Developmental Mechanisms Shaping Direction Selective Circuits in the Retina

Explore the intricate developmental mechanisms that shape direction selective circuits in the retina in this illuminating lecture by Dr. Marla Feller from UC Berkeley. Delve into cutting-edge research on retinal neurobiology and gain insights into the complex processes that govern the formation of these crucial visual circuits. Discover how early developmental events influence the establishment of direction selectivity in retinal neurons and their impact on visual processing. Examine the latest findings on cellular and molecular mechanisms involved in circuit assembly, synaptic specificity, and functional maturation of direction selective cells. Gain a deeper understanding of the interplay between genetic programs and activity-dependent processes in sculpting these specialized neural networks. Enhance your knowledge of developmental neuroscience and vision research through this comprehensive presentation delivered by a leading expert in the field.

Developmental Mechanisms Shaping Direction Selective Circuits in the Retina