Discover how whole-genome sequencing unraveled the mystery of fatal typhoid fever cases in Papua New Guinea, revealing surprising insights about Salmonella Typhi genetics and disease outcomes.
Exploring the future of personalized medicine beyond genomics, integrating multi-omics data, AI, and deep phenotyping for truly individualized healthcare.
Explore how estrogen receptor-dependent genomic responses in the uterus mirror the biphasic physiological response to estrogen, with implications for reproductive health and disease.
Discover how mouse ribosomal DNA contains hidden diversity that could transform our understanding of cellular function, aging, and disease.
Comparative analysis of molecular genomic profiles between canine histiocytic malignancies and human undifferentiated pleomorphic sarcoma, exploring shared pathways and therapeutic implications.
Explore how technicolour transgenic mice are transforming biological research with fluorescent proteins and advanced imaging techniques.
Explore how the Rat Genome Database's ontology searching and browsing tools are transforming genetic research through enhanced data organization and retrieval.
Discover how whole genome sequencing of lamb rotaviruses reveals cross-species viral evolution and informs vaccine development for livestock and humans.
Discover how hibernating bats undergo genomic reprogramming to survive extreme conditions, offering insights for human medicine and climate adaptation.
How scientists cracked the genetic code of an uncultivable pathogen devastating Taiwan's ornamental plants.