Tree extract-containing mouthwash helps fight off periodontal disease

28 Jul 2022
Certain mouth bacteria could indicate if patient is at higher risk for pancreatic cancer.Certain mouth bacteria could indicate if patient is at higher risk for pancreatic cancer.

Using a mouthwash containing Sambucus williamsii var. coreana extract helps preserve periodontal health by preventing the development and progression of periodontal disease, a recent study has found.

The researchers conducted a randomized controlled clinical trial enrolling 64 participants, half of whom were given the tree extract-containing mouthwash while the other half received a saline placebo. Dental outcomes were measured using the O’Leary index, plaque index (PI), and gingival index (GI). A microbiological analysis was also performed.

After 5 days, participants who were given the extract-based mouthwash showed significantly improved dental health. O’Leary index scores dropped from a mean of 50.50 at baseline to 23.00 during treatment and 17.10 after 5 days (p=0.000).

In contrast, those who took the saline control showed no such pattern, with mean scores dropping only slightly from 50.82 at baseline to 48.50 and 40.29 during treatment and 5 days after, respectively (p=0.099).

A similar significant effect was reported for PI. Those in the mouthwash group saw a significant decline in scores, from 1.93 at baseline to 0.44 at 5 days after treatment (p=0.000). GI was likewise significantly improved (1.01 at baseline to 0.32 at 5 days; p=0.000). In both cases, placebo controls demonstrated no such improvements (PI: p=0.120; GI: p=0.083).

“Based on this study verifying the practicality and development of oral healthcare products using S. williamsii var. coreana extract, a mouthwash containing S. williamsii var. coreana extract can inhibit and prevent periodontal disease,” the researchers said. “As a natural ingredient with sufficiently excellent effects, S. williamsii var. coreana extract can be used for oral health by improving periodontal disease.”

Sci Rep 2022;12;11250