phosphatase control

locus: pcon

locus_name: phosphatase control

organism_type: B

chromosome_number: II

chromosome_side: R

link_group: IIR

cultural_requirements: IIR. Right of the T(NM177) left breakpoint. Left of preg (1 to 2%) and pe(4%). Probably allelic with nuc-2 (0/854) (593, 671). Regulator gene of repressible alkaline phosphatase (671) and other steps in phosphorus uptake and metabolism (665; R.L. Metzenberg, personal communication). Constitutive allele pconc is dominant to, or codominant with, pcon+ (671). Scored on high-phosphate medium by staining reaction with alpha-naphthyl phosphate plus diazo blue B (397, 1077). Used to study phosphate transport (624). pconc allele c-6 called UW-6 in reference 593. See nuc-2. For regulation model, see references 665 and 670.

enzyme_id:

anid_name:

near_l: T(NM177) left breakpoint

near_r: preg (1 to 2%) and pe(4%)

neu_name:

supplement:

image_url:

Strains

FGSC #	Reporting Genes	Species

References

Authors	Title	Year
Gleason, M. K. , and R. L. Metzenberg.	Regulation of phosphate metabolism in Neurospora crassa:isolation of mutants deficient inthe repressible alkaline phosphatase.	1974
Lehman, J. F. , M. K. Gleason, S. K. Ahlgren, and R. L. Metzenberg.	Regulation of phosphate metabolism in Neurospora crassa. Characterization of regulatory mutants.	1973
Lowendorf, H. S. , and C. W. Slayman.	Genetic regulation of phosphate transport system II in Neurospora.	1975
Metzenberg, R. L.	Implications of some genetic control mechanisms in Neurospora.	1979
Metzenberg, R. L. , M. K. Gleason, and B. S. Littlewood.	Genetic control of alkaline phosphatase synthesis in Neurospora:the use ofpartial diploids in dominance studies.	1974
Toh-e, A. , and T. Ishikawa.	Genetic control of synthesis of repressible phosphatases in Neurospora crassa.	1971