Dr. Allen Cherer is an accomplished neonatal care specialist with decades of medical experience.

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Tag: technology

Dr. Allen Cherer IoT and Wearables in Healthcare

IoT and Wearables in Healthcare

Due to the increasing popularity of wearable technology, such as the Internet of Things, the healthcare industry has become more receptive to its applications. Devices like smartwatches, wearable health monitors, and other tech-embedded tools are helping change the way we approach a lot of industries and healthcare. 

 

As of the start of 2021, there were 11.3 billion IoT devices connected to the network, and the market held a value of $26.5 billion; that number is expected to reach $94.2 billion by 2026. 

 

Wearables

One of the most critical developments in the healthcare industry is the emergence of wearable technology. Its ability to monitor a patient’s status remotely is incredibly valuable. A study from Deloitte found that nearly 40% of users had a smartwatch – with so many individuals already wearing the technology, it makes sense to incorporate health monitoring aspects as well.

 

Aside from monitoring heart rate, a smartwatch can also do other basic tasks such as keeping track of blood pressure and measuring physical health. It can also use specialized sensors to measure things like blood oxygen saturation.

 

Smartwatches are also improving their ability to collect data about blood vitals. By using photoplethysmography – an optical technology that can monitor variations in blood composition and volume – they can now provide users with more detailed information about their blood composition and volume.

 

Aside from monitoring a person’s vitals, wearable technology, such as bio patches and smart hearing aids, can also improve the quality of hearing for people with hearing loss.

 

Smart Pills

One of the most notable applications of the Internet of Things in healthcare is the development of smart pills, which are edible electronic devices that can serve as pharmaceutical drugs and give healthcare providers valuable patient information.

 

Creating Solutions for the Internet of Medical Things (IoMT)

One issue scientists are currently working through is ​getting all of these devices to communicate with each other. It is a bit challenging due to the wide variety of microcontrollers used in the industry and each manufacturer’s proprietary software.

 

Being able to communicate with each other uninterrupted in times of need is also an issue, especially since various environmental factors can disrupt internet connections and thus data flow. Using IoT technology introduces new security issues as well. 

 

Dr. Allen Cherer Artificial Intelligence (AI) in Healthcare

Artificial Intelligence (AI) in Healthcare

Artificial intelligence is changing our lives in many ways, including our approach to healthcare. Let’s look at how AI has made waves in the healthcare industry.

 

AI vs. COVID-19

The rise of the global pandemic has significantly impacted society, but technological innovations have helped keep us ahead of the curve. For instance, a Canadian company predicted that the COVID-19 bacteria would spread globally.

 

Machine learning also helped with the development of vaccines for the SARS-CoV-2 virus. Studying protein fragments made it possible to develop effective vaccines much faster than ever before.

 

AI has also been used to identify people who might be infected with SARS or other contagious diseases. Aside from being able to detect individuals, it can also identify objects in public areas and even those who are wearing masks.

 

AI and Drug Development & Diagnosis

Aside from pandemic response, AI has also been utilized in other applications. For instance, it has been used to improve the efficiency of healthcare decisions.

 

In treating patients with COVID-19, AI has been able to detect the presence of pneumonia in CT scans. Microsoft created Project InnerEye, which allows users to create 3D models of their patients quickly. It saves time and helps in reducing the number of scans needed to complete.

 

AI and Mental Health

Aside from physical health, AI can also be used to study mental health. For instance, MIT and Harvard researchers were able to analyze thousands of Reddit messages to find out how topics about suicide and loneliness had increased over time.

 

AI and Telehealth

With the development of chatbot technology, it has been possible to improve the efficiency of telehealth services. For instance, a study conducted by UCLA researchers used AI and chatbot technology to create a virtual interventional radiologist that could help diagnose patients.

 

AI Requires Data

The most important component of AI in healthcare is data. A good training dataset is the key to successful development. Having a team composed of data scientists and software developers is also key to the success of AI in healthcare.

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