KEGG   Homo sapiens (human): 165904
Entry
165904            CDS       T01001                                 
Symbol
XIRP1, CMYA1, Xin
Name
(RefSeq) xin actin binding repeat containing 1
  KO
K27381  xin actin-binding repeat-containing protein
Organism
hsa  Homo sapiens (human)
Pathway
hsa04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    165904 (XIRP1)
SSDB
Motif
Pfam: Xin
Other DBs
NCBI-GeneID: 165904
NCBI-ProteinID: NP_919269
OMIM: 609777
HGNC: 14301
Ensembl: ENSG00000168334
UniProt: Q702N8
Position
3:complement(39183215..39192595)
AA seq 1843 aa
MADTQTQVAPTPTMRMATAEDLPLPPPPALEDLPLPPPKESFSKFHQQRQASELRRLYRH
IHPELRKNLAEAVAEDLAEVLGSEEPTEGDVQCMRWIFENWRLDAIGEHERPAAKEPVLC
GDVQATSRKFEEGSFANSTDQEPTRPQPGGGDVRAARWLFETKPLDELTGQAKELEATVR
EPAASGDVQGTRMLFETRPLDRLGSRPSLQEQSPLELRSEIQELKGDVKKTVKLFQTEPL
CAIQDAEGAIHEVKAACREEIQSNAVRSARWLFETRPLDAINQDPSQVRVIRGISLEEGA
RPDVSATRWIFETQPLDAIREILVDEKDFQPSPDLIPPGPDVQQQQHLFETRALDTLKGD
EEAGAEAPPKEEVVPGDVRSTLWLFETKPLDAFRDKVQVGHLQRVDPQDGEGHLSSDSSS
ALPFSQSAPQRDELKGDVKTFKNLFETLPLDSIGQGEVLAHGSPSREEGTDSAGQAQGIG
SPVYAMQDSKGRLHALTSVSREQIVGGDVQGYRWMFETQPLDQLGRSPSTIDVVRGITRQ
EVVAGDVGTARWLFETQPLEMIHQREQQERQKEEGKSQGDPQPEAPPKGDVQTIRWLFET
CPMSELAEKQGSEVTDPTAKAEAQSCTWMFKPQPVDRPVGSREQHLQVSQVPAGERQTDR
HVFETEPLQASGRPCGRRPVRYCSRVEIPSGQVSRQKEVFQALEAGKKEEQEPRVIAGSI
PAGSVHKFTWLFENCPMGSLAAESIQGGNLLEEQPMSPSGNRMQESQETAAEGTLRTLHA
TPGILHHGGILMEARGPGELCLAKYVLSGTGQGHPYIRKEELVSGELPRIICQVLRRPDV
DQQGLLVQEDPTGQLQLKPLRLPTPGSSGNIEDMDPELQQLLACGLGTSVARTGLVMQET
EQGLVALTAYSLQPRLTSKASERSSVQLLASCIDKGDLSGLHSLRWEPPADPSPVPASEG
AQSLHPTESIIHVPPLDPSMGMGHLRASGATPCPPQAIGKAVPLAGEAAAPAQLQNTEKQ
EDSHSGQKGMAVLGKSEGATTTPPGPGAPDLLAAMQSLRMATAEAQSLHQQVLNKHKQGP
TPTATSNPIQDGLRKAGATQSNIRPGGGSDPRIPAAPRKVSREEQALPRGLPGGWVTIQD
GIYTAHPVRTFDPPGGVQLSQREPQSRHRETALSVQAPRPLQGGPGQSTGPGREEPGGCT
QMAWGPPGKAMAEVCPGGLQAAETTLKTAPLGRHILASGPQAAGASPHPHNAFVPPPPTL
PAAVTGPDFPAGAHRAEDSIQQASEPLKDPLLHSHSSPAGQRTPGGSQTKTPKLDPTMPP
KKKPQLPPKPAHLTQSHPPQRLPKPLPLSPSFSSEVGQREHQRGERDTAIPQPAKVPTTV
DQGHIPLARCPSGHSQPSLQHGLSTTAPRPTKNQATGSNAQSSEPPKLNALNHDPTSPQW
GPGPSGEQPMEGSHQGAPESPDSLQRNQKELQGLLNQVQALEKEAASSVDVQALRRLFEA
VPQLGGAAPQAPAAHQKPEASVEQAFGELTRVSTEVAQLKEQTLARLLDIEEAVHKALSS
MSSLQPEASARGHFQGPPKDHSAHKISVTVSSSARPSGSGQEVGGQTAVKNQAKVECHTE
AQSQVKIRNHTEARGHTASTAPSTRRQETSREYLCPPRVLPSSRDSPSSPTFISIQSATR
KPLETPSFKGNPDVSVKSTQLAQDIGQALLHQKGVQDKTGKKDITQCSVQPEPAPPSASP
LPRGWQKSVLELQTGPGSSQHYGAMRTVTEQYEEVDQFGNTVLMSSTTVTEQAEPPRNPG
SHLGLHASPLLRQFLHSPAGFSSDLTEAETVQVSCSYSQPAAQ
NT seq 5532 nt   +upstreamnt  +downstreamnt
atggccgacacccagacacaggtggcccccacaccaaccatgaggatggcaactgcagag
gacctgcccctccctccacccccagccctggaggacctgccactgccgccacccaaggaa
tccttctccaagttccatcagcagcggcaagctagtgagctccgccgcctctacaggcac
atccaccctgagctccgcaagaatctggctgaggctgtggccgaggatctggctgaggtc
ctgggctctgaggaacccaccgagggtgacgttcagtgcatgcgctggatctttgagaac
tggagactggatgccattggagaacacgagaggccagctgccaaggagcccgtgctgtgt
ggtgacgtccaggccacctcccgcaagtttgaggaaggctcctttgccaacagcacagac
caggagccaaccaggccccagccaggtggaggagacgttcgtgcagcccgctggctattt
gagacaaagccactggacgagctgacagggcaagccaaggaactggaggccactgtgagg
gagcctgcagccagcggagatgtgcagggtaccaggatgctctttgagacgcggccgctg
gaccgcctgggctcccgcccctccctgcaggagcagagccccttggaactgcgctcagag
atccaggagctgaagggtgatgtgaaaaagacagtgaagctcttccaaacggagcccctg
tgtgccatccaggatgcagagggcgccatccatgaggtcaaggccgcatgccgggaggag
atccaaagcaacgcggtgaggtctgcccgctggctctttgagacccggcctctggacgcc
atcaaccaggaccccagccaggtgcgggtgatccgggggatttccctggaggagggggcc
cggcccgacgtcagtgcaactcgctggatctttgagacacagcccctggatgccatccgg
gagatcttggtagatgagaaggacttccagccatccccagaccttatcccacctggtcca
gatgttcagcagcagcagcatctgtttgagacccgagcgctggacactctgaagggggac
gaagaggctggagcagaggccccacccaaggaggaagtggtccctggtgatgtccgctcc
accctgtggctatttgaaacaaagcccctggatgctttcagagacaaggtccaagtgggt
cacctacagcgagtggatccccaggacggtgaggggcatctatccagtgacagctcctca
gcactgcccttctctcagagtgccccccagagggatgagctaaagggggatgtgaagact
tttaagaacctttttgagacccttcccttggacagcattggacagggtgaggttctggcc
catgggagtccaagcagagaagaaggaactgattctgctgggcaggcccagggcataggg
tccccagtgtatgccatgcaggacagcaagggccgcctccatgccctgacctctgttagc
agagagcagatagtcggaggtgatgtgcagggctacaggtggatgtttgagacacagccc
ctagaccagctcggccgaagccccagtaccatcgacgtggtgcggggcatcacccggcag
gaagtggtggctggggacgttggcacagctcggtggctttttgagacccagcccctggag
atgatccaccaacgggagcagcaggaacgacagaaagaagaagggaagagtcagggagac
ccccagcctgaggcacccccaaagggcgatgtgcagaccatccggtggttgttcgagact
tgcccaatgagtgagttggccgaaaagcaggggtcagaggtcacagatcccacagccaag
gctgaggcacagtcctgcacctggatgttcaagccccaacctgtggacaggccagtgggc
tccagggagcagcacctgcaggttagccaggtcccggctggggaaagacagacagacaga
cacgtctttgagaccgagcctcttcaggcctcaggccgtccctgtggaagacggcctgtg
agatactgcagccgcgtggagatcccttcagggcaggtgtctcgtcagaaagaggttttt
caggccctggaggcaggcaagaaggaagaacaggagccccgggtaatcgctgggtccatc
cccgcgggttctgtccacaagttcacttggctttttgagaattgtcccatgggctccctg
gcagctgagagcatccaagggggcaacctcctggaagagcagcccatgagcccctcaggc
aacaggatgcaagagagccaggagactgcagctgaggggaccctgcggactctgcatgcc
acacctggcatcctgcaccatggaggcatcctcatggaggcccgagggccaggggagctc
tgtcttgccaagtatgtgctctcgggcacagggcaggggcacccttatatacgaaaggag
gagctggtgtcaggtgaacttcccaggatcatctgccaagtcctgcgccggccagatgtg
gaccagcaggggctgctggtgcaggaagacccaactggccagctccaactcaagccgctg
aggctgccaactccaggcagcagtgggaatattgaagacatggaccctgagctccagcag
ctgctggcttgcggtcttgggacctccgtggcaaggactgggctggtgatgcaggagaca
gagcagggcctggtcgcactgactgcctactctctgcagccccggctaactagcaaggcc
tctgagaggagcagcgtgcagctgttggccagctgcatagataaaggagacctgagtggc
ctgcacagtctgcggtgggagcccccggctgacccgagtccagtgccagccagcgagggg
gcccagagcctgcacccaactgagagcatcatccatgttcccccactggaccccagcatg
gggatggggcatctgagagcctcaggggccaccccttgccctcctcaggccattggaaag
gcagtccctctggctggggaagctgcagcaccagcccaattgcaaaacacagaaaagcag
gaagacagtcactctggacagaaagggatggcagtcttgggaaagtcagaaggagccacg
actacccctccggggcctggggccccagacctcctggccgccatgcagagtctgcggatg
gcaacagctgaagcccagagcctgcaccagcaagttctgaacaagcacaagcagggcccc
accccaacagccacttccaaccccatccaggacggtcttcggaaagctggggctacccaa
agcaacataaggcctgggggtggaagtgatccccggatcccagcagcccccagaaaggtc
agtagggaagagcaagcactacccagagggctgcctggggggtgggtgacaattcaggat
ggcatctacaccgctcatcccgtgaggacctttgacccacctgggggtgtccagctttct
cagagggaaccccagtcaaggcacagggagactgccctctcagtccaggctccccgccca
ctccagggaggcccaggtcagagtactgggccagggcgggaggagcctgggggctgcaca
cagatggcctgggggccaccagggaaggcgatggcagaagtctgcccagggggcctccaa
gctgcagagaccaccctgaagactgcccctctaggccgccacattctggcctctgggccc
caagctgcaggtgccagcccgcacccccataatgcctttgttcctcctcctcctactctc
ccagctgctgtgacaggacctgactttccagctggagcccaccgtgctgaggactccatc
cagcaagcctctgagcccctgaaggacccccttcttcactcccacagcagccctgctggc
cagagaacccctggagggtcacagacaaagaccccaaaactggaccccaccatgccccca
aagaagaagccgcagctgccccctaaacctgcacacctaacccagagccaccctcctcag
aggctgcccaagcccttgcctctatctcccagcttttcctcggaggtggggcaaagagaa
caccaacgaggtgagagagatacagccatccctcagccagccaaggttcccactactgta
gaccagggccacatacctctggccagatgtcccagtggacatagccagcccagcttacaa
catggcctcagcaccacggcccccaggcccaccaagaatcaggctacaggcagcaatgcc
cagagctctgagccccccaagctcaatgccctcaaccatgatcccacctcaccacagtgg
ggccccggcccctcaggagagcagcccatggaaggttcccaccaaggggcccctgagagc
cctgacagtctgcaaagaaaccagaaagagctccagggcctcctgaaccaggtgcaagcc
ctggagaaggaggccgcaagcagtgtggacgtgcaggccctgcggaggctctttgaggcc
gtgccccagctgggaggggctgctcctcaggctcctgctgcccaccaaaagcccgaggcc
tcagtggagcaggcctttggggagctgacacgggtcagcacggaagttgctcaactgaag
gaacagaccttggcaaggctgctggacattgaagaggctgtgcacaaggcactcagctcc
atgtctagcctccagcctgaggccagtgccagaggccatttccagggacctccaaaagac
cacagtgcccacaagatcagtgtcacagtcagcagtagcgccaggcccagtggctcaggc
caggaggtcggaggtcaaactgcagtcaagaaccaagccaaggttgaatgccacactgag
gcccagagtcaagtcaagatcagaaatcacacagaggccagaggtcacacagcctcaact
gccccttccaccaggaggcaggagacatcaagagagtatttgtgccctcctcgggtttta
ccttccagccgagattctccctcctccccaacatttatctccatccagtcggccacaagg
aagcctctagagactcccagctttaagggcaaccctgatgtctcagtgaaaagcacacaa
ctggctcaggacataggccaggccctgctccaccagaaaggtgtccaagacaaaactggg
aagaaggacatcacccagtgctctgtgcaacctgaacctgcccctccctcagccagtccc
ctgcccagagggtggcaaaagagtgttctggagctacagacggggccagggagctcacaa
cactatggagccatgagaaccgtgactgaacagtatgaggaggtggaccagtttgggaac
acagtcctcatgtcttccaccacagtcaccgagcaggcagagccacccaggaacccaggc
tcccacctcgggctccacgcctcccccttgctgaggcagttcctgcacagcccagctggg
ttcagcagtgacctgacagaagctgagacggtgcaggtgtcctgcagctactcccagcca
gctgcccagtga

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (42)   
   KEGG ORTHOLOGY (1)   
   RefGene (36)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (9)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (7)   
DNA sequence (39)   
   RefSeq(nuc) (7)   
   GenBank (16)   
   EMBL (16)   
Protein domain (1)   
   Pfam (1)   
All databases (95)   

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