Browse our latest Computational and Systems Biology articles

An odorant is encoded in the periphery as independent inputs of attractive and repulsive valence, which are then integrated and balanced to drive overall chemotactic behavior.

Large language models excel at producing answers, but an answer severed from its question and context may lack meaning.

Conventional colony counting obscures bacterial population structure by conflating biological heterogeneity with stochastic noise from dilution and plating, which can be separated by explicitly modeling the measurement process.

A desolvation-aware coarse-grained framework enables efficient and physically realistic modeling of biomolecular phase separation by capturing water-mediated effects on phase behavior, dense-phase packing, conformational reorganization, and dynamics.