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Project

Microbial community fingerprinting as a biological indicator for pathogen outgrowth in engineered aquatic systems

This project will combine flow cytometry with advanced metagenomics to observe and quantify the response of a receiving microbial community to the invasion of Legionella sp.. Besides identifying characteristic patterns, particular attention will be given towards designing biological metrices which can be applied to predict potential pathogen invasions. The approach will then be validated with a laboratory and full-scale cooling water network.

Date:1 Jan 2015 →  31 Dec 2018
Keywords:engineered aquatic systems, flow cytometry, pthogen ougrowth, fingerprinting, biofouling, legionella
Disciplines:Aquatic sciences, challenges and pollution, Geology, Environmental microorganism biotechnology