Post-surgical adhesions are triggered by calcium-dependent membrane bridges between mesothelial surfaces | Nature Communications https://t.co/3wt8OoLg5m
@kaitlin_fogg @LindaGGriffith1 @michelleoyen @JulieKim20 Oo at Vandy we were very interested in adhesions so I’m glad to see others are interested as well! As most have mentioned, most models are in vivo, but I did find a group that used an in vitro approa
🔰Research News🔰 Researchers around Adrian Fischer and Yuval Rinkevich Fischer from our Stem Cell Center found that injury triggered specific tissue transfer initiating wound repair. This might provide a new therapeutic window to dampen scaring. ➡️https:
@Tacke_lab 3. No mesothelial cells (no fibroblasts) no adhesions. https://t.co/xrFFgMAT9v 4. No macrophages no adhesions (https://t.co/KBTugkiVlm). Clearly something we (and hopefully others) are currently looking into.
RT @HaoYin20: Dr. Rinkevich group (Nat Comm 2020) provides compelling evidence for homotypic adhesiogenesis of mesothelial cells as a criti…
Dr. Rinkevich group (Nat Comm 2020) provides compelling evidence for homotypic adhesiogenesis of mesothelial cells as a critical, druggable, initial event for surgical adhesions. Mesothelial cells turn hyperprotrusive and fusogenic upon 15-min desiccation.
RT @SchillerLab: Happy to share a cool collaboration with Yuval Rinkevichs lab, now online at @NatureComms. Using single-cell RNAseq we ide…
RT @SchillerLab: Happy to share a cool collaboration with Yuval Rinkevichs lab, now online at @NatureComms. Using single-cell RNAseq we ide…
RT @SchillerLab: Happy to share a cool collaboration with Yuval Rinkevichs lab, now online at @NatureComms. Using single-cell RNAseq we ide…
RT @SchillerLab: Happy to share a cool collaboration with Yuval Rinkevichs lab, now online at @NatureComms. Using single-cell RNAseq we ide…
RT @SchillerLab: Happy to share a cool collaboration with Yuval Rinkevichs lab, now online at @NatureComms. Using single-cell RNAseq we ide…
RT @SchillerLab: Happy to share a cool collaboration with Yuval Rinkevichs lab, now online at @NatureComms. Using single-cell RNAseq we ide…
RT @SchillerLab: Happy to share a cool collaboration with Yuval Rinkevichs lab, now online at @NatureComms. Using single-cell RNAseq we ide…
RT @SchillerLab: Happy to share a cool collaboration with Yuval Rinkevichs lab, now online at @NatureComms. Using single-cell RNAseq we ide…
Looks interesting stuff Herbert!
RT @SchillerLab: Happy to share a cool collaboration with Yuval Rinkevichs lab, now online at @NatureComms. Using single-cell RNAseq we ide…
Happy to share a cool collaboration with Yuval Rinkevichs lab, now online at @NatureComms. Using single-cell RNAseq we identified cytoskeletal effectors in mesothelial cell activation during the formation of surgical adhesions. @HelmholtzMunich https://t.c
RT @HadianKamyar: „Post-surgical adhesions are triggered by calcium-dependent membrane bridges between mesothelial surfaces“ in @NatureCom…
RT @HadianKamyar: „Post-surgical adhesions are triggered by calcium-dependent membrane bridges between mesothelial surfaces“ in @NatureCom…
„Post-surgical adhesions are triggered by calcium-dependent membrane bridges between mesothelial surfaces“ in @NatureComms - Congrats to Yuval Rinkevich, Adrian Fischer and the whole team - https://t.co/tkpjt1eRqh @HelmholtzMunich https://t.co/lAEf4B1T