KEGG   Aspergillus fischeri: NFIA_067730
Entry
NFIA_067730       CDS       T01070                                 
Name
(RefSeq) DNA polymerase epsilon, catalytic subunit A/POL2, putative
  KO
K02324  DNA polymerase epsilon subunit 1 [EC:2.7.7.7]
Organism
nfi  Aspergillus fischeri
Pathway
nfi03030  DNA replication
nfi03410  Base excision repair
nfi03420  Nucleotide excision repair
Brite
KEGG Orthology (KO) [BR:nfi00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    NFIA_067730
   03410 Base excision repair
    NFIA_067730
   03420 Nucleotide excision repair
    NFIA_067730
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:nfi03032]
    NFIA_067730
   03400 DNA repair and recombination proteins [BR:nfi03400]
    NFIA_067730
Enzymes [BR:nfi01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     NFIA_067730
DNA replication proteins [BR:nfi03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   DNA polymerase epsilon complex
    NFIA_067730
DNA repair and recombination proteins [BR:nfi03400]
 Eukaryotic type
  SSBR (single strand breaks repair)
   BER (base exicision repair)
    Long Patch-BER factors
     DNA polymerase epsilon complex
      NFIA_067730
SSDB
Motif
Pfam: DUF1744 DNA_pol_B_exo1 DNA_pol_B DNA_pol_B_exo2 RNase_H_2
Other DBs
NCBI-GeneID: 4590149
NCBI-ProteinID: XP_001263503
UniProt: A1D7B2
Position
Unknown
AA seq 2230 aa
MPTRQPSKYGNKFRSSSASFKPKRTKTVEFSSLRSTEATSQDEKFEAVRLANSIDEALGF
PRFESGEKRVGWLINMHSTSIEDPNVPGGRAGVDYYFLEDGGGSFKATVEYDPYFLLAVK
KGHEAEVEEWCRRMFEGLIKKIKRIKKEDLQLPNHLLGHRRTFLQLNFANVSHLLDVRKT
LLPLAEKNKKNVNVMDTYAEISSANAGFDLFDDELINESRPNGNMNASDYIIDIREYDVP
YHVRVAIDKDIRIGKWYTVEAKHGVISLTCLEERLQRADPVILAFDIETTKLPLKFPDSV
IDQIMMISYMIDGQGFLITNREIVSEDINDFEYTPKPEYSGPFMIFNEPNERSVIERFFE
HIKEAKPTVIATYNGDFFDWPFVEARASVLGIDMYKEIGFRKNSEDIYQSDHCVHMDCFA
WVNRDSYLPQGSRGLKAVTVAKLGYDPDELDPELMTPYASERPQTLAEYSVSDAVATYYL
YMKYVHPFIFSLCTIIPLNPDDTLRKGTGTLCEMLLMVQAYKGEIVLPNKHKDPPESFYE
GHLLESETYVGGHVESIEAGVFRSDIPVTFNIDTTAIDELLRDLDAALKFSIEVEEKKSM
DDVVNYEEVKAQIAERLVNLREKPHRDEVPSIYHLDVASMYPNIMITNRLQPDSMIQESD
CAACDFNRPGKTCDRRLPWAWRGEFLPAKRDEYNMIRQAVANERFPGRTKNSPMRSFGEM
SVEEQAAIIKKRLQDYSKKIYHKIHDSKTIVREAIICQRENPFYVDTVRSFRDRRYDFKG
KQKVWKGKTEALKAAGASAAEVEEAKKMIVLFDSLQLAHKVILNSFYGYVMRKGSRWYSM
EMAGVTCLTGAHIIQMARELVERIGRPLELDTDGIWCMLPGSFPEDFSFTLKNGKKLGIS
YPCVMLNHLVHGKYTNHQYQTLVDPKTFRYETHSDNSIFFEVDGPYKAMILPTSKEEDKN
LKKRYAVFNHDGSLAELKGFEVKRRGELKLIKIFQTQIFRFFLEGSTLEETYAAVARVAD
RWLDVLYEHGATLADEELIELISENRSMTKTLEEYGNQKSTSITTARRLAEFLGEQMVKD
KGLNCKYIISAKPRNTPVTERAIPVTIFSAEEPVKRFFLRKWLKDDPGDMDPRSVIDWDY
YLERLGSVVQKLITIPAALQKVRNPVPRVAHPDWLQRRINMKEDKFKQTKMTDMFGKTEK
NPLSDISTNILDHRVQHHGDIGEAVANSTQKLKSSPNGKISQKRKHPEGLTKTLLDPFAS
LPAKMPSLNDDYVEFLKYQKQKWKIQKQARARRRQLFGERVNVATDSLSNLFRNQAELLY
INTWQVLQLCETGRPGIVRAFVLIDRKVHALTVKVPRQIYVNLKRDSLPDVDVPDCEVEK
VNHTLPNGHPSVHLFKLTLSEDTYLRETDKIDALLQHPSIEGVYEKNIPLSVRAVLKLGS
VCTFDEEQRGVLGEGLDRGFNLSTLCHTTPDEPYLLNSPLVYHYLYHVLSGDRQIFALFS
TTKSEAHIVILNRTRDVQGLPNVDKIYTELRARTMENMGGDQSQNAFEYQEKIHFKTTQV
TTRRKAYLEIGDLIKKLKGEETQPAIMVIQSHQRHRLCHDIPILKEYPVLPVKPEVSDMD
LPPLGWQSFIAKRLVTHYLYLASWIQHLTMLARYGDVPLCNLENDDPRYLIDISYARRLQ
QNNVVLWWSNGPRPDHAGYEKDDVTGPLERVSMPSVNVPSAYNTVCIELEVRNLSINTIL
TSSIINEMEGADTLLASSEPSADANGSGVLYSEKAFASAGAVVLREMVKHWWSEACEGNN
MADIMVQHLIRWVESPVSCLYDRSLHNYVRMLSRKSFQRLMAEFRRVGSNVIFASPTRLL
LQTTKTEVGNAYAYSQYVLKSIRANPSFHFIDLEIKEYWDYLVWYDEYNYGGKGCREVTG
SEDQELETVMHWQLSRFLPAPMQTIFHDWVVEYIELMHVLKRPDSDDSSTPRLTQIPIGH
HNEDNDEITSILAEKFSKPLKKQISGLIRRQRDELLHPELASDYVFPVLPGVLVDPNNDK
RNPVLELVKLLMQVLSLSKTTTLETRLLRRELLAMFEVREFSKEGRFENPGASLKLPELS
CNACCLIRDLDLCRDEDVLPEIGSDPNKAAPKPWRCPFCQTEYDRLAQEEALIGQVQGLI
VGWQTQDLKCSKCGGLKISDFMEHCSCSGHWVETMDRKEVEKKLLLLNSVAKFHGLKLLE
SVVQGVLEQM
NT seq 6693 nt   +upstreamnt  +downstreamnt
atgcctacgcgacaacccagcaagtatggcaacaagttccggtccagttctgcgagcttc
aagcccaaacgtacaaagacagtcgaattttcgtcgttaaggtcgaccgaagctacgtcc
caagatgagaaattcgaggcggttcgactggcgaacagcatcgacgaagccttgggtttc
ccgcgcttcgaatccggcgagaagagggtcggctggctcatcaatatgcatagcacctcg
atagaagatccgaatgttcctggaggacgtgctggggtggattactattttttggaggat
ggaggtggtagcttcaaggcgacggtggagtacgatccgtactttctcctcgctgtgaag
aaaggtcatgaagcggaagtcgaagaatggtgccggaggatgttcgagggactgatcaag
aagataaaaaggataaagaaggaggatctccagttgccgaaccatttactcgggcatcgt
cgaacgttccttcagctcaactttgcaaatgtgagccatctactggacgttcgtaagacg
ctgcttccactggcagagaagaacaagaaaaatgtgaatgtaatggatacttatgcagag
atttccagcgcaaatgccggattcgatctctttgatgatgaactgattaacgagtcacga
cctaacggcaatatgaatgcgagtgattatattattgatattcgagaatatgatgttccc
taccatgttcgggtggcaatcgacaaagatatccgaattggaaaatggtacaccgttgaa
gcgaagcacggtgttatctccttgacctgcctagaagaacgacttcagcgtgctgatcca
gtgattctcgccttcgatatcgaaacgacaaaattaccgctgaagttccccgattctgtg
atcgaccagataatgatgatttcctacatgattgatggccaaggatttctgataacgaat
cgagagatagtgtccgaagatattaacgattttgagtatacacccaagcccgagtacagc
gggccatttatgattttcaacgagcctaatgagcgaagcgtcatcgagcgctttttcgag
cacatcaaagaagcaaagccgacggtcattgccacatacaacggtgactttttcgattgg
ccattcgtcgaagctagagcgagcgtgcttggaattgacatgtacaaggagatcggcttt
cgcaaaaacagcgaggatatctaccaaagcgaccactgtgtgcatatggattgctttgcc
tgggtgaaccgtgacagttaccttcctcaaggaagccgtggtttgaaagctgtcactgtt
gcgaagcttggttacgaccctgacgagcttgatccagagctgatgactccttatgcaagc
gaacgcccccaaactttggctgaatactcagtttcagatgccgtggcgacatattatctg
tatatgaaatacgtgcacccgttcatcttctcgctttgtacaatcattccactcaaccct
gatgacacgctgcggaaaggaaccggaacactctgtgaaatgctgctaatggtgcaagca
tacaagggcgaaattgtacttccaaacaagcacaaagatcccccggagtcgttctacgag
ggccatcttctggaatcagagacctatgtcggtggtcacgtcgaaagtatcgaagcaggt
gtatttcgaagcgatatccctgtcacattcaatatcgataccactgctattgacgaacta
ctccgagatctcgatgcggcattgaaatttagtattgaggtcgaagagaagaaatccatg
gacgatgtggtaaattatgaggaagtcaaggcacagatcgcagaacgcttggtcaatctc
agggagaagccacacagggacgaggtcccttccatttaccacttggacgttgcttccatg
tatcccaatatcatgatcaccaaccgattgcaaccggactccatgatccaggaatctgat
tgcgctgcttgcgacttcaacaggcctgggaagacgtgtgaccggagattaccgtgggct
tggcgtggtgagttcctaccagccaagcgggacgaatacaacatgatcagacaagctgtt
gcaaatgagcggttccctgggcgaactaagaacagcccgatgaggtcctttggcgagatg
agcgtcgaggaacaagctgccattatcaagaagcgccttcaagattatagcaaaaagatt
tatcacaagattcatgatagcaaaaccattgtgcgcgaggcaatcatctgccaacgtgag
aatcctttctatgtggacactgttcgcagctttcgtgatcgacggtacgatttcaaagga
aagcagaaagtctggaaagggaagactgaagccctcaaagcagcaggtgcttctgctgcg
gaggttgaagaagcaaagaagatgattgtgctgttcgactcattacaacttgcccacaaa
gtcatcttgaacagtttttatggttatgtcatgagaaagggatctcggtggtactcgatg
gaaatggccggtgtgacgtgtcttactggcgctcatattatccaaatggcaagagagctc
gttgaacgtatcggccggccactggaactcgacaccgacggtatttggtgtatgctccca
ggaagttttcccgaggatttctcgttcactctgaagaacggcaagaagcttggtatatca
tatccctgcgtcatgctaaatcacctcgtgcatggcaaatacaccaatcaccagtaccag
acacttgtcgacccgaagacgttccgatatgaaacgcatagcgacaactctatcttcttt
gaagtcgatggcccttacaaagcgatgatcctccccacgtcgaaagaagaagataagaac
ttgaagaagcgctatgctgttttcaatcatgatggatccttggctgaattgaagggcttc
gaagtcaagcgaaggggagagctgaagttgattaagatatttcagactcaaatcttccgc
ttctttttggaaggatccaccctggaagaaacatatgctgctgtcgctcgagtcgctgat
agatggctagatgtcctctatgaacatggcgcaacactggctgatgaggagcttattgaa
ctcatttctgaaaataggagcatgacaaagactctggaagaatatgggaatcagaagtca
acatccatcacgacggcacggcggttagcagaattcctgggagagcagatggtgaaggac
aagggtctcaactgcaagtacatcatctctgcgaagccaaggaacacacctgtcaccgag
cgagccattccagtgacgatattctcagcggaagagccagtcaaacgattctttttgagg
aaatggttgaaagacgatcccggagatatggatcctcgaagcgtcatcgattgggactat
tacctcgagcgattgggctccgttgtacagaaactgatcaccattcccgctgctcttcag
aaagtccgcaatccagtcccccgagtagcccaccctgactggctccaacggcggatcaat
atgaaggaggacaagttcaagcagacaaagatgaccgatatgtttgggaagacagaaaag
aacccactttccgacatctcaacaaacatcctggatcatcgtgtccagcatcacggcgac
attggggaagctgttgcgaattcgacgcagaaactgaagtcgtcaccgaacggcaagatc
tcacagaaaagaaaacaccctgagggtctgacaaagaccttgcttgatccttttgccagc
cttccagccaaaatgccttcgttgaacgacgactacgttgaattcttgaagtatcagaag
caaaaatggaaaattcagaagcaagctcgagctcgccgtcgccagctcttcggagaacgc
gtaaacgtggcaactgattctttaagcaatctcttcaggaatcaagcagagctgctgtac
attaatacgtggcaagttcttcagctctgtgaaacaggtagacctggcattgtccgggca
ttcgtcttgattgaccggaaagtccatgcccttacagtcaaggttcccagacagatctac
gtcaatctgaaacgggactctctgccagatgttgatgttccagactgtgaggtggaaaag
gtcaatcacactttgcccaacggacatccttcggttcatctattcaaattgacattgtcc
gaagacacatacctgcgagaaacagacaaaatagacgctcttctccaacaccccagcatc
gaaggagtctacgagaaaaacatccctctgagtgtccgcgctgttttaaagctgggcagt
gtatgcaccttcgatgaagaacaacgcggagttcttggtgagggattagatcgaggattc
aatctctcgacgttatgccatacaactcctgatgaaccttatcttctgaactcacccttg
gtttaccattacctctaccatgtcctctcgggtgataggcagatattcgctttgttttcg
accacaaagagcgaagcacacattgttatcctcaatcgcacgagggatgttcaaggcctg
ccgaacgttgacaagatatacacagagcttcgtgcgcgcacaatggaaaatatgggagga
gaccagtcccagaacgcgttcgaatatcaggagaagattcatttcaagaccacccaagtg
acgactaggaggaaggcgtatctggagattggagacttgatcaagaaactcaaaggcgaa
gaaactcagcccgccatcatggtcatacaatcccatcaaagacaccgcctgtgccatgat
attcccatcttgaaagagtacccggttcttccggtaaagcccgaagtgtcggatatggac
cttccacctttgggctggcaatcatttattgctaagcgactggtgacgcactacttgtat
cttgcttcttggattcaacacttgaccatgctggctagatatggtgacgtacctctttgc
aatctcgagaatgacgatcctcggtatctcattgatatctcatatgcaagacgactccaa
caaaacaatgttgtcctctggtggtctaatggtccaagacctgatcacgcgggttacgag
aaagacgatgttacaggccccctggagagagtttcgatgccgtcagtcaacgtgcccagc
gcatataacactgtctgcattgaattggaggttcgtaacctctcaattaacaccattttg
acctcctcgatcatcaatgaaatggagggggcagacactcttctggcatcgtcagagccc
tcagcggacgcaaatggctctggcgttctctactcggagaaggcatttgcttcagctggc
gccgtcgtgctccgcgaaatggtgaagcattggtggtcagaggcttgtgaagggaataat
atggccgatattatggtgcagcatttgattcgatgggttgagagcccggtttcatgtctc
tatgatcgatcattgcacaattatgtgcgcatgctgtccaggaaatcatttcagcggctc
atggctgagttcaggcgtgtcggttcaaatgtcatatttgcgagccctacccgtcttttg
ctccagactacgaagacagaggtgggaaacgcatatgcatatagccaatatgtcctgaag
tccatccgcgcgaatccgtcattccattttatcgatcttgagatcaaagagtactgggat
tatctcgtttggtacgacgaatacaattatggtggcaagggatgccgagaagtaaccgga
tcggaggaccaggagctcgagactgtgatgcattggcagcttagtcgctttctaccagct
cccatgcaaacgattttccatgattgggttgtggagtatatcgaactcatgcatgttctc
aaacggcccgattctgatgattcatctacacctcgtcttacacagattccaattgggcac
cataatgaagataatgacgaaattacgtcaatcctggcggaaaagttctcaaagcctctc
aagaagcagatctccggcctcattcggcgtcaacgagatgaactgcttcatccggagctg
gcatccgactacgtcttccccgtccttcctggagtcctagtggatcccaacaacgacaag
cgcaaccctgttcttgaactcgtcaaattgttgatgcaggttttgagtctgtcgaagacc
acaactctagagactcggctgctgcgtcgggagctcttagcgatgttcgaagtacgtgag
ttcagcaaagaaggccggttcgagaatccaggggcaagtctgaagcttcctgagctttcc
tgcaatgcctgctgtctgatccgtgatttggacctgtgccgggacgaagatgtgctccca
gagatcgggtcagacccaaacaaagcagcgcccaagccttggcggtgccctttctgccaa
acagagtacgatcgactagcacaggaagaggccctcatcggccaagttcagggattgatt
gtcggttggcagacacaggacctcaaatgctccaagtgcgggggtctcaagatcagcgat
ttcatggaacattgctcatgcagtggtcactgggtggaaacaatggaccgaaaagaggtg
gagaagaagcttcttcttttgaacagcgtagccaaatttcatggcttgaagctcctggaa
agtgttgtgcagggtgtccttgagcaaatgtaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (21)   

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