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EXPRESSION
ORGANISM
UNIPROT
LITERATURE
during logarithmic growth on rich medium, the NADP-ylGDH1p enzyme activity is most highly expressed and induced in stationary and nitrogen starved cells by 3fold to 12fold
presence of leucine regulates the levels of NADP-GDH activity and gdhA expression. Leucine regulation of gdhA requires a functional LeuB with an intact Zn(II)2Cys6 DNA-binding domain
the regulation of GDH1 under glucose conditions is performed by nitrogen catabolite repressor (NCR)-sensitive activators, Leu3p and activators exclusive for respiratory growth such as the HAP complex that coordinates nuclear and mitochondrial gene expression. Under ethanol conditions, GDH1 derepression is mediated by the Gcn4 and Hap4 transcriptional activators and is amplified by Gln3
during logarithmic growth on rich medium, the NADP-ylGDH1p enzyme activity is most highly expressed and induced in stationary and nitrogen starved cells by 3fold to 12fold
during logarithmic growth on rich medium, the NADP-ylGDH1p enzyme activity is most highly expressed and induced in stationary and nitrogen starved cells by 3fold to 12fold
during logarithmic growth on rich medium, the NADP-ylGDH1p enzyme activity is most highly expressed and induced in stationary and nitrogen starved cells by 3fold to 12fold
presence of leucine regulates the levels of NADP-GDH activity and gdhA expression. Leucine regulation of gdhA requires a functional LeuB with an intact Zn(II)2Cys6 DNA-binding domain
presence of leucine regulates the levels of NADP-GDH activity and gdhA expression. Leucine regulation of gdhA requires a functional LeuB with an intact Zn(II)2Cys6 DNA-binding domain
the regulation of GDH1 under glucose conditions is performed by nitrogen catabolite repressor (NCR)-sensitive activators, Leu3p and activators exclusive for respiratory growth such as the HAP complex that coordinates nuclear and mitochondrial gene expression. Under ethanol conditions, GDH1 derepression is mediated by the Gcn4 and Hap4 transcriptional activators and is amplified by Gln3
the regulation of GDH1 under glucose conditions is performed by nitrogen catabolite repressor (NCR)-sensitive activators, Leu3p and activators exclusive for respiratory growth such as the HAP complex that coordinates nuclear and mitochondrial gene expression. Under ethanol conditions, GDH1 derepression is mediated by the Gcn4 and Hap4 transcriptional activators and is amplified by Gln3