转运肽

通过转运肽分析发现，三种蛋白在细胞中的分布多样，说明其在细胞中广泛参与植物次生代谢物的生物合成。

Transit peptide analysis found that the diverse distribution of the three proteins in the cell , indicating them broad participation in the cells of plant secondary metabolites biosynthesis .

田旋花和打碗花的EPSP合成酶叶绿体转运肽长度均为72个氨基酸残基，一致性为94.4%，在转运肽段有8个位点氨基酸有差异占整个氨基酸序列中差异位点数的57%（8/14）。

( 4 ) The EPSPS chloroplast transit peptide length of both C. arvensis and C. hederacea was 72 amino acid residues with 94.4 % similarity , there were eight differences in transit peptides representing 57 % ( 8 / 14 ) of differences in the total amino acid sequence .

人GnRH及其转运肽基因合成及鉴定

Synthesis and Identification of Gene Encoding Human GnRH and Its Transporter

目的人工合成人GnRH及转运肽（TRS）基因。

Objective To synthesize the gene encoding human GnRH and its transporter ( TRS ) .

Psrp-3基因编码166个氨基酸的多肽，前44个氨基酸为定位叶绿体的转运肽序列。

The first 44 amino acids are signal peptides for targeting to the chloroplast .

没有信号肽，但有一个叶绿体转运肽。

It had no signal peptide , but contained an N-terminal cTP .

核编码叶绿体蛋白中的转运肽

Transit Peptides for Nuclear Encoded Proteins Import Into Chloroplasts

本发明描述了新的脂氧化酶基因及从其中衍生的启动子、转运肽和蛋白质。

This invention describes novel lipoxygenase genes and promoters , transit peptides and proteins derived therefrom .

单体胰岛素B27LysDTrI与多巴胺转运蛋白抑制肽F（Phenyl）YTPT（Benzyl）G的设计、制备

Design , Preparation of Monomeric Insulin B27 Lys DTrI & Dopamine Transporter Antagonist F ( Phenyl ) YTPT ( Benzyl ) G

羊毛硫抗生素前体肽需经过复杂的翻译后修饰、转运、引导肽切除等加工后才能形成具有活性的抗生素，其独特的作用方式，也是人们一直关注的焦点。

The precursor peptide of lantibiotics needs to undergo complicated post-translation modification , transportation , and removal of the N-terminal leader sequence then to generate bioactive antibiotics , its unique active forms has also been a focus that draws people 's attention .