Trehalose: The Sugar That Freezes Photosynthesis in Place to Reveal Its Secrets
Researchers show that the natural sugar trehalose can freeze photosynthetic protein complexes in place, revealing how conformational dynamics control electron ...
Researchers show that the natural sugar trehalose can freeze photosynthetic protein complexes in place, revealing how conformational dynamics control electron ...
A biophysics-informed machine learning framework predicts how effectively antisense oligonucleotides knock down ALS-relevant genes using only a single experimental measurement ...
A new study shows that sugar-based chemical interactions, rather than molecular crowding size, help the glycolytic enzyme PFKP stay active ...
A cross-species study shows that the width of the mitotic spindle scales with the cube root of genome size because ...
A new review synthesises the biophysics of how snow algae swim, sense and migrate through melting snowpacks, with major implications ...
Researchers used Lempel-Ziv complexity to show that the blocking events of alpha-hemolysin nanopores are a genuinely stochastic phenomenon whose randomness ...
The Biophysical Society will honor National Cancer Institute biophysicist Kandice Tanner with the 2027 Michael and Kate Bárány Award for ...
NYU physicists built a custom microgravity simulator and found that the human genome's organization and dynamics remain robust after 24 ...
Researchers have directly observed, at molecular resolution, how individual proteins self-assemble into a virus-like particle, revealing a finely tuned nucleation-and-growth ...
Researchers show that Myxococcus xanthus switches between swarming and rippling through just two mechanisms—local cellular alignment and congestion-triggered reversals.
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine