Journal of dentistry · 2026
Evaluation of developmental defects of enamel and differential diagnosis from dental caries using quantitative light-induced fluorescence technology: A cross-sectional investigation.
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Lee Seong Joon, Choi Hyung-Jun, Lee Jaeho, Song Je Seon, Lee Ko Eun, Kang Chung-Min
Аннотация
OBJECTIVES: Dental caries and developmental defects of enamel (DDE) are common conditions that impact oral health. Quantitative light-induced fluorescence (QLF) is widely used for detecting dental caries, but its ability to identify DDE remains unclear. This study aimed to investigate fluorescence differences among sound, carious, and DDE-affected teeth using QLF, and to differentiate white hypomineralization from incipient caries.
METHODS: Data from 704 teeth in 137 patients under 20 years old were analyzed. QLF images were acquired, and fluorescence parameters were measured. Statistical tests included Chi-square, Fisher's exact, Mann-Whitney, Kruskal-Wallis, Linear mixed-effects models, and receiver operating characteristic (ROC) analyses.
RESULTS: ΔF values progressively decreased and ΔR values increased from sound to DDE-affected to carious teeth (p < 0.001). Within DDE, fluorescence changes differed significantly according to defect subtype, with combined defects showing the greatest mineral loss and bacterial activity (p < 0.001 for ΔF, p = 0.008 for ΔR). White hypomineralization showed higher ΔF values and lower ΔR values than yellow/brown hypomineralization (p < 0.001). Significant fluorescence differences were observed between white hypomineralization and International Caries Detection and Assessment System scores 1 and 2 lesions (p < 0.001). ROC analysis revealed excellent accuracy for distinguishing white hypomineralization from incipient caries, with areas under the curve of 0.970 for ΔF mean and 0.979 for ΔR mean. The optimal cutoff values were -7.65 for ΔF mean and 23.50 for ΔR mean, respectively.
CONCLUSIONS: QLF provides effective quantitative support for differentiating DDE from incipient caries.
CLINICAL SIGNIFICANCE: Quantitative light-induced fluorescence provides objective parameters for differentiating developmental defects of enamel from incipient dental caries. By offering quantitative cutoff values, this approach supports more accurate diagnosis of clinically ambiguous white spot lesions, reduces the risk of overtreatment, and facilitates prevention-oriented and minimally invasive treatment planning in routine dental practice.
METHODS: Data from 704 teeth in 137 patients under 20 years old were analyzed. QLF images were acquired, and fluorescence parameters were measured. Statistical tests included Chi-square, Fisher's exact, Mann-Whitney, Kruskal-Wallis, Linear mixed-effects models, and receiver operating characteristic (ROC) analyses.
RESULTS: ΔF values progressively decreased and ΔR values increased from sound to DDE-affected to carious teeth (p < 0.001). Within DDE, fluorescence changes differed significantly according to defect subtype, with combined defects showing the greatest mineral loss and bacterial activity (p < 0.001 for ΔF, p = 0.008 for ΔR). White hypomineralization showed higher ΔF values and lower ΔR values than yellow/brown hypomineralization (p < 0.001). Significant fluorescence differences were observed between white hypomineralization and International Caries Detection and Assessment System scores 1 and 2 lesions (p < 0.001). ROC analysis revealed excellent accuracy for distinguishing white hypomineralization from incipient caries, with areas under the curve of 0.970 for ΔF mean and 0.979 for ΔR mean. The optimal cutoff values were -7.65 for ΔF mean and 23.50 for ΔR mean, respectively.
CONCLUSIONS: QLF provides effective quantitative support for differentiating DDE from incipient caries.
CLINICAL SIGNIFICANCE: Quantitative light-induced fluorescence provides objective parameters for differentiating developmental defects of enamel from incipient dental caries. By offering quantitative cutoff values, this approach supports more accurate diagnosis of clinically ambiguous white spot lesions, reduces the risk of overtreatment, and facilitates prevention-oriented and minimally invasive treatment planning in routine dental practice.