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LotjaGi4g1v0303900.1

Overview

Field Value
Gene ID LotjaGi4g1v0303900
Transcript ID LotjaGi4g1v0303900.1
Related isoforms 1
Lotus japonicus genome version Gifu v1.2
Description Villin; TAIR: AT4G30160.1 villin 4; Swiss-Prot: sp|O65570|VILI4_ARATH Villin-4; TrEMBL-Plants: tr|K7LWU7|K7LWU7_SOYBN Uncharacterized protein; Found in the gene: LotjaGi4g1v0303900
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr4:67888113..67897285) extracted from Lotus japonicus Gifu genome v1.2.

GCCATTTTCAAGTCTTTCTCGGATCATCTCTGTCCTCTCTCCTCCTCCAAATTAAAAAAAAAAAACAAATTCAAACAAAG AAAAAAAAGTTGAAAATTTCACTAAATTTCAGAACTTGTTTACATGCATGCATATTCGTTGCATACCCAATGAAATCGAA GAATGAAGACAATGAGATTTCTCATCGTGTAGGTGATTGATTGTTGAAGAGGTACCTGTGTTTGTTTCATGCTCCTATTG TTGTTCCTATCACTATTATTTTGTCCTAATTCTTCCATCTAATTGCATTTAAGATACCCCATGAATGGTTAAATTTACAA TGTGCTTGAACATGAAAAAGGCTGAGAATTGAGATTTGATCCAATTATTCAATGTCTGAGATTCCTGAATTTCAGTTTTT ACAATTTATGTGTCTGTGTATTAGGGGTGCCTTTTGTTGTGGTTGGTGATAAGCATGTTTGGCATTGCTGTGTGTGCTGT GAATTTTGTATTGTTGGATTGCAAAGTATTTTCAGGCAACTTGATAATTTTATTAGTTATGGATGATGTGGTTCTTCTTT TGTAAAGGCCAAGATAAACAAGTTTTTCTCTGTCTCTAATTCCTTCTTTTAAACTCCTAATCGGGATGTCCACCGGGAAA AAGGTCTTGGGACTTTCAGTAGATAATTCTTCCAATTGTTGAGCTACCAAAATTTCAGAGATATGCTGGTGGTGAATGAT GAAGGGTGCAGAATGTTTGACCTTTACTTGTTTTTATGTAGCTATTTGTATATGCTAAAGATGTGGCCAGAAGATTATTT GTGTAGTGAAAAACTTAGTATGTCTGTTAACTGAGATAAATTTAAGTAGGCAGTAGTTATTATTGTATCTCAGGGAGCAT GACTGTTTACTTACAAGTAGCATAAAATGATTCTTATTATCAATTTGCTATACCAAAGGACCAATAAATTATGTTAACCT TCTATATCATCTATAAACAGAAAATGTTATTCTGAGCCAGATTTTCCTATATGGAAAAAGTTAAAGCATTCAAATTTACT TTTTTCACCCATTATCATGTCAGCTTCAGTCATAGACCACTTGGTGCTTACTTTTCTTGATTCCTTATATGATTCATGGC TTCTTTTCAGAGAAATTGTATGCTAAATTCAAGCTAGGTTGTGGAACACCAAAGAGTAGAAGAATAGTATGTCTATCTCT GTGAGAGATTTGGATCCAGCTTTCAAGGGAGCTGGACAAAAGGCGTATCCTGCACTAGTTGAAACTTGAAACTAATATAT TGTACTGTTTATAAATTATCATATTTTCATACTGACATTAATTCATTCAAGCTTGCTTCTCCATTTGGCTGTGTATGTTT GGTCTTTATTTTTCACCTGTATACTTTCAAGTGCTTCTCAGTTTTTCTCCTTAACCATATATCTATAGCGGACTTGAAAT ATGGCGTATTGAGAATTTTAATCCGGTTCCCATTCCTCAGTCTTCTTATGGAAAGTTTTTCAACGGGGACTCATATGTGA TTCTGAAGGTAAGCCATATATTCCATATGATTGTTCATTCAAAGAATGCTAGCCTCATGTTAGAATCCACTGTTGCAAGA AGCTTGTATTTTTGTTTAGTACTGTATTATATGAAGATTTGAATTTTAAAACCCAACCAGCTTTTCCCATGCCGAAAAAT TGTATTGGTTTGCAATGACATGTAAGATCAATTATCGTATTGTTTATTTTTTTCTTCGTAGAACATTCAAGTAGTTTTCC TTGTGAGAAATTTAATATATAGATCTTTGGTTCAAATCTCTTTGTATTCCTCTGAATCACTTATGTGGGCTGAAATTTTG TTATTCTGTGTTTTTATGGATAAGCTTCAATACAGTAGATTTTATTTTTCTTAAGTTTCTTGCACTTCCTCCATTATATA TGCAGCAATGTCTTTCATTAGTTTTAACTTTTTTCTTTTCCCTTCAACTCCATGTAGACAACCGCTTCAAAAAGTGGTGC TCTGCGCCATGATCTCCATTACTGGCTTGGTAAAGACACCAGTCAGGTAACTTTTGCTGTTTATAATTTCTATTCCCTTG AACCTGTTTTTGGTTTGGTATTTGACACAATTTCCTTCTGTTATTTGTTCACCGGTGATAATAACTATAAAATAGGATGA AGCTGGTGCTGCAGCTATCAAAACAGTTGAGTTGGATGCAGCTCTAGGAGGACGTGCTGTTCAGTATCGCGAAGTACAGG GTCGTGAGACGGATAAGTTCCTCTCATATTTCAAACCATGTATTATACCACAAGAAGGTGGAGCTGCCTCAGGTTTTAAA CATGTTGAGGCTGAAGAACACAAGGCACGATTGTTTGTATGCAAAGGGAAACATGTTGTGCATGTTAAAGAGGCAAGTTT GACATTATTCCTATGCTATTCTAGTCTTGTATATATTATTGTGCTCAGTTTATATAGATAGGATGCATGTAAATAAACAT TAATTTCTACTTGCTGATTAACTATTTGTGTTGGTTGTAGGTTCCTGCTGCTCGATCTTCACTCAACCATGATGATGTTT TTATCCTGGATACTGAGTCAAAAATCTTCCAATTTAATGGTTCTAACTCATCTATTCAAGAAAGGGCTAAAGCACTGGAA GTTGTCCAATTTATTAAGGACACCTACCATGATGGGAAATGCGATGTAGCTGCTGTTGGTAAGTGTACAAGTATATTCTA TAGTTCTGAAGGTGGTTGGTTTCTTAGTATCACTAATTGGATGGATATACTTGAATTTGCATGAAGAGGATGGAAAGTTG ATGGCTGATTCTGAAGCTGGAGAGTTCTGGGGTTTCTTTGGGGGCTTTGCTCCCCTTCCACGGAAAACAGTCAGTGATGA TGATAAGCTACCTGATTCTCATCCTCCAAAGCTGCTTTGGTAATATTCTGTTTCAGTATATTCCTTTATTTTTTTAGCAA AGGGATATTTGGACTTCATTCATTAATGTTTAAATGTGTCTATAATTGTCCTCCTCCACTATTATTTTTATTCCCTTTCA TCTGCAAACCTGTGTTGTCTATCAATGTAAGACTGCTATAAATATACTTTTCTTTTAGCCTAAAGATTTATAAGTTGATA ACGCTGAATTATTGTGAGCTGTGACAACTAACAACTATATTGTTGAAATTATATTGATAGATTAGATTCTATAATGCTCT AGTTATAATGAATTATCACTTTTCCAGTGTTGAAAAGGGGAAGGCAGAACCCATTGAAACTGATTCTTTGACAAAGGAGT TACTGGACACAAACAAATGCTATATTCTAGATTGTGGGTTGGAAGTGTTTGCGTGGATCGGAAGAAACACACCACTCGAT GAAAGAAAAAGTGCAAGTAGAGCTGCAGATGTAACATTTCTTGTTTCTTTCTCAGTATTGTTGAGAATTTTTGTTTGAAG TTTTAGTGAGTCCTGAATTTCTGTTGACTAACAAACAGGAGTTACTCAGTGACACTGATCGACCAAAATCCCAAATAATT CGTGTAATTGAAGGATTTGAAACCGTCATGTTCAGGTCCAAATTTGATTCTTGGCCTCAGACAACCAATGCAACAATGCC GGAAGAAGGTCGTGGCAAGGTCGCAGGTTAGTTTCAAAAACAATTTGTTGCTATTGGCCTGAATTGGTTTCTTCACCTTT GAATTGGTTTCATTAGCATCATATGCTCGATTATCATTGTATTTTTCTAATTATTTTTTTTGCCTTGTTTATGACATTCT AGCACTTCTAAAACGTCAAGGATTGGATGTCAAGGGCCTCGTGAAAGCTGATCCAGTAAAAGAAGAACCTCAACCCTTCA TAGATTGCACAGGCCATTTGCAGGTACTTTCAAGCTTGACTAAAGCTCATTTAAAACCTTACTCTATTAGCCATTAGGTA CAACCTCATTCTGGAACCTTACTCTTATTAGCCATTAGGTATAACCTCATTTAAAGCTCGACTAAAGCTCTTCTTCCGTT CTACGCATTATCCTTTTGTTTTGGGAGTCCGAGAATCGTCCCACATTCCACTATTCACTTCAAAATTATTGTTGAGACTC GAGGCATCAGAGTGATAGTAGTTTCCAGAGTTTTATGAAGGGTTGTAGACTTGTTCTTGATATCTTAGTGTGTTACCAAT ACTAGGTATTGTTTAATAAGCATTTGGTGACTATTGACTAGTATCCTATGAGAATTCAGAATGATGTTTGTATTTCTCCC TATTTGGGTGGACTGACTATCATTTGAGTATACTTAATTTCCTATTTTTCTGTTTTGCTTAATTGTTTATGTTGTTGATA AGAGCTTTACCATAACTGCACACAGGTTTGGCGTGTGAATGGTCAGGAAAAGATTCTTCTTGCAGCCAATGATCAGTCAA AATTGTATAGTGGAGATTGCTACATTTTTCAGTATTCATATCCTGGAGAAGATAGGGAGGAGTATCTTATAGGAACATGG ATTGGAAAGAGTAGTGTCGAGGTGAAATATTTGTGGAGTTTTATTGTTCATGATGATTTTTTTATAAGTAAAATCATTCA AAATCATTGTTTGGAGTTGAAACAATACTAGTGAATCATAACTTATATTTCATCACACCGTACACAGCATTGTTAACTGT TTTGGAACCATCTAGTGTTGAATAAATGCATAACATAATTTAATTGGTCTTTCTATACATTTGCATTTACCTGCATTCCT TACATTCTTTCTTTGGTGAAATTAGGAAGAAAGACTTTCAGCTATTTCACTAGCAAGCAAAATGGTTGAGTCAATGAAGT TTATTCCATCCCAGGTAATTTTTCTTCAAATGTATTTTTTTTTTTTTCAATTTTTTGAGAGATTATTTGTGCTTGTTGCT TATGACTTATTGATGTTATCCATTGTAATTGATTGAAGGCTCGTATTTATGAAGGAAGTGAACCAATTCAATTTAATGCT ATCCTCCAAAGCTTTATTGTTTTTAAGGTTTGTGGGATTTTGATATTGCGTATTCAAGAAAAAAACTTATTTTTGGTAAT ATAATTACTTTTTCTTTAGTACTGGTCATTTATTTCAATTGTCTATCAGGGTGGACTTAGTGAGGGATACAAGAATTACA TTGCGGAGAAGGAAATTCCAGATGATACATACAGTGAGGACGGTGTTGCATTATTCCGCATCCAGGGATCTGGACCAGAC AATATGCAAGCTATACAAGTGGAACCAGTATGCATCTTGTTTATTTATAGTGACCATCTCTATCCACTTACTATATGCAA TTTACACTATTTAATGATACAGATTTTATGTATATAATCAATATTTTTCTTCCCATATTCTTTTGTCAAACAGGTTGCTT CCTCCTTGAATTCCTCTAATTGTTTCATACTTCATGATGGATCCACGGTTTTTACTTGGTCTGGAAGTTTTACAACTTCA GATGACCTGGAACTTGTTGAGAGAATGCTGGATTTGATTAAGGTATCTTACGTTCCAAGATGCATGATGTACTTAAATAT GAAAATTTTGATTCGCCCAAACAAACTTCACAAGATTCTTTTTTCATTTATCAACATATTATGTTGGATTAGCTGAAAAA GTGTGGTATTTTATATGCTTGCATGTCAAAATGGTTAACTATACCGGTTGTTGCCAAACTTGCCATTTGGTCTGTATATG ATTGTCTTAAAGTGATCCAGGGTTTTGGGTTCTATCCAGTAAGAAGCATTTCTTCCATGCCACATCACCCAAAATGGAAA TTATGCTGATATTAAAAATGCATCACTTAATGAAAACATATGCTTGCCAATTGTCTGCAGCCAGAGTTACAAAGCAAGCC TCAAAAGGAAGGTGCAGAATCTGAACAATTTTGGGATTTGTTAAGAGGAAAAACTGAATATCCCAGTCAAAAGATTGCGA GGGACGCTGAAAATGATCCTCATCTATTTTCTTGCAACTACTCAGGAGGTAAGTACTACTTTCTTGTTAGTCTGGTAGAT TTGTGACAGTTTCTTTCTTCTTGAAGACAAATGGCTGACTTGTTTATTACGGTTTCTTTCCCTTCCGGATTGACCAACGT GCAGGAAACTTGAAGGTGTGTACACCCACTGATCTATTGAATATTGATATGCATGTTTTTAGAATTGGATTTATTCTTCC GCCATACATTAATCTGAAGCGATGTTTGCAGGCGACAGAGATATACAACTTTTCCCAGGATGATTTGATGACAGAAGATA TTTTCGTCTTGGATTGTCACTCTGAAATCTTTGTGTGGGTTGGCCAGGAGGTTGACCCCAAGAGTAGAATGCAGGCTCTA ACAATTGGTGAGGTATAACTGGTAGTTGCTTTGGCAGGAAGCTAGAAACATAGTAGTTTAATTTTGTAACTAGTTTTTTA AAGTCTGTTATCAATCTAACTTCTTACCTGTTGGTTAAATGTTCTGTTTTTTTAGGTTTTTTAGTATGAATTTAACTATG CCAACTCAATTTTTCACTGCATGTTTGGGAGAGTTTCTTTCCTTCTTTATTTTTTGGAGGAATCAATCATTTTTCTAACG CTCTTGAGAAATTATTTTCTTAAAATAAGTTGAACCAAATATGCTCTCAATATCTTTTACATATTAATACTTCTGAAGTC AGAGGTATGCAATCCTTAACTTATTCTTTGGAAATGTACAGAAATTTCTTGAGGGTGATTTTCTTCTAGAAAAATTATCT CGTGTAGCTCCAATATATGTTGTCATGGAAGGTAGTGAGCCACCTTTCTTCACTCGCTTCTTTAAATGGGATTCTGCCAA ATCTGCAGTAAGTTTTTCATTGCAATAGCATACTTAAGTAACTTCGAATAGTCTTAAAATTCTGACTTTTGATGATTCCT TTGTTTTGGTAGATGCTGGGAAACTCATTTCAAAGAAAACTCACAATCGTGAAAAATGGGGGCACTCCACCTTTGGTTGT AAGTCGTCTCTTCTTTGCTTCCGTTTTTTTAGAGTGAGGAGTAGCCACAAGGAACTCTTTTAGTCTGAATTTTCATATTA TTTTGATAGCTTATGTTATACCTGTCTATAATAACTGTTTCGAGTAAGATGATTTGTATGGATAATGATTAATAGACTAG TTCTGTATGTTTAATGTCATAATATAAATATGAAATTATTAACAGTTGGAGCCATAGTCTAAGGGAGAGGGCCAAAATTC AAATCTCGAGTTGGTAATTGTTGAGAGGATCTCCTTGATGTGACAGTGCCCTGGAGATTTGTTTTACGCAATGCATGTGG GCTGTGGCATACCCTGGTGAAAAAAATAAGTAAATTCAGAAGGGTGGCATAAATATATGAATGAACCAACCAAGAGCCAG AAGACAGAAATAAAGGATATCACTTAAAGAAACTGCTTCTTTTCGACAATTAGTAGTTGCCTAATCTGATATGAGAGCTT ACAGAAAATTATCAGTATTTAGTTGTGAGAAAGTGACCTGAATAGGTTGATTAAAGGGAATATTATCTTACTATTGAATT CAAGAATGTCAACTGGGTTCTGGTCCTTCATAGAAGTTGCATAGGTATGACTTGGCTTTAGATTAAATGACATGATGTAG TTTAGAAAAAATAATACTCTTTTGATTTTAGGTTGTAGCCAACATGTTTCAGTTTCTCAGATCATTCCAATGTACTACAT CGATTAATTTGCTACAACTTATTGCTTTACTGTGTTCATATTAATATTTTGATTGTATTTGCATTTATCTGTTTGGTTGA TACATTATCAGAAACCCAAACGAAGAGCATCCGTATCTCTTGGTGGAAGGTCTAGTAGTGTACCAGATAAATCTCAGCGT TCCCGCAGCATGTCTGTTAGTCCTGATCGTGTTCGTGTGAGAGGAAGATCTCCAGCTTTTAATGCACTGGCAGCTAATTT CGAGAACACAAATGCTAGGAACCTTTCAACTCCACCTCCAATTATTAGGAAATTGTACCCAAAATCTATGAGTCCAGATA CAGCAAAACTGGGACCTAAGTCTTCAGCCATAGCTAGCATTAGTTCTACTTTTGAACCACCTTCAGCACGAGAAAAATTG ATTCCTCGGTCACTTAAAGGTATGCAAAATAGATGAGTTCATCCAGATTTTATGTTCCTATCTGAATTTTATCTCATGCA AAATGCCTGTTCTCTTCTCTGGGCTGTTGTGATGTAGCGAGTTCAGGTGCCTCCAAATCAGACCCGGAGATAAGTGAAAA GGATGATTCTATGAGCAGCACAACAGAATCTCCTAATGTACAGGGAGATGTGAAAGAGGGTGAAGCTGAAGATGATGAAG GTCTCCCAGTTTACCCATATGAAAGTGTTAACACAGATTCTACAGATCCTGCAACAGACATTGACGTCACTAAACGAGAG GTATAATGAAAATGTTGTCTAGCTATAGCATCACCTTTTGTTGTTTTTTTTTTTTCAAACTCCAATCTTCGCAACTTGCA TCTTATATTTAAAGTTTTCTTTCATTCTAGTTCTGACTTGTTTGAGCTTGGTGCTTGCAGGCTTATCTGTCACCTGAGGA GTTTCAAAAGCACTTAGGGATGACTAAGAAAGAATTTAACAAATTGCCAAAATGGAAACAGAACAAACTCAAAATGGCTG TTAATTTGTTTTGAGTTTTAAAAGTAAACTTTGCCTTCTGTTTGCTCCGCGTCATTGAAGTTCCAGGTAGAAGAATTTTG CATATCAAAGTTTACATATTTTTCATTATTATAGCTCAGGGAGCTTGATCTTGCTTTTTGTTTTGCAGTGAGAAACTGAA CATATGGAAGTGAAAGGGACATCATCAGTGTTTTTTTTTTCACATTGCTGCTTCTGCTCCCAAGTAGCTTTTCATGATGA AAAGAGAAAATAGAGATTTTTCTTCGCAATGGTTTGATATTTACGGTTCTTCCTTCCTTGAGAGCTGCTTGGTACTAATT GTATAGGGCTAGAGTTGTTTATGAGCTTGTATTCTTGAGGTTCCTTCTTAATCATTATTTTTACATTCAAAATTGTTGTG GTGAAGCAATTGGCTTGCAATACTGAGGTTGTCCTGATAGTTGAGGCATGTACAGCAGAATGTAAGAGGCTAAAAGCCAT TCAACTTGTTATTTATTTGGAAATAAAAGTTTGATTCCTTTTCTTTTTTATTA
Download Genomic Sequence

CDS sequence (LotjaGi4g1v0303900.1) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGTCTATCTCTGTGAGAGATTTGGATCCAGCTTTCAAGGGAGCTGGACAAAAGGCCGGACTTGAAATATGGCGTATTGA GAATTTTAATCCGGTTCCCATTCCTCAGTCTTCTTATGGAAAGTTTTTCAACGGGGACTCATATGTGATTCTGAAGACAA CCGCTTCAAAAAGTGGTGCTCTGCGCCATGATCTCCATTACTGGCTTGGTAAAGACACCAGTCAGGATGAAGCTGGTGCT GCAGCTATCAAAACAGTTGAGTTGGATGCAGCTCTAGGAGGACGTGCTGTTCAGTATCGCGAAGTACAGGGTCGTGAGAC GGATAAGTTCCTCTCATATTTCAAACCATGTATTATACCACAAGAAGGTGGAGCTGCCTCAGGTTTTAAACATGTTGAGG CTGAAGAACACAAGGCACGATTGTTTGTATGCAAAGGGAAACATGTTGTGCATGTTAAAGAGGTTCCTGCTGCTCGATCT TCACTCAACCATGATGATGTTTTTATCCTGGATACTGAGTCAAAAATCTTCCAATTTAATGGTTCTAACTCATCTATTCA AGAAAGGGCTAAAGCACTGGAAGTTGTCCAATTTATTAAGGACACCTACCATGATGGGAAATGCGATGTAGCTGCTGTTG AGGATGGAAAGTTGATGGCTGATTCTGAAGCTGGAGAGTTCTGGGGTTTCTTTGGGGGCTTTGCTCCCCTTCCACGGAAA ACAGTCAGTGATGATGATAAGCTACCTGATTCTCATCCTCCAAAGCTGCTTTGTGTTGAAAAGGGGAAGGCAGAACCCAT TGAAACTGATTCTTTGACAAAGGAGTTACTGGACACAAACAAATGCTATATTCTAGATTGTGGGTTGGAAGTGTTTGCGT GGATCGGAAGAAACACACCACTCGATGAAAGAAAAAGTGCAAGTAGAGCTGCAGATGAGTTACTCAGTGACACTGATCGA CCAAAATCCCAAATAATTCGTGTAATTGAAGGATTTGAAACCGTCATGTTCAGGTCCAAATTTGATTCTTGGCCTCAGAC AACCAATGCAACAATGCCGGAAGAAGGTCGTGGCAAGGTCGCAGCACTTCTAAAACGTCAAGGATTGGATGTCAAGGGCC TCGTGAAAGCTGATCCAGTAAAAGAAGAACCTCAACCCTTCATAGATTGCACAGGCCATTTGCAGGTTTGGCGTGTGAAT GGTCAGGAAAAGATTCTTCTTGCAGCCAATGATCAGTCAAAATTGTATAGTGGAGATTGCTACATTTTTCAGTATTCATA TCCTGGAGAAGATAGGGAGGAGTATCTTATAGGAACATGGATTGGAAAGAGTAGTGTCGAGGAAGAAAGACTTTCAGCTA TTTCACTAGCAAGCAAAATGGTTGAGTCAATGAAGTTTATTCCATCCCAGGCTCGTATTTATGAAGGAAGTGAACCAATT CAATTTAATGCTATCCTCCAAAGCTTTATTGTTTTTAAGGGTGGACTTAGTGAGGGATACAAGAATTACATTGCGGAGAA GGAAATTCCAGATGATACATACAGTGAGGACGGTGTTGCATTATTCCGCATCCAGGGATCTGGACCAGACAATATGCAAG CTATACAAGTGGAACCAGTTGCTTCCTCCTTGAATTCCTCTAATTGTTTCATACTTCATGATGGATCCACGGTTTTTACT TGGTCTGGAAGTTTTACAACTTCAGATGACCTGGAACTTGTTGAGAGAATGCTGGATTTGATTAAGCCAGAGTTACAAAG CAAGCCTCAAAAGGAAGGTGCAGAATCTGAACAATTTTGGGATTTGTTAAGAGGAAAAACTGAATATCCCAGTCAAAAGA TTGCGAGGGACGCTGAAAATGATCCTCATCTATTTTCTTGCAACTACTCAGGAGGAAACTTGAAGGCGACAGAGATATAC AACTTTTCCCAGGATGATTTGATGACAGAAGATATTTTCGTCTTGGATTGTCACTCTGAAATCTTTGTGTGGGTTGGCCA GGAGGTTGACCCCAAGAGTAGAATGCAGGCTCTAACAATTGGTGAGAAATTTCTTGAGGGTGATTTTCTTCTAGAAAAAT TATCTCGTGTAGCTCCAATATATGTTGTCATGGAAGGTAGTGAGCCACCTTTCTTCACTCGCTTCTTTAAATGGGATTCT GCCAAATCTGCAATGCTGGGAAACTCATTTCAAAGAAAACTCACAATCGTGAAAAATGGGGGCACTCCACCTTTGGTTAA ACCCAAACGAAGAGCATCCGTATCTCTTGGTGGAAGGTCTAGTAGTGTACCAGATAAATCTCAGCGTTCCCGCAGCATGT CTGTTAGTCCTGATCGTGTTCGTGTGAGAGGAAGATCTCCAGCTTTTAATGCACTGGCAGCTAATTTCGAGAACACAAAT GCTAGGAACCTTTCAACTCCACCTCCAATTATTAGGAAATTGTACCCAAAATCTATGAGTCCAGATACAGCAAAACTGGG ACCTAAGTCTTCAGCCATAGCTAGCATTAGTTCTACTTTTGAACCACCTTCAGCACGAGAAAAATTGATTCCTCGGTCAC TTAAAGCGAGTTCAGGTGCCTCCAAATCAGACCCGGAGATAAGTGAAAAGGATGATTCTATGAGCAGCACAACAGAATCT CCTAATGTACAGGGAGATGTGAAAGAGGGTGAAGCTGAAGATGATGAAGGTCTCCCAGTTTACCCATATGAAAGTGTTAA CACAGATTCTACAGATCCTGCAACAGACATTGACGTCACTAAACGAGAGGCTTATCTGTCACCTGAGGAGTTTCAAAAGC ACTTAGGGATGACTAAGAAAGAATTTAACAAATTGCCAAAATGGAAACAGAACAAACTCAAAATGGCTGTTAATTTGTTT TGA
Download CDS Sequence

Protein sequence (LotjaGi4g1v0303900.1) extracted from Lotus japonicus Gifu v1.2 Proteins.

MSISVRDLDPAFKGAGQKAGLEIWRIENFNPVPIPQSSYGKFFNGDSYVILKTTASKSGALRHDLHYWLGKDTSQDEAGA AAIKTVELDAALGGRAVQYREVQGRETDKFLSYFKPCIIPQEGGAASGFKHVEAEEHKARLFVCKGKHVVHVKEVPAARS SLNHDDVFILDTESKIFQFNGSNSSIQERAKALEVVQFIKDTYHDGKCDVAAVEDGKLMADSEAGEFWGFFGGFAPLPRK TVSDDDKLPDSHPPKLLCVEKGKAEPIETDSLTKELLDTNKCYILDCGLEVFAWIGRNTPLDERKSASRAADELLSDTDR PKSQIIRVIEGFETVMFRSKFDSWPQTTNATMPEEGRGKVAALLKRQGLDVKGLVKADPVKEEPQPFIDCTGHLQVWRVN GQEKILLAANDQSKLYSGDCYIFQYSYPGEDREEYLIGTWIGKSSVEEERLSAISLASKMVESMKFIPSQARIYEGSEPI QFNAILQSFIVFKGGLSEGYKNYIAEKEIPDDTYSEDGVALFRIQGSGPDNMQAIQVEPVASSLNSSNCFILHDGSTVFT WSGSFTTSDDLELVERMLDLIKPELQSKPQKEGAESEQFWDLLRGKTEYPSQKIARDAENDPHLFSCNYSGGNLKATEIY NFSQDDLMTEDIFVLDCHSEIFVWVGQEVDPKSRMQALTIGEKFLEGDFLLEKLSRVAPIYVVMEGSEPPFFTRFFKWDS AKSAMLGNSFQRKLTIVKNGGTPPLVKPKRRASVSLGGRSSSVPDKSQRSRSMSVSPDRVRVRGRSPAFNALAANFENTN ARNLSTPPPIIRKLYPKSMSPDTAKLGPKSSAIASISSTFEPPSAREKLIPRSLKASSGASKSDPEISEKDDSMSSTTES PNVQGDVKEGEAEDDEGLPVYPYESVNTDSTDPATDIDVTKREAYLSPEEFQKHLGMTKKEFNKLPKWKQNKLKMAVNLF
Download Protein Sequence

Domain prediction

Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.

Merging data from EBeye. Please wait…

Domains

Sorting

Prediction algorithm Identifier Start End Length E-value InterPro ID
PANTHER
PTHR11977
1 958 958 0.0
IPR007122
PANTHER
PTHR11977:SF95
1 958 958 0.0 –
Gene3D
G3DSA:3.40.20.10
6 131 126 3.0E-46
IPR029006
SUPERFAMILY
SSF55753
9 147 139 3.27E-39 –
CDD
cd11290
12 124 113 1.92874E-67 –
SMART
SM00262
19 117 99 5.1E-28
IPR007122
Pfam
PF00626
28 111 84 1.7E-16
IPR007123
SUPERFAMILY
SSF55753
129 244 116 8.72E-22 –
Gene3D
G3DSA:3.40.20.10
132 244 113 3.8E-33
IPR029006
SMART
SM00262
137 234 98 1.9E-26
IPR007122
CDD
cd11289
138 217 80 1.16621E-29 –
Pfam
PF00626
150 216 67 7.4E-11
IPR007123
CDD
cd11292
254 343 90 4.8057E-32 –
SMART
SM00262
254 344 91 1.0E-21
IPR007122
SUPERFAMILY
SSF82754
254 427 174 3.14E-22
IPR036180
Gene3D
G3DSA:3.40.20.10
257 354 98 3.6E-20
IPR029006
Pfam
PF00626
269 337 69 1.4E-9
IPR007123
PRINTS
PR00597
323 344 22 4.0E-42
IPR007122
SUPERFAMILY
SSF55753
382 528 147 5.61E-28 –
CDD
cd11293
386 482 97 1.63248E-38 –
Gene3D
G3DSA:3.40.20.10
387 519 133 4.6E-21
IPR029006
SMART
SM00262
392 489 98 6.4E-20
IPR007122
PRINTS
PR00597
411 427 17 4.0E-42
IPR007122
PRINTS
PR00597
436 454 19 4.0E-42
IPR007122
PRINTS
PR00597
469 489 21 4.0E-42
IPR007122
SUPERFAMILY
SSF55753
511 613 103 2.16E-18 –
CDD
cd11288
517 608 92 1.83078E-30 –
SMART
SM00262
519 606 88 2.3E-14
IPR007122
Gene3D
G3DSA:3.40.20.10
520 612 93 7.0E-19
IPR029006
PRINTS
PR00597
532 552 21 4.0E-42
IPR007122
PRINTS
PR00597
592 611 20 4.0E-42
IPR007122
SUPERFAMILY
SSF55753
595 717 123 7.36E-24 –
Gene3D
G3DSA:3.40.20.10
613 735 123 1.0E-31
IPR029006
CDD
cd11291
621 720 100 3.06668E-39 –
SMART
SM00262
622 719 98 4.3E-20
IPR007122
Pfam
PF00626
639 712 74 1.4E-8
IPR007123
PRINTS
PR00597
644 666 23 4.0E-42
IPR007122
PRINTS
PR00597
673 692 20 4.0E-42
IPR007122
MobiDBLite
mobidb-lite
741 782 42 - –
MobiDBLite
mobidb-lite
755 775 21 - –
MobiDBLite
mobidb-lite
837 917 81 - –
SUPERFAMILY
SSF47050
887 960 74 8.11E-23
IPR036886
ProSiteProfiles
PS51089
895 960 66 19.845
IPR003128
Gene3D
G3DSA:1.10.950.10
896 960 65 2.7E-21
IPR036886
Pfam
PF02209
925 960 36 2.6E-16
IPR003128
SMART
SM00153
925 960 36 1.4E-16
IPR003128
Coils
Coil
960 960 1 - –

Gene function (GO predictions)

GO predictions are based solely on the InterPro-to-GO mappings published by EMBL-EBI, which are in turn based on the mapping of predicted domains to the InterPro dataset. The InterPro-to-GO mapping was last updated on , while the GO metadata was last updated on .

GO term Namespace Name Definition Relationships
GO:0003779
Molecular function Actin binding Interacting selectively and non-covalently with monomeric or multimeric forms of actin, including actin filaments.
Subterm of
GO:0007010
Biological process Cytoskeleton organization A process that is carried out at the cellular level which results in the assembly, arrangement of constituent parts, or disassembly of cytoskeletal structures.
Subterm of
GO:0051015
Molecular function Actin filament binding Interacting selectively and non-covalently with an actin filament, also known as F-actin, a helical filamentous polymer of globular G-actin subunits.
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi4g1v0303900.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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