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A new study uses machine learning to track biological skin age, revealing how topical bioactives shift key molecular profiles toward a younger state.
Discover how the Neanderthal growth hormone receptor variant remains active in modern humans, influencing muscle mass, skeletal features, and cellular aging.
A newly designed heart failure relaxation peptide targets cardiac stiffness at the subcellular level, preventing diastolic dysfunction in a mouse model with the potential to minimize off-target effects.
Discover how the JMJD5-ISY1-PRMT6 pathway regulates liver cancer metabolism, offering a novel precision medicine target for hepatocellular carcinoma.
New research on Alzheimer's tau pathology reveals why human brain cells are uniquely vulnerable to damage, offering vital clues for cognitive longevity.
How do hepatocytes survive whole-genome doubling? Learn how the latest research explains the cellular mechanics of healthy liver cell division.
Discover how azacitidine alters the bone marrow microenvironment, driving CD8 T-cell expansion and reticular cell remodeling in myelodysplastic syndromes.
A groundbreaking study demonstrates genetic code expansion by reprogramming a bacterial protein ligase into a functional enzyme, enabling custom protein design.
Evaluating how combining focal radiotherapy and CAR T-cell therapy solid tumors are dismantled, offering a new pathway for prostate cancer immunotherapy.