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Bisphosphonate immobilization of the titanium implant surface and the functionality and adhesion protein binding method

机译:钛植入物表面的双膦酸酯固定化及其功能和粘附蛋白结合方法

摘要

Titanium implant was covered with a thin film of calcium phosphate method and immersed in a bisphosphonate solution [summary] the titanium implants were injected with [configuration] calcium ions, immobilized as a non-eluting bisphosphonates on the surface of the titanium implant how to fixed as-eluting bisphosphonates on the surface of the titanium implant was immersed in bisphosphonate solution, how to join the adhesion protein and functionality for bisphosphonate which is immobilized. Suppress the tartar and plaque adhesion by immobilization of bisphosphonates to [effect] oral implant fixture parts, bacterial infections, inhibit the attachment of periodontal disease-causing bacteria in particular, bone formation rate and metabolic activity of bone formation bone resorption and increased also suppressed, By making further combines the functionality of protein or adhesive raw protein to bisphosphonates, bone-inducing ability to bone formation is granted from where there is no bone, for the titanium implant treatment, breakthrough invention was not in conventional is.
机译:钛植入物用磷酸钙薄膜覆盖,并浸入双膦酸盐溶液中[概述]钛植入物被注入[构型]钙离子,作为非洗脱性双膦酸盐固定在钛植入物的表面上,如何固定将钛植入物表面上的洗脱的双膦酸酯浸入双膦酸酯溶液中,如何结合粘附蛋白和固定化的双膦酸酯官能团。通过双膦酸盐的固定来抑制牙垢和牙菌斑的附着,以[影响]口腔植入物固定装置的零件,细菌感染,特别是抑制引起牙周病的细菌的附着,骨形成速率和骨形成和骨吸收的代谢活性也受到抑制,通过进一步结合蛋白质或粘附的原始蛋白质与双膦酸酯的功能,可以从没有骨头的地方获得骨形成骨的诱导能力,对于钛植入物治疗,突破性的发明不是常规的。

著录项

  • 公开/公告号JP2967272B1

    专利类型

  • 公开/公告日1999-10-25

    原文格式PDF

  • 申请/专利权人 HAKUSUI BOEKI KK;

    申请/专利号JP19980283240

  • 申请日1998-08-27

  • 分类号A61C8/00;

  • 国家 JP

  • 入库时间 2022-08-22 02:32:14

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