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  • Home
  • About
    • Meet the team
    • Our network
    • IoP Rosalind Franklin Medal
    • PoL SPF link
    • EDI policy
    • Privacy Notice
  • PoLNET3
    • Steering Group
    • Physics of Life Roadmap
    • Funding Opportunities >
      • EDI award
      • PoLNET PDRA Call 2023
    • Early Career Researchers
    • Events >
      • PoLNET3 Past Events >
        • Physics of Life 2025
        • Physics of Life PDRA Recipient Event
        • BBS Biennial Meeting 2024
        • Biofilaments Workshop 2024
        • Winter School: challenges and opportunities in Physics of Life
        • Non-equilibrium explorations on the physics of life : remembering the biological physics of Tom McLeish
        • NOTICE - Novel Optical Technology in Cardiac Electrophysiology
        • Physics of Life Summer School 2022
        • Motility in Microbes, Molecules and Matter 2
        • Tissue dynamics
        • Physics of Life: ECR bootcamp
        • Physics of Life 2023
        • Cutting-edge methods for bacterial pathogen interactions with host cells
        • Motility in Microbes, Molecules and Matter
        • Periodic patterns
        • Physics of Life ECR workshop
        • Physics of Life/iPoLS seminar
        • Biophysics and evolution
        • Launch
  • Physics of Medicine
    • Steering Group
    • Physics of Medicine Events >
      • Past Events >
        • Translational Ageing
        • Tackling drug resistance in cancer
        • Inflammatory Bowel Disease
        • Physics of Viruses
        • Antimicrobial Resistance
        • Metastasis Workshop
        • Neurodegenerative disease
        • Physics of Brains
  • POLNET 2
    • PoLNET2 team
    • Student Summer Bursaries 2019
    • Events >
      • PoLNET2 Past Events >
        • Sandpits
        • Past summer schools >
          • Summer School: Physics of Life Summer School: From Cells to Tissues and Organisms
          • Summer School: New approaches to Biomolecular function, structure and dynamics
        • Physics of Life Town Meetings >
          • Town Meeting 2019
          • Town Meeting 2018
          • Town Meeting 2017
        • Past Workshops >
          • QMGR V
          • Non-equilibrium Cold Plasmas in Biology and Medicine
          • The Fundamentals of Late Stage Cancer
          • The Physics of Evolution
          • Nanostructures at Soft Interfaces: Technology and Biophysics
          • Physics of Biological Oscillators
          • The Future of Optical Techniques in Biology
          • Tom McLeish's Durham farewell symposium
          • Multiscale mechanics in Biology
          • Epigenetics
          • Physics of Animal Health
          • Interdisciplinary Challenges in Non-Equilibrium Physics
          • Cancer Workshop
          • QMGR
          • Symmetry
          • Nanofluidics
          • Quantum Biology
          • Antimicrobial Resistance
          • Filaments and Cellular Responses
          • Biocomputation
          • Workshop Reports
  • PoLNET 1
    • PoLNET 1 Team
    • PoLNET1 Past Events >
      • Launch meeting 2013
      • Plenary Event 1: The Living Cell
      • Plenary Event 2: Synthetic Biology
      • Plenary Event 3: Multicellularity
      • Focussed Workshops >
        • 1: The Physics of Bacterial Infection
        • 2: Forces in Biology
        • 3: Life in Extreme Environments
        • 4: The Physics of Cancer
        • 5: Information Flow in Biological Systems
        • 6: Pattern Formation and Morphogenesis
        • 7: Compartmentalisation & Confinement
        • 8: Physics of Bacterial Biofilms
        • 9: Cancer Sandpit
      • Summer/Winter schools >
        • Summer School
        • Winter School
      • Final Summit
    • Roadmap for Biological Physics
  • Useful Links
  • Contact us

Tissue dynamics: from in vivo experiments to in silico modelling

21-26 August 2022
Manchester Central Convention Complex, 
Manchester UK 

This meeting is a mini colloquium as part of the larger CMD29. 
Organising committee: 
Lea-Laetitia Pontani (IBPS)
Thibault Bertrand (Imperial College London)
​Joseph d’Alessandro (Institut Jacques Monod)
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Workshop overview

One of the most striking features of animal cells is their ability to change shape and migrate in response to environmental cues. At the tissue scale, cells behave and respond collectively to chemical and mechanical signals, giving rise to complex orchestrated processes such as morphogenesis or tumor growth. Developing a quantitative description of tissue dynamics is crucial not only for our fundamental understanding of key developmental and physiological processes but also for our very practical strategies in dealing with a variety of pathologies. 
​

In the past decade, progress in this field was made on many fronts and many levels of complexity including: (1) in vivo and in vitro experiments by cell biologists and biophysicists which retain the complexity of tissues [1-3], (2) the development of biomimetic experiments retaining only key aspects of the underlying system, offering a well-controlled experimental platform for soft matter physicists [4,5] and (3) an explosion of theoretical and in silico models which are minimal physical models and often retain only universal features (including continuum models, vertex models, deformable particles models, phase field models) [6-8]. 
While very active internationally, this field is nonetheless scattered across diverse specialist communities and lacks unifying principles. This mini-colloquium aims at bringing together both advanced and early career scientists from these diverse communities to foster discussions at the interface of (1) theory and experiments and (2) soft condensed matter physics and cell biology. By highlighting the complementarity of these different approaches, our goal is to find universal features in tissue dynamics (e.g. including pattern formation, collective migration, …). In doing so, we will also raise emerging questions in the field. For instance, a large body of literature is still devoted to two dimensional tissues both experimentally and in terms of models while recent progress in microscopy has brought 3D in vivo experiments into reach with applications including the folding process of drosophila wing during morphogenesis or the dynamics of the bone marrow during leukaemia. Proper 3D in silico models are on the other hand still rare and we hope to trigger conversations and potential collaborations in these emerging areas.

To find out more about this event, please follow this link: 
​iop.eventsair.com/cmd29/tissue-dynamics-from-in-vivo-experiments-to-in-silico-modelling

Funded by:                                                                                                 Managed bY:

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