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David Keays is focused on addressing pivotal questions in sensory and developmental neuroscience through innovative experimental designs and a reductionist approach. His research primarily investigates how animals perceive magnetic and electric fields, as well as explores the genetic influences of microtubule-associated proteins on neurodevelopmental diseases. Utilizing a multidisciplinary methodology, his work incorporates a variety of techniques such as 2-photon imaging, whole brain imaging via iDISCO, RNA exome sequencing, and CRISPR/CAS9 genome editing. He has contributed significantly to the understanding of mechanisms underlying magnetoreception and neuronal migration, evidenced by his involvement in numerous high-impact publications that delve into these intricacies. Keays is dedicated to advancing the field through a comprehensive integration of genetic, molecular, cellular, and behavioral research tools. His lab is recognized for its contributions to elucidating the biophysical, molecular, and anatomical aspects of sensory perception and neurodevelopment.
Administered by the Faculty of Economics. GRE is NOT required for the standard M.Sc. Economics.