Tech Note: Metabolomics studies using the Phenomics Workhorse ebook
The metabolome is the final
manifestation of biochemical
pathways. The temporal and
spatial changes of metabolites
reflect the outcome (phenotype)
of interactions at the genomic,
transcriptomic and proteomic
level. The immense diversity of
the metabolome can be further
influenced in virtually countless
ways. In order to understand
the answers or...
The metabolome is the final
manifestation of biochemical
pathways. The temporal and
spatial changes of metabolites
reflect the outcome (phenotype)
of interactions at the genomic,
transcriptomic and proteomic
level. The immense diversity of
the metabolome can be further
influenced in virtually countless
ways. In order to understand
the answers or changes related
to e.g. a disease or therapeutic
interaction at the level of the
metabolome, large profiling
studies with generally hundreds
or even thousands of samples are needed. This calls for integrated solutions and a robust long-term
performance of the analytical devices.
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App Note: MRMS aXelerate – rapidly detected micropollutants and plant response metabolites in poplar leaves, 07-2018
MRMS aXelerate is demonstrated to be a new and powerful workflow to rapidly
profile plant extracts in a context of environmental pollution. This technique enables
increased sample throughput by chromatography-free flow injection analysis (FIA)
in combination with extreme mass resolution provided by the scimaX MRMS
system complementary to deep profiling...
MRMS aXelerate is demonstrated to be a new and powerful workflow to rapidly
profile plant extracts in a context of environmental pollution. This technique enables
increased sample throughput by chromatography-free flow injection analysis (FIA)
in combination with extreme mass resolution provided by the scimaX MRMS
system complementary to deep profiling by LC-MS.
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App Note: Automated MALDI Magnetic Resonance MassSpectrometry (MRMS) for biomarker identification in large clinical sample sets, 07-2018
The selection of a MALDI MS approach in conjunction with the high mass accuracy and
resolving power of the MRMS platform has enabled increased sample throughput and
the direct interrogation of complex clinical biofluids such as serum and urine without
the need for any advanced sample preparation or purification after collection.
The selection of a MALDI MS approach in conjunction with the high mass accuracy and
resolving power of the MRMS platform has enabled increased sample throughput and
the direct interrogation of complex clinical biofluids such as serum and urine without
the need for any advanced sample preparation or purification after collection.
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Brochure: Metabolomics, 06-2018
The metabolome is the final manifestation of
biochemical pathways. It shows an extremely large
variety of structural classes as it includes the complete
set of metabolites of all cellular processes.
The metabolome is the final manifestation of
biochemical pathways. It shows an extremely large
variety of structural classes as it includes the complete
set of metabolites of all cellular processes.
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Tech Note: Proven robustness for large-scale metabolomics, 06-2018
The metabolome is the final manifestation of biochemical pathways. The temporal and spatial changes of metabolites reflect the outcome (phenotype) of interactions at the genomic, transcriptomic and proteomic level. The immense diversity of the metabolome can be further influenced in virtually countless ways.
The metabolome is the final manifestation of biochemical pathways. The temporal and spatial changes of metabolites reflect the outcome (phenotype) of interactions at the genomic, transcriptomic and proteomic level. The immense diversity of the metabolome can be further influenced in virtually countless ways.
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