KEGG   Takifugu rubripes (torafugu): 101076349
Entry
101076349         CDS       T02386                                 
Symbol
dysf
Name
(RefSeq) dysferlin isoform X1
  KO
K18261  dysferlin
Organism
tru  Takifugu rubripes (torafugu)
Brite
KEGG Orthology (KO) [BR:tru00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:tru04131]
    101076349 (dysf)
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:tru04147]
    101076349 (dysf)
Membrane trafficking [BR:tru04131]
 Endosome - Lysosome transport
  Others
   Ferlins
    101076349 (dysf)
Exosome [BR:tru04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   101076349 (dysf)
SSDB
Motif
Pfam: C2 FerB Ferlin_C FerA FerI Pex24p PTEN_C2 CEP76-C2
Other DBs
NCBI-GeneID: 101076349
NCBI-ProteinID: XP_029696036
Position
8:complement(15706877..15745878)
AA seq 2138 aa
MTSATRTAPSPMTRANNLRHSDPLASVTFRGSKKKTKVIKNNPNPVWNEGFEWDLKGIPL
DYGAELHCVVKDHEKMGRNRFLGESRLALRDVLNSPNLAASFTISLLDTKRNNTGATLTL
QVSYIPPPGSAPIFQALHQPEVLPHTNPSVEMDTVTMISLDTLGEEDTESMIMLEPAEDQ
GADDGHSMVIVGPQGPTGHESPAAQTPKRSPPSNNTHGGLRKRRRGSSGQPKALPNKPQD
MQVRVRVIEGRQLPGINIKPVVKIVVGGQTKRTRIRKGNNPIFDETFFLNFFETPSDLFD
EPIFITVCDSRSLRTDAVIGEFKLDVGTIYNEHRHCFLRKWLLLCDPDDLSAGVKGYLKV
SLFVLAAGDEPPADKRECVEDKEDIEGNLLRPAGLSLRGATFTLRIYRAEDLPQMDDAFM
DGVRQVFGFDSNRKNLVDPLVEIHFAGKTVCTKILEKNANPQWNQSLNMPIRFPSMCEKM
RIRILDWDRASHNDVIGTAHLCMSKISAPGGEIEDDLTPRTFPSGMDDSLGFLPTFGPCF
VNLYGSPREFSAFNDPHEVLNLGKGEGVAYRGRVLLELTTKLADKPEHKSDDIPSDNLLV
VEKFLRKRKFSLFVEFYSATLLQDVDDAIQFEVSIGNYGNKFDYTCLPLASTTQFSRAVF
DGCHYYYLPWGNVKPVVVLSSEWEDINPRIEALNMLLAIIDRLEANLQRVQLEVKTGSEL
EEVELRVIEMLDQVIADCSEELPSLKQWQCATPLDHSLRHLRVLHLQQIVSAANALKHGP
ATELSTVMEQAEDWASRLRTMAEEPQNSLPDIVIWMLQGDRRVAYHRIPAHTVIFSQQYC
GKHCGQLQTVFLKYPQGTGGEAKLPGQLRVKVWFGLAADVKHFNQYAEGKLSVFAETYEN
QTRLALVGNWGTAGLTYPKFSDISGRVKLPKESFKPSHGWNWAGDWFISPEKTLLIDADA
GHMTFTEEVFENQMRLPGGQWIGISEGYTDVNGEKAVPKDEVECPPGWVWEDEEWSEDLN
RAVDDQGWEYGITIPPDRRPKSWVPSEKMYHTNRRRRWIRLRRRDQKKMDALRKQRPDEA
EREGWEFASLFGLRFHLKQKKTDCFRRRRWRRRMEPLEKTGPAAIFALECSLSSIEDKND
DKSVTTTFGVTRPTISCFFDRGTRYHLRCYLYQARDLMAMDKDGFSDPYAIVSFLHQSQK
TVTVRNTLNPTWDQTLIFYEVEIFGDPEVTSATPPNVVVELYDADTYGADEFMGRCVCQP
SLTASPCLAWFPIRQGNRNAGELLAAFQLICREKPAVHHIPGLEGDVVTSMSVLDELMFP
GFLFESLQEWPDESDLPHPPPQREPNVFVIPQGIKPVLQRTAIEILAWGVRNLKSFQLAS
VNSPSLQVECGGTVVQSCVIRSAKKKPNFDENKLILDVRLPREDLYMPPIVIKVIDNRQF
GRKPVVGQCTVQSLEEYRCIPDEEQAVEEEGHEWKREMPHSACGDVFIDIDDEQPLMPDQ
LADGASSAIINLSTSSSSLHMVQWEEEFMDWWSKFYASTGEKNKCGTYLERGYDSLKVFD
QELEKIEGFKGFSDFCQTFKLYRGKTRDEGEDPSVVGEFKGMFKIYPLPEDPSTPAPPRQ
FRKLPPNGLEECLVRVYVIQAQGLQPKDTNGKCDPYVKITLGKKTVNDHENYIPCTLDPI
FGKMFELTCSLPLEKDLRVMVYDHDMLTKDEKIGETVIDLENRFLSKYGALCGLPQSYCV
SGVNQWRDQLTPRQLLHRVCERRNLPKPVYQEDAVHFRGLQYTAADLEDKNVSRHHLGPI
KEQLALHILRSMGLVLEHVETRPLYSPLQPEIEQGRLMMWVDLFPKSLGPPGPPFNITPR
KAKKFLLRCIIWNTSDVLLDDVSISGEKMSDIYVKGWLDGHEHNKQKTDVHYRSLGGEGN
FNYRFLFPFQYLPAEQLCVVDKKEHFWSIDKAETKLAPRLTIQVWDNDKFSFDDYLGHLV
MDLNHMLRPAKSPEKCSLQLLDQPRDKLVSLFEQKTVKGWWPCTCDKDGEKIIAGKVEMS
LEIVTEEEQEERPAGLGRDEPNMNPHLEEPQRPETSFLWFSSPYKTLKFILWRRFKWVII
LFIILFFIVLFLGVFLYSFPNYAAMKMVGPFGPAKAAE
NT seq 6417 nt   +upstreamnt  +downstreamnt
atgacatcagcgacgcgtactgcaccatcacctatgacgcgagccaacaacctgagacac
tctgaccccttggcgagcgtcacctttagaggttccaagaagaagacaaaggtcatcaag
aacaatcccaaccctgtttggaatgagggctttgaatgggacctgaagggaattcctctt
gactatggggcagaactccactgtgtggtcaaagaccatgagaaaatggggagaaacaga
tttctgggtgaaagtcgtctggctctcagagatgtgctcaactctcccaacctggccgcc
tccttcacaatttctctgctggataccaagagaaacaacacaggggccacactgaccctg
caggtttcctacatccctcctcctggttcagctcccatcttccaggctcttcaccagcct
gaggttctgcctcacaccaaccccagtgtggagatggacactgtcacaatgatttctctg
gacactttgggtgaggaggacacagagagcatgataatgctggagccagcagaggaccag
ggtgctgatgacggacactccatggtcattgtgggccctcaggggcccacagggcatgag
tccccagccgcccagacgcctaaacgttcgccaccatccaacaacacccacggcgggctg
aggaagaggagaaggggatccagcggacagcccaaagctttgcctaacaagccgcaggac
atgcaggttcgcgttcgagtcatcgagggccgacagttgccaggcattaacatcaagccc
gttgtcaagatagtggtaggaggacagacgaagaggactcgcatcaggaagggaaacaac
ccaatatttgatgagacctttttcctgaacttctttgagacgccatcggacttgtttgat
gagcctatcttcatcactgtttgtgactcccggtcacttagaactgatgctgtgattggt
gaattcaagttggatgtcggcaccatctacaatgagcacagacactgtttcttgaggaaa
tggctgctgctctgtgaccccgatgacctctctgccggggtcaaaggatacctgaaggtc
agcctgtttgtcctggcagccggagatgaacccccagctgacaaacgtgagtgtgtggag
gataaagaagatatagaaggaaatctcctgaggccagcagggctttcgctgagaggagct
actttcaccctgaggatctacagagctgaggacctgccacagatggatgatgccttcatg
gacggagtgaggcaggtttttgggtttgacagtaataggaagaacctggtggatccattg
gtggagatccactttgctggcaagactgtctgtactaagattctggagaaaaatgccaat
ccccaatggaaccagagtttgaacatgcccattaggtttccatccatgtgtgagaagatg
aggatcagaattctggactgggacagagccagtcacaatgacgttatcggcaccgctcac
ctgtgcatgtcaaagatctctgcccctggtggtgaaatagaggatgacttgactccccgg
accttcccctccggcatggatgacagtctcggtttcctgccaacatttggtccgtgtttt
gtcaacttgtacggcagccccagagagttctctgccttcaatgatccgcatgaagtgctt
aaccttggaaaaggggaaggtgtggcgtatcgaggacgggttttactggagctcactaca
aaactggcagacaagccggagcacaagagtgacgacatcccatcagataacctgctggtg
gtcgagaaatttctaaggaaaaggaagttctccctctttgttgagttttactcagccaca
ctcctccaggacgttgacgatgccatccagtttgaggtcagcatcggtaactatggtaac
aagtttgactacacctgcctgccgctggcctccacgacccagttcagcagggctgtgttc
gatggttgtcactattattacctcccgtggggaaacgtaaagccagtggtggttctatcg
tcagaatgggaggacatcaacccgaggattgaggctctgaacatgttgctggcaatcata
gacagactggaggcaaacctgcagcgggtgcagctggaggtgaagacaggcagtgagctg
gaggaggtggagctccgagtgatcgaaatgctggatcaggtcatcgcagattgcagtgag
gagctgccctctctgaaacagtggcagtgtgcgactccattggatcactctttgaggcac
cttcgtgttctccacctacagcagattgtctctgctgcaaacgctttaaagcacggccca
gcaacagaactctctacggtcatggagcaggcagaggactgggccagcaggctcaggacc
atggccgaggagcctcagaacagcctcccagacattgtgatatggatgctccagggggac
cgcagggtggcctatcaccgcatccctgcacacacagtcatcttctcccagcagtattgt
ggaaaacactgtggacagctgcagactgtcttcctcaagtacccgcagggcactggcgga
gaagctaaacttcctggtcagctgagagtgaaagtctggtttggtttggctgctgatgtc
aaacacttcaaccagtacgctgagggaaaactgtctgtctttgccgaaacatatgagaac
cagacccgactggctctggtgggaaattgggggacagcgggattaacctaccccaagttc
agcgacatctctggaagagttaagctacccaaagagagctttaaaccctcacatggttgg
aactgggctggggattggttcattagccccgagaagacgctcctgattgatgcagatgct
ggtcacatgaccttcactgaagaggtttttgagaaccagatgcggttacctgggggacag
tggattggcatatctgaggggtacactgatgtgaatggagagaaggcggtcccaaaggac
gaagttgaatgtccaccaggttgggtgtgggaggatgaagagtggagtgaagatctcaat
cgtgccgtggatgatcagggctgggaatacggaataactattcctccagaccgtcggccg
aagtcgtgggtaccatcagagaagatgtatcacaccaacaggaggagaaggtggatacga
ctgaggagacgagaccagaagaagatggacgctctcagaaagcagcgtccagatgaagca
gagagggagggctgggagttcgcatcattgttcggtctgaggttccacctgaagcagaag
aagacagactgctttcggaggcgcaggtggaggcgccggatggagccgctggagaagaca
ggacctgcggcaatctttgctctggagtgttctctgagtagtatagaggacaagaatgat
gacaagtctgtcacgacgacctttggagtcaccagacccaccatttcctgcttctttgac
cgcggtacccgataccacctgcgctgctacctgtaccaagccagagacctgatggccatg
gacaaagatggtttttcagacccctacgccattgtctcgttcctccaccagtctcagaaa
accgtgactgtacgtaacaccctcaatcccacctgggaccagacgctcatcttctacgag
gtggagattttcggcgacccagaggtcacgtcggccacgccgcccaacgtcgtggtggag
ctctacgatgcggacacatacggtgccgatgagttcatgggccgctgcgtgtgccagccc
tccctcactgcctccccatgcctggcctggttccccattcgccaaggaaacaggaacgcc
ggcgagctgctggccgctttccagctcatatgcagagaaaagcctgcagttcatcatatt
cctggactagagggggatgtcgtgacctccatgagtgttctggatgagttgatgttccca
ggattcctctttgaaagtctgcaggaatggccggatgagtccgaccttccccacccacct
cctcagagagagcccaatgtctttgtaattcctcagggaatcaaacctgttctgcaaaga
actgccattgagatactagcgtggggcgttcgtaatctcaaaagcttccagttggccagc
gtcaactcccccagcctgcaggtggagtgcggagggacggtggtccagagctgcgtcatc
cgcagcgcaaagaagaagcccaactttgacgaaaataagctcatccttgatgtgaggctt
ccccgggaggacctttacatgccgcccattgtcatcaaagtcatcgacaaccgtcagttt
gggaggaagcccgtggttggtcagtgcacggtccagtccctggaggaatatcgctgcatc
cctgacgaggaacaggcagtcgaggaggagggacatgaatggaaacgtgagatgccccac
tcggcctgcggtgatgtttttattgacattgatgacgagcagcccctcatgcccgaccag
cttgcagacggggccagctcagctatcattaacctctccacctctagttccagcctccat
atggtgcagtgggaggaggagttcatggactggtggagtaaattctacgcatcaaccggc
gagaaaaataaatgcggcacatatctggagagaggctatgacagtctgaaggtgttcgat
caggagttagagaagatcgaaggctttaaagggttctcggatttctgtcagaccttcaaa
ctatacagaggaaagactcgcgatgaaggagaagatccgtcagtggtgggagagttcaag
ggaatgtttaagatctaccctctgccagaggacccctccacccctgctccacccagacag
ttcagaaagcttccccccaacggcttagaagagtgtttggtccgagtctacgtcatccag
gctcaaggactgcagccaaaagacacaaatgggaagtgtgacccctatgtgaagataact
ttagggaaaaagacagtgaatgaccatgagaactacatcccctgtacgctggaccccatc
tttggcaagatgttcgagctcacctgctccctccctctggagaaggatcttcgggtgatg
gtttacgaccacgacatgctgaccaaagacgagaagatcggggagactgtgattgatttg
gagaatcgcttcctgtctaaatacggagccctgtgtggcctgccccagtcctactgtgta
tcgggtgtgaaccagtggcgggaccagctgacacccaggcagctgctgcacagagtgtgt
gagcggagaaacctccccaagcccgtctaccaggaggacgccgtgcacttcagggggctc
cagtacacggcagctgacctcgaggacaagaatgtatccagacatcacctcggcccgatt
aaagagcaactggcccttcatattttgagatctatgggactggtccttgagcatgtggag
acgagaccactgtacagccctctgcagcctgagatagagcagggccgtctgatgatgtgg
gtggatctgtttcccaagtcccttggaccacccggacccccgttcaacatcacaccccgc
aaagcaaagaagttcctcctgcgctgcatcatctggaacaccagcgacgtcctcctggac
gacgttagcatcagcggcgagaaaatgagcgacatttacgtcaaaggctggctggatgga
cacgaacacaacaaacagaagaccgacgtccactaccgctcgcttggaggagaggggaat
ttcaactacaggttcctgtttccgttccagtatttaccagcagagcaactctgtgtcgtg
gacaagaaggaacatttctggagcattgacaaagctgagactaaactggcccccagactg
accatccaagtgtgggacaacgacaagttttccttcgacgactacctgggtcacctggtg
atggacctgaaccacatgctgcgtccagccaagtcccctgagaaatgtagcctgcagctt
ctggaccagcccagggacaagctggtgtctcttttcgaacagaagacggtcaaaggctgg
tggccctgcacgtgcgacaaggacggggagaagatcatcgctgggaaggtggagatgagt
ctggagatcgtgacagaggaggagcaggaggaaagaccagccggcctcggcagagacgag
cccaacatgaatcctcacctggaggagcctcagcgcccagagacctccttcctgtggttc
tcctccccctataaaacactcaagttcatcctgtggaggcgtttcaagtgggtaatcatc
ctcttcatcatcctcttctttattgtgctcttcctcggcgtcttcctctactccttcccg
aactacgctgccatgaagatggtggggcccttcggaccagccaaggcagcagagtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (43)   
   KEGG ORTHOLOGY (1)   
   RefGene (39)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (10)   
   RefSeq(pep) (10)   
DNA sequence (10)   
   RefSeq(nuc) (10)   
Protein domain (8)   
   Pfam (8)   
All databases (75)   

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