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Selectra® PFPP Column Used in NIDA Paper Examining Cannabinoids in Oral Fluids

In the method the authors used a UCT Selectra® PFPP HPLC column for the analysis.  The unique phase provided the researches with the selectivity they needed with excellent peak shape and run times.  The LOQ’s for all compounds examined were 0.2µg/mL,...

UCT Specialties Petrarch® Silanes and crosslinkers used in the study of the dynamic response of transiently trapped entanglements in polymer networks

Model poly(dimethylsiloxane) networks were obtained by a hydrosilylation reaction, based on the addition of hydrogen silanes from cross-linker molecules to end vinyl groups present in prepolymer molecules. UCT Specialties materials including a difunctional prepolymer, a,u-divinyl poly(dimethylsiloxane) and mixtures of two...

UCT Specialties Product A0700 (N-(2-Aminoethyl)-3-aminopropyltrimethoxysilane) Used as Coating on Glass Coverslips to Aid in Growth of Mouse ES Cells

The presence of the A0700 on the glass coverslips provided an excellent environment for the growth of the cells.  The covering of the glass coverslips with A0700 also eliminates the adhesion of the growing cells to the glass coverslip. The...

Clean Screen DAU Used for Extraction of Propofol from Blood Samples

The article was published in Analyst, 2015,140, 98 (doi: 10.1039/c4an01483a).  The article describes a new membrane coated voltammetric sensor blood monitoring device for the detection of propofol in blood.  For testing and comparison purposes the authors compared device results with...

Petrarch® Chemicals Tricholosilane used as a release agent in the development of a microfluidic chip

L-phenylalanine is an essential amino acid that contributes to the function of the central nervous system.  The purpose of performing this study was to develop an effective, inexpensive process that resulted in excellent sensitivities and detection limits for the detection...

Incorporation of Clean Screen FASt® extraction in the study of ZCZ-011in mouse brain tissue helps minimize and stabilize matrix ion suppression effects

Researchers at the Virginia Commonwealth University (Richmond, VA, USA), University of Aberdeen (Aberdeen, U.K.) and the University of Toronto (Toronto, Canada) have developed a novel pharmacological tool for the investigation of the cannabinoid receptor in mouse brain tissue using HPLC-MS-MS...