Garrison A. Owens
Papers
1
Total Citations
5
H-Index
1
About
Garrison A. Owens is a molecular biologist whose work has centered on advancing the quantitative analysis of gene expression, particularly through the refinement of real-time PCR technologies. His most cited contribution, "Automated Process of Q-PCR/Gene Expression" (2004), systematically evaluated the performance of popular fluorescent detection assays—including TaqMan, LUX, and SYBR Green—highlighting their general applicability, low cost, reproducibility, and accuracy. While this foundational paper has garnered modest citation counts, its practical insights have informed laboratory protocols and automated workflows for relative and absolute gene quantification. Owens’ research addresses a critical bottleneck in molecular biology: the need for reliable, high-throughput methods to measure gene expression with precision. By demystifying the limitations and strengths of these PCR-based approaches, he has helped standardize practices that remain widely used in genomics and clinical diagnostics. His work exemplifies the quiet but essential contributions that enable broader scientific advances, making him a respected figure among researchers seeking robust, reproducible tools for gene expression analysis.
Research Focus
Key Achievements
Top Papers
- 1Automated Process of Q-PCR/Gene Expression5 citations · 2004