Bridging Cellular and Tissue Dynamics from Normal Development to Cancer: Mathematical, Computational, and Experimental Approaches
Videos from BIRS Workshop
Paul Kulesa, Stowers Institute for Medical Research
Monday Jun 17, 2019 08:59 - 09:42
Neural Crest Cell Migration and Tissue Dynamics During Vertebrate Embryogenesis
James Feng, University of British Columbia
Monday Jun 17, 2019 09:42 - 10:24
Group advantage in chemotaxis of neural crest cells
Haicen Yue, NYU
Monday Jun 17, 2019 10:42 - 11:18
Study the mechanical effect in collective movement of two cells using Cellular Potts Model
Brian Camley, Johns Hopkins University
Monday Jun 17, 2019 11:19 - 12:03
Leader cells in collective chemotaxis: optimality and tradeoffs
Moumita Das, Rochester Institute of Technology
Monday Jun 17, 2019 20:14 - 20:47
Collective behavior in co-cultures of cells with different mechano-adhesive properties
Arthur Lander, University of California Irvine
Monday Jun 17, 2019 20:49 - 21:39
The essential role of feedback in the control of proliferation: implications for normal biology and cancer
Kyra Campbell, University of Sheffield
Tuesday Jun 18, 2019 08:33 - 09:11
Investigating the mechanisms underlying collective migration of heterogeneous groups of cells during tissue morphogenesis and cancer metastasis
Carine Beatrici, Paris-Diderot
Tuesday Jun 18, 2019 09:12 - 09:49
Mean Cluster Approach to Active Matter
Anotida Madzvamuse, University of Sussex
Tuesday Jun 18, 2019 10:19 - 11:01
Unravelling a mechanobiochemical model for 3D cell migration
Clinton Durney, University of British Columbia
Tuesday Jun 18, 2019 11:45 - 11:51
Modelling Epithelial Morphogenesis
Bruce Boman, University of Delaware
Tuesday Jun 18, 2019 11:51 - 12:05
Exploring Dynamically Branching Structures by Agent-Based Modeling
Dhananjay Bhaskar, Brown University
Tuesday Jun 18, 2019 12:06 - 12:13
A novel approach to investigate transitions in tutor tissue architecture using computational topology
Alexandra Jilkine, University of Notre Dame
Tuesday Jun 18, 2019 12:13 - 12:19
Pattern formation in a membrane-bulk model for cell polarity and intracellular oscillations
Alison McGuigan, University of Toronto
Tuesday Jun 18, 2019 19:33 - 20:13
Tissue engineered models to probe cell-microenvironmental interactions in Cancer and Regeneration
Andreas Deutsch, TU Dresden
Tuesday Jun 18, 2019 20:14 - 20:45
Biological lattice-gas cellular automaton models for the analysis of collective effects in cancer invasion
Stan Maree, Cardiff University
Tuesday Jun 18, 2019 20:46 - 21:35
Coupling reaction-diffusion to cell shape to unravel emergent cell signalling behaviour
Alexandria Volkening, Ohio State University
Wednesday Jun 19, 2019 09:01 - 09:44
Quantifying zebrafish pattern variability and model robustness
Linus Schumacher, University of Edinburgh
Wednesday Jun 19, 2019 10:51 - 11:33
Inference of cell state transition rates in heterogeneous stem cell populations
Dagmar Iber, ETH Zurich
Wednesday Jun 19, 2019 11:33 - 12:24
From Networks to Function – Computational Models of Organogenesis
Jochen Kursawe, University of Manchester
Wednesday Jun 19, 2019 19:31 - 20:10
Bayesian inference reveals stochastic amplification of gene expression oscillations during embryonic neurogenesis
William Holmes, Vanderbilt
Wednesday Jun 19, 2019 20:10 - 20:50
Stochastically Organizing the Early Mammalian Embryo
Ed Munro, University of Chicago
Wednesday Jun 19, 2019 20:50 - 21:32
Mechanochemical coupling and pattern formation at cell and tissue scales
Tracy Stepien, University of Arizona
Thursday Jun 20, 2019 09:03 - 09:43
Spreading Mechanics and Differentiation of Astrocytes During Retinal Development
Randy Heiland, Indiana University
Thursday Jun 20, 2019 10:52 - 11:29
Simulating cancer systems biology with PhysiCell: customized simulators, model exploration, and machine learning
James Glazier, Indiana Univ
Thursday Jun 20, 2019 11:29 - 12:17
Reproducible Virtual Tissue Simulations—Opportunities and Challenges
Ana Victoria Ponce Bobadilla, University of Heidelberg
Thursday Jun 20, 2019 19:31 - 20:01
Quantitative frameworks for understanding cancer cell invasion through in-vitro scratch assays
Anmar Khadra, McGill University
Thursday Jun 20, 2019 20:02 - 20:42
Dynamic and mechanosensitive properties of nascent adhesions
Kevin Painter, Politecnico di Torino
Thursday Jun 20, 2019 20:43 - 21:28
Turing’s theory for morphogenesis: past, present and future
Katarzyna Rejniak, Moffitt Cancer Center & Research Insitute
Friday Jun 21, 2019 08:32 - 09:08
Ductal Microinvasions: Cell and Matrix Interactions in Normal and Cancerous Tissues
Alex Mogilner, New York University
Friday Jun 21, 2019 09:08 - 09:48
Feedbacks between spindle mechanics, geometry and microtubule polarity sorting ensures rapid and precise spindle assembly
Roeland Merks, Leiden University
Friday Jun 21, 2019 10:11 - 10:49
Mathematical modeling of cell shape and collective cell behavior due to cell-ECM cross-talk
Thomas Hillen, University of Alberta
Friday Jun 21, 2019 10:50 - 11:25
Mathematical Modeling of the Immune-Mediated Theory of Metastasis
