KEGG   Hydra vulgaris (swiftwater hydra): 100200890
Entry
100200890         CDS       T01080                                 
Name
(RefSeq) DNA excision repair protein ERCC-6-like isoform X1
  KO
K20093  DNA excision repair protein ERCC-6-like [EC:5.6.2.-]
Organism
hmg  Hydra vulgaris (swiftwater hydra)
Brite
KEGG Orthology (KO) [BR:hmg00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:hmg03036]
    100200890
Chromosome and associated proteins [BR:hmg03036]
 Eukaryotic type
  Centromeric chromatin formation proteins
   SAC (spindle assembly checkpoint) factors
    Others
     100200890
SSDB
Motif
Pfam: SNF2-rel_dom Helicase_C ResIII AAA_34
Other DBs
NCBI-GeneID: 100200890
NCBI-ProteinID: XP_047126426
Position
2:complement(54411338..54494422)
AA seq 1430 aa
MDLSLEVEILSKKAKDEAYAGNIKQSLELFKKAYKLLPSEKLKRRIVKLKELMLNMENSS
HDENQEGDSDMIDLGENFLLHQSIANQLYSYQKEGVLWFWKLYKKKKGGILGDDMGLGKT
IQVIAFLAGMFDAELIHKILIVAPVAVLVNWEKELHKWAPGIRVKTFHGSTKLSRLRNLQ
KVQQSDGVLLTTYGMIVSNYESFGRDQNGEEFVWDYIILDEGHKIKNPCKTSKCVRMVPA
KYQYILTGTPVQNNLSELWALFDYTQKGTLLGTEKTFKMEFENPIIKAREKGATPYQQDY
GNQLSIKLREIIAPFFLRRTKDEIFSKNIVQQKETEKNLNRLKSKKYDLVVWVYLSELQQ
KLYHGFIQSERVKQTLMSTRSPLAELQLLKKISDHPRLQSTLSKLLTGSEEHETRLILGI
NDETEDDLDEEENKVNERVDDLSVESLIKDSGKMVFLVYLMDNLKAENHRTVIFSQSIKM
LDIIQKVLSELGHLILRVDGRMKNPQDRENVLDKFKEDLRYNVLLMTTQIGSVGITLTCA
NRLVIFDPSWNPGTDAQAVDRVYRIGQEKDVVVYRLVTCGSVEEKIYRKQIFKNAIMKQT
TGASDNPYRYFTNLELRELFSLDNPRVSTTQIQLQEMHPYRKVSESIEFERHLQFLNNSC
IFGISHHDMLFSQEANNDNIDHEIDIQAKVLSAINLISREYNESKIKLPQKKNRNNETSN
NYLSNLTSTTNSDDHATKEFSDGNLLTDHLADTSNHLQKSVSGSSTLSSSDEIDDIMSNI
KKMNIKTDEEIASEELSQDGKITTLEPVDVTINEHQHSQHSFQKNGSLNEDDLLQKDGKL
HHDESLHKDKHLQDNGNLQEDGDLQKDKTLQNNKSLKEDRGLQDEGCLLQNKSFHKNKSL
QENLNCSKFNNQNHVVGTQHLGEDVDNCSLYEAVDIGCDPLSEASLNSSIIDFKIKKDGD
DNNLMGNASEEMFSLNDSQAIYNGISSDCNHILVPEVSLTVRNLGKLYRTPPVSPMVKKT
LLDLSIDTDFKNFNDFTSTNKSRIKEEPLIKHTINKNFNKGGQTTSTPISDQKLNKLVDV
SMQESHKSFIKNDFFDAELNNGKNDSSENNVFSLRLNDITPEKTCLLEKETLFCSNITSS
QNFNIESKIKSKEDYTECSKVTDSNVNIHLNSYDLDFLEYGVSGKRTNNIENRKKEANIK
SIPENNHMTLLDFFSDNAESLAINNQKNTLPLNMQYADTLPINKPGVEQNDPLLSLNTLF
MPDKLSNKVTKLQLADTLPVALNTESHVIDVSNPESHEKSNKLHYSIFVEKSSENQMDFS
PSPNYLASDNSSSFDFHRSKVAFSAEKTKSIIEDSESNDAATCQNTIEVSMHENKDVKIC
EEKESTEKDSKLALLKKLCLENMGNLDIDDHVLIKIAQLAKDLKLVDVTK
NT seq 4293 nt   +upstreamnt  +downstreamnt
atggatttatcattggaagttgagattttatcaaagaaagctaaagatgaagcatatgct
ggtaacattaaacagtcattagagttatttaaaaaagcctacaagcttttaccatcagaa
aagctcaaacgaagaatagttaagttaaaggagcttatgctaaacatggaaaatagcagt
catgatgaaaatcaggagggtgacagcgatatgattgatttgggagagaattttttactc
catcaaagcattgcaaaccagctttattcataccaaaaagaaggagtgctttggttttgg
aaattatacaaaaaaaagaaaggtggaattttaggagatgatatgggccttggaaaaaca
attcaagtaattgcatttttagctgggatgtttgatgcagaattaatacacaaaatttta
attgttgcaccagtggctgttcttgtaaactgggaaaaagagttacataaatgggctcca
ggtattcgggtgaaaacatttcatggatccactaaactaagtcgtttaagaaatctccaa
aaagtgcaacagtctgatggtgttttattgaccacctatggcatgattgtttcaaactat
gaatcatttggccgagatcaaaatggagaagagtttgtttgggactatattatacttgat
gaaggtcataagataaaaaatccttgcaaaaccagcaaatgtgtgagaatggtaccagct
aaatatcagtatattttaactggaacaccagtgcaaaataacttgagtgaattgtgggca
ctttttgattacactcagaaaggaacacttcttggaactgaaaaaacattcaaaatggaa
tttgaaaatccaattataaaggctagagaaaaaggtgcaacaccgtatcagcaagactat
ggtaaccaattatcaataaagttgagagaaattattgctcctttttttcttaggagaaca
aaggatgaaattttttcaaaaaatatagttcagcaaaaggaaactgaaaaaaatttaaat
aggttgaaatccaaaaagtatgatttagttgtttgggtttatttgtctgagctgcagcaa
aaactctaccatggatttatacaatcagaaagagtcaaacaaactttaatgtcaacacga
agtcctcttgcagaacttcaattattaaaaaagatttccgatcacccacgcttacaatct
actctttcaaagcttttgactggttcagaggagcatgaaacaagattgatactgggtatt
aatgatgaaacagaagatgatcttgatgaggaagaaaataaagttaatgaaagggttgat
gatttgtctgttgaaagtttaattaaagacagtggcaaaatggtttttcttgtttatcta
atggacaatttgaaagctgaaaatcatcgtactgttatatttagccaatcgataaaaatg
ctggatattatccaaaaagttttaagtgagttgggccatttaattttgcgagttgatggc
agaatgaaaaatcctcaagatcgagagaatgtactagataaatttaaagaagatctaaga
tataatgttttgttaatgacaactcagattggcagcgttggcataacacttacttgtgca
aatcgacttgttatatttgatccgagttggaatccgggaacggatgctcaagcagtggat
agagtgtataggataggtcaagaaaaagatgttgttgtatatcgtctagtgacttgtggc
tcggttgaagaaaagatttatagaaaacaaatttttaaaaatgcaatcatgaaacaaaca
acaggtgcatcagacaatccttacagatattttacaaacttggaattaagagagttattt
agtcttgataatccaagagtatctaccacccaaattcaactccaagaaatgcatccatat
cgaaaggtttcagaaagtatagaatttgaaagacatcttcaatttcttaataactcatgc
atatttggtatcagtcatcatgacatgttattttcgcaagaagcaaataatgacaacatt
gaccatgaaatagatattcaagcaaaggttttgagtgcaattaatctaatatctagagaa
tataatgaatccaagattaagttgccacaaaaaaagaaccgaaataatgaaacatctaac
aattatttaagtaatttaacttcaacaactaattcagatgatcatgctacaaaagaattt
agtgacggaaatttattaaccgatcatttagcggatacctcaaaccatttgcaaaaaagt
gtatctggttcttctaccttaagcagttcagatgaaatagatgatatcatgagtaatatc
aaaaaaatgaacataaaaactgatgaagaaattgcctctgaagagttgtctcaagatgga
aaaattacaacgcttgaacctgttgatgtgaccatcaatgaacatcaacattctcagcac
agttttcaaaaaaatggaagtttgaatgaagatgatctcttgcaaaaagatggaaaactg
catcatgatgaaagcttgcataaagataaacacttgcaagataatggaaacctgcaggaa
gatggagacttgcaaaaagataaaaccttgcaaaataataaaagtttgaaagaagataga
ggcttgcaagatgaaggatgtttgctgcaaaataaatcctttcataaaaataaaagtttg
caagaaaatttaaattgcagcaaattcaataatcagaatcatgttgttggtactcaacat
ttaggggaggatgttgataactgtagcctatatgaagctgttgatattggttgtgaccca
ttgtcagaggcttctttaaatagttcaataatagatttcaagataaaaaaagatggagac
gacaacaacttaatggggaatgcgtcagaagaaatgttttctctaaacgattcccaagct
atttataatggtattagttcagattgtaaccatattcttgttcctgaagtgtctttaact
gttcgtaatcttggaaagttatatcgaactcctccagtgagcccgatggttaaaaaaacg
ctgttagatttatcaatagatacagattttaaaaattttaatgattttacttctaccaac
aaatctcgtattaaagaagaacctttaataaaacatacaataaataagaacttcaataaa
ggagggcaaactacaagtacaccgatttcagaccaaaaattgaacaaactcgttgacgtt
agtatgcaagaatcgcacaaaagttttattaaaaatgatttttttgacgcagagttaaat
aacggaaagaacgatagtagcgaaaataacgtttttagcttacgtctaaatgatataaca
cctgaaaaaacatgtttattagaaaaagaaactttattttgcagtaatataacgagctca
caaaactttaatattgaatcaaaaattaaatcaaaagaagattatactgaatgttctaaa
gttactgattcaaatgtaaatatacacttaaactcgtacgatcttgacttcctagaatat
ggagtttcgggaaaaagaactaataatatagaaaatcgcaaaaaagaagcaaatataaaa
tccataccagaaaacaatcatatgactttattagatttttttagtgacaatgcagaaagc
ttagcaataaataatcaaaaaaacaccttgccattaaatatgcagtacgccgatacctta
ccaataaataaaccaggtgttgagcaaaacgatcccttgttgagcttgaatactttattt
atgccagataaattgagtaataaagtaacaaaacttcaattagctgatacgttgccagtt
gcattgaacactgagtcacacgttatcgatgtatccaaccccgagtcacatgaaaaaagt
aataaactacattatagtatatttgttgagaagtcatccgaaaatcaaatggacttttcg
ccgtcacctaattacttagcgtctgataatagttcttcttttgatttccatcgttcaaaa
gtagcctttagtgcagaaaaaacgaaaagtattattgaagattctgagtcaaacgatgca
gcaacttgccaaaatacgatagaagtatcgatgcatgaaaacaaggatgtaaaaatttgc
gaagaaaaagaaagtactgagaaagatagtaaacttgcgttgttaaagaaactctgttta
gaaaacatgggtaatttagatattgacgatcacgtgctcataaaaattgcgcagcttgct
aaagacttaaaattagttgatgtcacaaaatag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (60)   
   KEGG ORTHOLOGY (1)   
   RefGene (56)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (6)   
   RefSeq(nuc) (2)   
   GenBank (2)   
   EMBL (2)   
Protein domain (4)   
   Pfam (4)   
All databases (75)   

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