1.
Heat pain threshold measurement:repeatability and sensitivity
热痛阈测定可信度和灵敏度的研究
2.
To systematically define the sensitivity and repeatability of heat pain threshold, using the Medoc TSA-2001 device.
目的:研究应用MedocTSA-2001测定热痛阈的可信度和灵敏度。
3.
tail flick test(TFT) was used to test rat algesthesia,and stopwatch was used to record the time for tail flick(s) that was taken as the value of pain threshold.
采用辐射热甩尾法测定大鼠痛觉,用秒表测定大鼠甩尾反应时间(s)并作为痛阈值。
4.
have a high/low pain threshold
有很高[低]的痛觉阈.
5.
Evaluation of analgesic effect of photosensitizer methylene blue using electricity pain threshold assay
电痛阈测定法对光敏剂亚甲兰镇痛效果的评定
6.
Modulation of Pain Threshold and Some Morphine Effects by Endogenous Agmatine;
内源性胍丁胺对痛阈及吗啡作用的影响
7.
Comparison of Age-related Experiment Pain in Women;
不同年龄妇科患者痛阈测试及其临床意义
8.
A pain threshold machine devised to promote the quality of experimental teaching in the anesthetic physiology;
研制麻醉生理学实验教学用痛阈测定仪的尝试
9.
Effect of Electro-acupuncturing on Pain Threshold and Oxygen Metabolism Related Indicators in Rats in the Study
电针对大鼠痛阈及氧代谢相关指标影响的研究
10.
The Photosensitize Methylene Blue-Mediated Photodynamic Theray on the Efficacy of Pain Threshold in Rats
亚甲兰介导的光动力作用对大鼠痛阈的影响
11.
Effect of purine nucleotides compensation on pain threshold in heroin dependent rats
嘌呤核苷酸补偿对海洛因依赖大鼠痛阈的影响
12.
Effect of Electro-acupuncture on Pain Threshold and Serum SOD,MDA Contents of Rats
针刺对大鼠痛阈及血清SOD、MDA影响的实验研究
13.
The influences of such injection on pain threshold andanalgesic effect of acupuncture (AEA) were investigated.
并观察了上述注药对动物痛阈和针刺镇痛效应的影响。
14.
The Role of NOS in Nociceptive Processing and Hyperalgesia in the Spinal Cord of the Rat During Formalin-induced Inflammatory Pain;
外周炎症性痛时脊髓后角NOS类型的变化及其抑制剂对痛阈的影响
15.
Research between the relationship of depressive or anxiety and pain perception threshold on chronic pain pateint
慢性腰腿痛患者抑郁性障碍与痛觉阈值的相关研究
16.
Effects of intrathecal injection with BN50730 on behaviour and TNF-α expression in spinal cord in spared nerve injury rats.
鞘内注射BN50730对神经病理痛大鼠痛阈及脊髓TNF-α表达的影响
17.
Research on the Threshold of Thermal Tissue Damage for MRIgHIFU
MRIgHIFU治疗的热损伤阈值研究
18.
soreness and warmth caused by friction.
磨擦引起的热和疼痛。