1. Inadequate management of natural ecosystem in the Brazilian Amazon region results in the emergence and reemergence of arboviruses - Vasconcelos,Pedro F. C.; Travassos da Rosa,Amélia P. A.; Rodrigues,Sueli G.; Travassos da Rosa,Elizabeth S.; Dégallier,Nicolas; Travassos da Rosa,Jorge F. S. A total of 187 different species of arboviruses and other viruses in vertebrates were identified at the Evandro Chagas Institute (IEC) from 1954 to 1998, among more than 10,000 arbovirus strains isolated from humans, hematophagous insects, and wild and sentinel vertebrates.
2. Pesquisa de anticorpos contra arbovírus e o vírus vacinal da febre amarela em uma amostra da população de Rio Branco, antes e três meses após a vacina 17D - Tavares-Neto,José; Freitas-Carvalho,Juliano; Nunes,Márcio Roberto Teixeira; Rocha,Grace; Rodrigues,Sueli Guerreiro; Damasceno,Edilândio; Darub,Recleides; Viana,Sebastião; Vasconcelos,Pedro Fernando da Costa Em amostra da população da cidade de Rio Branco (Acre), foi pesquisada a freqüência de portadores de anticorpos contra os arbovírus, mais prevalentes na região amazônica, e o vírus vacinal da febre amarela, antes e após a imunização com a vacina 17D.
5. Ultrastructural, Antigenic and Physicochemical Characterization of the Mojuí dos Campos (Bunyavirus) Isolated from Bat in the Brazilian Amazon Region - Wanzeller,Ana LM; Diniz,José AP; Gomes,Maria LC; Cruz,Ana CR; Soares,Manoel CP; Souza,Wanderley de; Rosa,Amélia PA Travassos da; Vasconcelos,Pedro FC The Mojuí dos Campos virus (MDCV) was isolated from the blood of an unidentified bat (Chiroptera) captured in Mojuí dos Campos, Santarém, State of Pará, Brazil, in 1975 and considerated to be antigenically different from other 102 arboviruses belonging to several antigenic groups isolated in the Amazon region or another region by complement fixation tests.
7. Molecular Epidemiology and Emergence of Rift Valley Fever - Sall,AA; Zanotto,PMA; Vialat,P; Sène,OK; Bouloy,M Rift Valley fever (RVF) is a mosquito-borne viral disease which manifested itself during recent epidemics and revealed its significant potential of emergence.
8. Interference Among Group A Arboviruses - Zebovitz, Eugene; Brown, Arthur Interference among group A arboviruses is described which does not involve the mediation of interferon.
9. Interference Among Group A Arboviruses - Zebovitz, Eugene; Brown, Arthur Interference among group A arboviruses is described which does not involve the mediation of interferon.
10. Preparation of Noninfectious Arbovirus Antigens - Brand, Orville M.; Allen, William P. Noninfectious arbovirus antigens were prepared from borate-saline suspensions of infected suckling mouse brain buffered with tris(hydroxmethyl)aminomethane and treated with ?-propiolactone (BPL).
11. Preparation of Noninfectious Arbovirus Antigens - Brand, Orville M.; Allen, William P. Noninfectious arbovirus antigens were prepared from borate-saline suspensions of infected suckling mouse brain buffered with tris(hydroxmethyl)aminomethane and treated with β-propiolactone (BPL).
16. Antigenic Components of Group A Arbovirus Virions - Dalrymple, J. M.; Vogel, S. N.; Teramoto, A. Y.; Russell, P. K. Three group A arboviruses, Sindbis (SIN), western (WEE) and eastern equine encephalitis (EEE), were selectively degraded with a nonionic detergent to yield a core particle and a soluble envelope component.
17. Antigenic Components of Group A Arbovirus Virions - Dalrymple, J. M.; Vogel, S. N.; Teramoto, A. Y.; Russell, P. K. Three group A arboviruses, Sindbis (SIN), western (WEE) and eastern equine encephalitis (EEE), were selectively degraded with a nonionic detergent to yield a core particle and a soluble envelope component.
18. Arbovirus infections in man in British Columbia - Kettyls, G. D.; Verrall, V. M.; Wilton, Leslie D.; Clapp, J. B.; Clarke, D. A.; Rublee, J. D. During the summer of 1971, the first laboratory-proved cases of acute encephalitis in man due to any of the known arboviruses occurred in the south-central region of British Columbia.