Cerno technology can be applied to a variety of areas, including: Qualitative Analysis, Quantitative Analysis, Metabolomics, Proteomics, Biomarker Discovery, Homeland Security and Environmental and Petrochemical Analysis.

• Accurate Mass Measurements on Unit Mass Resolution Mass Spectrometers
• Comprehensive MS Calibration to Achieve HMA and Parameter-Free Peak Detection
• A Novel Approach for Elemental Composition Determination of Pharmaceuticals
• Simultaneous Compensation of Peak Shape and m/z for an LC-TOF System
• Strategies for the Automated Identification of Compounds from LC-MS/MS Data
• Accurate Mass Measurements of Product Ions for Metabolite Identificationon Unit Mass Resolution Mass Spectrometers
• Accurate mass filtering of ion chromatograms for metabolite identification using a unit mass resolution LC/MS system
• A Mathematical Approach to Error Reduction in Mass Spectrometry
• Determination of Elemental Composition with an Ion Trap at Unit Mass Resolution
• Processing Raw Mass Spectral Data for High Mass Accuracy

• Quantitative analysis of antiretroviral drugs by MALDI-TOF mass spectrometry
• Automated and Parameter-Free Peak Integration for LC/MS/MS Quantitation [Abstract]
• Automated and Parameter-Free Peak Integration for LC/MS/MS Quantitation

• Combining Profile Mode MS Data Processing and AMF for LC/MS Metabolite Applications
• A Novel Approach for Elemental Composition Determination of Pharmaceuticals
• Determination of Elemental Composition with an Ion Trap at Unit Mass Resolution
• Accurate mass filtering of ion chromatograms for metabolite identification using a unit mass resolution LC/MS system
• Accurate Mass Measurements of Product Ions for Metabolite Identificationon Unit Mass Resolution Mass Spectrometers
• Comparing Mass Defect Filtering and Accurate Mass Profile Extracted Ion Chromatogram (AMPXIC) for Metabolism Studies

• Simultaneous Compensation of Peak Shape and m/z for an LC-TOF System

• Comprehensive MS Calibration to Achieve HMA and Parameter-Free Peak Detection

• Advances in LC-MS Strategies for the Identification of Impurities, Degradants, and Metabolites

• Accurate Mass Compound Identification with Single Quadrupole GC/MS
• Advances in LC-MS Strategies for the Identification of Impurities, Degradants, and Metabolites
• Processing Raw Mass Spectral Data for High Mass Accuracy