... 蛋白质节约作用 protein-sparing action 蛋白质进化 protein evolution 蛋白质免疫化学 immunochemistry of proteins ...
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protein evolution in vitro 蛋白质体外进化
Protein Sequencing and Evolution 蛋白质定序和演化
protein directed evolution 蛋白质定向进化
protein molecular evolution 蛋白质分子进化
in vitro evolution of protein 蛋白质体外进化
BACKGROUND: protein evolution gives rise to families of structurally related proteins, within which sequence identities can be extremely low.
背景：蛋白质的进化产生了结构上相关的蛋白质家族，其中的序列特性可能是非常低的。
This is one of the strongest predictors of rates of protein evolution known, indicating that this dual coding role is vastly more influential than previously believed.
这是测定目前已知蛋白进化率的最好的一个工具，双重功能基因的作用范围远比以前人们所认识的还要广泛。
If protein evolution is due in large part to slightly deleterious amino acid substitutions, then the rate of evolution should be greater in proteins that contribute less to individual fitness.
分子演化被认为在很大程度上是由稍微有害的氨基酸取代的传播驱动的。
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