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Browse and analyze data from Al Mamun et al. (Science 2012) Identity and Function of a Large Gene Network Underlying Mutagenic Repair of DNA Breaks 338:1344-1348

This dataset of 93 genes was constructed by screening E. coli for mutants deficient in mutagenic repair of DNA breaks under stress, followed by secondary screens for genes that participate in activation of stress responses. This study identifies a network of genes involved in stress-induced mutagenesis (the SIM Network). This data browser allows you to examine the classification of SIM network genes and explore the data from different assays on individual network genes. You can also download excel versions of the supplemental tables from the paper.

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SIM Network Genes Upstream of rpoE

SIM network genes upstream of σE response based on SDS/EDTA sensitivity. Genes marked as confirmed based on testing transcription from the σE-controlled rpoH P3-lacZ (+, partially or fully required; -, not required). Figs. 4J, S8, Table S11

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Excel versions of supplemental tables:

Classcandidate σE response deficient
(SDS-EDTA-sensitive mutants)
confirmed σE response deficient
Cellular processesacrA
Cellular processesacrB
MetabolismapaH+
RegulatorsarcA+
Electron transfercyoA+
Electron transfercyoD+
MetabolismcysD
Electron transferfre+
RegulatorsfruR+
Chaperones and proteasesgroES
Electron transferhemL+
Chaperones and proteaseshfq
RegulatorsihfA
MetabolismlipB+
Chaperones and proteaseslon+
Regulatorslrp+
Electron transfermdh+
Electron transfernuoC+
Electron transfernuoG+
Electron transfernuoH+
Electron transfernuoJ+
Electron transfernuoK+
Electron transfernuoL+
RegulatorsnusA
RegulatorsphoU+
Regulatorsppk
Cellular processespstB+
Cellular processespstC+
RegulatorsrpoE+
Cellular processesrppH+
Electron transfersdhB+
Electron transfersdhD+
MetabolismspeE
Cellular processestatC
Cellular processestrxB+
Electron transferubiA+
Electron transferubiD+
Electron transferubiE+
Electron transferubiH+
Electron transferubiX+
UnknownygfA+
UnknownyigP+
Cellular processesznuA
Cellular processesznuC+