Early Detection of Initial Caries Using Fluorescent Starch Nano-particles Compared With Salivary Biomarkers

Initial Caries

Dental caries is one of the most prevalent chronic oral diseases worldwide and remains a major public health concern. The disease begins with microscopic demineralization of enamel, which is reversible if diagnosed at an early stage. Therefore, early detection of carious lesions is essential to implement preventive and minimally invasive treatment strategies before irreversible tooth destruction occurs.

Conventional diagnostic methods, including visual-tactile examination, radiographic assessment, and caries detection systems such as the International Caries Detection and Assessment System (ICDAS), are routinely used to diagnose caries. However, these methods have several limitations. Visual examination depends greatly on the clinician's experience and often detects lesions only after visible changes in enamel have occurred. Similarly, bitewing radiographs have limited sensitivity for detecting early enamel lesions because radiographic changes become evident only after considerable mineral loss. Consequently, many early carious lesions remain undetected until the disease has progressed. In addition, saliva liquid sample had gained increasing attention as a valuable diagnostic method. Saliva contains numerous biological molecules that reflect the metabolic activity of the oral environment. Changes in salivary biomarkers associated with demineralization, inflammation, microbial activity, and host immune response may occur before obvious clinical manifestations become visible. Therefore, salivary biomarker analysis provides a non-invasive approach for detecting biological changes related to the initiation and progression of dental caries. These limitations have encouraged the development of more sensitive, non-invasive diagnostic techniques capable of identifying carious lesions before irreversible structural damage becomes clinically apparent using fluorescent starch nano-particles. One of these emerging technologies is LumiCare mouth rinse, a fluorescence-based diagnostic aid that enhances the visualization of early enamel demineralization by highlighting areas of altered mineral content. This technique has the potential to improve the detection of initial carious lesions that may not be recognized using conventional clinical examination alone. Recent research suggests that combining structural detection methods with biological indicators may significantly improve the diagnostic accuracy of early caries detection. While LumiCare mouth rinse identifies early mineral changes within enamel, salivary biomarkers provide information regarding the biological activity of the disease. The integration of both diagnostic approaches may overcome many of the limitations associated with conventional diagnostic methods and enable clinicians to identify initial carious lesions at a much earlier stage. However, limited evidence is available regarding the combined use of LumiCare mouth rinse and salivary biomarkers for the diagnosis of initial enamel caries.Therefore, further clinical investigation is required to evaluate whether this combined approach offers superior diagnostic performance compared with conventional methods.

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