英语释义

• a neuron conducting impulses outwards from the brain or spinal cord

片语

respiratory motoneuron呼吸运动神经元

motoneuron survival神经元存活

upper motoneuron上运动神经元

spinal motoneuron脊髓运动神经元

facial motoneuron面运动神经元

motoneuron motor neuron运动神经元

upper motoneuron syndrome是上运动神经元综合征

peripheral motoneuron外周运动神经元

motoneuron pool运动神经元池

英汉例句

• conclusions: delayed reimplantation of avulsion ventral root can enhance motoneuron survival and regeneration.

  结论：前根撕脱延期再植回能促进脊髓前角运动神经元的存活与再生。

• conclusion the inhibitory effect of intrathecal galanin on flexor contractions is probably due to reduction in the excitability of motoneuron and might prevent muscles from over- movement .

  结论髓鞘内甘丙肽可能通过减低运动神经兴奋性而产生抑制屈肌运动效应，从而有利防止骨骼肌运动过度。

• in the spinal cord controls breathes the myo- motoneuron 3 -5 (control to separate) and the chest section located at the neck (control intercostal muscle and musculi abdominis) the front rake.

  脊髓中支配呼吸肌的运动神经元位于颈3-5（支配隔）和胸段（支配肋间肌和腹肌）前角。

• f waves result from the back fire of the motoneuron activation, which may indirectly reflect the functional state of the motoneurons.

  波由运动神经元逆向兴奋引起，故有可能间接评价运动神经元的功能状态。

• methods:①a rat model of c6,7 spinal root avulsion induced motoneuron degeneration was established.

  方法：①两组大鼠均建立颈6，7神经根性撕脱伤动物模型。

• conclusions: the limb bud extract showed marked motoneuron neurotrophic activities compared with the two controls.

  结论：与两对照组相比，胎鼠肢芽提取液呈现了显着的运动神经营养活性。

• objective to extract the neurotrophic factors with motoneuron neurotrophic activity from the brains of embryo.

  目的从人胚胎脑中提取对运动神经元具有生物活性的神经营养因子。

• at present, significant evidence has suggested that autoimmune mechanism may involve in the process of motoneuron injury in als.

  因此，建立稳定的免疫介导的运动神经元损伤动物模型，对于als发病机制及运动神经元保护研究是非常有帮助的。

• conclusion:ngf is contributed to the regeneration of peripheral nerve, the marked motoneuron in spinal cord anterior horn increase siginificantly.

  结论：外周神经损伤后，损伤局部应用ngf能减少其前角运动神经元死亡及脱髓鞘改变。

• conclusion the result indicated that the brain extract of the second months embryo and 4-5 months foetus all showed remarkable motoneuron neurotrophic activities compared with two controls.

  结论人胚胎脑提取液与两对照组相比具有明显的运动神经营养活性。