Category: Phosphorylation on an Arg residue

[category|SW.6|6. Groups of genes]

[category|SW.6.4|6.4. Phosphoproteins]

[category|SW.6.4.1|6.4.1. Phosphorylation on an Arg residue]

Name	Function
[gene\|E4997526CC534E38413030E90F7A135ECF65DF40\|accD]	production of malonyl-CoA, the substrate for fatty acid biosynthesis
[gene\|8F23B575BC32EA63267C4321DD8E4BD546B11AF1\|ahpF]	resistance against peroxide stress
[gene\|1CA87275AFA1B4E4B5E8E10229009F785E70BBA8\|alaR]	unknown
[gene\|D03FB4EAEFBC25A5B0459CF464BFADF1FC7620B2\|albF]	antilisterial bacteriocin (subtilosin) production
[gene\|38DF74800FC5D54183C58B0EB82BD9A3EB93EE33\|apt]	purine salvage and interconversion
[gene\|94E5DA4F460FBC02A186D1013C581179F13BCB3E\|argG]	biosynthesis of arginine
[gene\|75E331ABCDE1C60AAB4AC01229CED81B0AF50E1C\|aroA]	biosynthesis of aromatic amino acids
[gene\|9712D0E655289C97315314BDEE1A0DF2ED2ADCA2\|aroF]	biosynthesis of aromatic amino acids
[gene\|E956A30D97B2941108880F3AD48620C4DB6E0EBD\|atpH]	ATP synthesis
[gene\|37A9CD057DC311397B9A5757F6ED7AE6998F6D5D\|bdhA]	overflow metabolism, fermentation
[gene\|A024921961A786294199EA12E04456C890ED8D8C\|bkdAB]	utilization of branched-chain keto acids
[gene\|86A2F2F65290F4471D6FD03B694821C66C180D8A\|clpC]	protein degradation, positive regulator of autolysin ([protein\|6A21293823151C6980BF52B31A4B249A8440F2E1\|lytC] and [protein\|29219315D31BA4ADE41687EFF17FE41D6C23D157\|lytD]) synthesis
[gene\|CB06A70DE7462CEB7AF5D8C28943C878DD56DE1A\|clpP]	protein degradation
[gene\|45F27C0789199626BA90D2C69E8F13525C911478\|comFA]	genetic competence
[gene\|04D9D70C0BCFDCBD00B5156908C348135080A9C2\|comFC]	nucleotide scavenging
[gene\|41DFEF8A6BC7E34A6681C26D92F2B08DC120A957\|comGA]	genetic competence
[gene\|08CFA2C72931A75532D4289BC1D18A826DE9F9CA\|comK]	regulation of [wiki\|genetic competence] and DNA uptake
[gene\|E585AF0E27A5EA44974D119CE716194B645CA15B\|cotF]	resistance of the spore
[gene\|6977F18870004AD236539D9409255815E6BE9241\|csoR]	control of copper homeostasis
[gene\|908DB17A39D518E84977250C55825E77FA02E391\|ctsR]	regulation of protein degradation
[gene\|A8C0C2B7BCA6FFFF3811402D683FB7B99F7120A4\|divIVA]	division site selection, chromosome segregation and control of peptidoglycan homeostasis
[gene\|3111ECB66CD3CFF0494AA3DF4D646102CF3B0FA8\|fadB]	fatty acid degradation
[gene\|5DE73E8005AFFD30EB84696B2C2474899C6D1982\|fakA]	phosphorylation of fatty acids
[gene\|6F4CD36D4C1EE99EF7A503F44F53AEB8EFFEAB7F\|flgN]	flagellar filament assembly
[gene\|2E73F8DD89F7CFCDE7FAFC58220D8171D0913BAC\|fliY]	movement and chemotaxis
[gene\|C87E74FB67B53DD1C68916AA121388C60CE66E92\|frlB]	metabolism of aminoacylated fructose
[gene\|DBBA549C2D71CF628E92AC7B659EA276E227D742\|ganA]	galactan utilization
[gene\|EB6512177418B1601C6641FB2DEE99C2CD10E671\|gapA]	catabolic enzyme in glycolysis
[gene\|4A6AB40A91B4821B99E2FECD1C4E523321B8BDEA\|gatC]	translation
[gene\|1FDD81F50B0B0F260A638FECD9B92F8A5F5ED126\|gerW]	unknown
[gene\|E29B4702C23AFC774752502FD6C98E43C37BC788\|ggaA]	biosynthesis of teichoic acid
[gene\|44DF1B7E476AD58B3CCC39300FFE0132D0D32AD0\|gltA]	[metabolite\|glutamate] biosynthesis and control of [metabolite\|glutamate] degradation
[gene\|1BC994DE60A7BB35DEDD7154581A396D29AA94A7\|gmk]	GTP biosynthesis
[gene\|8F3DEE8828CA6BAAAF6DB2DA4349EF7AA9DF89F8\|groEL]	protein folding and re-folding
[gene\|D368988F85D8436DD424B0B4A1591BDF092A8EA7\|gtaB]	biosynthesis of teichoic acid
[gene\|C36C8C9EEDCAD392D9BEC9728A1E0CBFF2F4E790\|gudB]	[metabolite\|glutamate] utilization, control of [protein\|87BCAE725B02860156D50E1783F6DB68510C811E\|gltC] activity
[gene\|EFD8FC875B6787B1512C5FC4C81E7E4C9BD93028\|hbs]	DNA packaging, regulation of nucleoid compaction, required for the initiation of [category\|SW.3.1.1\|DNA replication]
[gene\|70263A55987F110209367CF45AD65A584AD3077D\|hemB]	heme biosynthesis
[gene\|37B8B671B84266A7D65B90A9077A0DFF458D1851\|hpf]	protection of essential ribosomal proteins ([protein\|F1969E4C7BAAF70BCBE570F58350C12A3E417539\|S2] and [protein\|E7F4E01A6005C8469EAC64E8DFED96D0F29791A9\|S3])
[gene\|2E57DFB4162EF0CE759C1FC42C637E1B9E4B2F7E\|hrcA]	regulation of chaperone gene expression
[gene\|CB7D0E32C044D541CD966DC1F9DA489D518A7703\|icd]	TCA cycle
[gene\|E6EDDB6D1EDA85D73A0B78A656511D38346A625B\|ilvB]	biosynthesis of branched-chain amino acids
[gene\|EC1CB2FD563EFDA391D13EB8ADFDC8C9734E9D57\|ilvC]	biosynthesis of branched-chain amino acids and [metabolite\|coenzyme A]
[gene\|C31AF6C8050D453D9011B0793403791F1851BA69\|iolE]	myo-inositol catabolism
[gene\|B0A1AB6E920E6CBEE45115297599AF9A80972E38\|katA]	detoxification (degradation) of hydrogen peroxide
[gene\|65E2F7197D46F5C884CC96018EE4F3EEE94FFA18\|kre]	control of [protein\|search\|ComK ]accumulation and of bistable competence gene expression
[gene\|105E3452D7F142A7D7616E35AF3FB753C9B63E38\|leuB]	biosynthesis of leucine
[gene\|AC459429A9C50463FD947C1CF9EA919B6FE3B335\|leuC]	biosynthesis of leucine
[gene\|57B9E37F6232189CD47C1B41FDCF43FCB8016AEB\|lutB]	lactate utilization
[gene\|5EE69198882DF4E9AB8D9D7267F071EF88C2F16D\|lutC]	utilization of lactate
[gene\|CA0939064E70A97434FA450A69E779FD89880613\|mcsA]	control of [protein\|908DB17A39D518E84977250C55825E77FA02E391\|ctsR] activity
[gene\|5832127A2D0BD4AF2E891C93DC7C45221055FFC5\|mdh]	TCA cycle
[gene\|CDE9EF9CFB799794D525F12DEC8C4190C6298575\|melA]	utilization of melibiose and raffinose family oligosaccharides (raffinose, stachyose)
[gene\|224584953B0BC1AF666CD69372B2D53AC56F6752\|menB]	biosynthesis of menaquinone
[gene\|6A38DAA96F7BBF31FD8A4018A8CA7A72F3C28F79\|mgsR]	controls a subset of general stress genes
[gene\|7821C82C6C30079F713B84F1E4D654E07CE5072E\|mntB]	manganese uptake
[gene\|32DD5C61F0F8147DEACBCBBE1283B4E2C88E96E9\|mtnA]	methionine salvage
[gene\|E2475C56019C8EA3E05DC8FF89D8FC2751FA2544\|mtnK]	methionine salvage
[gene\|D30D059185DFB828AB0FD07D600DBC3FD0973198\|nadB]	NAD biosynthesis
[gene\|3A54C644DD1CCA5C08CB9C5CD648D44889E68D23\|nin]	genetic transformation, DNA uptake
[gene\|3B54AD8514709655BA829347B7BD5B38EF7C08ED\|odhA]	TCA cycle
[gene\|02BA02D10DFB06E51101D8CF76BCF5BED94D7CA2\|odhB]	TCA cycle
[gene\|9793E952C985BA268AC28C907900A03F4E8A3253\|oxdC]	unknown
[gene\|651D1E534490276B9BE7BFE7B5819176AE09891E\|pdxS]	pyridoxal-5-phosphate biosynthesis
[gene\|A7E31A5EBCF343B3A841E5F6E9CDE3CA5D1622EB\|pfkA]	catabolic enzyme in glycolysis
[gene\|E3DAC5DE86EE0E34C6ECB6DE1E41309742465CF9\|pgi]	enzyme in glycolysis / gluconeogenesis
[gene\|AF9523D3AA3C032B70175BCFFED34E9A42ED01AF\|phoC]	detoxification of sugar phosphates
[gene\|AB4B8B7325A1BF444D841EF1BBBCEC2D506AE600\|purA]	purine biosynthesis
[gene\|2BD11D71AA6D9EFAD8A209C8813CC8B059180C84\|radC]	DNA repair
[gene\|A44D4677FB70BE8F554BF1001A500F817C7DA95F\|recA]	DNA repair/ recombination
[gene\|F94A1C14912F35ADB4C611AA17D55268CC26160D\|rplK]	translation
[gene\|2BE91EEB70A1961D3BBE0603648E64E86CD0B708\|rplN]	translation
[gene\|F3DE42C41EF57DC5DFFF0D28129F2CE5DB781D99\|rplV]	translation
[gene\|5F3933197343FBBDCBD42B408837F8EEF0A0BEBD\|rplW]	translation
[gene\|DAE7AB27A4C42BF50556BB76F33BEFA8DF35EA3A\|rpmEB]	survival of salt stress
[gene\|D73FC9CAD929919050837824B4794F9FC9E83052\|rpmGA]	translation
[gene\|EC32328548BFB59D9026ACE351C946DBBC0932BC\|rpoB]	[wiki\|transcription]
[gene\|BC8B37355E6FADBA5F4636C3879E99003B0F3E84\|rpoC]	[wiki\|transcription]
[gene\|8049CACE85B2627A08CB4D8A8587D52E2DB24C7F\|rpsG]	translation
[gene\|B50A96DCD3E8FB26BBC2819DA11A6E0B040C1C8E\|rpsH]	translation
[gene\|C8E45EDBCD0CFF353D1D66E6D77FD81E976BC0BC\|rpsI]	translation
[gene\|0E4CB387626F53E5F60C7639D525B57D50C65C03\|rpsL]	translation
[gene\|C8B2EC9E35BDE4FC9B5642B8169F4BD13ACD30AC\|rpsM]	translation
[gene\|0CC562884650F322298BEA28C889E2ABCB01AFDE\|rpsN]	translation
[gene\|F7FD94CE7AB290FBFD3A9B88F204961668F9B42C\|scoC]	transition state regulator
[gene\|360F48D576DE950DF79C1A2677B7A35A8D8CC30C\|sigA]	transcription
[gene\|A25C1530DA7BB007A288E525404E9F775E219FE8\|spoIVA]	initiation of spore coat assembly
[gene\|2C6386E9A63F410558D168798D077DF91590F454\|spx]	negative and positive regulator of many genes
[gene\|81845F44CE2C601555066E31E87384FF5D7B4139\|srfAA]	antibiotic synthesis, biocontrol of fungal growth
[gene\|3C484FDB3A440269E87D6B6E8500A875AC456666\|srfAB]	antibiotic synthesis
[gene\|8DE39680CA7663803A107066FBE9AFFCC77DB72A\|ssbA]	[category\|SW.3.1.1\|DNA replication], [category\|SW.3.1.5\|DNA repair/ recombination]
[gene\|1CDF658441061EA476E27C2E60DEE45C4F45AC15\|ssbB]	required for efficient genetic transformation
[gene\|80B5DAED9B4BD015D877DB4819AB25FC5F165C6D\|sspA]	protection of spore DNA
[gene\|28F47ADECD376494878AE58B395B3A2616B6B5DF\|sspB]	protection of spore DNA
[gene\|25FC6EEC336387285724F75E304B76A2A3E1C056\|sspE]	protection of spore DNA
[gene\|51B5F268EE71DD28741A38F72E507B6E245D5494\|thiC]	biosynthesis of thiamine
[gene\|9F9643D51E9ABA537892B19312491697CECDDCCF\|thyB]	biosynthesis of thymidine nucleotides
[gene\|B6BF089BDC615205C9E4032380B1F0D5568D7C00\|tig]	protein folding
[gene\|E771685D6D41D48E0C0AF77F15B4F380820FCDC2\|tufA]	translation
[gene\|863E26D497D29B820912A0C0F4A3AE4C6865EC2E\|yceE]	required for survival of ethanol stress and at low temperatures
[gene\|A4DB115D36907DE3EE6F80738E4D777838A3FE7F\|ydcI]	unknown
[gene\|1F845CE702BCD10F4DB596E438CE9DB076806B1D\|ydjO]	unknown
[gene\|60445E01C58A2036EDAE7919D18BEFCB1CF5DE42\|yeaD]	unknown
[gene\|E20A5429BCD8719A403229AFB200225EA14EE2DB\|yerA]	utilization of N6-methyladenosine
[gene\|893BB8D1B43F10B46BB7F2DBFE9BE63E9AEEE8EB\|yfmG]	unknown
[gene\|1C3BD9F0863F0C7DDB22EEF7FF4B1D50BED8A797\|yheA]	unknown
[gene\|A703CA58365926CFE6BFC1C4A0B1DA22C67C85AC\|ykoM]	unknown
[gene\|AF4BB5F08F805D3621597559B4C7F53A1A1CAD05\|ylbN]	accumulation of 23S rRNA
[gene\|230FA5701AE56753780E80E204C6A588ED7BC36B\|ypiF]	unknown
[gene\|4F5945C3C8F18BD1B30D97CD516A06077C200B9D\|yrvO]	tRNA modification
[gene\|45229A538D5124B60CE05DDC8699B9BC3D5AD9FF\|ytsJ]	malate utilization, balancing of the NADPH pool
[gene\|43BF293F735ED783D36F33AA4701D57F2AED6657\|ytxH]	unknown
[gene\|5BB2B90D5DDD50DD9B4EF9E69925FCBFA642222B\|yvfU]	unknown
[gene\|0F8048267EC038D8CF673317D969BA27735473A7\|yvrO]	unknown
[gene\|75DB07A2704FEC2932BD0CDD24E2B3454E9551E1\|zagA]	supply of zinc from [protein\|035154A4160F084BA1CC124D0951937B203E167D\|rpmE] to [protein\|7732A37D59E2643F232F2C0AFE51BCF7A79EDE29\|folE]

important original publications

31221751

Page visits: 870

Time of last update: 2025-01-13 19:59:26

Author of last update: Jstuelk

Name	Function
[gene\|E4997526CC534E38413030E90F7A135ECF65DF40\|accD]	production of malonyl-CoA, the substrate for fatty acid biosynthesis
[gene\|8F23B575BC32EA63267C4321DD8E4BD546B11AF1\|ahpF]	resistance against peroxide stress
[gene\|1CA87275AFA1B4E4B5E8E10229009F785E70BBA8\|alaR]	unknown
[gene\|D03FB4EAEFBC25A5B0459CF464BFADF1FC7620B2\|albF]	antilisterial bacteriocin (subtilosin) production
[gene\|38DF74800FC5D54183C58B0EB82BD9A3EB93EE33\|apt]	purine salvage and interconversion
[gene\|94E5DA4F460FBC02A186D1013C581179F13BCB3E\|argG]	biosynthesis of arginine
[gene\|75E331ABCDE1C60AAB4AC01229CED81B0AF50E1C\|aroA]	biosynthesis of aromatic amino acids
[gene\|9712D0E655289C97315314BDEE1A0DF2ED2ADCA2\|aroF]	biosynthesis of aromatic amino acids
[gene\|E956A30D97B2941108880F3AD48620C4DB6E0EBD\|atpH]	ATP synthesis
[gene\|37A9CD057DC311397B9A5757F6ED7AE6998F6D5D\|bdhA]	overflow metabolism, fermentation
[gene\|A024921961A786294199EA12E04456C890ED8D8C\|bkdAB]	utilization of branched-chain keto acids
[gene\|86A2F2F65290F4471D6FD03B694821C66C180D8A\|clpC]	protein degradation, positive regulator of autolysin ([protein\|6A21293823151C6980BF52B31A4B249A8440F2E1\|lytC] and [protein\|29219315D31BA4ADE41687EFF17FE41D6C23D157\|lytD]) synthesis
[gene\|CB06A70DE7462CEB7AF5D8C28943C878DD56DE1A\|clpP]	protein degradation
[gene\|45F27C0789199626BA90D2C69E8F13525C911478\|comFA]	genetic competence
[gene\|04D9D70C0BCFDCBD00B5156908C348135080A9C2\|comFC]	nucleotide scavenging
[gene\|41DFEF8A6BC7E34A6681C26D92F2B08DC120A957\|comGA]	genetic competence
[gene\|08CFA2C72931A75532D4289BC1D18A826DE9F9CA\|comK]	regulation of [wiki\|genetic competence] and DNA uptake
[gene\|E585AF0E27A5EA44974D119CE716194B645CA15B\|cotF]	resistance of the spore
[gene\|6977F18870004AD236539D9409255815E6BE9241\|csoR]	control of copper homeostasis
[gene\|908DB17A39D518E84977250C55825E77FA02E391\|ctsR]	regulation of protein degradation
[gene\|A8C0C2B7BCA6FFFF3811402D683FB7B99F7120A4\|divIVA]	division site selection, chromosome segregation and control of peptidoglycan homeostasis
[gene\|3111ECB66CD3CFF0494AA3DF4D646102CF3B0FA8\|fadB]	fatty acid degradation
[gene\|5DE73E8005AFFD30EB84696B2C2474899C6D1982\|fakA]	phosphorylation of fatty acids
[gene\|6F4CD36D4C1EE99EF7A503F44F53AEB8EFFEAB7F\|flgN]	flagellar filament assembly
[gene\|2E73F8DD89F7CFCDE7FAFC58220D8171D0913BAC\|fliY]	movement and chemotaxis
[gene\|C87E74FB67B53DD1C68916AA121388C60CE66E92\|frlB]	metabolism of aminoacylated fructose
[gene\|DBBA549C2D71CF628E92AC7B659EA276E227D742\|ganA]	galactan utilization
[gene\|EB6512177418B1601C6641FB2DEE99C2CD10E671\|gapA]	catabolic enzyme in glycolysis
[gene\|4A6AB40A91B4821B99E2FECD1C4E523321B8BDEA\|gatC]	translation
[gene\|1FDD81F50B0B0F260A638FECD9B92F8A5F5ED126\|gerW]	unknown
[gene\|E29B4702C23AFC774752502FD6C98E43C37BC788\|ggaA]	biosynthesis of teichoic acid
[gene\|44DF1B7E476AD58B3CCC39300FFE0132D0D32AD0\|gltA]	[metabolite\|glutamate] biosynthesis and control of [metabolite\|glutamate] degradation
[gene\|1BC994DE60A7BB35DEDD7154581A396D29AA94A7\|gmk]	GTP biosynthesis
[gene\|8F3DEE8828CA6BAAAF6DB2DA4349EF7AA9DF89F8\|groEL]	protein folding and re-folding
[gene\|D368988F85D8436DD424B0B4A1591BDF092A8EA7\|gtaB]	biosynthesis of teichoic acid
[gene\|C36C8C9EEDCAD392D9BEC9728A1E0CBFF2F4E790\|gudB]	[metabolite\|glutamate] utilization, control of [protein\|87BCAE725B02860156D50E1783F6DB68510C811E\|gltC] activity
[gene\|EFD8FC875B6787B1512C5FC4C81E7E4C9BD93028\|hbs]	DNA packaging, regulation of nucleoid compaction, required for the initiation of [category\|SW.3.1.1\|DNA replication]
[gene\|70263A55987F110209367CF45AD65A584AD3077D\|hemB]	heme biosynthesis
[gene\|37B8B671B84266A7D65B90A9077A0DFF458D1851\|hpf]	protection of essential ribosomal proteins ([protein\|F1969E4C7BAAF70BCBE570F58350C12A3E417539\|S2] and [protein\|E7F4E01A6005C8469EAC64E8DFED96D0F29791A9\|S3])
[gene\|2E57DFB4162EF0CE759C1FC42C637E1B9E4B2F7E\|hrcA]	regulation of chaperone gene expression
[gene\|CB7D0E32C044D541CD966DC1F9DA489D518A7703\|icd]	TCA cycle
[gene\|E6EDDB6D1EDA85D73A0B78A656511D38346A625B\|ilvB]	biosynthesis of branched-chain amino acids
[gene\|EC1CB2FD563EFDA391D13EB8ADFDC8C9734E9D57\|ilvC]	biosynthesis of branched-chain amino acids and [metabolite\|coenzyme A]
[gene\|C31AF6C8050D453D9011B0793403791F1851BA69\|iolE]	myo-inositol catabolism
[gene\|B0A1AB6E920E6CBEE45115297599AF9A80972E38\|katA]	detoxification (degradation) of hydrogen peroxide
[gene\|65E2F7197D46F5C884CC96018EE4F3EEE94FFA18\|kre]	control of [protein\|search\|ComK ]accumulation and of bistable competence gene expression
[gene\|105E3452D7F142A7D7616E35AF3FB753C9B63E38\|leuB]	biosynthesis of leucine
[gene\|AC459429A9C50463FD947C1CF9EA919B6FE3B335\|leuC]	biosynthesis of leucine
[gene\|57B9E37F6232189CD47C1B41FDCF43FCB8016AEB\|lutB]	lactate utilization
[gene\|5EE69198882DF4E9AB8D9D7267F071EF88C2F16D\|lutC]	utilization of lactate
[gene\|CA0939064E70A97434FA450A69E779FD89880613\|mcsA]	control of [protein\|908DB17A39D518E84977250C55825E77FA02E391\|ctsR] activity
[gene\|5832127A2D0BD4AF2E891C93DC7C45221055FFC5\|mdh]	TCA cycle
[gene\|CDE9EF9CFB799794D525F12DEC8C4190C6298575\|melA]	utilization of melibiose and raffinose family oligosaccharides (raffinose, stachyose)
[gene\|224584953B0BC1AF666CD69372B2D53AC56F6752\|menB]	biosynthesis of menaquinone
[gene\|6A38DAA96F7BBF31FD8A4018A8CA7A72F3C28F79\|mgsR]	controls a subset of general stress genes
[gene\|7821C82C6C30079F713B84F1E4D654E07CE5072E\|mntB]	manganese uptake
[gene\|32DD5C61F0F8147DEACBCBBE1283B4E2C88E96E9\|mtnA]	methionine salvage
[gene\|E2475C56019C8EA3E05DC8FF89D8FC2751FA2544\|mtnK]	methionine salvage
[gene\|D30D059185DFB828AB0FD07D600DBC3FD0973198\|nadB]	NAD biosynthesis
[gene\|3A54C644DD1CCA5C08CB9C5CD648D44889E68D23\|nin]	genetic transformation, DNA uptake
[gene\|3B54AD8514709655BA829347B7BD5B38EF7C08ED\|odhA]	TCA cycle
[gene\|02BA02D10DFB06E51101D8CF76BCF5BED94D7CA2\|odhB]	TCA cycle
[gene\|9793E952C985BA268AC28C907900A03F4E8A3253\|oxdC]	unknown
[gene\|651D1E534490276B9BE7BFE7B5819176AE09891E\|pdxS]	pyridoxal-5-phosphate biosynthesis
[gene\|A7E31A5EBCF343B3A841E5F6E9CDE3CA5D1622EB\|pfkA]	catabolic enzyme in glycolysis
[gene\|E3DAC5DE86EE0E34C6ECB6DE1E41309742465CF9\|pgi]	enzyme in glycolysis / gluconeogenesis
[gene\|AF9523D3AA3C032B70175BCFFED34E9A42ED01AF\|phoC]	detoxification of sugar phosphates
[gene\|AB4B8B7325A1BF444D841EF1BBBCEC2D506AE600\|purA]	purine biosynthesis
[gene\|2BD11D71AA6D9EFAD8A209C8813CC8B059180C84\|radC]	DNA repair
[gene\|A44D4677FB70BE8F554BF1001A500F817C7DA95F\|recA]	DNA repair/ recombination
[gene\|F94A1C14912F35ADB4C611AA17D55268CC26160D\|rplK]	translation
[gene\|2BE91EEB70A1961D3BBE0603648E64E86CD0B708\|rplN]	translation
[gene\|F3DE42C41EF57DC5DFFF0D28129F2CE5DB781D99\|rplV]	translation
[gene\|5F3933197343FBBDCBD42B408837F8EEF0A0BEBD\|rplW]	translation
[gene\|DAE7AB27A4C42BF50556BB76F33BEFA8DF35EA3A\|rpmEB]	survival of salt stress
[gene\|D73FC9CAD929919050837824B4794F9FC9E83052\|rpmGA]	translation
[gene\|EC32328548BFB59D9026ACE351C946DBBC0932BC\|rpoB]	[wiki\|transcription]
[gene\|BC8B37355E6FADBA5F4636C3879E99003B0F3E84\|rpoC]	[wiki\|transcription]
[gene\|8049CACE85B2627A08CB4D8A8587D52E2DB24C7F\|rpsG]	translation
[gene\|B50A96DCD3E8FB26BBC2819DA11A6E0B040C1C8E\|rpsH]	translation
[gene\|C8E45EDBCD0CFF353D1D66E6D77FD81E976BC0BC\|rpsI]	translation
[gene\|0E4CB387626F53E5F60C7639D525B57D50C65C03\|rpsL]	translation
[gene\|C8B2EC9E35BDE4FC9B5642B8169F4BD13ACD30AC\|rpsM]	translation
[gene\|0CC562884650F322298BEA28C889E2ABCB01AFDE\|rpsN]	translation
[gene\|F7FD94CE7AB290FBFD3A9B88F204961668F9B42C\|scoC]	transition state regulator
[gene\|360F48D576DE950DF79C1A2677B7A35A8D8CC30C\|sigA]	transcription
[gene\|A25C1530DA7BB007A288E525404E9F775E219FE8\|spoIVA]	initiation of spore coat assembly
[gene\|2C6386E9A63F410558D168798D077DF91590F454\|spx]	negative and positive regulator of many genes
[gene\|81845F44CE2C601555066E31E87384FF5D7B4139\|srfAA]	antibiotic synthesis, biocontrol of fungal growth
[gene\|3C484FDB3A440269E87D6B6E8500A875AC456666\|srfAB]	antibiotic synthesis
[gene\|8DE39680CA7663803A107066FBE9AFFCC77DB72A\|ssbA]	[category\|SW.3.1.1\|DNA replication], [category\|SW.3.1.5\|DNA repair/ recombination]
[gene\|1CDF658441061EA476E27C2E60DEE45C4F45AC15\|ssbB]	required for efficient genetic transformation
[gene\|80B5DAED9B4BD015D877DB4819AB25FC5F165C6D\|sspA]	protection of spore DNA
[gene\|28F47ADECD376494878AE58B395B3A2616B6B5DF\|sspB]	protection of spore DNA
[gene\|25FC6EEC336387285724F75E304B76A2A3E1C056\|sspE]	protection of spore DNA
[gene\|51B5F268EE71DD28741A38F72E507B6E245D5494\|thiC]	biosynthesis of thiamine
[gene\|9F9643D51E9ABA537892B19312491697CECDDCCF\|thyB]	biosynthesis of thymidine nucleotides
[gene\|B6BF089BDC615205C9E4032380B1F0D5568D7C00\|tig]	protein folding
[gene\|E771685D6D41D48E0C0AF77F15B4F380820FCDC2\|tufA]	translation
[gene\|863E26D497D29B820912A0C0F4A3AE4C6865EC2E\|yceE]	required for survival of ethanol stress and at low temperatures
[gene\|A4DB115D36907DE3EE6F80738E4D777838A3FE7F\|ydcI]	unknown
[gene\|1F845CE702BCD10F4DB596E438CE9DB076806B1D\|ydjO]	unknown
[gene\|60445E01C58A2036EDAE7919D18BEFCB1CF5DE42\|yeaD]	unknown
[gene\|E20A5429BCD8719A403229AFB200225EA14EE2DB\|yerA]	utilization of N6-methyladenosine
[gene\|893BB8D1B43F10B46BB7F2DBFE9BE63E9AEEE8EB\|yfmG]	unknown
[gene\|1C3BD9F0863F0C7DDB22EEF7FF4B1D50BED8A797\|yheA]	unknown
[gene\|A703CA58365926CFE6BFC1C4A0B1DA22C67C85AC\|ykoM]	unknown
[gene\|AF4BB5F08F805D3621597559B4C7F53A1A1CAD05\|ylbN]	accumulation of 23S rRNA
[gene\|230FA5701AE56753780E80E204C6A588ED7BC36B\|ypiF]	unknown
[gene\|4F5945C3C8F18BD1B30D97CD516A06077C200B9D\|yrvO]	tRNA modification
[gene\|45229A538D5124B60CE05DDC8699B9BC3D5AD9FF\|ytsJ]	malate utilization, balancing of the NADPH pool
[gene\|43BF293F735ED783D36F33AA4701D57F2AED6657\|ytxH]	unknown
[gene\|5BB2B90D5DDD50DD9B4EF9E69925FCBFA642222B\|yvfU]	unknown
[gene\|0F8048267EC038D8CF673317D969BA27735473A7\|yvrO]	unknown
[gene\|75DB07A2704FEC2932BD0CDD24E2B3454E9551E1\|zagA]	supply of zinc from [protein\|035154A4160F084BA1CC124D0951937B203E167D\|rpmE] to [protein\|7732A37D59E2643F232F2C0AFE51BCF7A79EDE29\|folE]