英语释义

• a posterior leg or homologous structure in other animals

片语

Anterior and hind limb前后肢

hind limb bud后肢芽

Hind limb lameness后肢跛行

acute hind limb ischemia急性下肢缺血

hind leg后腿；后肢

hind limb allografts后肢移植物

hind-limb ischemia后肢缺血

hind-limb muscle后肢肌肉

英汉例句

• Methord: Using the mouse bladder cancer cell strain BTT739 cultured in vitro, subcutaneously inject to the left hind limb of the mouse T739 constructed the tumor-bearing model.

  方法：采用体外培养的小鼠膀胱肿瘤细胞株btt739，皮下注射t 739小鼠的左后肢内侧，成功构建可移植性小鼠膀胱肿瘤模型。

• The absolute growth of the head weight, forelimb weight, hind limb weight, body length, forelimb length, hind limb length, shin length and the third toe length showed a pattern of normal distribution.

  头重、前肢和后肢重以及胚长、前肢、后肢、胫和第三趾长的生长速度表现为正态分布的变化趋势。

• In use 14 days, 28 days, using laser Doppler blood flow measurement instrument detection of ischemic hind limb perfusion.

  分别于用药14天、28天时，用激光多普勒血流测定仪检测缺血后肢血流灌注量。

• Conclusions Fetal spinal transplants can inhibit the apoptosis and improve rats hind limb function after SCI.

  结论胚胎脊髓移植能抑制脊髓损伤后的细胞凋亡。

• Signs include back pain, hind limb weakness, and paralysis.

  癥状有背痛、后肢无力、瘫痪等。

• There was no progression of the hind limb motor function with complete spinal cord injury.

  脊髓完全损伤后受试动物后肢功能无明显变化。

• Transplantation of bone marrow stem cells can improve the hind limb ischemia in the rat serum VEGF levels, and promote ischemic muscle tissue of angiogenesis.

  骨髓干细胞移植可通过提高后肢缺血大鼠血清中的VEGF含量，促进缺血肌肉组织的血管新生。

• In addition to the normal group, the other groups were cut the femoral artery ligation of the left hind limb, built rat hind limb ischemia model.

  除正常组外，各组均通过切断并结扎左后肢股动脉，建立大鼠后肢缺血模型。

• Objective To observe the changes of heme oxygenase 1 (HO 1) expression in the skeletal muscle after ischemia reperfusion of hind limb in rats.

  目的观察大鼠缺血再灌注时骨骼肌中血红素氧合酶-1 (HO -1)表达的变化。

• Objective to investigate the feasibility of microbubble-mediated VEGF gene delivery to treat rabbit's hind limb ischemia resulted from acute artery occlusion.

  目的探讨用超声微泡造影剂促进VEGF基因治疗兔下肢缺血的可行性。

• Objective To observe the recovery process of hind limb function following complete spinal cord transection injury and discuss corresponding mechanism.

  目的研究大鼠脊髓完全性损伤后后肢运动功能恢复的规律并探讨其机制。

• Weightlessness or simulated weightlessness has been shown to cause atrophy, reduced functional capacity, and increased fatigue in rat hind limb skeletal muscles.

  航天失重或模拟失重数日即可引起肌肉发生萎缩变化，肌肉收缩力降低，容易疲劳。

• First successfully use of STZ diabetic rat model, and then use ligation of the left hind limb iliac artery get the DLASO rat model.

  首先采用STZ成功造模糖尿病大鼠，然后结扎大鼠左后肢髂外动脉，造成大鼠dlaso模型。

• The thickness and the ratio of intima area of the iliofemoral artery of the injured hind limb were decreased, while the stenosis extent was improved.

  减少术侧后肢髂股动脉内膜厚度和内膜面积比率，减轻术侧后肢髂股动脉管腔狭窄程度。