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1·They were modified with fragment of the glyceraldehyde phosphate dehydrogenase gene (GAPDH) as a loading control.

它们都用磷酸甘油醛脱氢酶基因的片段作为加载控制来进行改良。

2·The machine adopts PLC touch screen and the program control. Can all loading frequencies, loading control the intensity of programming.

本机采用触摸屏和PLC编程控制。可对所有加载频率，加载力度进行编程控制。

3·Experimental results show that the good dynamic control effect can be obtained and the accurate synchro-loading control can be realized.

系统运行结果表明，该方法动态控制效果良好，能够准确地实现各通道间的协调加载控制。

4·The two level distributed control system for cryogenic propellant loading is introduced, taking the Lox loading control system for example.

以液氧加注控制系统为例，介绍液体运载火箭低温推进剂加注控制所采用的两级分布式系统。

5·Simple and reliable control is conducted by PLC in lower level, and by adopting virtual instrument in upper level for complex loading control.

下位机采用PLC进行简单可靠控制，上位机采用虚拟仪器进行复杂的加载控制。

6·Consummating the purposes for control, enhancing offline control for over-press and low-press, continual loading control and unloading control.

完善了控制效果，增加了超压低压脱网控制、连续加载控制、连续卸载控制等功能。

7·This controller is applied to the structural strength loading control system, which is the experimental system of a variable swept aircraft wing.

该控制器应用于变后掠机翼的结构强度加载控制系统之中。

8·In the 2st part, the principles of converter gradient control, oxygen lance control, material loading control and dust exhaust control are described.

第二部分论述了转炉炼钢中转炉倾动控制、氧枪控制、上料控制及除尘控制的原理。

9·Through improving the displacement loading control method based on the tangent stiffness, this paper has presented displacement loading control method based on the secant stiffness.

在基于切线刚度的位移加载控制法基础上进行改进，采用基于割线刚度的位移加载控制方法，并绘制了相应框图。

10·These methods were applied to testing and modelling of the electrohydraulic loading control system of a component fatigue testing machine, and the results obtained were satisfactory.

应用这些方法对构件疲劳试验机电液力控制系统进行测试和建模，取得了满意的结果。