乌祖湖和切尔内克湖单细胞蓝藻的分离与鉴定

Kübra Özkul, H. Karakaya
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引用次数: 0

摘要

从三顺岛Kızılırmak三角洲的Uzun湖和Cernek湖的水样中分离出单细胞蓝藻作为纯培养物。将稀释后的水样铺在对蓝藻有正选择性的固体BG11培养基上,在连续光照下孵育后观察分离到的单个菌落。选取20个由单细胞组成的菌落作为单细胞分离株。将每个分离株的单个菌落转移到BG11液体培养基中,在连续光照下作为液体培养物生长。每个分离株的液体培养细胞的特征被用于鉴定他们可能包括的蓝藻的分段和形式属。结果表明,所有分离株均归属于聚血球菌亚群1和形属。为了支持这一鉴定,从每个分离株中分离基因组dna,扩增16S rRNA基因区域,并用EcoRI酶切每个扩增子。限制性内切片段长度与标准蓝细菌聚藻球菌PCC7942一致。由于限制性片段长度和培养特征是一致的,因此,所有的分离株都被评估为包括在第1小节和形式属中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Investigations on isolation and characterisation of unicellular cyanobacteria in Uzun Lake and Cernek Lake, Samsun, Türkiye
Isolation of unicellular cyanobacteria as pure cultures were carried out from the water samples collected from Uzun Lake and Cernek Lake in Kızılırmak delta, Samsun. Diluted water samples were spread onto a solid BG11 medium which was positively selective for cyanobacteria and isolated single colonies were observed after incubation under continuous light. 20 of colonies composed of unicellular cells were selected as unicellular isolates. These single colonies from each of the isolates were transferred into liquid BG11 medium to grow as liquid cultures under continuous light. Characteristics of the cells in liquid cultures of each isolates were used for identification of the subsection and form-genus of Cyanobacteria they might be included. The results showed that all the isolates were settled in Subsectin 1 and form-genus Synechococcus. To support this identification, genomic DNAs were isolated from each of the isolates, 16S rRNA gene regions were amplified and each of the amplicons was digested with EcoRI. Restriction fragment lengths were found to be consistent with those of standard cyanobacterial strain Synechococcus sp. PCC7942. Since restriction fragment lengths and cultural characteristics were consistent, all the isolates were, therefore, evaluated to be included into Subsection 1 and form-genus Synechococcus.
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