Danielle Stanek
Papers
1
Total Citations
101
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1
About
Danielle Stanek is a leading researcher in aquatic animal health and molecular diagnostics, with a focus on developing rapid, high-throughput methods for detecting fish pathogens. Her most cited work introduces a pioneering DNA microarray platform that uses 16S ribosomal DNA polymorphisms to simultaneously discriminate between 15 bacterial fish pathogens—a significant advance over traditional, time-consuming culture-based techniques. By designing 22- to 31-mer oligonucleotide probes on epoxy-silane-derivatized glass slides, Stanek enabled multiplexed, specific detection directly from samples, dramatically improving diagnostic speed and accuracy for aquaculture and fisheries management. This foundational paper has garnered over 100 citations, reflecting its impact on the field of veterinary microbiology and molecular epidemiology. Stanek’s contributions have helped shape modern pathogen surveillance, offering a scalable tool for preventing disease outbreaks in fish populations. Her work exemplifies the integration of genomics and microarray technology into applied animal health, making her a key figure in advancing non-model organism diagnostics and sustainable aquaculture practices.
Research Focus
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Top Papers
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