组成性表达的英文

• constructive expression

• "组成"英文翻译    form; make up; compose; form ...
• "性"英文翻译    nature; character; dispositi ...
• "表达"英文翻译    deliver; express; show; voic ...
• "组成性突变[使基因得到组成型表达的突变" 英文翻译 :    constitutive mutant
• "组成性功能" 英文翻译 :    constituent function
• "组成性合成" 英文翻译 :    constitutive synthesis
• "组成性激活" 英文翻译 :    constitutively activate
• "组成性突变" 英文翻译 :    constitutive mutant
• "表述性表达" 英文翻译 :    declarative expression
• "创造性表达" 英文翻译 :    creative expression
• "选择性表达" 英文翻译 :    selective expression
• "诱导性表达" 英文翻译 :    inducible expression
• "材料特性表达" 英文翻译 :    material characterization
• "非言语性表达" 英文翻译 :    nonverbal expression
• "过程性表达式" 英文翻译 :    procedural representations
• "确定性表达式" 英文翻译 :    deterministic expression
• "组成型表达" 英文翻译 :    constitutive expression
• "组成突变,构成性突变" 英文翻译 :    constitutive mutation
• "组成性异染色质" 英文翻译 :    co titutive heterochromati; constitutive heterochromatin
• "肝脏特异性表达" 英文翻译 :    liver specific expression
• "双极性表达策略" 英文翻译 :    ambisense expression strategy
• "一致性表达推定" 英文翻译 :    presumption of consistent expression
• "歧义表达式, 二义性表达式" 英文翻译 :    ambiguous expression
• "操纵基因组成性突变" 英文翻译 :    operator constitutive mutation
• "成性" 英文翻译 :    by-nature; become sb.'s second nature 这家伙盗窃成性。 stealing has become that rascal's second nature

• So , we can concluded that over - expressed constitutively er - shsp can improved the tomato ' s cold - resistance indeed
  由此我们可以确定， er shsp的组成性表达确实提高了番茄的耐寒性。
• Driven by the cauliflower mosaic virus ( camv ) 35s promoter , the er - shsp over - expressed constitutively . the growth and the phenotype of transgenic plants can be used for researching the function of er - shsp in improving tomato ' s cold resistance and the er - shsp chaperones function in vivo . after degested by kpnl and xbal enzymes from the pbs - er plasmid , the gene er - shsp - lehsp21 . 3 was inserted into the prokii vector to construct an eukaryotic expressing vector
  利用基因工程方法，将内质网小分子热激蛋白基因( endoplasmicreticulum - locatedsmallheatshockproteingene , er - shspgene ) - lehsp21 . 3导入到番茄体内，使之在植物体中组成性表达( constitutiveexpression )内质网小分子热激蛋白( er - shsp ) ，观察转基因番茄在低温条件下的生长和表型反映，研究er - shsp在提高植物耐寒性中的作用，同时为体内研究er - shsp的分子伴侣机制提供依据。
• The chloroplast shsp gene was screened from the cdna library of tomato flower by pcr strategy and confirmed by sequencing . but difference was found at 3 bases of the sequence from the reported in genbank . then , an integrated vector prok ii of the chloroplast shsp gene and nptii gene ( a kanamycin resistant gene ) with camv35s promoter was constructed and introduced into tomato mediated by agrobacterium tumefaciens lba4404 . transgenic tomato were screened by their ability of growing on media containing kanamycin
  本实验采用pcr方法从番茄花cdna文库中克隆到叶绿体shsp基因，经测序证实与genbank中已发表的序列在编码区相差2个碱基，其中一个碱基导致1个氨基酸的改变。将叶绿体shsp基因定向克隆于带有组成性表达启动子camv35s的植物表达载体prok中，冻融法转化农杆菌lba4404 ，利用叶圆盘法对番茄进行ti质粒介导的遗传转化。
• These results showed that hsp70 is highly conserved in shrimps . semi - quantitative rt - pcr was developed to study the hsp70 transcription pattern in fenneropenaeus chinensis . the transcription of hsp70 was detected in the major tissues of hepatopancreas , muscles , eyestalks under both normal and heat shocked conditions . the mrna level was increased after the animals were heat shocked in the 3 tissues
  为了研究中国对虾hsp70的转录表达，发展了半定量rt - pcr方法，对hsp70转录表达分析显示， hsp70mrna在中国对虾正常肝胰腺、肌肉、眼柄组织存在组成性表达；在受到整体热休克后的对虾肌肉、肝胰腺、眼柄组织hsp70转录水平增加。
• The genomics dna of the transformants was extracted and assayed by pcr with nptii primer camv35 / cp primer and the results indicated that the chloroplast shsp gene has been integrated into the genomics of the tomato . then the transgenic tomato were exposed to low temperature ( in winter , on natural condition , the top temperature was 15 ? and the lowest temperature was 5 and a set of physiology parameters were measured after 6 weeks . the results were shown as follows : 1 ) effect on growth height of the transgenic tomato and the control plants after 6 weeks at low temperature showed that the transformants had been grown faster than the control . in addition , the leaves of the control plants appeared to be much reder than the transgenic tomato , and the change were obvious followed by far from the treated time at low temperature , which suggested that the constituently expression of the chloroplast shsp had some protective fountions to the tomato at low temperature
  提取转基因番茄基因组dna ，分别以npt和35s cp引物对其进行pcr分析，结果表明叶绿体shsp基因已整合进番茄基因组中；对转基因番茄进行低温处理(冬季，自然条件下(无加热的温室) ，白天最高温度15 ，夜间最低温度5 ) ，生长6周后，检测转基因番茄的系列生理指标，主要结果如下： 1 )生长势：测量转基因番茄与对照(未转基因番茄)的株高，结果显示转基因植株生长明显快于对照，且从外观上看到对照叶片发红程度远大于转基因植株，随着低温时间延长，对比更加明显，说明叶绿体shsp的组成性表达在低温下对番茄具有一定的保护作用。