CONCLUSION: the patch clamp technique makes it possible to observe the action sites of nicotine receptor antagonists.
结论：膜片钳技术使探讨烟碱受体拮抗药的作用位点成为可能。
The nicotine receptor in the brain has 15 subunits; they can combine in a multitude of ways to form different receptors with different jobs.
大脑中的尼古丁受体有15个亚基，这些亚基以不同方式结合形成多种受体行使不同功能。
These findings suggest that it may be feasible to develop novel therapies for Parkinson's disease that target nicotine receptors, particularly the alpha-7 nicotine receptor.
这项发现预示了一种利用尼古丁受体来预防帕金逊症的新型方法是有可能实现的。
That, and the fact that the region of chromosome 15 under scrutiny has two other nicotine-receptor genes in it, suggests the situation may indeed be more complex.
就此，15号染色体上成为研究热点的这一区域存在另外两种编码尼古丁受体的基因，提示实际情况将更为复杂。
In this case, the variation happens inside a gene for one of the receptor molecules that nicotine attaches itself to when it produces its buzz.
在这一情况下，编码一种受体分子基因的内部发生了变异——当这一受体发出信号时，尼古丁就与之结合。
The team found that when rats were genetically modified to alter the receptor function, the amount of nicotine they consumed escalated greatly -- their brain wasn’t getting the “stop” message.
该小组发现当几代老鼠的受体功能被改变时，对尼古丁的需求就会增加—它们的大脑没有接收到停止信号。
The scientists found that nicotine administration to mice induces the expression of a gene called type 2 ryanodine receptor (RyR2).
科学家发现小鼠吸收尼古丁后导致了斯里兰卡肉桂碱2型受体（RYR2）的表达。
The scientists found that nicotine administration to mice induces the expression of a gene called type 2 ryanodine receptor (RyR2).
科学家发现小鼠吸收尼古丁后导致了斯里兰卡肉桂碱2型受体（RYR2）的表达。
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