胶

Such kind of collagen membrane can accelerate the new bone regeneration in vivo.

以纤维蛋白凝胶为rhBMP-2载体，方法简便可行，并且可以在胶原膜上定量定向复合rhBMP-2。

OBJECTIVE: Using membrane guided tissue regeneration technique, to observe the healing velocity and quality of repairing rabbit radius segmental defect combined collagen membrane with allogeneic bone, further more, to contrast the result with pure collagen membrane.

目的：利用膜引导组织再生技术，观察胶原膜复合同种骨颗粒修复兔桡骨节段性骨缺损的成骨速度和质量，并与单纯胶原膜进行比较。

As collagen in the meshwork breaks down, it is replaced and repaired by new collagen secreted by fibroblasts.

随着胶原网打破了，这是更换和修理的新的胶原纤维细胞分泌的。

Methacrylate photoresist was one of the tradition photoresist s and it had high transparent and resolution.

甲基丙烯酸树脂光刻胶是传统的光刻胶之一，具有高度的透明性及分辨率。

Methacrylate photoresist was one of the tradition photoresists and it had high transparent and resolution.

甲基丙烯酸树脂光刻胶是传统的光刻胶之一，具有高度的透明性及分辨率。

G. polyhydroxyethyl methacrylate and polyvinyl alcohol. Some potential development and application of the materials are discussed tentatively.

胶原蛋白和一些合成高分子化合物(如聚甲基丙烯酸羟乙酯，聚乙烯醇等)，作为生物材料已得到广泛的应用，而两者形成的复合材料水凝胶具有良好的生物相容性和理化性质，是一类新型的生物材料，具有很大的研究和应用价值。

The main reason for this difference is due to the difference in micellar structure and solubilization behavior of trichlorobenzene in the micelle.

主要是由于表面活性剂的胶束结构和三氯苯在胶束中的增溶方式不同造成的。

This lends themselves to be effective inmonitoring the dynamics of the micelle core and shell, respectively.

因此，16-DSA和16-DSE的ESR波谱能模拟胶束核中分子的运动，而5-DSA则能模拟胶束壳中分子的运动。

The adsorption of collagen on spin-coated poly-lactic acid surface was investigated using quartz crystal microbalance. The effects of concentration (0μg/mL-9.25μg/mL) and temperature (10℃-50℃) on adsorption were studied.

采用石英晶体微天平、原子力显微镜研究了胶原在聚乳酸旋涂膜表面的吸附，考察了溶液浓度(0μg/mL-9.25μg/mL)和温度(10℃-50℃)对胶原吸附的影响。

The relationship between the ratio of Ca to Si with shrinkage value was needed to be studied further.The strength of M-AAS was comparatively high, but the flexural strength was regressed in the long term. The compressive and flexural strengthes of 3 days were able to surpass 8MPa and 78MPa, respectively, and compressive strength of 90 days were all around 100MPa, but compared to flexural strength of 28 days, the flexural strength of 90 days was regressed by 19.0%. The high strength property of M-AAS associated with its hydration products and Interfacial Transition Zoo. The main hydration products of M-AAS were microcline and CSH, no calcium hydroxide was found. The coexistence of microcline and CSH worked as micro-aggregate by each other, and no weak ITZ, both resulted in its high strength. The regression of its strength was related to its high shrinkage property, because the crazing caused by shrinkage would decrease the strength, especially the flexural strength.

M-AAS强度较高，但长期抗折强度倒缩。3天抗折和抗压强度分别可超过8MPa和78MPa，90天抗压强度在100MPa左右，但90天抗折强度比28天抗折强度相比低19.0％。M-AAS的高强特性与其水化产物和界面过渡区有关，M-AAS的水化产物主要为微斜长石和CSH凝胶，没有氢氧化钙，微斜长石与CSH凝胶相互填充和配合共同起到强度的作用，M-AAS砂浆中几乎没有发现界面过渡薄弱区。M-AAS的强度倒缩现象与其收缩值较大有关，收缩会引起M-AAS硬化体内部出现微裂缝，使强度下降。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。