受体 TCR ; [生化] receptor ; VDR ; FXR
受体拮抗剂 receptor antagonist ; ARBs ; AIIA ; angiotensin receptor blocker
乙酰胆碱受体 acetylcholine receptor ; AchR ; AChR acetycholine receptor ; Nicotinic acetylcholine receptor
芳香烃受体 aryl hydrocarbon receptor ; AhR
模式识别受体 pattern recognition receptor ; PRR ; Pathogen recognition receptor ; PRPS
雌激素受体 Oestrogen receptor ; ER ; Anti-ER ; estrogen receptoralpha
趋化因子受体 chemokine receptor ; DARC ; CXCR ; CXC chemokine receptor
细胞内受体 intracellular receptor ; cellular receptor
胰岛素受体 INSR ; Insulin Receptor ; ISR ; insulin
电子受体 [物化] electron acceptor ; Acceptor ; terminal electron acceptor ; acceptor electron
它们结合受体的能力越强,它们刺激运动的能力就越强。
The higher their capacity to bind at the receptors, the higher their ability to stimulate locomotion.
通过受体发出的信号,大脑将气味理解为复杂的空间图案。
From signals sent by the receptors, the brain understands smells as complex spatial patterns.
许多哺乳动物的奶含有大麻素,这种物质可以刺激大脑中的某些受体。
The milk of many mammals contains cannabinoids, substances that are known to stimulate certain receptors in the brain.
What are - this understanding of receptor-ligand interactions has been really the biological basis of much of the pharmaceutical industry.
受体-配体相互作用理论,现在已经成为很多,制药工业的生物学基础
There's not actually chemical covalent bonds that are formed but it's a non-covalent interaction, usually dominated by hydrogen bonding.
所以配体和受体之间不生成共价键,这是一种非共价化合反应,它们通常以氢键相联
We're going to take these general topics and talk about how they work in the nervous system and the immune system next time.
在下节课我会讲这些内容以及,配体-受体系统在神经系统和,免疫系统中的作用原理
应用推荐