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Evaluation of a Real-Time Online Continuous Monitoring Method for Cryptosporidium

BACKGROUND: Current methods for the detection and monitoring of Cryptosporidium are slow, labor intensive, and often have high variability and low recoveries. In addition, since the terrorist attack of 9/11, interest in real-time continuous online pathogen monitoring has increased dramatically. Optical techniques, such as the one tested in this project, hold the promise of providing utility-friendly methods of solving the problem of continuously monitoring the biological content of water in real-time.