Research demonstrates control mechanism of force-induced cell-to-cell attachment

Research demonstrates control mechanism of force-induced cell-to-cell attachment

Research demonstrates control mechanism of force-induced cell-to-cell attachment

Using the amphibian Xenopus laevis as a model, Drs. Noriyuki Kinoshita and Naoto Ueno from the National Institute for Basic Biology, Japan and Dr. Ileana Cristea from Princeton University, USA have demonstrated that physical forces, such as centrifugal force, enhance cell-to-cell attachment and increase the stiffness of embryonic tissues as a result of force-induced cell shape change.