High impact information on Dental Pulp Capping

• Collagen matrix impregnated with recombinant DMP1 was implanted directly in Group 1, while calcium hydroxide, a commonly used pulp-capping agent was implanted in group 2, collagen matrix that was not impregnated with rDMP1 was implanted directly in group 3, which served as control [1].
• The effect of incorporation of calcium hydroxide in various pulp-capping agents is presented [2].
• Thus, perhaps in conjunction with fluoride additives, they would be useful as insulating bases, pulp capping agents, root canal sealers, soft tissue packs, or intermediate restoratives [3].
• Based on the results of this study, it was concluded that the combination of MP3 (containing 2wt% 5-NMSA) and MB1 (containing 5wt% hydroxyapatite) was effective in initiating an early repair process after direct pulp capping [4].
• Effects of an experimentally developed adhesive resin system and CO2 laser irradiation on direct pulp capping [4].

Biological context of Dental Pulp Capping

• The purpose of this study was to investigate the wound healing response of dental pulp after direct pulp capping with an antioxidant enzyme; Catalase (C-40) [5].
• A comparison of dentinogenesis on pulp capping with calcium hydroxide in paste and cement form [6].

Anatomical context of Dental Pulp Capping

• Electron microscope characteristics of dentin repair after hydroxylapatite direct pulp capping in rats [7].
• In order to study the osteogenic action of hydroxylapatite (HA) on the dental pulp, a pulp capping experiment was designed using the rat upper molar [7].

Associations of Dental Pulp Capping with chemical compounds

• Immediately after pulp capping, Ca-BGP was converted to hydroxyapatite (HAP) at the cavity floor [8].
• The purpose of this study was to evaluate tricalcium phosphate (TCP) as a pulp-capping agent [9].
• Octacalcium phosphate-based cement as a pulp-capping agent in rats [10].
• The antimicrobial activity of six commonly used pulp-capping agents was compared to reagent Ca(OH)2 by means of an in vitro microbiologic assay [11].
• Histologic study of pulp capping using chlorhexidine in dogs [12].

Gene context of Dental Pulp Capping

• CONCLUSIONS: it can be concluded that the results of this study encourage the topical use of antioxidant Catalase as a pulp-capping agent [5].
• These results suggested that VIT is not an appropriate dental material to be used in direct pulp capping for mechanically exposed human pulps [13].
• In this study, we sought to explore whether or not BMP, complexed to ceramic dentin (BMP/CD), would constitute a more effective pulp capping agent than BMP alone [14].

Analytical, diagnostic and therapeutic context of Dental Pulp Capping

• The research was conducted over a period of 14 days after experimental pulpotomy using calcium hydroxide as a pulp-capping agent [15].
• A retrospective study of direct pulp capping with calcium hydroxide compounds [16].
• CONCLUSION: Calcium hydroxide should be used as the material of choice for pulp capping with or without rubber dam isolation [17].
• The radical method of partial vital pulpectomy of the coronal part of the dental pulp in dogs produced better quality and continuity of the dentinal bridge than the less radical method of direct pulp capping [18].
• The teeth were divided into three groups, A) pulpal exposure by air-abrasion followed by sealing of the cavity with Liner Bond II, B) pulpal exposure by air-abrasion and Ca(OH)2 pulp capping and C) pulpal exposure by high-speed followed by air-abrasion and Ca(OH)2 pulp capping as a control group [19].

References