Paul V. Haydock
Papers
1
Total Citations
109
H-Index
1
About
Paul V. Haydock is a molecular ecologist whose research focuses on the detection and quantification of harmful algal bloom (HAB) species, particularly those producing potent neurotoxins. His most cited work, a 1997 study with 109 citations, pioneered the use of LSU rRNA-targeted probes to identify and quantify *Pseudo-nitzschia australis*, a marine diatom responsible for domoic acid poisoning in humans and wildlife. This contribution was critical because traditional morphological identification of *Pseudo-nitzschia* species is labor-intensive and time-consuming, often failing to distinguish toxic from non-toxic congeners. By developing molecular probes that bind specifically to *P. australis* ribosomal RNA, Haydock enabled rapid, accurate detection in both cultured and natural plankton samples. This work laid the foundation for early-warning monitoring systems that help protect public health and fisheries from domoic acid outbreaks. Haydock’s research sits at the intersection of molecular biology, oceanography, and environmental toxicology, providing essential tools for understanding the ecology of harmful algae and mitigating their impacts on coastal ecosystems.
Research Focus
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Top Papers
- 1