Showing posts tagged with "clinical-forensic-and-doping-testing"
Figure 1. Structure of Diazepam Introduction This application note describes the extraction of benzodiazepine compounds from whole blood, prior to GC/MS analysis. This protocol also allows the simulta...
At the Forensic Medicine Lab at Toho University, researchers use ISOLUTE® SLE+ cartridges from Biotage. When dealing with samples that easily form emulsions like urine or blood, it allows researchers ...
Figure 1: Researchers Dr. Kazunobu Tsunemoto and Takashi Yoshikado use EVOLUTE® EXPRESS, a hydrophilic polymer-based solid-phase extraction plate, for plasma sample analysis in clinical trials at Yuic...
For this customer case, we interviewed Mr. Takahiro Shimizu, Section Chief, and Mr. Yuichi Tanaka, Researcher, from the Research and Analytical Technology Section of Fuji Pharma Co., Ltd. The company'...
The Healthcare Innovation Centre at the Technology Innovation Headquarters of Hitachi’s R&D group promotes development of advanced biotechnology for medical research. Recently, researchers came up wit...
In the search for better anti-doping testing methods The only equine drug testing laboratory in Japan, the Laboratory of Racing Chemistry (LRC) established in 1965 is an internationally accredited hor...
For research use only. NOT for use in diagnostic procedures.
Figure 1. Structure of Benzoylecgonine Introduction This application note describes the extraction of cocaine and major metabolites from whole blood, prior to GC/MS analysis. This protocol also allows...
This application note describes the extraction of Vitamin D metabolites from human serum using ISOLUTE® SLE+ with LC-MS/MS analysis.
For research use only. NOT for use in diagnostic procedures. Figure 1. Structure of 6-monoacetylmorphine. Introduction This application note describes the fully-automated extraction of opiates from ac...