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[Dietary plant phospholipids as stabilizers of oil solutions of beta-carotene]. | LitMetric

AI Article Synopsis

  • A study investigated how different concentrations of dietary plant phospholipids, along with alpha-tocopherol, help protect beta-carotene in oil from oxidation.
  • The research measured oxidation levels by looking at peroxide levels and diene conjugates, finding a correlation between the amount of phospholipids added and reduced oxidation products.
  • Results indicated that while beta-carotene loss was minimized when using antioxidants, phospholipids worked best in combination with alpha-tocopherol, enhancing overall antioxidant effectiveness rather than acting alone.

Article Abstract

A study of stability of oil solutions beta-carotene to oxidizing damage is carried out. As stabilizers were used dietary plant phospholipids produced by Krasnodar's company ECOTECH in concentrations 5, 10, 20% in a combination with alpha-tocopherol. Oxidizing changes in samples were evaluated by determination of peroxide level ('peroxidation number') and contents diene conjugates. Effect of these antioxidants was studied in experiments with accelerated oxidation at 60 C in darkness during 15 days. Phospholipids entered in a sample acted as antioxidants. Reverse correlation was found between quantity added phospholipids an level of accumulated primary peroxidation products. It was shown that during experimental oxidation together with oxidizing damage of oil the loss of beta-carotene was also occurred: without antioxidants on 68%, with alpha-tocopherol alone on 27%, with phospholipids and alpha-tocopherol on 34%. Phospholipids protect an oil from oxidizing damage not rendering of direct action on safety (-carotene being only as synergists in a combination with alpha-tocopherol. Phospholipids increase thus antioxidant potentiation of a product lying as consider in the basis of antioxidant action of beta-carotene.

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