Jayson T. Durham
Papers
1
Total Citations
130
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1
About
Jayson T. Durham is a trailblazer in functional genomics and transcriptomics, best known for developing TOGA (Total Gene Expression Analysis), an automated, high-throughput technology that revolutionized the study of nearly all genes in a genome. His seminal 2000 paper on TOGA, which has garnered over 130 citations, introduced a systematic method for parsing and quantifying gene expression by leveraging 8-nucleotide sequences—combining a 4-nt restriction site with an adjacent 4-nt parsing sequence—and measuring their distances from the 3' end. This innovation enabled researchers to analyze thousands of transcripts simultaneously with unprecedented precision, bypassing the limitations of earlier cDNA display techniques. Durham’s work has had a lasting impact on molecular biology, providing a foundational tool for understanding gene regulation in health and disease. His contributions are particularly valued in fields like cancer research and developmental biology, where comprehensive expression profiling is critical. By bridging computational and experimental approaches, Durham has empowered scientists to explore the transcriptome’s complexity, cementing his legacy as a pioneer in high-throughput genomic analysis.
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