Watson-Crick 克里克 ; 瓦特生克里克模型的
Watson-Crick model 沃森 ; 克模型 ; 瓦生克立克模型
Watson & Crick 沃森与克里克
Watson-Crick Double Helix 双螺旋结构
watson crick mode 瓦特森克里克模型
non-Watson-Crick base-pairing 非沃森
Watson and Crick 沃森与克里克 ; 沃森和克里克
Watson-Crick type DNA 克里克脱氧核糖核酸
RNA molecules form double stranded helices, just as do DNA molecules, by Watson Crick pairing of nucleotides on the two complementary strands of the helix.
RNA分子能像DNA分子那样形成双链螺旋,通过沃森·克里克配对,两个螺旋的核苷链互补。
Watson, together with Francis Crick, discovered the structure of DNA, the genetic information carrier of all living organisms.
沃森和弗朗西斯·克里克发现了 DNA 的结构,这是所有生物的遗传信息载体。
From a distance, these building blocks look very similar, so every piece of DNA you look at has the same overall shape—the famous Watson-Crick Double Helix.
从远处看,这些基本成分看上去极为相似,因此 DNA 的每一部分的基本形状都是相同的 — 著名的沃森克里克双螺旋结构。
The correct complement is made because of these principles of Watson-Crick base pairing that we talked about before.
剪接配对的正确性源自,沃森克里克碱基互补配对原则的作用,这我们讲过的
Translation occurs by a special kind of polymerization where these transfer RNA's operate by Watson-Crick base pairing.
翻译过程是一种特殊的聚合过程,当tRNA按照,沃森克里克碱基互补配对原则进行配对
This was the famous finding of Watson and Crick in describing the structure of DNA.
沃森和克里克对DNA结构的描述,是一项非常伟大的发现
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