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This UST-developed AI tool can help detect neurological disorders in children

i-SULAT aims to make early diagnosis and rehabilitation more accessible, especially in areas with limited healthcare services.

The Department of Science and Technology (DOST) recently unveiled a new AI-powered tool called i-SULAT (Intelligent Stroke Utilization, Learning, Assessment and Testing) at the Talakayang HeaRT Beat press conference on Tuesday, May 27. Developed by the University of Santo Tomas (UST), the innovation is designed to analyze children’s handwriting and identify early signs of neurological disorders.

i-SULAT aims to make early diagnosis and rehabilitation more accessible, especially in areas with limited healthcare services. It uses artificial intelligence (AI) to examine handwriting patterns and detect possible issues related to learning disabilities, strokes, and other neurological conditions. The tool will be able to provide consistent and standardized evaluations for teachers, doctors, and therapists.

Although primarily designed for early education, i-SULAT also has promising applications in stroke rehabilitation. Patients recovering from strokes often need therapy to regain motor skills. The AI-powered tool can help doctors and therapists track their progress more effectively.

AI-driven solutions like i-SULAT will play a major role in modernizing healthcare in the Philippines. With continued development, AI-based innovations like this could transform the way Filipinos access and receive medical care.

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Bryan Rilloraza has been a fixture in the local tech scene for over a decade, sharing his perspective as a tech enthusiast and industry veteran. Backed by an MBA from De La Salle University, a Bachelor’s Degree from the University of the Philippines, and 20 years of corporate experience in the telecommunications and banking sectors, Bryan provides a practical, real-world analysis of how technology serves the consumer.

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