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首页> 外文期刊>Acta Horticulturae >Anthocyanin and Potential Therapeutic Traits in Clitoria, Desmodium, Corchorus, Catharanthus and Hibiscus Species
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Anthocyanin and Potential Therapeutic Traits in Clitoria, Desmodium, Corchorus, Catharanthus and Hibiscus Species

机译:Clitoria,Desmodium,Corchorus,Catharanthus和Hibiscus物种的花色苷和潜在治疗特性

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The USD A, ARS, Plant Genetic Resources Conservation Unit curates several important nutraceutical and medicinal plant species. Anthocyanins are responsible for flower, leaf and seed coat color in plants, and are antioxidants as well. However, little is known about anthocyanin content in Clitoria ternatea, Desmodium adscendens, Corchorus olitorius, Catharanthus roseus, Hibiscus sabdariffa and Acer sacchamm. This study was conducted to identify anthocyanin indexes and additional health enhancing components in these species. An anthocyanin meter with an LED diode of 520 nm was used to measure the anthocyanin index of leaves and flowers from plants growing in the field during July, September and October 2006. We found anthocyanin indexes ranging from 4.1 to 52.4 for leaves and 0.8 to 26.8 for flowers in all five species. The highest leaf anthocyanin index average of 14.6 was found in D. adscendens (PI 316623) followed by sugar maple (A. saccharum) with a leaf anthocyanin average index of 13.0. Catharanthus roseus (PI 608581) also had the highest flower anthocyanin index average of 17.3. These data were recorded at or prior to 50% maturity. In addition, potential health uses for these species are discussed. Phytochemicals identified include but are notlimited to an antimicrobial protein from C. ternatea, anthocyanin rich extracts from H. sabdariffa for potential use as a chemopreventive agent, and antitumor promoters in C. olitorius leaves. These anthocyanins and phytochemicals have potential value in the nutraceutical and medical industries. These variable anthocyanin indexes among these species will assist breeders and other scientists with valuable germplasm for development of anthocyanin enriched cultivars.
机译:美国农业部,美国农业研究局植物遗传资源保护部负责管理几种重要的营养和药用植物。花青素负责植物中的花,叶和种皮颜色,也是抗氧化剂。然而,人们对三枝君子兰,地龙,金合欢,玫瑰花,芙蓉,芙蓉和宏cer的花色苷含量知之甚少。进行这项研究以鉴定这些物种中的花色苷指数和其他增强健康的成分。使用带有520 nm LED二极管的花青素仪测量2006年7月,9月和10月田间生长的植物的叶子和花朵的花青素指数。我们发现,叶子的花青素指数范围从4.1到52.4,从0.8到26.8用于所有五个物种中的花朵。在D. adscendens(PI 316623)中发现最高的叶花青素指数平均值为14.6,其次是糖枫(A. saccharum),其叶花青素平均指数为13.0。长春花(PI 608581)的花色花青素指数平均值也最高,为17.3。这些数据是在50%的到期日或之前记录的。此外,还讨论了这些物种的潜在健康用途。鉴定出的植物化学物质包括但不限于来自C. ternatea的抗菌蛋白,来自H. sabdariffa的富含花青素的提取物,有可能用作化学预防剂,以及在C. olitorius叶片中的抗肿瘤促进剂。这些花色苷和植物化学物质在营养保健和医疗行业具有潜在价值。这些物种中这些可变的花青素指数将帮助育种者和其他科学家提供有价值的种质资源,以开发富含花青素的品种。

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