id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
w9504x54149	Joseph R Geary	In-situ Optical Sensing for the Detection and Quantification of Pathogen Indicator Organisms	2010		.txt	text/plain	324	11	29	Additionally, it is found fluorescent reagents facilitate the induction of GUS in EC; increases in GUS activity per culturable EC cell in marine water is likely due to breakdown of cell wall and release of intracellular enzymes; EC GUS expression in natural waters does not significantly correlate to initial physiochemical water parameters or EC concentrations. Benefits of this research include a better understanding of GUS production in natural waters; a better understanding of GUS expression in typical sensor growing conditions; the characterization of a soluble fluorescent reagent ideal for in-situ optical sensing; the use of an optical sensor for the detection and partial quantification of pathogen indicator organisms.	cache/w9504x54149.txt	txt/w9504x54149.txt