MS Workbook Suite
Software for mass spectral data analysis and management, supporting MS, LC/MS, and GC/MS data from various vendors, with features for peak annotation, compound identification, and database creation.
Overview
Overview
The MS Workbook Suite is a comprehensive software package designed for handling mass spectrometry data. It supports data from MS, LC/MS, and GC/MS instruments from all major vendors, allowing users to process and manage their spectral data efficiently.
Key Features
- Auto-annotation of peaks and association with compound structures.
- Identification of unknowns through spectral deconvolution and database searches.
- Creation of shareable and searchable spectral databases.
- Deconvolution of LC/MS and GC/MS spectra with minimal clicks.
- Comparison of predicted fragment ions with experimental spectra to confirm compound identities.
Benefits
The software enables users to identify compounds in complex samples, confirm compound identities, and connect mass spectra to chemical structures. It also allows for the building of organizational spectral databases, facilitating the reuse of prior work and discovery of new matches.
Functionality
Users can import data from various instruments, deconvolute total ion chromatograms, and auto-assign spectral peaks to predicted fragments. The software also supports the creation of fragmentation trees and the assignment of chemical structures to chromatographic peaks.
Advanced Analysis
With the IntelliXtract algorithm, users can automate component extraction, reducing interpretation time. The software also allows for the generation of neutral-loss spectra and the simulation of mass spectra from molecular formulas.
Integration and Compatibility
The MS Workbook Suite is compatible with a wide range of instruments and file formats, ensuring seamless integration into existing workflows. It supports over 150 file types and thousands of instruments, making it a versatile choice for any laboratory.
Recent Updates
The latest version includes improvements in peptide fragmentation, user input simplification, and enhanced data analysis algorithms.

