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. 2023 Jan 19;10(9):2204594. doi: 10.1002/advs.202204594

Figure 6.

Figure 6

Substrate mechanics regulate cell adhesion and motions. a) The stiffness of different tissues. Reproduced with permission.[ 119 ] Copyright 2006, Cell Press. b) Substrate elastic modulus regulates the differentiation of hMSCs. (Scale bar is 20 µm). Reproduced with permission.[ 119 ] Copyright 2006, Cell Press. c) The substrate elastic modulus guides the actin cytoskeleton organization. Reproduced with permission.[ 118 ] Copyright 2015, Nature Publishing Group. d) SEM images of hMSCs adhered on PDMS micropillar arrays of the indicated heights. Reproduced with permission.[ 120 ] Copyright 2010, Nature Publishing Group. e) The movements of 3T3 cells on substrates with a rigidity gradient.[ ] Reproduced with permission.[ 121 ] Copyright 2000, Cell Press.