RT @SchwarzUlrich: At #BIOMS2018, @roeland_merks explains how the Cellular Potts Model can be combined with the Finite Element Method to mo…
At #BIOMS2018, @roeland_merks explains how the Cellular Potts Model can be combined with the Finite Element Method to model how cells interact dynamically with their mechanical environment, as started in https://t.co/pLHkfTOjAs
Looks like Van Oers et al., @PLOSCompBiol 2014, was a blockbuster paper! https://t.co/IwyzNN6Ysw #MBIspring2017
PCB: Mechanical Cell-Matrix Feedback Explains Pairwise and Collective Endothelial Cell Behavior In Vitro: by R... http://t.co/1aR94FfDc2
Really pleased with the front page of #PLOSCompBio today :-) http://t.co/DkfPYyHwv5 http://t.co/zj7tOXLUaP http://t.co/82C2m1KzJv
Mechanical Cell-Matrix Feedback Explains Pairwise and Collective Endothelial Cell Behavior In Vitro http://t.co/8TqNeG9Gc0
Mechanical Cell-Matrix Feedback Explains Pairwise and Collective Endothelial Cell Behavior In Vitro http://t.co/8TqNeG9Gc0
This week's Hero image on @PLOSCompBiol homepage http://t.co/88zWV8bLtd by Merks et al. on endothelial cell behaviour http://t.co/EozKvM73kc
This week's Hero image on @PLOSCompBiol homepage http://t.co/88zWV8bLtd by Merks et al. on endothelial cell behaviour http://t.co/EozKvM73kc
This week's Hero image on @PLOSCompBiol homepage http://t.co/88zWV8bLtd by Merks et al. on endothelial cell behaviour http://t.co/EozKvM73kc
Really pleased with the front page of #PLOSCompBio today :-) http://t.co/DkfPYyHwv5 http://t.co/zj7tOXLUaP http://t.co/82C2m1KzJv
Public summary https://t.co/xLyUOWnbk9 by @CWInl on our recent #PLOSCompBio paper http://t.co/yvBjIsZR4l on mechanical cell-matrix signaling
Public summary https://t.co/xLyUOWnbk9 by @CWInl on our recent #PLOSCompBio paper http://t.co/yvBjIsZR4l on mechanical cell-matrix signaling
Public summary https://t.co/xLyUOWnbk9 by @CWInl on our recent #PLOSCompBio paper http://t.co/yvBjIsZR4l on mechanical cell-matrix signaling
#PLOSCompBio: Mechanical Cell-Matrix Feedback Explains Pairwise and Collective Endothelial Cell Behavior In Vitro http://t.co/yvBjIsZR4l
#PLOSCompBio: Mechanical Cell-Matrix Feedback Explains Pairwise and Collective Endothelial Cell Behavior In Vitro http://t.co/yvBjIsZR4l
Paper on mech. cell-ECM interactions during angiogenesis accepted in @PLOSCompBiol! Preprint: http://t.co/uA95SSD256 http://t.co/6afDzqRt8l
Paper on mech. cell-ECM interactions during angiogenesis accepted in @PLOSCompBiol! Preprint: http://t.co/uA95SSD256 http://t.co/6afDzqRt8l
Paper on mech. cell-ECM interactions during angiogenesis accepted in @PLOSCompBiol! Preprint: http://t.co/uA95SSD256 http://t.co/6afDzqRt8l
Paper on mech. cell-ECM interactions during angiogenesis accepted in @PLOSCompBiol! Preprint: http://t.co/uA95SSD256 http://t.co/6afDzqRt8l
We just submitted a paper on modeling mechanical cell-ECM interactions during blood vessel growth. See preprint at http://t.co/gMVpS4uChE
Mechanical cell-substrate feedback explains pairwise and collective endothelial cell behavior in vitro. http://t.co/okYOylnbEd