Diphtheria antitoxin is a foreign protein.
白喉抗毒素是异性蛋白。
As diphtheria antitoxin is a foreign protein.
白喉抗毒素是并性蛋白。
The plant's foreign protein expression system has made a great progress.
植物外源蛋白表达系统已取得较大进展。
The Pichia pastoris is one of the most successful foreign protein expression system until now.
毕赤酵母表达系统是目前最为成功的外源蛋白表达系统之一。
Since it can prevent foreign protein from introducing, the pharmacal security of the product was enhanced.
且利用固定化双酶合成的方法可以避免外源蛋白的引入，利于提高产品的药用安全性。
While adaptive immune responses require prior exposure to a foreign protein such as a virus or bacterium, innate immunity does not.
获得性免疫应答需要事先暴露于外界蛋白质，如病毒或细菌。先天性免疫不需要。
Unfortunately, these same sequences of amino acids are also found on the body's own tissues (a copy or mimic of the foreign protein segment).
不幸的是，同样的氨基酸序列，也存在于人体自身的组织中(与外源蛋白的某段相同或相仿)。
But for a special goal protein, it is the key question to choice the plant that can be in favor of foreign proteins' expressing and purifying.
但对于一个特定的目标蛋白，选用何种受体植物更有利于外源蛋白的高效稳定表达和经济快捷的提纯，仍是需要首要考虑和解决的问题。
So, how do those antibodies arrive?Well, we believe that it's some foreign protein that the body is reacting to. See,that's what antibodies are for.
好的，我们相信，它是身体对一些外源蛋白质所做出的反应。
Conclusion:The GAP promoter can be used to express foreign protein effectively and is the basis for studying the physicochemical properties and genetic mechanism of Gassericin T.
结论：为下一步在毕赤酵母中组成型表达外源蛋白，研究其作用机理和遗传机制奠定了基础。
Thus a receptor may be a protein, enzyme, membrane channel, or a region of a foreign pathogen.
这样的受体可以是蛋白质、酶、膜通道或外来病原体的一个区域。
Soybean protein food processing line is developed and manufactured on base of our experience combined with the advanced machines from foreign co un tries.
大豆组织蛋白生产线是我公司在多年挤压设备生产经验的基础上，结合国外先进设备研发制造的。
Antibody: a protein found in the blood that is produced in response to foreign substances (e. g. bacteria or viruses) invading the body.
抗体：血液中产生的对侵入身体外源物质(即细菌或病毒)发生反应的蛋白质。
"These structures, as well as other experiments we did, showed that the T-cell receptor USES a completely different recognition mechanism for the foreign and self MHC-protein complex," said Garcia.
Garcia说，这些结构，与我们在其他实验中做的同样好，表现出T细胞受体对异体和自体MHC -蛋白复合物使用完全不同识别机制。
"These structures, as well as other experiments we did, showed that the T-cell receptor USES a completely different recognition mechanism for the foreign and self MHC-protein complex," said Garcia.
Garcia说，这些结构，与我们在其他实验中做的同样好，表现出T细胞受体对异体和自体MHC -蛋白复合物使用完全不同识别机制。
应用推荐