Incubation of Aedes albopictus cells infected with Mayaro virus at 37 degrees C causes
inhibition of virus replication. During the first hour post infection (pi) incubation at 37 degrees …

We addressed the question how temperature elevation inhibits Mayaro virus replication in
Aedes albopictus infected cells. The morphology and macromolecular changes induced by …

We have previously shown the inhibition of Mayaro virus multiplication in Aedes albopictus-
infected cells maintained at a supraoptimal temperature for growth (37 degrees C) and a …

Three major Mayaro virus proteins of 62, 50 and 34 kDa were detected in Aedes albopictus
cells after 48 h postinfection at 28° C. When the infected cells were shifted from 28 to 37° C …

The multiplication of Mayaro virus in Aedes albopictus cells was drastically inhibited after
incubation at 37 degrees C. The effect of short-term exposure of infected cells to high …

Mayaro virus (Alphavirus) infection of Aedes albopictus cells results in inhibition of cell
protein synthesis and viral proteins are preferably synthesized. When infected cells are heat …

The modifications in the pattern of nuclear proteins of Aedes albopictus cells in response to
Mayaro virus infection were analysed early and late after infection. The viral capsid (C) …

Mayaro virus was grown in BHK-21 cells and purified by centrifugation in a potassium-
tartrate gradient (5-50%). The electron microscopy analyses of the purified virus showed an …

The antibiotic cerulenin, an inhibitor of lipid synthesis, was shown to suppress Mayaro virus
replication in Aedes albopictus cells at non-cytotoxic doses. Cerulenin blocked the …

Mayaro virus grown in interferon treated infected cells has been characterized with regard to
its ability to replicate in vertebrate (TC7) and invertebrate (Aedes albopictus) cells. Virus …