Discover how Pipit, a revolutionary genomic tool, helps scientists visualize the functional impacts of structural variations in DNA and their role in diseases like cancer.
Explore the genomic analysis of Lactobacillus plantarum GB-LP1 from Korean fermented foods and its potential health benefits
Explore how optical genome mapping and computer simulation revolutionize our understanding of genomic architecture and structural variations in DNA.
Explore how putative gene databases are transforming cocoa and oil palm cultivation through advanced genomics, securing the future of chocolate and sustainable agriculture.
Explore how hybrid genome assembly combines short and long-read sequencing to solve complex genomic puzzles with unprecedented accuracy.
Exploring how genomics and bioinformatics reveal the adaptation and antibiotic resistance of Vibrio parahaemolyticus, a foodborne pathogen from seafood.
Exploring South America's National Genome Research Initiative and its impact on undergraduate science education and genomic diversity
Exploring how genomic sequencing and bioinformatics are transforming our ability to track, understand, and combat viral threats through advanced pattern recognition and data analysis.
Discover how functional genomics is revolutionizing mastitis resistance in dairy cows through cutting-edge genetic research and breeding strategies.