Growth improvement and metabolic profiling of native and commercial <ce:italic>Chlorella sorokiniana</ce:italic> strains acclimatized in recycled agricultural wastewater
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Growth improvement and metabolic profiling of native and commercial Chlorella sorokiniana strains acclimatized in recycled agricultural wastewater

机译:天然和商业的生长改善和代谢分析小黄sorokiniana 在再生农业废水中适应的菌株

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Highlights?Native strain was more tolerance towards low light compared to commercial strains.?Substantial deviation of metabolic profile among morphologically identical strains.?Three cycles of acclimation has remarkably improved microalgae growth.?Recycling of final effluent is feasible method to dilute the wastewater.?Acclimation and dilution using final effluent has eliminated microalgae lag phase.AbstractThis study investigated acclimation ability of nativeChlorella sorokiniana(CS-N) and commercialChlorella sorokiniana(CS-C) in palm oil mill effluent (POME), their metabolic profile and feasibility of effluent recycling for dilution purpose. Maximum specific growth rate, μmaxand lag time, λ of the microalgae were evaluated. Result shows
机译:<![cdata [ 亮点 与商业菌株相比,本地菌株对低光的耐受性更大。 代谢概况的大量偏差形态学上相同的菌株。 三个周期的适应循环显着改善了微藻生长。 ?< / ce:标签> 最终流出物的回收是可行的metho d稀释废水。 使用最终流出物的适应和稀释,消除了微藻滞后阶段。 < / ce:abstract-sec> 抽象 本研究调查了原生小黄柳柳尼亚人的适应能力(cs-n)和商业小黄sorokiniana (cs-c)在棕榈油磨流出物(Pome)中,它们的代谢型材和流出物回收稀释目的的可行性。评估了最大特异性生长速率,μ max 和滞后时间,微藻λλ。结果显示

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