For the first time ever, scientists have identified the existence of a new DNA structure that looks more like a twisted, four-stranded knot than the double helix we all know from high school biology.
In a review article a prominent scientist calls for more integration between two fields of DNA-based research: genetics and epigenetics.
This month, the Estonian government kicks off a program that aims to collect the DNA of 100,000 of its 1.3 million residents. In return, it will offer them lifestyle and health advice based on their genetics.
Editing another essential molecular component of our biology—RNA, the messenger used by cells to turns DNA instructions into proteins— holds great promise.
Researchers identified 538 genes that play a role in intellectual ability. They also found 187 regions in the human genome that are linked to thinking skills.
In a massively ambitious project aimed at improving the health of its 3 million residents, the city of Dubai plans to sequence the DNA of its entire population.
Researchers have identified fifteen genes that determine our facial features.
Researchers use a precision 3D cell-patterning technology called DNA-programmed assembly of cells (DPAC) to set up an initial spatial template of a tissue that then folds itself into complex shapes.
To avoid off-target mutations, scientists at the Salk Institute modified CRISPR to become a gene activator instead of a gene editor.
New techniques in DNA self-assembly allow researchers to create the largest to-date customizable patterns with nanometer precision on a budget.
The technology could have multiple applications, from identifying victims in a mass disaster to analyzing crime scenes.
Unnatural DNA used to encode unnatural proteins, all in otherwise normal cells.
US scientists have edited the DNA inside of a patient’s body, in an attempt to cure a genetic disorder by permanently changing the human genome. The news represents a major landmark in science.
Genes which determine animal complexity -- or what makes humans so much more complex than a fruit fly or a sea urchin -- have been identified for the first time.
German researchers have made a breakthrough in understanding the origin of the ageing process. They have identified that genes belonging to a process called autophagy promote health and fitness in young worms but drive the process of ageing later in life.
