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1)  DNA sequence of T-helper epitope
Th表位DNA序列
1.
Me- thods The mutant soluble BLyS (msBLyS) cDNA was constructed by PCR, and then the mutant cDNA was combined to the DNA sequence of T-helper epitope of hen egg-white lysozyme or ovalbumin respectively.
方法经PCR方法构建msBLyScDNA,然后分别与鸡卵清溶菌酶(HEL)或卵清蛋白(OVA)Th表位DNA序列重组,行序列测定后,构建于高效原核表达载体pQE-80L并转化E。
2)  Th epitope
Th表位
1.
Construction of eukaryotic expression vectors containing nucleosome Th epitope and CTLA4Ig genes;
核小体Th表位和CTLA4Ig双基因共表达真核表达载体的构建
2.
Construction and expression of the attenuated Salmonella typhimurium strain expressing pCDR1 Th epitope;
表达pCDR1 Th表位减毒鼠伤寒沙门菌株的构建
3)  PADRE [英]['pɑ:dreɪ]  [美]['pɑdre]
通用Th表位
4)  Th cell epitope
Th细胞表位
1.
Methods Based on 2 dominant B cell epitopes within the Pre S (2) region of HBs Ag and 2 Th cell epitopes within HBc Ag, 2 novel antigen peptides (MAP 1 and MAP 2) were designed and synthesized.
方法 以Pre S( 2 ) 蛋白两优势性B细胞表位和HBcAg两Th细胞表位为基础 ,设计、合成了 2种MAP多肽 ,以此两MAP肽为免疫原免疫兔和小鼠 ,观察体液免疫反应。
2.
The transmembrane region and the signal peptides were predicted by using the online servers which were based on the methods of motif scanning and scoring matrix,then the promiscuous Th cell epitopes aforementioned were selected by the statistical analysis of the data from above multi-servers prediction protocols.
目的预测并鉴定日本血吸虫童虫体被蛋白分子的Th细胞表位。
5)  DNA sequences
DNA序列
1.
On 3D graphical representation of DNA sequences;
DNA序列的3D图形表示(英文)
2.
This method adds digital signature to the DNA sequences,and finds the juggling by checking it before using the data.
该方法将数字签名嵌入DNA序列,在使用前通过校验数字签名来发现DNA是否篡改,以便给出篡改提示。
6)  DNA sequence
DNA序列
1.
Correlation dimension and Kolmogorov entropy of DNA sequences;
DNA序列的相关维数与Kolmogorv熵(英文)
2.
Construction of phylogenetic tree based on DNA sequences;
基于DNA序列的系统进化树构建
3.
Approach to propreties of coding and non-coding DNA sequence based on complex network theory;
基于网络方法的DNA序列编码区·非编码区性质研究
补充资料:简单重复DNA序列
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性质:又称简单重复DNA序列。是指DNA链内由2~4个核苷酸顺序串联重复排列的片段。广泛存在于真核生物基因中,可出现在基因编码区附近、非编码区或基因内。具有个体特征,是构成人基因组多态性的因素之一。其突变表现为重复顺序拷贝数的变化,而且有渐进累积的过程,突变频率与拷贝数有关。突变多数导致产生异常的蛋白质。已发现人类的五种遗传病与这种串联重复序列拷贝数变异有关:脆性X综合征、脊髓延髓肌萎缩症、强直性肌营养不良症、亨廷顿氏(Huntingtons)舞蹈病以及遗传性非息肉型结直肠癌等。

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