KEGG   Xenopus tropicalis (tropical clawed frog): 100124763
Entry
100124763         CDS       T01011                                 
Symbol
wwc1
Name
(RefSeq) protein KIBRA
  KO
K16685  protein KIBRA
Organism
xtr  Xenopus tropicalis (tropical clawed frog)
SSDB
Motif
Pfam: WW C2
Other DBs
NCBI-GeneID: 100124763
NCBI-ProteinID: NP_001096212
Xenbase: XB-GENE-985007
UniProt: A4IIJ3
Position
3:complement(33603034..33687132)
AA seq 1108 aa
MIRKELPLPEGWEEARDVDGKVYYIDHTSKTTSWIDPRDRFTKPLTFADCIGDELPLGWE
ESYDTQVGVYYIDHNSQTTQIEDPRVQWRREQERMLKDYLVLAQEALLAQKEIYQVKQQR
LELAQKEYRTLNDVWKHKVGSQTSLVSGSSSSSKYDPDILKAEIATTKSRVNKLKREMVF
LRQELQYKENGYQTLKEIDLKMSKNHCAYKLDEAQAILNEMKTIKKAITSGEREKQDLIQ
SLAELKNGFLVDKGSQSDLWASNTSLASSANSLSRQYLNVSSQTDISGNLSVVSNNHLAE
KVRLQLRYEEAKRRIANIKIQLAKIDSDAWPGVLDSERDRLILISEKEELLKEMRFISPR
KWSQSEVERLESEKKQLEEDLQAARDTQSKALTERLKMSSKRNQLVKELEETTRLIASLQ
AQLKCLSTSMQSLSSGSSPGSLASSRGSLVTSSQDSSTSASVSDLYYEQLDHLDSEYQNK
VDFLIQEGAMGYRPSGCITTIHENEVVRSQKTDPANRVKALRSLSGTPKSMTSLSPRSSL
SSPSPPCSPLVTDPLLTVDAFLSQIDFEDIDLPLSFTELNVNAGGDSYQHETDEEPSGQG
LSCLGVSSLSVAGVSAAVSDESVTGDSGVYEATNQRTLMENAVFDGEDSEMMDTAKIKIG
MKYDEKNKHFAVFVIQLDNLAALLLHQNEKLYIRVAVLPCSESTSCLFRTRTLEQSDTLL
YNEMFLVSTSHSALRQKTLRVDVCTRQSNHHEECLGGSQISLADVCHSEEQEAHWYNLLS
YRYLKRQSKTSKQKISCCEESGIENPDSVSALLKQTAAELEAVRKQIGESTDPPEYIWPE
KKDNVPDEDGISENEGEEEFDGDVQCETEESDMQAATDSASVKVDKETNTEGLAMSLSSV
RPKDKRAATPMQAPFIRGNTIIRSKTFSPGPQSQYICRLNRSDSESSTLSKKPPFVRNAM
ERRSVRVKRPSVKSTGSERLIRTSLDLELDLQASRTWHHQLTQEISVLRELKEQLEQAKR
LGENELPQRVKDDETFKVMLRQVEKQVQKIEQKYEMQADKMMRAAAKDVHRLRGQSSKEP
LEVQSFREKMAFFTRPRMNLPTLTADDV
NT seq 3327 nt   +upstreamnt  +downstreamnt
atgataaggaaggagctccctctgccagaaggctgggaagaagcacgagatgtggatggc
aaagtgtactacattgaccacaccagcaagactaccagctggatagatcctagagacagg
tttacaaagccattaacctttgccgactgtattggcgatgaattgccattgggttgggaa
gaatcttatgacacccaagtgggtgtgtattacattgaccataacagccaaaccacacag
atagaggacccaagggtgcaatggaggagagagcaggagcgcatgctgaaagactatctg
gtgctggcccaagaggctttactcgcacagaaagaaatttaccaagtcaaacagcagagg
ctcgaattagcacagaaagaatacaggaccctgaatgatgtctggaagcataaagtggga
tctcagacaagcttggtatctggctcctcctcaagttccaaatatgatcctgatattcta
aaagctgaaattgcaacaacaaaatccagggtgaacaaactaaaaagagaaatggtcttt
ctgcgacaagaactccagtataaagaaaatggctaccaaactctcaaagagattgactta
aaaatgtctaaaaatcactgcgcttataaacttgatgaagcccaagctatcctgaatgag
atgaaaactatcaaaaaggcaattacttctggcgaacgagagaaacaagacctaattcag
agtcttgctgaattaaaaaatggattcctcgttgacaaaggatcacaatcagacctctgg
gccagcaatacttctttagcatcttcagctaattctctgtccaggcagtatctcaatgtc
agctctcaaacagatatttcaggaaatctttctgtggtcagtaataaccatttggccgag
aaggtcaggctacaactgagatatgaagaagcaaagagaaggatagcaaacataaagatc
cagttagctaaaatcgacagcgacgcatggccaggagtcctcgactctgaaagagaccgg
ctcatactaatcagtgagaaggaagaactgctgaaagagatgcgctttatcagcccgcgg
aagtggagtcagagcgaggtggagcgcttagaaagtgagaagaagcagctagaggaagac
ttacaggctgccagggacacacaaagcaaggcactcacagaaaggctgaaaatgagtagt
aaaaggaaccaactggtcaaagagttagaagagacaaccaggttaattgcatcactgcag
gcacaactaaagtgtctttcaaccagcatgcagtccctttcatcgggcagcagccctgga
tctttagcttccagcagaggttctttggtaacatccagtcaggactcctcaacatctgcg
agtgtttctgatctttactacgagcaactggatcatttggattcagaataccagaacaaa
gtagacttcttaattcaggaaggagcaatgggttatagaccatctgggtgcatcacaacc
attcatgaaaatgaggttgtgaggtctcagaagactgatccagcaaatcgtgtgaaagca
ctgaggtctttatctggaacccctaagtcaatgacatcattatcaccgaggtcatctctg
tcctctccatctcctccttgttcaccgcttgtaactgatccactgttaacagtagatgct
tttctgagtcaaatcgattttgaagatattgacctaccactgagctttactgaacttaat
gtaaatgctggcggagatagctaccaacatgaaacagatgaagaaccttcaggacaaggt
ttaagctgcttgggggtgtccagtctgagtgtggccggagtgtcggctgcagtgtcagat
gaatctgtaactggggacagtggagtctacgaggcaacgaatcagagaacattgatggaa
aatgcagtgtttgatggtgaagactcagagatgatggacaccgccaagatcaaaataggg
atgaagtatgatgagaaaaacaagcactttgctgtatttgtcattcagttggataatttg
gcagctttgttactgcatcagaatgaaaaactgtacatccgcgttgcagttctcccgtgt
tctgaaagcacgagttgtttgttccggacaagaaccttggagcagtctgacactcttctc
tataatgagatgtttctggtttctacatcccattctgctttacgccagaagaccttaagg
gttgatgtgtgcacaagacaaagcaatcatcatgaagaatgcctgggaggatcacaaata
agcttggccgatgtctgccattcagaagaacaagaagcccattggtacaaccttttaagt
taccgatatctgaagaggcaatccaaaacaagcaagcagaaaatcagttgctgtgaagaa
agtggtattgaaaatccagattcagtgagtgccctccttaaacagactgctgctgaatta
gaggctgtaaggaagcagattggggaaagcacagatccacctgaatatatctggccagaa
aagaaggataatgtcccggatgaagatggcattagtgagaatgaaggagaggaagaattt
gatggagatgtacagtgtgaaacagaagaatcagacatgcaggcagctacagattcagcc
tcggtaaaggtggacaaggagacaaacacagaaggccttgcaatgtccttatcttctgtt
cgcccaaaagataaaagagcagccactcctatgcaggcgccattcataagaggaaacacc
attatacgctctaaaacattctctccaggaccacaaagccagtatatttgtcgtctgaat
cgtagtgatagtgaaagttcaactctatctaaaaagccaccttttgtcaggaacgcaatg
gagagacgcagcgtgagagtcaaacggccatctgtgaagtccactggctcagagcgtctc
attcgcacatctctggaccttgaattagatctacaagcttcaaggacatggcaccatcag
ctcactcaagagatctctgtacttagggaactaaaagaacagttagagcaagcaaagcgc
ctgggtgagaatgagctacctcagcgggtgaaggatgatgagacatttaaggttatgctc
agacaagtggagaaacaggtacagaagattgagcagaagtacgagatgcaagcagataag
atgatgagagcagcagcaaaagatgtgcacaggttacgagggcagagcagcaaggagcca
ttggaggtgcagtcattcagagagaagatggcatttttcactcgaccaagaatgaactta
cctacactcacagcagatgatgtttaa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (2)   
   Pfam (2)   
All databases (14)   

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