KEGG   Xenopus tropicalis (tropical clawed frog): 100124315
Entry
100124315         CDS       T01011                                 
Symbol
evpl
Name
(RefSeq) envoplakin
  KO
K10383  envoplakin
Organism
xtr  Xenopus tropicalis (tropical clawed frog)
Brite
KEGG Orthology (KO) [BR:xtr00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:xtr04812]
    100124315 (evpl)
Cytoskeleton proteins [BR:xtr04812]
 Eukaryotic cytoskeleton proteins
  Intermediate filaments
   Intermediate filament-binding proteins
    100124315 (evpl)
SSDB
Motif
Pfam: Plectin SH3_10 Spectrin Spectrin_4
Other DBs
NCBI-GeneID: 100124315
NCBI-ProteinID: NP_001128291
Xenbase: XB-GENE-993870
UniProt: B5DEA7
Position
10:complement(44934392..44957393)
AA seq 2059 aa
MFKGQSKSTKSPTKSPTKSPSKHAKASATELSLLITRMQKNADQVERNILETDQKLKQDA
GNYAAKKTFQHQQENAQKLKDSEILLKDLFLDVDKAKKYGHPQAQEIEQDIRHLHDRLSI
ECTEYRDLYEKMSILPPEPKVNWPQILDKKVQEIGNGQYGPSLPDVERQIAEHNILQREL
DEYGNEIRNQDNVAIKNQYRALQEESTWRSRHLGSLYNHLHGCTKELMYLSDEQNKILKK
DWSDQIPDLPATRRQYEKFKSEDLLPQEENVNQLLDDGERMIELKHPAAPCIQAHHEALK
GEWQNFLNLCICQENHLKNAEEYKKFHDDADAVSQTLKEVNRNFDSKFSQGNLSAPGVAS
ELQLHLEKEDKKLAQAEKNLSALKSKAPEIVPIKQRRIRPKQPITINSICDWDSADMQLS
KGDACTLKDNSKVDSWVVQTAGGETKNAPSACFVIPPADQEAIDKLKRLESELSEAQKKK
TAAQNTLKSNRNREPAKPTQSFPVVTAPGPAPGPTPGPAPGPAPGPTPGPAPTPPTRVSS
IPSEDPQANQLLNKLNRIQDDLKDTEQEVLSRVRSPVSQASPSKDLTGRLKQQEGTALRL
QNIASEKDAVQKECEAFLNKSPSGTIASQLPGTQANVNNKYKDVKTLSSLYGEEAKASLN
LENQIQKTDDMISGFENFLMQDALIPYSPSALQDRASEIQKMKRDLVDKQDNLLKLNRSL
KDTEFACSSLQTNCQEHSPDLPRQRVQVQRLNDRYHSVADQLDQREKILRDANLPYQQHK
SSCEALDTWLKGLPKNQISSSDSPSQVNYKLQSQKRLVDEIQRKEPEKNNVVKLSDDLVN
AFDDYEKQAGRYSSTLCSPNPVPPIKPKGVCMQQGIEAQQKDLVTRYNQAAVESKQQLTQ
MEFAKKVLDKSDSTDGIQAVNQQNLRSENALRSARESENLSSQLVEEKKKVAQVQQALEE
NTKRLILLKTQRPVERIEEIEVVQYYKEPKVESDLSARKIQAEKTNKEREITKSEIIVVS
KQLAALEEQRNNIKPQLLTKEVTQIERDPDLESKAQSLTKEIKQLKEENNSISLELERLK
KEVLILEQKQPNIVEKVVLKEVVKLERDPETVKATRALQLQIDDENFKRKSLQENMVKLR
NRTEELEKLIESVEPKVIVKEVKKVEQDPEILKEAARLRTLIEEERNKSVVVTRELTELQ
SKYVSVQKQKPKIEIKERVNEIFIVEPETEKEIARLKSVLQEVSTKKSMSDKELDTSHTQ
MISLKSQKPTVEYKEVVKEVVKLEKSPELLKEIEKLKVQLKDMEATSVKNVGLKSKLSKE
RDDWKVERSKVETKTVNKEVVKYENDPVLIKDAERLRQEARDEAQKRREVEDTVYDLQNK
YMLLERRKPEERVVVQEVLLVKQDPKIKDDHFRLSRTLDDTVSNRRRLEREVQQLRTQVE
EKQKLLNFQEERDKKLAAEKELRQITLRIKEIEERPPPVQEKIVMEEVVKVERDPVMEKA
ANSLRTNLDNELSQYLNIERECKNLQMKIDILQREKSLEKTIYKEVIRVEKDKVLENERV
RLRELFSKARNARQDQEDESKRLTEKIERVDAMKKSWSKEEVDLKKTKTQLQQEKSTIEN
ELLELRRQQQQKSVFLSKESQLLSQKAEIERQKKMQLGHELSLFESKILSEKDAIYEKER
NIRELQSRVNREERNQETQMRETNVSTKISILDPDTGKEMSPYEAYKRGIIDRSQYIQLQ
ELECDWEEISTMGSSGEISVLLDKKSGKQYSIEDALRNKKITKDELQMYRDGKLPISEFA
LLVAGEKPPAVSIGSIIGPKSPTSNNLTTSRSFFSTQSAPKVFHDESFPIAGIYDKSTDS
KCTIRSAITRKILDEETGQKLLEAQAATGGIIHIMSKERYSVHKAIDRGLIDSSNTQSLL
HAQKAFTGVEDPETKKRLSLGEAVQKDLIPKEKALPSLIVQHLTGGLIDTKQTGRIPVPE
AEEQGLVSKELADKIQDETQYKKDLIDPVTKENISYKEAMSRCRKDPSSGLLLLEASDSY
QPPLYRPVNPIPSLTTYNY
NT seq 6180 nt   +upstreamnt  +downstreamnt
atgtttaaagggcagagcaaatccaccaagtcccctacgaaatctcctaccaagtctcct
tcaaaacatgccaaggcgtcggccactgaactgtcactgctgatcactcgcatgcagaag
aatgcagaccaggtggagaggaacatcctagagaccgaccagaagctaaaacaggatgct
ggtaattatgccgcaaagaagaccttccagcaccagcaggagaatgcgcagaaactcaaa
gactcagagattttattgaaggatctctttctggatgtggataaggcaaagaaatatggc
cacccccaggctcaagaaatagaacaagacatccgtcacttgcatgaccgcctgagtatt
gaatgcacagagtacagagatttgtatgaaaaaatgagcatcctccctccggaacccaaa
gtcaactggccacagatcctagacaagaaggtgcaagaaataggaaatgggcagtacggg
cccagcttgccggacgtggagcggcagattgcagagcacaatatcttgcagcgagagctt
gacgagtacggaaatgaaattcgcaaccaggacaatgtagccattaagaaccagtatcgg
gctctacaggaagagtccacttggagaagccggcacttgggcagcctgtataatcacctc
catggctgcaccaaggaactaatgtatctcagtgacgagcagaacaagatcctgaagaag
gactggagtgaccagatccctgacctgcctgctacacgaaggcaatatgagaaatttaaa
tctgaggacctgctgccacaggaagaaaacgtaaatcagcttctggatgacggggagagg
atgatcgagctgaagcatccagctgccccctgcattcaggcccaccatgaagctctgaaa
ggtgaatggcaaaattttctcaacctgtgcatctgtcaggagaaccatctcaagaacgcc
gaggagtacaaaaagtttcatgatgatgcagacgctgtgagtcaaactttaaaggaagtc
aacaggaactttgactccaaattcagccagggcaacttgtcagcaccaggggtggcctca
gaactgcagctccatctggaaaaggaagacaagaagctggcccaggctgagaagaatttg
tccgctcttaaaagcaaggcccctgagattgtgcccatcaaacagcgaaggataaggcca
aagcaacccataaccatcaactccatttgcgactgggattctgctgatatgcagctttcc
aagggagacgcctgcacattaaaggacaacagcaaggttgacagctgggtggtacagact
gcaggaggagagaccaagaacgctccatctgcctgctttgtaatcccacctgcagaccaa
gaggccatagataagttgaagaggctagagagtgagctaagtgaagcacagaagaagaag
acagctgcgcagaatacactgaaatccaacagaaatcgggagcctgccaaaccaacccag
tcttttccagttgttactgcacctggacccgcacctggacccacacctggacccgcacct
ggacccgcacctggacccacacctggacccgcaccaacacctccaactcgcgtgtcaagt
atcccaagtgaggatccccaggcaaatcagctccttaacaagctaaacaggatccaggat
gacctgaaggacacggagcaagaggttttgtcacgagtacgctccccagtcagtcaggct
tcacccagtaaagatttgactggaaggctgaaacagcaagaggggacagctcttcggctg
cagaacattgcatctgagaaggacgcagtgcagaaggagtgtgaggcttttctgaacaag
agcccatcaggaaccatagcctcccagctccccggcacacaagcaaatgtcaacaacaag
tacaaggatgtcaagaccctgtcttcactctatggagaggaagccaaagcatcattgaac
ctggaaaatcagatacagaagactgatgatatgataagcggttttgagaacttcttgatg
caggatgctttgatcccatactccccaagtgcactacaggaccgggcttctgaaattcag
aaaatgaagcgagaccttgtagacaaacaagacaatcttctcaagctgaacaggagcctg
aaggacacagagtttgcctgcagctctctacagactaactgccaggaacactcccctgac
ctgccgcgccaacgcgtccaagttcaacgtctcaatgaccgctaccactctgtagccgac
cagcttgaccagagagagaagatattgagagatgccaacctgccttaccaacagcataag
tcttcatgtgaggccctggacacctggctgaaaggtctccccaaaaaccaaatctcatca
tcagacagccccagccaagtcaactataagctgcagtctcagaagaggctggtggatgag
atccagaggaaggaaccagagaagaataacgtggttaaactctcagatgacctagtgaat
gcttttgatgactatgaaaaacaagccgggcggtacagttcaactctttgctcccccaac
cctgtccctcctataaaacccaagggcgtctgtatgcagcaaggaatagaagcccagcaa
aaagatttggtgacgcgctacaatcaggctgctgtggagagcaaacagcagcttactcag
atggagtttgccaagaaagttttggataagtctgacagcacagatggaatccaggctgta
aatcagcaaaacctccgctcagaaaatgctctgaggtctgcaagagagtcagaaaatctg
tccagtcagctagtggaagaaaagaagaaggtggctcaagtacagcaggcactggaggag
aacaccaaacgcctgatattactgaagacacaaaggccagtggagcgcatagaggaaatc
gaggtggtacagtattacaaagagcctaaggtagagagtgatctatcagcgagaaaaatc
caagctgaaaagaccaacaaggaaagagagatcactaagtctgagataatcgtggtgagc
aaacaactggcggctttggaggagcaaaggaataacattaagccacagttgctgactaaa
gaggtcacacagatagaaagagatcccgatttggagtctaaggctcagtctctcacaaag
gaaataaagcaactgaaagaagaaaataattcaatttctttggaattagagagactaaag
aaagaagtgctgatactagaacagaagcagccaaatattgtagagaaagtagtgctgaaa
gaggtggtaaaattagagagggatccagagacagtaaaggctaccagggcacttcagcta
cagattgatgatgagaatttcaaaagaaaatcacttcaggagaacatggtgaagctgagg
aaccgaaccgaagagctggaaaagctgattgaatctgttgagcccaaggttatagttaag
gaggtaaagaaggttgaacaggatccagaaatcctgaaggaagcagcaaggctaagaaca
ctgattgaagaagaaagaaacaaaagcgtggttgttacacgggagctgacagagctacaa
tctaagtacgtgtcggtacagaagcagaaacccaaaattgaaataaaagaaagagtcaat
gaaatctttattgtagaaccagaaactgagaaggaaattgcaaggctaaagtctgtgcta
caagaagtcagtactaaaaaatctatgtctgataaggagctggatacaagccatactcag
atgatttctctgaagtcccagaagcccacagtggagtataaggaagttgtcaaggaggtg
gtcaagttagagaaaagcccagagttgctaaaggagatagaaaagttgaaggtacaactg
aaggatatggaagcaactagtgtcaagaacgtggggctgaaatccaaactttccaaagaa
agggatgactggaaagtggagaggtcaaaagtggaaactaaaacagtcaataaagaggta
gtcaagtatgaaaatgatccagtactaataaaagatgcagagcgtctccgtcaagaagca
cgagatgaggctcagaaaagaagggaagtggaagataccgtgtatgacttacaaaacaag
tacatgctgcttgagagaaggaagccagaggagagggttgtggtgcaagaggtgctcctc
gtaaagcaggacccgaaaataaaagacgatcactttagactaagcaggacacttgatgat
acagtaagcaacaggcgccgcctagaacgtgaggtacaacagttacgcacccaagtggaa
gagaaacagaaactgcttaactttcaagaagaaagagacaagaagttggcagcagaaaaa
gagctgcgtcagattacactaaggatcaaggagatagaggaaagacctcctcctgtacag
gagaagattgttatggaggaagttgttaaggtagaaagagaccctgttatggaaaaagca
gctaactctctacgcaccaacttagataatgaacttagccaatatctgaacatagaaaga
gaatgcaaaaacctgcaaatgaagatagacatccttcagagggagaagtctctggagaaa
accatttacaaggaggttattcgagtagaaaaggataaggtgcttgagaacgagagagtc
aggttgagagaactgttttcaaaggcccgtaatgcaagacaggaccaggaagatgagagc
aaaagacttacggaaaagatagaaagggttgatgccatgaagaaatcctggtcaaaggaa
gaagttgatcttaagaaaacaaaaacgcagctacagcaagagaaatcaactatagaaaat
gaactgttggagctgaggagacaacagcagcaaaagagcgtgttcctcagcaaggagtct
caattactctcacagaaagcagagattgaacgtcagaaaaagatgcaattgggtcacgag
ctgtccctttttgaaagcaaaattctttctgaaaaagatgccatttatgagaaggaaagg
aatataagggagctgcagtctcgtgtcaaccgagaagagcgaaaccaagagacacagatg
agagagactaacgtttccacaaaaatttctatcctggaccctgacacaggtaaagaaatg
tctccctatgaagcctataaaaggggcattattgacagaagtcagtatatccagctgcaa
gaattagagtgtgactgggaagagatttccactatgggttccagtggtgaaatttctgtc
cttttggataagaagagtggcaaacaatattccatcgaggatgccctaaggaacaagaaa
atcaccaaagacgaactacagatgtaccgtgatggcaagctccctatttctgaatttgcc
cttctggtggctggagaaaagcccccagcagtctcaattggttcaataattggacccaaa
tccccaacttctaacaacctaacaacgtctcgcagcttttttagcacccaaagtgccccc
aaagtcttccacgatgagagcttcccaattgctggcatttatgacaaaagcacagacagc
aaatgcacaatcagaagtgcaataacaagaaaaatactggatgaagaaactggccagaag
ctgcttgaagcccaggcggctacaggaggcatcatccacattatgagcaaagagagatat
tcagttcataaagctatagacaggggcctgattgatagcagtaacacgcagagtctgctc
catgcacagaaagccttcacaggtgtagaggatccagaaaccaaaaagcgattatctctt
ggagaggctgttcagaaggacctcattcccaaagagaaagctttaccctccttgattgtc
cagcacctcacaggaggtctcatcgacactaaacaaacaggccgaattccagttcctgag
gcagaagagcagggcctggttagtaaagaactggctgataaaatccaggatgagacacag
tataagaaggatcttattgaccctgtcaccaaggaaaacatcagttacaaggaagctatg
tctcgatgccgaaaagaccccagcagcggacttctgcttcttgaagcatctgattcttac
caacctcctctctatcgccctgtaaatcccatcccttccttgacaacctataattactga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (4)   
   Pfam (4)   
All databases (19)   

Download RDF
DBGET integrated database retrieval system