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A Natural Vaccine Candidate Strain Against Cholera 被引量:4
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作者 LIU YAN-QING QI GUO-MING +4 位作者 WANG SHI-XIA YU YONG-MAO DUAN GUANG-CAI ZHANG LI-JUAN AND GAO SHOU-YI(Institute of Epidemiology and Mcrobiology, Chinese Academp ofPreventive Medicine, PO Box 5, ChangpingBeijing 102206, China) 《Biomedical and Environmental Sciences》 SCIE CAS CSCD 1995年第4期350-358,共9页
E1 Tor Vibrio cholerae (EVC) strains may be classifled into two kinds-epidemigenic (EEVC) strains and non-epidemigenic (NEEVC) strains-based on a phage-biotyping system. A large number of EEVC strains have been screen... E1 Tor Vibrio cholerae (EVC) strains may be classifled into two kinds-epidemigenic (EEVC) strains and non-epidemigenic (NEEVC) strains-based on a phage-biotyping system. A large number of EEVC strains have been screened for toxigenic and putative colonization attributes. One such naturally occurring strain (designated IEM 101) has been found which is devoid of genes encoding cholera toxin (CT), accessory cholera enterotoxin (ACE), zonula occludens toxin (ZOT), but possesses RS1 sequences and toxin-coregulated pilus A gene (tcpA) although tcpA is poorly expressed. It expresses type B pili but does not posses type C pili. It is an E1 Tor Ogawa strain and does not cause fluid accumulation in rabbit ileal loop tests. Active immunization of rabbits with strain IEM 101 elicited good protection against challenge with virulent strains of V cholerae O1. Oral administrationcaused no side effects in 15 human volunteers, colonized the gut for four to ten days and elicited good immune responses 展开更多
关键词 oral A Natural vaccine candidate strain Against Cholera IgA Nature HALL Zhang
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