Mathias Kalxdorf

Papers

Total Citations

322

H-Index

About

Mathias Kalxdorf is a proteomics researcher whose work has made significant strides in advancing clinical proteomics workflows, particularly in the realm of automated and high-throughput sample preparation. His most influential contribution centers on the implementation of single-pot solid-phase-enhanced sample preparation (SP3) for low-input clinical proteomics — a methodology designed to standardize and streamline the processing of diverse biological samples, including fresh-frozen tissue, formalin-fixed paraffin-embedded (FFPE) tissue, and blood. This work, published across 2019 and 2020, has garnered over 320 combined citations, underscoring its widespread adoption and significance within the proteomics community. By automating the SP3 workflow, Kalxdorf and colleagues addressed a critical bottleneck in clinical research: the need for reproducible, scalable sample processing that can meet the rigorous demands of translational and diagnostic applications. His research has been particularly impactful for scientists working at the intersection of proteomics and clinical medicine, providing practical tools that enable robust protein analysis from limited or challenging biological specimens. Kalxdorf's contributions represent an important step toward making clinical proteomics both accessible and reliable at scale.