KEGG   Xenopus laevis (African clawed frog): 108718715
Entry
108718715         CDS       T01010                                 
Symbol
xirp1.L
Name
(RefSeq) xin actin-binding repeat-containing protein 1 isoform X3
  KO
K27381  xin actin-binding repeat-containing protein
Organism
xla  Xenopus laevis (African clawed frog)
Pathway
xla04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:xla00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    108718715 (xirp1.L)
SSDB
Motif
Pfam: Xin DUF5788 PilP
Other DBs
NCBI-GeneID: 108718715
NCBI-ProteinID: XP_018122580
Xenbase: XB-GENE-17338329
UniProt: A0A1L8FV54 A0A974HF04
Position
6L:complement(11292840..11321760)
AA seq 2273 aa
MAENTMKFSPKDAEKKTEVVLPPPPPPDSIQHSEESGSQEQSFMPVPPPKESFSKFYEQR
QVNELKRLYRHMHPELRKNLEHTVTCDMTKLLKTDEPNQQAAINLDTVLTGEVQSMRWIF
ENWNLDAIGEHQGGKKLVDEDAVLGGNVKDTSMLFKGQLCESGIPSSSLGMVQTKGDVKT
ALWLFETQPLDSMNKIYPEDTEVQEAILKEPVGRGDVKGTKLLFETCPLGEMGRCNSVEE
NSILQLKSEIQELKGDVKKTVKLFQTEPLCAIRDDNGNIHEIKSICREETEGDNVNRTRW
LFETQPLDSIHKNSPKVQIIRGISLEELEKGGVDAKKWIFETQPLDTIKEDNDEGMFQAS
LDSHDVADSSTDKVLPGDVKSTLWLFESQPMETLKGDFEVGPLKKVELLNEEKGDVKQRK
LLFEASALDRISDKDETAPENVIEISKGDVTTFKKLFETLPLESIKKTGNVIVSDQEHIQ
VGNVKANQTLFETVPLYAIEDSLGNFHEVMSISREQVVTADVRNYKWMFETKPLDQFNES
LQKVDIIRGITKQEIVSGDVGTAKWLFETQPVDIVHQQSDATEIHSSVQKQVLQKGDVKK
CKWLFETQPIDKLYDKSEQAKDMETQIQGDVKSYTWMFETQPLDSLKDSEEQYINVKTTS
QDACKGVDVKTTKHLFETEPLENISSKGEFKKVIRYSSTIQMPSGEVSRVKEIFETTPNE
GILGERADIPVEENIQKGSVNKFTWLFENRPLDSMSASTNGFQEVPPEKDVQGGDVVGKK
FVFETYSLDQIKQEADETEIKKVQESFTRGDVKSCTMLFETKPLYAIQDKGGEYHEVTSV
KKEEVLKADVRGAKWLFETKPLDKINKDEEVFVIRAVTQEDIDRGSVKAARWRFETEPLD
SMAEEKKYIGKELEDVQKGDVQLNKQLFESQQLNQKKYVRLVSVSDVQKGNVRTSTWLFE
NQPFDSLKGDSDEHPGIVTVQREDNQRGDVKRCTWLFESQPLDSLKDTENPTAQGQEEIL
KANVKSTTWLFESTPLDKFERATSLDQKEFNVKDTLEKCLSYKIIEHKGIAIESVGEGSV
KMVKYQPTNTGTIIQKEETLGGNLQRILLQLLHRTDLEPNCVLVEENSMEELYKTDLQLK
HSGEPGGEEERHVQDNVAKALQILLNENVLVKTGIIMEETEKGYVRIIIYSTLKYSQCNT
TAESVVKGDVKSTIGNLLSHNQESKRKVSVTREQHERGNVQLYTSCIEKGDLGYLRSLQD
ESEIEALMISQSEDDKSSFQHAEKFGEQHESTQVAEGQSHIKGKESMYTASNSAIHCMDP
GAKGMKCCAAANSKPLKPTEMARNECNLETKVAMKEEKAVKHISTCSEEDKCAMQTTSST
LPTECASSNDLQAALLDLRQAAAEAKTIQKQVQCKFQKSTKEVQSCSEQIKGKVVQPVQS
MLRCQEGATTMHSSSTSTSVHEARRSEASFQATTTSTKKVSVQEKEEQVLPGQERKVITS
TESSIKDGVDSPKKVKNYLNPFLNSDYMMEPAQADQEQDIVRGDVKAAIKALQNASSEQR
DIEKEEVVRGNLATALQSLERSNVNVSKGDFKTAMVYRNAGLSHKVSKVNTEDQQIRCQA
TVEPVSPSDNDFPPPPAAVIEHEHCQLSTTEAKRDDTMKMQEPVPIFMDSAANKASDTIL
DENANALSTPQPSMTQRKKPVPPPKPKHLLPGACPPPHIKAKCQMKSTSSQNTININDCS
SKITVRKMTDQQWQQQCASESFCGSANKKVQEKVRESEVFAYKANEQHKQEMCSNNNCEK
SEVSIGKNDHSQPNDFHTQIQPLENSLTDTLSQGVKIETTCCQNSETKDVNQSKKGVTLI
EPTPSLQHSENQVVMRVKHKKETEDEKRKRLSIHMDEILRGNVRASMDILENMRKQDELQ
RILNKVKELEDETSTVDARSVKGFFESVPDWIVDNENDPDSTLKEREDEKDVISEFLKDD
TESVSSMELAFEDLEKASTEIKYLKEQTLARLLDIEETIKKALYSVSSLKSESDIAGLSG
LFRESLGSSPSPVPSNNIRKISIVSSKAKPEKPVRLSVQKPTESIVSQDETKKKELDTNN
VPNRAISPASPSFITIESAARKPPQNTGCASSSQNTKALNNGQTPEDLLSKRSYVLQEPT
NQISQLNPQRQKSILELKTGPEGPKLVGTTIVTEKYEECDQFGNKLIRSKTSTTVTKQSD
TQSSSTYEVVSAPPRYEVTASPRLKRHMENSHVRGNETGVVFVTFGNSKTANK
NT seq 6822 nt   +upstreamnt  +downstreamnt
atggcagaaaacacaatgaaattctcacctaaagatgctgaaaagaaaacagaagtggtg
ctgcctcctccaccacctcccgactcaatccaacactcagaggaatctgggagtcaagaa
cagagtttcatgcctgtgcctccacccaaagaatcattttcaaaattctacgaacagcgg
caagtgaatgaattgaaaaggctttaccgtcacatgcacccagagctaaggaaaaactta
gaacacactgttacctgcgatatgacaaagctattaaagacagatgagccaaaccagcag
gcagctataaatctggatacggttttgactggtgaggtgcaatctatgcgttggatcttt
gaaaactggaacttagatgctataggagagcatcagggtggtaagaaacttgtagatgaa
gatgctgtccttggtggcaatgtgaaagatacatcaatgctttttaagggtcaactatgt
gagagcgggatcccttcatcgtcacttgggatggttcagacaaaaggtgacgtaaagaca
gctttgtggttatttgaaacacagccacttgactccatgaataaaatatatcccgaggac
acggaagtccaagaagcaatcctgaaagagccagttggaagaggagatgttaaaggcaca
aaacttttgtttgaaacatgtcccttaggtgaaatgggccgctgcaattcagtagaagaa
aacagcatccttcagctcaagtctgaaattcaggaactcaaaggtgatgtcaagaaaaca
gtaaagttgtttcagacagagcctttgtgtgccatcagagatgacaatggaaatattcat
gaaataaaatctatatgcagagaagaaactgagggtgacaatgtcaacagaacgaggtgg
ttatttgaaactcagcccttggacagtattcacaagaacagcccaaaagttcagattatt
cgagggatttccttggaagaattagaaaagggaggagttgatgccaaaaagtggatattt
gagactcaacctctagatacaattaaagaagacaatgacgaaggaatgtttcaggcctct
ttagattctcatgatgttgctgattcttccacagataaagtccttccaggtgatgtaaag
tctacattgtggctatttgaaagccaacccatggaaacccttaaaggtgattttgaagta
ggaccattaaaaaaagttgagctgctgaatgaagaaaaaggagatgtgaaacaaaggaaa
ctcctttttgaagcatctgcactggatagaatttcagacaaggatgagacagcacctgag
aacgtaatagagatttcaaagggagatgtgacaactttcaagaaactatttgaaactctt
cccttagaaagtattaagaaaacaggaaatgtcatagtgtctgatcaagaacacatacaa
gtgggtaatgtgaaagcaaaccaaactttatttgagactgtaccactttacgccattgaa
gatagtttgggaaattttcacgaagttatgtccatcagccgagagcaagtggtgactgcc
gatgtgagaaactataaatggatgtttgaaacaaagccattagaccagtttaatgagagt
ctacagaaagttgatataattcgaggaattaccaaacaagaaattgtatctggtgatgtg
ggcaccgcaaagtggttgtttgagactcaaccagtggacattgttcatcaacagtcagat
gccactgaaatacactcatcggtccagaagcaggtattacaaaaaggagatgttaaaaaa
tgcaagtggctatttgaaactcaacccatcgataagttatatgataagtcagagcaagct
aaagatatggaaactcaaatccaaggtgatgtaaagtcctacacatggatgtttgaaacc
caacctttagattcattaaaagattctgaggaacagtatatcaatgtcaaaacaacctca
caagatgcttgcaagggggttgatgtgaaaaccacaaaacatctttttgaaactgaacca
ttagaaaacatttcctccaaaggtgaattcaaaaaagtcatcagatactccagtacaatt
caaatgccatcaggtgaagtttccagggtgaaggaaatttttgagactacccctaatgaa
ggtattttgggggaaagggcagatattcccgtagaagaaaacatacagaaaggttctgtg
aacaaatttacatggctttttgaaaaccgtcctctagattcaatgtcagcaagtacaaat
ggttttcaagaagtgccccctgagaaggatgtccaagggggagatgttgtggggaaaaag
tttgtttttgagacatactctttggaccaaatcaaacaagaagcagatgaaactgaaatc
aagaaagtccaagaatcttttacccgaggggatgttaaatcctgtactatgttatttgaa
acaaaaccgctgtatgctattcaagacaaaggaggagagtatcatgaagtcacgtcagta
aaaaaggaagaggttcttaaagcagatgtaagaggcgccaaatggttgtttgaaacaaaa
cctcttgataagatcaataaagatgaagaggtttttgtaatcagagctgtaacccaagaa
gatatcgacagaggctctgtcaaggctgctaggtggaggttcgaaacagaaccgcttgat
tctatggctgaggaaaagaaatatattggaaaagaacttgaagatgtacaaaaaggagat
gttcagttaaataagcagctattcgaatctcagcagcttaaccagaagaagtacgttagg
cttgtgagcgttagcgatgtccaaaagggaaacgtaaggacatcaacttggctgtttgaa
aaccaaccttttgattctttaaaaggagattctgatgagcatccagggattgtaacagta
cagcgtgaagataaccaacggggagatgtaaaaaggtgcacctggttatttgaatctcag
cctttagacagtctgaaagatacagaaaaccctactgctcaaggtcaggaagagattctt
aaagccaatgttaaaagcacaacatggctgtttgaaagcacacctcttgataaatttgaa
cgagcaaccagtttggaccagaaagaatttaatgtgaaagatactctagaaaaatgcctg
tcctacaaaataattgaacataaagggattgctatagaatctgtgggtgaggggagtgtg
aaaatggtcaagtatcagcccacaaatacagggacaataatccaaaaggaagagacactt
ggaggtaacttgcaaagaatcctattgcagctacttcaccgaacagatctggaaccaaat
tgcgtacttgttgaagaaaatagtatggaagaactttataaaacagatttgcaactaaaa
cattcaggagaaccaggaggagaagaagaaagacatgtgcaggacaatgtagctaaggcc
cttcagatcttgttgaatgaaaatgttcttgttaagactggcataataatggaagaaact
gaaaaaggctatgttagaattattatatactctactttaaaatacagtcagtgtaataca
actgccgaaagtgttgtcaagggggatgtaaaatcaactattggaaatctacttagtcat
aatcaagaaagcaagcgtaaagtttcagtgacacgtgagcaacatgaaaggggcaatgtc
caactgtacactagctgtatagagaagggagatcttggttacttaagaagccttcaggat
gaatctgaaatagaagctcttatgatttctcaaagtgaggatgacaaatcatcatttcaa
catgctgagaagtttggtgagcaacatgaatctacacaggtagcagaaggacaaagtcat
attaaaggaaaagaaagtatgtacacagcatctaattctgccattcactgtatggatcct
ggagctaaagggatgaaatgttgtgccgctgctaatagtaagccattgaaacctactgaa
atggctagaaatgaatgcaaccttgaaacaaaagttgcaatgaaggaggaaaaggcagta
aaacatatttcaacttgttccgaagaagataaatgtgccatgcagacaacatctagcaca
cttccaactgagtgtgcaagcagcaatgatctccaggctgctctcttggaccttagacaa
gctgcagctgaggccaaaactatccaaaagcaagtgcaatgcaagtttcagaaaagcacc
aaggaagttcagtcttgcagtgaacaaatcaaagggaaggtggtgcaacctgttcaatcc
atgttgagatgtcaggagggtgcaaccacaatgcactcatctagcaccagtacttcggtt
catgaagcaagaagatcagaagcaagctttcaagcaacaaccacatcaaccaaaaaggtc
agtgttcaagagaaggaagagcaggttctaccgggacaggaaaggaaagtgatcactagc
acagaaagtagcattaaggatggtgttgactctcccaagaaagtgaaaaactatttaaac
ccttttctcaattctgattatatgatggaaccagcccaagcagaccaagagcaggatatt
gtcaggggtgatgtaaaggcagctatcaaagctttgcagaatgcatcatcagaacagaga
gacatagaaaaggaggaagttgtgagaggtaatctagcaactgctttacagtctttggaa
aggtctaacgttaatgtttcaaaaggtgactttaaaacagctatggtttacagaaatgca
gggctatcccataaagtgtctaaagtcaacaccgaggatcagcagattaggtgtcaggct
actgtggaaccagtatcaccatctgataatgactttcctcctcctccagctgctgtaatt
gaacatgaacattgccaactgagtacaacagaagccaaaagagatgacactatgaagatg
caagagcctgttcctatattcatggattctgctgctaataaggcaagtgatacaattctg
gatgagaatgcaaatgctttatcaacacctcaaccatcaatgacccagaggaaaaagcca
gtcccaccaccaaagccaaagcatttactcccaggtgcctgccctcctccacatattaag
gcaaagtgccagatgaagtcaacttcatcccaaaatactataaacataaatgactgttcc
tctaaaatcacagtaaggaaaatgactgatcaacagtggcaacaacaatgtgcaagtgag
agcttctgtggttctgcaaacaagaaagtacaggaaaaggtacgggagagtgaagtgttt
gcttataaagctaatgagcaacacaaacaagaaatgtgttcgaacaacaactgtgaaaaa
tcagaggtatcaataggtaaaaatgatcacagtcaacccaatgacttccatactcaaata
caaccactagagaattcattgactgatacacttagtcaaggggtcaaaattgaaaccaca
tgctgccaaaacagtgagacaaaagatgttaaccagagtaaaaaaggtgttactttaatt
gaacccactccaagtctacagcacagcgaaaaccaagttgtcatgagagtaaaacataaa
aaggaaacagaggatgagaaacgcaaaaggttatccatccacatggatgagatacttcgg
gggaatgttagggcatcaatggacattctggaaaatatgaggaaacaggatgagctacag
aggatattgaacaaagtcaaggaactggaagatgaaaccagcacagttgatgccaggtct
gtgaagggcttctttgagagtgttccagactggatagtggacaatgaaaatgatccagat
tctacactgaaggagagagaagatgagaaagatgtcatttcagagttcttgaaagatgat
acagaaagtgtttcctctatggagcttgcatttgaggatctggaaaaggcaagtaccgaa
atcaaatatctgaaagagcagaccttggcaagacttttagacatcgaagaaacaatcaag
aaggcactttactctgtttcaagtttaaagtctgaatctgatatagctggtctctcggga
ctgttccgggaatcactaggaagttctccgagcccggtccctagtaataatatccgtaaa
atcagcattgtttcgagtaaagcaaagccagagaagccagtgcgtctctcagtacagaaa
cccactgaatccatcgttagtcaagacgagacaaaaaagaaagaacttgatacaaataat
gttcccaatcgggccatctctcctgcttccccttcatttatcaccattgagtctgctgcc
aggaagccaccacaaaatacaggctgtgcctcttcctctcagaacacaaaagctttaaac
aatggacaaacgcctgaagatttgcttagcaaaaggtcctatgtccttcaagagcctacc
aaccagatcagccagctcaacccccagcgacaaaagagtatcctagagttaaaaacagga
ccagagggtcctaaactcgttggtaccaccatagtgacagaaaaatatgaagaatgtgat
cagttcggcaataagttaatacgttcaaaaacatcaacaaccgtcacaaagcagtcggac
actcagagttcatcgacgtacgaagttgtgtctgccccacctcgctatgaagtcactgct
tctccccggctcaaaagacacatggaaaactcccacgtccgaggcaatgaaacaggagtc
gtatttgtgacattcggcaattcaaaaacagcaaataaataa

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (36)   
   KEGG ORTHOLOGY (1)   
   RefGene (31)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (5)   
   UniProt (2)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (3)   
   Pfam (3)   
All databases (50)   

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