KEGG   Mus musculus (house mouse): 320051
Entry
320051            CDS       T01002                                 
Symbol
Exph5, AC079869.22gm5, B130009M24Rik, E030050P12, Kiaa0624, Slac2b, slac2-b
Name
(RefSeq) exophilin 5
  KO
K22236  exophilin-5
Organism
mmu  Mus musculus (house mouse)
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:mmu04131]
    320051 (Exph5)
Membrane trafficking [BR:mmu04131]
 Exocytosis
  Small GTPases and associated proteins
   Rab associated proteins
    320051 (Exph5)
SSDB
Motif
Pfam: FYVE_2
Other DBs
NCBI-GeneID: 320051
NCBI-ProteinID: NP_789816
MGI: 2443248
Ensembl: ENSMUSG00000034584
UniProt: Q0VAV2
Position
9:53212814..53292466
AA seq 1960 aa
MTKVPQGFDFSFLNEEEARKILQVLERNEELRRAEKDRISKLQKTKRDIRWLQGATGEWF
EEIQRKKFCNETDVNQMLKPPLTYRLQKGMAKNDPMELQTPRSKSLINQKPSVSSRMSFR
SSFASLFSFRRPAKETLKLQSPRPNRCDERVRPSASVRGTASAKIYNSPVGNQPVASVFV
PKPAIMREESGMPPPWDASLLESEFFQVLDDLDNKLAQEQSSGLMNTRVPFNYGSRTQFK
LSHRNSHGHSTGRQQNYHSETSNMSIYNILRPGTPREGFKTFSPRTKTIYDMYRTREPRV
LKEDFMQKNAFGSASLCFDSRQRSASPATGSFTARSLHFPADTQNKSSFTPVRHQQSPKR
TPLSSIIWNRSDASRHRQNQEESLGVQAPMDIDPEEQYVSPRCFQESRRYEMCHSQNAYQ
SYPLNVPVANAMSPDTLENSENMPFYRQSNPFARSFFSSTFRQSREQRFGQNSFWSRQEE
YSSWSDFPQSRGPFPSSDKDFEMFSVEANRAPSVCSQGVPSQHWRSHSSGHGTYVFRGRE
DSHCWRSDFQTSPLESMDTSHVNENQHPPHFVTPVGFSITDSSCHLQSSRLDSQQGYFPV
EEAVDEDPYLCGKAQTPASSFRTPFPLSPDDGRESQSSSFPDSTATLQKIIPNKPDFLPI
RNCTEVPVACSHSTDSLSLTDTQPNIPVTETNSEKDMDVSVSKDEQLNKTGQKSRPTGLP
QYVLHTVISNDLPDFQNAHSRDSAQNDRYGFNAPATERSRRSPRVFSRKGTSQIHTTQRD
QSNKLSKNKCFGGDRTLDSAASPPFIQESGTATSLPSPNQGCHQKTGSNEESSNTIKNSH
WCFESTANQKSQPSREPALLDLEQSLSTHSTNDSKLAPGHSISRAPLHVASDAPQESFLD
ARLVPSTTVFSRSLSDQDPGQEQREEKDKATKSQDNQLAVNSTDNQESHDSPALPHDAVH
CHPYSPFKNGRGKGRVRRRVSCIEKLTKTERAAAPTREGSGCAEDQRSIKDPELSTVYCT
LPRKPASFLIHSRQQESKGTVASVRNGPLPFQIKNKAEVPTGKSTSDKPSSPESVSDAAN
AVSGTPKATKKMTDMKAIRSASVRKGPLPFLIKRAISCPSGEPCSLAESDDRQKSSVLGM
DASPVIPRPGGRIFNSLEGEPSFRESAFSEKELAQEHTGKDRELRAPRMGLFNPSKKTPE
RLCATGSGKESGRALHKFKTTSMFSVSGDEENVNCLEVVSIYYTLPRKPSKKFCSLLQQY
TQGTDSLRDAFQGETEALPNALEIDELNCPAQVQSGIPPPQDPKMQVDSAPCCLSHSPES
KDVSQLPDRETSKSTLEEMTSVGPDVSLHREEPTTKEISPSNVSKTAIDDSLSREKREKE
LLRQILRAPLLHQEKGAGKEHTKSHQQPSKGGNSGPSGLPSRSEDNDENSQTRRDSGTCA
GGMASGNGQYPWRDHMAAVVGDRSSRSQPRETSGTTGSDCQNPTDKMLSDSESQAFALTP
ALCKLQLAEEAQPGGAGLQSEASQAGSQETNTAEMRKVEDEEHMLTRDQTLLPRGNNKNK
TNTDETKDRYSGKHRLAAISKASKRIPAKDLSPRKHVATIFSQSESESGFRRLSLYRPED
NPLSPEPTVKATESTDESSQMNVDKSETLLQETTVSSPGPPGQPCHQKSASILQPHLNGS
PGVLETPPKSEGSKTQISGELGAPAQLTLTSPLEKGAGHQQRLSPPFPLEPTQKSTINSH
CQLRHRSAPSPESEPEPHLYRSKSLKNFNVQSDLLCASHPPKARGRHFSENTSIDNALSQ
LSLEDGSFPNSGYNRRFKSSSELPASYESESWTSYSNRTRGPKSTSSISRPIDYGIFGKE
QQLAFLENVKRSLTQGRLWKPSFLKNPGFLKDDVLNASNLSQSELVNSPAGQAPEDGVFP
SEPLNIYKDDPVEPLVSDWDTDTTTDDEYYLDEKDKESEL
NT seq 5883 nt   +upstreamnt  +downstreamnt
atgacgaaagttcctcaggggtttgatttcagcttcctaaacgaggaagaagccaggaag
atcctccaggtactggaaagaaatgaggaactccggagggcagagaaggacaggatcagc
aaacttcagaaaacaaagagggatatcagatggcttcaaggagcaactggcgaatggttt
gaagaaattcaaagaaagaagttttgcaatgaaacagatgttaaccagatgttaaaacca
ccccttacatataggctacaaaaggggatggcaaaaaatgatccgatggaattacaaaca
ccaagatctaaaagcctaataaaccaaaaaccatctgtttcttcccgaatgagctttcgg
tcatcctttgcttcactgttctcattcagacgacctgcgaaggagactctaaaacttcag
tctccgagaccaaaccggtgcgatgagcgtgtaagaccttcagcgtctgtgagggggaca
gcttcggcaaaaatatacaattcacctgttgggaaccaaccagttgccagtgtgtttgtt
cctaagccagccatcatgagggaggagagcggtatgcctccgccctgggacgcttccctg
ctggagagtgagtttttccaagttttagacgatttggacaacaagctggcccaggaacag
tcttcaggcttgatgaataccagagtgccattcaactacggatcaagaacacagttcaag
ctgtctcacaggaacagtcatggtcatagcacaggaaggcaacagaactaccacagtgaa
acttccaacatgtctatctataacatcctgagacctggaacccctagagaaggctttaaa
accttttctcctaggacaaagacaatttatgacatgtataggaccagggagcccagagtc
ttaaaggaagacttcatgcaaaagaatgcatttgggagtgcatctctgtgcttcgacagc
cggcaaagatcagcctcacctgccacagggagtttcactgctaggagtttacactttcca
gccgatactcaaaacaagagtagttttacaccagtgagacaccagcaaagccccaaaagg
actcctttatcttccatcatatggaataggtcagatgcttctagacataggcagaatcaa
gaagagtcactgggggtacaagcaccaatggacattgaccccgaggagcaatatgtgtct
cctaggtgttttcaagaaagtaggaggtatgagatgtgccattcacagaacgcttaccaa
agctaccctttaaacgtccctgtggctaatgcaatgagtcctgacacgttggagaactca
gagaatatgccattctaccgtcagagtaacccatttgcaaggtctttctttagcagtacc
ttcagacagagcagagaacagagatttggacagaattctttttggagccgacaggaagag
tattcgtcctggtctgactttccccagagcaggggcccattcccttcttctgacaaggac
tttgaaatgttctctgttgaagcaaacagggcgccatctgtttgcagccaaggtgtccct
tctcagcactggaggtcacattcttccggccatggaacatatgttttcaggggccgagaa
gattcacattgctggcgatctgattttcaaacatccccactggagagcatggacacctca
catgttaatgagaaccaacatccaccccattttgtcacaccagttgggttttctataact
gactcaagctgccacctccagtcctccaggctggactctcagcagggctacttccctgta
gaagaagctgtagatgaggacccttatttgtgtggcaaggctcagactccagcatcttca
ttcagaactcccttccctctcagccctgatgacggaagggagtctcagagttccagcttc
ccggattccacagctactttgcagaaaataatccccaataagccagactttcttccaata
agaaactgtacggaagttcctgtggcctgtagccattctactgactcactgtctcttact
gacacccagcccaacatcccagtcacagagacgaacagtgagaaagatatggatgtgtct
gtttcaaaggatgaacagctaaacaagacgggccagaagagcaggccaactgggttaccc
caatatgttttacatacagtgatctctaatgacttacctgattttcaaaatgcccactct
cgggactcagcccaaaatgacaggtatggttttaatgcacctgccacagaacgttccaga
agatcacccagggtcttctccagaaagggtacttcccaaattcatacaacacaaagagat
caaagcaacaaactgagcaaaaataagtgttttgggggggacaggacacttgactcagca
gcgtccccgcctttcatccaagaaagtggaacagcgacatctcttcccagcccaaatcaa
ggttgtcaccagaaaacaggaagtaatgaagagagttcaaacaccattaaaaacagccat
tggtgctttgagtccactgctaaccaaaaatcacagccttccagggagcctgctctttta
gatcttgagcaaagtctttccactcattctaccaatgacagcaagctggcccccgggcac
agcatctcacgagctcctttacatgtggcatcagatgcaccccaagagtctttccttgat
gctcgtctggtaccttccactacagtgttctccaggagcctttcagaccaagatccaggt
caagaacaaagagaagagaaagacaaagctaccaagagccaagataatcagctggctgta
aattctacagacaaccaagagagccatgacagtcctgcacttccacacgatgctgttcac
tgccacccatactctcccttcaagaatgggagggggaagggaagagttaggcgccgcgtg
tcctgtattgagaagctaaccaaaacagagcgtgcagcggcacccacaagagaaggtagt
ggctgtgctgaggaccaaagaagcatcaaagatcctgagctcagcacagtctattgcacc
ttgccaagaaaaccagccagctttctcattcacagcagacagcaggaaagtaagggaacg
gttgcttccgttaggaatgggccacttcccttccaaataaaaaataaagccgaagttccc
acaggaaagagcacatctgacaagcccagctctcctgaatcagtaagtgatgctgcaaat
gcagtctcggggacacccaaagccaccaagaagatgacagatatgaaagccattagatct
gcttcggttaggaaagggccactccctttcctcatcaagagggcaatctcgtgtccttcg
ggggagccatgtagcttggctgaaagcgatgacagacagaagtcatcagtcctgggcatg
gatgcttctcctgtaatacccaggcctggagggagaatctttaactctctggaaggtgaa
ccatcgtttagagagagtgctttctctgaaaaggaacttgctcaagaacacactggaaag
gatcgtgagcttcgggcccccagaatgggcttatttaacccttcaaaaaaaactcccgaa
cgtttgtgcgcaactggatcaggaaaagagagtgggagagcattacataagtttaagaca
actagcatgttttctgtttctggcgatgaagagaacgtgaactgtcttgaggtggtttca
atctattacactctaccaaggaaacccagcaaaaaattctgcagcctccttcagcagtac
acacaaggtaccgattcacttagagatgctttccagggagagactgaagcacttcctaat
gctttagaaatcgatgagctgaactgtcctgcacaagtgcaatcaggaatacctccacca
caagacccaaagatgcaggttgactccgctccatgctgtctctcccacagccctgaaagt
aaggatgtctcccaattgccagatagagagacttccaaatctacattagaggaaatgact
tctgtgggaccagatgtttctcttcatagagaagaacctacgaccaaagagatttcccca
agtaatgtatctaaaacagctatagatgattcactaagcagagaaaagagagagaaagaa
ctgctaaggcaaatcctacgggcccccttactgcatcaggaaaaaggtgctggaaaagaa
cacactaagagtcatcaacagccttctaaaggaggaaacagtggtccctctggtctccca
tcccgctcagaagataatgatgaaaattcccagaccagaagagattctgggacatgtgca
ggtggcatggcctctggaaatggacagtatccttggagggatcacatggctgcggttgta
ggtgaccgttctagtaggtcacagcctagggaaaccagtgggacaactgggtcagactgc
caaaacccgactgataaaatgctctctgactcagaaagccaagcctttgctctaacacca
gcattgtgtaagctgcagcttgctgaagaggctcagccagggggagcaggtctgcagtca
gaagccagccaggcaggaagtcaggaaacaaatacagcagagatgaggaaggttgaagat
gaagaacacatgttgacacgggatcaaactttacttcctagaggaaataacaaaaataaa
accaacacagatgaaacaaaagacagatactcaggtaaacacagattggcagccatatct
aaagcaagcaaaagaatcccagctaaggatttaagtcccagaaaacacgtagctactatc
ttctcccaaagtgaaagcgaatctggctttaggaggctctctctttataggccagaggac
aacccactatcccctgaacctactgtaaaagccacagagtccacagatgaaagcagccag
atgaatgtggacaagtctgagacccttctccaggagaccacagtatccagccctggacct
cctggtcagccttgccatcaaaagtctgctagcattttacaaccacatctgaatgggtcg
cccggtgtcttagaaacaccaccaaagagcgagggttctaaaactcagatttcaggggag
ttgggagccccagctcagcttacactaaccagccccttagaaaaaggcgctggccatcag
cagaggttaagtcctcctttccccttagagcctactcagaaatctacgataaactcccat
tgtcagctgcggcaccggagtgccccatctccagagtcagaacctgagccacatctctat
aggtcaaagagtttaaaaaactttaacgtgcaaagcgacctgttgtgtgcaagccacccc
ccgaaagccagggggcgccacttctcagaaaacacttccattgacaatgctctgagtcaa
ctgtccctcgaagatggctccttccccaacagtgggtacaatcgaagattcaaatcttct
tccgagcttcctgcatcttacgaaagtgaaagctggacttcgtatagcaataggacacga
ggtcccaagtccacctcatccatttccaggcctattgactatggaatttttgggaaagag
cagcagttggctttcttggagaacgtcaaacgctcactcacacagggaagattatggaag
ccaagtttcctcaagaaccctggcttcctcaaggatgatgttcttaatgcttccaacctg
tcacagtcagagctggtaaattctccagcaggtcaggcgccagaagatggtgtatttcca
agtgagccgcttaacatctacaaggacgacccagtggagccactggtctcagactgggac
acagacacaaccacagacgacgagtactacctggatgaaaaggataaagagtcagaacta
tga

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (65)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (56)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (3)   
   OC (1)   
Protein sequence (7)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (5)   
DNA sequence (21)   
   RefSeq(nuc) (5)   
   GenBank (8)   
   EMBL (8)   
Protein domain (1)   
   Pfam (1)   
All databases (97)   

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