M. Eggers

Papers

Total Citations

328

H-Index

About

M. Eggers is a pioneering figure in the development of high-throughput bioanalytical platforms, with a primary focus on advancing microarray and immunoassay technologies. Their most influential contribution is the creation of a novel biochip that enables high-throughput, multiplexed enzyme-linked immunosorbent assays (ELISAs), as detailed in their seminal 1999 work, which has garnered over 328 citations. This innovation—featuring an optically flat glass plate with 96 wells defined by a hydrophobic Teflon mask—revolutionized the scalability and efficiency of protein detection, allowing simultaneous analysis of numerous samples with enhanced sensitivity and reduced reagent use. Eggers’ work bridged the gap between traditional ELISA methods and modern microarray systems, laying critical groundwork for clinical diagnostics and proteomics. By enabling parallel processing in a compact format, their biochip design has been widely adopted in biomedical research, influencing subsequent developments in lab-on-a-chip technologies. Eggers’ contributions remain a cornerstone for researchers seeking robust, high-throughput solutions in biomarker discovery and disease monitoring.