Discover how Ds transposons in tobacco plants bias toward providing splice donor sites for exonization, creating genetic diversity and evolutionary innovation.
Exploring how the XRCC1 Arg399Gln polymorphism affects breast cancer risk across different populations and its interaction with environmental factors.
Discover how EMS mutagenesis enhances heat shock proteins in tomatoes, improving their resilience to heat stress through in vivo and in vitro research.
Exploring how copy number loss leads to down-regulation of tumor suppressor genes in pan-cancer studies and its implications for cancer research and treatment.
Discover how differential gene expression creates hygienic honeybees that protect their hives through sophisticated social immunity behaviors.
Exploring the fascinating social behaviors of Aerococcus urinae and its impact on women's urinary health through genomic analysis and aggregation phenotypes.
Discover how mouse ribosomal DNA contains hidden diversity that could transform our understanding of cellular function, aging, and disease.
Explore the fascinating interplay between genetics and epigenetics in melanoma development and treatment approaches.
Research shows forced arm use leads to better functional recovery and brain plasticity than voluntary training after stroke. Learn how constraint therapy rewires the brain.
Discover how salmonids survived a genetic catastrophe 100 million years ago and turned it into an evolutionary advantage through genome-wide rediploidization.