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CULTURED EXTREMOPHILIC ALGAE SPECIES NATIVE TO NEW MEXICO

机译:墨西哥原生的外生藻种

摘要

Provided herein is an extremophile green alga designated as Scenedesmus species Novo, from Jemez warm water springs, New Mexico. Sequencing 18S rDNA confirmed the alga as a new species. It is capable of producing high levels of microalgal biomass in wastewater under harsh ambient climatic conditions, and of yielding high levels of lipids and carotenes. Cultures in TAP medium at 24±1° C. at continuous light (132-148 μmol photons m−2s−1) attained peak biomass levels 27.4×106 cells ml−1, 49.11 μg ml−1 chlorophyll α, 24.93 μg ml−1 carotene on the seventh day and a division rate of 0.54 day−1. High levels of biomass were sustained in sterilized and unsterilized municipal wastewater, enriched with 1% TAP nutrients or unenriched. The microalga is useful in the production of biofuels, fertilizers, dietary nutrients, pharmaceuticals, polymers, biofilters to remove nutrients and other pollutants from wastewaters, in space technology, and laboratory research systems.
机译:本文提供了来自新墨西哥州杰米兹温水泉的极端微生物绿藻,命名为 Scenedesmus 物种 Novo 。测序18S rDNA证实了藻类为新物种。在恶劣的气候条件下,它能够在废水中产生高水平的微藻生物质,并能产生高水平的脂质和胡萝卜素。在TAP培养基中于24±1°C连续光照(132-148μmol光子m -2 s -1 )达到峰值生物量水平27.4×10 6 细胞ml −1 ,第7天为49.11μgml −1 叶绿素α,24.93μgml −1 胡萝卜素除法率为0.54天 -1 。在经过消毒和未经消毒的城市污水中,高生物质能持续存在,其中富含1%的TAP营养素或未经浓缩。在空间技术和实验室研究系统中,微藻可用于生产生物燃料,肥料,膳食营养物质,药物,聚合物,生物过滤器,以去除废水中的营养物质和其他污染物。

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