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Immune response of rubella vaccine in the populations with different age groups

Xiong, X.W.; Diao, L.D.; Yan, X.L.

Zhonghua Liu Xing Bing Xue Za Zhi 18(4): 227-229

1997

ISSN/ISBN: 0254-6450
PMID: 9812525
Document Number: 471990
The natural immunity status in different age groups was investigated. The positive rate of HI antibody under the age of 4 was less than 25%. The natural immunity level increased gradually with age and the positive rate of the antibody reached 80% among the group aged 13-25. Rate of seroconversion was 100% in any age group one month after immunization, and GMT rose from 13.33 to 243.16. It was suggested that immunogenicity of domestic attenuated live rubella vaccine BRD II was satisfactory. For the population with positive-antibody before immunization, the total GMT rose from 189.59 to 259.00 after vaccination and the difference between immunization before and after was highly significant. According to the above result, we suggested that the vaccination strategy for rubella among young children and women of child-bearing age should be implemented.

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Yuan, C.D. 1989: Immune response and reactions to simultaneous administration of hepatitis B vaccine with routine vaccine in children. II. Immune response and reactions to simultaneous administration of hepatitis B vaccine with Japanese B encephalitis vaccine and measles vaccine Zhonghua Liu Xing Bing Xue Za Zhi 10(4): 210-214
Robinson, T.M.; Nelson, R.G.; Boyer, J.D. 2003: Parasitic infection and the polarized Th2 immune response can alter a vaccine-induced immune response Dna and Cell Biology 22(6): 421-430
Más Lago, P.; Díaz, J.; Díaz Gonzalez, M.; Goyenechea Hernández, A.; Barrio Olivera, J.; Fonseca Quintana, M.; Morier Díaz, L.; Sarmiento Pérez, L.; Palomera Puente, R. 2005: Isolates of poliovirus vaccine and immune response to different doses of oral polio vaccine Revista Cubana de Medicina Tropical 57(2): 111-119
Troy, S.B.; Musingwini, G.; Halpern, M.S.; Huang, C.; Stranix-Chibanda, L.; Kouiavskaia, D.; Shetty, A.K.; Chumakov, K.; Nathoo, K.; Maldonado, Y.A. 2013: Vaccine poliovirus shedding and immune response to oral polio vaccine in HIV-infected and -uninfected Zimbabwean infants Journal of Infectious Diseases 208(4): 672-678
Dittmer, D.P. 2010: The flu vaccine in cancer patients: insights from other immune-suppressed populations Oncology 24(12): 1171
Namaei, M.H.; Ziaee, M.; Naseh, N. 2008: Congenital rubella syndrome in infants of women vaccinated during or just before pregnancy with measles-rubella vaccine Indian Journal of Medical Research 127(6): 551-554
Xu, Q.; Xu, A.-q.; Song, L.-z.; Zhang, L.; Xiao, Z.-k.; Wang, C.-y.; Li, M.-s.; Wang, A.-l.; Li, Z. 2005: Analysis on the changing of age patterns among rubella patients after rubella vaccine immunization for children in Shandong Province, China Zhonghua Liu Xing Bing Xue Za Zhi 26(11): 861-863
Gotze, D. 1976: Serological characterization of ia immune response associated antigens of the h 2 k h 2 s and h 2 q haplotypes by anti sera produced against skin lymphocytes and lympho blasts strain distribution pattern of ia immune response associated antigens and their relationship to ir immune response genes Immunogenetics 3(2): 139-156
John, T.J. 1984: Immune response of neonates to oral poliomyelitis vaccine British Medical Journal 289(6449): 881
Klupińska, G.; Chojnacki, J.; Stec-Michalska, K.; Chojnacki, C. 2004: Assessment of Helicobacter pylori infection severity and immune response in different age groups Polski Merkuriusz Lekarski: Organ Polskiego Towarzystwa Lekarskiego 17(Suppl 1): 145-148
Gnanadesikan, S.; Murthy, K.V.; Vijayakumar, J.; Parasuraman, D. 1975: Evaluation of immune response to single dose schedule of TAB vaccine Indian Journal of Medical Research 63(11): 1577-1582
Zhang, M.T.; Liu, K.Z.; Jin, J.H.; Ding, L.M.; Zhou, S.C.; Yu, Q.Y.; Zhang, X.Z. 1993: Five-year follow-up of immune response to hepatitis B vaccine in juveniles Chinese Medical Journal 106(2): 97-99
Landa, L.; Rattoni, N.; Lehne, C.; Trujillo, J.; Landa, E. 1984: Immune response to hepatitis B vaccine in the staff of a hemodialysis unit Archivos de Investigacion Medica 15(2): 133-138
Trotter, A.C.; Stone, B.D.; Laszlo, D.J.; Georgitis, J.W. 1994: Measles, mumps, rubella vaccine administration in egg-sensitive children: systemic reactions during vaccine desensitization Annals of Allergy 72(1): 25-28
Alexandrescu, V.; Manda, G.; Neagu, M.; Ciotaru, D.; Ioniţă, E. 1997: The immune response induced by a split influenza vaccine. Studies on cellular immunity Roumanian Archives of Microbiology and Immunology 56(3-4): 155-164
Barantseva, I.B.; Naĭkhin, A.N.; Donina, S.A.; Stepanova, L.A.; Rekstin, A.R.; Grigor'eva, E.P.; Desheva, I.A.; Rudenko, L.G. 2003: Humoral and local immune response to the influenza vaccine in people of old and young ages Voprosy Virusologii 48(2): 32-36
Stück, B.; Stehr, K.; Bock, H.L. 2002: Concomitant administration of varicella vaccine with combined measles, mumps, and rubella vaccine in healthy children aged 12 to 24 months of age Asian Pacific Journal of Allergy and Immunology 20(2): 113-120
Miasnikov, I.A.; Tkachenko, E.A.; Stepanenko, A.G.; Nurgaleeva, R.G.; Kireev, S.G.; Malkin, A.E. 1992: The intensity of the immune response to the hemorrhagic fever with renal syndrome virus among different population groups of Bashkortostan Zhurnal Mikrobiologii Epidemiologii i Immunobiologii 2: 47-50
Cryz, S.J.; Sadoff, J.C.; Ohman, D.; Fürer, E. 1988: Characterization of the human immune response to a Pseudomonas aeruginosa O-polysaccharide-toxin a conjugate vaccine Journal of Laboratory and Clinical Medicine 111(6): 701-707
Díaz González, M.; Rodríguez Lay, L.; López-Chávez, A.U.; Bravo González, J.R.; Pedroso Flaquet, P. 1997: Adverse reactions and immune response to Heberbiovac-HB vaccine administered to infants simultaneously with DPT and VA-MENGOC-BC Revista Cubana de Medicina Tropical 49(3): 196-203