cementum

Preparation of human cementum extract and assay of its protein content

人牙骨质基质提取物的提取及蛋白组分分析

The Study of the Relationship between BMSCs and Cementum Formation in Vitro

骨髓基质细胞与牙骨质生成关系的体外实验研究

Isolation , culture and identification of bovine cementum - derived cells

牛牙骨质来源细胞的分离、培养和鉴定

Objective To select good material to fill senile cementum caries .

目的选择老年根面龋充填治疗的理想材料。

Study of the attachment of cementum extract to the polished titanium surface

牙骨质基质提取物吸附于光滑钛表面上的实验研究

Adhesion rabbit bone marrow stromal cells to cementum slices in vitro

兔骨髓基质细胞与自体牙骨质片的体外附着生长

Influence of Donor Cementum on Root Resorption Following Homologous Tooth Transplantation

牙骨质对植牙牙根吸收的影响

Objective : To study the attachment of cementum extracts to the polished titanium surface .

目的：探讨牙骨质提取物能否良好地吸附在光滑钛表面上。

CONCLUSION ⅰ collagen is one of the active components of the human cementum extract but not the major one .

结论胶原蛋白存在于牙骨质基质提取物中，但不是其主要活性成分；

Conclusion : Cementum extracts can bind to the polished titanium surface very well .

结论：牙骨质基质提取物能较好地吸附在光滑的钛表面上。

Cementum attachment protein expression in periodontal ligament cells culturing on commercially pure titanium

纯钛表面牙周韧带细胞牙骨质附着蛋白的表达

Binding of cementum extract to root surface

牙骨质基质提取物附着于牙根表面的实验研究

Guided Tissue Regeneration Using Collagen Membrane ⅲ . Dynamic Observation of Cementum and Alevolar Bone Formation

胶原膜引导牙周组织再生的研究Ⅲ.牙周硬组织新生及钙化过程动态观察

And the status of cells on the cementum slices were observed by electro microscope .

并以扫描电镜观察细胞在牙骨质表面的情况。

Detection of types ⅰ、ⅲ and ⅳ collagen in human cementum , periodontal ligament and alveolar bone

人牙骨质、牙周膜、牙槽骨中Ⅰ、Ⅲ、Ⅳ型胶原的检测

Advances on Cells Associated with Cementum

牙骨质相关细胞的研究进展

Review of cementum research

牙骨质的研究进展

Attachment and Migration of Osteoblast on the Polished Titanium Surface by Cementum Extracts

牙骨质基质提取物促成骨细胞在钛表面上粘附与移行的实验研究

Effects of Cementum Extracts on Morphology and Alkaline Phosphatase of Osteoblast Adhering to Titanium Surface

牙骨质基质提取物对粘附在钛表面上的成骨细胞的形态学及碱性磷酸酶影响

Results The cementum on root surface showed synchronously-happened destruction after combined attack by acid and collagenase .

结果经酸性胶液和胶原酶联合攻击的根面牙骨质呈现脱矿与基质胶原纤维破坏同步发生的超微结构表现。

The effects of cementum matrix and femora matrix on the phenotypic development of bone marrow stromal cells in vitro

牙骨质基质和骨基质对骨髓基质细胞体外钙化的影响

MSCs were distributing in regenerate tissue including alveolar bone , cementum , periodontal ligament .

MSCs分布在新生牙槽骨、新生结缔组织及新生牙骨质中。

Effect of human cementum extract prepared by guanidine on the attachment of gingival fibroblasts and osteoblasts

牙骨质基质胍提取物促牙龈成纤维细胞、成骨细胞粘附研究

In the process of orthodontic treatment , orthodontic force on alveolar bone and cementum this two similar biological tissue were effective .

在正畸矫治过程中，施加的力对牙骨质和牙槽骨这两种生物组织都产生作用。

Effects of ⅰ - collagenase and polyclonal antibody to fibronectin on bioactivity of human cementum extracts

Ⅰ型胶原蛋白酶及纤维粘连蛋白抗体对牙骨质基质提取物活性的影响

The effect of minocycline-HCl on diseased cementum in vitro

用米诺环素处理病变牙骨质的体外效果

However , in EMPs + e-PTFE membrane group there are regenerated acellular cementum .

而e-PTFE膜加EMPs组还可促进无细胞性牙骨质的再生。

And it has no effect on the ultrastructure of enamel and cementum of the teeth . 2 .

且对牙齿牙釉质和牙骨质超微形态结构无影响。

During the late stage , the principal fibers stained for fibromodulin at the interfaces between cementum and new bone .

愈合晚期，纤维调节素表达于牙骨质和新骨交界处的主纤维。

Conclusion Adhesion and proliferation of PDLC were suppressed when cultured on cementum chips exposed to periodontal pockets .

结论牙周膜细胞在病变牙骨质根面上的生长受到抑制；