Gift will allow MIT researchers to use artificial intelligence in a biomedical device
Device developed within the Department of Civil and Environmental Engineering has the potential to replace damaged organs with lab-grown ones.
“From Controversy to Cure” documentary chronicles the biotech boom in Cambridge, Massachusetts
Film looks at how Kendall Square became a beacon for industries working on treatments for diseases like cancer, Alzheimer’s, and diabetes.
Robotic thread is designed to slip through the brain’s blood vessels
Magnetically controlled device could deliver clot-reducing therapies in response to stroke or other brain blockages.
Scientists look to synthetic biology and 3-D printing for life support in space
Do-it-yourself bio and maker communities can help NASA meet needs of long-distance missions.
Record-breaking DNA comparisons drive fast forensics
Developed at MIT Lincoln Laboratory, IdPrism and its award-winning algorithms provide rapid analysis for complex forensic DNA samples.
A “biomultimeter” lets scientists measure RNA and protein production in real-time
Fluorescent tagging system can expedite the process of designing genes and personalizing medicine.
3Q: Susan Hockfield on a new age of living machines
Convergence research at MIT and beyond seeks new solutions for global challenges.
KSA meeting explores collaboration in 2019
The keynote speaker of the Kendall Square Association’s annual meeting discussed technology’s effects on collaboration and power.
Blending medicine and mechanical engineering
Assistant Professor Ellen Roche develops revolutionary medical devices through research at the crossroads of medical science and engineering.
Exploring unknowns in cancer, the human brain, and the road ahead
Double major Kerrie Greene builds connections in her research and her community.
Collaboration runs through J-WAFS-funded projects
Researchers from across MIT showcase J-WAFS-funded projects tackling critical water and food systems challenges from solutions-oriented perspectives.
Taming “information hazards” in synthetic biology research
Cryptography techniques to screen synthetic DNA could help prevent the creation of dangerous pathogens, argues Professor Kevin Esvelt.
![“If you have a problem, and you look into the problem in nature and see how animals or plants deal with these kinds of problems and extract those design principles, you can try to replicate [them] using engineering approaches,” saysZijay Tang, a PhD candidate in MIT’s Department of Biological Engineering.](/sites/default/files/styles/term_page__news_article/public/images/201809/MIT-Tang-01.jpg?itok=cCVJRVTZ)
Inspired by nature, reaching across disciplines
PhD student Zijay Tang is developing a living material that can sense and filter water contaminants.
A new way to mend a broken heart
“Therepi” device attaches directly to damaged heart, enabling delivery of medicine from a port under a patient’s skin to augment cardiac function.
MIT linQ welcomes IDEA² Global teams for 2018
Seven-month program includes 14 international groups, who are convening at the Institute to develop new biomedical technologies.