食品安全质量检测学报
食品安全質量檢測學報
식품안전질량검측학보
FOOD SAFETY AND QUALITY DETECTION TECHNOLOGY
2014年
6期
1733-1738
,共6页
赵天鹏%郜海燕%周拥军%陶菲
趙天鵬%郜海燕%週擁軍%陶菲
조천붕%고해연%주옹군%도비
食用菌%自溶%细胞壁代谢%超微结构
食用菌%自溶%細胞壁代謝%超微結構
식용균%자용%세포벽대사%초미결구
mushroom%autolysis%cell wall metabolism%ultrastructure
食用菌营养丰富,具有一定的药用价值,已成为我国重要的经济作物之一。但由于食用菌水分含量较高,菌体细嫩没有保护结构,采后代谢旺盛,使其不易保鲜且容易发生自溶现象。食用菌菌体自溶是引起其采后损失的主要原因,严重影响其食用品质和商品价值,是限制食用菌贮运保鲜的关键因素之一。因此有必要对食用菌自溶的相关物质、影响因子和可能的发生机制进行深入系统地研究,明确其参与的主要成分和发生机制,为进一步的调控研究和应用奠定基础。本文综述了食用菌在自溶过程中几丁质、葡聚糖、果胶等细胞壁物质的代谢、细胞膜脂氧化及超微结构的变化,探讨了食用菌的自溶机制,为其贮藏保鲜提供理论依据。
食用菌營養豐富,具有一定的藥用價值,已成為我國重要的經濟作物之一。但由于食用菌水分含量較高,菌體細嫩沒有保護結構,採後代謝旺盛,使其不易保鮮且容易髮生自溶現象。食用菌菌體自溶是引起其採後損失的主要原因,嚴重影響其食用品質和商品價值,是限製食用菌貯運保鮮的關鍵因素之一。因此有必要對食用菌自溶的相關物質、影響因子和可能的髮生機製進行深入繫統地研究,明確其參與的主要成分和髮生機製,為進一步的調控研究和應用奠定基礎。本文綜述瞭食用菌在自溶過程中幾丁質、葡聚糖、果膠等細胞壁物質的代謝、細胞膜脂氧化及超微結構的變化,探討瞭食用菌的自溶機製,為其貯藏保鮮提供理論依據。
식용균영양봉부,구유일정적약용개치,이성위아국중요적경제작물지일。단유우식용균수분함량교고,균체세눈몰유보호결구,채후대사왕성,사기불역보선차용역발생자용현상。식용균균체자용시인기기채후손실적주요원인,엄중영향기식용품질화상품개치,시한제식용균저운보선적관건인소지일。인차유필요대식용균자용적상관물질、영향인자화가능적발생궤제진행심입계통지연구,명학기삼여적주요성분화발생궤제,위진일보적조공연구화응용전정기출。본문종술료식용균재자용과정중궤정질、포취당、과효등세포벽물질적대사、세포막지양화급초미결구적변화,탐토료식용균적자용궤제,위기저장보선제공이론의거。
ABSTRACT:As one of important economic crops, mushroom is rich in nutrition and has some medicinal value. Mushroom is hard to preserve due to its high water content, strong physiological metabolism and is lack of protecting structure. All of these shortcomings make autolysis of mushroom easier. The autolysis of mushroom is one of major reasons that lead to the economy loss and seriously affects their eating quality and value of the goods. Furthermore it has become a key limiting factor for the storage of mushroom. It’s necessary to research the autolysis-related substance, factors, and the possible mechanism deeply. We need find out major compo-nents and mechanisms of autolysis, so that we can be ready for further regulation study and application. This paper reviewed the metabolism of chitin, glucan, pectin and other cell wall material, and it also reviewed membrane lipid peroxidation and changes of ultrastructure during autolysing, so that we can explore the me-chanism of autolysis and provide some theoretical basis for the storage of mushroom.