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Agilent Mass Hunter Software Quick Start Guide

Summary

Mass Hunter Software is an essential analytical tool designed for high-resolution mass spectral analysis, processing chromatographic and electrophoretic mass data. It automatically extracts critical molecular features, reduces complex data noise, and eliminates interferences to provide detailed lists of chemical components. This manual provides users with a comprehensive overview and practical tutorials on how to extract, review, compare, and export feature information from Agilent TOF files, allowing scientists to streamline their analytical workflow efficiently.

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Agilent Mass Hunter Software Quick Start Guide Use this guide to get started with the Mass Hunter software.

What is Mass Hunter Software?

Mass Hunter is an integral part of Agilent TOF software (version A.02.00). Mass Hunter operates on chromatographic and electrophoretic mass spectral data to extract information to reduce data complexity, eliminate potential interferences, and generate a list of molecular features.

Working with the extracted information

A feature is a discrete molecular You can use the feature information from Mass Hunter to perform

entity defined by the combination many different tasks. Here are a few examples:

of retention time and mass. Compare the original (raw data) total ion chromatogram (TIC)

with the processed TIC Compare the original and processed mass spectra at a specific retention time (RT), or averaged over an RT range, on the TIC Show extracted ion chromatograms based on a mass spectral range. View the species clusters (isotopic, dimers, adducts) for each feature For a complete list of tasks, see the Mass Hunter online help.

Agilent Technologies

Page Summary Contents For Agilent Mass Hunter Software Quick Start Guide

Page 1 Agilent Mass Hunter Software Quick Start Guide Use this guide to get started with the Mass Hunter software. What is Mass Hunter Software? Mass Hunter is an integral part of Agilent TOF software (versi...
Page 2 Getting started with the Mass Hunter software Start the Mass Hunter software This section tells you how to start the Mass Hunter software. Either do this: Double-click the Agilent TOF Software folder ...
Page 3 Learn how to use Mass Hunter Try these exercises to familiarize yourself with the Mass Hunter application. Try the Steps on the left in the exercises on the next pages without the Detailed Instruction...
Page 4 Exercises: Extracting feature information Exercise 1—Extract feature information for a single file This exercise guides you through the process to extract feature information from a TOF .wiff file. To...
Page 5 Steps Detailed Instructions Comments Figure 2 Select a data set dialog box Agilent Mass Hunter Software Quick Start Guide
Page 6 Steps Detailed Instructions Comments View the mass spectra and peak Double-click the TIC at 8.9 minutes. One mass spectrum shows the information of the raw data at Two mass spectra for that RT appear ...
Page 7 Steps Detailed Instructions Comments View the threshold level for the In the lower spectra viewer, hold the mass spectrum between 400 and mouse button down and draw a 600 m/z. rectangle at the baselin...
Page 8 Steps Detailed Instructions Comments Process the file. Select Process > Run, or click the An Excel file is automatically An .mhd file is created upon Process button on the toolbar. created containi...
Page 9 Exercise 2—Extract feature information for a batch This exercise shows you how to automatically extract feature information for a batch of TOF data files for downstream use or later review. To process...
Page 10 Steps Detailed Instructions Comments Process the files. • Select Process > Execute Batch, or Notice the Progress bar on the left. click the Process button in the toolbar. When the runs are complete...
Page 11 Exercise 3—Reprocess files with different parameters You can reprocess original .wiff files or already processed .mhd files with new extraction parameters. Steps Detailed Instructions Comments Open th...
Page 12 Steps Detailed Instructions Comments To set the RT range, enter 6 as the Min RT and 12 as the Max RT. To set the m/z range, enter 300 as the Min M/Z and 800 as the Max M/Z. For the Max spectral peaks ...
Page 13 Steps Detailed Instructions Comments Review the extraction parameters Select View > Parameter Table. You may want to occasionally used for the current result. Close the table after review. review t...
Page 14 Exercises: Reviewing and saving feature information Exercise 4—Show species clusters, EIC and mass spectra for features The Feature Summary Table presents a list of features and their attributes. When...
Page 15 Steps Detailed Instructions Comments Show the feature mass spectra Double-click the row number 1 in the The mass spectra and EICs appear and EIC for the first feature in Feature Details Table. for tha...
Page 16 Steps Detailed Instructions Comments Show ion mass spectra and Double-click the row #9 in the Feature The Plot Viewer displays the mass EICs for the M+H ion of the Details table. spectrum and EIC for ...
Page 17 Exercise 5—Show possible feature compositions The Mass Hunter software calculates the possible compositions for any feature you select either from the Feature Summary Table or the Feature Details Tabl...
Page 18 Steps Detailed Instructions Comments Add isotope N15 to the list of In the Possible Compositions dialog After you follow these instructions, elements used in the calculation. box, click Chemistry. Mas...
Page 19 Exercise 6—Export and save feature information You can export the information in each Mass Hunter table to an Excel file: Feature Summary Table Feature Details Table Possible Compositions Table Parame...
Page 20 Steps Detailed Instructions Comments Save and view the molecular ion Select File > Save Feature Info. See Figure 8, “Feature Info Table in information. Specify a destination folder. Excel,” on page...
Page 21 Figure 7 Feature Details Table in Excel Figure 8 Feature Info Table in Excel Agilent Mass Hunter Software Quick Start Guide
Page 22 Exercises: Working with plots Exercise 7—Working with processed chromatograms (TICs or EICs) You can perform the chromatogram operations on total ion chromatograms (TICs) and extracted ion chromatogra...
Page 23 Figure 9 Chromatographic range context menu Agilent Mass Hunter Software Quick Start Guide
Page 24 Exercise 8—Working with mass spectra Steps Detailed Instructions Comments Show an extracted ion Double-click the highest peak in the The Plot Viewer displays the EIC for chromatogram at about 500 m/z ...
Page 25 Exercise 9—Working with contour plots The contour plot is a two-dimensional representation of 3D data, with m/z as the x-axis, RT as the y-axis and intensity as the z-axis (the darkness or lightness o...
Page 26 Figure 10 Contour Plots with cross-hair cursor Agilent Mass Hunter Software Quick Start Guide
Page 28 www.agilent.com In this guide This Quick Start Guide includes an overview of the Mass Hunter software, quick reference information to get started using the software, and a set of tutorials to learn ho...

Manual Details

Brand Hunter
Pages 28
File Size 1.51 MB
Published May 22, 2026
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Frequently Asked Questions

How do I access the Mass Hunter software?

Double-click the Agilent TOF Software folder icon on the desktop, or select Start > Programs > Agilent > TOF Software > Mass Hunter.

What data formats must be used for processing TOF results?

When loading .wiff files, they must be local to the software and cannot be read-only.

What is the primary function of Mass Hunter?

It extracts molecular features from mass spectral data to reduce complexity, eliminate interferences, and generate necessary molecular lists.

How can I view a 2D representation of my data?

The contour plot provides this by using m/z as the x-axis and RT as the y-axis (with intensity represented by darkness).