KEGG   Helobdella robusta: HELRODRAFT_192588
Entry
HELRODRAFT_192588 CDS       T03272                                 
Name
(RefSeq) hypothetical protein
  KO
K02350  DNA polymerase zeta [EC:2.7.7.7]
Organism
hro  Helobdella robusta
Pathway
hro03460  Fanconi anemia pathway
Brite
KEGG Orthology (KO) [BR:hro00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03460 Fanconi anemia pathway
    HELRODRAFT_192588
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:hro03400]
    HELRODRAFT_192588
Enzymes [BR:hro01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     HELRODRAFT_192588
DNA repair and recombination proteins [BR:hro03400]
 Eukaryotic type
  TLS (translesion DNA synthesis) factors
   B-family DNA polymerases
    HELRODRAFT_192588
SSDB
Motif
Pfam: DNA_pol_B zf-C4pol
Other DBs
NCBI-GeneID: 20212335
NCBI-ProteinID: XP_009021361
JGI: Helro1_192588
UniProt: T1FU39
Position
Unknown
AA seq 1684 aa
MFSVRIVTTDHHMVDPVPGLDLTYSEFRKQPVYKVPVINIFGATPSGQKTCLSIHGVFPY
LYVPVDKGFVPSDTQLLLLAGSIDRALNMALGRSASTAQHVFKIIPVSGIPFYGYHAREQ
TFLKIFLYNPKMIKKVADLLLAGAVMNRTFQPHETHVPYNLQMFIDYNLFGMNFINLSAV
KFRRPLPTSAACKILSVSEDCDSVVMWTVESVRRKPKLIEAEEILKSDFELLIKESTEDE
EVEDAMKSDDGETSTPSTNESMNGSLWGSSFNPDDFIDLNETIVSEDVVCSVVSNSENFI
KDTNDVDQSFIDLLLSLANSNSQSTNAQPSQPMRKLAEMEDCDSPLSQCTPKRRGLLKIQ
MIPLKIHMISLKIQMIPLKIQTIPLKVQTKYLPEFKGSMNNCFHDVMMKNYASLQQNNNK
NINNSYVNNNNNNGVLFNSVASCLDDNIEIILVPHRKPPKYSDVSSVRSRYSGSSSNNKN
DKNSSRMKNDDIIANRNTKDIKSNKSNNIHLTSNIDLGVINKNINYNYINNNINKYNDSS
PNDSSFGSTTGKFNSTNCSLLSETFSTPKSILKKRPLVESTPCLLRSNNNYNINVISNSS
RVSSVFNDDDTFLDNTNHAPSIDSILEELDIDLSLVIPQTPDSSPTNLSTEMHSTTLTPT
STPTTTLEQQVTSTSFTPTQTLTMPMTTTKTTTATSVLQTSTSATTTSTTTPTTTPTTTN
PTTAKRRKVTFIETPKKDRLSSSTPYTKLTGRMKLGKNFNLTPIKKWNDVTSAHNNNNNN
NNNNNNNNNNNNNNNNININIFANFKSGNTNRPSNNNNGINNFSTYNCNNNSNNNENSDS
KFSLSNKNSTIDDTVLNNSNDCTITSKSDYNKTINNDSVNVNSIFSTTTTTAAAAAATTI
ATKSTTAKRQSIESQIETATPTNTFNFKVDSQNFQKVKEATEQLLKADLNELSNLMYHHH
ATVTFLQTEIDLITTVVDLVKKHDADILVGFEVKTLSWGYLIALNIYTFENLAFHVLHRR
YPHFSHHTLTNWFQGKARFNRWKTLDYYTVRSLGNLQIMEKLNIIDQTSEFARIYGIEFF
NVLNRGSQYRVESMMLRLAKPKNFIAVSPGIHQRAGMKSMECIPLNLEPRSDFYTDPVVV
LDFQSLYPSIMIAHNYCFSTCLGRIKSIANCRDGPFEFGCTSLYIPKHVLKSLKYDDINV
CSNGVAFVKPHIRKGIISQMVEEILNTRVMVKKAMKVHKNDKGLQRTLHARQLGLKLIAN
VTFGYTAASFSGRMACVELGDSIVRKARDTLEQAIRLVEQTEKWAAQVIYGDTDSMFVLL
RGRTRQQAFVVGQEIADAVTNSNPKPVTLKLEKVYMPCVLQTKKRYVGFMYETPDQQEPT
FHAKGIETVRRDNCPAVSKILERSLKTLFTSCDISLVKKYVQRQCIKILEERTPLKDFIF
AKEYRGMAGYQPTACIPALEIARRRLARDRRSEPLVGQRVPYVIIFGSPGLPLIKLVREP
GELLSNSNLRINYTYYLMKQILPPINRFAMLFGLDAFHWYDGLPRVLKVNSRIFNPALAI
TSRNNQVNDHFKHSPVKSSKLVNENLTKYFTSVDCPICGQLTNAGMCELCKTDDRRRVLI
SSCRIRKVQARQNCVNQICNTCKGWIDAKNSCDSLDCPILYKDHRLNSEAFCLDALFKVL
DLEF
NT seq 5055 nt   +upstreamnt  +downstreamnt
atgttttcagtgcgtattgtaacaactgaccaccacatggtcgatcctgtgccaggcttg
gacttgacctattcagaatttaggaaacagcctgtctacaaagtcccggtcattaatatt
tttggggctacgccctctggtcagaaaacatgtttatcgatacatggggtatttccttac
ttgtatgtaccagttgacaaaggtttcgtaccgtctgacactcagctgttgttgctggca
ggcagtatcgatcgggctctgaatatggctctcggtagatcggcctcgactgcacagcat
gtcttcaagatcattcctgtatctggcatacctttctacggctatcatgccagggagcag
acgttcctgaaaatttttctctacaatccaaagatgattaaaaaggtagctgatttatta
ttggccggtgcagttatgaatagaacatttcagccacacgagacgcacgttccttataac
ctccagatgtttatagattacaatttgtttgggatgaattttataaatctttcggcggta
aagttcagacgacctttgcctacgtcagcagcttgtaaaatattgagtgtatctgaggat
tgtgattctgtcgtcatgtggacggttgagagcgtcagaagaaagccgaagctgattgag
gcggaagagattttgaaatcagatttcgaactgctcatcaaggaatccactgaagatgag
gaagttgaagatgcaatgaaatcagatgacggtgaaacatcgacaccatctacgaatgaa
tccatgaatggttctttgtggggttcctctttcaatccggacgatttcattgacttgaat
gagaccatagtgagtgaagacgtcgtgtgcagcgtcgtaagcaacagcgagaatttcatc
aaagacactaatgatgtcgaccaatcatttattgatttgctcttgtcactggccaatagc
aattcccaatccacgaacgctcaaccatctcagccaatgagaaagctcgctgaaatggaa
gactgcgattcgccgttatcacagtgcacgcctaagcgtagaggcctgttaaagatacaa
atgatacctttaaagatacatatgatatctttaaagatacaaatgatacctttaaagata
caaacgatacctttaaaagtacagacaaaatatttgcctgagttcaaagggtcaatgaat
aattgctttcatgatgtgatgatgaaaaattatgcctctctacaacaaaacaacaacaaa
aacatcaacaacagttacgtcaacaacaacaacaacaacggtgtgctatttaatagtgtc
gcttcatgtttagacgacaatattgagattattttggtgcctcatagaaaaccgccgaag
tacagtgatgtcagcagcgtcagaagtcgctacagcggcagcagcagcaacaacaaaaat
gataaaaatagcagtagaatgaaaaacgacgatattattgccaacagaaatactaaagac
atcaagtcaaacaaaagcaataacatccaccttactagcaacatcgaccttggcgtcatc
aacaaaaacatcaactacaactacattaacaacaacattaacaagtacaacgactcaagc
ccaaacgactccagttttggaagtacaacgggaaaatttaattcaacaaattgttccttg
ctctctgaaactttctcaacaccaaaaagcattttgaagaaaagacctcttgtggaaagt
acgccatgtttgttgcgcagcaacaataactacaacataaacgtcatcagcaacagtagc
cgcgttagtagcgtcttcaacgacgacgacactttcttagataacacaaaccacgcacca
agcattgactccattttggaagaactggatatcgatctttcactggttatcccacaaaca
cctgattcatcgccgacaaacttatcaacagaaatgcattctacaacattaacgccaaca
tcaacgccaacaacaacattagaacaacaagtgacatcaacatcatttacaccgacacaa
acattaacaatgccgatgacaacaacaaaaacaacaacggcaacatcagtactgcagacg
tcaacatcggcaacaacaacttcaacaacaactccaacaacaactccaacaacaacaaat
ccaacgactgcgaaacgtagaaaagtcaccttcattgaaactccaaaaaaggatcgcctt
tcatccagtacaccttacacgaaactaacaggtcgtatgaagctaggtaaaaatttcaac
ttgacacccattaagaaatggaacgacgtgacatctgctcataataataataataataat
aataataataataataataataataataataataataataataataatataaacattaac
atttttgctaattttaaaagcggtaacactaatcgacctagtaacaacaataatggcatc
aacaatttctccacttacaactgcaacaacaacagcaacaacaacgaaaatagcgacagt
aaatttagtcttagcaacaaaaacagcacaatcgacgataccgttctcaacaactctaat
gattgtactatcactagcaagagtgactacaacaagactatcaacaacgattctgtaaat
gttaacagtattttttcaacaactacaacaacggcagcagcagcagcagcaacgacaata
gcgacaaaatcgacaacagcgaaacgtcaaagtatcgaatctcagatcgagacagccaca
cctaccaacacgttcaacttcaaagtggattcgcagaactttcaaaaagttaaggaggct
acggaacagctactaaaagcagatttaaacgagttaagtaatttaatgtaccaccatcat
gcgacagtcacatttctacaaacagagatcgacctaattacgacggtcgttgaccttgtt
aaaaaacacgacgcagatatcttggttggcttcgaggtgaagacactttcatggggttac
ctgatagcattaaacatttacacattcgagaacttggccttccatgtgctacacaggcgc
taccctcacttctcacatcacactctcaccaactggtttcagggaaaagcccgtttcaat
aggtggaaaaccctggactactatacagtacgcagtttgggcaacttgcaaatcatggaa
aagttgaacatcatcgatcagacgagtgaattcgccaggatatatggcattgaatttttc
aacgttctaaacagaggctcgcaatacagagttgagtcgatgatgttgagactggcgaag
ccgaagaacttcattgcagtctcacctggaatccaccagagagccggtatgaagtcgatg
gaatgcataccgctcaacctcgaaccgagatccgatttctataccgacccggttgtcgtt
ctcgattttcagtcgctctatccatcgatcatgattgcgcataactactgcttttccact
tgcctcggtcggataaaatcgatcgcgaattgtcgggatgggccgtttgaattcggatgc
acatctctttacataccgaaacatgtcttgaagagcctcaagtacgatgacataaacgtt
tgtagcaatggcgtcgcctttgtaaagccgcacatcagaaaaggaatcatttctcaaatg
gtagaagagatactgaacacgagggtcatggtcaaaaaagccatgaaagtccacaaaaat
gacaaaggtctacaaagaaccttacatgccaggcagttagggctgaagttgatagctaat
gtcacttttggatatactgcggccagtttctccgggcggatggcctgtgttgagctcgga
gacagcattgtgaggaaggccagggacactttggaacaagcgatacgattggtcgaacaa
actgaaaagtgggcggcgcaagttatttatggcgataccgatagcatgttcgtactgctg
aggggcaggacgaggcagcaagcgttcgtcgtcggtcaggaaatcgccgacgccgtcact
aacagcaatcccaagcctgtcactttgaaacttgaaaaggtgtacatgccgtgtgtgctg
cagacgaagaagaggtacgtcggcttcatgtacgagacaccagaccagcaggagccgaca
ttccacgccaagggtatcgaaactgtcaggagagataattgccccgctgtttccaagatt
ttggagagatcgctgaaaacattgttcacatcgtgcgacatatcattggtgaagaagtat
gttcagaggcagtgcatcaagattctggaggagagaacgccgttgaaggacttcatattc
gccaaggagtaccggggcatggctggctaccagccaactgcttgcatacccgctcttgaa
attgccagacggcggctggcgagagatcgtcggtcagaacctttggtgggtcaaagagta
ccctacgtcatcatcttcggttctccgggtctgccacttatcaaattagtcagggaacca
ggtgaactattgagcaactccaaccttcgtatcaactacacttattatctcatgaaacag
attctcccacccatcaaccgattcgccatgttgtttggcctggatgcttttcactggtac
gatggattgccacgcgttcttaaagtcaactctcgaattttcaatcccgcccttgctatt
acatcaagaaacaaccaagtgaacgatcatttcaaacacagcccggttaaaagtagcaaa
ctagttaatgaaaatcttacaaagtattttacgtctgtcgactgtccgatctgtggtcag
ctaacaaatgccggcatgtgcgaactctgcaaaactgacgatcggaggcgcgttctaata
tcgtcctgtcgcatcaggaaggtacaagctagacagaactgcgttaatcaaatttgtaac
acatgcaagggatggatagacgccaagaattcctgtgattcacttgattgtcctatccta
tacaaggaccacagactgaactctgaagctttttgcctggatgccttgttcaaagtttta
gatttagagttttaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (71)   
   KEGG ORTHOLOGY (1)   
   RefGene (66)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (82)   

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