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首页> 外文期刊>Journal of Bioremediation & Biodegradation >Screening and Isolation of Laccase Producers, Determination of Optimal Condition for Growth, Laccase Production and Choose the Best Strain
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Screening and Isolation of Laccase Producers, Determination of Optimal Condition for Growth, Laccase Production and Choose the Best Strain

机译:漆酶生产者的筛选和分离,生长,漆酶生产的最佳条件的确定和选择最佳菌株

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This study aimed to find out appropriate laccase producing fungi help to greener the environment by decolourising industrial dyes and degrade BPA, besides removing heavy metal (Cd, Cr, Ni and Pb), viability among organisms and functional group activation in presence of heavy metal after comparison with some fungal isolates from terrestrial environment. In this study an important enzyme laccase is identified because it is not only common but easily extractable from fungus and having wide range of industrial and environmental applications. By this reason the best strain among all fungi from different area were compared and optimized its growth along with laccase production in modified Kirk and Farrell media and effect of economical agro wastes on laccase production also checked.
机译:这项研究旨在找出合适的产生漆酶的真菌,除了去除重金属(Cd,Cr,Ni和Pb),生物体之间的活力以及存在重金属后的官能团活化外,还可以通过使工业染料脱色并降解BPA来绿色化环境。与一些来自陆地环境的真菌分离物进行比较。在这项研究中,鉴定了一种重要的酶漆酶,因为它不仅很常见,而且很容易从真菌中提取,并且具有广泛的工业和环境应用。因此,比较了不同地区所有真菌中的最佳菌株,并在改良的柯克和法雷尔培养基中优化了菌株的生长以及漆酶的生产,还检查了经济农业废料对漆酶生产的影响。

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