Biotechnologien am MIT
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- Researchers pioneer a new way to detect microbial contamination in cell culturesAt the forefront of building with biologyMIT-Northpond Program created to advance innovation in engineering and life sciencesCollin Stultz named co-director and MIT lead of the Harvard-MIT Program in Health Sciences and TechnologyMolecules found in mucus can thwart fungal infectionEngineers develop nanoparticles that cross the blood-brain barrierSMART researchers enable early-stage detection of microbial contamination in cell therapyConvenience-sized RNA editingToward customizable timber, grown in a labIs it neuroscience? Chemistry? Art? Wulff Lecture shows versatility, diversity in materials scienceMIT students and postdocs advocate for increased federal support of scientific research on Capitol HillThree from MIT elected to the National Academy of Sciences for 2022Six from MIT Named 2022 Knight-Hennessy ScholarsMIT class journeys to fascinating places where mechanical engineering affects biologyStudy finds cells take out the trash before they divideSchool of Engineering first quarter 2022 awardsAging Brain Initiative awards fund five new ideas to study, fight neurodegenerationFrom seawater to drinking water, with the push of a buttonUsing plant biology to address climate changeStructures considered key to gene expression are surprisingly fleetingEngineered bacteria could help protect “good” gut microbes from antibioticsMIT announces five flagship projects in first-ever Climate Grand Challenges competitionNew tool reveals how immune cells find their targetsSeXX and Immunity event raises crucial questions for societyMIT graduate engineering, business, science programs ranked highly by U.S. News for 2023Reversing hearing loss with regenerative therapySetting carbon management in stoneQ&A: Climate Grand Challenges finalists on accelerating reductions in global greenhouse gas emissionsAn “oracle” for predicting the evolution of gene regulationFrom bench to biotechSMART researchers discover unique lysin capable of killing multidrug-resistant bacteriaNew MRI probe can reveal more of the brain’s inner workingsStudy sheds light on antibiotics-associated diarrheaSchool of Engineering welcomes new facultyProbing how proteins pair up inside cellsNew device detects heat strain in military trainees2021-22 Takeda Fellows: Leaning on AI to advance medicine for humansHow Omicron escapes from antibodiesMIT School of Engineering unveils the Diversity, Equity, and Inclusion Distinguished Speaker SeriesSchool of Engineering fourth quarter 2021 awardsMethod for delivering immune system-stimulating drugs may enhance cancer immunotherapyRichard Cohen: Pioneering biomedical research and education at MIT for half a centuryMeet the 2021-22 Accenture FellowsFrom counting blood cells to motion capture, sensors drive patient-centered researchNASA selects three MIT alumni for astronaut trainingSix MIT students named 2023 Schwarzman ScholarsImmune system-stimulating nanoparticle could lead to more powerful vaccinesPeeking into a chrysalis, videos reveal growth of butterfly wing scalesby Jennifer Chu | MIT News Office on 22. November 2021 at 20:00
The findings could inform the design of new materials such as iridescent windows or waterproof textiles.