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Astrazon Red dye decolorization by growing cells and pellets of Funalia trogii.

机译:通过生长Troniai真菌的细胞和颗粒使Astrazon红染料脱色。

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摘要

The dye decolorization activity of fungal pellets has been compared with another method based on the decolorization of dye by growing cells. The pellet method was more advantageous than the growing cell method. The growing cells of F. trogii decolorized 21% of the dye in distilled water medium and 16% in stock basal medium in 24 h. On the other hand, Funalia trogii pellets rapidly decolorized the Astrazon Red dye, mono-azo textile dye, in 24 h, without any visual sorption of any dye to the pellets. The effect of various supplements on longevity of decolorization by free pellets was also tested. Glucose and cheese whey supplementation improved dye decolorization performance of the pellets and remained high and stable for 10 days. We also tested the dye decolorization ability of pellets immobilized on activated carbon. These pellets showed the stable dye decolorization activity during the repeated batch experiments. The study revealed that dye decolorization by pellets is more effective method than the growing cell method. (Copyright 2004 WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim)
机译:已经将真菌团粒的染料脱色活性与基于细胞生长使染料脱色的另一种方法进行了比较。颗粒法比生长细胞法更具优势。在24小时内,生长的曲霉菌细胞在蒸馏水培养基中使21%的染料脱色,在储备基础培养基中使16%的染料脱色。另一方面,Funalia trogii颗粒在24小时内迅速使Astrazon Red染料(单偶氮织物染料)脱色,而没有任何可见的染料吸附到颗粒上。还测试了各种补充剂对游离小球脱色寿命的影响。葡萄糖和奶酪乳清补充剂改善了颗粒的染料脱色性能,并保持了10天的高稳定性。我们还测试了固定在活性炭上的颗粒的染料脱色能力。这些粒料在重复的分批实验中显示出稳定的染料脱色活性。研究表明,通过沉淀法使染料脱色比通过生长细胞法更有效。 (版权所有2004 WILEY-VCH Verlag GmbH&Co.KGaA,Weinheim)

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