Case pg353-4. Soma notes 36 female Sprague-Dawley rats weighing 200-350g. 10 microliters of CT-HRP(.20%-.40%) were injected into one eye ?behind the lens into the vitreous chamber of the eye. pressure injection over 1 min. Terminal notes fibres can be seen in stria terminalis coursing rostrally from these more caudal levels. This pathway gives rise to the thalamic label reported earlier (anterior dorsal, anterior ventral thalamic nuc. and bed nuc. of the stria terminalis.).

Case pg536, fig5. Soma notes In cases R506 with an injection into the ventromedial part of AV with midrostrocaudal level

Case pg536, fig6. Soma notes After an injection into dorsolateral part of AV at midrostrocaudal level (R532)

Case pg155, fig10. Soma notes In contrast to the labeling pattern in CF213, labeled neurons in AV were confined to a small portion of the caudal, ventrolateral AVpc. These neurons were relatively faintly labeled.. Terminal notes In rat CF275 a 20nl FB injection was placed into Rag at the same rostrocaudal position as the Rgb injection in CF213..

Case pg155, fig11. Soma notes Within the AV & AD, the relatively few FB labeled neurons were dimly fluorescent and they were situated in the rostral and dorsal portions of each nucleus. Terminal notes The results in rat CF270 demonstrate the pattern of thalamic projections to the caudal Rag cortex. The 20nl injection of FB was confined to Rag approx 1mm caudal to the splenium of the corpus callosum.

Case pg181, fig6. Soma notes In both of these cases labeled cells within the anterior thalamic nuclei were concentrated primarily in the AV and were found to a lesser extent in AD & AM --Fig6: Projection does not look much larger than AM/AD but take desc into account: mod/dense-. Terminal notes Injections of HRP were placed at various rostrocaudal levels within the dorsal dysgranular subdivision of retrosplenial cortex (area 29d) in 10 cases. fig6 presents results of 2 cases with injections in anterior and posterior portions of 29d.

Case pg204. Soma notes Injections into AV. Terminal notes very small number of axons and terminals in {1,3,4}.

Case pg202, fig2G,3A. Soma notes a few neurons were labelled in the anterior nuclei. (eg: AV and AD). Terminal notes FB injection into mid rostrocaudal levels of Rdg.

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).

An injection into the caudalmost part of area 29d labeled relatively few terminals in areas 24a and 24b at caudal levels and in the ventral orbital area near the frontal pole (Fig. 3A–E). Labeling in these areas was distributed mainly in layer I. Collator note: Fig 3B, which roughly corresponds to Swanson Atlas Levels 20-21. In this level, ACAv and ACAd are labeled mostly in layer I, with few fibers extending into layers II-III.

An injection into the caudalmost part of area 29d labeled relatively few terminals in areas 24a and 24b at caudal levels and in the ventral orbital area near the frontal pole (Fig. 3A–E). Labeling in these areas was distributed mainly in layer I. Collator note: Fig 3B, which roughly corresponds to Swanson Atlas Levels 20-21. In this level, ACAv and ACAd are labeled mostly in layer I, with few fibers extending into layers II-III.

An injection into the caudalmost part of area 29d labeled relatively few terminals in areas 24a and 24b at caudal levels and in the ventral orbital area near the frontal pole (Fig. 3A–E). Labeling in these areas was distributed mainly in layer I. Collator note: Fig 3B, which roughly corresponds to Swanson Atlas Levels 20-21. In this level, ACAv and ACAd are labeled mostly in layer I, with few fibers extending into layers II-III.

An injection into the caudalmost part of area 29d labeled relatively few terminals in areas 24a and 24b at caudal levels and in the ventral orbital area near the frontal pole (Fig. 3A–E). Labeling in these areas was distributed mainly in layer I. Collator note: Fig 3C, which roughly corresponds to Swanson Atlas Levels 13-14. In this level, only ACAv is labeled moderately in layers I and II.

An injection into the caudalmost part of area 29d labeled relatively few terminals in areas 24a and 24b at caudal levels and in the ventral orbital area near the frontal pole (Fig. 3A–E). Labeling in these areas was distributed mainly in layer I. Collator note: Fig 3C, which roughly corresponds to Swanson Atlas Levels 13-14. In this level, only ACAv is labeled moderately in layers I and II.

A few labeled cells were observed in layer V of area 29d throughout its rostrocaudal extent (Fig. 4B–E).…Collator note: few labeled cells in layer V. Fig. B-D, Swanson Atlas Levels 40-27.

Collator note: few cells in layer V in the caudal part of the RSPd. See fig 4 F-G, Swanson Atlas Levels 40-42.

Collator note: few cells in layers II-IV in the caudal part of the RSPd. See fig 4 F-G, Swanson Atlas Levels 40-42.

Collator note: few cells in layers II-IV in the caudal part of the RSPd. See fig 4 F-G, Swanson Atlas Levels 40-42.

Collator note: few cells in layers II-IV in the caudal part of the RSPd. See fig 4 F-G, Swanson Atlas Levels 40-42.

Collator note: strong labeling of retrosplenial cortices. See Fig. 5E-G, Swanson Atlas Levels 27-35.

Collator note: continuous labeling of the retrosplenial and visual cortices. A band of labeled neurons in layers VI is labeled in all these regions. Two or three column-like patterns in VISal and VISam.

Collator note: weak-moderate labeling in the caudal ACAd. See Fig. 8B.

Collator note; See Fig. 4D-F, Swanson Atlas Levels 24-29.

Collator note: extension of the terminal field in GPm extending ventromedially into SI and LHA. See Fig. 5C, Swanson Atlas Levels 24-25