Measurement of microbial DNA polymerase activity enables detection and growth monitoring of microbes from clinical blood cultures von Zweitzig, Daniel R, Riccardello, Nichol M, Morrison, John, Rubino, Jason, Axelband, Jennifer, Jeanmonod, Rebecca, Sodowich, Bruce I, Kopnitsky, Mark J, O'Hara, S Mark

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A novel approach for rapid detection of bacterially contaminated platelet concentrates via sensitive measurement of microbial DNA polymerase activity von Zweitzig, Daniel R., Riccardello, Nichol M., Pester, John M., Jeanmonod, Rebecca, Kopnitsky, Mark J., O'Hara, S. Mark

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Characterization of a novel DNA polymerase activity assay enabling sensitive, quantitative and universal detection of viable microbes von Zweitzig, Daniel R, Riccardello, Nichol M, Sodowich, Bruce I, O'Hara, S Mark

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Feasibility of a Novel Approach for Rapid Detection of Simulated Bloodstream Infections via Enzymatic Template Generation and Amplification (ETGA)–Mediated Measurement of Microbial... von Zweitzig, Daniel R, Sodowich, Bruce I, Riccardello, Nichol M, O'Hara, S. Mark

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Feasibility study demonstrating that enzymatic template generation and amplification can be employed as a novel method for molecular antimicrobial susceptibility testing von Sodowich, Bruce I, Zweitzig, Daniel R, Riccardello, Nichol M, O'Hara, S Mark

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Measurement of Microbial DNA Polymerase Activity Enables Detection and Growth Monitoring of Microbes from Clinical Blood Cultures: e78488 von Zweitzig, Daniel R, Riccardello, Nichol M, Morrison, John, Rubino, Jason, Axelband, Jennifer, Jeanmonod, Rebecca, Sodowich, Bruce I, Kopnitsky, Mark J, O'Hara, S Mark

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Retrospective analysis of clinical data associated with patients enrolled in a molecular diagnostic feasibility study highlights the potential utility for rapid detection of bloods... von Morrison, John, MD, Zweitzig, Daniel, BS, Riccardello, Nichol, BS, Rubino, Jason, MD, Axelband, Jennifer, DO, Sodowich, Bruce, MS, Kopnitsky, Mark, MS, O’Hara, S. Mark, PhD, Jeanmonod, Rebecca, MD

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