Phase Separation Is an Evolvable Trait, Argues New Evolutionary Framework
A new perspective argues that liquid–liquid phase separation should be studied as an evolvable molecular phenotype shaped by natural selection.
A new perspective argues that liquid–liquid phase separation should be studied as an evolvable molecular phenotype shaped by natural selection.
Macromolecular crowding with polymers such as PEG promoted the formation of synthetic DNA nanostar droplets and allowed researchers to control ...
A new Cell & Bioscience study shows that the RNA-binding protein VCX3A cooperates with the splicing regulator KHDRBS1 to promote ...
A review in Acta Neuropathologica Communications describes how aberrant liquid-liquid phase separation may drive glioblastoma progression and therapy resistance, and ...
A new study identifies UBA1 as a primary candidate biomarker for multiple myeloma by integrating ubiquitination and liquid-liquid phase separation ...
A new review in Molecular Cancer synthesizes how liquid-liquid phase separation shapes radiosensitivity, immune evasion, and treatment resistance in cancer.
A new opinion article explains how phase separation, loop extrusion, and nuclear membrane adsorption together shape the 3D folding of ...
New simulations reveal that rigid β-prone motifs and the rate of molecular delivery jointly determine whether aging condensate interfaces spread ...
Researchers have shown that RNA droplets trap their own DNA templates, and that even low rates of mutation produce stable ...
New research shows that the scaffolding protein KANSL1 forms liquid-like condensates that assemble the NSL chromatin complex and drive the ...
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© 2025 Scienmag - Science Magazine