Abstract

White rot fungi are critical in wooded area ecology and are deeply worried in timber decomposition and the biodegradation of more than a few xenobiotic. The fungal ligninolytic enzymes concerned in these strategies have these days emerge as the center of attention of tons interest for their feasible biotechnological applications. Successful bioremediation requires the decision of species with suitable characteristics. In this study, a hundred and fifty taxonomically and physiologically various white rot fungi, along with fifty five species, have been investigated for their overall performance in a range of biotechnological procedures, such as dye decolorization, gallic acid reaction, ligninolytic enzymes, and tolerance to 4 PAHs, phenanthrene, anthracene, fluoranthene, and pyrene. Among these fungi, six isolates confirmed the absolute best (> 90%) tolerance to each character PAH and blended PAHs.