spliceosome

Analysis of multiple alternative spliceosome of nfic gene in postnatal rat molar tissues

出生后大鼠牙胚组织中nfic基因多种选择性剪接体的克隆研究

Spliceosome assembly occurs co-transcriptionally , raising the possibility that DNA structure may directly influence alternative splicing .

剪接体组装与转录同步进行，提示DNA结构可能直接影响可变剪接。

Surprisingly , Spliceosome Pathway also has a number of genes undergoing alternative splicing .

另外令人惊讶的是，同时剪切体通路也有很多基因发生可变剪切。

By freeing introns from the need to splice themselves , the spliceosome would in effect have encouraged introns to proliferate , mutate and evolve .

剪接体的出现让插入子不再需要自行剪接，结果等于鼓励插入子增生、突变与演化。