"LC-MS/MS Characterization and comparison of metabolites formed from structural analogs. Hak Soon, Kim, Yunje, and Kim, Dong-Hyun. The American Society for Pharmacology and Experimental Therapeutics, Vol. "The Disposition of Gemifloxacin, a New Fluoroquinolone Antibiotic, in Rats and Dogs " and Ramanathan, Ragu, Journal of Pharmaceutical and Biomedical Analysis, 2002, pp.
"Comparison of heterogeneous and homogeneous radioactivity flow detectors for simultaneous profiling and LC-MS/MS characterization of metabolites"Įgnash, Laura A. This makes the B-RAM the versatile choice whether you are doing the most sensitive low level metabolism work or high activity preperative HPLC work. The B-RAM range offers the versatility of either homogeneous counting by admixing with liquid scintillator via the accurate built in pump or heterogeneous counting with a range of pre-packed solid scintillator flow cells. The B-RAM also supports the latest LC techniques such as UPLC, Fast LC, Rapid resolution LC. Specially designed flow cells are also used to keep peak integrity. The B-RAM uses low dead volume fittings, tubing and mixing components to ensure the best possible resolution between peaks and to retain peak shape. Special functions such as Active Counting Mode and Stop Flow offer the users unrivaled levels of sensitivity and limits of detection. The Beta-RAM offers superb sensitivity with the speed and efficiency of on-line counting. With over 30 years of development and used by thousands of researchers worldwide, the Beta-RAM coupled with the industry standard Laura software, leads the way for radiochromatographers. ** A newer version of this instrument is available, please see the Beta-RAM 6 radio flow detector for HPLC.
The world's leading radio flow detector offers unrivaled sensitivity, resolution and versatility.
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