Cholesterol Binding Stabilizes THIK-1 Channel and Promotes Atherosclerosis
New research reveals that cholesterol binding stabilizes the activated state of the THIK-1 potassium channel, promoting atherosclerosis by enhancing inflammatory ...
New research reveals that cholesterol binding stabilizes the activated state of the THIK-1 potassium channel, promoting atherosclerosis by enhancing inflammatory ...
A new Israeli study examines RSV antibody levels and hospitalization patterns, revealing significant age-specific differences in immune response and disease ...
A comparative analysis of the six known cerium-protein structures reveals how cerium mimics calcium and iron while preferentially coordinating with ...
A matched PET and post-mortem study links elevated TSPO binding in frontotemporal dementia primarily to a greater burden of CD68-positive ...
A 2026 review finds that Staphylococcus aureus PBP4 may offer a dual target for reversing noncanonical antibiotic resistance and limiting ...
Botanical nomenclature, the precise system of naming plant communities, is undergoing a significant revision in the Iberian Peninsula as researchers ...
A homogeneous glucan isolated from Bacillus subtilis natto-fermented cowpea was structurally characterized as a low-molecular-weight α-(1→4)-linked glucan and showed enhanced ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine