医用硅橡胶

医用硅橡胶对骨桥蛋白mRNA基因表达的影响

Effect of medical silicone rubber on osteopontin mRNA gene expression in osteoblast by in situ hybridization

通过观察医用硅橡胶对成骨细胞的骨桥蛋白mRNA基因表达的影响，进行生物材料的分子生物相容性研究方法的初探。

To observe medical silicone rubber on osteopontin mRNA gene expression in osteoblast and evaluate the molecular biocompatibility .

医用硅橡胶诱发CHL细胞姐妹染色单体互换的实验研究

Study of Sister Chromatid Exchange by Medical Silicone Producing CHL Cell in Culture

S-117型避孕宫颈帽是一种根据我国妇女宫颈形状采用医用硅橡胶制成的阻断式避孕工具，可留置宫颈上1～3天，不需要房事前后临时操作，不干扰性生活。

S-117 contraceptive cervical cap is a kind of barrier device for contraception . It is made of silicone rubber and designed according to the different shapes of the uterine cervix in Chinese women . The cap can be left on the cervix 1-3 days without interfering normal sexual intercourse .

仙人掌浸提液的抑菌作用浸提液浓度对医用硅橡胶制品诱变性的实验研究

Study of Effect of Extract Concentration on Medical Silicone Rubber Products

医用硅橡胶表面仿生制备磷灰石涂层的研究

Preparation of Apatite Coating on Medical Silicon Rubber by Biomimetic Synthesizing

带X光显影标记线的医用硅橡胶导管的加工工艺

Processing Technology of Medical Silicone Rubber Catheter with X-rays Developable Mark Line

用阳极溶出伏安法连续测定医用硅橡胶中痕量铅和镉

Determination of traces of Pb and Cd in silicone rubbers for medical applications

现代医用硅橡胶制品的性能及应用

Properties and Application of Modern Medical Silicone Rubber Articles

目的探讨医用硅橡胶体外致突变试验的方法。

Objective To investigate the method of in vitro mutagenicity test for medical silicone .

方法选用体外姐妹染色单体互换试验评价医用硅橡胶材料的诱变性。

Method The mutagenicity of medical silicone by using sister chromatid exchange test was evaluated .

利用辐射接枝改性技术，制备了医用硅橡胶水凝胶膜。

Grafting hydrogels onto silicone rubber membranes were prepared by radiation technique for medical application .

涤纶网加强型医用硅橡胶引流条的研制及临床应用

Development and clinical application of medical silicone rubber drain tissue reinforced with polyester fiber net

医用硅橡胶凝胶量的控制

Control of medicinal silicone rubber gel

医用硅橡胶致突变研究

Mutagenic study for silicone rubber

医用硅橡胶研究展望：提供更多医用器械和人造器官。

Research and expectation of medicinal silicon rubber : To offer more medicinal apparatus and artificial organs .

采用双机共挤出的方法生产了带X光显影标记线的医用硅橡胶导管。

S : Medical silicone rubber catheter with X rays developable mark line was prepared by co extrusion of two extruders .

介绍了当前医用硅橡胶制品的物理性能、化学性能及生物性能指标，并对硅橡胶材料在医学领域的广泛应用做了简要论述。

The targets of the physical , chemical and biological properties of the modern medical silicone rubber articles were described . The application of silicone rubber materials to the medical fields was introduced briefly .

结论：应用医用硅橡胶能够设计和制造出价格低廉的人造器官和医疗器械，使更多的医用材料投入临床应用，以满足广大患者的需要。

CONCLUSION : Medical silicon rubber can be used to design and produce more cheap artificial organs and medicinal apparatus , and make more materials be applied in clinic to satisfy the demand of many patients .

原位杂交法观察医用硅橡胶对成骨细胞骨桥蛋白基因表达的影响，可作为评价生物材料的分子生物相容性的参考，将可用于对骨植入材料和组织工程材料的分子生物相容性研究。

Effect of medical silicone rubber on osteopontin gene expression in primary cultured osteoblast was observed by cell in situ hybridization . It can be used for investigating the molecular biocompatibility especially on bone implanted materials and materials for tissue engineering .

医用级硅橡胶残存单体及低聚物的测定

Determination of the Residue of the Monomer and Oligomer in Medical Silicone Rubber

方法采用医用弹性硅橡胶材料制作牙龈赝复体，并对结果进行观察。

Methods Methods Elastic silicone rubber was used to make spurious complex , then the clinical result was observed .

医用级薄壁硅橡胶微型胶管的研制

Research on Preparation of Thin-walled Tube with Medical Grade Silicone Rubber

医用热硫化硅橡胶二段硫化工艺的生物学效应

The Biological Effects of the Post Vulcanization of the Medical Heat Vulcanizing Silicone Elastomer

医用热硫化硅橡胶的溶出物特性与生物学性能的相关性研究

Studies on correlation between biological effects and property of extract of medical heat-vulcanizing silicone rubber

本研究对国内外4种医用热硫化硅橡胶进行了制品溶出液的紫外吸收度测定和体外细胞相对增殖度试验。

The chemical substance extraction test and cell relative growth rate test were car-ried out on the4 kinds of medical heat vulcanizing silicone rubbers from China and foreign countries .

文中研究了连续化生产医用级加成型硅橡胶薄壁微型胶管的方法。

A technique for continuous manufacture of thin-walled tube with medical grade silicone rubber cured through an addition reaction is developed .