KEGG   Rattus norvegicus (rat): 303687
Entry
303687            CDS       T01003                                 
Symbol
Evpl
Name
(RefSeq) envoplakin
  KO
K10383  envoplakin
Organism
rno  Rattus norvegicus (rat)
Brite
KEGG Orthology (KO) [BR:rno00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:rno04812]
    303687 (Evpl)
Cytoskeleton proteins [BR:rno04812]
 Eukaryotic cytoskeleton proteins
  Intermediate filaments
   Intermediate filament-binding proteins
    303687 (Evpl)
SSDB
Motif
Pfam: Plectin SH3_10 Spectrin_4 SR_plectin_7 Spectrin
Other DBs
NCBI-GeneID: 303687
NCBI-ProteinID: NP_001100536
RGD: 1306141
Ensembl: ENSRNOG00000009343
UniProt: A6HKV2 G3V765
Position
10:complement(101957107..101973656)
AA seq 2029 aa
MFKGLSKGSPAKGSPKGSPAKGSPKGSPNKHSRAATQELALLISRMQANADQVERDILET
QKKLQQDRQNGAQNQALQHQQETGRNLKEAEVLLKDLFLDVDKARRLKHPQAEEIEKDIK
QLHERVTQECAEYRALYEKIVLPPDVGPRVDWTRVLEQKQKLICEGHYGPGMAELEQQVA
EHNILQREIEAYGQQLRTLVGPDANAIRNQYRDLLKAASWRRQSLGSLYTHLQGCTKQLG
ALADQQGRILQQDWSDLMPDPAGVRREYEHFKQHELLAQEQSINQLEDDAERMVELGHPA
IGPIQAHQEALKMEWQNFLNLCICQESQLQHVEDYRRFQEEADSASQTLAKLSSNLDTKY
SFGAGDSSVSPTELLLQLEAEEKQLAIAERTIGELQRRSQEVAPLPQRRNPPKQPLHVDS
ICDWDSGEVQLLRGERYTLKDNADPYTWVVQGPGGETKSAPAACLCIPAPDPEAVAKASR
LASELQTLKQKLSTEKSRLKNASAEHLQQGQQAPAGSAPADPQAQKLLSQMTQLDGDLGQ
VERQVLSWARSPLNDSSPLKDLEGRIQSCEGTAQHLQNLGAEKEAAQQECEAFLSTKPTG
SAALQLPVVLNNVKNKYSDVHSLCYLYGEKAKAALGLEKQIQEADGIIQGFEATLAQEGP
IPEGSGALQERVSELQRQRKELLQQQACVLGLHRQLKAAEHACGALQNNFQEFCQDLPRQ
QRQVRALTDRYHSVGDQLDLREKILQDASLTHQQLKNSRDNLSSWLEQLPHHRVQPSDGP
SQIAYKLQAQKRLIQEILGREQDQATVARLTRDLQEALQEYELRADTYRCSLEPTLAVSA
PKRLRVISLKENIQAQEKNLTKAYTEVAAAEQQQLHQLEFAKKMLEKKELNEDFQAIHSA
RQGSGSPAHTKTESEVLKTQLEEERKRVAEVQRELEERRQQLLQLRTQQPVARLEEKEVV
EFYRDPQLKSNVLQASSRLEEEGKRRARLQAELEVVAQKVVHLEGKRKAMQPHLLTKEVT
QIERDPGLDSQVTQLHNEMQGLRGENAVLAARLEGLKDELLTLEQKEINVKEKVVVKEVV
KVEKDLEMVKAAQTLRLQIEEDAARRKGAKEAVAKTQARIKDLEQAISSVEPKVIVKEVK
KVEQDPGLLKEASRLRSLLEEEKNKNVMLARELQELQDKYRAVEKQKPKVQLQERVSEIF
QVHPETEQEILRLRAQLQETGSKKSCVEREVEKLLPELEVLRAQKPVVEYKEVTQEVVRH
EKNPEVLREIDRLKAQLNELVNTHGRCQEQLIRLQGERDEWKRERSKVETKMVNKEVVRH
EKDPVLEKEAERLRQEVREAVQKRRAAEDAVYELQNKYLLLERRRPEEQIVVQEVVVTQK
DPKLHEEHSRLSRSLDEEVGRRRQLELEVRQLSASVEEEEAMLSFEEDRSKKLAAERELR
QLTLKIQELEKRPPALQEKIIMEEVVKLEKDPDLERSTEALRRELDQEKNRVIELHRECK
GLQVEVDLLQKTKSQEKTIYKEVIRVEKDPVLESERARVWETLNRERAARQSREEDVRSL
KERIDRAEALRRSWSLQKARDQASQDCGRLQRELRELEQQKLQKAQQLQEEGRLLSQKTE
SERQKAAQRSQALSQLEAAILHEKDKIYEKERTLRDLHTKVSREELNQETQTRETNLSTK
ICILEPETGNDMSPYEAYKRGIIDRGQYLQLQELECDWEEVTTSSPCGEESVLLDRKSGK
QYSIEAALRCRRISKEEYHRYKDGRLPISEFALLVAGETKPSSSLSIGSIISKSPVCSPG
PQSTGFFSPGLSLGLTEDSFPIAGVYDTTTDNKCSIKAAVAKNMLDPITGQKLLEAQAAT
GGIVDLLSRERYSVHKAVEQGLIENTSTQRLLNAQKAFTGIEDPVTRKRLSVGEAIQKGW
MPQESVLPHLLVQHLTGGLIDPKRTGRIPVPQAVLCGMISEDLGQLLQDESSYEKDLTDP
ITKERLSYKEAMGRCHKDPLSGLLLLPAMLEGYRCYRVASPTLPRSCVR
NT seq 6090 nt   +upstreamnt  +downstreamnt
atgttcaaggggctgagcaaaggctctccagccaaggggtcccccaagggctccccagct
aaggggtcccctaagggctcccccaacaagcacagtcgggctgcaacccaggaactggct
ctgctcatctctcgcatgcaagccaatgctgaccaggtagagagggacattttggagact
cagaagaagctgcagcaagatcggcagaatggtgcacagaatcaggcactacagcaccag
caggagacgggccgcaacctgaaggaagcggaggtactcctcaaagatctcttcctggat
gtagacaaggctcggcgcctcaagcacccacaggctgaggagattgagaaagacatcaag
cagctgcacgaacgagtgacccaggagtgtgcggagtatcgagctctgtatgagaagata
gtgctgccgccggatgtggggcccagggtcgactggacacgggtgctggagcagaaacag
aagctgatctgtgagggccactatgggcctgggatggcagaactggaacagcaggtggcc
gagcacaacatcctgcagagggaaatcgaggcttacgggcagcagctgcggacactggtg
ggaccggatgcaaacgccatcaggaaccaataccgtgacctactgaaggcagcctcgtgg
cgccggcagagtctgggcagcttgtacacacacctgcagggctgcacgaagcagctgggc
gccctggcggatcaacaaggccgcatcctgcagcaggattggagtgacctcatgcctgac
cccgctggtgtgaggcgagagtatgagcacttcaagcagcatgagctgctggcccaggaa
cagagtataaaccagttggaggatgacgcagagcgcatggtcgagctcgggcacccggcc
attgggcccatccaggcccaccaggaggccctcaaaatggagtggcagaatttcctaaac
ctgtgcatctgtcaggagagccagctgcagcatgtggaggactaccgaaggttccaggaa
gaggccgactcagccagccagaccctggcaaagctcagctccaacctggacaccaagtac
agctttggcgctggggactcctctgtctccccaacagagctcctgctacagctggaggca
gaggagaagcagctggccatagcagagaggactattggagagctgcagcgacgaagccag
gaggtggccccgctgccacagcgcaggaacccacccaagcagcccctgcacgtggacagc
atctgtgactgggactccggagaagtgcagctgcttcggggagagcggtacacactcaag
gataatgctgacccctacacctgggtggttcagggccctggaggagagaccaagagtgcc
ccagctgcctgcctctgcatcccagcaccagacccagaagctgtagccaaagcctccagg
ttggcctccgagctgcagaccctgaagcagaagctgtctacagagaagagtcgtctcaag
aatgcttcagcagagcacttacagcagggccagcaggctccggcaggctcagccccggct
gacccacaggctcagaagctcctgtcacagatgacccagctggatggggatctgggacag
gtagagaggcaggtgctgagctgggctcggagcccgttgaacgactcttctccactgaag
gacctagagggccgaatccagagctgtgagggcacggcacagcatcttcagaacctggga
gctgagaaggaggcagcccagcaggagtgtgaggcgtttctgtcgactaagcctacaggc
tcagcggccctgcagctgcctgtggtcctcaataatgtcaagaacaagtatagtgatgtg
catagcctgtgctacctctatggggagaaagccaaggctgctctgggcctggagaagcag
atccaggaggcagatgggatcatccaaggctttgaagctaccctggcacaggagggcccc
atccctgaaggctctggggcactgcaggagagggtcagcgagctgcagcgccagcggaaa
gagctcctccagcagcaggcctgcgtgttggggctgcaccggcagctgaaggccgcggag
cacgcgtgcggtgcgctgcagaacaatttccaagagttctgccaggacctgccgcgccag
cagcgccaagtgcgagccctcaccgaccgttaccacagcgtgggggaccagctggatttg
agggagaagatactacaggatgccagcctcacccaccagcagctcaagaacagcagggac
aacctgagctcctggctggagcagctgccccaccaccgtgtgcagcccagcgacgggcca
agccagatcgcctacaagctgcaagcacagaagaggctgatacaggaaatcctgggtcgt
gagcaggaccaggccacagtggcccgcctcacccgggacctgcaggaggctctccaggag
tatgagctgcgagcagacacctaccgctgctccctggagcccaccttggcggtgtccgcc
cctaagagactcagagtgatttccttaaaggagaacatccaggctcaggagaagaacctt
actaaagcttacactgaggtcgccgcagcggaacagcagcagctgcaccagctggagttt
gctaagaagatgctggagaagaaggagctcaatgaggacttccaagccatccacagtgca
agacaaggatctggcagtccagcacatacaaagacagagtcagaggtcctgaagacccag
ctcgaggaagagaggaaacgcgtggctgaggtgcagcgtgaactggaggagcggaggcag
cagctgctgcagctgaggacccagcagcctgtggctcggctggaggagaaggaagtggta
gagttctaccgggacccccagctaaagagtaacgtgcttcaggcatcgtcccggctggag
gaagaaggcaagaggcgagcccgcctacaagccgagctggaggtggtggcccaaaaggtt
gtccacttggagggcaagaggaaggccatgcagcctcacctgctgaccaaagaggtcacc
caaattgagagggaccccggcctggacagccaggttacccagctccacaatgagatgcag
gggctgcgtggggagaacgccgtcctcgcagccaggctggaggggctgaaggatgagttg
ctgaccctggagcagaaggagataaatgtgaaggagaaggtggtggtgaaggaggtagtt
aaggtggagaaggatctggaaatggtgaaggcggcccagacgctaaggctgcagatcgag
gaagatgctgcacggaggaagggggcgaaggaagcagtagccaagacacaggctcgcatc
aaagacctggagcaggcgatcagctccgtggagcccaaggtcattgtgaaggaggtgaag
aaagtggagcaggaccctgggcttctcaaggaagcctccaggctgagaagcctcctggag
gaggagaagaacaagaacgtcatgttggccagggaactgcaggaactgcaggacaagtac
agggcggtagagaagcagaagcctaaggtgcagctgcaggagcgcgtcagcgagatcttc
caggtgcacccggagacagagcaggagatcctgaggctccgggcccagctgcaggagaca
ggcagcaagaagagctgtgtggagcgggaggtggagaagctgctgcctgagctggaggtc
ctgcgggctcagaagcccgtggtggaatataaggaggtgacgcaggaggtggtgaggcac
gagaagaacccagaggtgctccgggagatcgaccgcctcaaggctcagctcaatgaactg
gtcaacacccacgggcgctgtcaagagcagctcatccggctccagggcgaacgcgatgag
tggaagcgtgagcggtccaaggtggagaccaagatggtgaacaaagaggtggtgaggcat
gagaaggatccagtgctggagaaagaggccgagaggctccggcaggaggtgcgggaggcc
gtccagaagaggcgagccgccgaggatgctgtctacgagctgcagaacaagtatctgctg
ctggagaggagacgccccgaggagcagatcgtagtgcaggaggtggtggtcacccagaag
gacccgaagctgcacgaggagcacagccggctgagccggagcttggatgaggaggtgggg
aggcggcggcagctggagctggaggtgcggcagctgagcgccagcgtggaggaggaggag
gccatgctcagcttcgaggaggaccgcagcaagaagctggctgcggagagggagctgcgg
caactgaccctgaagatccaggagctggagaagcggcctcctgccctgcaggaaaagatc
atcatggaggaggtagtcaagttagaaaaggatccggatctggagaggtccacagaagct
ctgaggcgagagctggatcaggagaagaaccgggtgatcgagctacaccgggagtgcaag
ggcctgcaggttgaggtcgacctccttcagaaaacgaaatcacaggaaaagaccatatat
aaggaagtgatcagggtggagaaggacccagtcctggagagcgagagggcccgtgtgtgg
gaaacccttaaccgggagcgagcagcacgccagagtcgggaggaggatgtccggagcttg
aaagagcggatcgaccgagccgaggctctgaggaggtcctggtcactccagaaggcccgg
gaccaggcaagccaggactgtgggcggctgcagagagagctccgagagctggagcagcag
aagctacagaaagcccagcagctacaagaggaggggcggctgcttagccagaagacggag
agcgagcgccagaaggccgctcagcggagccaggccctctcacagctcgaggctgccatt
ctccatgaaaaggacaagatatacgagaaggaaaggaccctcagggacctgcacaccaaa
gtgagccgggaggagctcaaccaggaaacccagacacgggagaccaacctttccaccaag
atctgcatcttggaaccagagaccgggaatgacatgtctccctacgaggcctacaagagg
ggtatcatcgacagaggccagtacctccagctgcaggagctggagtgtgactgggaagaa
gttaccacctccagtccctgtggggaggagtctgtgctcttggaccgcaagagcgggaag
caatactccattgaggccgccctccgctgccgccgcatctccaaagaagaatatcacagg
tacaaagatggccgcctccccatctccgagtttgccctgcttgtggcaggggagaccaag
cccagttcctcactctccattgggtccatcatctccaagtccccagtctgctccccagga
ccccagagtaccggcttcttctccccaggcctttctttggggctcactgaggatagcttc
cccatcgctggggtttatgatacaaccacagataacaagtgtagcatcaaggcagctgtg
gccaagaacatgctggatcccatcactgggcagaagctgttggaggcccaggcagccaca
ggaggcatcgtagatcttctcagccgagaacgatactccgtacacaaggcagtggagcag
ggactcattgagaacacctccacccaacgtctgctcaacgctcagaaggccttcaccggc
atcgaggacccagtcaccaggaagaggctgtcagtgggtgaggccatccagaagggctgg
atgccccaggaaagcgtgcttccccacctactggtgcagcaccttactgggggcctcatc
gatcccaagaggacaggacgcatccccgtccctcaggctgtgctctgcgggatgatcagc
gaagacctaggtcagctcctgcaagacgaatccagctacgagaaggatttgacagacccc
atcaccaaggagaggctgagctacaaggaggccatggggcgctgccacaaagatcctcta
agtggcctgctacttctcccagccatgctggaaggctaccgctgctaccgagtggcctcc
cccaccctgcctcgctcctgtgtgcgttga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (3)   
   UniProt (2)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (5)   
   Pfam (5)   
All databases (20)   

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