- 更多网络例句与胫股的相关的网络例句 [注:此内容来源于网络,仅供参考]
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Objective To investigate the influence and clinical significance of knee lateral thrust gait to femorotibial angle and lateral joint space in the patients with knee varus deformity.
目的 探讨膝外摆步态对膝内翻患者股骨一胫骨角及胫股关节外侧间隙的影响及其临床意义。
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Medial femorotibial cartilage thinning was observed as frequently as cartilage thickening in KLG2 knees.
与KLG2级膝盖中,内侧胫股关节软骨变薄的频率与软骨增厚相似。
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The femorotibial cartilage thickness was determined in BL and follow-up MR images across five tibial and three femoral subregions in the medial/lateral compartment, respectively.
在BL和随访MR成像中分别通过内侧和外侧层中5个胫骨和3个股骨亚区确定胫股软骨的厚度。
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Time of patellofemoral replacement was sixty-six years range
晚期的翻修术主要是因为胫股关节炎。
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They were divided into two groups. Eight of them underwent lateral retinacular overlap suture and medial retinacular release operation to create patellofemoral articular cartilage degeneration.
山羊髌股关节和胫股关节软骨退变模型的建立选用山羊16只,其中8只采用外侧支持带紧缩和内侧支持带松解的方法制造髌股关节退变的模型,另外8只采用前交叉韧带切断和内侧半月板切除的方法制造胫股关节退变的模型。
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RESULTS:结论: Five factors were found to be predictive of tibiofemoral osteoarthritis.
发现5种因素是胫股关节骨性关节炎的预测因素。
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This may represent a compensatory mechanism to reduce medial tibiofemoral joint load in the setting of knee pain.
这可能是膝关节痛时减少胫股关节内侧间室负荷的一种代偿机制。
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An elevation of the joint line primarily affected the patellofemoral joint with JCF increases of as much as 60% of the patient's body weight at 10-mm JLE and 90% BW at 15-mm JLE, while the largest increase in tibiofemoral JCF was only 14% BW.
关节线抬高后主要产生以下影响:关节线抬高10毫米时,膑股关节的接触力增加约体重的60%;关节线抬高15毫米时,膑股关节的接触力增加约体重的90%;而胫股关节接触力最大增加仅为14%。
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Results:Evaluation was done according to the criterions made by Dou Baoxin 85.8%of curative effects were excellent and good,The ideal tibiofemoral angles were 170°~172° degree.
结果:随访结果参考窦宝信标准进行评定,85.8%疗效优良,理想的胫股角为170°~172°。
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Based on these MRIs, researchers determined how much cartilage loss occurred over time at the two joints of the knee: the tibiofemoral joint, where the thigh bone meets the lower leg bone; and the patellofemoral joint, behind the kneecap.
基于这些,磁共振成像,研究人员确定有多少软骨发生损失随着时间的推移,两个关节膝关节:胫股关节,大腿骨会见小腿骨骼;及髌股关节,后面膑。
- 更多网络解释与胫股的相关的网络解释 [注:此内容来源于网络,仅供参考]
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halter:平衡棒
分别称前足、中足和后足. 足分5节,由基部向端部依次称基节、转节、股节、胫节和跗节. 跗节又有1~5分节,跗节末端具爪(claw). 多数昆虫的中胸及后胸的背侧各有翅1对,分别称前翅和后翅. 双翅目昆虫仅有前翅,后翅退化成棒状的平衡棒(halter).
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ATA:胫前动脉
采用二维超声检测肱动脉内皮依赖性和非依赖性舒张功能及下肢动脉内膜的变化,应用二维彩色多普勒超声检查下肢动脉(包括股动脉(FA)、股浅动脉(SFA)、胭动脉(PA)、胫前动脉(ATA)和胫后动脉(PTA)及足背动脉(DPA),
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femoropopliteal:股髂的
femoroiliac股髂的 | femoropopliteal股髂的 | femorotibial股胫的
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femorotibial:股胫的,腿胫节的
anterior cruciate ligament 前十字韧带,前交叉韧带 | femorotibial 股胫的,腿胫节的 | necropsy 尸体剖检
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femorotibial:股胫的
femoropopliteal股髂的 | femorotibial股胫的 | femorotibialindex股胫指数
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iliotibial tract:肠胫束
是由股骨(大腿骨)、胫骨、腓骨、膝盖骨;膝内侧侧韧带、膝外侧侧韧带、前、后十字韧带;两车半月形软骨;负责膝关节伸直的股四头肌、膝盖肌腱;负责膝关节弯曲的后大腿肌(奈旁肌);负责膝关节伸直又负责膝关节弯曲的肠胫束(iliotibial tract)及许多错综复杂的肌
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Mantidae:螳螂科
螳螂科(Mantidae)近2,000种体型大、行动缓慢的昆虫,特徵是前胸(上部)长,前足股节腹面有沟,沟两侧有刺列,胫节(下部)可嵌入沟内. 它只吃活虫,以有刺的前足牢牢钳食它的猎物. 受惊时,振翅沙沙作响,同时显露鲜明的警戒色. 常见於植丛中而非地面上,
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popliteal artery:[腘动脉]
腿部的主要动脉是位于大腿上部和内部的股动脉(femoral artery);膝盖后面的腘动脉(popliteal artery);和位于小腿上的胫动脉(tibial arteries). 腿部的血液由两条静脉运走:深静脉,它和动脉一样位于腿的表层以下;浅静脉,从腿的表面就可以看到它.