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首页> 外文期刊>Fresenius Environmental Bulletin >AGAR-PLATE SCREENING FOR TEXTILE DYE DECOLORISATION BY WHITE ROT FUNGI Pleurotus SPECIES (Pleurotus comucopiae var.citrino-pileatus, P. djamor, P. eryngii, P. ostreatus and P. sajor-caju)
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AGAR-PLATE SCREENING FOR TEXTILE DYE DECOLORISATION BY WHITE ROT FUNGI Pleurotus SPECIES (Pleurotus comucopiae var.citrino-pileatus, P. djamor, P. eryngii, P. ostreatus and P. sajor-caju)

机译:白腐真菌平菇属物种(平菇属变种citrino-pileatus,P。djamor,P。eryngii,P。ostreatus和P. sajor-caju)对琼脂进行脱色的琼脂平板筛选

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摘要

A screening test for five different white rot fungal strains (Pleurotus species: Pleurotus comucopiae var. citri-nopileatus, P. djamor, P. eryngii, P. ostreatus and P. sajor-caju) was carried out to assess their decolorisation capacities for five different textile dyestuffs, namely Indanthren yellow F3GC Collosiol (IYFC), Blue CC Dranix (BCCD), Indanthren Blue CLF Collosiol (IB), Remazol Brilliant Blue BB (RB), and Levafix Brilliant Blue E-B (LBB) on agar plates. Full decolorisation was observed only for RB and LBB (dye concentrations < 20 mg L~(-1)). Similar to LBB dye, IB was also not decolorized at all dye concentrations above 20 mg L~(-1) but the original color of the dye was converted into yellow below 20 mg L~(-1) by all organisms used. None of the organism used in this study was able to fully decolorize IYFC dye, but conversion of original color of the dye into brown was observed for all dye concentrations. In addition, no decolorisation was observed for BCCD at all dye concentrations used. In terms of radial growth, in most cases, low dye concentrations (< 200 mg L~(-1)) were well tolerated by the organisms used, except for some of them, showing either retardation or full inhibition in growth.
机译:进行了五种不同的白腐真菌菌株(白灵菇菌种:Pleurotus comucopiae var。citri-nopileatus,P。djamor,P。eryngii,P。ostreatus和P. sajor-caju)的筛选试验,以评估它们对五种菌种的脱色能力。不同的纺织品染料,即琼脂平板上的Indanthren黄F3GC Collosiol(IYFC),Blue CC Dranix(BCCD),Indanthren Blue CLF Collosiol(IB),Remazol Brilliant Blue BB(RB)和Levafix Brilliant Blue EB(LBB)。仅对于RB和LBB观察到完全脱色(染料浓度<20 mg L〜(-1))。与LBB染料相似,IB在所有高于20 mg L〜(-1)的染料浓度下也不会脱色,但是所有使用的生物体在20 mg L〜(-1)以下都将染料的原色转变为黄色。这项研究中使用的任何一种生物都无法使IYFC染料完全脱色,但是在所有染料浓度下均观察到了染料的原始颜色向棕色的转化。此外,在所有使用的染料浓度下,BCCD均未观察到脱色。就径向生长而言,在大多数情况下,所用生物体对低浓度的染料(<200 mg L〜(-1))具有很好的耐受性,但其中某些生物体显示出生长迟缓或完全抑制。

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