Actin kinetics shapes cortical network structure and mechanics by Fritzsche, M, Erlenkämper, C, Moeendarbary, E, Charras, G, Kruse, K

Super-resolved traction force microscopy (STFM) by Colin-York, H, Shrestha, D, Felce, J, Waithe, D, Moeendarbary, E, Davis, S, Eggeling, C, Fritzsche, M

Super-Resolved Traction Force Microscopy (STFM). by Colin-York, H, Shrestha, D, Felce, J, Waithe, D, Moeendarbary, E, Davis, S, Eggeling, C, Fritzsche, M

The cytoplasm of living cells behaves as a poroelastic material. by Moeendarbary, E, Valon, L, Fritzsche, M, Harris, A, Moulding, D, Thrasher, A, Stride, E, Mahadevan, L, Charras, G

The cytoplasm of living cells behaves as a poroelastic material by Moeendarbary, E, Valon, L, Fritzsche, M, Harris, A, Moulding, D, Thrasher, A, Stride, E, Mahadevan, L, Charras, G

Astigmatic traction force microscopy (aTFM) by Li, D, Colin-York, H, Barbieri, L, Javanmardi, Y, Guo, Y, Korobchevskaya, K, Moeendarbary, E, Li, D, Fritzsche, M

Self-organizing actin patterns shape membrane architecture but not cell mechanics by Fritzsche, M, Li, D, Colin-York, H, Chang, V, Moeendarbary, E, Felce, J, Sezgin, E, Charras, G, Betzig, E, Eggeling, C

Cytoskeletal control of antigen-dependent T cell activation by Colin-York, H, Javanmardi, Y, Skamrahl, M, Kumari, S, Chang, V, Khuon, S, Taylor, A, Chew, T, Betzig, E, Moeendarbary, E, Cerundolo, V, Eggeling, C, Fritzsche, M

Spatiotemporally super-resolved volumetric traction force microscopy by Colin-York, H, Javanmardi, Y, Barbieri, L, Li, D, Korobchevskaya, K, Guo, Y, Hall, C, Taylor, A, Khuon, S, Sheridan, G, Chew, T, Li, D, Moeendarbary, E, Fritzsche, M