Cerno Application notes
- NEW! 106 - GC/MSD Formula Determination for Forensic Chemistry
- 101 - Determination of Elemental Composition with an Ion Trap at Unit Mass Resolution
- 102 - Accurate Mass Compound Identification with Single Quadrupole GC/MS
- 103 - Elemental Composition Determination on a Single Quadrupole LC/MS System
- 104 - Peak Shape Calibration and Formula Determination on an AccuTOF DART System
- 105 - Identification of Pharmaceutical Impurities by UPLC and a Fast Scanning Quadrupole MS
ASMS 2009
- Formula Determination and Relative Quantitation from Overlapping Ion Signals
- Optimization of Mass Accuracy, Spectral Accuracy, and Resolution for Metabolite Identification Using LTQ-FT Ultra Hybrid Mass Spectrometer in Nano-flow and Normal-flow Conditions
- Confident Unknown Identification of SVOC Compounds by Combining NIST Library Search with Elemental Composition Determination
- Investigation of Isotope Patterns of Pharmaceutical Molecules by Two Independent Detectors in a LTQ/Orbitrap Instrument
- Feasibility and Reliability of Low and High-Resolution MS Approaches for Accurate Mass and Molecular Formula Determination in Drug Discovery
ASMS 2008
- Bridging the Gap Between the Theoretical and Experimental Mass Spectrum
- Comprehensive Investigation of Injection Time and Auto Gain Control on Ion Trap Instruments for the LC/MS Application of Metabolite Identification
- Further Improving Elemental Composition Determination with FT ICR MS
- The Robustness of Elemental Composition Determination on a Single Quad GC/MS
- Evaluation of Molecular Isotope Patterns for Elemental Composition Identification on a Unit Resolution Quadrupole Mass Spectrometer
- Identifying lipids and other small molecules from imaging mass spectrometry experiments using tandem mass spectrometry and exact mass
- Metabolite Identification Using a Unit Mass Resolution Liquid Chromatography/Mass Spectrometry with Accurate Formula Identification and Mass Defect Filtering
- Identification of Drug Metabolites by UPLC/MS with Isotope Pattern Directed Mass Chromatograms and UPLC with Radioactivity Flow Detection
Papers and Publication
- NEW ONLINE featured in LC-GC! Improving the Confidence of Unknown Compound Identification by First Responder Mobile GC–MS Laboratories in Time-Critical Environmental and Homeland Security Incidents
- The Importance of Line-Shape Calibration in Mass Spectrometry
- Self-Calibration of Mass Spectral Line-Shapes for Improving the Formula Identification of Unknown Compounds
- A Mathematical Approach to Error Reduction in Mass Spectrometry
- 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
- Quantitative analysis of antiretroviral drugs by MALDI-TOF mass spectrometry
- Combining Profile Mode MS Data Processing and AMF for LC/MS Metabolite Applications
- Accurate mass filtering of ion chromatograms for metabolite identification using a unit mass resolution liquid chromatography/mass spectrometry system
Technology
ASMS 2007
- Beyond Mass Accuracy: the Neglected Role of Spectral Accuracy in Mass Spectrometry
- Eli Lily - Accurate Mass Measurement Using Single Quadrupole GC/MS for Structure Elucidation of Unknowns
- P&G - Identifications of "UNKNOWNS" — Structural Clues from Advanced Isotope Peak Modeling of MS and Orthogonal MS/MS Data
- U Fla - Improving Mass Accuracy on a Unit Resolution Quadrupole Mass Spectrometer
- Automatic Generation of Extract ion Chromatogram for Mass Spectral Peaks with Specific Isotope Labeled Patterns
ASMS 2006
- Automated and Parameter-Free Peak Integration for LC/MS/MS Quantitation
- 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
- Processing Raw Mass Spectral Data for High Mass Accuracy