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Peer-reviewed veterinary case report

Clindamycin gel helps control gum disease in dogs

By Johnston, Thomas P et al.·Published in Journal of veterinary dentistry·2011·School of Pharmacy, United States·View original on PubMed

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Original publication title: Canine periodontal disease control using a clindamycin hydrochloride gel.

Species:
dog

Plain-English summary

A group of dogs with periodontal disease underwent a professional teeth cleaning, and some received a special clindamycin gel afterward. The gel helped reduce the depth of gum pockets, bleeding, and infection significantly over 90 days. Specifically, there was a 19% decrease in pocket depth and a 64% reduction in bleeding sites. The treatment not only improved their gum health but also effectively controlled harmful bacteria. Overall, combining the teeth cleaning with the clindamycin gel led to much healthier gums for the dogs.

People also search for: dog periodontal disease treatment · clindamycin gel for dogs · dog teeth cleaning benefits

Abstract

Stabilizing or reducing periodontal pocket depth can have a positive influence on the retention of teeth in dogs. A topical 2% clindamycin hydrochloride gel (CHgel) was evaluated for the treatment of periodontal disease in dogs. The CHgel formulation provides for the sustained erosion of the matrix, but also flows into the periodontal pocket as a viscous liquid, and then rapidly forms a gel that has mucoadhesive properties and also may function as a physical barrier to the introduction of bacteria. A professional teeth cleaning procedure including scaling and root planing was done in dogs with one group receiving CHgel following treatment. Periodontal health was determined before and after the procedure including measurement of periodontal pocket depth, gingival index, gingival bleeding sites, and number of suppurating sites. There was a statistically significant decrease in periodontal pocket depth (19%), gingival index (16%), and the number of bleeding sites (64%) at 90-days in dogs receiving CHgel. Additionally, the number of suppurating sites was lower (93%) at 90-days for the group receiving CHgel. The addition of CHgel effectively controlled the bacterial burden (e.g, Fusobacterium nucleatum) at both day 14 and 90. Gingival cells in culture were shown to rapidly incorporate clindamycin and attain saturation in approximately 20-minutes. In summary, a professional teeth cleaning procedure including root planning and the addition of CHgel improves the gingival index and reduces periodontal pocket depth.

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Original publication on PubMed: https://pubmed.ncbi.nlm.nih.gov/22416621/