KEGG   Lates calcarifer (barramundi perch): 108880600
Entry
108880600         CDS       T04895                                 
Name
(RefSeq) LOW QUALITY PROTEIN: SH3 and multiple ankyrin repeat domains protein 1
  KO
K15009  SH3 and multiple ankyrin repeat domains protein
Organism
lcf  Lates calcarifer (barramundi perch)
SSDB
Motif
Pfam: Ank_2 Ank Ank_4 SAM_1 Ank_5 SH3_2 SAM_2 PDZ_6 PDZ SH3_9 FERM_f0 SH3_1 SAM_PNT
Other DBs
NCBI-GeneID: 108880600
NCBI-ProteinID: XP_050929960
Position
LG11:complement(3209648..3283605)
AA seq 2486 aa
MKKREEEQCLSGNDGVDTGAPLSVAMTMPFSPLSSDEEQQRMLGNSRHLYPGAEDEEEEE
EEEEEEMEEDERDEDGEEEENGELEGEEEDDEEEMVEEVRRGGLSRGGRGEGHRQSGKLA
GRPGGDRQMRPGNPGHTANPYSSNPGPTHQQPANQIQQQQQRRLKERSASSAPSEDAHIA
MMVFRIGIPDIKQTKCLRFNPDATVWKAKQQVLCSLTESLRDVLNYGLFQPATDGHDAKF
LEEERLLREYPQSFEKGVPYLEFRYKTRVYKQTNLDEKQLAKLHTKASLKKFMDYIQTSA
VDKMGKFLDKGLDPNYQDTDTGETPLSLAVQCEPGGGEAIRVLVEGGAHIDFRAKDGLTP
LHKAVRGHRHTALLVLLSLGASPDYKDRRGLTPLYHTVLTGGDTSCCETLLYHRAKLGIR
DENGWDETHQACQNGNSQHLEHLLFYGADSSSQNASGNTALHICALYNKESCARILLYRG
ANKDTKNNSGQTPFQVAVMSGHFELGEIIKNHRDTDVVPFVESPKYAPQRRESARTLTIP
HPHPFLRANSDSSMNLPDWMAVPNAPGTNIVSVQGYKHTGTLRSSSSPRGARTRSPSRGR
IGDKEDRSRQSRRQGPAPATTTVQTAGQRRRLYSAVPGRVFVATRAHSAQGEREISFNKG
DRVKVLSVGEGGYWEGTVRGRTGWFPSDCVEEVMLRSQDNRSESRGERAKRLFRHYTVGS
YDSFDAPSDYIIKEKTVLLQKKDSEGFGFVLRGAKAQTPIEEFTPTPAFPALQYLESVDE
GGVAWRAGLRMGDFLIEVNGQNVVKVGHRQVVNMIRQGGNSLMVKVVMVTRNPDMEEGSR
KKIPQQSKRLSTPAIALRSKSMTSELEEMVERAATPWKKKSEFESSQVAEKKRTVYQMAL
NKLDEILAAAQQTISTNEAPGTRAQGPKRDRGRSFYGNEPNYGDQSGMGMMSSGLGLGYE
RGQYTSGHAPQHGMLRQKSIGVPEEEKQFLHPPTMKFARSLSVPGPDDIPPPPTTAPPDP
PFSSAPPLGWRAKSSQQPSVSVSQSTSTSAHYQPYSQSVHFTHGGRERAGGPTTGPSSGA
VDHTTSYAHASAHTAQSRTASRKVAYTGEAVAAGGGAKAAGLRRGYSTAVPPSSIATVMP
QQQQTTQSQPQRSDRSAAGAGAGGPKGGARRGKGPLVKQSKVEDLRVGQGTLGGKGSVEK
SSIPIPTIIVKAPSTSSSGRSSQGSSVEADAPASGETDEAKTPHGPPPSTPAPQPPAPPS
IPAPPPPSLPSMRAQENLDFTSQFGAAIVGAARRDRERFHEARRKSASLFMSAEEDVSLG
GVSDGVGGVTRTQVSQQQLSTQAESSSTRLRPSKSIDEGMFSGDTFIHHTRSMPPAFGLP
EYSSPALDYQPKSVPTDLYTAAGRQPAPSTTTTFIHPLTGKALDPTSPLGLALAARERAL
RDDSRLRRGAEHHFTRQMSSVVFPSSTVTSQPVSSAAQSSSSSYLVTSSSLAATTPTVGR
PPSPRILRGVGSVWGEEGGGGEREREGGGAREGLRVRFSEDKTVHTHHYQSQPYQPTYKE
RERERSRERERELSRERERDKEREGYMRRAEQAAANAAAAESAAQQASQSQQPRRPSFLR
MESQADAYILSLTPPSPPPTSSQQTTGGTGLMVLPPPAPSVDADDEFVYADPLPPPLEFA
NSFDRGISGYAQHGMLPNSLTSRQQQVPPPPPPPPPPPPPPPPPPQKEPFSSGFPAHTPL
PSPQAGDSTASSLTSYDSEVANLTQSAPSPSQTSPNPPPPPSPSTLQPTSIAGPPPPPSV
SPPPPPGSYHRPFSMSHPHHLYNSTHTPGRSSPTPPPHTVAPPPAYRGPLAPSSTAATSA
PHRGTASHATTASCAAITTAAATTTSTSTQLYHERTHTTHTTPSTAITGTRRTGEHHRPP
PATKKGESQETVVDSGIEELDSRSSSDHHLDSILALSGAGVRGDRLDRGERGVGAGGRLG
GGGGTGESDRGGDFLESYMSYPGGQTFEMQNATAAASTYPKTSRFRDGGRAGDLHRQTST
APASFHSHRRRDEQEDDESEEGVAEDESGQDGYGVRDMQSLGRPTSPYFDRPRTPEMKPL
WGEGQMAGDGGSGQPGTLLEGKKIYPPASSMKPSIINELSNKLQQRSKDSWSSQRPLSRH
RFSEDSASALSPPSARSQSPSPISLSQPSLSPSPTPASQYPNWGRSPSPQPPAASQPPRS
HSPLSPTSYSPYPTSPKHRPVYRTKALEFQFIPSRESRKAESHMLQRRRAPSPLISPSER
PKLGPPRPSSLPLLPTTPLYSAIYDLRGSITPPSPGNPLGDPYFSPSPPLFAPSGAPPPP
NSTLVVSRSLSPTHFLSGTSSPPLHPLPPPPCLSYPHLPPPSPTKPFASKPLPYWTKYDV
ADWLGYLNLGEHRERFLDNEIDGTHLPSLTKEDYLDLGVTRVGHRMNIERALRSVMDRLS
SSPFPISVLSPRDGQTERRRDDGSRS
NT seq 7461 nt   +upstreamnt  +downstreamnt
atgaagaagagagaggaagagcagtgtctctctgggaatgatggtgttgacactggtgcc
cccctctctgtcgccatgacgatgccgttcagccccctgtccagcgacgaggagcaacaa
aggatgctgggaaacagccgacacctctatccaggggcagaggacgaggaggaggaggag
gaggaagaggaggaggaaatggaggaggacgagcgcgatgaggacggggaggaggaggag
aacggcgagctggagggggaggaggaagacgacgaggaggagatggtggaggaggtccgg
agaggaggcctgtcgagggggggcagaggtgaaggacacaggcagtcgggtaaactggcc
ggacgacccggcggggacagacagatgcgtccggggaaccctggacacaccgctaacccc
tactcatccaaccccggacccacacaccaacagccagccaatcagatacagcagcagcag
cagaggaggctgaaggagcgcagcgccagctcggcgccatctgaggacgcccacatcgcc
atgatggtgtttcgcattgggatcccagacataaagcaaacgaaatgtttgcggtttaac
ccagatgccacggtgtggaaggccaagcagcaggtgctgtgctccctcaccgaatcactg
cgggacgtcctgaactacggtctgttccagccggccacggacggccacgatgccaagttc
ttggaggaggagaggctgctcagagagtacccacagtcctttgagaaaggggtgccatat
ttagagtttcgatacaagaccagggtgtacaagcagaccaatctggatgagaagcaactg
gccaaactgcacactaaggccagcctgaagaaatttatggattacatccaaaccagcgct
gtggacaagatgggcaagttcctagacaagggcctcgatcccaactatcaggacactgac
accggcgagactcctctgtccctggcagtgcagtgtgagccgggcggaggtgaggccatc
cgggtcctcgtggagggaggggctcatatcgacttccgcgccaaagatggactgacgccg
ctacacaaggctgttcgaggccaccgccatacagccctgctggtcctgctgtctctgggt
gcgtctccagactataaggaccggcgagggctgacaccactctaccacactgtgctgacg
ggaggcgacacctcctgctgcgaaacactgctttaccaccgcgccaagctgggcatcagg
gacgagaacggctgggacgagacacatcaggcctgtcagaacgggaactcgcagcatctg
gagcacctcctcttctacggggcggattcctcttcccagaatgcctctggaaacactgcc
ttgcacatctgtgctttatacaacaaggaaagctgtgcacgaattctgctctacagggga
gcgaataaagacacaaagaataacagtgggcagaccccctttcaggtggctgtcatgtcc
ggccattttgagctgggagaaattatcaagaaccaccgggatacagatgtggttcccttt
gtggagtctccaaagtacgctccccagaggcgggagagcgcccggacgctgacgataccc
caccctcaccccttcctgcgggccaacagcgacagcagcatgaacctgccggactggatg
gcagtgcccaacgccccggggaccaacatcgtctctgtgcagggttataaacatactggt
accctgcggagctccagcagccccagaggagcgaggactcggtccccgtcccgagggagg
atcggagacaaggaggaccggagcaggcagagccggagacaggggcccgctcctgccacc
accaccgtacaaactgcagggcagcgcagacgcctctacagcgccgtcccaggacgagtc
tttgtagccactcgagcgcactctgcacagggagagagagaaatcagcttcaataaggga
gacagggtcaaagtgttgagtgttggtgagggcggttactgggaggggacggtcaggggt
cgcacaggctggttcccctccgactgcgtggaggaagtgatgcttcgaagccaagacaac
cgatcagagagccgtggagaacgagccaaaaggctgttccgccattacacggtgggatcc
tacgacagctttgacgctcccagtgactatataatcaaggagaagacagtgcttctgcag
aagaaagacagcgagggttttggctttgtgctgagaggggccaaagctcagactcctatc
gaggagtttactcccaccccggcgttccctgccctgcagtacctggagtcagtggacgag
ggaggtgtggcctggagagccggtctcaggatgggggattttctgatagaggtcaatggt
cagaatgtggtgaaagttggacaccggcaggtcgtcaacatgatccggcaaggcggcaac
agcctcatggtcaaggttgtcatggtaacccgcaaccctgacatggaggagggttcgagg
aagaaaattccccagcagagcaagaggctgagcacgccggctatcgccctgcgatccaaa
tccatgacttcagagctggaggagatggtggagagagctgctaccccttggaaaaaaaaa
tcagaattcgaatcctcacaagttgcagagaagaagaggacagtctatcagatggctttg
aataaactagatgaaattcttgcagcagctcagcagacaatcagcaccaatgaggcgccg
gggacacgggcacaggggccaaaaagagacagaggacgaagtttctatggcaatgagcca
aattacggggatcagtccgggatggggatgatgtcgtcggggttgggcctcggctatgaa
cgcggacagtacacctcaggtcacgcccctcagcacggtatgctgcggcagaaatccatc
ggggtgcctgaggaggagaagcagttcctgcatcctccaaccatgaagtttgcccgcagt
ctgtcggtgcccggcccagacgacatccctcctcctcccaccactgcaccaccagaccct
ccgttctcctccgctccgccgctaggttggagagcgaagtcgtctcagcagccgtctgtc
tccgtgtcccagtccacatccacctctgcgcactaccagccctactcccagtctgtgcac
ttcacccacgggggcagggagagagcgggtggtcccaccactggccccagcagcggagcg
gtggaccacacgacctcgtatgcacatgcatctgctcacactgctcaaagcaggactgct
tcgcggaaggttgcctacactggggaggctgttgcagctggtggaggggcaaaggcagca
ggtcttaggagaggctacagcaccgccgtccccccatccagcattgccactgtaatgccc
caacaacaacagactacccagagtcaaccccagcgatcagaccgcagtgcagccggggct
ggagcagggggtcctaaaggaggggctcggagaggtaagggtcctctggtgaagcaatcc
aaggtggaggacctgcgcgtcggccaaggcacgctggggggcaaaggctcggtggagaaa
agctccatccccatccccaccatcatcgtcaaggctccttcgaccagcagcagtggacgc
agcagccagggcagcagcgtggaggccgacgctcctgcgtcaggggagacagatgaagcc
aaaacaccccacggtcctcctccttccactcctgctccgcagccccctgccccgccttcc
atcccagcaccgccgcctccatccttgccttctatgcgagcccaggaaaacctggacttt
accagccagtttggggctgccatcgtcggggcagctcgccgagacagggaacggtttcac
gaagcccgcagaaagagtgcctccttgtttatgtctgctgaggaggacgtgagtctcggg
ggagtgagtgacggagtaggaggagtaacaaggactcaggtgtcacagcaacagctcagc
acacaggctgagagttcatccacacggctccgcccttccaagtctattgacgagggcatg
ttctctggagacacctttatccatcacacccgcagcatgcctccagcctttggtctacct
gagtactcgtcacctgccctggactatcagcctaagtctgtgcctactgacttgtacaca
gcagcaggcaggcagccagctccctccaccaccaccacctttattcaccctctaacagga
aaggctcttgaccccacgtcaccgctaggcctcgccctggctgccagagagcgcgctctg
agggatgatagcaggttaaggaggggagcagagcaccacttcacccgccagatgtcgagt
gtggttttcccttcatctaccgtcacctctcagccggtgtcatctgccgctcagtcctcc
agctcctcctacctggtcacctcgtcttctctggctgccactacgcccactgtcggccgc
ccaccctcacccagaatcctcagaggagtcgggagcgtgtggggtgaggaaggcggcgga
ggagagagggagcgggagggaggaggggctcgcgaggggctgagagttcgcttctctgag
gacaaaacggtccacacgcaccattaccagtctcagccgtatcaaccaacctacaaagag
agggagcgggagaggtcgagggaacgggagagggagctgtcgagagaaagagagagagac
aaagagagagagggctacatgaggagggcagagcaggctgccgcgaacgcagcggccgct
gaaagcgccgctcagcaagcgtcccagtcccagcagcctcggaggccctcttttctcagg
atggaaagtcaagctgatgcctatatcttgtccctcacccctccctctcctccacctacc
agttctcagcagaccactgggggcactggcctgatggttcttcctccccccgccccctca
gttgatgcagacgacgagtttgtctacgcagaccccctcccgcctccgttagagtttgct
aacagcttcgacaggggaatatcagggtacgcacaacacgggatgctccccaacagcctg
acgtcccgccaacagcaggtaccacccccgccacctcctccgcctcctcccccaccacca
ccgcctccacccccccaaaaagaaccattctcaagcgggtttcctgctcatacacccctg
ccctcacctcaggcgggggactccaccgcctccagcctcacgtcttacgacagtgaggtg
gctaacctgactcagtccgctccctcgccctcccagacctcccccaaccccccgccccct
ccctcgccctctaccctgcagcccacctcgatagcaggacctcctcctcccccgtcagtc
tcaccaccgcctcctcctggatcctaccacagacccttctctatgtcccaccctcaccac
ctttacaacagcactcacacccctgggcgctcctctcccacgcctcccccgcacacagtc
gcgcctcccccagcctaccgtggtcccctagcgccctcctccactgctgccacctctgct
ccacacaggggcactgcctcccatgccacgaccgctagctgtgccgctataaccaccgct
gctgccaccacaacaagcacctccactcagctctaccacgagcgaacacataccacacat
acgacaccctccaccgccatcacgggcactcgcaggacaggggagcaccaccgtcctccc
cctgccaccaagaaaggagagtcccaggagacggtggtggactctgggattgaagagctg
gacagccgcagcagcagcgaccaccacctggacagcatcctagctctaagcggagccggc
gtccgaggtgacaggctggaccgaggggagaggggagtcggagctggaggacgtttggga
gggggaggcgggacgggggaatcagataggggaggagattttctggagtcttacatgagc
tatcctggaggacaaacgtttgagatgcagaatgccacagcagcggcctccacctaccca
aaaaccagcaggttcagagacggaggtcgcgccggggatctacacaggcagaccagtacc
gctcccgcatccttccactcccacagacgaagagacgagcaggaagatgacgagagcgag
gagggagtggcagaggatgaaagtggccaggatggatacggggtgagggacatgcagagc
ttgggacgccccacttcgccatacttcgatcggccacgcaccccggagatgaaacctctc
tggggcgaggggcaaatggccggcgatggaggcagcggccagcccgggacacttttagaa
gggaagaagatttaccctcctgcttccagtatgaagcccagcatcattaatgagctgagc
aacaaactgcagcaaagaagcaaggacagctggagcagccagagaccactgagcagacac
agattttcagaagactcagcctcagctctgagccccccctcggctcgatcccagtccccg
tctccgatctcgttatcgcagccatcgttgtccccgtccccgacacctgcctcccagtac
cccaactggggccgatccccgtctcctcagcctccagctgcatctcagcctccacgttca
cattccccgctgtccccgacgtcctactccccgtaccccacctcccccaaacacagacct
gtctaccggaccaaagccctagaattccagttcatcccaagtcgcgagtcccgcaaagca
gaatcacacatgctccagcgtaggcgagcgcccagccccctcatctctccgtcagagagg
cccaagctgggtccaccacgcccatcatccctcccgctcctgcccaccactcccctatat
agcgccatctacgacctccgaggttcaattaccccgccgtcgcctgggaaccctcttggc
gatccttacttctcgccctctcctcccctgtttgccccctctggtgcccctcctcctcca
aactccactttagttgtttcacgatccctctctccgacgcacttcctgtctgggacctcg
tctccacccctgcatcctctccctccgccaccctgcctgagttacccccatctaccgccc
ccgtcccctaccaagccgtttgcctccaagccgttgccctactggaccaagtatgacgtc
gcagactggctaggatacctgaacctgggtgagcacagagagcgtttcctggacaacgag
atcgacggcacccacctgccctctctgaccaaggaggattatctggacttgggcgtgaca
cgtgtgggccaccgcatgaacatagaacgagccctgaggagcgtaatggacaggctgtcc
agcagcccatttcccatttctgttctctcacctcgggacggacagactgagaggaggagg
gacgacgggagtcggagctga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (94)   
   KEGG ORTHOLOGY (1)   
   RefGene (90)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (13)   
   Pfam (13)   
All databases (114)   

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