
CTA4 Transcription Factor Mediates Induction of Nitrosative Stress Response in Candida albicans
Eukaryotic Cell Chiranand et al.
7: 268
Supplemental material
Files in this Data Supplement:
- Supplemental file 1
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Figure legends for Fig. S5, S6, S8, and S9.
Word document, 29K.
- Supplemental file 2
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Genotypes of the Candida albicans strains used in this paper.
Word document, 78K.
- Supplemental file 3
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Table of the oligo sequences used in this paper.
Word document, 73K.
- Supplemental file 4
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Methods used for isolating NORE-associated proteins from C. albicans whole-cell extract and methods used in preparing samples for tandem mass spectrometry.
Word document, 34K.
- Supplemental file 5
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Figure displaying relative positions of the linker scanning mutations Msub1 to Msub16 used to analyze the YHB1 regulatory region at −481 to −352 from the start codon and the results of β-galactosidase assays on strains with these mutations.
TIFF document, 9.7MB.
- Supplemental file 6
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Figure displaying sequences and positions of the linker scanning mutations Msub14 to Msub31 used to analyze the YHB1 regulatory region close to the NORE and the results of β-galactosidase assays on strains with these mutations. (This is an expanded version of Fig. 1 in the paper.)
TIFF document, 22MB.
- Supplemental file 7
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Table showing results for DTASelect filtering of mass spectrometry data on the SDS-PAGE gel bands containing NORE-associated proteins.
Word document, 590K.
- Supplemental file 8
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Figure showing sensitivity of C. albicans ssu1Δ/ssu1Δ mutant strains to sulfite stress.
JPG document, 41K.
- Supplemental file 9
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Figure showing RT-PCR results of effects of DETA NONOate on SSU1 expression in wild-type and cta4Δ/cta4Δ C. albicans strains.
Word document, 53K.