Research Articles
Beyond the Double Helix: How Tangible Models Are Unlocking DNA's Secrets
Discover how 3D learning modules with dynamic printed models are revolutionizing student understanding of DNA structure-function relationships.
How Water Transforms DNA from Rigid Rod to Flexible Spring: The Secret Behind Smart Biomaterials
Discover how water-DNA interactions dramatically alter DNA's mechanical properties in self-assembled monolayers, enabling programmable biomaterials and nanotechnology.
How a Single Molecule in Your DNA Can Change Everything
Explore how computational biology predicts how single molecule changes in DNA can alter cellular function and impact health.
The DNA First Responders: How Scientists Are Hijacking Cancer's Repair Kit
Discover how scientists are targeting DNA damage response mechanisms, specifically Exonuclease 1 regulation, to develop innovative cancer therapies.
The Body's Rust: Cracking the Code of a Stealthy DNA Saboteur
Discover how scientists are decoding malondialdehyde's DNA damage through structural studies of interstrand cross-links in a 5'-(CpG) motif.
The DNA Detective: How One Wrong Letter Topples Tiny Genetic Bridges
Exploring how single nucleotide defects affect DNA duplex stability through molecular dynamics and microarray experiments, with implications for genetic diagnostics.
The Twisting Tale: How Single-Molecule Portraits Reveal DNA and RNA's Hidden Secrets
Discover how single-molecule biophysics reveals the dynamic behavior of DNA and RNA through cutting-edge techniques like magnetic tweezers and smFRET.