The Future of Health Care: 9 New Smart Medical Devices Soon to Be Available

The rapid progress in technological advancement tells us the health care  industry will experience a revolution. This will continue to grow in terms of intelligent medical devices that help care for patients and assist with health processes. 

These fledgling tools will not even be mainstream in 2015 (or close to it), so they should be overseen, and we need to do a far better job of monitoring their health. Let’s begin a tour of the soon-to-be intelligent medical devices that will revolutionize healthcare and well-being sites!

Smart Contact Lenses

The competent contact lens is one of those majorly anticipated breakthrough innovations in ophthalmology. Those lenses are built with tiny sensors that can track your glucose levels to measure intraocular pressure and even detect early-stage diseases like glaucoma. Nice — every diabetic’s dream! Hiatus 147 on Limits of Vision Nice, the dream of people with diabetes everywhere. More diabetes 487 FollowDec 7, 2018 · 

UnlistedIf you’ve ever suffered a finger prick or had to connect your. These same lenses could also be used to detect changes in eye pressure, which can presage conditions such as glaucoma before they reach the point of no return.

Wearable Artificial Kidneys

The advent of wearable artificial kidneys is a quantum leap for chronic kidney disease. Conventional dialysis machines are bulky and require multiple weekly clinic trips. 

Wearable artificial kidneys are portable devices that people can wear, which filter the blood continuously as they go about their day. 

The goal is to lead to more individualized therapy for patients with kidney disease. The smart devices can continuously measure blood chemistry and adjust filtration rates in real-time.

Innovative Implantable Drug Delivery Systems

The ability of implantable drug delivery systems to directly place medications into the body has poised them as one piece of a much larger revolution that could change medication administration, especially for chronic conditions requiring long‐term treatment. 

These are programmable smart devices that get implanted under the skin, releasing dosages of a drug at specific times. They can be controlled remotely, meaning that healthcare professionals may tune the treatment without invasive therapies. 

For instance, patients with Parkinson’s disease might benefit from an implantable health care device that provides a controlled flow of medication to reduce symptoms instead of taking several pills daily.

Smart Neural Implants

MRI brain on 3T pilot plant equipment. Neural implants are a promising technological development in medicine. These health care devices aim to interact directly with the brain or nervous system and could help address various neurological conditions. 

Headband-like devices loaded with auxiliary brains that live outside your noggin learn to decode what’s happening in your actual brain and then execute its desires before you even think about it. 

These sorts of implants could make their way into neural systems for people whose bodies are slowly disintegrating or who have issues like PTSD they would rather forget—or remember forever but without the pain. 

These health care devices deliver electrical impulses to specific brain and nervous system regions to elicit changes that restore or otherwise normalize function. 

Innovative neural implants are a promising field in its experimental phases, but they could one day improve the quality of life for patients suffering from incapacitated neurological conditions.

Smart Wound Dressings

The field of health care that is most likely to profit from the technology behind smart medical devices is wound care management. A particular type of wound dressing alternately in real time to health care monitor the healing process with information on temperature, humidity, or infection markers will be able to be carried around the person without using wearable batteries.

The dressing in itself can transform depending on the tone of the surroundings. Antibiotics can then be released in the presence of an infection, and their remaining properties can be changed as needed to avoid being stuck forever at one site.

Surgical wounds and chronic or non-healing wounds treated with this high level of accuracy would heal much more quickly than presently possible.

Ingestible or digestible sensors are small health care devices that can be taken inside as a pill. They can sense and document data about the process throughout the gastrointestinal system.

Smart Digestible Sensors

 When ingested, the sensors pass through the digestive tract and capture information about stomach acid pH levels, GI temperature/readings, and nearby biomarkers. 

This data can also be sent to a wearable receiver or an app on your smartphone for digestive health insights. These smart digestible sensors are promising for monitoring diseases such as irritable bowel syndrome, screening early indications of gastrointestinal cancers, or assessing drug efficacy.

Smart Respiratory Monitors

Smart respiratory monitors could change the game for patients with chronic conditions like asthma or COPD. The health care devices are meant to provide ongoing lung function measurements and notice the onset of respiratory distress or worse before it becomes symptomatic. 

These intelligent respiratory monitors could give immediate feedback to patients who see the disease state change and adapt their treatment, enabling them to avoid hospital dates.

 In some cases, health care devices can predict the premature onset of asthma attacks and help prevent severe adverse events from emerging.

Smart Tattoo Sensors

The idea of an intelligent tattoo sensor is to use temporary tattoos to apply biosensors directly on the skin. These sensors read hydration, glucose, lactate levels, and other physiological measures.

 Designed for continuous monitoring, the intelligent tattoo sensors are noninvasive and can be worn comfortably without feeling heavy. 

They could be significant for athletes, people with diabetes, and anyone with chronic illnesses that need regular monitoring.

Smart Wearable Ultrasound Devices

It is translational, which traditionally may be far removed from clinical use; translation to intelligent wearable health caredevices would provide a convenient way for patients to utilize this powerful diagnostic tool.

Health care devices that could be worn on the body, like watches, to continuously sense internal organs, blood flow, or even fetal development in the mother’s womb. Wearable ultrasound devices could continuously monitor high-risk pregnancies, detect the early onset of cardiovascular disease, and provide real-time feedback to those undergoing injury rehabilitation. 

These devices could significantly improve preventive care and early diagnostics by rendering ultrasound technology in a far-sighted way.

Wearable innovative exoskeleton: 

Wearable aids that help and augment human movements. Exoskeletons have been rehabilitated for some time, but the second generation is intelligent and intuitive, applicable thousands of times. 

Over time, intelligent exoskeletons can dynamically respond to exactly how a patient walks or moves—or place mechanical support where needed most—leading to better and more flexible options for patients with spinal cord injuries and people overcoming age-related mobility issues. 

These health care devices may give people with disabilities greater self-government, improve quality of life, and reduce dependence on long-term care.

Conclusion

Innovative medical devices are the future of healthcare, and they have the potential to transform how we monitor our health and treat diseases. Many of these devices are still in the early stages (compared to those two categories). 

Still, they could impact the ability to stay out of the hospital, improve overall patient outcomes, and streamline healthcare delivery. With the increasing number of these intelligent medical devices in our market, we may soon see a drastic change in healthcare, as patients can now be directly involved and sometimes have more control over their inappropriate habits.

The ability of these technologies to revolutionize health and health care means that patients, providers, and policymakers alike must have patient access controls maintained promptly before each original IA uses one or more Emerging Technologies through a free app based on such readiness assessments. 

With their two-fold potential as saviours who can radically change health care into the future (21), but likely only if they work optimally together, by keeping learnings with COVID-19 globally documented previous practical technology applications during epidemics, we are keeping an eye on these emerging tools, all eyes until ready.

That future is nearer than we realize and will bring improved, more innovative healthcare solutions that are befitting of our futuristic lifestyle.