LiChrosolv® Hypergrade Solvents for LC-MS
High purity solvents for LC-MS and trace analysis with UV and fluorescence detection: 0.2 µm stainless steel filtered – perfect for use in UPLC and UHPLC. Very high UV-transmittance. Excellent baseline stability in gradient elution. Very low total ionic current (TIC) in LC-MS. Low level of ionic background and ion suppression. High ionization efficiency in all ionization methods (electrospray ionization/atmospher…
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Great chromatographic analysis
Residue Analysis
Great purity for mass spectrometry studies.
Review Date: 12 Dec 2022 | Merck KGaA, Darmstadt, Germany
High purity solvents for LC-MS and trace analysis with UV and fluorescence detection: 0.2 µm stainless steel filtered – perfect for use in UPLC and UHPLC.
- Very high UV-transmittance.
- Excellent baseline stability in gradient elution.
- Very low total ionic current (TIC) in LC-MS.
- Low level of ionic background and ion suppression.
- High ionization efficiency in all ionization methods (electrospray ionization/atmospheric pressure chemical ionization (ESI/APCI) positive and negative mode).
Applications:
- Protein profiling.
- Pesticide Analysis.
- Polycyclic aromatic hydrocarbons (PAHs).
- Proteomics LC-MS.
- LC-MS routine analysis.
Lichrosolv® hypergrade solvents enable analysis in the low ppb trace range and can be used for both the isocratic separation of 6 PAHs according to the German DIN method and the gradient separation of 16 PAHs according to the methods EPA 610 (analysis of drinking water) and EPA 550 + benzo(e) pyrene + perylene (analysis of waste water).
Solutions for Mass Spectrometric Detection from Merck Millipore
Mass spectrometry (MS) is nowadays an established routine detection method that can be coupled to various techniques in the laboratory. In contrast to more simple detectors such as ultraviolet-visible (UV-Vis) or fluorescence, MS generates data about molecular masses and detailed structural parameters and is by far more sensitive in the wide majority of applications. Many sophisticated as well as affordable systems are available, covering various fields of use such as quantification and qualification experiments, and a number of these systems are described in this compendium.
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