Discover how scientists are extracting genetic information from FFPE tissue samples, revolutionizing cancer research and personalized medicine.
Explore how genomic research is revolutionizing kiwifruit cultivation through fast breeding, polyploidy studies, and genetic diversity preservation.
Discover how de novo transcriptome assembly is revealing the genetic secrets behind the tung tree's remarkable oil production capabilities.
Discover how functional genomics is revealing maize's defense mechanisms against Fusarium verticillioides, a devastating fungal pathogen causing ear rot and dangerous mycotoxins.
Discover how AP-Seq technology maps DNA damage across the genome, revealing insights into aging, cancer, and neurodegenerative diseases.
Discover how scientists cracked the genetic code of Epicoccum sp. to uncover the secret recipe for Epicoccamide A, a promising mannosylated tetramate derivative.
Explore the fascinating world of Non-Homologous End Joining (NHEJ), the cellular emergency response system that repairs DNA double-strand breaks and prevents cancer.
Discover how scientists combine computational power and lab experiments to decode protein functions and develop new medical treatments.
Discover how a novel grinding device and improved two-step DNA extraction protocol is revolutionizing genomic research on microorganisms.
Explore how sportomics is shifting from sport genomics to postgenomics and metabolomics, revolutionizing athletic performance understanding through dynamic molecular analysis.