Table 4.3 Effect of xenobiotics on LMEs by WRF
S. No. Xenobiotics
White rot fungi
Influence of xenobiotic
on ligninolytic enzymes
positive/negative effect References
1.
Malathion
P. ostreatus
LAC + (25 ppm–
50 ppm)
À (100 ppm)
Ganash et al.
(2016)
MnP + (25 ppm–
50 ppm)
À 100 ppm
LiP
+ (25 ppm–
50 ppm)
À (100 ppm)
2.
Dyes
Leptosphaerulina
sp.
LAC +
Placido et al.
(2016)
Trametes
versicolor
LAC +
ZuletaCorrea et al.
(2016)
MNP +
LiP
+
Pleurotus sp.
LAC +
Kunjadia
et al. (2016)
MnP À
3.
Diuron
P. Chrysosporium LiP
+
CoelhoMoreira
et al. (2013)
LAC À
4.
Trinitrotoluene (TNT)
Cerena unicolor
LAC +
Kachlishvili
et al. (2016)
MnP À
5.
Bentazon and diuron
Ganoderma
lucidum
LAC + (20 ppm
Bentazon and
80 ppm Diuron)
Coelho et al.
(2010)
MnP + (20 ppm
Bentazon and
80 ppm
Diuron)
LiP
À
6.
Fluorene
Polyporus sp.
LAC + (10 ppm)
Lazim and
Hadibarata
(2016)
MnP + (10 ppm)
7.
Lindane
Ganoderma
lucidum GL-2
LAC + (4 ppm)
À (40 ppm
Kaur et al.
(2016)
MnP + (4 ppm)
À (40 ppm
LiP
+ (4 ppm)
À (40 ppm
8.
Chlorpyrifos
Stereum ostrea
LAC + (20 ppm)
Shanthi
Kumari et al.
(2019)
MnP + (20 ppm)
LiP
+ (20 ppm)
9.
Dichlorophenoxyacetic
acid (2,4-D)
Lentinus crinitus
(L.)
LAC +
Serbent et al.
(2020)
Note: Positive respond indicates enhanced secretion of lignin-modifying enzymes under the
influence of xenobiotics. Negative respond indicates inhibition on the secretion of lignin-modifying
enzymes under the influence of xenobiotics
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