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About

Timothy C. Barnett is a leading figure in functional genomics, best known for his pivotal contributions to the FANTOM5 consortium. His work centers on deciphering the regulatory code of the genome by mapping transcription initiation events at unprecedented resolution. Barnett’s most influential contribution is the landmark 2017 study, "FANTOM5 CAGE profiles of human and mouse samples," which has garnered over 360 citations. In this work, he helped pioneer the use of Cap Analysis of Gene Expression (CAGE) coupled with single-molecule sequencing to profile transcription start sites across nearly three thousand human and mouse samples. This massive, systematic effort provided a comprehensive atlas of promoter and enhancer usage, fundamentally reshaping our understanding of gene regulation in development and disease. Beyond this flagship study, Barnett’s research continues to drive innovation in transcriptomics, enabling researchers to explore the dynamic landscape of RNA expression with base-pair precision. His work stands as a cornerstone for modern regulatory genomics, offering an invaluable resource for scientists studying everything from cellular differentiation to cancer biology.