KEGG   Oryzias latipes (Japanese medaka): 101169284
Entry
101169284         CDS       T02443                                 
Symbol
shank3
Name
(RefSeq) SH3 and multiple ankyrin repeat domains protein 3 isoform X1
  KO
K15009  SH3 and multiple ankyrin repeat domains protein
Organism
ola  Oryzias latipes (Japanese medaka)
SSDB
Motif
Pfam: Ank_2 SAM_1 Ank Ank_4 SAM_2 Ank_3 PDZ_6 Ank_5 SH3_2 PDZ SH3_9 FERM_f0 2C_adapt
Other DBs
NCBI-GeneID: 101169284
NCBI-ProteinID: XP_023811686
Position
6:complement(20287079..20486238)
AA seq 2022 aa
MPLRPAAGKHEPASSARQDQQPRTHAHTLTSPHTHAANGSQWGSTDSGSSREEEDSGVLA
FRPGAERGSSARAPMEEPTGNTVVIRIGIPDLQQTKCLKFNVDAPIWLSKQQILCTLNQS
LKDVLNYGLFQPAYNGKAGKFLDEERQLREYPFPSIAPVPYLEFRYKRRVYTQTYLDEKQ
LSKLHTKANLKKFMEYVQQRNIEKVSRFLDKGLDPNFHDPDTGECPLTLSAQLEGCADLI
KVLKNGGAHLDFRTKDGITALHKAVRSKNHTALITLLDLGASPDYKDSRGLTPLYHCSMV
GGDPYCCELLLHDHAQVGCVDENGWQEIHQACRYGHVQHLEHLLFYGAVMSAQNASGNTA
LHVCALYNQESCARVLLFRGANKEIKNYNSQTAFQVAIIAGNFDLAEIIKVHKASDVVPF
RETPSYTNRRRLTTGPLPSPRSLLRSASDNNLNGDHDHIHSQPPRESRGRQGPSPVPSLR
SLPAFGQQHSSLGEERYVKKSRHGEIPDSSLQSTGSSRSSHSRSPSLRHMHEDDKPIPRR
SQSHGYPHGYSPRGRLSPGSVHRDPSPPHHTPPALTGTRGPKRKLYSAVPGRTFIVVKPY
TPQGEGEIQLNRGERVKDFDCNDVEAFPEEQLYDEIKIVTDNFMIANADTPCNEDAEDYS
DIDDEYGKVLSIGEGGFWEGSVKGRTGWFPADCVEEVQMRQYDPRLESREDRNKRLFRHY
TVGSYDNFTSYSDYIIEEKNAVLHKKENEGFGFVLRGAKAETPIEEFTPTPAFPALQYLE
SVDVEGVAWRAGLRTGDFLIEVNGVNVVKVGHKQVVSLIRQGGSRLLMKVVSVTRKPESE
EAVRKKAPPPPKRAPSTTLTLRSKSMTAELEELASARRKRGERLDEMLASQESMMRSQPS
EADYRAATVKQRPTSRRITPAEISSLFERQGMTFHGALHPGIERGHIPLPKGMSRTKSFG
ATEEDRLSALAGEHRFPRSSSMTDSLRDHSQGHPIPPPPQTAPPPPPYYLDTGPPPPFCP
PPPPSRTQSQSHEPGGRSSFKPSSLDLPYEAAQRQATHIERQKKACSMIILQDSSHQPVE
PTEIPRPCAATPPERIKRKGRIIDNPYANVGQFSIGLYTPTKPQRKKSPLVKQLQVEDAQ
EKASLALAAAHSRESSPSGRHPHTHGHTNTSRADYYQQQLMIERERLRAQGEMIFQGKGP
FAAAIAGAVKDRERRLEERRKSTVFLSVGTLEGSSTSPDSPSLTQSHSIDERILTRELGQ
LPPPALALSPSPSGTTFIHPLTGKPLDPNSPLALALAARERALTSQSQSPTGSPEPRTKQ
DRVGQGVMFIDIQTKESPRGDGATSSPPFSPKSSKAAGYEVGSSLASVLAPQPTKPQLAP
SPSPISFRQEMEARVEERREEKRLEDKKSMLISIMDTSQQKTAGLIMVHATNNGQAAGMG
SELEQIPVLASMEPSKTPSPQAKPLSPTVPQSQVLPQTQHPATPCQEKSLAQGSSEEDAD
TYTVTLPPAVLSSSDEETREELRKIGVVPPPDEFANGLLAQAHPTPASPAKASTSPGTPT
TPTPQTPSTLLTPIVTPTQPQPQQPSRLHSAAAVSGKPSDPLEPPPVGESGSAADSGVEE
ADTRSSSDRERDHHLETTSTVSTVSSMSTLSSESGEPADTHTTHTSYADGQTFVFDKPPV
PPKPRLKSQIGGSKGPVTFRDPLLKQSSDSELLSQQQAAALAAAAAGGAGLPAGGSASVT
GLGPTKPRYLFQRRSKLWGDPVEPRGPGVGLSIGSLGNLGGLGLGLGADEGTKPSVIGEL
SSRLQQLNKDTRSLGEEPLGTSLDPGRKSPVTGARLFSSLGELHTISQRSYGTTFTIRPG
SRYPVTRRTPSPSSGSPDRGDPLGRFSGYGLPTSPTTPPQTILKSSSLSLPQEPKEVRFV
MRSSSARSRSRSPSPSHSPGLGSPLLALRPFHQKPLHLWNKYDVGDWLESINLGEHRAGF
QEHEIEGSHLPALTKDDFAELGVTRVGHRMNIERALKQLLES
NT seq 6069 nt   +upstreamnt  +downstreamnt
atgcctctgcgtccggcagccggcaaacatgagccagccagctctgcgcggcaggaccag
cagccgcgcacacacgcacacacactcacgagcccgcacacgcacgcagccaacggcagc
cagtggggcagcaccgacagcggcagctcccgggaagaggaggacagcggcgttctggct
ttccgtcccggtgcagagcgaggctccagcgcgcgggcacccatggaggagccgacgggc
aacacggtggtcatccgcatcggaatcccagacctgcaacagacgaaatgcttgaaattc
aatgtggatgctccaatttggctgtccaagcagcaaatcctgtgtactctcaaccagagc
ctgaaggatgtactcaactatggcctgttccagccagcttacaacggcaaggccgggaaa
tttctggatgaagaacgacagctaagggaatacccgttcccatccatcgctcctgtacct
tacctcgagttccgctataaaagacgtgtctacacacagacctaccttgatgaaaagcag
ttgtccaagctccacaccaaggcaaacctgaaaaagtttatggaatatgtgcagcagagg
aacattgaaaaagtctcaaggttcctggataaaggcctggatccaaacttccatgatcca
gacacaggagagtgtccactaacgctatcagctcagctggagggatgtgcagacctcatc
aaagtgctaaaaaatggaggggcacatctggacttcagaacaaaggatgggatcacagcc
ctgcacaaggccgtgcgcagcaagaaccacacagctcttattaccctcctggatttgggt
gcatcacctgattataaagacagcagggggctgactcctctctaccactgctctatggtc
ggaggagacccttattgctgtgaactgttactgcacgatcacgcacaagtcggctgtgtg
gacgagaacggctggcaggagattcatcaggcgtgtcgatatggccatgtgcagcacttg
gagcacctgctgttctatggagctgtcatgagtgcccagaatgcatctggaaacaccgcc
ctacacgtgtgtgctctctacaaccaggaaagctgtgcacgtgttcttctgttccgcgga
gccaataaagagatcaagaactacaacagccaaactgcttttcaagtggctattatcgct
ggaaactttgatctggcagaaatcatcaaggtgcacaaagcatcagatgttgtgcctttc
agggagaccccctcctacaccaaccgtcgacgtttgacaaccggccccctgccctcacca
cggtctttgcttcgctctgcgagtgacaacaacctgaacggtgaccacgatcacattcac
agtcagccccccagagagagccgtggtcgccagggcccgtctcctgtcccctcgctgcgc
agcctcccagcctttgggcaacagcacagcagccttggagaagaaagatatgttaaaaag
agtcgtcacggtgagatccccgacagcagtcttcagagtactggcagctccagatcttcc
cattcccgttctccttcactacgtcacatgcatgaagacgacaaaccaattcccagacgg
tcccaaagccacggctaccctcatggatacagccctcgcggaagactcagccccggctca
gtgcatcgagacccaagcccaccccatcacactcctccagctctaacgggaacgcgtggg
cccaaaaggaaactctacagtgccgtcccaggacgtactttcattgtagtcaagccttat
acgccacaaggggagggggagatccagcttaaccgtggggagcgagtcaaagactttgac
tgtaatgacgtagaagcttttccagaggagcaactctacgatgagatcaaaatagtcaca
gacaacttcatgatcgcaaatgctgacacaccatgcaatgaagatgcagaagattactct
gacattgatgatgaatatggtaaagtgctgagcataggtgaaggaggtttctgggaaggc
tcagtgaaagggaggacaggctggttcccagcagactgtgtggaggaagttcagatgagg
cagtatgacccacggctagagagtcgggaggatcgcaacaaaagactgttcagacactac
actgtgggatcttacgacaacttcacctcatacagtgactacatcatagaggagaagaac
gctgttttacacaagaaagaaaatgagggttttggttttgtccttcggggagccaaagct
gagactcccattgaagagttcacgcccaccccagcgttcccggccctacagtatctggag
tcagtggacgtggagggagtggcctggagggctggtctcagaacgggggacttcttgatt
gaggtaaatggggtgaatgtggtgaaggtgggccataagcaggtagtttctttgatccgg
caaggaggcagcagactgctgatgaaggttgtttctgtcacacgcaaaccagaatctgaa
gaagctgttcgaaaaaaagctcccccaccaccaaaaagagctcccagcacaaccctgact
ctgcgctccaagtccatgaccgctgagcttgaagaactggcttctgctcggcggaaaagg
ggagaaagactagatgagatgttggcatcgcaagaatctatgatgcgttcacagccctcc
gaggcagattacagagcagctactgtcaaacaacggcctaccagcaggagaatcacacca
gcagagatcagttcactctttgagagacaagggatgactttccatggagctcttcaccca
gggattgagagaggtcacataccactaccaaagggaatgtccaggaccaagtcttttggt
gcaactgaggaggatcgactatctgcccttgcaggcgagcacagatttccccgtagttcc
tcaatgacagacagcctccgggaccactcacagggccatccaatccctccacctccccaa
acggcgcctccccctcctccctactacctagacacgggtcctcctccacctttctgccct
cctcctcccccatctaggacccagagtcagagccatgagcccggaggacgttctagcttt
aagccgtcctccttggacttgccttatgaggccgctcagcggcaggccactcacattgag
agacagaaaaaagcttgctcaatgattatcctgcaggattcttcccatcaacctgtagag
ccgacagaaatccctcgtccctgtgctgctacgccacctgagcggataaaaagaaagggt
cggattattgacaacccttacgcaaatgtgggtcagtttagcattggattgtacacgccc
accaaaccacaaagaaaaaagagtcctctggtaaaacaactgcaggtagaagatgcacaa
gaaaaagctagtttagccttagctgctgcccactcacgagagagctcaccctcaggaaga
cacccacatacccacgggcacactaacaccagccgtgcagattactaccagcagcagctg
atgattgagcgggagcgtttgcgggcccaaggagagatgatttttcagggtaagggcccc
tttgctgcagcaattgctggagctgtgaaagatcgtgagcggcgtctagaagaaagaagg
aaatccactgtcttcctatctgtcgggaccctggagggctcatcaacaagccctgattcc
ccttctttgactcagtctcattctatagatgaaagaatactgactcgagagctgggacag
cttcctccccctgccttggctcttagcccctctcctagtgggaccacctttatccatcca
cttacaggaaagcctcttgacccaaattctccactggctcttgcgctggctgcaagagaa
agggcactaacctcccagagccagtctccaactggcagcccagaacctcggactaaacag
gaccgagtcggtcagggagtaatgtttattgacattcagaccaaagagtctcctcgaggt
gatggtgcaactagttctcctccattttcacctaaaagcagcaaggcagctggatatgaa
gttggatcttcccttgcatctgttttagctcctcagcccaccaagcctcagttggcacca
tcaccatcgcctatatcattccgtcaagagatggaagcaagagtagaggaaaggagagaa
gaaaagagactagaggataaaaagagcatgttgattagcattatggacacatcacaacag
aagacagcaggactgatcatggtacatgccaccaataatggtcaagctgctggaatgggt
tcagaacttgaacagataccagtgcttgcttcgatggagcccagcaaaacaccaagtccg
caggctaaacctcttagtcccactgtaccccagtcccaggtcttacctcaaactcagcat
cctgccaccccttgccaagagaagagtttggctcagggaagttcagaggaggatgcggac
acatacacagtcactttgccccctgctgttttatcctccagcgatgaggaaacaagagaa
gagctacgaaagatcggagtagttcctcctccagacgagtttgcaaatgggttgctggca
caggcacatccaacgccagcatcccctgctaaggcttccacctctcctggaaccccaaca
acaccaacaccccaaactccctcaaccctgttaacccctattgtgactcccacccagcct
cagcctcagcagccctcacgtctacacagtgctgcagctgtctcagggaaaccatctgac
cctctggagcccccaccagtgggtgagtctggctctgcggctgactcaggcgtggaggag
gctgacacacgtagctcaagtgaccgagaaagagatcatcatcttgagaccaccagcact
gtctccacggtttccagcatgtccacactgtcgtcagaaagcggtgagcctgctgacaca
cacaccacgcacacctcctatgccgacgggcagacatttgttttcgacaagccaccagtg
cctcctaagccccgactcaagtcccagataggagggagtaaaggccccgtcaccttcagg
gaccctctactgaagcagagctccgacagtgagctgctatcccaacaacaggctgctgcc
ctggctgctgctgcagctggaggagctgggctccctgcaggaggttctgcctctgtgact
ggtctaggccccaccaagcctcgctacctcttccaaaggaggtccaagctgtggggggac
ccagtggagcctcgaggcccaggggtggggctaagcattggaagtttgggcaatcttggt
ggactgggacttgggctgggtgcagatgaaggtacaaaaccttctgtaataggggagcta
agttcacgtctacagcagttaaataaagacactaggtcactgggtgaggagccactggga
acatcacttgacccagggaggaagtcacctgtaacaggggccagacttttcagcagctta
ggtgaactccacaccatttctcagagaagctatggaaccacattcaccatccgccctggt
agccgctaccccgtcacgcgacgtacccccagcccaagctcgggctcacctgaccggggt
gatccccttggacgattttcaggctatggccttccaacatcaccaacgacaccaccacaa
accatcctcaagtcctccagcctcagcttaccacaggagcccaaagaggtgcgatttgtc
atgaggagctcaagcgctcggtcgcgctctcgctccccatccccgtcccattccccgggg
ttaggctcgccccttttagcacttcgacccttccaccagaaacccctccacctttggaac
aagtatgacgtcggagactggctggagagcatcaatctaggggagcacagagcagggttt
caggaacacgagattgaaggctctcacctcccagctttgaccaaggatgactttgcagag
ttgggagtaacacgagttggacaccgcatgaacatcgaacgagcactaaagcagctgctg
gaaagctga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (49)   
   KEGG ORTHOLOGY (1)   
   RefGene (45)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (6)   
   RefSeq(pep) (6)   
DNA sequence (7)   
   RefSeq(nuc) (7)   
Protein domain (13)   
   Pfam (13)   
All databases (76)   

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