1 leus caudalis, contralateral rostral lateral solitary nucleus).

2 m signals from the forebrain converge in the solitary nucleus.

3  was sparse terminal immunoreactivity in the solitary nucleus.

4 c tegmentum, in the cerebellar crest, in the solitary nucleus, and in the dorsal column nuclei.

5 cribe the presence of leptin receptor in the solitary nucleus, and there is functional evidence that

6 ) may have effects on vagal afferents in the solitary nucleus, as well as neurons of the solitary nuc

7 buted either lateral or ventrolateral to the solitary nucleus (dorsal respiratory group) or in the vi

8  solitary nucleus, as well as neurons of the solitary nucleus (NST) and dorsal motor nucleus (DMN) of

9 also show that a subset of astrocytes in the solitary nucleus (NST) is activated by low glucose.

10 LepRb receptors were highly expressed in the solitary nucleus [NST], dorsal motor nucleus of the vagu

11  leptin and TRH occurs within neurons of the solitary nucleus [NST], though this interaction had not

12 ular sensory information at the level of the solitary nucleus (nucleus tractus solitarius; NTS), thei

13 lar nuclear complex, prepositus hypoglossus, solitary nucleus, nucleus ambiguous, caudal spinal trige

14 ynorphin (Dyn)-rich regions (rostral lateral solitary nucleus, periobex dorsal nucleus caudalis), and

15 entral subnucleus, the region of the rostral solitary nucleus that receives the densest primary affer

16 urons were located in the caudal part of the solitary nucleus, the parasolitary nucleus, the vestibul

17 e neurons of the ipsilateral rostral lateral solitary nucleus, trigeminal tract, and dorsal nucleus c