Steven B. Riedmuller
Papers
5
Total Citations
86
H-Index
4
About
Steven B. Riedmuller is a pioneering researcher in laboratory automation and functional proteomics, whose work has fundamentally advanced high-throughput molecular biology platforms for biotechnology applications. His most significant contributions center on the design, construction, and optimization of integrated robotic workcells capable of rapidly screening and expressing protein variants from plasmid libraries — a critical capability in an era demanding accelerating biological discovery. Riedmuller's most influential work, published in 2006 with 35 citations, demonstrated the first automated plate assay system for screening cellulase F mutants, establishing a new standard for functional proteomic workflows. This was complemented by his earlier foundational development of liquid handling components (2005) and subsequent construction of a first-generation high-throughput robotic molecular biology platform specifically targeting bioenergy applications (2011, 18 citations). His 2007 study on multiplexed mutagenized libraries for insecticidal peptides further showcased the versatility of these platforms across both bioenergy and high-value peptide production. Later work extending these methods toward synthetic chromosome assembly for improved yeast strains reflects his sustained commitment to industrial biotechnology. Collectively, Riedmuller's contributions have helped define the engineering infrastructure underpinning modern automated genomics and protein optimization research.
Research Focus
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