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  • MUTALIK, SAMPADA P.; GHOSE, AURNAB (Indian Academy of Sciences, 2020-04)
    For more than a century, mechanical forces have been predicted to govern many biological processes during development, both at the cellular level and in tissue homeostasis. The cytomechanics of the thin and highly extended ...
  • GHATE, KETAKEE; MUTALIK, SAMPADA P.; Sthanam, Lakshmi Kavitha; Sen, Shamik; GHOSE, AURNAB (Elsevier B.V., 2020-11)
    Growth cone–mediated axonal outgrowth and accurate synaptic targeting are central to brain morphogenesis. Translocation of the growth cone necessitates mechanochemical regulation of cell-extracellular matrix interactions ...

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