Explore groundbreaking research on BRCA1 genetic variants outside known domains and their implications for cancer risk assessment.
Discover how kangaroo rats repurposed a broken motilin gene for new biological functions, challenging our understanding of evolutionary adaptation.
Discover how intrinsically disordered proteins form biomolecular condensates that control genetic expression and suppress tumors.
Explore the groundbreaking discovery of enhancer RNAs and the comprehensive Human enhancer RNA Atlas that is revolutionizing our understanding of genetic regulation.
Discover how major histocompatibility complex (MHC) genes influence depression risk through integrative genomic analyses and immune-brain connections.
Discover how genetic haplotypes upstream of IRS1 influence insulin resistance, type 2 diabetes, dyslipidemia, and cardiovascular disease through cutting-edge research.
Discover how plant biotechnology is revolutionizing ryegrass through genetic modification, gene editing, and molecular markers for sustainable agriculture.
Explore how chemical mutagenesis in mice continues to reveal groundbreaking biological discoveries through random genetic mutations and forward genetics approaches.
Explore how FlyBase serves as the indispensable database powering Drosophila research, enabling groundbreaking discoveries in genetics and neuroscience.
Explore how ARID1A, the master regulator gene, impacts cancer development across multiple hallmarks when mutated or lost in cells.