Spreadsheet: 0b8a691c-2c20-44c6-9f1a-a9c86c6e8a4e
Sheet: Sheet1

Table S2.  Strains used in this study | Unnamed: 1 | Unnamed: 2 | Unnamed: 3 | Unnamed: 4 | Unnamed: 5 | Unnamed: 6
 | Description | Strain | Mating type | Genotype | Source | Figure/Table
Basic white-opaque switching assays
 | WT | CHY420 | a1Da2D | ura3::λimm434/ura3::λimm434 MTLa/mtlα1::HisG-URA3-HisG mtlα2::HisG | 1 | Table 1, Table 4, Figure 2
 | WT (opaque) | MMY288 | a1Da2D | ura3::λimm434/ura3::λimm434 MTLa/mtlα1::HisG-URA3-HisG mtlα2::HisG | this study | Table 1
 | czf1D/czf1D | MMY633, MMY737 | a1Da2D | ura3::λimm434/ura3::λimm434 MTLa/mtlα1::HisG mtlα2::HisG czf1::dpl200/czf1::URA3-dpl200 | this study | Table 1
 | czf1D/czf1D (opaque) | MMY834 | a1Da2D | ura3::λimm434/ura3::λimm434 MTLa/mtlα1::HisG mtlα2::HisG czf1::dpl200/czf1::URA3-dpl200 | this study | Table 1
 | wor2D/wor2D | MMY627, MMY628 | a1Da2D | ura3::λimm434/ura3::λimm434 MTLa/mtlα1::HisG mtlα2::HisG wor2::dpl200/wor2::URA3-dpl200 | this study | Table 1
 | hap3D/hap3D | MMY637, [NAME]* | a1Da2D | ura3::λimm434/ura3::λimm434 MTLa/mtlα1::HisG mtlα2::HisG hap3::dpl200/hap3::URA3-dpl200 | this study | Table 1
 | orf19.4972D/orf19.4972D | MMY656, MMY657* | a1Da2D | ura3::λimm434/ura3::λimm434 MTLa/mtlα1::HisG mtlα2::HisG orf19.4972::dpl200/orf19.4972::URA3-dpl200 | this study | Table 1
 | pho23D/pho23D | MMY641, MMY643* | a1Da2D | ura3::λimm434/ura3::λimm434 MTLa/mtlα1::HisG mtlα2::HisG pho23::dpl200/pho23::URA3-dpl200 | this study | Table 1
 | efg1D/efg1D | MMY620, MMY622 | a1Da2D | ura3::λimm434/ura3::λimm434 MTLa/mtlα1::HisG mtlα2::HisG efg1::dpl200/efg1::URA3-dpl200 | this study | Table 4
 | efg1D/efg1D czf1D/czf1D | MMY753 | a1Da2D | ura3::λimm434/ura3::λimm434 MTLa/mtlα1::HisG mtlα2::HisG efg1::dpl200/efg1::dpl200 czf1::dpl200/czf1::URA3-dpl200 | this study | Table 4
 | efg1D/efg1D wor2D/wor2D | MMY756, MMY759 | a1Da2D | ura3::λimm434/ura3::λimm434 MTLa/mtlα1::HisG mtlα2::HisG efg1::dpl200/efg1::dpl200 wor2::dpl200/wor2::URA3-dpl200 | this study | Table 4
 | WT (a/a) | MLY323 | a/a | ura3::λimm434/ura3::λimm434 his1/his1 leu2::HIS1/leu2::LEU2 | this study | Results
 | wor1D/wor1D (a/a) | RZY425, RZY429 | a/a | ura3::λimm434/ura3::λimm434 his1/his1 leu2/leu2 wor1::HIS1/wor1::LEU2 | this study | Results
Ectopic expression strains
 | WT empty vector | MMY768 | a1Da2D | ura3::λimm434/ura3::λimm434 MTLa/mtlα1::HisG mtlα2::HisG RP10/rp10::pCaEXP | this study | Table 2, Figure 1
 | WT empty vector (opaque) | MMY888 | a1Da2D | ura3::λimm434/ura3::λimm434 MTLa/mtlα1::HisG mtlα2::HisG RP10/rp10::pCaEXP | this study | Table 3, Figure 1
 | WT pMET3-CZF1 | MMY797 | a1Da2D | ura3::λimm434/ura3::λimm434 MTLa/mtlα1::HisG mtlα2::HisG RP10/rp10::pAJ2231 | this study | Table 2
 | WT pMET3-WOR2 | MMY786 | a1Da2D | ura3::λimm434/ura3::λimm434 MTLa/mtlα1::HisG mtlα2::HisG RP10/rp10::paJ2230 | this study | Table 2
 | WT pMET3-WOR1 | RZY338 | a/a | ura3::λimm434/ura3::λimm434 RP10/rp10::pRZ25 | 2 | Table 2, Figure 1
 | WT pMET3-WOR1 (opaque) | RZY617 | a/a | ura3::λimm434/ura3::λimm434 RP10/rp10::pRZ25 | this study | Table 3
 | czf1D/czf1D empty vector | [NAME] | a1Da2D | ura3::λimm434/ura3::λimm434 MTLa/mtlα1::HisG mtlα2::HisG czf1::dpl200/czf1::dpl200 RP10/rp10::pCaEXP | this study | Table 2
 | czf1D/czf1D + pMET3-CZF1 | MMY803, MMY804 | a1Da2D | ura3::λimm434/ura3::λimm434 MTLa/mtlα1::HisG mtlα2::HisG czf1::dpl200/czf1::dpl200 RP10/rp10::pAJ2231 | this study | Results
 | czf1D/czf1D + pMET3-WOR1 | RZY462 | a1Da2D | ura3::λimm434/ura3::λimm434 MTLa/mtlα1::HisG mtlα2::HisG czf1::dpl200/czf1::dpl200 RP10/rp10::pRZ25 | this study | Table 2, Figure 1
 | czf1D/czf1D + pMET3-WOR1 (opaque) | RZY572, RZY620 | a1Da2D | ura3::λimm434/ura3::λimm434 MTLa/mtlα1::HisG mtlα2::HisG czf1::dpl200/czf1::dpl200 RP10/rp10::pRZ25 | this study | Table 3
 | wor2D/wor2D empty vector | MMY772 | a1Da2D | ura3::λimm434/ura3::λimm434 MTLa/mtlα1::HisG mtlα2::HisG wor2::dpl200/wor2::dpl200 RP10/rp10::pCaEXP | this study | Table 2
 | wor2D/wor2D + pMET3-WOR2 | MMY787, MMY789 | a1Da2D | ura3::λimm434/ura3::λimm434 MTLa/mtlα1::HisG mtlα2::HisG wor2::dpl200/wor2::dpl200 RP10/rp10::pAJ2230 | this study | Results
 | wor2D/wor2D + pMET3-WOR1 | RZY463, RZY466 | a1Da2D | ura3::λimm434/ura3::λimm434 MTLa/mtlα1::HisG mtlα2::HisG wor2::dpl200/wor2::dpl200 RP10/rp10::pRZ25 | this study | Table 2, Figure 1
 | wor2D/wor2D + pMET3-WOR1 (opaque) | RZY589, RZY590 | a1Da2D | ura3::λimm434/ura3::λimm434 MTLa/mtlα1::HisG mtlα2::HisG wor2::dpl200/wor2::dpl200 RP10/rp10::pRZ25 | this study | Table 3
 | wor1D/wor1D + empty vector | RZY449 | a/a | ura3::λimm434/ura3::λimm434 his1/his1 leu2/leu2 wor1::HIS1/wor1::LEU2 RP10/rp10::pCaEXP | 2 | Table 2
 | wor1D/wor1D + pMET3-CZF1 | RZY451, RZY454 | a/a | ura3::λimm434/ura3::λimm434 his1/his1 leu2/leu2 wor1::HIS1/wor1::LEU2 RP10/rp10::pAJ2231 | this study | Table 2
 | wor1D/wor1D + pMET3-WOR2 | RZY563, RZY569 | a/a | ura3::λimm434/ura3::λimm434 his1/his1 leu2/leu2 wor1::HIS1/wor1::LEU2 RP10/rp10::pAJ2230 | this study | Table 2
 | wor1D/wor1D + pMET3-WOR1 | RZY407 | a/a | ura3::λimm434/ura3::λimm434 his1/his1 leu2/leu2 wor1::HIS1/wor1::LEU2 RP10/rp10::pRZ25 | 2 | Table 2
Determining the mating type of efg1D/efg1D strains
 | efg1D/efg1D (a/a) | [NAME], MMY733 | a/a | ura3::λimm434/ura3::λimm434 efg1::dpl200/efg1::URA3-dpl200 | this study | Figure 2
 | efg1Δ/PCKpr-EFG1 | SS4 | a | ura3::imm434/ura3::imm434 ade2::hisG/ade2::hisG efg1Δ::ADE2/[URA3-PCK1p]::EFG1 | 3 | Figure 2
 | efg1D/efg1D (a/a) | HLC52 | a/a | ura3::imm434/ura3::imm434 efg1::hisG/efg1::hisG-URA3-hisG | 4 | Figure 2
ChIP-chip
 | wor1D/wor1D | RZY219 | a/a | URA3/ura3::λimm434 his1/his1 leu2/leu2 wor1::HIS1/wor1::LEU2 | 2 | Figure 3
 | WT (opaque) | RZY511 | a/a | URA3/ura3::λimm434 his1/his1 leu2/leu2 | 2 | Figure 3
* Denotes independent homozygous knockout strains tested in replicates of the white-opaque switching assay shown in Table 1.  In all cases, this independent deletion mutant had the same phenotype as the mutant documented in this paper.
1.  [NAME], Johnson AD (2002) White-opaque switching in Candida albicans is controlled by mating-type locus homeodomain proteins and allows efficient mating. Cell 110: 293-302.
2. Zordan RE, Galgoczy DJ, [NAME] AD (2006) Epigenetic properties of white-opaque switching in Candida albicans are based on a self-sustaining transcriptional feedback loop. Proc Natl Acad Sci U S A 103: 12807-12812.
3. Sonneborn A, Tebarth B, [NAME] (1999) Control of white-opaque phenotypic switching in Candida albicans by the Efg1p morphogenetic regulator. Infect Immun 67: 4655-4660.
4. 1. [NAME], Kohler JR, [NAME], [NAME], [NAME], et [NAME]. (1997) [NAME] albicans mutants are avirulent. Cell 90: 939-949.