A Predictive Compound Database Approach to the Tentative Identification and Semiquantitation of Volatile-Phenol Glycosides in Smoke‑Affected Grapes from WildfiresApplications | 2019 | Agilent TechnologiesInstrumentation

LC/TOF, LC/HRMS, LC/MS, LC/MS/MS

Industries

Food & Agriculture

Manufacturer

Agilent Technologies

Key words

glycosides, pentose, smoke, phenol, hexose, semiquantitation, volatile, winemaking, cresol, deoxyhexose, grapes, esi, apci, djs, guaiacol, aglycone, masshunter, grape, analysis, glycoside, taint, pcd, throughout, were, msc, phenols, dexohexose, semiquantitate, compounds, glycone, normalized, found, database, salicin, identification, trisaccharides, mass, auto, berries, ions, using, putatively, untargeted, sauvignon, all, cabernet, gas, affected, software, used

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