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首页> 外文期刊>Protist >Phylogenetic Position of the Parasitoid Nanoflagellate Pirsonia inferred from Nuclear-Encoded Small Subunit Ribosomal DNA and a Description of Pseudopirsonia n. gen. and Pseudopirsonia mucosa (Drebes) comb. nov.
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Phylogenetic Position of the Parasitoid Nanoflagellate Pirsonia inferred from Nuclear-Encoded Small Subunit Ribosomal DNA and a Description of Pseudopirsonia n. gen. and Pseudopirsonia mucosa (Drebes) comb. nov.

机译:从核编码的小亚基核糖体DNA推断的拟寄生物鞭毛状鞭毛虫的系统发育位置和假单孢菌的描述。 gen。和假单胞菌黏膜(Drebes)梳。十一月

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摘要

Sequences of the nuclear encoded small subunit (SSU) rRNA were determined for Pirsonia diadema, P. guinardiae, P. punctigerae, P. verrucosa, P. mucosa and three newly isolated strains 99-1, 99-2, 99-S. Based on phylogenetic analysis all Pirsonia strains, except P. mucosa, clustered together in one clade, most closely related to Hyphochytrium catenoides within the group of stramenopiles. However, P. mucosa was most closely related to Cercomonas sp. SIC 7235 and Heteromita globosa and belongs to the heterogenic group of Cercozoa. In addition to the SSU rDNA sequences, P. mucosa differs from the stramenopile Pirsonia species in some characteristics and was therefore redescribed in this paper as Pseudopirsonia mucosa. The three newly isolated strains 99-1, 99-2, and 99-S differed by 28 bp in their SSU rDNA sequences from their closest neighbour P. diadema and only 1 to 3 bp among themselves. These base differences and a host range similar to P. formosa were sufficient to assign them as new strains of P. formosa.
机译:确定了皮尔森氏菌(Pirsonia diadema),圭亚那假单胞菌,点状假单胞菌,疣状假单胞菌,粘膜假单胞菌和三个新分离的菌株99-1、99-2、99-S的核编码小亚基(SSU)rRNA的序列。根据系统发育分析,除粘膜假单胞菌外,所有Pirsonia菌株都聚集在一个进化枝中,该进化枝与Stramenopiles群中的Hyphochytrium catenoides最密切相关。然而,体育黏膜与Cercomonas sp。 SIC 7235和Heteromita globosa属于Cercozoa的异种组。除SSU rDNA序列外,粘膜假单胞菌在某些特征上不同于伞形拟南芥属种,因此在本文中被重新称为粘膜假单胞菌。三个新分离的菌株99-1、99-2和99-S的SSU rDNA序列与最接近的邻种疟原虫(P. diadema)相差28 bp,而它们之间仅相差1-3 bp。这些基本差异和类似于福尔摩斯体育的宿主范围足以将它们指定为福尔摩斯体育的新菌株。

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