向关节的

基本解释 (translations)

arthrotropic

与向关节的相关的网络例句 [注：此内容来源于网络，仅供参考]

Human rG1-autoreactive T cells injected intraperitoneally have homed to left knee where its epitope rAG1 was injected, and they participated in the development of inflammatory arthropathy.

结论人特异性rAG1反应性T细胞在rAG1刺激下可向关节局部归巢而导致关节炎症反应，提示针对rAG1的自身免疫反应可能参与了RA的发病。

The portal of radiocapal joint was in the triangle of tendon of extensor carpi radialis muscle and long abductor muscle of first digit.Lateral to accessory cephalic vein and superficial branceh of radial nerve.The arthroscopic portals in intercarpal joint were in the both sides of extensor carpi radialis muscle.

桡腕关节的进镜部位在关节前方正中偏内侧，在腕桡侧伸肌腱内侧和腕斜伸肌腱之间的三角区，再向内为副皮下静脉及桡神经浅支，腕间关节在腕桡侧伸肌腱的两侧均可。

In another cadaveric study, Adams and Hutton58found that the lumbar facet joints resist approximately16% of the intervertebral compressive force when standing erect versus near 0% when sitting, which helps explain the high intra discal pressures during unsupported sitting.59 Finally, after conducting in vitro experiments measuring induced loads on cadaveric lumbar facets, Lorenz et al.60 concluded that with increasing compressive loads, the absolute facet loads increases only slightly, so that the proportion of the axial burden borne by the l-z joints actually decreases with increasing stress.

另一项尸体标本的研究中，Adam和Hutton发现，当直立站立时，小关节承担了逐渐压力的近16%，而坐位时进0%，这解释了为什么在无支持的坐位时椎间的压力非常高。最后，Lorenz在尸体标本加载负荷后测量小关节的应力后，认为增加压力负荷时，小关节间的应力仅轻微增加，因此在轴向负荷中，小关节承担的比例实际随着应力的增加而减少。

Dissect the fascia from the dorsum down to the bursa oer the medial aspect of the metatarsal head. Then make a cured incision through the bursa and capsule of the joint Fig. 1-24,; begin the incision oer the dorsomedial aspect of the joint, continue it proximally dorsal to the metatarsal head and then plantarward and distalward around the joint, and end it distally on the medioplantar aspect of the metatarsophalangeal joint.

然后弧形切开滑囊及跖趾关节囊图1-24，，切口起自关节背内侧，自跖骨头背侧向近端延长，然后转向跖侧，再转向远瑞，环绕关节而行，最后在远端终止于跖趾关节的跖内侧面，此切口形成一椭圆形网球拍状组织瓣，连接于近节趾骨的基底部

Hock joints have no tendency to turn in or out when standing or gaiting.

无论站立或是运动，跗关节无向内或向外的趋势。

Dissect the fascia from the dorsum down to the bursa over the medial aspect of the metatarsal head. Then make a curved incision through the bursa and capsule of the joint Fig. 1-24,; begin the incision over the dorsomedial aspect of the joint, continue it proximally dorsal to the metatarsal head and then plantarward and distalward around the joint, and end it distally on the medioplantar aspect of the metatarsophalangeal joint.

然后弧形切开滑囊及跖趾关节囊图1-24，，切口起自关节背内侧，自跖骨头背侧向近端延长，然后转向跖侧，再转向远瑞，环绕关节而行，最后在远端终止于跖趾关节的跖内侧面，此切口形成一椭圆形网球拍状组织瓣，连接于近节趾骨的基底部

Objective:To study the efficacy of periarticular multimodal analgesic drugs injection in total hip arthroplasty.

目的：研究全髋关节置换术中向关节周围局部注射混合镇痛液的疗效。

METHODS: Puncture with the needle retaining in the cavity of knee of normal adult corpse without effusion or pneumatosis was performed, and 1, 5, 10, 15, 20, 30, 40 mL contrast-medium was injected into the cavity. Coronal section, vertical plane and transect were scanned with T2WI, 4 mm thickness and 1 mm interval by MRI.

对10件无积液、积气、结构正常的成人尸体膝关节腔内穿刺留针，通过穿刺针向关节腔内依次注入1，5，10，15，20，30，40 mL对比剂，分别于每次注射后行冠状面、矢状面、横断面T2WI，厚度4 mm，间距1 mm，MRI扫描。

Cartilage expands and contracts in your hips, knees and ankles while running, which nourishes the joints by oxygenating them and flushing out waste products. This creates healthy cartilage.

在跑步的过程中，臀部，膝盖和踝关节的软骨反复伸缩，加速向关节供氧并排出废物--滋养关节也有利于软骨健康。

Description: This project shall adopt the double-mixing-shaft reciprocal rotary distribution design, with the vibration excitation/isolation system to be floating-connected by double-seated spring and hydraulic system adopting highly-dynamic performance proportion, making unnecessary a separate motor for driving and ensuring high compactness of blocks. The machine should make less noise than similar products, operate quickly, reduce the impact upon change of direction and save energy. Each joint should be linked with knuckle bearing and provided with lubricating device to prevent wear and tear. The automatic control system should use PLC and HMI display of operation, providing accurate and explicit detection of faults.

内容说明：本项目采用双搅拌轴往复旋转布料设计，激振隔振系统采用双座双弹簧浮动连接，液压系统采用高动态性能比例，可使砌块成型机不需要单独电机驱动，能保证砌块密实度大；机台噪声比同类机台小，运行快速，降低变向时的冲击配备，节约能源；各关节部位均用关节轴承联结，具备润滑装置不易磨损；自控制系统选用PLC编制控制器，操作人机界面显示，故障准确明确。

与向关节的相关的网络解释 [注：此内容来源于网络，仅供参考]

bunion：囊炎

拇囊炎(bunion)常由不合脚的鞋引起. 你的拇趾会向旁边的脚趾弯折,甚至叠在其他脚趾上. 拇趾跟部的伸展超出正常的活动范围,这便叫作拇囊炎. 脚与鞋的摩擦还会诱发鸡眼、胼胝及关节疼痛.

crest：嵴

表膜是由许多螺旋状的条纹联结而成,每一个表膜条纹的一边有向内的沟(groove),另一边有向外的嵴(crest). 一个条纹的沟与其邻接条纹的嵴相关联(似关节). 眼虫生活时,表膜条纹彼此相对移动,可能是由于嵴在沟中滑动的结果.

hock：跗关节

四肢跗关节(Hock) 指位于后肢小腿与系部之间的那部分关节,也称飞节. 牛型跗关节(Cow hock) 两个后肢的跗关节跟牛一样向内侧弯曲,也称牛状腿形. 直型跗关节(Straight hock) 没有弯曲角度的跗关节. 笔直绷紧的后肢.

masticatory muscles：咀嚼肌

2、咀嚼肌(masticatory muscles) 是运动颞下颌关节的肌,主要有颞肌和咬肌. 颞肌呈扇形,起自颞窝,向下会聚于下颌骨的冠突. 咬肌呈长方形,起自颧弓,止于下颌角外面. 二肌收缩均可上提下颌骨,使牙咬合.

recoil：反跳

屈曲损伤肌肉的收缩可使损伤平面上方之颈椎向后反跳(recoil)至原位,而不象成人那样常发生关节突关节的骨折或交锁. (3)纵向牵拉损伤:主要见于新生儿产伤. 一般来说,患儿越年轻,脊柱弹性越好,受到强烈牵拉时也越易受到损伤.

thoracic vertebrae：胸椎

◆胸椎(thoracic vertebrae)共12块,特点:①在椎体侧面和横突尖端的前面,都有与肋骨相关节的肋凹. 包括椎体肋凹和横突肋凹;②胸椎棘突伸向后下,互相掩盖,呈迭瓦状. 上下关节面基本呈额状位. ◆骶骨(sacrum)略呈三角形,其底向上,尖向下. 主要形态结构是:底的前缘向

cervical vertebrae：颈椎

◆颈椎(cervical vertebrae)共有7个. 特点:椎体较小,椎孔较大,呈三角形;横突有一横突孔,有血管通过. ◆胸椎(thoracic vertebrae)共12块,特点:①在椎体侧面和横突尖端的前面,都有与肋骨相关节的肋凹. 包括椎体肋凹和横突肋凹;②胸椎棘突伸向后下,

arthrotropic：[医]亲关节的,向关节的 致关节疾病的

selectional relation 选择关系 | arthrotropic [医]亲关节的,向关节的 致关节疾病的 | final bleaching 终漂

arthrotropic：亲关节的,向关节的致关节疾病的

arthrotomy | 关节切开(术) | arthrotropic | 亲关节的,向关节的致关节疾病的 | arthrotyphoid | 风湿型伤寒

arthrotyphoid：风湿型伤寒

arthrotropic | 亲关节的,向关节的致关节疾病的 | arthrotyphoid | 风湿型伤寒 | Arthrozoa | 关节动物