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苦艾酒——一篇综述。

Absinthe--a review.

作者信息

Lachenmeier Dirk W, Walch Stephan G, Padosch Stephan A, Kröner Lars U

机构信息

Chemisches und Veterinäruntersuchungsamt (CVUA) Karlsruhe, Weissenburger Str. 3, D-76187, Karlsruhe, Germany.

出版信息

Crit Rev Food Sci Nutr. 2006;46(5):365-77. doi: 10.1080/10408690590957322.

Abstract

The alcoholic beverage absinthe is recently experiencing a revival after a yearlong prohibition. This review article provides information on all aspects of this bitter spirit and its major components, especially wormwood (Artemisia absinthium L.), which contains the toxic monoterpene thujone. Over 100 references on historic and current literature are provided. The topics comprise the history of the alcoholic drink starting from its invention in the eighteenth century. Historical and modern recipes are discussed in the context of different quality categories and possibilities to reduce the content of thujone are given. The analytical techniques used to verify compliance with the maximum limit of thujone as well as further possibilities for quality control of absinthe are discussed. The toxicology of absinthe is reviewed with regard to the cause of a syndrome called "absinthism," which was described after chronic abuse of the spirit in the nineteenth century. Finally, a food regulatory and food chemical evaluation is provided and minimum requirements for absinthe are suggested. Absinthe should have a recognizable wormwood flavor and after dilution with water the characteristic clouding should arise (louche-effect). Products, which are advertized as being of premium grade should be made by distillation, should have an alcoholic strength of at least 45%vol, and should not contain artificial dye.

摘要

经过长达一年的禁酒令后,酒精饮料苦艾酒最近正在经历复兴。这篇综述文章提供了关于这种苦味烈酒及其主要成分的各方面信息,尤其是含有有毒单萜侧柏酮的艾草(苦艾蒿)。文章提供了100多篇关于历史和当前文献的参考文献。主题包括这种酒精饮料自18世纪发明以来的历史。在不同质量类别的背景下讨论了历史和现代配方,并给出了降低侧柏酮含量的可能性。讨论了用于验证是否符合侧柏酮最大限量的分析技术以及苦艾酒质量控制的其他可能性。关于一种名为“苦艾中毒”的综合征的病因对苦艾酒的毒理学进行了综述,这种综合征在19世纪人们长期滥用这种烈酒之后被描述。最后,提供了食品监管和食品化学评估,并提出了苦艾酒的最低要求。苦艾酒应该具有可识别的艾草风味,用水稀释后应出现特有的浑浊现象(卢恰效应)。宣传为优质等级的产品应该通过蒸馏制成,酒精强度至少应为45%vol,并且不应含有人工色素。

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