AIDS Research and Human Retroviruses · 2009 · 27 citations · 11 references
Life SciencesMolecular BiologyMolecular GeneticsMolecular EpidemiologyRecombinationVirologyHiv EpidemiologyViral EvolutionViral GeneticsViral GenomicsViral RecombinationVirus EvolutionEmergence Of Viral VariantsHiv Transmission DynamicsMolecular Epidemiology Of VirusesMolecular Genetic EpidemiologyRecombination In Viral Population GeneticsSubtype PolymorphismViral Genetic VariationVirus Genotypes
Recombination has been shown to be an important force in HIV-1 evolution. Recombination contributes to an increase in genetic variation and hinders vaccine design efforts. Several molecular epidemiology studies in South America described the circulation of subtypes B, F, and C as well as several B/F1 recombinants. This study performed by nucleotide sequencing in at least two genes of 89 samples from Uruguay has shown a complex HIV-1 epidemic characterized by the cocirculation of subtype B, and subtype C strains, together with an important group of BF1 recombinant viruses, including isolates similar to CRF12_BF. In addition we identified a new circulating recombinant form, designated CRF38_BF(1), which was dominant in the recombinant virus group.
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Kavita S. Lole, Robert C. Bollinger, Ramesh Paranjape et al. · Journal of Virology · 1999 · 2.8K citations · Full text