Laboratory plaque reduction by three floss products

Area of Science:

• Oral hygiene research
• Dental biomaterials
• Periodontal disease mechanisms

Background:

• Dental plaque accumulation is a primary etiological factor in caries, gingivitis, and periodontal disease.
• Effective mechanical removal of plaque via interdental cleaning aids is crucial for oral health.
• Comparative studies evaluating the efficacy of different dental floss types are essential for product development and consumer guidance.

Purpose of the Study:

• To develop and validate a novel laboratory method for assessing artificial plaque removal efficacy.
• To quantitatively compare the plaque reduction capabilities of GUM Expanding floss, Reach Mint Waxed floss, and Oral-B Glide Pro-Health Deep Clean floss.
• To investigate the influence of varying flossing pressures on the plaque removal effectiveness of these dental floss products.

Main Methods:

• A standardized laboratory testing device was utilized to simulate interproximal flossing.
• Artificial plaque was applied to posterior-shaped teeth, and floss samples were subjected to controlled mechanical action.
• Plaque removal was quantified by measuring the maximum depth of plaque removed, with statistical analysis performed using Tukey's test and t-tests.

Main Results:

• GUM Expanding floss exhibited significantly greater mean plaque depth removal than both Reach Mint Waxed and Oral-B Glide Pro-Health Deep Clean flosses across tested pressures (50g and 150g).
• Reach Mint Waxed floss demonstrated superior plaque removal efficacy compared to Oral-B Glide Pro-Health Deep Clean floss at both 50g and 150g pressures.
• Increased flossing pressure from 50g to 150g significantly enhanced plaque removal for both GUM Expanding floss and Reach Mint Waxed floss.

Conclusions:

• GUM Expanding floss shows superior efficacy in reducing artificial plaque depth compared to Reach Mint Waxed and Oral-B Glide Pro-Health Deep Clean.
• The findings suggest that GUM Expanding floss may be an effective option for the treatment and reduction of plaque and associated oral diseases.
• The developed laboratory method provides a reliable platform for evaluating the comparative efficacy of interdental cleaning devices.