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A multi-investigator/institutional DNA bank for AIDS-related human genetic studies: AACTG Protocol A5128.

Haas DW, Wilkinson GR, Kuritzkes DR, Richman DD, Nicotera J, Mahon LF, Sutcliffe C, Siminski S, Andersen J, Coughlin K, Clayton EW, Haines J, Marshak A, Saag M, Lawrence J, Gustavson J, Anne Bennett J, Christensen R, Matula MA, Wood AJ, Adult AIDS Clinical Trials Group
HIV Clin Trials. 2003 4 (5): 287-300

PMID: 14583845 · DOI:10.1310/MUQC-QXBC-8118-BPM5

BACKGROUND - An understanding of the relationships among allelic variability and clinical outcomes will be critical if HIV-infected patients are to benefit from the explosion in knowledge in human genomics. Human DNA banks must allow future analyses while addressing confidentiality, ethical, and regulatory issues.

METHOD - A multidisciplinary group of clinical investigators, ethicists, data managers, regulatory specialists, and community representatives developed Adult AIDS Clinical Trials Group (AACTG) Protocol A5128. Participants in past or present AACTG clinical trials may contribute DNA. Extraction from whole blood is performed at a central laboratory, where participants' unique identifiers are replaced by randomly assigned identifiers prior to DNA storage. To identify genotype-phenotype relationships, genetic assay results can be temporarily linked to clinical trials data.

RESULTS - Institutional review boards in 21 states and Puerto Rico have approved Protocol A5128, and accrual is ongoing. Of the first 4,247 enrollees, 82% are male, 56% are white, 26% are African American, and 15% are Hispanic. Because participants may participate in multiple AACTG protocols, these represent 11,424 cases in 324 different AACTG studies and substudies, with at least 100 participants from 24 different studies. Studies exploring specific genotype-phenotype relationships are underway.

CONCLUSION - The AACTG DNA bank will be an important resource for genomic discovery relevant to HIV therapy.

MeSH Terms (13)

Acquired Immunodeficiency Syndrome Adult Biological Specimen Banks Clinical Protocols Confidentiality Databases, Genetic Female Humans Male Organizations Pharmacogenetics Research Design United States

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