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The Future of Medical Education for Primary Care Providers



Medicine is an ever-evolving field, with those within it constantly innovating new ways to diagnose and treat existing health conditions.

Given the rate at which new diseases are cropping up and that which existing ones are evolving, embracing new strategies isn’t just a good idea but a necessity. If we are to stand a chance of surviving and ensuring our offspring also live healthy lives, we need to consider the training of our primary care providers.

One marketplace that is leading the charge in facilitating the training of healthcare professionals is Coat Connect. By offering many services that make it easy for medical institutions to provide their services to primary care providers, CoatConnect is doing all of us a solid!

Primary care providers can attend medical conferences on their site, allowing them to advance their knowledge, connect, and innovate.

Without a doubt, the future of medical education is digital. This trend is already taking shape through video communication platforms that have made online learning possible, but can we expect more? Short answer, yes, but continue reading below for a more comprehensive answer.

Artificial Intelligence in Medical Education

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Just recently, GPT-4, the latest project by OpenAI, underwent a medical exam in which it excelled with flying colors. Artificial intelligence answered more than 90% of the time correctly.

It was also able to diagnose congenital adrenal hyperplasia, a rare condition seen in only 1 out of every 100,000 patients, in only a matter of seconds. This resulted in doctors being both impressed and scared of the new technology.

However, one flaw noted with GPT-4 was that it wasn’t always right and lacked a moral compass. The types of errors registered by the AI software varied from simple to more complex ones.

Misstating a body mass index that the bot had just successfully computed is one example, and even when questioned, the system would insist it was correct.

It’s easy to imagine how a missed digit or an incorrectly calculated BMI may result in a disastrous misdiagnosis or incorrect prescription. Similarly to earlier GPTs, GPT-4 may “hallucinate,” a technical word for when AI provides fabricated replies or defies commands.

How We Can Leverage AI

Now that we’ve determined that AI can be helpful in medicine, we can look at ways to take advantage of it. And while AI has been seen making errors, its crimes are forgivable. By teaming up, we can make a deadly combination that can accomplish great things.

Starting with the training of our primary care providers, AI can help provide learning support by quickly availing information, saving these professionals a lot of time when researching.

You can also rely on the software to interpret medical images faster and provide accurate diagnoses. AI can also automate monotonous processes like the evaluation of written responses by patients.

Augmented Reality and Medical Education

From the game industry comes augmented reality, a setting generated by fusing real-world video with computer-generated images, which has the potential to revolutionize medical education.

Today’s medical students are among the first generations to have grown up with first-hand exposure using VR and AR headsets. It follows that today’s medical students are open to combining their generation’s technological advances with established medical practices.

A user can explore the human body extensively using a simulator, an AR headset, a manikin, and a special ultrasound probe. It’s also possible to remove a section, float it above the body, and manipulate it for a better look.

A 3-D heart, for instance, may be extracted from the chest so that the user can see it beating from all directions while they search for diseases. Next, the user can walk inside each beating chamber by digitally extending the organ in AR, learning about the living heart’s dynamic workings in a manner that a cadaver lab can’t.

Medical students at the University of Kansas were among the first people to experience this revolutionary technology. However, with more advancement, we might see this new technology being rolled out into the market and becoming accessible to primary care providers.

Increased Reliance on Analytics

While this concept isn’t entirely new, it’s yet to gain traction in the medical field. We’re anticipating increased reliance on technology such as the Internet of Things (IoT) in the form of sensors connected to smart devices, that way, medical professionals can monitor their patients’ vitals and more.

In order to make this technology more popular, primary care providers would have to be trained on how to utilize it. And judging by how fast technology is catching up with the medical field, this could happen soon.

Things are changing fast, diseases are evolving, and new ones are being discovered every so often. This has increased the need to continually train our primary care providers so they are well-equipped to better care for us. Luckily, unlike previous generations, we have the technology to aid us in this endeavor.

By leveraging technologies like artificial intelligence, augmented reality, data analytics, and teleconferencing software, we can improve the way we train our medical professionals. As a result, we’ll ensure our survival and that of future generations.