Mass Spectrometry Learning Center

What is mass spectrometry?

Mass spectrometry (MS) is a technique that analyzes ions based on their mass-to-charge (m/z) ratio to determine their identity and quantity in simple and complex mixtures. Mass spectrometers typically consist of an ionization source, an analyzer and a detector.

Ion Source › Mass Analyzer › Ion Detector › Computer

The introduced sample is ionized inside the ionization source, after which it is accelerated, under vacuum, through electric and magnetic fields. Ions deflect and separate, and the radius of their path (and their eventual location on the detector) is a function of their masses. Spectral data are then generated through integrated computers and software platforms.

MS is used to analyze a wide variety of compounds, from petrochemicals to proteins. It has been applied to carbon dating, isotope enrichment, water quality testing, drug discovery, pharma/biopharma, environmental impact studies, genomics, proteomics, metabolomics, forensic toxicology and sports doping. Certain spacecraft and satellites make use of on-board MS systems to perform assessments of solar and planetary events.

Mass spectrometry features

Orbitrap applications

Orbitrap Quantitation

Learn how Orbitrap-based systems and software can be applied towards the discovery, detection and analysis of targeted and untargeted compounds.

Handbook

Mass spectrometry protein sample preparation

This handbook set provides detailed methods for the preparation of peptides and protein samples for MS. Learn about controls, standards, protein quantitation and more.

Application library

AppsLab Library

Find searchable and ready-to-go MS methods for different compounds, columns, matrices and instruments.

eBook

Removing doubt – mass spectrometry workflows solving forensic cases

Read about the current state of forensic chemistry and the latest MS technology for staying ahead of your casework including: changes in regulations, drugged driving cases, polydrug testing, and NPS.

eBook

A Dose of Technology for Precision Medicine

This e-book examines the trends and pain points in clinical research, and show how MS is helping clinical laboratories around the world find the answers to complex healthcare questions.

eBook

Methods for Characterizing Monoclonal Antibodies
Methods for Characterizing Monoclonal Antibodies

Read about therapeutic monoclonal antibodies (mAbs) and their variants, such as bispecific mAbs and antibody–drug conjugates, and the careful characterization and quality control required to ensure their safety and efficacy.


Mass spectrometry subtopics


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