New research reveals how age determines different biological pathways in Immune Thrombocytopenia, opening doors for personalized treatments.
Discover how split-pool barcoding revolutionizes microbial single-cell RNA sequencing, revealing cellular heterogeneity in bacteria and transforming microbiology research.
Explore groundbreaking research on BRCA1 genetic variants outside known domains and their implications for cancer risk assessment.
Discover how genomic analysis of Streptomyces sp. IICT-RPP475 reveals potential new antibiotics to combat the antibiotic resistance crisis.
Exploring how PPARG gene amplification drives urothelial carcinoma and the promising targeted therapies emerging from this discovery.
Discover how scientists characterized the Rha1 cDNA in Arabidopsis thaliana, revealing the molecular traffic cop that regulates cellular transport in plants.
Discover how glutathione S-transferases in mouse liver protect against carcinogens and the implications for human cancer prevention.
Discover how kangaroo rats repurposed a broken motilin gene for new biological functions, challenging our understanding of evolutionary adaptation.
Discover how gene-gene interactions shape complex traits through transcriptome-wide analysis and learn about the future of personalized medicine.
Discover how NFLT12 Darnel Ryegrass became a scientific breakthrough in plant regeneration and tissue culture research.