Papers
2
Total Citations
12
H-Index
2
About
Claudia Stewart is a researcher whose work has centered on the critical intersection of laboratory automation and molecular biology, specifically focusing on developing cost-effective solutions for high-throughput genomic analysis. Her major contributions lie in democratizing advanced laboratory techniques by engineering accessible modifications to standard equipment. Her most notable work, "Cost-Effective Addition of High-Throughput Colony Picking Capability to a Standard Liquid-Handling Platform" (2008, 7 citations), details a strategy for adding sophisticated colony picking functionality to common liquid-handling robots for under $2,500, dramatically lowering the barrier to entry for this essential genomic screening task. This work demonstrates her talent for practical, scalable innovation. Stewart also contributed to the field of quantitative gene expression analysis with her paper "Automated Process of Q-PCR/Gene Expression" (2004, 5 citations), which addressed the critical need for automation in PCR-based fluorescent detection assays like TaqMan and SYBR Green. By focusing on the automation of these widely used but labor-intensive protocols, Stewart’s work has helped increase the reproducibility and throughput of gene expression studies, making her a key figure in the practical application of lab robotics for core molecular biology workflows.
Research Focus
Key Achievements
Top Papers
- 1
- 2Automated Process of Q-PCR/Gene Expression5 citations · 2004