KEGG   Bombus impatiens (common eastern bumble bee): 100741328
Entry
100741328         CDS       T04362                                 
Name
(RefSeq) DNA polymerase epsilon catalytic subunit A
  KO
K02324  DNA polymerase epsilon subunit 1 [EC:2.7.7.7]
Organism
bim  Bombus impatiens (common eastern bumble bee)
Pathway
bim03030  DNA replication
bim03410  Base excision repair
bim03420  Nucleotide excision repair
Brite
KEGG Orthology (KO) [BR:bim00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    100741328
   03410 Base excision repair
    100741328
   03420 Nucleotide excision repair
    100741328
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:bim03032]
    100741328
   03400 DNA repair and recombination proteins [BR:bim03400]
    100741328
Enzymes [BR:bim01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     100741328
DNA replication proteins [BR:bim03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   DNA polymerase epsilon complex
    100741328
DNA repair and recombination proteins [BR:bim03400]
 Eukaryotic type
  SSBR (single strand breaks repair)
   BER (base exicision repair)
    Long Patch-BER factors
     DNA polymerase epsilon complex
      100741328
SSDB
Motif
Pfam: DUF1744 DNA_pol_B_exo1 DNA_pol_B DNA_pol_B_exo2 RNase_H_2 APP_N
Other DBs
NCBI-GeneID: 100741328
NCBI-ProteinID: XP_003485984
UniProt: A0A6P3DR51
Position
Unknown
AA seq 2267 aa
MTSLQNTGKFRPFKENTGNNQSQEGNASGEISGGNRVNEVNENIRIDGLYGFHRVTDTKE
RTGFLINMHATEIMENDKRLMSGVDYYFLEEDCTRFKISYPYNPYFYILCKKDTYEEVST
GLNKKYTNLIHKVQTIYKEDLDLSNHLIGLKQKYLKISFINTVDLNKVRRGIMKAVKLNK
EREKHNTYYSNMLSDVLNTEQGTGDIKKQTIDFMDNILDIREYDVPHHVRVSIDMKICCG
NWYSVKTRGNDIPTITKRDDLIEPPDPIVLAYDIETTKLPLKFPDADTDQIMMISYMIDG
QGYLITNREIIANDIENFEYTPKPEFEGFFTVFNEPNEKATIKRFFDHINDIRPHIFVTY
NGDFFDWPFVETRAAFHNMDMKDRIGFSKNRDGVYSSRPAMHMDCLCWVRRDSYLPVGSQ
NLKAVAKAKLRYNPVELDPEDMCRLASEDPETLANYSVSDAVATYYLYYKYVHPFIFALC
TIIPMEPDEVLRKGSGTLCESLLMVQAFQANIIFPNKQEQEFNKFTKDGHLLDQETYVGG
HVEALESGVFRADIPCRFKIVPSAVEELINGVESALKHAIQEEEKVPMEMVTNFEEVVEE
ITVKLEGLRNQPLRLENPVIYHLDVGAMYPNIILTNRLQPSAMVDETVCAACNYNKPGAL
CQRKMEWMWRGEYFTATLSEYQRMQQQLENEKFPPQFPGGARRAYHELSKEEQVSYEKKR
LTEYCKKAYKKVKITSMEERTQTICQKENSFYVDTVRAFRDRRYEYKALTKVAKQEVAAA
VAKGDAADIKSAKNREVLYDSLQLAHKCILNSFYGYVMRKGSRWFSMEMGGIVCYTGAHI
IMRAREIIEQVGRPLELDTDGIWCVLPASFPDNVVVHTTHPKKKKLVVSYPNAVLNFMVK
DQFTNDVYHELVDPENLTYKIKSENSIFFEVDGPYLAMVLPAAKEEGKKLKKRYAVFNFD
GSLAELKGFEVKRRGELQLIKVFQTSVFESFLKGSTLEECYASVAKDADYWLDILYSKCA
DMPDSELFELISENKSMSRKLEEYGSQKSTSISTAKRLAEFLGDQMIKDAGLACKYIIAN
KPQGAPVTERAIPLAIFQSEPAIRKYYLRKWLKDSSLQSDDIRDILDWSYYIERLGSAIQ
KIITIPAAMQGLSNPVPRVKHPDWLHKRVMEKSATHKQKKITDMFTMMPKDKEKNIGNQD
IESSETCDIEDIAGKPSTSKQSLPIVNKRKRQFLEGNEAENANKSWKEVLGSPPPMGTTK
EERLKWLEFHKQKWAHQAKQRAEYQKSKKSKRSNNDGDEVSWGVARDTNTSTLGGFFKRT
QRKLLMNPWQIIQISPTNKPGLYRLWVLVDRDLHQLRLIIPRIFYVNTRKPKPNPEPGKK
VSWKESKKVLPRSRPIYNLYQYTVPETQFQLYSQELLEDMSRPEIEGIYETQMSLEFRAI
LQLGCVCTVDPKAARTMADGADTFALDQLEYKSVAVQSYLKNLNETNYIFLYHHWSSNHQ
RALWGLFLNATKRAHIFVLDSVSSNQMPNMNTLYIQERDTVISTNGEDKVTFLPESMRFE
LKFETNFQQVCRILQAVITTYKNEGHGATIFIIQTALDKTTLVTHMPLLNDFPLISTYVQ
DIETLYNTLEWQKVGAKTMLRHYLKSQQIYELMTEQCRFLHVPIGNIPADPIVFGADLFF
ARHLQKNNFVLWCSPTEKPDLGGSENDDNRLLTDYEESLHSAANNAGTYSSVCIELEIES
LAVNTLLQHHHIHDIDGTSNFVAFHTQQQTSVQDMATHDGMTNIIPNYDETVLCSPAFRI
LRNMVNTWLLDVSVHKNIFADYQIIHFYRWLRSPSSLLYDPALKRTLHTYMKKLFAQLLA
EFKNLGSIIIFANFNKIIICTKKRTMSDALNYMEFVVQTIRDKELFHSIEITFEQCWEYL
TWLDVHNYGGIKGKLPKDIENITDTNSENAEDENDGEPEIVMNWNLMECLPKEAACQSSF
TAIIAGYFHAIYQFILENELNTTVRPRNLNNLSQLSHNCTTAQLGLGSLENTAEFAKKLI
KGDMSQKLFQIVQKIHKNLPEKTLTIEECPNLDLDGKDSKKINPALELIKSVCKVLSLDA
EVENEVYYLRTNMLKLIRVGSFSDLVDWKDPCISLIVPEIICKVCNHTRDIDLCKDNFCT
MDRDRYIWKCPLCKMDYDNDEIEFLLMDMLNHKSMAYMLQDLQCCKCNEIKRENMNELCS
CSGNFKTLIPKSEIEKFMKICKSVAIKSNMKTLLEIIQNTKVLVDSK
NT seq 6804 nt   +upstreamnt  +downstreamnt
atgacaagtttacaaaatacagggaaatttcgaccgtttaaggaaaatacagggaataat
caaagtcaagaaggaaatgcatcaggagagatttcagggggcaacagggtaaatgaagtt
aatgaaaatataagaatagatggtttatatggttttcatagagtaactgatacgaaggaa
agaacaggatttcttatcaatatgcatgcaacagaaattatggaaaatgataaaagatta
atgagtggtgtggactattattttttagaagaagactgtactagatttaaaatttcctat
ccctataatccatatttttatattttatgcaaaaaggatacatatgaggaagtttctact
ggtttaaataaaaaatatactaatttaatacataaagtacagactatttataaagaagat
cttgatctgtcaaatcacctcattggtttaaaacagaaatatttaaaaatttcttttatt
aatactgtggacttgaataaagtcaggcgtggtattatgaaagctgtaaagttaaataag
gaacgtgaaaaacataatacctattattcaaacatgttatcagatgtactaaatacagaa
cagggtacaggagatattaagaagcaaaccatagattttatggataatattcttgatatc
agagaatacgatgtaccacatcatgttcgtgtctccatagacatgaaaatttgttgtggt
aactggtattctgtgaaaacaagaggaaatgatataccaacaattacaaagagagatgat
cttattgaaccacctgatccaattgtgttggcatatgatattgaaactacaaaacttcct
ctgaaatttccagatgctgatactgaccaaattatgatgatctcatatatgattgatgga
caggggtatttaataacaaatagagaaataattgcaaatgatatcgaaaattttgagtat
accccaaaaccggagtttgagggattttttacagttttcaacgaacctaatgaaaaggcc
acaataaaaagatttttcgatcacataaacgatattcgaccacatatattcgtaacatac
aacggtgattttttcgattggccatttgtagagactagagcagcttttcataacatggat
atgaaagacagaattggtttttctaaaaatcgtgatggagtttacagcagtagaccagcc
atgcatatggactgtttatgttgggtcaggcgcgattcgtaccttcctgtaggttctcag
aatttaaaagctgtagcaaaggcaaagcttagatataatccagtggaactggatcccgaa
gatatgtgtagattggcgtctgaggacccagagactctcgcaaattattcagtttctgat
gcggttgcaacgtactatctttactataaatatgttcatcctttcatatttgctctgtgt
accattattcctatggaaccagatgaagtacttagaaagggatctggtacattatgtgaa
tccctcttaatggtgcaagcttttcaagctaacattatatttcctaacaaacaggagcag
gaattcaacaaatttacgaaagatggtcatttattggatcaagaaacgtatgttggagga
catgttgaagctttagaatctggtgttttcagagccgatattccttgtcgttttaaaata
gtaccaagtgcagtagaagaattaataaatggcgttgaatctgcattaaagcatgctata
caagaagaagaaaaagtgcccatggaaatggttacaaattttgaggaagtggttgaagaa
attacagtgaaattggaaggtttaagaaatcaaccactgagattagagaaccccgtaata
tatcacttagatgtcggtgctatgtatccaaatattattttaaccaatcgtcttcaacca
tccgcgatggtcgatgaaactgtatgtgctgcatgtaattataataaaccaggagcactt
tgtcaaagaaaaatggagtggatgtggagaggagaatattttactgcaactttaagtgaa
tatcaacgaatgcagcaacaacttgaaaatgaaaaatttccaccgcaattcccaggcggt
gctcgtagggcatatcatgaattatctaaagaggaacaagtatcgtatgagaagaaacga
ctcacagaatactgtaagaaagcttacaagaaagttaagattactagcatggaagaaaga
acacaaacgatttgccaaaaagagaattcattttatgttgacactgtacgagcgtttaga
gataggagatatgaatacaaggcgcttactaaagtagctaaacaagaggtggcggcagcc
gtagcaaaaggagatgctgctgatattaaatctgctaaaaatcgagaagtactatatgat
tcattacaactggcacacaaatgtatcttaaattccttctatggatacgttatgagaaaa
gggtctcgatggtttagtatggagatgggtggcatagtatgttacacgggagcacacatt
attatgagagctagagaaattatcgaacaagttggccgacctttagaattagatacggat
ggaatctggtgcgttctaccagcatcttttcctgataatgttgttgttcatactactcac
ccaaagaaaaaaaaattggtagtatcatatccgaatgctgttcttaattttatggtgaag
gatcaatttactaatgacgtataccatgaactcgtcgatcctgaaaatcttacatataaa
attaagagtgaaaactctatattttttgaagtggatggtccttatttagctatggtatta
cctgcagcaaaagaagaaggaaaaaaattaaaaaaacgatatgcagtctttaacttcgac
ggttctttggctgagctgaaaggttttgaagtaaaacgaagaggtgaacttcagctaata
aaagtttttcagacgtccgtattcgaatctttcttaaaaggtagcacattagaagagtgc
tatgcgtcagtagctaaagatgcagattattggcttgatattctttatagcaaatgtgca
gatatgccagattcggaattatttgaacttatatccgaaaacaaatcaatgtcacgaaaa
ttggaagaatatgggagtcaaaagtcaacgtctatttctactgctaaaagattagcagaa
tttttaggtgatcaaatgattaaagatgctggcttagcatgtaaatacattattgctaat
aaacctcaaggcgcaccagttacagaacgggcaataccattagcaatatttcaatcggaa
cctgcaataagaaaatactatttacgaaaatggttaaaagattctagtttacaaagcgac
gacatacgggatattttagattggagttattatattgaaagactcggaagtgctattcaa
aaaattattacaattccagcagcaatgcaaggattatccaatccggttcctagagtgaag
cacccagactggttgcataaaagagtaatggaaaaaagtgcaacgcataaacaaaaaaag
attactgatatgtttaccatgatgcctaaagataaagaaaaaaatattggcaaccaagat
atagaatcatctgaaacatgcgatatagaggatatcgccgggaaaccctcaacttctaag
cagtcattgccaattgttaataaaagaaaacgacaatttttagaaggaaacgaagcagaa
aatgcaaataaaagttggaaagaagttctaggttcaccaccaccaatgggaacaacaaag
gaagaaagattaaaatggttggaattccacaaacagaaatgggctcatcaagctaagcaa
agggctgaatatcagaagagcaagaagagtaagcgttctaataatgatggagatgaagtt
tcttggggtgttgcaagagataccaatacatctacattgggtggttttttcaagcgaact
caaagaaaattgcttatgaatccatggcaaattattcaaatatcaccaacaaacaagcct
ggtttatatcgattatgggtattagtcgatagagatttacatcaattgcgtcttataata
cctcgtatattttatgtaaatactcgtaaacctaaacctaatccagaaccaggtaaaaaa
gtatcttggaaagaaagcaagaaagttcttccacgatctcgacctatatataatttatat
caatatactgtgccggaaacacagtttcaattatacagtcaggagcttttagaagatatg
agtagaccagaaattgaaggaatttatgaaactcaaatgtcactagagtttagagctatt
cttcaattaggatgcgtttgtacagttgatcctaaggcagcacggaccatggcagatggt
gcagatacatttgccctagatcagttagaatacaagagtgttgctgtgcaatcatatctt
aaaaatcttaatgaaactaattatattttcttatatcatcattggagttcaaaccatcaa
agagctttatggggactgtttttaaatgcaactaaaagagctcatatatttgttttggat
tctgtttcgtcaaatcagatgcctaatatgaacacgttgtacattcaagaacgggataca
gttatatccacaaatggggaagacaaagtaacatttttaccagagtcgatgcgattcgaa
ttaaaatttgaaacaaactttcaacaagtctgtcgtattttacaagcagttataactaca
tataaaaacgagggacatggtgcaacaatatttattattcagacagctttagataaaacg
acattagtaactcacatgccattacttaatgactttcctctaattagcacctatgtacaa
gatattgaaactttatacaatacactggagtggcagaaagttggtgcaaaaacgatgtta
cgtcattaccttaagagccagcaaatttatgaattaatgacagaacaatgtagattcctt
catgtgccaattggaaatattcctgcggatcctattgtttttggtgcagacttatttttt
gcaagacatttgcaaaagaataactttgtattatggtgttctccaacagagaaaccagac
ttgggtggcagtgaaaatgatgataacagattactgacagattatgaagaaagtttacat
tctgctgcaaataatgccggaacttattctagtgtttgtattgaattggagatagaaagt
ttagcagtaaatacattattacagcatcaccatattcacgatattgatggaactagtaat
tttgtcgcattccacactcaacaacagacatctgttcaagatatggcaacacatgatggc
atgacaaatataattcctaattacgacgaaactgttctttgcagtcctgcttttagaata
ttgcgaaatatggtaaacacatggctgctagatgtatcagttcataaaaatatatttgca
gattatcaaattattcatttttacagatggttacgttcacccagttctttactttacgat
cctgctttgaaaagaactttgcatacctatatgaaaaaattattcgcgcagttattagca
gaatttaaaaatctgggatccataattatttttgccaattttaataaaatcatcatttgt
accaagaaaaggacaatgagtgatgcattaaactatatggaattcgttgttcaaacaata
cgcgataaagaactattccacagtattgaaataacttttgaacagtgttgggagtattta
acatggcttgatgtacataattatggaggtataaaaggaaaattaccaaaagatatagag
aatattacggatacaaatagtgaaaatgctgaagatgagaatgacggcgagcctgaaata
gtaatgaattggaatttaatggagtgtctccccaaagaagctgcatgtcaatctagcttt
actgctataatagcgggatacttccatgcaatttatcagttcatattggaaaatgaattg
aatactactgtaaggcctaggaacttaaataatttaagtcaattatcacacaactgcaca
actgcacaacttggattaggatcacttgagaatacagcagaatttgctaaaaaactgata
aagggagatatgtcccaaaaattattccaaattgtacagaaaatacataaaaatcttcca
gaaaaaacattaacaattgaagaatgtccaaacttagatttagatggtaaagacagtaag
aaaattaatccagcattggagttaataaaatcagtttgtaaggttttatctctggatgca
gaagttgaaaacgaagtatactatttgcgaacaaacatgttaaagctaattagagttggc
agtttcagcgatctagttgattggaaagatccgtgcatttctttaattgtgcctgaaatt
atttgtaaagtatgtaaccacacaagggacatcgatctttgcaaagataacttttgtacc
atggatcgggataggtacatatggaaatgtcctctttgtaaaatggactatgacaatgat
gaaatagagttccttttgatggacatgttaaatcataaaagtatggcttacatgttgcaa
gatttacaatgttgtaaatgtaacgaaattaagagggaaaatatgaacgaactttgttct
tgttctggtaactttaaaactttgattcctaaaagtgaaatagagaagtttatgaagatc
tgtaaatctgtggccataaaatctaatatgaaaacattgttagaaattatccagaataca
aaagttcttgtagattcaaagtaa

  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 (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (4)   
   RefSeq(nuc) (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (6)   
   Pfam (6)   
All databases (26)   

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