This study will help identify which ARV candidates should be prioritized for pediatric use in resource-limited settings
Children in resource-limited settings are increasing experiencing treatment failure, as defined by virologic, immunologic, and/or clinical criteria. There are few studies of HIV resistance mutations in children failing first line NNRTI therapy in resource limited settings. The emergence of treatment failure and drug resistance in children on ART emphasizes the urgency for developing evidence-based second-line and salvage treatment strategies. Pediatric treatment is complicated by a number of factors, including having fewer numbers of ARVs approved by drug safety agencies and the lack of pediatric formulations. This further shortens the list of available second-line ARVs as compared to adults. Despite the growing number of children on second-line therapy worldwide, there are limited data on efficacy of second-line PI therapy in children after NRTI-NNRTI failure. There are currently no options for third-line/salvage regimens for children in resource-limited settings. New drugs and drug classes are approved for use in children by the US FDA but are not routinely available outside of high-income settings. Also, there are no data on the resistance patterns of children failing second-line therapy in resource-limited settings to guide clinical management and ARV procurement. Clinicians need evidence-based guidelines for how to manage children with treatment failure, and access to the drugs necessary to construct potent and durable third-line regimens. TASER-P is a longitudinal observational cohort study to monitor for treatment failure to second-line ART in Asian children.
Study Type
OBSERVATIONAL
Enrollment
300
Mangunkusumo General Hospital
Jakarta, Indonesia
Hospital Kuala Lumpur
Kuala Lumpur, Malaysia
Srinagarind Hospital, Khon Kaen University
Khon Kaen, Changwat Khon Kaen, Thailand
Research Institute for Health Sciences
Chiang Mai, Chiang Mai, Thailand
resistance
To monitor for resistance development and resistance patterns in children failing second-line ART over 72 weeks
Time frame: week 72
virologic failure
To determine the frequency of virologic suppression defined as HIV-RNA \<400 copies/ml over 72 weeks To determine the frequency of virologic failure as HIV RNA ≥1000 copies/ml over 72 weeks To evaluate predictors of virologic failure
Time frame: week 72
drug resistance
To assess HIV drug resistance patterns by virtual phenotyping
Time frame: week 72
ARV drug levels
To correlate ARV drug levels between plasma and hair samples To correlate hair ARV levels with virologic responses and measures of adherence
Time frame: week 72
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HIV-NAT
Bangkok, Thailand
Siriraj Hospital
Bangkok, Thailand
Children's Hospital Number 1
Ho Chi Minh City, Vietnam
Children's Hospital Number 2
Ho Chi Minh City, Vietnam