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1353 results for "dna sequencing"
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 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. #
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.
A breakthrough AI tool from Google DeepMind can read massive DNA sequences with single-letter precision, helping scientists predict how genetic changes lead to diseases like cancer. The free research tool is already helping researchers understand the 98% of human DNA once dismissed as "junk."
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 just released Evo 2, a breakthrough AI that learned to read complex human DNA by studying trillions of genetic sequences from all life on Earth. Best part? They made it completely free and open source for researchers worldwide.
Scientists discovered a bacterial protein that creates DNA without copying existing genetic material—something biology textbooks say shouldn't be possible. The breakthrough could lead to revolutionary new tools for building custom DNA molecules.
California just made it easier for families to find missing loved ones by expanding its DNA program to identify living people, not just the deceased. The new law also preserves DNA samples longer, giving hope to families who've waited years for answers.
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.
Japanese scientists have developed a silver nanoparticle technique that makes assembling DNA up to five times more efficient than traditional methods. The breakthrough could eventually simplify creating gene therapies, cancer vaccines, and improved crops.
Scientists discovered all five building blocks of DNA on asteroid Ryugu, suggesting the ingredients for life might be common throughout our solar system. The findings support the possibility that life's essential components could have arrived on Earth from space.
Frozen droppings from prehistoric squirrels in Canada's Yukon have revealed DNA from woolly mammoths, ancient big cats, and dozens of other ice age creatures. The 700,000-year-old genetic material ranks among the oldest DNA ever recovered, offering scientists an extraordinary window into ancient life.
University of Missouri researchers have solved a major roadblock in DNA data storage by making it rewritable for the first time. This breakthrough could transform how we store everything from family photos to corporate archives in molecules smaller than a grain of sand.
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 are creating microscopic robots made from DNA that could one day deliver drugs directly to diseased cells and capture viruses in the bloodstream. While still experimental, these molecular machines represent a breakthrough in combining biology with robotics.
Every person alive today carries DNA from mysterious ancient human relatives who vanished hundreds of thousands of years ago. New research reveals traces of two unknown lineages hidden in our genes, rewriting the story of who we are.
A chubby green parrot named Jane became the first kākāpō to have her genome sequenced in 2015, opening new doors for saving her critically endangered species. Advanced technology is giving conservationists powerful new tools to protect rare animals from extinction.
A biotech company is creating a genetic "backup drive" for endangered species, storing their DNA to prevent extinction and restore genetic diversity. The effort could protect thousands of animals before they disappear forever.
A Roman-era skeleton that sparked worldwide debate about ancient migration has revealed her true identity through cutting-edge DNA analysis. The Beachy Head Woman was actually a local Briton, not an African or Mediterranean traveler as scientists once believed.
Victoria Foe discovered that the DNA scientists dismissed as "junk" may actually be a crucial timing device that makes complex life possible. Her decades-long quest, fueled by personal loss and scientific curiosity, is rewriting what we know about evolution.
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