Exploring Thailand's groundbreaking genomic research on Brugada Syndrome, revealing population-specific variants and viral DNA integrations that reshape personalized medicine.
Discover how yeast's genetic interaction network demonstrates remarkable environmental robustness, reshaping our understanding of cellular resilience.
Discover how molecular nexopathies reveal neurodegeneration as a targeted dismantling of neural circuits rather than random destruction.
Discover how citrOgen's engineered bacteria platform is transforming antibody production by eliminating antigen purification and enabling rapid immunization.
Explore the fascinating world of cellular receptors and their transducers that decode environmental cues into biological responses.
Exploring the genetic and environmental factors behind TB susceptibility in South Africa's Coloured population
Explore how omics technologies are revolutionizing our understanding of the complex relationship between genotype and phenotype.
Exploring how genetic factors influence mathematical ability through neurobiological pathways and environmental interactions.
Exploring the role of microRNAs in childhood brain tumors through mutational screening of miR-17-92 cluster and miR-34a.
Exploring how genetic admixture in the U.S. population is influencing health outcomes and disparities through advanced genomic research.