self-splicing

美 [self ˈsplaɪsɪŋ]英 [self ˈsplaɪsɪŋ]

self-splicing

1

These roles include forming the catalytic core of various ribozymes , self-splicing introns , and telomerase .

假结结构的生物学作用包括：形成不同核酶的催化核心，自我剪切内含子，以及端粒酶和选择性基因表达等。
2

Self-splicing of the Site-specific Mutagenesis Group ⅰ Introns Ribozyme

定点诱变自我剪接Ⅰ型内含子核酶
3

Intein able to catalyze self-splicing from the precursor protein and the exteins were ligated with a peptide bond . This post-translation process was termed protein splicing .

在宿主蛋白质的成熟过程中，蛋白质内含子可以催化自身从蛋白质前体中剪切下来，同时将两侧的外显子以肽键连接，这种蛋白质翻译后的成熟过程称为蛋白质剪接（proteinsplicing）。