Discussion nt The presence of dyes in industrial products currently results es, in wastewater pollution, and these pollutants need to be In treated before they are discharged. The ability of microor- 27 ganisms to perform dye degradation has received considerable attention The effluents from the textile industry are extremely variable in composition; even a small structural difference can affect the decolorization process. There is 2.28 still a need for studies to discover the potential of fungal iso- lates for the improvement of dye wastewater because certain isolates cannot be suitable for a variety of dyes in wastewa- ter conditions. The fungal isolates in this research provide a new avenue for approaching the biodegradation of dyes in the future. The fungi used for dye biodegradation were mainly iso- lated from forest ecosystems, such as white-rot and brown-rot fungi. Although these fungi have been shown to decolorize dyes in liquid fermentations, their enzyme production was shown to be unreliable. This outcome is mainly due to the unfamiliar environment of liquid fermentations for these for. est fungi 12 New isolates of fungi used to decolorize water conditions will probably have the efficacy of bioremedia- tion of dyes because these fungi have the ability to secrete extracellular non-specific enzymes that contribute to the al carbon recycling in liquid environments. Junghanns et al.10 t showed that certain isolates of aquatic fungi had a high and unexploited potential for the treatment of dye-containing wastewaters, even at high concentrations. In the present study, 13 isolates of freshwater fungi showed a high efficiency