KEGG   Sporosarcina sp. P37: SporoP37_14785
Entry
SporoP37_14785    CDS       T04826                                 
Symbol
polC
Name
(GenBank) PolC-type DNA polymerase III
  KO
K03763  DNA polymerase III subunit alpha, Gram-positive type [EC:2.7.7.7]
Organism
spop  Sporosarcina sp. P37
Pathway
spop03030  DNA replication
spop03430  Mismatch repair
spop03440  Homologous recombination
Brite
KEGG Orthology (KO) [BR:spop00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    SporoP37_14785 (polC)
   03430 Mismatch repair
    SporoP37_14785 (polC)
   03440 Homologous recombination
    SporoP37_14785 (polC)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:spop03032]
    SporoP37_14785 (polC)
   03400 DNA repair and recombination proteins [BR:spop03400]
    SporoP37_14785 (polC)
Enzymes [BR:spop01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     SporoP37_14785 (polC)
DNA replication proteins [BR:spop03032]
 Prokaryotic type
  DNA Replication Elongation Factors
   Elongation factors (bacterial)
    DNA polymerase III holoenzyme
     SporoP37_14785 (polC)
DNA repair and recombination proteins [BR:spop03400]
 Prokaryotic type
  SSBR (single strand breaks repair)
   MMR (mismatch excision repair)
    DNA polymerase III holoenzyme
     SporoP37_14785 (polC)
SSDB
Motif
Pfam: DNA_pol3_alpha RNase_T PHP DNA_pol3_finger DNA_pol3_a_NII DNA_pol3_a_NI HHH_6 tRNA_anti-codon RNase_H_2 HHH_3 DEDDh_C zinc_ribbon_5 Zn-ribbon_8
Other DBs
NCBI-ProteinID: ARK25803
UniProt: A0A7U5GYL9
Position
2958510..2962817
AA seq 1435 aa
MDAAQKFLTLLQQTGLTDDQLMNYFQNGELNRVTVQKKSRVWKFNITLDEVLPIDVFRFV
QQRVHESFAAIANVHLEMEARNSGVSEELIADYWPLVVGELADISPPMRQCLVEQKPRLH
GEKLMITCSSDLECQTLKNKYIETLSSLYQQFGFPKFMFDVSIVENDKAEEEREQFLKQK
KQEEDVLSKQAYHQLQQRETMKSEQGESDKALILGTPIKAGEAVVPIQEIQDEERRLIIE
GFVFDAEVRELRSGRSLLTLKVTDYTDSILVKMFSRDNEDAEMMKSFKKGMWVRARGGIQ
NDTFVRDLIMMAQDLAVIPSVERKDKAPEGQKRVELHAHTSMSQMDAVVSASALVAQAAK
WGHPAIAITDHANVQSFPEAYNAGKKHGIKVLFGLEANLVDDGVPIVYEEQHRLLETDTY
VVFDVETTGLSAVYDTIIELAAVRVKDGEIIDRFERFANPHHPLSSVTTNLTGITDDMVE
NAPEVEEVMAEFIDFIGDAVLIAHNASFDMGFFYASCKRAKIETIAYPVIDTLELSRFLY
PELRNHRLNTLAKKFDIELTQHHRAIYDTEATAHLFLRLLADTKERGIEWLDDLNKNIGE
GDAYKRSRPSHCTILAADDEGLKNLFKLVSISHMDYFYRVPRIPRSLLVKYRKGLLIGSG
CDKGEVFEGLMQKPMEEVEEIASFYDYLELHPKPVYSHLMELDLIRDEWNLEDIMRKMLK
LGKKTGLPVCATGNVHYLEETDATYRKVLVRSQGGANPMNRHSLPAVHFRTTDEMLKEFE
FLGEEAAKEIVIDNPLKIVERVGDVKPIKDDLYTPKIEGAEEEVRELTYSMARHIYGDTL
PEIIEARIIKELTSIIDNGFAVIYLISHKLVKKSLDDGYLVGSRGSVGSSFVATMMEITE
VNPMPPHYVCPSCKHSEFFDDGSVGSGYDLPDKACPACGTMFKKDGQDIPFETFLGFAGD
KVPDIDLNFSGEYQAHAHNYTKELFGEDYVFRAGTIGTVAEKTAYGYVRGYMNDNDIQMR
GAEIDRLVQGCSGVKRNTGQHPGGIIVVPDTMDIFDFTPVQFPADDIQSKWRTTHFDFHS
IDNNLLKLDILGHDDPTMIKMLEDLSGIDAKTIPPDDEGVMALFGGTESLGVTEEQIDCK
TGTLGVPEFGTRFVRQMLEETKPSTFSELIQISGLSHGTDVWLGNAQELIQNKTCQLSEV
IGCRDDIMVYLIYQGLEPSLAFKIMESVRKGKGLTPEFEEAMKENKVPAWYISSCKKIKY
MFPKAHAAAYVLMALRIAYFKVHHPIMYYATYFTVRATDFDLVTMSKGSASIRAKIKEIN
AKGLDAPPKEKNLVVVLEIALEMVERGFTMAKPDLYKSDATQFLIEGNKLIPPFNAVPSL
GTNVAKTIVEARKDGEFLSKEDFQKRGRVSKTIVEYLDNLGCLEGMPEANQLSLF
NT seq 4308 nt   +upstreamnt  +downstreamnt
gtggatgccgcccaaaagtttttaactttattgcagcagacaggtctgactgatgatcag
ttaatgaattattttcaaaatggtgaattgaaccgagtgactgttcagaagaaatcaaga
gtatggaagttcaatatcacattggatgaagtgttgcccattgacgtattccgcttcgtg
cagcagcgcgtccatgaatcatttgcggcgattgcaaatgtgcatcttgaaatggaagcg
agaaacagcggagtaagtgaagagttaattgcagattattggccgctcgtcgtgggtgaa
ttggctgacatttcaccgcccatgcgccaatgcctagtggaacaaaaaccgagactgcat
ggcgagaaattaatgatcacgtgttcgagtgatctggaatgtcagacgctgaaaaacaaa
tatattgaaacactgtcgtcattgtatcagcaattcggatttccaaaatttatgttcgat
gtgtcgattgttgaaaatgataaagcagaagaagagcgcgaacagtttctgaaacagaaa
aaacaagaagaagatgtcctgtcaaaacaggcttaccatcagctgcagcagcgtgaaacg
atgaagagtgagcagggtgagtccgataaagcgctgatccttgggacaccgatcaaggcc
ggtgaggcggtcgtgccgattcaggagatccaggatgaagaacgccggctgatcatcgaa
ggttttgtgtttgacgcggaagtgcgcgaactgcggagcggacgatctttgctgacattg
aaagtgacggattacaccgattcaatattagtgaaaatgttttcacgtgacaacgaagat
gcggaaatgatgaaatcctttaaaaaagggatgtgggtacgcgcaagaggcggtattcaa
aatgatacgttcgtaagggatttaattatgatggcacaggatttggctgttattccatct
gtggaacgtaaagacaaagcgcctgaaggacaaaagcgtgtagaacttcacgcacataca
tctatgagtcagatggatgctgttgtttccgcatcagcattagtcgcacaggcggcaaaa
tggggacatcctgccatcgcgattactgaccatgcaaacgtacagtcatttccggaagct
tataatgcagggaagaagcacggcatcaaagtgctcttcggtttagaggccaacctggtg
gatgacggcgtgccgattgtttatgaggaacagcaccgtctgctcgaaaccgatacgtac
gtagtatttgatgtcgagacaacaggattatccgctgtctacgacacgattattgagctg
gcggctgtaagggtgaaagatggagagattatcgatcgattcgaacgtttcgctaatcct
catcatccgttgtcttctgttacgactaacctgacgggcattacggatgatatggtggaa
aatgcgcctgaagttgaagaagtcatggcagaatttatcgattttatcggtgatgcggtc
ctgattgcccataatgcctcatttgacatgggcttcttttatgcttcgtgtaagcgtgcc
aagattgaaacaatcgcttacccggtcattgatacattggaactttcccgcttcctttat
cctgaactgcgtaaccaccgtttaaatacgttagctaagaaattcgatatcgaattaact
cagcatcaccgtgcgatatacgacacggaagctacagctcatttatttttacgactgctg
gcagatacaaaggaaagaggaattgaatggctggacgacctcaataaaaacattggggaa
ggggatgcatataaacgttcacgtccttcccactgcaccatactcgctgcggatgatgaa
ggcctgaagaacttattcaaacttgtctccatttcacatatggattacttttatcgtgtg
ccgcgtatcccccgatcattgctcgttaagtaccgcaaagggctgctgataggatcgggt
tgtgataaaggcgaagtattcgaaggattgatgcagaagccgatggaggaagtggaagaa
atcgcaagtttttatgactacttggagcttcatccgaaaccggtctattctcatttgatg
gaactggatctgatccgggatgaatggaatctggaagatattatgcgcaagatgctgaaa
ctcggtaagaagacaggactgcctgtttgtgcaacagggaatgtgcattatcttgaagaa
acggatgcgacctaccgtaaagttctcgtgcgctctcaaggcggtgccaacccgatgaac
cggcactctttaccggctgtccatttccgtacgacggatgagatgctcaaagagttcgag
tttttaggagaggaagcagccaaagaaattgtgatcgataatccgttgaaaatcgtcgaa
cgtgttggcgatgtgaaaccgatcaaggatgatctgtatacgccgaaaattgaaggcgca
gaagaagaagtccgtgagctgacatattctatggcccgtcatatttacggcgacacgctg
cctgaaattattgaagcacgaattattaaagagctgacgtctattattgacaacggtttt
gcggtaatttatctcatttcacataaactggtgaagaagtctttggatgacggctatctt
gtaggttcgcgcggatctgtaggctcgtcattcgttgcaactatgatggaaatcactgaa
gtgaatccaatgccgccgcattacgtatgtccatcttgtaagcacagtgaattctttgat
gacggatctgtgggctcagggtatgatttacctgacaaagcatgtccggcatgcggaacg
atgttcaaaaaagatgggcaggatataccctttgaaacgttccttggattcgcgggggat
aaagtgcctgatatcgatctgaacttcagtggtgaatatcaggcgcacgcccataactac
acaaaggaattgtttggagaagattatgttttccgtgcgggaacgattggtactgtcgct
gaaaaaacagcatatggctatgtgcggggctacatgaatgataatgacattcaaatgcgc
ggggcggaaattgacaggctggtgcagggctgctcgggtgtcaaacggaataccggacag
caccccggaggaatcattgttgttccggacacgatggatatttttgactttacgcctgtt
caattcccggcggatgacattcaatccaagtggcggacaacgcactttgatttccactct
atcgacaataacctgttgaagctggacatactcgggcatgatgacccgacgatgatcaaa
atgctggaagacttatcaggcatcgatgccaagacgattccgcctgatgacgaaggggtc
atggcgctgtttggcggaactgagtctcttggtgtgactgaagaacagatcgactgtaaa
accggaacgctaggcgtacccgaatttggtactcggtttgtccgtcaaatgcttgaagaa
actaagccttccacgttctctgagttaatccagatttccgggctgtctcacggtacggat
gtatggctcggtaatgcgcaagagctgatccaaaataaaacatgccagttgtcagaagta
atcggctgtcgtgacgatattatggtctacctgatctatcagggactggaaccgtctctt
gcatttaaaattatggaatctgtgcgtaaagggaaagggctgacgccggagtttgaagaa
gcgatgaaagagaataaagtgccggcctggtatatcagctcgtgcaagaaaatcaagtac
atgttcccgaaagcacacgccgctgcgtatgtactgatggctctcagaatcgcctacttt
aaagtgcatcatccaattatgtattacgcaacatatttcacagtgcgtgcaacagacttt
gatttggtgacaatgtccaagggctccgcatcgatccgggcgaaaatcaaagaaataaat
gccaaagggctggacgcgccgccgaaagaaaagaacttagtcgtcgtacttgaaattgcg
cttgaaatggtcgaacggggctttacgatggcaaagcctgatctgtataaatccgacgcc
acacaattccttattgaagggaataaactgattccgccgtttaacgcagttccttcatta
ggtacgaacgtcgccaagacaattgtcgaagcacgaaaagacggagagtttttatcgaaa
gaggacttccagaagagaggccgtgtatcgaagacgattgtagaatacttggataatctc
ggatgcctggaagggatgccggaagcaaaccaattatccctgttctga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (13)   
   Pfam (13)   
All databases (26)   

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