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Type: Article

Section: Flavor > Ingredients

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Back to its Roots: Ginger Flavor & Trends

Used in culinary and medicinal applications for centuries, ginger has found an audience with contemporary consumers, who search for sophisticated and functional flavors in beverages and even pet food.

The panel thought of apple, apricot, grape, pear, plum, peach, strawberry and kiwi, and some tropicals such as mango and papaya for possible applications including methyl-cis-5-octenoate.

Flavor Panelists Evaluate Galangal Root Oil, 9-Decenoic Acid, Difurfuryl Disulfide and More

Discover the possible applications for a list of new materials evaluated by our panel.

The quality of Valencia orange peel oil as related to rootstock

The aldehyde and ester content of citrus oils have long been considered important indicators of flavor and aroma, and rootstocks can have an influence on this important quality of an orange oil. However, the limited amount of data accumulated regarding the influence of rootstock on oil quality and yield indicate the need for further study and research to include other varieties and rootstocks of citrus.

Green bell pepper, mushroom, celery, and potato/potato chip among others came up as options for cis-3-hexenal.

Flavorist Panel Evaluates Syringaldehyde, Turmeric Root CO2 Essential Oil, Buchu Oil and Other Materials

Cyndie Lipka's panel discusses possible applications for a lineup of materials.

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Processing For Natural Flavors: Cucumber, Melon, Watermelon

The importance of accurate species typing, collection, storage and processing in producing FTNF flavors. Consumer demand for appealing, distinctive, yet all-natural products has led flavor ingredients manufacturers to develop new FTNF (from the named food) natural distillates.

Processing for Natural Flavors: Cucumber, Melon, Watermelon, Cucurbitaceae,

The importance of accurate species typing, collection, storage and processing in producing FTNF flavors

Water-Soluble Fractions of the Essential Oils

Due to the different solubilities, various essential oil components are disproportionately postitioned into the aqueous phase and, hence, the variable polar components are either reduced or lost. Because of this phenomenon, relatively soluble minor components of the oil can escape completely resulting in an unbalanced odor and flavor profile when compared with that of the original plant. Therefore, the water soluble fraction is of importance to both the quantitative and qualitative outcome of the essential oil production.

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Formation and Application of Nanoemulsions for Water Insoluble Substances

This review provides an overview on the current status of nanoemulsions, their preparation and ingredients used and their application as it applies to non-water soluble flavors, colors, functional ingredients and drug delivery.

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