IoT in healthcare and medical issues has made revolutionary and fundamental changes. Perhaps most people think that the benefits and use of IoT-based devices is restricted to measuring blood sugar and pressure. However, these days IoT technology is engaged in most steps of recovery, treatments, and monitoring of patients. IoT in healthcare is perhaps one the of advantages and merits of living in a world replete with technology.
This article explores the application of IoT in healthcare and highlights its numerous benefits and positive outcomes for the medical industry. We will closely examine real-world examples of IoT in healthcare and, more importantly, explore how IoT technology addresses and resolves various problems and issues.
Monitoring Patients Remotely
One of the most challenging and hard situations for for both doctors and patients is the recovery process. Staying at the hospital is frustrating and expensive for patients. Therefore most of them prefer to go home and continue the rest of their recovery in their own bed. However, the monitoring of patients’ condition and well-being has posed a challenge for nurses and doctors. Thankfully, this issue has been effectively addressed through the implementation of IoT in the healthcare and medical industry.
Numerous practical and beneficial IoT-based devices are attached to the patients, enabling doctors to monitor their health conditions and vital signs remotely. This eliminates the need for both parties to be physically present in the hospital or clinic. Moreover, these IoT devices increase the likelihood of saving patients incritical situations. The significance and essentiality of IoT in healthcare are particularly pronounced for elderly individuals as well as physically and mentally challenged patients who are more vulnerable.
Monitoring Heart Rate
Undoubtedly, monitoring heart rate is both crucial and challenging, particularly for patients who are in recovery or dealing with chronic illnesses. IoT-based devices are incredibly user-friendly compared to traditional hospital-implemented devices, which often limit patients’ mobility. These devices are designed to monitor every change in the situation, heart rate, fluctuation in heart rate, and cardiac changes.
These remote checkers can be considered one of the most successful and impactful applications of IoT in the healthcare and medical industry. Currently, there is a wide array of small and wearable IoT devices available for patients, which can be used without causing any irritation and discomfort.
Monitoring Glucose
Another major factor and critical vital signs that require regular monitoring, not only during the recovery process, is glucose levels. The number of patients with diabetes is increasing each year, and keeping track of their glucose levels can be challenging and even painful for some Therefore, IoT in healthcare has successfully bridged the gap by providing proper devices for monitoring glucose, reducing the difficulties faced by patients.
Checking glucose levels has become easy and convenient with the advent of small, remote IoT devices. Unlike traditional glucose monitoring methods, IoT-based glucose monitoring enables the detection of fluctuations throughout the day. Prior to the integration of IoT in healthcare, glucose testing results were limited to specific times which required patients to check their glucose levels multiple times. With IoT-based monitoring, the process becomes automatic and significantly less bothersome for patients.
Monitoring Parkinson
Another considerable positive impact of IoT in healthcare is the enhancement of the quality of life for patients with Parkinson’s disease. Living with Parkinson’s is undoubtedly a challenging process for patients, as they experience fluctuating situations numerous times throughout the day. IoT sensors enables doctors and nurses to monitor even the slightest changes in patients’ conditions, empowering them to act swiftly when necessary. In addition, patients are no longer confined to nursing rooms or clinics, as they can freely live their lives while being monitored remotely. These IoT sensors are particularly invaluable for patients with special circumstances such as the elderly or individuals living alone.
Surgery with IoT Robots Devices
Performing surgery, regardless of the illness or situation, inherently carries risks. However, thanks to the advancements brought about by IoT in healthcare, both the results and the surgical process can be more satisfactory and safer. Furthermore, using IoT small devices decreases the chance of organ damage during surgery and enhances precision. These IoT-based devices prove to be highly effective, particularly in complex and delicate surgeries where manual dexterity alone may present challenges.
These IoT-based devices have already been implemented in many surgeries, greatly improving the surgical experience for both doctors and patients. Due to the smaller incision size in surgeries performed using IoT small devices, the recovery process is significantly shorter and the level of pain experienced by patients is reduced.
