A study was carried out to evaluate the variation of quality attributes among oils from different soybean varieties (Bovender special, Foster and F-8827).Oils were extracted using n -hexane as solvent. Results indicated that contents of seed oil among the tested varieties varied from 15.85% to 19.49%, moisture 8.4–10.2%, protein 41.67–45.64%, fiber 6.6–7.6% while ash 5.5–6.9%. The physical and chemical characteristics among the tested oils varied as: color (4.2–5.3R + 40–50Y), iodine value (119–128 g of I/100 g of oil), refractive index (1.4590–1.468), density (0.8698–0.8712 g/cm 3 at 36 °C), free fatty acid content (0.39–0.67% as oleic acid), saponification value (181–187 mg KOH/g) and unsaponifiable matter (0.42–0.74%). The oxidation parameters including peroxide value, conjugated dienes and conjugated triene were recorded as 1.80–2.64 meq/kg, 0.41–0.65 and 1.50–1.91, respectively. The fatty acid composition showed the presence of palmitic acid (11.00–13.50%), stearic acid (3.02–4.90%), oleic acid (22.60–24.00%), linoleic acid (49.03–53.00%) and linolenic acid (6.50–8.00%). The amounts of α , γ and δ -tocopherols ranged from 66.5 to 90.7 mg/kg, 907.5–1011.9 mg/kg and 399.8–411.5 mg/kg, respectively. Results indicated a significant variation for most of the physicochemical parameters among three soybean oils which can be mainly linked to the specific genetic makeup of each variety as well as the agro-climatic conditions of the harvest.
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Anwar et al. (2015) studied this question.
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