Papers
4
Total Citations
74
H-Index
4
About
Ronald E. Hector is a pioneering researcher in industrial biotechnology, specializing in metabolic engineering of *Saccharomyces cerevisiae* for cellulosic ethanol production. His work centers on overcoming a critical bottleneck in biofuel commercialization: enabling yeast to efficiently ferment pentose sugars like xylose from lignocellulosic biomass. Hector’s major contributions include developing engineered yeast strains with improved xylose utilization, exemplified by his 2008 study using a three-plasmid SUMO expression system (29 citations). He also advanced high-throughput synthetic biology by designing automated yeast mating and transformation protocols, integrating robotic workcells for multiplex library construction and functional proteomic screening. His 2009 automated mating protocol (21 citations) and 2007 robotic workcell study (16 citations) demonstrate his impact in scaling strain engineering for industrial applications. Notably, Hector’s two-hybrid screening approach identified proteins binding to xylose isomerase, a key enzyme for pentose fermentation. With cumulative citations exceeding 70, his research directly supports the commercial viability of cellulosic fuel ethanol, bridging fundamental yeast genetics with practical bioenergy solutions.
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