Supplemental Material for Bui and Li, 2019

2019-04-26T13:54:10Z (GMT) by Duyen T. Bui Joachim Li
<p><b>Figures S1-S7 contains the following supplementary figures:</b></p><p><b>Figure S1 </b>shows re-replication profiles for representative re-replicating strains containing the <i>lys2InsE<sub>A14</sub>-</i>CAN1 mutagenesis reporter cassette inserted at distinct chromosomal locations</p><p><b>Figure S2 </b>shows basal and re-replication induced gene amplification rates for the strains analyzed in Fig. 2</p><p><b>Figure S3 </b>shows basal and re-replication induced reversion rates for <i>lys2InsE<sub>A10 </sub></i>inserted at Site 1</p><p><b>Figure S4 </b>shows basal and re-replication induced gene amplification rates for the strains analyzed in Fig. 3</p><p><b>Figure S5 </b>shows basal and re-replication induced mutations rates for <i>lys2InsE<sub>A14 </sub></i>and <i>CAN1 </i>inserted at Site 1 in mismatch repair mutants</p><p><b>Figure S6 </b>shows basal and re-replication induced gene amplification rates for mismatch repair mutant strains analyzed in Fig. 6 and Fig. S5</p><p><b>Figure S7 </b>shows basal and re-replication induced gene amplification rates for <i>REV3 </i>and <i>rev3∆ </i>strains analyzed in Fig. 7</p><p> </p><p><b>Tables S1-S21 contains the following supplementary tables:</b></p><p><b>Table S1 </b>contains the list of oligonucleotides used in this study</p><p><b>Table S2 </b>contains the list of plasmids used in this study</p><p><b>Table S3 </b>contains the list of yeast strains used in this study</p><p><b>Table S4 </b>contains the basal and galactose induced rates of Lys<sup>+ </sup>graphed in Fig. 2B</p><p><b>Table S5 </b>contains the basal and galactose induced rates of Ura<sup>+ </sup>graphed in Fig. S2<b></b></p><p><b>Table S6 </b>contains the basal and galactose induced rates of Lys<sup>+ </sup>graphed in Fig. S3</p><p><b>Table S7 </b>contains the basal and galactose induced rates of Can<sup>R </sup>graphed in Fig. 2C<b></b></p><p><b>Table S8 </b>contains the basal and galactose induced rates of Lys<sup>+ </sup>graphed in Fig. 3A (<i>pol2-4</i>)</p><p><b>Table S9 </b>contains the basal and galactose induced rates of Can<sup>R </sup>graphed in Fig. 3B (<i>pol2-4</i>)<b></b></p><p><b>Table S10 </b>contains the basal and galactose induced rates of Ura<sup>+ </sup>graphed in Fig. S4 (<i>pol2-4</i>)<b></b></p><p><b>Table S11 </b>contains the basal and (galactose induced rates of Lys<sup>+</sup>Ura<sup>+</sup>)/(galactose induced rates of Ura<sup>+</sup>) graphed in Fig 4B (<i>pol2-4</i>)<b><i></i></b></p><p><b>Table S12 </b>contains the sequence of <i>can1<sup>R </sup></i>mutations identified in this study</p><p><b>Table S13 </b>contains the basal and galactose induced rates of Lys<sup>+ </sup>graphed in Fig. 6 & Fig. S5A (<i>msh2∆</i>)<b></b></p><p><b>Table S14 </b>contains the basal and galactose induced rates of Lys<sup>+ </sup>graphed in Fig. S5A (<i>mlh1∆</i>)<b></b></p><p><b>Table S15 </b>contains the basal and galactose induced rates of Ura<sup>+ </sup>graphed in Fig. S6A (<i>msh2∆</i>)<b></b></p><p><b>Table S16 </b>contains the basal and galactose induced rates of Ura<sup>+ </sup>graphed in Fig. S6B (<i>mlh1∆</i>)<b></b></p><p><b>Table S17 </b>contains the basal and galactose induced rates of Can<sup>R </sup>graphed in Fig. S5B (<i>msh2∆</i>)<b></b></p><p><b>Table S18 </b>contains the basal and galactose induced rates of Can<sup>R </sup>graphed in Fig. S5B (<i>mlh1∆</i>)</p><p><b>Table S19 </b>contains the basal and galactose induced rates of Lys<sup>+ </sup>graphed in Fig. 7A (<i>rev3∆</i>)<b></b></p><p><b>Table S20 </b>contains the basal and galactose induced rates of Can<sup>R</sup>g raphed in Fig. 7B (<i>rev3∆</i>)</p><b>Table S21 </b>contains the basal and galactose induced rates of Ura<sup>+ </sup>graphed in Fig. S7 (<i>rev3∆</i>)