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Metabolomics

Shaping the Future of the NIST  Mass Spectral Library

Tytus Mak sitting at his desk and while colleague Arun Moorthy and he look at a computer screen
In this photo taken in 2016, NIST statisticians Tytus Mak (left) and Arun Moorthy examine liquid-chromatography mass spectrometry (LC-MS) metabolomics data using the Disparate Metabolomics Data Reassembler (DIMEDR) analysis tool developed at the MSDC.
Credit: M. DeLorme/NIST

When one thinks of mass spectral libraries — well, let’s be honest here, the very idea of mass spectral libraries will never cross most people’s minds, even most scientists’. But that’s true for most of the seemingly esoteric things that many of us at the National Institute of Standards and Technology (NIST) have devoted our careers to. And though many of us have often struggled to explain the nature of our work to friends and loved ones (and more often than not failed to elicit excitement), the importance of NIST’s work cannot be overstated. 

This is very much true for what we call the NIST Standard Reference Database 1A, more commonly known as the NIST Mass Spectral Library

Learn more about the Mass Spectral Library and Metabolomics

News and Updates

Assuring the Accuracy of Metabolite Measurement and Identification

NIST Releases Reference Material to Aid Gut Microbiome Research

Spotlight: Going With the Gut for the Future of Health

Blog Posts

Atlantic Salmon Hormones, Trapping Molecular Ions, Lasers for Greenhouse Gas Measurements: Postdocs Share Their Stories on NIST Social Media

Shaping the Future of the NIST Mass Spectral Library