KEGG   Drosophila simulans: Dsimw501_GD20034
Entry
Dsimw501_GD20034  CDS       T01065                                 
Symbol
Dsim_GD20034
Name
(GenBank) uncharacterized protein
  KO
K10891  fanconi anemia group D2 protein
Organism
dsi  Drosophila simulans
Pathway
dsi03460  Fanconi anemia pathway
Brite
KEGG Orthology (KO) [BR:dsi00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03460 Fanconi anemia pathway
    Dsimw501_GD20034 (Dsim_GD20034)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:dsi03400]
    Dsimw501_GD20034 (Dsim_GD20034)
DNA repair and recombination proteins [BR:dsi03400]
 Eukaryotic type
  DSBR (double strand breaks repair)
   FA (Fanconi anemia) pathway
    FANCD2-I complex
     Dsimw501_GD20034 (Dsim_GD20034)
SSDB
Motif
Pfam: FancD2
Other DBs
NCBI-ProteinID: KMZ02344
FlyBase: FBgn0191516
Position
3R
AA seq 1478 aa
MYKQFKKRSKKPLNTIDENATMKVPRLAETTTNISVESSSGGSEENIPASQEHTQRFLSQ
HSAILAATLGRTQSSSRNIATLSRQPNNFFELVLVRAGVQLDQGDSLILACDHVSIVSKL
RDIFTNASSYTDKMETFKTGLNAAMAPGSKLVQKLLTGCTVDAAGEEQIYQSQNSMFMNF
LMIDFMRDACVEVLLNKIEEVAKSDRVIMGKAAIPMPLLPLMLTQLRYLTASHKVEIYSR
IEVIFNRATESAKLDIIANAELILDASMHDEFVELLNINYSSTEDLFHMTTVQTLGNLSL
SDRTQAKLRVRILDFATSGQCSDAILPHLIRLLLNVLKMDTDDSVRDLIGSLRGIFNWRH
TNETEQISAREDSKKSQLELFGYLELGLIRSKKFYQACQRSSASVPAAEFTSFDMILLLL
LIHVNEDNSLYIENILRRRIKLEHITVSILEEIRLHYRHILEQHITTLMNILHDFMREKN
RTVSDFAKSSYSILFKIFNSIQKNILKKLLELTCDKSSPHLTTMALELLRELQRKSAKDV
QNCATLLIPMLDRISDLSLTQTRVAMDLLCHVAFPDPNLSPCLQLQEQVDMVVKKQLINS
IDNIKKQGIIGCVQLIDAMARIENNGADRDEFIASVENVDSLPDGRGKMAANLIIRTEAS
IGNSTESLALFFEELATVFNQRNEETSSCDLDNQFIAWACDLVTFRFQASFVTENVPETL
KGIKLEYQLNINELDDTDANTEPDVLNIGINISKLVLSPKVKACDSIYVLAPMFNYVRVL
YKHRHQDSLESINALLGCAIVLPSFFEDENYVSIFDNFEAEQQKDILSIYFHTVNWMRVS
ISAFASQRDPPTRRRVLSRLGELIRIEQRMKPLLARAPVDFVAPPYQFLTNVKLSNQNQK
RPGPKAATKLNATLPEPDLTGNQTSIADFTIKVGPCKTVKTKTDFEQMYGPRERYRPMEV
EIIMLLVEQKFVLNHQLEEEQMGEFLGLLELRFLLEDVVQKLEAAVLRHHDSFDADSFKP
HLAKPEDFICDLLPCLHEVNNHLKTLAEAIDNQLTEVNHVYSNLDLFKEQFCYIKSCFGL
CVRLFALYFAWSEWSDKSQEQLLHKSLLELQPKAQWKRLEKQSVPQLATLTFQYFLKYEK
SVLNLSTAVQLHRLLCNLLKLGSLQSDASQPRFQQAEDLRILCGTLLRRKWFHYSGTFDK
GGQCNIYLDELVKGFLKKSTTKSQTELLTELVKQCSILNTKDKSLTSFPNFKKANFPLLF
RGLCEVLIHSLSGQVSVDSRGDRLKLWESAVDLLNGLLSIVQQVEQPRNFGLFLKHSLLF
LKLLLQHGMSALESIVRDDPERLTRFLHELQKVTRFLHQLCCHSKSIKNTAIISYIPSLR
ETIETLVFRVKALLAANNCHSAFHMGNMINRDLHGDSIITPRSSFAGEENSDDELPADDT
SVDETVLGDDMGITAVSLSTRPSDGSRRSKSSSRSKCF
NT seq 4437 nt   +upstreamnt  +downstreamnt
atgtataaacaatttaagaaacgctcaaagaaacctctgaacaccatcgatgagaacgcg
accatgaaagtaccgcgcctggcggagacgaccacaaatatatcagttgagtcatcatct
ggtgggagcgaggagaacatacccgcctcccaggagcacacgcagcgctttctgtcgcag
cacagtgcgatcctggccgccactctgggtcgcactcaatcctcgagtcggaacattgca
acgctctcacggcaaccgaacaactttttcgagctggtcctggttcgagcaggcgtccag
ttggaccagggagatagcctcatcctggcctgcgatcatgtctccatagtctccaagctg
cgggacatctttacgaacgcctcctcgtacaccgacaaaatggagactttcaagacgggt
ctgaatgctgccatggcgcccgggtcgaagctggtgcagaagctcctaaccggatgcacc
gtggacgcagctggagaggaacagatctaccagtcccagaacagcatgtttatgaacttc
cttatgatcgacttcatgcgagatgcctgcgtggaggtgctgctgaacaagatcgaggag
gtggccaaatctgatcgggtcatcatgggcaaagctgctattcccatgccactgctaccg
ctcatgctgacccaactgcgctacttgaccgcctcgcacaaggtggagatctacagtcgc
atcgaggtcattttcaacagggccacggaatcggccaaattggacatcatagccaatgct
gagttgatactcgatgccagtatgcacgatgagttcgtcgagctgcttaacatcaactat
tccagcactgaagacctcttccacatgaccacagtgcaaactctgggtaacttatcgctt
tcagacagaacgcaggccaagttacgagtgcgcattttggacttcgccacaagtggccaa
tgttcggatgcgatcttgccgcatctcataaggctgctgcttaacgttctgaaaatggac
acagatgacagcgtgcgcgacttgataggcagcctgcgtggaatcttcaactggcgtcac
acaaatgagacggaacaaatctcggcaagagaagacagtaagaagtctcagctggaactt
tttggctacctagaactaggcttgatacgatcgaagaagttttatcaagcgtgccaaagg
tcatctgctagtgtgccagctgcagaatttacctcctttgacatgatactcctgcttttg
ttgatacacgttaatgaagataattcattgtacatcgaaaatattcttcgacgtcgcatt
aaactggagcacattacagtgagcattttggaagagatacgtctgcactatagacacatc
ctggagcagcacataaccacactgatgaacatccttcacgactttatgcgagagaaaaat
cgcaccgtgtccgatttcgccaaatcttcgtacagtatactttttaagatttttaactcg
atccagaaaaatatcctaaagaagctgttggagcttacctgtgacaaatcatcgccccac
ctgacaacaatggcactggaattgcttcgcgagctgcaacgaaagagcgcgaaggatgtt
cagaattgtgccactctacttattcccatgctggataggataagtgatctaagtctcaca
caaacccgcgttgctatggaccttctgtgccatgttgcctttccggatccaaacctatcg
ccttgcctgcaactccaagagcaagtcgatatggtggttaaaaagcagctcatcaactcc
attgataatattaaaaagcagggcattattggctgtgtgcaactcatcgatgcaatggca
cgcatcgagaacaatggtgctgatcgtgacgagtttattgccagcgtggaaaacgtcgat
tccttgcccgatggccgaggcaaaatggctgccaacttaatcatacgcaccgaggcatca
ataggaaatagtaccgagtccttagccctgttctttgaagaactagccacggttttcaat
cagcgcaatgaagaaacctccagctgcgacttggacaaccaattcattgcttgggcctgc
gacttagtgacattccgcttccaggcaagctttgtcaccgagaatgtgcccgagacttta
aagggaattaaactggaatatcagttaaatatcaatgaattggacgatacagatgcaaac
actgaaccggatgtccttaatattggcataaatatctcaaaactggttttatcacccaaa
gtgaaagcttgtgattctatatacgtgctggctcctatgttcaactatgtcagggtgctg
tacaagcaccgccaccaagacagcttggagagcatcaatgccttgctaggatgtgccatt
gtgttgccctcattctttgaggatgagaactatgtgtctatttttgacaactttgaggcg
gagcagcaaaaagacattttgagcatttactttcacaccgtcaattggatgagggtgtcg
attagcgcgtttgcatcacaacgtgatcctcccacacggcgtcgagttctttctagactc
ggagaactaatacgtatcgagcagagaatgaagcccctcctggcaagagcgcccgtcgac
ttcgtggcaccgccatatcaattcctcaccaacgtcaagctctcgaaccagaatcagaaa
cgtccagggcctaaagcagctaccaaactaaacgcaactctaccagaacccgatttaact
ggtaatcaaacatcgatcgctgatttcacgattaaggttggcccgtgcaagaccgttaag
acgaagactgactttgagcagatgtatgggccgcgggagagatacaggccaatggaagtg
gagatcatcatgctcttggtcgagcagaagtttgtcctgaaccaccagctggaagaggag
caaatgggggagtttcttggacttctggagctacgtttcctgctggaagacgtggtacaa
aaacttgaagcagcagtccttcgacatcacgattcttttgatgcggacagttttaagccg
catctggccaaaccggaggattttatttgcgatctacttccatgcctacacgaggtgaat
aatcacctaaaaaccctggccgaggccattgacaatcagcttacggaagtcaatcatgtg
tacagcaatctggatctgtttaaagagcaattttgctatatcaaatcgtgttttggcctg
tgcgtccggctgtttgccttgtacttcgcctggagcgagtggagtgataagtcgcaggaa
caactgctccataagtctttgcttgagctacagcctaaggcacaatggaagagactggag
aagcaaagtgttcctcagctggccaccctgacgtttcaatactttctaaagtatgagaaa
tccgtcttaaatcttagtactgcagtccagcttcatcgtttgctgtgtaacttgttgaag
ctgggcagtttacagagcgatgctagccaaccgagatttcagcaagccgaggacttacgg
atactgtgtggcacgctgctgcgccgcaaatggttccactactctggcacctttgacaaa
ggtggtcagtgcaatatctatttggacgagctggtcaagggattcctaaaaaagtcgact
accaagagtcaaaccgaactacttactgagctggttaaacaatgcagcatactgaatacg
aaggacaaatcactgacttccttccccaattttaaaaaggccaacttcccacttctcttt
cgtggactgtgcgaggtgcttattcactccctaagtggtcaagttagcgtcgacagccgt
ggtgatagattgaagctatgggagtcagcagtcgatttgttgaatggcttgctcagcatt
gtgcagcaggtggaacagccgagaaactttgggctgtttctaaaacactccctgctattc
cttaagttgctgcttcagcacggaatgtctgctctggaatctattgttcgggacgatccc
gaaaggctaacaaggtttttacacgagctccagaaggtgacacgctttctgcaccaactc
tgctgtcattccaagtccattaagaatacggctataatcagctacattcccagcctgcgg
gagacgattgagacgctggtctttcgagtcaaagccctcttggccgccaacaactgtcat
tctgctttccacatgggaaatatgatcaacagggatcttcacggagattctattataaca
ccaaggagttccttcgccggcgaagaaaacagcgacgatgaattacctgcggacgacacc
agcgtagatgaaaccgtcttgggcgatgacatgggcatcaccgccgttagcctgagcaca
aggcccagcgatgggagtcgtcggagcaagtcctcctcccgcagcaaatgcttttaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   FLYBASE (1)   
   OC (1)   
Protein domain (1)   
   Pfam (1)   
All databases (9)   

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