MRM

    Overview

    Multiple Reaction Monitoring (MRM) is a quantitative method for analyzing targeted proteomics. Based on the sequence information of targeted proteins, MRM selectively analyzes proteins correlating with the targeted peptide signals, eliminating signals from interfering peptides. There are three steps in MRM mass spectrometry analysis: isolation of targeted precursor peptides based on MS spectra, fragmentation of precursor peptides, and detection of fragmented ions based on MS/MS spectra.

    MRM has the highest accuracy among all proteomics quantitation methods, enabling absolute quantitation of protein with reference to internal standard, and analysis of up to 200 proteins at the same time. MtoZ Biolabs is proud to offer an all-inclusive MRM service. Just tell us your project objective and send us the protein sample, we will perform all the corresponding experiments, and provide the most professional analytical service to meet your specific needs.

    Analytical Platform

    AB SCIEX TripleTOF 5600, AB SCIEX Triple Quad™ 5500 and Q Exactive Fusion

    Service Workflow

    image-MRM-workflow.png image-MRM-workflow5.png

    Key Features

    • Offers the highest specificity, sensitivity, and reproducibility for proteomics quantitation
    • Broad dynamic range, covering 4 orders of magnitude of protein abundance
    • High-throughput, and can identify up to 200 specific proteins at once
    • Absolute quantitation of multiple proteins without the need of antibody

    Applications

    • Verification of untargeted proteomics results, such as label-free proteomics
    • Absolute quantitation of up to 500 proteins/peptides
    • Analysis of highly homologous protein family members
    • Protein post-translational modification analysis
    • Discovery and absolute quantitation of biomarkers

    Sample Requirement

    image-MRM-Sample Require2.png

    Bioinformatics Analysis

    • MRM data quality assessment
    • Multivariate PCA analysis
    • Protein statistical analysis: Venn Diagram, Volcano Plot
    • Functional annotation: GO annotation, KEGG annotation, COG annotation
    • Clustering analysis: Hierarchical clustering, K-means clustering
    • Network analysis: STRING analysis

    Reports

    • Experiment procedures
    • Parameters of liquid chromatography and mass spectrometer
    • MS raw data files
    • Peptide identifications and intensities
    • Protein identifications and intensities
    • Bioinformatics analysis

    Related Services

    Quantitative Proteomics

    Label-Free
    iTRAQ/TMT
    SILAC/Dimethyl
    SWATH
    MRM

    Protein Analysis

    Protein Identification
    Protein Mass Measurement
    PTMs Identification

    PTM Analysis

    Phospho-proteomics
    Acetyl-proteomics
    Ubiquitin-proteomics
    Glyco-proteomics
    Disulfide bond
    Histone Modifications

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