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Rapid Concentration of Pathogens in Liquid Samples
Oral Presentation
Prepared by A. Packingham1, M. Hornback2, A. Page3, P. Murowchick4
1 - InnovaPrep, 132 East Main, Drexel, MO, 64742
2 - InnovaPrep, 132 East Main, Drexel, MO, 64742
3 - InnovaPrep, 132 East Main, Drexel, MO, 64742
4 - AlburtyLab, Inc, 128 East Main Street, Drexel, MO, 64742
Contact Information: apack@innovaPrep.com; 816-619-3375
ABSTRACT
Rapid evaluation of threats in environmental and drinking water requires concentration of the samples for near real-time identification of pathogens. Novel approaches to address this scenario will be discussed, including traditional methods and new alternatives being developed. Alternatives to enrichment and centrifugation include concentration using two different approaches; online 24/7 monitoring and sample-to-sample individual analysis. For field and portable laboratory use, rapid microbiological methods are becoming the norm. The combination of rapid concentration with rapid assays allows faster identification of threats than has been previously possible. Concerns include potential for false positives and false negative results, which can be reduced through advanced sample preparation techniques.
Oral Presentation
Prepared by A. Packingham1, M. Hornback2, A. Page3, P. Murowchick4
1 - InnovaPrep, 132 East Main, Drexel, MO, 64742
2 - InnovaPrep, 132 East Main, Drexel, MO, 64742
3 - InnovaPrep, 132 East Main, Drexel, MO, 64742
4 - AlburtyLab, Inc, 128 East Main Street, Drexel, MO, 64742
Contact Information: apack@innovaPrep.com; 816-619-3375
ABSTRACT
Rapid evaluation of threats in environmental and drinking water requires concentration of the samples for near real-time identification of pathogens. Novel approaches to address this scenario will be discussed, including traditional methods and new alternatives being developed. Alternatives to enrichment and centrifugation include concentration using two different approaches; online 24/7 monitoring and sample-to-sample individual analysis. For field and portable laboratory use, rapid microbiological methods are becoming the norm. The combination of rapid concentration with rapid assays allows faster identification of threats than has been previously possible. Concerns include potential for false positives and false negative results, which can be reduced through advanced sample preparation techniques.