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dentin adhesive     
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  牙本质粘接剂
     The 7th generation self-etch dentin adhesive agents (Clearfil tri-S Bond, G-Bond, i-Bond, XenoIV) and the light-cured composite resin (Clearfil AP-X)were applied respectively under the instructions of manufacturers. The block of composite resin was build up about 5-6 mm height .
     选择4种第7代自酸蚀牙本质粘接剂材料Clearfil tri-S Bond、G-Bond、i-Bond 和XenoⅣ及1种光固化复合树脂Clearfil AP-X,分别按照说明书要求的使用方法进行粘接,并形成高度约为5~6mm的复合树脂块。
     In vitro cytotoxic study of five kinds of dentin adhesive agents
     五种牙本质粘接剂体外细胞毒性研究
短句来源
     In vitro cytotoxic study of four kinds of dentin adhesive agents
     四种牙本质粘接剂的体外细胞毒性研究
     RESULTS: All of the four kinds of 7th generation self-etch dentin adhesive agents (Clearfil tri-S Bond, G-Bond, i-Bond. XenoⅣ), the hybrid layer of the bond interface to normal dentin were fine, there were a lot of resin tag exhibited in normal dentin and a few of lateral branches were observed.
     结果:在4种第7代自酸蚀牙本质粘接剂的粘接界面上,可以见到均质良好的混合层和深入牙本质小管内的树脂突及彼此交织成网的树脂突侧枝,i-Bond组和Clearfil tri-S Bond组的树脂突较长而致密,部分有侧枝形成; G-Bond组和XenoⅣ组树脂突较短而稀疏。
     Microleakage of three dentin adhesive systems in Class V restorations
     三种牙本质粘接剂修复V类洞的微漏研究
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  牙本质粘接
     Objective To evaluate the microtensile bond strengths of four dentin adhesive systems( Single Bond, Bond 1, Prime&Bond NT and One Step ).
     目的 评价四种牙本质粘接系统 (SingleBond ;Bond 1;Prime&BondNT ;One Step)的微拉伸粘接强度。
短句来源
     A Study on GP Polymeric Dental Adhesive Material Part 1.Dentin Adhesive Material
     GP 口腔高分子粘接材料的研究——牙本质粘接材料
短句来源
     Objetives: The purpose of this study was to evaluate the microtensile bond strengths of four dentin adhesive systems in vivo and in vitro ( Single Bond, Bond-1, Prime&Bond NT and One-Step ).
     目的:评价四种牙本质粘接系统(SingleBond;Bond-1;Prime&BondNT;One-Step)在口内、外环境下粘接处理后的粘接强度。
短句来源
     Conclusions The microtensil bond strengths of three dentin adhesive systems to normal human dentine were different and the total-etching adhesive All-Bond 2 exhibited the greatest bond strength.
     结论  3种牙本质粘接系统与正常牙本质的粘接强度存在差异 ,All Bond 2的粘接强度最高 ,但临床操作复杂 ,技术要求较高 ;
短句来源
     Microtensile bond strengths of four dentin adhesive systems
     四种牙本质粘接系统的微拉伸强度研究
短句来源
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  牙本质黏结剂
     Influence of storage methods on microtensile bond strength of dentin adhesive system
     离体牙储存方式对牙本质黏结剂微拉伸强度的影响
短句来源
     Advances in pulp capping with dentin adhesive systems
     牙本质黏结剂用作直接盖髓术的研究进展
短句来源
     PURPOSE: To compare the effects of teeth stored with different methods and different durations of storage on the microtensile bond strength of the dentin adhesive system Single Bond.
     目的:对比研究不同的离体牙储存方法和时间对牙本质黏结剂Single Bond微拉伸强度的影响。
短句来源
     After 10 days, 90 days, the dentin adhesive system Single Bond and composite Z250 were applied to superficial occlusal flat dentin according to the manufacturers' instructions and microtensile bond strength measurements were evaluated, freshly extracted teeth being used as control.
     分别在储存的第10天、90天取出,在牙冠牙合面表层牙本质上使用牙本质黏结剂Single Bond,复合树脂Z250黏结修复,测定牙本质黏结剂的微拉伸强度值。 选用新鲜拔除的前磨牙作为对照组。
短句来源
  牙本质粘结
     In Group two, the self-etching dentin adhesive system Xeno Ⅲ was applied (Group Xeno).
     另一组的窝洞内则直接使用自酸蚀牙本质粘结系统XenoⅢ (Xeno组 )。
短句来源
     Influence of Storage Methods on Microtensile Bond Strength of Dentin Adhesive System
     离体牙储存方式对牙本质粘结系统微拉伸强度的影响
短句来源
     Objective: To compare the effects of teeth stored with different methods and different duration of storage on the microtensile bond strength of the dentin adhesive system Single Bond.
     目的:对比研究不同的离体牙储存方法和时间对牙本质粘结系统Single Bond微拉伸强度的影响。
短句来源
     Conclusions In order to achieve the highest bond strength to dentin, keeping the dentin surface an appropriate moisture condition is critical for the one-bottle dentin adhesive systems with ethanol/water or acetone solvent.
     结论 保持脱矿牙本质表面适当的湿度状态对提高酒精/水基和丙酮基“单瓶”牙本质粘结系统的粘结强度具有决定性的意义。
短句来源
     Comparison Study on Total-etching and Self-etching Dentin Adhesive Systems
     全酸蚀/自酸蚀牙本质粘结系统的评价
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      dentin adhesive
    Self-etching dentin adhesive systems, a new generation of dental-bonding agents, were investigated for their ability to block nerve conductance in the rat sciatic nerve model.
          
    The stress distributions within the dentin/adhesive interface were computed based upon the schematic interface structure shown in Figure 2.
          
    These studies followed the manufacturer's recommendations dentin was left moist prior to applying the dentin adhesive.
          
    The use of primers containing HEMA produces interfacial appearances very similar to those of dentin adhesive systems.
          
    This applied stress is chosen to investigate the stress distributions close to the tensile strength of dentin/adhesive interfaces.
          
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    GP dentin adhesive material was composed of GP surface treating agents and GP bon-ding agents containing phosphate adhesive monomer.The authors adopted the method of act-ivating the surface of dentin based on the structural character of human dentin,whichsatisfied the physiological needs and had biologic significance.The results in vitro showed:(1)the synthesis processes were simple and stable,(2)the tensile bond strength to dentinreached 16.5MPa.The biologic tests indicated that GP dentin...

    GP dentin adhesive material was composed of GP surface treating agents and GP bon-ding agents containing phosphate adhesive monomer.The authors adopted the method of act-ivating the surface of dentin based on the structural character of human dentin,whichsatisfied the physiological needs and had biologic significance.The results in vitro showed:(1)the synthesis processes were simple and stable,(2)the tensile bond strength to dentinreached 16.5MPa.The biologic tests indicated that GP dentin adhesive material had goodbiocompatibility,and obtained good results in clinical usage.

    GP口腔高分子粘接材料是根据人牙体组织的结构特性,提出的一种含磷酸酯复合型的牙体粘接材料。本文仅报道 GP 牙本质粘接材料。这种材料合成工艺成熟、稳定,性能可靠,粘接抗张强度大(16.5MPa),生物学检测表明符合临床安全使用要求,临床试用效果良好。

    Objective:To evaluate the clinical effect of amalgam restorations used with bonding teclnique.Methods: Two kinds of dentin adhesive agents were used to bond amalgam restoration for class Ⅱ cavities with only the proximal box retention.And the bonded amalgam restorations were compared to the conventional class Ⅱ amalgam restorations.Results: Clinical observation for 2 years revealed there was no significant difference between two groups ...

    Objective:To evaluate the clinical effect of amalgam restorations used with bonding teclnique.Methods: Two kinds of dentin adhesive agents were used to bond amalgam restoration for class Ⅱ cavities with only the proximal box retention.And the bonded amalgam restorations were compared to the conventional class Ⅱ amalgam restorations.Results: Clinical observation for 2 years revealed there was no significant difference between two groups of bonded amalgam restoration (P>0 01). But their success rates were significantly higher than that of conventional amalgam restoration (P<0 01).Conclusion: Clinically dentin adhesive agents can improve the retentive force and adaption of amalgam restorations.

    目的:评价临床上应用粘结技术粘结银汞充填体的效果。方法:两种牙本质粘结剂被用于只有邻面箱状固位的Ⅱ类洞银汞充填体的粘结,并与传统的Ⅱ类洞银汞充填体进行临床比较研究。结果:经二年的临床观察,两种牙本质粘结剂粘结的银汞充填体成功率二者间无显著性差异(P<001),但明显高于传统的银汞充填体的成功率(P<001)。结论:临床上牙本质粘结剂能改善银汞充填体的固位力和密合度。

    Objective The purpose of this study was to evaluate the microtensile bond strengths of four dentin adhesive systems( Single Bond, Bond-1 ,Prime&Bond NT and One-Step) . Methods Superficial occlusal dentin of fresh extracted human molars was exposed, finished with diamond bur in a high-speed hand-piece under copious air-water spray, and a crown of resin composite bonded with the above adhesives according to the manufacturers's instructions. The teeth were kept in normal saline for 24h at 37℃...

    Objective The purpose of this study was to evaluate the microtensile bond strengths of four dentin adhesive systems( Single Bond, Bond-1 ,Prime&Bond NT and One-Step) . Methods Superficial occlusal dentin of fresh extracted human molars was exposed, finished with diamond bur in a high-speed hand-piece under copious air-water spray, and a crown of resin composite bonded with the above adhesives according to the manufacturers's instructions. The teeth were kept in normal saline for 24h at 37℃ , sectioned to obtain two or three bar-shaped specimens, which were then shaped to an hour-glass form. The specimens were stressed until rupure of the bond. The mean bond strengths were compared using one-way ANOVA and LSD tests. Results Mean microtensile bond strengths ranged from(25.80 ± 2.41)MPa for Single Bond to (30.30±2.96)MPa for one-step. The Bond Strength of Bond-1 (29.92±3.04)MPa,Prime&Bond NT(28.97 ± 2.73)MPa and One-Step wre not significantly different,and were all higher than Single Bond. Conclusion Microtensile bond strength of four dentin adhesive systems were statistically higher than those of traditional methods which depended on larger bond area, thus were more objective and reliable to evaluate the bond effect different bond systems.

    目的 评价四种粘接系统的微拉伸粘接强度(Single Bond;Bond-1;Prime&Bond NT;One-Step)。方法 新鲜拔除的无龋坏人磨牙(拔除1个月以内,贮存于37℃生理盐水中),高速涡轮机金钢砂车针在喷水降温下磨切咬合面,暴露牙本质。分别用四种粘接剂按使用说明进行粘接处理。牙齿贮存于37℃生理盐水24h后,制备成沙漏状试件。粘接界面面积控制在1mm2左右。测试其拉伸强度,并作统计学处理。结果 四种粘接系统的微拉伸强度分别为:(25.80±2.41)MPa(Single Bond);(29.92±3.04)MPa(Bond-1);(28.97±2.73)MPa(Prime&Bond NT);(30.03±2.96)MPa(One-Step)。结论 微拉伸方法测得的粘接强度明显高于传统较大粘接面积时的测试值。更为客观、真实地反应了各粘接系统的粘接强度。

     
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