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Microalgae Chlamydomonas strain high-producing lipid isolated from arctic ocean and uses thereof

机译:从北冰洋分离的微藻衣藻高产脂质及其用途

摘要

the present invention is a functional lipid accumulation of high concentrations of new microalgae Chlamydomonas ( related to Chlamydomonas ). ArM29 cell line according to the present invention showed a highest lipid accumulation of a new Chlamydomonas found in the Arctic existing known Chlamydomonas, a typical high lipid accumulation in microalgae boat Rio nose Syracuse Browne ( Botryococcus braunii The accumulation of lipids in the ) and similar. ArM29 is also a low temperature (6 ) at room temperature (25 ) cell line to the same extent as in the condition with a high concentration of lipid accumulation. Specifically, the Arctic (Arctic and Antarctic) of the sea and the GC analysis of Chlamydomonas that grows in fresh water and fatty acid composition and nile red staining to examine the type of lipid accumulation, by analyzing the photosynthetic characteristics fluorome analysis methods, lipid body type selection of cells to accumulate in high concentrations of lipids, and to examine the degree of lipid accumulation in cultured cells ArM29 temperature was selected. ;
机译:本发明是高浓度的新微藻衣藻(与衣藻有关)的功能性脂质蓄积。根据本发明的ArM29细胞系显示出在北极现有的已知衣藻中发现的新衣藻的最高脂质蓄积,这是微藻舟里约热雪城勃朗峰( Botryococcus braunii )中的脂质。 ArM29也是室温(25)细胞系中的低温(6),其程度与脂质堆积浓度高的条件相同。具体来说,通过分析光合作用荧光分析方法,脂质体,脂质体,海洋中的北极(北极和南极)和淡水中生长的衣藻和脂肪酸组成以及尼罗红染色的GC分析来检查脂质积累的类型。选择在高浓度脂质中蓄积的细胞的类型选择,并检查培养细胞中脂质蓄积的程度,选择ArM29温度。 ;

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