The rate of OH− ion release from lining materials containing calcium hydroxide

R. LIBERMAN; A. BEN‐AMAR; N. LUPO

doi:10.1111/j.1365-2842.1995.tb00227.x

The rate of OH− ion release from lining materials containing calcium hydroxide

R. LIBERMAN^*, A. BEN‐AMAR, N. LUPO

^*Corresponding author for this work

School of Dentistry

Tel Aviv University

Research output: Contribution to journal › Article › peer-review

2 Scopus citations

Abstract

summary Four light‐cured calcium hydroxide and three chemically cured resin‐based lining materials were compared for hydoxil ion (OH) release. Results indicated that the chemically cured calcium hydroxide cements were capable of OH− release for a longer period than the light‐cured resin bases. Alkaliner (a chemically cured liner) produced and maintained the highest alkaline environment in the long‐term, whereas calcium fluoride liner and Basic‐L (both resin‐based) showed the lowest values of OH− ion release.

Original language	English
Pages (from-to)	809-815
Number of pages	7
Journal	Journal of Oral Rehabilitation
Volume	22
Issue number	11
DOIs	https://doi.org/10.1111/j.1365-2842.1995.tb00227.x
State	Published - Nov 1995

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title = "The rate of OH− ion release from lining materials containing calcium hydroxide",

abstract = "summary Four light‐cured calcium hydroxide and three chemically cured resin‐based lining materials were compared for hydoxil ion (OH) release. Results indicated that the chemically cured calcium hydroxide cements were capable of OH− release for a longer period than the light‐cured resin bases. Alkaliner (a chemically cured liner) produced and maintained the highest alkaline environment in the long‐term, whereas calcium fluoride liner and Basic‐L (both resin‐based) showed the lowest values of OH− ion release.",

author = "R. LIBERMAN and A. BEN‐AMAR and N. LUPO",

year = "1995",

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N2 - summary Four light‐cured calcium hydroxide and three chemically cured resin‐based lining materials were compared for hydoxil ion (OH) release. Results indicated that the chemically cured calcium hydroxide cements were capable of OH− release for a longer period than the light‐cured resin bases. Alkaliner (a chemically cured liner) produced and maintained the highest alkaline environment in the long‐term, whereas calcium fluoride liner and Basic‐L (both resin‐based) showed the lowest values of OH− ion release.

AB - summary Four light‐cured calcium hydroxide and three chemically cured resin‐based lining materials were compared for hydoxil ion (OH) release. Results indicated that the chemically cured calcium hydroxide cements were capable of OH− release for a longer period than the light‐cured resin bases. Alkaliner (a chemically cured liner) produced and maintained the highest alkaline environment in the long‐term, whereas calcium fluoride liner and Basic‐L (both resin‐based) showed the lowest values of OH− ion release.

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The rate of OH− ion release from lining materials containing calcium hydroxide

Abstract

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