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motor reaction
相关语句
  运动反应
     Observation on Visual Motor Reaction Time in the Aged People
     老龄者视觉运动反应时状态观察
短句来源
     The data of nailfold microcirculation,visual motor reaction time,ST segment of cardiogram are collected from a sample composed of 207 old men and women,and analyzed by the muliple variable mehod of discriminaion. It proves that all cases can be divided into three groups,i. e.
     采用判别分析方法对207例个案甲皱微循环总积分、视觉运动反应时值、心电图ST段时值测定数据的分析,证明在日历年龄分组基础上,可以在三维空间中将全部案例划分为初衰老、中衰老和高衰老的3个组群,并在此基础上构造了老龄者不同衰老程度的三维表示方法,同时对其理论上的和实际上的可行性作了扼要讨论
短句来源
  运动反应的
     Effect of shortterm low frequency noise exposure on human tracking performance and visualmotor reaction
     低频噪声短期暴露对跟踪作业工效及视觉运动反应的影响
短句来源
  “motor reaction”译为未确定词的双语例句
     Evaluation of Finger Motor Reaction in Flver when Handling Throttle and Stick
     飞行员握杆操纵条件下手指运动反应的评价
短句来源
     Results The result of visual motor reaction time, visuognosis persistence, critical flicker frequency and the near point of accommodation of right had significant difference between the observation and control groups ( P < 0.01) .
     结果观察组与对照组在前3项指标和右眼远、近点调节差异均有显著性(P<0.01),左眼远、近点调节和集合近点调节在观察组和对照组之间差异也有显著性(P<0.05);
短句来源
     This suggests a role of the premotor cortex not limited to motor reaction during numerical processing.
     这一结果表明,前运动皮质在数字加工过程中可能扮演着比动作反应更为重要的角色。
短句来源
  相似匹配句对
     Application of Reaction Motor of Straight Line
     直线电机的应用
短句来源
     THE UNIVERSAL CAD PROGRAM OF REACTION STEPPING MOTOR
     反应式步进电动机的通用机辅设计程序
短句来源
     t is reaction time, s;
     t一反应时间,s;
短句来源
     The electrode reaction is(?)
     ,电极反应是由醌型还原为氢醌型。
短句来源
     MOTOR INTELLIGENCE
     运动智力
短句来源
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  motor reaction
Its program provided automated presentation of a pair of acoustic signals, preliminary and imperative; the subject had to perform a motor reaction, pushing a button with the right thumb, with a minimum delay after the second stimulus.
      
Its program provided automated presentation of a pair of acoustic signals, preliminary and imperative; the subject had to perform a motor reaction, pushing a button with the right thumb, with a minimum delay after the second stimulus.
      
At a definite level of ρ the machine switched on a light stimulus and a mechanism recording the motor reaction.
      
It was demonstrated that the state of "animal hypnosis" induced against the background of the optimum of the dominant inhibits the motor reaction of the "dominant" limb to sensory test stimuli.
      
A weak but stable disinhibition of the motor reaction was observed in response to flashes turned on against the background of conditional inhibition, continuous light.
      
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The present study is an attempt to further asertain the histological location and afferent connections of the "Groaning Center" of cat.In 1952, by electrical stimulation of the lateral tegmental area of cats, a restricted region was found to give rise to the groaning response and it was designated as the "Groaning Center", which on excitation would also produce various viseral and motor reactions.According to our microscopic study of the position of the "Groaning Center", we found that the nucleus subcuneiformis...

The present study is an attempt to further asertain the histological location and afferent connections of the "Groaning Center" of cat.In 1952, by electrical stimulation of the lateral tegmental area of cats, a restricted region was found to give rise to the groaning response and it was designated as the "Groaning Center", which on excitation would also produce various viseral and motor reactions.According to our microscopic study of the position of the "Groaning Center", we found that the nucleus subcuneiformis in the lateral tegmental region is the focal point of the center. It lies ventralateral to the nucleus trochlear, medial to the lateral lemniscus and the nucleus paralemniscalis (Jasper atlas, 1954), dorsal to the nucleus cuneiformis. This center extends about 1.0 mm. anteroposteriorly, 1.0 mm. mediolaterally and about 1.5 mm. dorsoventrally. This area cheifly consists of fibers and scattered cells of medium and small size. A cluster of larger cells has been observed in the ventral region of the center.By HRP retrograde transport study, we found that after injection of HRP into the center, the reactive cells were found in extensive brain areas. The labelled cells were mainly found in the ipsilateral side of the hypothalamus, especially in the lateral and posterior nucleus of hypothalamus as well as the dorsomedial nucleus of hypothalamus. The reactive cells were also found in the forebrain regions, such as the cingulate gyrus, globus pallidus, zona incerta, nucleus parafa-sicularis, etc.The relation between the center with vocalization and emotional responses is discussed.

实验观察了电刺激猫中脑“怒叫中枢”引起的心电、脑电、呼吸、血压及行为变化,确定了“怒叫中枢”的组织学部位,并用辣根过氧化物酶(HRP)逆行转运方法研究了“怒叫中枢”区域的传入连接。结果表明,猫中脑“怒叫中枢”位于中脑尾侧滑车神经核平面,被盖外侧的楔状下核内,其范围局限,约1×1×2mm。电刺激此区可引起怒叫反应,呼吸加快,血压升高,慢性实验动物还表现出攻击或逃避行为。HRP实验结果表明,此区主要接受同侧下丘脑外侧核、后核、背内侧核,中脑中央灰质外侧部及邻近被盖区的直接投射纤维,同时也接受部分来自前脑与情绪有关脑区的纤维投射

The present study is an attempt to further ascertain the histological locationand afferent connections of the"Groaning Center"of the cat. In 1952,by electrical stimulation of the lateral tegmental area of cats,arestricted region was found to give rise to the groaning response and itwas designated as the"Groaning Center",which on excitation would alsoproduce various viseral and motor reactions. According to our microscopic study of the position of the"GroaningCenter",we found that the pars lateralis of...

The present study is an attempt to further ascertain the histological locationand afferent connections of the"Groaning Center"of the cat. In 1952,by electrical stimulation of the lateral tegmental area of cats,arestricted region was found to give rise to the groaning response and itwas designated as the"Groaning Center",which on excitation would alsoproduce various viseral and motor reactions. According to our microscopic study of the position of the"GroaningCenter",we found that the pars lateralis of the nucleus subcuneiformis inthe lateral tegmental region is the focal point of the center.It lies ventrala-teral to the nucleus trochlear,medial to the lateral lemniscus and the nucleusparalemniscalis (Jasper atlas,1954),dorsal to the nucleus cuneiformis.Thiscenter extends about 1.0mm.anteroposteriorly,1.0mm.mediolaterally andabout 1.5mm.dorsoventrally.This area cheifly consists of fibers and scatteredcells of medium and small size.A cluster of larger cells has been observed inthe ventral region of the center. By HRP retrograde transport study,we found that after injection ofHRP into the center,the reactive cells were found in extensive brain areas.The labelled cells were mainly found in the ipsilateral side of the hypothala-mus,especially in the lateral and posterior nucleus of hypothalamus as wellas the dorsomedial nucleus of hypothalamus.The reactive cells were also foundin the forebrain regions,such as the cingulate gyrus,globus pallidus,zonaincerta,nucleus parafascicularis,etc. The relation between the center with vocalization and emotionalresponses is discussed.

本实验观察了电刺激猫中脑“怒叫中枢”引起的心电、脑电、呼吸、血压及行为变化,确定了“怒叫中枢”的组织学部位,并用辣根过氧化物酶(HRP)逆行转运方法研究了“怒叫中枢”区域的传入连接。结果表明,猫中脑“怒叫中枢”位于中脑尾侧滑车神经核水平,外侧被盖的楔状下核内,其范围局限于约1×1×1.5mm。电刺激此区可引起怒叫反应,呼吸加快,血压升高,慢性实验动物还表现出攻击或逃避行为。辣根过氧化物酶逆行转运实验结果表明,此区主要接受同侧下丘脑外侧核、后核、背内侧核、中脑中央灰质外侧部及邻近被盖区的直接投射纤维,同时也接受部分来自前脑与情绪有关脑区的纤维投射。

9 male subjects were tested in a hypobaric chamber simulating 3 000, 4 000, 5 000 and 6 000m altitudes. All subjects stayed at each altitude for 1 hour and were tested during staying. The test items included auditory examinations as well as EEG and chief complaint. The information obtained from auditory examination was processed by computer. The results indicated that the audio-motor reaction of the subjects was basically normal at 3 000m, while the correct rate, missing rate, delayed reaction rate...

9 male subjects were tested in a hypobaric chamber simulating 3 000, 4 000, 5 000 and 6 000m altitudes. All subjects stayed at each altitude for 1 hour and were tested during staying. The test items included auditory examinations as well as EEG and chief complaint. The information obtained from auditory examination was processed by computer. The results indicated that the audio-motor reaction of the subjects was basically normal at 3 000m, while the correct rate, missing rate, delayed reaction rate and reaction time of audio-motor reaction changed distinctly at 5 000m and 6 000m. These results may provide an ergonomic reference for establishing physiological standard in protection against acute hypoxia.

受试者为9名男性青年。在低压舱模拟海拔3000、4000、5000和6000m,分别进行1h实验,共36人次。各高度上停留时作听觉检测,并记录了脑电和主诉。结果表明,在3000m,人的听觉运动反应基本正常;而在5000m、6000m,听觉运动反应的正确率、延时率、遗漏率和反应时等多项指标发生显著变化,工效降低。本研究为急性缺氧防护生理标准和缺氧耐力提供了工效的依据。

 
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