KEGG M.pneumoniae: MPN034

Mycoplasma pneumoniae: MPN034

Entry

MPN034 CDS M.pneumoniae

Gene name polC

Definition DNA polymerase III PolC

Orthology K03763 DNA polymerase III subunit alpha, Gram-positive type
[EC:2.7.7.7]

Pathway mpn00230 Purine metabolism
mpn00240 Pyrimidine metabolism
mpn01100 Metabolic pathways
mpn03030 DNA replication
mpn03430 Mismatch repair
mpn03440 Homologous recombination

Class Metabolism; Nucleotide Metabolism; Purine metabolism [PATH:mpn00230]
Metabolism; Nucleotide Metabolism; Pyrimidine metabolism
[PATH:mpn00240]
Genetic Information Processing; Replication and Repair; DNA
replication [PATH:mpn03030]
Genetic Information Processing; Replication and Repair; Mismatch
repair [PATH:mpn03430]
Genetic Information Processing; Replication and Repair; Homologous
recombination [PATH:mpn03440]
Genetic Information Processing; Replication and Repair; DNA repair
and recombination proteins

SSDB

Motif Pfam: DNA_pol3_alpha PHP Exonuc_X-T DUF655 GspK CxxC_CxxC_SSSS

Other DBs NCBI-GI: 13507773
NCBI-GeneID: 877158
UniProt: P75080

Position complement(36800..41131)

AA seq 1443 aa
MVFDTETEKGKRIWALSQFLVKKNILDHNELHQLNNRIELVYLENDRENALFLVALTLKK
PLTIDIWNALYEGFQDAEGAELRITFQEDATFFKDGSTKSSVTLAIIKDYFKSFFGKDKK
YRILLEQELTHPNFLSYSNHELKANCQSQELDQWLIEQRQAFIKWMHQAGFTHFGFVSLF
NPPAEKQLKVKSMKVSKYDKQFETEVFSTEFVPIHKINQQMDEIKLMGQIFELKDFPGYN
NLRNTLNIYVTDFQLGGSLILKWFYKDPKTIEGIKIGTWVKATVKVERDAKTQLLQGIIK
EISPIETPAYYRRPDQDKQKRVELVFHTKMSAFDGINSVQEYAQFAKERDWKTIAVTDKD
NIHIYPTLYEVAKKYGLKAIYGLECNLIDDHIKIVSNPDKTKLKDATFVIFDIETTGLHG
RYDSVIEFAGIKVKHNREVERMQFFLKIDGPLPAAVTEITKITQAQLEDGMEQQAGLEKL
RAWLDGCVMVAHNGLSFDLPFLQTQFEKYNIAPLTNPLIDTLALSWALNPGFASHTLSNI
CAKLKFDFDDERLHRADYDTQALKKVFDYFKEQVELMGITNLEQLDQELNQQCHFELLKR
TFTNTGIIYIKSQSGFAKLYELLSIALTDNNATRPLVLTSTLQKFAKSFVITDNPVQGDI
FKAALTKPLKELEAAIKRVDFVLIAPPGAYAGYTIREGLKKEAIPNAIKLVVDTAQRLNK
LVAVASDAYFIHPWENEYYKAIVCAKGLGGRWHRHFNYKEREQRVPNVFVRTTGEMLNEM
SFLGEQLAYELVVENTNKLAKQLTADDLVPVQTKLQPPVIEGSNENLAAKTWSQAKAIYG
DPLPKLIEQRIQEELKAIIDNGFGIIYWISHLLVKQSVQDGYFVGPRGSIGSSLVANLIG
ISEINPLVPHYLCESCQYFEVNEEVDDGYDLMVRDCPKCGAKAAFKGDGHNIPFATFMGF
AGDKIPDIDLNFSSEYQAKAHAYVRELFGEQYTFRAGTIATVAEKTAYGYARNYFEIIKQ
TELATAPEIERFKQKLVGIKRTTGQHPGGIMIFPNHKSVYEFTPCGYPADDTSSDWKTTH
FEYDALGNTILKLDILGQDDPTMLKHLGDLTHVNPQNIPRFDKKLTEMFWSVNPLKLKPH
YLDEPTGAIGIPEFGTKFVRKILEQTKPKGFGDLIRVSGLSHGKNVWADNAQKILKDQNL
SLKDVIACRDDIMLYLIHKGMQAKDAFEIMEKVRKGIALNAKEVQLMQSNGVEQHWINSC
LKISYLFPKAHAAAYVLMAWRIAWFKLYHPLSYYACLLSFKLKEHDVSGFKSGVSFVKQK
LEELNTLYRIKRIKPKEAELLTSYEVYLEMMARGIKLEQISLTHSHATRFVEHNGMLIAP
FITIPGMGEAVANSIIEARNEKPFSSLDDFKKRTKITKKHIEAFTQMQLLDEFREQDNQK
KLF

NT seq 4332 nt +upstreamnt +downstreamnt
atggtattcgacaccgaaaccgaaaagggtaaacgcatttgagcattatcacagttttta
gttaagaaaaatattctcgatcacaacgaattgcaccaactcaacaaccggattgaactg
gtttacctcgagaatgatcgcgaaaacgccctgtttctcgtggcgctcactttaaaaaaa
ccgttaacaattgacatttgaaacgccctgtatgagggctttcaggatgcggaaggggca
gaactgaggattaccttccaagaagatgccaccttctttaaggacgggtccactaagtcc
agtgtcaccttagccattatcaaagactacttcaaaagcttctttggtaaggacaagaag
taccgcatcctgttagagcaagagttaacccatcctaacttcttgtcctacagtaaccat
gaactgaaagctaactgccagtcccaagaattagaccaatggttaattgaacaacgccaa
gccttcattaagtggatgcaccaagctgggtttacccactttggttttgtctcgttgttt
aatccaccagcggaaaaacaactaaaagtgaaatcaatgaaggtatccaagtacgacaag
cagtttgaaaccgaggtctttagtacggaatttgtccccattcacaagattaaccaacaa
atggatgagatcaaactaatggggcaaatctttgagttaaaggactttcctgggtacaac
aacctccgtaatacccttaatatttatgtcactgatttccaactaggtggttcgttaatt
ttgaagtggttttacaaggatcccaaaacaattgagggcattaagattggtacctgagtt
aaggccacggttaaggtcgaacgtgatgccaagacccaactactccagggtatcattaag
gaaatttccccgattgaaacccccgcttactatcgccgccccgatcaggacaaacaaaaa
cgggtcgaattagttttccacaccaagatgagtgcctttgatggcattaacagtgtccag
gaatacgcccagtttgccaaagaacgcgattggaagacaattgctgtcactgacaaggac
aacattcacatttatcccactttatatgaagtggccaaaaagtacggcttgaaggccatt
tatggtttggaatgtaacctcattgatgatcacattaagatagttagcaatcctgataaa
accaaacttaaggatgcgacctttgtcatcttcgacattgaaacaactgggttacacggt
cggtatgactcggtgattgagtttgcgggaattaaggtcaaacataaccgtgaagtggaa
cgaatgcagttctttctcaagattgatggacccttacctgcagcagttaccgaaattacc
aagattacccaagcacaactagaagatgggatggaacagcaagcggggttggaaaaactg
cgcgcttgactagatggttgtgtaatggtagcccataacggtttgagttttgacttgccc
tttttacaaacccagtttgaaaaatacaacattgcgccactaaccaatcccttaattgat
accttagccttatcctgggccttaaatcccgggtttgcctcccatacgttgagcaatatt
tgtgccaagctcaagtttgactttgatgatgaacgattgcaccgagcggattatgatacc
caggccttaaaaaaggtctttgactacttcaaggaacaggtcgaactcatggggattact
aatctcgagcagttagaccaagagttaaaccagcagtgccactttgaactgctcaagcgc
acttttaccaataccggcattatctacattaagagccaaagtgggtttgctaaactgtat
gaactgttatcaattgcgctcaccgataacaacgctactcgacccctagtgttaacttca
acactccaaaagtttgctaaatcctttgtcattactgataacccggtgcaaggtgatatc
tttaaagcggcattgactaaaccgcttaaagaattagaagcggccattaaaagagttgac
tttgttttaattgccccacctggtgcttatgctggttacaccatcagggaaggtttgaaa
aaagaagccattcctaacgcaattaagttagtggtggacacggcccaaagactcaataag
ttagtggcagttgcctcggatgcttactttattcacccctgggagaatgagtactataag
gccatagtttgtgccaagggtctgggtgggcgttgacaccgtcactttaactataaggaa
agggaacaacgggttcccaatgtgtttgtgcgtaccacaggggaaatgctcaatgaaatg
agttttttaggcgaacaattagcttacgagttagtggtcgaaaacaccaataagttagcg
aaacaactcaccgctgatgacctggtaccagtgcaaaccaaactccaaccaccagtaatt
gaaggttctaacgaaaacctggcagccaaaacctggagtcaagccaaggccatttacggt
gatcccttacctaagttaatagaacaacggatccaggaagagttaaaagcgatcattgac
aatggctttggcattatttactggatttcccatttactagtcaaacaatcggttcaagat
ggttactttgttggaccgcggggttcaattggttcttcgttggtagctaacctgattggt
atctcggaaattaatcccttagtgccgcattatctctgtgagagctgtcagtactttgag
gtcaacgaagaggtcgatgatgggtatgacctcatggtaagggattgtccaaagtgtggt
gccaaagcagcctttaagggtgatggtcataacattccctttgctacctttatgggtttt
gctggggacaagattcccgatattgacttaaacttttccagtgagtaccaagccaaagcc
catgcttatgtgagggaactgtttggtgaacagtacaccttccgtgctggcacaattgcg
acagtggccgaaaaaacggcttacgggtatgcgcgcaactactttgaaattattaaacaa
accgaattggccaccgctcccgaaattgaacgctttaagcaaaagttagtcgggattaaa
cgcacgaccggccaacaccccggggggattatgatcttccccaaccacaaatcggtatat
gagtttaccccgtgtggttatccagctgatgatacttccagtgattgaaaaacgacccac
tttgaatatgatgcgttagggaacaccatcttaaagttagatattctgggccaggatgat
ccgactatgttaaagcacctgggcgatcttacccatgtcaatccacaaaacattccccgg
tttgacaagaagctcaccgaaatgttttggtcggtcaatcccttaaaactaaaaccgcac
tacttagatgaacccacgggagcgattgggattcccgagtttggtactaagttcgttcgc
aagatcttggaacaaaccaaaccaaagggctttggtgacctcattcgcgtctcgggtcta
agtcacgggaagaacgtgtgggcggacaatgcgcagaaaatcttgaaggaccaaaactta
agcttaaaggatgtaattgcctgtcgcgatgacattatgctctacctcattcataagggg
atgcaggccaaagatgcttttgagatcatggaaaaggtgcgtaagggaattgctctcaat
gccaaggaagtgcagttaatgcagagcaatggggtcgaacaacactggattaattcgtgt
ttaaagattagctacctgttcccgaaagcccacgccgcggcttatgttttaatggcctga
cgaattgcctggttcaaactgtaccacccgttgagctactatgcttgtttgttgagcttt
aaactcaaggaacatgatgtcagtggttttaaatcaggtgtgagctttgtcaagcaaaaa
ctagaggagctcaacacactgtaccgcattaaacggattaaacccaaagaagcagaactg
ttaaccagttacgaggtttatttagagatgatggcccgcggcattaaactagaacaaatc
tctttaacccactcccacgccactcgttttgtcgagcacaacggcatgctaattgcccct
tttattacgattccggggatgggggaagctgtggccaattcgatcatagaagcgcgtaac
gaaaagccctttagttcgctcgatgactttaaaaaacgcactaaaattaccaaaaaacac
attgaagcgtttacccaaatgcaactactcgatgagtttagggagcaagacaaccagaaa
aaacttttttag

All links

Pathway (6)   
   KEGG PATHWAY (6)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (2)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (6)   
   Pfam (6)   
All databases (22)

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