Category: General stress proteins (controlled by SigB)

[category|SW.4|4. Lifestyles]

[category|SW.4.3|4.3. Coping with stress]

[category|SW.4.3.1|4.3.1. General stress proteins (controlled by SigB)]

Name	Function
[gene\|305DCA94A69BCF64E377F142722A035871A3B824\|aag]	DNA repair, survival of stress conditions
[gene\|F9CF067A2A8E3B2BACC6A51A0E87E84640349980\|aldY]	stress resistance
[gene\|ADBC0F194B601F736492E54011E0A68351B5BD39\|bmr]	multidrug resistance
[gene\|9F2C1C9A9DB7AA4CBE72D7C94932B69C8EF0565C\|bmrR]	regulation of multidrug resistance
[gene\|88AECCE90DC0D6C92C61AB8860A31A830A8DAC42\|bmrU]	multidrug resistance
[gene\|A2C94BB9272407B305B90151F77835BB90414D0F\|bofC]	control of processing of pro-[protein\|24F7FD5C7C3A68BB2760ABB8CBD8FBD65E5FF7D4\|sigK] by [protein\|8801B095C2CE36F3E0B9DBBF489FFB217087DC0A\|spoIVFB]
[gene\|8B4E1D087B75B5E77BCB60FF3465270CEB72B028\|brxC]	removal of bacillithiol from oxidized cytosolic proteins
[gene\|977695DBD3FF4C823E1A46E06C46706254F80891\|chaA]	calcium export
[gene\|86A2F2F65290F4471D6FD03B694821C66C180D8A\|clpC]	protein degradation, positive regulator of autolysin ([protein\|6A21293823151C6980BF52B31A4B249A8440F2E1\|lytC] and [protein\|29219315D31BA4ADE41687EFF17FE41D6C23D157\|lytD]) synthesis
[gene\|CB06A70DE7462CEB7AF5D8C28943C878DD56DE1A\|clpP]	protein degradation
[gene\|F0CACEFB53F4BC38DF77A38C4D78BA3DBE96E21A\|corA]	unknown
[gene\|F8FDCE60F815597F228D8D1E6E05149EDF69835D\|csbA]	protection against paraquat stress
[gene\|824E6AE2FFA3CBC9F90648F15178A00A6CC49E4C\|csbB]	lipoteichoic acid glycosylation , survival of stress conditions
[gene\|0757FAEB38AA1C599C5067794AF83A4BA5912DC9\|csbC]	protection against paraquat stress
[gene\|958B606BFE4C3A3E1A48787A8F427CCCDCB65422\|csbD]	survival of salt stress and at low temperatures
[gene\|12B260DBC4E29151364251837FD227593D0BF391\|csbX]	unknown
[gene\|40624E9FC30D75D172EF098C7FAC77B2573CC129\|ctc]	[wiki\|translation] (under stress conditions)
[gene\|908DB17A39D518E84977250C55825E77FA02E391\|ctsR]	regulation of protein degradation
[gene\|88653A48CD7DD9C52CC6FA55FF69F6FDDBE2E205\|cypC]	biosynthesis of beta-hydroxy fatty acid for lipopeptides
[gene\|2B091CCEE9E34D659771E39B1FC9050A145048AB\|disA]	control of [wiki\|sporulation] initiation, synthesis of [metabolite\|c-di-AMP]
[gene\|11D04B31B4BF223E276077EC16BBDA566694CBF6\|dps]	iron storage, survival of of stress conditions
[gene\|00A42FDB559BE2647CD682180420A435E2E7035F\|facZ]	control of division site placement
[gene\|E54F39E72DC4881E886159607C2B424A41DE0D01\|forC1]	unknown
[gene\|01C43D05A53BF4B0F505D9C9CCAAFA1AF9E94F87\|forE1]	survival of stress conditions
[gene\|A0BEB92D54799956A4ADE106A1388E5710141069\|gabD]	utilization of gamma-amino butyric acid
[gene\|FE56282883B3229D3D6836A1BE7EA4292D3CC799\|gsiB]	response to water deficits
[gene\|BB3724A851E908ABC8DB0E635BB5FACB8BEFE616\|gspA]	unknown
[gene\|D368988F85D8436DD424B0B4A1591BDF092A8EA7\|gtaB]	biosynthesis of teichoic acid
[gene\|AEEC5CAC20D3A182074332087FD3CDCCF05F28CC\|guaD]	deamination of guanine to xanthine, purine salvage and interconversion
[gene\|37B8B671B84266A7D65B90A9077A0DFF458D1851\|hpf]	protection of essential ribosomal proteins ([protein\|F1969E4C7BAAF70BCBE570F58350C12A3E417539\|S2] and [protein\|E7F4E01A6005C8469EAC64E8DFED96D0F29791A9\|S3])
[gene\|7DFE74C751A67CCC84579D52005E1399B0A10166\|iolW]	utilization of scyllo-inosose
[gene\|CF9633F769263C6D16EE778F6BD2ECF1995F512A\|ispD]	MEP pathway of isoprenoid biosynthesis
[gene\|1A6793A3A5AC568C67873C8708E9F581F42AB9BA\|ispF]	MEP pathway of isoprenoid biosynthesis
[gene\|03FE63D6AAC77D6CEB052D0BF578ACD048C772FB\|katE]	detoxification (degradation) of hydrogen peroxide
[gene\|DA5EB526EE8AF41BE9B837F2C276432BC4183AA1\|katX]	detoxification (degradation) of hydrogen peroxide
[gene\|CA0939064E70A97434FA450A69E779FD89880613\|mcsA]	control of [protein\|908DB17A39D518E84977250C55825E77FA02E391\|ctsR] activity
[gene\|7B1B664A1AE1F641E8E7D9E2894D5C8FFFA92948\|mcsB]	control of [protein\|908DB17A39D518E84977250C55825E77FA02E391\|ctsR] activity
[gene\|F16A11027D8D320D3D64E44038E29921A946955B\|meeF]	resistance to Mn²⁺ intoxication, co-translocational metalation of Mn²⁺-dependent membrane and extracellular enzymes
[gene\|6A38DAA96F7BBF31FD8A4018A8CA7A72F3C28F79\|mgsR]	controls a subset of general stress genes
[gene\|ACAFB2072E74CC059B492A31EF492028B96C569F\|mhqO]	resistence to methyl-hydroxyquinone
[gene\|B4384C8C0874BAA7822E9B6DCAB57790018271D8\|mhqP]	may be involved in protection against methyl-hydroquinone
[gene\|4B74B1653D783779AFB37EDF9D33E7D6F1AC92B5\|nadE]	NAD biosynthesis
[gene\|D0BBFE1706429A98B7E93998794061A112FE8ECA\|nhaX]	unknown
[gene\|C36DD4B670D803C5700428F62E6CA7ED127E4B41\|ohrB]	organic peroxide resistance
[gene\|6A1F759DAC09D364602460E5467E2761E97CE45C\|opuE]	compatible solute transport
[gene\|638D6D2FCCA2A167EFED05CB4E60C2D78D5319AE\|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])
[gene\|C81F68521F17861D50926D7D8757DC1D2340BC0D\|phoR]	regulation of phosphate metabolism
[gene\|FC05D5FC95CEDC4B4A04040C86170D185528B9FF\|plsC]	biosynthesis of phospholipids
[gene\|FE7859E98F26E532AE02CD71B42B845BADBCF06E\|pth]	ribosome-associated quality control
[gene\|151F226370D225776F3FE7EA4901485095F1AC45\|radA]	homologous recombination, control of c-di-AMP formation, co-ordination of responses to replicative stress and genetic recombination
[gene\|DAE7AB27A4C42BF50556BB76F33BEFA8DF35EA3A\|rpmEB]	survival of salt stress
[gene\|979D7A45EAD97C99015029400A85795061BAA367\|rsbRD]	control of [protein\|580011DE5DC40EC9E7E0512791D328FAA010DCB8\|sigB] activity
[gene\|AC64DA463250A090A62E50901EFE653C8F963872\|rsbV]	control of [protein\|search\|SigB ]activity
[gene\|5AF5F199C5D92E13DE1C56E28948A557E3954CBF\|rsbW]	control of [protein\|search\|SigB ]activity
[gene\|8536803BDFB58D43C52961931F609933E49E989D\|rsbX]	control of SigB activity
[gene\|580011DE5DC40EC9E7E0512791D328FAA010DCB8\|sigB]	general stress response, biocontrol of fungal growth
[gene\|6153A07B961017052E1072944B59F510D80CEC0F\|sodA]	detoxification of oxygen radicals
[gene\|2C6386E9A63F410558D168798D077DF91590F454\|spx]	negative and positive regulator of many genes
[gene\|4E5C84FDC8FE2FEFF47306C91ECAB7F17D3E38E9\|trxA]	protection of proteins against oxidative damage
[gene\|D7C7840B3ED780666AB05ED163DA371DFB78E15B\|ushA]	maintainance of the pool of undecaprenyl phosphate
[gene\|77BEC74867422AA225A1F12AD63464656DBDCBE8\|yaaH]	survival of ethanol stress, protection of the spore
[gene\|95C78F511C49E04241D31593E6837BDFF48D6E14\|yaaI]	survival of ethanol stress
[gene\|179FDEA51A060DF32A3EA06A796793DE27B600FF\|yacL]	survival of salt and ethanol stresses
[gene\|815996BD31BB93863BA8ABF881B7662BDD66EA0F\|ybyB]	survival of ethanol stress
[gene\|EC3362AC3EE2595938A429D2839C5E362F514233\|ycbP]	unknown
[gene\|B6FF689E65906186F3576B378650D713DB84EDDA\|ycdF]	survival of ethanol stress and low temperatures
[gene\|A641BA91317CBCFE34A2BE69007247F209075095\|ycdG]	unknown
[gene\|7E4742F30B4C43FBF9DAE0B02948022AE7912A33\|yceC]	unknown
[gene\|DF30A8B195B8D830E131B23C768F07BE61F51150\|yceD]	required for survival of ethanol stress
[gene\|863E26D497D29B820912A0C0F4A3AE4C6865EC2E\|yceE]	required for survival of ethanol stress and at low temperatures
[gene\|F588108F12C5CA855A24159F28223EF67145D28F\|yceG]	survival of ethanol stress
[gene\|3A9EB32D5627FAB3F7646B7918E54C8D1ADD25DF\|yceH]	unknown
[gene\|F7C6B6628C7C1E2696F4A0384F6CC82851D9D1D1\|yczO]	unknown
[gene\|671180A1D267729FF59C449B8FDFA9E1990D9F67\|ydaC]	unknown
[gene\|3161519994609DA9360ED6E073E4A4C8C6210EFB\|ydaD]	unknown
[gene\|DDE975DA2E13759B0DB8B6D219760C2E2C6032FB\|ydaE]	survival of ethanol stress and low temperatures
[gene\|BFDAB855DC76A78C100DC5E5FB81F73069F5F93F\|ydaF]	unknown
[gene\|29342783A375260C5DAE920FBF6EC6EFD2D54DDE\|ydaG]	survival of stress conditions
[gene\|69DEE29383E40F49890CC8314DFBF56D70D35113\|ydaJ]	unknown
[gene\|70ED3CE683F3A3F785480F40986CABE7729C17C7\|ydaK]	unknown
[gene\|28D80C5497AE29A24AD6B9A1A713A2B3915F2CED\|ydaL]	synthesis of extracellular polysaccharide
[gene\|961538BEDD27C24FC073AFB7AB3268E3D46783CC\|ydaM]	synthesis of extracellular polysaccharide
[gene\|ADE0122D8FFF2F78B6D21031B7D02A323A13ED63\|ydaN]	synthesis of extracellular polysaccharide
[gene\|2883FC60CD69948D5C43BDDFEFBE7A1CA7C743C7\|ydaP]	utilization of pyruvate
[gene\|7601A53CE6A8AD417AADBED3199DB46B285D9059\|ydaS]	unknown
[gene\|E30C92E8D0CC56F7406B87B7EA25B7C41086DD73\|ydaT]	survival of ethanol stress and low temperatures
[gene\|01CE4BBBEB0C0855201D396FB8036F72B64EA7DD\|ydbD]	survival of ethanol stress
[gene\|3A0BC04A1A61ABA747838CAF5FD513D9ABE23201\|ydhK]	survival of stress conditions
[gene\|D1AF9DA2594D2E2A94DC207A870C8495954A7A17\|yerD]	protection against paraquat stress
[gene\|29A9F7EEC3EFD8CA913877C41C1F00BCE9FF384D\|yfhD]	survival of ethanol stress and low temperatures
[gene\|EE8065E719D0359B5892C8DCBCEC0B246ABE7D5B\|yfhE]	survival of stress conditions and low temperatures
[gene\|B2924DAA879FBE56EB8DF9A7C60222AA1EE5526C\|yfhF]	survival of ethonol stress and at low temperatures
[gene\|893103B8E6163A4B403CA136A92BA3EA66DC3802\|yfhK]	survival of ethonol stress and at low and high temperatures
[gene\|2B7F65B145005A8ADD2A278E3EA5A52DF162C837\|yfhL]
[gene\|ED478E2C37F2AD8BF06251B52511287EDB91C9EE\|yfhM]	survival of ethanol stress
[gene\|BDFB6CCB5AAD9747971DE6B78E07558706E04617\|yfhO]	lipoteichoic acid glycosylation
[gene\|95B85312D4647B94AF04B912F818AB8345CCDCFD\|yfkD]	unknown
[gene\|0A9352AB10C7DC06BF477EBE384D6E21D920AAC8\|yfkH]	survival of stress conditions
[gene\|A38D85EE1BCCA5E5E77CAF9583E7D052BB7F8188\|yfkI]	protection against paraquat stress
[gene\|2CEFD8D9692D062CC09E3DEDA1A4015C76BC4167\|yfkJ]	survival of stress conditions
[gene\|F88F0153CAFC1E51F2586F733AFDF22320642151\|yfkM]	detoxification of methylglyoxal
[gene\|AA76BEF6A4CECB5D3910918E8D91D8B919EDEA7E\|yfkS]	germination, survival of of stress conditions
[gene\|7A62875A659B9F0967C392F38895D9E15A29D559\|yfkT]	germination
[gene\|A69E7536DFE6353C4CD1B09D1258C88BF0FB8B4D\|yflA]	protection against paraquat stress
[gene\|530844B354D43308CC8CB7DC30DB9731A5D698EB\|yflB]	unknown
[gene\|EA62F1DF6BB9204BB7A6B0CC6A05F63D711A451F\|yflD]	unknown
[gene\|FB3A0E7A2428AA374C844C26464FAF8D40ADF142\|yflH]	unknown
[gene\|F4C3F9C671B523AF11E8412A196162FEBE6BE923\|yflT]	survival of ethanol stress
[gene\|95D74D90B289DD9787DC6D59A5DCD50F701951EB\|ygxB]	unknown
[gene\|536B5EEE4EEAF2E3789B298B477C710F81C5DA2D\|yhcM]	unknown
[gene\|EAEEA4DD9641919830A81185333A2610B964D37C\|yhdF]	unknown
[gene\|4DF9B105ABA64AFD5106EE75FCC9EFAB52BEFC83\|yhdN]	detoxification of [metabolite\|methylglyoxal]
[gene\|739B228743BC1FE9E6888E999BC0E4F615E36F9E\|yhxD]	survival of salt and ethanol stresses
[gene\|07ABC6A548F1186B67B58C0E14915AC3FE94882E\|yitT]	protection against paraquat stress
[gene\|54D021424B31A8244F0F4B32EF9483CF27F90D43\|yjbC]	survival of paraquat stress
[gene\|9041AAFD27C7EC54D178F4D9C9F8C7AD7025F704\|yjgB]	survival of ethanol stress
[gene\|24440E7832841B8D786397EAC08CF9BDA77B26E0\|yjzE]	unknown
[gene\|E8ECEFF86ABD1A2BE439F3CAD5A7C5BB58C4BF8E\|ykgA]	survival of salt and ethanol stresses
[gene\|491B5E27EF3190D307EC43C3BB12490728E39333\|ykgB]	pentose phosphate pathway
[gene\|C0C65835A0E2680F52D391BF4EAB7F463FBB1DD3\|ykuT]	resistance to osmotic downshock
[gene\|931EA1329B995B3910675CC2B12E4CDA9F652374\|ykzI]	unknown
[gene\|9C8CF0AC3581D5FAA43A44D8B893D46E1A67C219\|ykzN]	unknown
[gene\|24835CE6CD2E1F183DB9121F29A63101718B5DF9\|ylxP]	protection against paraquat stress
[gene\|5E811311BB4B5F637B768E526CE77FC91EE71C3E\|ymzB]	survival of ethanol and salt stresses
[gene\|4A8360E50ADBA4CC859A64A72EBC0A07F70A1764\|yoaA]	unknown
[gene\|36B039D1D8CCCC47FAAA2F236E05A8D6669F14F3\|yocB]	survival of stress conditions
[gene\|633F6F54AFA144D4F65EA36B8D5670D3FC25EDA6\|yocK]	survival of ethanol stress
[gene\|8C5ECDA04FA75F6FFA8625431AAC6855D8A1DB08\|yoxB]	unknown
[gene\|928CD0278328BB8642F7D560E42C13D74B4F1341\|yoxC]	survival of ethanol stress
[gene\|B2DC4E57065C76E3A67D05BDDF53B7067345B94B\|ypuD]	unknown
[gene\|E53B8D437B848B637AEC8C1BB9428EC8B6EB280E\|yqhB]	protection against stress conditions
[gene\|492A8B4FABC8F19CA773B1D4E9D81B106924F3DE\|yqhP]	unknown
[gene\|AADDC1FF2648CB46A0F140FC6D57E5B2753B72AF\|yqhQ]	survival of stress conditions
[gene\|0960F1856A81237DBA6AF1FAF36172A63ECBE2D5\|yraA]	detoxification of methylglyoxal
[gene\|4E3ED9AB8EB465B9D4DDF58F69D277F35CC2A78C\|ysdB]	survival of heat stress
[gene\|21322F3BAB6C60568C7AB6B89ED800EC023DBD49\|ysnF]	survival of ethanol stress
[gene\|7B5DD027B408DEC8FBAC0B683B7F1B341162E2BD\|ytaB]	survival of ethanol and salt stresses
[gene\|8B28AA1A88FA56C9F4742F668B28F3323715D948\|ytkL]	unknown
[gene\|43BF293F735ED783D36F33AA4701D57F2AED6657\|ytxH]	unknown
[gene\|A4BF42889C55566ACE702561E34109F184413B85\|yugU]	survival of stress conditions
[gene\|CEF2AA772D85DEFB4F43394C75E49E90A462097E\|yuzA]	unknown
[gene\|C0B6520E74CE9F7EE3DEC8C0D83E0770F241C4E8\|yvaK]	unknown
[gene\|1AA1FDF5EE7040A349522A927D8F6C1F691B3CF9\|yvbG]	unknown
[gene\|994D5A36AECC75F5D0B59F7755BC5DB935ED6CE8\|yvgN]	unknown
[gene\|833C00D080B432A29B2D06752F8457225F73862F\|yvgO]	survival of ethanol stress
[gene\|0F65F634368E935585FC015BA64085F3A2244F9B\|yvrE]	survival of salt stress
[gene\|07752EC6940F43DEBD1E9313A2A195E35EDB9F69\|ywiE]	phospholipiid biosynthesis, protection against paraquat stress
[gene\|3AE330E2FBAB1C24FD2105472390C574DB3012CD\|ywjC]	unknown
[gene\|B134C16B43A13C7B068BC24171C2B9B7AEADC19D\|ywlB]	unknown
[gene\|48FD89034CBA111265456CBD366C141226335938\|ywmE]	survival of ethanol stress
[gene\|F775A9E74554ECBB7DD6F905FB95D67B848CBF21\|ywmF]	unknown
[gene\|126CAC9971C3CA3D136A3B81A3F4C438EDABE00D\|ywsB]	survival of ethanol and salt stresses
[gene\|7CE5A42042E5D52768735E795DB805530691D8A6\|ywtG]	unknown
[gene\|050A2F1399C2B0831A24623867875BFEBD02AA71\|ywzA]	unknown
[gene\|9A223AE85131511B7EA3A71EA57D87E8B167FA67\|yxaB]	biofilm formation, survival of salt and ethanol stress
[gene\|0DD474462720CAEE2AE17017BD7CA385238EBC6F\|yxbG]	unknown
[gene\|A647A29CAEA5D7188A08868A4397B4DF8A575710\|yxiS]	survival of stress conditions
[gene\|660443DFA2D175758677E4F88A2CEEC3BB5A2399\|yxjI]	unknown
[gene\|F4C0A4050414B2FC9D6E571419D9537707DA4C05\|yxjJ]	survival of stress conditions
[gene\|0A9C77804C09CD5E7D1D5D274E01B5B14920A1A9\|yxkO]	survival of ethanol stress, repair of hydrated NAD(P)H
[gene\|18698DA427051097DEEE63F45F3429B8617B1F48\|yxnA]	survival of ethanol stress
[gene\|9A30DA670D03D63C59DEB54EA7BD6DCEDDBD561A\|yxzF]	unknown
[gene\|4DE499A579610BD576772AED84B1F4256A2418D6\|yycD]	survival of ethanol stress

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Time of last update: 2023-06-09 11:44:26

Author of last update: Jstuelk

Name	Function
[gene\|305DCA94A69BCF64E377F142722A035871A3B824\|aag]	DNA repair, survival of stress conditions
[gene\|F9CF067A2A8E3B2BACC6A51A0E87E84640349980\|aldY]	stress resistance
[gene\|ADBC0F194B601F736492E54011E0A68351B5BD39\|bmr]	multidrug resistance
[gene\|9F2C1C9A9DB7AA4CBE72D7C94932B69C8EF0565C\|bmrR]	regulation of multidrug resistance
[gene\|88AECCE90DC0D6C92C61AB8860A31A830A8DAC42\|bmrU]	multidrug resistance
[gene\|A2C94BB9272407B305B90151F77835BB90414D0F\|bofC]	control of processing of pro-[protein\|24F7FD5C7C3A68BB2760ABB8CBD8FBD65E5FF7D4\|sigK] by [protein\|8801B095C2CE36F3E0B9DBBF489FFB217087DC0A\|spoIVFB]
[gene\|8B4E1D087B75B5E77BCB60FF3465270CEB72B028\|brxC]	removal of bacillithiol from oxidized cytosolic proteins
[gene\|977695DBD3FF4C823E1A46E06C46706254F80891\|chaA]	calcium export
[gene\|86A2F2F65290F4471D6FD03B694821C66C180D8A\|clpC]	protein degradation, positive regulator of autolysin ([protein\|6A21293823151C6980BF52B31A4B249A8440F2E1\|lytC] and [protein\|29219315D31BA4ADE41687EFF17FE41D6C23D157\|lytD]) synthesis
[gene\|CB06A70DE7462CEB7AF5D8C28943C878DD56DE1A\|clpP]	protein degradation
[gene\|F0CACEFB53F4BC38DF77A38C4D78BA3DBE96E21A\|corA]	unknown
[gene\|F8FDCE60F815597F228D8D1E6E05149EDF69835D\|csbA]	protection against paraquat stress
[gene\|824E6AE2FFA3CBC9F90648F15178A00A6CC49E4C\|csbB]	lipoteichoic acid glycosylation , survival of stress conditions
[gene\|0757FAEB38AA1C599C5067794AF83A4BA5912DC9\|csbC]	protection against paraquat stress
[gene\|958B606BFE4C3A3E1A48787A8F427CCCDCB65422\|csbD]	survival of salt stress and at low temperatures
[gene\|12B260DBC4E29151364251837FD227593D0BF391\|csbX]	unknown
[gene\|40624E9FC30D75D172EF098C7FAC77B2573CC129\|ctc]	[wiki\|translation] (under stress conditions)
[gene\|908DB17A39D518E84977250C55825E77FA02E391\|ctsR]	regulation of protein degradation
[gene\|88653A48CD7DD9C52CC6FA55FF69F6FDDBE2E205\|cypC]	biosynthesis of beta-hydroxy fatty acid for lipopeptides
[gene\|2B091CCEE9E34D659771E39B1FC9050A145048AB\|disA]	control of [wiki\|sporulation] initiation, synthesis of [metabolite\|c-di-AMP]
[gene\|11D04B31B4BF223E276077EC16BBDA566694CBF6\|dps]	iron storage, survival of of stress conditions
[gene\|00A42FDB559BE2647CD682180420A435E2E7035F\|facZ]	control of division site placement
[gene\|E54F39E72DC4881E886159607C2B424A41DE0D01\|forC1]	unknown
[gene\|01C43D05A53BF4B0F505D9C9CCAAFA1AF9E94F87\|forE1]	survival of stress conditions
[gene\|A0BEB92D54799956A4ADE106A1388E5710141069\|gabD]	utilization of gamma-amino butyric acid
[gene\|FE56282883B3229D3D6836A1BE7EA4292D3CC799\|gsiB]	response to water deficits
[gene\|BB3724A851E908ABC8DB0E635BB5FACB8BEFE616\|gspA]	unknown
[gene\|D368988F85D8436DD424B0B4A1591BDF092A8EA7\|gtaB]	biosynthesis of teichoic acid
[gene\|AEEC5CAC20D3A182074332087FD3CDCCF05F28CC\|guaD]	deamination of guanine to xanthine, purine salvage and interconversion
[gene\|37B8B671B84266A7D65B90A9077A0DFF458D1851\|hpf]	protection of essential ribosomal proteins ([protein\|F1969E4C7BAAF70BCBE570F58350C12A3E417539\|S2] and [protein\|E7F4E01A6005C8469EAC64E8DFED96D0F29791A9\|S3])
[gene\|7DFE74C751A67CCC84579D52005E1399B0A10166\|iolW]	utilization of scyllo-inosose
[gene\|CF9633F769263C6D16EE778F6BD2ECF1995F512A\|ispD]	MEP pathway of isoprenoid biosynthesis
[gene\|1A6793A3A5AC568C67873C8708E9F581F42AB9BA\|ispF]	MEP pathway of isoprenoid biosynthesis
[gene\|03FE63D6AAC77D6CEB052D0BF578ACD048C772FB\|katE]	detoxification (degradation) of hydrogen peroxide
[gene\|DA5EB526EE8AF41BE9B837F2C276432BC4183AA1\|katX]	detoxification (degradation) of hydrogen peroxide
[gene\|CA0939064E70A97434FA450A69E779FD89880613\|mcsA]	control of [protein\|908DB17A39D518E84977250C55825E77FA02E391\|ctsR] activity
[gene\|7B1B664A1AE1F641E8E7D9E2894D5C8FFFA92948\|mcsB]	control of [protein\|908DB17A39D518E84977250C55825E77FA02E391\|ctsR] activity
[gene\|F16A11027D8D320D3D64E44038E29921A946955B\|meeF]	resistance to Mn²⁺ intoxication, co-translocational metalation of Mn²⁺-dependent membrane and extracellular enzymes
[gene\|6A38DAA96F7BBF31FD8A4018A8CA7A72F3C28F79\|mgsR]	controls a subset of general stress genes
[gene\|ACAFB2072E74CC059B492A31EF492028B96C569F\|mhqO]	resistence to methyl-hydroxyquinone
[gene\|B4384C8C0874BAA7822E9B6DCAB57790018271D8\|mhqP]	may be involved in protection against methyl-hydroquinone
[gene\|4B74B1653D783779AFB37EDF9D33E7D6F1AC92B5\|nadE]	NAD biosynthesis
[gene\|D0BBFE1706429A98B7E93998794061A112FE8ECA\|nhaX]	unknown
[gene\|C36DD4B670D803C5700428F62E6CA7ED127E4B41\|ohrB]	organic peroxide resistance
[gene\|6A1F759DAC09D364602460E5467E2761E97CE45C\|opuE]	compatible solute transport
[gene\|638D6D2FCCA2A167EFED05CB4E60C2D78D5319AE\|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])
[gene\|C81F68521F17861D50926D7D8757DC1D2340BC0D\|phoR]	regulation of phosphate metabolism
[gene\|FC05D5FC95CEDC4B4A04040C86170D185528B9FF\|plsC]	biosynthesis of phospholipids
[gene\|FE7859E98F26E532AE02CD71B42B845BADBCF06E\|pth]	ribosome-associated quality control
[gene\|151F226370D225776F3FE7EA4901485095F1AC45\|radA]	homologous recombination, control of c-di-AMP formation, co-ordination of responses to replicative stress and genetic recombination
[gene\|DAE7AB27A4C42BF50556BB76F33BEFA8DF35EA3A\|rpmEB]	survival of salt stress
[gene\|979D7A45EAD97C99015029400A85795061BAA367\|rsbRD]	control of [protein\|580011DE5DC40EC9E7E0512791D328FAA010DCB8\|sigB] activity
[gene\|AC64DA463250A090A62E50901EFE653C8F963872\|rsbV]	control of [protein\|search\|SigB ]activity
[gene\|5AF5F199C5D92E13DE1C56E28948A557E3954CBF\|rsbW]	control of [protein\|search\|SigB ]activity
[gene\|8536803BDFB58D43C52961931F609933E49E989D\|rsbX]	control of SigB activity
[gene\|580011DE5DC40EC9E7E0512791D328FAA010DCB8\|sigB]	general stress response, biocontrol of fungal growth
[gene\|6153A07B961017052E1072944B59F510D80CEC0F\|sodA]	detoxification of oxygen radicals
[gene\|2C6386E9A63F410558D168798D077DF91590F454\|spx]	negative and positive regulator of many genes
[gene\|4E5C84FDC8FE2FEFF47306C91ECAB7F17D3E38E9\|trxA]	protection of proteins against oxidative damage
[gene\|D7C7840B3ED780666AB05ED163DA371DFB78E15B\|ushA]	maintainance of the pool of undecaprenyl phosphate
[gene\|77BEC74867422AA225A1F12AD63464656DBDCBE8\|yaaH]	survival of ethanol stress, protection of the spore
[gene\|95C78F511C49E04241D31593E6837BDFF48D6E14\|yaaI]	survival of ethanol stress
[gene\|179FDEA51A060DF32A3EA06A796793DE27B600FF\|yacL]	survival of salt and ethanol stresses
[gene\|815996BD31BB93863BA8ABF881B7662BDD66EA0F\|ybyB]	survival of ethanol stress
[gene\|EC3362AC3EE2595938A429D2839C5E362F514233\|ycbP]	unknown
[gene\|B6FF689E65906186F3576B378650D713DB84EDDA\|ycdF]	survival of ethanol stress and low temperatures
[gene\|A641BA91317CBCFE34A2BE69007247F209075095\|ycdG]	unknown
[gene\|7E4742F30B4C43FBF9DAE0B02948022AE7912A33\|yceC]	unknown
[gene\|DF30A8B195B8D830E131B23C768F07BE61F51150\|yceD]	required for survival of ethanol stress
[gene\|863E26D497D29B820912A0C0F4A3AE4C6865EC2E\|yceE]	required for survival of ethanol stress and at low temperatures
[gene\|F588108F12C5CA855A24159F28223EF67145D28F\|yceG]	survival of ethanol stress
[gene\|3A9EB32D5627FAB3F7646B7918E54C8D1ADD25DF\|yceH]	unknown
[gene\|F7C6B6628C7C1E2696F4A0384F6CC82851D9D1D1\|yczO]	unknown
[gene\|671180A1D267729FF59C449B8FDFA9E1990D9F67\|ydaC]	unknown
[gene\|3161519994609DA9360ED6E073E4A4C8C6210EFB\|ydaD]	unknown
[gene\|DDE975DA2E13759B0DB8B6D219760C2E2C6032FB\|ydaE]	survival of ethanol stress and low temperatures
[gene\|BFDAB855DC76A78C100DC5E5FB81F73069F5F93F\|ydaF]	unknown
[gene\|29342783A375260C5DAE920FBF6EC6EFD2D54DDE\|ydaG]	survival of stress conditions
[gene\|69DEE29383E40F49890CC8314DFBF56D70D35113\|ydaJ]	unknown
[gene\|70ED3CE683F3A3F785480F40986CABE7729C17C7\|ydaK]	unknown
[gene\|28D80C5497AE29A24AD6B9A1A713A2B3915F2CED\|ydaL]	synthesis of extracellular polysaccharide
[gene\|961538BEDD27C24FC073AFB7AB3268E3D46783CC\|ydaM]	synthesis of extracellular polysaccharide
[gene\|ADE0122D8FFF2F78B6D21031B7D02A323A13ED63\|ydaN]	synthesis of extracellular polysaccharide
[gene\|2883FC60CD69948D5C43BDDFEFBE7A1CA7C743C7\|ydaP]	utilization of pyruvate
[gene\|7601A53CE6A8AD417AADBED3199DB46B285D9059\|ydaS]	unknown
[gene\|E30C92E8D0CC56F7406B87B7EA25B7C41086DD73\|ydaT]	survival of ethanol stress and low temperatures
[gene\|01CE4BBBEB0C0855201D396FB8036F72B64EA7DD\|ydbD]	survival of ethanol stress
[gene\|3A0BC04A1A61ABA747838CAF5FD513D9ABE23201\|ydhK]	survival of stress conditions
[gene\|D1AF9DA2594D2E2A94DC207A870C8495954A7A17\|yerD]	protection against paraquat stress
[gene\|29A9F7EEC3EFD8CA913877C41C1F00BCE9FF384D\|yfhD]	survival of ethanol stress and low temperatures
[gene\|EE8065E719D0359B5892C8DCBCEC0B246ABE7D5B\|yfhE]	survival of stress conditions and low temperatures
[gene\|B2924DAA879FBE56EB8DF9A7C60222AA1EE5526C\|yfhF]	survival of ethonol stress and at low temperatures
[gene\|893103B8E6163A4B403CA136A92BA3EA66DC3802\|yfhK]	survival of ethonol stress and at low and high temperatures
[gene\|2B7F65B145005A8ADD2A278E3EA5A52DF162C837\|yfhL]
[gene\|ED478E2C37F2AD8BF06251B52511287EDB91C9EE\|yfhM]	survival of ethanol stress
[gene\|BDFB6CCB5AAD9747971DE6B78E07558706E04617\|yfhO]	lipoteichoic acid glycosylation
[gene\|95B85312D4647B94AF04B912F818AB8345CCDCFD\|yfkD]	unknown
[gene\|0A9352AB10C7DC06BF477EBE384D6E21D920AAC8\|yfkH]	survival of stress conditions
[gene\|A38D85EE1BCCA5E5E77CAF9583E7D052BB7F8188\|yfkI]	protection against paraquat stress
[gene\|2CEFD8D9692D062CC09E3DEDA1A4015C76BC4167\|yfkJ]	survival of stress conditions
[gene\|F88F0153CAFC1E51F2586F733AFDF22320642151\|yfkM]	detoxification of methylglyoxal
[gene\|AA76BEF6A4CECB5D3910918E8D91D8B919EDEA7E\|yfkS]	germination, survival of of stress conditions
[gene\|7A62875A659B9F0967C392F38895D9E15A29D559\|yfkT]	germination
[gene\|A69E7536DFE6353C4CD1B09D1258C88BF0FB8B4D\|yflA]	protection against paraquat stress
[gene\|530844B354D43308CC8CB7DC30DB9731A5D698EB\|yflB]	unknown
[gene\|EA62F1DF6BB9204BB7A6B0CC6A05F63D711A451F\|yflD]	unknown
[gene\|FB3A0E7A2428AA374C844C26464FAF8D40ADF142\|yflH]	unknown
[gene\|F4C3F9C671B523AF11E8412A196162FEBE6BE923\|yflT]	survival of ethanol stress
[gene\|95D74D90B289DD9787DC6D59A5DCD50F701951EB\|ygxB]	unknown
[gene\|536B5EEE4EEAF2E3789B298B477C710F81C5DA2D\|yhcM]	unknown
[gene\|EAEEA4DD9641919830A81185333A2610B964D37C\|yhdF]	unknown
[gene\|4DF9B105ABA64AFD5106EE75FCC9EFAB52BEFC83\|yhdN]	detoxification of [metabolite\|methylglyoxal]
[gene\|739B228743BC1FE9E6888E999BC0E4F615E36F9E\|yhxD]	survival of salt and ethanol stresses
[gene\|07ABC6A548F1186B67B58C0E14915AC3FE94882E\|yitT]	protection against paraquat stress
[gene\|54D021424B31A8244F0F4B32EF9483CF27F90D43\|yjbC]	survival of paraquat stress
[gene\|9041AAFD27C7EC54D178F4D9C9F8C7AD7025F704\|yjgB]	survival of ethanol stress
[gene\|24440E7832841B8D786397EAC08CF9BDA77B26E0\|yjzE]	unknown
[gene\|E8ECEFF86ABD1A2BE439F3CAD5A7C5BB58C4BF8E\|ykgA]	survival of salt and ethanol stresses
[gene\|491B5E27EF3190D307EC43C3BB12490728E39333\|ykgB]	pentose phosphate pathway
[gene\|C0C65835A0E2680F52D391BF4EAB7F463FBB1DD3\|ykuT]	resistance to osmotic downshock
[gene\|931EA1329B995B3910675CC2B12E4CDA9F652374\|ykzI]	unknown
[gene\|9C8CF0AC3581D5FAA43A44D8B893D46E1A67C219\|ykzN]	unknown
[gene\|24835CE6CD2E1F183DB9121F29A63101718B5DF9\|ylxP]	protection against paraquat stress
[gene\|5E811311BB4B5F637B768E526CE77FC91EE71C3E\|ymzB]	survival of ethanol and salt stresses
[gene\|4A8360E50ADBA4CC859A64A72EBC0A07F70A1764\|yoaA]	unknown
[gene\|36B039D1D8CCCC47FAAA2F236E05A8D6669F14F3\|yocB]	survival of stress conditions
[gene\|633F6F54AFA144D4F65EA36B8D5670D3FC25EDA6\|yocK]	survival of ethanol stress
[gene\|8C5ECDA04FA75F6FFA8625431AAC6855D8A1DB08\|yoxB]	unknown
[gene\|928CD0278328BB8642F7D560E42C13D74B4F1341\|yoxC]	survival of ethanol stress
[gene\|B2DC4E57065C76E3A67D05BDDF53B7067345B94B\|ypuD]	unknown
[gene\|E53B8D437B848B637AEC8C1BB9428EC8B6EB280E\|yqhB]	protection against stress conditions
[gene\|492A8B4FABC8F19CA773B1D4E9D81B106924F3DE\|yqhP]	unknown
[gene\|AADDC1FF2648CB46A0F140FC6D57E5B2753B72AF\|yqhQ]	survival of stress conditions
[gene\|0960F1856A81237DBA6AF1FAF36172A63ECBE2D5\|yraA]	detoxification of methylglyoxal
[gene\|4E3ED9AB8EB465B9D4DDF58F69D277F35CC2A78C\|ysdB]	survival of heat stress
[gene\|21322F3BAB6C60568C7AB6B89ED800EC023DBD49\|ysnF]	survival of ethanol stress
[gene\|7B5DD027B408DEC8FBAC0B683B7F1B341162E2BD\|ytaB]	survival of ethanol and salt stresses
[gene\|8B28AA1A88FA56C9F4742F668B28F3323715D948\|ytkL]	unknown
[gene\|43BF293F735ED783D36F33AA4701D57F2AED6657\|ytxH]	unknown
[gene\|A4BF42889C55566ACE702561E34109F184413B85\|yugU]	survival of stress conditions
[gene\|CEF2AA772D85DEFB4F43394C75E49E90A462097E\|yuzA]	unknown
[gene\|C0B6520E74CE9F7EE3DEC8C0D83E0770F241C4E8\|yvaK]	unknown
[gene\|1AA1FDF5EE7040A349522A927D8F6C1F691B3CF9\|yvbG]	unknown
[gene\|994D5A36AECC75F5D0B59F7755BC5DB935ED6CE8\|yvgN]	unknown
[gene\|833C00D080B432A29B2D06752F8457225F73862F\|yvgO]	survival of ethanol stress
[gene\|0F65F634368E935585FC015BA64085F3A2244F9B\|yvrE]	survival of salt stress
[gene\|07752EC6940F43DEBD1E9313A2A195E35EDB9F69\|ywiE]	phospholipiid biosynthesis, protection against paraquat stress
[gene\|3AE330E2FBAB1C24FD2105472390C574DB3012CD\|ywjC]	unknown
[gene\|B134C16B43A13C7B068BC24171C2B9B7AEADC19D\|ywlB]	unknown
[gene\|48FD89034CBA111265456CBD366C141226335938\|ywmE]	survival of ethanol stress
[gene\|F775A9E74554ECBB7DD6F905FB95D67B848CBF21\|ywmF]	unknown
[gene\|126CAC9971C3CA3D136A3B81A3F4C438EDABE00D\|ywsB]	survival of ethanol and salt stresses
[gene\|7CE5A42042E5D52768735E795DB805530691D8A6\|ywtG]	unknown
[gene\|050A2F1399C2B0831A24623867875BFEBD02AA71\|ywzA]	unknown
[gene\|9A223AE85131511B7EA3A71EA57D87E8B167FA67\|yxaB]	biofilm formation, survival of salt and ethanol stress
[gene\|0DD474462720CAEE2AE17017BD7CA385238EBC6F\|yxbG]	unknown
[gene\|A647A29CAEA5D7188A08868A4397B4DF8A575710\|yxiS]	survival of stress conditions
[gene\|660443DFA2D175758677E4F88A2CEEC3BB5A2399\|yxjI]	unknown
[gene\|F4C0A4050414B2FC9D6E571419D9537707DA4C05\|yxjJ]	survival of stress conditions
[gene\|0A9C77804C09CD5E7D1D5D274E01B5B14920A1A9\|yxkO]	survival of ethanol stress, repair of hydrated NAD(P)H
[gene\|18698DA427051097DEEE63F45F3429B8617B1F48\|yxnA]	survival of ethanol stress
[gene\|9A30DA670D03D63C59DEB54EA7BD6DCEDDBD561A\|yxzF]	unknown
[gene\|4DE499A579610BD576772AED84B1F4256A2418D6\|yycD]	survival of ethanol stress