基于线粒体能量代谢途径的金针菇采后纳米包装保鲜机制
马宁1(
),王鹤潼1,方东路2,赵立艳2,杨文建1,裴斐1,胡秋辉1
),王鹤潼1,方东路2,赵立艳2,杨文建1,裴斐1,胡秋辉1
Nano-Packaging Preservative Mechanism of Flammulina filiformis After Harvest Based on Mitochondrial Energy Status Pathways
MA Ning1(),WANG HeTong1,FANG DongLu2,ZHAO LiYan2,YANG WenJian1,PEI Fei1,HU QiuHui1
),WANG HeTong1,FANG DongLu2,ZHAO LiYan2,YANG WenJian1,PEI Fei1,HU QiuHui1
图11. 不同包装对金针菇冷藏期间ATP含量（A）、ADP含量（B）、AMP含量（C）、能荷（D）的影响
*表示普通PE包装与纳米包装组差异显著（P<0.05）。下同
Fig. 11. Effect of different packaging materials on changes of ATP content (A), ADP content (B), AMP content (C) and energy charges (D) of F. filiformis during refrigeration
*means significant difference between PE and NP groups (P<0.05). The same as below
