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A Mathematical Model For Odors Applied To Binary Odor Mixtures

This expanded mathematical model is a modification of Berglund’s model (1973).1 The modification explains the elimination of one odor by another, the synergy of odors of low intensity and the existence of odorless substances, which have deodorant properties.

CSA-SFC Joint Meeting: Understanding Mixtures

Understanding the ways in which chemicals are perceived both alone and in combination with other materials

850x425_2-Hexyl-2-decenalm-mixture-of-cis

MilliporeSigma's 2-Hexyl-2-decenal mixture of cis and trans, ≥95%

Ideal for fried potato chips, fat replacers, cooking sprays, lard flavors, and notes for roasted sesame and tahini.

850x425-PR2101-MilliporeSigma

MilliporeSigma's 5-Methyl-2-hepten-4-one, Natural (US), ≥97%, Mixture of Isomers, FG

Analysis of Fragrance Mixtures by GC/MS and the Computer

Instrumentation. We would like to point out that the human eye and nose are still the best pattern recognizes. A computer cannot replace a perfumer; however, a computer is much more efficient in processing huge amounts of data and performing repetitious calculations. In the analysis of complex mixtures such as fragrances, we are able to use the computer to select important information which will direct us on how to spend the valuable human effort so often pressed for time.

The sensory psychologyof odor mixture: Changes in odor strength and odor hedonics

Psychologist's Corner. This report is concerned with research efforts on odor-mixture perception. In most of the studies reported here investigators systematically mixed together two (or perhaps a larger but still manageable number of) chemicals in a limited range of concentrations, rather than trying to imitate nature in her mélange of ingredients. Two major aspects of odor mixture, the perception of odor intensity in these mixtures and the perception of odor hedonics, are discussed.

A Mathematical Model for Odors Applied to Binary Odor Mixtures

This expanded mathematical model is a modification of Berglund’s model (1973).1 The modification explains the elimination of one odor by another, the synergy of odors of low intensity and the existence of odorless substances, which have deodorant properties.

Millipore

MilliporeSigma's L-Menthone, mixture of isomers, natural, ≥ 96%, FG

The study authors measured receptor activities, investigated the perceptual sweetness-enhancing effect of binary sweetener mixtures and identified bitter receptor reducers.

Study: Sweet–bitter Taste Interactions in Binary Mixtures of Sweeteners

The study authors measured receptor activities, investigated the perceptual sweetness-enhancing effect of binary sweetener mixtures and identified bitter receptor reducers.

ginger

Organoleptic Characteristics of Flavor Materials: November 2016

This month's column features turmeric extract organic, ginger extract organic, 2-pentylfuran natural and more.

pf_milli_lead_91818

MilliporeSigma's Ethyl dimethyl dioxolane acetate, mixture of isomers, ≥97%, FG

This ingredient provides fruity and apple notes, which can be used in a range of flavor and fragrance formulations.

pf_millipore_lead_53019

MilliporeSigma's p-Mentha-8-thiol-3-one, Mixture of cis and trans, Natural, ≥95%, FG

Certified food grade, natural, halal, kosher and follows the IFRA guidelines, this ingredient can be used at low levels to add richness to a black currant or passion fruit.

pf_mil_lead_82718

MilliporeSigma's 5-Methyl-2-phenyl-2-hexenal, mixture of isomers, natural, ≥96%, FG

This certified food grade, halal and kosher ingredient is useful in roasted nut, mocha and potato flavors.

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