Use of Fungal Laccases and Peroxidases for Enzymatic Treatment of Wastewater Containing Synthetic Dyes - Green Chemistry for Dyes Removal from Wastewater - page 221

Table 6.2 Ligninolytic enzymes involved in fungal dye decolorization studies.

Fungus Dyes Enzymes Notes Reference

Bjerkandera adusta Anthraquinone (Reactive Blue 19,

Poly R-478), azo (Acid Orange
10, Acid Red 27), phthalocya-
nine (Pigment Blue 15:2)

Laccase, MnP Better decolorization than P.

chrysosporium and P. ostreatus

[59]

Anthraquinone (Poly R-478,
Natural Red 4)

Horseradish peroxi-
dase (HRP)-like
peroxidase, MnP

A mutant that cannot HRP-like
peroxidase and MnP showed
increased LiP and laccase activi-
ties. he mutant showed a lower
decolorization eiciency

[58]

Cibacron Yellow C-2R, Cibacron
Red C-2G, Cibacron Blue C-R,
Remazol Black B, Remazol Red
RB

Laccase, LiP, MnP High LiP activity, nitrogen did not

impact the decolorization, also
tested P. ostreatus and
T. versicolor

[57]

Clitocybula dusenii Textile industry eluent Laccase, MnP MnP production increased by the

textile eluent

[87]

Debaryomyces
polymorphus
(yeast)

Diazo (Reactive Black 5), Procion
Scharlach H-E3G, Procion
Marine H-EXL

MnP Candida tropicalis also showed

MnP production and dye
decolorization

[88]

Dichomitus squalens Anthraquinone (Reactive Blue 19),

azo (Acid Orange 10)

Laccase, MnP Second most eicient strain (see

I. resinosum and P. c a l y p t r a t u s )

[79]

( Continued )