MIT develops rapid at-home test to measure COVID immunity

An innovative new test developed by researchers at MIT promises to offer people the ability to quickly and easily measure their COVID-19 immunity. The test tracks levels of neutralizing antibodies in a drop of blood, helping a person evaluate their sus… Continue reading MIT develops rapid at-home test to measure COVID immunity

Inflatable insulin pumps reduce scar tissue for long-term drug delivery

The immune system’s foreign body response is important for keeping us healthy – but it’s not so useful when that foreign body is a medical implant. Researchers at MIT have now developed a device that prevents scar tissue forming around implants by gent… Continue reading Inflatable insulin pumps reduce scar tissue for long-term drug delivery

Study of Alzheimer’s risk gene reveals potentially reversible mechanism

A new study has found that lipid metabolism may be a mechanism for Alzheimer's, and could be reversible

MIT scientists have uncovered a mechanism for how a common genetic risk factor for Alzheimer’s contributes to the disease. It centers on lipid metabolism, and early investigations suggest it could eventually lead to new treatments to slow disease progression.

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Continue reading Study of Alzheimer’s risk gene reveals potentially reversible mechanism

“Protonic” artificial synapse runs a million times faster than human ones

Engineers at MIT have developed a new type of artificial synapse that’s extremely energy efficient and ultra-fast, processing data a million times faster than synapses in the human brain. The key is an analog design that shuttles protons around instead… Continue reading “Protonic” artificial synapse runs a million times faster than human ones

Tiny ultrasound stickers a breakthrough in continuous real-time imaging

Engineers at MIT have designed a tiny sticker that can deliver continuous ultrasound images of internal organs for up to 48 hours. The innovation is a step towards a future where stickers could wirelessly track muscle health during workouts or fetal de… Continue reading Tiny ultrasound stickers a breakthrough in continuous real-time imaging

Experimental KineCAM produces paper photos that can be made to move

Invented in the late 1800s, kinegrams were a simple form of animation that predated the first animated movies. A team from MIT has now given the technology a digital makeover, in the form of the one-off KineCAM.Continue ReadingCategory: Photography, Te… Continue reading Experimental KineCAM produces paper photos that can be made to move

MIT’s silk capsules aim to take a bite out of microplastic pollution

Microplastics are a growing environmental problem, but a new study could help cut out a decent chunk of them. The authors showed that silk could be a biodegradable replacement for microbeads and plastic particles that are often added to cosmetics, pain… Continue reading MIT’s silk capsules aim to take a bite out of microplastic pollution

“Self-boosting vaccines” load multiple drug doses into a single shot

Researchers at MIT have developed microparticles that can release doses of drugs at specific times over days, weeks or months. The platform could be useful for creating what the team calls “self-boosting vaccines.”Continue ReadingCategory: Medical, Sci… Continue reading “Self-boosting vaccines” load multiple drug doses into a single shot

Bizarre radio burst with “heartbeat” rhythm is longest detected by far

Astronomers have detected an extremely strange radio signal from a distant galaxy that pulses with a heartbeat-like rhythm. This signal lasted about 1,000 times longer than other fast radio bursts (FRBs), and had a clear periodic pattern to its pulses…. Continue reading Bizarre radio burst with “heartbeat” rhythm is longest detected by far