Norrin complex structure guides potent engineered signaling surrogates
A structural study shows how Norrin, FZD4, TSPAN12 and LRP5 assemble, enabling engineered surrogate proteins with enhanced signaling potency.
A structural study shows how Norrin, FZD4, TSPAN12 and LRP5 assemble, enabling engineered surrogate proteins with enhanced signaling potency.
New research shows that two widely used dairy phosphate salts steer the Maillard browning of casein in opposite directions, with ...
Researchers have developed ProtSAVI, an R-based dashboard that combines protein structure analysis with ACMG/AMP criteria to reclassify variants of uncertain ...
A new study shows that the extraction method fundamentally reshapes the structure, flavor, functionality, and storage stability of protein from ...
A sequential alcalase-papain treatment breaks down egg white protein more completely than single enzymes, producing small peptides whose antioxidant activity ...
Structural analysis of teleost fish shows that pIgR binds tetrameric IgM directly without the joining chain in an unconventional 2:1 ...
Researchers have shown that adding gadolinium-based paramagnetic compounds to solid protein samples cuts fluorine-19 NMR measurement times by more than ...
A new study combines experiments and molecular simulations to reveal how bromelain from pineapple restructures beef myofibrillar proteins, with an ...
A new multimodal AI framework called TriCCA-PPI fuses sequence, structure, and functional data through chained cross-attention to predict protein-protein interactions ...
A free interactive web server called COCaDA-web lets researchers explore the atomic contact networks of more than 240,000 proteins in ...
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© 2026 Scienmag - Science Magazine