KEGG   Coturnix japonica (Japanese quail): 107308779
Entry
107308779         CDS       T04297                                 
Symbol
XIRP1
Name
(RefSeq) xin actin-binding repeat-containing protein 1 isoform X1
  KO
K27381  xin actin-binding repeat-containing protein
Organism
cjo  Coturnix japonica (Japanese quail)
Pathway
cjo04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:cjo00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    107308779 (XIRP1)
SSDB
Motif
Pfam: Xin PNPase DinB DAP_DH_C
Other DBs
NCBI-GeneID: 107308779
NCBI-ProteinID: XP_015708387
Position
2:complement(4362992..4408234)
AA seq 2857 aa
MEKAEKLRSTQSFPLLCSSPRSSSEHRAAPLRKSVSVSELVARYQSILDHESSMSKQEYP
KLMERRYLAQSDVNPMGKKHTLSQMHSSDVSWSKSMEDIHKTSATTRNLNGCLTNLDTPK
ANPLSKTLPLAPLKTSSLHSISRNREADTRITTTIQPLSRNTKLHKEPSLSSSLQSIQRK
WSPTIITWKDSAAKERRISHDRQTTISSVTETANDSAMGRSDERTRSFLDISDSTRRLLQ
QGRGRSPSLSVKELSARYLSQAAAAAAASQGSTTSLRTVKDRSTQSLNSQKTGKMAEPQK
SSKVAIKKMEDDLPPPPIPGSVQVIAPGSQDPNPLPVPPPKQAFSKFYQQRQVNELKRLY
RHMHPELRKNLEEAVTEDLAEMLNTEDPNAQGSVNLDKVLPGEVQSMRWIFENWTLDSIG
DHQATKKMMEDEIIPGGDVKSTSLRFENQTVNGDYLSTAAKVSETDLARGDVHTARWLFE
TQPLDSLNKLYSDETEVQEAVLKEPVQGGDVKGAKELFEAQSLDAIGRCCSVEEKSILQL
KSEIQELKGDVKKTIRLFQTEPLCAIRDKTGTIHEIKSVCREEIQSNAVRTARWLFETQP
LDTINKDTSKVQIIRGISLEEIGRPDVSGARWIFETQPLDAIREITVEEQDFKASTDFVT
GADVSKQRLLFETQALDSLKGEASESVAAKEQVIGGDVKSTLWLFETQPMETLKDNFEVG
RLKKVELSAEEKGDVKQRKHVFETCPLGSISKAFEEEISAASTEEVVKGDVKSFKTLFET
LPLDSIKEVDAEPVTKEEEKIPPGNVKANQILFETTPLYAIKDSFGNFHEVTSVSREQII
SGDVKKYKWMFETRPLDQFDESTKKVDIIRGITKQEVVAGDVRTAKWLFETQPIDVIHHQ
ATQGEECPSVKREISQRGDVKTCRWLFETQPMHTLYEKAEKKQEEDVSVPQADVKSYTWM
FETQPLDSLKGQEEQYLKVSKAYSQDELQGVDVKTVRHLFETEPLGSSVVSEADQKKTLR
YSSRVEIQSGEVSRVKEFFEAKPLDTTTKPTAVIKDHGTIEAGSVHKFTWLFENYPMDTL
KDSSEGIQEIPPEKDIKGGDVGGKRFIFETYSLDQIHDKVDETELHKIQKDTMSKANVKS
CTMLFESQPLYAIQDKEGGYHEVTSVKKEEIMKGDVKGARWLFETKPLDQIKKEEEVFVI
RAVTQEDIKKGDVQAARWRFETEPLDSFPGGKSSVPRTVDDVQKGDVQSNKQLFESQQVG
QKKYVRMVSVSDVQRGDVRTSTWLFENQPVDSLYGDADRSSSISTVQREDSQKGDVKRCT
WLFETQPMDTLKDPEVTASTGTQEPIPRADVKSTTWLFESTPLDKFSASECSGETELRER
TMKETLETLCTCQAIQHDGILIEANDMESVKMVKYQLSSPGAPEILKEEIVKGHLQGIML
QLLHRTNVESQSVLVEEDREGKIKVSSLQLLEQSETIKGKEDLSGNVAKALQGLLSQDAS
IKKGMVIQETKSESVKMTLYSLLYHSIQQKVVKGDVKSTIGNLMASSQEQRATVTVKRED
NEKGNVQLFASCIEKGDLDYLKNLQQESEIQSLISAQAEQGAAESAPQVLQGTNTHVLAN
KEQVEKVMAEAKPGALEGAKKVFAGESTGKEGALEREVVHAVGVTGTSAQCLGKPQNLPT
GMEKEEIMSGGLKVTTKSIQRVADVSKNTEKEESTSACFKEPKATMQGTAQAKVTAERSE
VVGEQRSLMTEQASLKQSEEKALGNDLQAAMQSLRLATAEARNIQHHVQSKLQRNREEVH
MACRQQVASKQETKTLQSTVHQQESASAMQENTSTAIRTTTTRVQEASQTHTSVSQKSIA
SHKKVSASEEVQGGQLLSQENQVVPSRDVSIKDGLYTATPVKTYINPFVESDYKEQSVQE
ERDVIIRGDVQTAIRALQSAATEQRLVEKEDVVRGNLKAALQSLEKSNVNVSKGDFKAAM
IYRNAGQSYSVCKKKSETQANNNQTAVVASGSQADNDFPPPPPVAVMKAEHCPPSTKATR
EGALPLLTSKDEAPRCFSPLQTPLPSPPSLSCKPSDQNSTEKPKIPPKPEITAPPRKKPV
PPPKPEHLLHEAYTASTYNSTNKSTKSVPPPVPPKPPGLREFSKPKLPPGELQFSCTEVH
EQSEHRERQEKCCTLESSMDKSITVQGPERKLPKYTAKTPLQMAEERYKASKGGQGKFEV
DRAKPSKPMKNGEVGFEAKQGMLNGKAAASISCSHEVVQRHSEMCQQEERFSSISYPACP
GRAQTPKVPGQTEPSTSSVGHVTPPKRGDDIAKNASSKVERECVYNAHASWERQSVMQQV
NERKQTSQSMSFHQQLKNASKEDQQGNSEQPKCPDVEAEVPAQEKPAVIMREKSKRETED
ERRKRLSVHKEEIMKGNVKEAMEIFENLRRQEELQEILTRVKEFEEETSKVDVKSLRSLF
EKVPDWVVRQKALQAKQDGAETQAKDDTDSVSSVEMVFGDLERASAEIIHLKEQTLARLL
DIEEAIKKALYSVSSLKSESDIAGLSGLFKESLGSTQSSTSSSNIRKISIVSSKARQEGA
TVETVEAASVEGAKVAEKTEATKSELEVPRQVHPRVSSPSSPSYITIESAARKPAESPRT
AHSPQDIPSPDCPDTPGKKDAFAQESSNSINHPSAGSPGRNASPFEKRPEPTQTNAEENS
VKQHTPANTNNQVNEKERCPPDASKGSCQCGVKGGISGYSSLSTPSPQNPRRQKSILELK
TGPDGSKLYGATRTVTEQYEEMDQFGNKIITSSTTVTKQSETQTSSTCGVASHPPYEVSA
SPVFPRYLKNPGENIHNGIFQETGVVFVTFGNSRLKK
NT seq 8574 nt   +upstreamnt  +downstreamnt
atggaaaaagctgagaagctgcgatcaactcagtccttccctcttctgtgcagttctcca
aggagcagctcagagcacagagcagctcctctgaggaagtctgtgtccgtctctgaactg
gttgccaggtaccagagcatcctggaccatgaaagcagcatgtccaagcaagaatatccc
aagctcatggagagaagatatcttgcacagagtgacgtcaatccaatgggaaagaagcat
accttatctcaaatgcattccagtgatgtgtcctggagcaagtccatggaggatatccat
aaaaccagtgccacaacaaggaatctcaatggatgcctgaccaacttggacacccctaaa
gccaatccactgagtaagactttacctcttgctccactcaagacatcatctctccacagc
atttcgaggaacagagaggctgacaccagaatcacgacaacaatccaacccctcagcagg
aacaccaaactccataaggaaccctctctctcttcctctcttcagagcatacagaggaaa
tggagtcctaccatcatcacatggaaggactctgccgcaaaggaacgaaggatctcccat
gacagacagacaaccatctcctcagtgacagaaacagccaatgactcagccatgggcaga
agtgatgagaggacacggtcatttttagacatatcagacagcactaggcgcttacttcaa
caaggacgagggaggtccccttccctgtctgtgaaggagctgtcagctcgttatctctcc
caggcagctgccgctgctgctgcttctcaaggcagcaccacatcactgagaactgtgaag
gaccgctccactcaatctctcaacagccagaagaccggcaagatggcagaacctcagaaa
tcatctaaagttgccatcaagaaaatggaagatgacttacctccccctcccatccctggc
tcagtccaagtcatcgctccggggagccaggatcccaacccactccctgtgcctcctcct
aagcaagccttctccaagttctaccagcagcgacaagtaaatgagctgaagaggctctac
agacacatgcaccctgagctcaggaagaacttggaagaagctgtgactgaagacctggca
gaaatgcttaatactgaagatcccaatgcacagggatctgtgaacctggataaagttctt
cctggagaggttcagtccatgcgctggatctttgagaactggacacttgactctattggg
gaccatcaagccacaaagaagatgatggaagatgagataattcctggtggggatgtgaaa
agtacttctctgaggtttgaaaaccagacagtcaatggggactatctgtcaacagcagca
aaggtatcagagacagaccttgccagaggggatgtgcatactgcccggtggctctttgaa
actcagcctttggactcattgaacaaactgtactcagatgaaactgaagtgcaagaggca
gttctcaaggagccagtccagggaggtgacgtgaaaggtgccaaagaactctttgaagcc
cagtccttggatgctataggacgctgctgctcagtggaggagaagagcatcctgcagctc
aagtcagaaatccaggagctaaaaggtgacgtcaagaagactatcaggctcttccaaacg
gagcctctctgtgcaattagggacaaaactggaaccatccatgaaatcaagtctgtttgc
cgagaagaaattcagagcaatgcagtccgaacagctcgctggctgtttgagactcagcca
ctggataccatcaacaaggacacttccaaagtacaaataatccgtgggatctcattggaa
gaaataggaaggccagatgttagtggagcaaggtggatatttgaaactcagcctctggat
gccatcagggaaattactgttgaagagcaggatttcaaagcttcaacagattttgttaca
ggggcagatgtcagtaaacagcgattactctttgagacccaggcgcttgattctttgaaa
ggagaagcttcagagagtgttgcagccaaagaacaagtcattggaggtgatgtgaaatct
acactctggctatttgaaacgcagccgatggaaaccctgaaagacaattttgaggtgggt
cgtttgaagaaagtagagctttcagcagaggagaagggagatgtgaaacaaagaaaacat
gtgtttgagacctgcccccttggcagtatctccaaggctttcgaggaagaaatttcggct
gccagcacagaagaggtggttaaaggggatgtgaaatctttcaagactctatttgaaact
ctccccctagatagcatcaaggaggttgatgctgagcccgtcaccaaggaagaggagaag
attccgcctggcaatgtcaaagctaaccaaatcctatttgaaactacacccctctatgcc
atcaaggatagctttggcaattttcacgaagtcacatctgtaagcagagagcaaatcatt
agtggcgatgtcaaaaagtacaaatggatgtttgaaaccaggccactggaccagtttgat
gaaagcaccaagaaagtggatataatacgggggatcacaaaacaggaggtggtggctggt
gatgtcagaacagccaagtggctctttgaaactcaacccattgatgtcattcatcaccaa
gccacgcaaggtgaggagtgtccctcagtgaagcgggaaatctcccagcggggggatgtg
aagacctgtaggtggctttttgagacccagcccatgcacaccctatatgagaaggctgaa
aagaagcaagaagaggatgtcagtgtgccacaagctgatgtgaaatcgtacacgtggatg
tttgaaactcaacccctagactccctgaaaggtcaagaggaacagtatttgaaagtcagt
aaagcgtacagtcaggatgaattacagggagttgatgtcaaaactgtccggcacctattt
gagactgaacctttgggcagcagtgttgtcagtgaagctgaccaaaagaaaaccttgcgg
tattctagccgtgtggagatacagtctggggaagtgtccagagtgaaggaattcttcgag
gctaagcccttagatacaacaacaaaaccaacagcggtcatcaaggatcatgggacgatc
gaagctggatcagtgcacaaattcacttggctgtttgagaattaccccatggacaccctg
aaggacagctctgaaggcatccaggaaatccctccagagaaggatatcaaggggggagat
gttggaggcaaaaggttcatatttgagacctactcgcttgaccaaatccatgacaaagta
gatgagacggagctccataagatccagaaagataccatgagcaaagcaaacgtcaagtcc
tgcacaatgctctttgaaagccaacctttatatgctattcaagacaaagagggaggatac
catgaggtcacctcagtgaagaaagaagaaatcatgaaaggtgacgtgaaaggtgcacgg
tggttgtttgaaactaagcccctggatcagatcaaaaaggaagaagaagtgtttgtgatt
agggctgtcacccaagaggacattaagaaaggagatgtccaggctgcccggtggaggttt
gaaacagagcctcttgactcattccctggaggaaaaagttctgtgcccagaacagtagat
gatgtgcagaagggagatgttcagtccaacaagcagctctttgagtcccagcaagtgggc
cagaagaagtatgtgcggatggtcagtgtcagtgatgttcagcggggtgatgtgaggaca
tctacctggctttttgaaaaccagcctgtggactccctttatggggatgcagacagaagc
tcttctatcagtacagtgcagagagaggacagccagaaaggagatgtcaaacgctgcacc
tggttgtttgaaacccagcccatggacactcttaaggatccagaggtgacagccagtact
gggacccaagaaccaatccctcgtgcagatgtgaaaagcacaacatggctctttgagagc
actcccttggataaattcagtgcttctgaatgcagcggggaaacagaactgagagaaaga
actatgaaggaaactttagagacactttgtacttgccaggctattcagcatgatgggatc
ctcattgaagccaatgatatggagagcgtgaagatggtgaaataccagctcagtagccca
ggtgctccagaaatcctgaaagaagagattgtgaaaggccatttacaagggatcatgctg
cagctcctgcacagaaccaacgtagaatcacagagtgtgctagtggaggaggacagagag
ggcaagatcaaagtaagctcattgcagcttctggaacagagtgaaactattaaaggcaaa
gaggacttgagtggaaatgtagctaaggctctccagggcctccttagtcaagatgcttcc
atcaaaaaggggatggtcatacaagaaacaaagtcagaatcagtgaaaatgaccctctac
tccctcctgtaccattctatccagcaaaaagttgtcaagggggatgtaaagtcaacgata
gggaacctgatggcttcttctcaggagcagagagctacagtgactgttaagcgtgaggac
aatgagaaggggaacgttcagctttttgcgagctgcattgagaagggagatctggactat
ctgaagaaccttcagcaggagtcagagatacagtccctcatctctgcccaagcagagcaa
ggggcagctgaaagtgccccgcaggttttgcagggaactaatacacatgtcttagcaaac
aaagagcaagtagagaaagtaatggcagaggcaaagccaggggcactggagggagcaaaa
aaggtatttgcaggtgagagcacgggcaaagagggtgcattagaaagagaggttgtgcat
gcagtgggtgtgacaggcaccagtgcgcaatgtcttgggaagccccagaacctgcccaca
gggatggaaaaggaagaaatcatgtcagggggccttaaagtaactacaaagtcaattcaa
agggttgcagatgtcagcaagaatacagagaaagaagagtccacctctgcgtgtttcaag
gaacccaaagctacgatgcaaggcacagctcaggccaaagtgacagctgagaggagcgaa
gtggttggggaacagcggagtttgatgactgagcaagccagccttaagcagtcagaagag
aaggcccttgggaatgatcttcaggctgcaatgcagagcctgaggctagcaacagcagaa
gcaagaaacattcaacaccacgtccaaagcaagctacaaaggaacagggaggaggtccac
atggcctgcagacaacaagtagctagtaagcaggagacaaagacccttcagtcaaccgta
catcaacaagagtctgcatctgccatgcaggagaacaccagcacagccatcaggaccacc
accactagagtccaggaggcatcccagacccacacaagtgtgtctcagaagagtatagca
tcacacaaaaaggtcagtgcttcagaggaagtacagggaggacaactattgagccaggaa
aaccaagttgtgcctagtagagatgttagcattaaggatggcctttatactgccacacct
gtgaaaacctatataaaccctttcgttgagtctgattacaaagagcaatcagtgcaagaa
gaaagagatgttattatcagaggggatgtacagacagctatcagagcactgcaaagtgcc
gccacagaacagcgcctggtagaaaaggaggacgttgtccgtggtaatttaaaagccgca
cttcagtcactggaaaagtctaacgttaatgtctccaaaggagattttaaagctgctatg
atatacagaaatgcagggcagtcctattctgtgtgtaaaaagaaaagtgagactcaagcc
aataataaccagacagctgtagtggcttcagggtcacaagctgataatgactttcctcct
cctcccccagttgctgtgatgaaagcagaacattgtccaccctcaaccaaagcaacaaga
gaaggtgcccttccattattaaccagcaaagatgaagccccaagatgtttttcaccactc
cagacccctctcccttctcccccttctctgtcctgcaaacccagcgaccagaactctaca
gagaagcccaagattcctccaaaaccagaaattactgccccaccgaggaaaaaacctgtc
cctcccccaaaacctgagcatctcttacacgaggcatatactgcttctacatataacagc
acaaacaagtcaaccaaatctgtccctccacccgtgcctccaaaacctccaggcttgagg
gagttcagcaagccaaaacttccccctggagagctgcagtttagttgcacggaagtacat
gaacaatcagaacacagggagagacaagaaaaatgctgcactttggagtcatccatggac
aagtctatcacagttcagggccctgagagaaagctgcctaaatatacagccaaaacccct
cttcagatggcagaggaaaggtacaaggcaagcaaaggaggacaaggcaagtttgaagtg
gacagagctaagccttcaaagccaatgaaaaatggagaggttggttttgaagccaagcaa
ggaatgttgaatgggaaagcagcagcttcgataagctgttcccatgaggtagttcagagg
cattctgagatgtgtcagcaagaggagagattttcttcaatatcatatccagcctgtcct
ggtagagcacagacacctaaagtgccaggacagactgagccaagcacctcctctgtgggc
cacgtcactcctccaaagagaggagatgacattgcaaaaaatgcctcaagcaaggtggaa
agggaatgtgtgtataatgcccatgcatcatgggaacgtcagagtgtcatgcagcaagtg
aatgaaaggaaacaaacgagtcaatccatgtccttccatcagcagctgaagaacgcttcc
aaggaggaccaacagggaaatagtgagcaacctaaatgtcctgacgtggaggcagaggtg
cctgctcaggagaagccagcagttattatgagagaaaaatccaagagagaaacagaagat
gaacgtcggaagagactgtcagtacacaaagaggagataatgaaaggcaatgtcaaggag
gctatggagatctttgaaaatctcaggagacaggaggagctgcaagagatcttgactagg
gtgaaggagtttgaagaggaaacaagcaaagtggacgtgaaatctctgaggagccttttt
gagaaggtccctgattgggtggttcgtcagaaggctctccaggccaaacaggatggggct
gaaacacaagccaaggatgacactgacagtgtctcctctgtagagatggtttttggggac
ctagagagagcaagtgctgagattatccacctgaaggagcagacacttgcccgactctta
gacattgaggaggctatcaagaaagctctttattctgtctctagtctcaagtctgagtca
gacatcgctgggctctcaggtctgttcaaggaatctctggggagcacccagagctctaca
agcagcagcaatatccgcaaaatcagtattgtctcaagcaaagccaggcaggagggagcc
acggtggagacagtagaggcagcatctgtggaaggtgcaaaggtggcagaaaagactgag
gcaaccaagtcagagctggaggtcccccgtcaagttcatcctcgtgtcagctctccctcc
tcaccttcctacatcaccattgagtctgctgccaggaaaccagcagagtcgcccaggaca
gcacattccccacaagacatcccttccccagactgtccagacactccaggaaagaaggat
gcttttgctcaggagagttctaactccattaaccatccatcagctgggtcacctgggcgt
aatgcatctccctttgagaagagaccagagcccacccaaacaaatgctgaggagaactca
gtgaaacagcacacccctgctaacaccaacaatcaggtcaatgagaaagagaggtgccct
ccagatgcctccaaaggcagctgccaatgtggggtgaaaggaggcatttcaggctattcc
tctctgagcacccccagcccgcagaacccacggaggcagaaaagcatcttggaactgaag
acagggcccgatgggtccaagctctatggagccacccggactgtcacagagcagtatgag
gaaatggaccagtttggaaataaaatcatcacttcatctaccacagtcactaagcaatct
gagacacaaacatcctccacgtgtggtgtggcctcacatcccccgtatgaagtatctgca
tcacctgtgtttccgaggtacctgaagaacccaggtgaaaacatccacaatggcattttc
caggagacaggagtggtctttgtcacctttggcaactccaggctaaagaaatag

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (61)   
   KEGG ORTHOLOGY (1)   
   RefGene (57)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (4)   
   Pfam (4)   
All databases (74)   

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