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. 2015 Jan 12;5:454. doi: 10.3389/fgene.2014.00454

Figure 2.

Figure 2

Origin of mitochondrial and nuclear genomes in cybrids. (A) HinfI digest of genomic DNA separated on 1% agarose gel. Lanes: S. cerevisiae MCC109 ρ0 (acceptor strain) (1); S. kudriavzevii CBS 8840 cybrid (2) parent (3); S. mikatae CBS 8839 cybrid (4) parent (5); S. cariocanus CBS 7994 cybrid (6) parent (7); S. paradoxus CBS 2908 cybrid (8) parent (9); S. paradoxus CBS 7400 cybrid (10) parent (11); S. paradoxus CBS 432 cybrid (12) parent (13); size standard λ/PstI (14). (B) HinfI digest of genomic DNA separated on 1% agarose gel. Lanes: S. bayanus CBS 380 cybrids (1–6) parent (7); size standard λ/PstI (8). (C) EcoRV digest of mtDNA separated on 1% agarose gel. Lanes: size standard λ/PstI (1, 14); S. kudriavzevii CBS 8840 cybrid (2) parent (3); S. mikatae CBS 8839 cybrid (4) parent (5); S. cariocanus CBS 7994 cybrid (6) parent (7); S. paradoxus CBS 2908 cybrid (8) parent (9); S. paradoxus CBS 7400 cybrid (10) parent (11); S. paradoxus CBS 432 cybrid (12) parent (13); size standard λ/PstI (14). (D) Pulse-field electrophoresis of cybrids (1–8) and parental species (9–16): Lanes 1–9 S. cerevisiae cybrids with mt genomes from S. bayanus CBS 380 (1); S. mikatae CBS 8839 (2); S. paradoxus CBS 7400 (3); S. paradoxus CBS 2908 (4); S. kudriavzevii CBS 8840 (5); S. cariocanus CBS 7994 (6); S. paradoxus CBS 432 (7); S. cerevisiae strain W303 1A (8); MCC109 ρ0 parental strain (9); S. paradoxus CBS 432 (10); S. cariocanus CBS 7994 (11); S. paradoxus CBS 2908 (12); S. kudriavzevii CBS 8840 (13); S. mikatae CBS 8839 (14) S. bayanus CBS 380 (15); S. cerevisiae strain W303 1A (16).