Food Resources
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This video shows producers what to do about wildlife intrusion into produce fields, a common problem for fruit and vegetable growers that presents a food safety risk when fecal contamination occurs. It discusses best practices regarding no-harvest buffer zones (used when feces is present in the field), removal of in-field contamination, and worker training in several different scenarios.
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This brief video describes how, when, and where to collect a postharvest water sample intended for generic E. coli testing, as required by the Produce Safety Rule for produce wash water.
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This brief video demonstrates the best practices for collecting a water sample from a pond or other irrigation source, including the sample type needed by a produce grower for their microbial water quality profile for the Produce Safety Rule. The authors describe when a sample may be needed, where to collect the sample, and proper sample handling during and after collection.
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Several dozen insect species infest food and nonfood products of plant and animal origin commonly found in homes. Collectively, this group of insects is referred to as stored product pests. Most are small beetles or moths. For homeowners, often the first sign of a stored product pest infestation is the sudden, unexplained and then persistent presence of numerous insects in a particular area of the home.
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“‘Clean label’ foods” generally refers to food products that are simple, natural, and minimally processed. Clean labeling is a food industry movement that caters to the consumer who wants food products to be as “real” and preservative-free as possible. Although “clean labeling” is becoming more ubiquitous among food companies, there is no formal definition for the term. It originates from consumer perception of “natural” foods and is then self-defined by food companies, restaurants, and retailers.
In order to build a trustworthy relationship with consumers, more companies have removed or are planning to remove artificial ingredients from their products. However, this process is not easy, and manufacturers must ensure the efficacy, safety, quality, and cost-effectiveness of natural substitutes before using these alternatives widely.
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Pomegranate is an emerging crop that has been experiencing a significant expansion in Georgia. Pomegranates are excellent sources of sugars, soluble fibers, vitamins, minerals, and phytochemicals, including polyphenols with strong antioxidant activity. Because of their nutritional content, pomegranates are considered functional foods (foods that provide health benefits in addition to basic nutrition). This resource describes the main phytochemicals present in pomegranate fruits and provides an overview of the potential value-added products that may be developed from Georgia-grown pomegranates.
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B 1478
Roasted Peanut Flavor
Flavor is the major determinant for consumers’ appreciation of roasted peanuts. Flavor development involves two important reactions: Maillard reaction and lipid oxidation. Maillard reaction mainly occurs during roasting to generate a pleasant “roasted” flavor. But during storage, lipid oxidation produces off-flavors and reduces roasted flavor, which is known as “flavor fade.” In order to retard lipid oxidation, high-oleic cultivars were developed. We have observed that compared to normal-oleic GA 06G, high-oleic GA 13M had higher consumer acceptability with a better capability to mitigate lipid oxidation, demonstrating that using a high-oleic trait is a potential solution to the problem of flavor fade.
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C 1037-17
Healthy Eating on a Budget
Learn how to help your family eat healthy on a budget, and help your child keep track of what he/she eats in each food group using a simple chart.
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This bulletin provides the scientific basis and food-safety framework for developing a food safety plan for acid/acidified foods. This includes practical food-safety examples for the acidified foods, including foundational support of a recordkeeping system and forms. Learning how to develop a process-flow diagram, developing recordkeeping forms, and applying food-safety principles during acid/acidified-food production will provide a processor with a better understanding of how a systematic approach to food-safety principles should be applied during the production, processing, packaging, storage, and distribution of acid/acidified foods. This publication contains information on how to develop a plan, including FDA requirements for developing a food safety plan, and sample recordkeeping forms to guide an acid/acidified food processor to safely process, package, and distribute acidified foods in commerce.
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