Category: Phosphorylation on a Ser residue

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

[category|SW.6.4|6.4. Phosphoproteins]

[category|SW.6.4.5|6.4.5. Phosphorylation on a Ser residue]

Name	Function
[gene\|E5110D9C36E8C55AFD1419987B14A53232165F20\|abrB]	regulation of gene expression during the transition from growth to stationary phase
[gene\|A987E1510578E8DE822C2019488D457CB7CFBE73\|adeR]	control of [gene\|2D346CF412BA32EE18111DA930CFA1306F95024B\|ald] expression
[gene\|8F23B575BC32EA63267C4321DD8E4BD546B11AF1\|ahpF]	resistance against peroxide stress
[gene\|75E331ABCDE1C60AAB4AC01229CED81B0AF50E1C\|aroA]	biosynthesis of aromatic amino acids
[gene\|564A2F43F8AABE97FC8F0B1B3382A9F31F02FA18\|asd]	biosynthesis of threonine, lysine, dipicolic acid, peptidoglycan
[gene\|58E3A065A95D03B4FB1F544906F53D1704D29EAD\|citZ]	TCA cycle
[gene\|90ACE0DECA58D3C1A55E135120F7A0C1C920571C\|codY]	regulation of a large regulon in response to branched-chain amino acid limitation
[gene\|2A0B2CA7C982C03C1AFBDB3540A918EE937B06CB\|cotB]	resistance of the spore
[gene\|49BAFE3E69F1F91AEF4154F55B44639DD3CE4A71\|cotG]	control of spore permeability, resistance of the spore
[gene\|A269774F2FDC94F93BA5F1360FFFE754B50383AD\|crh]	control of carbon flux
[gene\|047CE33C0CC127DAD15D68D63843DF89F93ED3BF\|degS]	regulation of degradative enzyme and genetic competence
[gene\|0D4D200095AD4F9B30179B9AF500306EDA61F5D1\|dhbC]	biosynthesis of the siderophore bacillibactin
[gene\|95B75CFF126AF0AD845E62B4036DD3B6DAC8C7FA\|dhbF]	biosynthesis of the siderophore bacillibactin
[gene\|67651D5D3122A89F57F9E7D49074C82A8990A277\|eno]	enzyme in glycolysis/ gluconeogenesis
[gene\|3B9331D6755B8253944AB33521BBF2B3EBA4CAEB\|frlP]	uptake of sugar amines
[gene\|297844645CCCF40CB40E84339997F6610883DF4E\|fusA]	translation
[gene\|0D7F5504590512E1598B94DC1734BF8FF67ED994\|gerR]	spore coat formation and resistance of spores to lysozyme
[gene\|F022ACB2CBB8DA46B392CE1D26474093645F26DA\|glmM]	cell wall synthesis, control of c-di-AMP synthesis
[gene\|0D8B3F1F86FDBAE0F3B3651F456340F147B394AF\|groES]	protein folding and re-folding
[gene\|AA42910B71348EFEA4165CFFCEF1E497897B9DDC\|gyrB]	DNA supercoiling, control of [category\|SW.3.1.1\|replication] initiation, resolution of head-on [category\|SW.3.1.1\|DNA replication]-[category\|SW.3.2.1\|Transcription] conflicts
[gene\|51B3ED39FC423164A6FD6271815E029137B362A9\|hemQ]	biosynthesis of heme
[gene\|EC1CB2FD563EFDA391D13EB8ADFDC8C9734E9D57\|ilvC]	biosynthesis of branched-chain amino acids and [metabolite\|coenzyme A]
[gene\|65FC7F4ED92F747DB7BC5672DCA2D2320A471134\|licB]	lichenan uptake and phosphorylation, control of LicR activity
[gene\|575CEC5C5C0458DC86A74F24654AC6990CB1E732\|manP]	mannose uptake and phosphorylation, control of [protein\|F273002AF97D87BB025B4F014C328C5592EAD621\|manR] activity
[gene\|5832127A2D0BD4AF2E891C93DC7C45221055FFC5\|mdh]	TCA cycle
[gene\|DCBDD135F295B04FE7C7EB92E94638701CB320DD\|metS]	translation
[gene\|5291FEF41CA547223EDF9EBAFA38D3EE550ED3F3\|mtlA]	mannitol uptake and phosphorylation, control of [protein\|1CEDC98C9EDD8F3DEA0AF4B2104DA1BF86E688C2\|mtlR] activity
[gene\|0B1F43F43A4DC1574A153DBFBAA5D0A1855F9B61\|murQ]	cell wall turnover
[gene\|B498ED03F19B7A73878D5C947C28C2A87CAB934D\|ndk]	maintainance of an equilibrium between the concentrations of different nucleoside triphosphates
[gene\|458E967052D1093A0F48AE0E6B6CCA0F52EAC44D\|pdhB]	links glycolysis and TCA cycle
[gene\|ECF0F2E906BF94F509817752827CA189AFBE53FE\|pgk]	enzyme in glycolysis/ gluconeogenesis
[gene\|C86FB523451AC172A20801829B717E5A5F914211\|pgm]	enzyme in glycolysis / gluconeogenesis
[gene\|7FCB9037FDDC176FCF76088ADE7387A6A37068A9\|pnbA]	lipid degradation
[gene\|29B793660E4D30C0656248F3EF403FEF76FB9025\|ptsH]	PTS-dependent sugar transport and carbon catabolite repression
[gene\|14ED1AF5038F43F3B151FCBABE6CFC5A2DA3AA6E\|ptsI]	PTS-dependent sugar transport
[gene\|BC6FA7677AAE6BA24530D125007A18056D75DADF\|pupG]	purine salvage and interconversion
[gene\|F76A03A71DADC32C7166E37B994EFED019FDF8A4\|pyk]	catabolic enzyme in glycolysis, control of [category\|SW.3.1.1\|DNA replication]
[gene\|B83462A50FDDD20FE9BD4681824E30AAD10F506B\|pyrB]	pyrimidine biosynthesis
[gene\|A44D4677FB70BE8F554BF1001A500F817C7DA95F\|recA]	DNA repair/ recombination
[gene\|CD121BBF1DC206D1189ECF8B32456641A55C41D4\|rocF]	arginine utilization
[gene\|7C36409F155E4C91CEE902FE6937571BD0C50128\|rpsA]	translation
[gene\|751D0B909922D4D931FF3B2285CF142D966FCD48\|rpsJ]	translation
[gene\|5EEEDE60CE9E5CDAEBAB0E03AABDF1DF62F1F002\|rsbRC]	control of SigB activity
[gene\|841CE7FCA4E84445830CA18F9856F6F30014E3BB\|rsbS]	control of [protein\|580011DE5DC40EC9E7E0512791D328FAA010DCB8\|sigB] activity
[gene\|AC64DA463250A090A62E50901EFE653C8F963872\|rsbV]	control of [protein\|search\|SigB ]activity
[gene\|3936E91C062074BFE4284B54A8CC33F35F94F5EE\|spoIIAA]	control of [protein\|CFF318EE6CACDEE763FBF96A2ABB46E944679AAA\|sigF] activity
[gene\|E9FF83FA90DCD7ECABFD67E95ECFAD3518DDC775\|spoVG]	cell division, control of sporulation initiation
[gene\|81845F44CE2C601555066E31E87384FF5D7B4139\|srfAA]	antibiotic synthesis, biocontrol of fungal growth
[gene\|3C484FDB3A440269E87D6B6E8500A875AC456666\|srfAB]	antibiotic synthesis
[gene\|1D5F227860A321506A1AB4BAE63CAD3A66E43BFC\|srfAC]	antibiotic synthesis
[gene\|80B5DAED9B4BD015D877DB4819AB25FC5F165C6D\|sspA]	protection of spore DNA
[gene\|28F47ADECD376494878AE58B395B3A2616B6B5DF\|sspB]	protection of spore DNA
[gene\|D72175937B3956C2BC500FC00CEC8EC57A0A76A8\|sucC]	TCA cycle
[gene\|88028A5F3520CB6DAB014412974EB59CC5D226DD\|tagE]	biosynthesis of teichoic acid
[gene\|51B5F268EE71DD28741A38F72E507B6E245D5494\|thiC]	biosynthesis of thiamine
[gene\|0B5E910DC94463E34ABD393E3A8F20191E4A38B2\|tpi]	enzyme in glycolysis/ gluconeogenesis
[gene\|C4EF534C1CA613038E1B7042A12EFAA6DA0B5B85\|trmK]	tRNA modification
[gene\|94E1130A787CBCCCDBDA93C8AFC24ECB82D5FE61\|tsf]	translation
[gene\|C8B3C93479DC1EF6DAD6FCBEEBAD57817BBAFDDA\|ycnE]	unknown
[gene\|E20A5429BCD8719A403229AFB200225EA14EE2DB\|yerA]	utilization of N6-methyladenosine
[gene\|00A19F2D960FAD4A6DA34D027828E1135A3BE218\|yezB]	possible stressosome protein
[gene\|C832113D9C59F56C6CDA695B589B1E001C881ABE\|yfjC]	unknown
[gene\|E8B1846CEF630C3CD89B3A92E9D8BE9DBC84FD68\|yfkK]	unknown
[gene\|38EABA6E1998FF194B6EEB6ACDC800615E998BD3\|yjbK]	unknown
[gene\|4B2A124B726393544A47791E5A5681F7B766A588\|ypoC]	unknown
[gene\|249DB77A83EE6D1EFDCB5C3D14A7801DD236294D\|yqbO]	unknown
[gene\|53259B300509E6B6DAF3ED106D1DDEDC99B5532B\|ytnP]	defense against competing bacteria
[gene\|1419F2F99D924973D75EE6FAA41F9A27EC5283E1\|ywjH]	pentose phosphate pathway
[gene\|61004D2C1EDA3CD84514FD6D468BF594575616F4\|ywrJ]	unknown

Page visits: 1103

Time of last update: 2025-01-10 19:53:15

Author of last update: ghost

Name	Function
[gene\|E5110D9C36E8C55AFD1419987B14A53232165F20\|abrB]	regulation of gene expression during the transition from growth to stationary phase
[gene\|A987E1510578E8DE822C2019488D457CB7CFBE73\|adeR]	control of [gene\|2D346CF412BA32EE18111DA930CFA1306F95024B\|ald] expression
[gene\|8F23B575BC32EA63267C4321DD8E4BD546B11AF1\|ahpF]	resistance against peroxide stress
[gene\|75E331ABCDE1C60AAB4AC01229CED81B0AF50E1C\|aroA]	biosynthesis of aromatic amino acids
[gene\|564A2F43F8AABE97FC8F0B1B3382A9F31F02FA18\|asd]	biosynthesis of threonine, lysine, dipicolic acid, peptidoglycan
[gene\|58E3A065A95D03B4FB1F544906F53D1704D29EAD\|citZ]	TCA cycle
[gene\|90ACE0DECA58D3C1A55E135120F7A0C1C920571C\|codY]	regulation of a large regulon in response to branched-chain amino acid limitation
[gene\|2A0B2CA7C982C03C1AFBDB3540A918EE937B06CB\|cotB]	resistance of the spore
[gene\|49BAFE3E69F1F91AEF4154F55B44639DD3CE4A71\|cotG]	control of spore permeability, resistance of the spore
[gene\|A269774F2FDC94F93BA5F1360FFFE754B50383AD\|crh]	control of carbon flux
[gene\|047CE33C0CC127DAD15D68D63843DF89F93ED3BF\|degS]	regulation of degradative enzyme and genetic competence
[gene\|0D4D200095AD4F9B30179B9AF500306EDA61F5D1\|dhbC]	biosynthesis of the siderophore bacillibactin
[gene\|95B75CFF126AF0AD845E62B4036DD3B6DAC8C7FA\|dhbF]	biosynthesis of the siderophore bacillibactin
[gene\|67651D5D3122A89F57F9E7D49074C82A8990A277\|eno]	enzyme in glycolysis/ gluconeogenesis
[gene\|3B9331D6755B8253944AB33521BBF2B3EBA4CAEB\|frlP]	uptake of sugar amines
[gene\|297844645CCCF40CB40E84339997F6610883DF4E\|fusA]	translation
[gene\|0D7F5504590512E1598B94DC1734BF8FF67ED994\|gerR]	spore coat formation and resistance of spores to lysozyme
[gene\|F022ACB2CBB8DA46B392CE1D26474093645F26DA\|glmM]	cell wall synthesis, control of c-di-AMP synthesis
[gene\|0D8B3F1F86FDBAE0F3B3651F456340F147B394AF\|groES]	protein folding and re-folding
[gene\|AA42910B71348EFEA4165CFFCEF1E497897B9DDC\|gyrB]	DNA supercoiling, control of [category\|SW.3.1.1\|replication] initiation, resolution of head-on [category\|SW.3.1.1\|DNA replication]-[category\|SW.3.2.1\|Transcription] conflicts
[gene\|51B3ED39FC423164A6FD6271815E029137B362A9\|hemQ]	biosynthesis of heme
[gene\|EC1CB2FD563EFDA391D13EB8ADFDC8C9734E9D57\|ilvC]	biosynthesis of branched-chain amino acids and [metabolite\|coenzyme A]
[gene\|65FC7F4ED92F747DB7BC5672DCA2D2320A471134\|licB]	lichenan uptake and phosphorylation, control of LicR activity
[gene\|575CEC5C5C0458DC86A74F24654AC6990CB1E732\|manP]	mannose uptake and phosphorylation, control of [protein\|F273002AF97D87BB025B4F014C328C5592EAD621\|manR] activity
[gene\|5832127A2D0BD4AF2E891C93DC7C45221055FFC5\|mdh]	TCA cycle
[gene\|DCBDD135F295B04FE7C7EB92E94638701CB320DD\|metS]	translation
[gene\|5291FEF41CA547223EDF9EBAFA38D3EE550ED3F3\|mtlA]	mannitol uptake and phosphorylation, control of [protein\|1CEDC98C9EDD8F3DEA0AF4B2104DA1BF86E688C2\|mtlR] activity
[gene\|0B1F43F43A4DC1574A153DBFBAA5D0A1855F9B61\|murQ]	cell wall turnover
[gene\|B498ED03F19B7A73878D5C947C28C2A87CAB934D\|ndk]	maintainance of an equilibrium between the concentrations of different nucleoside triphosphates
[gene\|458E967052D1093A0F48AE0E6B6CCA0F52EAC44D\|pdhB]	links glycolysis and TCA cycle
[gene\|ECF0F2E906BF94F509817752827CA189AFBE53FE\|pgk]	enzyme in glycolysis/ gluconeogenesis
[gene\|C86FB523451AC172A20801829B717E5A5F914211\|pgm]	enzyme in glycolysis / gluconeogenesis
[gene\|7FCB9037FDDC176FCF76088ADE7387A6A37068A9\|pnbA]	lipid degradation
[gene\|29B793660E4D30C0656248F3EF403FEF76FB9025\|ptsH]	PTS-dependent sugar transport and carbon catabolite repression
[gene\|14ED1AF5038F43F3B151FCBABE6CFC5A2DA3AA6E\|ptsI]	PTS-dependent sugar transport
[gene\|BC6FA7677AAE6BA24530D125007A18056D75DADF\|pupG]	purine salvage and interconversion
[gene\|F76A03A71DADC32C7166E37B994EFED019FDF8A4\|pyk]	catabolic enzyme in glycolysis, control of [category\|SW.3.1.1\|DNA replication]
[gene\|B83462A50FDDD20FE9BD4681824E30AAD10F506B\|pyrB]	pyrimidine biosynthesis
[gene\|A44D4677FB70BE8F554BF1001A500F817C7DA95F\|recA]	DNA repair/ recombination
[gene\|CD121BBF1DC206D1189ECF8B32456641A55C41D4\|rocF]	arginine utilization
[gene\|7C36409F155E4C91CEE902FE6937571BD0C50128\|rpsA]	translation
[gene\|751D0B909922D4D931FF3B2285CF142D966FCD48\|rpsJ]	translation
[gene\|5EEEDE60CE9E5CDAEBAB0E03AABDF1DF62F1F002\|rsbRC]	control of SigB activity
[gene\|841CE7FCA4E84445830CA18F9856F6F30014E3BB\|rsbS]	control of [protein\|580011DE5DC40EC9E7E0512791D328FAA010DCB8\|sigB] activity
[gene\|AC64DA463250A090A62E50901EFE653C8F963872\|rsbV]	control of [protein\|search\|SigB ]activity
[gene\|3936E91C062074BFE4284B54A8CC33F35F94F5EE\|spoIIAA]	control of [protein\|CFF318EE6CACDEE763FBF96A2ABB46E944679AAA\|sigF] activity
[gene\|E9FF83FA90DCD7ECABFD67E95ECFAD3518DDC775\|spoVG]	cell division, control of sporulation initiation
[gene\|81845F44CE2C601555066E31E87384FF5D7B4139\|srfAA]	antibiotic synthesis, biocontrol of fungal growth
[gene\|3C484FDB3A440269E87D6B6E8500A875AC456666\|srfAB]	antibiotic synthesis
[gene\|1D5F227860A321506A1AB4BAE63CAD3A66E43BFC\|srfAC]	antibiotic synthesis
[gene\|80B5DAED9B4BD015D877DB4819AB25FC5F165C6D\|sspA]	protection of spore DNA
[gene\|28F47ADECD376494878AE58B395B3A2616B6B5DF\|sspB]	protection of spore DNA
[gene\|D72175937B3956C2BC500FC00CEC8EC57A0A76A8\|sucC]	TCA cycle
[gene\|88028A5F3520CB6DAB014412974EB59CC5D226DD\|tagE]	biosynthesis of teichoic acid
[gene\|51B5F268EE71DD28741A38F72E507B6E245D5494\|thiC]	biosynthesis of thiamine
[gene\|0B5E910DC94463E34ABD393E3A8F20191E4A38B2\|tpi]	enzyme in glycolysis/ gluconeogenesis
[gene\|C4EF534C1CA613038E1B7042A12EFAA6DA0B5B85\|trmK]	tRNA modification
[gene\|94E1130A787CBCCCDBDA93C8AFC24ECB82D5FE61\|tsf]	translation
[gene\|C8B3C93479DC1EF6DAD6FCBEEBAD57817BBAFDDA\|ycnE]	unknown
[gene\|E20A5429BCD8719A403229AFB200225EA14EE2DB\|yerA]	utilization of N6-methyladenosine
[gene\|00A19F2D960FAD4A6DA34D027828E1135A3BE218\|yezB]	possible stressosome protein
[gene\|C832113D9C59F56C6CDA695B589B1E001C881ABE\|yfjC]	unknown
[gene\|E8B1846CEF630C3CD89B3A92E9D8BE9DBC84FD68\|yfkK]	unknown
[gene\|38EABA6E1998FF194B6EEB6ACDC800615E998BD3\|yjbK]	unknown
[gene\|4B2A124B726393544A47791E5A5681F7B766A588\|ypoC]	unknown
[gene\|249DB77A83EE6D1EFDCB5C3D14A7801DD236294D\|yqbO]	unknown
[gene\|53259B300509E6B6DAF3ED106D1DDEDC99B5532B\|ytnP]	defense against competing bacteria
[gene\|1419F2F99D924973D75EE6FAA41F9A27EC5283E1\|ywjH]	pentose phosphate pathway
[gene\|61004D2C1EDA3CD84514FD6D468BF594575616F4\|ywrJ]	unknown