SSU rRNA,SSU rRNA(small subunit ribosomal RNA)英语短句,例句大全

SSU rRNA,SSU rRNA(small subunit ribosomal RNA)
1)SSU rRNA(small subunit ribosomal RNA)SSU rRNA
2)SSU rRNA geneSSU rRNA基因
3)Rubisco SSU leader peptideRubisco SSU引导肽
1.The coat protein (CP ) gene of Rice stripe virus (RSV) and Rubisco SSU leader peptide gene of rice chloroplast were amplified by PCR.japonica)叶绿体Rubisco SSU引导肽基因和水稻条纹病毒(Rice stripe virus,RSV)外壳蛋白(coat protein,CP)基因。
2.In this paper, the Rubisco SSU leader peptide and RSV CP genes were amplified by PCR.水稻条纹病毒外壳蛋白(CP)是一种与症状密切相关的蛋白,本文利用PCR扩增获得水稻叶绿体Rubisco SSU引导肽基因和RSV CP基因,分别借助于pGEX-4T-1和pET-29a表达载体,构建了二者的融合基因PR-CP和PR-S-CP,并根据农杆菌EHA105菌株介导法转化水稻的需要,分别将RSV CP与PR-CP连接到水稻转化常用载体pTCK303,通过转基因手段初步研究水稻叶绿体引导肽在RSV致病过程中所起的作用,为进一步探究RSV的致病机理打下基础。

英文短句/例句

1.Pathogenic Mechanism of RSV Coat Protein Via Rubisco SSU Leader Peptide of Rice ChloroplastRSV CP在水稻叶绿体Rubisco SSU引导肽作用下的致病机制研究
2.Identification of Endopeptidase Isoenzymes and Degradation of Rubisco during Wheat Leaf Senescence;小麦叶片衰老过程中内肽酶同工酶变化和特性及Rubisco降解的研究
3.The Effects of Rubisco and Rubisco Activase on Photosynthesis in Wheat;小麦Rubisco和Rubisco活化酶对光合作用的影响
4.Characteristics of Photosynthesis and Sub-cellular Localizations of Rubisco and Rubisco Activase in Antisense rca Rice Plants;反义rca水稻光合特性及其Rubisco和Rubisco活化酶的亚细胞定位
5.Production of Rubisco Antibody and Study of ELISA on Quantitative Determination of Rubisco Content;小麦Rubisco抗体的制备及其用ELISA法定量作物中Rubisco 的试验
6.Study on the Size of Chloroplast Genome and Characterization of the Rubisco From Bryopsis Hypnoides;藓羽藻叶绿体基因组及其Rubisco的研究
7.Relationship between Rubisco Activase and Drought Tolerance in Rice (Oryza Sativa);Rubisco活化酶与水稻耐旱性的关系
8.Isolation and Characterization of Photosystem Ⅱ of Porphyra Yezoensis Udea and the Study of Rubisco;条斑紫菜光系统Ⅱ的分离鉴定及Rubisco的研究
9.Gene Cloning and Expression of Rubisco Activase in Wheat;小麦Rubisco活化酶基因的克隆与表达特性的研究
10.Involvement of Rubisco in Astaxanthin Accumulation According to Photosynthetic Characters in Life Cycle of Haematococcus Pluvialis;雨生红球藻Rubisco在虾青素积累过程中的表达分析
11.Study on Adaptive Evolution in the RubisCO Large Subunits of Magnoliophyta Crops木兰门作物RubisCO大亚基的分子适应性进化研究
12.Changes in Relative Content of Rubisco Large Subunit in Naturally Senescing Rice Leaves水稻叶片自然衰老过程中Rubisco大亚基的含量变化
13.Effect of CO_2 concentration on Rubisco concentrating in pyrenoids from Enteromorpha clathrataCO_2浓度对条浒苔Rubisco酶聚集蛋白核的影响
14.The Degradation of Rubisco Large Subunit and the Associated Proteases in Wheat Leaves;小麦叶片中Rubisco大亚基的降解及相关蛋白水解酶的研究
15.Studies on Structural and Functional Characterization of Two Circadian Gene Rubisco Activase and Manganese Stabilizing Protein;具生物钟表达特性的Rubisco活化酶和锰稳定蛋白的结构功能研究
16.Studies on C-phycocyanin Operon and Rubisco Gene of Arthrospira Platensis FACHB341 and Molecular Phylogenetics in Arthrospira and Spirulina;节旋藻藻蓝蛋白操纵子、Rubisco基因及节旋藻和螺旋藻分子系统学研究
17.The Immunological Characteristics of Rubiscos from Different Ecotypes of Reeds in the Desert Region in Hexi Corridor;河西走廊荒漠地区不同生态型芦苇Rubisco免疫学特性
18.Purification of Rubisco, Cloning Fragments of Large and Small Subunit and Research on Protein Turnover of during Grain Filling;RubisCO纯化、大小亚基片段克隆与小麦灌浆期蛋白质周转研究

相关短句/例句

SSU rRNA geneSSU rRNA基因
3)Rubisco SSU leader peptideRubisco SSU引导肽
1.The coat protein (CP ) gene of Rice stripe virus (RSV) and Rubisco SSU leader peptide gene of rice chloroplast were amplified by PCR.japonica)叶绿体Rubisco SSU引导肽基因和水稻条纹病毒(Rice stripe virus,RSV)外壳蛋白(coat protein,CP)基因。
2.In this paper, the Rubisco SSU leader peptide and RSV CP genes were amplified by PCR.水稻条纹病毒外壳蛋白(CP)是一种与症状密切相关的蛋白,本文利用PCR扩增获得水稻叶绿体Rubisco SSU引导肽基因和RSV CP基因,分别借助于pGEX-4T-1和pET-29a表达载体,构建了二者的融合基因PR-CP和PR-S-CP,并根据农杆菌EHA105菌株介导法转化水稻的需要,分别将RSV CP与PR-CP连接到水稻转化常用载体pTCK303,通过转基因手段初步研究水稻叶绿体引导肽在RSV致病过程中所起的作用,为进一步探究RSV的致病机理打下基础。
4)mt SSU rDNA sequencesmt SSU rDNA序列
1.The main results were summarized as follows:(1) Phylogenetic analysis of the ITS and mt SSU rDNA sequences showed consensus results that mos本研究通过克隆、测序ITS序列和mt SSU rDNA基本全长序列,并结合GenBank数据库中相关的基因序列对栓菌及其近缘属菌物的系统发育关系进行了分析并且分别构建了系统树和生成了相关区域的二级结构,主要结果如下:(1)根据ITS序列和mt SSU rDNA序列所形成的系统树具有良好的一致性,即绝大部分栓菌在系统树上可以聚为一枝,红孔菌属与栓菌属菌物拥有密切的亲缘关系,在系统树中不能与栓菌属菌物完全分开,对两个属菌株二级结构的预测也表现出了高度的相似性。
5)nrRNA核rRNA
6)Ls rRNALs-rRNA