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Indole Compounds Related to Auxins and Goitrogens of Woad (Isatis tinctoria L.)

机译:与Woad(Isatis tinctoria L.)生长素和Goitrogens有关的吲哚化合物

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摘要

Five conspicuous indole derivatives are present in leaves and other tissues of woad (Isatis tinctoria L.). They were identified as tryptophan, isatan B, glucobrassicin, neoglucobrassicin, and glucobrassicin-1-sulfonate. The latter three indole glucosinolates are present at levels of at least 260, 69, and 200 milligrams per kilogram fresh weight and were isolated as crystalline salts. Comparison of physical and chemical properties, particularly NMR spectral analysis, confirms that the 1-methoxyglucobrassicin structure suggested for neoglucobrassicin is correct, whereas further evidence for the even more unusual sulfonation of the ring nitrogen in glucobrassicin-1-sulfonate was obtained. Glucobrassicin-1-sulfonate has an enzymic degradation pattern identical to that of glucobrassicin. As it too releases thiocyanate, it must be added to the list of known plant goitrogens. These studies and the techniques described establish woad as exceptionally suitable higher plant material for metabolic studies of indoles related to goitrogens and auxins.
机译:五种明显的吲哚衍生物存在于woad(Isatis tinctoria L.)的叶子和其他组织中。他们被确定为色氨酸,伊斯坦B,葡聚糖,新葡糖和1磺酸葡糖。后三种吲哚芥子油苷的含量为每公斤鲜重至少260、69和200毫克,并以结晶盐的形式分离出来。物理和化学性质的比较,尤其是NMR光谱分析,证实了新葡糖溴素的1-甲氧基葡糖嘧啶结构是正确的,而获得的进一步证据表明,葡糖溴素1-磺酸盐中环氮的磺化程度更高。葡糖苷-1-磺酸盐的酶促降解模式与葡糖苷酸相同。由于它也会释放出硫氰酸盐,因此必须将其添加到已知植物甲状腺激素的列表中。这些研究和所描述的技术将wadad确立为与goitrogens和生长素相关的吲哚代谢研究的异常合适的高级植物材料。

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