Ultrasensitive Detection of Reverse Transcriptase Activity by the Amp-RT Assay: Applications to the Measurement of Virus Loads and Phenotypic Drug Resistance
J. Gerardo García Lerma, Walid Heneine
Abstract
J. Gerardo García Lerma, Walid Heneine
Abstract
Retroviruses are widely prevalent among vertebrates and are the causative agents of a variety of diseases in humans and animals including immunodeficiences, leukemias, and lymphomas (1). The retrovirus family is characterized by the presence of virion-associated reverse transcriptase (RT), an enzyme that transcribes the viral genomic RNA into a double-stranded DNA copy. This feature has led to studies of the unique enzymatic function of RT for two main applications. First, RT is a good diagnostic tool for the generic detection of the presence of retroviruses. Second, the RT enzyme constitutes a primary target for antiviral drug therapy (1,2).
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Retroviruses are widely prevalent among vertebrates and are the causative agents of a variety of diseases in humans and animals including immunodeficiences, leukemias, and lymphomas (1). The retrovirus family is characterized by the presence of virion-associated reverse transcriptase (RT), an enzyme that transcribes the viral genomic RNA into a double-stranded DNA copy. This feature has led to studies of the unique enzymatic function of RT for two main applications. First, RT is a good diagnostic tool for the generic detection of the presence of retroviruses. Second, the RT enzyme constitutes a primary target for antiviral drug therapy (1,2).
Key concepts: Reverse transcriptase, Virology, Phenotype, Drug resistance, Virus, Drug, Biology, Pharmacology