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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0216600 |
| Transcript ID | LotjaGi1g1v0216600.1 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Signal transducer and activator of transcription A; TAIR: AT1G78540.1 SH2 domain protein B; Swiss-Prot: sp|Q54BD4|STATC_DICDI Signal transducer and activator of transcription C; TrEMBL-Plants: tr|A0A151R0T3|A0A151R0T3_CAJCA Uncharacterized protein; Found in the gene: LotjaGi1g1v0216600 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:47875053..47886381) extracted from Lotus japonicus Gifu genome v1.2.
GAAGTTTCACAACAAACCAGAATGCAAAACTAAACCAACCAAACCGTTACTTTAACAGCCGTCACACACAAAAGGAACCG CCACACACACCAACAAAATTTCACGAAGAACTCCACTGTTGATTTCAACTCGTTCTCAACATGGGCACTGATTCGATGGG AAGCGAAGGGTACTCTCCGTTGAAGGATTTGAGATTGGAAATTGAAGTAAAGGAGAGAACTTTCTCTCTTTGCTTTTGGG TTTACTTGATGAACTCCACCACATTCCCTGCTACCATTATTCAACAGGTTAAGTATTAGCTTCTTTTCATTATCTTTCAC TTTTTCTTTTTTTCTTATCCCAGTTGTTTGCTTTGGATGAAAATGTTGTAAAGTTTTGATCTTTTTGGCATTTCATTTGA TGGGGTTTGTGTTTTTATTTCAGTTCTTTTGGAATGGTGGTTTTCCTTCATTGTGAAGGGGTTATGGTTTTCTTAAATCT TCTTGATCAAGCATTTTATGATCAAGTAATTGTGATTTTCTTGTGTAATTTTACATTTTGTTGTTATCTTTTGGGGATGA ATCAGTTATAATAAAATTGCAAATTCTCAATTTGTTTATGTTTCATTGTCACTCCAGTCTCCATATATAAATTTGTTATG GTTAATGTTTACTTGAGTGTGAAAGTTAATGTCATATAGCTTTAATGTGATTAATCCAGCTGATGCAAAATATTTTGTTG GGTTATCTATCCTATGTTTTCAATGTTTTGGTATCTCAAATTGATTCCAATTCATCTTGCTGTGCTCAATAGTTTGCTTC ATTTGATGCCATCTCTCTAGTGCAAGCCACAAGGCTTTGGATATTTAATTATAACACTTTGTGGCTTACATGAGACATTA GATGGAATAATTGTTGTCTACATACTTTAGGGTTGAAAATCTTGATATCCAATTTTCTACCTCTAGTAATTCTTTTTTAT GTTGCATTTCATCATTTTGTTACCTTTGGGTTATTATTCTGTATTTTTTATTTAGTCACTGAAAGCTGCTAAATAGATTA ATGGGGTTTTGCAGGTCTACTCCGATATATCTCAAAGTGCTCCTTTTCTTGTTATTAATGAGAATAAGAGAATCAATATT TTACCAGTTCTTCATTTACATGAGGAAGCTCCTGATATTGGCAATATAAGTTCCTGGACAGAGGTTCCACATGCAACTGC TGATTTTGAGTTTCCTTTGGAAAAATGGGTTCATGTTGGATGTGAGGTATCTTATATGAACACTTGGTTTCTGGATTTAA ATCAAGAGTAAATAGAATAAAAACTAAAAATAAAGCTGGCTTGCCATTGACCATGTTTGGCCTTAAGCACTTTATGTTCT TTAGTGAGAAACATAGGAGCAATTTCCTTCCTGCTACTTGTTGAGATTGGTCCATTTCTTTTTTCATTTTAAATTTATTT TAAGGAAATATATGAGATGGCTATTCTTCCATGTTACAGGTTTGTCCAAATCATATCCAGCTTCAGATTAATGGAGAGAT TGTAGGAAAAAAGTCTCTGTCTTCCTTATTAAATAAGGAACCTAATTCAAGTGATTTGAGGAAAATAACTTTGGCCAATG TTGGTGGTGATGGAAATAGTGTGCATGGTTATGTGCACAATTTTGAAGTATTCCCTATTATTTCTCCTGTCAAGGATCAC CATTTAAAGGTGATTAATTCCCTGATTGTAATTTTTCTTCTTGAAATTCTATGGTAGTTTCTTTTTTACAAGATTTTATT ACTTCCTTTGTTGATAACTGAATATTATCTGATGCCAGAACCCTCCTCTGAAGCTAACAATTGATGAATCATCTGCATCT GAGATTGAAGAAGAAAGTGACGGTGTTTGGGGCATTGTTGGTGGCAAGGTAAGAAAGATGTATTTTGCCCATCACATCTG GTGTATCTTTTTTTTTTTTGTGTTTGTTTTTATTATTATGAATCATTAATAAAAAACTCGGGTAAGCTTTCCAGTTTTAG TTGGTTTTTTATTTTGGAAATAGGTGATGCAGTTTATGTTTGTCATTTTAAAGGTTCTTATAATCCAGCCATATATACAT GCAAGTCTGAAGTCTTAAGAGTTGAGCCAGTTTATTTTGTTGAAGTGATGGTTCTTCTTAAAATTCATGTTAGGCCTAAC TCTACCCCAAAAGCTTGCTCAAGGGTGAGGATTGCTCTACCCTATATATGGACTTATTTGACCATATCTGTAGACTGTAG TCAATATTGGACCTTAACACACCTCCTCACGGCCAGAGATGGACATCTGAAGCACGAAATTTGCAGGAATGGACGAACAT CTGGGTGGCATATATATGGGTGGTCTCCAATAAAAGAATCTAGGATAGACTCATACAATCTTCGAATTTGGGTTAGGTCT AACTTTAACCCAAAAGCTAGCTCAAGGGTACCCTATAGATGGACTTATTTGGCCATATCTCTAGTTGATGTGAGACCTTA GCAGTTCTAAACTCCAAAAATAAAGTATGTATGTATGTTTATTTGTTTGTATGTAAGTAACTGTGTGTTTGTGTGGAAGT CACTATTCATCTTTTAGTACTTGCACACTGATTGCATTGATGTTTGCTCTTTAATTTCCTATGAATGGCACAAATTAAGT CCAGTACTAAGTGCTAACTTCCCTTTTGGTTAAAATTTTAATGTAAACTTCACTTTTGCATAATTTGGGGCAGGCATCTT GTCGCAGGAACTTCTCCTTGGATGTTGTTCTATCAGATGGCTTTGGAGATCCCGTAGATAAGGAGAATGAGGTTTATAAT CCTGCCATTATGACTGTTCAAGTTAAAGCTCTCTACTTGGTAGGGAGTTAGGATTTGTAATATTTACTATACTCTTTCTG ATTATAGCAGGTTTTTGCTTCACTTTTGTATGCTGACACCCGGGCTCCGGTGGAGAAAACAATTGATGAAGAAGCACCAC TTTTGGTTAGCTATGATGGAATTGAATTTTCTTCTGGTGAAAGACCAAGTAAAATTTTACTGGGGCGTGCATCATTTAAG CTCAAAATATCTCAGGTAAGGATACTATGTATGAATATTTGTCATGCTATCTCTTCTAATGAATTTTGGCAGTTGCTTTT TGTGATTCCTGGAGAAGCAAGTTTTTTGTTGGAAAGTGACAAGATTGCCTATACTATAAGCAATGGATAAGCATTCATAC TTATACCATTTACCATAGTTTCAACTTTCAAATACTTTCTAATTTTTTGGCTGAGAATTAATGACCTGGTATTACTTGTC ATTTAATATTAATATCAGTGTCATAATATTTAAGAAATTTTTATTTCTAACGTATGTTGGAGCAATATCTTTGAGTTTCC AGTGCTATTTCAGTCTAAAATTTATGTGAATGCCTTTTCAATTTCATTCCATATTTTTGGGTACTATTACTAACTAATGT TCATCTTGCCAGCTTTCTTCTAAGTGTGATAACAGGTTATTCCTCATCAGATTTTGTGTTCCAAAATTAGGAGATTTTCC TTTTCTTGAGACATTCAGCCGTCCAATTCGATGCATCTCTAGGAGCCGCAACACTAAATTATCCACTCTGGTGTGGAAAA GGCCAACTTCTGCTCTTCATCAACTTAGTTTATCACAATCTTCAGCAATGGTTGATGAGTCTTTGGAACATATGCAATGT GGTCTTGAATCAACAGCCAATCCATTAGTGAAGCGGTTTAGAGTTGGACATGACAAGATATCTGTATCAGTGCAACCTGA TGAGGAATGTAATTCTCATGTATGGACTGCTAATCAGGTGGTTACCAGTTTTTGTTTTAATGTTATACTATCTTTTTTGA TATATAAATAAAATGGCATTAAATATAAAAAAGGCAACTACCACTTGACATGTGCATGGATAGCTACCTAGTTGGTTGTA ACTTTATGGCTATTATGTCAAATGTTGTACCACAGTCACTACAGGCTGTTTTGATTGATTCACCATAGAAAAAATCTGAA TATCTCATTTTTCCATAAGCTGTTTCATACATTTTGTCTTCATCTGTTATCTTTTGTACAATTTACTTCAGCTTTAGTGC ACGTGTTCTCGCAAGGATCTAGGGATCCTCAGATCTAGGGTTAGTAAAGCCGTTTCTTAGCAAAGGAGAACCTGTCTTAT TGAGTCATGGGTCTAGCCTTTTATAGTGGGGCTAAACCCTAATCCTAAGCTATTACATCATGGGCCTTACAATTGCCTAA ATAGGCCTCATGTCAGGTCTGGCCCAAGCACTGACGCCAGCACTTAGGGGACTCACCCTGTGTCCTATAACGCTCTTGGG GACTCGCCCCTTACCGCAAGCTCCTTAGACTAGGGCACCAGCTTTTGGGCATGACGCCCTATCCAGTCCACATGTCCACA AGACGCCAAGTCCAAGGCATGAGGATGAAGTGCATCTTTACCTGTGCTCGCCAAGTCACCATTCCTTCAGCCTAGGGCGT GTCGCCCTCTCTGGTCCAGCACATGTTTGAACTTATTAGAATATAAATTTTTTAATCAGTGCTCACTAGAAAATCAACAA TATTTGCGGAACAGAGTCCTGAGATTAGTGAAACTAGTGCAATTCATGAACATTTGTGATCAGTTTTTTGATTTCAGGTT AATAACTTGGGCAGGCCTATGAATGGTTTTGTTTCTCTGATACACCACCTCGTAAATGCCAAATCATGGAAAGAACACAA GCCAATCCGTCCTTGTTTTAAGATTAAATCAATTTAGGAGAGTAAGGGGGGCATTGACCATTGAGGTTTGAAACCTTGAC CACTTGGTCTGACACACTTTGATTATTGAATCTCAAGCTTTTTTGGAAATGCCTTGGAATGGTTTTTATTTATATCCAAC AATGAACATATTCACTATGAGGCCAACTTGATATTGTCAAGTAGATTATATCTGAGTTTAGAAGCCTTTATTTCTTAGCT ATTAACATTCTTCCTTACATGCTCTATAAACCTTTGCCGATGTAACCTGGGCATTTTTAAATTTCGTTACCAATGTTTCC TTCAATTTCTTTAGGATTTGTCTTGCATATAACCTTTTTCTGCCATTCTCTTTTAACTATAATTGCAAACTTATTCAAAC TTAGGTTCAGAATGAGTTTCCAACCAGCATGGATGCGAGGCCTACTAAATTTGATGAAGCCGATGACTCTCCATCTGACT CAGAGAGTATAGGGGAGAGAAATTCACCTTCGAATAATATGGCAAGTAGAAGATATCCAATATCGGATATGACCATTTTC AAATACTGCCTGGCAGGCTTGGCTGAGAGATCTCTCATGCTAAAGGAAATAGCTTTCTTTTCTTCTGGCAACGAAATTTT GGAGTTGGCTCATCACGTGTCACTCTATTCAGGATGTTCACACCATGGGTATGTGATTTTTCTTACAAGGGTTTTATAAT TGCTTTAGTACCCCATGGAGTATAATAGTTGGGCATAATTGCTTTTAAATTGAAAAATTGTGCTGATAATCTAAAATCAA CAATAATTCATCAAATAATAAATCTTTGTCAATTCTTAAATTTCTTTCCCTTTTCAGTATTAAATATAATACCCGCTACT AGTATTAATTTTTTTCAAGCATGACCCTAATACTGCATATTGTTTGGTACAGTCTCACGCTAATGTGCTTAAGCTGTTTA GGTAGAGGTTCATGATTAGCTTACTCCCTTTCCTAACTTATACCGGCAAGAGCCCTTTGGGTTTGAAGTTTAGGCACTGC AAAGACCTGTTTTTGTTGTGTGCTGAATTTAACCTTACTTTTTAAAAAATATTTTGGGGGTCGGGATCATGGATCATACT CTTGAACATTTAATCAGTTACATTCTTGTACCATGTCAATGACAAACTATCCTAAAAGCTCAATTTATTAGGTGAACCCT CATCAATGGCTTTTTATTCTCTTAACAATTTCCAATGACAACTTGTCTGGACTTTTTCTTGGTCTCATTTGGTGGAAGTT TTAACTCACTAAATCTAAATCGAAATTGAATGTTCTGGCTACATTTTAGGCCTGCATCATTCTATCCTCATTATTTCATG CTTACAAAAATTTACAATTTTCTTCATGGTTTATATGATTAATTATGTTTACTGCAATTACCCAGCTTGATTCCTCCTTT TTAATGGTTGCCTTTTGTTTCTAAATCAGAAACCAAATATTACTAGCCAAGAGATTGATAGAAGATGGAACTAATCTTTG GAAGGTATTGTCTCCAAACAACCACCACGTTTCATGGGAGAGTGCAGTCTATGAGATTGAAGAGAAATTCATGAAGATTG CTTCTTGTGATTCAAGATCTCTCTCACATCAGGTCCTTTAACTGTTTCCACCTGAAAGTTACATTGCAGGGGCATTAATA CATCAGTTTGTGGTTACTAACACTGTAAAATGCAACAAATACATCATTCTTTGAGCTTTATTTGGCTGGGAATTTCTTAT TATTTCCAAGATGAACTTAAATTTATGTGGTAGAGCTAGGCCTTTCCAGTTGTTTCCTTCAAGGATAGAGTAACTACAAA CATTGAAACTAGTGCTTACCATTATCAACAATCAACGGTGTAAATGGAAATAGGAAAAAATACAAGTTAGGAAAAAAATA CAAGTTTATAGTGGTCTTTGGGTTTTTCTGAGTATATCACAATCCTAGAAGGATAGCCTGCAAAAGTATCATAGTTTTTG TAATGGTTGCAGGACCTAGAGCTTCTGAGAAGGATTGCTGGATGTCAAGAGTATCTGACACAGGAGAGCTTTGAGAAATT GTGGTGCTGGGTGTACCCAGTAGCTTTTACAATATCGAGGGACTTGATCAATCCTATCTGGAATTCCGTAGCACCTAAAT GGATAGAAGGATTGATTACTAAGGAGGAGGCCGAAGCTTCACTTCGAGGTCCTGCAGGATTTCAAGAACCCGGTACCTTC ACACTCCGATTCCCCACTTCAAGAAGCTGGCCCCACCCAGATGCAGGTTGCCTAATTGTGACTTACGTTGGCAATGACTA CAAAATTCACCACAGATTACTTTCTATGGATCATGCTTATGGGTAAGCTTTATTTACTCTTTAGAGAATCTGTTGCATAT TAATCTACTTTGTTGGATGTTCCTAAGTCATGAATGTCTTGTAGAAGGAAGAGTTAAAGATATGTTTTTAAGTTATAAAT GAGGAAGTAGGGAATCAACTTATTAGCTCCAAAAGGACTTTAGGCTTGTTGAGAAAGAGGAAAACAGAGTGCATATAACT TAAACTGTGCATTACAGTTACTGAGCAGAGGATAATATGTTTACTAAGGGTCATAAATACAATGTGTTGAGAAGTCCCAC ATTGACTAGAGATATGGCCAAATAAGTCCTTATAAAGGGTAGAGCAATACTCACTTCTAAGCTAGATTTTGGAGTAGAGT TAGGCCTTACCCAAATTCTATTATGGTATCAGAGCCCATCCTAGATCCATTTATTGGGTACCCATAAGTGGGTCACCCGT AGATGTTCAGTTCTGCAAACTTCGCGCTCCAGTTGTCCAGCCTTGGGGATGAGGGAGGTCTTTAATATATGGTAGAACAA TCCTCACCTCTAAGCTAGCTTTTAGGATAGAGTTAGGTCTAACCCGAATTCTATTCCAAAGATTTATAGTTACCCCAATT ACCATAATCACATCACAATAATATACAATACTTCTAATGAAGACCTAATGAATCCATAATTACTCTATTTATATTATTTC CAACACTCCTTTAAGTTGGAGGATACAAATCATATGCATACACCAGGCTTCTTATTTGTTTAAGTATAGCTAACTTGAGG ACCTCTCGATGACTTTGTGAAGACATGTACCAGTTGGTCATTGGAATTGATTATGCTTGTGGTGGTGTTTCAACTTTGTT GGGTCTCTTCTTATGATTATCTTAAACAATTTTCTTTTCTTCTCTTCGGTCTTTTATATTTTTATAGCTCTATTATCTCT TTTCTTTTTATTGAACTCATCTTTTGTTCTCATTCAATTTTGATTAATAAATATAAATATAGCTTCAATTTTTAGTAATT TTTTTTTTGAAATGTATATTATGTATTAATGTATTTATACTATTTGAACTATATCCAAAATTCTAAAATAGCGGGTATAC TGCCATGCGCTATCCTGGCATCACATTTTTGGAGCTAGCCATTATGCTCTTCTATCTTGGGATTTATAATTCTGTGAGAC GTTGAGATACTTCAGTTTTCCAACCAATCTTTGACACCTCTCTGGATCTAAAATGTTGCTCCCCCTTTCTTTGGAGAAGT TTGACTTTGGGATCAATAGAAGTACGAACAAGCTTAGCATTGATCCACCCATTTCTTTTCAAATGTCCATTGCATGCTTC CTTTGAAAAATCACTATACCATTCTTGGATTATGCTGCCTCTATTCCTAAGAAGTAACGAAGTTTGCCAAGATTTTTTGT TTGAAAATGGTGATAAAGGTGTTACTTTACCTATGTGATGCCATGATTATTACTACCTGTAATGATAATGTTGTCAAAGC ACACAACCAAGTAAATGCACTCTGCATCTTTATGTTGATAGAAAACTGAGTGGTCAGCCTCACTCCAATCATGTCAAACG ATTGAATCACATTGTTGAATCTATTAAACTATGTCTGGGTGATTGTTTAAGCCTATATAAGGATATGTGAGGATCACAGG CTAGTCCTTAGGAGTCCCCTTAAGCAAAAAAAAAAAACACGGAGGTTGCTTCATATAAACTTCTTTTGTGACATCACCAT GAATGGGAGCATTTTTTATATCAAGCTGGTATTGAGACCAATTTTATATAGCATCCACTGTCACTGTCTCAGCTCGTGTA TCACGAAATGTCTCTTGCAAAAATGTCTTCTTCTAGAAGATCCACCACCACTGTCGCTGTCTCAGCTCGTGTATCACGGT CAGCAACGTCCCTGTTCTCTACCACCCTGACTAGTGACGAACTACTTCTGACTCTCATCTGGGGCCATATCTTTCATCCC CTTGGCCCAACCACCAAAGCTTGATCTACTTATTGCATTGCGGAAAGGTGTACACTCAGCTCATCGTCCTTGGCCTCATT ATGCCACTTTGAGCCATCACTGTTTATCTCCTTCCCATTATACTTGTCTCCCTTGTCCTATGTGTCTCTTCCTAAGATTG TAGGTGATGTCTTAGCTCATCCAGGTTTGAGATAGGACGTGATTGATGAGATGGGTGCATGTCAAAGCAGTGATACTTCT GTACTCATTTCTCTTCCTCCAAGGATGTCTATTGTAGGTTGTGGGAGATTTTCATAGTGAAGGTTGGTACAAATGGTGAA ATTAATCGACTTAAGGGTTGTCTGCTGGTACCCGGATATGCAGAGGTTTTCTCAGATGAGAGAAGGGGGTGTGATAGAAA CAGAGATGAAAAGAAGAAACTGAGAATATTATAGAAAGCAAAATAGAGCAAAGCTCAATTACAGATGAGTATGCACTACC CAGAGCCCCAGCTCCTACCAGAGAGAAGAGTCTCTCCTAACAAACTAACCAATTCTCATACCTGCCTCACACACTCCCCT CACCTCTCCCTTCATACCCCAGATTCCTTTCCACGTCACTAACTAATTCTCCTTTACCCGATCTGTCCCTATTTTCCTTC TTCTAGAATAAACCAACCATGTAGTGGGCCCTTTTGAACTCTGGCCCAACACCTCTCCCTGATTCTCATTGTCTACGGGT CCAGGTATCCTATCAGGGTGGAAAGGTGGTTCAAACAAACTCAGACCAAGAATTGGATGAGGTGGATGCAACAAAAGGAA CAGAGCCCAAAAAGATAACATCAACAGCTAGCTTTGATATCATCTTAAATTTGGGCCAATGTGAAACTCTACTCTAAAAG AGACCTCGTGAGTCGATGTGGGTTCTCAAGACAGAACCCTCACACCCAAGACTAGACATCTGTTGTGTGGAGATATAGGA CTAGTTTATTTTATTGCATTGGGAAAGTTGTTGGGGCCTTAAGGGCAGATAGATTTCACTGGGAAATTCTGTGGGTTTAG GTATATTTTTTGGATAACGGTGGGTGACTAGTATCGGATCTAGGATAGGTTTTAATACCATGTCGCGAAAGAAGAAAATT AGATCAGATAACCATATTCGTGTTTTCCCATTACATGAGAATAATAGATATACTAAGTCATAAATACAAGGATTAACTAT TACCCTAAGTATCATATTCACAAGAATAGACAGTATCTAATCGAATCCATAATTACTCTATTTACATCACTTCCATCAAA GTGAAAATGTATGCTTTTGCCCCCCTTGTGGCTATTTACTTACAACTCTAGATGATCAAACTATTCAAAACATTTTTGAT AAAATTCTACGTAGTCATGAAAAGTAATATCACAAGGGTCCATTTCTTGACCACTTAGAAGCTTTGATATCATGTACCAA CTCTCTTAAAAGTTTAAGCTATTAGGTGGAAATCCATTAATGTTTATATCTCCTACAAGGTGAATTGATCTGTCAATGAT GTTGATAGTGCGTTGAATTTGGTAATTTATTCCTTAGCTTACCTAGTGGAGTACATCTAAAGGATGCACAGAGAATTAAC CATACAAGAGAAGTTATAGAAGTGAATCCTGAATATTAGACCTTTGATGAACATTCAAGAAAATATCACTGAAAAAGTTA GAGGTCTATCACCTAATCACTTATAATATATGCCATCTTTTAACTAAAATATTAATTACACTTATTGTTTTTACAGCTCT GGTGATAAAAGAACTGACATGAAACCGTTGCAAGATATGCTGCTGGAAGAACCTGAACTGTCTCGGTTGGGAAGGTTAAT ATAAAGCACCTTTTTCATTGTTTCCTGTATATTGAATGCTTGGCATTTCTCAATATTGACTATGCGAATAATGTGAATCT GTTCAGGATAATAAGAAGTCATTAAGCAACACCAAGTGCAGAATGTCCAGTTACTTTTAAGGTTGTCTTCGCAAGATAGA CTCCAAAAGGAGAATGTAGAAGGTTGTGCTTGAATTATGCTAATGTGTTTTCCATTTAACATGTAAATATGTAAAGAAAG TGTTCAGGGATGATATTTTTAACATTAACAGCGATGATCATTGTATGGGTCAATATTCATTTATATGTAACAGCCACCAA TCAAAGCATCACTTTTGAGTTTTTATTGTTGAGTTGGCTTCAACTTAGTTAAAATACTAATATTAGTAATAGAAAACAAT GTTAAATTCATGTTTTTAACAATGAATTCAACAAGTCTTCAAGTAGGAG
CDS sequence (LotjaGi1g1v0216600.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGGCACTGATTCGATGGGAAGCGAAGGGTACTCTCCGTTGAAGGATTTGAGATTGGAAATTGAAGTAAAGGAGAGAAC TTTCTCTCTTTGCTTTTGGGTTTACTTGATGAACTCCACCACATTCCCTGCTACCATTATTCAACAGGTCTACTCCGATA TATCTCAAAGTGCTCCTTTTCTTGTTATTAATGAGAATAAGAGAATCAATATTTTACCAGTTCTTCATTTACATGAGGAA GCTCCTGATATTGGCAATATAAGTTCCTGGACAGAGGTTCCACATGCAACTGCTGATTTTGAGTTTCCTTTGGAAAAATG GGTTCATGTTGGATGTGAGGTTTGTCCAAATCATATCCAGCTTCAGATTAATGGAGAGATTGTAGGAAAAAAGTCTCTGT CTTCCTTATTAAATAAGGAACCTAATTCAAGTGATTTGAGGAAAATAACTTTGGCCAATGTTGGTGGTGATGGAAATAGT GTGCATGGTTATGTGCACAATTTTGAAGTATTCCCTATTATTTCTCCTGTCAAGGATCACCATTTAAAGAACCCTCCTCT GAAGCTAACAATTGATGAATCATCTGCATCTGAGATTGAAGAAGAAAGTGACGGTGTTTGGGGCATTGTTGGTGGCAAGG CATCTTGTCGCAGGAACTTCTCCTTGGATGTTGTTCTATCAGATGGCTTTGGAGATCCCGTAGATAAGGAGAATGAGCAG GTTTTTGCTTCACTTTTGTATGCTGACACCCGGGCTCCGGTGGAGAAAACAATTGATGAAGAAGCACCACTTTTGGTTAG CTATGATGGAATTGAATTTTCTTCTGGTGAAAGACCAAGTAAAATTTTACTGGGGCGTGCATCATTTAAGCTCAAAATAT CTCAGCTTTCTTCTAAGTGTGATAACAGGTTATTCCTCATCAGATTTTGTGTTCCAAAATTAGGAGATTTTCCTTTTCTT GAGACATTCAGCCGTCCAATTCGATGCATCTCTAGGAGCCGCAACACTAAATTATCCACTCTGGTGTGGAAAAGGCCAAC TTCTGCTCTTCATCAACTTAGTTTATCACAATCTTCAGCAATGGTTGATGAGTCTTTGGAACATATGCAATGTGGTCTTG AATCAACAGCCAATCCATTAGTGAAGCGGTTTAGAGTTGGACATGACAAGATATCTGTATCAGTGCAACCTGATGAGGAA TGTAATTCTCATGTATGGACTGCTAATCAGGTTCAGAATGAGTTTCCAACCAGCATGGATGCGAGGCCTACTAAATTTGA TGAAGCCGATGACTCTCCATCTGACTCAGAGAGTATAGGGGAGAGAAATTCACCTTCGAATAATATGGCAAGTAGAAGAT ATCCAATATCGGATATGACCATTTTCAAATACTGCCTGGCAGGCTTGGCTGAGAGATCTCTCATGCTAAAGGAAATAGCT TTCTTTTCTTCTGGCAACGAAATTTTGGAGTTGGCTCATCACGTGTCACTCTATTCAGGATGTTCACACCATGGAAACCA AATATTACTAGCCAAGAGATTGATAGAAGATGGAACTAATCTTTGGAAGGTATTGTCTCCAAACAACCACCACGTTTCAT GGGAGAGTGCAGTCTATGAGATTGAAGAGAAATTCATGAAGATTGCTTCTTGTGATTCAAGATCTCTCTCACATCAGGAC CTAGAGCTTCTGAGAAGGATTGCTGGATGTCAAGAGTATCTGACACAGGAGAGCTTTGAGAAATTGTGGTGCTGGGTGTA CCCAGTAGCTTTTACAATATCGAGGGACTTGATCAATCCTATCTGGAATTCCGTAGCACCTAAATGGATAGAAGGATTGA TTACTAAGGAGGAGGCCGAAGCTTCACTTCGAGGTCCTGCAGGATTTCAAGAACCCGGTACCTTCACACTCCGATTCCCC ACTTCAAGAAGCTGGCCCCACCCAGATGCAGGTTGCCTAATTGTGACTTACGTTGGCAATGACTACAAAATTCACCACAG ATTACTTTCTATGGATCATGCTTATGGCTCTGGTGATAAAAGAACTGACATGAAACCGTTGCAAGATATGCTGCTGGAAG AACCTGAACTGTCTCGGTTGGGAAGGATAATAAGAAGTCATTAA
Protein sequence (LotjaGi1g1v0216600.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MGTDSMGSEGYSPLKDLRLEIEVKERTFSLCFWVYLMNSTTFPATIIQQVYSDISQSAPFLVINENKRINILPVLHLHEE APDIGNISSWTEVPHATADFEFPLEKWVHVGCEVCPNHIQLQINGEIVGKKSLSSLLNKEPNSSDLRKITLANVGGDGNS VHGYVHNFEVFPIISPVKDHHLKNPPLKLTIDESSASEIEEESDGVWGIVGGKASCRRNFSLDVVLSDGFGDPVDKENEQ VFASLLYADTRAPVEKTIDEEAPLLVSYDGIEFSSGERPSKILLGRASFKLKISQLSSKCDNRLFLIRFCVPKLGDFPFL ETFSRPIRCISRSRNTKLSTLVWKRPTSALHQLSLSQSSAMVDESLEHMQCGLESTANPLVKRFRVGHDKISVSVQPDEE CNSHVWTANQVQNEFPTSMDARPTKFDEADDSPSDSESIGERNSPSNNMASRRYPISDMTIFKYCLAGLAERSLMLKEIA FFSSGNEILELAHHVSLYSGCSHHGNQILLAKRLIEDGTNLWKVLSPNNHHVSWESAVYEIEEKFMKIASCDSRSLSHQD LELLRRIAGCQEYLTQESFEKLWCWVYPVAFTISRDLINPIWNSVAPKWIEGLITKEEAEASLRGPAGFQEPGTFTLRFP TSRSWPHPDAGCLIVTYVGNDYKIHHRLLSMDHAYGSGDKRTDMKPLQDMLLEEPELSRLGRIIRSH
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 |
|---|---|---|---|---|---|---|
| PANTHER | 9 | 706 | 698 | 5.7E-205 | – | |
| PANTHER | 9 | 706 | 698 | 5.7E-205 | ||
| SUPERFAMILY | 26 | 172 | 147 | 6.53E-7 | ||
| MobiDBLite | 412 | 451 | 40 | - | – | |
| MobiDBLite | 421 | 437 | 17 | - | – | |
| SUPERFAMILY | 603 | 697 | 95 | 3.78E-7 | ||
| ProSiteProfiles | 609 | 707 | 99 | 9.767 |
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 | DNA-binding transcription factor activity | A protein or a member of a complex that interacts selectively and non-covalently with a specific DNA sequence (sometimes referred to as a motif) within the regulatory region of a gene to modulate transcription. Regulatory regions include promoters (proximal and distal) and enhancers. Genes are transcriptional units, and include bacterial operons. | ||
| 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. | ||
| Biological process | Signal transduction | The cellular process in which a signal is conveyed to trigger a change in the activity or state of a cell. Signal transduction begins with reception of a signal (e.g. a ligand binding to a receptor or receptor activation by a stimulus such as light), or for signal transduction in the absence of ligand, signal-withdrawal or the activity of a constitutively active receptor. Signal transduction ends with regulation of a downstream cellular process, e.g. regulation of transcription or regulation of a metabolic process. Signal transduction covers signaling from receptors located on the surface of the cell and signaling via molecules located within the cell. For signaling between cells, signal transduction is restricted to events at and within the receiving cell. |
Expression pattern of LotjaGi1g1v0216600.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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