Research Articles
How a Single Genetic Mutation Rewrites Brain Cancer's Rulebook
Discover how the IDH1 R132H mutation transforms brain cancer cells and opens new doors for treatment through revolutionary gene-editing techniques.
Rewriting Cancer Immunotherapy: How CRISPR-Engineered NYCE T Cells Are Revolutionizing Treatment
Explore the groundbreaking first-in-human trial of CRISPR-engineered NYCE T cells for advanced multiple myeloma and sarcoma treatment.
Gene Editing in Japan: Healing with Molecular Scissors
Explore Japan's pioneering work in CRISPR gene editing technology, from regulatory frameworks to breakthrough research on genetic disorders like Down syndrome.
Science in 2019: A Preview of the Groundbreaking Discoveries Ahead
Explore the most anticipated scientific breakthroughs of 2019, from quantum computing and gene editing to black hole imaging and space exploration.
The Unseen Challenge of Gene Editing: Taming Off-Target Effects
Explore how scientists are controlling CRISPR-Cas9 off-target effects, developing safer gene therapies through molecular off-switches, base editing, and AI-powered tools.
Futuristic Biotechnology: Paving the Way for Medical Marvels
Explore the revolutionary advancements in biotechnology transforming medicine through gene editing, mRNA vaccines, AI, and regenerative medicine.
Scissors, Spies, and Glowing Bacteria: A CRISPR Lab Adventure
Explore how undergraduate students use CRISPR-Cas9 technology to deactivate green fluorescent protein in E. coli bacteria in this engaging lab experiment.
The Tiny Alga with a Massive Secret: What Symbiodinium's Giant Mitochondrial Genome Reveals About Evolution
Discover how Symbiodinium's massive mitochondrial genome challenges our understanding of organelle evolution and reveals conserved noncoding sequences across species.
Race and Genetics: The Troubling History and Promising Future of Human Difference
Exploring the complex relationship between race, genetics, and modern governance through scientific research and historical context.
The Body's Hidden Repair System: How a Natural Pathway Helps Fix Radiation Damage
Discover how the autotaxin-LPA2 GPCR axis facilitates DNA damage repair after radiation exposure and its potential therapeutic applications.