• Reset your password

User account menu

  • Log in
funded by dfg 
Home
SFB 1638
Cellular membrane remodelling – how changing form creates function

Main navigation

  • Home
  • People
    • Britta Brügger
    • Elisabetta Ada Cavalcanti-Adam
    • Petr Chlanda
    • Tobias Dick
    • Alba Diz-Muñoz
    • Jan Ellenberg
    • Kerstin Göpfrich
    • Frauke Gräter
    • Carsten Hopf
    • Jürgen Kopp
    • Fabio Lolicato
    • Michael Meinecke
    • Walter Nickel
    • Cristina Paulino
    • Elmar Schiebel
    • Anne Schlaitz
    • Sebastian Schuck
    • Ulrich Schwarz
    • Matias Simons
    • Irmgard Sinning
    • Thomas Söllner
    • Nora Vögtle
  • Projects
    • P01
    • P02
    • P03
    • P04
    • P05
    • P06
    • P07
    • P08
    • P09
    • P10
    • P11
    • P12
    • P13
    • P15
    • Z01
    • Z02
    • Z03
    • INF
  • Events
    • BZH Guest Seminar supported by SFB 1638
    • SFB 1638 board
    • PhD Board
    • Gender Equality
    • Early Career
    • Jobs
  • Administration

P13

Mechanical and chemical crosstalk between membranes and membraneanchored mechano-kinases
P13

This project explores how membranes in their function as signaling platforms transmit mechanical stimuli into cells. While the impact of lateral membrane tension on protein activity is well-known, the effect of forces pulling proteins away from the membrane is much less clear. Focusing on tyrosine kinases Abl and Src, the research aims to understand the stability of their membrane attachment and the role of membrane remodeling in tuning mechanical links. This research will offer insights into how force-coupled remodelling mechanisms enable cellular mechanosensing.

Biophysics and Biochemistry
Frauke Gräter
Walter Nickel

Footer menu

  • Imprint
  • Privacy Statement
  • Accessibility

© 2025 SFB 1638