Explore how genome-wide marker development and advanced genotyping techniques are revolutionizing primate conservation and molecular primatology research.
Exploring how metagenomics is unlocking nature's hidden pharmacy by analyzing genetic material from environmental samples to discover novel therapeutics.
Discover how exosome research is revolutionizing Alzheimer's detection through blood tests that can identify the disease decades before symptoms appear.
Discover how computational biology identifies SARS-CoV-2 main protease inhibitors from natural essential oil compounds through molecular docking and dynamics simulations.
Discover how diosmetin, a natural citrus compound, shows promise in treating breast cancer patients with COVID-19 through bioinformatics research.
Discover how scientists identified novel NUR77 isoforms lacking N-terminal domains and their implications for cellular regulation and disease research.
Exploring the complex genomic landscape of castor bean and the crucial role of repetitive DNA sequences in chromosome structure and stability.
Explore how sample multiplexing technology is transforming retinal research by enabling precise study of rare retinal ganglion cells with unprecedented accuracy.
Explore how omics technologies are revolutionizing our understanding of tree biology, from genomics to metabolomics and beyond.
Discover how ChIP-seq technology revolutionizes our understanding of transcription factors and their role in gene regulation, disease, and cellular biology.