Christine Chang

Pacific Northwest Advanced Compound Identification Core

Lead Institution

Pacific Northwest National Laboratory

Principal Investigator

Thomas Metz

The capability to chemically identify thousands of metabolites and other chemicals in clinical samples will revolutionize the search for environmental, dietary, and metabolic determinants of disease…

Understanding Biases in Natural Organic Matter FTICR Mass Spectrometry to More
Accurately Model Complex Environmental Systems

Lead Institution

Environmental Molecular Sciences Laboratory

Principal Investigator

Rosalie Chu

Characterization of natural organic matter (NOM) by direct infusion (DI) Fourier transform mass spectrometry (FTMS) yields rich and complex information about environmental systems. However, the…

Computationally-driven discovery and identification of small molecules in biological systems

Lead Institution

Pacific Northwest National Laboratory

Principal Investigator

Ryan Renslow

In this project we will build the critical tools for an eventual full standards-free (e.g. computation derived identification libraries) and library-free (i.e. de novo) small molecule identification…

Computationally-driven discovery and identification of small molecules in biological systems

Lead Institution

Pacific Northwest National Laboratory

Principal Investigator

Jamie Nunez

In this project we will build the critical tools for an eventual full standards-free (e.g. computation derived identification libraries) and library-free (i.e. de novo) small molecule identification…

EMSL Science Overview

Christine Chang

Projects

Pacific Northwest Advanced Compound Identification Core

Understanding Biases in Natural Organic Matter FTICR Mass Spectrometry to More
Accurately Model Complex Environmental Systems

Computationally-driven discovery and identification of small molecules in biological systems

Computationally-driven discovery and identification of small molecules in biological systems

Projects

Pacific Northwest Advanced Compound Identification Core

Understanding Biases in Natural Organic Matter FTICR Mass Spectrometry to More Accurately Model Complex Environmental Systems

Computationally-driven discovery and identification of small molecules in biological systems

Computationally-driven discovery and identification of small molecules in biological systems

Understanding Biases in Natural Organic Matter FTICR Mass Spectrometry to More
Accurately Model Complex Environmental Systems