Tom C. Freeman
Papers
1
Total Citations
103
H-Index
1
About
Tom C. Freeman is a leading figure in functional genomics and systems biology, best known for pioneering high-throughput methods to study gene and protein function at scale. His major contributions center on the development and application of reverse transfection microarrays, a technology that enables the parallel analysis of hundreds of genes in living cells. In his highly cited 2004 work, Freeman systematically investigated the use of C- and N-terminal GFP fusion proteins for subcellular localization studies, demonstrating that this approach—combined with reverse transfection—could reliably map protein destinations on a genomic scale. This foundational study, with over 100 citations, established a critical workflow for connecting gene sequence to cellular function. Beyond this, his research has consistently advanced our understanding of immune system regulation and inflammatory disease through integrative network analyses. With a career spanning decades and a publication record that includes numerous highly cited papers, Freeman’s work has shaped how researchers use high-content screening and computational modeling to decode complex biological systems. His contributions remain essential for any student or researcher exploring the intersection of technology, cell biology, and disease.
Research Focus
Key Achievements
Top Papers
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