Bioactivity and biomineralization ability of calcium silicate‐based pulp‐capping materials after subcutaneous implantation

Abstract

After being subcutaneously implanted, all of the materials produced Ca- and P-containing surface precipitates and a Ca- and P-rich layer within the surrounding tissue. The thickness of the Ca- and P-rich layer of ProRoot MTA was significantly thicker than that of the other materials.

Biocompatibility and biomineralization ability of Bio‐C Pulpecto. A histological and immunohistochemical study

“…Structures positively marked in von Kossa method are related with production of calcium/phosphorus, which is an amorphous form of calcium phosphate and/or carbonate apatite. 23 Moreover, clinical studies showed the formation of mineralized tissue when the MTA was placed in contact with dental tissues, demonstrating the ability of this material to induce the formation of hard tissue where it is inserted. 21 The immunolabelling of OCN, OPN, and BSP for Bio-C Pulpecto and MTA was low in the initial periods of analysis but was more intense from 30 days on.…”

“…In addition, it is suggested that crystals formed by the precipitation of calcium carbonate are related to stimulation of the deposit of hard tissue in the tissue. Structures positively marked in von Kossa method are related with production of calcium/phosphorus, which is an amorphous form of calcium phosphate and/or carbonate apatite . Moreover, clinical studies showed the formation of mineralized tissue when the MTA was placed in contact with dental tissues, demonstrating the ability of this material to induce the formation of hard tissue where it is inserted …”

Biocompatibility and biomineralization assessment of mineral trioxide aggregate flow

“…The mineral trioxide aggregate (MTA), a Portland cementderived calcium silicate-based hydraulic material [11], was developed to seal communication between teeth and the periodontium, in pathologic or iatrogenic root perforations [12,13]. Numerous studies confirmed its effectiveness as a biocompatible material, inducing the formation of mineralized tissue, besides the antimicrobial activity.…”

Biocompatibility of mineral trioxide aggregate flow and biodentine

“…, Hinata et al . ) physicochemical and mechanical properties, suitable for their various different clinical applications (Parirokh et al . , Torabinejad et al .…”