It’s hard to overestimate the importance of IoT in healthcare PPT these days.
Smart devices, wearables, and the general level of connectivity and innovation in modern medical devices have forever changed the industry. And definitely for the better.
This article provides a comprehensive answer to most of the questions you have about the state of IoT in healthcare in 2019.
Table of Contents
A Place for IoT in Healthcare
To say that modern medicine strives would be a mild expression.
Progress is accelerating “without regret” every day, changing all known medical practices.
Global healthcare is evolving based on the latest advances in the world’s brightest minds and the incredible prospects for autonomous and self-learning technology solutions.
However, coupled with such rapid development, there is an urgent need to keep up.
The good news is that all areas of medicine are looking for advanced technologies or are already going hand in hand, from diagnostics to therapeutics, from pediatrics to complex surgery.
The technologies are numerous: artificial intelligence, machine learning, whatever.
But what specific technology concept or combination of concepts can provide sufficient oversight and management powers that an ever-growing global niche requires?
The answer can be found in the Internet of Things, or IoT.
Despite the concept’s relatively young age, it is already closely related to healthcare.
So much so that it is often referring to as the Internet of Medical Things.
The extensive centralization and connection functions that IoT technology offers can hardly be overestimated.
It takes health monitoring, remote treatment, and the organization of the hospital’s physical and digital infrastructure to a whole new level.
But let’s take a closer look at what the IoT can do in healthcare.
IoT Applications in Healthcare
With the Internet of Things, you can configure a centralized network of interconnected devices to generate and exchange data within a single framework.
All of this data can also be tracked and collected in real-time, allowing for the passive accumulation of analytical materials.
In terms of improving medical equipment, this means that a typical hospital can become an intelligent hospital.
It is an advanced facility where we can track and manage everything simultaneously while all data is collected in a central database.
These technological features open up myriad opportunities to improve the convenience, efficiency, and even budget saving of modern hospitals.
The benefits of IoT applications in healthcare don’t end there.
Technology has a very diverse field of application in medicine. Let’s take a look at some of the critical implementations.
Healthcare IoT Use Cases
Remote Patient Monitoring
In 2018, NHS England, a “non-departmental public executive for the Department of Health and Welfare,” announced that it was ready to support a solution for the remote management of diabetes.
Also, the declaration they make on World Diabetes Day 2018.
Then, solution is a continuous glucose monitor (CGM). A dime-sized device that continuously monitors blood sugar levels after they insert it into the patient’s arm.
Also, you can easily access monitoring data from your Android or iOS device.
Then, mass-market instances of such products are Freestyle Libre and Eversense.
Also, these intelligent health monitoring devices offer significant added value for the research and treatment of diabetics.
Then, Eversense sensor for continuous glucose monitoring can implant in the patient’s arm and lasts up to 90 days.
Also, in many other cases, remote functions (also known as telemedicine) can make visiting your local hospital almost superfluous—an excellent solution for patients with mobility problems.
Then, IoT network goes deep into the remote issue. It can connect and track virtually any sensor that we can insert into a human body for medical purposes.
It will help prevent cardiac arrest (MoMe Kardia by InfoBionic), avoid all types of seizures, and provide timely medical attention to critical patients.
InfoBionic’s portable cardinal tracker transmits ECG and motion data to the physician in real-time.
Ingestible Sensors Tracked
The World Health Organization conducts a study in 2003 to find that around 50 percent of prescription drugs that they do not take correctly or are ignoring entirely.
Also, prominent example of solving this problem is the ingestible sensor solution develop by Proteus.
Then, tiny sensors follow a prescription and send a signal to a receiving device when it dissolves in the stomach.
Also, astonishingly advanced creation, Proteus “smart pills” will undoubtedly help reduce the rate of misuse and wasteful use of all major prescriptions.
Then, well this can be the advance drug management.
Mobile health is an emerging field that contributes to both critical medical situations and chronic treatment cases.
Also, it is known as mHealth. The way to monitor and take care of your health through the mobile phone is a real life saver for modern patients, who practically all use the smartphone regularly.
As we mentioned in the “Remote Patient Monitoring” section, mobile applications can act as a management tool for health monitoring devices.
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