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[含与不含氟代烃辉光聚合物涂层的植入物的生物相容性。4. 用于评估各种植入材料的组织相容性(修复)指数的建议]

[Biocompatibility of implants with and without fluorohydrocarbon glow polymer coating. 4. Recommendations for the histocompatibility (repair) index for the evaluation of various implant materials].

作者信息

Keller F, Knöfler W, Schreiber H

出版信息

Z Exp Chir Transplant Kunstliche Organe. 1985;18(1):9-18.

PMID:3887784
Abstract

The measurement of the thickness of the fibrous capsula around implant materials to different titmes and the material dependent speed of the subsidence process of the tissue reaction were formed to an index. The derivation of the index is described by a course study with 4 materials about 5 periods. The determination of the index is represented simply mathematically and also delineating-geometrically. The index should be determined between 50 and 200 days, better between 90 and 150 days. Individual wound reactions superimpose the material effect before and the final state of the tissue reaction hinders the speed interpretation of the quickness of subsidence prgcess after this period.

摘要

测量植入材料周围纤维囊在不同时间的厚度以及组织反应沉降过程中依赖材料的速度,形成一个指数。该指数的推导通过对4种材料在5个时间段的过程研究来描述。指数的确定以简单的数学方式表示,也以几何方式描绘。该指数应在50至200天之间确定,最好在90至150天之间。在此之前,个体伤口反应叠加了材料效应,而组织反应的最终状态在此之后阻碍了对沉降过程速度的快速解读。

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