Resin-modified MTA-based material “ Super MTA Paste ” using TBB as a polymerization initiator

Resin-modified MTA-based material “ Super MTA Paste ” using TBB as a polymerization initiator

We developed a novel MTA-based material that exploits advantages of both tri-n-butylborane (TBB) and MTA. In August 2019, we launched the resin-modified MTA-based material called “ Super MTA Paste ” . Unlike hydraulic MTA-based materials, Super MTA Paste does not require mixing with water or curing...

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Veröffentlicht in:Journal of the Japanese Association of Regenerative Dentistry 2020, Vol.18(1), pp.9-13
Hauptverfasser: INAMI, Chidzuru, IWASAKI, Sayuri, TSUCHIKAWA, Masuji
Format: Artikel
Sprache:jpn
Schlagworte:
Biocompatibility
Cement
Dental cement
Mineral trioxide aggregate
Polymerization
Resin-modified MTA
Sun Medical
Tri-butylborane
サンメディカル
トリブチルボラン
レジン複合型MTA
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container_issue 1
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container_title Journal of the Japanese Association of Regenerative Dentistry
container_volume 18
creator INAMI, Chidzuru
IWASAKI, Sayuri
TSUCHIKAWA, Masuji
description We developed a novel MTA-based material that exploits advantages of both tri-n-butylborane (TBB) and MTA. In August 2019, we launched the resin-modified MTA-based material called “ Super MTA Paste ” . Unlike hydraulic MTA-based materials, Super MTA Paste does not require mixing with water or curing with a cotton ball. Curing of this material is driven by chemical polymerization initiated by TBB. We have adopted a high-purity dental white Portland cement that was developed and synthesized in Japan. Super MTA paste is a material that has not only easy operability and marginal sealing properties of resin-based materials, but also high biocompatibility by combining TBB and high-purity dental white Portland cement.
doi_str_mv 10.11223/jard.18.9
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subjects Biocompatibility
Cement
Dental cement
Mineral trioxide aggregate
Polymerization
Resin-modified MTA
Sun Medical
Tri-butylborane
サンメディカル
トリブチルボラン
レジン複合型MTA
title Resin-modified MTA-based material “ Super MTA Paste ” using TBB as a polymerization initiator
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