Scientists Map How Every Organ Contributes Proteins to Your Blood
Researchers created the first comprehensive atlas showing which organs release specific proteins into blood, enabling disease detection.
Aging biology, lifespan extension, hallmarks of aging, and healthspan optimization
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Researchers created the first comprehensive atlas showing which organs release specific proteins into blood, enabling disease detection.
UK Biobank study of 44,435 people reveals genetic variants in BRCA1, POLR2A, and TET2 that accelerate biological aging measured through blood proteins.
Massive collaboration creates aging biomarker tool tailored to Chinese genetics and lifestyle factors for more accurate age prediction.
New review explores how epigenetic changes control the earliest stages of mammalian embryo development and cellular identity.
Massive analysis of 1,519 studies reveals periodontitis strongly connects to diabetes, heart disease, cancer, and pregnancy complications.
MIT researchers used generative AI to create entirely new antibiotics effective against MRSA and gonorrhea in animal models.
New research reveals how mitochondria regulate multiple cell death pathways and trigger inflammation, offering targets for cancer therapy.
Scientists develop LOCL-TL to map where proteins are made inside cells, discovering two distinct strategies for mitochondrial protein synthesis.
Self-amplifying mRNA vaccine using COBRA technology provides long-lasting immunity against seasonal influenza with just one dose.
Stanford Data Ocean provides free bioinformatics education with AI tutors, reaching 3,594 learners globally including underserved communities.
Comprehensive analysis of respiratory infection deaths and causes from 1990-2023 shows persistent global health challenge.
Large study finds work stress causes burnout but doesn't speed biological aging through DNA methylation changes.