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Challenge Challengesfaced by
existing mass spectrometers in the detection of very large molecular weights
△ Figure 1: Schematic diagram of the death hump
Q Exactive UHMR High Resolution Mass Spectrometer
Direct Analysis Mass Spectrometry DMT
Direct Analysis Mass Spectrometry DMT
Direct Analysis Mass Spectrometry
△ Figure 2: Schematic diagram of DMT technology
Q Exactive UHMR
(ultra high mass range) mass spectrometer
(ultra high mass range) mass spectrometer
△ Figure 3: Q Exactive UHMR mass spectrometer
△ Figure 4: End-to-end workflow of Q Exactive UHMR mass spectrometer equipped with direct analysis mass spectrometry
Q Exactive UHMR
mass spectrometer application example
mass spectrometer application example
01 Robust Characterization of Complex Heterogeneous Native Proteins
△ Figure 5: Comprehensive characterization of fetuin A in two mass spectrometry modes
02 Screen and characterize membrane proteins with ultra-high sensitivity
△ Figure 6: Identification of Escherichia coli Aquaporin Z (AqpZ) by DMT
03 Characterization of complex protein morphology△ Figure 7: Etanercept Structural Diagram and Mass Spectrometry Characterization
Q Exactive UHMR Mass Spectrometer with Direct Analysis Mass Spectrometry
Applications
△ Figure 8: Application range of Exactive UHMR mass spectrometer
Advantages of Direct Analysis Mass Spectrometry
in Structural Biology and Biopharmaceutical
Applications
in Structural Biology and Biopharmaceutical
Applications
