Brochure: Guide for writing successful proposals for SpatialOMx and timsTOF fleX
MALDI Guided SpatialOMx® represents a quantum advance in how tissue is analyzed. It combines a label-free imaging technique that delivers sensitive distribution mapping for both targeted and untargeted compounds, ranging from metabolites to lipids to proteins with regionally targeted 4D-Omics analysis.
MALDI Guided SpatialOMx® represents a quantum advance in how tissue is analyzed. It combines a label-free imaging technique that delivers sensitive distribution mapping for both targeted and untargeted compounds, ranging from metabolites to lipids to proteins with regionally targeted 4D-Omics analysis.
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MRMS Applications Handbook
Cutting-Edge Research in MALDI Imaging,
Metabolomics/Phenomics, Native MS and
Petroleomics
Cutting-Edge Research in MALDI Imaging,
Metabolomics/Phenomics, Native MS and
Petroleomics
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App Note: Comprehensive non-targeted chemical fingerprinting of coffee silverskin extracts with MRMS
Coffee silverskin is a major coffee bean roasting by-product, which is currently underutilized and mainly discarded as industrial waste. However, silverskin is a rich source of polyphenols and other bioactive ingredients, and thus a potential feedstock for pharmaceutical, cosmetics and food sectors.
Coffee silverskin is a major coffee bean roasting by-product, which is currently underutilized and mainly discarded as industrial waste. However, silverskin is a rich source of polyphenols and other bioactive ingredients, and thus a potential feedstock for pharmaceutical, cosmetics and food sectors.
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Brochure: MRMS aXelerate - Phenomics, Metabolomics and beyond, 11-2019
The chemical complexity of clinical samples is traditionally measured by GC- or LC-MS. While powerful, the performance is dependent on the time invested, limiting throughput and coverage.
What if we can eliminate the time consuming LC step and still provide the answers needed in minutes? Flow injection analysis (FIA), provides an additional and unique...
The chemical complexity of clinical samples is traditionally measured by GC- or LC-MS. While powerful, the performance is dependent on the time invested, limiting throughput and coverage.
What if we can eliminate the time consuming LC step and still provide the answers needed in minutes? Flow injection analysis (FIA), provides an additional and unique tool to Metabolomics and Phenomics labs.
MRMS, Magnetic Resonance Mass Spectrometry, is the pinnacle of MS for both resolving power and mass accuracy. This performance provides the foundation for the utility of the FIA-MRMS workflow, or simply MRMS aXelerate.
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