Source: OHIO STATE UNIVERSITY submitted to NRP
CENTER FOR INNOVATIVE FOOD TECHNOLOGY, OHIO PROJECT
Sponsoring Institution
National Institute of Food and Agriculture
Project Status
COMPLETE
Funding Source
Reporting Frequency
Annual
Accession No.
0214262
Grant No.
2008-38864-19190
Cumulative Award Amt.
(N/A)
Proposal No.
2010-05350
Multistate No.
(N/A)
Project Start Date
Jul 15, 2008
Project End Date
Jul 14, 2011
Grant Year
2008
Program Code
[KI]- Center for Innovative Food Technology, OH
Recipient Organization
OHIO STATE UNIVERSITY
1680 MADISON AVENUE
WOOSTER,OH 44691
Performing Department
FOOD SCIENCE AND TECHNOLOGY
Non Technical Summary
The Center for Innovative Food Technology (CIFT) is a 501 C-3, not for profit organization whose mission is technology based economic development in the food processing and value added agriculture business sectors. The CIFT program was created as a component of the State of Ohio's Thomas Edison Program for economic development in 1995. In furtherance of its mission, CIFT has developed a number of programs, each of which has been validated by significant levels of support from the industry. All CIFT activities are intended to address one of the following food industry goals; the improvement of food safety, the enhancement of food quality, or, the improvement of industry profitability through a reduction in processing costs. The components of the CIFT program for the coming year will include the following initiatives. (a) CIFT will continue to manage an applied "problem solving" research and technology deployment program that focuses on the specific needs of industry as they relate to the goals described above. Included among areas of focus, as defined by industry, include the development and demonstration of process control systems, development of "functional ingredients", substances with health benefits beyond nutrition, and developing processes to reduce the costs associated with the treatment and disposal of waste products. (b) A Small Business program has been developed to assist small and start up food processors become established in the industry by ensuring that their products can be produced efficiently and safely. (c) CIFT will continue to work in collaboration with research partners to develop, evaluate, and demonstrate techniques to produce energy from alternate sources, including waste streams, in the food processing industry.
Animal Health Component
70%
Research Effort Categories
Basic
(N/A)
Applied
70%
Developmental
30%
Classification

Knowledge Area (KA)Subject of Investigation (SOI)Field of Science (FOS)Percent
4033410202010%
4041460208010%
4041499202010%
5011599200010%
5012220202010%
5022220202010%
5031599202010%
5042299202010%
7011899200010%
7012220200010%
Goals / Objectives
CIFT is dedicated to the enhancement of the competitive position of the food processing industry through the development and deployment of appropriate technical solutions to problems that negatively affect food quality, food safety, and food processing cost. More specifically, CIFT seeks to develop and support projects that address problems or opportunities as defined by the industry. As in the past, the goal of each CIFT project or activity is to achieve one or more of the following; to enhance the quality and consistency of value added food products, to increase the safety of a food processing technique, thereby improving the safety or security of value added food products, or, to decrease the costs associated with the production of a value added food product, thereby increasing the economic performance of its producing sector. CIFT encourages innovation by leveraging funding from private sector and other government sources to underwrite projects that are designed to assess the feasibility of emerging techniques and technologies in specific applications, or to perform late stage development and early stage commercialization studies.
Project Methods
There are two major components in the CIFT program. First, the technology development program organizes and completes projects whose objectives conform to the CIFT mission as described above. Secondly, CIFT has assembled an extensive industry outreach, whose components, and the procedures governing them will be discussed below. The procedures for each of the two components follow. The procedures that govern the technology development program will continue as in prior years. CIFT will solicit proposal for funding throughout the year, based on the availability of funding. These proposals will then be evaluated according to the following criteria, as in past years. One representative from each member makes up the CIFT Advisory Board, who, on the basis of majority vote, makes all project approval decisions. Board members will not be part of decisions regarding projects in which they participate. A wide range of project areas will be considered. The chief requirement is that the project must have the potential for advancing the technologies used in the processing and/or the packaging of food products. Primary focus will be given to those projects whose end results possess the potential for improving food quality and safety, or for increasing productivity and therefore lowering production costs. The factors favorably affecting evaluation include a high potential for success in the near term, broad potential applicability throughout the industry, and financial support and commitment to implement positive results from the sponsoring company. All proposals will be evaluated for both industry relevance and technical merit. The Advisory Board will use the above criteria to determine the legitimacy of the problem, the efficacy of the proposed solution, and the ability of the proposed investigator to achieve the desired research goals. Final approval will be achieved by simple majority vote (in writing) of a quorum of the membership. All selected subcontractors will be subject to all CSREES reporting requirements for each project. Mr. David Beck of EISC will serve as Project Manager, and will ensure compliance.

Progress 07/15/08 to 07/14/11

Outputs
OUTPUTS: A number of research projects were completed. These include evaluations of an organic sanitizing agent (PROSAN) on various substrates,a study on Controlling the Dissemination of Antibiotic Resistant Bacteria from Pet Foods to Pets and Zoo Animals,a Comparative Evaluation of Anti Microbial Surface Coatings. and a study on the Improvement of Vegetable Crop Health by EPA Approved Plant Growth Regulator. Also completed were studies on Chemical Thinning Technology Development to Increase Useable Vegetable Yields, an evaluation of Electron Beam Treatment of Uncooked Vegetables, a Turkey Shelf Life Improvement Study, a study Assessing Critical Pathways involved in Listeria Monocytogenes Biofilm Formations, the Use of Silver Zeolite Antimicrobial Packaging for Bacterial Reduction, and a product development project that addressed Gluten Replacement in Pasta, Wraps, and Pizza Dough. Additional projects addressed the Effect of Various strains of Lactobacillus casei and Bacteriophage freudenreichii on the quality of Swiss cheese, and the effectiveness of NATRApHASE in inhibiting browning of fresh cut potatoes and after cooking darkening of french fries. Studies involving the Application of Infrared Spectroscopy for Quality Monitoring, the Development of Re-formed Cheese, and the Rapid Monitoring of Acrylamide Contents in Snack Products Using Infrared Spectroscopy and Chemometrics were also completed. PARTICIPANTS: Individuals who were involved in the various projects that were supported by this grant include the following researchers from The Ohio State University; Dr. Luis Rodriguez-Saona, Dr. James Harper, Dr. Sheryl A. Barringer, and Dr. Ken E. Lee. Researchers from other organizations and institutions include Dr. Shari L. Plimpton fromn CIFT, Dr. Eddie R. Richter from Richter International, and Dr. Richard basel from Lebensmittel Consulting. TARGET AUDIENCES: The target audiences for the projects involved in this grant include food processing companies and potential technology commercializers in the following industry segments; bakeries, poultry processors, suppliers of sensors and process control systems, specialty vegetable growers, pet food producers, and suppliers to retail food processing establishments PROJECT MODIFICATIONS: Nothing significant to report during this reporting period.

Impacts
The studies on PROSAN led to a successful commercial introduction of the product. The evaluation of the relative efficiency of various antimicrobial coatings led to the use of several substances by a major sensor manufacturer. Process improvements that were suggested by the turkey processing study were shared with others through trade groups. Several new products were commercialized utilizing the results from the Gluten Replacement study. A novel process for utilizing processing scraps to produce reformed Swiss Cheese is being commercialized. Commercial introduction of a product for inhibiting the browning of cut potatoes was made. Results on the efficacy of infrared and near infrared for the detection of acylamide contents in snack foods were presented to members of the Snack Food Association.

Publications

  • No publications reported this period