KEGG   Drosophila yakuba: Dyak_GE15963
Entry
Dyak_GE15963      CDS       T01068                                 
Name
(GenBank) uncharacterized protein, isoform A
  KO
K16507  protocadherin-16/23
Organism
dya  Drosophila yakuba
Pathway
dya04391  Hippo signaling pathway - fly
dya04392  Hippo signaling pathway - multiple species
Brite
KEGG Orthology (KO) [BR:dya00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04391 Hippo signaling pathway - fly
    Dyak_GE15963
   04392 Hippo signaling pathway - multiple species
    Dyak_GE15963
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04515 Cell adhesion molecules [BR:dya04515]
    Dyak_GE15963
Cell adhesion molecules [BR:dya04515]
 Cadherins
  Cadherin related
   Dyak_GE15963
SSDB
Motif
Pfam: Cadherin Cadherin_2 Cadherin_3 RET_CLD1 Cadherin_pro CADH_Y-type_LIR DUF2259
Other DBs
NCBI-ProteinID: EDW87170
FlyBase: FBgn0233519
UniProt: B4P2W3
Position
2L
AA seq 3556 aa
MKATLDSVAASETMTRATFTGNHESKDFAIFHRCRRRSNIKSLYSPPALHPSRKLRSSLL
ILLAIVLLGSSQAASHDQERERKLEVFEGVAVDYQIGYIGDFGGIDSGPPYIIVAEAGVE
TDLAIDRATGEIRTKVKLDRETRSSYSLVAIPLSGRNIRVLVTVKDENDNAPTFPQASMH
IEFPENTPREVKRTLLPARDLDLEPYNTQRYNIVSGNVNDAFRLSSHRERDGVLYLDLQI
SGFLDRETTPGYSLLIEALDGGTPPLRGFMTVNITIQDVNDNQPIFNQSRYFATVPENAT
VGTSVLQVYASDTDADENGLVEYAINRRQSDKEQMFRIDPRTGAIYINKALDFETKELHE
LVVVAKDHGEQPLETTAFVSIRVTDVNDNQPTINVIFLSDDASPKISESAQPGEFVARIS
VHDPDSKTEYANVNVTLNGGDGHFALTTRDNSIYLVIVHLPLDREIVSNYTLSVVATDKG
TPPLHASKSIFLRITDVNDNPPEFEQDLYHANVMEVADPGTSVLQVLAHDRDEGLNSALT
YSLAETPETHAQWFQIDPQTGLITTRSHIDCETEPVPQLTVIARDGGVPPLSSTATVLVT
IHDVNDNEPIFDQSFYNVSVAENEPVGRCILKVSASDPDCGVNAMVNYTIGEGFKHLTEF
EVRSASGEICIAGELDFERRSSYEFPVLATDRGGLSTTAMIKMQLTDVNDNRPVFYPREY
KVSLRESPKAPTQASSTPIVAVVATDPDSGNFGQVSYRIVAGNEAGIFRIDRSTGEIFVA
RPDMLSVRTQPMHMLNISATDGGNLRSNADAVVFLSIIDAMQRPPIFEKARYNYYVKEDI
PRGTVVGSVIAASGDIAHRSPVRYSIYSGDPDGYFSIETNSGNIRIAKPLDHEAKSQVLL
NIQATLGEPPVYGHTQVNIEVEDVNDNAPEFEASMVRISVPESAELGAPLYAAHAHDKDS
GSSGQVSYSLVGDSGKRLFAIDARSGHLILSQHLDYESSQRHSLIVTATDGGVPSLSTNL
TILVDVQDVNDNPPVFEKEEYSVNVSESRSINAQIIQVNASDLDTGNNARITYRIVDAGV
DNVTNSISSSDVSQHFGIFPNSGWIYLRAPLDRETRDRYQLMVLATDNGTPAAHAKTRVI
VRVLDANDNDPKFQKSKYEFRIEENLRRGSVVGVVTASDLDLGENAAIRYSLLPINSSFQ
VHPVTGEISTREPLDRELRELYDLVVEARDQGTPVRSARVPVRIHVSDVNDNAPEIADPQ
EDVVSVREEQPPGTEVVRVRAVDRDHGQNASITYSIVKGRDSDGHGLFSIDPSSGVIRTR
VVLDHEERSIYRLGVAASDGGSPPRETVRMLRVEVLDLNDNRPTFTSSSLVFRVREDAAL
GHVVGSISPIERPADVVRNSVEESFEDLRVTYTLNPLTKDLIEAAFDIDRHSGNLVVARL
LDREVQSEFRLEIRALDTTATNNPQSSAITVKIEVADVNDNAPEWPQDPIDLQVSEATPV
GTIIHNFTATDADTGTNGDLQYRLIRYFPQLNESQEQAMTLFSMDSLTGSLSLQAPLDFE
TVQEYLLIVQALDQSSNVTERLQTSVTVRLRVLDANDNAPQFVSPNSSGGKTASLSISDA
TRIGEVVAHIVAVDRDSGDNGRLTYEITGGNGEGRFRINSQTGIIELVKSLPPATEDVEK
GGRFNLIINAKDHGQPEPKQSSLNLHLIVQGSHNNPPRFLQAVYRATILENVPSGSFVLQ
VTAKSLHGAEMANLSYEIPAGVANDLFHVDWQRGIITTRGQFDREAQASYVLPVYVRDAN
RLSTLSSSVVRKQRSSDSIGDASNGQHFDVATIYITVGDVNDNSPEFRPGSCYGLSVPEN
SEPGVIHTVVASDLDEGPNADLIYSITGGNLGNKFSIDSSSGELSARPLDREQHSRYTLQ
IQASDRGQPKSRQGHCNITIFVEDQNDNAPRFKLSKYTGSVQEDAPLGTSVLQINAVDAD
LGVNARLVYSLANETQWQFAIDSQSGLITTVGKLDRELQASYNFMVLAMDGGRYEVRSAT
VPVQINVLDINDNRPVFERYPYIGQVPALIQPGQTLLKVQALDADLGANAEIVYSLNAEN
SAVSAKFRINPSTGALSASQSLASESGKLLHLEVIARDKGTPPQSSLGLIELLIGEAPQG
TPVLRFQNETYRVMLKENSPSGTRLLQVVALRSDGRRQKVQFSFGAGNEDGILSLDSLSG
EIRVNKPHLLDYDRFSTPSMSALNRGRALHYEEELNESSEEDTNNSTRSQRALTSSSFAL
TNSQPNEIHVVLVARTADAPFLATYAELVIELEDENDNSPKFSQKQFAATVSEGNNKGTF
VAQVHAFDSDAGSNARLRYHIVDGNHDNAFVIEPAFSGIVRTNIVLDREIRDIYKLKIIA
TDEGVPQMTGTATIRVQIVDVNDNQPTFPPNNLVTVSEATELGAVITSISANDVDTYPAL
TYRLGADSTVDIENMSIFALDRYSGKLVLKRRLDYELQQEYELDVIASDAAHEARTVLTV
RVNDENDNAPVFLAQQPPAYFAVLPAISEISESLSVDFELLTVNATDADSEGNNSKVMYI
IEPPQEGFTVHSSNGVVSVNMTRLQPAVSPSGDYFVRIIAKDAGKPVLKSSTLLRVQASD
NGSGRSQFLQNQYRAQISESAPLGSVVLQLGQDALDQSFAIIAGNEESTFELLQSKAIVL
VKPLDRERNDLYKLRLVLSHPHGPPLTSSLNSSSGISVIITILDANDNFPIFDRSAKYEA
EISELAPLRYSIAQLQAIDADQENTPNSEVVYDITSGNDEHMFTIDLVTGVLFVNNRLDY
DSGAKSYELIIRACDSHHQRPLCSLQPFRLELHDENDNDPKFPLSEYVHFLAENEPVGSS
VFRAHASDLDKGPFGQLNYSIGPAPSDESSWKMFRVDSETGLVTSAFVFDYEQRQRYDME
LLASDMGGKKAGVAVRVEIESRDEFTPQFTERTYRFVLPAAVALPQGYVVGQVTATDSDS
GPDGRVVYQLSAPHSHFKVNRSSGAVLIKRKLKLDGDGDGNLYMDGRDISLVISASSGRH
NSLSSMAVVEIALDPLAHPGTNLASAGGSSGGSIGDWAIGLLVAFLLVLCAAAGIFLFIH
MRSRKPRNAVKPHLATDTAGVGNTNSYVDPSAFDTIPIRGSISGGAAGAASGQFAPPKYD
EIPPFGAHAGSSGAATTSELSGSEQSGSSGRGSAEDDGEDEEIRMINEGPLHHRNGGAGA
GSDDGRISDISVQNTQEYLARLGIVDHDPSGAGGGASSMAGSSHPMHLYHDDDATARSDI
TNLIYAKLNDVTGAGSEIGSSADDAGTTAGSIGTIGTAITHGHGVMSSYGEVPVPVPVVV
GGSNVGGSLSSIVHSEEELTGSYNWDYLLDWGPQYQPLAHVFSEIARLKDDTLSEHSGSG
ASSSAKSKHSSSHSSAGAGSVVLKPPPSAPPTHIPPPLLTNVAPRAINLPMRLPPHLSLA
PAHLPRSPIGHEASGSFSTSSAMSPSFSPSLSPLATRSPSISPLGAGPPTHLPHVSLPRH
GHAPQPSQRGNVGTRM
NT seq 10671 nt   +upstreamnt  +downstreamnt
atgaaagccacattggattcggtagccgccagcgaaacgatgacgagggcaacattcact
gggaaccacgagtcgaaggactttgcaatattccatcgatgccggagacgatccaacatc
aaatcgctatactcgccacctgccctgcatccctcgcgcaagctgcgaagtagcttacta
attctactggcgatcgttctcctgggatcttcgcaagctgcctctcatgatcaggagagg
gagcgaaagctggaagtcttcgaaggcgttgccgtggactatcaaattggttatatagga
gacttcggcggaatcgatagtggtccgccgtacattattgtggcggaggcaggagtagaa
acagatctcgctatagatcgggccacgggagagatccgcacaaaggtcaaactggacagg
gaaactcgatcttcttatagtctagtggctattcccctgagtggtcgtaatattcgagtg
ctggtcacagtgaaagatgagaacgacaatgcccccacgtttccacaagcctcgatgcac
atagagtttccagaaaataccccaagggaggtgaaaagaactcttcttccggctagggat
ctggatctggaaccctacaacacccagagatataatatcgtgtcgggaaatgtaaatgac
gccttcaggttgtcatcccacagggaaagggacggtgtcctgtacttggacctgcagatc
agtggttttttagatagagaaaccactccgggctatagccttctaattgaagctttagat
ggaggaactccgccgttgcggggatttatgactgttaatatcaccatccaggatgttaat
gacaatcaaccgatcttcaatcagagcaggtactttgcaacggtgccagagaatgccact
gtaggcacgagtgtcctgcaggtgtatgcatcagacacggatgcggatgagaatggtttg
gtggaatatgccatcaacagaagacagagcgacaaggagcaaatgtttcgcatagatccc
agaacaggagcgatttacatcaataaagcattggattttgaaactaaggagctgcatgaa
ctggtggtggtggccaaggatcatggtgaacagccgctggagacaaccgcctttgtttcc
attagagtcactgatgtaaatgacaaccaaccgaccataaatgtgatcttccttagtgat
gatgcctccccaaaaatatcggagtccgcacaaccgggcgaattcgtggctagaatatcg
gtgcatgaccccgattcgaaaacggagtatgccaatgtgaatgtgacgctcaatggaggc
gatggtcacttcgcgttgaccaccagggataacagtatttatttggtaatagttcacctg
ccactggacagggaaatagtttctaactataccctgagcgttgttgccaccgataaggga
acaccgccgctgcacgcctccaaatcgatctttctgaggattactgatgtcaatgacaat
ccaccggagttcgagcaggatctctaccacgccaacgtgatggaggtggccgatccgggt
acttcggttctgcaagttctagcccacgatcgcgatgagggcctaaactcggctttgact
tactcgcttgccgaaacccccgagacccatgcccagtggtttcagattgacccacaaacg
ggcctgatcaccacccgatcgcatatcgattgcgaaacggaaccggtgccgcagctaacg
gtcatcgcccgggacggaggagttccgcccctttcctccacagccacggtcctagtgacc
attcacgacgtaaatgacaacgaaccgattttcgaccagagcttctacaatgtatccgtc
gcggaaaacgaacccgtgggcaggtgcatactcaaggtttctgcaagtgatccagattgt
ggagtaaatgccatggtcaactacaccatcggcgagggcttcaagcacctaaccgagttc
gaggtgcgctccgcttccggagagatttgcatagccggcgaacttgacttcgagcggagg
agtagctatgaattccccgtattggccaccgatcgtgggggtctgagcaccactgccatg
attaaaatgcaactgacggacgtgaacgacaaccgtcccgttttctatcccagggaatac
aaagtatcgctcagggaatccccgaaagcccccactcaagcttcgagtactccgattgtt
gctgtggtggccacggatccggattccggaaacttcggccaggtctcgtataggattgta
gccggcaacgaggcgggaatcttccgcattgatcggtccactggtgaaattttcgtggcc
cgtccagatatgctatccgttcgaacccagcccatgcacatgctgaatatatcggcgacc
gatggcggtaatttaaggagcaatgccgacgccgtggtcttcctaagcatcatcgacgcc
atgcagcgacccccgatcttcgaaaaggccagatacaattactacgtgaaggaggacatt
ccgaggggcacggtagtgggttctgtgatagctgcgagtggagatatcgctcatcgaagt
ccggttaggtactccatatactcaggcgatcccgatggctacttcagcatagaaaccaac
tctggaaacatacgcatagccaagcccctagatcatgaggcaaagtcccaggttctactt
aacatccaagccaccttaggtgaacctccggtttatggacatacccaggtcaatattgaa
gtggaagatgttaatgataatgcacctgaattcgaggccagtatggttaggatttccgta
ccggaaagtgcagagctcggagctccactttatgcggcacatgcccacgataaagattcg
ggaagcagtggtcaagtttcttatagcctggtcggagattcgggaaaaagactctttgcc
atcgacgccagatctggccacttaattttgtctcaacatttagattacgaaagctcccaa
cgacactccctcattgttaccgccactgatggtggggttccgagcctttctacgaactta
accatcctggtggacgtacaggatgtcaacgataaccctccagtttttgaaaaagaggag
tattcggtgaatgtatccgaatcgcgatcgatcaatgctcagattattcaagttaatgcc
agcgatctggacacgggcaacaatgccaggatcacttataggattgtggatgccggagtg
gacaatgtcacgaactctattagtagctcggacgtttcgcaacattttggcatattcccc
aactccggttggatatacttgcgtgctcctctggatcgagagaccagggatcgttatcaa
ctgatggtcttggccacggacaatggcactcccgctgcccacgcaaaaacacgtgtcata
gttcgcgttctcgatgccaacgataatgatcccaagttccagaaatcaaaatacgaattt
aggatagaggaaaacctcaggagaggctccgttgtgggagtggtgaccgccagtgatctg
gatctgggtgagaatgccgccataagatacagcctgctgccgatcaactccagcttccag
gtgcatcccgtcacaggagaaatttccactcgagaacctctggatcgagagctccgggag
ctgtacgaccttgtagtggaggctcgtgatcaggggaccccagttagaagtgctcgcgtt
cccgtacggatccacgtaagcgatgtcaacgataacgctcccgagatcgcagatccgcag
gaggatgtggtcagtgtaagagaggagcaaccacctggaacggaagtggtccgagttcga
gctgtcgatcgggatcacgggcagaatgcctccattacctattcgattgtcaagggacgg
gactctgatggacacggactattcagcatcgatcccagtagcggagtgatccgaactcga
gtggttttggatcacgaggaaaggagcatctaccgactgggagtggccgcctccgacggc
ggcagtccgcccagggaaacggtacggatgttgcgggttgaagtcttggatctaaacgac
aaccgcccaacattcaccagttccagcttggtcttcagggtacgcgaggatgccgccctt
ggccatgtggtcggttccatcagtcccatcgaacgtccggcggatgtcgtccgaaatagc
gtggaggagtccttcgaagatctgcgcgtcacctacactctaaatcctctgaccaaggac
ctgatcgaggctgccttcgacatcgatcgtcattcgggcaacctggtcgtggcccgtctc
ttggacagagaggttcaatccgaatttaggttggaaattagggctttagacaccaccgct
accaataatccgcagagcagcgctatcacggttaagattgaggtggccgatgtcaatgat
aatgcccctgaatggccacaggatcctatcgaccttcaggtgagcgaagccactcccgtt
ggtacaataatacacaacttcacggccacggatgcggacacaggaacaaatggagaccta
cagtatcgactgatccgatacttcccccaactcaatgaaagccaagagcaggcaatgact
ctctttagcatggattccttgacgggatcacttagtctgcaagctcctttggatttcgag
actgtgcaggagtatcttcttattgtacaggcattggatcaatcctcaaatgtaacagaa
agactgcagacttcggtgaccgtgagactacgagttctagatgccaacgacaatgccccg
cagtttgtttcacccaattcaagtggtggcaaaacggcctctctttccatcagtgacgca
actagaattggagaggttgtggcgcatattgtagccgtggatagagattccggcgataat
ggacgacttacctacgaaatcacggggggcaatggcgaaggtcgctttagaataaattcc
caaacgggaataattgagctggttaagtcccttccaccggccaccgaggatgtggaaaag
ggtggacggtttaatctaatcatcaatgcgaaagatcatggtcaaccggagccgaagcaa
agctctctgaatctgcaccttatcgtccaaggcagccacaataatccaccccgatttctt
caggctgtttatagagccacaattttggagaacgttcctagcggaagttttgtcctgcag
gttactgccaagtcactgcacggtgcagaaatggccaatttaagctatgaaattcccgcg
ggcgtggcgaatgatcttttccacgtggactggcagaggggcatcataaccacccggggt
cagtttgaccgggaggcccaggcaagttacgtcctgcccgtctacgtacgggatgccaac
cgcctgtcgacgttgtcctcttcagtggtgagaaagcaacgatcatcggacagcatcgga
gatgcatcgaatggccagcacttcgatgtggccacaatttacataacggtaggagatgtc
aacgacaactccccggaattccgaccagggtcatgttatggtctatctgtcccagaaaac
agtgagcccggtgtaatccacactgtggtggccagcgatttggacgaaggtccgaatgcg
gatcttatttacagtattacgggcggcaatctgggcaacaagttcagcattgattctagt
tcaggagaactaagtgcccgacctttggatagagaacagcactcccggtacaccctgcag
atccaggcctctgatcgggggcaaccgaagagccggcaaggacactgcaacatcaccata
ttcgtcgaggatcagaacgacaatgccccaaggttcaagctgagcaaatatacgggcagt
gtgcaggaggacgcaccactgggcaccagtgtgctgcagattaatgcggtggatgcggat
ttgggcgtcaacgccagactcgtttactccctggccaatgaaacgcaatggcagtttgcc
atcgacagccagagcggattaatcaccaccgtgggaaaactggatcgcgagctgcaggcg
agctacaacttcatggtattggccatggacggaggacgttatgaagtgagatcagctacg
gttccggtgcagatcaacgtgctggatattaatgacaacagacccgtattcgaacgatat
ccctatatagggcaggttccagctctcatccaacctggtcagactttgctgaaggttcaa
gccctagatgctgatttgggtgcgaatgccgagattgtgtattccctcaatgctgaaaat
tcagcagtaagtgccaagttcagaataaatccgagcacgggtgccttgagtgcctcccag
agtttggccagtgaatctggaaagctgttacacctggaggtcattgccagggataaggga
actccgcctcaatccagcctgggcctcattgaacttctaataggagaagcaccacaagga
actccagttcttaggttccaaaacgaaacctatcgagtaatgcttaaggagaattctcca
tcaggtacaagacttcttcaagtagttgcactgcgcagtgatggccggcggcaaaaggtg
caattctcttttggcgcaggaaatgaagatggaattttgtccttagactcactctcaggt
gaaataagggtgaataagccccatttacttgattacgatcggttctccacaccctcaatg
tcagccttaaaccgtggcagagctttgcattatgaggaggaattaaacgaatcatcggag
gaggatacgaataatagcacccgatcgcaaagagccttgacgtcctcatctttcgctctg
accaacagccaacccaatgaaatacatgtggtcttagttgctcgcaccgcagatgctcca
ttcctggccacctatgcggaactagtgattgagctcgaagacgagaacgacaatagccca
aagttttcgcagaagcaatttgcggctacagtttcagagggaaataacaagggaaccttt
gtggcacaagttcatgcattcgattcggatgcaggctctaacgcacgtctgcgatatcat
atcgttgatggcaaccacgacaatgcattcgtcattgaaccagccttcagtggcatagtg
aggacaaacatagtgctggatcgggagattcgggatatatataagctcaagataattgca
accgatgagggagtgccccaaatgactggtacggccactatcagagtgcagatcgtcgat
gtgaatgacaaccagcccacttttccgcccaacaatctcgtcactgtcagtgaagctacg
gaactcggagccgtaataacctctatttcagccaacgatgtggacacttaccccgctctg
acctaccgccttggcgcagattccacggtggatatagaaaacatgtccatctttgccttg
gatcgatacagcgggaagctcgttctaaaacgtcggctggactatgagctccagcaggag
tatgaactcgacgtgattgcttcggatgcagcccatgaagcccgtactgttctcactgtg
cgagtgaacgatgaaaacgacaatgcaccagtattcctggcacaacagcctccggcttac
tttgccgttctaccagccatatccgagatcagtgagagtctttccgtggactttgaactt
ctaacagtcaacgccactgacgcggactcggagggcaacaactcaaaggttatgtatatc
attgaacctccccaggagggtttcacagtgcactcatcaaacggtgttgtgtctgttaat
atgaccagattacagccggctgtatcccctagcggagattattttgtaagaattatagcc
aaggacgcaggaaaaccagttttgaaaagctcaacacttttgagagtacaggcaagtgac
aacggttccggacgatcgcaattcctacagaaccaatatagggcgcagataagcgagtcg
gctcctttgggatcggttgttctccagctgggacaggatgctctagatcagtcctttgcg
attattgctggaaacgaagaatctacttttgagttgctccaatccaaagcaattgttttg
gttaagcccttggacagagaacggaatgatctctacaaactgcgattggttctaagccat
ccccatgggcctccacttacttcaagcttaaattcatcgtcaggaatctcagtaatcata
acaatcctggatgccaacgataacttcccaattttcgatcgcagcgctaaatacgaggct
gagatcagcgaacttgctcctctgagatactcaatagcgcagttgcaggccattgatgcc
gatcaggagaacaccccaaactcggaagtggtatacgacataacctcaggcaatgatgag
cacatgtttacgatagatctggtcaccggcgtactctttgtgaacaatcgattggattac
gattcgggagccaagagttacgagcttattatcagagcctgcgatagtcatcatcaaaga
ccactttgcagtttgcaaccctttcgattggaactccacgacgagaacgacaacgacccc
aagttcccgctatctgaatatgttcatttcctggctgaaaacgagcccgttggcagctcc
gtattccgtgctcatgccagtgatctggataagggacccttcggacaactaaactacagc
ataggtcctgctcccagcgacgagagctcttggaaaatgttcagggtggattcagaaact
ggtctggtgacatccgctttcgtattcgactatgagcaaagacagcgctatgacatggag
ctgctggcatccgatatgggcggtaagaaggccggtgtggctgtgcgggtagagattgag
tccagggatgagttcaccccgcagttcacagagcgcacctacagatttgtcctgccagcc
gccgtggccctgccccaaggctacgtcgtgggtcaagtgactgccactgatagtgacagt
ggcccagacggaagagtggtctatcaactaagtgctccacactcgcatttcaaggtaaac
cgtagcagtggagctgttctaatcaagaggaaactcaaactggatggcgacggagacggt
aatctgtatatggatggtcgagatatcagtctagttatctcagcttcctcggggcgtcat
aactccttatccagcatggctgttgtcgagatagccttagatcctttggcacatccaggt
acaaacctcgccagtgcaggtggttcgtcaggtggatccattggcgattgggctattggt
ctactggtagcttttcttctagtcctctgcgctgccgccggaatctttctattcatccat
atgagaagccggaaaccgaggaatgcggtcaagcctcatcttgccacggacacagcgggt
gtgggaaataccaacagctatgttgaccccagtgctttcgatacgattcctataagaggt
agcatatcgggcggtgctgcaggagcggcatctggtcagttcgcccctccaaagtacgac
gaaattcctccgtttggagctcatgctggcagctccggagcagccacaacctccgagttg
tccggttccgaacaatccggttccagtggccgaggctctgcggaggatgatggggaggat
gaggagattcgtatgatcaacgagggaccactgcatcaccgcaatggtggtgctggggca
ggcagcgatgatggccgaatatcggatatatctgtgcaaaatacccaggagtacttggct
cgtttgggcatcgtagatcacgatcctagtggcgcaggaggaggagcttccagtatggcc
ggttcaagtcacccaatgcacttgtatcacgatgatgatgccacagcacggtcggatata
acaaacctcatctatgccaaacttaatgatgtgacaggtgctggctcagaaataggaagc
agtgcagatgacgcgggaaccactgcgggctctatcggaaccatcggaacggctatcacc
catggccatggcgtgatgagcagttatggagaagttcctgttccagtgccggttgtggtg
ggtggcagtaatgtgggtggttccctgagctccatagttcacagtgaggaggaattgact
ggcagctacaactgggactacctgttggattggggaccgcaatatcagccacttgcgcat
gtgttttccgaaatagcgagactgaaagatgacaccttgtcggagcacagtggcagtggg
gcttcctcgtccgccaagagcaagcactcttcctcacattcctctgcaggagcgggaagt
gtggtgctcaaaccaccaccctcagcaccacccactcacataccaccccccctgctaacc
aatgtggcaccaagggccattaacctgccaatgcgcttgccaccccatttgagcctggcc
ccagcccatttgcccagatcgcccattggacatgaggcgagtggcagcttcagcacctca
tcagcaatgtcaccttcgttctcaccctctctatcgccgttggcaaccagatcaccatcc
atttcgcctctgggggcgggaccacccacgcatctgcctcatgtctcgttgccccgccac
ggtcatgcccctcagcccagtcagcgggggaatgtgggaacacggatgtaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (7)   
   Pfam (7)   
All databases (17)   

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