KEGG   Drosophila melanogaster (fruit fly): Dmel_CG13745
Entry
Dmel_CG13745      CDS       T00030                                 
Symbol
FANCI
Name
(RefSeq) fanconi anemia complementation group I
  KO
K10895  fanconi anemia group I protein
Organism
dme  Drosophila melanogaster (fruit fly)
Pathway
dme03460  Fanconi anemia pathway
Brite
KEGG Orthology (KO) [BR:dme00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03460 Fanconi anemia pathway
    Dmel_CG13745 (FANCI)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:dme03400]
    Dmel_CG13745 (FANCI)
DNA repair and recombination proteins [BR:dme03400]
 Eukaryotic type
  DSBR (double strand breaks repair)
   FA (Fanconi anemia) pathway
    FANCD2-I complex
     Dmel_CG13745 (FANCI)
SSDB
Motif
Pfam: FANCI_S1 FANCI_S4 FANCI_S3 FANCI_S2 FANCI_HD2 FANCI_HD1
Other DBs
NCBI-GeneID: 35895
NCBI-ProteinID: NP_610429
FlyBase: FBgn0033354
UniProt: A1Z7L1
Position
2R:complement(8934576..8939789)
AA seq 1481 aa
MRSLGEKARFDELELLIQNTPIEKLKETLKSTMTRSEGITYWNYLLRGFNPESKDALAKR
FECVRSFMDGLSSTELSYKQTFDLITRLSQDLATFPSEQLAWIVEHCMDGIRQGDAKCVG
WKDLLPDALSLLLARPRFLLNGISIDGMEFRDTTVRSIATMQWPASILTPIADMFKTMNL
SSGEIVTVLNKFSGALQELSPMELPALCFQLFSMCSTASQLIIPLLALEKYFHRNYYKRL
FSDMCSNSTNLDSIDLFSDKELREAEETILHHLNYCTMYKLTEKHLAIMLRNFLHMPDVI
LTPFMLSAIISMTSINRDPESARISHSILLPFLRNVIKNNEEERTLADYSVWYRDTLQRK
QVDLQQVLTVLIDQNKDGKDVITPGLVHLVFYLLKSQSPKMHTLAITFLTKFIRKRFIFG
QGIIKLISEWMIVYQEQNQFSECLTLLSVADTYTVSECMKPIQSVLEHMQWLSGEQSMRM
MNFILPLLKISNRVRDALIDVLCKAMSSSGIQKRRMAIYGFCMILKQLNNSNAVRQTSSA
TSFCTQHSISGYSIMTQNTLGSRSNPQRNFDMLTLEIIGMLRNCLQQQFDIRCSLYENLQ
RAVELNAKLVPHVLQVIDWHFRSFFDTPSAEDAGDDLDTVFRIRYDQLVSSSDDQHMEIQ
LKDNLGKLIQFVANCLAVFDRAPSGYDTREMNRLMSFCVDRMVANRLPLEEITPPATHLK
CALVLQQLNIIEGIICHLLLKSKPQNNAVCQILPLFNQHCKLLESLKALSDASKKAHKQL
KQTAKNNSTSTCNLTLNGVPVKTMCTQPDNIWDLAILDKLLHLLLDDVVAFAAPEKTVLL
RSNEPLVRYVLSVTASRVESIRLEPDYKQLAYSKRTFKQLTDITKVIYERCIQRLPELWK
NFDMQSAALATQCFSECLKTAHETYSKKFEDFVKSFDLASIKGSRNKEVVYTIQDVLDDF
MTEYGTDDSICKNEFVSKLPVYLLESLEILLDHIDYQDRAATESYTWLLNFCSKNEILNS
EMGLVHRMLFVQRQKTHLGPFFDSVARQLGHVLGVQNEDAPSESVELTLKSISTVTIESC
LQHLYAAIQKQLNDVDYFVTKANNLNYKCQVVPEIDQIYWRGNLDSMDRSICTQIIHISR
TLLVLTNVCIPLGSLMDGLMKLLIQHYTCLKSLTKHYISSYTSDTSIENIKSTKFELLLR
AVGKQLPANIYELITYIEANTLDEEAQQHTKKRKVQAERAKVLRETRLIPKVIMVIEDFN
KHIILLSKKTKSKNRLTDYLHLGTMRDFDIKSTDLRAAIERSISDGRNISTEDSNAEDRD
EDEDENENVEEDDDAQSTTYPEDLEEKEDECLVIEKKEERRRRRAPSSEAEDPQPKRKRG
RKAAEQLEAEDEEQVEEEQPETTLKLRRNKKVEPKTKRSVAIKKPEEQPSHESRTSKRSK
GPADKQTAEPAKVDLCVPEVPAEKKKPQPSRRLGIPRTLRK
NT seq 4446 nt   +upstreamnt  +downstreamnt
atgcggagtctgggtgagaaggcgcgctttgatgagctggaactgctcattcaaaacact
ccaatagaaaagttaaaggaaacccttaaatccacaatgacacgcagcgagggcataacg
tattggaactaccttctccgtggcttcaatccggagagcaaggatgcgctagccaagcga
ttcgaatgtgtccgcagcttcatggacggactgagcagcacggaactgagctacaaacag
actttcgatctgatcacgcgcctgtcgcaggacctggccacctttccgtccgagcagctg
gcctggatcgtggagcactgcatggacgggatccgacaaggagacgccaagtgcgtcggc
tggaaggatttgctgccggacgcgctgtcgctgcttttggccagaccgcggtttcttctg
aacggcatatccatagatggaatggagttcagggacactaccgtaaggagcattgccacc
atgcaatggccagcctcaatcctcacgccaattgccgacatgttcaagaccatgaatctt
agcagtggcgaaattgtgacagtactcaacaaattctctggcgccctgcaggagctatct
cccatggaactcccagcgctgtgcttccagctcttttcgatgtgcagcactgcttcccag
ttgatcattccgttgctggccctggagaagtatttccatcgcaactactacaagcggctc
ttctcagacatgtgtagcaactcaacgaacttggatagcattgacttgttctcggacaag
gaactaagggaggccgaagagactatcctgcatcacttgaactactgtactatgtacaaa
cttactgaaaaacatttggccataatgctgagaaactttctgcacatgcccgatgtgatc
ctaactccgtttatgcttagcgccattatctcgatgaccagcattaatcgcgatccagag
tccgctagaatatctcattccattttgctaccttttttgcgcaatgtgatcaaaaacaac
gaggaagagcgaacgttagccgactactccgtgtggtatcgggatacattgcaacgcaag
caagtcgatttgcagcaggtcctcacggtgctcattgatcagaacaaagacggcaaggat
gtgataactcctgggctggttcatctcgtattttacttgctgaaatcgcaatcgcccaag
atgcacacattggccatcacatttctaaccaagttcattcgcaagcgattcatttttgga
caaggcatcataaagcttatttcagagtggatgatagtataccaggaacaaaatcagttc
tcggaatgcctcacacttctaagtgtggctgatacgtatacggtctccgagtgcatgaaa
ccaattcaatctgttttggagcacatgcaatggctgtctggtgagcagtccatgcgcatg
atgaactttattctacctttgctaaagatctctaatcgcgtccgtgatgcgctaattgat
gtactttgcaaagcaatgagctcgagtggaattcaaaaacggcgaatggcgatttatggg
ttctgcatgatcctcaaacaactaaacaacagcaatgctgtgcgccagacctccagcgcc
accagtttctgcactcaacacagtatctctggctactccataatgacccagaacacactg
ggaagtcgtagtaatcctcaaagaaatttcgacatgctcacgttggaaattattggaatg
ttgcgaaactgcttgcaacaacaattcgatatacggtgctccctgtatgaaaatcttcag
agagcagtggagctcaatgctaaactagtgccacatgtgctgcaagtcattgactggcac
tttcgcagcttcttcgacaccccctctgcagaggatgctggtgacgatctagacacagta
ttccgcattcgctacgatcaattggttagctctagcgatgatcaacacatggagattcag
cttaaagacaacctgggcaagttgattcagttcgtggccaactgcttggctgttttcgat
cgagctccatcgggctacgacactcgtgagatgaatcggctcatgagtttctgtgtggat
cgtatggtggcaaacagattacccctggaagagataacgccgccagccacacatctaaaa
tgtgccctcgttctgcagcaactgaatatcattgaaggaattatttgccacttattgctc
aaatccaagccacaaaacaatgctgtttgtcaaatattgcctctttttaatcagcattgt
aagcttttggagagtcttaaggcattatcggatgcatccaagaaagcccataaacagttg
aagcaaaccgccaagaataatagcacatcaacgtgcaatttgacactgaacggcgtcccg
gtgaagaccatgtgtacacagcctgataatatttgggacttggccatattggataagctg
ctccatctacttcttgatgacgtcgtagcctttgctgctccagaaaaaacagtgctcttg
cgctccaacgagcccctcgtccggtatgttttatccgtaacggccagcagagtggagtct
atacgcctggagcccgattataagcagttggcctacagtaaacgcacctttaagcaattg
acggacattacaaaggtcatttacgagcgctgcattcaacgcttgccggagctgtggaaa
aatttcgacatgcagagcgccgccctagccactcagtgtttttctgaatgcctaaaaaca
gctcatgaaacgtactcaaagaagttcgaagattttgtcaagtcatttgatttggcatct
ataaagggaagcagaaacaaggaagtggtttacacaattcaggatgttttagacgacttt
atgacggagtacggcactgatgattcgatttgtaaaaatgagttcgtttccaaattgcct
gtttacctcttggagtcgcttgaaattcttttggatcacattgactaccaggatcgtgct
gccaccgaatcgtacacttggctgctaaatttttgcagcaaaaacgagattctcaacagt
gaaatgggcctggtgcacagaatgctattcgttcagcgtcaaaagacccacttaggtccc
ttcttcgacagtgttgctcggcaattgggtcacgtactgggcgtacaaaatgaagacgct
ccctcagaatctgtggagctaactctaaagtccataagtacagtgaccatcgagagttgc
ctacagcatctgtatgctgccatccaaaagcagctgaacgatgtggactactttgtgacg
aaagccaacaatctaaactacaaatgccaagtggttcccgaaattgaccagatatattgg
cggggcaacctggattccatggatcgttccatttgcacacaaataatccacataagtcgc
actttgctggtgctcacaaacgtttgtattcctctaggttctttgatggacggtcttatg
aagttgttgattcagcactacacttgtttgaaaagcctgaccaagcactacatatcgagc
tacacatcagatacgtccattgagaacattaaaagcaccaaatttgaacttctgctacgt
gcagttggtaaacaacttccggcgaatatttacgagctcatcacgtacatagaagctaat
accctggatgaggaagcgcagcagcatacaaaaaagcggaaggtccaggcagaacgtgct
aaagttctgagagagactcggctaattcccaaggttataatggttatcgaggacttcaat
aagcacattattctcctgtccaaaaagaccaaaagcaagaatagacttacggactacctc
cacttgggaaccatgcgcgacttcgatatcaagtcgacggatttgagggcagctatagag
cgtagtatctcggatggccgcaacatttctaccgaagacagtaatgctgaggatcgggat
gaggatgaggatgaaaatgagaatgtagaggaagacgatgacgcacagtccaccacgtat
ccagaggacttggaggagaaggaagatgaatgcttagtcatagagaagaaggaagaaagg
cgcaggaggcgtgcacctagcagtgaagcagaggatccacaacccaaacgaaaaagaggc
cgcaaagctgcagaacagctggaagctgaagatgaagagcaagtcgaggaagagcagcct
gaaacgactttaaaattaaggcgaaacaaaaaagtggagccaaaaaccaaaaggagtgtg
gccattaaaaaacccgaggagcagccatcccatgagagtcgtaccagtaaaaggtcaaaa
ggtccagcggataagcaaacagcggagccagccaaagtggatctttgcgttcccgaagtg
cccgctgagaagaagaaaccacaacctagtcgtagactgggaatacctcgtacattaagg
aaatga

  All links  
Gene (42)   
   RefGene (38)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (52)   

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