The transcriptional activator NUC-1 controls the transcription of the genes for phosphorus
acquisition enzymes, and its activity is regulated by the negative regulatory factors, PREG …

In response to phosphorus starvation, Neurospora crassa makes several enzymes that are
undetectable or barely detectable in phosphate-sufficient cultures. The nuc-1+ gene, whose …

The NUC-1 regulatory protein directly controls the transcription of genes encoding the
phosphorus acquisition enzymes in Neurospora crassa. To understand how NUC-1 …

Peleg, Y., Addison, R., Aramayo, R., and Metzenberg, RL 1996. Translocation ofNeurospora
crassatranscription factor NUC-1 into the nucleus is induced by phosphorus limitation …

In Neurospora crassa, the phosphate-metabolizing enzymes are made during phosphate
starvation, but not under phosphate sufficiency. The synthesis of these enzymes is controlled …

NUC-1, a positive regulatory protein of Neurospora crassa, controls the expression of
several unlinked target genes involved in phosphorus acquisition. The carboxy-terminal end …

In response to phosphorus limitation, the fungus Neurospora crassa synthesizes a number
of enzymes that function to bring more phosphate into the cell. The NUC-2 protein appears …

The molecular mechanism that controls the response to phosphate shortage in Neurospora
crassa involves four regulatory genes–nuc-2, preg, pgov, and nuc-1. Phosphate shortage is …

van+, a gene encoding a phosphorus-repressible phosphate permease, was isolated by its
ability to complement nuc-1, a positive regulatory locus that normally regulates van+ …

ABSTRACT A mutant of Neurospora crassa with an altered repressible acid phosphatase
has been isolated. The enzyme is much more thermolabile than that of wild type, and has an …