HealthCare am MIT
Study shows fragile X treatment can incur resistance, suggests ways around itPutting artificial intelligence at the heart of health care — with help from MITPutting artificial intelligence at the heart of health care — with help from MITPutting artificial intelligence at the heart of health care — with help from MITEnabling AI-driven health advances without sacrificing patient privacyEnabling AI-driven health advances without sacrificing patient privacyWeighing cancer cells to personalize drug choicesWeighing cancer cells to personalize drug choicesCounting cells may shed light on how cancer spreadsUsing AI and old reports to understand new medical imagesUsing AI and old reports to understand new medical imagesUsing AI and old reports to understand new medical imagesDeep learning helps predict new drug combinations to fight Covid-19Deep learning helps predict new drug combinations to fight Covid-19Deep learning helps predict new drug combinations to fight Covid-19Toward a smarter electronic health recordToward a smarter electronic health recordToward a smarter electronic health recordMaking health and motion sensing devices more personalInstitute Professor Paula Hammond named to White House science councilInstitute Professor Paula Hammond named to White House science councilStudy: Global cancer risk from burning organic matter comes from unregulated chemicalsStudy: Global cancer risk from burning organic matter comes from unregulated chemicalsStatistical model defines ketamine anesthesia’s effects on the brainStatistical model defines ketamine anesthesia’s effects on the brainStatistical model defines ketamine anesthesia’s effects on the brainStatistical model defines ketamine anesthesia’s effects on the brainBringing precision to musculoskeletal healthBringing precision to musculoskeletal healthChemical engineering meets cancer immunotherapyChemical engineering meets cancer immunotherapyBiologists identify new targets for cancer vaccinesBiologists identify new targets for cancer vaccinesAt delta v Demo Day, the MIT community celebrates student entrepreneursAt delta v Demo Day, the MIT community celebrates student entrepreneursEngineers grow pancreatic “organoids” that mimic the real thingQ&A: Dina Katabi on a “smart” home with actual intelligenceRenovated Hayden Library and courtyard open to the MIT communityHelping underrepresented doctoral students of color thrive in the broader MIT communityComparing seniors who relocate long-distance shows where you live affects your longevityLandmark Bio, a biomanufacturing facility co-founded by MIT, breaks ground in Watertown ArsenalStudy: Ending an eviction moratorium increases Covid-19 hazardStudy: Ending an eviction moratorium increases Covid-19 hazardDrug delivery capsule could replace injections for protein drugsJordan Harrod: Brain researcher and AI-focused YouTuberJordan Harrod: Brain researcher and AI-focused YouTuberLaurence Young, professor emeritus of astronautics and renowned expert in bioastronautics, dies at 85Social media messages from health care workers help reduce travel-related Covid-19 spreadSocial media messages from health care workers help reduce travel-related Covid-19 spreadMagnets could offer better control of prosthetic limbs
by Anne Trafton | MIT News Office on 18. August 2021 at 18:00
System uses tiny magnetic beads to rapidly measure the position of muscles and relay that information to a bionic prosthesis.