General Foods Limited

John R Frost

Martin Glicksman

Jerry E Silverman

Elizabeth Hegedus

Alfred C Glatz

Timothy W Schenz

Nancy J Sarich

Joseph Giacone

Herman H Friedman

John E Hammond

Charles J Cante

Nancy J Vaccaro

John Ruff

A composition which modifies the physical characteristics of a lipid is disclosed. This composition comprises a hydrated, crystalline dipeptide sweetener and a lipid and can be used to produce a non-waxy, no melt chocolate by utilizing cocoa butter as the lipid source.

Chocolate product containing dipeptide-cocoa butter composition

An irreversible gel composition which comprises silica gel and a lipid. A non-waxy, no melt chocolate may be prepared using the silica gel-lipid composition of the present invention by combining silica gel with cocoa butter wherein the cocoa butter serves as the lipid source.

Silica gel-lipid composition

A composition which stabilizes a dipeptide sweetener, modifies the physical characteristics of a lipid, or both is disclosed. This composition comprises a hydrated, crystalline dipeptide sweetener and a lipid.

Dipeptide sweetener composition

A dry cake mix comprising 10-50% cake flour by weight, dry basis, 0-45% sugar, 2-12% shortening, 0-20% egg white solids, 1-12% leavening agent, 0-4% emulsifier, 1-20% bulking agent and from 0-10% gum. The cake mix is combined with from 0.6 to 2.5 parts by weight water for each 1 part cake mix and baked to produce a low-calorie cake containing less than 2 calories per gram and 40% or more water on an as-consumed basis. This low-calorie cake is of high quality and excellent texture and is 40% or more calorie-reduced over conventional cakes.

Process for preparing a high quality, reduced-calorie cake

High quality, reduced-calorie cake

A dry cake mix comprising 10-50% cake flour by weight, dry basis, 0-45% sugar, 1-12% shortening, 0-20% egg white solids, 1-12% leavening agent, 0-4% emulsifier, 5-40% cellulose flour and from 0-10% gum. The cake mix is combined with from 0.6 to 2.5 parts by weight water for each 1 part cake mix and baked to produce a low-calorie cake containing less than 2 calories per gram and 40% or more water on an as-consumed basis. This low-calorie cake is of high quality and excellent texture and is 40% or more calorie-reduced over conventional cakes.

High quality, reduced-calorie cake containing cellulose and process

A process is disclosed for producing a high quality, 40% or greater calorie-reduced cake containing a moisture content of 40% or more on an as-consumed basis. The process involves preparing a batter formulation comprising from 40% to 65% water on a by weight basis, 5 to 30% cake flour, 0 to 25% sugar, 1 to 6% shortening, 0 to 10% egg white solids, 0.5 to 6% of a leavening agent, 0 to 2% of an emulsifier and 1 to 20% of a water binder which is either a gum, bulking agent or combination, adjusting the batter viscosity within the range of from 15,000 to 50,000 cps. as measured by a Brookfield Viscometer and baking at a temperature of from 300.degree. F.-450.degree. F. (149.degree.-232.degree. C.) for a time sufficient to produce a bake loss of from 5 to 20%.

A high polymer material, e.g. polyvinylpyrrolidone, is mixed with an aqueous protein slurry composed of helical protein molecules. The pH of the slurry is then raised to about 8 to 12 to allow ingress of the high polymer material internally in the protein molecules. Thereafter, the slurry pH is reduced to about 5 to less than 8 to entrap a portion of the high polymer material within the protein molecules.

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Beacon, NY, United States of America

John R Frost