Our healthcare system has been evolving technologically. We have improved our approaches for diagnosing, monitoring, and alerting medical professionals and patients during the last few decades. What role does wireless technology play in medicine and healthcare? Wireless technology provides great ease and accessibility through the employment of sophisticated equipment capable of detecting, monitoring, and providing real-time input to designated personnel.
The appropriate diagnosis of medical issues is the most critical stage of any treatment. Advanced semiconductor technology can create miniature-sized smart sensors for a variety of applications. Tiny sensors fitted with integrated circuits can detect certain medical conditions and wirelessly communicate the data to a receiving device and subsequently to a central database. At iHealth Labs, smart patches with integrated nanosensors will be accessible to detect our health problems and inform us if they surpass a predefined level.
Wearable technology has become one of the most popular technological advances in the last decade. With today’s wearable technology, we can measure our daily activities, sleeping patterns, heart rate, and mobility. One of the most significant advantages of these smart devices is their capacity to link to our smartphones. Wearable data can be used by specially created apps to perform a variety of functions. Using our smart gadgets, we can readily check health conditions over time. Doctors and medical professionals will be able to use this information to better understand their patient’s health conditions and, if necessary, proceed with therapy. Smart gadgets are becoming increasingly common, and they may be specifically developed to detect activity monitoring, tension, sadness, sleeping order, and so on… Parents can keep an eye on their disabled children and help them in emergencies.
Many hospitals already use smart tags to maintain patient records, data entry, location tracking, and so on. Smart health cards can replace hardcopy test results and medical records, and they provide more accessibility. Doctors can quickly get information about a patient by tapping the smart card. Smart tags can increase the system’s overall efficiency and accuracy. Patients with certain medical disorders, such as diabetes, can be tracked via implants that are wirelessly linked to smartphone apps. Smart sensors that can be implanted into a patient’s skin for a few months can continuously monitor the patient’s glucose level. Smart programs can identify any deviations from the predetermined specifications provided by medical specialists and, if necessary, trigger an emergency event. In the near future, connected contact lenses with the ability to assess glucose levels will be available.
Since the beginning of this decade, the Internet of Things has emerged quicker than projected in the healthcare industry. To meet the high demand in the healthcare business, IoT will provide a wide range of solutions such as sensors, devices, and applications. Doctors will be able to execute enhanced surgical procedures in the future thanks to the use of IoT devices in healthcare. Using video conferencing, medical professionals can share their knowledge and receive assistance from specialists during challenging situations.
With the help of current technologies, the healthcare industry evolves year after year. Patients will receive the greatest care possible as a result of technological advancements such as IoT in healthcare, and medical professionals will be able to work smarter and more efficiently in the future. Medical equipment makers are aware of the enormous potential in the healthcare industry, and studies are being conducted to improve the system.
