Alpinia zerumbet,a ginger plant with a multitude of medicinal properties:An update on its research f

来源 :中国药学(英文版) | 被引量 : 0次 | 上传用户:nhk1970
下载到本地 , 更方便阅读
声明 : 本文档内容版权归属内容提供方 , 如果您对本文有版权争议 , 可与客服联系进行内容授权或下架
论文部分内容阅读
In this review,the botany and uses ofAlpinia zerumbet (yan shan jiang) are described,and the current knowledge of its phytochemistry,pharmacological properties,and clinical trials is summarized.An important ginger crop in East Asia,A.zerumbet has many uses,both medicinal and non-medicinal.Leaves are used to produce essential oils and herbal teas.Rhizomes are consumed as spices,and stem fibers are made into paper,fabrics,and handicrafts.In Brazil,tea from A.zerumbet leaves is believed to have hypotensive,diuretic,and anti-ulcerogenic properties.This species possesses many medicinal properties due to its chemical constituents,including flavonoids,phenolic acids,phenylpropanoids,kava pyrones,sterols,and terpenoids.Extracts of A.zerumbet display antioxidant,antimicrobial,insecticidal,anthelmintic,tyrosinase and melanogenesis inhibitory,anti-atherogenic,anti-aging,anti-glycation,integrase and neuraminidase inhibitory,lifespan prolongation,hair growth promotion,anticancer,antidepressant,anxiolytic,anti-obesity,analgesic,anti-inflammatory,hypolipidemic,anti-ulcerogenic,anti-platelet,osteoblastic,osteogenic,thrombolytic,and cardiac arrhythmogenic activities.Essential oils ofA.zerumbet leaves have antimicrobial,larvicidal,antinociceptive,hypotensive,vasorelaxant,myorelaxant,antispasmodic,antidepressant,anxiolytic,anti-neuraminidase,anti-atherogenic,anti-aging,anti-melanogenic,anti-tyrosinase,cytoprotective,cardiodepressive,antipsychotic,analgesic,anti-inflammatory,and tissue healing activities.Clinical trials conducted in Brazil showed that extracts of A.zerumbet have hypotensive and diuretic effects whereas topical application of the essential oil has positive therapeutic effects on patients with fibromyalgia.Spanning two continents of Asia and South America,A.zerumbet is truly a multi-purpose ginger plant with promising medicinal properties.
其他文献
表面等离子共振技术是用来研究分子相互作用有力而灵敏的工具.近年来随着技术的发展,表面等离子共振仪出现一些新的功能和应用,广泛应用于药物研发的多个阶段.表面等离子共振
本文针对在人机对话中语音识别的特点,寻求一种快速的语音识别方法.设计了方阵特征向量范数的语音识别方法(VN),语音信号通过该方法处理后建立用矩阵特征向量表示语音信号语料
会议
本文介绍了一种全新的汽车电子辅助设备--智能汽车前照灯系统(AFS),其利用单片机采集分布于车身的各种传感信号,分析汽车状态及路况信息,适当调节汽车前照灯的照射方向及范围,实
“中国元素”因为中国的崛起而成为全球关键词。然而,它与品牌与传播的关系却如此微妙并一言难尽。在这期专辑中,我们设计了■这个符号,来代替@,因为@似乎仅仅只是“在”的意
本研究基于代谢组学方法研究了黄花菜提取物(HCE)在模拟微重力(SMG)诱导的抑郁症大鼠模型中的抗抑郁作用.通过14天模拟微重力方法建立SMG抑郁大鼠模型,以蔗糖偏爱指数的降低
本文属于面阵CCD摄影技术领域,涉及一种面阵CCD积分延时像移补偿方法.在航天摄影里,经常遇到光照度不足的问题.要想拍摄一幅比较清晰的图像,就必须解决能量不足的问题.采用该像
用固定压缩比进行遥感图像压缩时,当所拍摄地区的地貌变化很大时遥感图像的纹理差别会很大,难以得到理想的压缩效率.针对这一问题,在对小波三级分解后的子带系数进行分析的基础
会议
Tuberculosis(TB) is a leading cause of morbidity and mortality in more than one-third of the world population. Its impact on global health is a result of decade
本研究的目的在于探究新型两亲性材料—鼠李糖苷抗细菌生物膜活性的构效关系,为选择具有最佳抗细菌生物膜活性的鼠李糖苷提供依据.成功合成得到一系列具有不同碳链长度的烷基
语音增强技术在低信噪比情况下,由于语音增强带来的失真使得系统的识别性能严重下降.本文提出一种结合特征空间的倒谱均值归一化算法(CMN)和模型空间的并行模型合并算法(PMC)