融合基因,fusion gene英语短句,例句大全

融合基因,fusion gene
1)fusion gene融合基因
1.The construction of prokaryotic expression product of ltB-TpN47 fusion gene;ltB-TpN47融合基因原核表达系统的构建
2.Construction and identification of TAT-BACEsp-GFP triple fusion gene expressed from recombinant lentiviral vector;TAT-BACEsp-GFP三融合基因慢病毒载体的构建与鉴定
3.The expression of BCR/ABL fusion gene and FoxO3a transcription factor in the patients with primary or crisis blast chronic myeloid leukemia;BCR/ABL融合基因和转录因子FoxO3a在初发和急变慢性粒细胞白血病患者中的表达变化

英文短句/例句

1.Construction and Expression of umcel5N-CBM Encoding Fused Endoglucanase Catalytic Domain and Carbohydrate-Binding Module and Characterization of the Fusion Enzyme融合基因umcel5N-CBM的构建、表达及融合酶性质分析
2.Construction of Goose Parvovirus VP2 Gene and Goose IL-2 Fusion Gene鹅细小病毒VP2基因与鹅IL-2融合基因的构建
3.Abnormality on behavioral ability of transgenic mice for HRX-EEN fusion geneHRX-EEN融合基因转基因小鼠行为能力的异常
4.Construction of Fusion Gene of Clostridium perfringens of Alpha Toxin and Beta Toxin产气荚膜梭菌α-β融合基因的构建
5.Study on chimeric genetic immunization of HBV and HCV;HBV与HCV融合基因免疫的实验研究
6.Expression of the Fusion Gene K88-ST and VP4-ST in Tobacco;融合基因VP4-ST及K88-ST在烟草中的表达
7.Prokarytic Expression, Purification and Activity Determination of RGD-Mel Embedment Gene;RGD-Melittin融合基因的表达纯化及活性测定
8.Study on Cloning and Expression of the Fusion Gene cry2Aa-gna融合基因cry2Aa-gna克隆及表达的研究
9.Construction, Expression of the Fusion Gene cry1Ac-cmg1 in Escherichia Coli融合基因cry1Ac-cmgI构建及原核表达
10.Construction and identification of fusion gene of NT4-p53(N37)-HA2-TATNT4-p53(N37)-HA2-TAT融合基因的克隆和鉴定
11.Construction and significance of fusion gene NT4-TAT-His-PR39 cDNANT4-TAT-His-PR39融合基因cDNA的构建及意义
12.Effect of fused gene S2S/IFNα on murine immune responses融合基因S2S/IFNα对小鼠免疫反应的影响
13.Construction of eukaryotic expression vector DINH and C3d3 fusion geneDINH与C3d3融合基因真核表达质粒的构建
14.Construction and prokaryotic expression of fusion gene IL3-PE38KDELIL3-PE38KDEL融合基因的构建及原核表达
15.Detection and Quantification of Aberrant Leukemia Fusion Gene by Real-time RT-PCR实时定量荧光PCR检测白血病融合基因
16.Construction of prokaryotic expression vector for NT4-Al fusion geneNT4-Al融合基因原核表达载体的构建
17.Construction and identification of recombinant plasmids expressing hTRX-PR39hTRX-PR39融合基因cDNA克隆的构建及鉴定
18.Detection of expression of PML/RARα fusion gene in acute premyeloid leukemia patients with real-time RT-PCR初治APL患者PML/RARα融合基因表达

相关短句/例句

fused gene融合基因
1.Construction and expression of vector of the fused gene combined Marek′s disease virus gB and IL-2;马立克氏病病毒gB与IL-2融合基因载体的构建及表达
2.Cloning and sequencing of K88ac-STⅡ fused gene;K88ac-STⅡ融合基因的克隆与测序
3.Methods The fused gene HA20-lys10 containing gene of 20 residues of amino-terminal of influenza hemagglutinin HA2 and ten lysines was amplified by PCR, and was cloned into prokaryotic expression vector pET32a( + ) .方法用PCR方法构建流感病毒血凝素HA2氨基末端20个氨基酸与10个赖氨酸的融合基因HA20—lys10,并克隆于pET32a(+)原核表达载体。
3)Fusion genes融合基因
1.Construction of plant expression vector of fusion genes with Banana bunchy top virus replicase and Cucumber mosaic virus coat protein;香蕉束顶病毒复制酶和黄瓜花叶病毒衣壳蛋白融合基因植物表达载体的构建
2.Depending on expression vector pGEX-4T-1 and pET-29a, fusion genes PR-CP and PR-S-CP were constructed by two methods.分别借助于pGEX-4T-1和pET-29a表达载体,通过两种方法构建了融合基因PR-CP和PR-S-CP。
3.The fusion genes PR-CP and PR-S-CP were constructed into the expression vectors pGEX-4T-1 and pET-29a.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)gene fusion融合基因
5)fusion gene基因融合
1.The technique of fusion genes has been applied more extensively in the field of biology in recent years.基因融合技术以其快捷、高效生产多功能蛋白的优势,近年来在生物学领域中得到了愈来愈广泛的应用,结合本实验室的相关研究,简要综述基因融合技术、影响基因融合的主要因素以及融合基因的主要应用。
2.The fusion gene of 743 bp in length including two restriction enzymic sites(SmaⅠ and NheⅠ) was cloned into the vector pMD-18T(named pMD-HBsAg/SS),which was proved correct by sequencing.人工合成生长抑素(Somatostatin,SS)基因,与乙肝表面抗原基因融合,插入pMD-18T克隆载体,经序列分析证明,所得目的基因743bp,与设计一致。
6)gene fusion基因融合