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珍稀食药用菌黄伞生产工艺研究
引用本文:刘靖宇,梁志英,常明昌,孟俊龙.珍稀食药用菌黄伞生产工艺研究[J].食用菌学报,2006,13(2):81-88.
作者姓名:刘靖宇  梁志英  常明昌  孟俊龙
作者单位:1. 山西农业大学园艺学院,太谷,030801
2. 山西晋中学院,榆次,030060
3. 山西农业大学食品科学与工程技术学院,太谷,030801
摘    要:黄伞,学名多脂鳞伞Pholiota adiposa(Fr.)Qu啨l.],俗名柳树菇(云南)、柳蘑(山东)、刺儿蘑(吉林)、黄柳菇等,隶属于担子菌亚门(Basidiomycotina),层菌纲(Hymenomycetes),无隔担子菌亚纲(Holobasidiomycetidae),伞菌目(Pleurotaceae),球盖菇科(Strophariaceae),鳞伞属(Pholiota)

关 键 词:黄伞1号  后熟  装料量  搔菌  覆盖  光照
文章编号:1005-9873(2006)02-0081-04
修稿时间:2005年11月18

Commercial Production Technology for Pholiota adiposa
LIU Jing-yu,LIANG Zhi-ying,CHANG Ming-chang,MENG Jun-long.Commercial Production Technology for Pholiota adiposa[J].Acta Edulis Fungi,2006,13(2):81-88.
Authors:LIU Jing-yu  LIANG Zhi-ying  CHANG Ming-chang  MENG Jun-long
Abstract:The effects of different cultivation treatments on the yield and quality of fruit bodies of a commercially produced Pholiota adiposa strain have been evaluated. Under the conditions adopted, the optimum quantity of compost per cultivation bag required to fully utilize the substrate and to minimize production costs was determined to be 300 g. Production was also improved if cultures were allowed to 'mature' for 10 d after the substrate had been fully colonized by the fungal mycelia. Scratching away the upper 2 cm of the substrate surface from cultivation bottles post-mycelium-maturation initiated earlier primordia formation, increased fruit body yields and improved quality. Cultivation bottles covered with non-woven fabric produced higher fruit body yields of better quality compared to uncovered controls. P. adiposa was sensitive to high illumination intensities during fruit body development.
Keywords:Compost volume  Covering  Illumination intensity  Pholiota adiposa  Post-mycelium-maturation  Scratching
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