An Experimental Study on Bending Strength in Powder-Liquid VLC Reline Material
The purpose of this study was to investigate the effect on the bending strength of denture base resin relined with REBARON LC and to compare it with other direct relining materials. The following experiments were performed as follows. Experiment 1: The bending strength of denture base resin (ACRON)...
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| Published in | Nihon Hotetsu Shika Gakkai Zasshi Vol. 38; no. 5; pp. 1005 - 1014 |
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| Main Authors | , , , , , , , |
| Format | Journal Article |
| Language | Japanese |
| Published |
Japan Prosthodontic Society
01.10.1994
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| Subjects | |
| Online Access | Get full text |
| ISSN | 0389-5386 1883-177X |
| DOI | 10.2186/jjps.38.1005 |
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| Abstract | The purpose of this study was to investigate the effect on the bending strength of denture base resin relined with REBARON LC and to compare it with other direct relining materials. The following experiments were performed as follows. Experiment 1: The bending strength of denture base resin (ACRON) relined with four hard direct relining resins was tested in the three-point flexure test. The immersion time and the thickness of relining resins were varied in this test. Experiment 2: The bending strength of four denture base resins relined with REBARON LC was tested in the three-point flexure test. The following results were obtained: 1. TOKUSO REBASE showed the greatest bending strength and deformation of all relining materials, but there was no significant difference. REBARON LC showed a similar bending strength to other relining materials. 2. As the immersion time increased, the bending strength of REBARON LC, TOKUSO REBASE and EPOREX decreased and the bending deformation of Rebaron, TOKUSO REBASE and EPOREX increased. 3. Regarding the influence of relining resin thickness on the bending strength, the 1.0 mm thickness of REBARON LC had the greatest bending strength followed by 0.5 mm and 1.5 mm. 4. ACRON had the greatest bending strength when relined with REBARON LC, followed by ACRON MC, Palapress and METADENT. |
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| AbstractList | The purpose of this study was to investigate the effect on the bending strength of denture base resin relined with REBARON LC and to compare it with other direct relining materials. The following experiments were performed as follows. Experiment 1: The bending strength of denture base resin (ACRON) relined with four hard direct relining resins was tested in the three-point flexure test. The immersion time and the thickness of relining resins were varied in this test. Experiment 2: The bending strength of four denture base resins relined with REBARON LC was tested in the three-point flexure test. The following results were obtained: 1. TOKUSO REBASE showed the greatest bending strength and deformation of all relining materials, but there was no significant difference. REBARON LC showed a similar bending strength to other relining materials. 2. As the immersion time increased, the bending strength of REBARON LC, TOKUSO REBASE and EPOREX decreased and the bending deformation of Rebaron, TOKUSO REBASE and EPOREX increased. 3. Regarding the influence of relining resin thickness on the bending strength, the 1.0 mm thickness of REBARON LC had the greatest bending strength followed by 0.5 mm and 1.5 mm. 4. ACRON had the greatest bending strength when relined with REBARON LC, followed by ACRON MC, Palapress and METADENT. |
| Author | Hanatani, Shigeru Fukui, Rie Takishin, Norio Ohkubo, Chikahiro Suzuki, Yasunori Miyata, Takayoshi Obana, Jin-ichi Kurihara, Daisuke |
| Author_xml | – sequence: 1 fullname: Suzuki, Yasunori organization: The First Department of Prosthetic Dentistry, Tsurumi University School of Dental Medicine – sequence: 1 fullname: Ohkubo, Chikahiro organization: The First Department of Prosthetic Dentistry, Tsurumi University School of Dental Medicine – sequence: 1 fullname: Kurihara, Daisuke organization: The First Department of Prosthetic Dentistry, Tsurumi University School of Dental Medicine – sequence: 1 fullname: Miyata, Takayoshi organization: The First Department of Prosthetic Dentistry, Tsurumi University School of Dental Medicine – sequence: 1 fullname: Obana, Jin-ichi organization: The First Department of Prosthetic Dentistry, Tsurumi University School of Dental Medicine – sequence: 1 fullname: Hanatani, Shigeru organization: The First Department of Prosthetic Dentistry, Tsurumi University School of Dental Medicine – sequence: 1 fullname: Takishin, Norio organization: The First Department of Prosthetic Dentistry, Tsurumi University School of Dental Medicine – sequence: 1 fullname: Fukui, Rie organization: The First Department of Prosthetic Dentistry, Tsurumi University School of Dental Medicine |
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| References | 31) Brauer, G. M., White, E. E., Burns, C. L. et al: Denture reliners-direct, hard, self-curing resin, J Am Dent Assoc, 59: 270-283, 1959. 3) 細井紀雄, 森戸光彦, 尾花甚一: 全部床義歯装着後の変化, 日本歯科評論, 413: 43-54, 1977. 11) 池谷完治: 直接リライニングの適合性に関する実験的研究, 鶴見歯学, 18: 435-450, 1992. 19) 関根弘, 岸正孝, 堀田宏巳ほか: トクソーリベースの臨床成績, 歯界展望, 74: 135-142, 1989. 29) Hanatani, S., Ohkubo, C., Takishin, N. et al: Studies on a new liquid-powder type VLC reline resin, FDI 1991, 321-327, Monduzzi Editore, Bologna, 1991. 12) 三浦英司: 粉液型リライニング材の気泡に関する実験的研究, 補綴誌, 37: 1099-1112, 1993. 1) 林都志夫, 山田巌: 義歯更新の時期について, 歯界展望, 24: 491-497, 1964. 33) 安田登, 佐々木三男, 茂木知治ほか: 接着性床用レジン “メタデント (META-DENT)” の基礎と臨床, The Quintessence, 1: 21-31, 1982. 16) Smith, L.T. and Powers, J.M.: In vitro properties of light-polymerized reline materials, Int J Prosthodont, 4: 445-448, 1991. 18) 平林茂, 中西敏, 立野治雄ほか: 歯科用メタクリルレジンに関する研究第10報加熱重合レジン, ヒートショックレジン, 流し込みレジンおよび常温重合レジンの物理的性質について, 歯材器, 3: 350-358, 1984. 13) 野谷健治, 三木敬一: リライニングに関する基礎的研究第1報Transverse vending testsによる各リライニング法の比較検討, 補綴誌, 26: 548-559, 1982. 14) 早川巖, 松本竹男, 仲地理ほか: 光重合型直接裏装材“エポレックス・リベーズ”の適合性と補強効果, 歯材器, 6: 59-63, 1987. 22) Phillips, R.W.(三浦維四, 林一郎, 川上通夫ほか): SCIENCE OF DENTAL MATERIALS (スキンナー歯科材料学, 191-213, 医歯薬出版, 東京, 1985), 1982. 2) 雨森洋, 奥野正孝, 郡司和彦ほか: 部分床義歯の予後に関する臨床的研究 (II), 第2報部分床義歯の使用状態について, 補綴誌, 12: 155-171, 1968. 15) Mark, A. Lotta: Comparison of two light cured reline systems, J Clin Dent, 4: 116-120, 1989. 4) 天日雄二, 村上昇, 池谷完治ほか: 部分床義歯症例の統計的観察第4報義歯の破損について, 鶴見歯学, 12: 441-445, 1986. 17) 佐々木三男, 安田登, 茂木知治ほか: Co-Cr系金属床義歯のFinishing Lineにおける金属とレジンの結合状態について第5報金属とレジンの接着が曲げ強さに及ぼす影響について, 補綴誌, 24: 571-574, 1980. 5) 大山喬史, 尾花甚一: パーシャルデンチャーのアフターケアー, 尾花甚一, 関根弘, 松尾悦郎ほか編, パーシャルデンチャ一の臨床, 511-540, 医歯薬出版, 東京, 1977. 30) 早川巖, 鈴木勝美, 長尾正憲ほか: 光重合システムを用いた義歯床用直接裏装材の開発研究, 補綴誌, 30: 889-894, 1986. 24) 平澤忠, 原嶋郁郎: 義歯床用レジンと歯科技工, 歯科技工別冊, 38-47, 1982. 7) 増原英一, 熱田充: 義歯床材料の最近の動向, 歯界展望, 38: 21-30, 1971. 8) 尾花甚一: 部分床義歯のリモールディングについて-臨床的意義, 適応症, 術式の概要-, 鶴見歯学, 18: 237-243, 1992. 32) 鈴木一臣: マイクロ波重合型義歯床用レジンの理工学的性質, 歯科技工, 15: 347-353, 1987. 28) 平澤忠, 平林茂: 市販各種リベース材の現況とその材料学的な整理として, QDT, 12: 1475-1488, 1987. 9) 福井里枝: 粉液型光重合リライニング材に関する基礎的研究-光重合前の特性について-, 補綴誌, 38: 52-66, 1994. 10) 鈴木恭典, 栗原大介, 福井里枝ほか: 粉液型光重合リライニングレジンの接着性に関する実験的研究, 補綴誌, 38: 779-787, 1994. 34) 安田登: 義歯床用レジン-過去から現在まで-, QDT, 14: 1138-1146, 1989. 26) 平澤忠, 原嶋郁郎, 平林茂: 歯科用メタクリルレジンに関する研究第7報各種架橋密度をもつポリメチルメタクリレートに対する流し込みメタクリルレジンの接着強さ, 歯理工誌, 20: 94-103, 1979. 23) Braden, M.: The absorption of water by acrylic resins and other materials, J Prosthet Dent, 14: 307, 1964. 25) 平澤忠, 平林茂, 原嶋郁郎: 歯科用メタクリルレジンに関する研究第6報各種架橋密度をもつポリメチルメタクリレートに対する常温重合メタクリルレジンの接着強さ, 歯理工誌, 20: 85-93, 1979. 21) 歯科理工学会編: 歯科理工学, 258, 医歯薬出版, 東京, 1982. 27) 大久保力廣, 高山慈子, 大久保悦子ほか: 直接リライニング材に関する基礎的研究第1報接着性について, 鶴見歯学, 15: 131-138, 1989. 20) 増原英一: 光重合型レジンの臨床応用, The Quintes-sence別冊, 11-18, 1986. 6) 宮田孝義, 尾花甚一: 部分床義歯のリベース, カラーアトラス歯科臨床講座, 1383-1390, 医歯薬出版, 東京, 1983. |
| References_xml | – reference: 18) 平林茂, 中西敏, 立野治雄ほか: 歯科用メタクリルレジンに関する研究第10報加熱重合レジン, ヒートショックレジン, 流し込みレジンおよび常温重合レジンの物理的性質について, 歯材器, 3: 350-358, 1984. – reference: 34) 安田登: 義歯床用レジン-過去から現在まで-, QDT, 14: 1138-1146, 1989. – reference: 7) 増原英一, 熱田充: 義歯床材料の最近の動向, 歯界展望, 38: 21-30, 1971. – reference: 25) 平澤忠, 平林茂, 原嶋郁郎: 歯科用メタクリルレジンに関する研究第6報各種架橋密度をもつポリメチルメタクリレートに対する常温重合メタクリルレジンの接着強さ, 歯理工誌, 20: 85-93, 1979. – reference: 3) 細井紀雄, 森戸光彦, 尾花甚一: 全部床義歯装着後の変化, 日本歯科評論, 413: 43-54, 1977. – reference: 31) Brauer, G. M., White, E. E., Burns, C. L. et al: Denture reliners-direct, hard, self-curing resin, J Am Dent Assoc, 59: 270-283, 1959. – reference: 15) Mark, A. Lotta: Comparison of two light cured reline systems, J Clin Dent, 4: 116-120, 1989. – reference: 22) Phillips, R.W.(三浦維四, 林一郎, 川上通夫ほか): SCIENCE OF DENTAL MATERIALS (スキンナー歯科材料学, 191-213, 医歯薬出版, 東京, 1985), 1982. – reference: 27) 大久保力廣, 高山慈子, 大久保悦子ほか: 直接リライニング材に関する基礎的研究第1報接着性について, 鶴見歯学, 15: 131-138, 1989. – reference: 8) 尾花甚一: 部分床義歯のリモールディングについて-臨床的意義, 適応症, 術式の概要-, 鶴見歯学, 18: 237-243, 1992. – reference: 19) 関根弘, 岸正孝, 堀田宏巳ほか: トクソーリベースの臨床成績, 歯界展望, 74: 135-142, 1989. – reference: 13) 野谷健治, 三木敬一: リライニングに関する基礎的研究第1報Transverse vending testsによる各リライニング法の比較検討, 補綴誌, 26: 548-559, 1982. – reference: 20) 増原英一: 光重合型レジンの臨床応用, The Quintes-sence別冊, 11-18, 1986. – reference: 5) 大山喬史, 尾花甚一: パーシャルデンチャーのアフターケアー, 尾花甚一, 関根弘, 松尾悦郎ほか編, パーシャルデンチャ一の臨床, 511-540, 医歯薬出版, 東京, 1977. – reference: 10) 鈴木恭典, 栗原大介, 福井里枝ほか: 粉液型光重合リライニングレジンの接着性に関する実験的研究, 補綴誌, 38: 779-787, 1994. – reference: 4) 天日雄二, 村上昇, 池谷完治ほか: 部分床義歯症例の統計的観察第4報義歯の破損について, 鶴見歯学, 12: 441-445, 1986. – reference: 28) 平澤忠, 平林茂: 市販各種リベース材の現況とその材料学的な整理として, QDT, 12: 1475-1488, 1987. – reference: 9) 福井里枝: 粉液型光重合リライニング材に関する基礎的研究-光重合前の特性について-, 補綴誌, 38: 52-66, 1994. – reference: 30) 早川巖, 鈴木勝美, 長尾正憲ほか: 光重合システムを用いた義歯床用直接裏装材の開発研究, 補綴誌, 30: 889-894, 1986. – reference: 29) Hanatani, S., Ohkubo, C., Takishin, N. et al: Studies on a new liquid-powder type VLC reline resin, FDI 1991, 321-327, Monduzzi Editore, Bologna, 1991. – reference: 16) Smith, L.T. and Powers, J.M.: In vitro properties of light-polymerized reline materials, Int J Prosthodont, 4: 445-448, 1991. – reference: 6) 宮田孝義, 尾花甚一: 部分床義歯のリベース, カラーアトラス歯科臨床講座, 1383-1390, 医歯薬出版, 東京, 1983. – reference: 14) 早川巖, 松本竹男, 仲地理ほか: 光重合型直接裏装材“エポレックス・リベーズ”の適合性と補強効果, 歯材器, 6: 59-63, 1987. – reference: 11) 池谷完治: 直接リライニングの適合性に関する実験的研究, 鶴見歯学, 18: 435-450, 1992. – reference: 2) 雨森洋, 奥野正孝, 郡司和彦ほか: 部分床義歯の予後に関する臨床的研究 (II), 第2報部分床義歯の使用状態について, 補綴誌, 12: 155-171, 1968. – reference: 23) Braden, M.: The absorption of water by acrylic resins and other materials, J Prosthet Dent, 14: 307, 1964. – reference: 1) 林都志夫, 山田巌: 義歯更新の時期について, 歯界展望, 24: 491-497, 1964. – reference: 12) 三浦英司: 粉液型リライニング材の気泡に関する実験的研究, 補綴誌, 37: 1099-1112, 1993. – reference: 33) 安田登, 佐々木三男, 茂木知治ほか: 接着性床用レジン “メタデント (META-DENT)” の基礎と臨床, The Quintessence, 1: 21-31, 1982. – reference: 24) 平澤忠, 原嶋郁郎: 義歯床用レジンと歯科技工, 歯科技工別冊, 38-47, 1982. – reference: 26) 平澤忠, 原嶋郁郎, 平林茂: 歯科用メタクリルレジンに関する研究第7報各種架橋密度をもつポリメチルメタクリレートに対する流し込みメタクリルレジンの接着強さ, 歯理工誌, 20: 94-103, 1979. – reference: 17) 佐々木三男, 安田登, 茂木知治ほか: Co-Cr系金属床義歯のFinishing Lineにおける金属とレジンの結合状態について第5報金属とレジンの接着が曲げ強さに及ぼす影響について, 補綴誌, 24: 571-574, 1980. – reference: 21) 歯科理工学会編: 歯科理工学, 258, 医歯薬出版, 東京, 1982. – reference: 32) 鈴木一臣: マイクロ波重合型義歯床用レジンの理工学的性質, 歯科技工, 15: 347-353, 1987. |
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| SubjectTerms | bending deformation bending strength denture base resin reline materials three-point flexure test |
| Title | An Experimental Study on Bending Strength in Powder-Liquid VLC Reline Material |
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