UCT to Attend 2017 MSACL in Palm Springs!

ByUCT

UCT is excited to participate in the 9th Annual MSACL Conference & Exhibit. Stop by BOOTH 1 to learn about all our latest product offerings and collaborations, including our HPLC columns, QuEChERS products geared towards the analysis of cannabis and edible products, Abalonase®/ Abalonase®+ Purified Beta Glucuronidase, as well as our full line of sample preparation products, reagents, and accessories. New this year is UCT’s SpinFiltr™, a new spin on QuEChERS dSPE clean up with built-in submicron filtration that can be used on a wide range of difficult forensic matrices. Also, UCT in collaboration with Obotics and Hudson Robotics are excited to present OB-1, the world’s first truly intelligent robotic lab assistant. This automated platform provides a complete solution that fully accommodates the needs of the forensic toxicology community. Stop by BOOTH 1 to meet with regional sales representatives and technical staff to learn more!

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UCT Flagship Sorbent Clean Screen® DAU Cited in SOFT-TIAFT Meeting Presentation

UCT Flagship Sorbent Clean Screen® DAU Cited in SOFT-TIAFT Meeting Presentation

ByUCT

In a presentation at the recent joint annual meeting of Society of Forensic Toxicologists (SOFT) and The International Association of Forensic Toxicologists (TIAFT) held in Boca Raton, Florida, USA, Jamie Foss et al., employed UCT’s famous flagship sorbent, Clean Screen® DAU (CSDAU 130 mg/3 mL), in a study concerning the determination of matrix suppression in blood/urine samples by liquid chromatography-tandem mass spectrometry. The study involved the solid phase extraction (SPE) of benzoylecgonine, carboxy-THC, Fentanyl, 6-monoacetyl morphine, and hydrocodone and the related matrix effects.

6PPD, Salmon, and Tires
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6PPD, Salmon, and Tires

ByUCT

You probably know what salmon and tires are, but have you ever heard of 6PPD? How about 6PPD-q? 6PPD stands for N-(1,3-dimethylbutyl)-N’-phenyl-p-phenylenediamine. When this compound is exposed to air, ozone reacts with 6PPD to form its quinone, 6PPD-q. How about salmon and tires? 6PPD is a tire stabilizer that prevents tires from breaking down. As…

UCT Publishes New Method for the Analysis of 16 Cannabinoids in Hemp and Cannabis Samples

UCT Publishes New Method for the Analysis of 16 Cannabinoids in Hemp and Cannabis Samples

ByUCT

With the mounting interest in hemp and cannabis products for medicinal and recreational use around the world, the need for suitable analytical methods to identify and determine the concentration of cannabinoids is essential for ensuring consumer safety. Traditional analyses for measuring the potency of cannabinoids in cannabis and hemp samples have focused mainly on 5…

Check out UCT’s new technical article in Chromatography Today, “A Modified QuEChERS Approach for the Extraction of Common Prescription and Illicit Drugs from Liver Prior to LC-MS/MS Analysis.”

Check out UCT’s new technical article in Chromatography Today, “A Modified QuEChERS Approach for the Extraction of Common Prescription and Illicit Drugs from Liver Prior to LC-MS/MS Analysis.”

ByUCT

Preliminary studies have shown that the QuEChERS technique should be considered as a reliable alternative when extracting multiple drug classes from challenging biological matrices. The project described here, explores a modified universal QuEChERS approach for sample clean-up in post-mortem liver, coupled with LC-MS detection, for the analysis of several common prescription and illicit drugs. Read more here. 

UCT Silane cited in Biomaterials Paper

UCT Silane cited in Biomaterials Paper

ByUCT

UCT Inc., is highly regarded by researchers in the area of biomechanical analysis for the manufacture and production of the very finest specialty chemicals including silanes and siloxanes. In a new paper by Prof. J.Hickman et al., NanoScience Technology Center, University of Central Florida (Journal of Biomaterials (10.1016/j.biomaterials.2017.01.005)), UCT’s specialty chemical trimethoxysilylpropyldiethylenetriamine (DETA, T2910KG) was employed to produce a film on microscope slides. These slides were then used for the induction of human intrafusal skeletal muscle fibers from satellite cells and their synaptic connection with human stem cell-derived sensory neurons in a defined in vitro system.

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