A multimodal proteomics study shows that ATP-competitive kinase inhibitors displace autoinhibitory domains, driving unexpected non-catalytic functions relevant to drug development.
Aging Cell study shows that oxidative stress in synaptic mitochondria of the medial prefrontal cortex underlies individual variability in age-related ...
Researchers have launched SPAID, a comprehensive database that maps both canonical and non-canonical candidate autoantigens across 14 autoimmune diseases by ...
A fully crossed laboratory study shows that microplastics sharply increase the mortality of bumblebees exposed to environmentally relevant ozone and ...
Researchers developed separate blood protein risk scores for men and women with hypertension that significantly improve ten-year prediction of heart ...
Proteomic analysis of the thermophilic bacterium Thermoanaerobacterium thermosaccharolyticum has revealed two Gram-positive polysaccharide utilization loci that explain how the microbe ...
An atlas of the aged human brain catalogs over 1,000 high-confidence microproteins, including an MKKS-encoded microprotein reduced in Alzheimer's disease ...
Researchers showed that the protein-rich flowthrough normally discarded during routine DNA and RNA extraction of tumor biopsies can yield deep ...
Researchers developed a computational deconvolution method that recovers cell cycle-resolved protein concentration trajectories for thousands of proteins in budding yeast ...
Researchers at the University of Turku have uncovered the proteomic and physiological adaptations that allow cyanobacteria trapped in hydrogels to ...
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