Molecular cell biomechanics and computational biology
The Molecular Cell Biomechanics Laboratory studies biological systems across scales, combining mechanobiology, molecular modeling, and data-driven methods to better understand how structure, force, and dynamics influence function.
The nuclear pore complex (NPC) is a critical gateway regulating molecular transport between the nucleus and cytoplasm. It allows small mo...
Predicting how gut microbial communities assemble and change requires models that capture the underlying mechanisms driving interspecies ...
Cell and nuclear mechanics, force transmission across the nuclear envelope, and structure-function relationships at the cell-nucleus interface.
Biomechanics and multiscale modeling of host-microbe systems, bacterial communities, gut biogeography, and ecological dynamics.
Statistical learning, biological language processing, and model-driven discovery across sequence, genome, and microbiome data.
Meet the principal investigator, graduate students, postdocs, and alumni of the lab.
Go to team pageBrowse course offerings across computational biology, molecular biomechanics, and mechanobiology.
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