H Lee
Papers
1
Total Citations
56
H-Index
1
About
H. Lee is a molecular biologist whose foundational work in DNA sequencing methodology has shaped the accuracy standards of genomic research. Lee’s primary research areas include DNA sequencing technologies, sequence error analysis, and the optimization of automated sequencing protocols. Their most cited study, “Sequence length and error analysis of Sequenase and automated Taq cycle sequencing methods” (1993, 56 citations), provides a critical comparison of manual and automated sequencing approaches, systematically examining DNA sequence error as a function of read length. By analyzing fragments from both methods on a sequencer, Lee demonstrated how automated Taq cycle sequencing could achieve reliable results for large genomic inserts, such as a 35.3 kb cosmid. This work directly addressed the practical challenges of early genome projects, offering researchers a framework for balancing throughput and accuracy. Lee’s contributions remain influential in the history of sequencing technology, serving as a benchmark for error assessment in both manual and automated platforms. Their meticulous approach to method validation continues to inform best practices in genomic laboratories, making Lee a notable figure in the evolution of modern DNA sequencing.
Research Focus
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