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.
Reconstructed ancestral plant enzymes reveal that high mirror-image selectivity arose through combined changes across the whole protein, not just the ...
A new study of the defective chorion 1 gene in two major pest fruit flies finds pervasive purifying selection punctuated ...
A molecular and morphological re-evaluation recognizes 77 genera and 202 species in the marine fungal family Halosphaeriaceae and estimates a ...
Morphological study and four-locus phylogenetic analysis support Hyalosympodium aquaticum as a new genus and species collected from decaying freshwater wood ...
Genome-scale and four-gene analyses split a mushroom complex spanning three continents into eight species, revealing a new genus and two ...
Researchers have developed a highly resolved molecular phylogeny for 1,178 native angiosperm species in the Netherlands, offering a new tool ...
X-ray crystallography reveals how the rare enzyme D-apionate oxidoisomerase accommodates two distinct reactions in one active site through a mosaic ...
Origins of life and molecular evolution research using biophotonics to study DNA bases under ultraviolet radiation.
In a discovery that challenges our understanding of molecular evolution, researchers have uncovered a remarkable case where a deeply conserved ...
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© 2025 Scienmag - Science Magazine