Hanieh Noeparast is a PhD candidate at Western Sydney University, where she is investigating sustainable solutions for pathogen detection and postharvest management in Australian native finger limes. Having worked in the food industry, Hanieh became aware of how time-consuming and laborious current pathogen detection methods can be, often leading to delayed diagnosis, allowing pathogens to spread and resulting in significant food and agricultural waste. Her research focuses on developing a CRISPR-Cas12a-based molecular diagnostic system for the early, field-deployable detection of Diaporthe citri, one of the most common citrus pathogens. By integrating this cutting-edge biotechnology with a comprehensive study of finger lime production, Hanieh’s work aims to enable early intervention, reduce fungicide use, and promote sustainable farm management.
“I’m excited to work on this project because it bridges advanced science with real-world impact—bringing rapid, on-site pathogen detection one step closer to reality for growers.”
