1) olfactory receptor gene
气味受体基因
1.
Relationship between olfactory receptor gene and variability of odor perception
气味受体基因与嗅觉差异性
2) taste receptor gene
味觉受体基因
3) Odorant receptors
气味受体
1.
This paper summarized the odorant binding protein, chemosensory proteins, odorant receptors, odor degrading enzymes and sensory neuron membrane proteins of insects,.
作者针对近年来研究较多的气味结合蛋白、化学感受蛋白、气味受体、气味降解酶以及感觉神经元膜蛋白等,就其生化特性、表达部位、分子结构、生理功能等进行了综述。
2.
The insect odorant receptors,as other odorant receptors from nematoid to human,have long been perceived to be G-protein-coupled receptors(GPCR).
昆虫的气味受体长久以来被认为是一种G蛋白偶联受体,遵循从线虫到人类的通用模式。
4) odorant receptor
气味受体
1.
The odorant receptors of the olfactory cell can detect the odorant molecules,then the spicific G-protein is activated and changes the odorant message into action potential via a series of information processing steps of the olfactory system.
嗅细胞的气味受体捕捉气体分子,激活特异性的G蛋白,把气味信号转换成动作电位,沿嗅觉传导通路传输到嗅皮层,最后大脑完成对气味信号的整理和识别作用,形成对气味的感受。
5) olfactory receptor
气味受体
1.
How does the olfactory system work? To address this question, two American scientists began their research with genes coding olfactory receptor and found the receptors.
嗅觉是如何产生的?为解开这个难题,美国两位科学家阿克塞尔和巴克从编码气味受体的基因入手,发现了识别气味分子的受体,并且证明了嗅觉系统的组织方式,从而告诉世界我们是如何感受气味的。
6) receptor gene
受体基因
1.
Cloning and expression of the receptor gene (Bt-r_3) of the Bt toxic protein Cry1Ab in E. coli.;
Bt毒蛋白Cry1Ab受体基因Bt-r_3在大肠杆菌中的克隆和表达及特性分析
2.
Bt-R3, a gene of 5551, is a newly cloned cadherin-like receptor gene and its ORF (open reading frame) encodes 1715 amino acids.
Bt-R3受体基因是吴志平博士在其博士论文研究中新克隆到的钙粘蛋白类受体基因,它的cDNA序列全长5551bp,编码1715个氨基酸残基组成的Bt-R3前体蛋白。
补充资料:气味
气味 气味 中药学名词。即性味。指药物寒、热、温、凉四气和辛、甘、酸、苦、咸五味的基本属性,它们直接影响药物的作用与效能。
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