KEGG   Hipposideros armiger (great roundleaf bat): 109387295
Entry
109387295         CDS       T04661                                 
Symbol
FANCD2
Name
(RefSeq) Fanconi anemia group D2 protein
  KO
K10891  fanconi anemia group D2 protein
Organism
hai  Hipposideros armiger (great roundleaf bat)
Pathway
hai03460  Fanconi anemia pathway
Brite
KEGG Orthology (KO) [BR:hai00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03460 Fanconi anemia pathway
    109387295 (FANCD2)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:hai03400]
    109387295 (FANCD2)
DNA repair and recombination proteins [BR:hai03400]
 Eukaryotic type
  DSBR (double strand breaks repair)
   FA (Fanconi anemia) pathway
    FANCD2-I complex
     109387295 (FANCD2)
SSDB
Motif
Pfam: FancD2
Other DBs
NCBI-GeneID: 109387295
NCBI-ProteinID: XP_019506661
EnsemblRapid: ENSHARG00000007102
UniProt: A0A8B7RZY0
Position
Unknown
AA seq 1448 aa
MISQRRLPKSENKESLTEDASNTRKQPPSRKTKKSRVQNEVEENDSIFVKLLKTSGIILK
TRESQNQLVVDQIVFQKKLFQTLRKHPSYPKIIEEFVSGLESYIEDQDNFRNCLLSCERL
QDEEASTGTCYSKSLIKLLLGIDILQPAIIKTLFEKLPEFLFERVNCDGISMPLLIISQL
KWLDRVMDGRDLTTKIMQLISIAPEYLQHDFITSLPEILGDSQHADVGKELSDLLTENTS
LTVPILDVLSSLRLDPKLLSTVRQLMMNKLSSVKLDDLPVIIKFILHSVTATDALEVISE
LREKLDLQHFILPLWLQASQSKLKNKVRISFSGNQENSHQDCVFLLFDVIKSAVRYEKTI
SEAWIKAIEHIPPVSEHKSFDLAMLIIIYSTNTQTKKYIERVLRNKIRSGCFEEELLHST
FCIHCFVLKDLCPSILSLAQNLLHSLDQSIILFGSLLYKYAFKFFDTYCQQEVIGALVTH
ICSGNETEVDTALDVLLVLNLTAMRLNAVFVKGILDYLDKMSPQQIRKLFYILSTLTFSK
QHGGSSHIQDDMHLVVRKQLSSTIFKYKLIGIIGAVTMAGIMAADRSRSSSLTQGKTDLS
NEQYTQVTSLLQLVHSCSEQSPQASALYYDEFANLLQERKLAPKVLEWVGQTILNDFQDA
FVVDLCAVPNGDYPFPVKALYGLEEYNSCDGIAINLLPLLFSQDFAKDGSRMTSQDSDNK
LVSPLCLPPYFRLLRLCVARQHNGNLEEIDGLLDCPIFLTDLEPGERLESMSVKERSFMC
SLIYLTLNWFREVVNAFCGQTSPEMAGKVLTRLKHIVELQRILEKYLAVTSDYVPPLATF
DLEAVDVIPHTSTAVSAKIRKQGMIGSGRKRKRGDNKTSSHDTLSKEDGSECDPTPSDRG
QLEKELKGKEEKTVALQNYHAFFRELDMEVFSVMHCGLVTKFILDSEMHTEATEVVQLQP
PELLFLLEDLSQKVENMLTPVGRRIPFLKSKGSQNIGFSHLHQRSANEVARCVVQLLTPM
CNHLENIHNYFQCLNADDQGIVDGPEMQVQEYHLMSSCYQRILQIFHGLFVWSGFSQPEN
KNLLYLAFEILTNRLKQREPDQSLEELLTQSFHYLQNFHHSIPSFQSALYLLRLLMVILE
KSTASAQKKEKIASLARQFLCRVWPSGEKEKSSIPNDQLQALLGIYLEHTDSVLKAIEEI
AGVCIPELISSSKDGSSSTFPTLTRHTFVIFFRVMMAELEKTAKGLQAGTAADSQEIHEE
KLLYWNMAVRDFSILINLIKVFDSRPVLHVCLKYGRLFVEAFLKQCMPLLDFSFRKHRED
VLSLLETFQLNTRLLHHLCGHSKIHQDMKLTEHVPLLKKTLELLVCRVKAMLILNNCREA
FWLGNLKNRDLQGEEIISQNSQESTANESEDETSSQVSKSKAMEVDEEDKASDGEKEQDS
DESDTDSD
NT seq 4347 nt   +upstreamnt  +downstreamnt
atgatttcccaaagaagactgccaaaatctgagaataaagagagcctgacagaagatgcc
tctaacaccaggaagcaaccaccttccagaaagacaaagaaatctcgtgttcaaaatgaa
gttgaagaaaatgacagtatcttcgtaaagcttcttaagacatcaggaattattcttaag
acaagagaaagtcagaatcaactagttgtggatcaaattgttttccaaaagaagctcttt
cagactctgaggaaacatccttcttatcccaaaataatagaagaatttgttagcggtctg
gagtcttacattgaggaccaagacaatttcaggaactgccttttgtcttgtgaacgtcta
caggatgaggaagccagcacgggcacatgttactctaagagccttattaaattgcttctg
gggattgacatattacagcctgcaattatcaaaaccttatttgaaaagttgccagaattt
ctttttgaaagagtgaactgtgatggaatcagcatgcctctactcatcatcagtcaactg
aaatggcttgacagagttatggatggcagggatctcaccaccaagatcatgcagctgatc
agtattgctccagagtaccttcagcatgacttcatcactagcctccctgagatcctaggg
gattctcagcatgccgatgtggggaaagagctcagtgaccttctaacagagaatacttca
ctcactgtcccaatcctggacgtcctttccagcctccgacttgacccaaagctcctgtct
acggtccgtcagttgatgatgaataagctgtcatctgtcaaattggacgatttacctgtg
ataatcaagttcattcttcattctgtaacagccacagatgcacttgaggtaatttctgag
cttcgggagaagttggatctgcagcattttattttgccgttatggttgcaggcttcccaa
agcaagttgaaaaataaagtacgaataagtttttcaggaaatcaagaaaacagccatcag
gactgtgtttttcttctctttgatgtaataaagtcggcagtgagatatgagaaaaccatt
tcagaagcctggattaaggcaattgaacacattcccccagtgtctgaacacaagagtttt
gacctggcgatgcttatcatcatctatagcaccaacactcagacaaagaagtacattgag
agggtgctaagaaataagattcgatcaggctgctttgaagaagagctgctgcacagtaca
ttttgtattcattgctttgttcttaaggatctttgtccgtcgattctgtcgctggctcag
aatttgttgcactccctggaccagagtataattttgtttggcagtctcctatacaaatat
gcatttaaattttttgacacttactgccagcaggaagtgattggtgccctagtgacccat
atctgcagtgggaatgaaaccgaagttgatactgcattggatgtcctcctagttctaaac
cttactgctatgaggctgaatgctgtctttgtgaagggcattttagattacctggataaa
atgtcccctcagcaaatacgaaaactcttctatattctcagtacactgacatttagtaaa
cagcatggaggcagcagtcatatccaggatgacatgcatttggtggtacggaagcagctc
tctagcaccatattcaagtacaaacttattggtattattggtgctgtcacaatggctggc
atcatggcggcagacagaagtagatcttccagtttgacccaagggaaaacagacctgagc
aatgaacagtacacacaggtgacctccttactgcagttggttcattcctgcagtgagcag
tctcctcaggcctctgcactttattacgatgaatttgccaacctgctccaagaaagaaag
ctggctccaaaagtcctggaatgggttgggcagaccatccttaatgatttccaagatgcc
tttgtggtggacttgtgtgctgttccaaatggtgactatccatttcctgtgaaagctctc
tatggactagaagaatacaatagttgtgatgggattgccatcaacctcctgccactgtta
ttctctcaggattttgcaaaagatgggagtagaatgacttcacaggactcagacaacaaa
ttggtgtctccgttgtgcctgcctccctatttccggttactgagactttgtgtggcgaga
caacataatggaaacttggaggagattgatggtttattagattgtcctatattcctcact
gacctggagcctggagagaggctggagtccatgtctgttaaagagcgttcgttcatgtgt
tcgctcatatatcttactctcaactggttccgagaggttgtaaatgccttctgtgggcaa
acgtcacctgagatggcaggaaaggtgctcacccggttaaagcacattgtagagctacag
agaatcctagaaaagtacttggcagttacctccgactatgtccctccccttgcaaccttt
gacttggaagctgtagatgtaatacctcataccagtactgctgtttcagctaaaatcaga
aaacaaggaatgataggaagtggaaggaaacgaaaaagaggtgacaacaaaacatcctcc
catgacacactttcaaaggaggatggttcagaatgtgaccctacaccatctgatagaggc
cagctggaaaaggagctcaaagggaaagaagagaagacagtggcactacagaattaccat
gcttttttccgggagctggacatggaggtcttctctgttatgcattgtgggcttgtgacc
aagttcatcttagattctgaaatgcacactgaagctacagaagttgtgcaacttcaaccc
cctgagctgcttttcttactggaagatctctcccaaaaggtggagaatatgctgacacct
gttggcaggagaatccccttcctcaagagtaaaggaagccagaatattggattctcacat
ctccatcagagatctgccaatgaagttgctcgttgtgttgttcaactgctgaccccaatg
tgtaatcatctggagaacattcacaactattttcagtgcttaaatgctgacgatcagggt
atagttgatggaccagaaatgcaagttcaggagtaccacctaatgtcttcctgctatcag
aggatactgcagatttttcatgggctttttgtttggagtgggttttctcaacctgaaaat
aaaaatttactgtacttagcctttgagatccttactaaccgactgaagcagagagagcct
gaccagtccttggaggaactgctcacccagagcttccattacttgcagaatttccatcat
agcattcccagtttccagtctgctctttatctcctcagacttttgatggtcattttggag
aaatctacagcttctgcacagaaaaaagaaaaaattgcttctctggccagacagttcctc
tgtcgggtgtggccaagtggggagaaagagaagagcagcatccctaacgaccagctccag
gctttgcttggcatctacctggagcacacagacagtgttctgaaggccatagaggagatt
gctggtgtttgtatcccagaactgatcagctcttctaaagatgggtcttcctccacattc
cctacactgaccaggcacacctttgtcattttcttccgtgtgatgatggctgaactagag
aagacggcgaaaggtcttcaggctggcacagcagcagactcgcaggagattcatgaagag
aaactcctctactggaacatggctgttcgagacttcagtatcctcatcaacctgataaag
gtgtttgatagccgtcctgttctgcatgtatgtttgaagtacgggcgtctctttgtggaa
gcatttctgaagcagtgtatgccgcttctagacttcagttttagaaaacaccgggaagat
gttctgagcttactggaaaccttccagttgaacacgaggctgcttcatcacctgtgtggg
cattccaagattcaccaggatatgaaactcaccgaacatgtgcctttgctcaaaaagacc
ctggagctgttagtttgcagagtgaaagccatgctcatcctcaacaattgtagggaagct
ttctggctgggcaatctcaaaaaccgggacttgcagggtgaagagattatatcccagaat
tcccaggaaagcacagcaaatgaaagtgaggatgagacatcatcccaggtctccaagagc
aaagcaatggaggttgatgaagaagacaaagcaagtgatggagagaaagagcaagatagt
gatgagagtgataccgactctgattag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (33)   
   KEGG ORTHOLOGY (1)   
   RefGene (28)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   ENSEMBLRAPID (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (41)   

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