1.Electron Microscopic Study on the Replcation of Hantaan Virus in Vero-E6 Cells.
Journal of the Korean Society of Virology 1999;29(4):201-209
Noabstract available.
Hantaan virus*
2.Propagation of AIK- Measles virus in chicken embryo cell culture derived from Valo SPF egg (Germany)
Journal of Preventive Medicine 2007;17(3):30-34
Background: \r\n', u'Chicken embryo cell was the most effective fibroblast cell line for producing the attenuated measles vaccines. Many countries as Japan, in Kitasato, an attenuated virus derived from the Edmonston virulent strain adapted in chick embryo cells, it was call AIK- C strain, and used for measles vaccine production. In Vietnam, the POLYVAC have applied the Kitasato institute\u2019s technology into measles vaccines production. The Valo SPF egg (Lohmann-Germany) was used in the chick embryo culture \r\n', u'Objectives: \r\n', u'To study the inoculation, and clone of the human AIK-C strain in the chick embryo in order to achieve a high yield of virus for measles vaccine production \r\n', u'Subjects and method:\r\n', u'Suitablecells (AIK- C Strain, an attenuated virus derived from the Edmonston virulent strain, chicken embryo cell cultured from SPF egg Valo Germany) are selected. Then methods as inoculating and culturinglive viruses on the chicken embryo cell are applied.\r\n', u'Results:\r\n', u'After 9 days for infection, viruses which were observed via microscope, propagated and in infectious clone by the measles virus.\r\n', u'Conclusion: \r\n', u'Many tests for propagation of AIK measles virus in chicken embryo cell cuture derived from Valo SPF egg (Germany) showed that chicken embryo cell culture from Valo SPF egg (Germany) is appropriated fro AIK- C measles vaccine production in Vietnam.\r\n', u'
Measles virus
;
4.Clinical and laboratory study of a newly observed viral infection in the Philippines: A preliminary report
Milagros P. Reyes ; Alendry P. Caviles, Jr. ; Lourdes A. Manahan ; Lourdes Espiritu-Campos ; Paulo C. Campos
Acta Medica Philippina 2022;56(2):6-9
Eighteen (18) cases of Chikungunya (or a very close related virus) infection, a newly observed clinical entity in the Philippines, are presented. Diagnosis was established by serological studies consisting of hemagglutination- inhibition (HI) and complement fixation (CF) tests.
The clinical picture is characterized by a symptom-complex consisting essentially of fever, severe, incapacitating, recurrent joint pains and a rash. There is no involvement of the respiratory system and no bleeding tendencies were observed. The erythrocyte sedimentation rate was elevated, more so towards the later part of the illness. The platelet counts were normal. No residual joint deformity morbidity or mortality was encountered.
Chikungunya virus
5.Zika virus and its potential re-emergence in Malaysia
Jamal I-Ching Sam ; Yoke Fun Chan ; Indra Vythilingam ; Wan Yusoff Wan Sulaiman
The Medical Journal of Malaysia 2016;71(2):66-68
Zika virus (ZIKV) has re-emerged to cause explosive
epidemics in the Pacific and Latin America, and appears to
be associated with severe neurological complications
including microcephaly in babies. ZIKV is transmitted to
humans by Aedes mosquitoes, principally Ae. aegypti, and
there is historical evidence of ZIKV circulation in Southeast
Asia. It is therefore clear that Malaysia is at risk of similar
outbreaks. Local and international guidelines are available
for surveillance, diagnostics, and management of exposed
and infected individuals. ZIKV is the latest arbovirus to have
spread globally beyond its initial restricted niche, and is
unlikely to be the last. Innovative new methods for
surveillance and control of vectors are needed to target
mosquito-borne diseases as a whole.
Zika Virus
6.Antigenic potency test of hemorrhagic fever with renal syndrome-inactivated vaccine and susceptibility test from challenge of vaccinated animal with Hantaan virus.
Hae Wol CHO ; Jin Won SONG ; Young Sik JANG ; Sang Ja BAN ; Seung Han KIM
Journal of the Korean Society of Virology 1991;21(1):49-55
No abstract available.
Animals*
;
Fever*
;
Hantaan virus*
7.Study on Variation of Endemic Mumps Viruses in Korea.
Kyung Il MIN ; Do Keun KIM ; Soo Yeul CHO ; Kwang Soo AHN ; Bok Soon MIN ; Byoung Guk KIM ; Sang Ja BAN ; Sook Jin HUR ; Sue Nie PARK ; Kil Ung LEE
Journal of the Korean Society of Virology 2000;30(2):113-124
No Abstract Available.
Korea*
;
Mumps virus*
;
Mumps*
8.Production of monoclona antibody to infectious bursal disease virus as a diagnostic methods.
Hyung Kwan JANG ; Jai Hong KIM ; Chang Seon SONG ; Soon Jae KIM ; Tae Jong KIM
Journal of the Korean Society of Virology 1993;23(2):171-182
No abstract available.
Infectious bursal disease virus*
9.Characteristics of Novel Transfusion-transmitted Virus (TTV).
Korean Journal of Clinical Microbiology 2004;7(1):1-8
No absract available.
Torque teno virus*
10.Experiment with different adjuvants for HI5N1 influenza vaccine
Journal of Preventive Medicine 2007;17(6):5-10
Background Nha Trang Institute of Vaccines Medical Biologicals has produced successfully vaccine for human influenza A/H5N1 in embryonic chicken eggs. Effectiveness of the vaccine immune response is highly dependent on the type of adjuvant used.\r\n', u'Objective: To study adjuvants for preparing A/H5N1 influenza vaccine.\r\n', u'Subjects and methods: The study used a comparative approach on capacity to increase the immune response of various adjuvants AIPO4, Chitosan and Freund tested in mice. Experiment of erythrocyte agglutination reaction is used to measure levels of antibody response in mice blood. The process of weight gain in mice after injection of vaccine adjuvant mixture is monitored.\r\n', u'Results: HA antibody level of the vaccine adjuvant mixture is higher than of the vaccine without adjuvant. Capacity of stimulating immune response of Chitosan adjuvant is higher than AlPO4. Repeat injection on day 20th is suitable for vaccine with AlPO4or vaccine without adjuvant. Repeat injection is after day 20th for vaccine with Chitosan or Freund depending on the amount of residual antibody in the blood. \r\n', u'Capacity of stimulating immune response of Freund adjuvant is the best in the 3 adjuvants but the safety of this adjuvant is low\r\n', u' Freund adjuvant should be used only for animals. When using Freund adjuvant to induce immunity to animals it should determine the amount of antibodies causing immune before repeating.\r\n', u'Conclusion: Freund adjuvant should be used only for animals. \r\n', u'\r\n', u'
Influenza A Virus
;
H5N1 Subtype