DNA from 'immortal' jellyfish could extend human life
Latest discoveries about jellyfish DNA could extend human life, according to studies by scientists at Eötvös Loránd University
Latest discoveries about jellyfish DNA could extend human life, according to studies by scientists at Eötvös Loránd University
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
A team of researchers has discovered a supermaterial that could revolutionize materials engineering. By combining DNA and glass, they created a material that is 5 times lighter and 4 times stronger than steel.
New research shows that controlling a particular type of genes could be the key to slowing aging.
Major research combines CRISPR and bacteria to identify tumor DNA, offering hope for early diagnosis of various diseases.
It's a man-made ingredient used in many sugar-reducing products, but a study reveals that sucralose generates a substance that damages our DNA.
The first steps of using artificial DNA to eliminate cancer cells appear very solid and encouraging.
Archiving data on DNA will allow us to preserve present and future human knowledge in a long-lasting and ecological way: this is where we are at.
The million-year-old fragment is by far the oldest DNA of its kind ever recovered, and it can be very useful to us.
T. dohrnii is the only biologically immortal species. Now scientists have peered into its DNA to find out what makes this jellyfish live forever.
A study by some geneticists and archaeologists has shown that the lineage of man's best friend, the dog, can be traced back to at least two specific populations of ancient wolves. Finally we will be able to find out how (and where) we went from the wild wolf to the domesticated dog.
Obtain faces from a DNA sample? An Israeli company announces that it has developed a technology that allows this. Huge technical and ethical doubts.
A DNA-based plastic can be recycled virtually indefinitely, is light and easy to manufacture.
3 faces of Egyptian mummies have been reconstructed from their DNA with a combination of genetics and forensic techniques
The study opens up the potential for new ecological, health and forensic applications of environmental DNA, currently used only for the analysis of aquatic environments
The gene bank on Svalbard shows some cracks, and a team of scientists suggests moving the seed samples more safely: to a lunar bunker.
Quantum mechanics and the infinitely small also play a role in our DNA, even if we still don't know what its weight is.
New methods of studying DNA to understand life expectancy are bringing interesting results, and one day will also bring guidelines for living much longer.
Genetic doping: a new frontier of unfair sport, still difficult to identify. Today begins the path to make it visible.
A regime of personalized vitamins based on each individual's DNA, to adapt to different needs and absorption capacities? This is what Rootine offers. And the phrase “take YOUR medicine” takes on a literal meaning.