Top Tweets for #CellMech2017
@ManuelTHERY I love this suppl movie! Quite reminescent of what @XavierTrepat showed at #cellmech2017 actually!
I really enjoyed #CellMech2017, looking forward to visit Milan for #CellMech2019! Good luck to the organizers V. Viasnoff and N. Gauthier!
Thanks to @Franze_Lab @KevinChalut and @CecilePerrault for a great #cellmech2017 meeting ! https://t.co/U90HC9VhXn
Amazing meeting with amazing organizers ๐! Thank you to all participants and speakers for making this a wonderful conference #CellMech2017
thanks to @ManuelTHERY , @XavierTrepat et al. for their live tweeting of #CellMech2017. really helps keeping up to speed!
Ming Guo measured a huge stiffening of collagen gels from 10 pN/ยตm 30 ยตm away from the cell to 1000 in their vicinity ! #CellMech2017
Roger Kamm showed stunning movies of cancer cells extravasating from blood vessels and deforming surrounding ECM #CellMech2017
#CellMech2017 goes on and on...
@christlet actually @Franze_Lab press with AFM tip on brains to create local stiffer regions and thus manage to direct axon growth ! #CellMech2017
@timisstuck @AEloArt Good point. The mechanism possibly applies to more factors than YAP, as long as they have similar size and deformability. #CellMech2017
Marina Uroz: epicardial cells don't round up during mitosis. Cytokinetic rings pull on the substrate as they contract! #CellMech2017
.@BaumBuzz @helenkmatthews showed that 100% of RPE1 failed to complete cytokinesis in non-adhesive microwells. No pb for HeLa #CellMech2017
Alberto Elosegui @AEloArt shows that force applied to the nucleus with an AFM increases nuclear import of YAP. Even with CytoD #CellMech2017
So many works based on cell stretching at #CellMech2017
Alberto Elosegui stretched cells and measured cell and nucleus deformation. Without talin the nucleus was not deformed! #CellMech2017
Janet Rubin shows that CytoD drives actin into the nucleus. If branched, it favors osteogenesis; otherwise, adipogenesis #CellMech2017
Yue Zhang (Viasnoff Lab MBI) presents โhemi-lumensโ at the interface between a hepatocyte and an E-cadherin coated substrate. #CellMech2017
Yue Zhang forced single hepatocytes to form a lumen against micropatterned E-cadherin and moved the lumen with pattern shape! #CellMech2017
Xavi showed that the multicellular domes, showed by Guillaume Charras, can be triggered by micropatterned non-adhesive regions #CellMech2017
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