Method for Analyzing Mass Spectrometer Output from Direct Infusion Lipid Samples ID: 2012-059
A novel method to isolate individual isotopic peaks in mass spectrometry data, enhancing accuracy and reliability.
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Technology Overview
This technology presents an innovative approach for analyzing mass spectrometer outputs, specifically targeting the analysis of direct infusion lipid samples. By treating the data as a two-dimensional vector of mass-to-charge (m/z) and intensity pairs, and implementing a unique binning and statistical testing process, this method effectively isolates individual isotopic peaks. This addresses the inherent noise and inconsistency issues found in mass spectrometer outputs, offering a more reliable analysis.
Key Advantages
- Enhanced accuracy in isolating isotopic peaks
- Improved reliability and consistency between scans
- Outperforms existing commercial software, including proprietary solutions
- Addresses the noisy nature of mass spectrometry data effectively
Problems Addressed
- Inconsistency and noise in mass spectrometer outputs
- Lack of reliable methods to isolate individual isotopic peaks
- Inefficiency of existing commercial and proprietary software solutions
Market Applications
- Integration into commercial mass spectrometer software
- Tool for mass spectrometer manufacturers and software providers
- Enhancement for research and development processes in biochemical and pharmaceutical industries
Additional Information
Technology ID: 2012-059
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Date Published: 30 June, 2025
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