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If you’re unfamiliar with the term Xenotransplantation, it is the transplantation of organs, living cells, or tissues from one species to another.
In the last couple of years, the Cardiothoracic Surgery Research Program of the National Heart, Lung and Blood Institute (NHLBI) had success keeping genetically engineered piglet hearts inside the abdomens of baboons for over a year.
This research caused a lot of controversy and was called a nightmare by some, but xenotransplantation is a credible science led by widely successful and respected scientists from various organizations ranging from NHLBI, and the Mayo Clinic, as well as other large pharmaceutical companies such as Novartis.
Some might question, why should we transplant animal organs to humans? Simple.
The very limited supply of organs from human donors cannot make up for the demand of hospital patients needing healthy organs for transplant.
If wounds could talk, it'd look something like Smart Stitches, the creation of a team of scientists from Tufts University.
According to the research published in the Microsystems and Nanoengineering Journal, special threads are used to not only close wounds, but send information to medical staff about the healing process using small amounts of electricity in a system of sensors.
The data is based on changes regarding the health of the tissue as healing progresses, and the stitching used can be used to monitor a number of things including:
- Strain placed on muscles
- PH of a wound
- Glucose concentration
These sensors then send the data to a database accessible via computer. This information could really help change the way doctors treat patients.
For example, if a sensor communicates that the pH is too acidic deep into a wound, it usuall
Stimulating the brain of a Parkinson's disease patient with electrodes may be the answer to relief from symptoms and an overall improved quality of life, French doctors have confirmed.
Parkinson's disease is a degenerative disorder of the central nervous system that slowly destroys neurons and takes a toll on the motor system.
With more than 50 million people in the world are living with this condition, the relief this discovery provides could be life changing.
Many people suffering from this disease often deal with intense tremors, rigidity, a slowing down of movement, anxiety and depression, among other things.
When drugs are no longer effective in controlling tremors, electrode therapy via Deep Brain Stimulation appears to be a viable new alternative.
Neurologists at France's CHU Saint-Étienne University Hospital have been using electrodes to stimulate Parkinson's patients since 2015 and the results have sho
Ever felt so overwhelmed that you were at a loss for words? Most of us are able to bounce back from those moments of shock or awkwardness, but for people dealing with conditions like autism, your speech can be impeded at a time where there’s a desperate need for communication.
That’s why computer science student Jeroen De Busser created the Emergency Chat app.
Busser, who studies at the University of Antwerp in Belgium, is autistic.
During emergencies, some folks have panic attacks, and some autistic people will lose the ability to speak; they simply don’t have the mental energy needed to articulate their needs.
Many nurses have struggled to find a patient’s vein at one point or another.
Perhaps the vein was really small, the patient was very jittery, you may have a “difficult stick” or you may be a new nurse getting the hang of things.
Well vein finders or vein illuminators are a fairly new piece of technology taking the guess work out of taking the perfect shot to draw blood.
Vein finders work by using infrared technology to illuminate flesh and reveal the veins, which appear as darker bands because they absorb more of the infrared light.
Here’s how it works.
Imagine if you’d been told your only chance at living involved severing your head off and transplanting it on to a new body.
Aside from the fact that is sounds like a story plot inspired from the 90’s sci-fi movie Face Off, could you do it?
One Russian man has volunteered to do so, and to quote the famous star trek line, “He is boldly going where no man (or woman) has ever gone before.”
Valery Spiridonov is a 30-year-old computer scientist who suffers from Werding-Hoffman disease, a terminal condition that destroys muscle.
Spiridonov, who lives 120 miles east of Moscow, has been struggling with this disease since birth.
In an exclusive interview with the Daily Mail, he said his condition gets worse each year. He has lost control of his body, only has one leg and is confined to a wheelchair, but he is fortunate in that he has lived to age 30--- most Werding-Hoffman sufferers don’t live past 20.
Living for 500 years sounds like something out of a sci-fi movie right? That is until you here that Google Ventures executive Bill Maris is working toward making a multi-century lifespan a reality.
Maris, 40, has been working at the helm of a Google branch that allows him to focus on investing in cutting edge medicine, science and technology that’s ahead of the curve.
In an interview with Bloomberg, Maris said, “If you ask me today, ‘Is it possible to live to 500?’ the answer is yes.”
In fact, he said we already have the life science tools to make anything we can imagine exist.
Maris was summoned by Google some seven years ago to head up their venture capital fund. At the time, Maris had sold his web development company and was working for a non-profit that was developing technology to battle cataract blindness.
Today, he’s in snuffed out a number of seminal “life science” startu
Aside from being delicious, honey fresh from the comb has a ton of benefits, buts not the easiest thing to harvest, and buying quality, organic honey can be downright expensive.
The typical process of extracting honey involves a tedious protocol that includes smoking off bees, examining combs, removing frames, uncapping frames and straining dead bees, wax and other particles out of the honey.
That’s why a revolutionary beehive design created by father-son duo Stuart and Cedar Anderson is expected to set the beekeeping industry ablaze with one of those inventions that makes you ask, “Why didn’t anyone think of this before?”
It’s called the Flow Hive, and while the inventors were only hoping to raise $70,000 to expand their business, they raised $2.2 million in the first 24 hours.<
After a longstanding illness caused Michael Balzer to lose his job, by 2013, his health improved for the better and he developed an independent 3d graphics career.
He was also working with his wife, Pamela Scott, on treating video game addicts. Scott's a psychotherapist,
In August of 2013, Scott began having migraines, and an MRI revealed that she had a tumor behind her left eye.
It was horrifying to the couple, but the neurologist brushed it off saying it wasn’t a big deal, and that’s when Balzer took matters into his own hands.
He requested the DICOM files (standard digital format used for medical data) from his wife’s MRI results. He then sent them to other neurologists around the country, and they mostly all of them agreed it needed to be operated on immediately.
To make matters worse, another MRI done a few months later revealed that the tumor grew in size.
Balzer decided to take
Imagine if creating a solid, three dimensional prototype for anything you wanted was as simple as clicking “Print” from a computer. Well in this day and age, it is more or less that simple, thanks to a rapidly progressive technology called 3D Printing.
You can create a model of just about anything:
- A real prototype of an action figure you may have designed in Photoshop.
- A model of building’s blueprint made.
- A body part that could change a patient’s life.
How 3D Printing Is Changing Lives
Take for instance the case of Hu Wei, a 46-year old from Beijing, China.
He was working on a construction project when he fell three stories into a pile of wood. A beam struck him in the head, leaving him with a large portion of his skull caved
As the life expectancy of humans is extended and the elderly become an ever-growing population, could robots be the next ideal caregivers? According to an EU research project, this is a possibility.
Within a decade in Europe, there will be roughly 84 million elderly with age-related problems.
However, it is worth noting that the European senior citizens have a disposable income of more than EUR 3,000 billion. By 2016, the need for robots in EU for the elderly could reach around EUR 13 billion, said Stephen Von Rump, the Giraff Technologies AB CEO.
The increasing demand for care giving services is happening not only the EU but in many other countries as well. Mr. Von Rump said that it might be high time to seriously consider turning to technology for help. In the EU alone, there are around 5 million homes with an elderly needing formal care services and 12 million homes around the world and possibly more who would have preferred home care.