Discover how Nipbl-mutant mice are helping decode the complex genetic disorder Cornelia de Lange Syndrome through groundbreaking research on gene expression and development.
Explore the revolutionary field of regenerative medicine and its potential to rebuild the human body from within through stem cells, tissue engineering, and medical devices.
Discover how scientists are identifying novel BCR-ABL splice variants in Philadelphia-negative leukemias and developing targeted immunotherapies to combat these shape-shifting cancer proteins.
Explore how gene therapy and pharmacogenomics are revolutionizing heart failure treatment through personalized approaches and molecular targeting.
A tribute to Leonard J. Schiff, Ph.D., his contributions to virology, and the scientific principles that guided his work.
Exploring the remarkable regenerative abilities of planarians and the molecular mechanisms behind their head regeneration gradient
Exploring how non-science students grasp molecular genetics concepts and the misconceptions they face in introductory biology courses.
Explore how Dr. Joseph Wu's stem cell research is transforming personalized medicine and drug development through innovative cardiovascular studies.
Explore how cell therapy intersects with national security and discover funding opportunities for biomedical research in this comprehensive analysis.
Explore the cutting edge of cellular reprogramming where egg cells and engineered viruses battle to revolutionize medicine, fight disease, and reverse aging.