Britta Trappmann

[Britta Trappmann @BTrappmann]

@MPI_Muenster @MaraPitulescu Great news, Mara, and very well deserved! Congrats!

[IMPRS for Living Matter @IMPRS_LM]

The deadline is approaching fast! This is your chance to apply for exciting projects with Sidney Becker, Ralf Erdmann, @KasanmascheffL, @kw_kliza, @MutschlerLab, @PfanderLab, @Intein, Jörg Tatzelt, @Btrappmann & @winklhofer_lab
We are looking forward to your application!

[Current Protocols @Curr_Protocols]

Published in Cell Biology! Biomechanically and biochemically tunable 3D scaffolds for studying angiogenic sprouting. @BTrappmann, @MPI_Muenster

https://t.co/rzfP5zfSQs

[Britta Trappmann @BTrappmann]

Thanks a lot for the fun interview @mate_palfy !

[J Cell Science @J_Cell_Sci]

Take a look at our latest 'Cell scientist to watch' interview with Britta Trappmann @BTrappmann @MPI_Muenster: https://t.co/jvuKHiNkDH

[Britta Trappmann @BTrappmann]

Thanks to Julieta @PaezLab and the organizers of the #TechMedResearchDay22 for inviting me to the University of Twente! A great place for biomedical engineering!

[Julieta Paez @PaezLab]

Our group participated in #TechMedResearchDay22 and was nicely represented by @Ale_Wolfel & @Chestnutstars 💫💫 @utwenteEN

Very proud of Alexis, who got the poster prize 🏆👏 .. well done Ale!

Thanks to @BTrappmann
as keynote speaker for her exciting science 🎊

[@sfb1348.bsky.social @sfb1348]

The International @Sfb1348 Meeting is just around the corner – June 8-10,2022. Everyone is welcome - in presence or via Zoom (login: https://t.co/xaJ0bWn02a) - no fees or registration!
For more information about the speaker, see speaker gallery: https://t.co/itmc25sJWX

[Britta Trappmann @BTrappmann]

@MPI_Muenster @emselor @ERC_Research @maxplanckpress So well-deserved Ivan!!!

[Britta Trappmann @BTrappmann]

Taking the opportunity to share our recent work as my first tweet :).
Great work by @HongyanLong and our collaborators Brendon @BakerLaboratory, Timo and Bart @BetzLab
https://t.co/m5Hgu7hwZq

[Advanced Portfolio @AdvPortfolio]

A hydrogel model is developed to allow researchers to independently study the impact of matrix stiffness and degradability on cell behavior.

@MPI_Muenster @BakerLaboratory @UMBME

Read the article: https://t.co/VwXaF2bxwz