Fundamentally, our work demonstrates that mechanisms driving motion in other physical contexts such as gasses, also extend to dynamics generated at the scale of tissues.
Super excited to share with y'all a new mechanism for collective motility in living tissues which can learn about in our latest preprint.🎉
Check it out!
https://t.co/CO3Cyt2eBi
New collaboration with the @tablerlab & @florianjug out on Biorxiv https://t.co/K5tK1Ah2by Check out @Diana_Afonso_ & @allyQryan ‘s remarkable work demonstrating the need for higher order shape and topology descriptors in a mesoscale tissue niche - the suture @mpicbg@csbdresden
@Diana_Afonso_'s doctoral tour de force is now out as the Tabler labs' first bioRxiv preprint! We teamed up with @florianjug and @carldmodes to ask if a mesenchmyal stem cell niche in the skull can be ordered to regulate fate through its collagen network.
https://t.co/FgxXHl4a2f
#lockdown has slowed time so much I went backwards six years! Zoom lab meeting with postdoc alums @ksedzinski, @tablerlab, and @Asakos01. More, more, morphogenesis! Thanks, guys, for the lovely chat.
The call for a joint @mpicbg & @PoLDresden@tudresden_de junior research group leader on tissue organization and dynamics is still open until January 31. Apply now! We are looking forward to your application! https://t.co/b0nsYNKlEC
New on the Node: Understanding Birth Defects in the Genomic Age
@ashishdeshwar & @nicoleedwds give an early career perspective on the recent @Co_Biologists Workshop
https://t.co/JQESdhkd5i
Check out our work on how to facilitate optical access to apical and lateral membranes of polarized tissue in 2D and 3D cell culture with super-resolution #STED. https://t.co/63T4XHMwbE
Movie shows 3D render of apical microvilli on MDCK cells #Polarity#Microscopy