CRISPR Makes Spiders Produce Artificial Red Silk. But Why?
CRISPR Applied to Spiders for the First Time: Fluorescent Artificial Silk Opens New Frontiers for Future Biomaterials
Bananas of the future in March: they don't oxidize thanks to CRISPR
CRISPR bananas debut in March: they don't oxidize, last longer and retain their flavor. Genetic editing at the service of the consumer.
Spider silk from modified silkworms: stronger than Kevlar and 100% natural
A research team produces spider silk from transgenic silkworms, offering an eco-friendly alternative to synthetic fabrics.
How CRISPR can feed the planet
The future of agriculture passes through CRISPR: here's how gene editing can feed the world in a sustainable and resilient way.
The first CRISPR therapy arrives in 2023: it will hit thalassemia and rare blood diseases
The first CRISPR gene editing application against thalassemia and other blood diseases will change the future of drug development.
CRISPR can alter the social behavior of animals
The alteration of some genes causes important consequences on social behavior in animals: the relationship between biology and behavior could be much more complex than previously thought.
Scientists are using CRISPR to create hypoallergenic cats
A new type of hypoallergenic cats obtained from gene editing of allergy causing proteins? With CRISPR you can.
CINDELA, created a cancer treatment with no side effects
A joint research team has developed Cindela, a "genetic surgery" method to tackle cancer without side effects
10 “miracle” medical technologies to watch
Each of these modern medical marvels would have been considered pure magic just a hundred years ago.
Spicy tomatoes, wine that doesn't get drunk: what else can CRISPR do?
Since its introduction, CRISPR continues to surprise: here are 5 curious solutions currently being studied for the most famous "molecular scissors" in the world.
Harvard creates RLR, gene editing that can outperform CRISPR with backstrokes
A new editing technique called RLR can surpass CRISPR results and open up even more important breakthroughs in genetics.
Experimental CRISPR therapy cuts cholesterol in mice by 57%
An extraordinary result of experimental therapies on mice shows how it is possible to reduce high cholesterol by 57% with a single injection. If it works on humans it will be a revolution.
Genetic doping: can athletes who change DNA be discovered?
Genetic doping: a new frontier of unfair sport, still difficult to identify. Today begins the path to make it visible.
Nobel Prize in Chemistry to the great scientists who invented CRISPR
The 2020 Nobel Prize in Chemistry goes to the scientists who made the most important discovery of the last decade: CRISPR can change our future.
Genetic editing, the first results arrive: the future of CRISPR is being played now
Results of in vivo tests directly on humans, data on cancer patients and more: gene editing meets its future
CRISPR, the first test starts directly in the body
The CRISPR test will cure an inherited form of blindness in subjects with healthy eyes, but without the gene that converts light into signals that produce vision.
Investigated the researcher who shared genetic experiments on himself
The investigation into illegal practice of the medical profession could have implications for all those who do "biohacking", the practice of altering their bodies with frontier implants or medical treatments.
