传导

These results prove that iron ion or 4s conduction electron can produce new square atom loop 4L, magnetic moment of iron ion can be made by magnetic moment 2P(subscript m0k) of 2 4sEE in 4L loop, Curie temperature T is proportionate to quantized energy of 4sEE, HMCE can produce contrarotation or reverse self-rotation energy U(subscript 0K) and U(subscript 0K) can produce great thermoelecal potential.

这些结果证明铁离子或4s传导电子产生了新的正方形原子轨道4L，2个4sEE在4L轨道上产生的磁矩2P(下标 m0K)构成铁离子的磁矩，居里温度T与4sEE的量子化能量成比例，基金属传导电子产生了反向旋转或反向自旋能量U(下标 0K)，U(下标 0K)使合金产生大的热电势等反常物理量。

PART 2:The molecular mechanisms of Nontypeable Haemophilus influenzae induced inflammatory response in respiratory epithelial cells Objective:Nontypeable Haemophilus influenzaewas traditionally considered as an extracellular pathogen in respiratory infections.In this study,we established a model of infected cells to confirm NTHI was also a facultatively intracellular pathogen.Mitogen activated protein kinasesare the important signal transduction pathway in mediating inflammatory response induced by NTHI in respiratory epithelium.In this study,we elucidate the impact of NTHI,and its SCF and EP on the expression of MAPK and subsequent proinflammatory mediators.

第二部分：NTHI致呼吸道上皮细胞炎症反应的分子机制研究目的：通过建立呼吸道上皮细胞株的体外NTHI感染模型，确认NTHI在细胞内的存活，观察NTHI及其组分(可溶性胞质成分SCF、外膜蛋白EP)对呼吸道上皮细胞MAPK信号传导通路和后续的前炎症因子表达的影响，并应用特异性ERK-MAPK抑制剂U0126、p38 MAPK抑制剂SB203580特异性阻断下游MAPK信号传导通路，观察它们对呼吸道上皮细胞分泌前炎症因子表达的影响。

The temperature can transmit between the operate and the quizzee through the manipulation. But maybe the vibrating manipulation has the thermal effect because this manipulation not only transmit the heat but also excitated the febrific mechanism. Maybe the appropriate time for vibrating manipulation is 3minutes at least.

推拿手法有一定的热传导作用，但振法产热不仅仅是热传导作用，还有可能是激发了受试者体内的某种产热机制；从空振试验模块推拿医师手部的升温现象分析，振法的持续操作时间至少应该达到90s，最佳操作时间可能在3min以上。

By reporter gene assay, it was found that both biochanin A and hesperitin activated the activity of CBF1-dependent reporter gene.

藉由报导基因分析，可评估不同药物对於细胞中内生性Notch讯息传导路径的影响，本实验室发现biochanin A与hesperitin可以活化内生性Notch讯息传导路径。

In the biological functionaddition, both biochanin A and hesperitin might inhibited the colony -formation forming ability of K562 cells through up-regulated Notch signaling. Besides,The treatment with biochanin A and hesperitin enhanced the erythroid-differentiation of K562 cells. It is important to investigate Tthe molecular mechanisms of biochanin A and hesperitin to regulate the endogenous CBF1-dependent Notch signaling will be further investigated.

在生物功能方面，biochanin A与hesperitin可能经由Notch讯息传导的活化，抑制了K562细胞群落的形成，除此之外，这两种药物均明显促进K562细胞往红血球分化。biochanin A与hesperitin对於CBF1所媒介之内生性Notch讯息传导的分子调控机制仍有许多问题尚未厘清，需要更多的实验与研究来讨论。

The results indicated that the motor unit potential in ENMG of hysteriac was few or even was not detected

结果提示：癔症患者的ENMG中运动单位电位较少，甚至引不出，运动神经传导速度和感觉神经传导速度基本正常或轻度减慢；

The motorial nervous conductive velocity and the sensory nervous conductive velocity were measured by means of electromyography among all the patients.

在治疗前和治疗 4周后，观察感觉神经症状，采用丹麦 DISA 2500C型肌电图仪，对两组患者进行右腓总神经的运动神经传导速度，感觉神经传导速度测定。

Heat equation is the most typical one of parabolical equations, which describes many physical-phenomenas,such as conduction,diffusion .etc.

如描述热传导、扩散等物理现象的热传导方程就是最典型的抛物型方程。

ObjectiveTo explore the significance of examinations of electrophysiology in the patients with cervical radicular spondylosis.

育龙网核心提示：探讨电生理检查对神经根型颈椎病的诊断意义。方法对97例神经根型颈椎病患者进行肌电图、运动神经传导速度、F波传导速度和体

Methods The electromyography, motor nerve conduction velocity,F wave conduction velocity and somatosensory evoked potential were examined in 97 cases of cervical radicular spondylosis, and were compared with 50 normal persons.

对97例神经根型颈椎病患者进行肌电图、运动神经传导速度、F波传导速度和体感诱发电位检测，并与50名正常人组对比。

In the United States, chronic alcoholism and hepatitis C are the most common ones.

在美国，慢性酒精中毒，肝炎是最常见的。

If you have any questions, you can contact me anytime.

如果有任何问题，你可以随时联系我。