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https://researchopenworld.com/isolation-and-cultivation-of-a-phaeodactylum-tricornutum-strain-from-the-east-coast-of-australia-for-epa-production/# https://researchopenworld.com/isolation-and-cultivation-of-a-phaeodactylum-tricornutum-strain-from-the-east-coast-of-australia-for-epa-production/#
Pub Date : 2020-11-07 DOI: 10.31038/gems.2020222
Yi Cui, S. Thomas-Hall, P. Schenk
With the increasing emissions into the atmosphere, the concentration of CO2 increased not only in the air but also in the ocean [1]. The greenhouse effect may affect the nutrient content in the ocean as well as the distribution of marine diatoms. The cell size of P. tricornutum is significantly smaller by approximately 15% under N-limited conditions. However, with simulated increased CO2 concentrations (expected by the end of this century), the growth rate was not significantly increased [1]. Brisbane is located in the southeast corner of Queensland, Australia, and has a humid subtropical climate. The minimum mean temperature is 16.6°C and the maximum mean temperature is 26.6°C. East coast sea water temperatures peak in the range of 26°C to 28°C around early February and the lowest in about mid August, in the range 20°C to 22°C. P. tricornutum has been found in several places around the world, typically in coastal areas with wide fluctuations in salinity [2]. Therefore, it is reasonable to consider that the local water system may harbour this species. This part of the research isolated a local strain of P. tricornutum and discovered new properties from it, such as ammonia tolerance. Growth and EPA content comparisons were made between local strains and control strains (Tasmania originated strains).
随着向大气排放的增加,不仅空气中的CO2浓度增加,而且海洋中的CO2浓度也在增加[1]。温室效应会影响海洋中营养物质的含量以及海洋硅藻的分布。在氮限制条件下,三角草的细胞大小明显减小了约15%。然而,随着模拟CO2浓度的增加(预计到本世纪末),增长率没有显著提高[1]。布里斯班位于澳大利亚昆士兰州的东南角,属亚热带湿润气候。最低平均气温16.6°C,最高平均气温26.6°C。东海岸海水温度在2月初左右达到峰值26°C至28°C,在8月中旬左右达到最低,在20°C至22°C之间。在世界上的几个地方都发现了三角角藻,特别是在盐度波动很大的沿海地区[2]。因此,有理由认为当地水系可能是该物种的栖息地。这部分的研究分离出了一株当地的三角毛霉菌株,并从中发现了新的特性,比如耐氨性。比较了当地菌株与对照菌株(塔斯马尼亚源菌株)的生长和EPA含量。
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https://researchopenworld.com/category/geology-earth-marine-sciences/
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