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. Author manuscript; available in PMC: 2010 Jun 25.
Published in final edited form as: J Biol Chem. 2007 Nov 28;283(4):1962–1973. doi: 10.1074/jbc.M706877200

TABLE 3.

SKN7 and SLN1 dependence of ccw12 activation of the OCH1 SLN1-SKN7 pathway target gene

Genotype β-Galactosidase
activity (S.D.),a
(POCH1-lacZb)
Induction
(ccw12Δ/CCW12)
SKN7 CCW12c 320.8 (25.8) 1.0
SKN7 ccw12Δ 538.9 (72.4) 1.7
skn7D427N ccw12Δ 123.5 (30.1) 0.4
skn7Δ ccw12Δ 26.5 (10.2) 0.08
SLN1 SSK1 CCW12 d 360.8 (71.2) 1.0
SLN1 SSK1 ccw12Δ 743.7 (59.9) 2.1
SLN1 ssk1Δ CCW12 136.6 (30.1) 1.0
SLN1 ssk1Δ ccw12Δ 474.9 (44.3) 3.5
sln1Δ ssk1Δ CCW12 40.3 (13.9) 1.0
sln1Δ ssk1Δ ccw12Δ 19.1 (0.8) 0.5
a

β-Galactosidase activities are given in Miller units normalized to protein concentration and represent the averages of three measurements. Standard deviations are given in parentheses.

b

Each strain is transformed with the CEN based POCH1-lacZ, pZL1320 (10).

c

CCW12 skn7Δ, JF1904; ccw12 skn7Δ (JF2279) strains carry the wild type (pSL232) or D427N (pSL237) alleles of SKN7 on CEN plasmids, and strains lacking SKN7 carry the empty pRS315 vector.

d

Strains include CCW12 SSK1 SLN1, JF1565; CCW12 ssk1Δ SLN, JF1919; ccw12Δ SSK1 SLN1, JF2278; ccw12Δ ssk1Δ SLN1, JF2301; CCW12 ssk1Δ sln1Δ, JF2181; ccw12Δ ssk1Δ sln1Δ, JF2300.