诱发肌电图测定近尾部神经的SNCV、波幅及潜伏期，分光光度法测定血浆NO水平。
SNCV, amplitude and latent period in caudal nerve were determined by evoked electromyogram and plasma NO level was measured by spectrophotography.
刺激一侧眶下神经，于双侧胸锁乳突肌记录峰潜伏期和波幅。
Electrical stimulation was applied to the infraorbital nerves and latency and amplitude of wave were recorded from the bilateral sternocleidomastoid muscles.
结果神经移位后随着时间延长，大鼠膈肌mep潜伏期逐渐缩短，波幅逐渐增大。
Results After the nerve transposition, the latent periods of the MEP in the diaphragm of the rats were curtailed, while the wave amplitude was enlarged.
检测服药前后空腹血糖（FBG）、红细胞中山梨醇（RBCS）的含量、运动神经传导速度（MNCV）、甩尾反射潜伏期（TFL）。
The foreandaft fasting blood glucose (FBG), content of sorbitol in red cells (RBCS), conduct velocity of the motor nerve (MNCV) and tail flick latency (TFL) were detected.
肌电图显示腓总神经及胫神经传导速度与治疗前比较显著增高，接近正常值，并能使延长的神经远端潜伏期显著缩短。
The EMG analyses revealed that nerve conduction velocity was significantly increased and nerve distal latency was significantly shortened after treatment as compared with that before treatment.
腰三针治疗后患者神经传导速度明显增快、神经远端潜伏期显著缩短，提示腰三针能显著改善患者受压的神经功能活动。
After therapy, conduction of velocity got fast obviously and distal latency shortened obviously. It shows that this therapy can improve functions and actions of compressed nerves significantly.
热痛缩腿反应潜伏期与血糖、糖化血红蛋白、神经山梨醇呈显著负相关。
The withdrawal latency was negatively correlated with blood glucose, HbA 1c and nerve sorbitol levels.
以痛兴奋神经元、痛抑制神经元和甩尾潜伏期的变化作为痛阈的观察指标。
The changes of pain-excited neurons, pain-inhibited neurons, and tail-flick latency were taken as observation indexes of pain threshold.
方法用不同的电刺激参数刺激坐骨神经干，测定引起的动作电位的幅度和传导速度分别衰减20%以及潜伏期延长20%时所需的时间。
The time required was investigated for the action potential to reduce its conduction velocity by 20% and to extend the latent period by 20% respectively.
目的测定大鼠面神经脑诱发电位潜伏期的正常参考值，建立本实验室面神经脑诱发电位正常参考值数据库。
Objective To mensurate the normal latency of facial nerve-evoked brain potentials in rats, and establish a database of normal values of facial-nerve evoked brain potentials for our lab.
并用超强电刺激在正中神经腕部及胫后神经踝部检测F波潜伏期及出现率。
F wave incubation period and abnormal rate were detected at the wrist area of median nerve and malleolus area of posterior tibial nerve by strong electric stimulation.
EP信号潜伏期及其变化表示了神经系统的传导和延迟，从而反映了神经系统的状态和变化。
The EP latency and the latency changes (delays) indicate the actual conduction and delay of the neurological system.
结果：神经电图提示患侧面神经运动传导潜伏期延长，波幅降低，与健侧比较有极显著差异（P。
Results:ENG showed that there was a significant difference in latent period and wave amplitude between the involved side and the uninvolved side( P < 0.01).
出生后早期，神经元对声或光刺激反应的潜伏期都很长，随着年龄的增长而逐渐缩短，也同样呈现年龄-依赖性变化趋势。
Response latencies of newborn neurons are remarkbly long at early development stage, and then gradually decrease with the increasing age.
通过对狗，猫，雪貂进行了详实的研究，我们知道，狂犬病毒入侵机体，从入侵地方通过神经系统向大脑移动，动物在这段时间，没有发病症状，也被叫做潜伏期，时间从几周到几个月不等。
From numerous studies conducted on rabid dogs, cats, and ferrets, we know that rabies virus inoculated into a muscle travels from the site of the inoculation to the brain by moving within nerves.
目的探讨临床上重度腕管综合征时，正中神经体感诱发电位中潜伏期波N60在诊断中的价值。
Objective To evaluate the use of median nerve somatosensory evoked potentials(SEP)wave N60 in the diagnosis of severe carpal tunnel syndrome(CTS).
结果面神经直接刺激：潜伏期、诱发电位波幅与针刺前比较，P。
Results Direct stimulation of the facial nerve: Evoked potential amplitude in the latent period was significantly different from that before acupuncture(P<(0.
朊病毒病动物模型说明早在潜伏期之前淋巴网状组织就已经受到牵涉，以此为据可以可靠的预测将来的神经病变。
Animal models of prion disease suggest that lymphoreticular involvement occurs early in the incubation period and reliably predicts future neurological disease.
结果痉挛性斜颈患者A型肉毒毒素局部注射后1周及12～16周，尺神经及胫神经M波波幅、潜伏期和神经传导速度与注射前无显著差异；
Results The amplitude, the latency and conductive velocity of the M-waves of the ulnar nerves and the tibial nerves were unchanged at times 1 week and 12~16 weeks after BTX-A injection.
结果痉挛性斜颈患者A型肉毒毒素局部注射后1周及12～16周，尺神经及胫神经M波波幅、潜伏期和神经传导速度与注射前无显著差异；
Results The amplitude, the latency and conductive velocity of the M-waves of the ulnar nerves and the tibial nerves were unchanged at times 1 week and 12~16 weeks after BTX-A injection.
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