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12 results for "synthetic biology"
Scientists at the University of Waterloo are teaching bacteria to hunt down and devour cancer tumors in places chemotherapy struggles to reach. The specially modified microbes thrive in oxygen-free tumor cores, offering hope for a completely new approach to fighting cancer.
Researchers at the University of Waterloo have engineered bacteria that naturally thrive without oxygen to invade and consume cancer tumors from their oxygen-starved cores. The breakthrough includes a safety switch that only activates the bacteria's survival mechanism when enough have gathered inside the tumor, preventing them from spreading to healthy tissue.
Scientists at Washington University have turned animal muscle proteins into revolutionary fibers that could transform everything from workout clothes to medical implants. The breakthrough solves a major problem plaguing other eco-friendly materials.
Researchers are now using artificial intelligence to design completely new proteins, genes, and even viruses that have never existed in nature. This breakthrough could help create organisms that clean up pollution, produce life-saving drugs, and grow crops without pesticides.
Researchers at MIT are combining synthetic biology with artificial intelligence to create a new weapon against deadly antibiotic-resistant infections. The $3 million project could save millions of lives worldwide by designing programmable antibacterials that outsmart evolving superbugs.
Scientists at Stanford used artificial intelligence to create a completely new virus that kills drug-resistant E. coli bacteria, opening doors for faster vaccines and personalized cancer treatments. The breakthrough combines AI genome design with precision DNA assembly, showing promise for tackling antibiotic resistance while raising important questions about biosafety.
Researchers have engineered bacteria that produce complex molecules using light-activated reactions, transforming single-celled organisms into tiny manufacturing plants. This breakthrough could revolutionize how we make medicines, materials, and other valuable compounds. ---
Scientists just cracked a major bottleneck in creating sustainable jet fuel from plants, using robots and artificial intelligence to work up to 100 times faster than traditional methods. Two breakthrough studies show how automation could finally make flying green a reality.
A groundbreaking 2025 study reveals that terraforming Mars has shifted from science fiction to active scientific debate, thanks to breakthroughs in synthetic biology and affordable space travel. Researchers propose a phased plan to warm the Red Planet and introduce engineered life within decades.
Scientists used artificial intelligence to create the complete genetic code of a virus that destroys harmful E. coli bacteria, marking the first time a whole genome has been designed from nothing. This breakthrough could revolutionize medicine by letting researchers create custom viruses to fight deadly infections.
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After a deadly fungus wiped out billions of American chestnut trees, scientists are using gene editing to bring them back. Three new approaches could also save coral reefs, black-footed ferrets, and other threatened species.
A breakthrough method lets researchers build custom bacteria-killing viruses in weeks instead of years, opening new hope against antibiotic-resistant infections. The Golden Gate technique could transform how we treat dangerous superbugs that no longer respond to traditional medicine.