1) group I intron gene
Ⅰ型内含子基因
2) group Ⅰ intron
Ⅰ型内含子
1.
As the first RNA catalyst (ribozyme) discovered in nature twenty years ago, group Ⅰ intron has been extensively studied to understand catalysis, structure and folding of the catalytic RNA, which fundamentally contributes to the current understanding of RNA structure and function.
Ⅰ型内含子核酶作为最早被发现的RNA催化剂 ,在过去 2 0年里得到了深入研究 。
2.
Group Ⅰ introns are a class of catalytic RNAs, which are capable of catalyzing their own excision from the precursor RNAs by a two-step phosphodiester transfer reaction.
Ⅰ型内含子是一类具有催化功能的RNA。
3) group Ⅰ introns ribozyme
Ⅰ型内含子核酶
1.
Objective To verify the self-splicing function of the group Ⅰ introns ribozymes from Tetrahymena thermophilia and the site-specific mutagenesis ribozymes.
目的验证嗜热四膜虫核酶自我剪接功能,定点诱变Ⅰ型内含子核酶及检测其自我剪接功能。
4) gene intron
基因内含子
1.
Study on the method to investigate the mutation in IGF-2 gene intron 3 G3072A and the distribution of polymorphism in different pig breeds;
猪IGF-2基因内含子3突变检测及其多态性分布
5) GroupⅠintron
Ⅰ组内含子
1.
GroupⅠintrons and groupⅡintrons are two abundant kinds of self-splicing introns.
目前,自我剪接的核酶主要包括两种:Ⅰ组内含子和Ⅱ组内含子。
6) FSH β gene in-1
FSHβ基因内含子1
1.
In the complete 641 base pairs of FSH β gene in-1,the contents of A,C,G and T were 35.
山羊FSHβ基因内含子1全序列长641bp,A、C、G、T 4种碱基分别占35。
补充资料：基因内校正子
分子式：
CAS号：
性质：同一基因内一个突变校正了另一个突变的表型，因为同一基因内有校正子突变存在。
CAS号：
性质：同一基因内一个突变校正了另一个突变的表型，因为同一基因内有校正子突变存在。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条