Deep learning-enhanced device detects diabetic retinopathy

Deep learning-enhanced device detects diabetic retinopathy

(HealthDay)—A deep learning-enhanced device can accurately detect diabetic retinopathy (DR), according to a study published online Feb. 14 in Diabetes Care.

For people with type 2 diabetes visiting a primary care screening program, Frank D. Verbraak, from the VU Medical Center in Amsterdam, and colleagues graded retinal images via a hybrid -enhanced device. Its classification of retinopathy was compared to a reference standard, which consisted of grading according to the International Clinical Classification of DR. A total of 1,616 people with type 2 diabetes underwent imaging.

The researchers found that compared with the reference standard, the hybrid deep learning-enhanced device's sensitivity/specificity was 100/97.8 percent for vision-threatening DR and 79.4/93.8 percent for more than mild DR.

"Applying the device into the at primary care sites, where patients with diabetes are regularly seen, could improve the percentage of patients screened when indicated," the authors write. "In addition, such a device would lead to improved accuracy compared with present standard of care and will lead to a higher number of patients with images with sufficient quality owing to the direct feedback of the device regarding the image quality."

All but one author disclosed financial ties to IDx LLC, which funded the study. One author is listed as an inventor on patents and patent applications related to the study subject.

More information: Abstract/Full Text (subscription or payment may be required)

Journal information: Diabetes Care

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Citation: Deep learning-enhanced device detects diabetic retinopathy (2019, February 20) retrieved 29 November 2023 from
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