从土耳其不同水资源中分离出的微藻生物技术利用研究

Eyüp Polat, B. E. Taştan
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摘要

微藻是可持续发展世界的重要微生物之一,也是一种可再生能源。本研究从土耳其不同地区分离了三种新的微藻,并通过分子技术进行了鉴定。第一个分离物是小球藻(Chlorella sorokiniana Shihira and Krauss,1965 年),分离自迪姆河;第二个分离物是假绿藻(Pseudochloris wilhelmii Somogyi et al.,2013 年),分离自托卡特河;第三个分离物是小球藻(Tetradesmus obliquus (Turpin) Wynne and Hallan,2016 年),分离自屯卡河。C. sorokiniana 的最大生物量为 1.02 克/升,P. wilhelmii 为 1.86 克/升,T. obliquus 为 0.80 克/升。C. sorokiniana、P. wilhelmii 和 T. obliquus 的叶绿素(a+b)浓度分别为 0.146、0.278 和 0.181 µg/mL。在文献支持下,新分离物的生物技术利用能力得到了揭示。
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Investigation of microalgae isolated from different water resources of Türkiye for their biotechnological utilization
Microalgae are among the important microorganisms for a sustainable world as a source of renewable energy. In this study, three new microalgae were isolated from different regions of Türkiye and identified by molecular techniques. First isolate was Chlorella sorokiniana Shihira and Krauss, 1965 which was isolated from Dim River, second was Pseudochloris wilhelmii Somogyi et al., 2013 from Tokat and the third was Tetradesmus obliquus (Turpin) Wynne and Hallan, 2016 from Tunca River. The maximum biomass of C. sorokiniana was 1.02 g/L, 1.86 g/L for P. wilhelmii and 0.80 g/L for T. obliquus. The chlorophyll (a+b) concentrations were 0.146, 0.278 and 0.181 µg/mL for C. sorokiniana, P. wilhelmii and T. obliquus, respectively. The biotechnological utilization capacities of new isolates were revealed with the support of literature.
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