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Flavor R&D Frontiers

From nutrigenomics to biotech

Flavor Bites: Benzothiazole

Modest levels of benzothiazole work well to fill out the profile of a wide range of flavors.

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Functionalized Flavors

Flavorists working with the food industry, and to a lesser extent the personal care and nutraceutical fields, should be aware of a trend that is quietly, but increasingly, impacting their business—the commoditization of flavors. Formulation and challenges.

Defending Flavors

How can you produce a safe product for its intended use and then find a way to [effectively] communication how people should use that product?

International Flavoring

I have remained somwhat abreast in our flavor technology by a number of overseas volunteer projects sponsored by the International Executive Service Corp (IESC). This private organization sends retired volunteers with specific know-how to third world countries requesting help in a particular discipline.

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Flavor Bites: Sotolon

Sotolon can all too easily be overdone—it is a good servant but a bad master.

Flavor Bite: Linalool

This flavor mainstay, when used at various levels, fits an extremely wide range of tea and fruit flavor profiles.

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Natural Flavor Trends

Resilience despite the economic downturn, implications for the flavor industry and future opportunities for growth

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Flavor Bites: Indole

How this potentially repellent material can impart useful effects in dairy, seafood, fruit, fermented and other flavors

When it comes to berry flavors, the recommended levels of acetophenone can range anywhere from 10 ppm to 50 ppm depending on the fruit.

Flavor Bites: Acetophenone

When it comes to berry flavors, the recommended levels of acetophenone can range anywhere from 10 ppm to 50 ppm depending on the fruit.

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Flavor Bites: Geraniol

The rose character of geraniol is very bright and fragrant but it also possesses considerable depth, which is especially helpful in flavors.

Aldehyde Generators for Flavors

The quest to deliver unstable aldehydes to food systems by the use of generators is being realized. With the proper generator, flavors can be created for use under conditions traditionally unfavorable to aldehydes, As in other derived systems it appears best to employ nature as a model and to design generators in the same way that nature produces flavors.

Flavoring with Citrus Oils

Hopefully I have shown that citrus oils are extremely important for the flavoring of foods and beverages and that their consumption is growing steadily at more than 3% per year. On the other hand, the demands for performance can be expected to become more strict, particularly as far as stability and purity are concerned.

Tobacco Flavoring: An Overview

International tobacco products have some very interesing scientific, product development and marketing aspects. In this article, I'll describe the tobacco plant and its combustion chemistry. Then we’ll look at two traditional systems and several novel systems for delivering flavor in tobacco products.

Flavor Bites: Octanoic Acid

Characterized by a cheesy aroma, this ingredient pairs seamlessly with a variety of non-dairy flavors.

Flavor Bites: Nerol Oxide

This heat-stable ingredient is suitable for a wide range of mango and berry applications, especially in confectionery.

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Flavor Bites: Methyl Cyclopentenolone

Found widely in nature, methyl cyclopentenolone features a cooked sugar, maple syruplike, profile that can be used in high levels in brown and nut flavors.

2011 Flavor & Fragrance Leaderboard

As growth returns, challenges persist

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