KEGG   Osmerus eperlanus (European smelt): 134032691
Entry
134032691         CDS       T10927                                 
Symbol
rab11fip5b
Name
(RefSeq) uncharacterized protein rab11fip5b isoform X1
  KO
K12484  Rab11 family-interacting protein 1/2/5
Organism
oep  Osmerus eperlanus (European smelt)
Pathway
oep04144  Endocytosis
Brite
KEGG Orthology (KO) [BR:oep00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    134032691 (rab11fip5b)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:oep04131]
    134032691 (rab11fip5b)
Membrane trafficking [BR:oep04131]
 Protein recycling
  Rab GTPases and associated proteins
   Rab11 associated proteins
    134032691 (rab11fip5b)
SSDB
Motif
Pfam: C2 RBD-FIP DUF4635
Other DBs
NCBI-GeneID: 134032691
NCBI-ProteinID: XP_062332697
Position
13:7028133..7037703
AA seq 1470 aa
MMSLIDLDDDQRWVPTHVNVTVLRAKGLRTKGKHGSRYVYTIIQVGKEKYTTGLVEKAAM
PEWNEECCFELLPGILEHGGRSSFPPGSGDLVLTVMHRVLIGLDVFLGQAIIPLDKIFHD
GMCPRDEWLRLNSKAGRKEKERGELQVTAQFTRNNMTASMFDLTMKDKPRSAFGKLKDRV
TGRKRGDVESSSAIVPGRFAALSGGLGQPFGEGGGEEDPGVGEVVTEEKRSKMKDFFKGR
LRRSSDTRSCSSLASENSVSSMASDTPGPPPCLDLLANPPSSPIYRSKFKEDTQNGEMEL
AKKVLTSQTSPKILTHKRAFSDEAGNINTPLPRPCPAVESLKGQGMTLSQSSLCINGSHV
YSEPVTPQRSSGTLPSKLVLLEKCSPLSRSLQNLTKRSDDKASPREGRRWSFDKGKKEQK
EEDKEADAEVALVQSARTTGRPVQAATPILLTAATDSADKGKKQRKTLFSGGRSDSLPSK
SDLSQPAPEGRLRGWFGSGESPNKPRLEVSPKVESSSDVPPPLPPRSPIPPQCSSPSACS
TGRTSPDSGHPTNPFTPSPPTTPVSPSNPFLPRMQCNPFFEELIAEETQRSPPLACRSTA
SPLCHSTASPSRPHIPSPATHDAMQRKMAAIRRERPRAVARQMSLPALLPKAASSNPPNP
FNPRSMSESGGELDESFDAFASSRLNPTQNSSKPPSQAQRRSTPPVDNHSIQPIDEMEME
MPEEDPPPLPPRRPIRTAVNDIYSESWLHRGQELAVHKEACLLSQTGAASLQHARDGDRK
RNTPSLSTELHLSSETSLSHTDHSQPKANLPMSPPLFMDEDQFTKFKYEPLEDEAESWRG
IFTEQDFCEPDVMVNHEETDVKHSDEGVKKQTISKAPHSESTNLAGPKMLLDGDMSVADL
LSMSSPKIPKSNIQIHDVVCTIQEPKVEPSSTHPDKPISINNNQSPSLTLEDLNKNISNS
DFSFIDSDGSTPSEIGNSLKGLGGILPPPSADSPLALYHDGVMATSEDRFTLKRPSLTDI
NSAFEMNAPISKQLKVSAVCQENCLYGACELGTPMCMSTDSIDVLKDESTCDLKQEVQSS
NGFLKESIDFKETPSSLDWNGNPPYKPVSSESSPQVVSARKSLKGMIRELHGNGSPKTPR
GGGRKNDFDESSSLVQQIMESSEGPFSYQPTRSSLSSPVSPDKEINIRVNGLNREQIDCN
ELNTKLGHSPSKQMGEISFEDLHAKVAPKLKSPAKSRLGAFVHVSNPCASDLSSAPSLAD
GTNDQANIPLTLATCPILHPPTLRPNPGASATLVVAPYSSSSCTTAQSQVDARHTLLPEE
TQPASSLPHQESSPHPVKPLTTSTSQGEKREEKREGRSVLEKLKSTIHPGRSAQPTGTQA
EKAQEALVDNSAQYQHLTNMELIALLLQQEMDMEKQQAASQQQGALLEKREAELKKVKAQ
VRDLEDYIDRLLVQIMEQTPTLLQVRSRHK
NT seq 4413 nt   +upstreamnt  +downstreamnt
atgatgtcacttatagatttggacgatgaccagagatgggtccccacgcatgtgaatgtc
actgtcctccgtgcaaagggattgcgaacgaagggcaagcatgggagtcgttatgtttat
actattattcaggtagggaaggagaagtacacaaccggcttggtcgagaaggcggcaatg
cctgaatggaatgaggaatgctgtttcgaacttctccccggtattttggagcatggggga
cggagctcctttcctccggggagcggtgacttggtccttactgtcatgcaccgggtgctg
atcggccttgatgtgtttcttggtcaagctatcatccctctggataagatatttcatgac
ggaatgtgtcctagagatgagtggctcagactcaactccaaggccgggcggaaggagaag
gaacgtggggagctccaggtgacggcccagttcacccgtaacaacatgaccgccagcatg
ttcgacctcaccatgaaggacaagcctcgctcagccttcggcaagctcaaggaccgcgtg
actggtaggaagaggggtgatgtggagtcatcctcggccatcgttcccgggcgcttcgct
gccttgtcgggggggctgggccagccttttggagaggggggcggtgaggaggaccctgga
gttggagaggtggtgacggaggagaagaggagtaaaatgaaggatttcttcaagggaaga
ctgcggaggtcttcggacaccaggtcgtgctcttcgctggcctctgagaacagcgtgtca
tccatggccagtgacactcccggcccccctccatgtctggacctactggcaaaccccccc
agctccccgatctaccgtagcaaattcaaggaggacactcagaatggagaaatggaacta
gcaaagaaagtgctgacgtcacaaacctctccaaagatactgacccacaagcgagcgttc
agcgatgaggccggtaacatcaacactcccctgcctaggccatgccccgctgtagagtcc
ctgaagggccagggcatgaccctctcacaatcttcactgtgcatcaacggcagccatgtc
tactcggagcccgtgactcctcagcggagctcaggcaccctcccctccaagctggtctta
ctggagaagtgttcccccctctcccgctccctgcagaacctcacaaagcgaagcgatgac
aaggcctccccaagggagggccgacgctggtcctttgacaaggggaagaaggagcagaaa
gaggaggacaaggaggctgatgctgaggtggccctggtccagagcgcccggacgaccggt
cgaccggtacaggcggcgacgcccattctgttgaccgccgccactgactcagcagacaaa
gggaagaagcagaggaagaccttgttctctggagggaggagcgattcgcttccttccaaa
tcagacctgagccagccagctcctgaggggagactcagggggtggtttggctccggggaa
tccccgaacaagccaaggctggaagtttctcctaaggtagaaagcagctcagatgtaccc
cctcccctcccccctcgctcccccattcctccccagtgctcgtccccctccgcctgctcc
actggtcgcacctcacccgacagtggtcatcccaccaaccccttcaccccctcccctccc
acaacacccgtctccccctccaaccccttcctgcctcgtatgcagtgtaacccctttttt
gaggagctcatagctgaagagacacaaaggtcccctcctctcgcttgccgctccaccgcc
tcacccctctgtcattccacagcttcgccctctcggccccacatccccagccctgcaaca
catgacgccatgcaaagaaaaatggccgccatcaggcgagagcgtcccagggctgttgcc
aggcagatgtcccttcctgctttgctcccaaaagcagcttcatccaaccctcccaatccc
ttcaatcctcgttccatgtcggaaagtggtggtgaactggacgagtcattcgatgctttt
gcctctagccggctgaatcctacccagaactcttcaaagcccccttcacaagctcaaaga
agaagcactccacctgtggacaatcactccattcagccgattgatgagatggagatggag
atgcctgaagaagatcctccaccattgcccccaaggagacccattagaactgcagttaat
gacatatattctgaaagctggttacatagaggtcaagagcttgccgtccacaaagaggcc
tgccttttgtctcagaccggcgctgcctcccttcagcacgctagagatggagaccgcaag
cgaaatactcctagcctctccacagagcttcacctcagcagtgagacatcactgtctcac
actgatcactcccaacccaaggcaaacctgccaatgtcccctcccctgtttatggatgaa
gaccagttcaccaagtttaaatatgaaccgttagaagatgaagccgaaagctggaggggg
atattcactgagcaagatttttgtgaacccgatgtcatggtcaaccatgaggagacagat
gtaaaacattcagacgagggtgttaaaaaacagaccatttcaaaagctcctcattctgaa
agtacaaatctagctggacctaaaatgcttcttgatggcgacatgtcagtagctgaccta
ctgagcatgtcatccccaaaaattcccaaatcaaacatccagatacatgatgttgtttgt
actatacaagaaccaaaagtggagccttcttccactcacccagataaacccatatctata
aacaataaccagtcaccctcactaaccttggaagatctgaataagaacattagtaattct
gattttagctttattgattccgatggttctactccatctgaaataggcaactctctaaaa
ggtctgggtggtattttacctccaccatctgctgattcacctctagccctgtaccacgac
ggggtgatggcaacttcagaggataggttcactttaaaaaggcctagcctcacagatatc
aactcagcctttgaaatgaatgcaccgattagtaagcaactgaaagtttccgctgtttgc
caagaaaactgtctttatggagcttgcgaactgggaacaccaatgtgtatgtccacagac
tctatagatgtcctgaaggatgaaagcacttgtgatttgaaacaagaggttcaatcaagt
aatggctttcttaaagaaagcattgattttaaggaaacaccgtcttcacttgattggaat
ggcaatccaccatacaagcctgtaagcagtgagtcttcaccacaggtcgtcagcgcacgg
aagagtcttaaggggatgatacgtgagctccatggcaatggcagtccaaaaactcctcgg
ggaggaggaagaaagaacgattttgatgaatcatcttctctggttcaacaaatcatggaa
agcagtgaaggacccttctcatatcaacctacaagatcttctctttcctccccagtgtct
ccagataaagaaataaacatcagggtaaatggtctaaacagagagcagatcgactgcaat
gaactaaacactaagctaggacattctccctcaaagcaaatgggagaaataagctttgaa
gaccttcatgccaaagtagctccaaaattgaaaagtcctgctaagtcaaggcttggtgcc
tttgtgcatgtctccaatccctgtgcttcggacctctcctccgccccttccctggcagat
ggcactaatgaccaggctaacatacccctcacccttgccacttgccccatcttgcatccc
cccacactgaggcccaatcctggagctagtgccaccctggttgtggccccctactcctcc
tcctcctgcactactgcccagtcccaggtcgatgcacggcacacacttttgcctgaggag
acacaaccagctagcagcctgccccatcaggagagcagcccccatccagtgaaacccctg
accacctcaaccagccagggggagaagagagaggagaagagagagggccgctcggtcctg
gagaagctcaagtccaccatccacccaggacgctctgcccagccgacaggaacccaggct
gagaaagctcaggaggcgttagtggacaactctgcccagtaccaacacctgaccaacatg
gagttgatcgcccttctgctgcagcaagagatggacatggagaagcagcaggcagcttcc
caacagcagggagcattgttggagaaacgtgaggccgagctgaagaaggtgaaggcccag
gtgcgcgacctggaggactacattgacaggctgttggtgcagatcatggagcagactccc
acactgctccaagtgcgctccagacacaagtga

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (9)   

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