Novel AGXT2-PYCR3 macrophage subtypes identified in fatty liver disease
In a discovery that could reshape how scientists understand and potentially treat one of the world's fastest-growing liver diseases, researchers ...
In a discovery that could reshape how scientists understand and potentially treat one of the world's fastest-growing liver diseases, researchers ...
Vitamin E, one of the most widely studied antioxidant supplements in medicine, has returned to the center of liver research ...
A measurement as simple as comparing a child’s waist with their height could become a powerful first-line screen for metabolic ...
Steatotic liver disease is being recast as a moving spectrum rather than a set of fixed diagnostic boxes, according to ...
A team of researchers reports that a specific chromatin mechanism—histone crotonylation governed by an ACSS2–KAT5 complex—can actively steer liver inflammation ...
A new framework for defining clinical obesity, proposed by The Lancet Diabetes & Endocrinology Commission, is now being tested in ...
A silent but aggressive liver disease is rapidly emerging as one of the most worrying complications of childhood obesity, and ...
In a groundbreaking advance that could reshape our understanding of liver disease, researchers have unveiled a novel molecular player implicated ...
The global health landscape is witnessing a concerning surge in steatotic liver disease (SLD), a spectrum of liver disorders characterized ...
In a groundbreaking study set to reshape our understanding of metabolic diseases, researchers have uncovered a pivotal mechanism linking the ...
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© 2025 Scienmag - Science Magazine