Introduction: Internet Of Medical Things Examples. The arrival of 5G is starting to make the truly transformative potential of smart technology and the Internet of Things a reality. The use of smart technology in healthcare has continued to evolve over the past several years.
Putting powerful devices such as smart insulin pens, connected inhalers, asthma monitors, and more into the hands of everyday consumers and helping them manage their health needs allowed them to be better organized and fulfilled- as well as having access to immediate help in case something goes wrong.
Wearable devices such as biosensors and smart-watches can allow healthcare professionals to remotely monitor ongoing conditions and collect data, allowing for observations and treatments that were previously only possible. Anywhere in the institutional setting was possible.
Internet Of Medical Things Examples
Here are some examples of how the Internet of medical things connected to smart devices is helping medical treatment, disease prevention, and healthcare, also creating unique changes in biomedical sciences.
Connected Inhalers
In the era of smart technology, smart or connected inhalers have emerged as an attractive solution to this problem. Connected inhalers – often accompanied by an app, like smart thermometers – help patients with respiratory diseases track their medication use, offering audio and visual alerts to remind them to take their doses.
Connected inhaler apps can also provide users with personalized guidance to improve their inhaler technique, follow a medication plan, and provide insight into the causes of their symptoms, such as allergen exposure.
Connected inhalers will also generate usage reports that can be shared with the patient’s physician to show that medication is being taken, helping to provide additional data points if the physician prescribes medications or treatments considering adjusting the plan.
Smart-Watch Monitoring
Although not originally designed as medical devices, smart-watches are quickly becoming powerful healthcare tools thanks to various applications and features added to them by manufacturers such as Apple, Google, and Samsung.
Apple, in particular, has shown a commitment to turning the Apple Watch into a device that can monitor and support health. In September 2020, the Apple Watch Series six was launched with new functionality to measure blood oxygen.
Apple is reportedly conducting a series of health studies with research institutes to learn more about it. How changes in blood oxygen levels can signal the presence of respiratory conditions can be done.
There are risks associated with integrating many tools and features with a specific medical purpose into a gadget.
That is not explicitly designed as medical device, as they may be less accurate, leading users to over treat conditions that may or may not exist. Particularly serious ones, or prevent them from making real medical assessments with appropriate equipment.
On the other side, it could be argued that making these tools more mainstream could prevent the onset of more serious conditions if symptoms are detected early.
Helping the elderly
When older people live alone without a relative or career nearby, there are severe risks to their health if they have a problem or accident (such as a fall) and cannot get help. If they don’t have it or forget to take it.
The Internet of Things offers several potential solutions to this problem that allow the elderly to maintain their independence and still receive the support they may need in an emergency.
These have been especially valuable in the wake of the CoVID-19 pandemic, which has prevented many family members from visiting and supporting elderly relatives.
Available technology can detect falls, from wearable pendants to more elaborate and sophisticated home monitoring systems that learn a person’s movements and habits, and thus if there is a significant change or if no movement is detected.
It is able to inform the caregiver if it goes away, an extraordinary amount of time. Some, such as the Grand Care remote monitoring system, can interface with other telehealth devices, such as blood pressure monitors, pulse oximeters, and thermometers.
Heart rate monitoring
As with glucose, heart rates can be challenging to monitor, even for patients in healthcare facilities. Regular heart rate checks do not protect against rapid fluctuations in heart rate, and traditional cardiac monitoring devices used in hospitals require patients to be constantly connected to wire machines, which affects Movement.
Today, a variety of small IoMT heart rate monitoring devices are available, freeing patients to move around as they wish and ensuring that their hearts are continuously monitored. Guaranteeing highly accurate results is a challenge, but most modern instruments can provide an accuracy rate of around 90 percent or better.
Depression and mood monitoring
Information about depressive symptoms and patients’ general mood is another data that has traditionally been difficult to collect consistently. Healthcare providers could periodically ask patients how they felt but could not assess sudden mood changes. And frequently, patients do not accurately report their feelings.
“Mode-aware” IoMT devices can address these challenges. The devices can infer information about a patient’s mental state by collecting and analyzing data such as heart rate and blood pressure. Advanced IoT devices can also track data such as a patient’s eye movements to monitor mood.
The key challenge here is that such metrics may not accurately predict depressive symptoms or other causes of concern. But neither can a traditional personal mental diagnosis.
Robotic surgery
By deploying remote internet-connected robots inside the human body, surgeons can accomplish complex procedures that would be difficult to manage using human hands.
At the same time, robotic surgery performed by tiny IoT devices can reduce the size of incisions required for surgery, resulting in less invasive procedures and faster patient healing.
These devices must be small and trustworthy enough to perform surgery with minimal disruption. They must also interpret complex conditions within the body to make sound decisions about proceeding during surgery. But IoMT robots are already being used for surgery, demonstrating that these challenges can be adequately addressed.
Final Words: Internet Of Medical Things Examples
The Internet of Medical Things is redefining healthcare as we know it. We are moving to a new level in how apps, devices, and people interact while delivering healthcare solutions.
It has given us a unique perspective as new tools that accommodate an integrated healthcare network; subsequently, the care provided is of higher quality. Public use of the Internet for health knowledge is rising. The term IoMT (Internet of Medical Things) encompasses many devices and things and has many services.
It transformed and connected the healthcare sector. It continuously offers new tools to create an integrated healthcare system to enhance patient care. Also, it helps to improve the treatment. This provides many benefits for hospitals.
Also read; What is the Internet of Things; About us.