KEGG   Nanoarchaeum equitans: NEQ420
Entry
NEQ420            CDS       T00152                                 
Name
(GenBank) NEQ420
  KO
K02322  DNA polymerase II large subunit [EC:2.7.7.7]
Organism
neq  Nanoarchaeum equitans
Pathway
neq03030  DNA replication
Module
neq_M00264  
Brite
KEGG Orthology (KO) [BR:neq00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    NEQ420
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:neq03032]
    NEQ420
Enzymes [BR:neq01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     NEQ420
DNA replication proteins [BR:neq03032]
 Prokaryotic type
  DNA Replication Elongation Factors
   Elongation factors (archaeal)
    D-family DNA polymerases
     NEQ420
SSDB
Motif
Pfam: PolC_DP2 Nop10p HypA NRDD DUF1272
Other DBs
NCBI-ProteinID: AAR39264
UniProt: Q74N29
Position
365708..369439
AA seq 1243 aa
MVYYDILAKELEKLYEIAEKARAQGYDPKDIVEIPLANNMGERVAHLISAIHEQLDVKKT
AELILELEKQYGFLDWRVGLKLIDYALEGKLIPYDDILKRIDLGVRLALGYITMGVVSAP
LEGLVELRIKKRKDGKPYLALYYAGPIRGAGGTAAAVSVLFADYARKKAGLYEYDPTKEE
IERYKIEIDSYHNKVARLQYKPSDEEIEFLVKHIPVEINGDPTSDKEVPSYKNLERVETN
RIRGGMCLVIAEGIAQKAKKIYGKITEWGKEFGLEHWEFLGEYLKLQKEIQAKLAAESGG
EIEGKEIKRKITLFLDEIKKEEITVKYPTPAGKYLQEITAGRPIFSLPMAIGGFRLRYGR
SFATGFATSGIHPATMFLTYGFLAIGTQMRGERPKKSTIVTPVTSLHPPIVKLKDGTVKK
VHSVVEAIKIANDVEEILFLGDILTAFGDWLNEKANLVPSPYVEEWWIQEFDRAAMKKTD
YKIEFDVMKPRKLFKIEGLENLSQYLGIPKDRLEEIIRKPFSRKPTIDEAITISEKLGIP
LHPEYTPFWVHITKEELIKLIEELRKAKIQNNKIYFHESQKELKAILEKLFIEHFREGEY
FYINESMTKSLLYQLDNLNLEKAKKEFDNAIDALDLVNRLSPIEIRDVAGVYVGFRAGRP
EKAKMREMTGRPHGLFPVGEEGGKMRNVIEAYNKGYVKAEFALYYCNHCKRYTIYRKCEV
CGNKTKEVYVCKEIINRLKTSLFKQYKDWKKVEEEIASHLWAEAVTHSKNNCREPKRYSL
IKLNIKHYVDRAVQKLKLFNIPKLVKGVRGTSNKDHIVERLEKAFLRSVSDVYVNKDGTI
RYDGTQIPLTHFRPKDLIGVTIEKLKELGYTHDIYGNPLEREDQILQLKPQDIILPYGIL
VKSRLNKNKIVRTDAAEAFKKVANFVDEELKRLYNLEPYYNIEKAEDLIGKIVFGIAPHT
SAAVVGRIIGFTPIQGIIAHPIWHAGQRRNCDGDETAVMLGLDALINFSREYLPDKRGAR
TMDAPLVLTLKLELKAVDDEVHDMDIVYNYPLEFYYETLKGSPAKDVKKQCGILTLGDFL
KEEDISKIPIGFTHPTKSIRLGNKVSLYKRLKTMQQKTEWQLKLAERIRAVDENIVAEIV
IEKHFMPDIKGNLRGFSSQVFRCTKCDTTYDRVPLSGKCPKCGGNIVFTVHEGTIKKYLP
TSLYLARKYKIKKFTKQSLFLLDRRIKQIFGGEKKSLADFINS
NT seq 3732 nt   +upstreamnt  +downstreamnt
ttggtgtattatgatatactagctaaggaattagaaaaactatatgaaattgctgaaaaa
gctagagcacaaggatatgatccaaaggacattgtagaaataccattagctaataacatg
ggggaaagggtagcccatttaattagtgctatccatgaacaattagatgtaaaaaagaca
gccgaactaatattagaattagaaaaacagtatggctttttggattggcgtgttggttta
aaattaatagattacgcattagaaggaaagctaattccttatgatgatatactaaaaaga
attgacttaggagtaagattagccttaggttatataactatgggagttgtctcagctcct
ttggaggggttagtagagcttaggataaaaaagagaaaagatggaaaaccttatttggct
ttatactatgctggccccataaggggggctggtggtactgcggcagcagttagtgtttta
tttgctgattatgctagaaaaaaagccggtttatatgaatatgacccaacaaaagaggaa
atagagcgctataaaatagaaatcgattcttaccataacaaagttgcgagattgcaatac
aaaccatcagacgaagaaatagagttcttagtaaaacatatacctgtggaaattaatgga
gaccctacttctgataaagaagtaccttcctacaaaaatctagaaagggtagaaactaat
agaattaggggagggatgtgtttagttattgctgagggtatagcgcaaaaagccaaaaag
atctatggtaaaataaccgagtggggtaaagaattcggtttagaacattgggaatttttg
ggagaatatttaaaattgcaaaaagagatacaagccaaattagctgcagagtctggaggt
gaaatagaaggtaaagaaataaaaagaaaaataactttgtttttagatgaaataaaaaaa
gaagaaataacagttaaatatcccactcctgcaggtaaatacttacaagaaataaccgca
gggagaccaatattttctttgcctatggccattggagggtttagattaaggtatggtaga
tctttcgctacaggttttgctacctctggcatacaccctgcgactatgtttttaacctat
ggatttttagctataggcacacaaatgcgtggggaaaggcctaaaaaatcaacaatagtt
actcctgtaacttctttgcatcccccaatagttaaactaaaagatggcacagtaaaaaaa
gttcattctgttgtcgaagcaataaaaatagcaaatgatgttgaagaaatactattttta
ggcgatattttaacagcttttggagattggttaaatgaaaaagctaatctagtgccttcc
ccttatgttgaagaatggtggatacaagagtttgatagggcagcaatgaaaaaaaccgat
tataaaatagaattcgatgtaatgaagccaagaaaactattcaaaatagaagggttggaa
aatttgtctcaatatttaggaattcccaaagatagattagaagaaataattaggaaacca
ttctctaggaaaccaactattgatgaagcaataactattagtgaaaagcttggaattcca
ttacatccagagtatactccattctgggttcatataacaaaagaagagctaataaaatta
atagaagagcttaggaaagctaaaattcaaaataacaaaatatatttccatgaatcgcaa
aaagagctaaaagcaatattagagaaactgtttattgaacattttagggaaggagagtac
ttttatataaacgaaagtatgacaaaatctttgttataccaattagataatctaaattta
gaaaaggcaaaaaaagaattcgataatgctatagacgctttagatttggttaataggtta
tccccaatagagataagggatgttgccggagtatatgtagggtttagagcgggaagacca
gaaaaagctaaaatgagagaaatgactggtaggccccatgggctattccctgttggagaa
gaaggtggaaaaatgcgtaatgttatagaagcctataacaaaggctatgttaaagcagaa
tttgctttgtattattgtaatcattgtaagcgctatactatttatagaaaatgtgaagtt
tgtggcaataaaactaaagaggtttatgtttgcaaagaaataataaatagactaaaaacc
tctctattcaaacaatataaggattggaaaaaagttgaagaagaaatagcttcccatcta
tgggcagaggccgtaacacattctaaaaataattgtagagagcctaaaagatatagtcta
ataaaactaaacataaagcattatgtagatagagctgttcaaaagttaaaactatttaat
ataccaaaattagttaaaggagttagaggtacatcaaataaagaccatatagttgaaagg
ctagaaaaagcctttttaaggtctgtaagtgatgtttatgtaaacaaagatggcactata
agatatgatggtactcaaatacccttaacacattttaggccaaaagatttaattggtgtt
acaatagaaaaactaaaagaattgggttatacacatgacatatatggaaacccattggaa
agggaagatcaaatattacaactaaaaccccaagatataatattaccctatggtatatta
gttaaatcccgtttaaataaaaacaaaatagtaagaacagatgcggcagaagcatttaag
aaagtagcaaactttgttgacgaagaattaaagaggttatacaacttagaaccttattat
aacatagaaaaagccgaagacctaataggaaaaatagtttttggtattgctccccataca
tctgcagctgtagtaggtagaataatagggtttaccccaatacaagggataattgcccac
ccgatatggcatgcgggccaaagaagaaattgcgatggagacgaaaccgcagtaatgctt
gggttagatgcgttaatcaatttctctagagaatatttgcccgacaaaagaggggcaaga
acaatggatgcacctttggtattaacattaaaattagagctaaaagctgtagacgatgaa
gtacatgatatggatattgtttataattatcctttggaattctattacgaaacattaaag
ggctctcccgcaaaggatgttaaaaaacaatgtggtatactaacattgggtgattttcta
aaagaagaagacataagtaaaataccaataggctttacccatccaacaaaaagtattagg
cttggtaataaggttagcctatacaaaaggctaaaaactatgcaacaaaaaactgaatgg
caattaaaattggcagaaagaattagggcagtagatgaaaatattgttgcagaaatagtt
atagaaaaacatttcatgccagatataaagggtaatctaagagggtttagtagccaagtc
tttagatgcactaaatgtgacaccacatacgatagagtcccattaagtgggaaatgtcca
aaatgtggaggcaatatagtatttactgtacacgaagggactataaagaaatatttgcct
acttctctctatttagctaggaaatacaaaataaagaaattcacaaaacaaagtttattc
ttattagatagaagaatcaaacaaatattcgggggagaaaagaaaagcttggcagatttt
ataaatagctaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (39)   
   KEGG ORTHOLOGY (1)   
   RefGene (36)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   SWISS-PROT (1)   
Protein domain (5)   
   Pfam (5)   
All databases (52)   

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