hind limb

Conclusion: It indicates that SCI site upper and lower spinal nerve roots anastomosis can maintain the neurons morphology and improve rats hind limb function.

结论：损伤区上下神经根吻合能维持神经元的细胞形态，对成鼠损伤脊髓功能恢复有很好的促进作用。

Recovery law of hind limb function following complete spinal cord transection injury in rats

大鼠脊髓横断伤后后肢运动功能恢复的规律

But section of L4,5 root can cause an irrecoverable damage to the hind limb function.

但若合并L5神经根损伤将造成肢体功能的永久性损害。

Neurologic function score of hind limb was observed after operation.

观察术后动物后肢神经功能评分.

We also evaluated the effects of low load and estrogen deficiency on the bone tissue of proximal tibia in ovariectomized rats with the immobilization of left hind limb.

同时利用大鼠后肢固定的动物模型，结合和不结合卵巢摘除，评价了低负荷和雌激素缺乏两种因素共同作用下鼠胫骨上段的骨重建和骨结构变化。

With intracellular recording method and stereotaxic techniques, we investigated the effect of stimulating nerve of the hind limb on intracellular potentials of neurons in S ⅰ.

应用电生理细胞内记录方法和脑功能定位技术，观察刺激猫后肢神经对大脑皮层体感一区（SⅠ）神经元的影响。

At the week 3-4 post-operation the hind limb motor function of C and D groups began to recover, at the week 6 post-operation the two groups showed concordant stepping action.

术后3W，C组及D组开始恢复后肢运动功能，术后6W出现协调踏步动作。

Influence of Stimulating of Nerve of Hind Limb on Intracellular Potentials of the Neurons in Primary Sensory Cortex ( S ⅰ) of Cat: Excitatory Postsynaptic Potentials and Spikes

刺激猫后肢神经对皮层体感一区伤害感受神经元细胞内电位的影响&兴奋性突触后电位及锋电位

Conclusions HIF-1 α antisense oligonucleotide can inhibit angiogenesis and circulating endothelial progenitor cell mobilization in rat hind limb ischemia through regulating role of the VEGF. HIF-1 α is a mobilization factor of EPCs during tissue ischemia.

结论全硫代修饰HIF-1α反义寡核苷酸可抑制大鼠缺血肢体血管生成和因缺血引起的EPCs的动员，其机制可能是通过VEGF起作用，HIF-1α是组织缺血时EPCs一个动员因子。

Study on vasodilator nerve in rat hind limb

大鼠后肢舒张血管神经的研究