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Mandarin peelings: The best carbon source to produce laccase by static cultures of Trametes pubescens

机译:普通话削皮:毛茶(Tametes pubescens)静态培养产生漆酶的最佳碳源

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摘要

In the present study, we investigated the effect of different carbon sources (glucose, glycerol and ground mandarin peelings) on laccase production by Trametes pubescens grown on stainless steel sponges under static conditions. The cultures with ground mandarin peelings gave the highest laccase activities, showing values of about 100 U l~(-1). This is a very interesting result, since mandarin peelings are common agricultural wastes in some regions such as Mediterranean and Asiatic countries. Therefore, their reutilisation, besides reducing medium cost, also helps to solve the pollution problems caused by their disposal. Also, we studied the effect of supplementing the culture medium with different potential laccase-inducing compounds (ABTS, Tween 20, soya oil, Malaquite Green, Cu~(2+), tannic acid) on laccase production. Soya oil was the best inducer of laccase activities, attaining values 4-fold higher than those obtained in the reference cultures.
机译:在本研究中,我们研究了在静态条件下在不锈钢海绵上生长的Trametes pubescens产生的漆酶对不同碳源(葡萄糖,甘油和地面普通橘子皮)的影响。带有普通话削皮的培养物具有最高的漆酶活性,其值约为100 U l〜(-1)。这是一个非常有趣的结果,因为在某些地区,例如地中海和亚洲国家,普通话削皮是常见的农业废物。因此,它们的再利用除降低介质成本外,还有助于解决由其处置引起的污染问题。此外,我们研究了在培养基中添加不同的潜在漆酶诱导化合物(ABTS,吐温20,大豆油,马六甲绿,Cu〜(2+),鞣酸)对漆酶生产的影响。大豆油是漆酶活性的最佳诱导剂,其值比参考培养物中获得的值高4倍。

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