Identifying local outbreaks and their drivers is a key step towards curbing HIV transmission and potentially achieving HIV elimination. Such outbreaks can be identified as transmission clusters extracted from phylogenetic trees constructed of densely sampled viral sequences. In this study, we combined phylogenetic transmission clusters with extensive data on virological suppression and behavioral risk of cluster members to quantify the drivers of ongoing transmission over ten years
ObjectiveTo identify correlates of incident HIV infection in rapidly growing HIV molecular clusters....
Phylogenetics has been advanced as a structural framework to infer evolving trends in the regional s...
<div><p>Phylogenies of highly genetically variable viruses such as HIV-1 are potentially informative...
BACKGROUND: Identifying local outbreaks and their drivers is a key step towards curbing HIV transmis...
Identifying local outbreaks and their drivers is a key step toward curbing human immunodeficiency vi...
Identifying local outbreaks and their drivers is a key step toward curbing human immunodeficiency vi...
HIV patients form clusters in HIV transmission networks. Accurate identification of these transmissi...
Incorporating phylogenetic analysis, HIV molecular surveillance data and traditional epidemiology in...
Incorporating phylogenetic analysis, HIV molecular surveillance data and traditional epidemiology in...
Phylogenetics has been advanced as a structural framework to infer evolving trends in the regional s...
Phylogenies of highly genetically variable viruses such as HIV-1 are potentially informative of epid...
Assessing the danger of transition of HIV transmission from a concentrated to a generalized epidemic...
International audienceObjectivesTo relate socio-demographic and virological information to phylogene...
Assessing the danger of transition of HIV transmission from a concentrated to a generalized epidemic...
Population-level phylogenetic patterns reflect both transmission dynamics and genetic changes, which...
ObjectiveTo identify correlates of incident HIV infection in rapidly growing HIV molecular clusters....
Phylogenetics has been advanced as a structural framework to infer evolving trends in the regional s...
<div><p>Phylogenies of highly genetically variable viruses such as HIV-1 are potentially informative...
BACKGROUND: Identifying local outbreaks and their drivers is a key step towards curbing HIV transmis...
Identifying local outbreaks and their drivers is a key step toward curbing human immunodeficiency vi...
Identifying local outbreaks and their drivers is a key step toward curbing human immunodeficiency vi...
HIV patients form clusters in HIV transmission networks. Accurate identification of these transmissi...
Incorporating phylogenetic analysis, HIV molecular surveillance data and traditional epidemiology in...
Incorporating phylogenetic analysis, HIV molecular surveillance data and traditional epidemiology in...
Phylogenetics has been advanced as a structural framework to infer evolving trends in the regional s...
Phylogenies of highly genetically variable viruses such as HIV-1 are potentially informative of epid...
Assessing the danger of transition of HIV transmission from a concentrated to a generalized epidemic...
International audienceObjectivesTo relate socio-demographic and virological information to phylogene...
Assessing the danger of transition of HIV transmission from a concentrated to a generalized epidemic...
Population-level phylogenetic patterns reflect both transmission dynamics and genetic changes, which...
ObjectiveTo identify correlates of incident HIV infection in rapidly growing HIV molecular clusters....
Phylogenetics has been advanced as a structural framework to infer evolving trends in the regional s...
<div><p>Phylogenies of highly genetically variable viruses such as HIV-1 are potentially informative...