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首页> 外文期刊>园芸学会杂志 >Randomly amplified polymorphic DNA analysis for establishing phylogenetic relationship among Cattleya walkeriana Gardn., Cattleya nobilior Rchb. f. and Cattleya loddigesii Lindl.
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Randomly amplified polymorphic DNA analysis for establishing phylogenetic relationship among Cattleya walkeriana Gardn., Cattleya nobilior Rchb. f. and Cattleya loddigesii Lindl.

机译:随机扩增多态性DNA分析,用于建立Cattleya walkeriana Gardn。,Cattleya nobilior Rchb之间的系统发育关系。 F。和Cattleya loddigesii Lindl。

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摘要

Twenty-five cultivars of C. walkeriana, including one with an obscure original source and phylogenetically unidentified, C. nobilior, C. loddigesii, and their hybrids, were examined by RAPD analysis in an attempt establish their phylogenetic relationships and to distinguish cultivars with different flower colours. Eight 12- and 10-mer primers generated 176 polymorphic bands between 100 and 2000 bp, out of which 65 bands were used for cluster analysis. Three distinct clusters representing C. walkeriana, C. nobilior and C. loddigesii were obtained, indicating that C. nobilior was clearly a different species from C. walkeriana in accordance with the classification of Brieger et al. (1981). C. walkeriana var. alba 'Pendentive' is a presumed cultivar of C. nobilior or a hybrid of C. loddigesii, but fell into the same cluster as other cultivars of C. walkeriana var. alba. C. walkeriana cultivars with different flower colours were distributed into different clusters by RAPD analysis when only one primer was used.
机译:通过RAPD分析检查了25个栽培种(包括原始来源不明的,系统发育不明的栽培种),沃氏梭菌(C. nobilior),罗氏梭菌(C.loddigesii)及其杂种,以尝试建立它们的系统发生关系并区分不同品种。花的颜色。八个12和10聚体引物产生了176个100至2000 bp之间的多态性条带,其中65个条带用于聚类分析。根据Brieger等人的分类,获得了三个不同的簇,分别代表C. walkeriana,C。nobilior和C. loddigesii,这表明C. nobilior明显不同于C. walkeriana。 (1981)。 C.walkeriana变种alba'Pendentive'是推定的高产假丝酵母或罗氏梭菌的杂交品种,但与其他沃克假单胞菌品种属于同一品种。阿尔巴当仅使用一种引物时,通过RAPD分析,将具有不同花色的华山茶花栽培种分配到不同的簇中。

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