Page 9 - Shimadzu LCMS-9050
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iMScope ™ CLAM ™
Imaging Mass Microscope Fully Automated Sample Preparation Module for LCMS
This unit is equipped with the laser ionization Simply set up the blood collection tube, and
source and optical microscopy to allow direct fully automated analysis of blood and urine
comparison of molecular distribution and samples, from pretreatment to LC/MS/MS
histological features. In combination with a Q-TOF analysis, is realized, improving workflow
spectrometer, it enables accurate and fast efficiency. In order to obtain a full scan of a
high-resolution MS image acquisition and analysis. valuable sample and to collect exhaustive data,
Q-TOF is the best combination for this purpose.
™
Nexera UC
Supercritical Fluid Extraction / Chromatograph System
This system uses a supercritical fluid to automatically
extract and separate target components. SFC can
separate and analyze compounds in a wide range of
chemical space, from low to high polarity. Combined
with the LCMS-9050's positive-negative switching
mode, compounds with a wide range of
physico-chemical properties can be analyzed at once,
increasing the comprehensiveness of a single analysis.
Using the SFC+LCMS-9050 system, 80 pesticide (x100,000)
1 75
compounds were simultaneously analyzed using the 1 50
positive-negative switching mode. The use of 1 25
1 00
supercritical fluid as the mobile phase enables 0 75
analysis with higher speed, separation, and sensitivity 0 50
than HPLC. By combining the supercritical fluid 0 25
0 00
system with the high-resolution Q-TOF, the system is 0 0 2 5 5 0 7 5 10 0 12 5 15 0 min
powerful for full screening of multiple components.
80 components of pesticides Mass Chromatogram
Nexera Mikros ™
Supporting Micro Flowrate Range Liquid Chromatography
Mass Spectrometry System
This LCMS system is optimized for low flowrates. Higher
ionization efficiency and higher ion-uptake efficiency
enable higher sensitivity. In combination with a Q-TOF
system, it can be used for comprehensive analysis of trace
components.
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