碱基配对是DNA双螺旋结构和RNA(单链)的基础,也是复制、转录和翻译作用的依据。
IRNA的碱基配对数都较其它RNA更富有灵活性,因此表现较强的柔顺性。
The number of base pairs of IRNA was more changeable than other RNAs. Therefore, IRNA showed strong flexibility.
型内含子的序列差异很大,但是它们都具有保守的碱基配对区,即保守的二级结构。
Although having great variance in sequence, group I introns share a number of conserved base-paired regions, which take part in the formation of the catalytic structure.
The pasting back together occurs partly naturally by this process of hybridization, but hybridization only re-establishes the base pairing.
片段和载体的重新粘合一定程度上,是通过杂交自然发生的,但杂交只能重建碱基配对
We talked about base pairing and how that leads to this process of hybridization or very specific matching between complimentary strands.
我们讲了碱基配对,以及它们如何引起杂交过程,或者说,互补链之间的特异配对
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
应用推荐