Jinda Holzwarth
Papers
1
Total Citations
17
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1
About
Jinda Holzwarth is a biophysical chemist whose research focuses on enzyme kinetics, protein stability, and the development of automated analytical systems for biological assays. Her most cited work, "Computer Controlled Automated Assay for Comprehensive Studies of Enzyme Kinetic Parameters" (2010, 17 citations), introduced a high-throughput platform for systematically characterizing how enzymes respond to changes in pH, salinity, and substrate concentrations. This contribution addresses a critical gap in systems biology: the need for quantitative, reproducible data on protein behavior under varying physicochemical conditions. By automating the collection of kinetic parameters, Holzwarth’s method enables more realistic modeling of biological systems and supports applications in drug discovery and synthetic biology. Her work bridges experimental automation and fundamental biochemistry, providing tools that reduce manual error while expanding the scope of enzyme characterization. Though her citation count remains modest, the practical impact of her automated assay lies in its potential to accelerate research on protein stability and function—key factors in understanding disease mechanisms and designing robust biocatalysts.
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