Correlation of mast cells in periodontal diseases.

BACKGROUND

Among the cells involved in immune and inflammatory responses in periodontal disease, mast cells have been shown to be capable of generating a large number of biologically active substances. Mast cells are mobile, bone-marrow-derived, granule-containing immune cells that are found in all connective tissue and mucosal environments and in the peripheral and central nervous systems. Mast cells are able to phagocytose, process and present antigens as effectively as macrophages. The present study was undertaken to quantify the mast cells in health and disease, whether they correlate degree of inflammation and clinical features of periodontium.

MATERIALS AND METHODS

Ten cases of localized chronic periodontitis (CP), 10 cases of dental plaque-induced gingivitis (DPIG) and 10 cases of clinically healthy gingival tissues were selected. Samples were obtained from patients undergoing for periodontal surgery in CP and DPIG. In health group third molar impacted and covered with operculum without any inflammation were selected. Sample fixed in 10% buffered formalin and stained with Toludine blue stain and observed under binocular microscope.

CONCLUSION

In human periodontal disease there is an increase in the number of mast cells that may be participating either in the destructive events or in the defense mechanism of periodontal disease via secretion of cytokines.