肌弱

基本解释 (translations)

amyosthenia

与肌弱相关的网络例句 [注：此内容来源于网络，仅供参考]

The contraction of the buccinator limits not so much the height as the width of the buccal flange.

颊肌收缩对义齿颊侧基托翼缘高度的限制较宽度为弱。

There is a small action range in archery.Simple methods and analysis is inadequate,so the author,on the basis of testing the archery athletes in national team with the Qualisisy infrared photoelectric testing system,Footscan sole pressure testing system,Noraxon myoelectricity remote testing system, etc,analyzes comprehensively the action technique of the athletes in national team from the posture,body motion characteristics,body posture equilibrium and stability,distribution of centre sole pressure, myoelectricity characteristics,etc,with the methods of relative software and data statistics.The conclusions and the suggestions are as follows:Conclusion:Firstly,the communality of posture angle,muscle strength,the activation order of main muscle during raising the bow, raising the bow and the timing of the raising could be used as the evaluation index of technique action in archery;Secondly,the length of the time needed in the different periods couldn\'t be used as technique evaluation index since it has no relation with the result.But the time of raising and pulling back the row is relatively fixed,and the time has a positive relation with the archery achievement of the national team in China.Thirdly,the central index of the sole pressure could be used as the reference criterion of selecting athletes and forecasting achievement.During playing archery,the interrelation between the central index of the sole pressure and the achievement is different individually and in different periods.Fourthly,there is low stability of the archery athletes in the front and back direction during the action, caused by the athletes\' posture disequilibrium of dorsal abdominal muscle and non-professional sport shoes..Fifthly,kinematics and electromyography shows that the people on archery in China haven\'t taken the raising and pulling back the row seriously.

射箭的肢体动作幅度小，简单的手段和分析不能满足其需要，笔者结合各种运动生物力学仪器优点及射箭项目的特性，选用Qualisisy红外光点测试系统、Footscan足底压力测试系统、Noraxon肌电遥测系统等对国家队射箭队运动员进行多方位的测试，运用相关软件及数理统计方法，对运动员的射箭动作技术，从射箭动作的姿态构架、肢体运动特点，身体姿态平衡稳定性、足底压力中心分布、肌电特性等进行全面分析，结论及建议如下：结论：第一，姿态角、肌肉用力激活程度、举弓阶段主要用力肌肉激活顺序、举弓、开弓时间等的一致性可作为射箭技术动作评价指标；第二，各动作阶段所用时间的长短不能作为技术评价指标，但举、开弓的时间相对较固定，开举弓时间比与中国国家队射箭成绩正弱相关达到显著性；第三，闭眼状态下足底压力中心单位面积轨迹长与144支箭最好成绩正相关达到显著性，可作为身体素质、选材及成绩预测的参考依据；实射时身体平衡的足底压力中心指标与成绩的相关程度具有个体性差异、阶段性差异；第四，射箭运动员实射时身体在前后方向上的稳定性较差，这与运动员的站立姿态、腹背肌力量的不匹配以及射箭没有专业运动鞋有关；第五，运动学及肌电学都表明中国射箭训练对举弓、开弓阶段的重视不够，背部肌肉用力特征不明显，撒放技术合理性不高。

The strong positive expression located in the gland alveolus and duct of serous gland, as well as myoepithelium of mucus glands. In some cases, blood vessel endothelium and fibrous connective tissue also show weakly positive expression of NF-κB.

NF-κB的表达主要见于浆液腺腺泡上皮和导管上皮，呈强阳性表达；黏液腺肌上皮样上皮呈强表达；间质成分中血管内皮呈弱阳性表达、纤维结缔组织呈弱阳性表达。

Constipation: Because of the peristalsis of large intestine weak, abdominal muscle also loses, the instruction of cerebral instruction and bowel does not deserve to close, evacuant of too much use delay cause.

便秘：因为大肠的蠕动弱、腹肌也弱，脑的指令和肠的指令不配合，过多使用缓泻剂等造成。

And finally, if your quads are untrained and/or weak (unfortunately true for many students new to yoga), these muscles will not contract enough to prevent hyperextension and help protect the knee.

最终，如果你的股四头肌没用受过训练和/或比较弱（很不幸的是很多瑜伽的新练习者往往都是这种情况），那股四头肌不会足够地收缩以防止超伸和帮助保护膝关节。

Myoblastic cells from patients with PM had a weaker ability of developing into the myotubules, thus they were unable to perform effective regeneration, which resulted in a progressive necrosis. The exogenous bFGF could promote the division and proliferation of the muscle cells in vitro . These results shield a light on bFGF's potential role in preventing and treating PM.

PM患者受损腓肠肌在体外有再生能力，但融合成肌管能力极弱，存在再生障碍，不能对变性、坏死的肌纤维形成有效再生，故呈进行性肌纤维耗竭；外源性bFGF可促进PM患者体外培养骨骼肌细胞增殖分裂，并可促进肌管成熟，对进展性肌病应具有防治作用。

The approximation solution of the biomathematical model of muscular blood vessel under the condition of the nonresonant case is obtained. The expansion method for two variables of perturbation theory is used and the approximation solutions are given to the biomathematical model of muscular blood vessel under two cases.

求得了具有小阻尼、硬外激励的肌型血管生物数学模型在非共振情形下的一次近似解，并利用两变量展开法，经方程演化，求得了具有小阻尼、弱外激励的肌型血管生物数学模型在非共振和共振两种情况下的首次渐近解。

Acupuncturing non-spasm side by strong and weak stimulation both can improve spasm and decrease muscular tone, but no significant difference between strong and weak stimulation.

针刺非痉挛侧穴位强、弱刺激均能改善脑卒中后痉挛性偏瘫的痉挛程度，能降低肌张力，而且弱刺激、强刺激未见明显差异。

Compared the pcDNA-GPV-VP3 DNA vaccine groups with live attenuated vaccine contro1 group, 3, 6μg groups and 50μg group indued the number of CD4~+, CD8~+T T-lymphocytes higher than live attenuated vaccine control group.

基因疫苗组与弱毒疫苗组比较，小鼠外周血CD_4~+、CD_8~+T淋巴细胞值基因枪轰击3、6μg组和肌注50μg组都高于弱毒疫苗。

The results indicated that four SOD bands were identified in five tissues, and the band with the biggest mobility ratio were found weakly in gill, digestive gland and adductor muscle but not in foot and mantle. Two ATPase bands were found in four tissues except digestive gland. One MDH band was found in five tissues, but the MDH gene expressed strongly in foot and adductor muscle. Two ME bands were examined in foot, adductor muscle and mantle, but the band with smaller mobility ratio was found in gill and digestive gland.

结果表明，SOD在紫贻贝的5种组织中均有表达，共有4条酶带，但迁移率最大的酶带在足和外套膜中未出现，而在另外3种组织中呈弱表达；ATPase在除消化腺外的组织中都表现为2条带；MDH在5种组织中都表达出1条酶带，其中足和闭壳肌的MDH染色最深；ME存在1~2条酶带，其中迁移率大的条带在5种组织中都有表达，而迁移率小的条带只存在于外套膜、闭壳肌和足中。

与肌弱相关的网络解释 [注：此内容来源于网络，仅供参考]

connective tissue：结缔组织

效果:促進結締組織 (Connective Tissue)層的健康,激發生命力,恢復皮膚正常的脂油分泌和保濕的功能,令肌膚重復青春嬌嫩和彈力. 適用肌膚:適用於不同類型皮膚:過乾、太油、粉刺、炎膿,和過敏等,特別對那些成熟、開始老化、轉弱、和漸露皱纹的肌膚最為合用.

idiopathic generalize epilepsy：特发性癫痫

特发性弱精症:idiopathic asthenospermia | 特发性癫痫:idiopathic generalize epilepsy | 特发性多发性肌炎:idiopathic polymyositis

myasthenia：肌弱

monsoon 季节风 | myasthenia 肌弱 | myatonia 肌弛缓

amyosthenia：肌弱

amyostasia 肌震颤 | amyosthenia 肌弱 | amyotaxia 肌运动失调

hemiamblyopia：半侧弱视

hemiamaurosis偏盲 | hemiamblyopia半侧弱视 | hemiamyosthenia偏身肌无力

hemiamblyopia：偏侧弱视

hemiamaurosis 偏盲 | hemiamblyopia 偏侧弱视 | hemiamyosthenia 偏身肌无力

isotropism：各向同性

横纹肌(骨骼肌和心肌)肌原纤维的肌小节的明亮部分. 它和暗的A带交互并列而形成横纹,中央部分由Z膜隔开. I带在肌肉松弛时变宽,收缩时可变窄. 这是因为I带中的I细丝向A带中的A细丝之间滑行所致. 与A带相比,I带的双折射性弱,因此有所谓各向同性(isotropism)的命名(恩格尔曼(W.T.Engelmann),1873).

myatonia：肌弛缓

myasthenia 肌弱 | myatonia 肌弛缓 | mycelium 菌丝体