slight to moderate labeling in ACd and dense labeling in IL. Collator note: see Table 1 page 200.

Collator note: see Table 1 page 200.

Collator note: see Table 1 page 200.

[....] caudal PL injections sparsely but consistently lead to terminal labeling in RSv-a, whereas rostral PL injections do not (compare Fig. 4A with B). Collator note: see Table 1 page 200.

Collator note: see Table 1 page 200. RSPv-a is the single subregion of RSP labeled by (caudal) injections in the PL.

Collator note: see Table 1 page 200.

Collator note: see Table 1 page 200.

Collator note: see Table 1 page 200.

Collator note: see Table 1 page 200.

Superficially placed injections predominantly result in labeling in layers I and III of PL, ACv and ACd, whereas injections into the deeper layers preferentially result in tracer deposit in layers I and V of these regions (Table 1).

Superficially placed injections predominantly result in labeling in layers I and III of PL, ACv and ACd, whereas injections into the deeper layers preferentially result in tracer deposit in layers I and V of these regions (Table 1).

Superficially placed injections predominantly result in labeling in layers I and III of PL, ACv and ACd, whereas injections into the deeper layers preferentially result in tracer deposit in layers I and V of these regions (Table 1).

Superficially placed injections predominantly result in labeling in layers I and III of PL, ACv and ACd, whereas injections into the deeper layers preferentially result in tracer deposit in layers I and V of these regions (Table 1).

Superficially placed injections predominantly result in labeling in layers I and III of PL, ACv and ACd, whereas injections into the deeper layers preferentially result in tracer deposit in layers I and V of these regions (Table 1).

Superficially placed injections predominantly result in labeling in layers I and III of PL, ACv and ACd, whereas injections into the deeper layers preferentially result in tracer deposit in layers I and V of these regions (Table 1).

Superficially placed injections predominantly result in labeling in layers I and III of PL, ACv and ACd, whereas injections into the deeper layers preferentially result in tracer deposit in layers I and V of these regions (Table 1).

Superficially placed injections predominantly result in labeling in layers I and III of PL, ACv and ACd, whereas injections into the deeper layers preferentially result in tracer deposit in layers I and V of these regions (Table 1).

Superficially placed injections predominantly result in labeling in layers I and III of PL, ACv and ACd, whereas injections into the deeper layers preferentially result in tracer deposit in layers I and V of these regions (Table 1).

Superficially placed injections predominantly result in labeling in layers I and III of PL, ACv and ACd, whereas injections into the deeper layers preferentially result in tracer deposit in layers I and V of these regions (Table 1).

Superficially placed injections predominantly result in labeling in layers I and III of PL, ACv and ACd, whereas injections into the deeper layers preferentially result in tracer deposit in layers I and V of these regions (Table 1).

Superficially placed injections predominantly result in labeling in layers I and III of PL, ACv and ACd, whereas injections into the deeper layers preferentially result in tracer deposit in layers I and V of these regions (Table 1).

Superficially placed injections predominantly result in labeling in layers I and III of PL, ACv and ACd, whereas injections into the deeper layers preferentially result in tracer deposit in layers I and V of these regions (Table 1).

Superficially placed injections predominantly result in labeling in layers I and III of PL, ACv and ACd, whereas injections into the deeper layers preferentially result in tracer deposit in layers I and V of these regions (Table 1).

Superficially placed injections predominantly result in labeling in layers I and III of PL, ACv and ACd, whereas injections into the deeper layers preferentially result in tracer deposit in layers I and V of these regions (Table 1).

Superficially placed injections predominantly result in labeling in layers I and III of PL, ACv and ACd, whereas injections into the deeper layers preferentially result in tracer deposit in layers I and V of these regions (Table 1).

Superficially placed injections predominantly result in labeling in layers I and III of PL, ACv and ACd, whereas injections into the deeper layers preferentially result in tracer deposit in layers I and V of these regions (Table 1).

Superficially placed injections predominantly result in labeling in layers I and III of PL, ACv and ACd, whereas injections into the deeper layers preferentially result in tracer deposit in layers I and V of these regions (Table 1).

Superficially placed injections predominantly result in labeling in layers I and III of PL, ACv and ACd, whereas injections into the deeper layers preferentially result in tracer deposit in layers I and V of these regions (Table 1).

Superficially placed injections predominantly result in labeling in layers I and III of PL, ACv and ACd, whereas injections into the deeper layers preferentially result in tracer deposit in layers I and V of these regions (Table 1).

Superficially placed injections predominantly result in labeling in layers I and III of PL, ACv and ACd, whereas injections into the deeper layers preferentially result in tracer deposit in layers I and V of these regions (Table 1).

Superficially placed injections predominantly result in labeling in layers I and III of PL, ACv and ACd, whereas injections into the deeper layers preferentially result in tracer deposit in layers I and V of these regions (Table 1).

Superficially placed injections predominantly result in labeling in layers I and III of PL, ACv and ACd, whereas injections into the deeper layers preferentially result in tracer deposit in layers I and V of these regions (Table 1).

Superficially placed injections predominantly result in labeling in layers I and III of PL, ACv and ACd, whereas injections into the deeper layers preferentially result in tracer deposit in layers I and V of these regions (Table 1).

Superficially placed injections predominantly result in labeling in layers I and III of PL, ACv and ACd, whereas injections into the deeper layers preferentially result in tracer deposit in layers I and V of these regions (Table 1).

Collator note: see Table 1 page 200.

Collator note: see Table 1 page 200.

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Superficially placed injections preferentially label fibers in layers I and III of ACv+d and layers I and V of the RS (Fig. 6D–G), whereas injections in the deep layers result in labeled fibers in layers I, III and V of ACd, layers I and V of PL, ACv and RSv and layer V of RSd (Fig. 6H, I; Table 1).

Collator note: case 0050, see Figure 7 page 203.

Collator note: case 0050, see Figure 7 page 203.

Collator note: case 0579, see Figure 7 page 203.

Collator note: case 0579, see Figure 7 page 203.

In all cases, dense labeling of terminating fibers is seen in layers I, III and V of ACv, ACd and RSv itself, and in layers I and V of RSd (Table 1, Fig. 7A–F).

In all cases, dense labeling of terminating fibers is seen in layers I, III and V of ACv, ACd and RSv itself, and in layers I and V of RSd (Table 1, Fig. 7A–F).

In all cases, dense labeling of terminating fibers is seen in layers I, III and V of ACv, ACd and RSv itself, and in layers I and V of RSd (Table 1, Fig. 7A–F).

In all cases, dense labeling of terminating fibers is seen in layers I, III and V of ACv, ACd and RSv itself, and in layers I and V of RSd (Table 1, Fig. 7A–F).

In all cases, dense labeling of terminating fibers is seen in layers I, III and V of ACv, ACd and RSv itself, and in layers I and V of RSd (Table 1, Fig. 7A–F).

In all cases, dense labeling of terminating fibers is seen in layers I, III and V of ACv, ACd and RSv itself, and in layers I and V of RSd (Table 1, Fig. 7A–F).

In all cases, dense labeling of terminating fibers is seen in layers I, III and V of ACv, ACd and RSv itself, and in layers I and V of RSd (Table 1, Fig. 7A–F).

In all cases, dense labeling of terminating fibers is seen in layers I, III and V of ACv, ACd and RSv itself, and in layers I and V of RSd (Table 1, Fig. 7A–F).

In all cases, dense labeling of terminating fibers is seen in layers I, III and V of ACv, ACd and RSv itself, and in layers I and V of RSd (Table 1, Fig. 7A–F).

In all cases, dense labeling of terminating fibers is seen in layers I, III and V of ACv, ACd and RSv itself, and in layers I and V of RSd (Table 1, Fig. 7A–F).

In all cases, dense labeling of terminating fibers is seen in layers I, III and V of ACv, ACd and RSv itself, and in layers I and V of RSd (Table 1, Fig. 7A–F).

In all cases, dense labeling of terminating fibers is seen in layers I, III and V of ACv, ACd and RSv itself, and in layers I and V of RSd (Table 1, Fig. 7A–F).

In all cases, dense labeling of terminating fibers is seen in layers I, III and V of ACv, ACd and RSv itself, and in layers I and V of RSd (Table 1, Fig. 7A–F).

In all cases, dense labeling of terminating fibers is seen in layers I, III and V of ACv, ACd and RSv itself, and in layers I and V of RSd (Table 1, Fig. 7A–F).

In all cases, dense labeling of terminating fibers is seen in layers I, III and V of ACv, ACd and RSv itself, and in layers I and V of RSd (Table 1, Fig. 7A–F).

In all cases, dense labeling of terminating fibers is seen in layers I, III and V of ACv, ACd and RSv itself, and in layers I and V of RSd (Table 1, Fig. 7A–F).

Collator note: see Table 1, page 200.

Collator note: see Table 1 page 200.

Following such injections, dense labeling is present in all layers of RSv (predominantly in I, IV, V), RSd (predominantly in I, II, V), ACv and ACd (predominantly in I and III; Table 1, Fig. 8C).

Following such injections, dense labeling is present in all layers of RSv (predominantly in I, IV, V), RSd (predominantly in I, II, V), ACv and ACd (predominantly in I and III; Table 1, Fig. 8C).

Following such injections, dense labeling is present in all layers of RSv (predominantly in I, IV, V), RSd (predominantly in I, II, V), ACv and ACd (predominantly in I and III; Table 1, Fig. 8C).

Following such injections, dense labeling is present in all layers of RSv (predominantly in I, IV, V), RSd (predominantly in I, II, V), ACv and ACd (predominantly in I and III; Table 1, Fig. 8C).

Following such injections, dense labeling is present in all layers of RSv (predominantly in I, IV, V), RSd (predominantly in I, II, V), ACv and ACd (predominantly in I and III; Table 1, Fig. 8C).

Following such injections, dense labeling is present in all layers of RSv (predominantly in I, IV, V), RSd (predominantly in I, II, V), ACv and ACd (predominantly in I and III; Table 1, Fig. 8C).

Following such injections, dense labeling is present in all layers of RSv (predominantly in I, IV, V), RSd (predominantly in I, II, V), ACv and ACd (predominantly in I and III; Table 1, Fig. 8C).

Following such injections, dense labeling is present in all layers of RSv (predominantly in I, IV, V), RSd (predominantly in I, II, V), ACv and ACd (predominantly in I and III; Table 1, Fig. 8C).

Following such injections, dense labeling is present in all layers of RSv (predominantly in I, IV, V), RSd (predominantly in I, II, V), ACv and ACd (predominantly in I and III; Table 1, Fig. 8C).

Following such injections, dense labeling is present in all layers of RSv (predominantly in I, IV, V), RSd (predominantly in I, II, V), ACv and ACd (predominantly in I and III; Table 1, Fig. 8C).

Following such injections, dense labeling is present in all layers of RSv (predominantly in I, IV, V), RSd (predominantly in I, II, V), ACv and ACd (predominantly in I and III; Table 1, Fig. 8C).

Following such injections, dense labeling is present in all layers of RSv (predominantly in I, IV, V), RSd (predominantly in I, II, V), ACv and ACd (predominantly in I and III; Table 1, Fig. 8C).

Following such injections, dense labeling is present in all layers of RSv (predominantly in I, IV, V), RSd (predominantly in I, II, V), ACv and ACd (predominantly in I and III; Table 1, Fig. 8C).

Collator note: see Table 1 page 200. RSPv shows no projections to PL or ILA, therefore it is inferred that neither of its suparts has projections towards these two targets. See also Figure 2C for a reconstruction of all injections in this article.

Collator note: see Table 1 page 200. RSPv shows no projections to PL or ILA, therefore it is inferred that neither of its suparts has projections towards these two targets. See also Figure 2C for a reconstruction of all injections in this article.

Collator note: see Table 1 page 200. RSPv shows no projections to PL or ILA, therefore it is inferred that neither of its suparts has projections towards these two targets. See also Figure 2C for a reconstruction of all injections in this article.

Collator note: see Table 1 page 200. RSPv shows no projections to PL or ILA, therefore it is inferred that neither of its suparts has projections towards these two targets. See also Figure 2C for a reconstruction of all injections in this article.

Collator note: see Table 1 page 200. RSPv shows no projections to PL or ILA, therefore it is inferred that neither of its suparts has projections towards these two targets. See also Figure 2C for a reconstruction of all injections in this article.

Collator note: see Table 1 page 200. RSPv shows no projections to PL or ILA, therefore it is inferred that neither of its suparts has projections towards these two targets. See also Figure 2C for a reconstruction of all injections in this article.

Collator note: see Table 1 page 200. RSPv shows no projections to PL or ILA, therefore it is inferred that neither of its suparts has projections towards these two targets. See also Figure 2C for a reconstruction of all injections in this article.

Collator note: see Table 1 page 200. RSPv shows no projections to PL or ILA, therefore it is inferred that neither of its suparts has projections towards these two targets. See also Figure 2C for a reconstruction of all injections in this article.