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
Notes on the component acids of west indian ben and mango seed oils
β Scribed by Dunn, H. C. ;Hilditch, T. P.
- Publisher
- Wiley (John Wiley & Sons)
- Year
- 1947
- Weight
- 357 KB
- Volume
- 66
- Category
- Article
- ISSN
- 0368-4075
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β¦ Synopsis
Abstract
Ben (Behen) oil, seed fat of Moringa oleifera, was obtained in 30% yield from the kernels of Trinidad seed, and had iodine value 67Β·1 and free fatty acidity (as oleic) 6Β·5%. Its component acids were palmitic 5Β·5, stearic 7Β·8, arachidic, behenic and lignoceric (together) 9Β·2, hexadecenoic 0Β·9, and linoleic 0Β·8% (wt.). Its composition suggests that, if available in suitable quantity and quality, it would be equal to olive oil for edible purposes. Mango seed fat was obtained in 6% yield from Jamaican kernels; it is a solid fat (iodine value 49Β·1), with component acids palmitic 4Β·4, stearic 42Β·5, arachidic 3Β·0, oleic 44Β·7 and linolcic 5Β·4% (wt.). The composition of the West Indian mango fat differed from that recently recorded for a specimen from India, its unsaturation being distinctly higher owing to the presence of linoleic glycerides apparently absent from the Indian fat. The high stearic content of mango fat is unusual for a seed fat from its botanical family. Mango fruit contains only small traces of fat (iodine value 91).
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Three samples of sardine oilone obtained by extraction of the whole body ofsardine fishand theothertwobyupgradlngofthefomerbydifferent methodswere analysed using chromatographic techniques for their fatty acid compositions. The fatty acids ranging in chain lengths from to C22 and in unsaturation fr
## Abstract __Cephalocroton cordofanus__ seed oil has been examined and found to consist chiefly of __cis__β12:13βepoxyoleic acid (62%) along with linoleic (17%), oleic (10%), __threo__β12:13βdihydroxyoleic acid (4%) and saturated acids (7%). The structure of the epoxy acid follows from its identit