A team Purdue University developed a device that uses sound waves that can help determine if and when a disease has started to invade our body cells. That SOUNDS like a good idea (see what we did there?) Plus: a sports commentator in the UK is keeping his skills in shape during the sports hiatus by doing play-by-play on non-sports activities.
Here’s one instance where the doctor really CAN say “this won’t hurt a bit.” 4D-printed microneedles could perform of the medical functions of hypodermic needles - giving us vaccines and medicines, taking blood samples - except no shots. Plus: the story of a cat and her 3D-printed titanium paws.
There's a new medical startup called Cast 21, and, as startups do, they’re looking to disrupt those traditional plaster cast paradigms and make a cast so flexible that wearers could even go swimming. Plus: for National Cookie Day, we pay a virtual visit to the National Cookie Cutter HIstorical Museum in Joplin, Missouri.
Researchers at Vanderbilt University have been looking at the unusual immune system of alpacas. Their antibodies are not only effective, they’re also easier to harvest than most other animals’ antibodies, so they could help develop ways to treat or regulate some rare but serious diseases in humans.
Please Consider The Environment Before Printing And Reprinting On This Paper (Cool Weird Awesome 73)
Researchers at Rutgers University have developed a system to unprint the printing on standard printer paper, in a way that uses less energy and material than the conventional paper recycling process.
A team at Technion–Israel Institute of Technology developed a way to use medical glue to bind human tissue together instead of stitches and medical pins. They heat it up using, essentially, a hot glue gun - one that they hopefully don't leave in with their craft supplies.
It was 50 years ago today that a doctor implanted a temporary artificial heart in a patient - a pretty big leap forward in heart surgeries, given that transplants were only about a year old back then.