Genomic and transcriptomic analysis of the thermophilic lignocellulose-degrading fungus Thielavia terrestris LPH172

Table 2 Genome characteristics in T. terrestris LPH172 and different industrial and lignocellulose-degrading fungi

Organism	Phylum	Thermotolerance	Genome (Mb)	Genome GC (%)	Number of protein-coding genes	Source
A. oryzae	Ascomycota	Mesophilic	37.9	47.2	12,030	[42]
M. thermophila		Thermophilic	38.7	51.4	9110	[25]
M. cinnamomea		Thermophilic	25.0	49.8	9437	[43]
P. anserina		Mesophilic	35.0	52.0	10,588	[44]
T. terrestris LPH172		Thermophilic	36.6	54.8	10,128	This article
T. terrestis NRRL 8126		Thermophilic	36.9	54.7	9813	[25]
G. trabeum	Basidiomycota	Mesophilic	37.2	52.9	11,755	[45]
S. commune	Basidiomycota	Mesophilic	38.5	N/A	13,210*	[46]
R. pusillus	Zygomycota	Thermophilic	25.6	45.0	10,898	[47]
R. oryzae	Zygomycota	Mesophilic	39.1	35.4	13,895	[48]

ISSN: 2731-3654