Dynamics of biological materials across scales
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Organizer(s): |
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Affiliation:
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Country:
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M. Greg Forest
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UNC-CH
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USA
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qi wang
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UofSC
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USA
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Abstract:
| | Studies of biological materials involve interdisciplinary collaborations across multiple disciplines and require experimental resolution and data across temporal and spatial scales. This special session invites a group of active researchers working at the frontier of modeling, analysis, and simulation of complex biological materials across scales, and how these studies are guided and benchmarked by data. Our aim is to showcase previous results and current progress in this rapidly moving field. The topics range from spatial-temporal models of intercellular protein dynamics and cell dynamics to cell aggregate dynamics in the cell self-assembly process in morphogenesis and tumor growth. The session also includes novel numerical algorithms developed specifically for simulations of biological materials. |
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List of approved abstract |
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