Delaying progression of chronic allograft nephropathy by conversion from cyclosporine to tacrolimus;
普乐可复替换环孢素A减缓早期CAN肾功能减退
Effects of tacrolimus and cyclosporine on albumin secretion in cultured human hepatocyte;
普乐可复和环孢素A对肝细胞分泌白蛋白作用的影响
Impact of multidrug resistance 1 gene polymorphism on tacrolimus dose and concentration-to-dose ratio in Chinese liver transplantationrecipients;
MDR1基因多态性对肝移植受体普乐可复治疗的影响(英文)
Clinical study on the effects of serum lipids between FK506 and cyclosporin A in renal allograft recipient;
普乐可复与环孢素A对肾移植患者血脂影响的临床研究
Clinical Application of FK506 in Renal Transplantation;
普乐可复在肾移植中的临床应用探讨
Effects of FK506 on anti-glomerular basement membrane nephritis in rats;
普乐可复防治大鼠抗肾小球基底膜肾炎的实验研究
The neurotoxicity of Prograf and its influence on ultra microstructure and apoptosis of rats brain;
普乐可复对大鼠的神经毒性和脑细胞超微结构及凋亡的影响
Effect of Prograf on Excitatory Amino Acids and Free Radicals in Rats Brains;
普乐可复对大鼠脑内兴奋性氨基酸和氧自由基的影响
Experimental study of prograf to nephrotoxicity;
普乐可复对肾脏毒性的实验研究
An Approach for Developing Communication Domain System Based on Reuse;
基于可复用的通信领域应用系统的开发方法
Taking advantage of the newest development tendency of object-oriented development methodology and modeling language UML for developing the communication domain system,a kind of strategy based on reuse component of serial communication was proposed.
采用统一建模语言对通信领域应用系统的开发进行建模,并阐述了一种可复用的信息管理基本通用构件和串行通信构件的开发策略,以此来缩短软件的开发周期,避免因重新开发可能引入的错误,从而保证软件质量和提高软件生产率;同时对大粒度可复用构件的意义等进行了论述。
Research on evaluation model of measurement for software component reusability;
软件构件的可复用性量化评价模型研究
Since similar techniques in various hardware designing are used in the generalized virtual instrument, there will be great application prospects if the reusability of the drivers could be enhanced.
在各种具有虚拟特征仪器的硬件开发中,设计者总是采用类似的设计方案,提高驱动程序的可复用性具有很好的应用前景。
It improves the software reliability, maintainability and reusability as for the implementation of the engineering management models.
由于引入了工程化的管理模式,使软件的可复用性得以规范化的实施,并使IC—CAD软件的开发严格依照软件工程的设计思想进行,且对其产生的数据文件实现系统自动管理及调配,以期达到用户观点、设计风格、设计概念和工具等的同一,开拓了软件可继承性的前景。