Protein analysis can be conducted using different types of methodologies and across different types of samples. A brief description of technologies using affinity proteomics or mass spectrometry is listed below:
Affinity-based protein detection
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Multiplexed analysis of proteins in body fluids at Plasma Profiling
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Array-based analysis of antibodies and autoantibody repertoires at Autoimmunity Profiling
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Proximity-based assays for high-specificity protein analyses at Proximity Assay
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Single cell and multi-target analysis in blood at Mass Cytometry
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Immunofluorescence analysis of cellular proteins at Cell Profiling
Mass spectrometry-based protein detection
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Using chemistry for functional proteomics at Chemical Proteomics and SciLifeLab Chemical Proteomics
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Post-translational modifications such as glycans and glycolipids at Glycomics
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Post-translational glycan sites on proteins at Glycoproteomics
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Studying protein structures and interactions at Protein Structure Analysis
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Studying genes and gene products found by proteomics at Proteogenomics and SciLifeLab Proteogenomics
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Screening of natural peptides at Quantitative Clinical Peptidomics
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Screening of selected proteins in tissue or cells at Targeted Proteomics