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20th International Conference on Bacilli and Gram-Positive Bacteria. Washington, D.C. July 23-26, 2019.
Category: General stress proteins (controlled by SigB)
4.3.1. General stress proteins (controlled by SigB)
| Name | Function |
| aag | DNA repair, survival of stress conditions |
| aldY | stress resistance |
| bmr | multidrug resistance |
| bmrR | regulation of multidrug resistance |
| bmrU | multidrug resistance |
| bofC | control of processing of pro-[protein|24F7FD5C7C3A68BB2760ABB8CBD8FBD65E5FF7D4|SigK] by [protein|8801B095C2CE36F3E0B9DBBF489FFB217087DC0A|SpoIVFB] |
| chaA | calcium export |
| clpC | protein degradation, positive regulator of autolysin ([protein|6A21293823151C6980BF52B31A4B249A8440F2E1|LytC] and [protein|29219315D31BA4ADE41687EFF17FE41D6C23D157|LytD]) synthesis |
| clpP | protein degradation |
| corA | unknown |
| csbA | protection against paraquat stress |
| csbB | lipoteichoic acid glycosylation , survival of stress conditions |
| csbC | protection against paraquat stress |
| csbD | survival of salt stress and at low temperatures |
| csbX | unknown |
| ctc | [SW|translation] (under stress conditions) |
| ctsR | regulation of protein degradation |
| cypC | biosynthesis of beta-hydroxy fatty acid for lipopeptides |
| disA | control of [SW|sporulation] initiation |
| dps | iron storage, survival of of stress conditions |
| gabD | utilization of gamma-amino butyric acid |
| gsiB | response to water deficits |
| gspA | unknown |
| gtaB | biosynthesis of teichoic acid |
| guaD | deamination of guanine to xanthine, purine salvage and interconversion |
| hpf | dimerization of ribosomes in the stationary phase, protection against paraquat stress |
| iolW | utilization of scyllo-inosose |
| ispD | MEP pathway of isoprenoid biosynthesis |
| ispF | MEP pathway of isoprenoid biosynthesis |
| katE | detoxification (degradation) of hydrogen peroxide |
| katX | detoxification (degradation) of hydrogen peroxide |
| mcsA | control of [protein|908DB17A39D518E84977250C55825E77FA02E391|CtsR] activity |
| mcsB | control of [protein|908DB17A39D518E84977250C55825E77FA02E391|CtsR] activity |
| mgsR | controls a subset of general stress genes |
| mhqO | resistence to methyl-hydroxyquinone |
| mhqP | may be involved in protection against methyl-hydroquinone |
| nadE | NAD biosynthesis |
| nhaX | unknown |
| ohrB | organic peroxide resistance |
| opuE | compatible solute transport |
| phoP | regulation of phosphate metabolism ([gene|E0430C16C41440633647976A0F9183E24268E198|phoA], [gene|3B95AB3021280215B6B487A348D78FB5797AEEA6|phoB], [gene|597771E2E8EC31ED9B2CC8C0E4D888DEEA80F689|phoD], [gene|F7D869F77E2275110737EF658C58FA1BF742D73F|resABCDE], [gene|72A89412C53703F96F835D26307263F5D1A4AB4E|tagA]-[gene|911A4D957A6C0DFC636A152395119DBFC777DDA2|tagB], [gene|8620DA76A1953D7ACDFA7E46ED81EF1A0D97999C|tagDEF], [[gene|tuaA|tuaA-H]]) |
| phoR | regulation of phosphate metabolism |
| plsC | biosynthesis of phospholipids |
| radA | homologous recombination, control of c-di-AMP formation, co-ordination of responses to replicative stress and genetic recombination |
| rpmEB | survival of salt stress |
| rsbRD | control of [protein|580011DE5DC40EC9E7E0512791D328FAA010DCB8|SigB] activity |
| rsbV | control of [protein|search|SigB ]activity |
| rsbW | control of [protein|search|SigB ]activity |
| rsbX | control of SigB activity |
| sigB | general stress response, biocontrol of fungal growth |
| sodA | detoxification of oxygen radicals |
| spoVC | spore coat formation |
| spx | negative and positive regulator of many genes |
| trxA | protection of proteins against oxidative damage |
| yaaH | survival of ethanol stress, protection of the spore |
| yaaI | survival of ethanol stress |
| yacL | survival of salt and ethanol stresses |
| ybyB | survival of ethanol stress |
| ycbP | unknown |
| ycdF | survival of ethanol stress and low temperatures |
| ycdG | unknown |
| yceC | unknown |
| yceD | required for survival of ethanol stress |
| yceE | required for survival of ethanol stress and at low temperatures |
| yceF | unknown |
| yceG | survival of ethanol stress |
| yceH | unknown |
| ydaD | unknown |
| ydaE | survival of ethanol stress and low temperatures |
| ydaF | unknown |
| ydaG | survival of stress conditions |
| ydaJ | unknown |
| ydaK | unknown |
| ydaL | synthesis of extracellular polysaccharide |
| ydaM | synthesis of extracellular polysaccharide |
| ydaN | synthesis of extracellular polysaccharide |
| ydaP | unknown |
| ydaS | unknown |
| ydaT | survival of ethanol stress and low temperatures |
| ydbD | survival of ethanol stress |
| ydeC | unknown |
| ydhK | survival of stress conditions |
| yerD | protection against paraquat stress |
| yfhD | survival of ethanol stress and low temperatures |
| yfhE | survival of stress conditions and low temperatures |
| yfhF | survival of ethonol stress and at low temperatures |
| yfhK | survival of ethonol stress and at low and high temperatures |
| yfhL | |
| yfhM | survival of ethanol stress |
| yfhO | lipoteichoic acid glycosylation |
| yfkD | unknown |
| yfkH | survival of stress conditions |
| yfkI | protection against paraquat stress |
| yfkJ | survival of stress conditions |
| yfkM | detoxification of methylglyoxal |
| yfkS | germination, survival of of stress conditions |
| yfkT | germination |
| yflA | protection against paraquat stress |
| yflB | unknown |
| yflD | unknown |
| yflH | unknown |
| yflT | survival of ethanol stress |
| ygxB | unknown |
| yhcM | unknown |
| yhdF | unknown |
| yhdN | detoxification of methylglyoxal |
| yhxD | survival of salt and ethanol stresses |
| yitT | protection against paraquat stress |
| yjbC | survival of paraquat stress |
| yjgB | survival of ethanol stress |
| yjgC | unknown |
| yjgD | survival of stress conditions |
| yjzE | unknown |
| ykgA | survival of salt and ethanol stresses |
| ykgB | pentose phosphate pathway |
| ykuT | resistance to osmotic downshock |
| ykzI | unknown |
| ylxP | protection against paraquat stress |
| ymzB | survival of ethanol and salt stresses |
| yoaA | unknown |
| yocB | survival of stress conditions |
| yocK | survival of ethanol stress |
| yoxB | unknown |
| yoxC | survival of ethanol stress |
| ypuD | unknown |
| yqhB | protection against stress conditions |
| yqhP | unknown |
| yqhQ | survival of stress conditions |
| yqjL | resistence against paraquat |
| yraA | detoxification of methylglyoxal |
| ysdB | survival of heat stress |
| ysnF | survival of ethanol stress |
| ytaB | survival of ethanol and salt stresses |
| ytkL | unknown |
| ytxG | unknown |
| ytxH | unknown |
| ytxJ | unknown |
| yugU | survival of stress conditions |
| yuzA | unknown |
| yvaK | unknown |
| yvbG | unknown |
| yvgN | unknown |
| yvgO | survival of ethanol stress |
| yvrE | survival of salt stress |
| ywiE | phospholipiid biosynthesis, protection against paraquat stress |
| ywjC | unknown |
| ywlB | unknown |
| ywmE | survival of ethanol stress |
| ywmF | unknown |
| ywsB | survival of ethanol and salt stresses |
| ywtG | unknown |
| ywzA | unknown |
| yxaB | biofilm formation, survival of salt and ethanol stress |
| yxbG | unknown |
| yxiS | survival of stress conditions |
| yxjI | unknown |
| yxjJ | survival of stress conditions |
| yxkO | survival of ethanol stress, repair of hydrated NAD(P)H |
| yxnA | survival of ethanol stress |
| yxzF | unknown |
| yycD | survival of ethanol stress |
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