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Table 2 Transcription factors of fungi involved in carbon metabolism

From: Hypoxia is regulating enzymatic wood decomposition and intracellular carbohydrate metabolism in filamentous white rot fungus

Function

Uniprot entry

Reference organism for protein homolog

Protein name

P. radiata ortholog

Effect of oxygen depletion

Ethanol regulated TF. activates PEP synthesis [34]

CNAG_04588

C. neoformans

ERT1

plus.g634

1.01

Non-fermentable carbon usage [35]

CNAG_02215

C. neoformans

Hap3

minus.g3547

− 1.54

Non-fermentable carbon usage [35]

CNAG_07680

C. neoformans

Hap5

minus.g13227

− 0.97

Carbon catabolite repression regulator [36]

J9W323

P27705

C. neoformans

S. cerevisiae

CreA

Mig1

plus.g8859

− 0.01

Gluconeogenesis activator [37]

P39113

S. cerevisiae

Cat8

plus.g8696

− 0.84

Alternative carbon usage [38]

P07248

S. cerevisiae

Adr1

minus.g541

3.2

  1. Gene expressional change in hypoxia, fold change ≥ 1 upregulated under hypoxia
  2. PEP, phosphoenolpyruvate; TF, transcription factor