BACKGROUND: Several decision support systems have been developed to interpret HIV-1 drug resistance genotyping results. This study compares the ability of the most commonly used systems (ANRS, Rega, and Stanford's HIVdb) to predict virological outcome at 12, 24, and 48 weeks. METHODOLOGY/PRINCIPAL FINDINGS: Included were 3763 treatment-change episodes (TCEs) for which a HIV-1 genotype was available at the time of changing treatment with at least one follow-up viral load measurement. Genotypic susceptibility scores for the active regimens were calculated using scores defined by each interpretation system. Using logistic regression, we determined the association between the genotypic susceptibility score and proportion of TCEs having an undet...
Background. Interpreting human immunodeficiency virus type 1 (HIV-1) genotypic drug-resistance test ...
Clinically evaluating genotypic interpretation systems is essential to provide optimal guidance in d...
High level HIV-1 drug resistance in recently infected treatment-naive individuals correlates with su...
Background: Several decision support systems have been developed to interpret HIV-1 drug resistance ...
Background: Several decision support systems have been developed to interpret HIV-1 drug resistance ...
BACKGROUND: Several decision support systems have been developed to interpret HIV-1 drug resistance...
Several decision support systems have been developed to interpret HIV-1 drug resistance genotyping r...
OBJECTIVES: To test retrospectively the ability of four freely available rules-based expert syste...
OBJECTIVES: To test retrospectively the ability of four freely available rules-based expert systems ...
OBJECTIVES: To test retrospectively the ability of four freely available rules-based expert systems...
OBJECTIVES: To test retrospectively the ability of four freely available rules-based expert systems ...
INTRODUCTION: Clinically evaluating genotypic interpretation systems is essential to provide optima...
Background. Interpreting human immunodeficiency virus type 1 (HIV-1) genotypic drug-resistance test ...
Clinically evaluating genotypic interpretation systems is essential to provide optimal guidance in d...
High level HIV-1 drug resistance in recently infected treatment-naive individuals correlates with su...
Background: Several decision support systems have been developed to interpret HIV-1 drug resistance ...
Background: Several decision support systems have been developed to interpret HIV-1 drug resistance ...
BACKGROUND: Several decision support systems have been developed to interpret HIV-1 drug resistance...
Several decision support systems have been developed to interpret HIV-1 drug resistance genotyping r...
OBJECTIVES: To test retrospectively the ability of four freely available rules-based expert syste...
OBJECTIVES: To test retrospectively the ability of four freely available rules-based expert systems ...
OBJECTIVES: To test retrospectively the ability of four freely available rules-based expert systems...
OBJECTIVES: To test retrospectively the ability of four freely available rules-based expert systems ...
INTRODUCTION: Clinically evaluating genotypic interpretation systems is essential to provide optima...
Background. Interpreting human immunodeficiency virus type 1 (HIV-1) genotypic drug-resistance test ...
Clinically evaluating genotypic interpretation systems is essential to provide optimal guidance in d...
High level HIV-1 drug resistance in recently infected treatment-naive individuals correlates with su...