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The 21st International Conference on Bacilli has been postponed to 2022 and will take place in Prague.
The 21st International Conference on Bacilli has been postponed to 2022 and will take place in Prague.
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 | protection of essential ribosomal proteins ([protein|F1969E4C7BAAF70BCBE570F58350C12A3E417539|S2] and [protein|E7F4E01A6005C8469EAC64E8DFED96D0F29791A9|S3]) |
| 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 | resistance to Mn2+ intoxication |
| 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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