George M. Risinger
Papers
1
Total Citations
33
H-Index
1
About
George M. Risinger is a molecular biologist whose work has advanced the application of DNA microarray technology in bacterial genomics. His most cited contribution, "The construction and use of bacterial DNA microarrays based on an optimized two-stage PCR strategy" (2003, 33 citations), provides a foundational methodology for building high-quality bacterial microarrays from genomic sequence data. This optimized two-stage PCR approach enabled more efficient and reliable production of arrayed DNA, facilitating global gene expression profiling in bacteria. Risinger's research has been instrumental in making microarray construction more accessible and robust for the study of bacterial pathogens and their responses to environmental or therapeutic challenges. His work reflects a commitment to developing practical, reproducible tools for functional genomics, allowing researchers to probe complex bacterial transcriptomes with greater accuracy. While his citation count may be modest, the methodological impact of his contributions is significant, particularly for laboratories seeking cost-effective, in-house microarray production. Risinger's legacy lies in empowering other scientists to explore bacterial gene expression at a systems level, advancing our understanding of microbial biology and pathogenesis.
Research Focus
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Top Papers
- 1