KEGG   Maylandia zebra (zebra mbuna): 101482638
Entry
101482638         CDS       T02814                                 
Name
(RefSeq) SH3 and multiple ankyrin repeat domains protein 3 isoform X1
  KO
K15009  SH3 and multiple ankyrin repeat domains protein
Organism
mze  Maylandia zebra (zebra mbuna)
SSDB
Motif
Pfam: Ank_2 SAM_1 Ank Ank_4 Ank_5 SAM_2 SH3_2 Ank_3 PDZ_6 PDZ SH3_1 FERM_f0 SH3_9 SAM_PNT SAM_4
Other DBs
NCBI-GeneID: 101482638
NCBI-ProteinID: XP_012777676
Position
LG8:8378592..8423580
AA seq 2351 aa
MLGNNEHFYPSQDDKDGEDEEEEEEQGRENRKEEGERDMENGRLEYLEEKEMTGGRQSWE
GKGGEVVKPAAIVVGRQRVDRPLRPGNHGNRGIPYMPNIAPLHHQAANKQQYFMAAKKRA
FMERSMTTVAPLEDTYLTMMVFRIGIPDIKQTRCLQFDQDCTVWNAKQQIICSLSESLWD
VYNYGLFQPAGEGRDAKFLEEERPLRDYSQSFEKGVPYLEFRYKTRVYKQTNLDEKALAK
LSTKASLKKFLDYIQTGAIDKMGKVLDKGLDPNFHDPDTGETPLTVAMQSGLSVEGIRVL
VQGGAHLDFRSRDGMTALHKAVRAHNHAGLLALLSLGASPDSKDRCGLTPLYHTVLTGGE
TSCCETLLYYRAKLGTRDENGWDESHQHRDEEEFGMEEIHKACQNGFAQHLEHLLFYGAD
TTSQNASGNTALHISALYNKESCVRVLLYRGANKEAKNKHGQTPFQLAVLSGHFELGEII
KNHKDSDIVPFLESPKFVPKRKESSHTLPLPLLHSHPLLRANSDNTMTQSDPLALPNKAA
TNPNPGQGHRRASVGMRSSSSPRTRTRSPSRGRGGQSDTEERHRQPRGRQGATSAGGGGG
QMKRMYSAVPGRVYVATRAHSASGDRELSLNKGDKVKVLSVGEGGYWEGTVKGRTGWFPS
DCVQEVPAPSKDNRPETRSEKAKRKLFRNVTVGAYDGTDGPSDYIIKEKTVLLQKKDNEG
FGFVLRGAKAQTPIEEFTPTPAFPALQYLESVDEGGVAWRAGLRMGDFLIEVNGQNVVKV
GHRQVVNMIRQGGNSLMVKVVMVARNPELEDTARKRAPQQTKRLTPPAIALRSKSMTSEL
EDMVDKAASPWKKKAEYESSQGPDKKRTVYQMALNKLDEILAAAQHTMTSDNQGQRGHGG
KRDRSKSIVPNVSKEQPYDQQSSLAMVQAGPGFDYNQAHFQPGHGPQHAVMMRQKSIGVT
EEERQYLHPPAMKLARSLSVPGPEEIPPPPNTSAPEPPLSAGPHPGRGPAMPIPPVSQPH
YQLHSQPGHPSQAGWERAGPGVMNQQVMVPTLRRQSEGLCIREPEAPRRGGGKMGGLRRG
YSSATPPTSAKPKAQQQAPQHQPPVSNRDQSGGVGRGVAKRGGRGALMKQSKVEDGLRQH
RGKGGATKEKSSIPIPTIIVKAPSTSSSGRSSQGSSMEAEPSQDVEDQTSGEATPDSPNT
SLPSPLTSVPPQPPTSTSLPSSTVAPLVSSQQNLENLDYSSAFGTTFAGGGARRERERFR
DMRRKSASFFLSSEEDIQVEAGCGAGEGGGIQGVRIQPLQGSQMEVPTPRLRPSKSIDEG
MFSGDNYVSYSSSMPPAFGLPEYSSPVLNQDGQPKSAPSMYGTQPATTFIHPLTGKVLDP
SSPLGLALAARERALKDDRRTRREDRHFGRQLSTVGAFPTPVQTPTPSLFATPTQSAYTS
PVSLHLSSPTTTTSPASLSRPQSPRILRLGGAGGERVEREKEGGPREGLRVRFSEDRNSQ
YSTQYYPQSPREREKEMYDSRPAPPIQPPPPPTQPAPRRPSFLQMESTPNTSYIPQYTVP
TAPSQAHEAMEEARVGAGGNLGLMVLPPPAPSIDVDDEFVFADPLPPPLQFANGKNERVR
EFSQHRQHQGQHSVSAAPPAPPPPPSPKTSNPPQPTSQGGDSATSSLTSYDSEVANLTQS
ALSPSYPSPQIFPSASTSITTTTTTSAASLPPTSLHRPQPMSHSHTYYSSSNDPSIGIHT
PAQDRGTATLTTTMTYATTTMTATAAATTTTTSPASSDYSMTMAGPKAGFTTGGKASDHT
HQTTIIHKSGDWQEAVVDSGIEELDSHSSSDHHLEMLGLCGLRGERGGVGGDGRGGEGEK
ISEHQDPCTTYSGGQTFEVHSAKLANPVFPKMTHYKEGGGRGPSVALRRQNSTNPAPLQL
HRQNNPEDTGIDGGFSDERKHKQSRSKMEDGFSSALAACLERPMDTRSVGWSDLGEHEQA
GVQRGVLVLDGRRIHSPLSGVKASIINELSSKLQQMSSMKSMDEWSHTPKSPTMHRYSAD
YSDAFHSPPTGRSTSPLPTSSPQHRQTLTPNLSATPSVSPSPQVPVQRNWTRSPSPQMPS
SPVHSHPPHSPTYCPYPTSPKHRSKMRRQTFDFPCSPTKEMRSSVARRRAPSPLIYNTEQ
QSPTPPRPSSLPILPSTPVYSNPFEFPGPLTPPSPGIPLGDAYKASTPPLFSPSGVPSPN
PLLVSRSLSPTHFLSGASSPMHLPPSPSCLNYPHLNPPPPTKPFAIKPLPYWTKYDVADW
LAYLNLGEHRERFIDNEIDGSHLPSLTKDDFLDLGVTRVGHRMNIERALKKLTDRRLSSP
LHVSTPPRDTD
NT seq 7056 nt   +upstreamnt  +downstreamnt
atgctgggaaataatgagcacttttatcccagtcaggatgacaaagatggggaggatgag
gaggaggaagaggagcagggaagagaaaacagaaaagaagaaggtgaacgtgacatggag
aatggacgactagagtatctggaggaaaaggagatgacaggaggacgacaatcctgggaa
gggaaaggcggtgaggtggtgaaaccagcagccattgtggtcggtcgacagagagtagat
cggccgctgaggccgggcaatcacggcaacagggggatcccttacatgcccaatatagcc
ccgctacatcatcaagctgccaataagcagcagtatttcatggcagcaaagaaacgagcc
ttcatggagcgcagcatgaccacagtggctccactggaggacacttacttgaccatgatg
gtgttccgcattggaatccccgacatcaaacaaacaagatgtctccagtttgatcaggac
tgcacagtgtggaacgctaagcagcagatcatctgctccctcagtgagtccctatgggac
gtctacaactatggcctcttccagccagctggagagggacgggacgccaagttcctggag
gaggagagacccctgagagactactcacagtccttcgagaaaggggtgccgtacctggag
tttaggtacaaaaccagagtctataaacagaccaatctggatgaaaaggctctcgctaaa
ctcagcacaaaggccagtctgaagaaatttctggattacattcagaccggagcaatagac
aaaatgggaaaagtcctcgataaaggtcttgatccgaactttcacgaccctgacaccgga
gaaacccccctcactgtggccatgcagtctggcctgtcggtggagggcatcagggtcctg
gttcagggcggcgctcacttggacttcagaagcagagacggcatgacggccctgcacaaa
gctgttagggctcacaatcacgctgggctgctggctctcttgtccctcggagcatctcca
gactccaaagaccgctgtggcctgaccccgctgtaccacactgtgctgacagggggtgaa
acttcctgctgtgagaccttgctctattacagggcaaagctgggcacaagggacgagaac
ggctgggacgaatcccatcagcacagggatgaagaggagtttggaatggaagaaatacat
aaggcttgccagaatggctttgcacaacacttggagcatctgctgttttatggggcagac
accacttctcaaaatgcctcagggaacactgcgcttcacatttctgccctgtacaacaag
gaaagctgcgtccgtgttcttctgtacaggggggcgaataaggaggcgaagaacaagcat
ggtcagaccccgtttcagctagctgttttgtctggtcattttgaactcggggaaatcatc
aaaaaccacaaagactctgatatagtgccgtttttagagtcaccaaagtttgttccaaag
cgaaaagaaagttcccacacactgcccctccctttgcttcattcccaccccctactgcgt
gctaatagtgataacaccatgacccagtctgaccctctggccctgcccaacaaggctgcg
accaatcccaacccaggacagggtcatcgcagggcctcagtgggtatgagaagctccagc
agccccagaactcgtacccgttcgccctccagagggagaggaggccaaagtgacacagag
gagaggcacaggcagccacgaggcagacagggtgcgacctcggcgggtggcggtgggggt
cagatgaagcgcatgtacagcgcagttccaggacgagtgtacgtggccactcgtgcccac
tctgccagtggagaccgagagctctcgctgaacaagggggacaaagtcaaagtgttaagt
gtaggagagggtggatactgggagggaacagtgaaaggacgcactggctggtttccttcg
gactgtgtgcaagaggtaccagctcccagcaaagacaatcgaccagagacgcgcagcgag
aaagccaagaggaagctcttccgtaacgtcaccgttggagcctacgatggcactgatggc
cccagtgactacatcattaaggaaaagactgtgctcctacagaagaaagacaatgagggc
tttgggtttgtactcaggggagccaaagctcagactcccatagaggagttcactccaacg
ccagcattccccgcgctgcagtacctggagtctgttgatgaggggggcgtggcgtggaga
gcgggcctgaggatgggggacttcctcatcgaggtgaacggtcagaatgtggtgaaggtt
ggtcatcggcaggttgtcaacatgatccggcagggcggcaacagtctcatggtgaaagtt
gtcatggttgctcgaaaccctgagctggaagacacggctcgaaagcgagccccacagcag
acaaaaagactgactcctcctgccattgccctgcgctccaagtcaatgacatcagagctg
gaagatatggtggacaaagctgcctctccgtggaaaaagaaagcagagtacgagtcctct
cagggtcctgataagaagaggaccgtctatcagatggctttaaataaactggatgaaatc
ttggctgccgctcaacacaccatgacatcagacaaccagggccagagaggtcatggaggc
aagagggaccgaagcaagagtattgttcccaatgtgtccaaggagcaaccatatgatcag
cagtcatcactggcaatggtacaagctggacctggttttgactacaaccaagctcatttt
caaccaggccacggtccccagcatgcagtcatgatgcgtcaaaaatctattggtgtaaca
gaggaggaaaggcagtaccttcacccacctgctatgaagttagctcgcagcctgtctgtg
cctggaccagaagaaatccccccaccaccaaacacatctgctccagagccacctttgtct
gcaggccctcatccgggtagaggacctgccatgccaatccctcctgtatctcaacctcac
taccagctccactctcagccagggcatccttcccaagctggctgggaaagggcaggacca
ggtgtaatgaaccagcaggtcatggttcccactcttcggaggcagtcagaaggactgtgc
atcagagagccagaggcgcccaggagaggtggtggcaagatgggaggattaaggagaggc
tacagcagtgctacacccccaacaagtgctaagcctaaggcccaacaacaagcaccccag
catcaaccacctgtgtccaaccgggatcagagtggaggagttggcagaggggtggcaaag
aggggaggtcggggagctttgatgaaacagtcaaaagtggaagatggtctgagacagcat
cgaggaaaaggaggtgcaaccaaagagaagagctctatccccattcccaccatcattgtc
aaagcgccctccaccagtagcagtggtcgaagcagccagggtagcagcatggaggctgag
ccctcccaagatgtggaagaccaaacctctggagaggcaaccccagacagccctaatact
agcctgccctcaccactcacctctgtgccacctcaacctccaacatcgacttctttgcct
tcatcaactgttgcccctttggtttcctcacagcaaaacctagaaaacttggattatagt
tcagcatttggtacaacatttgcgggtggaggagcacgcagggaaagggaacgctttcga
gatatgaggagaaagagtgcttctttcttcctctcatcagaggaggacatccaagtggaa
gcaggatgtggagctggagagggaggaggaatacaaggggtacgaattcagcctttacag
ggctcacaaatggaagtgcccacccctcggcttcggccttccaagtctatagatgaaggc
atgttttctggagacaactacgtcagctattccagcagcatgcccccagcttttggcctg
cctgagtattcttcccctgtcctcaatcaggacggccagcctaagtcagctccctcaatg
tatggaacccagcctgccactaccttcattcacccacttactgggaaggttctggacccc
tcatcccctctgggattggccctggctgcaagagagcgggctctaaaagatgatcgcagg
acacgacgagaggacagacattttggccggcaactttccacagtaggagccttccccacc
cctgttcagactccaacgccttctctttttgcaacgccaacgcagtcggcctacacttct
ccagtatctctccacctaagttccccaaccactaccacctctcctgcatctctgagccgg
ccacaatcaccaaggatattacgtttggggggggcaggtggggagcgtgtggaaagagaa
aaggagggaggacccagggaaggtcttagagttcgcttctctgaagacagaaacagccaa
tattcaacccagtactacccacaaagtcccagggagcgagaaaaggagatgtatgacagc
aggcctgctccacccatacagcctcctcccccaccaactcaacctgccccccgcagacct
tccttccttcagatggaaagcactcccaacaccagctacattcctcagtatactgtcccc
acagccccttcacaagcacacgaagcaatggaagaagctagggtgggagcaggtggaaat
ttaggactcatggttttgcctccaccagctccatcaatagacgtagacgatgagtttgtc
ttcgcagatcccttgccccctcctttgcagtttgctaatggtaagaatgagagggtccgg
gaattttcacaacatcgtcaacaccagggtcagcattctgtttctgctgctccacccgcc
ccacctcctcccccatcccccaagacctcaaatcctccccaacccacttcacagggtggc
gactccgctacctccagccttacttcctatgacagtgaagtggccaacctcacgcagtca
gctctctctccatcttatccatccccacagatctttccctctgcctccacctccattacc
accaccaccaccacctctgctgcttctctgcctcctacatcgctgcacagaccccagccc
atgtcccattcccacacctattacagcagctctaacgacccctcaataggtattcatacc
ccagcacaggacagaggcactgccaccctcaccactaccatgacctatgctaccacgacc
atgactgcaactgctgctgccaccaccaccacaacttctccagcatcctctgactacagt
atgactatggctgggcccaaggctggcttcaccacagggggaaaagcatctgaccacact
catcagactactattatacacaagagcggagactggcaagaagctgtggtggattctgga
attgaagagctggacagtcacagtagcagtgaccaccatttagaaatgctgggactctgt
gggctaagaggagagagaggaggggttggaggagatgggcgaggaggagagggagagaaa
atcagtgaacatcaggatccttgcacaacctactcaggtgggcaaacatttgaggtgcac
agcgccaaattggcaaatcccgtgtttccgaagatgactcattacaaggagggtggaggg
aggggcccatctgtagcactacgtagacagaacagcaccaatcccgctcctttgcagtta
cacagacaaaacaacccagaagacaccggtatagatggaggattttcagatgaaaggaag
cacaagcagagtcgatccaagatggaagacggcttcagctctgccctggctgcctgctta
gagaggcccatggacactcgatcagtgggctggagtgaccttggagaacacgagcaagct
ggagtccagagaggcgttttggttttggatggccgcagaattcactcacctctctcaggt
gtgaaagccagcatcatcaatgaactaagctccaagctacagcagatgagcagcatgaag
agcatggatgagtggagccacactccaaagtctcccaccatgcataggtattcagcggat
tacagtgatgcttttcatagccctcccactggacgctcgacctcaccgctgcccacttcc
tccccacagcatcgtcagaccctgaccccaaacctctcggcaacaccttctgtctcgccc
tcccctcaagtcccagttcagcgcaactggacccgatccccttctccacaaatgccctcg
tccccagttcattcacatcctccccattctccaacctactgcccatacccaacatcacct
aagcacaggtccaagatgcgtagacagacttttgattttccatgcagtcctactaaagag
atgcggtcttcagttgctcgacgtcgggctcccagtcctcttatctataacactgaacag
caaagccccacccctcccagaccctcctctctcccaatccttccaagcacacccgtctac
agcaacccatttgagtttcccgggccccttactcctccttctcctggcatccctctagga
gatgcctacaaagcttcaactcctccactgttttctccatctggtgtgccaagtccaaat
cccttgcttgtctcccgttcactctcccccactcattttctctctggagcctcttccccc
atgcatttaccacctagcccttcctgtctcaactatccgcatctcaatcctcctcctcca
actaaaccatttgccatcaaacccctaccctactggaccaagtatgacgtggccgactgg
ctggcttatctgaatctgggtgaacacagagagcgttttatagacaatgagatagatgga
tcacatctgccttcactcaccaaggatgacttcttggatctaggagtgacacgtgtgggg
catcgaatgaacatcgagagggcactgaagaaactcactgacaggcggctctcttctcct
ttgcatgtcagtactcctccccgagacacagactga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (70)   
   KEGG ORTHOLOGY (1)   
   RefGene (66)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (7)   
   RefSeq(nuc) (3)   
   GenBank (2)   
   EMBL (2)   
Protein domain (15)   
   Pfam (15)   
All databases (96)   

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