KEGG   Nasonia vitripennis (jewel wasp): 100122151
Entry
100122151         CDS       T01081                                 
Name
(RefSeq) Bloom syndrome protein homolog isoform X1
  KO
K10901  bloom syndrome protein [EC:5.6.2.4]
Organism
nvi  Nasonia vitripennis (jewel wasp)
Pathway
nvi03440  Homologous recombination
nvi03460  Fanconi anemia pathway
Brite
KEGG Orthology (KO) [BR:nvi00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03440 Homologous recombination
    100122151
   03460 Fanconi anemia pathway
    100122151
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:nvi03032]
    100122151
   03400 DNA repair and recombination proteins [BR:nvi03400]
    100122151
Enzymes [BR:nvi01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.4  DNA 3'-5' helicase
     100122151
DNA replication proteins [BR:nvi03032]
 Eukaryotic type
  DNA Replication Termination Factors
   Other termination factors
    100122151
DNA repair and recombination proteins [BR:nvi03400]
 Eukaryotic type
  DSBR (double strand breaks repair)
   HR (homologous recombination)
    RecQ family DNA helicases
     100122151
    Bloom's syndrome complex (BTR)
     100122151
   FA (Fanconi anemia) pathway
     100122151
SSDB
Motif
Pfam: DEAD RQC Helicase_C RecQ_Zn_bind HRDC
Other DBs
NCBI-GeneID: 100122151
NCBI-ProteinID: XP_008211497
NASONIABASE: NV11465
UniProt: A0A7M7HE75
Position
4:1740123..1746087
AA seq 1451 aa
MSKKTRQQNLQLTLSGYLKKMEKKKILPKRMLISDSENEEEDENNEETDATKSNSSNLSD
AIDLTNIPSGLPRQMLAVSKMDSIISINSSIDDDDFRSDRAQSPIPCIDDSVKKENCSRK
AFELCNLPIKTRTLAENSSTADGTISAEGNNNYKLSTVIRKDVSNFEKSTKSNVKYKFDD
KNKEHDFRSLISETSSSDDEKEFQSKNIKKLQKKSQTIRKIKSSIIDSDSSSTPSPIKNV
ANTSFEEPTSKVFKKSARNIIDSDTSYCASPCKENTLPNINKGSVSPNNVFTKAALSNSN
AETNLRPLGFNGVLDKWIEVTNNGSLVSVNTQVASKEKLESGKNDLKDLQIQILEKFFNA
FDKIPVTTLNEFPEFDAETCQRLRSLYHRVKAKIKQTDKKLQNISIQEEEQEIEKKFAKD
KQALKILHEDSLTDYEPDQDHLLSADYDQSHRYNYNETTENKRLQSTSQPKSSQSSESPQ
TPPVNGQKKGRFQLKMPVKATINPVASKKIEEMMEKSLVIKPNSEELQSKTSFSQSRYLE
SSNDTWSNFETNNVSKKTDNHNKYDQRNNVVEQDSPNDFAMIQQMSSWSGFGDNFSSGSS
GYKMEKSLTQQLCELPDIDKNKINMISEPDYGYVQSNCNTSSQKFSQNSTNSKTESKSNS
NDVVAQFIGNFKNDGVSGEFDSMKYPHSREMMNVFRQKFGLYSFRPNQLQAINAAICGYD
CFILMPTGGGKSLCYQLPALLTPGVTIVVSPLKSLIIDQVQKLISLDISAAHLSSSVTDE
QAQSVYRELAKKEPSLKLLYLTPEKISASQKIGDALRALYERGMLARFVIDEAHCVSQWG
HDFRPDYKKLQLLRKNYPKVPTMALTATATPRVRTDILHQLGMTNPKWFMSSFNRPNLHY
VVTSKKGKNSTEEIIEMIKRDFRNDCGIVYCLSRKDCDSFADTMKSNGIKALSYHAGLSD
HQRLEIQGRWISEQIKVVCATIAFGMGIDKPNVRFVIHATLPKSIEGYYQESGRAGRDGE
NAECILFYHYGDMMRHRKMIEGDSTSNWEAQKTHMDNLFKIVAFCENKTDCRRGLQLNYF
GEMFDRSICIARKQTTCDNCRNQGRFVNEDVTENAKALVTLVRDLTKQRGNSATILYVTD
VYKGSNLKKVRDQGHDRHPLYGHGKSWQKNDIERLLHKLVIDGYLKENLYVNNEITCSYV
GVGPKAQELMTSSSIQIFLQTRKEEKSASSSSVVATVTSSSSTSDNNKQDYNKGINELKQ
KCYTELAEIVNGIAGALDVSANSIMNMVALRVMSQQLPESEEDMLKIPHVTKANFDKYGK
ALLDITQKYAAERCVLLAEQQEAEKARGAAASVASAPYIDEDDDWTEAAGTSSGGGRKRK
SGFGGNFNFKKFKKSTASSKRGARSSSKSKAGSGGSSGSSRGKGSSSKSRGPGLVDFSNK
KQNPGRYVNLL
NT seq 4356 nt   +upstreamnt  +downstreamnt
atgtcaaaaaaaactcgccaacaaaacctccagctaactctgtcaggatatttgaagaaa
atggagaaaaagaagatcttgcctaaacgtatgctgatcagtgacagtgaaaatgaagaa
gaggatgagaacaatgaagagactgatgctactaagtctaattcgtcaaatttgtctgat
gctattgatttaactaacatcccttcaggtcttccaagacaaatgcttgcggtttctaaa
atggactccatcatttcaattaatagttcaattgatgatgatgacttcagatctgatcga
gctcaatctccgattccatgtattgatgattcagttaaaaaagaaaattgttcaagaaaa
gcatttgaactttgcaacttacctataaaaacaagaaccttagctgaaaacagttctacc
gctgatggcaccataagtgcagaaggtaacaacaattacaagttatcaacagttataaga
aaagatgtttcaaattttgaaaaaagcacaaaatcaaatgttaaatacaaatttgatgat
aaaaacaaagaacacgattttcgaagtttgataagtgaaacatctagttcagatgatgaa
aaagagtttcaaagtaaaaacatcaagaagttacagaaaaagtcacaaactataagaaag
ataaaaagcagcattatagatagtgattcttcatctactccatcgcctataaaaaatgta
gcaaacacttcatttgaagaacctacatctaaagttttcaaaaaatctgcaagaaatatt
attgacagcgatacatcatactgtgcatcaccttgtaaagaaaatacattaccgaatatc
aacaaaggttcagtaagtccaaataatgttttcacaaaagcagcactgtcaaattcaaat
gctgagacaaatttgagacctctaggtttcaatggtgtattagataaatggattgaagta
acaaacaatggttcgttagtttctgtcaatactcaggtagcatccaaagaaaaactagaa
tcagggaaaaatgatttaaaggatttacagatacaaatactggaaaaattttttaatgct
tttgataaaatccctgttactactttgaatgagtttccagagtttgatgctgaaacatgt
caacgtttgagaagtttgtatcatagagttaaagccaaaatcaagcagactgataaaaaa
ttgcaaaatattagtattcaggaagaagaacaagaaattgaaaaaaaatttgcaaaagat
aaacaagcattgaaaattttgcatgaagattcccttactgattatgaaccagatcaagat
catcttttatcagcagactatgatcaaagtcacagatataactacaatgaaactactgaa
aataaacgtttacaatctactagccaaccaaaaagcagtcaaagcagtgagtctcctcaa
actccacctgtaaatggtcaaaagaaaggacgttttcaattgaaaatgcctgttaaggca
actataaatccagtggcatcaaagaagattgaggaaatgatggaaaaatcattagtcata
aagccaaattcagaagaacttcagtctaaaacgtcattttcacaatcacgttacttagaa
tcttcaaatgatacttggagtaactttgaaacaaataatgtttcaaaaaagactgataat
cacaacaagtatgatcaacgaaataatgttgtagaacaagatagtccaaacgattttgca
atgatacagcaaatgtcatcatggagtggctttggtgacaatttctcatctggcagtagt
ggttataaaatggaaaaaagtctaactcaacagttgtgtgaacttccagatatagataaa
aataaaattaacatgatttcagagcctgattacggttatgtgcaatcgaattgtaatact
agttcgcaaaaattctctcaaaatagcactaattctaaaaccgaatcaaaatccaatagt
aatgatgtggttgctcagtttattggaaatttcaagaatgacggcgttagcggagaattc
gatagcatgaaatatcctcattctagagaaatgatgaatgtctttagacaaaaatttggt
ctgtacagctttagaccaaaccagttgcaagctataaacgcggctatttgtggctatgac
tgtttcattttgatgcctactggtggaggcaaatctttatgttatcaactaccggcttta
cttacaccgggagtaacgatagtcgtgtctcccttgaagagtcttatcatcgatcaagtg
cagaaattaatttctctcgatatatcagcggctcacttgtctagtagtgtgacagacgaa
caggcacagtcagtttacagagaattggcaaagaaagaaccttctttgaaacttctttac
ctgacgccggaaaaaatctccgcatctcaaaaaatcggcgatgcgcttagggctctttac
gaacgaggaatgttagcgagatttgtgatcgatgaagctcattgcgtcagtcaatggggc
catgattttaggccagattacaagaaacttcaattgttaagaaaaaattaccccaaagtt
cccacaatggcattaactgctacggcaactccacgtgtgagaactgacattcttcatcaa
ctgggcatgactaatcccaagtggttcatgtcgagcttcaataggcctaacttgcactac
gttgtaactagcaaaaaaggtaaaaattcgacggaagaaatcattgaaatgattaagaga
gatttcagaaacgattgcggcatcgtctattgcctttctcgaaaggattgcgattccttt
gcggatacaatgaaaagtaacggaattaaagctctaagctatcacgctggactcagtgat
catcaaagattagaaattcaaggcagatggatttcagaacagattaaagttgtctgcgct
actatagcgtttggtatgggtatagacaagcctaacgtcagattcgtgattcacgctact
ctgcccaagtctatcgaaggctactatcaagaaagtggtcgcgctggtcgcgatggtgaa
aatgcagaatgcattttgttctatcattacggtgatatgatgaggcacagaaaaatgata
gaaggtgatagcacatctaattgggaggctcaaaaaacgcatatggataatttgttcaag
attgttgcattttgcgagaacaagactgattgtcgcagaggattgcaattaaattatttc
ggagagatgtttgatcgatctatatgtatcgctagaaagcagactacttgtgataattgc
agaaatcagggacggttcgttaatgaagacgttactgaaaatgctaaagcattagtaacg
ttagttcgagatttgactaaacaaagaggtaacagcgctactattttatacgtgacggac
gtttacaaaggaagtaatttaaaaaaagtcagagatcaaggtcacgatcgtcatcctttg
tatgggcacggaaaatcttggcagaagaatgatatcgaaagattattgcataaattagtg
atcgacggttatcttaaagaaaacttgtatgtaaataatgaaataacgtgttcctatgtt
ggcgttggaccgaaagcccaagagttaatgacttcaagcagtattcagatatttttacaa
acaagaaaagaagaaaaatcagcatcttcatcttcggtcgttgctacggttaccagctcg
tcaagtacttctgataataataagcaagactacaacaagggcataaatgagctgaaacaa
aaatgctacactgaacttgctgaaattgtcaatggaatcgctggcgcacttgacgtttcg
gctaactctattatgaatatggtagcccttcgtgttatgagtcagcagttgcctgaatct
gaagaagacatgctgaaaatcccgcacgttacgaaagctaactttgacaaatatggtaaa
gctttactcgatataacacaaaaatatgcagccgaaagatgcgtattgttagctgaacaa
caagaggccgagaaagcaaggggcgcagctgcatctgtagcgagtgcaccgtacatcgac
gaggacgacgattggacagaagctgcaggcacgagctcgggaggtggcagaaaaagaaaa
agcggatttgggggcaacttcaatttcaaaaaattcaagaaaagtactgcaagttctaag
cgtggagccaggagttcgtcaaaatctaaagctggtagtggtggcagcagcggtagtagt
agaggcaaaggctcaagctctaaatcgcggggcccaggactcgttgacttttctaataaa
aagcagaacccaggacgatacgtaaatcttctttag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (49)   
   KEGG ORTHOLOGY (1)   
   RefGene (44)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   NASONIABASE (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (4)   
   RefSeq(nuc) (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (5)   
   Pfam (5)   
All databases (69)   

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