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mgsR [2017-07-18 15:09:10]
transcriptional regulator of a subset of the SigB general stress regulon, required for protection against oxidative stress
function
controls a subset of general stress genes
product
transcriptional regulator
Genomic Context
categories
[category|SW 3|Information processing] → [category|SW 3.4|Regulation of gene expression] → [category|SW 3.4.2|Transcription factors and their control] → [category|SW 3.4.2.5|Transcription factors/ other][category|SW 4|Lifestyles] → [category|SW 4.3|Coping with stress] → [category|SW 4.3.1|General stress proteins (controlled by SigB)][category|SW 4|Lifestyles] → [category|SW 4.3|Coping with stress] → [category|SW 4.3.8|Resistance against oxidative and electrophile stress][category|SW 6|Groups of genes] → [category|SW 6.4|Phosphoproteins] → [category|SW 6.4.1|Phosphorylation on an Arg residue]Gene
Coordinates
2,564,026 → 2,564,406
The protein
Catalyzed reaction/ biological activity
exerts a positive or negative effect on the expression of 53 or 18 stress genes, respectively [Pubmed|18643936]Protein family
arsC family (according to Swiss-Prot) Arsenate Reductase (ArsC) family, Spx subfamilyParalogous protein(s)
[protein|2C6386E9A63F410558D168798D077DF91590F454|Spx]Modification
[protein|6A38DAA96F7BBF31FD8A4018A8CA7A72F3C28F79|MgsR] is subject to post-translational redox-sensitive activation by intramolecular disulfide bond formation in response to ethanol stress [Pubmed|22812682]Expression and Regulation
Operons
genes
[gene|6A38DAA96F7BBF31FD8A4018A8CA7A72F3C28F79|mgsR]
description
[Pubmed|18643936]
sigma factors
[protein|580011DE5DC40EC9E7E0512791D328FAA010DCB8|SigB]: sigma factor, [Pubmed|18643936], in [regulon|580011DE5DC40EC9E7E0512791D328FAA010DCB8|SigB regulon]regulatory mechanism
[protein|6A38DAA96F7BBF31FD8A4018A8CA7A72F3C28F79|MgsR]: activation, in [regulon|6A38DAA96F7BBF31FD8A4018A8CA7A72F3C28F79|MgsR regulon]regulation
induced by stress ([protein|search|SigB]) [Pubmed|15805528,18643936]additional information
[protein|search|MgsR] is subject to post-translational redox-sensitive activation by intramolecular disulfide bond formation in response to ethanol stress [PubMed|22812682]view in new tabBiological materials
Mutant
MGNA-C476 (yqgZ::erm), available at the [https://shigen.nig.ac.jp/bsub/resource/strainGeneDisrupted/detail/2474 NBRP B. subtilis, Japan]References
18643936,12107147,15805528,18643936,22812682,22582280