基本释义:

伤害性刺激

网络释义

1)noxious stimulation,伤害性刺激

2)noxious stimuli,伤害性刺激

3)nociceptive stimulus,伤害性电刺激

4)visceral noxious stimulation,内脏伤害性刺激

5)peritoneal noxious stimulation,腹膜伤害性刺激

6)harmful stimuli of colon,结肠伤害性刺激

用法和例句

Objective To investigate the efficacy of spectral entropy measurement in reflection of depth of anesthesia and noxious stimulation.

目的评价熵指数监测麻醉深度与反映伤害性刺激的效应。

AIM To observe the distribution and changes of neurons expressing substance P (SP) mRNA in the rat premamillary region of the hypothalamus (PMH) by visceral noxious stimulation to the stomach.

目的　观察正常和胃伤害性刺激大鼠下丘脑乳头体前区 (PMH)内 P物质 (SP) m RNA阳性神经元的分布和变化 。

Effect of noxious stimuli on the electric activities of pain-related neuronsin Central Amygdaliod Nucleus in rats;

伤害性刺激对大鼠中央杏仁核痛反应神经元电活动的影响

Distribution of Propofol in different anatomic region of dog brain under the conditions of noxious stimuli with the brain uptake equilibrium

脑摄取平衡时伤害性刺激条件下异丙酚在犬脑各解剖区域的分布

Aim: To research the influence of noxious stimuli on the electric activities of pain related neurons in several subnuclei of Amygdaloid Nucleus in rats.

目的 :研究伤害性刺激对大鼠杏仁核簇中各亚核痛反应神经元电活动的影响。

Nitric oxide synthase in the rat parabrachial nucleus involved in the transmission of visceral noxious stimulation;

大鼠臂旁核内一氧化氮合酶参与内脏伤害性刺激的传导

Empirical study of the rat peritoneal noxious stimulation inducing expression of c-fos in central nervous system;

大鼠腹膜伤害性刺激c-fos在中枢神经系统表达的实验研究

objective: study expression of the peritoneal noxious stimulation making c-fos and NOS in central nervous system.

目的:研究大鼠腹膜伤害性刺激c-fos和NOS在中枢神经系统表达。

Effect of Stimulation of Nucleus Raphs Magnus on Hippocampal Units Subsequent to Noxious Stimulation of Saphenous Nerve in Cats

刺激中缝大核对伤害性刺激隐神经引起的猫海马单位放电的影响

Visualization of Cerebral Processing Network to Nociceptive Stimulation in General Anaesthesia State: A fMRI Study

fMRI用于伤害性刺激加工网络的可视化研究

Neuronal Activities in the Brain Induced by Intraperitoneal Immune and Noxious Stimuli;

腹腔免疫性和伤害性刺激激活的脑内神经元活动

Expression of FOS-like Immunoreactive Neurons in Descrete Loci of the Rat Central Nervous System after Subcutaneous Injection of Formalin in the Trigeminal Region;

大鼠三叉神经领域伤害性刺激所致脑内FOS阳性神经元分布的研究

The Research of Urapidil on Spinal Analgesic Aspect in Rats;

乌拉地尔对伤害性刺激大鼠脊髓镇痛作用的研究

Study of the Pain Actions Mechanisms of Peripheral Harmful Stimulating Mediated by the P2X_3 Receptors;

P2X_3受体介导外周伤害性刺激引起疼痛作用机制的研究

Study of the Antinociceptive Effect of Intrathecal AP5, a NMDA Receptor Antagonist, and Its Mechanism;

鞘内注射NMDA受体拮抗剂AP5抗内脏伤害性刺激作用及机理研究

Empirical Study of the Rat Peritoneal Noxious Stimulation Making Expression of c-fos and NOS in Central Nervous System;

大鼠腹膜伤害性刺激c-fos和NOS在中枢神经系统表达的实验研究

Fos Expression and P2X3 Receptors in the Central Nervous System Following Noxious Stimulation on Prostate of Rat;

大鼠前列腺伤害性刺激时脊髓、孤束核P2X3受体、Fos的表达

Study of the Antinociceptive Effect of Propofol on Visceral Pain and Its Mechanism in Rats;

异丙酚对内脏痛的抗伤害性刺激作用及其机理的实验研究

Distribution of Propofol in different anatomic region of dog brain under the conditions of noxious stimuli with the brain uptake equilibrium

脑摄取平衡时伤害性刺激条件下异丙酚在犬脑各解剖区域的分布

MICROINJECTION OF VEGF INTO THECAE INCREASE FACILITATION NOCICEPTIVE RESPONSE IN MONONEUROPATHIC RATS

大鼠鞘内微量注射VEGF对伤害性刺激反应的易化作用

The Expressions of VEGF in the Spinal Cords of Rats with Neuropathic Pain and the Facilitating Effects on Noxious Stimuli

VEGF在神经病理性疼痛大鼠脊髓的表达及其对伤害性刺激反应的易化作用

The concept of preemptive analgesia is to decrease the incidence of hyperalgesia and allodynia by reducing central sensitization.

【中英文摘要】预先镇痛是通过防止中枢敏感化来降低伤害性刺激引起的痛觉过敏和异常痛觉。

In addition, cortico-limbic pathways integrated nociceptive input with contextual information and memory to provide cognitive mediation of pain affect.

此外，皮质-边缘通路整合伤害性刺激输入并使之成为记忆，以起到影响疼痛的认知调停作用。

COMPARAISON OF EFFECTS OF EA AT "HEGU" ON NOCICEPTIVE RESPONSES OF NRM NEURONS TO NOXIOUS STIMULATION OF THE FACE AND TAIL

比较电针“合谷”对中缝大核神经元由首尾不同部位伤害性刺激所引起痛反应的抑制效应

In addition, many investigations to date implicate subcortical pathways for the processing and response to nociceptive stimuli (1).

最近的研究表明皮层下通路具有对伤害性刺激进行处理和反应的能力[1]。

[ Conclusions ] (1) Propofol has antinociceptive effect on visceral nociception induced by CRD.

结论:(1)异丙酚对内脏伤害刺激具有抑制作用;