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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0125400 |
| Transcript ID | LotjaGi2g1v0125400.2 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Auxin-responsive protein; TAIR: AT3G17600.1 indole-3-acetic acid inducible 31; Swiss-Prot: sp|Q8H174|IAA31_ARATH Auxin-responsive protein IAA31; TrEMBL-Plants: tr|I1LYD6|I1LYD6_SOYBN Auxin-induced protein; Found in the gene: LotjaGi2g1v0125400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:46018005..46030285) extracted from Lotus japonicus Gifu genome v1.2.
CCTTATATAAGGTGCCCATCAGTTCAAGGTGGCGGCTTTTTCTTGTGATCAGTTTCATTGATTGGAAGATATGAGAGCCT TAGAACAATTTGATGCTTCTCAAACTCAGTCATCATCTTCTTCATCTTCCTCCATTGATAGCAACAACCTCCCTAAACCA CCACCACCACCACCCTCTTCATCTTCATCTCTCTGCCTCTCTAGTGTCTGTAGAAGAAACAGAACAGATTTGAGCACTGA CTTGAAACTTGGTCTCAGCATCTCTCATTCTTCTCAATCAGAGTCAGCATACAATTCAACACCACCAAGGTGCACCATTG CTCCCTCCCTCCCTCTATCTCGCTCTCTCAATTGTACTTTTCTTAAGCTTAGATGTTTGTGTCAGTTTTTCTTTGCTCAT AACCATTTCTTGAACTCAAAAGCAACTGAGATAAGTTTCTTCCCAAAATTGATTATGACTTTAAAATCAATTGTATTCCA AACTCTATATTTTGATGGAATAGTGTCTTTTATTCTACAACTGATTTCAAAGACACAATTAATTATCGTGAGTAGTTTCT GAGTTTCAGAATTAATTTTAGGAAAGAAAAACTGATCCAAACATGCTATAATGGAATTGTTTGTGTCCCTTAATCTTGAT ACTATTTTTTGCTTAGAACATGTTTATGCATGTGTGATTAGTTGCATTAACTTTGTTAATTCTATCTTTCAGGGAGGAAA CTTTTGATTGGCCACCAATTAAGTCCACATTGAGGAGCACCCTTGTTGAGAAACAAAACCATCGGAGCCAAACACCTTCT TTGTTTGTCAAAGTCTACATGGAAGGAATCCCCATTGGTAGAAAATTAAACCTCTTGGAACATCATAGCTATGATGGGCT TGTAAAATCCCTTGGCCACATGTTTAGGACCATCATTCTTTGTAAGCAATGAAATTGAAACCCTCATAACATCATTAGCA ACTTCTTTCTGTTGGACCACCTTTTTTAAATATCAAATTTATTTTTTCAGGTCCTAACTCTCAACCAAACAACTCTGGGA ATTTTCATGTGCTGACTTATGAGGATCAAGAAGGGGATTGGATGATGGTTGGAGATGTGCCTTGGGAGTAAGTGATAAAT CCCTCAAATTGAACTCTTAAATTAAGTGTTGTTAACTTAACTCTTCAATCAGCAACATTTTTTTAGTATTTTGATCATTT TGTATTCTATACAGGATGTTCTTGACCAGTGTGAAGAGGCTGAAGATCACAAGAGCTGATAGATGCTAGTTTTTCAATAA CGCATACAATCTCTGACTACAAAAGCTCCACCTCAATTTTCAATGTTCATAATTTTTTTCTAGTTCTTAGTTAGAGGTTG GGCAAAACCAGTACAAATTCTACAAAAAAAACAATAGCTTCCATGATGATCATATACCATAGCTACATCTTGGTGTCTTG CTGCTCGGCCCATGGGATTCCCTGTCTCCCCTAACAGTGGTATCAGAGCTTCCGGTTCGATGGATATCACTTTGTGTGGT ATTGCGAAGGTGCTGAAGAAGTGTGACATTGTGAAGTGCTGTTTTGGGAGGTTCTGGAAAGACACCTCTTTTTTCTGGGA ACCAACCCGGTGCACGGTTTACAGTCGGTCTGCAGCTGTGATGATGTTGTGATGGAGGAGTTGATGCAATCATGATTACA CAAGGCGTTCTGGGCATGAGATTGTCCAGGTGGCACATGAGCATTGGTTGATATAGATGCAAGGTGTGTGGTGATAGCGT GCGGGCATTGGCTGGCATTCATGCAAGGTACGTGGTTATGTCGATGGCTGATGAACTTCCGAAGAAGCCAACATGGAAGT TGCACCATAAATTTTCAGCAAGGTTTCGGCATGTGGAAATTCTTGGAACGATTTAGTTCCAAGTGAAGAAAATTCTTGGG ATGGTTTAGTTCCAAGTGTAGTGTACTCTTTTATGGTGGAGTATGATAATTTAATTTGTCGGTATATAGACAATGAGAAT TATGTTTGTCAGTGAAGACAATGATTATCGGTATAGACAATGAAGGCTGAAGACCATTACAATCAAGGTGGAGATTGTTG GGGTTGATTGCAATGTTAGTCCCACATTGCTAATGAAGGAGAAAAAAGATCAAGTTATGCATTTTGGAGAAGTCCCACGT CGCTTAGATTAGTGAGGGGTGGGAGGGTCCAAGACTATATATAGGGATCTCAAGCTCCTTGTTTCAACACACCAAAAACA CCAAAGATGTAGCACCTGAAAACACTTTAAGTTTATATTTGTGTTTTCATTTTCTCTTATACTCTTGTTTTAGAGCATTG TGAGATGTAGTTCAAATATTTACTTTGGAGAGTGCGGGTGTACTGGGGTCTTGGGGTGTGGTTGAGAGTGAAGTCTATGT GTTGTAACAATTTTCACAGTGTTTATTCTCTGGTTGTCGGTTTTGACAACGACCGTGGTTTTTTCTCCGGTTTTGGAGTT TCCACGTAATATTCTTGTGTTGTTGATTGCGCTCCTGGTTTATTTTACTTCTTCAGCTGTGTTATTTCCTAACAGTGGTA TCAGAGCCGATGGTTGGTGTAGCCATGGTTACGATTCCTTGTGTCAAAAGTCTTCCTAGCAGTGAGGCTAGGCGGCGGGT TCCGTTGACTTGGTGAAGCGAACGGCGGTGCAAGGGTGGATATGCTTCCGCAGAGGGGGGGCATGATAATGTGGCGGTTA CTCGCACTTGATGGGGAGATTGTTGAGAATTCAAGTGCGGAGTTGGAGTCCCACATTGGTTAAGTTTGGGTGAGGAGAAG ACTTTATAAGGGATGTGGCCCATAAACCTAATGCCTTAAGGTTTTGGGTTAAGATGTGGCGTCGAGATCTCTTGGTGTCT TACTCCTCGGCCCATGGGCTCCCCTGTCTCCCCCAACAAGTGGTATCAGAGCCGATGGTTGGTGTAGCCATGGTTACGGC TCCTTGTGTCGAAAGTCTTCCTAGCGGTGTTGCTAGGCGGCGGGTTCCTTTGACGCGGTGAAGCGAACGGCGGTGCAAGG GTGGATATGCTTCCGCAGAGGGGGGGGCCATGATAATATGGCGGTTACTTACACTTGAGGGGGAGATTGTTGAGAATTCA AGTGCGGAGTTGGAGTCCCACATTGGTTAAGTTTGGGTGAGGAGAAGACTTTATAAGAGATGTGACCCATAAACCTAATG CCTTAAGGTTTTGGGTTAAGATATGGCGTCGAGATTTCTTGGTGTCTTGCTCCTCGGCCCATGGGCTCCCCTGTCTCCCC CAACACTACATACACACAATAATATAGACGTGAGTTTAGAGTCTCATATTGTTTAAGAATGAGCCAATTGAAAGTCATGT AAGAAATGTGACACATGTCTGCGATGTTTTAAAGTTTTGAAATTTTGAGTAAAGATGAAGTGCATGATTCTCTTATCATA ATCTTTTTTTTTTCTGTCAAATTAGTACAAGCTCTCCTGCTGTGTATTCCCTCTGTCTTCCTAACAAATTTTCAATTCAG TGTTTGTTCTCTGAGTTTTATGGTGGGATCTAACAAATTTCCACTTTGTTTTGGAACTATGCCAATTATATTGTAGTCAT TTGGTATTTTGCTTTTCCCTTTTAGCAATCTTACCTACAATGCATAGTTGTGATGTTTTTTTGGTGTCTTTCTTTTATGA CAGTATACTCAAAAAGTTGCAAGCTTGGTTTGGATCCAGCTCAATTATTTTGGTGGAAATTTTGTCTATTACATCTTCCT TTAATGAGAGCCATACCTACTAGTTGAAATACCAAATACTCAAACCCTTATGTTAGCTCAAAATTTATCTAAGCAAATAA TAGTTAAACAATGAAAAGCAGGTATCATTCCCTAATTTCCCTAGATGTGTCTTTTTGTGCTGTTTCTGCTTTGATGAAAT ATCGTGAGATTGAAATGATTTTCTGCACTTGTTTTGTTGGTTCAGCTTGTATGTGTCTAACATCATTGTATCATTGTATT TTAGGACTTGAACAACTTTGAGAATGATCCTGAAGAGTTTGTGAGAATCTTCTGCAAAGACATGGGTATTGAGGATCTTG AGGTTGGGGTAAGTATATCTAACTATCATCACTAATAATAAATTATAGGCTAAATTAAGCTTTTCGTCCTTAACCTTTTC CATAAATATGGTTTTCCTCCCTCGCCGGAGCAAGACGTGGTATTGGTCCCTATCTTTTGCCAAAATGATTAGTTTTAGTC CCTCCGGCCGTTTGGGTCAACGCCGGAGCTCCGCCAGCCCATGTGGCCTTGCCACGTGATTGCCACGTCATTTAATTAAC ACAGGTGGAAGTTTTATTTATTTAATTATTAATTAGATTATTAATTATTTAAAAAACGAAATTAATAATTAAATATTTAA ATTAATTAACAAAATCATATCATCTTCTTCATTATGAACATCATCTTTAACACATAATCATAAAAAAAACCGGAGCTCCG CCAGCCCATGTGACCTTGCCACGTGATTGCCACGTCATTTAATTAACACGGGTGGAAGTTTTATTTATTTATTTAATTAT TAATTAGATTATTAATTATTTAAAAAAATGAAATTAATAATTAAATATTTAAATTAATTAACAAAATCATATCATCTTCT TCATTATGAACATCATCTTGAACACATAATCATAAAAAAAACCGGAGCTCCGCCAGCCCATGTGGCCTTGCCACGTGATT GCCACATTATTTAATTAACATAGGTGGAAGTTTTATTTATTTAATTATTAATTAGATTATTAATTATTTAAAAAATGAAA TTAATAATTAAATAATTAAATTAATTAACAAAATCATATCATCTTCTTCATTATGAACATCATCTTCAACACATAATCAT AAAAAAAACCAGATTTACAACGTGTGATGTTCAGAAATATACCAAGCATCATATCATCTTAATTGTATTATCTTCAGCAT CATACCATTTTCTCAAAACCCATCACCATCACCCTCTTCTCTTTGTCGACCACCCCAAGATCTGCACAGTCGTCGGAAAC GACCTCAACTACGACGACATGGCTGACGAGCTTGGCTTGCTCTCAGATCTCGCGCTCTTCCATGTCAACTCTCAGATTCC GGCCCTCCTCTGCCGCTCGCGCCGCTACAGCTAGCGCTGCCTCCAACGCGCCGCCGGTCCCTCCTTTCCTTCCCAATGCA CGCTGTGGACTACCGACAATTCCAGATCTGTCTCGCTGTCCCTCTGGTTCAGGAGAAGTAACCGTGTTAGTAGGTGCTGG ATTTCGGGGGTTTTCATTGGTGCTGGTTCTCGATTTTGAGGGGAGGAGGAGAACGACATATGGCAGAGATGAAATGGGTG TTGGTGGTGGTGGCGACTCTGCAAGTGGTTTGGAGACGGAGGATTTTGGGAACTCGGCGGAGAAATCTCCAGATCTGTTC TTTTGTTCTTCTTTGTATTCCTCCTCACCCTCTGTTCTTTCCTTTTTTTTATGTTTTGCTAAAGATGGTTCCATGAGGAC TTGGTGAAGATGATGATGATAAGAAACGGTGGAGGAGGAGATGATTTGCTTGTGATCGATGATGCCAATGGATGGGGTTG CAAATCTGGGTTTTTTTTTATGATGATGAAGTATTGTTGATGATGTTGATATGGATGAAGAAGATGCAATTAATTAATTT CAGTTTTTTTTTTTTAGTTTTTTTTGTTACATGATGTTGTTAATTAATTTAATAATTAGTGTTTTAAATTATTTTTAAAT GAAAAACAAAAAAAAATCCAACCAGGTTCATTAATTGACGTGGCAAAGCCACATGGGGTGCCACATGGGCTGGCGGAGCT CTGGCGTTGACCCAAACGGCCGGAGGGACTAAAACCAATCATTTTGGCAAAAGATAGGGACCAATACCACATCTTGCTCC TGCGAGGGACGAAAACCATATTTATGAAAAAGGTTAGGGACAAAAAGCTTAATTTAGCCTAAATTATAATGTGTTATACT TCCACACACAGTACCTGCTATTTTGGACATGTTGGAGTAGTGCTAAAAGTTAAAACTTCATGCTCCCTGAGAAATGCCAA GAAAGAATGAGAAGTGAAAATTTAACTTGTGCTAACTTAATTTTAGTTTCCATTATCTTTCTTCTTGGGAACATCATGGG ATTTTGGTAGATGGGAAAGCTTTTGTTGTTAATACTTTTTTATTTGTGTTGTATAGCAAGAAAACAATATGTTGGGTTAG GAATCAGATTCTTGGTTTCATCCATGATATTCTTTCTCTCTACTTCTGTCATGCAATAATCACATAAACACTCTTGAAAA ATGAAATATGTACTAAACAGTGAAATGCTTCTGCTTTGCAGCCAGAGATTGCATTTGCTATCAGAGAGCAACTTTATGAG GTCAGTCATTCTATTGGTTAATTGATATATTATGCTCACAAGTAATATATAATTCAGCTGGCATAATGTTAACTTTTTTC TCATATTTAGATTGCTATTCAAAGTGTGGTTTCAGCAAGAGAAAGCAGATTAAGCAAGAAGGGTCGTCGAGGGGTGACTA TACTCCAATCAGGTTTTCAATAAAGTTTTTCCTAGTTAAGTTGATGTGATACAGATAAATACATTTTTATTATAATTTAA ATTGAGTACATGTATATTCCTAATCCTCTATTTCATTGTTGTCTTGTTAATGATCTATTAACAGTAAAGGAGGTGCAGTG GCAGTGGACTTGGTCAAGTTATTTGGTCAGAAATCTAGTGTAATTCGGTGAGTCTGATATCATAAGTTAGAACACTCTTG TTGGCTTACATTCAGTAAACTGAACATTTCTGTCATCATCTAATCATCTAGGGCTGCACTTAGTCATGGTGTTTATGTAG TTAAAATTCTTCTTCATAGGGCATAATGAGACAGTTTCCTTCTTATTGGAGCTTGTAAGATTAATTCGTAAGCCTTAGAG CTCTTGTTAGTGTTGGGGTTGATTGCAATGTAAGTCCCACATTGCTAATGAAGGAGAAAAAAGATCAAGTTATGCATCTT GGAGAAGTCCCACATCGCTTAGATTAGTGAGGGGTGGGAGGGTCCAAGACTATATATAGGGATCTCAAGCTCCTTGTTTC AACACACCAAAACTCCAAAGATGTAGCACCTGAAAACACTTTAAGTTTATATTTGTGTTTTCTTTTTTCTCTTATGCTCT TGTTTTAGAGCATTGTGAGATGTAGTTCAAATATTTACTTTGGAGAGTGCGGGTGTACTGGGGTCTTGGGGTGTGGTTTA GAGTGAAGTCTATGTGTTGTAACAATTTTCACATAGTGTTTATTCTCTGGTTGTCGGTTTTGACAACGGTCGTGGTTTTT CTCCGGTTTTGGAGTTTCCACGTTATATTCTTGTGTTGTTGATTGCGCTACTGTGTTTATTTTACTTCTTCAGTTGTGTT ATTTCCCAACAGTGGTATCAGAGCTTCCGGTTCGATGGATATCACTTTGTGTGGTATTGCGAAGGTGCTGAAGAAGTGTG ACATTGTGAAGTGCTGTTTTGGGAGGTTCTGGAAAGACACCTCTCTTTTCTGGGAACCAACCTGGTGCACGGTTTACAGT CGGTCTGCAGCTGTGATGATGCTGTGATGGAGGAGTTGATGCAATCACGATTACACAAGGCGTTCTGGGCATGAGATTGT CCAGGTGGCACACGAGCATTGGTTGATATAGATGTAAGGTGTGTGGTGATAGCGTGCGGGCATTGGTTGGCATTCATGCA AGGTACGTGGTTATGTCGATTGCTGATGAACTTCCGGAGAAAGCCAACATGGAAGTTGCACCATAAATTTTCAGCAAGGT TTCGGCATGTGGAAATTCTTGGAATGGTTTAGTTCCAAGTGAAGAAAATTCTTGGGATGGTTTAGTTCCAAGTGTAGTGT ACTCTTTTATGGTGGAGTATGATAATTTAATTTATCGGTATATAAACAATGAGAATTATGTTTGTCGGTGAAGACAATGA TTGTCGGTATAGACAATGAAGACTGAAGACCATTACAATCAAGGTGGAGATTGTTGGGGTTGATTGCAATGTAAGTCCCA CATTGCTAATGAAGGAGAAAAAAGATCAAGTTATGCATCTTGGAGAGAAGAAAAACAGAGTTGGGAAAGGATAAAAAAAC GTGAACACCTTTATTTGCTTGTTTCTTGTCTTGATTTTTACATAAAGCTGCAGCAGCACTATATATTGACCTAAGCACAG CAACGGCTGATTTCTAAGAAAGGGAAGGAGTAATGATCCAATAATTGGTAATCATACAAACGTGAATTGGGCAACAGTGA TGGACCAAGTAAATGGTATTGAAATACCATTAATGTGAAGAGTCTTGCCCATGATTTATGCAACGGTAATGGACCAAATA ATTGGTATTTGAATACCATTAATGTGAAGAACCTTGCCCATGATTTGTGCAACGGCAGAGAAGGGAATTAGCTCTTAATT GCTCCTTTGTAATTTTCCTTATCTCGATCATGATTCCCACCATTTGTGTTTAGGGAGAGCTGAATATGTTTAATACCCTC CCGCAAACGAGGCCGAGGTTGGAGGCAAAGTTTGTCCCGGAAGTGACTAAGAGCCGCCTTTGACAGGGGTTTAGTGAAGA GATCAGCAACTTGTTCATTGGTAGAGATGTATTGTGTTACAAGAAGTCCGAGTGAAACCCGTTCGCGAACAAAGTGATAA TCCAATTCAATGTGTTTGCTGCGGGCATGGAAAATCGGATTAATGGTCATGTGAAGAGAACTGAGATTGTCACAGTAGAG AGTCGGGGCGGAAGCAAGCGGAATGCGAAGATCCTTTAGAATGAATGTTAGCCATGTGAGCTCAGCAGCAGTGTTAGCCA TGGCTCTATATTCAGCTTCAGTGCTCGAGCGAGAGACAGTGGGTTGTTTCTTTGCACACCAAGAGATGAGGTTTCTTCCA AGAAAGGTGCAATAACCAGTAGTGGAGCGCCGGGTAGTAGGACAACCTGCCCAATCTGCATCAGAGAAAGCAAAAAGATC AAGAGTAGTGTTGGAAGTGAAGTGAAGACCTATGTTAATAGTTCCTTTGACATAGCGTAGGATACGTTTGACCATTTTCA AGTGCATAATATTAGGAGCATGCATGAATTGAGACACATAGTTCACACTAAATGAAAGGTTTGGGCGAGTGAGGGTTAAG TATTGTAGAGCTCCAACAAGCCCACGAAAGGGACTTGGATCATCGAGAGGAGTTGTATCTTTGGTGATCTTAGTCTTGGC TTCAAGAGGTGTGCTCATTGGCTTGCAATCAACCCTGTTGGCTCGTTCAAGGATAGTAAGAGCATAATGCGATTGGGACA AGTGAAGGCCATCAGGTGTCGGAGATATTTCAATCCCAAGGAAGTGGTGAAGCGGGTTGCGAGGGATTGTGGAGGGGGTT GTACTCATTAAGGCATATTTTGAATTTGGCTTGACAATTCCTCGTTGAGAGCGAGTGACCATTGGGTGTGAGATCTGAGC CTCTGAAGGGTCAGGAGGCATAGAAGAATCAGACTCATTTTGTAGCGCTGGTGTAGGAAATTCACACTCAAGTTCAACTT GTGAAGGGTGGGGAGAAAACTCTAAGGGCGCTGGGTTATTTTGAGAAGGTTGAACGAATTGTTCTTGAGAAGGAGATGTT GATTCTTCAGGTGGAGAGGAAGGAGGAGATTGTGTGGAAGGGAGGTCCAGCAAGATTGGCGGTAAAGGACTTAAACAAGG TTGAGGAGGAGGTGCCATTGTTGAATCTGCACAAGGTTCTGAGCTAGTGTGAGGCAACCATGAATCAAATATACTAATTA CATGCGATGTAGAGGGAGTTGTTTTACTATTATTATTATTTTTAAAAGGGAAAAATGATTCATCAAAAACAACATGTCGA GAAATGAAAAACTTTTTACTAGAAGGATGAAAACACTTATACCCTTTGTGTTTATCACTATAGCCAACAAAAACACACAA AATAGTTTTGGGGTCAAATTTGTGTCTTCGTGTGTCCCAAGTGTATGGAAAACATTTAGACCCAAAAACACGAAGTGAAG AATAATTCGGATGAATGCCATGCAAAGTAAAGTAAGGGGTTTCAAAATTAAGTGCTGAAGATGGCAATCGATTAATAAGG TAGACAGCAGTAGAAAAAGCTTCAACCCATAGGAATAAAGGAGCACCACTATGAAACAACATAGTCATACCTAGTTCACA AATTATTCTATGTCACCTTTCAACCATACCTGTTTGTTCTGGGGTATATGGACAAGAAACTTGATGAATTGTACCTGTTA AATGAAAGTGAGTTGACAGTTTGGAGTTGATGAATTCACCTCCACCATCAAAATGGAAAACCTTGATTTTTTTATCAAAC TGTCTGTTAACATACTGTTCAAAGGCTAAGTAAGCTTCAACAAAATCAGATTTTTGTTGTAGAGGGATCATCCATGTAAA CTTAGAGAAGTCATCAACCAAACAAGCATAATATTTGAATTTTCCAATGGATAAAATAGGGGCAGGGCCCCATAAGTCGC AATGAATTTTTTCAAAAATAGAAGAGCTAGAATGTTCAGAAGCAGAAAATGGCAATTTACTAAGTTTTCCCAATTGACAA CTATCACAAAGATGTTCAAATTTCACAGTCCCAATTACATCAATTAATCCTTTATTCTTTAGCAAATTTATAGCCATAGT TTGAGGGTGGCCTAAACGTTGAAGCCAAATATCTGCTGAGCCAGATTTAAATTGATGTGAGAAATGTAATTCAGGTGTTG AGGAAAGAACATATAGGTCACCCTTGCGACTCCCCGTGATCATTGGTTCCCCTGTTTCTCGTTCCTTAACACAAAAATCA GCATTAGTAAATTCACAACTTACAGGAAATTCTGTTGTTAGTTGACTAATAGAAAGTAAATTCTTTGTTAAATCTGGAAC TAGCAAGACATCTCGAAGAGGTAAAGTAATATCTTTTTGCTTGATGAAGGAATCTCCAATACCAACTATCGGTAGAGAAG AACCATCACCAATAAGAACAGAGTCTGTACCTGAATATTTTCGAATATTACGCAACATATTTGATTTACCTGTCATATGG TTGGAGGCTCCGGTGTCCGATGTCCATTCAGTTTCAGTAATTGTATTGTCTAGTGTGAGAGCTGCAAGTGCTTGTGGTAT ATCATCAGACTGGGTTGACTTCTCGGGTATCCACCAACATATTTTAGCTATGTGACCCATGGTGCCACAATATTGACATT TTTCATTTCGGTAGAGTTCTCGTTCTGTAGGTGTCATGCGACGCTGACCTGGTGGTGCAGGACGCCGTTGTTGAGAACTT GTGTTTGCTTGAGTGCTTTTTTGATTACTAGGTTGTTGAGCTTGAAAACCTCATCCTGTTGATGTGAAGGCTTGAGAGTT CCCACGATTATGATGAGAGCGTTGTTGTTGCCCATAAAATGCCATTTGTTGAGTCAGTGGATTCACCATATTGCCATGGC TAGAGAACCAACTGCGTCGCTGGTCTAGACTCTGAAGTTGTGAGACCAACTCGCTGTACGATGGTCTCGGTGGTTTTAGC ATGGTGGTTGTGAATGTTTCATATTGAGGACCAAGACTTGTAAGGAGACAAAATACCTTTTCTTTGTCTGGGATAGATTT TCCAATAGCAGCAAGGTTGTCACACAGTCCTTTGAAAGTGCGAATGTGTTCTCTGATGGTTTTATCATCTTCCTTGCGGA GATATGTAAGTTGTTGGCGAAGGGTGAACTCACGCTCCTGTGAGTCTTCCGCATACGCATCCTTGAGTGCACTCTAAACG GCATGGGCAGTGTCTAACCCAATAACAAGTCCGAGTGCTTCTTCTGAGAGTGTTCCAATTATCCATCCTCGGAGAAGACG ATCTGCCTTACGCCAAGCGATGAAATCATCAGTCAATTTTGGGATAAAATTTTCTTTATCAGAGGCTTCGTTGGGGTTTG GTGTGGTGTATTTTGTGGGTGCTGGATCATCATTTGTTAGATGACCCAATAGGTCTTGACTTTCTGCAAGAGCTATGGCT TGTTCACGCTGTAACGCCCCGATTTCTCGAGTGTTACACAGTAACTAATTAACCAATTTTCGTAAAGAGTTTTCGTCGAT TCACTTATTAATCTTCAATTAATGACAAACCTTTCATTTTACAAAAACTCTTGAAACATAACCTTTCCAAAAGAACACGC GGAAGTAACCAACTTCGTAAAACTTTTTAAATAACCAACTG
CDS sequence (LotjaGi2g1v0125400.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAGAGCCTTAGAACAATTTGATGCTTCTCAAACTCAGTCATCATCTTCTTCATCTTCCTCCATTGATAGCAACAACCT CCCTAAACCACCACCACCACCACCCTCTTCATCTTCATCTCTCTGCCTCTCTAGTGTCTGTAGAAGAAACAGAACAGATT TGAGCACTGACTTGAAACTTGGTCTCAGCATCTCTCATTCTTCTCAATCAGAGTCAGCATACAATTCAACACCACCAAGG GAGGAAACTTTTGATTGGCCACCAATTAAGTCCACATTGAGGAGCACCCTTGTTGAGAAACAAAACCATCGGAGCCAAAC ACCTTCTTTGTTTGTCAAAGTCTACATGGAAGGAATCCCCATTGGTAGAAAATTAAACCTCTTGGAACATCATAGCTATG ATGGGCTTGTAAAATCCCTTGGCCACATGTTTAGGACCATCATTCTTTGTCCTAACTCTCAACCAAACAACTCTGGGAAT TTTCATGTGCTGACTTATGAGGATCAAGAAGGGGATTGGATGATGGTTGGAGATGTGCCTTGGGAGATGTTCTTGACCAG TGTGAAGAGGCTGAAGATCACAAGAGCTGATAGATGCTAG
Protein sequence (LotjaGi2g1v0125400.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MRALEQFDASQTQSSSSSSSSIDSNNLPKPPPPPPSSSSSLCLSSVCRRNRTDLSTDLKLGLSISHSSQSESAYNSTPPR EETFDWPPIKSTLRSTLVEKQNHRSQTPSLFVKVYMEGIPIGRKLNLLEHHSYDGLVKSLGHMFRTIILCPNSQPNNSGN FHVLTYEDQEGDWMMVGDVPWEMFLTSVKRLKITRADRC
Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.
| Prediction algorithm | Identifier | Start | End | Length | E-value | InterPro ID |
|---|---|---|---|---|---|---|
| MobiDBLite | 1 | 43 | 43 | - | – | |
| MobiDBLite | 1 | 25 | 25 | - | – | |
| PANTHER | 15 | 199 | 185 | 5.7E-81 | – | |
| PANTHER | 15 | 199 | 185 | 5.7E-81 | ||
| Pfam | 45 | 195 | 151 | 1.2E-33 | ||
| MobiDBLite | 66 | 87 | 22 | - | – | |
| Gene3D | 103 | 199 | 97 | 8.4E-35 | – | |
| SUPERFAMILY | 103 | 193 | 91 | 4.12E-17 | – | |
| ProSiteProfiles | 109 | 198 | 90 | 26.383 |
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 |
|---|---|---|---|---|
| Molecular function | Protein binding | Interacting selectively and non-covalently with any protein or protein complex (a complex of two or more proteins that may include other nonprotein molecules). | ||
| Cellular component | Nucleus | A membrane-bounded organelle of eukaryotic cells in which chromosomes are housed and replicated. In most cells, the nucleus contains all of the cell's chromosomes except the organellar chromosomes, and is the site of RNA synthesis and processing. In some species, or in specialized cell types, RNA metabolism or DNA replication may be absent. | ||
| Biological process | Regulation of transcription, DNA-templated | Any process that modulates the frequency, rate or extent of cellular DNA-templated transcription. |
Expression pattern of LotjaGi2g1v0125400.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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