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Odour thresholds of some organic compounds associated with food flavours
222
Citations
3
References
1963
Year
EngineeringFlavoromicsFood AnalysisSensory Science (Early Childhood Education)Food ContaminantOrganic ChemistrySensory ScienceChemical ContaminantFood ChemistryEnvironmental ChemistryChain LengthEnvironmental Analytical ChemistryOlfactory PerceptionAnalytical ChemistrySensometricsHighest ThresholdsOrganic CompoundsHealth SciencesOlfactory ThresholdsFood QualityElectronic NoseFood SafetyOlfactionSensory Science (Food Sensory Science)Environmental EngineeringEnvironmental Toxicology
The study introduces a simple technique for measuring olfactory thresholds of odorous materials. The method proved sensitive and reproducible, providing thresholds for several food‑related compounds, where sulfur compounds had the lowest thresholds, short‑chain unsaturated aldehydes the highest, and thresholds of saturated aldehydes decreased with chain length, with some compounds reaching below 0.1 ppb.
Abstract A simple technique for measurement of olfactory thresholds of odorous materials is described. Sensitivity and reproducibility of the method was good, but many precautions must be taken to insure reliability of results. Olfactory thresholds for a number of pure compounds, several of which were identified in potatoes, are presented. In general, sulphur compounds and short‐chain unsaturated aldehydes gave the lowest and highest thresholds, respectively. The thresholds of a homologous series of saturated aliphatic aldehydes decreased progressively with increase in chain length from C 5 to C 10 . Similar results were obtained with a series of unsaturated aldehydes. Thresholds of some of the more potent compounds were less than 0.1 of a part per 10 9 parts of water.
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