International Journal of Food Science & Technology · 2006 · 43 citations · 13 references
AgricultureFood ScienceFood AnalysisFood AuthenticationFood ChemistryFlavor ChemistryFlavor EvaluationHoney AuthenticationVolatile Aroma AnalysisVolatile Compound ProfilingVolatile Substance AnalysisAdulteration Of HoneyFlavor Compound AnalysisFlavor Volatile ProfilingFlavor VolatilesFood Flavor AnalysisHoney Adulteration DetectionHoney Authenticity AssessmentSensory Profile
Summary Volatiles of six commercially obtained thyme honey samples and a pure thyme honey sample were extracted and analysed by Solid phase micro extraction (SPME)/Gas chromatography (GC)/Mass spectrometry (MS) procedure. Excess amount of volatiles such as thymol (trace) and carvacrole (0.66%) that originate from thyme plants indicated adulteration by thyme essential oil in one of the commercial samples. Sensory flavour profile analysis showed that the flavour of pure thyme honey sample consisted of: sweet, honey, lilac, bitter almond, thyme, violet, waxy, sour, ginger, caramel and rose characters. Adulterated honey was detected to be the sweetest sample involving intense thyme flavour without honey character. 3,4,5‐Trimethoxybenzaldehyde which is a volatile not found in other unifloral honeys, seems to be a possible marker, but further studies with certified thyme honey samples are necessary in order to confirm the utility of this compound in estimation of authenticity.
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Floral Origin Markers of Chestnut and Lime Tree Honeys
Christine Guyot, Amina Bouseta, Vincent Scheirman et al. · Journal of Agricultural and Food Chemistry · 1998 · 124 citations
Agriculture, Botany, Plant Sciences +14