Since the day we are born, doctors continue to be our heroes throughout bouts of colds and fevers. On occasion, they will stand out, birthing babies (or sometimes gorillas) in the middle of their own deliveries. Santa Rosa doctor Scott Witt defied the odds when he hopped on a motorcycle to rescue eight preemies from a fire.
“I got a call at 2 a.m. basically saying that there was some fire encroaching on the hospital so so we might have to evacuate,” said Dr. Witt.
“In California, you can split lanes so I just kind of went down the middle of lanes and got past everybody,”
Four miles from the center and an additional six from Santa Rosa Memorial Hospital, Witt braved a number of treacherous highways. Witt and his family lost their home, but his wife could not have been prouder of his actions.
“If my baby was in the hospital… I mean I’m a little biased but I would totally want them to be in some hands like Scott’s,” said Megan Witt.
Witt also trailed ambulances for three hours on several trips justifying not only his courage, but that a BMW is a pretty sturdy bike.
The steady rise of electric vehicles will soon leave petrol and diesel cars in the dust. BMW is launching electric buses all over Europe, while the London Taxi Company is replacing old cabs. A few months later, the U.K. remains on top of the eco-ladder, with Oxford planning to eliminate non-electric vehicles.
The scheme aims to cut levels of nitrogen dioxide, the majority of which comes from traffic fumes, by three-quarters.
To give distributors leeway, Oxford will be imposing the ban in 2020, increasing the affected zone by 2035. We all know electric vehicles aren’t the most affordable, so locals may have to do some walking. The plan is projected to cost £7 million, but the city council deems the shift will be well worth it.
Oxford city councillor John Tanner said a “step change” is urgently needed as toxic air pollution is “damaging the health” of residents.
It’s a bold move, Oxford, but hopefully a successful one.
Human or animal, prosthetics are making their way into the lives of the disabled. In Colorado, OrthoPets has manufactured devices for over 13,000 animals. A new medical algorithm is helping paralyzed patients to “relearn” muscle movements. But it seems the most advanced therapy of all is in the hands of the U.S. Navy. The Office of Naval Research is developing smart prosthetics that can also monitor health.
[The] prosthetic limb [has] built-in sensors that can track changes in movement, various health issues, and early signs of infection.
The device detects pH levels, body temperature, strain levels, and whether the prosthetic needs to be replaced.
“One game-changing application of this technology would be as a tool to inform doctors when prostheses can be safely loaded after surgery, leading to more accurate determination of when patients are ready for physical therapy after receiving a new prosthetic.”
In other words, the prosthetic is a glorified Fitbit with far more physical benefits. While I’m assuming it’s possible the prosthetics will be pricey, at least they’re available for veterans who need them.
With alternative treatments for cancer on the rise, we’re also seeing an increase in unusual remedies. If anything from avocado husks to flexible batteries are on the market, using livestock should be no surprise. At least not to engineers in Japan. Researchers are genetically modifying chickens to lay eggs filled with cancer-preventing drugs.
The eggs were developed using genome-editing technology to produce a protein called interferon, which is used to treat hepatitis, multiple sclerosis and malignant skin cancer.
Injecting it into cancer patients three times per week can prevent cancer cells from multiplying, while also boosting T cells to fight tumors.
Conventionally, interferon costs anywhere between $250 to $900. Interferon from chicken eggs, on the other hand, won’t have patients clucking up more than half the price. What remains to be more dangerous than cancer itself is the price tag that comes with therapy.
“Cancer drugs are not a luxury item, like an expensive car, that people can choose to buy or not to buy…. When prices come down, mortality rates will surely follow.” [said Brian Bolwell of the Cleveland Clinic.]
Perhaps, one day we’ll all agree that curing cancer isn’t about the money. Kudos, Mr. Bolwell. Kudos.
Lately, the New York public school system has been on a roll with its feeding programs. Since its city council decided to offer free cafeteria lunches, there are now also options for vegans.
The upcoming vegan food options range from Mexicali Chili to Lentil Stew, to Zesty BBQ Crunchy Tofu — all which sounds pretty like a big improvement from conventional school lunches which are often highly processed meats or fried food.
Behind the movement is the Coalition for Health School Food, which has also helped three NYC schools go completely vegetarian. The vegan choices will allow food autonomy to children as well as lower their carbon footprint. While many parents have expressed concern over vegan diets, research can put their minds at ease.
The British Dietetic Association (BDA) have recently confirmed that “they believe a well-planned vegan diet ‘supports healthy living in people of all ages’ including ‘during pregnancy and breastfeeding.’”
Of course, students will be given the freedom to choose their own meals. Though a typical second-grader may be more privy to chicken nuggets, encouraging a side of vegetables may not be too difficult.
We all know that flu shots are a necessary evil. While microneedle patches are replacing traditional injection procedures, patients still have to undergo numerous follow-ups. Now, MIT engineers are looking to eliminate the need for multiple booster shots with an advanced micropod technology.
“We are very excited about this work because, for the first time, we can create a library of tiny, encased vaccine particles, each programmed to release at a precise, predictable time, so that people could potentially receive a single injection that, in effect, would have multiple boosters already built into it,”
The pods, described as “tiny coffee cups” consist of an already FDA-approved material. For kicks, it’s called poly lactic-co-glycolic acid. Or just PLGA, really. The micropods have the potential to be practical in other ways, especially over long periods of time.
“The… technique could provide a new platform that can create nearly any tiny, fillable object with nearly any material, which could provide unprecedented opportunities in manufacturing in medicine and other areas,”
Because immune cells die over time and patient compliance when it comes to vaccines is low, the micropods are practically genius. Let’s face it — hospitals aren’t exactly the place to be.
The medicine industry is booming, thanks to new technologies like bendable batteries and injectable bandages. While these new discoveries can treat cancer and repair organs, some researchers are working on improving older remedies. The US National Institutes of Health and Sanofi have combined antibodies into tri-specific antibodies targeting HIV infection.
“They are more potent and have greater breadth than any single naturally occurring antibody that’s been discovered.” [said Dr. Gary Nabel of Sanofi.]
“We’re getting 99% coverage, and getting coverage at very low concentrations of the antibody,”
HIV strains mutate faster than immune systems can adapt, making resistance almost futile. Animal trials saw a 100% success rate in monkeys, while human trials will begin next year.
“Combinations of antibodies that each bind to a distinct site on HIV may best overcome the defences of the virus in the effort to achieve effective antibody-based treatment and prevention.”
Further testing may prove the usefulness of tri-specific antibodies in other fields. The battle against HIV is far from over, but it’s safe to say we’re getting there, one antibody at a time.
A mere month ago, locked-in patients were given the opportunity to communicate via a computer interface. Now, researchers are using nerve therapy to revive the consciousness of patients in a persistent vegetative state.
The vagus nerve, which the treatment targeted, connects the brain to almost all the vital organs in the body, running from the brain stem down both sides of the neck, across the chest and into the abdomen. In the brain, it is linked directly to two regions known to play roles in alertness and consciousness.
The study, led by French scientists, brought a 35-year-old man out of PVS after being unresponsive for nearly 15 years. He can now track objects with his eyes and even turn his head when asked. Head of study Angela Sirigu believes the research can provide hope for families of locked-in patients.
“Personally I think it’s better to be aware, even if it’s a bad state, to be conscious of what’s happening. Then you can have a decision if you want to go on or if you want [euthanasia].”
At the very least, those in a locked-in state can be in control, which eliminates the nightmare of muscle loss.
Since developing a surgical robot, engineers across the globe have been pushing the limits of machines in medicine. This Chinese dental robot can perform implant surgery without any human assistance.
The implants were fitted to within a margin of error of 0.2-0.3mm, reaching the required standard for this kind of operation.
The robot addresses the shortage of dental technicians as well as frequent surgical errors. China imports roughly 1 million implants annually, which hardly satisfies the 400 million patients needing new teeth. The Fourth Military Medical University’s hospital takes care of 3D printing dentures.
[Dental staff] programmed the robot to move into the correct position to carry out the operation, and determined the movements, angle and depth needed to fit the new teeth inside a cavity in the patient’s mouth.
The robot adjusts to patients’ movement, which is definitely a plus. It also makes the experience a lot less intimidating, knowing your gums won’t be in for a prickly surprise. It seems surgeons are in for some serious competition.
The human brain knows no limits. The fact that we only use 10% of it remains a myth, as antennas and bendable batteries are furthering biomedical engineering. Lately, researchers at Wits University in Johannesburg have made the greatest breakthrough yet with the “Brainternet.” (But it’s not exactly what you might think!)
The project works by taking brainwave EEG signals gathered by an Emotiv EEG device connected to the user’s head. The signals are then transmitted to a low cost Raspberry Pi computer, which live streams the data to an application programming interface and displays the data on an open website where anyone can view the activity.
In essence, you can download information about your brain and pretty much study the thing. So, no, you can’t update your Twitter in your sleep. However, the technology is still potentially valuable in transferring brain data.
“Brainternet can be further improved to classify recordings through a smart phone app that will provide data for a machine-learning algorithm. In [the] future, there could be information transferred in both directions – inputs and outputs to the brain,”
Sorry to disappoint you, millennials, but keep in mind that understanding brain functions could make mind-controlling Facebook possible eventually. For now, stick to a MacBook.