Discover how the OLIG2 gene is linked to schizophrenia risk in the Chinese Han population through its role in brain development and myelination.
Discover the fascinating head-to-head arrangement of IDH gamma and TRAP delta genes on human Xq28 and its evolutionary significance across mammalian species.
Discover how Bayesian segmentation is revolutionizing our understanding of conserved intronic non-coding sequences in the human genome.
Discover how scientists solved the mystery of the missing chicken cytokine and reclassified MGF as G-CSF/CSF3, rewriting our understanding of avian immunity.
Discover how omics technologies are revolutionizing our understanding of soybean responses to flooding stress and paving the way for climate-resilient crops.
Discover how a minimal functional glycyl-tRNA synthetase found in Arctic fox genomic data provides revolutionary insights into the origins of the genetic code.
Discover how Trypanosoma brucei develops resistance to melarsoprol and pentamidine through aquaglyceroporin 2 mutations and comparative genomics.
Discover how p53 and BLM proteins work together to repair stalled DNA replication forks and prevent cancer through homologous recombination.
Explore how technicolour transgenic mice are transforming biological research with fluorescent proteins and advanced imaging techniques.
Discover how the long non-coding RNA DSP-AS1 regulates desmoplakin expression and its implications for heart health and wound healing.