EIOH’s Dr. Jin Xiao Awarded $420K to Build Smartphone APP UR experts working to prevent tooth decay among vulnerable children Eastman Institute for Oral Health has received $420,800 to develop an artificial intelligence smartphone app to detect oral disease in children.
procedures,” explained Jin Xiao, DDS, PhD, EIOH associate professor and perinatal oral health expert. “But if detected and addressed in its early stages, it can be reversed."
The two-year grant will support EIOH’s ongoing efforts to reduce severe tooth decay among children in underserved communities through prevention and education and is funded by the National Institutes for Health’s Department of Health and Human Services.
Principal Investigators Dr. Xiao, Kevin Fiscella, MD, MPH, professor of Family Medicine, and Jiebo Luo, PhD, professor of Computer Science, are working with other URMC specialists in maternal and child health care, patient education and community engagement. The team built a prototype of the app, AICaries, last year, to detect tooth decay in its early reversible stage.
“It is critical that all New Yorkers have access to quality health and dental care,” said U.S. Senate Majority Leader Charles E. Schumer. “U of R’s research and groundbreaking technology to make dental care more accessible and affordable will greatly improve the health of New York’s residents. Each year, tens of millions of Americans go without the dental care they need, and it is investments like this that will make a meaningful difference in the lives of New Yorkers. I am proud to announce this federal investment and will continue to fight to ensure that all New Yorkers get the care they need.” “Access to dental care continues to be out of reach for too many children,” said U.S. Senator Kirsten Gillibrand. “The University of Rochester’s Eastman Institute for Oral Health is committed to making dental care available to underserved communities and does incredible work developing innovative solutions to advance oral health. This funding will help deliver life-changing technology that could make premiere dental care a reality for children in every community.” Early childhood caries (ECC) remains the most common chronic childhood disease, and disproportionately afflicts vulnerable parts of the population. The harmful short and long term effects result in a substantial adverse impact on children, families, and healthcare systems. “By the time children with severe tooth decay see a dentist, treatment primarily focuses on extensive restorative 40
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“With more than 85% of lower-income Americans owning a smartphone, mHealth tools hold great promise to achieve patient-driven early detection and lower the risk of severe tooth decay,” said Dr. Fiscella, whose work focuses on disparity and mHealth research. “Using artificial intelligence (AI) to aid imaging recognition has been applied to improve disease diagnosis in many medical fields,” said Dr. Luo. “However, modern dentistry has not employed AI imaging technology for caries detection outside clinic through widely accessible smartphones. To our knowledge, AICaries will be a first ever, truly novel application of using this technology in dentistry.” “Our 100-year history of clinical treatment and research on behalf of these young patients, along with the partnership of other University of Rochester experts have resulted in these innovative, technologydriven strategies for early detection and prevention,” said Eli Eliav, DMD, PhD,
