This article reviews developmental and structural characteristics of cementum, a unique avascular mineralized tissue covering the root surface that forms the interface between root dentin and periodontal ligament. Besides describing the types of cementum and cementogenesis, attention is given to recent advances in scientific understanding of the molecular and cellular aspects of the formation and regeneration of cementum. The understanding of the mechanisms involved in the dynamic of this tissue should allow for the development of new treatment strategies concerning the approach of the root surface affected by periodontal disease and periodontal regeneration techniques
studies showed that cementum exposed to the oral environment can calcify beyond the normal level. Ev...
Root cementum represents one of the crucial prerequisites for an intact fixation in the tooth's osse...
Copyright © 2015 Zurairah Berahim et al. This is an open access article distributed under the Creati...
ticle reviews developmental and structural characteristics of cementum, a unique avascular mineraliz...
This article reviews developmental and structural characteristics of cementum, a unique avascular m...
The unique anatomy and composition of the periodontium make periodontal tissue healing and regenerat...
Periodontal regenerative techniques have been proposed; however, the outcomes remain debatable. The ...
The features of cementum involved in periodontal disease are reviewed in relation to the long-held c...
Dept. of Dental Science/석사Periodontal regenerative therapy and tissue engineering of defects destruc...
The formation of new cementum is an important issue in clinical periodontology, as cementum is requi...
PURPOSE: Periodontal regenerative therapies for defects created by severe periodontitis are mainly f...
The aim of the present study was to compare newly formed cementum following different types of regen...
The present study was undertaken to examine if our novel root treatment for human periodontally invo...
BACKGROUND Although regenerative treatment options are available, periodontal regeneration is still...
This chapter reviews the key properties, structure, and function of two dental tissues, dentine and ...
studies showed that cementum exposed to the oral environment can calcify beyond the normal level. Ev...
Root cementum represents one of the crucial prerequisites for an intact fixation in the tooth's osse...
Copyright © 2015 Zurairah Berahim et al. This is an open access article distributed under the Creati...
ticle reviews developmental and structural characteristics of cementum, a unique avascular mineraliz...
This article reviews developmental and structural characteristics of cementum, a unique avascular m...
The unique anatomy and composition of the periodontium make periodontal tissue healing and regenerat...
Periodontal regenerative techniques have been proposed; however, the outcomes remain debatable. The ...
The features of cementum involved in periodontal disease are reviewed in relation to the long-held c...
Dept. of Dental Science/석사Periodontal regenerative therapy and tissue engineering of defects destruc...
The formation of new cementum is an important issue in clinical periodontology, as cementum is requi...
PURPOSE: Periodontal regenerative therapies for defects created by severe periodontitis are mainly f...
The aim of the present study was to compare newly formed cementum following different types of regen...
The present study was undertaken to examine if our novel root treatment for human periodontally invo...
BACKGROUND Although regenerative treatment options are available, periodontal regeneration is still...
This chapter reviews the key properties, structure, and function of two dental tissues, dentine and ...
studies showed that cementum exposed to the oral environment can calcify beyond the normal level. Ev...
Root cementum represents one of the crucial prerequisites for an intact fixation in the tooth's osse...
Copyright © 2015 Zurairah Berahim et al. This is an open access article distributed under the Creati...