Case pg578-80, fig4. Soma notes PHA-L Injection labeled pyramidal cells, their dendrites with profuse branching in strata radiatum & lacunosum-moleculare & their axons in stratum oriens.. Terminal notes --No mention in text, probably because IL not part of prefrontal cortex . Label shown on fig4--.

Case pg578. Soma notes Following a slghtly more caudal & ventral PHA-L injection (case CA4)?--No descriptions of inj site, rely on fig3-. Terminal notes ?weak label was present in medial orbital & prelimbic cortex..

Case pg578-80, fig4. Soma notes PHA-L Injection labeled pyramidal cells, their dendrites with profuse branching in strata radiatum & lacunosum-moleculare & their axons in stratum oriens.. Terminal notes most of fibre & terminal labeling in prelimbic & medial orbital cortices. Medial orbital cortex only sparsely labeled except for most anterior part where no label found. Labeled fibres & terminals in all layers, slight preference for deeper layers..

Case pg578. Soma notes Following a slghtly more caudal & ventral PHA-L injection (case CA4)?--No descriptions of inj site, rely on fig3-. Terminal notes ?weak label was present in medial orbital & prelimbic cortex..

Case pg578-80, fig4. Soma notes PHA-L Injection labeled pyramidal cells, their dendrites with profuse branching in strata radiatum & lacunosum-moleculare & their axons in stratum oriens.. Terminal notes most of fibre & terminal labeling present in prelimbic & medial orbital cortices. In prelimbic cortex, labeling observed throughout its entire rostrocaudal extent. In deep V & VI many labeled variscose fibres labeled?entral: layer II, Dorsal: deep layers.

Case pg577. Soma notes PHA-L Injections in dorsal part of CA1?--No descriptions of inj site, rely on fig3-. Terminal notes ?did not result in any labeling in prefrontal cortex..

Case pg581, fig7,8,9. Soma notes Most caudally placed PHA-L injections in intermediate subiculum (case SUB-4). Inj labeled cell bodies as well as their dendrites & axons.. Terminal notes --No mention in text, probably because IL not part of prefrontal cortex . Label shown on fig8--.

Case pg581, fig7,8,9. Soma notes Most caudally placed PHA-L injections in intermediate subiculum (case SUB-4). Inj labeled cell bodies as well as their dendrites & axons.. Terminal notes dense anterograde labeling in ?restricted parts of medial orbital cortex. Except for most anterior portion , medial orbital cortex richly supplied with labeled fibres & terminals. Density of labeling markedly higher than CA1 injs..

Case pg581, fig7,8,9. Soma notes Most caudally placed PHA-L injections in intermediate subiculum (case SUB-4). Inj labeled cell bodies as well as their dendrites & axons.. Terminal notes dense anterograde labeling in entire rostrocaudal extent of prelimbic cortex ?Prelimbic cortex displayed varicose fibres & terminal plexuses in all layers..

In all rats injected with PHA-L in the dentate gyrus, the CA3-CA2 field, and the distal part of the subiculum (n = 12), we did not observe any labeling of fibers and terminals in the prefrontal cortex.

In all rats injected with PHA-L in the dentate gyrus, the CA3-CA2 field, and the distal part of the subiculum (n = 12), we did not observe any labeling of fibers and terminals in the prefrontal cortex.

In all rats injected with PHA-L in the dentate gyrus, the CA3-CA2 field, and the distal part of the subiculum (n = 12), we did not observe any labeling of fibers and terminals in the prefrontal cortex.

In all rats injected with PHA-L in the dentate gyrus, the CA3-CA2 field, and the distal part of the subiculum (n = 12), we did not observe any labeling of fibers and terminals in the prefrontal cortex.

In all rats injected with PHA-L in the dentate gyrus, the CA3-CA2 field, and the distal part of the subiculum (n = 12), we did not observe any labeling of fibers and terminals in the prefrontal cortex.

In all rats injected with PHA-L in the dentate gyrus, the CA3-CA2 field, and the distal part of the subiculum (n = 12), we did not observe any labeling of fibers and terminals in the prefrontal cortex.

In all rats injected with PHA-L in the dentate gyrus, the CA3-CA2 field, and the distal part of the subiculum (n = 12), we did not observe any labeling of fibers and terminals in the prefrontal cortex.

In all rats injected with PHA-L in the dentate gyrus, the CA3-CA2 field, and the distal part of the subiculum (n = 12), we did not observe any labeling of fibers and terminals in the prefrontal cortex.

In all rats injected with PHA-L in the dentate gyrus, the CA3-CA2 field, and the distal part of the subiculum (n = 12), we did not observe any labeling of fibers and terminals in the prefrontal cortex.

In all rats injected with PHA-L in the dentate gyrus, the CA3-CA2 field, and the distal part of the subiculum (n = 12), we did not observe any labeling of fibers and terminals in the prefrontal cortex.

In all rats injected with PHA-L in the dentate gyrus, the CA3-CA2 field, and the distal part of the subiculum (n = 12), we did not observe any labeling of fibers and terminals in the prefrontal cortex.

In all rats injected with PHA-L in the dentate gyrus, the CA3-CA2 field, and the distal part of the subiculum (n = 12), we did not observe any labeling of fibers and terminals in the prefrontal cortex.

In all rats injected with PHA-L in the dentate gyrus, the CA3-CA2 field, and the distal part of the subiculum (n = 12), we did not observe any labeling of fibers and terminals in the prefrontal cortex.

In all rats injected with PHA-L in the dentate gyrus, the CA3-CA2 field, and the distal part of the subiculum (n = 12), we did not observe any labeling of fibers and terminals in the prefrontal cortex.

In all rats injected with PHA-L in the dentate gyrus, the CA3-CA2 field, and the distal part of the subiculum (n = 12), we did not observe any labeling of fibers and terminals in the prefrontal cortex.

In all rats injected with PHA-L in the dentate gyrus, the CA3-CA2 field, and the distal part of the subiculum (n = 12), we did not observe any labeling of fibers and terminals in the prefrontal cortex.

In all rats injected with PHA-L in the dentate gyrus, the CA3-CA2 field, and the distal part of the subiculum (n = 12), we did not observe any labeling of fibers and terminals in the prefrontal cortex.

In all rats injected with PHA-L in the dentate gyrus, the CA3-CA2 field, and the distal part of the subiculum (n = 12), we did not observe any labeling of fibers and terminals in the prefrontal cortex.

In all rats injected with PHA-L in the dentate gyrus, the CA3-CA2 field, and the distal part of the subiculum (n = 12), we did not observe any labeling of fibers and terminals in the prefrontal cortex.

In all rats injected with PHA-L in the dentate gyrus, the CA3-CA2 field, and the distal part of the subiculum (n = 12), we did not observe any labeling of fibers and terminals in the prefrontal cortex.

In all rats injected with PHA-L in the dentate gyrus, the CA3-CA2 field, and the distal part of the subiculum (n = 12), we did not observe any labeling of fibers and terminals in the prefrontal cortex.

In all rats injected with PHA-L in the dentate gyrus, the CA3-CA2 field, and the distal part of the subiculum (n = 12), we did not observe any labeling of fibers and terminals in the prefrontal cortex.

In all rats injected with PHA-L in the dentate gyrus, the CA3-CA2 field, and the distal part of the subiculum (n = 12), we did not observe any labeling of fibers and terminals in the prefrontal cortex.

In all rats injected with PHA-L in the dentate gyrus, the CA3-CA2 field, and the distal part of the subiculum (n = 12), we did not observe any labeling of fibers and terminals in the prefrontal cortex.

In all rats injected with PHA-L in the dentate gyrus, the CA3-CA2 field, and the distal part of the subiculum (n = 12), we did not observe any labeling of fibers and terminals in the prefrontal cortex.

In all rats injected with PHA-L in the dentate gyrus, the CA3-CA2 field, and the distal part of the subiculum (n = 12), we did not observe any labeling of fibers and terminals in the prefrontal cortex.

In all rats injected with PHA-L in the dentate gyrus, the CA3-CA2 field, and the distal part of the subiculum (n = 12), we did not observe any labeling of fibers and terminals in the prefrontal cortex.

[…] fibers give rise to a plexus of vertically oriented fibers in the deep layers of the prelimbic cortex (Fig. 2A) that emitted collaterals coursing to the superficial layers. Collator note: layers IV-V and II. See Fig. 2A, Swanson Atlas Levels 8-9.

Collator note: terminals in more superficial layers (II-IV), in the rostral ILA. See Fig. 2A, Swanson Atlas Levels 8-9.

In the medial orbital cortex the distribution of these fibers was diffuse and showed a preference for layers deeper than layer II\.

Fibers that continued rostrally in the cingular bundle into the anterior cingulate cortex were extremely rare. Collator note: ACAv and the ventral part of the ACAd, mid-rostrocaudally, show very few terminals. See Fig. 2C-D, Swanson Atlas Levels 14-16.

Fibers that continued rostrally in the cingular bundle into the anterior cingulate cortex were extremely rare. Collator note: ACAv and the ventral part of the ACAd, mid-rostrocaudally, show very few terminals. See Fig. 2C-D, Swanson Atlas Levels 14-16.

Fibers that entered the cingular bundle mainly distributed to the most ventral parts of the retrosplenial cortex where they preferentially terminated in layer II (Fig. 2H,G). Collator note: mid-rostrocaudally, Swanson Atlas Levels 30-31.

[fibers from the third route] entered the deep white matter of the entorhinal and perirhinal cortices, where they terminated in the deep layers of these cortices (Fig. 2I.J). Collator note: layers III-V, strong labeling. Swanson Atlas Levels 40-43.

[fibers from the third route] entered the deep white matter of the entorhinal and perirhinal cortices, where they terminated in the deep layers of these cortices (Fig. 2I.J). Collator note: layers III-V, strong labeling. Swanson Atlas Levels 30-38.

Collator note: clear labeling of the LSr subdivisions and SH in this experiment. See Fig. 2B, Swanson Atlas Level 12.

Collator note: clear labeling of the LSr subdivisions and SH in this experiment. See Fig. 2B, Swanson Atlas Level 12.

Collator note: clear labeling of the LSr subdivisions and SH in this experiment. See Fig. 2B, Swanson Atlas Level 12.

Collator note: labeling of the ventro-medial part of the ACB. See Fig. 2B-C, Swanson Atlas Levels 12-15.

Collator note: fibers and terminals in the MS and continuing in the NDB. See Fig. 2D, Swanson Atlas Levels 15-16.

Collator note: fibers and terminals in the MS and continuing in the NDB. See Fig. 2D, Swanson Atlas Levels 15-16.

In the prelimbic cortex, labeling was observed throughout its entire rostrocaudal extent. In the deep layers V and VI, many labeled varicose fibers were present that were vertically oriented and gave off branches that ascended to the superficial layers (F

The medial orbital cortex was only sparsely labeled, except for its most anterior part where no labeling was found. Labeled fibers and terminals were present in all layers but a slight preference for the deeper layers was observed (Fig. 6). Collator note:

Collator note: labeling in the ACAd, deep layers. The labeling tends to concentrate ventrally. See Fig. 4B-D, Swanson Atlas Levels 5-9.

Collator note: labeling of the rostral part of the ILA, layers II-VI. See Fig. 4B-C, Swanson Atlas Levels 7-9.

Collator note: no labeling of the Mos, at least rostrally. See Fig. 4, Swanson Atlas Levels 4-9.

Collator note: few fibers and terminals in the AIV and AID, rostrally. See Fig. 4D, Swanson Atlas Levels 8-9.

Collator note: few fibers and terminals in the AIV and AID, rostrally. See Fig. 4D, Swanson Atlas Levels 8-9.

Collator note: no label in this region.

Collator note: no label in this region.

Except for its most anterior portion, the medial orbital cortex was richly supplied with labeled fibers and terminals. The distribution of the labeling was rather diffuse in all layers, but showed a light preference for the layers deep to layer II (Fig. 1

In the ventral portion [of the PL] we observed clear terminal labeling in the superficial layers, whereas in the dorsal part of the prelimbic cortex the superficial cortical layers were only scarcely innervated (Fig. 9). Collator note: overall, strong lab

Collator note: labeling of the rostral ILA. The labeling tends to be more dorsal. See Fig. 8B-C, Swanson Atlas Levels 8-10.

Collator note: labeling of the rostro-ventral quadrant of the ACAd. See Fig. 8B-D, Swanson Atlas Levels 6-10.

Collator note: few terminals in the AID, and possibly the AIV, rostrally. The terminals are distributed across layers II-V. See Fig. 8D, Swanson Atlas Levels 9-10.

Collator note: MOs is devoid of label, at least rostrally. See Fig. 8A-D, Swanson Atlas Levels 5-10.

Collator note: no label in this region.

Collator note: no label in this region.

Injections in the dorsal or ventral part of the subiculum (cases SUB-1, SUB-2, SUB-6, SUB-7, and SUB-8; Fig. 7) resulted in moderately dense labeling in the prelimbic and medial orbital cortices.

Injections in the dorsal or ventral part of the subiculum (cases SUB-1, SUB-2, SUB-6, SUB-7, and SUB-8; Fig. 7) resulted in moderately dense labeling in the prelimbic and medial orbital cortices.