Discover how Dimethyl adipimidate/Thin film Sample processing (DTS) is revolutionizing DNA extraction with its simplicity, low cost, and versatility for downstream analysis.
Research reveals how high glucose levels rewrite DNA methylation in human eggs, potentially affecting future generations' health.
Exploring how chronic social stress reshapes physiological functioning through measurable pathways like inflammation, hormone disruption, and accelerated cellular aging in sexual and gender minority individuals.
Exploring the challenges and breakthroughs in translating stem cell therapies from lab to clinic, featuring the latest research and solutions from 2025.
Exploring how cytosine methylation impacts DNA binding specificities of human transcription factors and rewrites genetic instructions.
Exploring how nano-biotechnology merges nanoscale engineering with biological principles to revolutionize medicine, agriculture, and environmental solutions.
Discover how LKB1 protein acts as a master regulator of inflammation through CRTC2-dependent epigenetic remodeling and its implications for disease therapy.
Discover how DNA methylation patterns serve as biological clocks for forensic age estimation, with insights from the groundbreaking Hannum study.
Exploring revolutionary tools like lab-grown mini-brains and ultra-high-resolution imaging that are transforming neuroscience and our understanding of brain development.
Exploring how amino acid research is revolutionizing nutrition and medicine beyond genomics