Scott Bartolett
Papers
2
Total Citations
34
H-Index
2
About
Scott Bartolett is a pioneer in the development of high-throughput, automated molecular biology platforms, with his work fundamentally advancing the fields of synthetic biology and bioenergy. His research focuses on designing and constructing integrated robotic workcells that dramatically accelerate the cloning, expression, and mutagenesis of genes. His major contributions include the creation of a first-generation high-throughput robotic platform for bioenergy applications (18 citations) and a cost-effective, fully automated system for constructing multiplex libraries of mutagenized open reading frames for insecticidal peptides (16 citations). These innovations have enabled the rapid production of expression-ready plasmid sets, which are critical for optimizing microbial strains and developing high-value peptide expression systems. Bartolett’s work stands out for its emphasis on practical, scalable automation—such as his improved vacuum system—that reduces costs and increases throughput, making advanced functional proteomics accessible for industrial and research applications. His achievements have laid the groundwork for next-generation biofoundries, directly impacting the efficiency of bioenergy and peptide discovery pipelines.
Research Focus
Key Achievements
Top Papers
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