KEGG   Astyanax mexicanus (Mexican tetra): 103045221
Entry
103045221         CDS       T05042                                 
Name
(RefSeq) LOW QUALITY PROTEIN: SH3 and multiple ankyrin repeat domains protein 1-like
  KO
K15009  SH3 and multiple ankyrin repeat domains protein
Organism
amex  Astyanax mexicanus (Mexican tetra)
SSDB
Motif
Pfam: Ank_2 Ank_4 Ank SH3_2 Ank_5 Ank_3 PDZ PDZ_6 SH3_1 FERM_f0 SH3_9
Other DBs
NCBI-GeneID: 103045221
NCBI-ProteinID: XP_022519287
Position
Unknown
AA seq 2073 aa
MTAVLLGDAAQRRRMLGNTKRFFSASEDKEAEDEAEEEERRRRLNGMVDGEEESQRGGRQ
SREGKGEVLKPAAIVIGRQRGDRQQRPANAGHRGAPYSANQAVLHHQPASQPLYYPTSTN
QQQIYKVLTSQQARRRHMERSMTTITPLEDTHTHLSMMVFRVGIPDIKQTKCLRFDPDAT
VWSVKQQVMCSLGESLWDVYNYGLFQPAGEGRDACFLEEERSLREYPQSLEKGVPYLEFR
YKSRVYKQTNLDEKQLAKLHTKANLKKFLDYVQGGAVEKMSKALEKGLDPNYHDPETGET
PLTVAVLGGMSVEGIRVLVLNGAHHDFRARDGLTPLHKAVRAHNHAALMTLLSMGASPDY
KDRCGLTPLYHSVLTGGDTSCCETLLYFRSRLGVRDENGWDESHQACQNGFAQHLEHLLF
YGADTTSQNASGNTALHISALYNKESCVRVLLYRGANKEIKNKHGQTPFQVAVMSGHFEL
GEIIKNHNDADVVPFLESPKYAPQRMESGWIVPVSMPLPHPHPLLRAKSENTMATSSDIV
APPITAPAQAQRRASFALRSSSSPRGARTRSPSRGRSGEPESKQQKQRGRQGAGGGQRRR
LYSAVPGRVFIATRSHSAQGEREISFSKGDKVKVLSVGEGGFWEGTVKGRTGWFPSECVE
EVLPQNQEQRPESRSEKAKRKLFRHYTVGTYDGLEIPSDYIIKEKSVLLQKKENEGFGFV
LRGAKAQTPIEEFTPTPAFPALQYLESVDEGGVAWRVGLRMGDFLIEVNGVNVVKVGHRQ
VVNMIRQGGNSLMVKVVMVARNPEMEEVPKKKAPQQTKRLTPPAITLRSKSMTSELEEMV
EKAASPWKKKPDQSEGPQPPDKKRSVYQMALNKLDEILAAAQQTISTSDSQGHRVHGGKK
DRNKGFYSNEQSFDQSGGMGMMTSGSGYGSNYAQFSSGHAPQHGQMIRQKSVGIGEEERG
HLHPPTMKLSRSLSVPGPDDIPPPPDTSAPEPPLPVSRRAELSHSNAAPPMPPSHYLSHG
QVPNRAPPHPPPRREGDTGRRGGAKIGGLRRGYSSAMPPSDIAPKQLPIQRSQSPGVAKS
AGRRGGKGPLLKQRKVEEGGAGRTEKSSIPIPTIIVKAPSTSSSGRSSQNSSVEAEPPPQ
LDDEEEEPPGPETSPALPPALPPVQSSERPDLSSGGTARRERERYRDSRRKSTSFFYSSE
EDMLDEMESSQTPSETGTTPRLRPSKSIDEGLFSSDAGSMPPAFGLPQYASATPHHATTF
IHPLTGKVLDPASPLGLALAARERALKDDRRTRREERHFGRQFSTAGVFPSTTHNPQHPQ
HPQHPQHHQHPQHSQHPQHPQHPQHPQHPQHPQHPQHPQHHQHPQHPQHPQHPQHPQPPQ
PPPHPPHPQHPQHPQHPQPPHHPPQPQPPQHPQHHSATSHYIHQTHAAHYLSGTGTTPTS
TAQSPLSRPQSPRMLQLGGSGMGSGEYSGDTVDREGKEVQKVRFTGDRANQYQTFLRERE
GHGKGPNQAPRRPSLLRMESEVSSNATGYIGHGSSSPAQESARGGERTMHRDRLTDRERE
EETGGDPVGESGGSVMVLPPPAPSVDVADEFVFAEPLPPPLQFANGVDGSTQGTPVYTHH
QHHQHQQHQQQQNEQNPQTQSAPQSLQDHKPLHTPEPPKPTEGSQSLPDTQSHSQSCHPS
AIVHPYLFPPSPLIPPPQLCPKIPPANPPQPPQPPSAPSSSPQAGDSAASSLTSYDSEVA
NLTQSALSPSLPSPQTFPSSSSPSAPPTSSDPACLHRPLPLFYQSQDRSATLTYATMTTA
AIATGNAAVVTVTMTTPSASMAVVTGDHHPPPVKNREWSEAVVDSGIEDSHSSSDHHMEK
HIREQRERKQQQERRVSIESGRLRDEVKAGRRVSLESSMSNPDRHPVKTHNDMHAKTQMH
RSKPPPPPLTKPHPHPHNAIRMHPHTEGGRSVPSLRRQDQRSSQLLQARRGRDGREGCIG
GDDEVSGFYGPPAELSSLQCEGQHHQRTQQQAAAAGGLAGSRAAAVPKVFRRPVFITSHR
SCPAIPPPHLCSDTSESSVPHFTYCSVTPDYYP
NT seq 6222 nt   +upstreamnt  +downstreamnt
atgacggcggtgctgcttggtgacgcggcgcagcgccggaggatgctgggaaatacgaag
cgcttcttctcggcgtcggaggataaagaagcggaggatgaggcggaggaggaggagagg
aggcggagactaaacggaatggtggacggagaggaggagagtcagagaggaggccgccaa
tcccgcgagggaaagggggaggtgctaaaaccagcggccatcgtgattggtcgacagcga
ggggacaggcagcagcggccggccaacgcgggtcaccggggagctccgtactcggccaat
caggcggtacttcatcatcagccagccagccaaccgctgtactacccgacctcaaccaat
cagcagcagatctacaaagtcctgaccagtcagcaagctcggagacgtcacatggagcgc
agcatgaccaccatcacccccctggaggacacacacacacacctcagcatgatggtgttc
cgcgtaggaatacctgacatcaaacaaacgaagtgtctgcggtttgatccggatgcaacg
gtgtggagtgtgaagcagcaggtcatgtgttctctgggtgaatctctgtgggacgtctat
aattacggcctgttccagccggccggagaggggcgggacgcctgcttcctggaggaggag
cgatccctcagagaatacccacaatccctcgagaagggtgtgccttacctggagttcagg
tataagagcagagtctacaaacagaccaacctggacgagaaacaactagccaagctacac
accaaggctaacctgaagaagttcctggactatgttcagggtggcgctgtggagaagatg
agtaaagctctggagaaaggcctggacccgaactaccacgacccggagaccggcgagact
cctctgacggtggcagtgttggggggtatgagtgtggaggggattcgggtgctggttctg
aatggagcccatcacgacttcagagccagagacggactcaccccactgcacaaagcagtt
agagctcacaaccatgcagcactaatgactctgctgtctatgggagcctctccggactat
aaggatcgctgtggcctaactccgctctaccactccgtactgacagggggcgatacatcc
tgctgtgaaacactgctgtacttcaggtcacggctgggggtccgagatgagaatggctgg
gacgagtcccatcaggcctgccagaatggttttgcccaacatttagagcacctgctgttc
tatggagcagacaccacttcccagaatgcatcaggaaacacagcactgcacataagcgcc
ttgtataacaaggaaagctgtgtccgggtcctcctctacaggggagccaataaggagata
aagaacaagcatggccaaaccccctttcaggttgcagtgatgtccggccattttgaactt
ggagagataatcaaaaatcataatgatgcagatgtagttccgtttttggagtctcctaaa
tacgcccctcagcgaatggagagtgggtggattgtgcctgtgtctatgcccctcccccac
ccacaccctctcttgagggcaaagagtgagaatacaatggccacatcctcggacattgta
gctccgcccatcacagcacctgcacaggctcagcgtcgggcgtcctttgcgctcaggagc
tccagcagtccccggggagcccgaacccgttctccatcgcgagggcgaagtggggaaccc
gagagcaaacagcagaaacagcgtggtcggcagggggcgggtggaggtcagaggcggagg
ctatacagtgccgttcctggacgagtttttatagcgacgagatctcactctgctcaggga
gaacgagagatcagcttcagcaagggggacaaggttaaagtgctgagtgttggagagggg
gggttctgggaggggacagtgaagggtcgtaccggctggttcccctcagagtgtgtagag
gaagtgcttccccagaatcaggaacagagaccagagagtcgcagtgaaaaggccaagagg
aagctcttccgccattacactgtaggaacctacgatgggctggagatccccagtgattac
atcatcaaggagaagtctgttcttctgcagaagaaagagaatgagggcttcggctttgtg
cttcgtggagctaaagctcagactcccattgaggagtttactccgactcctgcttttccc
gctctgcagtatctggagtctgtggacgaagggggcgtggcctggagggtgggactgcga
atgggggacttcctgattgaggtgaatggagtgaatgtagtgaaggtgggccacaggcag
gtggttaatatgatccgtcagggggggaacagcctcatggtgaaggtggtgatggtggcg
cgcaatcctgagatggaggaagttcctaagaagaaagcccctcagcaaaccaagcgactg
acgccgccggccatcaccctgcgctccaaatccatgacctcagagctggaggagatggta
gagaaagctgcctcaccgtggaagaagaagccagatcagtcggagggtcctcagcctcct
gataagaagaggagtgtttaccaaatggctctaaataagctggacgagattctggctgct
gctcagcagacaatcagcacgtctgactctcagggtcaccgagttcacggaggcaagaag
gatcggaacaagggcttctattctaatgagcaaagttttgaccaatcaggaggtatgggc
atgatgacatcagggtctgggtatggttctaattatgcccagttttcatcaggccacgcc
cctcagcatggtcagatgattcgtcagaaatctgtcggaataggggaggaagaaagggga
catttgcaccctcccacaatgaaactgtcccgcagtctctctgtccccgggccagatgac
atcccccctccacctgacacatcggcacctgaaccacctctgccagtcagtaggagggca
gagctaagccacagtaatgctgcccctcccatgcctccctctcactacctttcccatggt
caagtgccaaacagagctccaccccacccacctccccgcagggagggtgatactggcaga
aggggaggggcaaaaattggtggtcttagacgtggttacagcagtgccatgcccccctct
gacatagccccaaagcagctgccaatacagcgtagtcagtctcccggtgtggcaaagagt
gccggtcgccgtggtggtaaaggacctctgttaaagcagcgtaaagtggaagaaggtgga
gcaggacgaaccgagaaaagctccatccctatcccaaccatcattgttaaggcaccctcc
accagcagctccggacgcagcagccagaacagcagtgtggaggcagagcctcctcctcag
ctggatgacgaggaggaggagcctcctggtccagagacttctcccgccctgccgccagcc
ctgccacctgttcagtcatcggaacgtccggatctaagcagcggcggcacagccagacga
gagagagagcgctaccgtgactctcgcaggaaaagcacttcattcttctactcctctgag
gaggacatgctggacgagatggagtccagccaaaccccatccgaaactggcaccacccct
cgcctccgcccatcaaagtctatcgatgaaggtcttttttctagtgatgctggcagcatg
ccacctgcctttggccttccacagtatgcctcagccacccctcaccatgccacaaccttc
atccaccctctaactgggaaggttttggaccctgcaagccccctgggtctggctctagct
gctcgagaacgggcactaaaggatgatcgccgtactcgcagggaggaaagacattttggt
cgtcaattttccactgctggagtgtttccctctactacccacaaccctcagcatcctcaa
catcctcagcatcctcagcatcatcagcatccccagcattctcagcatcctcaacatcct
cagcaccctcagcatcctcaacatcctcagcatccccaacatcctcagcaccctcagcat
catcaacatccccagcatccccaacatcctcagcaccctcagcatcctcagccccctcaa
cccccaccccaccctccgcaccctcagcaccctcaacaccctcagcaccctcagcccccc
caccaccctccacaacctcagcccccacagcacccccaacaccactcggccacttcccac
tacatacaccagacacatgctgcccattatctcagtggcacgggtaccacgcctacatca
acagcgcaatcccctctgagccgaccacagtccccccggatgttgcagttgggaggaagt
gggatgggttctggggaatacagtggtgatactgtggacagggagggcaaggaggttcag
aaggtacgttttacaggtgacagagccaatcagtatcagactttccttagagagagggaa
gggcatggaaaggggccaaatcaggctccgcgcagaccttccttactgcgcatggagagt
gaggtaagcagtaacgctaccggctacataggtcatggttcctccagccctgcccaagaa
tctgcaagaggaggagagagaaccatgcatagagacagactgacagacagagaaagggag
gaagaaacaggaggagatccagtgggagagagtggaggaagcgtaatggttttgccacct
ccagctccatccgtggatgttgcagatgagtttgtgtttgcagaacctctgccccctcct
ttgcagtttgctaatggagtggatggatcaacacagggaacaccagtgtacacccatcat
cagcaccatcaacaccaacagcaccaacaacagcaaaatgaacaaaacccacagacacag
tcggcaccacaatctctgcaggaccataaaccgttgcatacccctgaacctccaaaaccc
actgaaggctcacagtctctccctgacactcagtcccactcacagtcctgtcatccctct
gcaatcgtccatccctatctctttccaccgtctccactgatccccccaccccagctgtgc
ccgaaaatacccccagcaaatccaccgcaacctccgcaacccccctcagccccctcttcc
tctccacaggcaggagactctgctgcctccagcctgacatcctacgacagtgaagtggct
aatctgacccagtcagctctttccccatcgcttccatctcctcaaaccttcccttcatcc
tcttctccctctgctccgcccacgtcctcagaccccgcctgtttgcacaggcctctacca
cttttctatcagtcccaggaccgcagcgctacccttacctacgccaccatgacaactgct
gccatagcaacaggaaatgctgctgtggtaacggtcactatgacgactccttcggcgagc
atggcagttgttaccggtgaccatcacccaccaccagtcaaaaaccgtgagtggtcggaa
gcagtggtggattctgggattgaggacagccacagcagcagtgaccatcacatggagaaa
cacatcagagaacagagagaaaggaaacagcaacaggagagaagggttagcatcgagagc
ggcaggctgagggacgaggtgaaggcgggaagacgagtgtccctggaatcatctatgtcc
aaccctgacaggcaccctgttaaaacacacaacgacatgcacgccaaaacacagatgcac
agaagcaaaccgccgccgcccccgctcactaagccacacccacacccacacaacgccatc
agaatgcacccacacacagagggtggccgaagtgttccatccttacgccgtcaagaccag
cgcagctcccagcttctacaggccagacgaggacgtgatgggcgagagggctgtattgga
ggcgatgatgaagtctccgggttttatggaccgccggctgaactctcctctctccagtgt
gaaggccagcatcatcagcgaactcagcaacaagctgcagcagctggggggctggcaggg
tcaagggctgcagcagtcccaaaggttttcagaagacctgtcttcattacttcccacagg
tcatgcccagccatccctcctccccacctctgctcagacacttcagagagctctgtcccc
cacttcacctactgttccgttacccccgactattacccctaa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (308)   
   KEGG ORTHOLOGY (1)   
   RefGene (304)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (11)   
   Pfam (11)   
All databases (326)   

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