TAN Zhu-ming~ 1; 2* ; ZHANG Zhi-guang~ 3 ; BU Xiao-ying~ 4 ; FU Shao-chun~ 2 ; ZHANG Ping~ 3 ~ 1 Science College; Hunan Agricultural University; Changsha 410128; China; ~ 2 Ectomycorrhizal Mushroom Center; Hunan Forestry Academy; Changsha 410004; China; ~ 3 College of Life Science; Hunan Normal University; Changsha 410081 China; ~ 4 Hunan Provincial Key Laboratory of Forest Products and Chemical Engineering; Jishou University; Zhangjiajie 427000; China
【英文摘要】 Morphological and structural characteristics of the fruit body, basidiospore and mycelium of artificially cultivated Lactarius hatsutake Tanaka and the ectomycorrhiza of L. hatsutakePinus massoniana were examined using light and scanning electron microscopy (SEM). Basidiospores were 5.876.40×7.047.62 μm, and had surface ridges 0.300.45 μm high and 0.39 μm wide; the widest space between two adjacent ridges was 2.0 μm. The ectomycorrhiza surface was covered with a layer of light-colored and compact hyphae that formed a mycelial mantle with an average thickness of 9.31 μm, and the average thickness of the Hartig net was 63.86 μm. The mantle had a reticulate structure with holes that were mostly rhomboid and occasionally irregular quadrangular in shape. The length of the net hole was 2.85 times the width which, in turn, was six times the width of the net ridge. The ratio of the hyphal diameter, mycelial mantle thickness, Hartig net thickness and ectomycorrhizal diameter was 1∶4.7∶31.9∶1...更多38.4. No clamp connections were seen between adjacent hypha cells of the fungal mycelium irrespective of whether the hyphal emanated from the ectomycorrhiza, or from slant or submerged cultures grown on artificial media. 还原
【英文关键词】 Basidiospore; Ectomycorrhiza; Lactarius hatsutake; Mycelial mantle
【基金】Sponsored by the Foundation of the Science & Technology , Ministry of China(03EFN216700295)
【文献出处】 食用菌学报,Acta Edulis Fungi,编辑部邮箱,2006年02期 【DOI】CNKI:SUN:SYJB.0.2006-02-012