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3671 results for "precision fermentation"
A sugar substitute 3,000 times sweeter than sugar just became the first precision fermentation sweet protein approved in Singapore. The breakthrough opens doors for healthier food across Asia without sacrificing taste.
Japanese scientists discovered that fermenting soybeans into natto actively produces supersulfide molecules that could help prevent heart disease. This breakthrough reveals for the first time how fermentation transforms plants at the molecular level.
Scotland just became the first nation in the UK to greenlight a breakthrough precision treatment for gastric cancer patients. The Scottish Medicines Consortium's decision means patients can now access targeted therapy tailored to their specific cancer type.
Archaeologists just discovered 8,600-year-old fermented bread at a Turkish archaeological site, pushing back our understanding of ancient baking by thousands of years. The spongy dough even still shows a fingerprint from the baker who made it.
Scientists in Basel have proven that splitting entangled atoms into separate clouds creates sensors that measure electromagnetic fields with stunning accuracy. This quantum leap could make atomic clocks and gravity detectors dramatically more precise.
After 15 years of crystal-growing experiments, physicists have mapped the perfect spot inside a crystal to build the most accurate clock ever. The breakthrough could soon shrink ultra-precise timekeeping from room-sized labs down to a single computer chip.
Scottish scientists have proven that lasers similar to those used in routine eye surgery could one day remove brain tumors with 100 times more precision than current surgical tools. The breakthrough could transform neurosurgery in the coming decades.
Physicists across the globe are on the verge of creating the first "nuclear clock" that could be more accurate than anything on Earth. After decades of searching, researchers finally cracked the code in 2024 and expect working prototypes this year.
Singapore is building one of the world's most comprehensive health databases by analyzing proteins in 10,000 residents' blood, combining cutting-edge technologies to understand how Asian genetics influence disease. The groundbreaking study could transform how doctors predict and treat conditions from heart disease to vision problems.
Researchers discovered gut viruses can attach to human cells using molecular anchors, opening doors to targeted therapies for antibiotic-resistant infections. This breakthrough rewrites what we know about viruses living in our bodies.
A new federal program is investing nearly $140 million to develop objective measurements for mental health treatments, helping doctors know which therapies will work for each patient before they begin. The initiative aims to end trial-and-error approaches that have left millions struggling to find effective care.
A geneticist who baked bread during lockdown transformed her kitchen experiments into a thriving career studying fermented foods. Now she combines childhood curiosity with cutting-edge science to explore how fermentation impacts human health.
Germany just added cultivated meat and precision fermentation to its national biotech roadmap, with plans to launch a dedicated innovation hub by 2027. The move signals serious government support for sustainable food technology that could reshape how we eat.
Labs worldwide are using fermentation to transform discarded cocoa shells, pea leftovers, and soy pulp into delicious cheese, pet food, and meat substitutes. This ancient technique is rescuing millions of pounds of waste while creating tasty, nutritious products.
The United Arab Emirates is transforming itself into the Middle East's epicenter for sustainable food production, investing millions in precision fermentation facilities that could revolutionize how the region feeds itself. With climate change threatening traditional agriculture, this bold move could secure food for millions while slashing environmental impact.
Scientists created a revolutionary quantum sensor using chains of linked atoms that can measure electric fields with stunning accuracy in a device smaller than a grain of rice. This breakthrough could transform everything from medical devices to environmental monitoring.
Scientists are using artificial intelligence to create targeted antibiotics that kill dangerous bacteria while leaving helpful gut microbes unharmed. This breakthrough could save millions of lives while slowing the global antibiotic resistance crisis.
A Korean Australian farmer in Tasmania is making kimchi with an unlikely Australian ingredient that's winning over locals and helping fermented food take root in regional Australia. Sue Glynn's Weet-Bix kimchi formula is turning heads at workshops while connecting two cultures through food.
A new radiation system in Augusta can zap brain tumors smaller than a pencil tip without a single incision. Patients skip surgery, anesthesia, and lengthy recovery times.
A two-year-old startup just proved their robotic arm is 70 times more accurate than anything currently working in space. This breakthrough could make refueling satellites and deep space missions far more affordable within just a few years.
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