FU Lizhong1; 2; LI Haibo1; 2; WEI Hailong1; 2; WU Qingqi1; 2; WU Dafeng2; WU Xueqian1; 21 Biotechnology Institute; Zhejiang Academy of Forestry Science; Hangzhou; Zhejiang 310023; China; 2Lishui Edible Fungi Research and Development Center; Zhejiang Essence Fungi DevelopmentCompany Ltd; Lishui; Zhejiang 323000; China

【中文摘要】 Internal transcribed spacer (ITS) sequences of four edible and medicinal fungi belonging to the Russulaceae, collected from the Lishui mountainous area of Zhejiang Province, were cloned and sequenced. Comparisons with sequence data in GenBank were undertaken using BLAST, and the four ITS sequences, together with 15 reference sequences obtained from GenBank, were used to construct a phylogenetic tree. rDNA ITS sequences of the four strains ranged from 673 to 766 bp in length and between 47.4% and...更多 49.48% in GC content. Phylogenetic data indicated strain R57 to be Russula cyanoxantha. Differences in the size and GC content of ITS sequences from strains R32 and R57 (R. cyanoxantha) and strain L37 (Lactarius sanguifluus) were significant, whereas the corresponding differences between strains R32 and R57 were relatively small. A close kinship, with only small detectable differences in their respective ITS sequences, existed between R. mustelina, R. virescens and R. parazurea. A similar situation applied to strains of L. sanguifluus and L. salmonicolor.  还原

【英文摘要】 Internal transcribed spacer (ITS) sequences of four edible and medicinal fungi belonging to the Russulaceae, collected from the Lishui mountainous area of Zhejiang Province, were cloned and sequenced. Comparisons with sequence data in GenBank were undertaken using BLAST, and the four ITS sequences, together with 15 reference sequences obtained from GenBank, were used to construct a phylogenetic tree. rDNA ITS sequences of the four strains ranged from 673 to 766 bp in length and between 47.4% and 49.48% in GC content. Phylogenetic data indicated strain R57 to be Russula cyanoxantha. Differences in the size and GC content of ITS sequences from strains R32 and R57 (R. cyanoxantha) and strain L37 (Lactarius sanguifluus) were significant, whereas the corresponding differences between strains R32 and R57 were relatively small. A close kinship, with only small detectable differences in their respective ITS sequences, existed between R. mustelina, R. virescens and R. parazurea. A similar situa...更多tion applied to strains of L. sanguifluus and L. salmonicolor.  还原

【英文关键词】 Russulaceae; rDNA; Internal Transcribed Spacer; Sequence analysis; Phylogeny; Macrofungi
【基金】Supported by Key Technologies R & D Programs of Zhejiang Province ( No2004C22032) ;; Key Program of Zhejiang Academy of Forestry Science (No2006F11003);; Training Programof Young Talents of Zhejian Province

【文献出处】 Manbetx体育手机版推荐A9版本学报,Acta Edulis Fungi,编辑部邮箱,2007年02期 【DOI】CNKI:SUN:SYJB.0.2007-02-005