13hon MSN
Two ways to read a genome: Body-wide, single-cell atlas maps DNA folding and methylation together
Every cell in the human body carries the same 3 billion letters of DNA, yet a neuron, a heart muscle cell and a pancreatic beta cell each use that shared code to do entirely different jobs. How cells ...
As generative AI captures public attention, a different kind of AI is reshaping drug discovery. Machine learning models are ...
The Cool Down on MSN
Supplement made from inactive bacteria may trap microplastics before the body absorbs them
Studies link microplastics in arterial plaque to higher risks of heart attack and stroke.
On Thursday, the FDA kicked off a two-day meeting to assess the safety and efficacy of lab-made peptides, which some supporters claim can build muscle, treat injuries and look younger. Many health ...
Army scientists are replicating skin and bone tissue to study the effects of radiation, driving the development of protective gear for Soldier safety.
Scientists have tracked microplastics from the oceans to the air to human brain tissue. A new review moves the search into ...
The tech entrepreneur has sparked a fresh debate after claiming he "cloned" himself as a newborn. Can the experiment shape the future of regenerative medicine and anti-ageing.
Inner Logic autonomous surgical simulation platform raises $11.5 million to replace cadaver labs with overnight virtual ...
Kidneys kept at subzero temperatures in pressure-controlled containers can be stored for days before transplantation, raising hopes for longer-term storage of donated human organs.
A new cyclospora outbreak is being investigated by the U.S. Food and Drug Administration involving 72 cases. The FDA posted the investigation on its Foodborne Illness Outbreak website, and the source ...
Great Big Story on MSN
How synthetic human bodies are revolutionizing medical training
Discover how lifelike synthetic human bodies are helping train healthcare professionals while reducing reliance on cadavers ...
PHILADELPHIA.Today on MSN
Wistar Scientists Develop DNA-Delivered Immunotherapy That Targets Ovarian Cancer More Effectively
Wistar Institute scientists have developed a new type of bispecific T cell engager, or BTE, that is effective against ovarian cancer in preclinical studies. It’s a major development for this type of ...
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