In China, veterinary medicine researchers used CRISPR/Cas9n genetic editing technology to add tuberculosis resistant gene, NRAMP1, into live cow genomes to help cows become less likely to get tuberculosis. There were no side effects or weird byproducts of doing this genetic manipulation according to their study. Genetic code modification often creates some sort of inadvertent alteration which presents a challenge to researchers conducting these gene editing projects, but in this case, it was successful. None of the 11 calves that had the gene inserted in a particular region in their genome had any side effects while proving resistant when exposed to bovine tuberculosis.
Latest article
Mercedes-Benz taps Modern Meadow for 80% plant-based leather
In Germany, luxury car manufacturer Mercedes-Benz has partnered with New Jersey biodesign firm Moden Meadow to develop a next-generation leather alternative for its CONCEPT...
Bioluminescent dress from van Herpen portends era of living couture
In France, Dutch fashion designer Iris van Herpen has unveiled a dress embedded with 125 million bioluminescent algae at Paris Haute Couture Week 2025....
Stella McCartney’s latest sneaker can be composted, smells of cinnamon
In London, sustainable fashion pioneer Stella McCartney has unveiled a new version of its S-Wave sneakers, featuring soles made entirely from BioCir Flex, a...