Artificial muscle that curlswhen warmed
Artificial muscles are of interest in both industrial (robotic) and medical (prosthetic) technology. On that subject, [MORE]
CRISPR to edit DNA gels
MIT and Harvard researchers have used CRISPR to edit DNA in gels making new types of [MORE]
Microfluidics sensor for sepsis
Interleukin 6 in a blood sample indicates the body’s response to infection. Knowing this, MIT engineers have [MORE]
DNA microscopy determines molecule location
White blood cells produce antibodies and the antibodies produced can change by a single letter change [MORE]
Cystic fibrosis nebulizer treatment
Cystic fibrosis is a terrible suffocating disease for both children who are afflicted and parents who suffer [MORE]
MIT Liver model
In making a living hepatic device, MIT researchers were able to mimic a human liver’s microenvironment. They then [MORE]
MITs Rectenna
The idea of transmitting electricity through air sounds like science fiction, but researchers at MIT have demonstrated how that [MORE]
Ingestible pill monitor
Ingestible sensors have to work in a tough neighborhood—the stomach. For that reason, MIT engineers have created a [MORE]
MIT Cartilage Drug Delivery
Insulin growth factor-1 has previously been shown to support joint cartilage, but getting IGF-1 to an arthritic [MORE]
Felice Frankel, MIT Producing cell size robots
This isn’t a “Fantastic Voyage,” but it takes some inspiration from that 1966 movie. [MORE]
MIT Wireless pill
For the past two years, researchers at MIT have been improving the design and capabilities of an ingestible [MORE]
Magnetic activators
MIT researchers have created a magnetic ink and used it to 3-D print a surgical tool prototype that can [MORE]
MIT nanomachines
MIT engineers are building some extremely small electronic devices, with the idea of putting billions of them in the [MORE]
Ingestible sensor for GI tract
Engineers at MIT have built a 1.5”ingestible capsule with electronics and engineered E. coli to detect bleeding and other [MORE]