Improving one’s condition is not cheap. Going to the hospital is more costly than ever before due to the rising cost of medical procedures and the increasing number of uninsured people. It is encouraging to see medical professionals and researchers working together to help the underprivileged. Innovative doctors are taking on the status quo of medicine by making previously inaccessible therapies and technologies more widely available through the creative reuse of commonplace items.

10 Wireless Ear Canes

It is a blessing to have the capacity to hear. Unfortunately, it’s lacking in many people. Around 300 million people on Earth are believed to have a hearing impairment. Twenty percent or more of the population in the US has hearing loss of some kind. Hearing aids make the condition more manageable, but they are out of reach for many people due to financial constraints. Many people couldn’t afford hearing aids because of their exorbitant price tag—up to $4,000 per pair. Thankfully, that has changed.A Chicago-based business called Sound World Solutions has developed a hearing aid prototype that makes use of Bluetooth, which is among the most popular technologies in use today. These Bluetooth hearing aids work just like any other hearing aid, but they’re much easier to modify with your phone than with older ones. Instead of making multiple trips to the office to fine-tune the hearing aids, all it takes is a finger slide to alter the volume, treble, bass, and other sound settings. The most exciting aspect is that for just $300, more patients can now afford the capacity to hear.

9 Live Blood Flow Webcams

The application of Laser Speckle Contrast Imaging (LCSI) allows for the noninvasive tracking of blood flow. For the investigation and treatment of disorders involving blood flow, such as migraine and stroke, this technique is crucial. Utilizing laser light and top-tier cameras, LCSI is able to illuminate and record pictures of blood flow. Although less expensive than typical medical equipment, the estimated price of $5,000 for these pieces is still too much for hospitals in economically disadvantaged regions.Researchers at the University of Texas came up with a creative solution to tackle this issue. A blood flow imaging device was developed by the researchers using a common webcam and a PowerPoint laser pointer. The equipment is priced at only US$90. The MacGyvered device was just as accurate as the more costly one when tested side by side. Because of its small size and light weight, this imaging device can be easily transported to places with limited medical services. Its dimensions are 5.6 cm (2.2 in) and 25 g (less than 1 ounce).

8 Radiofrequency Kanzius Therapy

Doctor John Kanzius did not exist. He was a broadcast engineer originally from Erie, Pennsylvania, and he ran a string of FM radio stations in Ohio, Texas, and Pennsylvania. He received the worst news anyone could hear in 2003, not long after retiring: he had cancer. When he was a chemo patient, he saw that other youngsters with cancer also lost hair, smiles, and energy. This disheartening scene inspired Kanzius.He researched the physical mechanisms of chemotherapy since he knew little about medicine but a lot about engineering and physics. He hypothesised that radio waves, which are also used by radio stations for communication, might be a safer alternative to radiation therapy for cancer treatment. To back this claim up, he created a contraption out of leftover components from his previous radio stations; he calls it Kanzius RF Therapy.In contrast to conventional chemotherapy, which can harm healthy cells in the body, this gadget uses radio waves to destroy cancer cells. There were no negative side effects reported during the laboratory testing of Kanzius RF Therapy, and it was completely successful in eliminating cancer cells. Unfortunately, Kanzius passed away from cancer, but his RF Therapy is currently being studied by numerous medical professionals for possible future use in cancer treatment.

7 Schizophrenia and Common Acne Medications

As far as teenagers are concerned, acne is the worst adversary. Unfortunately, nature steps in and leaves you with unsightly red markings on your face just when you’re doing your hardest to seem appealing. Fortunately, a wide variety of medications are available for the treatment of acne. Minocycline is one such antibiotic; in addition to its many other uses, it is a standard treatment for acne, particularly moderate to severe cases. Teens can get rid of acne quickly and easily for less than $1 per pill, freeing them up to focus on goth music or poetry.One would assume that an acne medication wouldn’t have much of an impact. Japanese psychiatrists likely felt the same way when they gave minocycline to their schizophrenia patients for small infections and discovered, much to their surprise, that the medicine also reduced psychotic symptoms. The medicine was so effective that it outperformed the powerful and costly antipsychotic medication haloperidol. The efficacy of minocycline in treating schizophrenia in bigger populations is currently being studied by psychiatrists worldwide. The findings hold a lot of promise for developing a more accessible, less expensive, and more effective treatment for schizophrenia and related mental illnesses.

6 Car-Based Baby Incubators

Babies, especially those born prematurely or with particular needs, require special care to ensure their survival, and this is the basic premise of neonatal incubation. This straightforward process is sometimes neglected by hospitals, particularly those located in economically disadvantaged areas, due to a lack of incubators. Because of this, the lack of incubators causes the annual death of thousands of babies. Due to a shortage of incubators, over 53,000 premature infants die each year in Kenya.Design That Matters, headquartered in Massachusetts, aspires to see that figure decrease. Their group came to the realization that automobiles are a more ubiquitous technology than incubators, thus they set out to build working models out of salvaged auto components. Their inexpensive incubator design includes a number of useful features, such as headlights for illumination, dashboard fans for air circulation, and signal lights for alarms. It would be much easier and cheaper to manufacture and maintain these lifesaving devices if they were made from auto parts, which are widely available even in impoverished countries. The car-parts incubator is still in its prototype phase, but it has great potential for use in newborn care.

5 A Breathalyzer for Cancer

Cancer is a difficult disease to diagnose. Additionally, the price tag is hefty. While PET scans can cost anywhere from $850 to$4,000, the median cost of a biopsy is $5,000 USD. Cancer is already a terrible disease, and now it’s taking a financial toll on patients.Researchers at Georgia Tech’s Research Institute have created a breathalyzer-based cancer detector in an effort to bring down the cost of detection. In order to detect cancer, the device collects a patient’s breath in a container and analyses it for volatile organic chemicals linked to cancer. The technology demonstrated an 80% success rate in detecting cancer in test subjects, suggesting it could be a useful addition to our present diagnostic tools. With this technique, more low-income patients could have access to accurate diagnoses, even at a price of US$100 each.

4 Using Lights to Combat MS

Paralysis and blindness are two of the crippling symptoms of multiple sclerosis (MS), an inflammatory illness that attacks the brain and spinal cord. Multiple sclerosis (MS) is becoming more of a problem for doctors and patients alike, with 2.5 million people living with the disease and 200 new cases diagnosed weekly. Despite the availability of several costly treatments for multiple sclerosis (MS), no cure has been found as of yet. But researchers think they’ve found a potential remedy: the power of light.Jeri-Anne Lyons and Janis Eells of the University of Wisconsin made an intriguing finding. They found that early signs of multiple sclerosis in lab rats were considerably reduced after being exposed to a specific wavelength of light termed near-infrared. Researchers are optimistic that future advancements in this successful and economical treatment for multiple sclerosis will be available, given the widespread use of near-infrared light in hospitals for other purposes.

3 MRI on a Cardboard

It is a remarkable achievement in medicine that we can capture “pictures” of our own organs. We can now learn more precisely than ever before about our bodies thanks to a variety of medical imaging tools. Magnetic resonance imaging (MRI), the gold standard, has proved crucial in the long-term diagnosis of cancer and countless other diseases. The cost of an MRI scan is high, though. Depending on the area of the body that needs imaging, the cost of an MRI scan might range from $3,000 to $7,000. On top of that, regular MRI scanners have their limitations; for example, the equipment doesn’t do a great job of capturing lung physiology.Physicists Matthew Rosen and Ronald Walsworth of Harvard University have developed a solution to this challenge; they have created an MRI imager that uses commonplace hardware store components to vividly show our lungs. They used two coils on two metal trellises to create a magnetic field, which was then directed towards the patient using wire grids and rings in their makeshift imager. Wearing an antenna constructed of a rubber-coated cardboard tube wrapped with a coil of wire, the patient is instructed to inhale and suspend a lungful of polarized helium and air for thirty seconds. An accurate image of the lung’s gas flow and oxygen absorption can be obtained by using the antenna to pick up the magnetic spin of polarized helium, which is assisted by the magnetic field.Protons in water molecules are shown via a conventional MRI scanner. The catch is that a powerful magnet is required to align the protons within the body. The helium that the patient inhales in Rosen and Walsworth’s cardboard MRI is already in the correct position, thus the scanner may employ a magnet that is 150 times weaker than a standard MRI. People with lung diseases may find it difficult to hold their breath, thus the researchers are working on a technique to capture the lungs faster. The equipment has not yet been put through clinical trials, but the prototype’s performance suggests that imaging technology will become more accessible in the future.

2 Mobile Medical Centers

More than 20 million people in Africa are living with HIV, and there are only two doctors for every 1,000 people. Clearly, Africa needs better healthcare access, but hospitals don’t just appear. The average cost to construct a three-story hospital, which is very modest when compared to American norms, is $17 million. When you factor in the cost of personnel and medical supplies, the situation becomes unbearable for these economically disadvantaged areas.An entertaining proposal has been put out by the Chinese government to address this issue. In order to create a fully operational hospital, the Chinese Ministry of Science and Technology devised a system of big containers that can be assembled like building bricks. In a typical hospital, each container performs a specific role, such as housing patient waiting rooms or clinics. Because of their portability, the containers can be quickly transported to places that lack adequate medical services.One problem with this brilliant idea is that it requires a steady supply of water and electricity to run the container hospitals, which is something that many African countries don’t have. Nonetheless, it’s a start in the right direction for healthcare in Africa. The Chinese government intends to provide additional medical aid to other African nations soon after deploying the first container hospitals to Namibia and Cameroon.

1 Slug Adhesive

Sewing wounds shut has been around since ancient Egypt, but modern sutures have come a long way only in terms of cleanliness and the materials utilized. This time-tested method has served its purpose well for generations, but it isn’t without its drawbacks. It takes a lot of time, money, and suffering to put in sutures. A patient can spend as much as $500 on stitches for just one wound.How is it that such a basic process can cost so much? Ithaca College biologists are unsure. They are aware of an option that could be more cost-effective and less invasive than surgical sutures. In their quest for an all-natural wound-binding agent, they stumbled onto an unusual remedy—slug slime.Slugs, the gardener’s worst nightmare, make a gel that allows them to hop from one spot to another. Not only does their slime adhere to damp surfaces, but it is also malleable and easy to shape. Because of these features, this one-of-a-kind material is an ideal substitute for surgical sutures. Even though there are dermal adhesives on the market, they aren’t often employed for wound binding procedures due to their low resistance to body fluids. Thanks to slug slime’s stickiness to moist surfaces, sutures and adhesives no longer pose the danger of body fluid leakage during healing wounds.The use of slug glue eliminates the danger of leakage, making it suitable for use in wounds of any shape or size, whether they are deep or shallow, straight or jagged. The researcher describes this glue as a “ideal medical adhesive” because to its resistance to various hostile environments. Slugs are hermaphrodites, which is great news for slug glue because some species lay as many as 500 eggs annually. Although most people might be unimpressed by an excess of slugs and their slime, it does mean that this innovative method of treating wounds will be more accessible to the general public in the future.

SEE MORE: Top 10 The Best Horrifying Cases of Health

By linh

Leave a Reply

Your email address will not be published. Required fields are marked *