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首页> 外文期刊>African Journal of Microbiology Research >Isolation, identification and characterization of oleaginous fungi from the soil of Qinghai Plateau that utilize D-xylose
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Isolation, identification and characterization of oleaginous fungi from the soil of Qinghai Plateau that utilize D-xylose

机译:利用D-木糖从青海高原土壤中分离和鉴定油性真菌

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We established a new screening method for oleaginous fungus, which was consistent with sudan black B stained but more convenient and faster. 11 strains of oleaginous fungi that utilize D-xylose were isolated from the soil of Qinghai Plateau by this method. These strains belong to 7 species by molecular identifying, they are?Tilletiopsis albescens,Backusella ctenidia,?lectosphaerella?sp.,?Gibberella fujikuroi,?Fusarium?sp. Aspergillus fumigatus?and?Penicillium decumberns; 4 of which were the first time found to produce lipids, they are?Tilletiopsis albescens,?Backusella ctenidia,?lectosphaerella?sp. andGibberella fujikuroi. In addition, these oleaginous fungi could accumulate certain microbial oil by fermenting D-xylose and carboxymethyl cellulose (CMC), whose composition is similar to vegetable oil and can be converted to biodiesel. These microorganism species that may use cheap lignocellulose to produce microbial oil, it can pave lane for biodiesel production with low cost.
机译:我们建立了一种新的油性真菌筛选方法,该方法与苏丹黑B染色一致,但更加方便,快捷。通过该方法从青海高原土壤中分离出11株利用D-木糖的油性真菌。通过分子鉴定,这些菌株属于7个种类,它们是白僵菌,百草枯草杆菌,电球菌,sp.gibberella fujikuroi 、?镰刀菌。烟曲霉和去皮青霉;其中有4种是首次发现会产生脂质,它们是白粉病,拟南芥,电球菌sp.。和藤蔓赤霉菌。此外,这些油脂性真菌可以通过发酵D-木糖和羧甲基纤维素(CMC)来积聚某些微生物油,其组成与植物油相似,可以转化为生物柴油。这些微生物物种可能使用廉价的木质纤维素生产微生物油,因此可以为低成本生产生物柴油铺平道路。

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