DNA is managed like climbers’ rope to help keep tangles at bay
A process that cells use to unravel knotted strands of DNA — resembling a method used to control climbing ropes […]
Researchers have discovered new genetic factors that likely contribute to the development of kidney stones. The findings, which appear in […] Almost one percent of all American babies are born with malformed hearts. Heart abnormalities are at once the most common […] JILA scientists have developed a fast, simple sample preparation method that enhances imaging of DNA to better analyze its physical […] When the Human Genome Project was completed, in 2003, it opened the door to a radical new idea of health […] In diffuse cutaneous leishmanisis (DCL), a rare form of leishmaniasis, parasites grow uncontrolled in skin lesions across the body. For […] X-ray and electron microscopy techniques help unfold the story of protein chaperones. A combination of X-ray crystallography and cryo-electron microscopy […] St. Jude Children’s Research Hospital scientists have identified genetic variations in a fourth gene that are associated with an increased […] What can worms tell us about human ageing? A lot more than you’d think; as research led by the Babraham […] You can think of DNA as a string of letters — As, Cs, Ts, and Gs — that together spell […]Genes
New genetic factors linked to kidney stones: Genetic variants linked to metabolic and crystallization pathways may increase risk
Half-hearted: New insight into why the heart doesn’t develop properly in some children
Five-minute sample processing enhances DNA imaging and analysis
Understanding gene interactions holds key to personalized medicine: Gene interaction networks hold clues to disease susceptibility and treatment response
How does the body respond to diffuse cutaneous leishmaniasis?
Breakthrough shines light on disease-fighting protein
Genetic variations in a fourth gene linked to elevated leukemia risk in Hispanic children
What can worms tell us about human aging?
Proteins use a lock and key system to bind to DNA: New study challenges a fundamental assumption of how proteins interact with the human genome