Category: Phosphorylation on either a Ser, Thr or Tyr residue

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

[category|SW.6.4|6.4. Phosphoproteins]

[category|SW.6.4.8|6.4.8. Phosphorylation on either a Ser, Thr or Tyr residue]

Name	Function
[gene\|D0982500E52577D52FADF775C0E512A4B9657B79\|ahpC]	resistance against peroxide stres
[gene\|355E70F55A28C6C2C24E8E326EFB673AC303FBEE\|alsD]	overflow metabolism
[gene\|2B61D17950ADE0247B0CF4AE33548E15C0DDCD9B\|aspS]	translation
[gene\|E3FADE979CE6AB6315F67812608FCE00CF4E2453\|atpA]	ATP synthesis
[gene\|2A566C2CF8F7B86E05EEF4B7A268E8C102070025\|atpD]	ATP synthesis
[gene\|8B4E1D087B75B5E77BCB60FF3465270CEB72B028\|brxC]	removal of bacillithiol from oxidized cytosolic proteins
[gene\|E163A282560DB882B81E783E7E95E1960F4AE4D2\|coaE]	synthesis of [metabolite\|coenzyme A]
[gene\|30E0AAABB803E577D0D9FBAEF9031319CABD3D89\|dnaK]	protein quality control
[gene\|9E922F0006DF9E84A8D5B51E9FC35B669872FF90\|dppA]	degradation of cell wall peptides
[gene\|EB6512177418B1601C6641FB2DEE99C2CD10E671\|gapA]	catabolic enzyme in glycolysis
[gene\|3AB4513126EFF54996A54CB7DEB6062C1A06AAC3\|glgP]	glycogen biosynthesis
[gene\|68F4E792B99F86AE9E8F06D2200E128937331F5D\|glnA]	glutamine biosynthesis, control of [protein\|857EF1AC54DEA0690C01B7F8CEFFD16312C58F20\|tnrA] and [protein\|641C4BDD9702804642E1753A9C779E80FABB3919\|glnR] activity
[gene\|BAE8062DA8538C9C83FFBA9684BECE9613EEFD2F\|glyA]	biosynthesis of glycine
[gene\|8F3DEE8828CA6BAAAF6DB2DA4349EF7AA9DF89F8\|groEL]	protein folding and re-folding
[gene\|D368988F85D8436DD424B0B4A1591BDF092A8EA7\|gtaB]	biosynthesis of teichoic acid
[gene\|AB3D18228DB6819B0C81BC7A8BB3408A4F75DC0C\|guaB]	biosynthesis of GMP
[gene\|CB7D0E32C044D541CD966DC1F9DA489D518A7703\|icd]	TCA cycle
[gene\|23F405D5B849E4EDC1D599F86C71DFD2E55C0305\|metE]	biosynthesis of methionine
[gene\|E9BBAE86DF3E536A987179CC394B472F6F710498\|pdhD]	links glycolysis and TCA cycle, enzyme in TCA cycle
[gene\|651D1E534490276B9BE7BFE7B5819176AE09891E\|pdxS]	pyridoxal-5-phosphate biosynthesis
[gene\|70412A747D1ED3E885126945DF02503667C13E5B\|pgcA]	interconversion of glucose 6-phosphate and alpha-glucose 1-phosphate
[gene\|BA45631351E3C9C140D15F620D7B7AC143C04932\|pstS]	high-affinity phosphate uptake
[gene\|3E343C05EE6FF04D5A54066E19DC6576784E09E7\|pta]	overflow metabolism
[gene\|69838717DC6BB27864D88C282BF5BC7CC558BFD7\|rocA]	arginine, ornithine and citrulline utilization
[gene\|0E1FAF4B3A967CC3882B3DDB3CA2D01FD70A0F7E\|sdhA]	TCA cycle
[gene\|5900CAC1CE367F33B267673A7FC210A3A269B30E\|sucD]	TCA cycle
[gene\|E966F3808222820C0644DC98F95765B89E6A2551\|sufC]	synthesis of Fe-S clusters
[gene\|B58B8F260E446E28BC2E3A9AA84EA771EC0A8634\|thiG]	biosynthesis of thiamine
[gene\|B6BF089BDC615205C9E4032380B1F0D5568D7C00\|tig]	protein folding
[gene\|000E237B00539E6850B6A50EE01BA02844B6ACBC\|tkt]	pentose phosphate pathway
[gene\|E771685D6D41D48E0C0AF77F15B4F380820FCDC2\|tufA]	translation
[gene\|C7400733DB8835A204A7FF26C87A92A15C5F318C\|wapI]	intercellular competition
[gene\|BE1F7BA77CE8B6A1A2D22F31421C27F2E954816A\|yerB]	unknown
[gene\|521246EDA87A00F1B5E0792EC7AF1EF2B11C1C3C\|yfiY]	[wiki\|acquisition of iron]
[gene\|9F8A63C585227D59C8A5CD4356E3F81EB5897131\|yfjR]	unknown
[gene\|CCD06F344E3C87E77C3D13883CE2B927F372A84E\|yfnI]	biosynthesis of lipoteichoic acid
[gene\|2DA0641FA6EC81072DA585D65FE17B7E5A010AC9\|yhfK]	detoxification of α,β-unsaturated aldehydes
[gene\|6BA346D8A7B496F9618AFAB4FEEF4BD1A41D2C7E\|yoxD]	unknown
[gene\|21322F3BAB6C60568C7AB6B89ED800EC023DBD49\|ysnF]	survival of ethanol stress
[gene\|A0CD8CCB54AE9F10DE3C876FB47B9877C303862D\|zur]	regulation of zinc homeostasis([gene\|75DB07A2704FEC2932BD0CDD24E2B3454E9551E1\|zagA], [gene\|D33A144568CAF32FFE4A2A46BE67573DB66FC1A1\|znuA]-[gene\|6B5D4FD32CCE72C99B915B0F1EB4B8E8D42A04B3\|znuC]-[gene\|EE212953BC83BD6D69BF769D6E917F4F954BE1E2\|znuB])

Page visits: 584

Time of last update: 2025-02-12 07:06:24

Author of last update: ghost

Name	Function
[gene\|D0982500E52577D52FADF775C0E512A4B9657B79\|ahpC]	resistance against peroxide stres
[gene\|355E70F55A28C6C2C24E8E326EFB673AC303FBEE\|alsD]	overflow metabolism
[gene\|2B61D17950ADE0247B0CF4AE33548E15C0DDCD9B\|aspS]	translation
[gene\|E3FADE979CE6AB6315F67812608FCE00CF4E2453\|atpA]	ATP synthesis
[gene\|2A566C2CF8F7B86E05EEF4B7A268E8C102070025\|atpD]	ATP synthesis
[gene\|8B4E1D087B75B5E77BCB60FF3465270CEB72B028\|brxC]	removal of bacillithiol from oxidized cytosolic proteins
[gene\|E163A282560DB882B81E783E7E95E1960F4AE4D2\|coaE]	synthesis of [metabolite\|coenzyme A]
[gene\|30E0AAABB803E577D0D9FBAEF9031319CABD3D89\|dnaK]	protein quality control
[gene\|9E922F0006DF9E84A8D5B51E9FC35B669872FF90\|dppA]	degradation of cell wall peptides
[gene\|EB6512177418B1601C6641FB2DEE99C2CD10E671\|gapA]	catabolic enzyme in glycolysis
[gene\|3AB4513126EFF54996A54CB7DEB6062C1A06AAC3\|glgP]	glycogen biosynthesis
[gene\|68F4E792B99F86AE9E8F06D2200E128937331F5D\|glnA]	glutamine biosynthesis, control of [protein\|857EF1AC54DEA0690C01B7F8CEFFD16312C58F20\|tnrA] and [protein\|641C4BDD9702804642E1753A9C779E80FABB3919\|glnR] activity
[gene\|BAE8062DA8538C9C83FFBA9684BECE9613EEFD2F\|glyA]	biosynthesis of glycine
[gene\|8F3DEE8828CA6BAAAF6DB2DA4349EF7AA9DF89F8\|groEL]	protein folding and re-folding
[gene\|D368988F85D8436DD424B0B4A1591BDF092A8EA7\|gtaB]	biosynthesis of teichoic acid
[gene\|AB3D18228DB6819B0C81BC7A8BB3408A4F75DC0C\|guaB]	biosynthesis of GMP
[gene\|CB7D0E32C044D541CD966DC1F9DA489D518A7703\|icd]	TCA cycle
[gene\|23F405D5B849E4EDC1D599F86C71DFD2E55C0305\|metE]	biosynthesis of methionine
[gene\|E9BBAE86DF3E536A987179CC394B472F6F710498\|pdhD]	links glycolysis and TCA cycle, enzyme in TCA cycle
[gene\|651D1E534490276B9BE7BFE7B5819176AE09891E\|pdxS]	pyridoxal-5-phosphate biosynthesis
[gene\|70412A747D1ED3E885126945DF02503667C13E5B\|pgcA]	interconversion of glucose 6-phosphate and alpha-glucose 1-phosphate
[gene\|BA45631351E3C9C140D15F620D7B7AC143C04932\|pstS]	high-affinity phosphate uptake
[gene\|3E343C05EE6FF04D5A54066E19DC6576784E09E7\|pta]	overflow metabolism
[gene\|69838717DC6BB27864D88C282BF5BC7CC558BFD7\|rocA]	arginine, ornithine and citrulline utilization
[gene\|0E1FAF4B3A967CC3882B3DDB3CA2D01FD70A0F7E\|sdhA]	TCA cycle
[gene\|5900CAC1CE367F33B267673A7FC210A3A269B30E\|sucD]	TCA cycle
[gene\|E966F3808222820C0644DC98F95765B89E6A2551\|sufC]	synthesis of Fe-S clusters
[gene\|B58B8F260E446E28BC2E3A9AA84EA771EC0A8634\|thiG]	biosynthesis of thiamine
[gene\|B6BF089BDC615205C9E4032380B1F0D5568D7C00\|tig]	protein folding
[gene\|000E237B00539E6850B6A50EE01BA02844B6ACBC\|tkt]	pentose phosphate pathway
[gene\|E771685D6D41D48E0C0AF77F15B4F380820FCDC2\|tufA]	translation
[gene\|C7400733DB8835A204A7FF26C87A92A15C5F318C\|wapI]	intercellular competition
[gene\|BE1F7BA77CE8B6A1A2D22F31421C27F2E954816A\|yerB]	unknown
[gene\|521246EDA87A00F1B5E0792EC7AF1EF2B11C1C3C\|yfiY]	[wiki\|acquisition of iron]
[gene\|9F8A63C585227D59C8A5CD4356E3F81EB5897131\|yfjR]	unknown
[gene\|CCD06F344E3C87E77C3D13883CE2B927F372A84E\|yfnI]	biosynthesis of lipoteichoic acid
[gene\|2DA0641FA6EC81072DA585D65FE17B7E5A010AC9\|yhfK]	detoxification of α,β-unsaturated aldehydes
[gene\|6BA346D8A7B496F9618AFAB4FEEF4BD1A41D2C7E\|yoxD]	unknown
[gene\|21322F3BAB6C60568C7AB6B89ED800EC023DBD49\|ysnF]	survival of ethanol stress
[gene\|A0CD8CCB54AE9F10DE3C876FB47B9877C303862D\|zur]	regulation of zinc homeostasis([gene\|75DB07A2704FEC2932BD0CDD24E2B3454E9551E1\|zagA], [gene\|D33A144568CAF32FFE4A2A46BE67573DB66FC1A1\|znuA]-[gene\|6B5D4FD32CCE72C99B915B0F1EB4B8E8D42A04B3\|znuC]-[gene\|EE212953BC83BD6D69BF769D6E917F4F954BE1E2\|znuB])