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Category: Sporulation proteins/ other
4.2.1.4. Sporulation proteins/ other
| Name | Function |
| adhB | unknown |
| asd | biosynthesis of threonine, lysine, dipicolic acid, peptidoglycan |
| asnO | biosynthesis of asparagine |
| azoR2 | resistance to 2-methylhydroquinone |
| bdbC | oxidative folding of proteins |
| bdbD | oxidative folding of proteins |
| bofA | control of [protein|24F7FD5C7C3A68BB2760ABB8CBD8FBD65E5FF7D4|sigma-K] activation |
| bofC | control of processing of pro-[protein|24F7FD5C7C3A68BB2760ABB8CBD8FBD65E5FF7D4|SigK] by [protein|8801B095C2CE36F3E0B9DBBF489FFB217087DC0A|SpoIVFB] |
| ccpB | unknown |
| cdaS | synthesis of c-di-AMP |
| chaA | calcium export |
| clpC | protein degradation, positive regulator of autolysin ([protein|6A21293823151C6980BF52B31A4B249A8440F2E1|LytC] and [protein|29219315D31BA4ADE41687EFF17FE41D6C23D157|LytD]) synthesis |
| coxA | resistance of the spore |
| csbX | unknown |
| csfB | control of [protein|search|SigG ]and [protein|search|SigE ]activity |
| ctaA | heme biosynthesis |
| ctpB | control of [protein|24F7FD5C7C3A68BB2760ABB8CBD8FBD65E5FF7D4|SigK] activation |
| cwlC | mother cell lysis |
| cwlD | spore cortex peptidoglycan synthesis |
| cwlH | cell wall metabolism |
| dacB | control of peptide cross-linking in spore peptidoglycan |
| dacF | control of peptide cross-linking in spore peptidoglycan |
| dapA | biosynthesis of lysine and peptidoglycan |
| dapG | biosynthesis of lysine and peptidoglycan |
| divIB | septum formation |
| divIC | septum formation |
| exoA | repair of oxidative DNA damage in spores |
| exuR | regulation of hexuronate utilization |
| exuT | hexuronate uptake |
| fabL | fatty acid biosynthesis |
| fin | control of [SW|sporulation] |
| fisB | release of the forespore into the mother cell cytoplasm |
| ftsY | protein secretion |
| glcU | unknown |
| glgA | glycogen biosynthesis |
| glgB | glycogen biosynthesis |
| glgC | glycogen biosynthesis |
| glgD | glycogen biosynthesis |
| glgP | glycogen biosynthesis |
| glnH | glutamine uptake |
| glnM | glutamine uptake |
| glnP | glutamine uptake |
| glnQ | glutamine uptake |
| hbuT | 3-hydroxybutyrate utilization |
| htrC | unknown |
| ispG | MEP pathway of isoprenoid biosynthesis |
| kamA | unknown |
| katX | detoxification (degradation) of hydrogen peroxide |
| ligD | non-homologous end joining DNA repair, repair of gapped DNA substrates |
| lonB | protein quality control |
| lysA | biosynthesis of lysine |
| lytH | endospore cortex maturation |
| mbl | [SW|cell shape] determination |
| mcsA | control of [protein|908DB17A39D518E84977250C55825E77FA02E391|CtsR] activity |
| mcsB | control of [protein|908DB17A39D518E84977250C55825E77FA02E391|CtsR] activity |
| mmgA | mother cell metabolism, leucine utilization |
| mmgB | mother cell metabolism |
| mmgC | mother cell metabolism |
| mmgD | mother cell metabolism |
| mmgE | mother cell metabolism |
| mmgF | mother cell metabolism |
| murB | peptidoglycan precursor biosynthesis |
| murG | peptidoglycan precursor biosynthesis |
| pbpF | bifunctional glucosyltransferase/ transpeptidase, synthesis of spore peptidoglycan |
| pbpG | bifunctional glucosyltransferase/ transpeptidase, synthesis of spore peptidoglycan |
| pbpI | unknown |
| pdaA | spore cortex peptidoglycan synthesis |
| pdaB | spore cortex formation |
| pghL | polyglutamic acid degradation |
| phoB | aquisition of phosphate upon phosphate starvation, ether lipid synthesis |
| 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]]) |
| phoR | regulation of phosphate metabolism |
| prkA | control of [protein|24F7FD5C7C3A68BB2760ABB8CBD8FBD65E5FF7D4|SigK]-dependent gene expression |
| refZ | relocalization of the [protein|search|FtsZ ]ring, placement of the sporulation septum |
| rppH | DNA repair, RNA degradation |
| rsfA | control of expression of [protein|CFF318EE6CACDEE763FBF96A2ABB46E944679AAA|SigF]-dependent genes |
| sbp | unknown |
| scoA | 3-hydroxybutyrate utilization |
| scoB | 3-hydroxybutyrate utilization |
| seaA | involved in spore envelope assembly |
| sigF | transcription of [SW|sporulation] genes (early forespore) |
| sigG | transcription of [SW|sporulation] genes (late forespore) |
| sigK | late mother cell-specific gene expression |
| sigKC | late mother cell-specific gene expression |
| sodF | detoxification of oxygen radicals |
| splA | regulation of the splA-splB operon |
| splB | protection of spore DNA against photodamage |
| spmA | germination |
| spmB | germination |
| spoIIAA | control of [protein|CFF318EE6CACDEE763FBF96A2ABB46E944679AAA|SigF] activity |
| spoIIAB | control of [protein|CFF318EE6CACDEE763FBF96A2ABB46E944679AAA|SigF] activity; phosphorylation and inactivation of [protein|3936E91C062074BFE4284B54A8CC33F35F94F5EE|SpoIIAA] |
| spoIID | dissolution of the septal cell wall |
| spoIIIAA | activation of [protein|5F24258282F3166B7696B9E9ABC1706E4D06C944|SigG] |
| spoIIIAB | activation of [protein|5F24258282F3166B7696B9E9ABC1706E4D06C944|SigG] |
| spoIIIAC | activation of [protein|5F24258282F3166B7696B9E9ABC1706E4D06C944|SigG] |
| spoIIIAD | activation of [protein|5F24258282F3166B7696B9E9ABC1706E4D06C944|SigG] |
| spoIIIAE | activation of [protein|5F24258282F3166B7696B9E9ABC1706E4D06C944|SigG] |
| spoIIIAF | activation of [protein|5F24258282F3166B7696B9E9ABC1706E4D06C944|SigG] |
| spoIIIAG | activation of [protein|5F24258282F3166B7696B9E9ABC1706E4D06C944|SigG] |
| spoIIIAH | activation of [protein|5F24258282F3166B7696B9E9ABC1706E4D06C944|SigG], forespore encasement by the spore coat |
| spoIIID | regulation of mother cell gene expression |
| spoIIM | dissolution of the septal cell wall |
| spoIIP | |
| spoIIQ | forespore encasement by the spore coat |
| spoIIR | control of [protein|search|SigE ]activation |
| spoIISA | programmed cell death |
| spoIVB | control of [protein|24F7FD5C7C3A68BB2760ABB8CBD8FBD65E5FF7D4|SigK] activation |
| spoIVCA | excision of the skin element, creation of the sigK gene |
| spoIVFA | control of [protein|24F7FD5C7C3A68BB2760ABB8CBD8FBD65E5FF7D4|SigK] activation |
| spoIVFB | processing of pro-sigma-K to active [protein|24F7FD5C7C3A68BB2760ABB8CBD8FBD65E5FF7D4|SigK] |
| spoVAA | spore maturation |
| spoVAB | spore maturation |
| spoVAC | spore maturation |
| spoVAF | spore maturation |
| spoVB | spore cortex peptidoglycan synthesis |
| spoVD | synthesis of spore peptidoglycan |
| spoVE | spore cortex peptidoglycan synthesis |
| spoVFA | dipicolic acid production |
| spoVFB | dipicolic acid production |
| spoVIF | required for spore coat assembly and resistance |
| spoVK | spore maturation |
| spoVR | spore cortex synthesis |
| spoVT | regulation of forespore gene expression |
| spoVV | transport of dipicolinic acid across the outer forespore membrane |
| sprB | excision of [SW|SP-beta prophage] |
| spsA | spore crust polysaccharide synthesis |
| spsC | legionaminic acid synthesis |
| spsD | legionaminic acid synthesis |
| spsE | legionaminic acid synthesis |
| spsF | spore crust polysaccharide synthesis |
| spsG | legionaminic acid synthesis |
| spsI | rhamnose biosynthesis, spore crust polysaccharide synthesis |
| spsJ | rhamnose biosynthesis, spore crust polysaccharide synthesis |
| spsK | rhamnose biosynthesis, spore crust polysaccharide synthesis |
| spsL | rhamnose biosynthesis, spore crust polysaccharide synthesis |
| sqhC | biosynthesis of sporulenes |
| sscA | spore coat assembly |
| stoA | spore cortex formation, maturation of [protein|search|SpoVD ]in the forespore outer membrane |
| tlp | unknown |
| tuaF | biosynthesis of teichuronic acid |
| tuaG | biosynthesis of teichuronic acid |
| tuaH | biosynthesis of teichuronic acid |
| usd | required for translation of [protein|90DCE4F286D2C151D8BDBF0E024E6BBEC94E2397|SpoIIID] |
| uxaA | hexuronate utilization |
| uxaB | hexuronate utilization |
| uxuA | hexuronate utilization |
| yabP | [SW|sporulation] |
| yabQ | sporulation |
| yabR | unknown |
| yabT | control of DNA integrity during spore development |
| ybaK | unknown |
| ybxH | unknown |
| ycgF | unknown |
| ycgG | unknown |
| yckC | unknown |
| yckD | unknown |
| ydcA | unknown |
| ydcC | unknown |
| ydfR | unknown |
| ydfS | unknown |
| ydgA | unknown |
| ydgB | unknown |
| ydhF | unknown |
| ydjP | unknown |
| yeaA | unknown |
| yesJ | unknown |
| yesK | unknown |
| yfhD | survival of ethanol stress and low temperatures |
| yfhE | survival of stress conditions and low temperatures |
| yfhS | unknown |
| yfkD | unknown |
| yfnD | unknown |
| yfnE | unknown |
| yfnF | unknown |
| yfnG | unknown |
| yfnH | unknown |
| yhaL | [category|SW 4.2|Sporulation] |
| yhbH | [category|SW 4.2|Sporulation] |
| yhcM | unknown |
| yhcO | unknown |
| yhcQ | unknown |
| yhcV | unknown |
| yhfM | unknown |
| yhfW | unknown |
| yhxC | unknown |
| yisZ | sulfate reduction and activation |
| yitA | sulfate reduction and activation |
| yitB | sulfate reduction and activation |
| yitC | unknown |
| yitD | biosynthesis of L-sulfolactate |
| yitF | unknown |
| yitG | unknown |
| yjaV | [category|SW 4.2|Sporulation] |
| yjbA | unknown |
| yjcA | unknown |
| yjfA | unknown |
| yjmC | unknown |
| yjmD | utilization of dulcitol |
| yjmF | unknown |
| ykoV | non-homologous end joining DNA repair, repair of gapped DNA substrates |
| ykvI | unknown |
| ykvQ | unknown |
| ylbB | unknown |
| ylbC | unknown |
| ylbE | unknown |
| ylmC | unknown |
| yloB | accumulation of calcium in the spore |
| ylxW | unknown |
| ylxX | unknown |
| ylyA | control of [protein|5F24258282F3166B7696B9E9ABC1706E4D06C944|SigG]-dependent [SW|transcription] |
| ymxH | unknown |
| yndA | unknown |
| yngE | mother cell metabolism, leucine utilization |
| yngF | mother cell metabolism, leucine utilization |
| yngG | mother cell metabolism, leucine utilization |
| yngH | mother cell metabolism, leucine utilization |
| yngHB | mother cell metabolism, leucine utilization |
| yngI | mother cell metabolism, leucine utilization |
| yngJ | mother cell metabolism, leucine utilization |
| yoaR | unknown |
| yoaW | unknown |
| yobW | unknown |
| yocL | unknown |
| yodH | unknown |
| yodP | unknown |
| yodQ | unknown |
| yodR | unknown |
| yodS | unknown |
| yodT | unknown |
| yokU | unknown |
| yozQ | unknown |
| ypfB | unknown |
| yphA | unknown |
| ypjB | unknown |
| ypqA | unknown |
| ypzA | unknown |
| ypzF | unknown |
| yqcK | unknown |
| yqfC | unknown |
| yqfD | sporulation |
| yqfQ | unknown |
| yqfX | unknown |
| yqfZ | unknown |
| yqhG | unknown |
| yqhH | unknown |
| yqhP | unknown |
| yqhQ | survival of stress conditions |
| yqjC | unknown |
| yqxA | unknown |
| yqzG | unknown |
| yrkC | unknown |
| yrrD | unknown |
| yrrS | unknown |
| ytcB | unknown |
| ytcC | lipopolysaccharide biosynthesis |
| yteA | unknown |
| yteV | unknown |
| ytfI | unknown |
| ytlA | unknown |
| ytlC | unknown |
| ytlD | unknown |
| ytrH | unknown |
| ytrI | spore cortex formation |
| ytvI | unknown |
| ytxC | unknown |
| yuiC | unknown |
| yurS | unknown |
| yusN | unknown |
| yuzA | unknown |
| yveA | unknown |
| ywcA | unknown |
| ywcB | unknown |
| ywjD | protection of developing and dormant spores against UV DNA damage |
| ywjE | phospholipid biosynthesis |
| ywnJ | unknown |
| ywrJ | unknown |
| yxeD | unknown |
| yxjF | 3-hydroxybutyrate utilization |
| yyaC | unknown |
| yyaD | unknown |