他们利用电脑模拟视图显示三种形式的半抗原,并证明免疫系统检查人体时,分子可被重新排列并不在复发。
In light of this information they designed six new methamphetamine-like haptens.
据此,他们设计了六种全新的似甲基苯丙胺半抗原。
Once built, they attached the new hapten molecules to carrier proteins, mixed them withadjuvant, injected the results into mice and waited.
之后,他们把这些新的半抗原分子和着佐剂附在蛋白质载体上,并试验于白鼠。
After several weeks they tested the mice to see if the animal s?? blood contained antibodiesto methamphetamine.
几周后,他们测试了这些白鼠,看它们血液内是否含有对抗甲基苯丙胺的抗体。
Of the six new haptens, three successfully provoked the mice to make such antibodies.
在这六种半抗原中,有三种成功:小白鼠体内有了抗体。
As a bonus, one of those three also stimulated the production of antibodies against anotherwidely used drug, amphetamine.
在三只中白鼠的一只,其抗体将会被广泛运用,生产对抗另一种药物安非他明的抗体。
That is still a long way from providing a working vaccine, but it is an important step forward.
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