KEGG   Trichophyton benhamiae: ARB_01174
Entry
ARB_01174         CDS       T01611                                 
Name
(RefSeq) hypothetical protein
  KO
K02324  DNA polymerase epsilon subunit 1 [EC:2.7.7.7]
Organism
abe  Trichophyton benhamiae
Pathway
abe03030  DNA replication
abe03410  Base excision repair
abe03420  Nucleotide excision repair
Brite
KEGG Orthology (KO) [BR:abe00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    ARB_01174
   03410 Base excision repair
    ARB_01174
   03420 Nucleotide excision repair
    ARB_01174
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:abe03032]
    ARB_01174
   03400 DNA repair and recombination proteins [BR:abe03400]
    ARB_01174
Enzymes [BR:abe01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     ARB_01174
DNA replication proteins [BR:abe03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   DNA polymerase epsilon complex
    ARB_01174
DNA repair and recombination proteins [BR:abe03400]
 Eukaryotic type
  SSBR (single strand breaks repair)
   BER (base exicision repair)
    Long Patch-BER factors
     DNA polymerase epsilon complex
      ARB_01174
SSDB
Motif
Pfam: DUF1744 DNA_pol_B_exo1 DNA_pol_B DNA_pol_B_exo2 RNase_H_2
Other DBs
NCBI-GeneID: 9526632
NCBI-ProteinID: XP_003012561
UniProt: D4AYA5
AA seq 2231 aa
MARRPGKYGNNYRSQSSSFIPKKSKTIGVSSLRSSEATSQDEKFQALRIADGIDETMGFA
RYEAGKKRIGWLCNMHSTTIEDPKVPGGRAAVEFYFLEENGGSFKAAVEYDPYFLIATKR
GHEAEVEEWCKRTFEELLKGVKVVEKEDLKMPNHLLGYKRKFLQLSFANVSDLLAVRKTV
FPIAVKNRKNVNAMDTYAELASANAGFDLFDDDSNNRGQNSLQDAADYIVDIREYDVPYH
VRVSIDKDIRIGKWYTVQSIHGLITLTCLEERLQRADPVVLAYDIETTKLPLKFPDAAID
QVMMISYMIDGRGYLITNREIVSEDINDFEYTPKPEYPGPFTIFNEPDEKAVLERFFSHI
KEAKPSVMVTYNGDFFDWPFVEARASVQGIDMYAEIGFRKNSEDIYQSDYCAHMDAFSWV
NRDSYLPQGSRGLKAVTVAKLGYDPDELDPELMTRYASERPQTLAEYSVSDAVATYYLYM
KYVHPFIFSLCTIIPLNPDEVLRKGTGTLCEMLLMVQAYQHNIILPNKHTDPNESFYEGH
LLDSETYVGGHVESIEAGVFRSDIPVNFTVETGAIDELLRDLDAALEFSITVEEKKSMED
VVNYSEVKAQITERLMNLKNCPNRNERPSIYHLDVASMYPNIMTTNRLQPDSMIKESDCA
ACDFNRPGKTCDRRLPWSWRGEFLPAKRDEYNMIRRAVENEKFPGKTKNHPPRSFESLDE
SEQATIVKKRLQEYSKKIYHKIRETRTIEREAIICQRENPFYVDTVRNFRDRRYDFKGKQ
KVWKGKVEALKASGAANSEIEEAKKMVVLFDSLQLAHKVILNSFYGYVMRKGSRWYSMEM
AGVTCLTGAHIIQMARELVERIGRPLELDTDGIWCMLPGTFPENFVFKLVNGKKLAISYP
CVMLNHLVHGRFTNHQYQTLSDPSTFKYTTHSDNSIFFEVDGPYRAMILPTSKEEDKNLK
KRYAVFNHDGSLAELKGFEVKRRGELKLIKVFQTQIFKFFLEGTTLEETYGAVAEVANRW
LDVLDMHGSTLADEELIDMICENRSMSKTIEEYGGQKSTSITTAKRLAEFLGEQMIKDKG
LNCKYIISAAPRNSPITERAVPVAIFSAEENIKRFFLRKWLKEDPGDMDPRTIIDWDYYL
ERLGSVIQKLITIPAALQKISNPVPRVAHPDWLQRRINTKEDRFKQRKMTDLFTKNPLAN
ISTNIMDHRIPSTADIEDMMQRRNQKPGTQSGNKLIQKRKTPGDNTTSQDPFASLPPVMP
SIDKNYEDWLRYQKQKWKIQKQARLRRRKLFGAKKTAASDSIGSFFRNQAELTYVNTWQI
LQLRETSSPGEVRAFVLIDRKVHTINIKIPRQIFINFKDVDLPDVDITGCTVQKVNHTLP
NGHPSVHLFQLSMPEETYLREASKISLLLNHPSVEGVYEKKVPFNIRAVLKLGNHCTFDE
EQRGVLGKGLERGFDLSTLLPAPEPGVYLEGAEFQYVLLYHIVSGEREIFSVFSTKSREA
HIVTYTKQRDIQGFPNVDKIFTEALQRKVDEQNSETWQQVFQYQDKLHFKTTQVTTKRKA
HLEVGDIIKKFRNENTMPLMVVVQSPKSRQLPRLISSLKDYPMVSLRSNASDNELPPLGW
QPYAARQIVVHYLALDSWINHLLGFARYGNVPIGNLEKDDPKHLIDILYARQLEQNNVVL
WWSASPLPDHGGYEKDNILGPLNSVEMTSVNIAGAYSTVCIELEVRNLAINTVLTSSLIS
DLENNEPALLNPTAPGGQQTISDGSGVLYSDTAFSAAGILVLRDMVKSWWNEACKGNGMA
DVMVQHLIRWVESADCCLYDHALHQYMQMILKKALQQLIMAFKRVGSNVIYANPNRLILQ
TTKTEVGNAYAYSKYILQSIKEKPLFHFLDIDIKEYWDYLIWYDQFNYGGKACQEVVEAD
KQELEAIMNWQICRFLPTPLQSVFVDWIVEYVELMHGLKKPAPVNGGADGTPRQTQLPFR
PEDESESVEITSVLSQSFSKALKKQVAGLIRRQRDEMLHPELASDYDFPVLPGAMPPKHE
RNPALELVKYLMQVLGLSKYTALEVRLLRRDLLALFDIREFSDEGKFESPSSSLVLSQII
CHNCTMARDLDLCRDPELLPESGTENKVSTTLPPWTCPYCSTEYDRLFLEERIIGEVQGL
VMEWQAQDLKCAKCAGIMINPFMEHCSCSGEWVETIDRRATEKRLRVYKSIADFYGFKML
SMVTKGVLEGI
NT seq 6696 nt   +upstreamnt  +downstreamnt
atggcccgccgaccaggcaaatatggcaacaattacagatcgcagtcgtcgtcatttata
ccgaaaaaatcaaagaccattggtgtatcgtccttacggtcaagcgaagcgacctctcaa
gatgagaaattccaagcgttgcgtattgcagacgggatcgatgagacgatgggatttgca
cgatatgaagcggggaagaagcgaatcggatggctatgcaacatgcatagtactacaatt
gaggatccaaaggtacccggtggccgagcggcggtggaattttatttccttgaagagaac
gggggcagttttaaggcggctgtcgaatatgatccttatttcctcatagctacaaagcga
ggacatgaagcagaggtagaggaatggtgcaaacggacattcgaagagctattgaaaggg
gtgaaagtggtggaaaaggaggatttgaaaatgccaaaccatttacttgggtataaaagg
aagtttttgcagttgagctttgccaacgtctcagacctgctggcagtacgaaaaaccgtc
tttcccattgccgtcaaaaacagaaaaaatgtcaatgcgatggatacctatgcggagctg
gcaagtgcaaacgctgggtttgatctctttgatgatgactccaataatcgcggacaaaac
tcactgcaagatgctgcggactacattgtggatatccgagaatatgatgttccataccat
gtccgtgtctctatcgataaagacatccgcattggaaagtggtacacagttcaatcaatc
catggacttataacgttgacctgccttgaggaaaggttgcagagagccgaccccgtcgtt
cttgcatatgatatagaaaccacaaaactccccctgaaatttccggatgctgctattgat
caagttatgatgatatcatatatgattgatggacggggttacctgattacaaacagggaa
atagtctctgaagatatcaacgattttgaatatactcccaaacctgaataccctggccct
tttacgattttcaatgaaccggatgagaaagccgttctagaacgtttctttagccacatc
aaggaagcaaaaccaagcgttatggtcacttataacggcgactttttcgattggcccttt
gttgaagcacgagcaagtgtccaagggattgatatgtatgctgaaatcggctttcgaaaa
aacagtgaagacatataccaaagtgattattgcgctcacatggacgcattttcatgggta
aatcgtgatagttatctcccacagggaagccgtggtttgaaagctgttactgttgcgaag
ctaggatacgaccccgatgagcttgacccggaattaatgaccagatacgcgagtgaacgg
cctcaaacactagccgaatattcagtttctgatgcggtggcaacgtattacctatatatg
aaatatgtccatccatttatcttttcactctgcaccattatcccgctcaatccagacgag
gtccttcgaaagggcactggaaccttatgtgaaatgttactgatggtccaagcctaccag
cacaacattatattacccaacaaacatacggatccaaacgaatcgttttatgaaggtcat
cttcttgactctgagacttatgttggaggccacgtggaaagtattgaagccggtgttttc
cgcagtgatatccctgttaattttaccgttgaaactggtgctattgacgaactccttcgt
gacctcgatgcagcgctcgagttcagtataactgtggaagaaaagaaatctatggaagac
gtggttaattactctgaagtcaaggcacaaattacggaaaggttgatgaatttgaagaat
tgcccaaatagaaatgagagaccatctatctatcatttggatgttgcttctatgtatcca
aacatcatgactacaaacagactacaaccggattcaatgatcaaggagtccgactgcgct
gcctgtgacttcaaccgacccggtaaaacctgtgatagacgcttgccatggtcttggaga
ggagaatttttgccagcaaaacgtgatgaatacaatatgatccgacgagctgttgaaaac
gaaaaattccctggaaagacaaagaaccacccacctaggagtttcgagagccttgacgag
agtgagcaagccacgattgtgaagaaacggttacaggaatacagcaagaaaatttatcac
aaaattcgcgaaactagaactatcgagcgtgaagctatcatttgccaaagagaaaaccct
ttctacgttgataccgtccgcaacttcagagatcgaagatatgatttcaaaggcaaacag
aaggtctggaaaggcaaggtagaagctctcaaggcttctggagctgcgaattcggaaatt
gaagaagcaaaaaaaatggttgttctctttgactctctccagcttgcccataaagttatt
ctgaacagtttctatggctatgtgatgaggaaaggttctcggtggtattctatggagatg
gctggtgttacctgcttgactggagcacatatcattcaaatggcaagggaactagtggag
cggattggacgtcccttagagcttgatacagatggtatttggtgcatgttaccaggcact
ttcccagagaacttcgtgttcaaacttgtaaatggcaaaaagctcgccatttcatacccc
tgcgttatgttgaaccacctagttcatggtcgatttacaaaccaccagtatcagactctt
tcggatccttctacgttcaaatacacaactcacagtgataactccatctttttcgaagtt
gacggcccttatagagcaatgattctaccaacctcaaaggaagaggataaaaacttgaaa
aagcgttatgctgtgttcaaccacgatggatcccttgctgaattgaaagggtttgaagtc
aaacgaagaggagagcttaaacttatcaaggtgttccagacgcagattttcaagttcttt
ctcgaaggaactacacttgaagagacatatggggctgtggctgaggttgcgaacagatgg
ctggatgttttggatatgcatggctcaacactagcagacgaggagctcatcgatatgatt
tgtgagaataggagtatgtccaaaaccattgaagaatacgggggtcaaaaatctacgtca
atcacgactgccaaacggcttgctgaattcctaggggagcaaatgatcaaagataaaggg
ttaaactgcaagtatatcatttctgcagcacccagaaactcccctatcacggaaagagct
gtgcccgttgctatattttcagccgaggaaaatattaaacgatttttcctgcgcaaatgg
ctgaaagaggaccctggagatatggacccgcgtacaataattgactgggattactaccta
gaacgattgggatctgtgattcagaaattgataactatacccgctgctctacagaaaatt
tccaatcctgtcccaagagttgctcacccggattggcttcagcgacggatcaataccaag
gaagacaggttcaagcaaaggaaaatgaccgatctcttcaccaaaaatccactagcaaat
atctcaacaaatattatggatcatcgtattccttctactgctgatatcgaagacatgatg
caacgtcgaaatcagaaaccaggtacacagtcggggaacaagctcattcagaaacggaaa
accccaggagacaacactacatcccaagacccttttgccagtctcccgccggtaatgcct
tcgatagataagaactatgaggactggctacgctaccagaaacagaaatggaagatccag
aaacaagcacgcctccgtcgccgcaagctctttggtgctaagaaaaccgcagcttctgat
tcaattggcagtttcttccgaaatcaggctgaactgacttacgtcaatacctggcagata
ttacaacttagggagactagcagcccgggtgaagtgagagcatttgtcctgattgatcgg
aaagtgcacaccattaatatcaaaatcccacgccaaatatttatcaatttcaaagatgtc
gatcttccagatgttgatataactggctgtactgtgcagaaagtcaaccacacgctgcca
aacggccacccttccgtccatcttttccaactgagcatgccggaagagacatatttaaga
gaagcgtcaaagatatcactactacttaaccatccaagtgttgaaggagtgtatgagaag
aaagtgccgttcaacattcgggccgtcctcaaacttggaaaccattgcaccttcgatgaa
gagcagcgaggagttctcggcaaaggtttggagcgtggctttgatttatcaactcttctc
ccagctccagaaccgggtgtatatcttgaaggagcagaatttcaatacgtcctgctctat
catatagtctctggcgagcgcgagatattctcggttttctccaccaaatctagagaagct
cacattgtcacatacacaaaacagagggacatacaagggtttcccaatgtcgacaaaatc
ttcacagaggctcttcaacggaaagtggacgagcaaaatagtgaaacatggcagcaagta
ttccagtaccaggataagctacatttcaagaccacacaagttacaacgaagcgaaaggcc
catttagaagttggtgacattattaaaaagttccgcaatgagaatactatgccactgatg
gttgtagtccagtcacccaaaagtcggcagcttccgcgtctaatatcgtctttaaaggat
tatcccatggtatctctcagatccaatgcttcggataatgaactaccgccattgggctgg
caaccgtacgccgcaagacaaatcgtggtgcattatctggcgctggattcctggatcaac
cacttattggggtttgcgagatacggcaatgtcccgatcggcaatttggagaaagatgat
cctaaacacttgattgatatcctttatgctcggcagctcgagcagaacaatgtagtttta
tggtggtctgccagtcctcttccagatcatggcggatacgaaaaggacaacatacttggt
ccgctgaattcggttgagatgacttctgtcaatatagctggtgcatattccaccgtttgt
attgaactcgaggttagaaatcttgcaatcaataccgtgctcacgtcttcccttattagc
gatctcgagaacaatgaacctgcgttactcaatcccacggctccaggaggtcaacaaact
atttcggatggatcaggtgttttgtattcagacactgcgttttctgctgcgggtatactt
gtattacgagatatggtgaaatcatggtggaatgaagcctgtaagggcaacggcatggcg
gacgtaatggtccagcaccttattcgatgggtggagagcgctgattgctgcttatatgat
cacgcactacatcagtacatgcagatgattctaaaaaaggctttgcaacagcttatcatg
gccttcaaacgagttgggtccaacgttatttacgcaaacccgaacaggttgatccttcag
accacaaaaactgaggttggaaacgcctacgcctacagcaaatatatccttcaatctatc
aaggaaaagccgttattccacttccttgacattgacatcaaggaatactgggattacttg
atatggtatgatcagttcaattacggaggcaaagcatgtcaggaggttgtggaggccgat
aagcaagagctggaagccatcatgaactggcagatttgcagatttttacccacccccctg
cagtctgtgtttgtagactggattgtggagtacgtcgaattaatgcatggactcaagaag
cctgctccggtgaatggtggagctgatggaactcctcggcagacacagcttccattccga
cctgaagacgagagtgagagcgtcgagataacttccgtgttgagccaatcgttctccaaa
gcactaaaaaaacaggtagctggcttgattcgtcgacagcgtgacgagatgctgcaccct
gagcttgcctctgactatgatttccctgtactccctggggcaatgcctccgaagcatgaa
cgtaacccagccctagagttggttaaatatctcatgcaggtccttgggctgtctaaatac
acagcattggaagtgagacttctccgccgagatctccttgccctattcgacatccgcgag
tttagtgatgaaggaaagttcgaaagcccaagctcaagcctagttctgtcgcagataata
tgccacaattgtactatggcccgggatttggacctctgccgtgaccccgaattgcttcct
gagagtggaacggagaataaggtgtcgacaactcttcctccatggacttgcccttactgc
tctactgagtacgatcggctattcctcgaagagaggattattggcgaagttcaaggcctt
gtgatggagtggcaagcacaagacctcaaatgcgcaaaatgtgctggtataatgattaat
ccattcatggaacactgttcatgcagcggtgagtgggttgagactattgacaggcgtgcc
acggagaaaaggcttcgggtatacaaaagcatagcagatttttacggtttcaagatgttg
tctatggttacgaaaggcgttttggaaggcatatga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (56)   
   KEGG ORTHOLOGY (1)   
   RefGene (52)   
   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 (73)   

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