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Lateral habenular nucleus

As described in detail by Bjorklund and Lindvall (1984), the dopaminergic fibers form a dense plexus in the lateral habenular nucleus. This contingent of innervation is concentrated in the medial portion of the lateral habenula. Bjorklund and Lindvall (1984) pointed out that substantial evidence from lesion and tracing experiments had indicated that such DA innervation originates in the A10 cell group. In the retrograde... [Pg.56]

Li Y-Q, Takada M, Shinonaga Y, Mizuno N (1993) The sites of origin of dopaminergic afferent fibers to the lateral habenular nucleus in the rat. J Comp Neurol 333 118-133. [Pg.99]

Medial habenular nucleus Lateral habenular nucleus... [Pg.207]

Expression of CBi receptors in the thalamus is low (Herkenham et al. 1991 Jansen et al. 1992 Matsuda et al. 1993 Glass et al. 1997 Tsou et al. 1998a Egertova and Elphick 2000). Regions of the thalamus with some CBi expression include the (lateral) habenular nucleus, the anterior dorsal thalamic nucleus, and the reticular thalamic nucleus (Herkenham et al. 1991 Mailleux and Vanderhaeghen 1992 Tsou etal. 1998a). [Pg.313]

Fig. 12. Diagrammatic representation of some of the connections of the basal ganglia. NC, put nucleus caudatus, putamen MC motor cortex VL ventrolateral nucleus of thalamus CM centromedial thalamus HL lateral habenular nucleus GPe, GPi external and internal segments of the globus pallidus STN subthalamic nucleus NRa, NRm dorsal and median raph6 nuclei, respectively. (Modified from Nauta and Domesick, 1979, and reproduced with their kind permission.)... Fig. 12. Diagrammatic representation of some of the connections of the basal ganglia. NC, put nucleus caudatus, putamen MC motor cortex VL ventrolateral nucleus of thalamus CM centromedial thalamus HL lateral habenular nucleus GPe, GPi external and internal segments of the globus pallidus STN subthalamic nucleus NRa, NRm dorsal and median raph6 nuclei, respectively. (Modified from Nauta and Domesick, 1979, and reproduced with their kind permission.)...
Fig. 13. Diagrammatic representation of the efferent connections of the ventral mesencephalon. C-P, nucleus caudatus-putamen Ac, nucleus accumbens Am, amygdala VM, ventromedial nucleus of thalamus HL, lateral habenular nucleus SNc, substantia nigra (pars compacta) SNr, substantia nigra (pars reticulata) AVT, ventral tegmental area of Tsai SC, superior colliculus NRa dorsal raph nucleus LC, locus coeruleus TPC, pedunculo pontine nucleus. (From Beckstead et al., 1979, with kind permission of the authors.)... Fig. 13. Diagrammatic representation of the efferent connections of the ventral mesencephalon. C-P, nucleus caudatus-putamen Ac, nucleus accumbens Am, amygdala VM, ventromedial nucleus of thalamus HL, lateral habenular nucleus SNc, substantia nigra (pars compacta) SNr, substantia nigra (pars reticulata) AVT, ventral tegmental area of Tsai SC, superior colliculus NRa dorsal raph nucleus LC, locus coeruleus TPC, pedunculo pontine nucleus. (From Beckstead et al., 1979, with kind permission of the authors.)...
Fig. 24. Left lateral habenular nucleus. Right frontal cortex (laminae VI and IV). Log dose-response curve of the magnitude of the reductions in glucose utilization following the intravenous administration of muscimol. The level of glucose utilization in control habenular... Fig. 24. Left lateral habenular nucleus. Right frontal cortex (laminae VI and IV). Log dose-response curve of the magnitude of the reductions in glucose utilization following the intravenous administration of muscimol. The level of glucose utilization in control habenular...

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