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Welcome to the New Food Technology page. Satisfy your hunger for new intellectual property by reviewing some of the department's most tantalizing innovations. | |
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Low Glycemic-value Starch LSU AgCenter scientists have developed a method to modify starch that greatly lowers its Glycemic Index value. The resulting starch does not gelatinize when processed, even at boiling temperatures, and remains indigestible in the stomach, which reduces its glycemic and caloric values. With further research, the modified starch has the potential to obtain a glycemic value of less than 20 compared with 100 for normal starch. |
Methods to Extract Pure Fish Oil LSU AgCenter scientists have developed methods to extract oil from fish that produces a product with fewer impurities, such as free fatty acids and peroxides. The lack of these impurities helps ensure that the oils will last longer and be more beneficial when ingested. Because the method can remove many impurities at once, fewer steps and less time are needed to produce high-quality oil. |
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Protein-rich Soybean Drying Method LSU AgCenter scientists have developed a soybean whey rich in lunasin and the Bowman-Birk inhibitor (BBI). The lunasin- and BBI-rich dry powder is easy to use and transport. Lunasin and BBI are well known as anti-inflammatory compounds and anti-oxidants, both of which are useful for sport nutrition products. |
Method to Increase EPA/DHA in Fish Oil LSU AgCenter scientists have developed a method to purify fish oils and enrich them with eicosapentaenoic (EPA) and docosahexaenoic (DHA) acids. These compounds are well known for their potential cardiovascular and mental health benefits. This method did not use chemicals to enrich fish oils with EPA and DHA or to the purify fish oils enriched with EPA and DHA. In experiments performed, the EPA and DHA fractions of the fish oil were increased by almost 18% in certain cases. |
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