It is that time of year again for the annual SOFT meeting, this year being held in San Francisco, California. This year sees UCT unveiling 2 new and innovative products for use within the forensic community; the 96 well plate format positive pressure manifold, and Clean-Screen FASt (Filter and Shoot).
At this years meeting UCT's Dr. Jeff Hackett will be chairing the world famous UCT workshop on principles and applications of SPE in forensic toxicology along with Michael Telepchak and Dr. Michael Coyer. This workshop will also include presentations from an other forensic toxicolgist, Robert Sears. We will be presenting work submitted to UCT from users out in the field, this work includes the Analysis of GHB in urine (Albert Elian), Analysis of Opiates in post mortem blood (Daniel Baker), and from Dr. John Wyman a case involving MPDV fatality. UCT salutes these workers and hope that meeting attendees will visit the UCT booth and posters/presentations to learn why UCT is the premier SPE company, attendees can also enter the famous UCT grand draw which this year!
Monday, September 26, 2011
Monday, September 19, 2011
UCT at AOAC International 2011
At this years annual meeting of the Association of Official Analytical Chemists (AOAC) in New Orleans, UCT will be represented by our Environmental Products Manager, Don Shelly, and one of the International Sales Team, Hocine Omari. As UCT has a vast experience in the analyses performed by International/ National, State, and County environmental facilities, Don and Hocine will be on hand at the UCT booth to offer assistance with solid phase extraction, QuEChERS methods, and applications. Visitors to the booth will be able to learn more about the UCT products manufactured to the highest quality. These products will ensure that the best analyses can be performed. Better quality products means cleaner extracts which lead to clean chromatograms, better recoveries, and reproducibilities over a wide range of matrices and analytes.
Friday, September 16, 2011
UCT publishes "Magic Mushroom" study
This month UCT has published a procedure in collaboration with a major crime laboratory facility to extract, confirm, and quantify hallucinogenic compounds from "Magic Mushrooms" . In the article, which is also headlined on the front cover of the September 2011 issue of LC-GC (North America), Dr. Jeff Hackett and Albert Elian (Massaschussetts State Police Crime Laboratory) have succesfully employed UCT's flagship sorbent Clean Screen DAU to isolate and quantify the compounds Psilocybin and Psilocin from human urine using liquid chromatography and tandem mass spectrometry.
Currently forensic analysts who are requested to test samples of urine for these compounds have only been able to report psilocin data, but now using the Clean Screen DAU as described in the research article forensic toxicologists can now report the concentrations of both compounds, thus permitting a more precise interpretation to be made. This paper details the excellent analytical performance of the Clean Screen DAU in terms of recoveries and cleanliness of the extract as reflected in the low matrix effects which this sorbent is known for.
Currently forensic analysts who are requested to test samples of urine for these compounds have only been able to report psilocin data, but now using the Clean Screen DAU as described in the research article forensic toxicologists can now report the concentrations of both compounds, thus permitting a more precise interpretation to be made. This paper details the excellent analytical performance of the Clean Screen DAU in terms of recoveries and cleanliness of the extract as reflected in the low matrix effects which this sorbent is known for.
Tuesday, September 13, 2011
Did you know..
UCT Specialties PS200(Glassclad18) is a superior, easily applied, protective hydrophobic glass coating used in a wide variety of applications from fluorescent lights and bakeware to high end optical fibers. Performance properties include increased scratch resistance, lubricity and surface resistivity, decreased breakage, reduced hemolysis and protein adsorption. In addition it provides a non-wettable surface to improve drainage of laboratory glassware. Request your copy of our PS200 Brochure today.
Wednesday, September 7, 2011
Wang develops modified QuEChERS method for Bisphenol A in foods
Dr. Xiaoyan Wang, Research and Development Scientist at UCT, has developed a simple and effective QuEChERS approach for identifying and determining Bisphenol A concentrations in canned and jarred food and beverages. A summary of Dr. Wang's work and the resulting application can be read by clicking here.
Thursday, September 1, 2011
Did you know...
that UCT SPECIALTIES manufactures silanes, silicones and platinum catalysts to the high standards your products deserve. We take the extra steps to insure that our products are the highest purity available at competitive prices and support this with exceptional customer service and on time delivery.
Thursday, August 25, 2011
2 papers appearing in JAT Special SOFT/TIAFT issue
UCT is honored to have two outstanding papers included in the Special Issue of Journal of Analytical Toxicology (JAT).
Forensic toxicologists are always being challenged to extract, confirm and quantify drugs and poisons in post mortem samples. The September issue of JAT features a publication by Dr. Thomas Rosano, D-ABFT who employed the UCT flagship sorbent (Clean Screen DAU) to perform this analysis. In his paper "Postmortem Drug Screening by Non-Targeted and Targeted Ultra-Performance Liquid Chromatography-Mass Spectrometry Technology" (JAT 35 (7) 411-23), Dr Rosano's team was able to analyze over 200 drugs on the Clean Screen DAU with excellent levels of efficiency. This developed methodology is indicative of the high quality of materials that the UCT is renowned for.
In a separate article, presented by Dr. James Watterson, D-ABFT and team, "Relative Distribution of Ketamine and Norketamine in Skeletal Tissues Following Various Periods of Decomposition" (JAT 35(7) 452-458), UCT's new and unique sorbent Clean Screen Xcel, was employed to extract, confirm, and quantify Ketamine and its metabolite from decomposing samples. It is common for toxicologists working in forensic laboratories to encounter such materials and this sorbent is shown to show excellent analytical characteristics
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