为了检测这项新技术。杜克大学的研究人员把位于两个不同层级的蛋白质聚合体的基因进行合成。
To test this improved technique, the Duke University researchers synthesized genes located in two different classes of protein-polymers.
同时埃克森博士通过在AHL蛋白质上附着聚合酶,来创造了一种巧妙的棘轮排布。
Dr Akeson, meanwhile, created a clever ratchet arrangement by attaching a polymerase enzyme to the AHL protein.
众所周知,氨基断的线性聚合物(蛋白质)在溶解于水中时,会采取复杂的三维结构。
We all know that linear polymers of amino acids (proteins) adopt complex three-dimensional structures when they are dissolved in water.
A polymer of amino acids is a protein.
而氨基酸聚合物就是蛋白质
In this same way, this process of transcription which is occurring in cells throughout body all the time is made possible by a protein called RNA polymerase.
NA的合成也很类似,身体内每个细胞内,转录过程的进行都是在一种称作,RNA聚合酶的蛋白质催化下进行的
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