KEGG   Fusarium pseudograminearum: FPSE_04219
Entry
FPSE_04219        CDS       T03456                                 
Name
(RefSeq) hypothetical protein
  KO
K02324  DNA polymerase epsilon subunit 1 [EC:2.7.7.7]
Organism
fpu  Fusarium pseudograminearum
Pathway
fpu03030  DNA replication
fpu03410  Base excision repair
fpu03420  Nucleotide excision repair
Brite
KEGG Orthology (KO) [BR:fpu00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    FPSE_04219
   03410 Base excision repair
    FPSE_04219
   03420 Nucleotide excision repair
    FPSE_04219
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:fpu03032]
    FPSE_04219
   03400 DNA repair and recombination proteins [BR:fpu03400]
    FPSE_04219
Enzymes [BR:fpu01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     FPSE_04219
DNA replication proteins [BR:fpu03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   DNA polymerase epsilon complex
    FPSE_04219
DNA repair and recombination proteins [BR:fpu03400]
 Eukaryotic type
  SSBR (single strand breaks repair)
   BER (base exicision repair)
    Long Patch-BER factors
     DNA polymerase epsilon complex
      FPSE_04219
SSDB
Motif
Pfam: DUF1744 DNA_pol_B_exo1 DNA_pol_B DNA_pol_B_exo2 RNase_H_2
Other DBs
NCBI-GeneID: 20362837
NCBI-ProteinID: XP_009255612
UniProt: K3USV4
Position
3:4230148..4237016
AA seq 2211 aa
MPNTSLRRPQKGFRRGGKVAYHGNRTRTFAASSRNEATSADEKWERTRLAHSIDENMGFA
RYESGKKREGWLVNIQPTAIEDDKTPGGRAAVDCYFIEEDGSTFKATVEFEPYFLIAVKK
GREAEVEEWAKRVPGDGVVKSIRRVEKDDLNMPNHLLGYRRTFLELKFTNVNDLMAARRD
IMPIAEKNKKNMNAMDAYAEVATHGNGGFDLFDDSRDDDRNTNNAHADASDFIVDIREYD
VPYHVRVMIDLDIRAGTWYFVEAKHGVTKIYPNEERSLPADPVVMAYDIETSKQPLKFPD
AASDQIIMISYMIDGQGFLITNRQILSEDIGDFDYTPKPEYPGPFMIFNEPDEKSLIERF
FLHIKEARPTVIATYNGDFFDWPFVEARASINGIDMYQEIGWKKDNEDQYKCAYSVHMDC
FHWVNRDSYLPQGSRGLKAVTVAKLGYDPDELDPELMTPYATERPQTLAEYSVSDAVATY
YLYMKYVHPFIFSLCTILPLSGDEVLRKGTGTLCEMLLMVQAYQREIVLPNKYITPKEAF
WDGHLLDSETYVGGHVESIEAGVFRADIPVDFAVDPGAIDELLTDLDAALKFVVTVEEQK
KFEDVENYEEVKAQIVERLNKLKETPNRHEKPLIYHLDVASMYPNIMTTNRLQPDSMIQE
SDCAACDFNRPGKTCDRRMPWAWRGEYVPAKRDEYNMIRHALENEKFPGKFPSSPMRPFQ
DLSADEQAALVRKRLQLYSQKVYHKIHDSTTIVREAIICQRENPFYINTVRDFRDRRYDY
KGKAKVWKGKTSTLQSAGAPQNEVDAAKKMIILYDSLQLAHKVILNSFYGYVMRKGSRWY
SLDMAGVTCLTGAHIIQMARQLVERLGRPLELDTDGIWCMLPATFPENFSFKLKGGKKLN
ISYPCVMLNHLVHAKFTNHQYQTLVDQKTLKYETHSDNSIFFEVDGPYKAMVLPTSKEED
KNLKKRYAVFNDDGSLAELKGFEVKRRGELKLIKIFQQQIFKFFLEGETLADCYGAVAKV
ANRWLDVLHSKGTTLADEELMELISENRSMSKTLEEYGNQKSTSITTAKRLADFLGEQMV
KDKGLNCKFIICARPKNAPVTERAIPVAIFSAEESVKRTYLKKWLKEEPTDTDPRALLDW
DYYLERLGSVIQKLITIPAALQKVRNPVPRVPHPDWLQRRINIKDDKLKQKKLTDIFKKS
PLEDITGLKGAGMDDVEDFGSKLLKPKQVGAIIASSQAATVQKRKSPEPVENPDPMSALP
EVMPSASENYEEFLMYQKQKWKIQKEARIRRRQLFGDRRGGAVNNLQQTFMKQAHTTYMS
NWQVLHLKTTETPGIVMAYVLIDAKIHTLKVNVPRQVFLNLKSKDLPDVEVDGCEVEQVN
YTLPNGHPSSHLFKLTVSEDIYFNESGKFSLLFNHPSVEGVYEKQVPLNIRAVLRLGNQC
TIDASQHAVLGKGLEQGFDLAGLKRPAKSRTYLDTSPLAYIYISHITAGERQIFGIFSTT
NDQAHVVILQKSKDSGQDLPNITKMYSEMLARRHAEAAGTNWQDCFTYQEKLHIKITQVT
TRRKAHLEIGDVVKKMRKDEPRPQMMVIQSSQRQLLIHDVPILGEFPVLPLKYDIADSSL
PPLGWLSVIAKRLVGHYLGLGSWILHLTALARYGDVPLCNLERDDPRFLIDIAYARRLQS
NGVVLWWSPDARPDHAGYEKDDLLGPLDTVKMPNINNPGTFSSVCIDLDVRNLAINTILT
SSLINELEGADSVSFNPAADDSETLTSENAFANAGVLVLREMVKAWWTEACRGSTMADVL
VQHLVRWVENPDSFMYDRALHYYVQMMSRKAFQQLMADFRRVGSQVIFANANRLILQTTK
AEVGNAYAYSQYIIKSIKSKPLFHFIDLEIKEYWDYLVWYDEFNYGGKACQEVVEAEEQT
LETIMNWQIATFLPVRLQSTFHDWVIEFIQLMHQLKRPHNGDPDATPRLTQLPSKGLEEH
EGQIILGKAFEKPLKKDIIGLLNRQKRELLHPELAGDYTFPSLPGSHLNLRNSILELVKS
LMQILSLDKNITLEARLLRKELLALFEIREFSKEGTFANPSESLRLPQVSCDSCTMMRDL
DLCRDEDLFGEGAAWCCGFCGTEFDRVAIEERLLGIVESWVVEWTTQDLKCVRCGALRTN
DFMEHCTCSGEWKEVVSRQDVSKRLGVMKRVAKFYGLRMLSDVVEGLDQGL
NT seq 6636 nt   +upstreamnt  +downstreamnt
atgcccaacacaagtcttcgtcgccctcaaaagggcttccgaagaggaggaaaggttgcc
taccatggcaatcgtacacgcacgttcgcggcctcgtcaaggaatgaagccacgtcggca
gacgagaagtgggagcggacacggttggcgcacagcatcgatgagaacatgggctttgca
cgctatgaaagcggaaagaaaagagaaggatggctggtcaatatccaacccacggcgatc
gaggacgataagacacccggtggccgggccgctgttgattgctacttcatcgaagaggac
ggctctaccttcaaggcgactgtagaattcgaaccttacttcttgatcgccgtcaagaag
ggccgcgaggccgaggttgaggaatgggctaagagggtccccggagacggcgtagtcaag
tcgatccgacgggttgagaaggacgatctcaacatgcccaatcacttgctaggctaccga
aggacattcctcgaactcaagttcactaatgtcaatgacctcatggctgcgaggagggat
atcatgcccattgcggaaaagaacaagaagaacatgaatgccatggatgcttatgccgaa
gttgcaacgcatggcaacggtggttttgacctttttgacgattcacgagacgacgataga
aatacgaacaacgcacatgccgatgccagcgacttcattgtcgatattagagaatatgat
gtaccataccatgtacgagtaatgatagatttggatatacgagccggtacatggtacttt
gtagaagccaaacacggcgtcacaaagatctaccccaacgaagagagatcactgccggcg
gaccccgtggtaatggcgtacgatattgaaacatcgaaacagccccttaaattccctgat
gccgcctccgatcagatcatcatgatctcgtacatgatcgacggccaaggattcttaatt
acgaatcgtcaaatcctctcagaggacattggtgatttcgactacacccctaagccagag
tatccgggtcccttcatgattttcaatgagcctgatgaaaagtctttaatcgagcgattc
ttcctccacattaaggaggcccggccaacggtcatcgctacttacaacggtgactttttc
gattggccctttgtggaagcacgagctagtatcaatggaatcgatatgtaccaagagatt
ggctggaagaaggataacgaggaccagtacaagtgcgcttacagtgtgcacatggactgt
ttccattgggttaaccgagattcttacctcccccaaggttctcgtggcttgaaggccgtc
accgttgcaaagctcggatacgacccagacgagctcgatcccgaattgatgacaccgtat
gcgactgaacgaccgcaaacactcgctgagtactccgtgtccgatgctgttgcaacgtac
tatctttatatgaaatatgtccaccccttcatcttctctctctgtaccattctgccgctg
agcggtgatgaagtcttgagaaagggaaccggtaccctctgcgaaatgctgctgatggtg
caagcctatcaaagagaaattgtgcttccgaacaaatacatcacaccgaaggaagccttc
tgggatggacatcttctcgattcagaaacctatgtcggtggtcacgtcgagagtattgaa
gcaggagtgttccgagctgatattccagtggatttcgctgtcgaccctggagccattgac
gagcttctaaccgatctcgatgctgccttgaagttcgtggttaccgtggaagagcagaag
aaattcgaggatgtggagaactatgaagaagtcaaggctcagattgtcgagagactcaac
aagctcaaggagacgccgaaccgtcacgaaaagcccttgatctaccatcttgacgtcgcc
tccatgtaccccaacatcatgacaaccaaccgattgcagcccgattccatgattcaggag
tctgactgcgctgcttgcgacttcaaccgacctggcaaaacttgtgacagacgaatgcct
tgggcttggagaggtgaatatgtccctgcaaagcgagacgagtacaacatgattcggcat
gctcttgagaacgaaaagtttcctggaaagttccccagctctcctatgcgaccattccag
gacctgagtgcagatgaacaagccgctcttgtgcggaaacgtcttcaactgtattctcaa
aaggtctatcacaagatccacgactcaacaaccatcgtccgagaagcaatcatttgtcag
cgagagaatcctttctacatcaacactgtacgagacttccgtgatcgtcgatacgattat
aagggcaaggcaaaggtgtggaaggggaaaacgtcgactttgcagtccgctggtgcgcct
caaaatgaggttgatgctgcgaagaagatgattattctgtacgattcactacaactggcc
cacaaggtcattctgaactctttctacggatacgtcatgagaaagggatcccgttggtac
tcacttgatatggctggcgttacttgcctgacaggtgctcacatcattcaaatggcccga
caactggtcgaacgacttggacgacctctggagctggatactgatggtatttggtgcatg
cttccagcaacattccccgagaatttctctttcaaactcaagggtggaaagaagctcaac
atctcatacccctgtgttatgcttaaccatcttgttcatgccaagtttacaaatcatcaa
taccagacgcttgttgaccagaaaactctcaagtatgagacacacagcgataactctatt
ttcttcgaagtcgacggtccttacaaagccatggttctgccaacgtcaaaagaggaagac
aagaatttgaaaaaacgatacgctgtcttcaacgacgatggcagtctggctgagttgaag
ggtttcgaggtgaagcgtcgtggtgagctgaagctcatcaagatcttccagcagcagatt
ttcaagtttttccttgagggagaaacactggctgactgttatggagctgttgcaaaggta
gctaaccgctggttggatgtgctgcatagcaagggtacaacactggcagacgaagaactc
atggaacttatttctgagaatcgaagcatgtccaagactctggaggagtacggcaaccaa
aaatctaccagtattaccaccgccaagcgtctcgcagacttcctgggcgaacagatggtc
aaagacaagggattgaactgtaaattcattatctgcgctcgacccaagaacgcacccgtc
acagaacgagctatccctgtcgccattttttccgcggaggagtcagtcaagcgaacgtat
ttgaagaagtggttgaaggaggagcccactgatactgatcctcgtgcactacttgactgg
gattattacctagagcgattgggctctgtcattcagaagctgatcaccattcctgcagcc
ctccagaaagtccgcaacccggtccctcgagtgccgcatcccgactggcttcagaggaga
atcaacatcaaggatgacaaactcaagcagaagaagctcactgacatcttcaagaagagt
ccactggaggacattaccggcctcaaaggcgccggaatggacgatgttgaagacttcggc
agtaagcttttgaagcccaagcaagtcggcgcgatcatagcatcctctcaggctgccact
gttcaaaaacgcaaatctcctgagccggttgaaaaccctgatcctatgtcagcactcccc
gaagtcatgccaagtgcttcagagaactacgaagaattcctgatgtatcagaaacagaag
tggaagatccagaaggaggccaggattcgacgacgacagctgtttggtgacagacgaggc
ggagcagtcaacaaccttcaacagacgttcatgaaacaggcacacactacctacatgagt
aactggcaggtcttgcatctcaaaacaactgagactcctggtattgtcatggcatatgtc
ttgattgatgccaagattcacaccctcaaggtcaacgttcctcgccaagtcttcctcaac
ctcaagagcaaggatctgcctgacgttgaggtcgatggctgcgaagtagagcaagtcaac
tacactttgcccaacggccacccttccagtcatcttttcaagttgactgtatcagaagac
atatacttcaacgaaagtgggaaattctccctgctcttcaaccatcctagcgtagaggga
gtttatgagaagcaggtgccgctaaacattcgtgccgttctgcgtcttggaaaccaatgc
accattgacgcatcgcagcatgctgttctcggaaagggtctcgagcaaggtttcgatcta
gcaggtctgaagcgtccagccaaatcacggacttacctcgatacctcccctctggcttat
atctatatctcgcacatcacagcaggcgaacgccagatctttggtatcttctctaccacc
aacgaccaagcccacgttgtcattctacagaaaagcaaggactctggacaagatctcccc
aacattaccaagatgtactctgagatgcttgctagacgacatgccgaagcagctggcacg
aactggcaagactgcttcacttatcaagagaagctacacatcaagatcacgcaagtaact
actcgacgcaaagctcatctcgaaattggtgatgttgtgaagaagatgcgcaaggacgaa
ccaaggccacaaatgatggtcattcaatcctctcagcgacagcttcttattcatgatgtc
ccaatcctgggagaattcccggttctccccctgaagtacgatattgcggacagctccttg
ccacccttgggctggctgtctgttattgccaaacgtcttgtcggccattaccttggtctc
ggatcgtggattctacatctcaccgctttggctcgttatggtgatgtgcctctgtgcaac
ctggaacgcgacgatcctcgtttcctgatcgacattgcttacgcacgtcgccttcagtct
aatggtgtcgtactttggtggtctccagatgctcgtccagatcatgctggctatgaaaag
gacgaccttctcggtcctctcgataccgtcaagatgccaaacatcaacaaccccgggacc
ttctcatccgtctgtatcgatctcgatgtcagaaaccttgccattaacaccatcttgacc
tcgtctctcatcaatgagctggaaggtgcagactcagtctccttcaaccctgccgctgat
gattctgagacacttacttccgagaatgctttcgccaatgctggtgtgcttgtgcttcgt
gaaatggtcaaggcttggtggacagaggcttgccgtgggagcaccatggctgatgttttg
gtacagcatctcgtccgctgggttgagaatcccgactcgttcatgtatgatcgcgccctg
cactactatgtgcagatgatgtctcgcaaagccttccaacagcttatggccgatttccgc
cgagtaggatctcaggtcatttttgcgaacgccaatcgcctcattcttcaaaccacaaag
gctgaagttggcaatgcgtatgcatacagccagtatatcatcaagtccatcaagagcaag
ccactcttccacttcatcgatttagagattaaagagtactgggactatcttgtttggtac
gatgaatttaattacggaggaaaggcttgtcaagaggtcgtcgaggccgaggaacagact
cttgagacaattatgaattggcagattgccactttcttgccagtacgactacagtcaacc
ttccacgactgggtgattgagttcattcaacttatgcaccagctcaagagacctcacaat
ggcgatcctgatgccacgcctcggctgacgcagttgccaagcaagggcttggaagagcat
gaaggtcaaatcatcctgggcaaggcatttgagaagcctctgaagaaggatatcatcggt
ctcctaaacaggcagaaacgtgagctacttcacccagagcttgctggcgactacacattc
cctagccttcctggatctcacctcaacttacgtaattccatcctcgagcttgtcaaatca
ctcatgcaaatactctctcttgataagaacatcactttggaggcccgtcttcttcgcaaa
gaacttttggctttgttcgagattcgcgagttctcaaaggagggcacattcgccaatcca
tcagagagtctgcgacttcctcaggtgtcctgtgacagctgtactatgatgcgagacctg
gatttgtgcagagacgaggatctgtttggtgaaggcgctgcatggtgttgcggcttctgt
gggactgagttcgaccgtgttgctattgaagagcgattgctaggcatagtagagagttgg
gttgttgaatggacgacccaggacctcaagtgtgtgcgttgcggcgctttgagaaccaat
gactttatggagcactgcacttgcagtggagagtggaaagaggtagtctcacggcaggac
gtgagcaagagactcggagttatgaagagggttgccaagttttatgggcttagaatgctc
agtgatgtagtagaaggactggaccagggtttgtaa

  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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