利用垂直板型聚丙烯酰胺凝胶电泳技术, 对羊角藓〔Herpetineuron toccoae ( Sull.et .Lesq .) Card.〕、短肋羽藓
( T huidium kanedae Sak.) 、多疣麻羽藓〔Claopodium pellucinerve ( M itt.) Best.〕、皱叶牛舌藓〔Anomodon rugelii
( C .Mǜll.) Keissl .〕、暗绿多枝藓〔Haplohymenium triste ( Ces.) K indb .〕、多毛藓〔Lescuraea patens ( Lindb.) Arn .et
Jens〕、薄罗 藓( Leskea polycarpa Ehrh .ex Hedw .) 、细 叶小羽藓〔Bryohaplocladium microphyllum ( Hedw .) R.
Watanabe et Iwats〕、小粗疣藓( Fauriella tenerrima Broth.) 和狭叶小羽藓〔Bryohaplocladium angustifolium ( Hampe
et C .Mǜll.) R.Watanabe et Iwats.〕10 种植物进行过氧化物酶、酯酶、苹果酸脱氢酶、谷草转氨酶和乳酸脱氢酶分
析。结果表明将多枝藓属 ( Haplohymenium Doz .et M olk.) 、牛舌藓属( Anomodon Hoo k.et Tayl.) 、羊角藓属
〔Herpetineuron ( C .Mǜ ll.) Card .〕合并独立成为牛舌藓科( Anomodontaceae) 是合理的;小羽藓属( Bryohaplocladium
R.Wa tanabe et I wats.) 和麻羽藓属〔Claopodium ( Lesq .et Jam .) Ren et Card.〕宜归入薄罗藓科( Leskeaceae) 。 同时
表明同工酶技术和数值分类方法可用来澄清某些苔藓植物不同科、属之间的亲缘关系。
 

Herpetineuron toccoae ( Sull .et .Lesq .) Card ., Thuidium kanedae Sak ., Claopodium pellucinerve ( M itt .) Best ., Anomodon rugelii ( C.M ǜll .) Keissl ., Haplohymenium triste ( Ces .)Kindb., Lescuraea patens ( Lindb .) Arn .et Jens, Leskea polycarpa Ehrh .ex Hedw .,Bryohaplocladium microphyllum ( Hedw .) R .Watanabe et Iwats, Fauriella tenerrima Broth .and Bryohaplocladium angustifolium ( H ampe et C .Mǜll .) R .Watanabe et Iwats. were studied with the isozyme electrophoresis, including Peroxidase ( PER) , Esterase ( EST) , Malate Dehydrogenase ( MDH) , Glutamate-Oxaloacetate Transaminase ( GOT ) , and Lactate Dehy drogenase ( LDH ) .The results show that the genera Haplohy menium Doz .et Molk ., Anomodon Hook .et Tayl., Herpetinenron ( C .Mǜll.) Card. placed in Anomodontaceae are acceptable w hile Bryohaplocladium R . Watanabe et Iwats .and Claopodium ( Lesq .et Jam .) Ren et Card. are more suitable to be placed in Leskeaceae than in Thuidiaceae. It also reveals that isozyme electrophoresis combined w ith numerical taxonomy is useful in clarifying systematic positions of some bryophytes .