In an effort to tackle the organ donor shortage, researchers in the United States have successfully created part-human, part-pig embryos and implanted them into a sow. Eventually, these animals could act as incubators for human organs, which concerns some ethicists.
In news that sounds straight out of a dystopian Margaret Atwood novel, surgeons managed to keep a genetically modified pig heart alive inside a baboon for 945 days before it failed last month. “Xenotransplantation” experiments like this may one day lead to doctors raising pigs for organ transplants.
Though it may not look at all like the muscle in your chest, this heart-on-a-chip can beat like the real thing. A blend of microfluidics and biological cells, the device will be used as a more efficient means of testing for drug toxicity.
It pumps blood. Duh. Well, for most of history, people were unsure what the heart's main function was. Even Leonardo Da Vinci gave up studying it and he's probably one of the five smartest guys ever. Even now, it's not as easy as it should be to find out how the ticker works. Don't worry, this Ted-Ed animation will…
After decades of work, a team of doctors say they've successfully engineered vaginas that have been implanted and grown in women. The vaginas were grown in a lab from the female patients' own cells and later transferred to their bodies, where they formed into normal vaginas. The breakthrough bears some huge…
Did you know that the same kind of punched cards control both the jaunty tunes of old timey organs and the warp and weft of a certain kind of textile loom? Glithero, aka British designer Tim Simpson and Dutch designer Sarah van Gameren, bridged the gap for a cool a medium mash-up—and managed to weave music.
It's a pumping lung in a box, basically. Al Jazeera America specifies that its more properly known as the Organ Care System (OCS) but it's basically a human donor long being kept alive and breathing out of the body inside a box. The OCS machine is used to keep the blood and oxygen flowing to the donor organ so that it…
What you're looking at is a cat lung being blown up with a straw. I know. It's ginormous. More ginormous than what you would think is inside a cat. But that's because lungs are incredibly expandable. What looks like a pile of bloody meat inflates into this perfectly pink balloon.
Organovo's 3D-printed mini-liver just shattered its own record, carrying out the same cellular functions as a natural human liver for 40 days in the lab. That may not seem like a lot — human liver cells are replaced about every 300 to 500 days — but the company's previous millimeter-sized liver slivers only managed…
For the very first time, scientists have managed to create tiny, embryonic brains in test tubes. Say hello to baby Frankenstein.
John R. Hutchinson is an evolutionary biomechanist, which I'm going to trust has something to do with the elephant cadaver he explored and photographed. Horror porn. Shock porn. Tragedy porn. Whatever you call it, these images are incredible and gross and sad and I can't stop staring at that long shiny smooth…
If you were ever curious as to how much body parts can fetch on the black market, Medical Transcription created a snazzy infographic to show you. Some parts are shockingly cheap! Like would you want a new shoulder or a new iPad? Both cost 500 bucks.
If I ever needed a heart transplant, seeing a living, tell-tale heart before before my eyes would probably scare me to death. But TransMedic's unique organ care system could prove to keep that heart fresher for longer until you need it.
Currently, if a cardiac patient's heart rate gets too high the implanted defibrillator in their chest gives them a friendly remedial shock to avoid a heart attack. But that could soon change—by giving hearts their very own IP addresses.
You can already track heart rates with an iPhone, but what if your phone could alert you to liver failure as well? A Dutch research company has created a system which sends "status updates" from electrocardiogram sensors to Android phones.
Between alcohol-fueled holidays and everyday health issues, some of us might eventually wind up needing new livers or some other organs. Turns out scientists could build us those new organs using metal nano-particles suspended in a magnetic field.
No time for a sit-down lunch? The Organ Care System let's you take your viable human hearts, kidneys, or livers anywhere, allowing you to enjoy the taste of fresh meat anywhere—in the park, after your workout, or in Deepwater Cave down by the old sawmill on the edge of town.
Our donut and fizzy sugar water consumption aside, we're working hard on keeping our arteries from clogging these days, but we must admit to being somewhat more reassured about our prospects of longevity whenever we read stories about tissue engineering like this:
The days of television medical dramas consisting of transporting organs in a ratty cooler filled with ice are no more. The TransMedics Organ Care System is the latest and greatest technology used to preserve organs while being transferred to a new body. It works by pumping warm, oxygenated, nutrient rich blood…