Brain-controlled bionic leg improves walking speed and navigation for amputees
The Guardian - 01-Jul-2024It led to a 41% increase in walking speed compared to traditional prosthetics
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Details last updated 04-Feb-2019
Professor at MIT as well as investigator at the Howard Hughes Medical Institute and McGovern Institute
Physician-Scientist, assistant professor at the Massachusetts Institute of Technology (MIT)
Koch Chair Professor of Chemical Engineering at the Massachusetts Institute of Technology (MIT)
Associate Professor of Civil and Environmental Engineering, Associate Professor of Mechanical Engineering at MIT
James Mason Crafts Professor of Biological Engineering and Materials Science and Engineering at MIT.
Professor in the Department of Electrical Engineering and Computer Science and an Associate Member of the Broad Institute of MIT and Harvard
Director of MIT Senseable City Lab, Founding partner at Carlo Ratti Associati design and innovation office.
Professor, Chemical Engineering and Institute for Medical Engineering and Science, MIT
It led to a 41% increase in walking speed compared to traditional prosthetics
This innovative device has been successfully tested in pigs
This low-cost, scalable device could revolutionise spinal cord injuries treatment
It's much softer than older implants, making it less likely to hurt the brain
Promising advance in antibiotics with potential to combat a major health threat
Revolutionary pill that could save lives by alerting for serious medical conditions
Scientists discover a vast array of RNA-guided enzymes in diverse organisms
A new smart implant that could revolutionise the way we treat chronic diseases
Machine learning successfully identifies promising senolytic compounds to target ageing and age-related diseases
More research needed but a revolutionary way to treat many diseases, including cancer
Currently only tracking location, but in future could be developed to take samples or deliver therapeutics
RoboCap’s mucus-clearing and churning movements help it deliver the drug directly to the gut
Clarity on cell particle interaction and particle uptake, for specific cancer types
Potential RNA-guiding enzymes that are capable of editing and modifying DNA in human cells
Screening cancers non-invasively; shows safety in phase 1 trials
Hybrid constructs help regrow muscle tissue forming new blood vessels in mice
IL-12 self-replicating RNA delivered in lipid nanoparticles (LNPs) shows good results in mice
Sheds light to potential treatments for age-related cognitive decline, Alzheimer's
Remote exploration and assistive personal robots will be a possibility
To support human clinical trial of novel encapsulated cell therapy for hemophilia A
Thanks to the algorithm scientists tested 107m compounds in just 3 days
Pigments can be replaced with useful chemical substances in the future
There are around 75,000 mutations caused by DNA errors and prime editing can correct 89% of them
In the future, it can be used as a delivery mechanism for clot reducing drugs
Rejuvenation human trials (cell reprogramming) possible in next 2 years
In the stomachs of pigs these smart pills lasted for one month
A robot developed by the MIT is helping wth the diagnosis of skin conditions and abnormalities
Molecule reactivates faltering blood flow in elderly mice. This deprives tissues and organs of t...
MIT has developed a tiny pump to be implanted into a patient’s brain. Delivers precisely measure...
MIT researchers have exposed mice to a hum at 40 Hertz. Mice developed half as many amyloid beta...
Dermal Abyss research involves a novel approach in which the surface of the body is rendered as a...
A new algorithm can rate how much pain you are in just by looking at your face. By examining ti...
What will happen when humans decide to become robots? Sensors give prosthetic legs an awareness...
Could make it possible to capture and analyze individual cells from a small sample of blood. Spe...
Works fine inside pig guts and it's just about the size of a multivitamin pill
MIT develops portable pharmaceutical manufacturing system that can be reconfigured to produce a v...
Current mobile AI offloads processing to the cloud because of power consumption. MIT announce a ...
Researchers trained algorithm to recognise specific cell of interest. Also determines a cell’s a...
What if we could send the body an instruction to produce its own drug? RNA strand seems easier t...
Timothy Lu at the Massachusetts Institute of Technology aim to make a single phage modifiable wit...
Goal is a closed-loop system that treats diseases by modulating the activity of peripheral nerves...
MIT researchers analysed anonymous data from over 500,000 patients. Able to compare individual pa...
Iimplantable, microchip-based device may soon replace the injections and pills now needed to trea...
Implantable device could allow doctors to test cancer drugs in patients before prescribing chemot...
Automatically turns itself on and off to maintain correct blood glucose levels. The study was pu...
The study was published in the Integrative Biology journal.