Research Articles
Unlocking DNA's Secrets: How a Kitchen Pressure Cooker is Revolutionizing Genetic Testing
Discover how hyperbaric heating is transforming genetic testing by eliminating the need for DNA purification, making diagnostics faster and more accessible.
Molecular Spies and DNA Grooves: How Tiny Molecules Hijack Our Genetic Code
Discover how DNAase I footprinting reveals how actinomycin and distamycin bind to DNA, creating structural variations that affect genetic function.
The Molecule of Life: How Nucleic Acids Write and Read Our Genetic Story
Explore the fascinating world of nucleic acids - from DNA's structure to modern research applications in genetics and medicine.
The Biological Blueprint: How We Capture and Keep DNA for the Future
Explore the fascinating science behind DNA collection and storage - from cheek swabs to liquid nitrogen preservation and the technology that powers modern genetics.
Nucleic Acids: The Blueprint of Life and How We Learned to Read It
Explore the fascinating world of nucleic acids - DNA and RNA - their structure, discovery as genetic material, research techniques, and future applications in medicine and synthetic biology.
The Invisible Scars: How Scientists Track DNA's Most Common Wound
Explore how scientists use Aldehyde Reactive Probes to detect AP-sites in DNA and the surprising discovery about repair enzyme effects on stability.
How DNA Shapes Crystals: Unveiling the Blueprint of Life's Mineral Architecture
Discover how DNA influences the formation of barium silica-carbonate crystals and what this reveals about the origins of life on Earth.
The Code of Life: Unraveling the Secrets of DNA and RNA
Explore how nucleic acids research is revolutionizing science and medicine through breakthroughs like CRISPR gene editing.
The Sun's Code: How DNA Harnesses Light energy through Damage and Repair
Discover how DNA functions as a sophisticated light trapping system that converts dangerous UV radiation into biochemical signals for repair.
The Invisible War: How Molecular Lockpicks Target DNA's Weak Spots
Exploring DNA minor-groove binders (MGBs) and their potential in fighting antibiotic-resistant bacteria and cancer through precision DNA targeting.