KEGG   Salmo salar (Atlantic salmon): 106561908
Entry
106561908         CDS       T04363                                 
Name
(RefSeq) SH3 and multiple ankyrin repeat domains protein 2-like
  KO
K15009  SH3 and multiple ankyrin repeat domains protein
Organism
sasa  Salmo salar (Atlantic salmon)
SSDB
Motif
Pfam: Ank_2 Ank_4 SAM_1 Ank SAM_2 Ank_3 Ank_5 SH3_2 PDZ_6 PDZ SH3_9 FERM_f0 SH3_1 PI3K_rbd SAM_4
Other DBs
NCBI-GeneID: 106561908
NCBI-ProteinID: XP_013981723
UniProt: A0A1S3KSQ4
Position
ssa11:complement(6443007..6703559)
AA seq 1881 aa
MAQSCSDYSEDSASDSSREETIYETIRATAEPAPRHMDDIHTHSLVVRIVIPDLQQTKCM
RFNPNATVWVAKQRILCTLNQSLKDVLNYGLFQPAMNGRDGKFLDEERLLLEYPQPISKG
VPSLEFRYKSRVYRQPHVEEKQIAKLHTKANLRKFMDLIQHHQVEKVSRLLERGLDPNYQ
DTETGETPLTFAAHLDNVVEIIKVLKNGGAHLDFRAKDGMTALHKAARSKNQVTLMTLLE
LGLSPDYKDSRGLTALYHTAMVGGDPLCCELLLHEHATVCCQDENGWHEVHQACRNGFVQ
HLEHLLFYGADMSAQNASGNTALHICALYNQDNCARVLLVRGADKAVKNYNSQSPFQVAI
IAGNFELAELVKNHKETDIVPFHEVPEYSKRRRALPPTSSSGSSLAAPRVLLRSNSDNNL
TVSQGPPQDWSQPQGHPQHHGPQHGGVGPPTSTSHHILSPQLLQQMQGNPNGTVSTMGQG
SRSTSVGVVPRSRSPSLNRLGEEARRPHPQTHVQTQQTQHRQPSSNMEVVVQRRKLYSAV
PGRHFVVVHAYHPQAEGEITLYKNDRVKVLSIGEGGFWEGSARGQVGWFPAECVEEIPAK
PSEERMHTRADRSDRRKLFRHYTVGSYDSFDASSDCVVEEKTVVLTKKENEGFGFVLRGA
KADTPIEEFTPTPAFPALQYLESVDEGGVAWQAGLRTGDFLIEVNQENVVKVGHRQVVNM
IRHAGNSLIIKVVTVSRNMDPEDTARKKAPPPPKRAPTTALSMRSKSMTSELEELVEVSK
ATLRKKKGDKVDEVSPSPNAVDVKVATIKPRPSSRCLVTPTDMNSMYDRQGGVAVLPPTM
PGSPRGGAFLGILAKGGTMRRQKSIGITEEEKTLLTPPPLKFTRSLSMPDTSEDIPPPPA
ISPPSPPSSYNSPSISPTPRGLGTTRPGLTLNSAGKCSNTTILGNRMVDVGTLRRGYHRQ
SSEQYDSRSRGRAPVPENPYSEVGNKALYVPAKPARRKGMLVKQPNVEDSPEKTCCAPPS
DTISMPTTPTERTFSSIPIPTIIVKEPSTSSSGKSSQGSSIEIEPTTPEHPPLTPGAGGR
GLRPEDPIVNNPFAAAIAGAVRDREKRLEARRNSPGFLSTDMGDEDLGDPAQCLRQSKSI
DEGMFSNDEHLQRIMAPPPAANLLQEGGDRGGNVTDFNTPEPTQVVREPLTARTGQYPNL
DSPVSLPATPPKTYSSNGGRDYLHPVTGKALDPNSPLALALAARDRAMKEQTQTTMATQA
PPPSQPQPLPKSDAPQSLPPNPHKPGLNQPLFIDTKLRSNTETSFATSTTTLGRGRGVGL
RRQMTEQKYKSDGVREERQQAEQDAGLLMVHTKNSPEGEDRGQENTPAQDNSIPSELRDP
NQPNPPTNSHSTMPLPPVPRGKSITAGGSVDEPVKLPFRMPPPPLASVDIEEVEEFVFSE
PLPPPLEFANSIDIPEDQATAIAELLKQRNQERRNGMGDRGPNPPPYYTHGPPPVGQFRR
GSGMSNCVPPPSYPPPTPDGGFKQGVTDSGIEEVDSRSSGDPHMETTSTISTVSSISILS
SEGGYNSALENTSMVYTDGQAYLDDRPPVPPKPKNKPIINKNTALYHDVLMEESLDSFGV
PPPVPPPPPGSMSPPDLPRTPSHRSSKLWGEPPELRSPPTSDPKATVINELSSILSQMYR
PKQGDSFDSPTTGARGGFGTSSPASGSQRNSSVSFSLPPSSCTPPSSLPPHLCSPPDTSN
LSSPPCPSSLPHSASASLSDLFGLPTPPMGSASGFGNMGGSLGGGSSCGGSRSPSPLTLM
QAVATSGKPFASKPVELWSKLDVADWLDSLNLSEHKDAFLDNEIEGAHLPSLQKEDLIDL
GVTRVGHRMNIERALKMLQDR
NT seq 5646 nt   +upstreamnt  +downstreamnt
atggcccagagttgttctgactactcagaggactccgcctctgacagctcccgtgaggag
accatctacgagaccataagagccaccgccgagccggcccccagacacatggacgacata
cacactcactccctggtcgtccgcatcgtcatccccgacctgcagcagacaaaatgtatg
cggttcaaccccaacgcaaccgtgtgggttgccaagcagaggatcctgtgcacgttgaac
cagagtctgaaggacgtgttgaactacggcctcttccagcccgccatgaacggacgagac
gggaagttcctggatgaagaacgcctcctactggaatacccacagccaatcagcaaagga
gttccatctctggagttccgctacaagagccgagtctacaggcagccccatgtggaagag
aagcagattgccaaacttcacaccaaggccaacttgagaaagtttatggacctcatccag
caccatcaggtggagaaagtatctaggctgctggagagagggctggaccccaactaccag
gatacagagactggtgagacccccctgacgtttgcggcccacctggataacgtggtggag
atcataaaggttctgaagaatggaggggcccacctggacttcagggccaaagacggcatg
acggccctacacaaagctgctaggtccaagaaccaggttactctgatgaccctgttggag
cttggtttgtctccagactataaggacagtcggggtctgacggcgctctaccacacagcc
atggtgggaggagacccgttgtgctgtgagttgctgctacatgaacacgccaccgtctgc
tgccaagacgaaaacggctggcacgaagtccaccaggcttgtcggaatggctttgtccag
cacctggagcatctgctgttctacggggcggacatgagcgcacagaacgcctcagggaac
acagcgctgcacatttgtgctctctacaatcaggataactgtgccagggtgctgctggtc
cgtggagccgacaaagcggtgaagaactacaacagccagagtcccttccaggtggccatc
atcgcggggaactttgaactggccgaactggtcaagaaccacaaagagacagatatagtg
cctttccacgaggtcccggaatactccaagcggcgtcgggcccttccccctaccagcagc
agcggtagctccctggcggccccccgggtcctgctgcgctccaacagtgacaacaacctc
acggtgagccagggccccccccaggactggtcccagccccagggacacccccagcaccac
ggaccccaacacggaggggtcggaccccccacctccacctcccaccatatcctctctccg
cagctgctccagcagatgcaggggaaccccaatggcactgtgagcaccatgggccagggg
tcccgcagtaccagcgtgggggtggtcccccggagtcggtccccgtccctcaaccggctg
ggagaggaggcccgcaggccgcacccgcagacacatgtacagacacagcagacgcagcac
agacagcccagtagtaatatggaggtggtggtccagcggaggaagctgtacagtgctgtg
ccagggaggcactttgtggtggtccacgcctaccatccacaggccgagggagagatcacc
ctctacaagaacgacagagttaaagttctgagcatcggagagggggggttctgggaaggc
agtgcccggggccaggtgggctggtttcctgcggagtgcgtggaggagattcctgccaag
cccagcgaggagaggatgcacacaagggctgaccgctcggacaggaggaaactcttccga
cactacactgtggggtcctacgatagctttgacgcctccagcgactgcgtggtcgaggag
aagacggtggtcttgaccaagaaggagaatgaaggcttcggcttcgtgctgcgaggggcc
aaagcggacacgcccatcgaggagtttactcccacccctgccttcccagccctccaatat
ctggagtcggtggatgagggaggagtggcctggcaggcggggcttaggaccggggacttc
ctcattgaggtcaaccaggagaatgtggtgaaggtgggccacaggcaggtggtcaacatg
atccgtcatgcagggaacagcctcatcatcaaagtggtaacggtcagcaggaatatggac
cctgaggacaccgcacgcaaaaaagcccccccaccgccaaagagagcccccaccacagcc
ctgtctatgcgctccaagtctatgacctctgaattggaagaactagtggaagtcagtaaa
gcaacactaaggaaaaagaaaggtgataaagtggacgaggtgtcaccttccccgaatgcc
gtggacgtgaaggtggccaccattaagccacgcccctccagccgctgtttggtcacgcct
actgacatgaattccatgtacgaccgccagggtggtgtggcagtgctaccacccaccatg
ccaggcagtcctagagggggggcattcctgggaatacttgccaagggtggcaccatgagg
agacagaagtccataggtataacagaagaggagaagacgctcctcacccctcccccactc
aagttcacccgcagcctctccatgcccgacacgtccgaggacatccctcctcccccggcc
atctctcccccgtctcccccctcctcctacaactctccatccatctcccccacgccaagg
ggcttaggcaccacccgaccgggcctcaccctcaattctgctggaaaatgttccaacacc
actatccttggcaaccgcatggtagatgtagggacactaaggcgaggttatcaccgccag
agctcagaacagtacgatagtagaagccgaggacgggcacccgtgcccgagaacccgtac
tcggaggtgggcaacaaggcgctgtacgtgcctgccaagccggcgaggaggaagggcatg
ctggtcaagcagcccaatgtggaggacagcccagagaagacctgctgtgccccgccctca
gacaccatttccatgccgaccacacccactgagaggaccttctcgtccattcccatcccc
accatcatcgtcaaggagccgtccaccagtagcagtggaaagagcagccagggcagcagt
attgagatcgagcccaccacgcccgaacacccacccttaacgcccggggcagggggcagg
gggctgaggcctgaagaccccattgtcaacaatccctttgcggctgccatcgcaggggca
gtgagggaccgggagaagaggctggaggcgcggaggaactcgcccggcttcctctccacc
gacatgggggatgaggacttgggagacccggcccagtgcctacgccagtccaagtctatc
gatgaggggatgttcagcaatgacgagcacctgcagaggataatggctcccccgccggcc
gccaacctgctgcaagaagggggtgatcgtgggggtaacgtgacagacttcaacacccct
gagcccacccaggtggtgagggagcccctgaccgcgcgtaccggccagtaccccaacctg
gacagccccgtcagtctcccggccactccgcccaagacctacagctccaacggaggaagg
gactacctgcaccccgtcacaggtaaggccctggaccctaactcgcccctcgccctggcg
ctggcggcccgggacagagccatgaaggagcagacacaaacaaccatggcgacacaagcc
ccacccccttctcaacctcaaccgctccccaagagcgatgccccccagtccctccctccc
aacccccacaaacctggcctcaatcagcccctcttcatcgataccaagctccgctccaac
accgagacaagcttcgctacctccacgacaaccctggggcgaggcagaggggtaggtctg
aggaggcagatgacggagcagaagtacaagtcggatggagtgagggaggagaggcagcag
gcggagcaggatgccgggctgctgatggtgcacaccaaaaacagcccagagggggaagac
agggggcaggagaacacaccagcccaggacaacagtatccccagtgaactgagagacccc
aaccagccaaacccccccaccaacagccacagtaccatgcccctgccccctgtgccgcgg
gggaagagcatcacggctggggggtcggtggacgagccagtcaagctgcccttccgcatg
ccccctcccccgctggcctcggtggacatcgaggaggtggaggagtttgtcttctccgag
cccttgccaccgccactggagttcgccaacagcatcgacatccctgaggaccaggcaacg
gccatcgctgagttgctcaagcaacggaaccaagagagacgcaacgggatgggggacagg
gggccaaatccacccccatactacacccacggcccaccccctgtcggccagttccgacgg
ggaagcgggatgtccaattgcgtgcccccaccctcctatccccctccgacccctgacggt
ggctttaagcaaggtgtcactgactcaggcatcgaggaggtagacagtcgcagcagtgga
gacccccatatggagactaccagcacaatttccacagtttccagcatctctatactgtcg
tcggagggcgggtacaacagcgccctggagaacacttccatggtctatactgatggccag
gcttacctcgatgaccgaccccccgttccccccaagcccaaaaacaagcccatcatcaac
aagaacactgcactttaccacgacgtcctcatggaggaatccctggactccttcggggtg
ccccctcctgtccctcctcctccacccgggtccatgtcccccccggacctccccaggacc
ccctcccatcggtcgtccaagctgtggggcgagcccccggagctaaggagcccgcccacg
tctgaccctaaggccacagttatcaatgagttgagctccatcttatcacagatgtaccgg
cccaaacagggggactccttcgactcacccaccacaggggccaggggcggctttggaact
agctctccagcctcaggaagccagcggaactccagcgtgtccttcagcctgcccccctcc
tcctgcacccctccttccagcctgccccctcacctctgcagccccccggacacctcgaac
ctctcctcgcccccctgcccctcctctttaccccactctgcctcggccagcctcagcgac
ctcttcggcctgcccaccccacccatggggagtgcgagtggcttcggcaacatgggtggt
agccttggtggagggtcctcgtgcggtggctcgcgctccccctcaccactcaccctaatg
caggccgtagccacctcaggcaagcccttcgcctccaagcccgtggagctgtggagcaag
ctggacgtggccgactggctggacagtctgaatttgtcggagcataaagacgccttcctg
gacaacgagatcgagggcgcccacctgccctcgctgcagaaagaggatctgattgacctg
ggggtgacgagggtgggccaccgcatgaacatcgagagggccctcaaaatgctgcaggac
agataa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (77)   
   KEGG ORTHOLOGY (1)   
   RefGene (73)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (15)   
   Pfam (15)   
All databases (98)   

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