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14010 results for "dna breakthrough"
Researchers discovered bacteria that create DNA using proteins as templates instead of other DNA—reversing biology's fundamental rules. This breakthrough could reshape our understanding of how life stores and transfers information. #
After more than three decades, modern DNA technology has helped Alberta RCMP identify and arrest a suspect in a 1992 sexual assault case. The breakthrough shows how genetic genealogy is giving victims closure and proving that justice has no expiration date.
FBI investigators found crucial DNA evidence on a glove near an 84-year-old Arizona woman's home, bringing new hope to solving her January disappearance. The discovery could finally identify the masked suspect caught on camera.
Caltech researchers invented Sidewinder, a breakthrough method that stitches together short DNA pieces like numbered pages in a book, enabling scientists to build complete genes in hours instead of years. This breakthrough could revolutionize personalized medicine and sustainable materials.
Researchers at UC San Diego taught bacteria to read an eight-letter genetic alphabet instead of nature's standard four, opening doors to custom-engineered medicines and cancer diagnostics. The breakthrough proves cells can process synthetic genetic code using their natural machinery.
After 17 years behind bars for a crime he didn't commit, Andrew Malkinson walked free when advanced DNA testing finally identified the real attacker. Now the true perpetrator faces justice while reforms aim to prevent future wrongful convictions.
After more than three decades, RCMP in Alberta solved a cold case sexual assault using cutting-edge genetic genealogy technology. The breakthrough shows how modern science is finally bringing justice to victims who waited years for answers.
A rejected doctoral student watching a dog inspired a breakthrough that lets scientists recover DNA from dirt, unlocking secrets about ancient humans without needing rare fossils. Twenty years later, his "stupid idea" has transformed how we study human origins.
Scientists at MIT and Scripps Research just made a breakthrough that could finally lead to an effective HIV vaccine. Their DNA-based approach generated eight times more of the rare immune cells needed to fight the virus compared to current leading candidates.
Scientists created a silicon chip that writes 64 DNA sequences at once using only water and electricity, replacing a toxic chemical process. The breakthrough could lead to portable DNA labs and even DNA-based data storage.
Researchers discovered that Alzheimer's disease disrupts how DNA folds inside brain cells, revealing a completely new aspect of the disease. This breakthrough could open doors to treatments that work in ways scientists never considered before.
Scientists in Mumbai have cracked a way to make antibiotic-resistant bacteria vulnerable again using specially designed DNA sequences. The breakthrough could restore the power of older antibiotics that bacteria learned to defeat.
Scientists built an AI that designs synthetic DNA switches capable of turning genes on and off in specific cells, potentially transforming how we treat diseases like leukemia. In lab tests, these AI-generated sequences actually outperformed natural DNA at reactivating a protective gene in leukemia cells.
Researchers in Tokyo have developed a breakthrough molecule that delivers DNA into cells without causing harmful inflammation, a major obstacle in current gene therapies. Early tests in mice show the new method works up to 14 times better than existing approaches.
Scientists can now identify animals, plants, and diseases just by analyzing DNA floating in the air around us. The breakthrough turns ordinary air filters into powerful tools for tracking wildlife and protecting public health.
Researchers at St. Jude Children's Research Hospital discovered how childhood cancer treatments leave traceable patterns in DNA that could help doctors prevent second cancers decades later. This breakthrough opens doors to safer treatments and better monitoring for the 500,000 childhood cancer survivors in America.
University of Pennsylvania researchers created a smarter way for AI to solve one of science's hardest math problems, using 1940s mathematical theory instead of more computing power. The breakthrough could help scientists understand how DNA works and improve disease research.
Researchers discovered that human DNA contains a second layer of instructions that controls how genes work, potentially explaining why identical proteins can behave differently in our cells. This breakthrough could change how we understand and treat diseases.
A Swiss doctor discovered DNA in pus-soaked bandages decades before Watson and Crick became famous for it. His forgotten breakthrough laid the groundwork for understanding all life on Earth.
Scientists discovered why people with the APOE2 gene live longer and rarely get Alzheimer's: their brain cells are better at repairing DNA damage. The breakthrough could lead to new treatments that protect everyone's brain, especially those at higher risk.
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