直肌

基本解释 (translations)

rectus

与直肌相关的网络例句 [注：此内容来源于网络，仅供参考]

Body weight is used as the basis for standardization to obtain ground reaction force values and impulse values. The original signal of EMG from Rectus femoris, Biceps femoris long head, Tibialis anterior and Gastrocnemius lateral head is processed by DASYLab 6.0 software to band-pass (10-500Hz), full-wave rectification and low-pass filtering (10Hz), after using the formula root mean square to get the root mean RMS value, divided by total gait cycle as the basis for standardization (100%).

肌电讯号由DASYLab 6.0软体分析股直肌、股二头肌、胫骨前肌、腓肠肌等肌群之原始肌电讯号后，进行10-500Hz的band-pass滤波处理，经全波整流上翻、10 Hz低通率波平滑化处理，再利用均方根（root mean square， RMS）公式运算后，可得均方根振幅，并以步态周期中最大肌电值进行标准化处理。

EMG signal analysis software from DASYLab 6.0 rectus femoralis, biceps femoris, tibialis anterior , the gastrocnemius and other muscles of the original EMG signal, the 10-500Hz to the band-pass filter processing, the full-wave rectifier on the turn, rate of 10 Hz low-pass smoothing wave treatment, and then by the integral operation, the available IEMG values, and divided by the integral interval of time, come to the average EMG EMG signal amplitude, and action cycle the largest standardized EMG values.

肌电讯号由DASYLab 6.0软体分析股直肌、股二头肌、胫骨前肌、腓肠肌等肌群之原始肌电讯号后，进行10-500Hz的band-pass滤波处理，经全波整流上翻、10 Hz低通率波平滑化处理，再经积分运算后，可得积分肌电值，并除以积分区间之作用时间，得出肌电讯号的平均肌电振幅，并以动作周期中最大肌电值进行标准化处理。

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结论新式剖宫产不缝合壁层腹膜可使腹直肌和子宫致密粘连，导致再次手术进腹时分离粘连时间长，腹直肌损伤大，粘连较传统子宫下段剖产术严重，给再次手术增加了难度，通过新式剖宫产术壁层腹膜缝合的改良，不但保留了新式剖宫产的优点，而且阻断了腹直肌和子宫切口的粘连，非凡是不扰乱和损伤膀胱，不给再次剖宫产带来困难，是一种很好的新式剖宫产改良术。

Objective To evaluate the clinical effect of combined operation with levator palpebra resected and supervior rectus elevated and suspended on congenital ptosis and supervior rectus less-function.

摘要目的评价上睑提肌缩短加上直肌提吊术治疗先天性上睑下垂合并上直肌功能不全所致下斜视的疗效。你知道它的英文吗？

Over the distribution of the neck muscles and dense, mainly the superficial platysma, sternocleidomastoid, suprahyoid muscles and deep down in the first before the rectus muscle, cephalic rectus, head long muscle, three scalene muscle, etc..

颈部肌肉分布多而密，主要有浅层的颈阔肌、胸锁乳突肌、舌骨上下肌群和深层的头前直肌、头侧直肌、头长肌、三斜角肌等。

During reaching, joint motions were recorded with an optoelectric system and surface electromyographic signals were collected bilaterally from 5 trunk muscles: rectus abdominis, external oblique, internal oblique, iliocostalis lumborum, and the multifidis, and bilaterally from the deltoid muscle.

以一个光电系统记录关节运动轨迹；以肌电图描记双侧五块躯干肌：腹直肌，腹外斜肌，腹内斜肌，髂腰肌和骶棘肌，再加上双侧三角肌。

RESULTS. Significantly larger tibial torsion, tighter iliopsoas, hamstrings, quadriceps, and gastrocnemius, and greater fatigue rate of the VMO relative to the VL were found in the PFPS group as compared to the control group. DISCUSSION AND CONCLUSION.

值设为0.01。结果：相较於对照组，髌股疼痛症候患者具有较大的胫骨扭转角度并呈现髂腰肌、股直肌、膕旁肌、腓长肌柔软度较差的情形，且其股内斜肌相较於股外肌也有较高的疲乏速率。

The biggest skin defect was 14 cm x 20 cm in size. Skin defects were repaired with flaps, myocutaneous flaps, free skin grafts and suturations. There were 4 gastronomies flaps, 6 latissimus flaps, 2 tensor fascia lata myocutaneous flaps, 1 transverse recuts abdominis myocutaneous flap, 5 plantaris medialis flaps, 3 random flaps, 12 free skin grafts and 5 suturings.

采用 7种不同类型的皮瓣、肌皮瓣、游离植皮和手术后直接缝合等方法进行修复，其中腓肠肌皮瓣 4例，背阔肌皮瓣6例，阔筋膜张肌皮瓣 2例，腹直肌皮瓣1例，足底内侧皮瓣 5例，邻近皮瓣3例，游离大块植皮1 2例，肿瘤切除后直接缝合5例。

Anomalous synkinetic muscles occurred the most common between lateral and medial rectus, lateral rectus and levator palpebrae muscle (36.89％ respectively) in congenital cases, and those occurred between inferior rectus and levator palpebrae muscle more commonly (30％) in acquired cases.

在发生异常联合运动肌肉中，先天性为外直肌与内直肌和外直肌与提上睑肌间最多，各占36.89％；后天性者最多见下直肌与提上睑肌，为30％。

Results The changes of extraocular muscles were not only the adhension with surrounding and incarceration with the fracture, but also the aspects themselves, appearance, location, thickness, macroaxis turning, and so on; Incarceration and herniation were few in medial orbital wall fracture ,but often in orbital floor fracture; Incarceration and herniation were more frequently in children than in adults; Coronal scanning, horizontal scanning and anteroposterior axes reconstitution had the different value.

结果 眼外肌除与周围有粘连和嵌顿外，还可见自身有形状、厚度、位置、长轴旋转等改变；内壁骨折极少引起内直肌嵌顿，下壁骨折中下直肌嵌夹及疝出则常见；未成年人下直肌嵌夹及疝出较成人常见；CT横轴位和冠状位，以及矢状重建在观察软组织变化中价值不同。

与直肌相关的网络解释 [注：此内容来源于网络，仅供参考]

Lateral border of rectus abdominis medially：内侧界是腹直肌外侧缘

Inguinal ligament inferiorly下界是腹股沟韧带 | Lateral border of rectus abdominis medially内侧界是腹直肌外侧缘 | Inferior epigastric artery laterally外侧界是腹壁下动脉

rectus：直肌

如腰带所输出的讯号会令到直肌(rectus) 、斜肌(obliques) 、腹肌(transversus) 等同时进行运动,Mini裙刺激臀部的肌肉,BT裤刺激臀部及四头肌,其效果不是一般运动所能够比拟.

rectus：条直肌

每眼的眼外肌(extraocular muscles)包括4条直肌(rectus)和2条斜肌(obliquemuscle). 4条直肌为上直肌、下直肌、内直肌和外直肌,它们均起自眶尖部视神经孔周围的总腱环,向前分别附着于眼球赤道部前方的巩膜上.

rectus abdominis：腹直肌

腹直肌(rectus abdominis) 位置形态:位于腹前壁正中线的两旁,居腹直肌鞘中,为上宽下窄的带形肌. 起、止点:起自耻骨联合与耻骨结节之间,肌束向上止于胸骨剑突及第5~7肋软骨的前面. 肌的全长被3~4条横行的腱划分成多个肌腹,腱划由结缔组织构成,与腹直肌鞘的前层紧密结合

rectus diastasis：腹直肌分离

rectum 直肠 | rectus diastasis 腹直肌分离 | recumbent position 卧位

internal rectus：内直肌

internal perfecting principle 内在完善原理 | internal rectus 内直肌 | internal reinforcement 内在强化

lateral rectus：外直肌

lateral pterygoid | 外翼肌 | lateral rectus | 外直肌 | latissimus dorsi | 阔背肌

tuberosity for m. rectus femoris wing incisive bone：股直肌粗隆

粗隆 tuberosity | 股直肌粗隆 tuberosity for m. rectus femoris wing incisive bone | 大圆肌隆突 tuberosity for teres major

abducens：[医] 展神经; 眼外直肌

1094abduce[医] 外展, 展 | 1095abducens[医] 展神经; 眼外直肌 | 1096abducens labiorum[医] 犬齿肌

medial recti muscles：内直肌

下直肌 inferior recti muscles | 内直肌 medial recti muscles | 外直肌 external recti muscles