| |
|
|
|
| |
Enhanced Qualitative Mass Spectrometry Capabilities for Fast and Effective Identification of Metabolites
September 10, 2012 - Charles River has provided Qualitative Mass Spectrometry (QMS) for over 20 years, and we have developed our QMS services by recruiting and training staff in this highly specialized area and continually investing in our equipment and facilities. We believe it is important to have a variety of instrument types and to select the correct mass spectrometry experiment for each particular identification challenge.
In keeping with this commitment to providing the best QMS services, Charles River has recently invested in a Waters SYNAPT® G2-S to complement our existing Qualitative Mass Spectrometers (Waters QToF, Shimadzu IT-ToF and AB SCIEX Triple Quad™ instruments) and to further develop our structural elucidation services.
In addition to accurate mass and high resolution, the Waters SYNAPT® G2-S also provides Ion Mobility Separation (IMS), which allows the separation of isomeric entities based on their cross-sectional area as well as charge. These enhanced features, along with software modeling of cross-sectional areas, will provide the capability to direct synthetic efforts in producing reference standards required for regulatory studies.
This technology has the potential to provide data that would not otherwise be available, as well as reduce the time and effort required to isolate and characterize metabolites.
To learn more about our QMS capabilities, contact us at askcharlesriver@crl.com.
Related Information
|
|
Qualitative Mass Spectrometry, QMS, IMS, ion mobility separation, spectrometry, metabolites, degredants, metabolism, environmental fate studies, environmental fate, Waters Synapt G2S, Waters QToF, Shimadzu IT-ToF, Sciex Triple Quad, structural elucidation, elucidation, software modelling, cross-sectional, metabolite, metabolites
Enhanced Qualitative Mass Spectrometry Capabilities for Fast and Effective Identification of Metabolites | Charles River
Qualitative Mass Spectrometry (QMS) is used to identify metabolites and degredants during metabolism/environmental fate studies, as well as impurities. We recently added additional top-of-the-line equipment to expand our QMS capabilities.