## Abstract Parts II, III and IV of this series deal with the component acids of Niger seed, safflower and sunflower seed oils from different parts of Africa. The linoleic acid content of such oils may range from over 70% to somewhat below 50%; the oils of high linoleic acid content possess excelle
African drying oils. III. Component acids of some linoleic-rich oils. Safflower seed oil
β Scribed by Barker, C. ;Hilditch, T. P.
- Publisher
- Wiley (John Wiley & Sons)
- Year
- 1950
- Weight
- 237 KB
- Volume
- 69
- Category
- Article
- ISSN
- 0368-4075
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β¦ Synopsis
Abstract
Like Niger seed oils (Part II) and sunflower seed oils (Part IV), safflower seed oils may vary somewhat widely in their content of Iinoleic acid; oils from Asiatic and some other sources contain 60%, or less, but other seeds grown in America or Australia furnish oils in which linoleic acid forms up to about 77% of the total fatty acids. Such oils contain negligible proportions of linolenic acid, and are excellent nonβyellowing drying oils. Safflower seed grown in Kenya has been examined and found to give oil practically identical with a recently described Australian oil, its component acids being palmitic 6Β·4, stearic 3Β·1, arachidic 0Β·2, oleic 13Β·4, and linoleic 76Β·9% by wt.
π SIMILAR VOLUMES
AFRICAN DRYING OILS. IV. COMPONENT SUNFLOWER SEED OIL. ACIDS OF SOME LINOLEIC-RICH OILS. Ug C. BAHKEH, A. CROSSLEY. 1 ' . 1' . HlLDlTCCI The fatty oils from ten specimens of African sunflower sccd from widcly different areas, and an Argcntine sunflowcr seed oil have been studicd. The iodine values o
Mit einem Alkoholmolekul stehen nicht einzelne Wasser-Abschinnungseffekte des Wasserstoffatoms (Abschinn. SOH) und der nichtxylgruppen der analysierten Alkohole bifllieden Elektronenpaare des Sauerstofit0m.s (Abschinn. S,J in Hydro-det worden. lassen sich mit fokendem deuten\* . -.. molekiile, sonde