collagenase

Objective To isolate and purify collagenase with high quantity and activity.

目的分离获得高产量、高比活性的胶原酶.

互联网

Conclusion Collagenase could prevent adhesion of intrathecal tendon without affecting tendon healing.

结论胶原酶有减轻肌腱鞘内粘连的作用,对肌腱的愈合无影响.

互联网

To investigate the mechanism of collagenase in preventing adhesion of intrathecal tendon.

研究胶原酶预防肌腱鞘内粘连的作用.

互联网

OBJECTIVE To prepare the collagenase immunizing conjugation product for injection.

目的:制备注射用胶原蛋白酶免疫结合物.

互联网

Conclusion The collagenase with high quantity and activity could be induced in the improved medium.

结论通过改良并优化溶组织梭菌培养条件,可以获得低成本、高产量、高活性的胶原酶.

互联网

Methods Sheep lumbar intervertebral disk displacement and degeneration 10 weeks before intradiscal injection of collagenase.

目的研究胶原酶盘内注射对山羊腰椎间盘突出模型的化学髓核溶解作用,探讨化学髓核溶解术后疼痛反应的原因.

互联网

Islets were isolated by collagenase digestion and were transplanted under the left kidney capsule.

采用胶原酶消化法分离胰岛并移植到左肾被膜下.

互联网

ICH models were produced with the induction of collagenase type - S except normal group.

除正常组外,均用 -S 型胶原酶诱导大鼠脑出血模型.

互联网

Helps restricts the formation of collagenase, prevent collagen and thus maintain skin's elasticity.

能抑制胶原蛋白酵素, 避免肌肤真皮层中胶原蛋白的断裂,保护肌肤弹性.

互联网

Objective : To conclude therapeutic effect of systemic health education on intervertebral disclysis patients by collagenase.

目的: 总结运用系统健康教育程序对胶原酶溶盘术患者的效果.

互联网

Objective To investigate the causes of the initial nerve roots lesion after collagenase chemonucleolysis.

目的通过动物实验探讨胶原酶溶盘术后早期出现神经根病损原因.

互联网

Methods: Using different techniques of collagenase digestion and discontinued density gradient centrifugation adultrat islets were prepared.

方法采用不同的胶原酶消化法及不连续密度梯度纯化法.

互联网

We considered CT number of the disc as an objective index for prognosis of collagenase chemonucleolysis.

我们提出用CT值量化突出椎间盘的硬度,预测胶原酶溶解术后疗效.

互联网

The immunizing conjugation product of collagenase in this program was prepared by EDCI method.

冷冻干燥法制备注射用胶原蛋白酶免疫结合物.

互联网