AccuTOF™ GC series Food, Flavor, Fragrance & Metabolomics Applications Notebook
Edition Februaly 2026
Over 100 pages of GC/TOFMS applications for food, flavor, and metabolomics research
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Overview
Welcome to the AccuTOF™ GC series Food, Flavor, Fragrance & Metabolomics Applications Notebook. This collection highlights how GC‑TOFMS can reveal the chemical fingerprints behind aroma, taste, authenticity, and biological variation--from complex food and beverage volatiles to metabolite profiling in challenging biological matrices. Across these application notes, you will see the value of combining advanced sampling and separation--such as HS‑SPME/SPME, thermal desorption, GC×GC, and GC‑olfactometry (GC‑O)--with integrated EI/soft‑ionization analysis (EI/FI) and msFineAnalysis AI for rapid identification and AI‑assisted structural elucidation of compounds not found in traditional libraries. From curry roux and wines to essential oils and metabolomics case studies, these workflows are designed to help labs increase confidence, throughput, and insight in both research and QA/QC settings.
Recommended for
Researchers and analysts working on food, flavor, and fragrance chemistry
Scientists conducting metabolomics or non‑targeted profiling studies
GC/MS and GC×GC/MS users seeking advanced qualitative analysis techniques
Quality control and R&D professionals in the food, beverage, and fragrance industries
Researchers handling natural products, essential oils, wood/plant volatiles, and environmental volatiles
Analytical chemists interested in unknown compound identification using AI‑based structural analysis
Users evaluating or considering high‑resolution TOFMS for complex aroma or metabolomics applications
Table of Contents
Food, Flavor & Fragrance P1～
GCxGC/MS P1～
Non-targeted Analysis of Aroma Compounds in Japanese Curry Roux by GCxGC-TOFMS (MSTips No. 508)
SPME-GCxGC/HRTOFMS Analysis of Tequila (MSTips No. 231)
Aroma Oil Analysis using GCxGC-HRTOFMS (MSTips No. 194)
GC/MS P13～
Structural Analysis of the Aroma Compounds in the Chinese cabbage by Gas Chromatography Olfactometry Time-of-Flight Mass Spectrometry (MSTips No. 516)
Differential Analysis of Aroma Compounds in Red Wines from Different Regions Using GC-O-TOFMS (MSTips No. 502)
Structure analysis of unknown compound in oyster using HS-SPME-GC-TOFMS (MSTips No. 472)
Analysis of the aroma components of spearmint essential oil by GC-TOFMS and AI structure analysis (MSTips No. 469)
Analysis of aroma components in Japanese sake by HS-SPME-GC-TOFMS (MSTips No. 465)
Analysis of aroma components in honey by HS-SPME-GC-TOFMS (MSTips No. 464)
Analysis of terpenes in dried wood using thermal desorption-GC-TOFMS (MSTips No. 459)
Structure Analysis of Unknown Compound in Lemon Juice by SPME-GC-TOFMS and msFineAnalysis AI (MSTips No. 453)
Comparison of aromatic compounds in two different red wines by using GC-High resolution TOFMS with the integrated data analysis of msFineAnalysis AI (MSTips No. 449)
Differential Analysis Function in msFineAnalysis Ver 3 (2): Analysis of Coffee Bean Aroma Component using Headspace-GC-TOFMS (MSTips No. 328)
Integrated Analysis of Fatty Acid Methyl Esters using msFineAnalysis v2 (MSTips No. 301)
Integrated Analysis of Coffee Aroma by using a Headspace GC-HRMS (MSTips No. 280)
Comprehensive Analysis + Unknown Component Analysis of Coffee Samples Using Headspace GC-MS (MSTips No. 242)
Metabolomics P63～
GC/MS P63～
Non-targeted Analysis of Metabolites in Mouse Feces by GC-TOFMS (MSTips No. 512)
Qualitative and Quantitative Analysis of Organic Acids in Urine by Gas Chromatography-High Resolution Mass Spectrometry with Hard Ionization and Soft Ionization (MSTips No. 477)
Non-Targeted Analysis of Metabolites in Sake by using Gas Chromatograph - Time-of-Flight Mass Spectrometer (GC-TOFMS) (MSTips No. 467)
Details of the hardware and software P75～
msFineAnalysis AI Novel Qualitative Analysis Software for JMS-T2000GC with AI Structural Analysis (Kubo, A., JEOL news, 58, 53 – 61, 2023)
MultiAnalyzer – Unknown Compounds Analysis System New Gas Chromatograph – Time-of-Flight Mass Spectrometer JMS-T2000GC “AccuTOF™ GC-Alpha” (Ubukata, M., JEOL news, 56, 66 – 72, 2021)
Development of an Integrated Analysis Method for the JMS-T200GC High Mass-Resolution GC-TOFMS by Electron Ionization and Soft Ionization Methods (Ubukata, M., Ueda, Y., JEOL news, 50, 83 – 89, 2019)
Improving the Sensitivity of GC/FI Measurements with a New FI Emitter (MSTips No. 476)
Introduction of AI Structure Analysis Function in Automatic Structure Analysis Software msFineAnalysis AI (MSTips No. 388)
JMS-T2000GC AccuTOF™ GC-Alpha Sensitivity in nitrogen carrier gas ① - EI / PI ion source (MSTips No. 374)
JMS-T2000GC AccuTOF™ GC-Alpha Sensitivity in nitrogen carrier gas ② - EI / FI ion source (MSTips No. 375)
JMS-T2000GC AccuTOF™ GC-Alpha Sensitivity in nitrogen carrier gas ③ - CI ion source (MSTips No. 376)
Effect of JMS-T2000GC high mass resolution on the analysis result －KMD Plot comparison using msRepeatFinder－ (MSTips No. 332)
Effect of high mass accuracy on the analysis result by JMS-T2000GC －Effect to narrow down the result of msFineAnalysis integrated analysis－ (MSTips No. 331)
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