Research Articles
The DNA Repair Puzzle: How Scientists Discovered Critical Cancer-Fighting Protein Interactions
Discover how RAB22 and RAB163 (mouse BRCA2) interact with RAD51 in DNA repair, their role in cancer biology, and implications for modern cancer therapies.
The Invisible Battle Within: How Your DNA Repairs Itself and How Science Detects the Damage
Explore the fascinating world of DNA damage and repair mechanisms, from cellular defense systems to cutting-edge detection technologies.
The DNA Guardian: How XPC Protein Protects Us From Cancer
Explore the crucial role of XPC protein in DNA damage repair and cancer prevention through nucleotide excision repair pathway.
Cracking Cancer's Code: How AI Is Revolutionizing DNA Repair Gene Detection
Explore how machine learning is transforming cancer diagnosis by detecting DNA repair gene deficiencies through advanced AI algorithms and predictive models.
The Enzyme Revolution: How Molecular Scissors and Glues Are Rewriting Genetic Futures
Exploring how DNA and RNA manipulating enzymes are transforming medicine and biotechnology through precise genetic editing and repair.
The R-Loop Resolver: How a Tiny Nuclear Speckle Protein Became a DNA Repair Superhero
Discover how USP42, a nuclear speckle protein, resolves R-loops to enable precise DNA repair and prevent genome instability.