动物运动

  • 网络Animal movement;animal locomotion
动物运动动物运动
  1. 结论SCT后动物运动功能毫无恢复,而其自体免疫发生了明显改变,这可能是影响中枢神经系统损伤(CNS)后神经再生和功能恢复的因素之一。

    Conclusion The changes of autoimmunity function might be one of the factors that hold back nerve regeneration and functional recovery after the injury of central nerve system .

  2. 纽约州Ithace市的Borg-Warner自动化公司的Hutchinson和MarianoGarcia研制出一种能分析动物运动的计算机程序,以此测定大型恐龙的动作能多快。

    Hutchinson and Mariano Garcia , of Borg-Warner Automotive in Ithaca , New York , created a computer program to analyze animal motion and determine how fast large dinosaurs could move .

  3. 动物运动力学测试系统

    Exercise . Animals Animal ; Study on animal 's locomotive mechanics measurement system

  4. 二维动物运动模拟的骨架方法

    A skeleton technique for simulating 2 D animal motion

  5. 动物运动场植物材料的选择与适应性研究

    The Study of Selection and Adaptability of Plants in the Animals ' Grounds

  6. 鱼类和其他水生动物运动和保持平衡的器官。

    Organ of locomotion and balance in fishes and some other aquatic animals .

  7. 常用动物运动模型的方式与发展

    Types and Development of Familiar Animal Exercise Models

  8. 一种基于腹足动物运动机理的介入机器人

    Interventional Micro-robot Based on Motion Mechanism of Gastropod

  9. 动物运动仿生的反思与出路

    Reversed Thinking and Outlet of Animal-motion Bionics

  10. 运动生理实验中的动物运动模型

    Animal exercise model in exercise physiological experiment

  11. 一些动物运动需要很大的场地。

    Some animals need large spaces .

  12. 对动物运动肢体的结构、缓冲机理进行了分析,建立起其数学模型。

    The structure and buffering mechanism of animal leg-foot are analyzed , and their model is established .

  13. 用半转机构实现水中与陆地上的动物运动效果仿生也是可能的。

    It is possible to use half-rotating mechanism to realize the bionics of aquatic or terrestrial animal motion .

  14. 基于腹足动物运动机理,介绍了一种新型动脉内仿生介入微机器人。

    Based on the gastropod 's motion principles , a novel bionic micro-robot which could intervene in artery was introduced .

  15. 这样就有了蝠鲼通过头鳍接受电位信号来感受水中其他动物运动的假设。

    The hypothesis is that mantas use those fins to pick up electrical signals from other animals moving in the water .

  16. 本论文从模拟自然界水生动物运动的角度出发,主要借鉴鱼类运动的推进机理,致力于研究在液体中通过游泳方式运动的微机器人。

    Mainly based on the fish propulsion mechanism , this dissertation is devoted to study the swimming micro robot in liquid .

  17. 实现森林防火、灾情监测、动物运动反馈等工作,需要考虑新的技术手段。

    Forest fire prevention , disaster monitoring , feedback and other animal movement need to consider new technological means to be completed .

  18. 背景:去甲肾上腺素能药物苯丙胺可提高脑缺血后动物运动功能的恢复。

    BACKGROUND : Amfetamine , one of the levarterenols , can improve the recovery of motor function of animals after cerebral ischemia .

  19. 采用文献资料法,对近10年动物运动模型的不同运动方式进行分析和比较。

    By using the method of documentary review , this paper makes the analysis and comparison on these different exercise types of animal exercise models .

  20. 运动生理研究中,如何规范动物运动方式及如何驱动动物按照程序进行运动,是动物运动实验必须解决的问题。

    The problem must be sloved in the research of animal exercise experiments of how to standardize exercise forms of animals and how to induce them to exercise according to programs .

  21. 采用爬杆试验观察各组动物运动能力;酚红排痰实验测定痰液的分泌情况。

    The climbing pole test was performed to observe the ability of moving after treated , and the secretion amount of phlegm in different groups was detected by phenol red expectoration test .

  22. 以诱导动物运动的研究、神经工程学的建立和隐形技术的发展等,介绍了仿生学对生物学科与工程技术发展的促进;论述了仿生学对未来经济发展的重要性。

    Using the study in induced animal movement , the establishment of Neural Engineering and the development of stealth technology as examples , it further illustrated the importance of Bionics for future economics development by promoting the technical realization of biological discoveries .

  23. 大多数动物节律运动是由中央模式发生器(Centralpatterngenerator,CPG)控制的。

    The rhythmic activities of most creatures are generated by the CPG ( Central Pattern Generator ) .

  24. 结论在脊髓损伤局部和在大脑运动皮层给入cAMP能诱导大鼠脊髓损伤后神经再生,但尚不能达到有效促进实验动物后肢运动功能的效果。

    Conclusion cAMP injected in the brain cortex or continuously infused in the spinal lesion area can induce the axonal regeneration and is beneficial to repair the spinal cord injury , but could not directly promote hindlimb movements recovering .

  25. 行为学变化:造模后抑郁组动物水平运动和垂直运动得分都显著低于对照组(P0.001);

    Changes of behavior : After model establishment , the scores of horizontal and vertical movements were significantly lower in the model group than in the normal group ( P 0.001 );

  26. 再灌注后4h、8h、12h、24h和48h分别对动物后肢运动功能进行评分;

    Hindlimb motor function was determined with the Tarlov criteria ( in which 4 is normal and 0 is paraplegia ) at 4 , 8 , 12 , 24 , and 48 hours after reperfusion .

  27. 番泻叶浸剂对动物小肠运动和尿量的影响

    Effects of Cassia Angustifolia Extract on Animal Small Intestine Movement and Urine Volume

  28. 我们会把杀动物当成运动和娱乐来消遣。

    We killed for thrill , sport and recreational .

  29. 白萝卜提取物对实验动物胃肠运动的影响

    Effects of Raphanus sativus roots on gastrointestinal stimulatory activity

  30. 动画片中兽类动物基本运动规律

    The basic movement law of beast in animated cartoon