KEGG   Mycoplasmoides gallisepticum NC08_2008.031-4-3P: HFMG08NCA_0672
Entry
HFMG08NCA_0672    CDS       T02327                                 
Symbol
polC
Name
(GenBank) DNA polymerase III alpha subunit polC/Gram positive-type
  KO
K03763  DNA polymerase III subunit alpha, Gram-positive type [EC:2.7.7.7]
Organism
mgan  Mycoplasmoides gallisepticum NC08_2008.031-4-3P
Pathway
mgan03030  DNA replication
mgan03430  Mismatch repair
mgan03440  Homologous recombination
Brite
KEGG Orthology (KO) [BR:mgan00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    HFMG08NCA_0672 (polC)
   03430 Mismatch repair
    HFMG08NCA_0672 (polC)
   03440 Homologous recombination
    HFMG08NCA_0672 (polC)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:mgan03032]
    HFMG08NCA_0672 (polC)
   03400 DNA repair and recombination proteins [BR:mgan03400]
    HFMG08NCA_0672 (polC)
Enzymes [BR:mgan01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     HFMG08NCA_0672 (polC)
DNA replication proteins [BR:mgan03032]
 Prokaryotic type
  DNA Replication Elongation Factors
   Elongation factors (bacterial)
    DNA polymerase III holoenzyme
     HFMG08NCA_0672 (polC)
DNA repair and recombination proteins [BR:mgan03400]
 Prokaryotic type
  SSBR (single strand breaks repair)
   MMR (mismatch excision repair)
    DNA polymerase III holoenzyme
     HFMG08NCA_0672 (polC)
SSDB
Motif
Pfam: DNA_pol3_alpha RNase_T DNA_pol3_finger PHP HHH_6 RNase_H_2 HHH_3
Other DBs
NCBI-ProteinID: AFP81037
Position
110529..115013
AA seq 1494 aa
MNKKELKSFFDNLNNKLAIPNPLLTFLKKSTVRTIKKIGDNKKTLDLSFILNQPLTVDLY
QTYLDYVANFNNKSKDPYFQFNFILDSSLWTSELIQSAIQEIYKSDKNQGFYAEAIELVN
EKFYQIVFSNKKLQHQSDQQLEWLVTQLENLGFYQINLATKLDLNLVAINRNKADEEPKK
PKARRVVKEDGFSLEECLEKNKILDTSVITPIKDFDPNQPTSLTTLWAKIYHLDYRKNGT
NKALRLGLADKNSAVTIFSWITRSKHLTSEYLDNFKVGNWIKIQLRVTSSKDDKKYTEIL
RIDHAELPEWLKPTPEEFTNRHEFFFHTKMSVHDGLNDVDDLKKFCEENKLKDIAITDSG
VVQAFADLASWKEKTNSETKVHYGLEVDLFDDRNFIVKNNKDLKLDQLSFVIFDIETTGL
NAYYEQIIEIAAVRVKAELNETNHQLEFVQIGKFEKLIKNKKPLSKFTTQLTGLKDSDLK
DAQDEKTVLEEFVNFIQKDDVLVAHNGIDFDFIWINTKLDKYKLKPLDNPMLDSLRLAYQ
LYQFKRYTLENLSLKLGYEYDKTLAHRANYDTELLAKCLMIMLSQVYAKNWRSLLDLNDQ
EKLLNDLSEKSLKKAANLRINDEDNLDQITQSNENLFNRIRLRKALVYAKNAQGLKALYK
LVSLASTKQFYGSQKLFWSDLEKYQNDLLISSHPINGHIVHAAKYDTNENLRKLIKKHSF
VLVPLPSLFKQDLYKKNIELTHVHDLINRIISICEQEKILYTFSSAAHYLKQEQKQFYDC
LITAEITGKKLHHFYDRDLSTNQNVPDLHIRKNNEVYHDFSFIQDQEILAKLIYRNGEKI
ANLFNDEGLLPFPKKLHPPKIEGSDDKLIELVWNKAKELFGDEIDPIIKSRIEYELNAII
KNGYGIIYWLAHLLVKKSNDDGYLVGSRGSVGSSIVALLAGISEVNPLQPYYYCKKCKKT
KFVDNVDDGHDLVNKPCELLDCDGEMRGEGHNIPFASFMGFKGEKTPDIDLNFSSFYQAK
AHDYVRELFGESHTTRCGTISTMQDKTAYKIAKDYLEITIGEEESERLAGWYASEMSEIK
RTTGQHPGGILVFPKDKEIEDFCPVNYPADDKSSKWKTSHFKFEYLHDTLLKLDILSQED
PTILKYLYEITNVKPEEIPNNDPKVLSLFNLDHCLENVNNNPILKDSTGALGIPEFGTKI
TREILKIAKPASVADLIRVSGLSHGTDVWTNNAADLIVDKHYKLNEVIACRDDIMTYLSS
LGIENQIAFNIMEDVRKGKKLKPEYEKIMQEFNVSQDYIDSCNKIKYMFPKAHATAYVLM
AWKIAWFKVHYPEAFYAAIFSFKVKEHDIETCINGGIRAITKRYNEIKSLINKTKFAKNK
SELTLNKKDEDLMPTYELYLEMLERNIKLEQVSLEHSDALHFVVKNNKIYPPFNTINGLG
DEIAKLIVKKRNEEGFKSQADLKTKCKLNKNIWNYFITYQVFGDLKEDEKIRLY
NT seq 4485 nt   +upstreamnt  +downstreamnt
atgaataagaaagaattaaaaagtttttttgacaatcttaataataaattagctattccc
aacccgttattaacttttcttaaaaaaagtactgttagaacgatcaaaaagattggggat
aataaaaaaacccttgatcttagttttattcttaaccaaccattaaccgttgatttatat
caaacctaccttgattatgtagctaactttaataataaaagtaaggatccttactttcag
tttaactttatcttagatagttcattatgaactagtgaattaattcaaagcgcgatccaa
gagatctataagagtgataaaaaccagggtttttatgctgaagctatagaattggttaac
gagaagttttatcagatcgtttttagtaataaaaagttacaacaccaatctgatcagcaa
ttagaatgattagttactcaattagaaaacctagggttttatcagattaatttagcaaca
aagctagatttaaatttagtagctattaatcgtaataaagctgatgaagaaccaaaaaaa
cctaaagctagaagagttgttaaagaagatggttttagtttagaagaatgtttagaaaaa
aataaaatccttgatacaagtgtaattactccaatcaaggattttgatccaaatcaaccc
acttctttaacaactttatgagctaaaatctatcatttagattaccgtaaaaacggtact
aataaagcattaagattaggtttagctgataaaaatagcgctgttacgatctttagctgg
attacgagatctaaacatttaactagtgaatatttagataattttaaagtgggtaactga
attaaaatccagttacgtgttacttctagtaaggatgataaaaaatatactgagatctta
aggatcgatcatgctgaattgccagaatgattaaaacctactcctgaagagtttactaat
cgtcatgaattcttttttcacaccaaaatgagtgtccatgatgggcttaatgatgttgat
gatttgaaaaaattctgtgaagagaacaaattaaaagatatcgcgatcactgatagtggg
gttgttcaagcttttgctgatttagcttcatggaaagaaaaaactaatagtgaaactaaa
gtccactatggtttagaggttgatctttttgatgatcgtaactttattgttaaaaacaat
aaagatttgaaattagatcaattaagttttgttatttttgatattgaaacaaccgggctt
aatgcttactatgaacagatcatagaaattgcagctgttagggttaaggctgaacttaat
gaaacaaaccatcaacttgaatttgttcaaataggtaaatttgagaaactaattaagaac
aaaaaaccgctatcaaaatttacgacacaattaacaggacttaaagatagtgatctaaaa
gatgcccaagatgaaaagacggtactagaagagtttgttaactttattcaaaaagatgat
gttttagttgcacataacggaattgattttgactttatttggattaataccaaattagat
aaatacaaattaaaaccacttgataatccaatgttagatagtttaagattggcctatcaa
ctttatcaattcaaacgttatacattagaaaacctttcacttaaacttggttatgaatat
gacaaaacattggcacaccgagctaattatgatactgaacttttagctaagtgtttgatg
atcatgttatcacaagtttatgctaaaaactgaagatcgttattagatttaaatgatcaa
gaaaaattattaaatgatcttagtgaaaaatcattaaaaaaagcggcaaatcttaggata
aatgatgaagataatctagatcagatcactcaatcaaatgagaatttatttaaccgtatt
cggttaagaaaagcacttgtgtatgctaaaaatgctcaaggtttaaaagcactttataaa
ctagtaagtttagcatcaacaaaacagttttatggttcacaaaagttattttggtctgat
cttgaaaaataccaaaacgatcttttaatctcttctcacccaattaatgggcatatcgtt
catgctgctaagtatgatacgaatgaaaatctaagaaaactaattaaaaaacatagcttt
gttttagttcctttaccttcattatttaagcaagatctttacaaaaaaaatattgaacta
actcatgttcatgatttaattaatcgaattatatcaatctgtgaacaagaaaagatctta
tatactttcagttcagctgcacactacctaaaacaagaacaaaaacaattctatgattgt
ttaataacagcagaaatcaccggtaaaaagttacatcatttctatgatcgtgatctatca
acaaaccaaaatgttcccgatctacacattcgtaaaaataacgaagtttatcatgatttt
agttttatccaggatcaagagatcttagcaaaactaatctatcgtaatggtgaaaagatt
gctaacttatttaatgatgaaggtctattaccatttcctaaaaaattacacccacctaag
attgaaggatcagatgataaactcattgaattagtctgaaataaagctaaggaattattt
ggggatgagattgatcctatcatcaaatcaagaattgaatacgaactaaacgcaattatt
aaaaatggctatgggattatttattgattagctcatctactagttaaaaaatctaatgat
gatggttatttagtaggttcacgtggttctgttggttcatcgattgtggcattactagca
ggaatctcagaggttaatccgttacaaccatattattattgcaagaaatgtaaaaaaact
aagtttgtcgacaatgttgacgatggtcatgatttggttaacaaaccatgtgagctctta
gattgtgatggtgagatgagaggtgaaggacataatatcccatttgcttcattcatgggg
ttcaagggtgaaaaaactcctgatattgatcttaacttttcaagtttttatcaagctaaa
gctcacgattatgtacgtgaactgtttggtgaatcccacaccactagatgtggaacgatc
tcaacgatgcaagataaaacagcatacaagattgccaaagattatcttgaaataactatt
ggtgaagaagaatctgaacgtttagctggatgatatgcttctgagatgagcgagatcaaa
agaacaaccggacaacaccctggtgggatcttagttttccccaaagataaagaaatcgaa
gatttctgtccggttaactatccagccgatgataaatcatcaaaatgaaaaacatcacac
tttaaatttgaatacttacatgacactttattaaagttagatatcttatctcaagaagac
ccaacgatcttaaagtatctttatgagattacaaatgtaaaacctgaagagattcccaat
aacgatcccaaggttttatcactatttaatttagaccattgtcttgaaaacgttaataac
aacccaatcttaaaagattcaactggagcactagggatccctgagtttggtacaaaaatt
actcgggagatcttaaagattgccaaaccagcatcagtagctgatctaatccgggtatct
ggattaagccatggtactgatgtttgaaccaataatgcggctgatctaatcgttgataag
cattataaacttaatgaagtaattgcttgtcgtgatgatattatgacctatcttagttcg
ttaggaattgagaaccagatcgcatttaatattatggaagatgtaagaaagggtaagaaa
cttaaacctgagtatgaaaagatcatgcaagaatttaatgtctcacaagattacattgat
tcatgtaataaaattaaatacatgttcccaaaagctcacgcgactgcgtatgttttaatg
gcatgaaaaattgcttgatttaaggttcattatcctgaagcattttatgcagccatcttt
tcatttaaagttaaagaacatgatatagaaacctgtattaatggtgggattagagctatt
accaaacgttataacgagattaaatcattaattaataagactaagtttgctaaaaacaaa
agtgaattaacactaaataaaaaagatgaagatctaatgccaacatatgaactttatcta
gagatgttagaacgtaatattaaacttgaacaagttagtcttgaacactctgatgcctta
cattttgttgttaaaaacaacaagatctacccaccatttaatacgattaacggtttgggt
gatgaaattgccaaattaatcgttaaaaaacgtaacgaagaagggtttaaatctcaagca
gatttaaagacaaaatgtaagttgaataagaatatttgaaactactttatcacctatcaa
gtctttggcgacttgaaagaagatgaaaaaattcgcttatactaa

  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 domain (7)   
   Pfam (7)   
All databases (19)   

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