The Pillsbury Company

Massachusetts Institute of Technology

Israel A Saguy

Ernst Graf

Marcus Karel

Victor T Huang

Glenn O Rasmussen

R Carl Hoseney

Kenneth J Valentas

Katy Ghiasi

Jean L Weber

Karin C Gaertner

Kristin L Matson

Shahed Zaman

Linda C Miller

Antoinette M Hunstiger

Deborah K Rogers

Enrique Rotstein

A method of coloring foods using a color system comprising a diluent and a colorant in particle form is disclosed. The color of a food can be controlled by controlling the particle size and dilution ratio of the colorants. The colorants become visible on the food when the product to which the colorants are applied is exposed to heat.

Method of coloring foods

The present invention provides treatment means for reducing microwave-induced toughness and/or firmness in microwave cooked or heated bread-like products. The invention permits the maintenance of product identity and the reduction of toughness and/or firmness regardless of the toughness or firmness that the product would exhibit without the treatment means. The treatment means includes added agents as well as processing steps for the reduction of toughness and/or firmness.

Starch-based products for microwave cooking or heating

A coloring system and method for use is provided. The coloring system comprises a diluent and colorant in particle form. The dilution ratio and particle size can be utilized to control the color of the system during distribution and storage. The colorant can be any desired color, for example, brown, red, etc., and the system can be made such that it is generally invisible when applied to the product. When the food product with the associated coloring system is exposed to heat, e.g. radiation, the colorant becomes visible providing color to the food product in a preselected region. A carrier can also be provided in the coloring system to provide shelf life stability to the coloring system when the coloring system is applied to the food prior to distribution.

Food colorant system

A process is provided for improving the reliability of sterilization of canned viscous food products by ensuring the proper amount and rate of rotation of cans during heat processing. Improvement in controlling the lethality of microorganisms can be accomplished. The method involves intervallically monitoring the rotation of the canned food in the processing equipment and utilizing the obtained rotation information to correct processing conditions to ensure commercial sterility.

Heat processing of viscous food materials in rotating cans

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Edina, MN, United States of America

Israel A Saguy