Rewriting genes like text: Genome editing will change medicine
A new era in genome editing: RNA bridging allows you to edit DNA like a text processor. A genetic revolution.
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.
Innovative research restores hearing to children who are deaf from birth: and now it could revolutionize the medical field.
Innovative research transforms Cutibacterium acnes, a common skin bacterium, into an effective ally against acne.
The cloning of a rhesus monkey reignites the debate over human cloning, highlighting both the technical challenges and ethical concerns.
The integration of Neanderthal DNA into modern humans raises questions about our true evolutionary heritage.
France may soon adopt newborn genomic screening, revealing hundreds of rare diseases from birth.
Recent research suggests that trauma can change genetic expression and pass on to future generations.
A 15-year project culminates in the creation of yeast strains with more than half of their DNA synthesized in the laboratory
China's spy agency warns of the development of genetic weapons that can target specific ethnicities, claiming the Chinese population could be a target.
New research shows that controlling a particular type of genes could be the key to slowing aging.
Genetic uniformity in monocultures could expose us to devastating plant pandemics
The newly mapped dog epigenome reveals similarities to our own, and offers us new insights into diseases and treatments, whether on two or four legs.
More and more couples are opting for genetic tests on their embryos, seeking some sort of insurance for their children's future health. However, there are serious ethical concerns.
Science takes diabetes treatment one step further: Insulin can be grown in lettuce and taken orally.
Synthetic human embryos are produced in laboratories, creating an opportunity to study genetic disorders and the biological causes of repeated miscarriages, but they raise ethical and legal questions.