Nancy Hammon

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About

Nancy Hammon is a key figure in the advancement of high-throughput genomics, whose work has been instrumental in scaling DNA sequencing to meet the demands of large-scale genome projects. Her primary research focuses on optimizing laboratory automation and developing cost-effective protocols for nucleic acid purification and sequencing. Hammon’s most notable contribution, the 2001 paper “High-Throughput Plasmid Purification for Capillary Sequencing,” has garnered 56 citations and addresses a critical bottleneck in the genomic revolution: the need for rapid, inexpensive methods to prepare DNA templates. At the Joint Genome Institute, her efforts helped drive a remarkable 20-fold increase in daily high-quality base output, directly enabling the efficient sequencing of complex genomes. This foundational work in streamlining sample preparation has had a lasting impact on the field, making her a respected name in biotechnological innovation. Hammon’s achievements exemplify how behind-the-scenes engineering of laboratory workflows can accelerate scientific discovery, benefiting researchers worldwide.