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Mechanotyping
In article number 2303962, Nan Xiang and co‐workers developed an inertial multi‐force deformability cytometry for high‐throughput, high‐accuracy, and high‐applicability tumor cell mechanotyping. Three different deformations, including shear deformations and stretch deformations under different forces, are integrated in the deformability cytometry, which enables the precise multi‐parameter...
Previous on‐chip technologies for characterizing the cellular mechanical properties often suffer from a low throughput and limited sensitivity. Herein, an inertial multi‐force deformability cytometry (IMFDC) is developed for high‐throughput, high‐accuracy, and high‐applicability tumor cell mechanotyping. Three different deformations, including shear deformations and stretch deformations under different...
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