Immune cells employ traction forces to overcome steric hindrance in 3D biopolymer networks
by Tina, Czerwinski, Lars, Bischof, David, Böhringer, Sibel, Kara, Ernst, Wittmann, Alexander, Winterl, Richard, Gerum, Gina, Nusser, Manuel, Wiesinger, Silvia, Budday, Anja, Lux, Caroline, Voskens, Ben, Fabry and Christoph, Mark
Reference:
Immune cells employ traction forces to overcome steric hindrance in 3D biopolymer networksTina, Czerwinski; Lars, Bischof; David, Böhringer; Sibel, Kara; Ernst, Wittmann; Alexander, Winterl; Richard, Gerum; Gina, Nusser; Manuel, Wiesinger; Silvia, Budday; Anja, Lux; Caroline, Voskens; Ben, Fabry; Christoph, MarkIn bioRxiv, pp. 2023.04.20.537658, 2023.
Bibtex Entry:
@article{RN4620,
author = {Tina, Czerwinski and Lars, Bischof and David, Böhringer and Sibel, Kara and Ernst, Wittmann and Alexander, Winterl and Richard, Gerum and Gina, Nusser and Manuel, Wiesinger and Silvia, Budday and Anja, Lux and Caroline, Voskens and Ben, Fabry and Christoph, Mark},
title = {Immune cells employ traction forces to overcome steric hindrance in 3D biopolymer networks},
journal = {bioRxiv},
pages = {2023.04.20.537658},
DOI = {10.1101/2023.04.20.537658},
url = {Czerwinski bioRxiv 2023.pdf},
year = {2023},
type = {Journal Article}
}