In our follow-up story, @imtherealtrumpp and @WiktorBurdzl applied our LSBA method to show a conserved ActivinA binding capability to ACVR2 receptors in human and medaka fish. A critical step for the development of a novel #FOP model.
#science#Biology
https://t.co/I1yE0eir6h
Very happy to see our story online in the final "cell style" PDF version @iScience_CP.
If you are interested in #BMP dependent #chromatin modulation, and its dependence on the mechanical niche in the vasculature, have a look !
https://t.co/LXD38GRVmP
#Science@fubcp@FU_Berlin
Dieses Semester probiere ich mit den Biochemie Studierenden des Wissenschaftskommunikationskurses wie man Proteinmodelle einfach und ansprechend 3D drucken kann. Hier sind die ersten Ergebnisse. @FU_Berlin@fubcp#3dprinting#May4thBeWithYou - Mando dient als Qualitätsvergleich.
What a great way to start the new year with our paper “A versatile Halo- and SNAP-tagged BMP/TGFβ receptor library for quantification of cell surface ligand binding” finally online at #communicationsbiology access the pdf using the following link
https://t.co/GsQfrnAsej
Happy that our first BMP/TGFbeta receptor visualisation paper is available as pre-print, where we show the beauty of imaging Halo and SNAP-tagged receptors together with fluorescent ligands. Thankful for my team and the great collaboration with @BroichhagenJ and @Fran_Bottanelli
Thanks also at @Habacef for the great ligand receptor dockings!
A versatile Halo- and SNAP-tagged BMP/TGFβ receptor library for quantification of cell surface ligand binding https://t.co/ciq0EW01Ew
Also happy to see that our project, which started as the bachelor thesis of @imtherealtrumpp and master thesis W.Burdzinski is opening many doors
A versatile Halo- and SNAP-tagged BMP/TGFβ receptor library for quantification of cell surface ligand binding https://t.co/ciq0EW01Ew