MoringaBase
Back to research

Assessment of Moringa oleifera thermoreversible gel as a supplement to nonsurgical periodontal therapy in Stage III periodontitis – A randomized controlled clinical study

Ramamurthy Shanmugapriya, Ramya Sekar, Vargheese Sheeja, Rajendran Reshmaa, Subramaniam Deepa, Sekar Priyadarsini

Journal of Oral Biology and Craniofacial Research12 June 2026
View paper DOI: 10.1016/j.jobcr.2026.101480
57
Preliminary
RctPositiveInflammationAntimicrobialOther

Ramamurthy Shanmugapriya, Ramya Sekar, Vargheese Sheeja et al. (2026). Assessment of Moringa oleifera thermoreversible gel as a supplement to nonsurgical periodontal therapy in Stage III periodontitis – A randomized controlled clinical study. Journal of Oral Biology and Craniofacial Research. doi:10.1016/j.jobcr.2026.101480

A natural plant-based gel applied directly into infected gum pockets performed as well as an established antibiotic treatment for advanced gum disease — that is the headline finding from this small but carefully designed clinical trial. Periodontitis is a chronic infection of the tissues supporting the teeth, driven by bacterial biofilms and the body's own inflammatory response. Left untreated, it destroys the bone and connective tissue that hold teeth in place. The standard nonsurgical treatment is scaling and root planing (SRP), a deep-cleaning procedure that removes bacterial deposits from tooth roots. This trial tested whether adding a thermoreversible gel made from 5% Moringa oleifera extract could improve outcomes beyond SRP alone. A thermoreversible gel is liquid at room temperature but solidifies at body temperature, allowing it to sit in the gum pocket and release its active compounds over time. Thirty patients with Stage III periodontitis — a severe classification involving significant attachment loss — were divided into three groups: SRP alone, SRP plus tetracycline antibiotic fibers (a well-established adjunct), and SRP plus the moringa gel. After two months, all groups improved significantly. However, the moringa group showed the largest reduction in nitric oxide, a marker of tissue inflammation, and the greatest increase in periostin, a protein involved in tissue repair and regeneration. These differences were statistically significant compared to the tetracycline group. Total antioxidant capacity improved across all groups, with the moringa group trending higher but not reaching statistical significance. The findings suggest moringa gel may offer a plant-derived, antibiotic-free option for supporting periodontal treatment, though the small sample size means these results need confirmation in larger trials.

Study details

Sample size

30 — 30 adults with Stage III periodontitis, 90 periodontal sites assessed (3 per patient); age, sex, and geographic location not specified in abstract. Patients randomly assigned to three groups of 10.

Duration

60 days

Plant part

Leaf

Preparation

Extract Other

Country

India

Dosage protocol

5% Moringa oleifera thermoreversible gel applied locally to periodontal pockets as a single adjunctive application following scaling and root planing; assessed at two months post-treatment. Frequency and number of applications not specified in abstract.

Key compounds

isothiocyanatesquercetinkaempferol

Original paper

Related studies