1.
Electrophysiologic Research on Effects of Optic Induced Ametropia Upon Visual Signals Transmitting and Response Intensity of Visual Cortex
光学诱导屈光不正对视觉信号传导及皮层反应影响的电生理研究
2.
Anterior Cingulate Cortex Modulates the Nociception of Spinal and Central Lateral Nuclei in Rat;
大鼠前扣带皮层调控脊髓与丘脑的伤害性反应
3.
Neuronal nociceptive responses in thalamocortical pathways
丘脑皮层通路神经元的伤害性反应(英文)
4.
Blockage of ducts causes sweat to escape into various levels of the skin and produce different inflammatory reactions.
因为汗腺导管阻塞,汗液溢入皮肤各层而产生不同的发炎反应。
5.
SOME CHARACTERISTICS OF SINGLE CELL RESPONSE OF AREA 17 OF CAT VISUAL CORTEX TO GRATING PATTERNS
猫皮层17区细胞对栅形视觉刺激反应的某些特性
6.
QUANTITATIVE ANALYSIS OF SOME RESPONSE CHARACTERISTICS OF VISUAL CORTICAL CELLS TO MOVING BAR STIMULI IN THE CAT
猫视皮层细胞对运动光棒刺激的反应特性的定量分析
7.
Immune Response in Cerebral Cortex of Ischemic Mice and Changes of T Lymphocyte Subsets in the Spleen;
脑缺血小鼠大脑皮层CD4、CD8免疫反应观察及脾T淋巴细胞亚群变化
8.
Response Characteristic of Primary Auditory Cortex Neurons and Its Functional Development in Rat;
大鼠初级听皮层神经元的反应特性及其功能发育学研究
9.
Contribution of ERK/MAPK Cascade in Anterior Cingulate Cortex to Pain-related Aversion in Rat;
大鼠前扣带皮层ERK/MAPK信号通路参与痛厌恶情绪反应的胞内机制
10.
Temporal Features of the Effect of Preceding Noise on Spatial Response Areas of Neurons in Rat Primary Auditory Cortex
超前噪声对大鼠听皮层神经元空间反应域影响的时间特征
11.
Correlation between the visual cortical fMRI response and the contrast sensitivity in human amblyopia
人类弱视视觉皮层fMRI反应与对比敏感度的相关性
12.
The cutaneous reflex is tested by pinching the skin to observe the twitch of the cutaneou muscle.
皮层反射试验系掐皮肤以观察皮肌之抽动。
13.
top and bottom reflected reactor
上下部反射层反应堆
14.
corticocerebral response audiometer;cerebral cortex response audiometer
大脑皮质反应测听计
15.
reversed passive cutaneous anaphylaxis
逆转被动皮肤过敏反应
16.
The introduction of the methods of cortical surface reconstruction and their clinical application
皮层重建和皮层展开方法在临床应用中的探讨
17.
cutis plate
生皮层, 皮节, 皮炎
18.
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]。