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. 2016 Feb 18;6:21572. doi: 10.1038/srep21572

Table 1. Putative transcription factors involved in DNA damage responses.

Locus ID DNA-damaging agents
Description of the gene product Species Homologue Reference
MMS HU BLM CPT
FGSG_01106   S S   Related to arsenite-resistance protein 2 Human ARS2 13
FGSG_09368   S   S Related to C2H2 zinc finger protein S. cerevisiae MSN2 14
FGSG_15767 S S S S Related to zinc finger protein SFP1 S. cerevisiae SFP1 15
FGSG_09565 S R     Probable siderophore regulation protein (GATA factor) A. nidulans SREA 23
FGSG_01182 S S S S Conserved hypothetical protein S. cerevisiae DBP4 20
FGSG_05304 S S S S Conserved hypothetical protein S. cerevisiae DBP3 21
FGSG_01488 S S     Conserved hypothetical protein N/A N/A N/A
FGSG_06948 S S     Related to tetratricopeptide repeat protein tpr1 S. cerevisiae CTR9 16
FGSG_05520 S S S S Related to cullin homologue 4A Human CUL-4A 17
FGSG_07420 S S S S Related to cephalosporin C regulator 1 (cpcR1 gene) F. graminearum RFX1 12
FGSG_16982     S S Related to myosin 2 S. cerevisiae MYO1 18
FGSG_04258 S       Probable DNA repair protein UVS-2 S. cerevisiae RAD18 19
FGSG_01176   S     Conserved hypothetical protein F. graminearum FHS1 This study
FGSG_00404 R R S   Conserved hypothetical protein N/A N/A N/A
FGSG_00574     S   Related to purine utilisation positive regulator S. cerevisiae PPR1 47
FGSG_00573     S   Related to GAL4-like transcriptional activator S. cerevisiae PPR1 47

MMS, methyl methanesulfonate; HU, hydroxyurea; BLM, bleomycin; CPT, camptothecin; S, more sensitive than wild-type; R, more resistant than wild-type; N/A, not applicable.