KEGG   Mus musculus (house mouse): 70952
Entry
70952             CDS       T01002                                 
Symbol
Poteg, 4921537P18Rik, 4930456F22Rik, Gm1698, Gsarp1, Gsarp2
Name
(RefSeq) POTE ankyrin domain family, member G
  KO
K17299  POTE ankyrin domain family protein
Organism
mmu  Mus musculus (house mouse)
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:mmu04147]
    70952 (Poteg)
Exosome [BR:mmu04147]
 Exosomal proteins
  Exosomal proteins of colorectal cancer cells
   70952 (Poteg)
SSDB
Motif
Pfam: Ank_2 Ank Ank_4 Ank_5 Ank_3 DUF3496
Other DBs
NCBI-GeneID: 70952
NCBI-ProteinID: NP_001388442
MGI: 1918202
Ensembl: ENSMUSG00000063932 ENSMUSG00000110333
Position
8:27937662..28110476
AA seq 2017 aa
MSFSMKKIFGAKEKTPLGFCDAPQMTVSEFFFGENPNYPKYHTTYRPLGHIHRVAAEGDA
ARMEILLTLGQCNVYHRDRKDRTALHFACVYGRLPVVTILVKNNCEIDALDKNHTTPLMK
SVQCWKQKCATVLLEHGADPNIRDSSGNSALHYAVYNGHQEMASLLLQYNADIEQKTKDG
FTPLLLALREKRVEVAEFLVRMGADIHVVDELQRNTLIYAIRCGSKDLSVLLLEKGIDFF
YKDVFGWTALRYAIEGHCTFRQTLLDFEESLHSNKKDKEPELQVEPSTSCILAKQIDAGN
DSLARISSCPSPETPVLTMKEDENSDARSNSESKPPNCAGNSPAAIDKAFGNRGKRTVEA
WVEKDPSSESAAEVRDSVTNEAVERIKLLPSETELELMSVEEDVSHESENDHPLRESEHL
PKIKVGHSSRSGYQMGKMNINRQMKESDEEYAQLMTPIEMKDPVSKEPWTTKDAPTFKSE
PDLEVTLKEDHNRFDDSRNIQSLRIREGPPNTSGNVSVAADPRRERTNRQAAESAKEYPP
LMTTNEMKDPDKVVTMKEVGIVQLEGPAVKLTSEEEPNRQDGFERNPPSNICKQIPAQDV
GYLSIAKHQRGEKMVTPREKEFSKECPQSKPTIVEEESVSKEAWDMTTVKSFLEDTSNDY
PLSKPTVEKNDYVPNEVSDIKHGKWFQENCPKEYVQLKLPIEERDSFPREAPPVNQAKLH
RADEPTSVKNPSRITRCVRQNAAASVKVTSVEDQKCPDDHEKNQRMAAFKRPQTKDTEYL
SMANYESRENFAEDQEEDPPEQQPQWKPVQPTLEDSSPSKASAAKPVEPFLTAEPITNIS
EGKQEWCDSRNTQRQGIGNLFLAEDQRYDSSIQDEEEDFPEEYVQLKPLDKEKTPFPCEA
PAKKEVKTFGTELDKNLSSEEEQGWLDDREEEHPKEPPPKDIVHLSMSKDEGGVNVVGVI
SSQEKDFPAECPEFKVSIEKQDFVPTEDSILDQEKSFLAGPKTEQLRWEEEQTGWRVSDK
KQRKQAIFERLQLRRNTRVSIDPPKSVRSTRAAEDRGATTVQPRPEEDQTGWHAIDRKQQ
KPVFVRVQPRCNARTSMGPEESGGDTGAAQEKGATTVQLRPQEDQTGWHAIDKKQKPITE
RFQPRWNARVSLNPEESGENMGVAEEKGSTAVQPRPEEDQMRWGGSEKMQWKPVLERFQL
KWSARVSVGPEKSRRHRGAGKDKVEPTVRVSSEQHSRCHSSVKKPRLHILERLQRKWSVR
VCMETNQRGGKTKAAQMTYSSDEYPELKTVIEKQDSVPVEDPEMNHEMSSAAETDLQMKS
KEMKQTQAYENIQSVDIDQVSMTVGQRSKNIVSGEEEAESDLNNASGDELNRCYSSESNQ
SLVEEKMQKPGSNGTDRDEYPSDATVSAAGVAGAAAGASVGAAAGGGAAAAADGSAVVIG
GGAASGASGGAPAGVVVGAGGVAAAAGGSGTDGGGGAGGNFVTAGANADDGGAPAAAPAV
APAAAPAVAPAAAPAVAPAAAPAAAPAAAPTAASPAAAPTVASAAAASAVASAMEELVLQ
RRSGEINNQRFLTKESVRHDRPRKKTSKEKHKITKQVRAMVDVTQLSEAVSEDDSGRPFK
KQGSLNSDNASIDLKKVNELPGKRNKKIDTEKNDPKKEISETREEKSKLEDEVVQGDEEF
WKLRFTLRKELEETKNIHCIYEIMKKHLNEKEEQQKERATAAQLAMRLRTRDWELRIMRD
TLKELQEAQDQHIDAIKLAQKMKDDLQRVEHENSELKVKVKEQAKKIEKLSRCLQNSRER
LEQSSKLTQSGVRETLEVLCKNNMSPMNQIGVGIHSLRSEPAQRKTVQDPNTSSLKSYEQ
QCIDELRISNALLYERYNLYRNKRLEESRTKVHITVEQDTSPLSTSETRFDLESPCVACS
CPHQYVFPREAGVLPGNPRSSNYSSQRCHRTMEDEEKSVKELTELKQTLEYKLYHQKKKN
GEIEKEIIGIKKCLKMTKTGHKIGECSSHGHSRTVQF
NT seq 6054 nt   +upstreamnt  +downstreamnt
atgtccttttccatgaagaagatctttggggctaaggaaaagacacccttgggtttctgt
gatgccccacaaatgactgtctctgagtttttcttcggtgaaaatccaaactatccgaaa
taccatacaacatacagaccgttggggcatattcacagggttgctgctgagggtgatgca
gcccggatggagattctcctcacgcttggacaatgcaacgtgtaccacagagaccgcaag
gacaggacagctttgcactttgcctgtgtctatggccggctaccagtagtgaccattcta
gtgaagaataattgtgagatcgatgccttggacaagaaccataccacacctctgatgaag
tctgtccaatgctggaagcagaaatgtgcgaccgtgctgctggagcacggcgctgatccg
aacattagagacagcagtggcaacagtgccttgcactacgctgtgtacaacgggcatcag
gagatggcctccctactgcttcagtacaacgctgatatcgaacaaaaaaccaaggatggc
ttcacaccactgttgctggcactccgagaaaagcgggtggaggtggcagagtttttagta
agaatgggagcagacatacacgtggtagatgagctgcaaagaaacaccttgatatacgct
ataagatgtggatcaaaagatctgtctgtattactccttgagaaaggtattgacttcttc
tataaggatgtcttcggatggacagcattacgctacgctattgaaggccactgtactttt
agacagacacttctggattttgaagaaagtctacatagtaacaaaaaagataaggaacca
gaactacaagtggagcccagtacctcctgcattttagcaaaacaaatagatgctggaaat
gactcactagcaaggatctccagctgtcctagccctgagactcctgtgcttacaatgaag
gaagacgagaacagtgatgccaggagtaactcggagagcaagcctcctaactgtgctggc
aattcaccggcggctatagacaaagcatttggaaatagaggaaaaagaactgtggaagca
tgggttgagaaagatccatcttcagagtctgctgccgaagtcagagactctgttacaaat
gaagcagtggaaaggatcaagctgttgccttcagaaacagagttagaattgatgtcagta
gaagaagatgtgtctcatgaaagtgaaaatgaccaccctttgagagaatcggagcatctt
ccaaagatcaaggttggccattcatctcgttcaggatatcaaatgggaaaaatgaatata
aatcgacaaatgaaagagtctgacgaggaatatgctcaactgatgactcctattgaaatg
aaagaccctgtttccaaagaaccatggacaacaaaggatgcacccaccttcaaatcagag
ccagacttagaagtgacactaaaagaagatcacaatagatttgacgacagcagaaatatt
cagtcattgagaatccgagagggtcctccaaatacatctggtaacgtatctgtggcagca
gatccaagaagagaaaggacaaacagacaagcagcagaatctgcaaaggaatatccaccc
ttgatgactaccaacgaaatgaaggatccggataaagtggtcaccatgaaggaagtaggg
atagtccagttggaagggccagctgtaaaattgacatcagaggaagagccaaatcgtcaa
gatggctttgaaaggaatccaccatcgaatatttgtaagcaaattccagcacaggatgtt
ggctatttatcaatagctaaacatcaaaggggagaaaaaatggtgacacctcgggaaaaa
gagttttcgaaggaatgccctcaatcaaagcctaccattgtagaggaagagtctgtttca
aaggaggcctgggatatgactacggtgaaatcatttttagaagatacttctaacgactat
cctctatcaaagcctacagttgagaaaaatgactatgttccaaatgaagtctctgatata
aagcatgggaaatggttccaagaaaactgtcctaaggaatatgttcaattgaagcttccc
attgaagagagagattcttttccaagagaagcaccaccagttaatcaggcaaaattacac
cgtgcagatgagcctacatctgtaaagaatcctagcagaattacaagatgtgtaagacaa
aatgcagcagcatctgtaaaagtgacgtcagtggaagatcaaaaatgccccgatgaccat
gagaagaatcagagaatggctgcgttcaaacgacctcaaacaaaggacactgaatattta
tccatggctaattatgaaagtagagaaaattttgccgaagaccaagaggaagatccccca
gaacaacaacctcagtggaagcctgtacagcctacacttgaagattcttccccaagcaag
gcatcagcagcgaagcctgtggaacccttcctcacagcggaaccgattacaaacatatca
gaaggaaaacaagaatggtgtgatagcagaaatacgcaaagacagggcattggcaattta
tttttggctgaagatcaaaggtatgacagcagcatccaggatgaggaggaagactttcct
gaagaatatgttcaattgaagcctttggataaagagaaaactccttttccatgtgaagca
ccagcaaagaaagaagtaaaaaccttcggcacagaactagataaaaatttgtcatcagag
gaagagcaaggatggcttgatgaccgtgaagaggaacatccaaaggagcctccgccaaag
gacattgtgcatttatccatgtctaaagatgagggaggagtcaatgtcgtaggtgtcata
agcagccaagagaaagactttcccgctgaatgtcctgaattcaaggtttccatagagaag
caagattttgtgccaactgaagactcaatattggatcaggaaaaatcattcttggcagga
cccaaaactgaacagctgaggtgggaggaggagcagacaggatggcgtgtcagtgacaag
aagcagaggaagcaggctatatttgagagacttcaactgagacggaatactcgagtgtca
atagatccccctaaaagtgtaagaagtacaagagctgctgaagacagaggagccacaaca
gtacaaccaaggccagaggaggaccagacaggatggcatgccattgacaggaagcagcaa
aagcccgtctttgtgcgagtacaaccaagatgcaatgctcgaacgtctatggggcctgaa
gaaagtggaggagatacaggagctgctcaagagaaaggagccacaacagtacagctaagg
ccacaggaggaccagactggatggcatgccattgacaagaagcaaaagcccatcactgag
cgatttcaaccaaggtggaatgctcgagtgtctttgaatcctgaagagagtggagaaaac
atgggagtcgctgaagagaaggggtccacggcggtacaaccaaggccagaggaggaccag
atgcgatggggtggcagtgagaagatgcagtggaagcccgtccttgagcggtttcaactg
aagtggagtgcccgagtgtctgtgggtcctgaaaaaagcagaagacacagaggagctggt
aaagacaaagtagaacccactgtacgagtttcatcagaacaacattcaagatgtcacagc
agtgtgaagaagccacggttgcatatcctggagcgacttcagcgaaagtggagtgttcgt
gtatgtatggagacaaatcaaagaggaggcaagacaaaagcggctcagatgacatactct
tctgatgaatatcctgaattgaagactgtcattgagaagcaagattctgtaccagttgaa
gacccagaaatgaatcatgagatgtcatccgcggcagaaaccgacttacaaatgaaatca
aaggaaatgaaacaaactcaggcctatgaaaatattcagtcagttgatattgatcaggtg
tccatgactgtgggtcaaagaagcaaaaatattgtaagtggagaagaggaagcagagtca
gacttaaacaatgcatcaggggatgagctaaacaggtgttacagcagcgagagcaatcag
tcattggttgaggaaaaaatgcagaagcctggaagcaatggaacagacagagatgaatac
ccctctgatgctactgtgagtgctgctggggttgctggtgctgctgctggtgcttctgtt
ggtgccgctgctggtggtggtgctgctgctgctgctgatggctctgctgttgttattggt
ggtggtgctgcttctggtgcttctggtggtgcccctgctggtgttgttgttggtgctggt
ggtgttgctgctgctgctggtggtagtggtactgatggtggtggtggtgctggtggtaat
tttgttactgctggtgctaatgctgatgatggtggtgctcctgctgctgctcctgctgtt
gctcctgctgctgctcctgctgttgctcctgctgctgctcctgctgttgctcctgctgct
gctcctgctgctgctcctgctgctgctcctactgctgcttctcctgctgctgctcctact
gttgcttctgctgctgctgcatctgctgttgcttctgcaatggaagaactggttctacag
agaagatctggtgaaattaataaccagagatttcttacaaaggagagtgtaaggcatgat
cggccccgaaagaaaacatctaaggaaaaacataagataacaaaacaagtcagagctatg
gttgatgtaactcagttatctgaagcagtctcagaggatgattctggaaggccatttaaa
aaacagggttcacttaactcagataatgcatcaatagatcttaaaaaagttaatgaacta
cctggaaaaagaaataaaaaaatagacactgaaaagaatgacccaaagaaggaaatatca
gaaacaagggaggagaaatcaaagttagaggatgaagtggtacagggggatgaagaattc
tggaagctgaggttcactctaagaaaagaactcgaggagacaaagaatatccattgcatc
tatgaaatcatgaagaaacatttaaatgaaaaagaagagcaacagaaggagagagctacg
gcagctcagctcgcgatgcgtctgaggacacgagactgggaactgaggattatgagggac
accctgaaggagttgcaagaagcacaggatcaacacatagacgctataaaacttgcccag
aagatgaaagatgacttacaaagggttgaacatgaaaattctgagttaaaagttaaagtt
aaagagcaagctaagaaaatcgaaaagcttagcagatgtctgcaaaactcacgtgaaaga
ctggaacaaagttcaaagctgacacagtcaggagttcgagaaactttggaggtattatgt
aagaacaacatgtccccaatgaatcagataggagtcggaatccacagtctgcggtctgaa
cccgcccaaaggaaaactgtgcaagacccaaatacaagcagcctgaaaagttatgagcag
cagtgcatagacgaattaaggattagcaatgcattgctatatgaacgatacaatctctac
aggaataagaggctagaggaatcccgcaccaaagttcacatcacggtggagcaggacaca
tctcctctgagcacatcagaaacaaggtttgatcttgaaagcccttgtgtggcatgttct
tgccctcaccagtatgtcttcccacgcgaggctggggttctcccaggaaacccaaggtct
tccaactacagctcgcaaagatgccacaggacgatggaagatgaagaaaaatcagtcaaa
gaacttacagaattaaaacagactttagaatataagttgtatcaccagaagaagaaaaat
ggtgaaatagaaaaggagattattggaattaagaaatgtttgaaaatgacaaaaactggg
cacaaaattggagaatgtagttctcatgggcattcaagaacagtgcagttttga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (26)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (19)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (2)   
   OC (1)   
Protein sequence (5)   
   RefSeq(pep) (5)   
DNA sequence (20)   
   RefSeq(nuc) (6)   
   GenBank (7)   
   EMBL (7)   
Protein domain (6)   
   Pfam (6)   
All databases (60)   

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