1) skin temperature of forehead
前额皮温
1.
Objective To study the diffence between measured skin temperature of forehead with portable infrared thermometer and oral temperature with mercury thermometer,and the feasibility of screening fever patients by portable infrared thermometer.
结果 便携式红外线测温仪测得的前额皮温比水银体温计测得的口温低 (2 。
2) forehead skin temperature
前额皮肤温度
3) prefrontal cortex
前额皮层
1.
The deterioration of prefrontal cortex function was the physiological factor that influenced older people’s source memory, and the difficulty of attentive allocation and the difficulty of memory procession were the psychological factors that influenced older people’s source memory.
来源记忆不同于项目记忆,它更容易受年老化的影响,与这一现象有关的因素既有生理的又有心理的,前额皮层功能老化是影响老年人来源记忆的生理因素,而注意分配困难以及记忆加工困难是影响老年人来源记忆的两个重要心理因素。
2.
Aim To investigate the effect of thiopental sodium on the release of glutamate and GABA from synaptosomes of rats prefrontal cortex.
目的 观察硫喷妥钠对大鼠前额皮层突触体谷氨酸和γ 氨基丁酸 (GABA)Ca2 + 依赖性和Ca2 + 非依赖性释放的影响。
3.
The brain circuitry underlying emotion includes the prefrontal cortex, the amygdala, hippocampus, anterior cingulate, ventromedial striatum and et al.
情绪的脑机制——大脑回路,包括前额皮层、杏仁核、海马、前部扣带回、腹侧纹状体等。
4) forehead flap
前额皮瓣
1.
Objective An expanded forehead flap was designed for nasal recoustruction.
目的采用扩张后的前额皮瓣重建缺损的外鼻。
6) prefrontal cortex
前额叶皮质
1.
Influence of cerebral concussion on cognitive behavior and dopaminergic nerve fiber in prefrontal cortex of rats;
脑震荡对大鼠认知行为及前额叶皮质多巴胺能神经纤维的影响
2.
Adenosine inhibits hyperpolarization-activated current in the pyramid neurons of prefrontal cortex;
腺苷对小鼠前额叶皮质锥体细胞超极化激活阳离子电流的影响
3.
Effect of swimming training on spatial learning-memory function of rats and its relationship with cAMP and cGMP in hippocampus and prefrontal cortex
游泳训练对大鼠空间学习记忆能力与海马、前额叶皮质环磷酸腺苷、环磷酸鸟苷水平的影响
补充资料：皮温反馈仪
皮温反馈仪
temperature feedback equipment
皮温反馈仪(temperature feedbaekequiPment)测定皮肤温度并给予反馈信息的反馈仪。皮温反馈仪的传感器是灵敏度较高的小型温度探测器，一般为热敏电阻，能将温度转化为电阻值。由电阻值产生相应的电压(或电流)变化，这种变化信号能被仪器电路接受和处理。皮温反馈仪的传感器有较快的响应时间介一般为l一3秒)，这样盯以及时反映受测者的皮温变化。皮温反馈仪的反馈信息有视觉和听觉两种形式。视觉形式的信息为数字显示和色光显示(如绿光表示温度升高，红光表示温度降低):听觉形式的反馈信息主要以声音强弱表示温度的高低。质量好的皮温反馈仪可以作微分反馈，即以光和声指不温度变化率的变动状态。常用的皮温反馈仪的绝对精度为士O，10F。较精密的皮温反馈仪可辨别0.01%F的温度变化，并有记录装置。 (杨立能撰梁宝勇审)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条