TL;DR: The genus Brassica is one of 51 genera in the tribe Brassiceae belonging to the crucifer family, and is the economically most important genus within this tribe, containing 37 different species (Gomez-Campo 1980).
Abstract: The genus Brassica is one of 51 genera in the tribe Brassiceae belonging to the crucifer family, and is the economically most important genus within this tribe, containing 37 different species (Gomez-Campo 1980). Many crop species are included in the Brassica genus, which provide edible roots, leaves, stems, buds, flowers and seed. Next in agronomic importance are the genera Raphanus, cultivated for its edible roots and Sinapis as a source of condiments. There are many wild relatives that have potential as sources for oil, condiments and other products. Wild relatives could serve as sources for cytoplasmic male sterility (androsterility) for the development of hybrid seed production systems in Brassica crop plants and provide nuclear genes for resistance to different diseases and pests. Certain visible characters are informative in the Brassiceae. Mucilage is a very common phenomenon in seed of plants of the tribe Brassiceae, and is therefore of taxonomic value. For instance, seeds of the 9 chromosome species of the genus Sinapis such as S. arvensis contain no mucilage, while the 12 chromosome species such as S. alba contain mucilage. Some species of Sinapis and Crambe have hairy cotyledons, which is an exception. Drought-adapted genera such as Moricandia tend to be glabrous, but they are more sensitive to aphids than hairy species. There is a wide variation in flower shape and colour from yellow to white to violet (Moricandia), and the colour of mature seeds varies from yellow to black.
TL;DR: This review compares twenty-four oilseed species relative to oil composition and potential adaptability to different regions of Europe with new species, some of which are well documented in literature, while others are still underdeveloped.
TL;DR: Four preferred species of complex pentacyclic guanidines linked by a linear ω-hydroxy fatty acid to a hydroxyspermidine are obtained by a bioassay-guided isolation procedure, involving solvent partition and chromatography on Sephadex LH-20, cyano, and C-18 columns.
Abstract: The present invention is directed to several novel compounds isolated from the sponge Crambe crambe, and designated herein as Crambescidin 816 (Compound 1), Crambescidin 830 (Compound 2), Crambescidin 844 (Compound 3), and Crambescidin 800 (Compound 4), as well as several derivatives thereof. The 816, 830, 844 and 800 compounds are four preferred species of complex pentacyclic guanidines linked by a linear ω-hydroxy fatty acid to a hydroxyspermidine, that have been obtained by a bioassay-guided isolation procedure, involving solvent partition and chromatography on Sephadex LH-20, cyano, and C-18 columns, from extracts of the red, encrusting sponge Crambe crambe (Order Poecilosclerida, Family Esperiopsidae).
TL;DR: In this paper, the physic nut seeds and presscakes of radish (Raphanus sativus) and crambe (Crambeabyssinica) were subjected to double cold pressing to extract the main product and the presscake, or coproduct.
Abstract: The objective of this work was to chemically characterize the seeds and presscakes of physic nut (Jatropha curcas), radish (Raphanus sativus) and crambe (Crambe abyssinica) after extracting the oil with a mechanical press. Whole seeds of these species were subjected to double cold pressing to extract the oil, or main product, and the presscake, or coproduct. The seeds and presscakes were evaluated regarding proximate composition and mineral profile. The lipid contents in the presscakes were lower when compared to the values presented in previous works, which characterizes good extraction efficiency and versatility of the employed press. Fibers are the most abundant component of physic nut presscakes, and comprise about 1/3 of their total composition. Protein is the largest fraction in radish presscakes, and crambe presents balanced fiber and protein contents. The presscakes are rich in potassium, magnesium, calcium, sodium, manganese, iron, zinc and boron.
TL;DR: Sonicated extract of crambe seed meal prepared in the presence of ferrous ion and dithiothreitol enzymatically converts epi-progoitrin to glucose, HSO4−, and a mixture of 1-cyano-2-hydroxy-3,4-epithiobutanes and 1-Cyano- 2-hydroxymethicone-3-butene promotes the formation of1-cyanosine in amounts proportional to those from
Abstract: Sonicated extract of crambe seed meal prepared in the presence of ferrous ion and dithiothreitol enzymatically converts epi-progoitrin to glucose, HSO4−, and a mixture of 1-cyano-2-hydroxy-3,4-epit...