Mechanochemical Signals at Cellular Interfaces

May 27 - 29, 2026
  • Poster

    © Uni Münster
  • About

    Our upcoming international symposium in 2026 is entitled "Mechanochemical signals at cellular interfaces". This three-day meeting will foster interdisciplinary exchange and networking by bringing together leading scientists in the fields of cell and developmental biology, mechanobiology, biophysics, and multiscale imaging. Join us in Münster to discuss the latest advances on signaling at cellular interfaces and its impact on cell states across scales!

  • Speaker

    Yohanns Bellaiche
    © Uni Münster
    Yohanns Bellaiche
    Institut Curie, Paris
    Scaling of tissue flow with animal size
    Timo Betz
    © Uni Münster
    Timo Betz
    Georg-August-Universität Göttingen
    Dystrophin as a homeostatic tension regulator in reconstituted muscle tissue
    Maik Bischoff
    © Uni Münster
    Maik Bischoff
    University of Münster
    tba
    Dorothee Bornhorst-Ohmstede
    © Uni Münster
    Dorothee Bornhorst-Ohmstede
    University of Münster
    tba
    Laura Capolupo
    © Uni Münster
    Laura Capolupo
    Friedrich Miescher Institute for Biomedical Research (FMI), Basel
    Villus driven coordination of intestinal crypt morphogenesis
    Morgan Delarue
    © Uni Münster
    Morgan Delarue
    LAAS-CNRS, Toulouse
    Cell biosynthesis under mechanical pressure
    Anne Erzberger
    © Uni Münster
    Anne Erzberger
    EMBL Heidelberg
    How geometry drives the self-organisation of living matter
    Elisabeth Fischer-Friedrich
    © Uni Münster
    Elisabeth Fischer-Friedrich
    TU Dresden
    Regulation of plasma membrane tension through hydrostatic pressure and actin protrusion forces
    Stephan Grill
    © Uni Münster
    Stephan Grill
    MPI Dresden
    tba
    Stefanie Grosswendt
    © Uni Münster
    Diana Khoromskaia
    © Uni Münster
    Diana Khoromskaia
    University of Münster
    tba
    Jop Kind
    © Uni Münster
    Jop Kind
    Hubrecht Institut, Utrecht
    High throughput multiplexed epigenetic profiling in single cells with MAbID
    Nicoletta Petridou
    © Uni Münster
    Nicoletta Petridou
    EMBL Heidelberg
    Tissue phase transitions in development: More than just mechanics
    Matthieu  Piel
    © Uni Münster
    Matthieu Piel
    Institut Curie, Paris
    tba
    Diana Pinheiro
    © Uni Münster
    Diana Pinheiro
    Research Institute of Molecular Pathology (IMP), Wien
    Linking fate and form during vertebrate gastrulation
    Rashmi  Priya
    © Uni Münster
    Rashmi Priya
    The Crick Institute, London
    Living machines: how to build a functional heart
    Simone Reber
    © Uni Münster
    Simone Reber
    MPI Berlin
    tba
    Mauricio Rocha-Martins
    © Uni Münster
    Mauricio Rocha-Martins
    MPI Münster
    tba
    Katja Röper
    © Uni Münster
    Katja Röper
    University of Cambridge
    Mechanisms and mechanics of tube morphogenesis’
    Erik Sahai
    © Uni Münster
    Erik Sahai
    The Crick Institute, London
    Signalling and spatial patterns at tumour-stroma interfaces
    Frank Schnorrer
    © Uni Münster
    Frank Schnorrer
    Institute for Developmental Biology Marseille 
    Muscle building: the making of a fly steak
    Jakub Sedzinski
    © Uni Münster
    Jakub Sedzinski
    University of Copenhagen
    Mechanics of basal body patterning during multiciliated cell development
    Brian Stramer
    © Uni Münster
    Brian Stramer
    King's College London
    Dynamic regulation of extracellular matrix stability during development
    Saskia Suijkerbuijk
    © Uni Münster
    Saskia Suijkerbuijk
    University of Utrecht
    Spatiotemporal regulation of cell competition in intestinal cancer
    Hervé Turlier
    © Uni Münster
    Hervé Turlier
    CNRS Toulouse
    Inverse design of mechanochemical tissue patterning
    Katarina Wolf
    © Uni Münster
    Katarina Wolf
    Radboud University
    Impact of lamin-A/C expression modulation on cancer invasion and metastasis in vivo
  • Program

    May 27, 2026

    Session 1

    13:00 - 13:10    Welcome  

    13:10 - 13:40   Stephan Grill:
                                 tba

    13:40 -14:10    Nicoletta Petridou:
                                 Tissue phase transitions in development: More than just mechanics

    14:10 - 14:40   Jakub Sedzinski:
                                 Mechanics of basal body patterning during multiciliated cell development

    14:40 - 14:50   Short Talk 1: Diana Khoromskaia
                                 tba

    14:50 - 15:00   Short Talk 2:
                                 tba

    15:00 - 15:30   Coffee break 

     

    Session 2

    15:30 - 16:00   Matthieu Piel:
                                 tba

    16:00 - 16:30   Simone Reber:
                                 tba

    16:30 - 17:00   Jop Kind:
                                 High throughput multiplexed epigenetic profiling in single cells with MAbID

    17:00 - 17:10   Short talk 3:
                                 tba

    17:10 - 17:20   Short talk 4:
                                 tba

    17:20 - 19:30   Posters and Pizza

     

    May 28, 2026

    Session 3

    09:00 - 09:30   Elisabeth Fischer-Friedrich:
                                 Regulation of plasma membrane tension through hydrostatic pressure and actin
                                 protrusion forces

    09:30 - 10:00   Timo Betz:
                                 Dystrophin as a homeostatic tension regulator in reconstituted muscle tissue

    10:00 - 10:30   Yohanns Bellaiche:
                                 Scaling of tissue flow with animal size

    10:30 - 11:00   Edouard Hannezo:
                                 tba

    11:00 - 11:10   Short Talk 5: Mauricio Rocha-Martins
                                 tba

    11:10 - 11:40   Coffee break (30 min) 

     

    Session 4

    11:40 - 12:10   Herve Turlier:
                                 Inverse design of mechanochemical tissue patterning

    12:10 - 12:40   Brian Stramer:
                                 Dynamic regulation of extracellular matrix stability during development

    12:40 - 13:10   Anna Erzberger:
                                 How geometry drives the self-organisation of living matter

    13:10 - 13:20   Short Talk 6: Maik Bischoff
                                 tba

    13:20 - 15:30   Posters and lunch 

     

    Session 5

    15:30 - 16:00   Katja Röper:
                                 Mechanisms and mechanics of tube morphogenesis’

    16:00 - 16:30   Frank Schnorrer:
                                 Muscle building: the making of a fly steak

    16:30 - 17:00   Rashmi Priya:
                                 Living machines: how to build a functional heart

    17:00 - 17:10   Short talk 7: Dorothee Bornhorst
                                 tba

    18:00 - 19:00   Guided city tour 

    19:00                  Dinner

     

    May 29, 2026

    Session 6

    09:00 - 9:30      Laura Capolupo:
                                 Villus driven coordination of intestinal crypt morphogenesis

    9:30 - 10:00      Morgan Delarue:
                                 Cell biosynthesis under mechanical pressure

    10:00 - 10:30   Saskia Suijkerbuijk:
                                 Spatiotemporal regulation of cell competition in intestinal cancer

    10:30 - 10:40    Short Talk 8: Stefanie Grosswendt
                                  tba

    10:40 - 10:50    Short Talk 9:
                                  tba

    10:50 - 11:20    Coffee break 

     

    Session 7

    11:20 - 11:50    Diana Pinheiro:
                                  Linking fate and form during vertebrate gastrulation

    11:50 - 12:20    Katarina Wolf:
                                  Impact of lamin-A/C expression modulation on cancer invasion and metastasis in vivo

    12:20 - 12:50    Erik Sahai:
                                  Signalling and spatial patterns at tumour-stroma interfaces

    12:50 - 13:00    Conclusion/ lunch to go 

     

  • Registration

    Free registration will start on February 1, 2026 here.

    The number of participants is limited (first come, first serve).