Our findings suggest that employees helping behavior leads to increased role overload when they engage in less help-seeking, and when they perceive lower level of cooperative goal interdependence.
本研究表明，员工“助人”行为和其工作负荷感之间是非线性关系；当员工不积极寻求他人帮助，或者感知到较低的目标相互依赖时，其助人行为会导致较高的工作负荷感。
The personal strain about radioactive workers had some main influential factors of, such as physical environment, age, role boundary, radioactive age, responsibility, collaboration and role overload.
晶状体混浊率随着放射工龄的增加而增加。个体紧张反应的主要影响因素：工作环境、年龄、任务冲突、放射工龄、责任感、与同事合作和任务过重。
Conclusion: Trigger activity or increased automaticity is one of mechanisms of reperfusion arrhythmia, and calcium overload plays an important role.
结论：触发或自律性异常是再灌注心律失常的发生机制，钙离子超负荷发挥作用。
Objective: To study the role of nitric oxide in myocardial hypertrophy caused by pressure overload in rats.
目的：探讨一气化氮在压力超负荷心肌肥大反应过程中的作用。
Results the mitochondrion plays an crucial role in the processes of energy burn-out, free radical formation, calcium overload and cells apoptosis during myocardial ischemia-reperfusion.
结果心肌缺血-再灌注时能量耗竭、自由基形成、钙超载、细胞凋亡等过程中线粒体发挥重要的作用。
Conclusion Under chronic pressure overload, the activated ASK1 with the increasing ROS may play an important role in signal transduction pathway of myocardial hypertrophy.
结论压力超负荷下随着ROS的升高，激活的ASK1可能在心脏肥大信号传导途径中发挥重要作用。
Conclusion the role of the continuous overload cause acute damage of cervical vertebra and soft tissue.
结论持续性过载作用对颈椎及周围软组织产生急性损伤。
When automobile emergency brake can play the separation role, prevents transmission systems and so on transmission gearbox to overload, plays certain protective function.
当汽车紧急制动时能起分离作用，防止变速器等传动系统过载，起到一定的保护作用。
Overload, inside and outside magnetic rotor relative detachment, motors, pumps with a protective role.
过载时，内、外磁转子相对滑脱，对电机、泵有保护作用。
Magnetic coupling pump drive motor can play a role in overload protection.
泵的磁性联轴器可以对传动电机起到超载保护的作用。
AIM: To investigate the role of phosphoinositide pathway in the formation of pressure-overload cardiac hypertrophy.
目的：探讨肌醇磷脂途径在压力超负荷性心肌肥厚形成中的作用。
AIM: To investigate the role of phosphoinositide pathway in the formation of pressure-overload cardiac hypertrophy.
目的：探讨肌醇磷脂途径在压力超负荷性心肌肥厚形成中的作用。
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