
Fruit flies and cocaine, special 'allies' for curing addictions
Engineered Fruit Flies Develop Cocaine Addiction in Just 16 Hours: New Model May Revolutionize Addiction Treatments
Engineered Fruit Flies Develop Cocaine Addiction in Just 16 Hours: New Model May Revolutionize Addiction Treatments
Italian researchers cure three deadly blood diseases with direct gene editing in the first days of life of newborn mice.
Prime editing debuts on a teenager with a rare genetic disease, improving 66% of his immune cells with no side effects.
23andMe's bankruptcy raises disturbing questions about DNA privacy. Our "biological fingerprint" could end up in the wrong hands. Here's what to do.
De-extinction takes a step forward with Colossal Biosciences’ “woolly mice.” Is the mammoth coming back by 2028?
Cambridge launches program to combat risk of pandemics caused by biological weapons. Experts working to prevent and manage threats that combine AI and gene editing.
Pioneering fetal therapy has cured a deadly genetic disease before birth. The little patient is now doing well and growing normally.
CRISPR therapies are advancing: new approaches to making them safer and more versatile. The editing race is just beginning.
A sensational discovery in the human genome: Junk DNA contains thousands of previously unknown active genes. Medicine will be rewritten.
Breakthrough in medical diagnosis: UCSF genomic test detects viruses, bacteria, fungi with 86% accuracy. Results in just 24 hours.
Adermatoglyphia Explained: Find out what we know about the genetics of this rare condition and how it affects those who have it.
Tetrachromatic research advances: New insights into how some see 100 million shades. Implications for science and technology.
Latest research on the mitotic spindle reveals unexpected roles for already known proteins: cell biology is about to be rewritten.
5D Crystals: The Ultimate Time Capsule for Human Genetics. An Indestructible Legacy for the Future.
A new era in genome editing: RNA bridging allows you to edit DNA like a text processor. A genetic revolution.
A "deserted" stretch of DNA could be the cause of Crohn's disease. The discovery offers new hope for a debilitating and mysterious disease.
Researchers at the University of Florida aim to create a calf from synthetic embryos: only stem cells, without eggs or sperm.
DNA as a building material for multifunctional synthetic cells, stable up to 50°C. Potential applications in regenerative medicine, drug delivery and diagnostics.
The Y chromosome shrinks: from 900 to 55 genes: at these rates, in 11 million years humanity will change completely (if it has not become extinct).
Scientists closer to creating human embryos from two men: In vitro gametogenesis may expand the boundaries of parenthood.
The SynMoss project aims to develop a plant with a fully synthetic genome in the next 10 years, revolutionizing plant biotechnology.