KEGG   Mus musculus (house mouse): 338366
Entry
338366            CDS       T01002                                 
Symbol
Mia3, 9130229H14Rik, A930039G15Rik, B230399H06Rik, Gm1525, TANGO1, Tango
Name
(RefSeq) MIA SH3 domain ER export factor 3
  KO
K23704  transport and golgi organization protein 1
Organism
mmu  Mus musculus (house mouse)
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04990 Domain-containing proteins not elsewhere classified [BR:mmu04990]
    338366 (Mia3)
Domain-containing proteins not elsewhere classified [BR:mmu04990]
 Src homology (SH) domain-containing proteins
  Other SH2 and SH3-containing proteins
   338366 (Mia3)
SSDB
Motif
Pfam: SH3_2
Other DBs
NCBI-GeneID: 338366
NCBI-ProteinID: NP_796363
MGI: 2443183
Ensembl: ENSMUSG00000056050
UniProt: Q8BI84
Position
1:complement(183107091..183151091)
AA seq 1930 aa
MAAAPGLLFWLFVLGALWWVPGQSDLSHGRRFSDLKVCGDEECSMLMYRGKALEDFTGPD
CRFVNFKKGDDVYVYYKLAGGSLELWAGSVEHSFGYFPKDLIKVLHKYTEEELHIPADET
DFVCFEGGRDDFNSYNVEELLGSLELEDSVPEESKKAEEVSQHREKSPEESRGRELDPVP
EPEAFRADSEDGEGAFSESTEGLQGQPSAQESHPHTSGPAANAQGVQSSLDTFEEILHDK
LKVPGSESRTGNSSPASVEREKTDAYKVLKTEMSLDLKTKFGSTADALVSDDEATRLVTS
LEDGFDEALDAEYYPMEEEEEVEEDADSSDELPLLTFSDKDEKVPGKPMIEKYLTDKDPN
LSEEDKVEPPTWGDAFFSIVTGGEGKPGVVDLERSIEEEEDVSVSSSHQRKPQPAAGYTD
SEDEGDDLFVEEPKTNDVKDSETDPELVITGEEKDIQESRKGLVQPESQSEDAKSETASA
YRLQGSKLNPLSAAEKGRDFTLKAVFEKKENGLKESVIHISKETLHEDKTREIQRDSLES
ELVHRALGSSVTENNKPKSLGVAPLLGNNKPDASKDSTEVPDGSVSGPKAGQQEGFLEPG
LKTQHQPRFSPPEETGPSRELGGKVPISGRNLSWQQEQDVAAVVGKHANEKTGFPEEESR
EDGTDAEQARAIRRPQEAESPEVLSVQPGRPDEEEEEEEGDNYPPEGLMEDENAVSAQQS
RENSPSARDGRSDMNSQVFEKVILGTLNLNTEKTKQPANMILETGQESETTSEEAGDVGK
ESGHSVVVDSEESHLADMRAQRPSQVHGLRDETAAQTPGSGEAVLSKNPNDLQKDNPEEE
LVNTLGLEDPGVGEISEGEPEDTKEFGVSESQGTDAEDLRDDPSRQATPEIPDIVLKSIR
EDLPIINSFFKDDQQSLHRFLKYFDVRELEGLLEDMSIRLRSAHQNSLPYNMEKVLDKVF
RASESRILSMAEKMLDTGVAKNRDLGSKESSPLEEAEVLDDIQDLIYFVRYQYSGVETAP
LVTPPPPEEGWARPGEERQPPQQDSLPQENTGDLSVQPPEEPELSDQPVTSVQPPEEPEL
SDQPVTSVQPPEEPELSDQPVTSVQPPEEPELSDQPVTGYTSTSEVSQKPDTKKDIDLGP
VMEGGPVGAGDVQKQLETIAEEPAAVPPLESAFGSLYAFILYLSKMLLATLPDNVQPGPD
FYGLPWQPVIITAVLGIVSFAIFSWRTILVVKSRVYQVTEKQISEKLENIKKENAELMQK
LSSYEQKIKESKKYVQETKKQNMILSDEAVKYKDKIKILEETNVSLGDKAKSLRLQLESE
REQNVKNQDLILENKKSIEKLKDVISMNASELSEVQVALNEAKLSEENVKSECHRVQEEN
ARLKKKKEQLQQQVEEWSKSHAELTEQIKSFEKSQEDLEIALTHKDDNISALTNCITQLN
RLECELESEDPDKGGNESDDLANGETGGDRSEKIRNRIKQMMDVSRTQTAVSIVEEDLKL
LQLKLRASMSTKCNLEDQIKKLEDDRSSLQTAKAGLEDECKTLRQKVEILNELYQQKEMA
LQKKLSQEEYERQDREQRLTAADEKVVLAAEEVKTYKRRIEEMEEELQKTERSFKNQIAA
HEKKAHDNWLKARAAERAMAEEKREAANLRHKLLEMTQKMAMRQDEPVIVKPMPGRPNTQ
NPPRRGLLSQNGSFGPSPVSGGECSPPLPAEPPGRPLSATLSRRDTPRSEFGSLDRHLPR
PRWPSEASGKHSASDPGPAPVVNSSSRSSSPAKAVDEGKVNMAPKGPPPFPGVPLMGGPV
PPPIRYGPPPQLCGGPFGPRPLPPPFVPGMHPPLGVREYAPGVLPGKRDLPLDPREFLPG
HTPFRPPGSLGPREFFIPGTRLPPPTHGPQEYPPPPPAVRDSLPSGPREEAKPASPSSVQ
DRSQASKPTP
NT seq 5793 nt   +upstreamnt  +downstreamnt
atggctgcggcgccggggctgctcttctggctgttcgtgctgggggcgctctggtgggtc
ccgggccagtcggatctcagccacggacggcgtttctcggacctcaaagtgtgcggggac
gaagagtgcagcatgttaatgtaccgtgggaaagctcttgaagacttcacgggccctgat
tgtcgttttgtgaattttaaaaaaggtgacgatgtatatgtctactacaaactggcaggg
ggatcccttgaactttgggctggaagtgttgaacacagttttggatattttccaaaagat
ttgatcaaggtacttcataaatacacggaagaagagctacatattccagcagatgagaca
gactttgtctgctttgaaggaggaagagatgattttaatagttataatgtagaagagctt
ttaggatctttggaactggaggactctgtacctgaagagtcgaagaaagctgaagaagtt
tctcagcacagagagaaatctcctgaggagtctcgggggcgtgaacttgaccctgtgcct
gagcccgaggcattcagagctgattcagaggatggagaaggtgctttctcagagagcacc
gaggggctgcagggacagccctcagctcaggagagccaccctcacaccagcggtcctgcg
gctaacgctcagggagtgcagtcttcgttggacacttttgaagaaattctgcacgataaa
ttgaaagtgccgggaagcgaaagcagaactggcaatagttctcctgcctcggtggagcgg
gagaagacagatgcttacaaagtcctgaaaacagaaatgagtcttgacctgaaaaccaag
tttggctcaactgccgacgcccttgtgtctgacgacgaggcaaccagactggtcacttca
ttagaagacggcttcgatgaagcgctggatgctgagtattacccgatggaggaggaggag
gaggtagaggaggatgcagacagctctgatgagctaccattactaaccttctcagacaaa
gatgagaaagtccccgggaagcccatgatagagaaatatttaacagataaggatccgaat
ttgagtgaagaggataaagttgaaccccctacctggggggatgcttttttttctattgtc
acaggaggtgaagggaaaccaggtgtggtggatttagaaagatctatcgaggaggaggaa
gatgtgtcagtttcatctagccatcagaggaagccacagccagcagctggctatacagac
agtgaggatgaaggtgacgatctttttgtagaagagcccaaaacaaatgatgtaaaggac
tcagaaacagacccagaacttgtcattacaggagaagaaaaggacatccaggaatccagg
aaaggcctggtacagcctgagtcacaatcagaggatgccaagtcagaaacggcgagcgct
tatcgtcttcagggtagcaagctcaaccctctgtcagctgctgaaaagggcagagacttt
acactaaaagccgtctttgaaaaaaaagaaaatggcctaaaagaatcagttatccatatc
tcaaaggaaacactacatgaagacaagaccagagagatccagagagacagcttggagagt
gaattggtacacagagctttagggagttcagtgacagaaaataacaagcccaaatccttg
ggtgttgcaccactcttgggaaataacaagcccgatgcatccaaagacagtacagaggtc
ccagacggttccgtcagtggaccaaaagcaggccagcaggagggatttctagaaccaggt
cttaaaactcagcaccaacctagattctcccctccagaggaaactggtccctcaagagaa
ctggggggaaaagttcctatttcgggaagaaatctttcttggcagcaagagcaagacgta
gctgctgtagtcggtaagcatgcgaatgagaagacagggtttccggaggaagagagcagg
gaagacgggacagatgcggagcaagccagggccatacgaaggccacaggaggctgagagc
ccggaagtgctgagtgtccaacctggaaggccagacgaggaggaggaggaggaagagggc
gacaactatccccccgaggggctgatggaggatgaaaatgctgtgagcgcacagcagtct
agagaaaattcccccagcgctcgcgacgggaggtcagatatgaattctcaagtttttgaa
aaagtaattttggggacccttaatcttaacactgaaaaaaccaaacaaccagctaatatg
attttggagactggacaagagagtgaaaccacatccgaagaggcaggtgacgtgggcaag
gagtcaggtcacagtgtggtggtggacagtgaagaaagccatctggcagatatgagagcc
cagagaccctctcaagtccacggccttcgtgacgagacagcagctcagactcccggctcc
ggggaagctgttctgagtaaaaatcctaatgacctacaaaaagacaacccagaggaagaa
ctggtcaacaccttgggacttgaagaccctggcgtaggagaaatctcagaaggggagccg
gaagataccaaggagtttggagtctcagaaagccaggggactgatgctgaagaccttagg
gatgacccatcccggcaagctacaccggaaattcctgacatagtgctcaagagtataagg
gaagacttgcctatcataaacagcttcttcaaggacgaccaacagtccctgcatcgtttc
ctgaagtacttcgatgttcgtgagctggagggcttgcttgaagacatgtcgataaggctg
agatcagcgcaccagaacagcctgccgtacaacatggagaaagtcctagataaagtcttc
cgtgcctctgagtcacgaattctaagtatggcggagaaaatgcttgatacgggagtggcc
aaaaatagggacctgggctccaaagagagcagtccgttggaagaagccgaggtgttggat
gacatacaagacctgatctattttgtcaggtaccaatactctggagtggagactgcccca
ttagtcacacctccacctccggaggaaggctgggccagaccaggagaagagagacagcca
ccccagcaagacagcttaccacaagaaaacacaggagacctcagtgtgcagcctccagaa
gagcctgagctctcggatcaacctgtgaccagtgtgcagcctccagaagagcctgagctc
tcggatcaacctgtgaccagtgtgcagcctccagaagagcctgagctctcggatcaacct
gtgaccagtgtgcagcctccagaagagcctgagctctcggatcaacctgtgactgggtac
acaagtacctcagaggtatcacagaagccagataccaagaaagacatagatctaggtcct
gtaatggaaggtggtcctgttggggctggagatgtacaaaagcaactagagacaattgca
gaggagccagcagctgtcccacctctggaaagtgcatttggttccctctatgccttcatc
ctttatttaagtaagatgctccttgccacgttgcctgacaatgttcagcctggccctgac
ttttacggactgccctggcaacctgtgatcattactgcagtcttgggaattgtttcattt
gcaattttctcctggagaactattcttgttgtaaagagtagagtatatcaagttactgag
aaacaaatttctgaaaagttggagaatatcaagaaagaaaatgcagaacttatgcaaaaa
ttgtcaagttatgaacaaaagatcaaggagtcaaagaagtatgttcaagaaaccaagaaa
caaaacatgattctctccgatgaagctgttaaatataaggataaaatcaagatccttgaa
gaaactaatgtaagtttgggtgacaaagccaaaagccttcgtcttcagttagagtctgag
agggagcagaacgtcaagaaccaggacctgatactggaaaacaagaaatctattgagaag
ttgaaggatgtcatctcaatgaatgcatcagaactttcagaggttcaagttgcccttaat
gaagccaagctcagtgaagagaatgtaaaatctgagtgccatcgggttcaagaagaaaat
gccaggcttaagaagaagaaagagcagttgcagcagcaggtagaagagtggagtaaatcg
catgccgagctcactgaacagatcaagtcatttgagaagtcccaggaagacttggaaata
gctctgactcacaaagacgacaatattagtgctttgactaattgcatcacacagctgaat
cggttagaatgtgaacttgaatctgaggatccagataaaggaggaaatgagtcagatgat
ctggccaatggagaaacgggaggtgaccggagcgagaagataagaaatagaattaagcag
atgatggacgtctctcggacacaaactgcagtctcaatagttgaagaggatctaaaactt
ttacagcttaagctaagagcatcgatgtccactaaatgtaacctggaagaccaaatcaag
aaattagaagatgaccgcagctcgctgcagactgctaaagctgggttggaagacgagtgc
aaaactctgaggcagaaagtggagatcctgaatgagctgtaccagcagaaggagatggcg
ctgcagaagaaactgagtcaagaagagtatgagcggcaagacagagagcagaggctcacg
gcggccgatgagaaggtggttctggctgcagaggaagtgaaaacgtacaagcggcgaatc
gaagaaatggaagaagaattacagaaaacagaacgttcatttaaaaaccagattgctgct
catgagaagaaagctcatgataattggctcaaagctcgtgctgcagagagagccatggca
gaggagaagagagaagctgctaacttaaggcacaaattactggaaatgactcaaaagatg
gcaatgaggcaagatgagcccgtgattgtaaagccgatgccaggaagaccgaacacacag
aaccctccccggcgaggtctgctgagccagaatggctcttttggcccatcccctgtgagt
ggtggggaatgctcccctcccctaccagcagagccgcctgggagacctctctctgccaca
ctcagtcgaagagacactcctagaagtgaatttgggtcactggacaggcatttacctcgc
cctcgatggccatcagaggcatctggcaaacactctgcttctgacccgggtcccgctcct
gtggtgaacagcagctccaggagctcttctcccgctaaggccgtggatgagggcaaggtt
aatatggctcccaaagggccgcctccatttccaggggtgcctctcatgggaggcccagtg
ccaccacccatacgatatggaccacctccccagctatgtggtgggccttttgggcctcgc
ccacttcctccaccatttgttccaggcatgcatccaccactaggcgtaagagaatatgca
ccaggtgttctgcctgggaaacgggacctgcctcttgatcctcgggaatttttaccagga
catacaccatttagacctccaggttcactcggtccaagagagttctttattcctggtacc
cgattaccacctccaacccatggtcctcaggaatacccaccaccaccacctgctgtaaga
gactcactgccttcaggcccgagagaggaagccaaacctgcctctccaagcagtgtccag
gaccgctcacaggcttcaaagcccaccccctga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (67)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (60)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (8)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (6)   
DNA sequence (34)   
   RefSeq(nuc) (8)   
   GenBank (13)   
   EMBL (13)   
Protein domain (1)   
   Pfam (1)   
All databases (113)   

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