Evaluation of eggshell powder as an experimental direct pulp capping material

Mohamed Salah , Mohamed M. Kataia , Engy M. Kataia , Enas Alaa El Din , Mona E. Essa
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引用次数: 11

Abstract

Aim

is to histopathologically evaluate dental pulp response to eggshell powder as a direct pulp capping material and compare it to Calcium Hydroxide as regard to inflammation, calcific bridge formation and fibrosis.

Material and methods

30-New Zealand rabbits were selected in this study and divided into 3 groups according to the time of sacrifice after pulp capping procedure (1, 2 and 4weeks). The two lower central incisors were used, where the pulp was exposed and capped directly by one of the two materials used in this study; Calcium Hydroxide (Dycal) or eggshell powder. The cavities were then sealed by glass ionomer cement (Fuji IX). Animals were sacrificed at each time interval and teeth were collected for histopathological evaluation.

Results

Eggshell group showed significantly less inflammation, less fibrosis and thicker calcific bridge formation than Calcium hydroxide group. When the effect of time was considered, inflammation significantly decreased from 1 to 4 weeks while calcific bridge significantly increased for both materials. Also fibrosis increased significantly from 1week to 4 weeks.

Conclusions

Eggshell powder should be considered as a direct pulp capping material as it led to a better calcific bridge formation than calcium hydroxide with less inflammation and fibrosis.

蛋壳粉作为纸浆直接封盖材料的实验评价
目的从组织病理学上评价蛋壳粉作为直接盖髓材料对牙髓的反应,并将其与氢氧化钙在炎症、钙桥形成和纤维化方面进行比较。材料与方法选择30只新西兰兔,按髓盖术后牺牲时间分为3组(1、2、4周)。使用两个下中切牙,其中牙髓暴露并直接由本研究中使用的两种材料中的一种覆盖;氢氧化钙(Dycal)或蛋壳粉。然后用玻璃离子水门合剂(Fuji IX)封闭龋洞。每个时间间隔处死动物,收集牙齿进行组织病理学评估。结果与氢氧化钙组相比,贝壳组炎症反应明显减轻,纤维化程度明显减轻,钙桥形成明显增厚。考虑时间的影响,两种材料在1 ~ 4周炎症明显减少,而钙桥明显增加。从1周到4周,纤维化明显增加。结论seggshell粉末比氢氧化钙形成更好的钙桥,炎症和纤维化较小,可作为直接盖髓材料。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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