轮虫18S rRNA基因测序及实时PCR引物设计

Watcharapong Thakong, Kazuya Shimizu, Miwa Kodato, Norio Iwami, Niwooti Whangchai, Tomoaki Itayama
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引用次数: 0

摘要

从长崎大学的MBR系统中分离出3只蛭形轮虫(J1、J2和J3),从某污水处理厂的MBR原始种子污泥中分离出1只轮虫(J4)。四种轮虫均能在毒微囊藻细胞悬浮液中增殖。采用In-fusion克隆法确定各分离轮虫18S rRNA基因的部分序列,并用BLAST进行检索。4种轮虫J1、J2、J3和J4的基因序列一致,在系统发育树中一致的序列位于蛭形轮虫分支。根据蛭形轮虫群体定量研究的共识序列,设计了蛭形轮虫实时PCR特异性正向引物55F和反向引物395R。我们成功地用新设计的引物对在有毒微囊藻细胞悬液中培养的蛭形轮虫种群进行了量化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Sequencing of 18S rRNA gene of Bdelloid rotifers and design of the primers for real-time PCR
Three individuals of Bdelloid rotifer (J1, J2 and J3) were isolated from a MBR system in Nagasaki University and one individual of rotifer (J4) in the original seed sludge collected from a wastewater treatment plant for the MBR was isolated. The four rotifer species were able to proliferate in toxic Microcystis cell suspension. The partial sequence of 18S rRNA gene of each isolated rotifer was determined using In-fusion cloning and searched by BLAST. The gene of the four rotifers J1, J2, J3 and J4 showed the same sequence, then the consensus sequence was in the branch of Bdelloid rotifers in the phylogenetic tree. Furthermore, a specific Bdelloid forward primer 55F and reverse primer 395R for real-time PCR was designed based on the consensus sequence for quantitative researches on the Bdelloid rotifers population. We succeeded to quantify the population of a Bdelloid rotifer cultured in toxic Microcystis cell suspension using the new designed primer pairs.
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