Registration Room: 122:026

Alison Patteson: A hitchhikers guide to cell motility - Nonlinear physics approach to swimming bacteria and crawling cells Room: 122:026

Anders Carlsson: Membrane Bending by Actin Polymerization Room: 122:026

Christoph Schmidt: Active biological matter - force generation and sensing Room: 122:026

David Sept: Relating Structure and Function in Actin Room: 122:026

Dhrubaditya Mitra: Measurement of probability density function of a elastic modulus of human RBCs Room: 122:026

Fred MacKintosh: Mechanical phase transitions and collagen rheology Room: 122:026

Garegin Papoian: Theory of Active and Passive Force Dipoles in Contractile Acto-Myosin Networks Room: 122:026

Guy Genin: Interactions of plant and animal cells with their local microenvironments Room: 122:026

Hudson Borja Da Rocha: Functionality of disorder in muscle mechanics Room: 122:026

Inari Kursula: Peculiar actins in apicomplexan parasites? Room: 122:026

Jen Schwarz: On the compressional stiffening of a cell Room: 122:026

John Cooper: Septins support actin-based lamellipodial protrustions Room: 122:026

Juha Vahokoski: Plasmodium Myosin A, the core component in motility of the malaria parasite Room: 122:026

Kengo Nishi: Dynamics of semi-flexible filament in viscoelastic media: Microrheology using semiflexible polymer Room: 122:026

Lev Truskinovsky: Mechanical stress as a regulator of cell motility Room: 122:026

Marzeh Saeedimasine: Study on the mechanical properties of the axonal membrane Room: 122:026

Mikael Oliveberg: Lessons from transferring proteins across divergent organisms Room: 122:026

Moumita Das: Structure-function properties of cytoskeletal and ECM networks: mechanics and crack propagation Room: 122:026

Paul Janmey: How good are polymer networks as models for tissue mechanics Room: 122:026

Renata Garces: Passive and active response of bacteria under mechanical compression Room: 122:026

Setareh Dolati: Force and density relation in lamellipodial protrusion Room: 122:026

Response of polymer networks, cells, and tissues to compression and stretch

• Paul Janmey

Room: 122:026

Mechanical phase transitions and collagen rheology

• Fred MacKintosh

Room: 122:026

Structure-function properties of cytoskeletal and ECM networks: mechanics and crack propagation

• Moumita Das (Rochester Institute of Technology)

Room: 122:026

Competing forces in contracting cardiomyocytes

• Christoph Schmidt (University of Göttingen)

Room: 122:026

Interactions of plant and animal cells with their local microenvironments

• Guy Genin (Washington University in St Louis)

Room: 122:026

Active rigidity

• Lev Truskinovsky (ESPCI Paris)

Room: 122:026

Peculiar actins in apicomplexan parasites?

• Inari Kursula (University of Bergen)

Room: 122:026

Relating Structure and Function in Actin

• David Sept

Room: 122:026

The cell cytoskeleton and the cell nucleus: A tale of two interacting active environments

• Jennifer Schwarz (University of Syracuse)

Room: 122:026

Directed Actin Cytoskeleton Self Organization, Contractility and Motility

• Laurent Blanchoin (CNRS Grenoble)

Room: 122:026

Self organization in cytoskeletal systems

• Andreas Bausch (Technische Universität München)

Room: 122:026

Registration Room: 122:026

Alex Mogilner: Self-organized actomyosin transport Room: 122:026

Anders Carlsson: Membrane Bending by Actin Polymerization Room: 122:026

Andreas Bausch: Self organization in cytoskeletal systems Room: 122:026

David Sept: Relating Structure and Function in Actin Room: 122:026

Fred MacKintosh: Mechanical phase transitions and collagen rheology Room: 122:026

Garegin Papoian: Theory of Active and Passive Force Dipoles in Contractile Acto-Myosin Networks Room: 122:026

Guillaume Romet-Lemonne: Regulating actin filament assembly with proteins and forces Room: 122:026

Hugo Wioland: Impact of mechanics on actin filament disassembly by ADF/cofilin. Room: 122:026

Inari Kursula: Peculiar actins in apicomplexan parasites? Room: 122:026

Inke Näthke: Mechanics in the gut epithelium Room: 122:026

John Cooper: Septins support actin-based lamellipodial protrusions Room: 122:026

Kristen Verhey: Force generation by kinesin motors in a cellular context Room: 122:026

Laurent Blanchoin: Directed Actin Cytoskeleton Self Organization, Contractility and Motility Room: 122:026

Lene Oddershede: Role of biomechanics in stem cell differentiation and organ development Room: 122:026

Lucia Baldauf: Cell division from the bottom up: Influence of membrane attachment on actomyosin contractility Room: 122:026

Marzeh Saeedimasine: Study on the mechanical properties of the axonal membrane Room: 122:026

Mikael Oliveberg: Lessons from transferring proteins across divergent organisms Room: 122:026

Moumita Das: Structure-function properties of cytoskeletal and ECM networks: mechanics and crack propagation Room: 122:026

Rob Cross: Novel aspects of the walking mechanism of kinesin Room: 122:026

Taeyoon Kim: Force generation and contractile behaviors of the actin cytoskeleton Room: 122:026

Vivek Shenoy: Cell-Matrix Interactions in Fibrosis and Cancer: Multiscale mechano-chemical models Room: 122:026

Martin Falcke: Coupling between F-actin network structure and polymerization rate: Do we need to take it into account? Room: 122:026

Self-organized actomyosin transport

• Alex Mogilner (New York University)

Room: 122:026

Coupling between F-actin network structure and polymerization rate: Do we need to take it into account?

• Martin Falcke (Max Delbrück Center for Molecular Medicine, Berlin)

Room: 122:026

Mechanics in the gut epithelium

• Inke Näthke (University of Dundee)

Room: 122:026

Role of biomechanics in stem cell differentiation and organ development

• Lene Oddershede (Niels Bohr Institute, Copenhagen)

Room: 122:026

Force generation by kinesin motors in a cellular context

• Kristen Verhey (University of Michigan)

Room: 122:026

Novel aspects of the walking mechanism of kinesin

• Rob Cross (University of Warwick)

Room: 122:026

Cell-Matrix Interactions in Fibrosis and Cancer: Multiscale mechano-chemical models

• Vivek Shenoy (University of Pennsylvania)

Room: 122:026

Regulating actin filament assembly with proteins and forces

• Guillaume Romet-Lemonne (Institute Jacques Monod, Paris)

Room: 122:026

Yeast Mating in space and time

• Edda Klipp (Humboldt-Universität, Berlin)

Room: 122:026

Registration Room: 122:026

Alfredo Sciortino: Formin-mediated actin polymerisation on supported lipid bilayers Room: 122:026

Amma Abdalla Mohammed Khalid: Active matter: MT-Kinesin network studies Room: 122:026

Anders Carlsson: Membrane Bending by Actin Polymerization Room: 122:026

Benham Amiri: A 2D free-boundary model of actin-based force generation at the leading edge of motile cells. Room: 122:026

David Sept: Relating Structure and Function in Actin Room: 122:026

Dhrubaditya Mitra: Measurement of probability density function of a elastic modulus of human RBCs Room: 122:026

Dimitrios Vavylonis: Modeling Actin Dynamics in Cell Motility and Cell Division Room: 122:026

Enrique De La Cruz: How cofilin severs an actin filament. Room: 122:026

Garegin Papoian: Theory of Active and Passive Force Dipoles in Contractile Acto-Myosin Networks Room: 122:026

Henrik Flyvbjerg: How to connect time-lapse recorded trajectories of motile microorganisms with dynamical models in continuous time Room: 122:026

Inke Näthke: Mechanics in the gut epithelium Room: 122:026

Janusz Strzelecki: Extreme stretching of DNA Room: 122:026

John Cooper: Septins support actin-based lamellipodial protrustions Room: 122:026

Koji Kinoshita: Cell membrane mechanosensing study by using micropipette manipulation techniques Room: 122:026

Luciana Bruno: Active Forces in Living Cells: Interplay between Microtubule Buckling and Organelle Transport. Room: 122:026

Marzeh Saeedimasine: Study on the mechanical properties of the axonal membrane Room: 122:026

Mikael Oliveberg: Lessons from transferring proteins across divergent organisms Room: 122:026

Pranav Madhikar: Coarse-Grained Model for Cell Behaviour and Tissue Growth Room: 122:026

Somanna Kollimada Aiyappa: Studying cellular actin dynamics in stress fibers using photoconversion Room: 122:026

Taeyoon Kim: Force generation and contractile behaviors of the actin cytoskeleton Room: 122:026

Zahra Mostajeran: Measuring dynamics of the actin filaments by FRAP in cells with a different amount of vimentin Room: 122:026

Lessons from transferring proteins across divergent organisms

• Mikael Oliveberg (Stockholm University)

Room: 122:026

Actin assembly at membranes: regulation and targeting of heterodimeric actin capping protein

• John Cooper (Washington University School of Medicine)

Room: 122:026

Force generation and contractile behaviors of the actin cytoskeleton

• Taeyoon Kim (Purdue University)

Room: 122:026

Theory of active and passive force dipoles in contractile acto-myosin networks

• Garegin Papoian (University of Maryland)

Room: 122:026

Cell membrane mechanosensing study by using micropipette manipulation techniques

• Koji Kinoshita (Syddansk Universitet, Denmark)

Room: 122:026

Measurement of probability density function of elastic modulus of human RBCs

• Dhrubaditya Mitra (NORDITA, Stockholm)

Room: 122:026

How cofilin severs an actin filament

• Enrique De La Cruz (Yale University)

Room: 122:026

Modeling Actin Dynamics in Cell Motility and Cell Division

• Dimitrios Vavylonis (Lehigh University)

Room: 122:026

Active forces in living cells: interplay between microtubule buckling and organelle transport

• Luciana Bruno (University of Buenos Aires)

Room: 122:026

How to connect time-lapse recorded trajectories of motile microorganisms with dynamical models in continuous time

• Henrik Flyvbjerg (Technical University of Denmark)

Room: 122:026

Membrane bending by actin polymerization

• Anders Carlsson (Washington University in St Louis)

Room: 122:026