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Glycosidases of Tropaeolum majus
Phytochemistry, 1969Abstract A number of glycosidases have been qualitatively identified in the seeds of Tropaeolum majus , the common nasturtium. A thioglucosidase, a β-glucosidase, a fructofuranosidase, and an enzyme causing partial hydrolysis of amylopectin and glycogen, have been isolated and partially purified. Hydrolytic activity also indicated the presence of an
D.R. Snowden, R.D. Gaines
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Curtis's Botanical Magazine, 2012
Tropaeolum argentinum Buch., a climber from the mountains of Argentina and Bolivia, is illustrated. Its history, relationships and cultivation are discussed.
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Tropaeolum argentinum Buch., a climber from the mountains of Argentina and Bolivia, is illustrated. Its history, relationships and cultivation are discussed.
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Curtis's Botanical Magazine, 2012
The garden nasturtium is not known in the wild, but is by far the most commonly grown member of the Tropaeolaceae. After its introduction from Peru into the Netherlands in the late 17th century, it spread rapidly across gardens, and because of its value as a source of vitamin C, it was distributed to harbours and oceanic islands to fight scurvy amongst
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The garden nasturtium is not known in the wild, but is by far the most commonly grown member of the Tropaeolaceae. After its introduction from Peru into the Netherlands in the late 17th century, it spread rapidly across gardens, and because of its value as a source of vitamin C, it was distributed to harbours and oceanic islands to fight scurvy amongst
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Curtis's Botanical Magazine, 2012
Tropaeolum smithii DC, a climber from the mountains of tropical South America from Venezuela to Peru is illustrated. Its history and variation are discussed. The two forms in cultivation are described.
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Tropaeolum smithii DC, a climber from the mountains of tropical South America from Venezuela to Peru is illustrated. Its history and variation are discussed. The two forms in cultivation are described.
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The genetics of tropaeolum majus
Journal of Genetics, 19361. The inheritance of 13 genes inTropaeolum majus has been studied. 2. These genes include: Three controlling morphological characters (B, I, D). Three controlling leaf colour (V, X, Y). Seven controlling flower colour, (1) plastids (P, Q), (2) anthocyanin (A, G, R, S, L). 3.
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