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前臂

qián bì
  • forearm;antebrachium;cubitus
前臂前臂
前臂 [qián bì]
  • [forearm] 灵长类臂或前肢的肘与腕之间的部分

前臂[qián bì]
  1. 我用前臂挡开了第一拳的大部分力道。

    My forearm deflected most of the first punch .

  2. 第二种方法是用0.1毫升1∶10稀释液在前臂作皮内注射。

    In the second method , 0.1ml.of the1 ∶ 10 dilution is injected intracutaneously in the forearm .

  3. 他双袖上卷,前臂显出隆起的肌肉。

    His forearms , where the sleeves were rolled back , showed bulging muscles .

  4. 目的:研究正常和损伤的前臂骨间膜的MRI表现。

    Objective : To study normal and injured forearm interosseous membrane manifestions ( IOM ) on MRI .

  5. 目的介绍趾移植联合前臂贵要静脉-皮神经营养血管皮瓣修复拇指ⅢB缺损的方法。

    Objective To introduce the method of reconstruction for thumb ⅲ _B defect by using the toe transplantation with basilic vein-cutaneous nerve nutrient vessels pedicled forearm flaps .

  6. 目的采用非线性回归中的最大值函数拟合正常人群前臂远端骨密度(BMD)变化。

    Objective To fit the bone mineral density ( BMD ) changes in distal forearm of normal human by non-linear regression .

  7. 方法:31例患者接受造影检查,造影剂经左前臂静脉注射,间歇成像由心电图R波触发。

    Methods : Thirty one cases were examined with ISHI . The contrast agents were administrated through left forearm veins . The intermittent imaging was triggered by R wave of electrocardiogram ( ECG ) .

  8. Ilizarov技术矫正手与前臂畸形的临床应用研究

    A clinical study of Ilizarov technique in the correction of hand and forearm deformities

  9. 方法选择80例拟行前臂与手部手术的成年男性患者,ASAⅠ、Ⅱ级。

    [ Methods ] Eighty adult male patients ( ASA ⅰ, ⅱ) undergoing forearm or hand surgery were divided randomly into four groups .

  10. 结果:男性和女性前臂远端PBM均在30~34岁年龄组,其中男性BMD为0.577±0.061g/cm2,女性BMD为0.496±0.037g/cm2。

    Results : Results : PBM of proximal-forearm is seen in 30 ~ 34 years old group for males and females ;

  11. 双能X光骨密度仪测量腰椎、髋部、前臂骨密度值(BMD)。

    Bone mass density ( BMD ) at lumbar vertebrae , hip , forearm was measured by dual energy x ray absorptiometry ( DEXA ) .

  12. 方法:利用DEXA人前臂骨密度软件测定4、8和20月龄雌性SD大鼠全身BMD、BMC和骨投影面积(AREA)。

    Methods : BMD , BMC and AREA of 4 , 8 and 20 month old female rats were detected with human forearm software in Lunar DEXA .

  13. 方法:使用美国Hologic公司的DTX100型单能X线吸收仪(SXA)测定前臂BMD。

    Methods : BMD was measured by single X ray absorptiometry ( Hologic DTX 100 ) .

  14. 总手术时程为(68.90±24.32)min。并发伤口渗血1例,前臂皮下瘀斑2例。

    The overall operation time was ( 68.90 ± 24.32 ) min , during which blood oozing from the wound occurred in one patient and ecchymosis of the forearm was observed in two patients .

  15. SPA与DXA测量前臂BMD高度相关,诊断结果无显著性差别。

    There were highly significant correlations in BMD at forearm measured by DXA and SPA , and no significant difference was found in diagnostic results .

  16. [结论]应用Ilizarov技术修复前臂的残缺,矫正手的畸形,具有微创、简单、疗效确切的优点,不会产生严重的手术并发症。

    [ Conclusion ] Ilizarov technique is mini-invasive , simple , effective in correcting anomalies and deformities of hand and forearm .

  17. 结果:174名日本40~79岁健康妇女前臂BMD平均值随年龄而递减,50岁后骨损失加速。

    Results : Mean BMD of distal forearm decreased gradually from age 40 to 79 , and an acceleration of bony loss could be seen after the age of 50 as well .

  18. 在50岁~54岁女性前臂远端1/10比1/3部位显示更高的OP患病率(P<0.01)。

    The prevalence rate of OP at the 1 / 10 site ws higher than at the 1 / 3 site in female aged 45-54 years ( P < 0.01 ) .

  19. 早期神经松解减压治疗前臂Volkmann肌挛缩

    The Early Decompression and Release of the Nerves in Volkmann 's Ischemic Contractures of the Forearm

  20. 方法:在超声波作用前后,分别测试了80例正常人双侧正中神经前臂段的运动纤维传导速度(MCV)。

    Methods : Before and after ultrasound being applied to the forearm , both sides median nerve MCV of 80 normal adult volunteers were surveyed , respectively .

  21. 采用问卷调查法收集一般情况、膳食营养摄入、体力活动状况等指标,并检查其体格发育和第二性征发育状况。采用双能X线吸收仪(DEXA)测量全身、桡骨和前臂的骨量。

    Measurements included dietary intake , physical activity , anthropometry , pubertal stage , and bone mineral measurements ( dual-energy X-ray absorptiometry , DEXA ) .

  22. 方法选择50例需行前臂尺侧及手部尺侧手术的病人,随机分成,A1、B1两组,每组25例。

    Methods The selected 50 patients who would be operated on the ulnar side of antebrachium or hand were randomly divided into two groups ( A1 and B1 ) of 25 cases each .

  23. [目的]探讨用Ilizarov技术矫正手与前臂畸形的器械研制、手术方法与疗效。

    [ Objective ] To explore the apparatus assembly , operative method and effectiveness of Ilizarov technique in the correction of deformities of hand and forearm .

  24. 结果经肱动脉注射ADM,可使前臂血流量较用药前增加3倍,血管扩张作用在停药后40min逐渐消失。

    Results Intraarterial infusion of ADM resulted a three_fold increase of forearm blood flow . The vasodilation effect of ADM disappeared 40 minutes after drug discontinuation .

  25. 用单光子吸收法(SPA)测定30例6~32岁神经型地方性克汀病人的前臂骨矿物质含量(g/cm~2)。

    The bone mineral content ( BMC ) in forearm on 30 cases ( 18 males and 12 females aged from 6 to 32 years old ) of neuro-endemic cretinism was measured by using single-photon absorptiometry ( SPA ) .

  26. 前臂皮神经的血管网可达神经两侧各2.5cm范围内的皮肤。

    The cutaneous neurovascular network is distributed within 2.5 cm around both sides of the cutaneous nerves at the forearm .

  27. 模式分类器采用特别设计的Bayes统计决策算法,该方法在非特定人的条件下应用于前臂肌群的多运动模式识别时,识别正确率达到84%,已具备一定的实用性。

    A mode classifier was used for hand movement pattern recognition , which adopts the special designed Bayes statistics algorithm . When used in hand movement pattern recognition for no-specific person , this method reached a correctness of 84 % , which is rather practical .

  28. 治疗前后患儿股骨近端(股骨颈,大转子,Ward′s三角)、脊柱区域(2~4)和前臂(前臂远端和近侧端)的BMD无显著降低。

    There was no significant decrease in BMD before and after treatment at the hip ( neck of femur , trochanter of femur , Ward ′ s triangle ), the lumber area of the spine ( L2-4 ) and forearm ( ultradis , distal ) .

  29. 利用IGBT的反向雪崩特性,实现伪相移变换器前臂零电压、尾臂零电流开关,使IGBT可在高开关频率下运行,且降低了开关损耗。

    A phase shift converter can achieve zero voltage switching on the leading leg and zero current switching on the trailing leg by utilizing the reverse avalanche characteristics of IGBT . This circuit can provide low switching losses when IGBT is operating in high switching frequency .

  30. 非离子对比剂(300mgI/ml)50ml用高压注射器经前臂浅静脉注射,速率4ml/s,延迟5.6s。

    Total 50 ml contrast medium ( 300 mgI / ml ) was administered at a delay 5.6 s and a rate of 4 ml / s from forearm superficial vein with hyperbaric injector .