Q-TOF Mass Spectrometer; Help Identify and Quantify Complex Mixtures and Unknown Compounds
A Q-TOF mass spectrometer, or quadrupole time of flight (Q-TOF) mass spectrometer (MS) is a type of mass spectrometer where the mass-to-charge ratio of sample ions is measured whereas the ions are held in a stable orbit by an electric field generated by four parallel electrodes. The Q-TOF MS is a hybrid instrument combining quadrupole technologies with a time-of-flight mass analyzer. Q-TOF mass spectrometer closely resembles that of a triple-quadrupole mass spectrometer, though the third quadrupole has been replaced by a time-of-flight tube.
According
to Coherent Market Insights the Q-TOF
Mass Spectrometer Market Size, Share, Outlook, and Opportunity
Analysis, 2022-2028.
Q-TOF
mass spectrometers are used to identify, characterize, and quantify a variety
of compounds within a sample. These systems have wide range of applications,
including environmental analysis, forensics, and drug testing. Compared to
traditional mass analyzers, Q-TOF mass spectrometer are faster and can be
configured with various features to improve resolution, accuracy, and
sensitivity. It is an approach to capturing a broad molecular weight range of
signals associated with polar and nonpolar compounds in a single sample.
This
method uses electric field to accelerate ions to the same potential. Q-TOF mass spectrometer combines TOF
and quadrupole instruments, which cause high mass accuracy for the product
ions, accurate quantitation capability, and fragmentation experiment applicability.
The hybridization of quadrupole and TOF technology resulted in high-resolution,
high mass accuracy analysis of ions simultaneously, which is used to identify
and quantify complex mixtures or unknown compounds. It is able to isolate and
fragment specific ions, as well as measure accurate mass.
In
June 2022, Shimadzu (Japan) released the LCMS-9050 quadrupole TOF mass
spectrometer. As Shimadzu’s top-class model, it can simultaneously measure both
positive and negative ions at the world’s fastest rate. Q-TOF mass spectrometer
(MS) has revolutionized numerous fields, ranging from biological and
pharmaceutical research to clinical toxicology. The application of Q-TOF MS to
drug screening is providing the clinician with a far more detailed analysis of
pharmaceuticals, illicit drugs and toxins that may be present in a patient
sample.
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