Showing posts with label PPCPs. Show all posts
Showing posts with label PPCPs. Show all posts

Tuesday, August 16, 2011

Pharmaceutical and Personal Care Products Challenges in Non-Conventional Matrices

Ask the Expert Webinar Series
August 18, 2011
1:30 P.M. EST


Pharmaceuticals and personal care products (PPCPs) represent a large subset of contaminants of emerging concern labeled as endocrine disruptors. The endocrine system is a balanced network of glands and hormones that regulates developmental activities such as growth, behavior, metabolism, intelligence, sexual development, and the ability to reproduce as well as many other functions. To date, many studies have characterized the PPCP contamination in rivers and lakes across the country, and as the effects of these contaminates are unfolding, researchers are looking beyond water ways for these chemicals.

TestAmerica continues to partner with public and private researchers looking for PPCPs as they pass from non-point sources into sensitive ecosystems. Our method development has expanded our PPCP testing capabilities into sediment and tissue samples to find these contaminants where endocrine disruption is occurring. Making the leap from testing water to more complex matrices requires solutions for increased matrix related interferences and extraction enhancements that effectively remove the target compounds from the sample. Our success with complex matrices is helping answer difficult questions where PPCP contamination may be lurking.


Register Now for the presentation

Tuesday, April 5, 2011

What do you know about the next wave of contaminants of emerging concern from the EPA?

TestAmerica is hosting its second webinar, Measurement of Pharmaceutical and Personal Care Products in Complex Matrices on April 14 at 1:30PM EST. Dave Herbert, Business Development Manager at TestAmerica will be presenting on the impact of Pharmaceuticals and Personal Care Products (PPCP’s) in our nations waterways.

Join us for the presentation and learn how TestAmerica's efforts in this emerging market go beyond the routine analysis of water by developing method capabilities to detect PPCPs in more complex matrices including waste water and sediments. Unlike typical water analyses, wastewater and sediments matrices contain high levels of organic materials and suspended solids, and require a more rigorous extraction process to identify and measure trace level PPCPs.

Click here to learn more about the presentation and register, space is limited.