Exploring the functional domains of Saccharomyces cerevisiae chromosomes and their implications for understanding genome organization.
Exploring how BRD4 and chromatin landscapes regulate IRF genes in immune responses, with implications for cancer and inflammation therapies.
Exploring how rice genomics and gene editing are transforming this vital crop to meet global food security challenges
Discover how the Refined 3-in-1 Fused Protein Similarity Measure revolutionizes hub protein detection in PPI networks without arbitrary thresholds.
Explore how Virus-Induced Gene Silencing (VIGS) is transforming agriculture with reversible, rapid, and cost-effective crop improvements.
Exploring the 3D organization of chromosomes through Chromosome Conformation Capture technologies and their impact on genetics and medicine.
Discover how comparative genome and transcriptome analysis reveals novel genetic elements in Asian elephants, crucial for their conservation.
Discover how SOX17 gene disruptions and its collaborator FUBP1 trigger pulmonary arterial hypertension (PAH) and the promising therapies emerging from these insights.
Discover how the iridescent marine bacterium Cellulophaga lytica NFXS1 boosts microalgae growth through symbiotic relationships, with potential applications in sustainable biotechnology.
Groundbreaking study successfully isolates and sequences 14 previously uncultivated bacterial associates from Spongia sponges, revealing their genetic potential for medicine and biotechnology.