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首页> 外文期刊>Vegetos: an international journal of plant research >Biomass productivity, synthetic seed preparation, oil extraction and chemical profiling of Scenedesmus obliquus
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Biomass productivity, synthetic seed preparation, oil extraction and chemical profiling of Scenedesmus obliquus

机译：生物生产力、合成种子准备,石油开采和化学分析

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摘要

Microalgae are the quickly growing thalloid organisms and can be used as a renewable source of green energy. The present study focused on the uni-algal culturing, biomass productivity, viability testing of synthetic seed, oil extraction and chemical profiling of the micro-alga, Scenedesmus obliquus. Alga was isolated from leaves and cultured in the Bolds Basal Medium (BBM). The uni-algal culture of the species was developed by serial dilution method. The present study confirmed that BBM was the mostsuccessful culture medium for cultivating Scenedesmus obliquus. In the preliminary study, it was found that the biomass productivity of alga was higher in the log stage and later it was decreasing. Synthetic seed test proved that algal beads had more storage viability than pure culture and extend up to years. The percentage of oil in S. obliquus was 54.2 ± 0.0.49%. The GC-MS analysis established that algal oil consists of altogether 37 chemical components with a variety of properties.
机译：微藻是迅速增长的叶状生物和可以用作可再生来源绿色能源。uni-algal培养,生物生产力,合成的可行性测试种子,石油提取和化学分析的micro-alga, Scenedesmus obliquus。从树叶和分离培养粗体基础培养基(BBM)。物种是由连续稀释法。目前的研究证实,BBM是mostsuccessful培养基培养栅藻obliquus。这是发现的生物生产力海藻是更高的日志中阶段和后减少。珠子有更多的存储空间比纯粹的可行性文化和扩展到年。石油在美国obliquus 54.2±0.0.49%。分析证明,由藻油共37个化学成分不同的属性。

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