Thomas Laurell
Papers
4
Total Citations
43
H-Index
3
About
Thomas Laurell is a pioneering researcher at the intersection of microfluidics, proteomics, and analytical chemistry, whose work has significantly advanced miniaturized sample preparation technologies for biomedical analysis. His most influential contribution, garnering 31 citations, introduced a novel immunoaffinity strategy combining noncovalent antibody immobilization on porous silicon with integrated microfluidic solid-phase extraction, enabling highly efficient ImmunoMALDI assays capable of capturing target biomolecules from complex biological samples with remarkable sensitivity and speed. This work exemplifies Laurell's overarching mission to bridge sophisticated biochemical capture techniques with high-throughput mass spectrometry readout. Laurell has also made substantial contributions to automated proteomic workflows, developing robotic microchip-based systems for protein clean-up and enrichment tailored for MALDI-TOF mass spectrometry, as well as early automated platforms for carbohydrate analysis integrating microdialysis and electrochemical detection. His collaborative efforts with pharmaceutical industry partners in protein profiling further demonstrate his commitment to translating academic innovation into clinically relevant biomarker discovery tools. Across his career, Laurell has consistently pushed the boundaries of miniaturized analytical systems, making complex proteomics workflows faster, more reproducible, and accessible to researchers tackling challenging disease diagnostics.
Research Focus
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Top Papers
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