Mathematical model explains cell attraction on soft surfaces
A mathematical study suggests that mutual adjustments in pulling forces between cells create an attraction that explains why cells gather ...
A mathematical study suggests that mutual adjustments in pulling forces between cells create an attraction that explains why cells gather ...
Active biological flows can entangle DNA polymers to drive a sharp transition from disordered turbulence to synchronized, millimetre-scale mechanical oscillations.
Coarse-grained simulations and deep learning demonstrate that the DEAD-box helicase DDX3X can separate double-stranded RNA without ATP by harnessing thermal ...
A biophysical investigation reveals that embryonic stem cells maintain a standard higher-order chromatin fiber architecture comparable to differentiated cells rather ...
A comprehensive review by Howard University researchers synthesizes nearly 600 studies to establish a multiscale framework for quantum phenomena in ...
A combined modelling and experimental study shows that kinesin-1 motors can drive net drift of the diffusive protein PRC1 along ...
Researchers at FAU show that myoblasts preferentially fuse at topological defects where mechanical stress concentrates, with the extracellular matrix retaining ...
In FUS protein condensates, amyloid fibres grow from the dilute phase while droplets age into a glassy solid, revealing two ...
Oxford scientists have directly observed individual virus-like particles assembling step by step, revealing how simple molecular interactions reliably build complex ...
A Nature Physics study shows that the ratio of cellular contractile stress to adhesion stress determines whether cells fully adhere ...
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© 2025 Scienmag - Science Magazine