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The Dima lab specializes in using a combination of
The Dima lab specializes in using a combination of
molecular simulations, bioinformatics, data science,
molecular simulations, bioinformatics, data science,
and theoretical modeling to address our various research questions.
and theoretical modeling to address our various research questions.
Modeling of Mechanical Response in Large Cellular Protofilaments
Modeling of Mechanical Response in Large Cellular Protofilaments
Development of multiscale approaches to investigate the behavior of biomolecular assemblies on experimental timescales
Development of multiscale approaches to investigate the behavior of biomolecular assemblies on experimental timescales
Development of machine learning approaches for bio-inspired design of materials and sensors
Development of machine learning approaches for bio-inspired design of materials and sensors
Modeling of protein-protein interactions with functional roles in cellular division and synaptic processes
Modeling of protein-protein interactions with functional roles in cellular division and synaptic processes
Modeling the effects of confinement and crowding on the behavior of proteins
Modeling the effects of confinement and crowding on the behavior of proteins
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