Biological membranes form an extremely complex and dynamic network in cells, guided by specialized protein machinery. A new algorithm analyses membrane shape to extract forces applied by proteins ...

Researchers have found that a previously underestimated aspect of our cells has a significant impact by completing a gap in ...

Market players focus on product differentiation and strategic partnerships to gain a competitive edge in the dynamic membrane ...

Aston Institute for Membrane Excellence held its official academic launch event on 13 SeptemberMore than 100 biologists, chemists, physicists and engineers gathered at Aston University to learn about ...

Membrane biophysics is the study of the physical principles governing biological membranes, including lipid-raft formation and protein–lipid coupling, as well as their mechanical characteristics ...

Scientists have established the existence of a “third state” which lies beyond the traditional boundaries of life and death.

And those internal controls, in turn, affect the cellular membrane, which allows these unassuming blobs to affect global traits and outcomes such as resistance to antibiotics. Most biological ...

Biomolecular condensates help regulate global cellular physiology by generating electric potential gradients through the cytoplasm.

Scientists have found that the naked mole-rat—an underground rodent that lives up to 40 years—has lost a number of CD1 ...