Protein Folding
3 reportsProtein Folding is a biological concept used to explain organization, inheritance, regulation, development, adaptation, or interaction. The concept is evaluated through gene regulation, experimental assay, and molecular mechanism, keeping formal definitions and assumptions separate from observations or consequences.
Work involving Protein Folding is reported through protein structure prediction and confidence estimates, with separate attention to experimental validation. Evidence about protein structure prediction is ranked by the quality of comparative studies and the independence of independent molecular measurements; interpretation remains cautious because effects can depend strongly on species, tissue, environment, and developmental stage.
Work involving Protein Folding is reported through protein structure prediction and confidence estimates, with separate attention to experimental validation. Evidence about protein structure prediction is ranked by the quality of comparative studies and the independence of independent molecular measurements; interpretation remains cautious because effects can depend strongly on species, tissue, environment, and developmental stage.
A Fire Amoeba Sets a New Heat Limit for Complex Life
A NASA-supported study identifies an amoeba from California hot springs that reproduces at 63°C, remains active at 64°C and can recover after brief exposure to temperatures approaching 70°C.
Neutral-Atom Quantum Processors Simulate Protein Gelation Structures
Pasqal and True Nexus have encoded protein gelation structures on neutral-atom quantum processors, aiming to model dynamic protein aggregation beyond the reach of classical simulation and inform the design of functional food proteins
Simulations Map Phase Separation in Disordered Protein Condensates
Researchers used computer simulations to analyze how intrinsically disordered proteins with prion-like domains cluster and undergo phase separation, revealing distinct regimes and highlighting challenges in measuring critical parameters