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98 117 W CBT W 23 MDPhD 2-4 3 1 19 MDPhD 8
117 99 OEPMI Singleneuron tracing study of thalamocortical projections arising from the rat mediodorsal nucleus The mediodorsal thalamic nucleus (MD) receives inputs from a wide variety of subcortical structures, such as the amygdala, basal forebrain and brain stem, and projects its axons to the prefrontal cortex. The MD have been considered to play important roles in learning, working memory, emotion, and behavioral control. In the present study, we investigated dendritic and axonal arborizations of single MD neurons in rats using Sindbis viral vectors expressing membrane-targeted green or monomeric red fluorescent protein. Single MD neurons infected with the viral vectors were completely visualized by immunoperoxidase staining for fluorescent protein, and reconstructed. When the axons exited from the thalamus, the reconstructed MD neurons always emitted axon collaterals to the thalamic reticular nucleus. Two of the 6 reconstructed MD neurons formed abundant axon bush in the neostriatum. In the cerebral cortex, the MD neurons sent axon fibers mainly to middle layers of the orbital, prelimbic, cingulate and frontal association areas. Thus, MD neurons would be classified into core thalamic neurons according to Jones (1998, 2001). OEPMI V Stefan Trifonov Calbindin D28K Calbindinpoor compartment Calbindinpoor compartment Calbindinpoor compartment GAD1 mRNA Cannabinoid type 1 receptor CB1 mRNA in situ hybridization 1 Calbindinpoor compartment Anterior, Middle, Posterior 3 2 GAD1 mRNA Middle region 3 CB1 mRNA 3 4 Anterior region Posterior region Middle region V OEPMI D1 D2 D1RD2R D1R D2R in situ D1R mRNA D2R mRNA D1R D2R D2R D1R D2R OEPMI GABA PV GABA Correlated CLSMEM 4 PV vGLuT2 driving input 4 PV PV 4 PV 2/3 PV CA1 OEPMII BAF dpf GFP BAF 10 DNA BAF esBAFnpBAF nBAF ES zinc Dpf1 nBAF BAF45b Dpf1 tTAEGFP dpf1 dpf1tTAGFP 24 GFP 48 dpf1 GFP Dpf1 Dpf1 OEPMII mRNA 1 2 2 1 1 2 mRNA mRNA RNA RNA mRNA
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