Photon undulatory non-linear conversion diagnostic method for caries detection: a pilot study

Area of Science:

• Dental diagnostics
• Optical methods in dentistry
• Caries detection technologies

Background:

• Dental caries is an infectious disease requiring risk assessment and early detection.
• Traditional caries management often relies on invasive "drilling and filling" approaches.
• Advanced diagnostic tools are needed for timely intervention and preventive therapies.

Purpose of the Study:

• To evaluate a novel optical method, photon undulatory non-linear conversion (PNC), for detecting dental caries.
• To assess the efficacy of PNC across different stages of caries development.
• To compare the performance of PNC with established diagnostic techniques.

Main Methods:

• In vitro fluorescence emission spectroscopy on 90 extracted teeth using a helium-neon laser (633 nm).
• The PNC system detects bacterial porphyrin fluorescence and measures backscattering.
• Comparison with visual inspection, probing, and X-ray methods; histological analysis as the gold standard.

Main Results:

• The PNC system demonstrated quantitatively reproducible measurements.
• Detection of caries was achieved through sound enamel up to 1 mm thick.
• The system distinguishes between different tissue components based on spectral properties.

Conclusions:

• Photon undulatory non-linear conversion (PNC) effectively detects various caries stages in real-time.
• PNC offers superior sensitivity to X-rays without using ionizing radiation.
• Preliminary findings indicate a high clinical potential for PNC, with 98% accuracy observed.