In Neurospora crassa starvation for single amino acids leads to derepression of enzymes in
many amino acid synthetic pathways. Regulation occurs at the level of transcription via …

In Neurospora crassa limitation for single amino acids normally results in increased
formation of enzymes required for amino acid synthesis via 'general amino acid control' …

Abstract cpc-1 is the locus specifying what is believed to be the major trans-activating
transcription factor that regulates expression of amino acid biosynthetic genes subject to …

Several amino-acid synthetic enzymes, belonging to arginie, glutamine, leucine, lysine and
phenylalanine biosynthesis, respectively, were investigated under conditions of reduced …

The effects of amino acid limitation on gene expression have been investigated in
Neurospora crassa strains carrying normal (cpc-1+) or mutant (cpc-1) alleles at a locus …

The arg-12 locus of Neurospora crassa encodes ornithine carbamoyl transferase, which is
one of many amino acid synthetic enzymes whose activity is regulated through cross …

A lethal allele at the putative regulatory locus, cpc-1, of cross-pathway control in Neurospora
crassa was discovered by genetic analysis. cpc-1 j-5 is viable only in the presence of a …

Ornithine carbamoyl transferase and leucine aminotransferase of Neurospora crassa
represent two of many amino acid synthetic enzymes which are regulated through cross …

CPC1, the principal regulatory protein required for cross-pathway control of amino acid
biosynthetic genes in Neurospora crassa, contains a domain similar to the DNA-binding …

Arginine-requiring mutants of Neurospora crassa were isolated using a strain partially
impaired in an enzyme of the arginine pathway (bradytroph). Among these, five strains were …