1) Suicidal DNA vaccine
自杀性DNA疫苗
1.
Construction and immunity response of a suicidal DNA vaccine with E gene of Japanese encephalitis virus in mice
乙型脑炎病毒E基因自杀性DNA疫苗的构建及其免疫应答
2.
Suicidal DNA vaccine has become the focus of DNA vaccine researches not only advantages of conventional DNA vaccine,but also because of its advantages of biosafety and enhanced immunogenicity.
菌落PCR和酶切鉴定证明重组质粒pSMART-ORF5包含完整的ORF5基因,成功构建PRRSV自杀性DNA疫苗。
2) Suicidal DNA vaccine
"自杀性"DNA疫苗
1.
45 kb DNA fragment containing the 26S promoter of Semliki Forest virus(SFV) and a linker was amplified by PCR and inserted into the multiple clone sites of pSCA1,a suicidal DNA vaccine vector based on SFV replicon,resulting in a modified vector pSCA2 to drive the co-expression of double genes.
PCR扩增西门利克森林病毒(SFV)亚基因组启动子26S序列及人工合成Linker,将其插入基于SFV复制子的“自杀性”DNA疫苗表达载体pSCA1的多克隆位点,获得含2个26S启动子并能同时驱动双基因共表达的“自杀性”DNA疫苗表达载体pSCA2。
3) Therapeutic HBV DNA vaccine
治疗性HBV DNA疫苗
5) DNA Vaccine
DNA疫苗
1.
Synthesis Poly(LacNAc/Gln - co - Gln) as DNA Vaccine Adjuvant;
DNA疫苗佐剂Poly(LacNAc/Gln-co-Glu)的合成
2.
The prime-boost strategy with mucosal DNA vaccine and killed oil-emulsified vaccine against H9 subtype of avian influenza virus;
H9亚型禽流感病毒黏膜DNA疫苗与灭活油乳苗的联合免疫研究
3.
Immunotherapeutic effect of Ag85A DNA vaccine and Ag85B DNA vaccine on bladder tumor in rats;
Ag85A和Ag85B DNA疫苗对大鼠膀胱癌免疫治疗的效果
6) DNA vaccines
DNA疫苗
1.
Immune mechanism of DNA vaccines and progress on Newcastle disease virus (NDV);
DNA疫苗免疫机制及预防新城疫病毒的研究进展
2.
Research advances in genetic adjuvant for DNA vaccines and its application in fish vaccines;
DNA疫苗的分子佐剂研究进展及其在鱼用疫苗中应用
3.
Study of immune responses induced by human papillomavirus type 18 L1-E6 and L1-E7 chimeric gene DNA vaccines in mice;
人乳头瘤病毒18型L1-E6、E7嵌合基因DNA疫苗的体内免疫效应
补充资料:c DNA
分子式:
CAS号:
性质: 系以m RNA为模板经酶作用反转录而成的单链DNA。使用有放射性的核苷酸(通常是32P),cDNAs就带有高放射性,在杂交检测中用作探针,以测定染色体上基因的数目位置,来组建不同基因组的物理图谱,研究真核基因的结构及确定一部分DNA密码序列。以cDNA作模板,合成另一条(相当于mRNA)cDNA,则成为双链cDNA(写作ds cDNA)可作为在原核生物中表达的真核基因之用。因制得的cDNA不含真核基因的内含子。互补DNA常用于DNA重组、DNA探针、基因定位及DNA测序等方面。
CAS号:
性质: 系以m RNA为模板经酶作用反转录而成的单链DNA。使用有放射性的核苷酸(通常是32P),cDNAs就带有高放射性,在杂交检测中用作探针,以测定染色体上基因的数目位置,来组建不同基因组的物理图谱,研究真核基因的结构及确定一部分DNA密码序列。以cDNA作模板,合成另一条(相当于mRNA)cDNA,则成为双链cDNA(写作ds cDNA)可作为在原核生物中表达的真核基因之用。因制得的cDNA不含真核基因的内含子。互补DNA常用于DNA重组、DNA探针、基因定位及DNA测序等方面。
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