Grasas y Aceites, Vol 67, No 1 (2016)

Physicochemical characterization and quality of cold-pressed peanut oil obtained from organically produced peanuts from Macedonian “Virginia” variety

S. Kostadinović Veličkovska
Faculty of Agriculture, University “Goce Delčev”, Macedonia, the former Yugoslav Republic of

S. Mitrev
Faculty of Agriculture, University “Goce Delčev”, Macedonia, the former Yugoslav Republic of

Lj. Mihajlov
Faculty of Agriculture, University “Goce Delčev”, Macedonia, the former Yugoslav Republic of


The physicochemical characterization and quality of cold pressed peanut edible oil from the “Virginia” variety, organically produced from the region of Macedonia, were examined in this work for the first time. The fatty acid composition of the oil showed almost equal levels of oleic and linoleic acids with an abundance of 34.19±0.01 and 36.13±0.01%, respectively. The most dominant saturated fatty acid was palmitic acid with a level of 10.06±0.00%. The level of tocopherols and other vitamin-E-related compounds was in strong agreement with the antioxidant activity of the oils measured by the DPPH assay. Almost equal amounts of α and γ tocopherols indicated an antioxidant potential of 288.63±59.78 mg·L−1 α-tocopherol. Phytosterols, as minor compounds present in the oils, can be additional antioxidants responsible for the health benefits of this oil in human nutrition. The four major pytosterols were β-sitosterol (1812.21±22.17 mg·kg−1 oil), champesterol (320.55±17.07 mg·kg−1 oil), Δ5-avenasterol (236.16±14.18 mg·kg−1) and stigmasterol (133.12±12.51 mg·kg−1 oil). Induction time, Peroxide number, FFA and specific extinction (K232 and K270, values 1.82 and 0.22) gave us an indication of the oxidative stability of cold pressed peanut oil.


Cold pressed peanut oil; DPPH assay; Fatty acid profile; “Filla” oil; Pytosterols; Vitamin-E-active compounds

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