她现在从事的事情: 这些天，威尔斯曼在进行她的生物化学博士的研究项目，研究酶的进化——就是不同的蛋白质如何获得不同反应的特异性，这是第五年了。
evolution—that is, how different proteins achieve specificity for different reactions.
生物化学家正试图解开蛋白质域中的三维形状，而这同样与伽利略的情感的到了共鸣。
Biochemists trying to understand the three-dimensional shapes of protein strings will also sympathise with Galileo's sentiments.
因此了解这些蛋白质是如何正确组合成的成为了理解生物化学过程和新药发明的关键所在。
Figuring out how they fold correctly is thus crucial to understanding biochemical processes, and to creating new drugs.
这种细胞的生物化学运作过程和普通生命完全一样——从DNA到RNA再到蛋白质，但它与手性对应的地球生命可能完全不相容。
Its biochemistry would work just like ours-dna to RNA to proteins-but it would be completely incompatible with earthly life, its chiral twin.
生物化学家将这套系统称之为中心法则(central dogma)：以长链核酸聚合物形式存在的DNA是遗传物质，它储存着每种蛋白质设计的数据记录。
Biochemists call it the central dogma: Genetic material, in the form of a long nucleic acid polymer called DNA, stores a digital record of every protein's design.
酶化学是生物化学研究的重点之一。酶是一组蛋白质，其生物化学的功能是催化生命体系中的化学反应。
Enzymes chemistry is one of the highlights of biochemistry study. Enzymes are a group of proteins whose biochemical function is the catalysis of chemical reactions in living systems.
土壤酶是一类稳定的蛋白质，参与了土壤中的生物化学反应，对土壤生态系统中物质的循环转化有重要的作用。
Soil enzymes are stable proteins that catalyze biochemical reactions and play important roles in circulation and conversion of materials in soil.
哈提卜是在蛋白质的结构实验室研究员大卫·贝克博士，生物化学教授。
Khatib is a researcher in the protein structure lab of Dr. David Baker, professor of biochemistry.
琼脂糖作为优良的惰性载体和高分子筛在近代生物化学的定性、定量分析中，在对微生物蛋白质等生物材料的分离技术中得到广泛的应用。
As an ideal carrier and high molecular sieve, agarose is widely used in qualitative and quantitative modern biochemical analysis and in separation of Microorganism. Protein and biological material.
酶是一组蛋白质，其生物化学的功能是催化生命体系中的化学反应。
Enzymes are a group of proteins whose biochemical function is the catalysis of chemical reactions in living systems.
采用生物化学方法对红整鳌虾胚胎发育过程中蛋白质与氨基酸的组成进行了测定和分析。
The compositions of protein and amino acids were measured and analyzed during the embryonic development of Cherax quadricarinatus.
领导此项研究的托马思。卡尔说，这种化学物质引发植物蛋白质的形成，从而提升其生物化学屏障，同时还能降低伤害。
Thomas Karl, who led the study, said the chemical triggers "the formation of proteins that boost their biochemical defences and reduce injury".
领导此项研究的托马思。卡尔说，这种化学物质引发植物蛋白质的形成，从而提升其生物化学屏障，同时还能降低伤害。
Thomas Karl, who led the study, said the chemical triggers "the formation of proteins that boost their biochemical defences and reduce injury".
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