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Comparison of agronomic productivity of vegetable oils

Research Achievements

Comparison of agronomic productivity of vegetable oils

Vegetable oils are composed of multiple lipids which presents an opportunity to recover high value fatty acids from the complex oil structure. Separation of lipids for pharmaceutical, bio-plastic, and nutritional applications leaves the remaining lipids within an oil profile as a co-product for biodiesel production. In this study, IGERT trainees evaluated the agronomic productivity of soybean, sunflower, camelina, and canola and then extracted oils from these field-produced seeds and completed lipid analysis on the samples. Camelina demonstrated the most desirable lipid profile with the highest concentrations of C20:1 and C18:3 and the presence of polyunsaturated lipids of C20 and longer. Soybean had the highest concentration of C16:0 and C18:2 lipids. Sunflower had the highest concentration of C18:1 lipid. This work has resulted in one book chapter and two presentations authored by IGERT trainees and mentors with several other publications in preparation.
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