KEGG M.vannielii: Mevan

Methanococcus vannielii: Mevan_1196

Entry

Mevan_1196 CDS M.vannielii

Definition DNA polymerase II large subunit (EC:2.7.7.7)

Orthology K02322 DNA polymerase II large subunit [EC:2.7.7.7]

Pathway mvn00230 Purine metabolism
mvn00240 Pyrimidine metabolism
mvn01100 Metabolic pathways

Class Metabolism; Nucleotide Metabolism; Purine metabolism [PATH:mvn00230]
Metabolism; Nucleotide Metabolism; Pyrimidine metabolism
[PATH:mvn00240]
Genetic Information Processing; Replication and Repair; DNA
replication proteins

SSDB

Motif Pfam: PolC_DP2

Other DBs NCBI-GI: 150399939
NCBI-GeneID: 5325524
JGI: Mevan1196
UniProt: A6URH2

Position 1218888..1222283

AA seq 1131 aa
MLHVSASKNMTEYFKSILNDVNNLYFIAEECRKLGYDVVDKVEIPLAKDMADRVEGIVGP
PKVSERIRELVMELGKEPAALEIAKEIVEGRFGEFGKEEGAEQAVRTALAVITEGIVAAP
LEGIAHVKIKKNHDGTEYLAIYFAGPIRSAGGTAQALAVLVGDYVRKNMNLDKFKPTDDE
VERYGEEIDLYQSEVTTFQYQPKIEEIRTAVRNISVEITGEATDDVEVSGHRDLERVETN
QIRGGALLALVEGVLLKAPKILRHVDKLEIEGWNWLKELKNKKEEINEDIKDEKEDFNYE
EEEDLSQYDDCEIEEVTKFIGEVIAGRPVFAHPSKKGGFRLRYGRSRNTGFATDGFHPAI
MYLVDDFMAVGTQLKTERPGKATCVVPVDSIDPPIVKLNNHSVLKIDTVEKAIKYRKDVL
EILFLGDILVNYGDFLENNHVMLPSSWCVEWYEKILKVNNIPYSTEFISNPSPKEAVKFA
ITTKTPLHPVYTYHWHDISKENIYSLRNWILRGNFNKNSDKWEISYDLENPEDISNKRFL
ELIGCCHEVVDGKIFILEYYPLLYSLGYDYENSFDSVENLEEKVSNAKNNMHLINLLSHF
EIRRNTYIYVGARMGRPEKAASRKMKPPVNGLFPIGNAGALVRLINKAVEGGKTDEIEIS
NVMCSCGKVSLYKKCPFCGKSVIPTGPTRIKLPIKDYWYNALENLKINKPGDVKCIKGMT
SKDKIIEPLEKAILRAVNDVYVFKDGTTRFDCTDVPVTHFKPCEINVSVNRLKELGYLRD
INGNSLENDKQVLELKVQDVIVPESCMDYFLNVSKFIDDLLEKYYKKNRYYNSSNKEDLV
GHLIIGMAPHTSAGMVGRIVGYSKANVGYAHPYFHASKRRNCDGDEDAFFLLLDAFLNFS
KKFLPDKRGGQMDAPLVLTTILDPKEVDGEVHNMDSMWEYPLEFYEKSLEMVTPKEIKKL
METVEDRLGKDEQYEGIGYTHETLKIDEGPLICSYKTLGSMMDKTSAQLAVAKKIRATDE
RDVAEKVIQSHFVPDLIGNLRAFSRQGVRCKCGAKYRRIPLKGVCRKCGSRLILTVSKGA
VEKYMNVSQTMAEKYNVSDYIKQRLEIIRSGIDSLFTNDKRKQVKIEDFFK

NT seq 3396 nt +upstreamnt +downstreamnt
atgctccatgtttcagcttcaaaaaatatgactgaatattttaaatcgattttaaatgat
gtgaataacctgtattttattgcggaagaatgtaggaaacttggatatgatgtagtggat
aaagtagagattcccttggcaaaagacatggcagatcgggttgaaggtattgtggggcct
ccaaaagtttctgaaagaatacgggaattggtaatggaacttggaaaagaacctgcagca
cttgaaattgcaaaagaaattgtagaaggtagatttggagaatttgggaaagaagaaggt
gctgaacaggcagtaaggacagctttagcagtaattaccgaaggaattgttgcagcacct
cttgaaggtatagcccacgttaagataaaaaaaaatcatgacggtacggaatatcttgca
atatattttgcaggacccataaggagtgcagggggaactgcacaagctttagcggttctt
gttggggattatgttcggaaaaatatgaacttagataaatttaagccaacagacgatgaa
gttgagcgttatggtgaagaaatagacctttaccaatccgaagtcactacttttcaatac
cagccaaaaatagaagaaataagaactgctgtaagaaatatttctgttgaaatcacaggt
gaggcaacagacgatgttgaagttagtggacacagggatttagaacgggttgaaacaaac
caaattcgtggaggagcccttttagcactggttgaaggagtacttttaaaagcacctaaa
atcttaagacacgttgataaacttgaaattgaaggctggaattggttaaaagaacttaaa
aataaaaaagaagaaattaatgaagatattaaagatgaaaaagaagattttaactacgaa
gaagaagaggacttatctcaatacgatgactgtgaaatagaggaagttacgaaatttatc
ggggaagttattgccggaaggccagtatttgcacacccttcaaaaaaaggcggatttaga
ttgaggtacggtagaagcagaaatacaggatttgcaactgatgggtttcatcctgcaata
atgtatttagtagatgattttatggcagttgggacccagttaaagactgaacgtcctgga
aaggcaacatgcgttgttcctgttgatagtatcgaccctccgatagttaaattaaataat
catagtgttttaaaaattgatactgtagaaaaagctatcaagtatagaaaagacgtgtta
gaaatcttatttttaggagatattctcgtaaactatggggattttttagaaaataaccac
gtaatgcttccaagtagttggtgcgttgaatggtacgaaaaaatactcaaagttaataat
ataccctattcaacagaattcataagtaatcctagcccaaaagaagcggtaaagtttgca
ataacgacaaaaacaccgcttcatccagtttatacttaccattggcatgatatctccaaa
gaaaatatttattcgcttagaaattggattttaagaggtaattttaataaaaatagtgat
aaatgggagatttcttatgacctagaaaatcctgaagatatatcaaataagagattttta
gaactaattgggtgctgtcacgaggtagttgacggtaaaatttttattttagaatattat
ccattactctattctttaggctacgattatgaaaatagttttgatagtgtagaaaatctt
gaagaaaaagtttccaatgccaaaaacaacatgcacctaataaacctgctttcgcatttt
gaaattcgaagaaatacttatatttacgtgggtgcaagaatgggtaggccagaaaaagcg
gcttcccgtaagatgaaaccgcctgtaaatggattatttccaattgggaatgcaggggca
ctcgtaaggctaataaataaggcagttgaagggggaaaaactgacgaaattgaaatttca
aatgtaatgtgcagttgtggaaaagttagcctttataaaaaatgcccgttttgtggaaaa
tctgttattccaacaggcccaacaagaataaaacttccaataaaagattattggtacaat
gcacttgaaaatttaaaaataaataagccaggggatgtaaaatgtattaaaggaatgacc
tcaaaagataaaataatagagcccttagaaaaagcaattttacgagctgtaaatgatgtt
tatgtatttaaagatggtactacccgatttgactgtacggatgttcctgtaactcacttt
aaaccttgcgaaattaatgttagtgtaaatcggttaaaagaacttggttatttaagagat
ataaatggcaactcattagaaaatgacaaacaggtattggaattaaaagtacaggatgta
atagttcctgagtcgtgtatggattattttttaaacgtttcaaaatttatagatgattta
cttgaaaaatactataaaaaaaataggtattataactcttcaaataaagaagacttagtt
ggacacttgattataggaatggctcctcacacttctgcaggaatggttggaagaattgta
ggatacagtaaagcaaatgtaggatatgcacatccttattttcacgcatcaaaacgtaga
aactgtgatggggatgaagatgcatttttcctgttacttgatgcattcctcaatttttca
aaaaaatttttacctgataaaagaggggggcaaatggatgctccactagtacttacaacg
atattggatccaaaagaagttgacggtgaagttcacaacatggattcaatgtgggagtac
cctcttgaattttatgaaaaatccttagaaatggttactccaaaagaaattaaaaaattg
atggaaacagtagaagatagactaggtaaagatgaacagtatgaaggaattggctatact
catgaaactttaaaaattgatgaagggccactcatatgttcatataaaaccttaggttca
atgatggataaaacttcggctcaacttgcagttgcaaaaaagatacgtgcaactgatgaa
cgggatgttgcagaaaaagttatacagtcccactttgtacctgatttgataggtaattta
cgggcattttcaagacagggggtaagatgtaaatgtggtgcaaaatatcgaagaatacct
ctaaaaggagtatgtaggaagtgcggcagtaggttaattttaacagtttcaaaaggggca
gttgaaaagtacatgaatgtttcacaaaccatggctgaaaaatacaatgtaagtgactat
ataaaacagagattagaaattatacgaagtggaattgatagcctctttacaaatgataag
agaaagcaggttaaaattgaggatttttttaaataa

All links

Pathway (3)   
   KEGG PATHWAY (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (2)   
   JGI-MVN (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (1)   
   Pfam (1)   
All databases (15)

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