Gingival Fibromatosis with Distinctive Facies - A Three Generation Case Report

Hereditary gingival fibromatosis (HGF) is a rare disorder characterized by progressive and varying degrees of gingival overgrowth. Oral manifestations may vary from minimal involvement of only tuberosity area and the buccal gingiva around the lower molars to a generalized gingival enlargement. It can occur as an isolated disorder but can be one feature of a syndrome. Although the clinical and histopathological characteristics of HGF are well known and described, the pathogenic mechanism remains unknown. The goal of this article is to describe a family with three generations afflicted with a syndromic form of HGF known as gingival fibromatosis with distinctive facies, and discuss the diagnosis and treatment of the disease.

Neutrophil Exodus From The Gingival Crevice - A Novel Method of Quantification Using Durapore Filter Strips: A Cross Sectional Study

Objectives

Neutrophils play a critical role as a part of the innate immune response. Although neutrophils are primarily protective, they release products partly responsible for the destruction seen in periodontal disease. The techniques presently available for counting neutrophils require special equipment and are only semi-quantitative. The aim of the present investigation was to check the efficacy of a single, rapid, non-invasive assay to enable the expedient quantification of oral neutrophils, and utilize the assay to quantify the number of neutrophils in periodontal disease.

Materials and Methods

Forty five subjects were recruited in the study. They were put into three groups based on the Gingival Index and Russell's Periodontal Index as clinically healthy (Group 1), gingivitis (Group 2) and periodontitis (Group 3). GCF samples were collected using a durapore filter and the number of neutrophils counted using an improved Neubaeur's Chamber.

Results

Neutrophils were present in GCF of all the samples. There was statistically significant difference between the neutrophil numbers in all the samples with respect to severity of periodontal disease. The strength of association was the strongest between probing pocket depth and neutrophil counts.

Conclusion

This study demonstrates that it is possible to collect and quantify oral neutrophils by a single, rapid, noninvasive assay using durapore strips.