2) translation initiation
翻译起始
1.
The mutation of mRNA translation initiation region influences interferon gene translation;
mRNA翻译起始区二级结构改变对干扰素基因在大肠杆菌中翻译的影响
2.
To date,RNA viruses of IRES-dependent translation initiation are discovered in the mammals, invertebrates and plants.
真核生物大多数蛋白质合成采用了依赖帽子结构的翻译起始方式。
3.
If the fragment was inserted in forward direction,the plasmid B50il was obtained and computer analysis revealed that a hairpin formed ahead of the translation initiation region(TIR)but not affected the TIR.
通过计算机程序对 m RNA二级结构的模拟分析 ,B50 il的插入序列在翻译起始区 (TIR)前形成一个发夹结构 ,但不影响 TIR的二级结构 ;B50 i2的插入序列在 TIR 5′端形成一个二级结构 ;而另一克隆 D1 3与 B50因 SD前后的 6个和 7个碱基序列的不同 ;使翻译起始区 TIR的 SD到 AUG附近的二级结构不相同 。
3) translation initiation region
翻译起始区
1.
Improved expression and catalytic efficiency of (R)-carbonyl reductase in Escherichia coli by secondary structure optimization of mRNA translation initiation region
mRNA翻译起始区二级结构优化提高(R)-羰基还原酶的表达及催化效率
2.
To examine of the effects of mRNA secondary structures in the TIR(translation initiation region) on the translation efficiency of foreign genes in COS-7 cells,four consecutive identical codons(6×ATT,3×ATT,6×GCC and 3×GCC) were introduced into luciferase gene downstream AUG to produce four luciferase gene variants with different TIR secondary structures.
在荧光素酶基因起始密码子ATG下游插入4种串连重复的密码子(6×ATT ,3×ATT ,6×GCC与3×GCC) ,得到具有不同二级结构的翻译起始区(translationinitiationregion ,TIR) ,以研究TIR二级结构对该基因在COS 7细胞中表达的影响。
3.
coli and the secondary structure of translation initiation region.
方法根据大肠杆菌的偏爱密码子和翻译起始区的二级结构,设计并人工合成了hIL-18的基因。
4) TIR
翻译起始区
1.
The secondary structure of the translation initiation region (TIR) is a determinant factor for translation initiation rate, meanwhile, codon preference plays an important role, too.
翻译起始区 (TIR)的二级结构是影响翻译效率的决定性因素 ,同时密码子的偏好性问题也是个至关重要的方面。
5) mRNA translation initiation
mRNA翻译起始
1.
Review the regulation of mRNA translation initiation by branched-chain amino acids and their signal transduction mechanisms within this regulation process,which include the initiation of translation,the regulation of mRNA translation initiation by BCAAs(branched-chain amino acids) and the signal transduction mechanisms within the regulation process.
综述了支链氨基酸(BCAAS)对mRNA翻译起始过程的调控及其在调控过程中信号转导机制方面的研究进展,包括翻译的起始过程,BCAAs对翻译起始过程的调节和BCAAs在调节起始过程中的信号转导机制,并就值得深入研究的问题进行了探讨。
补充资料：缘起法颂
【缘起法颂】
（术语）(参见：缘起偈)
（术语）(参见：缘起偈)
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