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. 2013 Apr 4;12:31. doi: 10.1186/1475-2859-12-31

Table 1.

S. cerevisiae strains used in the study

Strain Plasmids carried Relevant genotype
S. cerevisiae control
pRS416 (URA3)
-
pRS413 (HIS3)
pRS414 (TRP1)
pRS415 (LEU2)
S. cerevisiae PKS12/npgA
pRS416::pCUP1-PKS12-tADH1,
PKS12, npgA
pRS413::pPYK1-npgA-tTEF1
pRS414
pRS415
S. cerevisiae PKS12/npgA/aurZ
pRS416::pCUP1-PKS12-tADH1,
PKS12, npgA, aurZ
pRS413::pPYK1-npgA-tTEF1
pRS414::pTEF1-aurZ-tENO2
pRS415
S. cerevisiae PKS12/npgA/aurJ
pRS416::pCUP1-PKS12-tADH1,
PKS12, npgA, aurJ
pRS413::pPYK1-npgA-tTEF1
pRS415::pGPD1-aurJ-tCYC1
pRS414
S. cerevisiae PKS12/npgA/aurZ/aurJ pRS416::pCUP1-PKS12-tADH1,
PKS12, npgA, aurZ, aurJ
pRS413::pPYK1-npgA-tTEF1
pRS414::pTEF1-aurZ-tENO2
pRS415::pGPD1-aurJ-tCYC1

S. cerevisiae strains that were analyzed for production of rubrofusarin and precursors. Final plasmids transformed into S. cerevisiae strains showing the vector backbone in which the constructed promoter (p) – ORF – terminator (t) gene cassettes were inserted. The auxotrophic marker gene is also shown. All plasmids were maintained by the low copy number sequences ARS/CEN.