1.
Study on the distribution of dental pulp stem cell in the pulp tissue
牙髓干细胞在牙髓组织中分布的研究
2.
Study on the Effect of Green or on the Vital Pulp after Full Crown Preparation;
极固宁～（TM）对全冠牙体预备后活髓基牙牙髓组织影响的研究
3.
Expression Analysis of EX33 and IL32 Gene in Human Dental Pulp Infection
EX33和IL32在人炎性牙髓组织的表达
4.
The expression of CD40 in inflammed pulp tissue
CD40在人炎症牙髓组织中的表达
5.
The Function of Gelatinases A in Tooth Development and Pulp Inflammation;
MMP-2在牙胚发育和牙髓组织炎症中作用的研究
6.
The Study on Biology of Dental Pulp Stem Cells and Inducing the Regeneration of Dental Pulp Tissues in Vitro;
牙髓干细胞生物学特性及体外诱导重建牙髓组织的研究
7.
Expression of MMP-2 and MMP-9 in dentin-pulp complex after mechanical injury
牙体机械损伤后牙本质牙髓组织MMP-2和MMP-9表达变化
8.
Immunohistochemical Study of Matrix Metalloproteinstes and Type Ⅰ Collagen in Pulps of Different Root Development Stage;
牙根不同发育阶段牙髓组织中的MMP-8及Ⅰ型胶原的免疫组化研究
9.
Objectives:To discuss the relationship between the amel og enin diffused to pulp side and dentin generation using cyclophosphamide.
目的 :探讨釉原蛋白对牙髓组织的生物学作用。
10.
Observation of the Biological Effect on Dental Pulp Tissue of Cavity Prepation with Er:YAG Laser;
Er：YAG激光制洞对牙髓组织生物学效应的观察
11.
Effects of Self-etching and Total-etching Systems On Pulp Tissue;
自酸蚀与全酸蚀粘接系统对牙髓组织的影响
12.
An Immunohistochemical Study on HIF-1α and COX-2 in Human Dental Pulp;
人牙髓组织中HIF-1α、COX-2的免疫定位及相关研究
13.
The Expression and Significance of COX in Human Dental Pulp;
环氧合酶（COX）在牙髓组织中的表达及意义
14.
Changes of CGRP and NGF in Dental Pulp Tissues Following Orthodontic Force
正畸力作用初期牙髓组织中CGRP、NGF的表达变化
15.
Histologic study on the pulpal response after different volume of tooth preparation in vivo study
临时冠对牙髓组织作用的动物实验研究
16.
Histomorphological effects of Nd:YAG laser for debonding ceramic brackets on rabbit pulp
Nd:YAG激光去除陶瓷托槽对兔牙髓组织的影响
17.
Furthermore, students can correctly diagnosing and the treating the normal diseases of cariology, endodontology and operative dentistry independently.
毕业时，对牙体牙髓组织的常见病，能独立进行正确的诊断和治疗。
18.
Experimental study on the biocompatibility of self-etching adhesive system towards pulp tissue
自酸蚀牙本质黏结系统对牙髓组织的生物相容性研究