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Richard J Adams is a researcher at the University of Cambridge, actively engaged in the study of morphogenetic cell movements during early embryonic development. His work primarily focuses on the zebrafish model system, employing time-lapse microscopy techniques combined with custom-built software to visualize and analyze the dynamics of morphogenesis. His research investigates the mechanisms that govern cell movements and shape tissue during embryonic development, emphasizing cellular behaviors such as cell shape changes, rearrangements, and intercalation. Adams collaborates with colleagues from various departments to develop theoretical frameworks that link cell behavior to tissue morphogenesis, contributing to a deeper understanding of developmental processes in the vertebrate central nervous system, particularly during gastrulation and neurulation stages. He applies quantitative analyses of 3D time-lapse movies to compare normal and mutant embryonic development, seeking to elucidate the relationships between cellular proteins and behaviors.
Standard postgraduate requirements for Department of Politics and International Studies (POLIS) and related humanities departments.