Pasti-Grigsby et al. (1992) suggested that the maximum time taken
for decolourization varies with the nature of dyes molecular. Besides,
the longest time taken for decolourization is the result of the
production of extracellular peroxidases, which are available only
after 2e3 days of the growth of the fungus.
Kanmani et al. (2011) and Da^assi et al. (2012) showed that
Laccase was involved in decolourization and biodegradation of
textile effluent containing dyes. However, Asgher et al. (2010)
observed that MnP and LiP were the key enzymes responsible for
the decolourization process. They have also suggested that decolourization
starts on the first day and reaches its maximum rate
during the third and fourth day and declined. Therefore, C. globosum
IMA1 was found to be suitable for the decolourization and
biodegradation of ITE producing ligninolytic enzymes such as LiP,
MnP and Laccases.