基于以上所述，GACVS得出结论认为，最近的药代动力学和发育学研究结果并不支持疫苗所含硫柳汞(乙基汞)存在安全性问题的说法。
On the basis of the foregoing, the GACVS concluded that the most recent pharmacokinetic and developmental studies do not support concerns over the safety of thiomersal (ethyl mercury) in vaccines.
结论：蕴涵物体动力学过程因果关系的量纲关系可以阐述生物体生长、发育的基本规律。
CONCLUSION: Dimentional relationship is related with the dynamic mechanism and it is very valuable for the development of the organism.
在地质历史上，适于前陆盆地发育的地球动力学环境，在时间和空间上均是相当有限的。
The geodynamic environment in which foreland basin is developed is rather limited both temporally and spatially in the geological history.
目的研究锌在成骨细胞跨膜转运的动力学特点及影响因素，为阐明锌在骨发育中的作用提供科学依据。
AIM to study the kinetic character of zinc transport and its influencing factors in osteoblasts, and scientific evidence is expected to provide to clarify the role of zinc on bone development.
通过对西非被动大陆边缘结构、构造特征，以及边缘发育演化简史的分析，探讨了西非被动大陆边缘形成演化的动力学背景。
Based on the analysis of the structure and the brief evolution history of the passive continental margin in West Africa, the dynamic background of formation and evolution of the margin is discussed.
这两种不同类型的层序发育正是松辽盆地断陷阶段盆地动力学机制的沉积、地层响应。
The developments of those two types of sequences are the sedimentary and stratal response to the basin dynamics of the Songliao basin at rifting time.
根据胶莱盆地区域地质特征，地球动力学背景及盆地中、新生代沉积特征分析，论述盆地的发育和演化阶段，并对胶莱盆地含油气前景进行探讨。
The evolution features of the Jiaolai Basin are discussed in this paper on the basis of its regional structure, geodynamic background and sedimentary features of the Mesozoic and Cenozoic.
目的：研究大鼠脑发育不同时期学习记忆的变化及与NMDA受体通道动力学特性的关系。
Aim: to investigate the relationship between developmental changes of learning, memory and the kinetic properties of NMDA receptor channel.
研究表明了系统动力学模型在害虫种群发育动态及预测方面有着良好的应用潜力。
The results indicated that system dynamics model had potential application for forecasting pest population dynamics.
结论本文的数据可作为胎儿脑动脉血流动力学正常值的参考，并可用于临床监测胎儿的生长发育。
Conclusion These data detected from our study may be used as a reference of the normal value for fetal cerebral arterial hemodynamics and be used to monitor the growth of fetuses.
结论本文的数据可作为胎儿脑动脉血流动力学正常值的参考，并可用于临床监测胎儿的生长发育。
Conclusion These data detected from our study may be used as a reference of the normal value for fetal cerebral arterial hemodynamics and be used to monitor the growth of fetuses.
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