KEGG T01001: 165904

Homo sapiens (human): 165904

Entry

165904 CDS T01001

Gene name

XIRP1, CMYA1, Xin

Definition

xin actin-binding repeat containing 1

Organism

hsa Homo sapiens (human)

Class

SSDB

Motif

Pfam:

Xin

Other DBs

NCBI-GI:

NCBI-GeneID:

OMIM:

HGNC:

HPRD:

Ensembl:

Vega:

UniProt:

Position

3p22.2

AA seq 1121 aa
MADTQTQVAPTPTMRMATAEDLPLPPPPALEDLPLPPPKESFSKFHQQRQASELRRLYRH
IHPELRKNLAEAVAEDLAEVLGSEEPTEGDVQCMRWIFENWRLDAIGEHERPAAKEPVLC
GDVQATSRKFEEGSFANSTDQEPTRPQPGGGDVRAARWLFETKPLDELTGQAKELEATVR
EPAASGDVQGTRMLFETRPLDRLGSRPSLQEQSPLELRSEIQELKGDVKKTVKLFQTEPL
CAIQDAEGAIHEVKAACREEIQSNAVRSARWLFETRPLDAINQDPSQVRVIRGISLEEGA
RPDVSATRWIFETQPLDAIREILVDEKDFQPSPDLIPPGPDVQQQQHLFETRALDTLKGD
EEAGAEAPPKEEVVPGDVRSTLWLFETKPLDAFRDKVQVGHLQRVDPQDGEGHLSSDSSS
ALPFSQSAPQRDELKGDVKTFKNLFETLPLDSIGQGEVLAHGSPSREEGTDSAGQAQGIG
SPVYAMQDSKGRLHALTSVSREQIVGGDVQGYRWMFETQPLDQLGRSPSTIDVVRGITRQ
EVVAGDVGTARWLFETQPLEMIHQREQQERQKEEGKSQGDPQPEAPPKGDVQTIRWLFET
CPMSELAEKQGSEVTDPTAKAEAQSCTWMFKPQPVDRPVGSREQHLQVSQVPAGERQTDR
HVFETEPLQASGRPCGRRPVRYCSRVEIPSGQVSRQKEVFQALEAGKKEEQEPRVIAGSI
PAGSVHKFTWLFENCPMGSLAAESIQGGNLLEEQPMSPSGNRMQESQETAAEGTLRTLHA
TPGILHHGGILMEARGPGELCLAKYVLSGTGQGHPYIRKEELVSGELPRIICQVLRRPDV
DQQGLLVQEDPTGQLQLKPLRLPTPGSSGNIEDMDPELQQLLACGLGTSVARTGLVMQET
EQGLVALTAYSLQPRLTSKASERSSVQLLASCIDKGDLSGLHSLRWEPPADPSPVPASEG
AQSLHPTESIIHVPPLDPSMGMGHLRASGATPCPPQAIGKAVPLAGEAAAPAQLQNTEKQ
EDSHSGQKGMAVLGKSEGATTTPPGPGAPDLLAAMQSLRMATAEAQSLHQQVLNKHKQGP
TPTATSNPIQDGLRKAGATQSNIRPGGGSDPRIPAAPRKLL

NT seq 3366 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
agcaacataaggcctgggggtggaagtgatccccggatcccagcagcccccagaaagctg
ctgtga

All links

Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (22)   
   NCBI-Gene (1)   
   NCBI-GI (14)   
   UniGene (2)   
   HGNC (1)   
   HPRD (1)   
   ENSEMBL-HSA (1)   
   OC (1)   
   VEGA (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (36)   
   RefSeq(nuc) (2)   
   GenBank (17)   
   EMBL (17)   
Protein domain (1)   
   Pfam (1)   
All databases (64)   

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