Case pg352. 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 Med. component of the RHT?in addition, labeled fibres and terms were found lateral to the lateral boundary of the SCN, in the lateroanterior hypothalamic nucleus. Lat component diffuse labeling in the lateroanterior hypothalamic nucleus was evident.

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Many labeled axons also extend rostrally into the BST anterior division, where they generate dense terminal plexuses in the anterolateral and anteroventral areas and moderate terminal plexuses in the ventral, magnocellular, rhomboid, and fusiform nuclei (Fig. 6F–H).

Initially, the fibers in the lateral hypothalamic area are cut in cross-section and generate almost no boutons until they arrive at tuberal levels (Fig. 6N), where they generate many branches and boutons in an area just dorsolateral to the fornix. Collator note: Atlas level 27, Swanson 1998. Fibers of passage are present. Figure 6N from paper.

Initially, the fibers in the lateral hypothalamic area are cut in cross-section and generate almost no boutons until they arrive at tuberal levels (Fig. 6N), where they generate many branches and boutons in an area just dorsolateral to the fornix. Collator note: Atlas level 28, Swanson 1998. Fibers of passage are present. Figure 6O from paper.

Initially, the fibers in the lateral hypothalamic area are cut in cross-section and generate almost no boutons until they arrive at tuberal levels (Fig. 6N), where they generate many branches and boutons in an area just dorsolateral to the fornix. Collator note: Atlas level 30, Swanson 1998. Fibers of passage are present. Figure 6P from paper.

Collator note: Atlas level 34, Swanson 1998. Fibers of passage are present. Figure 6R from paper.

ipsilateral, very dense terminal field surrounding the fx at the level of the DMH