Periodontitis, commonly known as advanced gum disease, is a chronic infection that damages the tissues and bone supporting the teeth. If left untreated, it can lead to tooth loss and significantly affect oral health.
Although current treatments can control infection and inflammation, rebuilding lost bone and tissue remains a major challenge for dentists and researchers.
In search of new solutions, scientists from the Pontifical Catholic University of São Paulo developed an innovative biomaterial using latex extracted from jackfruit.
Because the latex naturally adheres to moist surfaces, researchers believe it could serve as an effective carrier for therapeutic compounds, allowing them to remain in contact with damaged gum tissue for longer periods.
To enhance the material’s therapeutic potential, the team incorporated pomegranate peel extract and simvastatin, a drug commonly used to lower cholesterol levels.
Pomegranate peel contains compounds with antimicrobial properties that may help combat harmful bacteria, while previous research has shown that simvastatin can also promote bone formation and reduce inflammation when applied locally.
Laboratory tests produced promising results. The researchers found that the biomaterial stimulated osteoinduction, a biological process that encourages stem cells to develop into bone-forming cells. The effect became stronger over time, suggesting that the material may support the regeneration of bone and tissue damaged by periodontal disease.
The study also highlights the potential value of natural and sustainable materials in medical research. By combining jackfruit latex and pomegranate peel materials often regarded as agricultural by-products with an established medication, scientists have created a novel biomaterial with potential applications in regenerative dentistry.
While the findings are encouraging, the technology remains in the early stages of development. Additional laboratory studies, animal testing, and human clinical trials will be required before the treatment can be considered for routine dental use.
Nevertheless, the research offers a promising glimpse into future approaches for treating severe gum disease. If further studies confirm its safety and effectiveness, this innovative biomaterial could become a valuable tool for helping patients recover from one of the world’s most common oral health conditions.

















