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MORPHOLOGICAL COMPARISON OF VISUAL PATHWAY PROJECTIONS TO THE TEMPORAL LOBE FROM CORTICAL AREA VI AND THE TECTORECIPIENT ZONE OF THE PULVINAR NUCLEUS IN THE TREE SHREW (TUPAJA BELANGERD Donna Dillihay November 16, 2012 The secondary visual pathway, from the retina through the superior colliculus and pulvinar nucleus has been linked to spatial attention (Snow et aI., 2009; Arend et aI., 2008) movement planning and motor response to visual stimuli (Wilke et aI. 2010; Grieve et aI. 2000). The tree shrew temporal cortex receives input from the tectorecipient pulvinar nucleus, composed of the dorsal (PD) and central (PC) subdivisions (Lyon et al. 2003a). We looked at the projections from this pathway to the temporal cortex and compared them to the VI projections to the temporal cortex in the tree shrew. Our focus was to determine if there are differences in these projections that could further define their functional relationships. The characteristics we compared are the layers of termination, the axon and bouton density, the axon arbor shape and branching, axon caliber, bouton size, type and clustering. In order to clearly identify the target temporal lobe areas of projections from VI and the pulvinar, we mapped the architectonic features of the areas on a model brain using a computerized microscope system onto which we then mapped the VI and

Morphological comparison of visual pathway projections to the temporal lobe from cortical area VI and the tectorecipient zone of the pulvinar nucleus in the tree shrew (Tupaia belangeri).