Exploring how hydroxymethylation changes in bone marrow stem cells contribute to aging and potential therapeutic interventions.
Explore how whole-genome sequencing is transforming tuberculosis tracking, revealing hidden outbreaks and transmission chains with unprecedented precision.
Revolutionary genomic technologies are illuminating the 'dark matter' of human DNA, uncovering variations that explain disease disparities and evolutionary history.
Discover how condensin II protein determines the fundamental 3D architecture of genomes across 2 billion years of evolution, with implications for genetics and medicine.
Discover how the GIGANTEA gene orchestrates flowering in perennial ryegrass and its implications for agricultural innovation.
Exploring the evolutionary diversity and functional specialization of fungal chitin synthases through phylogenetics and molecular biology.
Exploring the molecular warfare between plants and Bromoviridae viruses, including Cucumber Mosaic Virus, and its impact on global food security.
Exploring how diverse participation in genetic studies is advancing precision medicine for breast cancer treatment and survival rates.
Discover how hibernating bats undergo genomic reprogramming to survive extreme conditions, offering insights for human medicine and climate adaptation.
Discover how fungi are being used to biodegrade vulcanized rubber from discarded tires through advanced genetic, molecular and surface analysis techniques.