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Total Citations
48
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About
Erik Steinfelder is a leading expert in biobanking infrastructure and high-throughput biospecimen processing, with a career dedicated to enabling large-scale, reproducible biomedical research. His work focuses on the critical pre-analytical phase of biobanking, particularly the development and validation of automated, high-density sample processing systems for blood. Steinfelder’s major contributions include pioneering semi-automated robotic workflows using 384-format tube racks, which dramatically increase the efficiency, accuracy, and traceability of sample handling. His landmark 2012 paper, "Large scale biobanking of blood — The importance of high density sample processing procedures" (32 citations), established foundational protocols for managing the logistical challenges of population-based studies. He further advanced the field with his 2015 work on a "Semi‐automated biobank sample processing with a 384 high density sample tube robot" (16 citations), demonstrating practical solutions for cancer and cardiovascular cohort studies. By addressing the bottleneck of manual sample processing, Steinfelder’s innovations have directly supported the integrity of genomic and proteomic analyses in large-scale epidemiological research, making him a key figure in the transition from traditional biobanking to high-throughput, quality-controlled biospecimen science.
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