KEGG   Alligator sinensis (Chinese alligator): 102369986
Entry
102369986         CDS       T02922                                 
Symbol
XIRP1
Name
(RefSeq) xin actin-binding repeat-containing protein 1 isoform X1
  KO
K27381  xin actin-binding repeat-containing protein
Organism
asn  Alligator sinensis (Chinese alligator)
Pathway
asn04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:asn00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    102369986 (XIRP1)
SSDB
Motif
Pfam: Xin PNPase
Other DBs
NCBI-GeneID: 102369986
NCBI-ProteinID: XP_025059160
UniProt: A0A3Q0GLV4
Position
Unknown
AA seq 2880 aa
MRWHTGSEKCTSKQQTENMASADKLRQPPSFHTALGSPQSGPDHRASRSLRNSVSVSKLV
ARYQNLLDHESGTSTQENHKRMPSNRLLHNEQDPLGTKAAVPESPTSNVSRSGSSTTHHA
SPTPVNTRRRQTSSDASRVTPIPQLLPVSSDPLLTTSSSGRFRKTKTESSRQTPLQPLAK
GAKCWTELPFSSPQSSRRRPQRSPATSTAEASATKEGKLSQKTESMTLTLPDPASDSATL
RSYERTWTFLDGSDNSSHIPPQGQGRVKELTARYLSRTAAPAAHRGLAQPQTTKASIVRS
PDSQKASKMAEAQSQKSAKVNGKKTEEGLPPPATQDTLQVSASPTGSQDPNPLPPPPTKE
SLSKFYQQRQVNELKRLYRHMHPELRKNLEEAVTEDLAEMLHTEDPNTQASVNQDTVPPS
DVQSMRWIFENWTLDSIGDHEGTKKLADEETRSGDVKSTSTRFESQALNGDKSCASIKVA
ETGQAKGDVRTARWLFETQPLDSLNKLYTEEADVQEAVLKEPVQKGDVKGAAQLFETHSL
DALGRCYSMEEQSILQLKSEMQEQKGDVKKTIKLFQTEPLCAIRDKTGNIHEIKSVCREE
IQSNAVRTARWLFETQPLDTINKDTSKVQIIRGISLEEAGKPDVSGARWIFETQPLDAIR
ELTVEEEAFKASMDFVPGADVSKQRLLFETQALASLKGEASDSGPAKEEVVGGDVKSTLW
LFETQPMETLKDNFEVGHLKKVNLSEEERGDVKQRKHIFETCPLGSISKASSEEVSATNV
QEVMKGDVKSFKTLFETLPLDSIKQADAEPVTKEKEEIPAGNVKATQVLFETTPLYAIKD
SLGNFHQITSVSREQVISGDVKNYKWMFETRPLDQFDESTKKVDIIRGITKQEVMAGDVK
TAKWLFETQPMDVIHTQVNQGEEHSSVKREVSQKGDVKTCRWLFETQPIDTLYEKTEKKQ
EEDGSVPQANVKSYTWMFETQSLDSLKGQEEQYLQVSKAYCQDDLQGVDVKTVSHLFETE
PLVSDASGEHDSKKPVRYSSRVEIQSGEVSRVKEFFETKPLDTADTPTAAVKKSDVPTAE
TIEAGSVHKFTWLFENCPMDAIKDNTEGIQEIPPEKDIKGGDVGGKRFVFETYSLNQIHD
EVDETEIKRIQQETMSKASVKSYTMLFESQPLYAIQDKDGDYHEVTSVKKEEIMKGDVKG
ARWLFETKPLNQIKKEEEVFVIRAVTQEDIKKGDIQAARWRFETEPLDSFSRGKRPVVRT
VDDVQKGDVQSNKQLFESQQVSQKKYVRMVSVSDVQQGDVRTSTWLFENQPIDSLKGEPD
GSTISTVQREDSQKGDVKRCTWLFETQPMDSLKDSEVSARPDAPEAIPCADVKSTTWLFE
TTPLDKLSSTIHGEETEVRERTVRETLQTLCTCQAIQHGGILIEANDAESVRMAKYQLSS
PGTPEIQKEETVKGNLQRIILQLLYQTKVEAQGVLVEEDKEGKIKVSPLQLLDPSKAHKS
AEDLSDDVTKVLHDLPSQDISIKKGMVIQEMKTGSRKMTIYSLLHHSVQLEVVKGDVKST
IGNLLASSQEQRTAATIRREDNEKGNVQLYTSCIEKGDLDYLKTLQHESEFESLVPSQAE
QEPAEPIPRDMQGAKTHVLQEEERAEKAIADVVTGDVKGATKVLMCEGVSKKGTLEREAT
DAGAASSTVQCLGKPLSLPTVVEKKDTKRGELKVTIKSLRKSKNGSKKVEKEESVIEGAK
VALQEEASAEAMAQKDEAAKASQCLVVGQPSQMTADGQEQALGSDLQAAMQSLRLATAEA
KSIQHQVQSKLHKSSEEIHMASKQQAINTQKKVTLQSTVRKQDCTATQQCQARSATTTTT
TKVHKASKSQSSVSQKSMTSHKKVSASEEVRGGQQLSQESQVMPSADVSIKDGLYTAKPV
KTYVNPFLESDYKEQAVQEEREQDVMIRGDVKTAIRALQSAAAEQRPVEKEDVVRGNLKA
TLQSLEKSNVNVSKGDFKAAMIYRNAGQSYTTCKKKNEAPAVSNQAAGVASGSQPDTDFP
PPPPPPAAVMKTEHCPPSTKAPEAAPLPPASKDEGLEGPAPTHSSLPQTLALISTQASDQ
SPPGKPETLPKPQITAPPRKKPVPPPKPERLLQEARSHHDSNSKGRLAKPVPPPRPPKPP
GLGKLSRPPMDEAKGSREAEVSEQSGCGEHPTKCCTPPSPVVSTAKAKDQTCETATPKDI
AKTPLQIAEERYKASKEEQGKVESTHSKTSEPLKNEVSVSELEQTNEKAAVLQGIQGCMD
TCSLENGCMFASKPGCLGGSQAALAHSEGQSKSNVSPNGQVTLPRKGAASPKAESASVPN
AYESWDNQSRIRKTNQKRTEGKSAFAHQQVTEQQQVNSRRPRPCEVETEQLAEEKPVVVM
REKPGRETEDERRKRLSVHKEEIMKGNVKEAMEIFENLRRQEELQEILTRVREFEEETCK
VDVKALRSFFEDVPEWVVRHKSRQPKQPPQHKAEKVEPAVKEDSDSVSSVELAFEDLERA
SAEIIHLKEQTLARLLDIEEAIRKALYSVSSLKSESDIAGLSGLFKESLGNAQSPATSNN
IRKISIVSSKSRQEKTGQETPNAASAGSAKATEKTEVSKAELAVPSLVQPRVSSPSSPSY
ISIASAARKPAESPREAHAAWDVPSPDVPDTQDKRDPFSLDSSSSFVHKSGGAGGCDLAP
MENEQEPIQMKAGMSSIRQHSLGNPEHQSSSTSDKEKCSLDTSKGNCHGALKGGLSDFNP
QAPLIVSSPQNPKRQKSILELQTGPNGSKLYGATRTVTEQYEEVDQFGNKIITSSTTVTK
QAETQTSTMCDVVSPPHYEVTASPLLRRYLRSSGEEFHSNGSLQDPGVVFVTFGNSKPKK
NT seq 8643 nt   +upstreamnt  +downstreamnt
atgagatggcacacaggctcagaaaagtgcactagcaagcagcagacagagaacatggca
agcgctgacaagctgaggcagcctccatcctttcatacagcacttggttctccgcaaagc
gggccagaccacagagcttcacggtctctaagaaactctgtttctgtctccaagctagta
gccagatatcaaaacttactggatcatgaaagtggcacatcaacgcaagagaatcacaag
aggatgccgagtaaccgtctactgcacaacgaacaggatcctctggggacaaaagctgcc
gtacctgaaagccccaccagcaatgtctccaggagcgggtccagcaccacccaccatgcc
agtcccactccggtgaataccaggaggcggcagaccagctctgatgccagcagagtcact
cccattccccaacttctgcctgtctcttctgacccgctcctcacaacctcttccagtggc
aggtttaggaaaaccaaaactgagtccagcaggcagacacccctccagcctctggccaag
ggggctaaatgctggacagaactgcccttctcttcaccccagagcagcaggaggagaccg
cagaggagtcctgccacgtccacagcagaggcttcggccaccaaggaagggaagctctcc
cagaagacagagtcgatgaccctcaccctgccagacccagcttctgactcagccacactc
aggagctatgagaggacctggacatttctagacgggtcagacaactccagccacatacct
ccacaagggcaagggagagtgaaggagctgacggctcgctatctgtctcggacagctgcc
cccgctgctcacagaggcctcgcacagcctcaaaccacaaaggctagcatcgttcgttct
cctgacagccagaaagcaagcaagatggcagaggctcagagccagaagtcagctaaggtg
aatggcaagaaaacagaagagggcttacctcctcctgccacccaagacacccttcaggtc
tccgcttcccccacggggagccaagatccaaaccccctacctccacctcctacaaaggag
tccttatccaagttttaccagcagcgccaagtgaatgaactgaagaggctgtacaggcac
atgcatcctgagctgaggaagaacctggaggaagctgtgacagaagacctggcagaaatg
ctccacactgaagatcccaacacacaggcctcagtgaatcaggacacagtaccccctagt
gacgtccagtccatgcgctggatctttgaaaactggacactggactctataggggatcat
gagggcaccaagaagctagccgacgaggagacgaggagcggggacgtgaaaagtacatcc
acgaggtttgagagtcaggcactcaatggggacaagtcatgtgcatcgatcaaagtagca
gagacaggacaggctaaaggggatgtgcggaccgcccgatggctgtttgaaacccagccg
ctggactcgttaaacaaactgtataccgaggaggcagacgtgcaggaggcagtcctcaag
gagcctgttcagaaaggagacgtgaaaggtgctgcgcagctctttgaaacccactccttg
gatgccctgggacgttgctactccatggaggagcagagtatcctgcagctcaagtcagaa
atgcaggagcagaaaggtgatgtcaaaaaaaccatcaagctcttccagactgaaccactc
tgcgcgatcagggacaaaactgggaacattcacgagatcaaatctgtctgcagagaagaa
atccagagtaatgccgtcaggacagctcgctggctatttgagacccagccactggatacc
atcaataaggacacctctaaagtgcaaattatccgggggatttcattagaagaggcagga
aagccagatgtcagtggagcaaggtggatatttgaaactcagcctctagatgccatccga
gagctgacggtggaagaagaggctttcaaagcttccatggattttgtcccaggggcggat
gtcagtaagcagagactgctctttgagactcaggcccttgcttctctcaaaggagaagcc
tccgacagtggtccagccaaagaagaagttgttggcggtgatgtgaaatcaacactctgg
ctatttgaaacccagcccatggagaccctgaaagataattttgaagtggggcatttaaag
aaagtgaacctttcagaagaggagagaggagatgtgaagcagaggaagcacatctttgag
acctgtcccctgggtagcatctccaaggcatcctcagaagaggtctccgccaccaatgta
caagaggtgatgaaaggagacgtgaaatcattcaaaaccttgtttgagactctcccttta
gacagcattaagcaggctgatgctgaacctgtcaccaaagagaaagaggagatcccagct
gggaacgtcaaagccacccaggtgctatttgagacaacccctctgtatgctatcaaggac
agcttgggcaatttccaccagataacctccgtcagcagagagcaagtcataagcggtgat
gtcaagaactacaaatggatgtttgaaaccagacctctagaccagtttgatgaaagcacc
aagaaggtggatatcattagagggatcaccaagcaggaggtgatggctggggatgtcaaa
acagccaagtggctctttgaaacccagcccatggatgtcatccacacccaggtgaaccaa
ggagaagagcactcatcggtgaaaagggaggtgtcccagaagggcgatgtgaagacctgc
aggtggctatttgagacgcagcctatagacacactgtatgagaaaacagagaagaagcag
gaagaggatggctctgtaccacaggccaatgtcaagtcatacacgtggatgtttgagacc
caatccctggactccctgaaaggccaggaggaacagtatctgcaggtcagcaaagcatac
tgccaggatgacttacaaggggttgatgtcaaaactgttagccacctatttgagactgaa
cccctggtcagtgatgcctccggcgagcatgactcaaagaagcctgtcaggtattccagc
cgtgtggagatacagtctggggaagtgtccagggtgaaggagttctttgaaaccaagccc
ttggatacagcggatacaccaactgcggccgtgaaaaagagcgatgtgcccacagctgag
accatcgaggctggatcggtgcacaagttcacctggctctttgagaactgcccaatggat
gctataaaggacaacaccgagggcatccaggaaatccctccagagaaggatatcaagggc
ggagatgtgggaggcaagaggttcgtttttgagacctactccctcaaccagatccatgac
gaggtggacgaaacagagatcaagaggatccagcaggagactatgagcaaagcgagtgtc
aagtcctacaccatgctgtttgagagccagccactgtatgccattcaggacaaggatggg
gactaccatgaagtcacatcagtgaagaaggaggagatcatgaaaggtgatgtgaaaggt
gcccggtggctgtttgaaaccaagccactgaaccagatcaagaaggaagaggaagtgttt
gttatccgggctgtcacccaagaggacatcaagaaaggggacatccaggctgcccgatgg
aggtttgagacggagccccttgattccttctcccgtgggaagcgacctgtggtcaggaca
gtagatgacgtgcagaaaggagatgtccagtccaacaagcagctctttgagtctcagcaa
gtgagccaaaagaagtatgtgcggatggtcagcgtcagtgatgtccagcaaggtgacgtg
aggacctccacctggctctttgagaaccagcccattgattctctgaagggggagcctgac
ggcagcaccatcagcactgtgcagagagaagacagtcagaaaggggacgtcaagcgctgc
acctggctctttgaaactcagcccatggatagcctcaaagactcagaagtctctgcccgc
ccagatgccccagaagctatcccatgtgctgacgtgaagagcacaacgtggctatttgag
acaacccccttggacaaactcagctctactatacatggagaagaaacagaggtgagagag
agaactgtgagggaaactttgcaaaccctctgcacctgccaagccatccagcatggtggg
atcctcatagaagccaatgatgcagagagcgtgaggatggcaaagtaccagctcagcagc
ccgggcactccagagatccaaaaagaagagactgtgaaaggcaatttgcaacggatcatc
ttgcagctgctgtaccagaccaaagtagaggcccagggggtgctggtggaggaggataag
gagggcaagatcaaagtcagcccactgcagctactagatccaagcaaagcccataaaagc
gcagaggacttgagtgatgatgtgacaaaggttctccatgacctccctagccaagacatc
tccatcaaaaagggaatggtcattcaagagatgaagacggggtcaaggaagatgaccatc
tactccctcctgcaccactctgttcagctggaggttgtcaaaggggatgtgaagtcaacc
atcgggaacctgctggcttcctcacaagagcagaggacagcagcgaccatcagacgggaa
gataatgagaagggaaatgtccaactgtacaccagttgcattgagaagggagacctggac
tatctaaagaccctgcagcatgagtcagagtttgagtcccttgtcccatcccaagctgaa
caggagccagctgaacctatcccaagagacatgcagggggctaagacacatgtcttgcaa
gaagaagaacgagcagagaaagcaattgcagatgttgtcacaggggatgtgaagggggct
acgaaagtgctcatgtgtgaaggagtaagtaaaaagggcacgttagagagagaagcaacg
gatgcaggtgccgcaagctccactgtgcagtgtcttgggaagcccctaagcctgcccaca
gtagtggaaaagaaagatactaagcgtggggaacttaaggtgaccatcaagtcacttcga
aagagtaagaatggtagcaagaaggtggagaaggaagaatcagtcatagagggagccaag
gttgcgctgcaggaagaagcctctgctgaagcgatggctcagaaagatgaggcggccaag
gcaagccagtgtctggtggtggggcagcccagccaaatgacagcagacggacaagagcag
gctcttggaagcgatcttcaggccgccatgcagagtctgaggctggccacagccgaggcg
aaaagcattcagcaccaggtccagagcaagctccacaagagcagtgaggaaatccacatg
gcctccaagcagcaggccatcaacacgcagaagaaagtgaccctccagtcaacggtacgc
aagcaggactgtaccgccacccagcaatgtcaagctcgcagtgccaccaccaccaccacc
accaaagtccacaaggcctccaagtcccagtcaagcgtgtcacagaagagcatgacgtcc
cacaaaaaggtcagtgcttctgaggaagtacggggaggacagcagttgagccaggaaagt
caagttatgcctagtgcagatgttagcattaaggatggcctttatactgccaagccagtg
aaaacctatgtaaatcctttccttgagtctgattacaaagagcaagcagtgcaagaagaa
agagagcaagatgttatgatcagaggtgatgtaaagacagctatcagagcactgcaaagt
gctgcggcagaacagagaccggtagagaaggaggatgttgttcgaggtaacttaaaggcc
acgcttcagtcactggaaaagtctaatgttaatgtctccaaaggggattttaaagctgct
atgatatacagaaatgcagggcagtcatataccacatgtaaaaagaaaaatgaggctcct
gcggttagtaaccaggcagcgggagtggcttcggggtcgcagccagatactgactttcct
cctcctcctcctcctccagctgctgtgatgaaaacagagcattgcccaccctcaaccaaa
gcaccagaagcagcccctctaccaccagccagcaaggacgaaggcctggaaggtcctgca
cccacacacagctctctgccacagacccttgctctcatctccacccaagccagtgatcag
agccccccaggcaagccagaaactctccccaaaccacaaattactgccccaccacggaag
aaaccagtcccacccccaaaacctgagcgtcttttacaagaggcacgttcacaccatgat
agcaacagcaaagggaggttggccaagccagtcccacccccgcggcctcctaaaccccca
ggcctaggcaagctaagcagaccacccatggatgaggcaaagggctcacgtgaggcagag
gtatcagagcaatcaggttgtggggaacatccgacaaaatgctgtactccaccgtcacca
gtagtcagcactgccaaggcaaaggaccagacctgtgagacagcaacaccaaaagacatt
gctaaaacacctcttcagatagcagaggaaaggtataaggcaagcaaggaagaacagggc
aaggtggagtccacacattcaaagacatcagagccacttaaaaatgaagtgtccgtttct
gaattggagcagacaaacgagaaagcagcagtcctgcagggcattcagggatgcatggac
acttgtagcctggagaatgggtgcatgttcgcatccaaaccaggctgtctgggtggatct
caggcagctcttgctcactccgaaggtcagagtaagtcaaatgtatctccgaatggtcaa
gtcacccttccaaggaaaggagctgcctcacccaaggcagaaagtgcaagtgtgcctaat
gcttacgagtcatgggacaatcagagccgtatccggaaaacgaatcagaagagaacagaa
gggaaatcagcatttgcccatcagcaggtgaccgagcaacagcaggtgaacagcagacgg
ccgagaccatgtgaagtggagacggagcagcttgcagaggagaagccagtggtggtcatg
cgagagaagcccggccgggaaacggaggatgaacggcgcaagcggctgtccgttcacaag
gaggagatcatgaagggcaacgtgaaggaggccatggagatctttgagaacctgcggcgg
caggaggagctgcaggagatcctgacgcgggtgagggagttcgaggaggagacgtgcaag
gtggacgtaaaggccctgaggagtttctttgaggacgtccccgagtgggtggttcggcac
aagtctcgccagccgaagcagccaccgcagcacaaggctgagaaggtcgagccagcggtg
aaggaggactccgacagcgtctcctcggtggagctggctttcgaagacctggagagagca
agcgctgagatcatccacctgaaggagcagacgctcgccaggctgctggacattgaggag
gccatcaggaaagctctctactcagtctccagcctgaagtccgaatcagacatagctggg
ctttccggcctcttcaaggagtctctggggaatgcccagagccccgctactagcaacaac
atccgcaagatcagcattgtgtccagcaaatccaggcaagaaaaaacaggacaggagacg
ccgaacgcagcctcggcaggaagtgcaaaggcgacagaaaagactgaggtgtccaaggcc
gagttagcggtccccagcttggttcagccccgtgtgagttctccctcctctccttcctat
atctccatcgcatctgctgccagaaagcctgcagagtctcccagggaagcgcatgctgcc
tgggatgtgccctctccggacgttcctgacacccaagacaaaagggatcccttttctctg
gacagctctagctcattcgtccacaaatcagggggggcaggtggatgtgacctagctccg
atggagaacgaacaggagcccatccaaatgaaggcaggaatgagctcaattagacagcac
tctcttggcaacccagagcaccagagcagtagcaccagtgacaaagaaaagtgctcactg
gacacatccaaaggcaactgccatggtgcactcaagggaggcctttctgatttcaatcct
caggctcccctgatagtctccagcccacaaaacccaaagaggcagaagagcatcttggaa
ctgcagaccgggcctaatggatccaagctgtacggggccaccagaaccgtgacggagcag
tacgaggaggtggatcagtttggaaacaaaatcatcacttcgtccaccaccgtcaccaag
caagcggagacccaaacttccaccatgtgtgacgttgtctctcccccccactacgaggtc
accgcctcgcctctgctacggaggtatctgcgcagctcaggggaagaatttcactccaac
ggcagccttcaggaccccggagtggtctttgtcacttttggtaactccaaacccaaaaaa
tag

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (13)   
   KEGG ORTHOLOGY (1)   
   RefGene (9)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (2)   
   Pfam (2)   
All databases (23)   

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