KEGG   Danio rerio (zebrafish): 83773
Entry
83773             CDS       T01004                                 
Symbol
dmd
Name
(RefSeq) dystrophin isoform 1
  KO
K10366  dystrophin
Organism
dre  Danio rerio (zebrafish)
Pathway
dre04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:dre00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    83773 (dmd)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:dre04812]
    83773 (dmd)
Cytoskeleton proteins [BR:dre04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Cross-linking proteins
     83773 (dmd)
SSDB
Motif
Pfam: Spectrin CH EF-hand_2 EF-hand_3 ZZ WW CAMSAP_CH
Other DBs
NCBI-GeneID: 83773
NCBI-ProteinID: NP_001313616
ZFIN: ZDB-GENE-010426-1
Ensembl: ENSDARG00000008487
UniProt: A0A0R4IXX0
Position
1:complement(10824343..11075439)
AA seq 3609 aa
MAEAVNPQDQWEEGFEDEFGEIIKTRSDEREDVQKKTFTKWINSQFAKTRRPPIDDLFTD
LCDGRRLLELLEVLVGHEIVKERGFTRVHSLNNVNRALQILQKNNVDLVNIGGADIVDGN
HKLTLGLIWSIILHWQVKDVMKDVMADLQQTNSEKILLSWVRQSLKNYQDVNVVNFSSSW
ADGFAFNALIHSHRPELFSWSVVEQQDNAIERLDHAFGVAEKSLGIDRLLDPEDVATVHP
DKKSIIMYVTSLFKVLPHGVSLEAIQEVETLPRAAVTKEEHVLYQTQQRYSQQITVSVAQ
SRVRSPSPSYKPRFKSYAFTQAAYVKTPEQQRKFLIAQSPDKADELRPSPSPLPQGLNEL
ESYQSALEEVLTWLLSAEDGLQAQPPISSFVEEVKEQFHTHEGYMVELTSHQGSVGRVLK
AGSVLLSGGQLTDDEEREVREQMNLLNSRWEHLRVASMERQSRLHEVLMDLQHQQLKQLS
DWLDTTETRIKRMGAQALGPELDDIKRQIEEQKLLQEDLELEQVRVNSLTHMVVVVDENS
GDGATAALEEKLQNLGERWAAICKWTEERWILLQKILLCWQHFSEEQLLFDSWLTQKEEL
VQSIQSSGTNDPNEVAANLRKLAILKADLELKRQTMDKLCSLVQDLLTNIKSKEAAGKLE
AKLERFAQRWDKLVQALQLTSTKISTIVTTSQSEITHTTMATVTKVTTNQKKMVKHTKEG
MSTPPPQKKRQIVVDSELRKRFDVDFTEIHSFMTRSEAVLQNPEFSISRKEGSVADLYEK
VLAIDREKPEKFRKLQEATRSAQALVDQLTSDGQNSEDIQQAAQQLRARWVDFCALLAER
LAWLAYQTKVLAFYNLFQQLEQAAATAENWLKVQSPPACEPEPLRIQLERCRDEISRLSA
LQPQVAKLHEQLEELRQKEETPVLFDADISAFQEHYHQVLEDLRARERQLVLVQSSLPPA
RYKDVMAALLAWLQQCENKLAIPSTAVTEYPVMEQRLKDIKAIQASQKEHQGDVDDLNKM
AEQVFQKAPPEICQKYRTELDNVMVRWRRISEQLEENIQKLQDHMTKLQQFQNDTKTLQK
WMAEVDVFLNEEWPALGDAEALEKQLEQCTALVNDIHTVQPSLNGINEVGLALKREAETP
FAIKIQKMLDELNAQWELICKQAYAKKSALKGGLDMTVSLRKEMQEMQEWITQAEEEYLE
RDFQYKTPEELHKAVEELKRAQEEVHQKETKVKLLTDKVTNFISKAPPAAHDALKAELDV
LTSNYQRLCSRLDGKCKTLEEVWACWCELLSYLELENAWMDLLEKKLDETEGLQGGIEEI
EEALTSLDTMIREHPEYNRNQIRELAQTLMDGRVLDELIHKKVEDYNTRWDELMQRASQR
RQQLEKSLHWAQENDKTLRLIQDSLNTTDRHLTAYIADGIDAAQIPQEAQKIQTELNGHE
VTLDDMKKKAMEVDASEKVIGEIDATLDKLLQVKGKFRLFQKPANFDQRLRECERVLEEV
KVKLGVLSIRSVEQEVVQSQLEQCMKFYKNLSEVKSEVETVIKTGRQIVQKQQTEQPKEL
DDRLTALKLAYNDLGSQVTEGKQELEKILKLLRKFRKEVNSLTEWLATTDGELTRRSSVE
GMPSDLDAELAWAKAAQEDTEHHKPQLKLVRELAGTLKGLLHSQENLIDDKVSLLNCNWI
AVTSRSEQWLKLLLDYQNQMKTLEQNISQINTWMDRAEEKLDEMDSQGCIEHVIKGLRME
LEEMKGKVEAVQVLAEDLIKNTGEHCKAQVKPKLEQLNQRFDIVARRILMGQASSQELDE
YHRQANIWLQVLDEEIKLGESLKEEDFLEDATIDEEALNELFLKGENLLKRTPGGEKREA
VREKHNLLHDRYDTLKNLRALRKKKALALASQWYQFCKKSDDMMQWLDRIEKSIRELPDP
PEEPRVKAVGYEIDQQRPKLEDLRGLGRVLSEGGASRMVEPRLLPINKRWTELDVNFTRV
RHKSELQFLLQCISENEALLNSPERWSTAFINLPQQEKCLKEVKVNLDKLEGPVAEAVGR
GASQPEEGLLVQLLRTNWENLKMLYQDRLKRLEKAKKFNEELKMLDNWLTDAERTIMKYE
QDPINNRDHLKELQAGLEKQEAAVKGLNALGTDLSPQCSKDDRDHIKQQLASINSRWAKV
SNQLTEIKRRSAGAKMLLAELNEDMGEFQSWLDDAEAVAALPVEAGRKEQLSATLEKVKA
RVVELPSRKQALHQINSKGSSLPADKVKPLEKQLKVINMRWAKVSTDLPEKQRQIEDLLR
DLSLYQEQLSKLSIWASNTKTQLEQSPTAVDPKIEDDVKEKKPAVETLLAKERPPCQPEK
GQYDGLSADWTSIQVLLKDWKDKCQLAAVTLTGSAAGDAALDKFNKSWTELDDWLALLDH
MVQTQRVMVGDLDEINEMTVKLKSALQDMEQRCPQLNKQITAAQNLKNKTNNPETRATIT
DRIEKLQAHWEDSHAKLTARVLTLQNMYKDSSDWLEARKRVEPLIKKANEKLESWKKVSH
SVEDLKGQNADVKQLSKDLQQWQTQMNVTNELANKLLTLYADDDTSKVKQMTESMNLAWA
NIKKRAGDKEADLEAGLRQLQHYYLDLEKFLNWLTEAETTANVLQDATFKEGLLENPATV
RHLLEQWQDLQAEIDAHRETYHSLDENGHRIVSSLEGTDNAVVLQKRLDDMGQRWHELCN
KVMSIRPYLDAGVDQWKHLHMSLQELLNWLQLKREELEKQKPVGGDVPTVHQQLLTHKAF
RRELGAKEPVINGTLDNAKTFLAEMPREGLKQRPGQKDVSPEERVQNVGRILRKEVEDVT
VRWKNLGAASVDWQQQLELALERLMELQDAQDQLDYKLRQAESVKNSWKPVGELLVDDLQ
NHIDRVKAFQEEIAPIQDNVNHVNQLASTFRPSDIQLSPDNLSRIDDLNMRWRLLQISIE
EHLSQLTTAFKDLGPSQNFLHASVESPLERSISPNNVPYYINHQTQTTCWDHPKMAELYQ
SLADLNNVRFSAYRTAMKLRRMQKALCLDLLSMPAACEAFEQHNLKQNEQFMDIVQVINC
LTSIYDRLEQQHSSLVNVPLCVDMCLNWLLNVYDTGRAGKIRTLSFKTGIISLCKAHLED
KYRFLFREVASATGFCDQRRLGLLLHDAIQIPRQLGEVASFGGSNIEPSVRSCFQFANNK
PELEASVFLDWMRLEPQSMVWLPVLHRVAAAETAKHQAKCNICKECPIIGFRYRSLKHFN
YDICQSCFFSGRVAKGHKMQYPMVEYCTPTTSGEDVRDFAKVLKNKFRTKRYFAKHPRMG
YLPVQTILEGDNMETPVTLINFWPVDHPPASSPQLSHDDTHSRIEHYASRLAEMENRNGS
YVNDNVSPNESMDDEHLLIQHYCQSLNQGSPLSQPQSPAQILISMETEEKGELERVLNDL
EQENRKLQAEYDRLKKAHDHKGLSPLPSPPQMLPVSPQSPRDAELIAEAKLLRQHKGRLE
ARMQILEDHNKQLESQLTRLRQLLEQPQTESKVNGTALSSPSTASPRSDTSLASLRVAAS
QTTETMGDDELSSPTQDASTGLEDVIEQLNNSFPHSQGPNVGSLFHMVDNIGHAMESLVH
VITEEQDLD
NT seq 10830 nt   +upstreamnt  +downstreamnt
atggccgaagcagtgaacccacaggaccaatgggaggaaggttttgaggacgaattcgga
gaaatcatcaaaactcgatcagatgaaagagaagacgttcaaaagaaaaccttcaccaaa
tggataaactcacagtttgctaagacaagaagacctcctattgatgacctcttcactgac
ctgtgtgatggccgacgtcttcttgaacttctggaggttctggttggccatgaaatagtt
aaagaacgtggcttcactcgagtgcactcccttaacaatgttaacagggccctgcagatc
cttcagaagaacaatgttgatctggtgaacattggaggagctgacattgtagatgggaat
cataaactgaccctggggctcatctggagcatcattctccactggcaggttaaggatgtg
atgaaagatgtcatggcggacttacagcagaccaacagcgaaaagatcctgttaagctgg
gtcaggcagtccctcaaaaactaccaagacgtcaacgtggtcaacttctccagcagctgg
gccgacggtttcgctttcaacgctctcatccacagccacaggccggagctgttcagctgg
agtgtagtggagcaacaggataatgccattgagagactggatcatgccttcggtgttgcg
gagaagagtttaggaatcgaccggctgctggaccccgaggatgttgctacagtccatcca
gataagaaatccatcatcatgtacgtcacctccctcttcaaagtgctgccccatggcgtg
agtttggaggccatccaagaggtggagaccctccctcgagccgcagtgaccaaggaggag
cacgtcctctatcaaacccaacagcggtactctcagcagatcacagtcagcgtggcccag
agtcgcgttcgcagcccgtcgccctcctataagccgagatttaaaagctatgccttcact
caagccgcctacgtcaagacacctgaacagcagaggaagttcctcatcgcacagtctcca
gacaaggccgatgaactgcgaccgtcccccagtcccctgccgcaggggctaaatgagctg
gaaagctaccagagtgccctggaggaggtcctgacctggctgctctctgcggaggacggc
ctgcaagcacagccacccatctcttcttttgtagaagaagtcaaagagcagtttcacact
catgagggctacatggtggagctgacgtctcaccagggcagtgtgggccgggtcctgaaa
gcgggaagtgtgttgttgtctggagggcagctgactgatgatgaagagagggaggtgcgg
gaacagatgaatctgctcaactcgcgctgggaacatctgcgtgtggccagtatggagcga
cagagcaggcttcatgaagttttgatggaccttcagcaccagcagctgaagcagctctct
gattggctggacacgacggagactcggattaaaaggatgggagcgcaggctttggggcct
gaacttgatgacataaagcggcaaatcgaagagcagaaactcttacaggaagatctggag
ctggaacaagtgcgagtgaattcgctgactcatatggtggtggttgtagatgagaatagt
ggggatggcgccaccgcagccttggaggaaaagctgcagaaccttggggaacgatgggca
gcgatctgtaaatggactgaagagcgttggatcctccttcaaaagatcctgctgtgctgg
cagcatttctctgaggagcagctgctgtttgattcttggctgactcaaaaggaggagttg
gtccagtccatccaaagcagtggcacaaatgacccaaatgaagtagccgccaacctgcgg
aagctggcgattttaaaagcagacctggagctgaagaggcagaccatggacaagctttgc
tcgctcgtccaggatctgctgactaacatcaagagcaaagaggccgctgggaagctggaa
gcaaagctggagaggtttgctcagcgctgggacaaattggtgcaggcgcttcagctcacc
agcaccaagatttcaactattgtcaccacatcccagtcggagatcacgcacacaaccatg
gcaactgtcaccaaggtgaccacgaaccagaagaagatggtgaagcatactaaggagggc
atgtccacccctccacctcagaaaaagagacagattgttgtggattcagaactgcggaaa
agatttgatgtggacttcactgaaattcacagttttatgactcggtccgaggctgttttg
caaaatcccgagttctcaatctcccgtaaagaaggcagtgtggcagatctctatgaaaaa
gtgctggcaattgacagggaaaaacccgaaaagttcaggaagttgcaagaagccactcgc
tcagcccaggctttggtggatcaacttaccagcgacggtcagaactcagaggacatccag
caggcggctcagcagttacgtgctcgatgggtggacttctgcgctctcctggccgagcgg
ctggcgtggttggcctaccagaccaaagtgctggctttctacaatctctttcagcagctg
gagcaggctgcggccacggcggagaactggctgaaggtgcagtcgccgcccgcatgtgaa
cccgaacctctgaggatccagctggagcgctgcagggatgaaatctctcgcctctcggct
cttcaacctcaagtggccaaactgcacgaacaactcgaggagctgcggcagaaagaagag
acgccggttctgtttgacgcggacatttctgccttccaagagcactaccaccaagtcctg
gaggacctgagggccagggaacgacagctcgttttggtccagtctagtcttcctccagca
cgttataaggatgtgatggcagcgctgttggcctggctacagcagtgtgagaataaacta
gccatcccttctacagcagtgactgagtatcccgtcatggagcagagactcaaagatatc
aaggcaatccaagcatcccagaaggagcatcagggtgacgtggatgacctcaataagatg
gctgagcaggttttccagaaagctccacctgagatctgtcagaagtaccggacagagctg
gataacgtgatggtgcgctggagacgcatatcggagcagctggaggagaacatccagaaa
ctgcaggatcacatgaccaagctacagcagttccagaatgacacaaagactctgcagaag
tggatggcagaggtggatgttttcctgaatgaggaatggccagctctgggagacgcagag
gctttggagaaacagttggaacagtgcacggctctggtgaatgacatccacaccgtccaa
cccagtctgaacggcatcaatgaggtgggactggccttgaagagggaagctgagacgccg
tttgccatcaaaatacagaagatgcttgatgagctcaatgcgcagtgggagctcatttgc
aaacaggcttatgcaaagaaatcagccctgaaaggagggctggacatgacggtgagtttg
aggaaggagatgcaggagatgcaggagtggatcactcaggccgaggaagagtacctggag
agagacttccagtacaaaacacctgaggagcttcataaagcagtggaggagctgaagcgg
gctcaagaggaagtccatcaaaaggaaacaaaggtgaagctgctgacggataaagtcacc
aatttcatttcaaaggctcctcccgcggcccatgatgccctgaaggcagaactggatgtt
ttgacttctaactaccagcgcctgtgcagccgactcgatggaaaatgcaagactttagag
gaagtgtgggcatgctggtgtgagctgctgtcttatttggagttggagaatgcctggatg
gacctacttgaaaagaaacttgatgaaacggaagggcttcaaggaggcatagaggaaatt
gaagaagctttgacttctttagacaccatgattagagagcatcctgaatacaaccgtaac
cagatccgtgaattagcgcagaccctgatggatggccgagtcctggatgagctcatccac
aaaaaggtggaggactacaacacacgctgggatgaactgatgcaaagggcttcacaaagg
cgccagcagctggagaagagcttgcattgggcccaggagaacgacaaaaccctgcgtctc
attcaggactctctgaacaccactgaccgacatctgaccgcttacatagcagatggtata
gacgctgcacagataccacaggaagcacagaaaattcagactgagttgaacggccatgag
gtgacactggatgacatgaagaaaaaggctatggaggttgacgcctcagagaaagtgatt
ggagagatcgatgcaacattagataaacttttgcaagtaaagggcaagttccggcttttc
caaaagccagcgaactttgaccagcggctgagggagtgtgagcgagtgctggaggaggtg
aaagtgaagctgggagtgctgagtattcgcagtgtggagcaggaagtggtgcagtcacag
cttgagcagtgcatgaaattttataagaacctgagtgaggtgaagtctgaggtggagacg
gtgataaagacggggaggcagattgtgcagaagcagcagacggagcaacccaaggagtta
gacgacaggctgacggccctcaaactcgcttacaatgatttgggttcacaggtaacagaa
ggaaagcaggaactggagaagattttgaagttactgaggaagtttaggaaggaggtgaac
agtctaaccgaatggctggctactactgatggggaactgacgcgccgctcatcggtggag
ggtatgccaagtgatttggatgcggagttggcttgggcaaaggcagcgcaggaggacact
gagcatcataagccacagttgaaactggtgagggagttggcagggaccctgaagggttta
cttcatagccaagagaacctgattgatgacaaggtcagtttgctgaactgcaactggatc
gcagtgacgtcacggagcgaacagtggctcaaactcctgctggattatcaaaatcaaatg
aaaacacttgagcagaacatttctcagatcaacacctggatggatcgcgcagaagagaag
ctggatgagatggacagccagggctgcattgagcacgttataaagggtttgcgaatggag
ttggaggagatgaaggggaaagttgaagcagtgcaagttctagcagaggatcttataaag
aacacaggggaacattgtaaagctcaagtgaaaccaaagcttgaacagcttaaccaacgt
tttgacattgttgcaagaaggattttaatgggacaggcctcctcccaagagttagacgag
taccacagacaggctaatatatggctccaggtgctggacgaggagattaaattaggtgaa
agtctaaaagaggaagatttcctggaggatgcgactatagacgaggaggctctaaatgaa
ctgttcctaaaaggggagaatctcctcaagagaactcccggtggagagaaacgagaggcc
gttcgagagaaacacaaccttctccatgacagatatgacactctaaagaatctgagagcc
ctgagaaagaagaaggctctggctctcgcatcgcagtggtatcagttctgcaagaaaagc
gatgacatgatgcagtggctggacagaatcgagaaaagcatacgagagcttccagatccc
ccggaggagcccagagtgaaagcagttggatatgagattgaccagcagcggcccaagctg
gaggatttacgtggattggggcgtgtgctttcagagggtggagctagcagaatggttgag
ccccgcctcctgcctatcaataaacgatggacggagctagacgttaacttcactcgagtg
cgccacaaaagtgagctgcagtttctgctgcagtgtatctctgagaatgaggctctgctg
aactctcccgagcgctggtctactgcattcatcaaccttccccaacaagagaagtgcctt
aaggaggttaaagttaacctggataaactggagggtcccgtggcagaggctgttggaaga
ggtgcatctcaacctgaggagggtttgctggttcagctgctcaggaccaactgggaaaac
cttaaaatgctctaccaggacagactcaaacgccttgaaaaagccaagaagttcaatgag
gagctgaaaatgctggacaactggctcacagatgctgagaggacgattatgaagtatgaa
caagaccccataaataatagagaccacctcaaggagcttcaggcgggtttggagaaacag
gaagcagcagtgaagggactcaatgctcttgggactgatctgagtccacagtgcagtaaa
gacgacagggaccacattaaacagcagctcgcctcgatcaactcccgctgggccaaagtg
tccaaccagctcactgagatcaagagacggtctgccggggcaaaaatgcttctcgcagag
ttaaatgaagacatgggggagtttcaatcctggctggatgatgcggaggctgtggctgca
cttcctgtggaagcgggtcgcaaggaacagctcagtgcaactttagaaaaagtcaaggcc
cgggtggtggaactgccgagcaggaagcaagctcttcatcagatcaacagcaaaggctca
tctctccccgctgataaagtcaaaccattggagaagcaactaaaggttatcaacatgcgc
tgggcgaaggtgtccactgatcttcctgagaagcagagacaaatcgaggatctcctcagg
gatttgtctttgtaccaagaacagctctccaaactctcaatttgggcctccaatacaaag
actcagcttgagcagtcgcctactgcagtggacccaaagattgaggatgacgtaaaagaa
aagaagccagcagtggaaacccttttggcaaaagagagaccgccgtgccagcctgagaag
ggccagtatgacggtctgagtgcagattggacatccattcaagttctccttaaagactgg
aaagacaaatgccagctcgcagctgtaactttgactggtagtgcagcaggagatgcggct
ctcgacaaattcaacaaatcctggacagagcttgacgattggttggcgctgctggatcac
atggttcagacccagagagtaatggtgggggatctggacgagatcaacgaaatgacggtc
aaactcaagtcagcactgcaagacatggagcaaagatgcccacagctgaacaaacaaatc
actgcggctcagaacctgaagaacaaaaccaataaccctgagacacgggcaactattaca
gaccgcattgagaagttacaggcacattgggaagattctcatgccaagctgacggccaga
gttcttacactgcagaacatgtataaggactccagcgattggttggaggccagaaaaagg
gtggagcctctcattaagaaagccaatgaaaaactcgagagctggaagaaagtttcgcac
agcgttgaagatttaaaaggccaaaatgcagatgtcaagcaactttctaaggatctacag
cagtggcagactcagatgaatgtcactaatgagctggcaaacaaactactgactctttat
gcagacgacgacacaagcaaagtgaaacaaatgaccgagagcatgaatctggcttgggcc
aacatcaaaaagcgtgcaggggacaaggaggcagatctggaagctggacttcggcagttg
cagcattactacttggacctggagaaattccttaattggctaacggaggcagaaaccaca
gccaatgtcttacaagatgccacctttaaggagggacttctggaaaatcctgccacagtt
cgacatttactcgagcaatggcaggatctccaggcagagattgatgctcaccgggagacg
taccattcattagatgaaaacggacatcgtattgtgtcgtctctggagggaacggacaat
gctgtggtgctacaaaaacggcttgatgacatggggcagcgctggcatgagttgtgcaac
aaagttatgagtataaggccctatctagatgccggcgttgatcagtggaaacacttgcac
atgtccttacaagagctgctcaactggctgcagctgaagagggaagagctggagaagcag
aagccagtagggggcgacgtgccgaccgttcaccaacaactcctcacgcacaaggctttc
agaagagagctgggtgccaaagaacctgtaatcaatggaactctcgacaatgcgaaaacc
ttccttgctgagatgcctcgtgagggcctgaaacagagacctggacaaaaagatgtaagt
cctgaggagcgggttcaaaacgtgggccgcatattgcgtaaagaagtggaggatgtaacg
gtgcgatggaagaatctgggtgcagcttctgtggactggcagcaacagctggaactggcc
ttggagaggctgatggagctccaggacgcccaggatcagctggactacaagctacgacag
gctgagagcgtgaagaattcttggaagcctgttggggagctgcttgtagacgatttgcaa
aaccacatagacagagtgaaggcatttcaggaagagatagctcccattcaggataacgta
aatcatgttaaccagctggcctccacatttagaccgtctgacattcagctttctccagac
aacctgagcagaatcgatgacctcaacatgagatggaggcttctgcagatctccattgag
gagcatctgagtcagctgaccacagcctttaaggacttgggaccctctcagaatttcctt
catgcgtctgttgaaagccctctcgaacgctctatttcacccaacaatgtcccctactat
atcaatcaccagacccaaacaacatgttgggaccacccaaagatggcagaactctaccag
tcattagcggatctcaacaacgtgcggttctcggcatacaggacggcaatgaagctcaga
cgaatgcagaaagccctctgtttggatcttctgagcatgcctgcagcctgtgaagccttt
gagcagcacaatctcaaacagaacgagcagttcatggacatcgtgcaggtgatcaactgt
ctgaccagcatctacgaccgtctggagcagcagcacagcagcctggtcaacgtgcctctc
tgtgtggacatgtgtctcaactggctgctcaacgtttacgatacaggacgagctgggaag
attcgtaccctatccttcaaaacaggaataatctctttgtgcaaagctcaccttgaagat
aagtacagatttttatttcgagaggtggccagtgccacaggcttctgtgaccagcggcgc
ctcggcctcctcctgcatgatgccattcagatccccaggcagctgggtgaagtggcgtct
ttcggagggagcaatattgagcccagtgtgcgcagctgctttcagttcgccaataacaaa
ccggagttagaggcttcagtcttcctggactggatgcgtttagaacctcagtcgatggtt
tggcttcctgtccttcaccgtgtagcggccgctgagacagcaaagcaccaggctaaatgc
aacatttgtaaggaatgtcctattattggcttcaggtaccgaagtttaaagcactttaac
tatgatatctgccaaagctgcttcttttctggcagagtggccaaaggtcacaagatgcag
taccctatggttgaatattgcacaccgacgacgtcaggagaggatgtgagagactttgcc
aaggtgttaaagaacaagttcaggacaaagcgctattttgccaagcaccctcgcatgggt
taccttcccgtccagaccatccttgaaggagacaacatggagactcctgttacactgatc
aacttctggcctgttgaccatccgcctgcatcttcccctcaactctcccatgacgacacc
cactctcgcatcgagcattacgctagcaggctagctgaaatggagaaccgaaatggctcg
tatgtgaatgacaatgtatcgcccaatgaaagcatggatgatgagcatctgctgatccag
cactactgccagagtctgaatcaaggctctcctctcagccagccgcagagccccgctcag
atcctcatctcaatggagactgaagagaagggagagctggagagagtgctcaatgatctg
gagcaggaaaacaggaagctgcaagcggagtacgatcgtctgaaaaaggcacacgatcac
aagggtctgtcaccgttgccttcacctccacagatgcttccggtgtcgcctcaaagtcca
cgcgacgcagaactaatcgcagaagccaaactactgcggcaacacaagggacgattggag
gcaagaatgcaaatcctggaggatcacaacaagcagctggaatcgcagcttacacgccta
agacagttactcgagcagccacagactgagtccaaggtgaatggcactgccctgtcctca
ccctccactgcctctccgagatctgacaccagcctggcctcactgcgtgtggccgcaagc
caaaccacagagaccatgggtgatgatgagctgtccagtcccacccaggatgcaagcact
ggattagaagacgtcatcgagcagctcaacaactccttccctcacagccaaggtcccaat
gtgggaagtcttttccacatggttgataacattggacatgccatggagtcgctggttcat
gtaataacagaggagcaggatttagactga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (69)   
   KEGG ORTHOLOGY (1)   
   RefGene (63)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   ZFIN (1)   
Protein sequence (12)   
   UniProt (1)   
   RefSeq(pep) (11)   
DNA sequence (22)   
   RefSeq(nuc) (12)   
   GenBank (5)   
   EMBL (5)   
Protein domain (7)   
   Pfam (7)   
All databases (114)   

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