1) Splicing
[英][splais] [美][splaɪs]
剪接
1.
Abnormal splicing of cyclin A2 mRNA presented in LTEP-a-2 cell line;
肺癌细胞株中发现一种细胞周期素A2的异常剪接体
2.
RNA functions in RNA splicing: from catalysis to regulation;
RNA在RNA剪接中的功能:从催化到调控
3.
Relationship between structure and splicing of self-splicing introns
自我剪接内含子结构与剪接的关系
3) splice variant
剪接体
1.
Cloning of human B7.2 gene in PBMC and discovering of a soluble splice variant;
人外周血单核细胞B7.2基因的克隆及其可溶剪接体的发现
4) RNA splicing
RNA剪接
1.
RNA splicing is an important step of theprocess of eukaryotic gene expression, which is in higher eukaryotes in particular the humangenome are very common occurring in the life of a complex situation, and gene expressionregulation, signal transduction and other processes important in close linked with the diseaseor have a great relationship.
RNA剪接是真核细胞基因表达中非常重要的一个生物过程,通过RNA剪接,可以产生许多具有功能的,带有编码信息的mRNA,它对生物的发育及进化至关重要。
2.
Then,its RNA splicing activity was demonstrated in E.
它们的自我剪接需要一个鸟苷酸辅助完成,其典型反应是包括两步磷酸酯键转移的RNA剪接反应。
5) self-splicing
自我剪接
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。
2.
Comparisons between inteins and introns were reviewed,and the types and self-splicing mechanism of inteins were described briefly.
对内含肽与内含子之间的差异进行了比较,概述了内含肽的种类和自我剪接机制,着重阐述了内含肽在当前各生物技术领域中的应用,分析了其优点和局限性,最后对内含肽的应用方向进行了展望。
6) splice acceptor
剪接受体
补充资料：剪接
分子式：
CAS号：
性质： 又称拼接，粘接，缝接。(1)在基因操作中，酶催化使DNA裂片接合起来；(2)在切除内含子(introns)后，把保留的mRNA连接起来。
CAS号：
性质： 又称拼接，粘接，缝接。(1)在基因操作中，酶催化使DNA裂片接合起来；(2)在切除内含子(introns)后，把保留的mRNA连接起来。
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