Conclusion This peptide displayed on positive phage may mimic partial antigenicity of JEV E protein.
结论筛选的该噬菌体克隆展示肽可模拟JEVE蛋白的部分抗原性。
It indicated that the established method could be used as a new mean for rapid screening the clinical JEV.
本研究建立检测方法可以作为一种新型检测方法用于JEV的临床快速检测。
The peptide displayed on positive phage could react specifically with the mouse antiserum against natural JEV Ag .
阳性噬菌体展示肽也能与抗天然JEV抗原的鼠血清产生特异性反应。
RESULTS Short peptide displayed on phage specifically was bound to 2F2 and the binding was inhibited by natural JEV Ag.
结果筛选到的噬菌体能特异地与2F2结合，并且这种结合可被天然抗原所抑制。
By homology analysis, two higher homologous sequences STXAR and WXXAXST were found in different regions of JEV E protein.
同源分析表明，在JEVE蛋白不同区域有两个同源性较高的序列：STXAR和WXXAXST。
Each year, nearly a thousand young people come through community centers run by Philadelphia-based nonprofit JEV Human Services.
每年，将近一千名年轻人来到JEV社会服务机构设立的社区中心，这一机构是总部设在费城的非营利性机构。
The transient expression of JEV E in BHK 21 cells was detected by indirect immunofluorescence assay(IFA) with a monoclonal antibody 2H4 against JEV E.
用其体外转染地鼠肾细胞BHK-21，经间接免疫荧光法（IFA）检测，证实了JEV-E的瞬时表达。
It is certainty that cross-reactions exist between WNV and JEV, whether cross-protection exists between them need to determine with neutralization test.
WNV与JEV存在一定交叉反应，但是否有交叉保护作用则需要中和试验等进一步证实。
Conclusion The JEV attenuated strain SA14-14-2 is genetic stability after passaged continuously on PHKC to 20 generations, and proved a good safety on molecular level.
结论乙脑病毒减毒株sa14 - 14 - 2的遗传学特性稳定，从分子水平证明了乙脑减毒活疫苗的安全性。
Conclusion The JEV attenuated strain SA14-14-2 is genetic stability after passaged continuously on PHKC to 20 generations, and proved a good safety on molecular level.
结论乙脑病毒减毒株sa14 - 14 - 2的遗传学特性稳定，从分子水平证明了乙脑减毒活疫苗的安全性。
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