Genome analysis of Daldinia eschscholtzii strains UM 1400 and UM 1020, wood-decaying fungi isolated from human hosts

Table 2 Comparison of total number of CAZymes with enzymatic activity for plant polysaccharide degradation

Fungal species	Lifestyle	CAZymes
Fungal species	Lifestyle	C	HC	P	Total
CT	Saprophyte	23	60	42	125
NC	Saprophyte	29	76	62	167
AF	Facultative Pathogen	46	127	126	299
CG	Facultative Pathogen	40	121	92	253
TM	Symbiont	16	34	27	77
ClG	Symbiont	15	54	41	110
BG	Biotroph	4	15	13	32
CF	Biotroph	45	133	137	315
FG	Hemibiotroph	47	136	138	321
MO	Hemibiotroph	46	140	106	292
MP	Necrotroph	41	113	89	243
GG	Necrotroph	49	128	95	272
UM 1400	Endophyte/wood decaying fungi	43	126	114	283
UM 1020	Endophyte/wood decaying fungi	43	131	118	292

The number of CAZymes for plant polysaccharide degradation identified in UM 1400 and UM 1020 genomes was compared with those in the selected ascomycetous fungi of different lifestyles (summarized from Additional file 1: Table S5). Note that the CAZyme referred here indicates functional modules or domains but not genes. Data obtained from Zhao et al. [32]. Enzyme abbreviations: C cellulase, HC hemicellulase, P pectin. Fungal species abbreviations: CT Chaetomium thermophilum, NC Neurospora crassa, AF Aspergillus fumigatus, CG Chaetomium globosum, TM Tuber melanosporum, ClG Cladonia grayi, BG Blumeria graminis, CF Cladosporium fulvum, FG Fusarium graminearum, MO Magnaporthe oryzae, MP Magnaporthe poae, GG Gaeumannomyces graminis

ISSN: 1471-2164