Fenwick G R, Hanley A B
Crit Rev Food Sci Nutr. 1985;23(1):1-73. doi: 10.1080/10408398509527419.
Allium is a genus of some 500 species belonging to the family Liliaceae. However, only a few of these are important as food plants, notably onion, garlic, chive, leek, and rakkyo. Such plants have been used for many centuries for their pungency and flavoring value, for their medicinal properties, and in some parts of the world, their use also has religious connotations. The flavors of members of alliums, in addition to being characteristic, are also complex, being derived enzymically from a number of involatile precursors. As well as there being variation of flavor between different alliums there are also considerable changes that occur as a result of cooking and processing. These are, of course, of importance to the consumer and food technologist/processor. The review will introduce the subject by an historical perspective and will set against this data on the present cultivation and usage of commercially cultivated alliums. The chemical composition of these plants will be discussed, emphasis being given to nonvolatile constituents which are, perhaps, less often considered. Discussion of the volatile constituents, which will include mention of the methods currently used for their analysis and for the determination of "flavor strength," will be mainly concerned with literature taken from the last 5 years. In considering the extent and nature of allium cultivation and processing, factors affecting the nutritional value and quality will be highlighted. The medicinal properties of garlic and onion oils have been extensively studied over the last decade and the review will include critical assessment of this area; it will also touch on the more general properties (antimicrobial, antifungal, antibacterial, and insecticidal) of these oils. Finally, mention will be made of the antinutritional, toxic, or otherwise undesirable effects of alliums, for example, as inadvertant components of animal diets, tainting of milk, and other food products. It is our intention to review the literature up to mid-1984.
葱属是百合科约500种植物的属。然而,其中只有少数作为食用植物具有重要意义,特别是洋葱、大蒜、细香葱、韭菜和薤。几个世纪以来,这类植物因其辛辣味、调味价值、药用特性而被使用,并且在世界某些地区,它们的使用还具有宗教内涵。葱属植物的味道除具有特征性外,还很复杂,是由多种非挥发性前体经酶促作用产生的。除了不同葱属植物之间存在味道差异外,烹饪和加工也会导致味道发生相当大的变化。当然,这些对消费者和食品技术专家/加工者来说都很重要。本综述将从历史角度介绍该主题,并对照商业种植葱属植物的当前种植和使用数据进行阐述。将讨论这些植物的化学成分,重点关注那些可能较少被考虑的非挥发性成分。对挥发性成分的讨论将主要涉及过去5年的文献,其中将提及目前用于分析它们以及测定“风味强度”的方法。在考虑葱属植物种植和加工的范围及性质时,将突出影响其营养价值和品质的因素。过去十年对大蒜和洋葱油的药用特性进行了广泛研究,本综述将包括对该领域的批判性评估;还将涉及这些油更普遍的特性(抗菌、抗真菌、抗菌和杀虫)。最后,将提及葱属植物的抗营养、有毒或以其他方式不良的影响,例如作为动物饲料中的意外成分、牛奶和其他食品的污染。我们打算综述截至1984年年中的文献。