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Comprehensive omics workflows for breakthrough science
Streamline your journey from sample to insight. From early discovery to rigorous translational and clinical research, empower your laboratory to achieve deeper, faster, and more reproducible results. Drive meaningful scientific breakthroughs with confidence with mass spectrometers, reagents, and software.
Omics research demands advanced mass spectrometry workflows capable of confidently identifying and quantifying hundreds to thousands of molecular features across diverse sample types. Discover our comprehensive suite of integrated workflow solutions engineered to help ensure accuracy and enhance productivity.
Proteomics
Explore cell, tissue, and organism biology through proteomics, delivering comprehensive protein analysis to reveal functional roles in biological systems.
Metabolomics
Explore the biochemical landscape of cells, tissues, and organisms through metabolomics, revealing metabolic activity and biological function.
Proteomics workflows
Unlock a deeper layer of biological insight by going beyond simple protein identification. Drive into precise quantitation to reveal how proteins shape the function of cells, tissues, and whole organisms and uncover biology you didn’t know was there.
Metabolomics workflows
Look beyond genes and proteins to measure the real-time biochemical activity driving health, disease, and cellular function. Trace subtle metabolic shifts, uncover hidden pathways, and translate molecular fingerprints into powerful biological insights.
Quantitative proteomics
Explore protein expression and regulation, measuring protein abundance and dynamics, to uncover biological change.
Single-cell proteomics
Unlock the biology of individual cells, revealing protein expression patterns that drive cellular identity, function, and disease.
Targeted and untargeted metabolomics
Capture comprehensive metabolic signatures and accurately quantify specific metabolites.
Simultaneous Quantitation and Discovery (SQUAD)
Quantify known metabolites while uncovering unexpected metabolic signals, uniting targeted precision with unbiased discovery.
Chemoproteomics
Reveal how proteins interact with small molecules, identifying targets, pathways, and mechanisms that shape biology and drug response.
Immunopeptidomics
Understand the processing and presentation of antigens to T cells and determine the sources of antigenic peptides.
Lipidomics
Unlock lipid biology, mapping complex lipid networks to understand metabolism, signaling, and disease mechanisms.
Additional applications: Structural biology and translational research
Structural biology
Accelerate your path from structure to mechanism. Uncover mechanisms that govern biological function by unlocking protein structures. Explore the architecture of protein complexes and reveal how they assemble, move, and function.
Protein footprinting
Study higher order structure of biomolecules and dynamics. Profile protein structure and folding, mapping dynamic changes that drive function.
Crosslinking (XL-MS)
Uncover how proteins assemble and interact, linking neighboring residues to define complex structure, dynamics, and functional interfaces.
Native MS
Explore intact proteins, preserving native conformations and interactions to reveal complex architecture and functional states.
HDX-MS
Interrogate proteins, capturing hydrogen exchange kinetics to map flexibility, ligand binding, and allosteric mechanisms.
Translational research
Bridge lab discoveries and patient care through translational research, turning biological insights into clinical breakthroughs.
For Research Use Only. Not for use in diagnostic procedures.