KEGG   Williamsoniiplasma somnilux: ESOMN_v1c03030
Entry
ESOMN_v1c03030    CDS       T05210                                 
Symbol
polC
Name
(GenBank) DNA polymerase III subunit alpha
  KO
K03763  DNA polymerase III subunit alpha, Gram-positive type [EC:2.7.7.7]
Organism
esx  Williamsoniiplasma somnilux
Pathway
esx03030  DNA replication
esx03430  Mismatch repair
esx03440  Homologous recombination
Brite
KEGG Orthology (KO) [BR:esx00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    ESOMN_v1c03030 (polC)
   03430 Mismatch repair
    ESOMN_v1c03030 (polC)
   03440 Homologous recombination
    ESOMN_v1c03030 (polC)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:esx03032]
    ESOMN_v1c03030 (polC)
   03400 DNA repair and recombination proteins [BR:esx03400]
    ESOMN_v1c03030 (polC)
Enzymes [BR:esx01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     ESOMN_v1c03030 (polC)
DNA replication proteins [BR:esx03032]
 Prokaryotic type
  DNA Replication Elongation Factors
   Elongation factors (bacterial)
    DNA polymerase III holoenzyme
     ESOMN_v1c03030 (polC)
DNA repair and recombination proteins [BR:esx03400]
 Prokaryotic type
  SSBR (single strand breaks repair)
   MMR (mismatch excision repair)
    DNA polymerase III holoenzyme
     ESOMN_v1c03030 (polC)
SSDB
Motif
Pfam: DNA_pol3_alpha RNase_T DNA_pol3_finger PHP HHH_6 RNase_H_2 DNA_pol3_a_NII tRNA_anti-codon DNA_pol3_a_NI DEDDh_C PHP_C
Other DBs
NCBI-ProteinID: ATZ18685
UniProt: A0A2K8NXX6
Position
364972..369447
AA seq 1491 aa
MKKEIKNIFQNFNIQIDEEDLVFFDDMEIVDELIVSQEKRKCYLKLATPNFLPIRFIKIL
NEGFANNQNLKTKITIDVKYQMLDEELVHDYIDFIKKFKSQKKGGAWNFIDNTKIHLSID
EGIIKLNVDSNSQKNDLEKELSYLKAKMQQYGFKNLQYTVDVIDSGEDELFKKELHYQQL
LEQQVAINSKTELQVQEKRTSYTPHPNNNFRRTTKMDEPSYEKLIDIEDDAQNIVIHAMI
MNLEVKNSKTGRKIYSFAVTDNTSSIKATYFGKDQGMCLLDPLTEDEKNADNAKEMFEER
IKVGDWIALKGKTGFNQYEGETTFTVDSFQKIERKIATREDHAPIKRVELHNHTKMSVMD
GVSHVKDYIKRADSWNWNAIAITDHTNVQSFPDAFLAIKEVNKKRKEKDQNPLKLIYGCE
LTMLLDELWYVKNPKGKKLRESKFVIFDLETTGLSPEFDEIIEFGAVIYDYKTGNRVRKD
ILIKPKTVLKTFTKELTHISDEMLEDKPGIEIAFKEIYEIIKDAILVAHNANFDFNFLQS
FAKKLGYPELTNTVVDTLSIARAMYPKLKNFRLGTVAKKTGIIYDEKIAHRADYDADILT
DVYEHMWHDAKMNIELNTDEDWNKVHVENKAENMNFVRTRGFHTTVIAKNQIGLKDLYKI
ISHTHTESMLGSPKIFQSKLTEFRNNDNILIGTSCVNGEIFDLARTNTYDVLKEKIKFYD
YVEIQPLSVFKNLLQNDTLDEFELKRTIKIIIKAAKENNKLIVASSDAHYVDPELKLIRE
IYINAKGLGGENHPLFDFKNRVKDFPEQHLRTTSEMLEEFSWLEDEEFVNEIVIKNSNLI
AEMVDNDIQALKTGTYDPKIDNVNELLRNKCYEKAHQLYGESLPKIVFDRLERELNSITK
HGFGVIYWISHKLVEKSLTDGYLVGSRGSVGSSFVATMSSITEVNPLKAHYLCPNCKFSD
FDTDPQFRCGYDLPKRKCPECDNPLIGEGHDIPFETFLGFDGDKVPDIDLNFSGEYQPIA
HNFTKQMFGQNNAFRAGTISTVANKTAFGYVRGYFESHFDYGNQPRKVEIERIAGLAEGV
KRTTGQHPGGIIILPQEFEIEDFTPVNYPADKPDSTWKTTHFDFSSIHDNLLKMDILGHV
DPTALKMLKDLTGVDPITIPTNDEKVYSLFGGLDVLGIKPEDINNETTGALGIPEFGTQF
VRSMLKETKPKTFADLVQISGLSHGTDVWINNAQTLISQNLASISTVIGCRDDIMVYLMN
MGLEPGDAFAIMESVRKGKGLKNNWINLMKSKNVPDWYIDSCLKIKYMFPKAHATAYVLM
AYRVAWYKVHYPIEYYTTYFTTRSDFFDLEVTLKGYDAILQKLNEHQTKVNQKIATAKEI
GLMTTYEVQLEMLSRGIKIKNIDFNKSLGNKFLIEIDGKTGQKVIYPPFVVIDSLGEAGQ
QSIINARSVKQFSSLSDLKTRTQVTQTQLKTFENLGITDSLSNDEQLTFEF
NT seq 4476 nt   +upstreamnt  +downstreamnt
atgaaaaaagaaataaaaaatatatttcaaaattttaatatccaaattgatgaggaagat
ttggttttttttgatgacatggaaattgttgatgaattaatagtttctcaagaaaaaaga
aaatgttatttaaaattggccacaccaaattttttaccaattagatttataaaaattttg
aacgaaggttttgcgaataatcaaaatttaaaaactaaaataacaattgatgttaaatat
caaatgttagatgaagaattagttcatgactacatagattttattaaaaaatttaaatcg
caaaaaaaaggtggggcctgaaattttattgataatactaaaatacatttaagtattgat
gaaggaataatcaaactaaatgttgattctaattctcaaaaaaatgatttagaaaaagag
ttaagttatttgaaagcaaaaatgcaacaatatggttttaaaaatttacaatacacagtt
gatgttattgatagcggcgaagatgaattgttcaaaaaagaactgcattatcaacaacta
ttagaacaacaagttgcaattaatagtaaaactgaattgcaagtgcaagaaaaaagaact
tcttacaccccacatccaaacaataattttagaagaacaacaaaaatggatgaaccttct
tatgaaaaattaatagatattgaagatgatgctcaaaatattgttattcatgcaatgatt
atgaatttagaagttaaaaattctaaaacaggaagaaaaatttattcttttgcagttact
gataatacttcttctattaaagctacttattttggtaaagatcaaggtatgtgtttgtta
gaccctttgacagaagacgaaaaaaatgctgataatgctaaagaaatgtttgaagaaaga
attaaagttggtgattgaatcgctttaaaaggaaaaacaggttttaaccaatatgaaggt
gaaaccacttttactgttgatagttttcaaaaaatcgaacgcaagattgcaactagagaa
gatcatgcacctattaaaagagttgaattgcataatcataccaaaatgtctgttatggat
ggagttagtcatgttaaagactatattaaaagagcagattcttgaaactgaaatgcaatt
gcaataactgatcatactaatgttcaatcttttcctgatgcttttttagctattaaagaa
gttaataaaaaacgtaaagaaaaagatcaaaatcctttaaagttaatctatggttgtgaa
ttaacaatgcttcttgatgaactttgatatgtaaaaaaccccaaaggcaaaaaattacgt
gaatcgaaatttgtaattttcgacttagaaacaacgggattatcaccagaatttgatgaa
attattgaatttggagctgtaatttatgattacaaaaccggaaatagagttagaaaagat
attttaataaaacctaaaactgttttaaagactttcacaaaagaattaactcatattagc
gatgaaatgttggaagataaaccaggcatagaaattgcttttaaagaaatttatgaaatt
attaaagatgctatcttagttgctcacaatgctaattttgactttaattttttacaatcg
tttgctaaaaaattaggttaccccgagctaacaaatacagtagttgacacactgtcaatt
gctcgtgcaatgtatccaaaattaaaaaactttagattaggaactgttgctaaaaaaacg
ggaattatttatgatgagaaaattgctcaccgtgctgattatgatgcggatattttaact
gacgtttatgaacatatgtgacatgatgctaaaatgaatatagaattaaatactgatgaa
gattgaaataaagttcatgttgaaaacaaagctgaaaacatgaatttcgtaagaacaaga
ggatttcacacaaccgttatagctaaaaaccaaataggtttgaaagatttatataaaata
atttctcatacacacacagaatcgatgttaggtagtccaaaaatatttcaaagtaaatta
actgagttcagaaataacgataatattcttatcggcacatcttgtgttaatggtgaaatt
tttgatttagcaagaactaatacatatgacgtattgaaagaaaaaattaagttttatgat
tatgtggaaattcaaccgctaagtgtttttaaaaatttattacaaaatgatacattagat
gaatttgaacttaaacgtacaatcaaaattattattaaagcagctaaggaaaacaacaaa
ttaattgtagcttctagtgatgctcattatgttgatcctgaattaaaattaattcgtgaa
atttatataaatgctaaaggtctggggggagaaaatcaccctttattcgactttaaaaat
cgtgttaaagactttccagaacaacatttaagaacaacatcagaaatgcttgaagaattt
tcgtgactagaagatgaagaattcgttaatgaaatagtgattaaaaatagtaatttaatt
gctgaaatggttgataatgatattcaagcccttaaaactggtacttatgaccctaaaatt
gataatgttaatgaattattaagaaataaatgttatgaaaaagcacatcaattatatggt
gaatctttacctaagattgtttttgatcgtcttgaaagagaacttaattcaataactaaa
catggatttggagttatttattgaatttctcataaattagttgaaaaatcattaactgat
ggttatttagtaggttcccgtggttcagtcggttcttcatttgttgcaactatgtcaagc
atcactgaggttaatcctcttaaagcccattatttatgccctaattgcaaattttcagat
tttgatactgatccacaatttcgatgtggctatgatttaccaaaaagaaaatgtccagaa
tgtgataaccctttaattggtgaaggtcatgatattccttttgaaacttttttaggtttt
gatggggataaagttccagatatcgatctaaatttttcaggagaataccaaccaatcgcg
cacaattttactaaacaaatgtttgggcaaaataatgcgtttagagcaggaacaattagt
accgttgctaataaaacagcttttggatatgttagaggatattttgaatctcattttgac
tatggtaatcaaccaaggaaagtcgaaattgaaagaattgctggtttggctgaaggagtt
aaaagaacaactggtcagcacccagggggaattattattctacctcaagaatttgaaatt
gaagattttactccagttaattacccagctgataaacctgatagtacatgaaaaaccacc
cattttgatttttcgtcaattcacgataacttacttaaaatggatattttaggacatgta
gatcctaccgctttaaaaatgttaaaagatttaacaggagtagatccaattacaatccca
accaatgatgaaaaagtttattctttatttggtggattagatgttttgggaattaaacct
gaagatataaacaatgaaacaacaggggctttaggtattcctgaatttgggactcaattt
gttagatctatgttaaaagaaactaagccaaaaacatttgcagatttagttcaaatttct
ggtctttcgcatgggactgatgtatgaatcaacaatgcacaaacattaatttcacaaaac
cttgcatcaatttctactgtcatcggatgtagagatgatattatggtttatttaatgaat
atgggactagaacctggtgatgcttttgcgattatggaatcagtgcgtaaaggtaaaggt
ttaaaaaataattgaattaatcttatgaaatcaaaaaatgttcctgattgatatattgat
tcatgtttaaaaattaaatatatgtttcccaaagcacatgctactgcttacgtacttatg
gcttatcgtgtagcttgatataaagtacattatccaattgaatactacacaacatacttt
actactagatctgatttttttgacttggaagtaactttaaaaggttatgatgcaattttg
caaaaattaaatgaacatcaaactaaagtgaatcaaaaaattgctacagccaaagaaatt
gggttaatgacaacttatgaagtacaattagaaatgttgtcaagaggaataaagattaaa
aatatcgattttaacaaatcgcttggaaataaatttttaattgaaatagatggaaaaaca
gggcaaaaagttatttatcctccttttgttgtaattgattcattaggtgaagccggtcaa
caatcaattattaacgcaagaagtgttaagcaattttcttcgctttcggatttgaaaact
cgtactcaagttactcaaactcaattaaaaacttttgaaaatttaggaattactgattct
ttatctaatgatgaacagttaacatttgaattttaa

  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 (11)   
   Pfam (11)   
All databases (24)   

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