Femia G. Hopwood
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1
Total Citations
73
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About
Femia G. Hopwood is a pioneering figure in proteomics and high-throughput analytical chemistry, best known for advancing methods that bridge protein separation and mass spectrometry. Her major contributions center on developing innovative chemical printing strategies for protein macroarray analysis, as exemplified by her highly cited 2002 work, "High Throughput Peptide Mass Fingerprinting and Protein Macroarray Analysis Using Chemical Printing Strategies" (73 citations). In this landmark study, Hopwood introduced a piezoelectric-based chemical printer capable of rapid, non-contact microdispensing of fluids, enabling direct protein digestion and peptide mass fingerprinting from immobilized arrays. This work revolutionized the efficiency of proteomic analysis, allowing researchers to process human plasma and platelet proteins with unprecedented speed and accuracy. Her approach significantly reduced sample handling errors and increased throughput, making large-scale protein identification more accessible. Hopwood’s contributions have had a lasting impact on the fields of biomarker discovery and clinical proteomics, where her methods continue to facilitate the analysis of complex biological samples. Her innovative integration of printing technology with mass spectrometry remains a cornerstone technique for researchers seeking to unravel protein functions in health and disease.
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