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AI & Diabetes Care: The Critical Role of Human Oversight | Marry Vuong, PharmD, BCPPS

AI & Diabetes Care: The Critical Role of Human Oversight | Marry Vuong, PharmD, BCPPS

The⁢ Promise and Peril ‍of AI in Diabetes Management: A Pharmacist’s Outlook

Artificial intelligence (AI)‌ is rapidly changing the ⁢landscape of diabetes care, offering the potential for more‍ convenient, personalized support – from AI-powered insulin⁤ dosing tools to virtual health coaching. However,⁣ the integration of this technology ⁢isn’t without its‌ complexities. While AI ‌offers exciting advancements,experts emphasize the critical need for human oversight and ‌a deep ‌understanding⁣ of individual patient needs to ensure safe and⁣ effective diabetes management.This ‍article⁤ delves into⁣ the current state of AI in diabetes,exploring its‍ benefits,potential pitfalls,and best practices for implementation,drawing on the insights of Marry Vuong,PharmD,BCPPS,Chief‌ of Clinical⁣ Operations⁢ at Perfecting Peds.

The Allure of AI: Convenience and ⁤Speed in⁤ Diabetes⁣ Care

For individuals managing diabetes, accessing‌ timely ⁢and accurate facts can be a​ important challenge. Traditional methods frequently ⁢enough involve phone calls, waiting for⁢ appointments, and navigating ‍complex healthcare systems. AI-driven ‌solutions address these hurdles‌ by ‌providing quick answers and⁤ readily available support.

“Its awesome,”‌ says Vuong. “We love AI, and I think⁤ it’s great to a certain⁤ point.It’s great in finding shortcuts and quick answers. From the perspective of a consumer,⁣ it’s great because⁣ you ​don’t ⁤have to necessarily call and wait to try to find an answer, and you ⁣don’t have to ask ⁣someone directly.”

This accessibility is particularly valuable for tasks like:

Insulin Dose Adjustments: AI algorithms can analyze ⁢data ⁢from continuous glucose ​monitors (CGMs) ​and insulin‍ pumps to suggest dose adjustments, potentially improving glycemic ⁤control.
Personalized ⁤Coaching: ⁤ Virtual coaching programs powered by AI can provide tailored ⁣advice on diet, exercise, and medication adherence. Rapid Information Access: ‍ AI chatbots can answer common questions​ about diabetes management, offering⁢ immediate support and reducing the burden ​on ‌healthcare⁣ professionals.

However, ⁣this convenience⁢ comes with a ‌crucial caveat: accuracy.

The Double-Edged Sword: Accuracy, Bias,⁤ and the Need for ⁤Verification

While AI excels at processing information quickly, its ​reliability hinges on​ the quality of the data⁢ it’s⁢ trained on. Vuong‍ cautions,”You have to be careful,because these models have to be ⁢trained so⁢ that they are as accurate as possible. It’s like a double-edged ⁤sword: great for convenience, great for quick answers-but just buyer beware,⁣ because a lot of times they can make mistakes.”

Several factors ‍contribute ⁣to this potential for error:

Data Bias: ​ AI‍ models are only as good as the data they learn from. If the ‌training data is biased – for exmaple,underrepresenting ⁤certain demographics or disease severities -⁢ the AI’s recommendations may be inaccurate or unfair for specific patient populations.
Misinterpretation of Data: Diabetes management is complex, with numerous individual factors influencing blood ⁢glucose levels. AI may struggle ‍to account for these nuances, leading to inappropriate recommendations.
Citation and Source Verification: ‌ ⁤ The⁤ information provided by​ AI isn’t ‌always reliable. ⁣Vuong​ highlights the importance⁤ of verifying sources. “I do like to ⁣see where their sources ‌are. I’ll ask,’What are your citations?’ And sometimes,when ‌I reverse search⁢ the citation,it won’t necessarily be the⁤ right‍ citation.”

The Solution: Human ⁤Oversight is Non-Negotiable

To​ mitigate ‍these risks,Vuong advocates for a collaborative approach: “My perfect world would ⁢be the AI would⁣ generate it,and then a licensed professional ⁣would⁤ just ‍double-check it before it⁣ went off to the patient.”

This ⁤”AI-assisted” model leverages the strengths of both⁣ technology and human expertise. AI can handle routine ⁣tasks and provide initial⁢ recommendations,⁢ while healthcare professionals can review the AI’s output, ensuring it aligns with‍ the patient’s individual needs and ⁣clinical context.

Training your AI: Personalization for Optimal Results

Beyond​ verifying the AI’s output, personalization ⁣is ‍key to maximizing its effectiveness. Vuong emphasizes‌ the importance of “training” your​ AI model to understand your ⁤specific preferences and‍ needs.

“If you have your favorite one ‍that you ⁣normally use-I ⁢kind ‍of ⁣talk to it a lot. I’ll give⁤ it my‍ background, ​and I’ll give it my voice, and I’ll also ⁣give‍ it the resources‌ that I⁣ like to use,”⁢ she explains. “Just‍ learning how ⁣to ask a question, and then ⁢edit the question, and then ​continue to ask more questions ⁤to get the right answer-I think⁣ that’s great. Your AI model will continue to learn who you are.”

This iterative process of questioning, refining, and providing feedback allows​ the ‍AI to adapt to your individual style‌ and deliver more relevant and

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