- 更多网络例句与中足相关的网络例句 [注：此内容来源于网络，仅供参考]
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In order to understand the mechanism of anti-inflammatory effect of PA and carvacrol, the superoxide dismutase, glutahoine reductase, glutahoine peroxidase activities in liver and malondialdehyde , cyclooxygenase 2 (COX-2), tumor necrosis factor-α levels were eveluated. Also observed inducible nitric oxide synthase and cyclooxygenase-2 (COX-2) expression and the pathological histology in λ-carrageenan induced paw edema in mice.
本研究首先以醋酸扭体试验评估左手香水抽提物及其活性成分香芹酚是否具有镇痛效果，以福马林舔足试验辨别其镇痛作用是在周边或是中枢，再以λ-角叉菜胶诱导小鼠足跖肿胀试验探讨其抗发炎作用，并分析其肝脏组织中的超氧歧化酶、麸胱甘肽还原酶、麸胱甘肽过氧化酶活性、发炎足跖组织中的脂质过氧化指标产物丙二醛、肿瘤坏死因子-α及环氧化酶-2之含量变化，观察诱导型一氧化氮合成酶及环氧化酶-2之蛋白质表现量，并将肿胀足跖做病理切片观察之，以探讨左手香水抽提物及香芹酚之抗发炎机转。
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should take seriously in diabetic education diabetic sufficient precaution protects manage education, enhance a patient to be opposite the protective consciousness of sufficient ministry, the educational guidance strength of knowledge of appropriate to choice, dress footgear in increasing pair of diabetics to nurse in sufficient ministry, in order to decrease diabetic sufficient happening.
在糖尿病教育中要重视糖尿病足的预防护理教育，增强患者对足部的保护意识，加大对糖尿病患者在足部护理中对选择、穿着合适鞋袜知识的教育指导力度，以减少糖尿病足的发生。
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B, Sagittal T2-weighted image reveals persistent signal hypointensity resulting from hemosiderin deposition
A 足矢状T1-加权图像显示中足周围组织反常信号减低； B 矢状T2-加权图像显
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Further we divided the stand phase into three phases including loading response phase, mid stand phase and push off phase. In the loading response phase flat foot group presented higher frontal plane and saggital plane motion at rearfoot. In the mid stand phase they had higher midfoot motion at frontal plane.
将站立期细分成承重反应期、站立中期、推进期，则发现在承重反应期后足冠状面及矢状面活动角度大於正常足，站立中期中足冠状面活动角度大於正常足，推进期后足矢状面活动角度少於正常足。
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From the corrupt bribe case that in recent years each district court hears midleg can see,"Gigantic corrupt may not resides young officer of exalted "," to already became a kind of new corrupt into big corrupt "
从近年来各地法院审理的贪贿案件中足可看出，"巨贪未必居高位"、"小官成大贪"已成为一种新的腐
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In our experiment, we found two abnormal phenotypes that one only the last three segments develop into pupa, but the other segments are still keep the larva characters; another sample has differently develop speed between abdomen and backside, which resulted in the back develop into pupa but the abdomen were still the larva characters. When we add Az in the feed of injected EcR-dsRNA samples, in the 13 live larvae we found that 6 have the abnormal proleg phenotypes.
在另一组注射EcR-dsRNA以后通过浸叶法添食不同浓度的印楝素，在10ppm处理组存活的13个个体中有6个出现特异表型，其中两个幼虫为不完全蜕皮，尾部体节无法蜕皮导致发育受阻；另外发现4个供试虫体发育至五龄时出现腹足缺失表型，其中有两个是腹足几乎全部缺失，腹足应该生长的部位只有少数几个突起，没有发育成形的腹足；一个出现左侧腹足完全缺失，右侧第二腹足缺失表型；另一个个体只缺失了左侧最后一个腹足。
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Method］from january 2003 to may 2006,32 patients were corrected with qin si-he's orthotics devices on the ilizarov principle of tension-stress,which involved 15 males and 17 females,the age ranged from 10 to 25 years.among these patients,2 were caused by peroneal nerve injury,l by tumor in the vertebral canal,5 by meningocele,11 were caused by poliomyelitis,13 by congenital talipes equino-varus.in accordance with deformities,external fixator and limitied operative methods were dertermined.the limited release of soft tissue were performed in 7 patients,limited osteotomy in 25 patients.the dynamic muscle balance operation were performed in 9 patients with imbalance of muscle strength.according to the ilizarov technique,the fixative rods were installed.the telescopic rods on the apparatus were rotated one week after the operation,the divices had corrective function in three-dimensional directions.the deformity of talipes equinovarus,internal rotation and drooping of the forefoot were gradually corrected,and the patients could bear weight and walked on the deformed foot.the mean duration of traction were 42 days,then removed the external fixator maintained with plaster for a site time.
方法］2003年1月～2006年5月，根据ilizarov张力应力法则，应用秦泗河改良的外固定矫形器，遵循ilizarov穿针固定的基本原则，共手术治疗马蹄内翻足32例，男15例，女17例；年龄10～25岁，平均17岁。病因：腓总神经损伤2例，腰椎管内肿瘤1例，硬脊膜膨出5例，小儿麻痹后遗症11例，先天性马蹄内翻足13例。术前用足掌的前外缘负重行走者11例，用足的外缘或足背外侧负重者21例。根据马蹄内翻足畸形程度、性质和患者年龄，确定实施有限矫形手术的方法和外固定矫形器治疗。本组7例同期实施有限的软组织松解术，25例同期实施了有限的截骨术和跗骨间关节融合术，9例合并踝关节内外翻肌力明显失衡者，同期行足部肌腱转移的肌力平衡术。然后安装外固定矫形器。术后按作者制定的管理程序，7 d开始旋转相应的螺纹牵拉杆，对器械进行三维空间的缓慢调整，先矫正前足内收和后足内翻，后矫正足下垂畸形，直至达到矫形要求的标准。在矫形的过程中定期进行x线检测，以防止发生踝关节前后移位，治疗期间允许患足负重行走。术后平均牵伸42 d，拆外固定器后患足再上石膏固定适当时间。
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The nucleus of mature egg cell was located at the micropylar end and a great deal of starch grains were in the cytoplasm surrounding the nucleus.
胚囊发育为蓼型，反足细胞分裂形成反足组织，反足组织含有大量淀粉粒，反足细胞直到胚乳细胞化时才退化，反足细胞在胚和胚乳发育中起着积极作用。
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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。
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The main work of this paper: Firstly, Basing on the summarization and analysis of the walking mechanism, Parallel drive five-bar mechanism is applied for walking mechanism. And then the characteristic of the trail and positive kinematics as well as reverse kinematics are discussed. Secondly, the model of walking mechanism is established according to Parallel drive five-bar mechanism, and then a figure planning is designed for the foot-end trail. The characteristics of the parallel drive are emphasized to research in this paragraph by the method of insert value. At last, the simulation is performed in the ADAMS to compare the real result to the theoretical value. Thirdly, a sealed structure of a Quadruped Walking Robot is designed and established. The whole control system, including motor, sensor and control circuit, is sealed in the robot. Walking is derived in the way of the shaft driving and the dynamic torque sensor is used to the surrounding conditions of the robot's foot-end to be the foundation of the robot's control. At last, the applying principle of the dynamic torque sensor is researched in detail basing on the traditional sensor of the walking robot. Moreover, the principle is divided into several sorts to discuss. Finally, simulation and verification of the monitor principle are come through in the Mechanism of the Pro/Engineer.
论文的主要工作有：在对传统步行机构总结分析的基础上，提出将平面并联五杆机构应用于四足步行机器人的腿部结构，并对其轨迹特性、正运动学、逆运动学特性做了详细计算分析；依据平面并联五杆机构的模型，建立机器人步行机构的实体模型，对其足端的轨迹做了图谱规划，并利用插值法对并联驱动端的特性曲线作了研究，并在ADAMS中进行仿真，将结果与理论值相比较；然后设计了一套四足步行机器人密封装配结构设计方案，建立四足步行机器人单足结构、驱动以及传感器监测的三维实体模型，将机器人的整个控制系统，密封装配在步行机器人的机体中，通过轴传动来驱动步行机构实现步行，采用动态扭矩传感器监测步行机构的驱动关节受到的扭矩变化，从而获得四足步行机器人足端的周围情况，为步行机器人的控制方案奠定了基础；论文的最后在分析步行机器人传统控制传感器的基础上，详细分析了动态扭矩传感器的监测原理，并分几种情况分别分析了其监测原理，并在Pro/E的Mechanism模块中实现了监测原理的仿真与验证，最后给出了传感器监测信息与系统判断之间的关系。
- 更多网络解释与中足相关的网络解释 [注：此内容来源于网络，仅供参考]
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hind leg：后足
口器(mouth parts)是中足(median leg)和后足(hind leg). 基本的胸足,分为6节,即基节(coxa)、叠,网脉也多,较高等则可以摺叠,网脉也少. 翅中的脉序(venation)为昆有气门(spiracle)或称气孔. 水生昆虫的呼吸是具有气管鳃(tracheal gill).
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mesothorax：中胸
胸部(Thorax) 是昆虫体躯的第二体段,明显地由三个体节组成,由前向后依次称为前胸(prothorax)、中胸(mesothorax)和后胸(metathorax). 每一胸节有一对附肢,前足、中足和后足. 多数的成虫在中胸和后胸还各有一对翅(wings),分别称为前翅和后翅.
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midleg：中足
midlayercorrection 中间层校正 | midleg 中足 | midleg 中足
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Parapodium：侧足
软体动物腹足纲中的后鳃亚纲、翼足目等,其足的中央部,即中足的侧缘扩大成鳍状,称为侧足. 后鳃亚纲之左右侧足在背部重合,形成包裹内脏块的管状构造,能将水通过此管有力地压向后方,从而使身体运动. 此外,侧足(parapodium)还具有疣足的意义.
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Sinus tarsi：足根洞
足根中足関節 - Articulationes tarsometatarsales | 足根洞 - Sinus tarsi | 足根部 - Regio tarsalis
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mesopodium：中足
mesopod 中央足 | mesopodium 中足 | mesopore 中孔隙 间隙孔
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mesopterygial cartilage; mesopterygium：中鳍基骨;中鳍骨
跖(掌);中足格纹鯻 mesopoduim Mesopristes cancellatus | 中鳍基骨;中鳍骨 mesopterygial cartilage; mesopterygium | 中翼骨 mesopterygoid
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Lig. metatarsale transversum profundum：深横中足靱帯
深枝 - R. profundus | 深横中足靱帯 - Lig. metatarsale transversum profundum | 深腓骨神経 - N. fibularis profundus; N. peroneus profundus
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Spatia interossea metatarsi：中足骨間隙
中足間関節 - Articulationes intermetatarsales | 中足骨間隙 - Spatia interossea metatarsi | 中距骨関節面 - Facies articularis talaris media
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Tuberositas ossis metatarsi primi I：第一中足骨粗面
立方骨関節面 - Facies articularis cuboidea | 第一中足骨粗面 - Tuberositas ossis metatarsi primi I | 第三腓骨筋 - M. fibularis tertius; M. peroneus tertius