splenius capitis muscle的用法和样例：
The splenius capitis muscle was found to be significantly different for flexion, left anterolateral flexion, and left lateral flexion.
头颈夹肌在前屈、左前侧屈、左侧屈时具有显著的差异。
CTTH patients showed reduced rCSA for both RCPmin and RCPmaj muscles (P <0.01), but not for semispinalis and splenius capitis muscles, compared with controls.
与对照组比较，慢性紧张型头痛患者头后小直肌和头后大直肌横截面积减小，但半棘肌和头夹肌未显示差异。
During the surgery the longus collies muscle ,longus capitis muscle,anterior longitudinal ligament and atlantoax-ial articul ar capsules were cut.
后方固定方法包括:经寰枢侧块关节螺钉固定、寰枢侧块钉板固定和借助于枢椎椎弓根螺钉的枕颈固定。
Lesser posterior rectus capitis muscle
头后小直肌
Inferior obliquus capitis muscle
splenius capitis muscle的海词问答与网友补充：
splenius capitis muscle的相关资料：
相关词典网站：flexion怎么翻译及发音
沪江词库精选flexion是什么意思、英语单词推荐、用法及解释、中英文句子翻译、英语短语、英音发音音标、美音发音音标。
英音 [ 'flek??n ] ； 美音 [ 'flek??n ] 名词 弯曲弯曲部分语形变化
同义词：，；；，。 反义词：。
A Preliminary Clinical Evaluation of Lumber Disc Herniation with Supine and Prone Flexion Posture CT
仰卧及俯卧过屈位CT对腰椎间盘突出症的初步临床应用
The act or an instance oflexion.
弯曲弯曲或屈曲的行为或实例;弯曲
knee joint flexion and extension exerciser
膝关节弯曲伸长训练器
A horse of a breed developed in England, having a gait characterized by pronounced flexion of the knee.
海克尼挽马一种英国培育的马种，该马跨步时膝盖有明显的弯曲
deviation from a straight or normal course
ac especially a joint between the bones of a limb so that the angle between them is decreased
the state of being flexed (as of a joint)
柔曲计; 弯曲应力测定仪
n. (=flexibility)柔韧性
a. 可通融的;能变形的
2015flexion是什么意思由沪江网提供。flexion是什么意思_百度知道
flexion是什么意思
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flek&#643.（关节; 拐度、肢的）弯曲.-----------------------------------如有疑问欢迎追问，弯曲状态, 73 percent of patients had normal knee e&#601flexion[英][&#712;n][美][&#712:1;fl&#603; 以上结果来自金山词霸例句; 臂前举.Usik&#643;n]n
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钢铁产品;flek&#643，减少椎骨弯曲.支撑腰椎；前屈1.Supports lumbar vertebrae and decreases n]英 [&#39. Fatigue test by rotary flexion.屈曲.回转弯曲疲劳试验2;flek&#643;n]n.Iron and steel；弯曲网络弯屈；俯屈flexion美 [&#39
弯曲，弯曲状态（关节、肢的）; 臂前举; 拐度;
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出门在外也不愁&&&stress shielding 在 生物学 分类中
的翻译结果:
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&&&&Advance of studies on stress shielding in orthopaedics
&&&&骨科应力遮挡的研究进展
&&&&It is general considered that the main reason of the loosing is bone absorption caused by abrasion fragments and the effect of stress shielding.
&&&&对于引起松动的主要原因 ,通常人们认为是磨损碎屑和应力遮挡所造成的骨质吸收。
&&&&Based on bone remodeling theory and finite element method, computer simulation was used to bone remodeling behavior after artificial femur prosthesis embedding. Computer according with section absorptive rate and losing ratio of bending resistance section module also did quantitative analysis of the effect of stress shielding brought by prosthesis.
&&&&本文采用骨再造理论与有限元结合的方法 ,用计算机模拟人工股骨头假体植入后股骨的再造行为 ,用截面吸收率和抗弯截面模量损失率定量分析假体所产生的应力遮挡效应。
&&&&The length variation of straight handle has distinct influence on the effect of stress shielding.
&&&&三种长度直柄的假体所产生的骨吸收相差近 30 %,直柄长度的变化对应力遮挡效应有更显著的影响。
&&&&Conclusion
Low elastic CRF/PSF composite prosthesis can significantly reduce stress shielding and concentration
have high anti-fatigue strength and reach better mechanical compatibility.
&&&&结论 低弹CRF/PSF复合材料假体能显著降低应力遮挡、应力集中，从而推断低弹材料具有高疲劳强度，能达到较好的力学相容性。
&&&&For multi-part implant, the amount of stress shielding reduced most when the length of osseointegrated part at distal end and implant end are nearly 1cm. Full length of 9cm is favorable for multi-part implant to mitigate stress concentration caused by osseointegrated part at implant end.
&&&&多段式结构股骨远端部位和植入体末端部位的骨整合段长度在接近1cm左右下周围骨应力与正常骨水平最接近，总长在9cm以上有利于缓解植入体末端骨整合段周围的应力集中。
&&&&All specimens were loaded to 500N to comparing stiffness, displacement and straining and the pelvis withπ-shaped rod were loaded in different states: antexion, extension and leftlateral flexion to compare stress shielding.
&&&&测量中立位下生理载荷时骨盆不同内固定的应力、应变、强刚度和位移;
查询“stress shielding”译词为用户自定义的双语例句&&&&我想查看译文中含有：的双语例句
为了更好的帮助您理解掌握查询词或其译词在地道英语中的实际用法，我们为您准备了出自英文原文的大量英语例句，供您参考。&&&&&&&&&&&&&&&&&&&& To understand the effects of stress level on fractrue healing, 15 goats were divided into 3 groups. Two guoups of them were osteotomied at the midpoint of tibia or femur and fixed with the internal fixation plate and newly—designed internal fisation device respectively. The other group was the control one without any surgery. The animals were killed at 120 days and 180 days after surgery respectively and the bone specimens were taken from the healed bone and the normal bone. The measurements including... &&&&&&&&&&&&为了观察应力水平对骨折愈合的影响,十五只山羊被分成三组,对其中两组动物在其胫骨或股骨中段作手术骨折,并分别用接骨板内固定及新设计的具有自动加压功能的内固定器同定,另—组为未作骨折的对照组。手术后经120天及180天将动物处死,取骨折部位骨试件进行生物化学、物理及力学性质测试。结果表明,新设计内固定器在一定程度上减小了对轴向压力的应力遮挡效应,加速骨折愈合。&&&&&&&& ?bjective: To compare the effect of rigid and stress?relaxation plate on bone microcirculation. Methods: The tibiae of 28 rabbits were fixed with stainless steel plate (rigid plate,RP)on oneside and the other side with a similar plate in which viscose elastic washer was put between the screw and screw hole (stress?relaxation plate,SRP). Microangiography was used to observe the morphological and volume changes in microcirculation of cortical bone beneath RP and SRP at regular intervals after fixa... &&&&&&&&&&&&目的：比较坚硬接骨板和应力松弛接骨板固定后板下皮质骨内微循环的变化。方法：２８只家兔的两侧胫骨分别以不锈钢接骨板（坚硬接骨板）和螺孔内衬有粘弹性垫圈的不锈钢接骨板（应力松弛接骨板）做固定，并定期进行微血管造影，术后处死取材观察。结果：两种接骨板置入后均造成板下皮质骨缺血，２～４周后来自髓腔侧的血管扩张并侵入缺血区，８～１２周缺血区基本消失，皮质骨内血管继续增生呈网状，两组间比较，差异无显著性意义。１６周后应力松弛接骨板侧微血管容量不再改变，而坚硬接骨板侧血管继续扩张，形成较多血窦，血管容量进一步增加，并与应力松弛接骨板侧出现统计学差异。上述早期改变与血循环损伤有关，后期两种接骨板的差别则与其应力遮挡率不同有关。结论：应力松弛接骨板可有效地减缓和减轻坚硬接骨板造成的微血管形态改变及血管容量增加，从而避免严重的骨吸收和骨力学强度下降。&&&&&&&& Objective To study the influence of femoral biological quality on femoral stress change after femoral head prosthesis replacement. Methods Cemented collared(CC), cemented non-collared(CNC), non-cemented collared(NCC), non-cemented non-collared(NCNC) femoral head prosthesis replacement were performed in ten cad and femoral strains were determined with 1 000 N axial load. Results Femoral strains increased as bone mineral density decreased(PNCC >CNC >CC, point‘ B’
of calcar as: NCC ... &&&&&&&&&&&&目的 探讨股骨质量对人工股骨头置换术后股骨应力改变的影响。方法 对 10具尸体 20侧股骨标本分别行非骨水泥有肩托（ non-cemented collared， NCC）、非骨水泥无肩托（ non-cemented non-collared， NCNC）、骨水泥有肩托（ cemented collared， CC）、骨水泥无肩托（ cemented non-collared， CNC）假体置换。在生物力学试验机上行轴向 1 000 N载荷下股骨应变测定。结果 随着骨质量的减少，股骨应变有增加的趋势 (P0.05)。在同样的骨质量条件下，股骨大转子区域的股骨应变表现为： NCNC >NCC >CNC >CC假体，股骨矩区域股骨应变表现为： NCC >NCNC >CC >CNC假体，杆端区域股骨应变表现为： CC=CNC >NCC >NCNC假体。在不同骨质量情况下具有相同的规律（ P >0.05）。在杆端区域，骨水泥假体的应变稍大于非骨水泥假体，而在其他区域，骨水泥假体的应变普遍较小。正常骨质组与骨质疏松组的应力遮挡和应力集中比较，差异有显著性意义（ P&nbsp&&&&&&&&相关查询:
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