Page 6 - Shimadzu Journal vol.3 Issue3
P. 6

Insight from Customer



            Our LCMS-IT-TOF is particularly useful for high resolution mass
            spectrometry. Several years back only a tri-sector mass spectrometer
            could achieve such resolution, however we routinely determine the
            exact mass of new compounds synthesized here at UWM and our
            neighboring institutions and universities. In addition, we are using the
            unlimited fragmentation capabilities of this instrument for structural
            analysis of unknown metabolites of vitamin D. Our vitamin D
            receptor–coregulator inhibitors have anti-tumor activities in respect of
            leukemia and ovarian cancer. We are utilizing our LCMS-8040 Triple
            Quad instrument with high speed positive/negative ionization
            switching for the quantification of drug candidate characteristics such
            as microsomal stability, pharmacokinetics, and tissue distribution. In
            addition to our specific drug discovery and development programs,
            instruments such as the GCMS QP-2010 Ultra with DI probe,
            LCMS-2020 single quad, FTIR-IR Tracer NIR/FAR, and a UV-2600
            UV-Vis Spectrophotometer support the wide range of basic research
            within our Department of Chemistry and Biochemistry. The Shimadzu
            Laboratory is meeting its goal to be a unique platform for both
            research and chemistry education.
                                                               Finally, could you share any requests that you have with
                                                               respect to analytical and measuring instrument vendors?
            What are Shimadzu’s strengths compared to other
            vendors (not limited to the instruments)?          We are very happy with our new instrumentation platform, which is
                                                               already having tremendous impact on cross-disciplinary research and
            We are especially satisfied with the Shimadzu software. It’s very   education at UWM. Yet, the analytical facility is relative young and we
            intuitive and user friendly and has common operating design across   are still exploring expanded areas of research as we look towards new
            the various instruments. It has several safety features that prevents   collaborations with both academic and industrial partners.
            operating errors and encourages preventative maintenance. This is
            especially important with a large user group, including a large number
                                                               It was significant to know what you think of us and our
            of students, and a multidisciplinary institute like the MIDD. More
                                                               collaboration. We will strive to meet your request more
            importantly, Shimadzu has excellent support with respect to people
                                                               than ever. Thank you very much.
            and knowledge. I would like to highlight one particular technical
            specialist Dr. Nishi Rochelle. As a talented analytical chemist, she has
            trained many of your staff and students and helped design and
            troubleshoot crucial first experiments that lead to preliminary results
            for our NIH and NSF grants and jumpstarted new collaboration and
            research. Many other excellent Shimadzu employees have given us
            special attention, which differentiates Shimadzu from other
            instrument companies and enabled the rapid start-up of a very
            sophisticated center.

































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