New Artificial Intelligence Method Offers Way To Improve Care For Patients With Diabetes

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Individuals suffering from type 2 diabetes mellitus who require sophisticated therapy might benefit from an AI technique being developed by scientists. About one in 10 individuals globally have been identified as having type 2 diabetes, although only a tiny percentage need numerous drugs to maintain blood sugar levels and prevent significant problems, such as impairment of eyesight and kidney damage.

It takes extensive knowledge of machine learning techniques and extensive experience in constructing them utilizing sensitive and complicated healthcare data to combine patient information from numerous healthcare organizations.

Using data from electronic health records from individuals with type 2 diabetes in Utah and Indiana, scientists developed and tested a novel AI strategy that may be applied to other populations. An individual patient’s medication regimen may now be optimized based on these variations.

First, individuals with comparable illness conditions are grouped together. Then, the new AI system examines medication routines and clinical results. For each of these illness groupings, it then forecasts how the patient’s results may vary based on alternative treatment choices.

Patients suffering from diabetes in Utah & Indiana were studied to see how effectively the strategy performed in terms of predicting favorable results based on treatment regimens delivered to them. Upwards of 83% of individuals had their drug choices supported by the methodology, even when several medicines were being taken at the same time.

Eventually, the study group hopes to assist individuals with diabetes who need sophisticated therapy in evaluating the effectiveness of different medication pairings and then decide on a medication regimen that is appropriate for them in conjunction with their physicians. As a result, patients will be more engaged, more likely to adhere to treatment, and more satisfied with their lives.

The research was published in the Journal of Biomedical Informatics.

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