Cheese

In addition to traditional cheese products, the dairy industry has responded to the requests of health professionals by developing lower fat products that retain their traditional body and flavor. Also, in response to the concerns about sodium, the industry is conducting research to developing lower sodium cheeses that retain functional and safety characteristics of traditional products. These lower fat and lower sodium products offer chefs, food formulators and consumers with more choices in the types of cheeses they use. Finally, Hispanic cheese and cheeses that are nutritionally enhanced with vitamin D, probiotics, and protein have been developed. All of these efforts provide nutrition and other enhancements to meet consumer needs.

 

Published Research

Current Research

Development of Pulsed Light Based Combination Surface Treatments as a Nonthermal Strategy for Microbial Inactivation on Cheese Surface
Cornell University
Expected Completion Date: 2013


Effects of Salt Substitutes and Anti-microbial Intervention Methods on Functionality, Shelf Life, Consumer Acceptability of Low Sodium
String Cheese (Low-Moisture Part-Skim Mozzarella) and the Survival of Pathogenic Bacteria
California Polytechnic State University
Expected Completion:2013


Enhancing the Microbiological Safety and Quality of ReducedSodium Cheese with Natural Preservatives or Adjunct Cultures
University of Wisconsin–Madison
Expected Completion Date: 2013


Inhibition of Clostridium Botulinum in Reduced-sodium Pasteurized Process Cheese Products
University of Wisconsin-Madison
Expected Completion Date: 2013


Role of Thermoduric and Thermophilic Sporeformers and Their Biofilms in Cheese Spoilage
South Dakota State University
Expected Completion Date: 2013


A Systematic Study of Cheese Microbiology and Flavor Based on Salt Cation Substitution in Lower Sodium Cheddar Cheese
Utah State University
North Carolina State University
University of Wisconsin-Madison
California Polytechnic State University
Expected Completion Date: 2013


Manufacture of a Low Sodium, Mild-flavored Cheese Suitable for Ingredient Purposes by a Curd Heating Process
University of Wisconsin–Madison
Expected Completion Date: 2012


At What Salt Level do Consumers Notice Decreasing Salt Concentrations and at What Concentration is Acceptance Negatively Impacted?
North Carolina State University
Utah State University
Expected Completion Date: 2013


Designing Filler Particles to Imitate Fat in Cheddar Cheese
Utah State University
North Carolina State University
Expected Completion Date: 2012


Development/Validation of Alternative Methods for Rapid Sodium Testing in Cheese
University of Wisconsin-Madison
Expected Completion Date: 2012


Identification of Taste Compounds in Cheddar Cheese: Strategies for Flavor Improvement
University of Minnesota
Expected Completion Date: 2012


Investigating the Filled Gel Model for the Role of Fat in Cheese
Utah State University
North Carolina State University
Expected Completion Date: 2012


Low Sodium Cheddar Cheese by Controlling Microbial Activity and Enhancing Flavor
University of Wisconsin–Madison
Expected Completion Date: 2012


Manufacture of a Low-sodium, Mild-flavored Cheese Suitable for Ingredient Purposes by a Curd Heating Process
University of Wisconsin-Madison
Expected Completion Date: 2012


Innovation Center Partners

In the News

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