Phosphorylated M18BP1 unlocks human condensin II on DNA
Cryo-electron microscopy and single-molecule experiments show how phosphorylated M18BP1 relieves condensin II autoinhibition, enabling stable DNA binding and compaction in ...
Cryo-electron microscopy and single-molecule experiments show how phosphorylated M18BP1 relieves condensin II autoinhibition, enabling stable DNA binding and compaction in ...
Physicists in Konstanz and Göttingen show that a Maxwell demon can recover hidden information about a complex environment through double ...
A new Perspective in Frontiers in Photonics maps how super-resolution imaging, biosensors, optical tweezers, particle tracking, and artificial intelligence are ...
Physicists have experimentally extracted work from the hidden memory of an environment using time-delayed measurements on an optically trapped particle, ...
Theorists have shown that light can exert a pulling force on short carbon nanotubes, an effect that emerges from the ...
Researchers in China and Singapore show that particle shape and rotation angle can reverse optical torques and freeze rotation in ...
University of Chicago researchers have proposed a quantum computing design that traps individual fermionic helium-3 atoms in optical tweezers, exploiting ...
Single-molecule experiments show that linker histone H1, essential for compacting and silencing genes, can bind and slide along DNA but ...
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© 2025 Scienmag - Science Magazine