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15 results for "bioprinting"
Israeli researchers are using artificial intelligence and 3D bioprinting to engineer living tissue for prosthetics, turning wartime challenges into medical breakthroughs that could transform rehabilitation worldwide. Despite a 40% drop in tech investment, innovators gathered in Jerusalem to showcase how AI will accelerate the next decade of medicine.
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Researchers have developed a groundbreaking 3D bioprinting technique that could help burn victims heal without scarring. The technology uses patients' own skin cells suspended in gel to rebuild healthy tissue instead of scar tissue.
Scientists at Carnegie Mellon University are developing breakthrough 3D-printed liver tissue that could help patients survive while waiting for transplants. The living patch could buy crucial time for diseased livers to heal themselves. #
Scientists at MIT just solved one of the biggest problems in 3D bioprinting with a simple magnetic device that could help create replacement organs. The innovation keeps living cells perfectly mixed during printing, making lab-grown tissues more reliable for testing drugs and potentially replacing damaged human organs.
A community college just invested six figures in bioprinting equipment that can create hearts and kidneys, giving students hands-on experience with technology usually reserved for elite research labs. The move could help solve the national organ shortage crisis while training the next generation of biotech innovators.
NASA astronaut Anil Menon is heading to the International Space Station next week for groundbreaking medical research that could transform healthcare on Earth and in space. His eight-month mission includes developing AI-powered ultrasound and bioprinting human tissue in zero gravity.
A Colorado engineer inspired by her mother's death from breast cancer is developing 3D-printed scaffolds that help survivors grow their own natural breast tissue after surgery. The breakthrough could give 300,000 women annually a safer, more natural alternative to traditional implants.
Scientists at UCLA have created a system that uses 3D printing and artificial intelligence to test hundreds of cancer drugs on lab-grown copies of a patient's tumor. The breakthrough could help doctors choose the right treatment before starting therapy.
Scientists at UCLA have created a system that uses artificial intelligence to test thousands of cancer treatments on tiny lab-grown tumors, potentially matching patients with the right therapy faster than ever before. The technology could transform how doctors choose cancer treatments, especially for rare and hard-to-treat cases.
A crowdfunded nonprofit called Foregen is developing a way to reverse circumcision using tissue engineering and a patient's own stem cells. Human clinical trials could begin soon after 15 years of research and development.
A SpaceX capsule is heading home from the International Space Station with groundbreaking cancer treatment research and thousands of pounds of scientific samples. The cargo includes DNA-inspired materials that could help develop new cancer therapies.
Four biomedical companies just signed on to use future commercial space stations to manufacture artificial retinas, stem cells, and life-saving drugs that can only be made in zero gravity. When the International Space Station retires in 2030, these labs will keep flying.
A cancer drug refined aboard the International Space Station just became the first injection that takes minutes instead of hours to deliver. The breakthrough shows how weightlessness can solve problems gravity creates on Earth.
Scientists aboard the International Space Station completed over 750 experiments in 2025, producing breakthrough results that could transform surgery in space, grow bone on demand, and power future Mars missions. These advances aren't just for astronauts—they're opening doors to medical and technological progress right here on Earth.
Scientists at VCU Massey Cancer Center and partner institutions created an AI-powered platform that tests hundreds of cancer treatments simultaneously on patients' own tumor cells. The technology could help doctors choose personalized treatments faster and improve outcomes for cancers with limited options.