KEGG T00081: TTE1398

Thermoanaerobacter tengcongensis: TTE1398

Entry

TTE1398 CDS T00081

Gene name

polC

Definition

DNA polymerase III PolC (EC:2.7.7.7)

Orthology

K03763

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

Organism

tte Thermoanaerobacter tengcongensis

Pathway

tte00230	Purine metabolism
tte00240	Pyrimidine metabolism
tte01100	Metabolic pathways
tte03030	DNA replication
tte03430	Mismatch repair
tte03440	Homologous recombination

Module

tte_M00260

DNA polymerase III complex, bacteria

Class

Metabolism; Nucleotide metabolism; Purine metabolism [PATH:tte00230]
Metabolism; Nucleotide metabolism; Pyrimidine metabolism [PATH:tte00240]
Genetic Information Processing; Replication and repair; DNA replication [PATH:tte03030]
Genetic Information Processing; Replication and repair; Mismatch repair [PATH:tte03430]
Genetic Information Processing; Replication and repair; Homologous recombination [PATH:tte03440]

SSDB

Motif

Pfam:

DNA_pol3_alpha PHP RNase_T DNA_pol3_a_NII HHH_6 RNase_H_2 HHH_3 tRNA_anti-codon DNA_pol3_a_NI zf-ribbon_3

Other DBs

NCBI-GI:

20807845

NCBI-GeneID:

997866

UniProt:

Q8RA32

Position

complement(1379781..1383986)

AA seq 1401 aa
MVPATFLENMQIKKVRVEKKSRKLTVVVSSFSSNAQKLSEFQSFLEESFPSLKEIKIVVE
SPSLSTVEEVLENWEKVVLELSEEYPSSLSFLKTCDVAKEGQNRITVKAPTYAIYEMAKS
SKLDFAIREFLRNRYELNLDVELIFSEEGEEIAEKIIEEDIKAIEEVIQKDEKSKKEKSR
SEENRVLLGKEMKAKPISIKDVSAETDEVVIEGEIFSIDFKELKSKVLMVFDITDYTSSI
LVKTFLTEEKYEILKDEIDVGTFVRLRGNVIYDKYEGDLVIDLKDLELIPPKKRMDLSEE
KRVELHLHTQMSTLDAVPSATEVIKRAAEWGHKAVAITDHAVVQAFPEAMEASREYGVKV
IYGMEGYMVDDGIPIVTGESEASLEGEFVVFDIETTGLSNINDEIIEIGAVKIKNKKIVD
TFETFVNPQIPISSFITKLTGIDESMVKDAPLIEEVLPKFLEFAKGAVLVAHNANFDVSF
IKSKAKKLGLTVENTVLDTLELSRHLYQDLKNYKLDTLAEFFEVKLLHHHRAVEDAKATA
EIFIKMLEKLQEIGIKSVSEINSVLMEREVDVKKLPVYHVTILVKDQKGLRNLYEIISRS
NLEFFHRTPRIPKSLLVKMREGLIIGSACEQGEVFRALVSNLEEKKLEDIINFYDYLEIQ
PVGNNEFLIERGEVRSVEELKEINRKIYELGKKYNKLVVATGDVHFLDPWDDVYRKILMA
GKGYKDADRQPPLYFRTTEEMLMEFEYLGEEAAREVVIENPNKIAEIVEDVKPIPEGTFP
PVIEGAEEELRRITLEKAHEIYGDPLPPIVQERLDRELNAIINNGYAVMYVIAQKLVSKS
LQDGYLVGSRGSVGSSLVATMSGITEVNPLPPHYVCPKCKHSEFVTDGSFGCGVDMPDKY
CPNCGTLMKKDGFDIPFEVFMGFEGDKEPDIDLNFSGEYQPIAHRYTEELFGKGHVFRAG
TIGTLADKTAYGYVKKYFEERNLTVHKSEIKRLTMGCTGIKRTTGQHPGGVMVVPKDKSI
YDFTPIQRPADAEDTDVITTHFDYHSLSGKLLKLDILGHDDPTVIRMLEDLTGVNARKIP
LDDKKTMSLFTSVEALGIDPEELGTPVGTLGLPEFGTKFVRQMLIETRPTTFDELVRISG
LSHGTDVWLNNAQDIIREGIATLKEVIAARDDIMLYLISKGMDKKLSFKIMENVRKGKGV
TQEEIEEMKKHGVPDWFIQSCQKIKYMFPKAHAVAYVIMAFRIAYFKVYYPEAFYATYFT
VRADDFNLDIVLGGKESIKRAIKEIEAKGNNATPKEKNLLTVLEVALEMYLRGIKFTNVD
LYRSDAEKFLITEEGLLPPLNSLEGVGIQAAKAIAQERENGKFISIEDFRNRTRVSKTVI
EILKQYGCLEDLPESNQLSLF

NT seq 4206 nt +upstreamnt +downstreamnt
atggttccagcgactttcttggaaaacatgcaaataaaaaaagtaagagttgaaaaaaag
agccgaaaactcactgtggttgtctcctctttctcatcaaatgcacaaaagctctcagaa
tttcagtcttttttggaggaaagctttccttctctaaaggagataaagattgtggtggaa
agcccttctttatcaacagtagaagaggttttggaaaactgggagaaagtagtattagag
cttagcgaagagtacccttcttccttaagttttttaaagacctgtgatgtcgcaaaagag
ggacagaataggataactgtaaaggctccaacttacgcaatttacgaaatggctaaaagc
agcaaattagattttgcaataagagaatttttaaggaacaggtatgaacttaatttagat
gtagaacttattttttcagaagaaggggaagaaattgcagaaaaaataatcgaagaagac
ataaaagcaattgaggaagttatccaaaaagatgagaagtctaaaaaggagaagagtagg
tctgaagaaaatagagttctccttggcaaagaaatgaaagctaaacctatctctattaag
gatgtaagtgcagaaaccgatgaggtagtgattgaaggagaaatattttctattgatttt
aaagagttgaagtcaaaagttctcatggtgtttgacattacagattatactagttcaata
cttgtcaaaacctttttgacagaagaaaaatatgaaattttgaaagatgaaatagatgta
ggaacttttgtcaggttaagaggaaatgtgatatacgataagtacgaaggagaccttgta
attgatttgaaagacttagagctcattcctccaaaaaagagaatggatttgtccgaagaa
aagagagtggagcttcaccttcacacccagatgagcactttagatgccgtcccttctgct
actgaagtgataaagagagcggcagaatggggacacaaggctgttgcaataacagaccac
gcagtggttcaagcttttccagaggcaatggaagcatctcgagagtatggggttaaggtt
atatacggaatggaagggtatatggtggatgacggaataccaattgtcactggagaatcc
gaagctagtttggaaggcgaatttgtggtatttgatatcgaaaccacaggcctttcaaac
ataaatgacgagataatagagattggtgctgtcaagatcaaaaacaagaaaatagtagat
acttttgaaacttttgtaaatcctcaaatacccatttcttctttcatcacaaaactcaca
ggaatcgatgaatcaatggttaaagatgctcctttaatagaagaggtgttgcctaaattt
ttggaatttgcaaaaggagcagttctggtagcacacaatgccaattttgatgtgtccttt
attaaatcaaaggctaagaaactaggtttgactgttgaaaacactgtcttagatacgctt
gagttgagcaggcatctgtaccaagatcttaaaaattacaaactcgacactcttgctgaa
ttttttgaagtaaagcttttgcatcaccacagggccgtggaagacgcgaaggctacagca
gaaattttcattaagatgctagaaaagctgcaagaaataggcataaagagtgtaagcgaa
atcaactcggttttgatggaaagggaagtggacgtaaaaaaattgcctgtataccatgtg
acaattttggtaaaggaccagaagggtttaaggaatttatacgagataatatctaggtca
aacctggagtttttccaccgcacccccagaataccaaagagtctgttggtgaaaatgaga
gaagggctgatcatagggtctgcctgtgagcagggagaagtgttcagagccttggtttct
aacttggaggaaaagaagctcgaagatataatcaacttttacgactatttggaaattcag
cctgtggggaacaacgaatttttgattgaaagaggagaggtaagaagcgtagaagaactt
aaagaaataaacagaaagatatacgaacttgggaaaaagtacaacaagctggtagtagca
acaggagatgtgcattttttagacccgtgggacgatgtgtacagaaaaatattaatggcg
ggcaaagggtataaggatgcggacagacagcctcctctttactttaggacaactgaagaa
atgcttatggagtttgaatatctaggagaagaagctgccagagaggtagtcattgaaaat
ccaaataaaattgcggaaattgtggaagatgtaaagcctattcctgagggaacttttccg
cctgtcatcgaaggggcagaagaagaattaagaaggattacccttgaaaaagctcatgag
atatacggtgacccattgcctccaattgtgcaggaaaggcttgacagagagctaaacgcc
ataataaacaacggttacgctgtaatgtacgtaatagctcagaagctagtatcaaagtcg
ctgcaggatggatatttggttggttcaagaggctctgtagggtcttctctggtagctact
atgagcggcattacagaggtaaatccgctgcctcctcattacgtgtgtccaaaatgcaaa
cactcagagtttgtgacggacgggtcttttggctgcggagttgacatgcctgacaagtac
tgccctaactgcggcactttgatgaaaaaagacggctttgacataccttttgaagtgttt
atgggctttgaaggagataaggagccggatatagacctaaacttttctggagaatatcag
cccatagctcacaggtacactgaagaactttttggaaaaggccatgttttcagggcaggt
actattggaacgctggcggataagactgcttacggatatgtgaaaaaatactttgaagag
aggaatttaactgtacacaagtcagaaataaaaaggctgacaatgggatgtacaggcata
aagagaaccacaggacagcatcccggaggagtcatggtggttccaaaggacaaaagcatt
tacgactttactccaattcaaaggcctgcagatgcggaagataccgatgtcataactacc
cattttgattaccattctttgagtggaaagcttctaaaattggacatactggggcatgat
gaccctactgtaataaggatgctggaggatttgacaggtgtaaatgccagaaaaatacct
ctggacgacaaaaagaccatgagcctttttacaagcgtagaagctttgggaatagaccct
gaggaacttggcactcccgttggaacgctagggcttcctgagtttggaacaaagtttgtg
agacagatgctaattgagacccgtcccacaacttttgatgagcttgtcaggataagtggg
ctttctcatggaacagatgtatggttaaataatgcgcaggatataataagagaagggatc
gctactttaaaggaagtaattgctgcaagagacgacataatgctttacttaataagcaaa
ggaatggataaaaagctttcctttaagataatggaaaatgttagaaaaggaaaaggcgtt
acacaggaagaaattgaagagatgaaaaaacacggcgtgcccgactggtttatacagtcc
tgccagaagataaaatacatgttcccaaaagctcacgctgtagcctatgtgatcatggca
tttagaattgcgtattttaaggtgtattatcctgaagctttctatgctacctattttact
gtgagagcagatgactttaacttagacatagttttagggggcaaagagagcataaaaagg
gcaataaaagaaattgaagcgaagggcaacaacgctacaccaaaagagaaaaacttgttg
acagtattagaggtagcacttgagatgtacttaaggggcatcaaattcacaaatgtggac
ctatacaggtccgatgccgagaagtttttaattacagaagaaggacttttgcctccacta
aattctcttgaaggagtgggaatacaggccgcaaaggcaattgcccaggagagagaaaat
ggcaaatttatatccattgaagatttcaggaaccgaaccagggtaagtaaaactgttatt
gaaatattaaaacagtatggatgtttagaagatttgccagaatctaatcaattaagttta
ttttga

All links

Pathway (7)   
   KEGG PATHWAY (6)   
   KEGG MODULE (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (5)   
   KEGG ENZYME (1)   
   KEGG REACTION (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
Protein domain (10)   
   Pfam (10)   
All databases (35)   

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