Journal of the American Board of Family Medicine : JABFM · 2026
Artificial Intelligence for Diagnosing Images of Common Skin Disorders.
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von Kuenssberg Jehle Dietrich, Browne Micah K, Hoffmann Hailey P, Paul Krishna K, Talbott Matthew M, Campbell Kendall M, Linfante Anthony W, Sorensen Bjorn A, Wilkerson Michael G
Аннотация
INTRODUCTION: Artificial intelligence (AI) and machine learning are increasingly used in dermatology, primarily for diagnosing skin cancer and classifying disease severity. Primary care providers (PCPs) and emergency physicians have higher error rates in diagnosing dermatologic conditions compared to dermatologists. This study evaluates the performance of an AI-driven dermatologic image analytics tool in identifying common skin disorders from classical images used in medical education.
METHODS: This prospective study analyzed 42 classical images of common skin disorders using the bellePro application (version 2.1.0; BelleTorus Corporation), trained on over 400,000 dermatologic images. A set of dermatologic images used in a national board review course underwent blinding and independent validation by an academic dermatology department. This module provides AI-powered predictions from cell phone photos, ranking them by "image match scores" (higher values indicate better predictions). The primary outcome was the accuracy of three image predictions in identifying known diagnoses, along with the corresponding image match scores.
RESULTS: The AI tool correctly predicted 38 out of 42 skin disorders (positive predictive value was 90.5%) as the top differential on the first attempt for all three attempts. Four conditions (angioedema, squamous cell carcinoma, hand foot and mouth disease, and chickenpox) were included in the prediction differential list each attempt but never ranked first, bringing the total to 42/42 (100%). None of the correctly identified disorders had an average image match score below 0.64. The average image match score for correct diagnoses was 0.896 (SD = 0.098).
CONCLUSIONS: The findings suggest that this AI-based dermatologic image analytics tool performs effectively on classical images of common skin disorders typically seen in clinical practice. This has potential to serve as an adjunct for providers to improve patient outcomes in environments lacking timely access to dermatology resources.
METHODS: This prospective study analyzed 42 classical images of common skin disorders using the bellePro application (version 2.1.0; BelleTorus Corporation), trained on over 400,000 dermatologic images. A set of dermatologic images used in a national board review course underwent blinding and independent validation by an academic dermatology department. This module provides AI-powered predictions from cell phone photos, ranking them by "image match scores" (higher values indicate better predictions). The primary outcome was the accuracy of three image predictions in identifying known diagnoses, along with the corresponding image match scores.
RESULTS: The AI tool correctly predicted 38 out of 42 skin disorders (positive predictive value was 90.5%) as the top differential on the first attempt for all three attempts. Four conditions (angioedema, squamous cell carcinoma, hand foot and mouth disease, and chickenpox) were included in the prediction differential list each attempt but never ranked first, bringing the total to 42/42 (100%). None of the correctly identified disorders had an average image match score below 0.64. The average image match score for correct diagnoses was 0.896 (SD = 0.098).
CONCLUSIONS: The findings suggest that this AI-based dermatologic image analytics tool performs effectively on classical images of common skin disorders typically seen in clinical practice. This has potential to serve as an adjunct for providers to improve patient outcomes in environments lacking timely access to dermatology resources.