英语翻译Transmembrane transport of endogenous as well as syntheticopioid peptides is a critical determinant of pharmacokineticsand biologic effi cacy of these peptides.Thistransport process infl uences the distribution of opioid peptidesacross th

英语翻译Transmembrane transport of endogenous as well as syntheticopioid peptides is a critical determinant of pharmacokineticsand biologic effi cacy of these peptides.Thistransport process infl uences the distribution of opioid peptidesacross th
英语翻译
Transmembrane transport of endogenous as well as synthetic
opioid peptides is a critical determinant of pharmacokinetics
and biologic effi cacy of these peptides.This
transport process infl uences the distribution of opioid peptides
across the blood-brain barrier and their elimination
from the body.A multitude of transport systems that recognize
opioid peptides as substrates have been characterized
at the functional level,and these transport systems are
expressed differentially at different sites in the body.Many
of these transport systems have been identifi ed at the molecular
level.These include the H + -coupled peptide transporters
PEPT1 and PEPT2,the adenosine triphosphate-dependent
effl ux transporters P-glycoprotein and multidrug resistancerelated
protein 2,and several members of the organic aniontransporting
polypeptide gene family.There are however
many additional transport systems that are known to transport
opioid peptides but their molecular identities still
remain unknown.
求专业翻译 :-D...谷歌翻译就不用了

英语翻译Transmembrane transport of endogenous as well as syntheticopioid peptides is a critical determinant of pharmacokineticsand biologic effi cacy of these peptides.Thistransport process infl uences the distribution of opioid peptidesacross th
人体产生的以及人工合成的类鸦片活性肽的跨膜运输对于药物在人体内的代谢以及这些肽的生物活性起到至关重要的作用.这个运输影响到了类鸦片活性肽通过血-脑屏障以及药物从体内的排出的过程.在身体正常的情况下,一大部分运输系统会将类鸦片活性肽识别为酶作用物,而这些系统分布在身体的各个部位以各种形式表现出来.很多系统都已经在分子水平上被鉴定出来.这里面包括H+-coupled（一对的,一双的）peptide（肽）运输系统,PEPT1和PEPT2,三磷酸盐依赖腺苷流运输器P-糖蛋白 和多重抗药相关的蛋白2,以及多个来自有机阴离子运输多肽基因家庭的成员.当然,还有很多其他运输类鸦片活性肽的运输系统,他们的分子状态还没有被鉴定出来.
专业名词我给你留下了,你是这个专业的,应该可以明白是什么.

跨膜运输以及内源性合成
阿片肽是一种药的重要决定因素
和生物艾菲cacy这些肽。这
运输过程infl uences阿片肽的分布
跨越血脑屏障和消除
从身体。阿承认的多种运输系统
为底物进行了表征阿片肽
在功能级别，而这些运输系统
对身体的差异在不同的地点。许多
这些运输系统已经在分子身分版
水平。这些包括了H +耦合肽...

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跨膜运输以及内源性合成
阿片肽是一种药的重要决定因素
和生物艾菲cacy这些肽。这
运输过程infl uences阿片肽的分布
跨越血脑屏障和消除
从身体。阿承认的多种运输系统
为底物进行了表征阿片肽
在功能级别，而这些运输系统
对身体的差异在不同的地点。许多
这些运输系统已经在分子身分版
水平。这些包括了H +耦合肽转运
PEPT1和PEPT2，三磷酸腺苷依赖
effl UX的转运P -糖蛋白和多药resistancerelated
蛋白2，和aniontransporting有机几个成员
多肽基因家族。然而有
许多额外的运输已知的运输系统
阿片肽分子的身份，但他们仍

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