Category: Transcription factors/ other

[category|SW.3|3. Information processing]

[category|SW.3.4|3.4. Regulation of gene expression]

[category|SW.3.4.2|3.4.2. Transcription factors and their control]

[category|SW.3.4.2.5|3.4.2.5. Transcription factors/ other]

Name	Function
[gene\|706864AAF36684AD5E46F30E9EB76315AB412700\|acoR]	regulation of acetoin utilization
[gene\|0F8A564256A598DB3A36668FA0C984542FE1323F\|adaA]	adaptive response to alkylative DNA damage
[gene\|A987E1510578E8DE822C2019488D457CB7CFBE73\|adeR]	control of [gene\|2D346CF412BA32EE18111DA930CFA1306F95024B\|ald] expression
[gene\|B24BA6ABCAF7325EC5F8B2655CA182FFC23395FD\|adhR]	regulation of the protective response to formaldehyde and methylglyoxal
[gene\|24A86A4846187E6026A2B7645DC4B7C70908942E\|aerA]	control of amino acid export
[gene\|62F8E0D6BC9DA6390256FA8FB684EA5C9C722AE4\|ahrC]	transcriptional regulator of arginine metabolic genes
[gene\|CAE7D8E45DA7CDE99D3EA114DF7E368A0A126389\|aimR]	control of phage SP beta lysogeny
[gene\|1CA87275AFA1B4E4B5E8E10229009F785E70BBA8\|alaR]	unknown
[gene\|8BA7714236EBFDBB9987F1DACC9775AD974C743E\|alsR]	regulation of acetoin synthesis ([gene\|AAA45830B9C5428CADFA5551D33B513E9B1B7C8E\|alsS]-[gene\|355E70F55A28C6C2C24E8E326EFB673AC303FBEE\|alsD])
[gene\|146947C974D62BCB282BA3F5B924B35695D75886\|ansR]	negative regulation of the [gene\|FED8E46AA1C4EFD27796D5DFBBB1663EBF336BFD\|ansA]-[gene\|5FAE80F22AEBAE63FC3C872EC651166A65C34DC2\|ansB] operon
[gene\|A567466894AE9DE7CDE7816615433A37532297B5\|araR]	regulation of arabinose utilization
[gene\|5D09E5276E3E6D008EFE4B02E4EA7DE1A33ADAE6\|arfM]	regulation of anaerobic genes
[gene\|B3D88B9C89154B77D77FB833CA16FD4F4E29FE96\|arsR]	regulation of As (III) efflux
[gene\|741156D495BE3857683C8A0390764EAD83845ABC\|ascR]	regulation of sulphur metabolism
[gene\|D169C58739F17EE0D341D015592FF07CBBE1B6E1\|aseR]	regulation of As (III) efflux
[gene\|D7397591C2157EBB1951ED3DC1E315F9AE7A4BB3\|azlB]	regulation of branched-chain amino acid transport and histidine export
[gene\|F761DBCE3429C99159F8F7CD8596FD9CF2D0589D\|birA]	regulation of biotin synthesis, addition of biotin to proteins
[gene\|4CEBD81F485DD0B660E297FFC34A0F5270652184\|bkdR]	regulation of branched-chain amino acid utilization
[gene\|507E3E5493A88A0CD4CC0B8BE0EC3FCCA65493C7\|bltR]	regulation of spermidine efflux and degradation
[gene\|9F2C1C9A9DB7AA4CBE72D7C94932B69C8EF0565C\|bmrR]	regulation of multidrug resistance
[gene\|28D03575FA24525C162E6C161631034568E89622\|bsdA]	regulation of resistance to salicylic acid
[gene\|EB28A65CECE994DF2DF486DEACF40F2533703DB0\|btr]	regulation of iron acquisition
[gene\|5B9C4932B2E76D6B8F6BDB640D1ADEE28F488FAD\|catR]	resistance against oxidative and electrophile stress
[gene\|E39AFEB7B7F28969A35C4B51CC6E7819F71C79D9\|ccpA]	carbon catabolite repression (CCR)
[gene\|C14B113B1A8BEA0547459AA7EC5755634D1A8A88\|ccpB]	unknown
[gene\|FE15A41A58A8177280817CA3825764C39185021A\|ccpC]	regulation of tricarboxylic acid branch of the TCA cycle
[gene\|2234D81F8F9B92EAF1CF6F73BEC92D4DE54E2636\|ccpN]	repressor of genes involved in gluconeogenesis ([gene\|C1B89BD3DD27CD566018558D3A7845FB451056F0\|gapB], [gene\|74D4616D1A550D87182FAAC2A4AF6E04F81E1572\|pckA]) and of [gene\|FC93BA60BD185DE5EF31D5605F0B8294EC2E8E5A\|sr1]
[gene\|ADA6F2EDC7B18FDFFA47CC8C55BCDDE1B6821160\|cggR]	transcriptional regulator
[gene\|C0BEEAD315077FE3D0D061D1D447D03E6CB48D6A\|chrS]	regulation of chromate export
[gene\|E7E0B170D1EEECE4E4EDC29B0399CB48253E9A17\|citR]	regulation of the minor citrate synthase
[gene\|90ACE0DECA58D3C1A55E135120F7A0C1C920571C\|codY]	regulation of a large regulon in response to branched-chain amino acid limitation
[gene\|08CFA2C72931A75532D4289BC1D18A826DE9F9CA\|comK]	regulation of [wiki\|genetic competence] and DNA uptake
[gene\|6977F18870004AD236539D9409255815E6BE9241\|csoR]	control of copper homeostasis
[gene\|908DB17A39D518E84977250C55825E77FA02E391\|ctsR]	regulation of protein degradation
[gene\|50930C56C27D22715620A350220E3C56ADB41020\|cymR]	regulation of sulfur metabolism
[gene\|FB37E9B7F7727915ADB18E52FD07A8773C7B30FC\|cysL]	regulation of cysteine biosynthesis
[gene\|6FB1865734C4DE7BE19D3D1A7E0C687B6D7094E1\|czrA]	regulation of resistance against toxic metal cations
[gene\|E9C4C569F18B3335DA9C7FB5B17C87D661E62669\|deoR]	regulation of deoxyribonucleotide utilization
[gene\|2D4E3D6C3634C3F42A4517D5C1A8F4F48CAFF3A6\|dtrR]	resistance to D-Tyr
[gene\|69B143987DCF73B5D080E3FD87A6CA2940E07DA8\|exuR]	regulation of hexuronate utilization
[gene\|8A8F93BAD0582F712C9EE1C3FE6C04292E91F390\|fadR]	regulation of fatty acid degradation
[gene\|FCDE900167AE36377979E0CF7BC33C7F351B95D3\|fapR]	regulation of fatty acid biosynthesis
[gene\|3DA3FFB295F5513A220CB163994EE0F356C810E6\|fatR]	unknown
[gene\|7165CC59CDAF64AAE2D591936860304A53BE5DF6\|fnr]	regulation of anaerobiosis, fermentation and overflow metabolism
[gene\|412A1DBBE7F87765DEBEEAAE02A047636A354D5E\|frlR]	regulation of utilization of sugar amines
[gene\|7FD2294B0538EB6D83DC3E0752600D2464CDE4A3\|fruR]	regulation of fructose utilization
[gene\|F899F1EE27E6D503BCC06BC52E3C7FD80B8EF725\|fur]	regulation of iron homoeostasis
[gene\|C7C36FAC0CE72226960FC7E8E016B8EC77AF1036\|gabR]	regulation of gamma-amino butyric acid utilization
[gene\|FB074E8CFCA1C0198457170A7AFD85C875B34DF2\|gamR]	regulation of glucosamine utilization
[gene\|1F787F70C87DEB221709579122D63C2322A84E56\|ganR]	regulation of galactan utilization
[gene\|5C398C1181CE25CAC079AFBA5871C0B72AE1AA96\|gbsR]	regulation of osmoprotection
[gene\|19228BAD44E6DA3DE908DC390FDF628C18D94E65\|gerE]	regulation of [protein\|24F7FD5C7C3A68BB2760ABB8CBD8FBD65E5FF7D4\|sigK]-dependent gene expression
[gene\|0D7F5504590512E1598B94DC1734BF8FF67ED994\|gerR]	spore coat formation and resistance of spores to lysozyme
[gene\|6F5831A480B72D17B7B3F0BF7AF147603B65CA49\|glcR]	unknown
[gene\|641C4BDD9702804642E1753A9C779E80FABB3919\|glnR]	regulation of glutamine synthesis
[gene\|38767691AE7E09F46B9E97A60BF5358C1876EDF8\|glpP]	regulation of glycerol and glycerol-3-phosphate utilization
[gene\|87BCAE725B02860156D50E1783F6DB68510C811E\|gltC]	regulation of the [metabolite\|glutamate] synthase operon ([gene\|44DF1B7E476AD58B3CCC39300FFE0132D0D32AD0\|gltA]-[gene\|AA07CC52B2DD48ACC9D3375E9D531CB1ACBE485A\|gltB])
[gene\|544CE1370BE7444F361F62808E320CE97C3C2F93\|gltR]	unknown
[gene\|AD72489DA260F07B97A213F1F0FBA7CED9471817\|glvR]	regulation of maltose utilization
[gene\|64CA75A26A08C534EC7ADFC4A6256F07F3D4BFB7\|gmuR]	regulation of glucomannan utilization
[gene\|1C566E54F8EF1A17A365FC49DFDA452AC5D0CA64\|gntR]	regulation of gluconate utilization
[gene\|926BCA197F259558F72FDCC73998497B9B167D22\|gutR]	regulation of glucitol utilization
[gene\|B7BFC170EEC88DEC6CF932F80805D3F2C0BD3738\|hprT]	purine salvage and interconversion, control of [gene\|4E7B9426CED372AA8A321A147116A3A589FBF20C\|ftsH] expression
[gene\|2E57DFB4162EF0CE759C1FC42C637E1B9E4B2F7E\|hrcA]	regulation of chaperone gene expression
[gene\|D9A187961CFB9496A6712E9E48AAD384357A3E1C\|hxlR]	regulation of the ribulose monophosphate pathway
[gene\|91085DA5E71B88E533D2E1D1BFB53E908116C6AA\|hypR]	control of the nitroreductase gene [gene\|9DF5999568760E016ECA988385A1FA61A257D486\|hypO] in response to disulfide stress (diamide, NaOCl)
[gene\|DD1C8F3A4809785BD6A6047D39B42AB2C605E161\|immR]	control of transfer of the mobile genetic element ICEBs1
[gene\|17F5188958A415D8D09439E02E1D1E0661B5C760\|iolQ]	control of scyllo-inositol utilization
[gene\|5F4ABBC8ECAD6F6C10EC39B2B0F0BC73F11522CE\|iolR]	regulation of myo-inositol catabolism
[gene\|891A32A19D1353BA566FF121BBCA7B986D31D129\|kdgR]	regulation of galacturonic acid utilization
[gene\|7DA9A79876C546B78B716A64706A3A3716018C2E\|kipR]	regulation of [wiki\|sporulation] initiation
[gene\|D267AF38B0CF107042326E9B8F3DD3C9C85840E4\|lexA]	regulation of DNA damage repair
[gene\|52D560AA02F0849CB24460A496021560063B2E12\|lmrA]	regulation of [metabolite\|lincomycin] resistance
[gene\|49F609C55238C24045CE4A946C417406C8CAAF9D\|lrpA]	repression of [gene\|BAE8062DA8538C9C83FFBA9684BECE9613EEFD2F\|glyA] transcription and [protein\|2111AC1AE49D1006E10DC127BF5B7A0327DE94A7\|kinB]-dependent [wiki\|sporulation]
[gene\|1437D66EABB5D7FF4F8B9EBAD624510D86F0C8B4\|lrpB]	repression of [gene\|BAE8062DA8538C9C83FFBA9684BECE9613EEFD2F\|glyA] transcription and [protein\|2111AC1AE49D1006E10DC127BF5B7A0327DE94A7\|kinB]-dependent [wiki\|sporulation]
[gene\|E6F3BAC5875A16D8D75B2AD21447C14DD17B3DA6\|lutR]	control of lactate utilization
[gene\|795D70E8A4D750140D6B1AA4BFEBD25C2A389C85\|mdtR]	regulation of the multidrug-resistance [gene\|795D70E8A4D750140D6B1AA4BFEBD25C2A389C85\|mdtR]-[gene\|search\|mdtP ]operon
[gene\|58276E6FEF9388BBC7FB79BB5A3A1EF3C3DA5BD5\|melR]	regulation of melibiose utilization
[gene\|6A38DAA96F7BBF31FD8A4018A8CA7A72F3C28F79\|mgsR]	controls a subset of general stress genes
[gene\|997B828A99D6D8460712C18ED0CE566B285C22DC\|mhqR]	regulation of resistance to quinones and diamide
[gene\|FF34DC303E8A7C9FAA205A6C2924961963B14EB1\|mntR]	regulation of manganese transport
[gene\|A7131ACFA0CF5C222237C76E502D4AAD1F9BA3E4\|mraZ]	control of cell division gene expression
[gene\|7F82DED7C941BC501B6F810BF6541780AB87EDDD\|mrpR]	control of lysis/ lysogeny of the SP beta prophage
[gene\|A7326377132C670B60695EFE0A652B1E4F623698\|mta]	regulation of multidrug-efflux transporter genes
[gene\|E030E80134E9DED6ADBC73C7C7435024CDFD38B9\|mtrB]	regulation of tryptophan biosynthesis(and translation) attenuation in the trp operon;repression of the folate operon
[gene\|125872506C400CB6B3DAEA8B5130B064DFBA4494\|murR]	regulation of muramic acid utilization
[gene\|510DE075EA964D22C42DEB171509F6CDA600A402\|nadR]	regulation of NAD biosynthesis
[gene\|6D36D6360FE1CBFF5F64B2A6D1406405D6C6F7D5\|nagR]	regulator of the [gene\|8F4D075C9B9EF995E361F9BA5E8B52F42059C422\|nagA]-[gene\|0C8D7EAC2656E989E45B5B7E42FAA6D258956B56\|nagB]-[gene\|6D36D6360FE1CBFF5F64B2A6D1406405D6C6F7D5\|nagR] operon
[gene\|FD4E988BB73F6476CCEA4C521F343D6F8CBA457F\|nrdR]	control of ribonucleotide reductase expression
[gene\|EC6697D5D945B7E5083AFED9218748763C443278\|nsrR]	repression of [protein\|1E829D639BADDC6BDC9B5FB4C97A632A53FDDB24\|resD]-[protein\|EA6790EF30D3DDB9670FE52DFD2C5083AB6A48E1\|resE]-dependent genes in the absence of nitric oxide (NO)
[gene\|9118A36CD30E7C99697B3659BB04E03BB7EE71D7\|ntdR]	regulation of the [gene\|2F850E2DFA6287DB3890243803E06FDE7ACDB10E\|ntdA]-[gene\|A4DE6C394B64813A732255734758403241FFAC2F\|ntdB]-[gene\|29DAF5343A42EAD8DB97925FE7D049410F7B7FCA\|ntdC]-[gene\|ADB476B0B385D9B9CAF02902CE115C8309F67911\|glcP] operon
[gene\|7A3A8AF7728474204396BB7A548F747D28E6FAC7\|ohrR]	regulation of [gene\|869E46AECF6249610F8541E403D834284B62171D\|ohrA] expression in response to organic peroxides
[gene\|9F32E96AC9C32832C2F10FB125DDDC50EC9B546B\|opcR]	regulation of choline uptake
[gene\|A7824EACE0C109C676A374FD21F59D671B703305\|padR]	regulation of the phenolic acid stress response
[gene\|511CFC625D79AAA8B78809651684E4E409337AFA\|paiB]	regulation of sporulation, degradative enzyme and motility genes
[gene\|B7F5FA5C656D39970959BC857E93B78B1A063098\|pamR]	control of the [gene\|20D50DA11B864E6C719CC34BE27C7900893EA054\|ydcF]-[gene\|89AB146F447696EF1CBE219C9A2FB5CBB380F847\|ydcG]-[gene\|search\|pamR ]operon
[gene\|00BCAAE16576DC5426A652580C69A570FC7A1C2C\|perR]	regulation of the response to peroxide
[gene\|CE5C1631A4D29FC195829FCC7961A687581698D6\|pksA]	unknown
[gene\|52C1601482C26400A524E880334BB801F832D6ED\|pucR]	regulation of purine utilization
[gene\|A8C82F5825DE0921DA6B4ACDE0CC31EC7749273C\|purR]	regulation of purine biosynthesis
[gene\|C37D1CCBDE6DCEAB0AFACF8CBB3F733FE08324EE\|putR]	regulation of proline utilization
[gene\|6D9CEDC7737CCFA838EBC142CD735E066C950AD2\|pyrR]	regulation of pyrimidine biosynthesis
[gene\|47387014B5E89BF218BA94D8C2A570479B1EFD4E\|qdoR]	control of [metabolite\|quercetin] utilization
[gene\|77AEAC0F06B4D5F062D4A2740794B7BFDDA31096\|rbsR]	regulation of ribose utilization
[gene\|6AF1CB8998BE9C71DF4F1201A7F74FF7E75CB799\|remA]	control of biofilm formation
[gene\|B5EF521437323EF43F08E5EFDB5C798616CA499A\|rex]	regulation of fermentation and anaerobic respiration
[gene\|972401B6AF56EC67FE6F1C3FEA9E2A9FC77C7672\|rghR]	regulation of [wiki\|sporulation ]initiation
[gene\|F574142C1E61788FF8F4B61280AD4F87292D08DF\|rhaR]	control of rhamnose utilization
[gene\|BF0E202739BFD461E418655ECD9C3425AC556FA3\|rhgR]	regulation of pectin utilization
[gene\|BEE6F16D6A5BBC7FED9E8EB5FA6A94BBF932BBDA\|rocR]	transcriptional activator of arginine utilization operons
[gene\|1508770D5BCA5739D13E3ABD11CC5C103C07FF25\|rok]	control of genome organization, silencing of horizontally acquired genes
[gene\|F7FD94CE7AB290FBFD3A9B88F204961668F9B42C\|scoC]	transition state regulator
[gene\|29A3EC8FB0C763A973273AA14EAEB904847C3002\|sdpR]	regulation of protection against [protein\|820635420B3980B620F3E3D7ACF7EDE9DC6275AD\|sdpC]
[gene\|69D55899C7CE30A282AF6011527FAD55A76CDBDA\|senS]	regulation of extracellular enzyme genes
[gene\|5A6FBAE6553343092862CB79E150F934978C32A9\|sinR]	control of [wiki\|biofilm formation]
[gene\|846161AE54F170075F2B2133A8D56FE39A5AF8D9\|sknR]	control of prophage gene expression
[gene\|920F91E748EE079FF864011D9052B073567C41E4\|slrR]	regulation of initiation of [wiki\|biofilm formation] and of autolysis
[gene\|8B3B4B181D949BD9B05AD6FCA5B6C773DBD84018\|splA]	regulation of the splA-splB operon
[gene\|90DCE4F286D2C151D8BDBF0E024E6BBEC94E2397\|spoIIID]	regulation of mother cell gene expression
[gene\|01EF886D3D004EA9B22AC5E75D50FF07D8631E68\|spoVT]	regulation of forespore gene expression
[gene\|2C6386E9A63F410558D168798D077DF91590F454\|spx]	negative and positive regulator of many genes
[gene\|A4B7CF7A1C704C750AFAD97A43AF975260935083\|thrR]	control of threonine biosynthesis
[gene\|473F93EA5ADB78CD23C9C054B5D6B739078DDEEB\|tilS]	tRNA modification, control of [gene\|4E7B9426CED372AA8A321A147116A3A589FBF20C\|ftsH] expression
[gene\|857EF1AC54DEA0690C01B7F8CEFFD16312C58F20\|tnrA]	regulation of nitrogen assimilation
[gene\|DC374E280C5A67C138D7EAC43AA66DA63CEF82B6\|treR]	regulation of trehalose utilization
[gene\|25F494F32E200FC0FE4C81A05B0F70CB449673EA\|xre]	regulation of [category\|SW.5.1.1\|PBSX prophage] gene expression
[gene\|AF4395D134485290F4AA307B48494FED39E52CD7\|xylR]	regulation of xylan and xylose utilization
[gene\|1A65880F68898002EE8774F34EDC47F0243B7273\|ycbG]	regulation of glucarate/galactarate utilization
[gene\|98D807FBB847BF731B5C236557C8F70347279CE0\|ycnK]	regulation of copper uptake
[gene\|BFAFC2CFA7F2FDA639B367C579E2A46242BA3DBD\|yetL]	regulation of [gene\|A70EA4AEBF46ED2279E8BCE8A28439078484B6E3\|yetM] expression
[gene\|36AF02B4EB416ABCA3F0E4C5A4126E777A20C7D1\|yfmP]	regulation of the [gene\|36AF02B4EB416ABCA3F0E4C5A4126E777A20C7D1\|yfmP]-[gene\|D91356CF66ADE0CFA9E95A686DC7355B348C8B5C\|yfmO] operon
[gene\|EDFAF3AF6F2E7578733D5BF0295AD614070453F4\|yhdQ]	unknown
[gene\|7283CDE72293A68D0B35E0C028D22FABE7FB43C7\|ykrK]	regulation of membrane protein quality control
[gene\|73AFDF65BE89C0E2CC59AF2AF64C29BD99D785DF\|yodB]	regulation of quinone and diamide detoxification
[gene\|6FDA046DCBBAE4588C4BC7163A04B9E6AEDBAC55\|yofA]	control of [gene\|8AB7D225DBEE6BD695A4A8A2384D2C029B571C57\|ftsW] expression
[gene\|90C747D6D6194608C2CF9566F1740A6B20966A11\|yplP]	required for survival at low temperatures
[gene\|6A074CE9AD98A2751A216A2EA8156ACE6FFC7280\|ytrA]	control of cell envelope stress responses
[gene\|C3D87DAA8DB124D50D2C2B2D424C9608C0DE067F\|ywcC]	control of [gene\|C17C296F3EB2E106C380E3B5D784F3FA63F4C9B7\|slrA] expression
[gene\|A0CD8CCB54AE9F10DE3C876FB47B9877C303862D\|zur]	regulation of zinc homeostasis([gene\|75DB07A2704FEC2932BD0CDD24E2B3454E9551E1\|zagA], [gene\|D33A144568CAF32FFE4A2A46BE67573DB66FC1A1\|znuA]-[gene\|6B5D4FD32CCE72C99B915B0F1EB4B8E8D42A04B3\|znuC]-[gene\|EE212953BC83BD6D69BF769D6E917F4F954BE1E2\|znuB])

Page visits: 2987

Time of last update: 2025-03-08 07:58:30

Author of last update: ghost

Name	Function
[gene\|706864AAF36684AD5E46F30E9EB76315AB412700\|acoR]	regulation of acetoin utilization
[gene\|0F8A564256A598DB3A36668FA0C984542FE1323F\|adaA]	adaptive response to alkylative DNA damage
[gene\|A987E1510578E8DE822C2019488D457CB7CFBE73\|adeR]	control of [gene\|2D346CF412BA32EE18111DA930CFA1306F95024B\|ald] expression
[gene\|B24BA6ABCAF7325EC5F8B2655CA182FFC23395FD\|adhR]	regulation of the protective response to formaldehyde and methylglyoxal
[gene\|24A86A4846187E6026A2B7645DC4B7C70908942E\|aerA]	control of amino acid export
[gene\|62F8E0D6BC9DA6390256FA8FB684EA5C9C722AE4\|ahrC]	transcriptional regulator of arginine metabolic genes
[gene\|CAE7D8E45DA7CDE99D3EA114DF7E368A0A126389\|aimR]	control of phage SP beta lysogeny
[gene\|1CA87275AFA1B4E4B5E8E10229009F785E70BBA8\|alaR]	unknown
[gene\|8BA7714236EBFDBB9987F1DACC9775AD974C743E\|alsR]	regulation of acetoin synthesis ([gene\|AAA45830B9C5428CADFA5551D33B513E9B1B7C8E\|alsS]-[gene\|355E70F55A28C6C2C24E8E326EFB673AC303FBEE\|alsD])
[gene\|146947C974D62BCB282BA3F5B924B35695D75886\|ansR]	negative regulation of the [gene\|FED8E46AA1C4EFD27796D5DFBBB1663EBF336BFD\|ansA]-[gene\|5FAE80F22AEBAE63FC3C872EC651166A65C34DC2\|ansB] operon
[gene\|A567466894AE9DE7CDE7816615433A37532297B5\|araR]	regulation of arabinose utilization
[gene\|5D09E5276E3E6D008EFE4B02E4EA7DE1A33ADAE6\|arfM]	regulation of anaerobic genes
[gene\|B3D88B9C89154B77D77FB833CA16FD4F4E29FE96\|arsR]	regulation of As (III) efflux
[gene\|741156D495BE3857683C8A0390764EAD83845ABC\|ascR]	regulation of sulphur metabolism
[gene\|D169C58739F17EE0D341D015592FF07CBBE1B6E1\|aseR]	regulation of As (III) efflux
[gene\|D7397591C2157EBB1951ED3DC1E315F9AE7A4BB3\|azlB]	regulation of branched-chain amino acid transport and histidine export
[gene\|F761DBCE3429C99159F8F7CD8596FD9CF2D0589D\|birA]	regulation of biotin synthesis, addition of biotin to proteins
[gene\|4CEBD81F485DD0B660E297FFC34A0F5270652184\|bkdR]	regulation of branched-chain amino acid utilization
[gene\|507E3E5493A88A0CD4CC0B8BE0EC3FCCA65493C7\|bltR]	regulation of spermidine efflux and degradation
[gene\|9F2C1C9A9DB7AA4CBE72D7C94932B69C8EF0565C\|bmrR]	regulation of multidrug resistance
[gene\|28D03575FA24525C162E6C161631034568E89622\|bsdA]	regulation of resistance to salicylic acid
[gene\|EB28A65CECE994DF2DF486DEACF40F2533703DB0\|btr]	regulation of iron acquisition
[gene\|5B9C4932B2E76D6B8F6BDB640D1ADEE28F488FAD\|catR]	resistance against oxidative and electrophile stress
[gene\|E39AFEB7B7F28969A35C4B51CC6E7819F71C79D9\|ccpA]	carbon catabolite repression (CCR)
[gene\|C14B113B1A8BEA0547459AA7EC5755634D1A8A88\|ccpB]	unknown
[gene\|FE15A41A58A8177280817CA3825764C39185021A\|ccpC]	regulation of tricarboxylic acid branch of the TCA cycle
[gene\|2234D81F8F9B92EAF1CF6F73BEC92D4DE54E2636\|ccpN]	repressor of genes involved in gluconeogenesis ([gene\|C1B89BD3DD27CD566018558D3A7845FB451056F0\|gapB], [gene\|74D4616D1A550D87182FAAC2A4AF6E04F81E1572\|pckA]) and of [gene\|FC93BA60BD185DE5EF31D5605F0B8294EC2E8E5A\|sr1]
[gene\|ADA6F2EDC7B18FDFFA47CC8C55BCDDE1B6821160\|cggR]	transcriptional regulator
[gene\|C0BEEAD315077FE3D0D061D1D447D03E6CB48D6A\|chrS]	regulation of chromate export
[gene\|E7E0B170D1EEECE4E4EDC29B0399CB48253E9A17\|citR]	regulation of the minor citrate synthase
[gene\|90ACE0DECA58D3C1A55E135120F7A0C1C920571C\|codY]	regulation of a large regulon in response to branched-chain amino acid limitation
[gene\|08CFA2C72931A75532D4289BC1D18A826DE9F9CA\|comK]	regulation of [wiki\|genetic competence] and DNA uptake
[gene\|6977F18870004AD236539D9409255815E6BE9241\|csoR]	control of copper homeostasis
[gene\|908DB17A39D518E84977250C55825E77FA02E391\|ctsR]	regulation of protein degradation
[gene\|50930C56C27D22715620A350220E3C56ADB41020\|cymR]	regulation of sulfur metabolism
[gene\|FB37E9B7F7727915ADB18E52FD07A8773C7B30FC\|cysL]	regulation of cysteine biosynthesis
[gene\|6FB1865734C4DE7BE19D3D1A7E0C687B6D7094E1\|czrA]	regulation of resistance against toxic metal cations
[gene\|E9C4C569F18B3335DA9C7FB5B17C87D661E62669\|deoR]	regulation of deoxyribonucleotide utilization
[gene\|2D4E3D6C3634C3F42A4517D5C1A8F4F48CAFF3A6\|dtrR]	resistance to D-Tyr
[gene\|69B143987DCF73B5D080E3FD87A6CA2940E07DA8\|exuR]	regulation of hexuronate utilization
[gene\|8A8F93BAD0582F712C9EE1C3FE6C04292E91F390\|fadR]	regulation of fatty acid degradation
[gene\|FCDE900167AE36377979E0CF7BC33C7F351B95D3\|fapR]	regulation of fatty acid biosynthesis
[gene\|3DA3FFB295F5513A220CB163994EE0F356C810E6\|fatR]	unknown
[gene\|7165CC59CDAF64AAE2D591936860304A53BE5DF6\|fnr]	regulation of anaerobiosis, fermentation and overflow metabolism
[gene\|412A1DBBE7F87765DEBEEAAE02A047636A354D5E\|frlR]	regulation of utilization of sugar amines
[gene\|7FD2294B0538EB6D83DC3E0752600D2464CDE4A3\|fruR]	regulation of fructose utilization
[gene\|F899F1EE27E6D503BCC06BC52E3C7FD80B8EF725\|fur]	regulation of iron homoeostasis
[gene\|C7C36FAC0CE72226960FC7E8E016B8EC77AF1036\|gabR]	regulation of gamma-amino butyric acid utilization
[gene\|FB074E8CFCA1C0198457170A7AFD85C875B34DF2\|gamR]	regulation of glucosamine utilization
[gene\|1F787F70C87DEB221709579122D63C2322A84E56\|ganR]	regulation of galactan utilization
[gene\|5C398C1181CE25CAC079AFBA5871C0B72AE1AA96\|gbsR]	regulation of osmoprotection
[gene\|19228BAD44E6DA3DE908DC390FDF628C18D94E65\|gerE]	regulation of [protein\|24F7FD5C7C3A68BB2760ABB8CBD8FBD65E5FF7D4\|sigK]-dependent gene expression
[gene\|0D7F5504590512E1598B94DC1734BF8FF67ED994\|gerR]	spore coat formation and resistance of spores to lysozyme
[gene\|6F5831A480B72D17B7B3F0BF7AF147603B65CA49\|glcR]	unknown
[gene\|641C4BDD9702804642E1753A9C779E80FABB3919\|glnR]	regulation of glutamine synthesis
[gene\|38767691AE7E09F46B9E97A60BF5358C1876EDF8\|glpP]	regulation of glycerol and glycerol-3-phosphate utilization
[gene\|87BCAE725B02860156D50E1783F6DB68510C811E\|gltC]	regulation of the [metabolite\|glutamate] synthase operon ([gene\|44DF1B7E476AD58B3CCC39300FFE0132D0D32AD0\|gltA]-[gene\|AA07CC52B2DD48ACC9D3375E9D531CB1ACBE485A\|gltB])
[gene\|544CE1370BE7444F361F62808E320CE97C3C2F93\|gltR]	unknown
[gene\|AD72489DA260F07B97A213F1F0FBA7CED9471817\|glvR]	regulation of maltose utilization
[gene\|64CA75A26A08C534EC7ADFC4A6256F07F3D4BFB7\|gmuR]	regulation of glucomannan utilization
[gene\|1C566E54F8EF1A17A365FC49DFDA452AC5D0CA64\|gntR]	regulation of gluconate utilization
[gene\|926BCA197F259558F72FDCC73998497B9B167D22\|gutR]	regulation of glucitol utilization
[gene\|B7BFC170EEC88DEC6CF932F80805D3F2C0BD3738\|hprT]	purine salvage and interconversion, control of [gene\|4E7B9426CED372AA8A321A147116A3A589FBF20C\|ftsH] expression
[gene\|2E57DFB4162EF0CE759C1FC42C637E1B9E4B2F7E\|hrcA]	regulation of chaperone gene expression
[gene\|D9A187961CFB9496A6712E9E48AAD384357A3E1C\|hxlR]	regulation of the ribulose monophosphate pathway
[gene\|91085DA5E71B88E533D2E1D1BFB53E908116C6AA\|hypR]	control of the nitroreductase gene [gene\|9DF5999568760E016ECA988385A1FA61A257D486\|hypO] in response to disulfide stress (diamide, NaOCl)
[gene\|DD1C8F3A4809785BD6A6047D39B42AB2C605E161\|immR]	control of transfer of the mobile genetic element ICEBs1
[gene\|17F5188958A415D8D09439E02E1D1E0661B5C760\|iolQ]	control of scyllo-inositol utilization
[gene\|5F4ABBC8ECAD6F6C10EC39B2B0F0BC73F11522CE\|iolR]	regulation of myo-inositol catabolism
[gene\|891A32A19D1353BA566FF121BBCA7B986D31D129\|kdgR]	regulation of galacturonic acid utilization
[gene\|7DA9A79876C546B78B716A64706A3A3716018C2E\|kipR]	regulation of [wiki\|sporulation] initiation
[gene\|D267AF38B0CF107042326E9B8F3DD3C9C85840E4\|lexA]	regulation of DNA damage repair
[gene\|52D560AA02F0849CB24460A496021560063B2E12\|lmrA]	regulation of [metabolite\|lincomycin] resistance
[gene\|49F609C55238C24045CE4A946C417406C8CAAF9D\|lrpA]	repression of [gene\|BAE8062DA8538C9C83FFBA9684BECE9613EEFD2F\|glyA] transcription and [protein\|2111AC1AE49D1006E10DC127BF5B7A0327DE94A7\|kinB]-dependent [wiki\|sporulation]
[gene\|1437D66EABB5D7FF4F8B9EBAD624510D86F0C8B4\|lrpB]	repression of [gene\|BAE8062DA8538C9C83FFBA9684BECE9613EEFD2F\|glyA] transcription and [protein\|2111AC1AE49D1006E10DC127BF5B7A0327DE94A7\|kinB]-dependent [wiki\|sporulation]
[gene\|E6F3BAC5875A16D8D75B2AD21447C14DD17B3DA6\|lutR]	control of lactate utilization
[gene\|795D70E8A4D750140D6B1AA4BFEBD25C2A389C85\|mdtR]	regulation of the multidrug-resistance [gene\|795D70E8A4D750140D6B1AA4BFEBD25C2A389C85\|mdtR]-[gene\|search\|mdtP ]operon
[gene\|58276E6FEF9388BBC7FB79BB5A3A1EF3C3DA5BD5\|melR]	regulation of melibiose utilization
[gene\|6A38DAA96F7BBF31FD8A4018A8CA7A72F3C28F79\|mgsR]	controls a subset of general stress genes
[gene\|997B828A99D6D8460712C18ED0CE566B285C22DC\|mhqR]	regulation of resistance to quinones and diamide
[gene\|FF34DC303E8A7C9FAA205A6C2924961963B14EB1\|mntR]	regulation of manganese transport
[gene\|A7131ACFA0CF5C222237C76E502D4AAD1F9BA3E4\|mraZ]	control of cell division gene expression
[gene\|7F82DED7C941BC501B6F810BF6541780AB87EDDD\|mrpR]	control of lysis/ lysogeny of the SP beta prophage
[gene\|A7326377132C670B60695EFE0A652B1E4F623698\|mta]	regulation of multidrug-efflux transporter genes
[gene\|E030E80134E9DED6ADBC73C7C7435024CDFD38B9\|mtrB]	regulation of tryptophan biosynthesis(and translation) attenuation in the trp operon;repression of the folate operon
[gene\|125872506C400CB6B3DAEA8B5130B064DFBA4494\|murR]	regulation of muramic acid utilization
[gene\|510DE075EA964D22C42DEB171509F6CDA600A402\|nadR]	regulation of NAD biosynthesis
[gene\|6D36D6360FE1CBFF5F64B2A6D1406405D6C6F7D5\|nagR]	regulator of the [gene\|8F4D075C9B9EF995E361F9BA5E8B52F42059C422\|nagA]-[gene\|0C8D7EAC2656E989E45B5B7E42FAA6D258956B56\|nagB]-[gene\|6D36D6360FE1CBFF5F64B2A6D1406405D6C6F7D5\|nagR] operon
[gene\|FD4E988BB73F6476CCEA4C521F343D6F8CBA457F\|nrdR]	control of ribonucleotide reductase expression
[gene\|EC6697D5D945B7E5083AFED9218748763C443278\|nsrR]	repression of [protein\|1E829D639BADDC6BDC9B5FB4C97A632A53FDDB24\|resD]-[protein\|EA6790EF30D3DDB9670FE52DFD2C5083AB6A48E1\|resE]-dependent genes in the absence of nitric oxide (NO)
[gene\|9118A36CD30E7C99697B3659BB04E03BB7EE71D7\|ntdR]	regulation of the [gene\|2F850E2DFA6287DB3890243803E06FDE7ACDB10E\|ntdA]-[gene\|A4DE6C394B64813A732255734758403241FFAC2F\|ntdB]-[gene\|29DAF5343A42EAD8DB97925FE7D049410F7B7FCA\|ntdC]-[gene\|ADB476B0B385D9B9CAF02902CE115C8309F67911\|glcP] operon
[gene\|7A3A8AF7728474204396BB7A548F747D28E6FAC7\|ohrR]	regulation of [gene\|869E46AECF6249610F8541E403D834284B62171D\|ohrA] expression in response to organic peroxides
[gene\|9F32E96AC9C32832C2F10FB125DDDC50EC9B546B\|opcR]	regulation of choline uptake
[gene\|A7824EACE0C109C676A374FD21F59D671B703305\|padR]	regulation of the phenolic acid stress response
[gene\|511CFC625D79AAA8B78809651684E4E409337AFA\|paiB]	regulation of sporulation, degradative enzyme and motility genes
[gene\|B7F5FA5C656D39970959BC857E93B78B1A063098\|pamR]	control of the [gene\|20D50DA11B864E6C719CC34BE27C7900893EA054\|ydcF]-[gene\|89AB146F447696EF1CBE219C9A2FB5CBB380F847\|ydcG]-[gene\|search\|pamR ]operon
[gene\|00BCAAE16576DC5426A652580C69A570FC7A1C2C\|perR]	regulation of the response to peroxide
[gene\|CE5C1631A4D29FC195829FCC7961A687581698D6\|pksA]	unknown
[gene\|52C1601482C26400A524E880334BB801F832D6ED\|pucR]	regulation of purine utilization
[gene\|A8C82F5825DE0921DA6B4ACDE0CC31EC7749273C\|purR]	regulation of purine biosynthesis
[gene\|C37D1CCBDE6DCEAB0AFACF8CBB3F733FE08324EE\|putR]	regulation of proline utilization
[gene\|6D9CEDC7737CCFA838EBC142CD735E066C950AD2\|pyrR]	regulation of pyrimidine biosynthesis
[gene\|47387014B5E89BF218BA94D8C2A570479B1EFD4E\|qdoR]	control of [metabolite\|quercetin] utilization
[gene\|77AEAC0F06B4D5F062D4A2740794B7BFDDA31096\|rbsR]	regulation of ribose utilization
[gene\|6AF1CB8998BE9C71DF4F1201A7F74FF7E75CB799\|remA]	control of biofilm formation
[gene\|B5EF521437323EF43F08E5EFDB5C798616CA499A\|rex]	regulation of fermentation and anaerobic respiration
[gene\|972401B6AF56EC67FE6F1C3FEA9E2A9FC77C7672\|rghR]	regulation of [wiki\|sporulation ]initiation
[gene\|F574142C1E61788FF8F4B61280AD4F87292D08DF\|rhaR]	control of rhamnose utilization
[gene\|BF0E202739BFD461E418655ECD9C3425AC556FA3\|rhgR]	regulation of pectin utilization
[gene\|BEE6F16D6A5BBC7FED9E8EB5FA6A94BBF932BBDA\|rocR]	transcriptional activator of arginine utilization operons
[gene\|1508770D5BCA5739D13E3ABD11CC5C103C07FF25\|rok]	control of genome organization, silencing of horizontally acquired genes
[gene\|F7FD94CE7AB290FBFD3A9B88F204961668F9B42C\|scoC]	transition state regulator
[gene\|29A3EC8FB0C763A973273AA14EAEB904847C3002\|sdpR]	regulation of protection against [protein\|820635420B3980B620F3E3D7ACF7EDE9DC6275AD\|sdpC]
[gene\|69D55899C7CE30A282AF6011527FAD55A76CDBDA\|senS]	regulation of extracellular enzyme genes
[gene\|5A6FBAE6553343092862CB79E150F934978C32A9\|sinR]	control of [wiki\|biofilm formation]
[gene\|846161AE54F170075F2B2133A8D56FE39A5AF8D9\|sknR]	control of prophage gene expression
[gene\|920F91E748EE079FF864011D9052B073567C41E4\|slrR]	regulation of initiation of [wiki\|biofilm formation] and of autolysis
[gene\|8B3B4B181D949BD9B05AD6FCA5B6C773DBD84018\|splA]	regulation of the splA-splB operon
[gene\|90DCE4F286D2C151D8BDBF0E024E6BBEC94E2397\|spoIIID]	regulation of mother cell gene expression
[gene\|01EF886D3D004EA9B22AC5E75D50FF07D8631E68\|spoVT]	regulation of forespore gene expression
[gene\|2C6386E9A63F410558D168798D077DF91590F454\|spx]	negative and positive regulator of many genes
[gene\|A4B7CF7A1C704C750AFAD97A43AF975260935083\|thrR]	control of threonine biosynthesis
[gene\|473F93EA5ADB78CD23C9C054B5D6B739078DDEEB\|tilS]	tRNA modification, control of [gene\|4E7B9426CED372AA8A321A147116A3A589FBF20C\|ftsH] expression
[gene\|857EF1AC54DEA0690C01B7F8CEFFD16312C58F20\|tnrA]	regulation of nitrogen assimilation
[gene\|DC374E280C5A67C138D7EAC43AA66DA63CEF82B6\|treR]	regulation of trehalose utilization
[gene\|25F494F32E200FC0FE4C81A05B0F70CB449673EA\|xre]	regulation of [category\|SW.5.1.1\|PBSX prophage] gene expression
[gene\|AF4395D134485290F4AA307B48494FED39E52CD7\|xylR]	regulation of xylan and xylose utilization
[gene\|1A65880F68898002EE8774F34EDC47F0243B7273\|ycbG]	regulation of glucarate/galactarate utilization
[gene\|98D807FBB847BF731B5C236557C8F70347279CE0\|ycnK]	regulation of copper uptake
[gene\|BFAFC2CFA7F2FDA639B367C579E2A46242BA3DBD\|yetL]	regulation of [gene\|A70EA4AEBF46ED2279E8BCE8A28439078484B6E3\|yetM] expression
[gene\|36AF02B4EB416ABCA3F0E4C5A4126E777A20C7D1\|yfmP]	regulation of the [gene\|36AF02B4EB416ABCA3F0E4C5A4126E777A20C7D1\|yfmP]-[gene\|D91356CF66ADE0CFA9E95A686DC7355B348C8B5C\|yfmO] operon
[gene\|EDFAF3AF6F2E7578733D5BF0295AD614070453F4\|yhdQ]	unknown
[gene\|7283CDE72293A68D0B35E0C028D22FABE7FB43C7\|ykrK]	regulation of membrane protein quality control
[gene\|73AFDF65BE89C0E2CC59AF2AF64C29BD99D785DF\|yodB]	regulation of quinone and diamide detoxification
[gene\|6FDA046DCBBAE4588C4BC7163A04B9E6AEDBAC55\|yofA]	control of [gene\|8AB7D225DBEE6BD695A4A8A2384D2C029B571C57\|ftsW] expression
[gene\|90C747D6D6194608C2CF9566F1740A6B20966A11\|yplP]	required for survival at low temperatures
[gene\|6A074CE9AD98A2751A216A2EA8156ACE6FFC7280\|ytrA]	control of cell envelope stress responses
[gene\|C3D87DAA8DB124D50D2C2B2D424C9608C0DE067F\|ywcC]	control of [gene\|C17C296F3EB2E106C380E3B5D784F3FA63F4C9B7\|slrA] expression
[gene\|A0CD8CCB54AE9F10DE3C876FB47B9877C303862D\|zur]	regulation of zinc homeostasis([gene\|75DB07A2704FEC2932BD0CDD24E2B3454E9551E1\|zagA], [gene\|D33A144568CAF32FFE4A2A46BE67573DB66FC1A1\|znuA]-[gene\|6B5D4FD32CCE72C99B915B0F1EB4B8E8D42A04B3\|znuC]-[gene\|EE212953BC83BD6D69BF769D6E917F4F954BE1E2\|znuB])