International Journal of Food Properties · 2015 · 143 citations · 18 references
Total Fatty AcidsMain Fatty AcidsBotanyLipid NutritionChemical CompositionLipid ResourceFatty Acids CompositionPhytochemicalPhytochemistryFood PreservativesPlant FoodsSeed ProcessingHealth Sciences
Seeds of 20 accessions of six Brassica species including cultivated and five wild relatives were analyzed for oil and fatty acid composition. The results showed that oil content varied from 21 (B. nigra) to 46% (B. napus). Among wild species, B. rapa and B. oleracea had highest oil content (31 and 28%, respectively). The main fatty acids of oleic, linoleic, linolenic, erucic, palmitic, and stearic acids accounted for 89–94% of the total fatty acids in all species. Cultivated species of B. napus had highest oleic acid (61%) and lowest erucic acid (1%) content compared to other studied species. Brassica rapa and B. oleracea had the highest content of erucic acid (41 and 46%, respectively). The highest content of linolenic (20%) and linoleic (19%) acid was observed for B. juncea. The results showed that there was high genetic variation among the studied species for oil content and fatty acids composition. This indicates that seed oil of these species is possibly suitable for both human consumption and industrial purposes.
18
Design of New Plant Products: Engineering of Fatty Acid Metabolism
John B. Ohlrogge · PLANT PHYSIOLOGY · 1994 · 241 citations · Full text
Genetic Control of High Oleic Acid Content in Sunflower Oil<sup>1</sup>
J. F. Miller, Don C. Zimmerman, Brady A. Vick · Crop Science · 1987 · 158 citations
Engineering, Botany, Genetics +18