Citation:

DIONYSIOU, D. D., A. RASTOGI, M. G. ANTONIOU, G. P. ANIPSITAKIS, S. R. AL-ABED, A. A. DELACRUZ, AND J. A. SHOEMAKER. SULFATE RADICAL-BASED ADVANCED OXIDATION PROCESSES. Presented at American Chemical Society National Meeting, Chicago, IL, March 25 - 29, 2007.

Impact/Purpose:

The major objective for this task is to develop analytical methods to detect problematic cyanotoxins in water. A preconcentration/extraction procedure will be initially developed to remove interfering substances with the detection of cyanotoxins in various water matrices. These methods will be used to determine the occurrence/prevalence of cyanotoxins in water and in the cyanobacterial cell culture collection in-house, and compare with the effectiveness of innovative detection methods developed for biological toxins.

Description:

This will be presented at the American Chemical Society National Meeting, Chicago, IL, March 25-29, 2007

Record Details:

Record Type:DOCUMENT( PRESENTATION/ ABSTRACT)

Product Published Date:03/25/2007

Record Last Revised:02/21/2007

Record ID: 162906

Show Additional Record Data

Planning Links:

planid :606

myp :DW

myp_title :Drinking Water

ltg :DW-3

ltg_title :Tools and data

progproj :A7

Goal :2

Goal Title :Clean and Safe Water

obj :203

obj_title :Enhance Science and Res

subobj :20302

subobj_title :Research

apgfy :2007

APG :180

APG Title :Provide health effects, occurrence, exposure, risk characterization and treatment studies on at least five unregulated pathogens and toxins, to support Office of Water decision making on the Contaminant Candidate List

apmfy :2006

APM :351

APM Title :Improved method(s) for CCL related microbes (e.g., Mycobacterium paratuberculosis, rotavirus, hepatitis E virus, pathogenic fungal species)