Research Articles
Cracking the Code: The Quest to Find Single Base Substitutions in Our DNA
Explore the scientific journey to detect single base substitutions in DNA, revolutionizing clinical medicine and personalized healthcare.
The Chef in Your Cells: How Your Diet Directs Your DNA's Destiny
Discover how your metabolism acts as an interpreter, translating your diet into epigenetic instructions for your DNA through metabolic mechanisms.
Cracking the Gene Control Code: A Molecular Detective Story
How scientists used a genetic 'copy machine' to find a hidden switch in our DNA that controls the metallothionein-I gene.
The G-Quadruplex Unwinders: Reshaping DNA to Reverse Drug Resistance
Discover how G-quadruplex disruptors are revolutionizing cancer treatment by unraveling DNA knots to combat drug resistance.
The Unseen Hitchhiker: How a Fleck of DNA Changes Medicine's Future
Discover how circulating cell-free DNA in the biomolecule corona of lipid nanoparticles is revolutionizing nanomedicine and personalized drug delivery.
Fields of Genes: The Hidden Switches That Control Your DNA
Discover how epigenetics controls gene expression without altering DNA sequence. Learn about DNA methylation, histone modification, and the groundbreaking Agouti mouse experiment.
Unknotting Cancer's Blueprint: How Fixing DNA Tangles Restores a Vital Brake on Tumors
Discover how scientists are fixing faulty DNA structures called aberrant chromatin loops to restore cancer-fighting genes and stop tumor growth.
Molecular Architects: Redesigning DNA's Alphabet to Build the Future
Explore how scientists are creating new nucleotides and teaching nature's machinery to use them, focusing on 5′-Amino-2′,5′-Dideoxy-5′-N-Triphosphate Nucleotides.
The Silent Scalpel: Can Sound Waves Rewrite the Blueprint of Life?
Exploring how ultrasound affects the genomic DNA of housefly larvae and its implications for pest control and genetic research.
The Hidden World of Bacterial DNA Repeats: Nature's Genetic Toolkit
Explore how simple DNA repeats in bacteria drive evolution, enable adaptation, and challenge our fundamental understanding of genetics.