Calcium chloride‐enriched calcium aluminate cement promotes <i>in vitro</i> osteogenesis

Abstract

For CAC with the lower CaCl₂ content, the use of Bi₂ O₃ was detrimental for osteoblastic cell survival and differentiation compared to ZnO, while CAC with the higher CaCl₂ content supported the acquisition of the osteogenic cell phenotype in vitro regardless of the radiopacifier used. Thus, CAC with 10% CaCl₂ would potentially promote bone repair in the context of endodontic therapies.