Discover how GATA transcription factors reveal the genetic secrets behind potato pigmentation and health-promoting anthocyanins.
Explore how bioinformatics technology, biological adaptability, and biomechanics are transforming university physical education through personalized, data-driven approaches.
Discover how combined inhibition of mTOR and HSP90 overcomes cisplatin resistance in ovarian cancer through innovative research and clinical potential.
Discover how AAontology organizes amino acid scales into a structured framework for interpretable machine learning in protein research and biological discovery.
Discover how scientists cloned and characterized the SmGGPPs promoter in Salvia miltiorrhiza, unlocking potential for enhanced medicinal compound production.
Explore how HPV infection creates a unique immune microenvironment in head and neck cancer, leading to better outcomes and new immunotherapy approaches.
Exploring how the extracellular matrix influences ovarian cancer progression and immune response through the tumor microenvironment.
Explore the remarkable Halobacterium sp. NRC-1, an extremophile model organism revolutionizing post-genomic research with unique adaptations to extreme environments.
Discover how scientists found a new epigenetic mark called lysine 2-hydroxyisobutyrylation (Khib) in plants, revolutionizing our understanding of gene regulation.
Discover how ExUTR revolutionizes 3′-UTR prediction from NGS data, enabling genome-wide analysis of gene regulation across species without reference genomes.