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. Author manuscript; available in PMC: 2019 Dec 1.
Published in final edited form as: DNA Repair (Amst). 2018 Oct 9;72:1–9. doi: 10.1016/j.dnarep.2018.10.002

Table 1. Conserved genes and pathways that mitigate proliferation suppression following formaldehyde exposure.

Human and S. cerevisiae gene names, along with the yeast systemic names are provided. ‘Sensitivity’ indicates the level of sensitivity to formaldehyde noted in our previously published yeast screen (20), whereas ‘Description’ provides brief annotations of the human gene to specific DDR or DNA metabolic pathways (69,70)

Human Gene S. cerevisiae Gene Systematic Name Sensitivity Description
CACNA1G CCH1 YGR217W Not Sensitive Calcium Voltage Channel
DMC1 ECM30 YLR436C Sensitive HR/DSB Repair/Mitosis
ERCC6 RAD26 YJR035W Not Sensitive NER/BER
FANCB - - - Fanconi Anemia Pathway
FANCE - - - Fanconi Anemia Pathway
FEN1 RAD27 YKL113C Moderately BER/DNA Replication
MPLKIP CDC5P YMR001C Essential Cell Cycle/ Mitosis
MSH2 MSH2 YOL090W Moderately Mismatch Repair
MSH5 MSH5 YDL154W Not Sensitive Mismatch Repair
NUDT1 NPY1 YGL067W Not Sensitive BER
PMS2P4 PMS1 YNL082W Not Sensitive Mismatch Repair
PRKDC - - - NHEJ/DSB Repair
RAD17 RAD24 YER173W Sensitive Cell Cycle/DNA Damage Checkpoint
RAD52 RAD52 YML032C Sensitive HR/DSB Repair/DNA Replication
RBBP8 SAE2 YGL175C Not Sensitive Cell Cycle/DNA Damage Checkpoint
RBM14 PSP2 YML017W Sensitive Mitochondrial mRNA Splicing
RECQL SGS1 YMR190C Sensitive HR/DSB Repair/Replication
RPS19BP1 - - - Ribosomal Subunit
RRM2B RNR4 YGR180C Sensitive DNA Damage Checkpoint/Replication
SIRT6 SIR2 YDL042C Moderately Chromatin Modification/DNA Replication
TREX2 - - - HR/DSB Repair
UIMC1 - - - HR/DSB Repair/Chromatin Modification
XRCC3 RAD57 YDR004W Not Sensitive HR/DSB Repair