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Colours are Indicators of Phytochemical Components and Medicinal Properties of Plants: A Review of Natural Spectroscopy

机译:颜色是植物的植物化学成分和药用特性的指标:自然光谱学的回顾

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Background: It is highly laborious to determine biological activities of plants using colours, despite the use of spectroscopic methods. Therefore the review is aimed at using colours to determine the phytochemical and medicinal properties of plants. Methods: Literature was searched for medicinal plant parts whose colours solely depend on their phytochemical pigments. Primary colours (green, red and blue) were cross-matched to give yellow, orange, brown, cyan, magenta and purple. Results: Each of the reflected colour is suggestive of phytochemical pigment(s) with specific medicinal properties. Black coloured plants and plant parts may be toxic and so can be used to treat cancer and cancer-related diseases. White phytochemical pigments may be used to treat diabetes, hypertension, asthma and some inflammatory diseases. Because previous studies have shown that the colours have the medicinal values. Conclusion: The combination of primary colours (red, green and blue) can form over 1000 colours with different medicinal values that may be found in both lower and higher plants.
机译:背景:尽管使用分光镜方法,使用颜色确定植物的生物活性还是非常费力的。因此,本综述旨在使用颜色来确定植物的植物化学和药用特性。方法:从文献中搜索颜色仅取决于其植物化学色素的药用植物部位。将原色(绿色,红色和蓝色)交叉匹配,得到黄色,橙色,棕色,青色,洋红色和紫色。结果:每种反射的颜色都暗示着具有特定药用特性的植物化学色素。黑色的植物和植物部位可能有毒,因此可以用于治疗癌症和与癌症相关的疾病。白色植物化学色素可用于治疗糖尿病,高血压,哮喘和某些炎症性疾病。因为以前的研究表明颜色具有药用价值。结论:原色(红色,绿色和蓝色)的组合可形成1000多种具有不同药用价值的颜色,在高等和低等植物中都可能发现。

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