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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0785200 |
| Transcript ID | LotjaGi1g1v0785200.2 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Pentatricopeptide repeat-containing protein, putative; TAIR: AT3G04760.1 Pentatricopeptide repeat (PPR-like) superfamily protein; Swiss-Prot: sp|Q9SR00|PP213_ARATH Pentatricopeptide repeat-containing protein At3g04760, chloroplastic; TrEMBL-Plants: tr|A0A0D2TML8|A0A0D2TML8_GOSRA Uncharacterized protein; Found in the gene: LotjaGi1g1v0785200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:135780029..135791512) extracted from Lotus japonicus Gifu genome v1.2.
GATAGATTGATAATAGGCCCAAAGGCCGAGCCCACAACGGGAGAAAACAAACTACACGGCTAGAACAAGAAAATTACAAG CCTTGACAACTCTACAAACCAAATGGTACTAGGAGACAAAACAACCTGTACCCACTTAAAGATTCCCTCTAACAACGGTG GTCCCAATTGTCATTGAAAGAGACAAATCACACAGCTTGGGCATCTTCAACAAGAGCCCTACGAAGCTCCTGAGGGGGCA TAAACATCCAATCTTCCATCAAGAGGCCTTGCATGCTGAGTTTAGCAACCAGGTGAGCTGATCTGTTCCTTTCTCTATTG GCCCAAGCAAATTCACAACTATGGAATTTTCTTTTCAATGCAAATATGTCTTGCAGTATTGCACTTGCTTCCCCTATTAG AATTTCAAATCTGCAAGCCTCAATAAGGATTTTATTATCTGATTCCAGGATTACATGAGGACAATTCAGGTTATAGGCCA AGGACAAACCTTCTCTAATAGCAGCTGCCTCAGAAGTTAAAGGGGATGAAGAGAAAATCTTTGCATGTGTTCCAGACATG AGGGTAGAGAATTTATCTCGAACAAGCACCCCCACCGCAGCTTGAGGTAAAGTTTTCACCCAACTAGCATCTACATTTAT TTTGAGTGAGTTCCCTGAAGGTGGGATCCAATTTGTGGGTCTCTGCCTTTGGTGCTGATTGCCTTCTCTGACTTCCTTCT CTTTCACTGGTTTTGCCAAGTCTAAAGCTGCAAGAGAACTAGTGACTTGTTGGATGGTGAAGGAAGGATTTGGACGGGTA GCCTTAAAGACAACATTGTTTCTTCCTCTCTAGATAGACCAAAGGATGAAACCAAGGGAAGAGAAGTCCATATTGAAATC AAAAGAGAGGGCTTGCAGTGTGACTATCTTCTGCATCAACCATATATCAAAGGAGCCAAGACCTTGTGCAGAGACAACCC ACTGCAAAGAAGAACCGAACCATACAGCACGCGTCCAAGGGCAGACAAAGAAGAGATGTTCAATGGTCTCCTGATCAATA CCACAAACTGGACATAGGCCAGAAGGTGAGATTCTCTTTTTCCACAGATTGTGTTTCACTGCTAGTGAGTTATGACTTGC CTTCCATAGAAAAACTTTAACTTTCTGGGGTAGCTGGGATTTCCATATGGTTTGCCAGAGCTCTTGAGGAACAATATGTG AGCTTGAATATTGGGGTTGGGGTCTTGGGGCGTTATAGCTTGCTAACTTGAAACCTGAGTTAACTGTATAATCACCTCTT GGAGTATGGGGCCAGAATAACACATATGACTGATGCAATTTGCTTACTGGAGTTTGAAAATTTTTTAGAGCTAACTCTGG TTGGAATAGATTCTGGATCAAACCGCTATTCCAGCCTTCTCCATATGGGGAAATTAGAGCACTAACCTTCATATTAGGAG CGTTTGGAGGCTGAATAAGAGCTTCTCCAGAACTCAGCCAGTTATCTCCCCATACATCAATAGAATCTCCACAACCCACA GCCCACCTACTGTATCTTCTTATCAAATCTCTCCCCACTAGCAAACTCCGCCACATCCAAGATGGGCAGCGACCCAAAGG GGCACTCATAAAATCTGAGGTCGGAAAATAAAGTGCTTTCAAGACTCTCACCCAAAGTGCATCCGGATTGGTGAGAACGC GCCAGGCTTGTTTAGCTAGGATAGCTTGGTTTTGAAACCTTAGATCTCTGAACCCCATTCCACCTTCTTCCTTGGCCATA GTCATTTTATCCCAACTTCTCCAGTGAATACCACGATCTTTCCCTGGACCTTTCCACCAAAAATTCGCCACTAAGGAATG AAGAGAGTTGTAGAAGGTTTTTGGAAAGTGGACAATAGCCATTGCATAGGAAGGGATGGCTTGTATAACAGCCTTAATGA GAACCTCCTTACCCGCTTGGTTCAAGAGGGTCTCCTTCCAACCCTCAAGCTTTTCTTTAATTCTCTCCTCAACCCATGCT AATGAATTGCACTTGCTACGACCCCAAATTGCTGGCAATCCCAAATATTGACCTGGGTTGTCCCAAATAGGCATGTGCAG CAGATTGGAAATTTCTCTCTTAATCCTGCTGGAGGCTGACTTACAGAAAATAAGCCCAGACTTGGCAACGTTTATCTTTT GTCCCGAAGCTCTATTGTACAAATTCAGAATCTGGATTATGCTTGTAGCTTCCCTGACTGTAGCTTCTGCAAACAAAAGA GAGTCATCTGCGAAAAGCAGATGAGTTAGGGCTGGGGATTGGGGAGTAAATTGTAGACCAGCAATGGTCCCTGCCCGTTG TGCTTGAGTCAACATAAAGGAAAGCACGTCAGTGGCTAGGACAAACAGATAAGGGGAGAGAGGATCCCCTTGTCTCAGGC CACGCCCTGGGGTTAAGGTATTGCTTAGGAAACCATTAACTTTCAGTTTGTAGGAAGCTCCTCTTACAAGAGTCATAACT CTAGCTATCCAAGTTGGATGAAAGCCGTAAGCAAGTAGAGTCTTCTCTAGGAAGGTCCACTCCAACCTGTCATAAGCCTT GCTCATATCCACTTTGATCGCCATATAGTTCTTCATTCTAGATCCACCCTTGAGTAATAAGTGAAAGGCTTCTTGAGAGA CTGCAATGTTGTCCTGAATCAAACGGCCTCCTACAAAAGCACTTTGGTTTGGAGAAATAATGAAATTAAGATCTTCCTTA AGTCTGGTTACCATAATGCGAGAGATGACCTTCAAGATATAGTTACAACAACTAATAGGTCTGAATTGCAAACACTCTCC GGAGAGTCAACTTTAGGGATGAGAGCCACAATTGTTTCATTTATCTCTGCTGAAAGTGTTCCAGTGCTGAAAAAGCCTTT AATTGCTGCACACACAGAATCTTTTATTGTTTCCCAATGGTTTTTAAAGAAGAGACCATTTAGCCCGTCTGGGCCCGGTG CCTTCAGGCCCCCCAACGCATTAACAGCCTCCACAATTTCAAGATCAGAAACAGATAGAGCCAATCTGTTATTTAACTCC GTCGACACCTTACAGGGAAAATTTTGCAAACACTCCTCAATTTGGTGCACTCCTTCTGACTGATAAATCTCTTCATAGTG AGAAACAAAGGCATTCATTATTTCCGGTTGGCCCTCCTTCCAATCTCCTCGAGAATCTCGGACCCTATCAATTCTGTTCT TGTTCCTTCGGTTAAGGGTGGAGGCATGAAAGAATCTAGAATTTTTGTCTCCGTATTTAGCCCATTTGATGCGTGATCTT TGACCCCAATACAATTCCTCTTGTCTCCTGAGAGTATCAATCTCTAATTTAATTTTGTTGATTTCATACCAGTCCACTTG GTGGTTAGGAAAAGTTTTGATCACAAACTTTACAACTCTGGACCTAAAGAGAAGGTGTTCTTATTACGATAAATGTTTAA CATATTTTAGATGTGTTGAGGTGGGCTCAAATCACTAGTTTTTCAATTGCCTAGTGTCTCTCTTGTTGCATCAAATAGAA ATAAATTATGGGCGTTGTTCCGGTACCTATTTAAAAATGGGAAGGTATAGTATCGTTTAGTTCATTTTATTAGCATACAA AGGAGAAGATTGTAAATTTTAAAAATTTAATTATGGAGCAAATATTATGAATAACTACATACAAATATTTAATTAGATTT CACTATCTTAATTTTTTTTTAAAAAAAGGGCCACAATATAACAATTTTTGTCCCCATTTATCATCCCTGATCAGAGGTTC TTTTTTTCAAATAATAATGTAAAAAATATAACAGTTTACCAAAAAAAAAGTTCAAAAATAATTTACCAACATGAGGTATT TTGTGACAGAAAATTAATCCGTCACAAAATCCTTGGTTTAATGCGGAATTAGAGACGGAATCTTATAAAGGGCAATACAG TCACAAAAGGTGTTTGCTAGGATACCACAACATTTAGTTTTAGTTGGGGTATGATACAAGACGTGACGTGAACCAATGTC ATTTAAGTGAGTGTTTCTTCTTTTCCCCATATATGTTTTAAAATGGAACAAAAATTCAAATACACTGCCAGATGTCGGTC TCCTATTGGTACACGCCAAATCGCATCAGTCGTGTACCATACAATGAAGGTATGGTAGAATTCACCGTCACAGAACCACA AACAGCCACTTTTGTCCAATTGATGATGGAATTTGTCACGGAATAAATCCTTCTCAAGTACGCGGTCGCTAACCTTGTTA ACACGTACAAAGTATTTGTGACGGATACAAGCTCCGTCGCAAAAGTGCTGAGGAAATATGTGATGGACAAATATCCATCG CAAATCGCTGAAGGTTTTTGTGACGGATTCATTTTCGTCGCAAAACAGGTGAAGGGGTTTGTGACGGATTTTTTCCGTCG CAAACTCGCTGACAATATATTTGTGACGGACTTGTCCTCCGTCGCAAATCTGATGAAGGTTTTTGTGACGGATTTTTTAT CCGTCGCAAAATCGTTGACAAGGAATTGTGACGGAATTTTGTCAATCGCAAAAGTTAGTGACGGATACTGTTTCCGTCGC AAAGTATCAAATTCATCCCAACAAAAATTATACCCATATTGATATTGTTTTTAATGTAAGTATGTAACACCCAATCTCCT TATCCAGAATCCTGTCCAATCCGATTCAGCGTACCTTCATCCTTCAAGATACTATGATGATGAAGATGATGTCTTCTTCT CTTCACTCAGTTTGAAACCAACCTTATCATCATCATCATCATAAAAATGACAACAGTTTCCACCAAATTCCTACCTCACA CACTCCCCTTCACACTCCAACAAACCAACCCCATTTCCCTTGTTTCTTGCTCCCTCCCACTTCTCCATCAAGGTAGCAGC ATCAGCATCACCACCACTAGCACCACCACCGTGTCCTCTGATACTACAAAGCCCAATAATCTCGACTTCAGAGACACCCA TTTGATGAAAGTCCTCACCCGTTCCTGCAAGGCACGCATGTACAACGAATCACTCTACTTTCTCCGCCGCATGGTCAGCA AGGGTTACAAACCTGATGTTGTAATCTGCACCAAGATCATCAAGGGGCTGTTTGGTTCCAGACGAATTGACAAAGCTGTT GGGGTCATGGACATTTTGGAGAAGCACGGTGAGCCTGATGTGTTCGCTTACAATGCGGTGATTAGCGGATTCTGCAAAGT TGATCGAATTGATTCTGCGTACCAGGTGCTCGATAAAATGAAGCAGAGAGGGTTTGAGCCTGATGTTGTCACTTACAATA TTCTCATTGGGAGTCTTTGTTCCAAGGGGAAGCTTGAGTTGGCTTTCAAGGTTTTGGATCAGTTGTTGAAGGAAAAGTGC AAGCCGACCGTTGTTACTTATACTATTTTGATAGAAGCTACCATTTTGAAGGGTGGTGTTGATGATGTTATGAAGCTTTT GGATGAGATGATAGAGAGTGGTTTACGACCTGATATGTTCATTTTTAATGCAGTTGTCAGGGGTATGTGCAGAGAAGGGT TAGTGGATCGTGCTTTTGAGTTCATTAGATACATAAGTGCCAAGGGTTATGCTCCGGATGTGATATCTTATAACATTCTG TTGCGAGGGCTTCTGAATCAAGGGAAATGGGAAGATGGAGAGAAATTGATGTCTGATATGCTTTCAAAAGGTTGTGAGCC AAATGTTGTGACTTACAGCATTTTGATTAGTTCGTTATGTCGTGATGGCAAAGTTGAGGAGGCGGTGAGTTTGTTGAAGG TTATGAAGGAACAGGGGTTGACCCCTGATGCTTATAGCTATGATCCTTTGATTGCGGCATTCTGCAAAGAGAGTAGGGTG GATTTGGCGATAGAGTTCTTGGAAAGCATGATCTCTGATGGTTGCTTGCCGGATATTGTTAACTACAACACAATTTTGTC CACTCTGTGCAAGAATGGAAAAGCTGATGAGGCTTTGAAGATCTTTGAGAAGCTGGGCGAAGTGGGTTGTCCTCCAAATG TGAGTTCATACAACACATTGTTCAGTGCACTCTGGAGTAGCGGGCACAAAATTAGAGCCCTGGGGATGATTTTGGAGATG TTAAGCAAAGATATTGATCCTGATGAGATCACTTATAATTCACTCATATCTTGTTTGTGCAGAGATGCAATGGTGGATCA GGCCATTGAGTTGTTAGTGGACATGGAAAGTAGTGTGTACCAACCTTCAGTTATTAGTTACAACATTGTTCTTCTTGGAT TGAGCAAAGTGCACAGAATCTCCGATGCCATTGAGGTGTTAGCTGCGATGGTTGACAAAGGGTGTCGGCCAAATGAAACT ACTTACACATTGTTGGTTGAAGGGATTGGTTATGCTGGCTGGCCAGATGATGCTATGGAGCTAGCTATTTCCCTTGTTGA TATGGACGCGATTCCTCAACATTCATTCAAACGCTTGTACAAAACATTTCCCGGGCTTGATGTGCCCAAAGAGTTCATTT TATCAGATTAAGAACACTCTTTGCTTTGGCTCAAAGGACTCAATAATATAAAAGCCTTGGCATAGAGGATCCATGATGAA CCTTTTGTTTTGTTCAATTCTTTAAATAGTCGCCGACTATTCACTAGTTATAGCTTTTGGTTTGGAGTTTAAAGTCCAGG TGAATAGTGTGTTTGGGGGTGACACACAATCCTAAGTAGGATAGATAAGTCCAGAAGTGATTATAGAGTTTCTCACCGCA GAACCAAACACACCAGAAGTCAATCAGATAGTTCATACTATTGTTTATGATGATTCCATTGCCGGGGTCTGTGTTTGTTG TGCATTCTTGACGGCAAAGAAGATTGTATTTCCCAATGCCATATTGGATTGACTTACTTTGGTTTTTTGCTGGGAAAGAC GTCCAAGCCATGCTTGTTGAAAAATGAAAAGTTCCTATCTTTGTAGCTTCTATCCAAAAGTGGTCTGGGATTTTTCCAAC AGGAAACCACACATGTACTTAGAAGATAGACGGTTGCCAACGGGGAAAAGAATGACTTTGGTCCTTTTGATTTCCCTCCA ACTCAGGGAATAATTGGTTTTGATTGTACATTGTATAGTGAAGTAGGGGCCGTAGAGGAGATTATAAAGGATTGAGATTT TCTATTTCCAAATGGTGTCTTATTTCATGTCACAGGCACAGCCAATAAAAATGTTATGTCAATTAAAAGAACACTGACAT TTATTTTTTGAGTTTAATGGATGTGCATTGTATTCTTTATACCGTCATCTAATTATTGTATGTCACGTAGGATAAATACT TATATTCTTCATTTATTTTAATCTATATACACTACAAAGAGAGTTGCAAAAACGCAACTGTTCCTTTACTGTTCATTTTA GGGATTTTATTCCATGCTTTGTTGGTCCATGATAACTTGTGGTGTGATTTCTTTTTTCTCCTTTATCTGATTATGTTGTC CATGTTTTTCTACTTTTCTGAACATGATGAGGTTTTGCCTGAATTTCACTTTTCTTTTCTCATGCTACTACTTTTTCAAT ACCTGATTATACTTTTTTGCACGGAGGAGTATACTTTGCCTCAATTTCCCTATACAAGGCACTCCAATTGAACCTCTCTC TACTTTCCAGCAGGTTCCGGCCTCTCATGGTACAAACGCATTCTCTTCTCCTTCTTAATTCGCGTTTCTTAGAATTTTAA TGATTTTCCAATTTTGATTTGTTTTTAATCAGGTCACACTACAGGTAATGCAAAACCCTAAACCCAAAATTCAGTTGTTC ATCGTTTTCTATTACCCAAAGCAGTTCACCTCCGGAGTGTCGCTCCAGGTTCCCCAATTCTTATAGTACAGCTCAGAAAG AACATGGGTTTTGGTTATCCATTTCAGTTTATGCCTATTGATGTTTGCCTCCGCAACATGGTTTACTGGTCAATAGCATT CATATGCAATTAAGCACGATTTAATATCATTCAAATGCATATTATGCTTATGCTGTGATTTTGTATTGCTGTTTATCGTT TTCTATTGCTCAAAGCAATTCACCTTCAGGAAAGCAGGTTGCAAATTCCTCACTTCATTCTCTTGGACCTGGGAATCCAC TGTTTGACAATTAACTTATACCACACTTAACTTCGTTCAATGGGAGGTTCTGGCATGCTGATATTGGCAATAACATGGAT GCAAGATTTGCTTCATCCTTCCTGGATGAGTTCAAGAACAGTAAGGCCAGATCTTTTGAACTTTCAAATATCGTTGACCA TGTGCTTCAATTCAGGTATGAATCTTGCACCTCCACTGTTGTTTCCATTTTCATGCGTCTGATTTCATAATCCCTAACAT TATGCAGCACTGTCAATATGGTAGCCGCTTTATTCAGTAGAAATTAGAACCAGCTTCTGCAGAAGAGAAGACCAAGATGT TTCCTGAGAACATTCCTCATGCTTGTGCCTTGATGACTGATGTCTTTGGCAATTATGTTATACAGAAAGTACAATTAGTT TCTGCTACGGAGTACTGCCATAAATATGCTCTTTTTATTTTGTCAGTGATAGTAGAATTTCATGCTTCACATTGAACTTT TGCATTTTTTTCAGCATAGTACACAGAAAGTCAAAGAAAGGAGTTAGCCAGCCAACTTGCAGGTCATGTTTTACCTCTTA GTCTGCAAATGTATGGTTGCAGAGTGATTCCGAAGGTGACTTCTGAAGCCTTTTATTCTCATTTTATTCCCTGTACACGT GCATCAACTCATGCACGACTCTTAAAATCTCATTTCTTCAATTTTGCATAATATGGTTTTTGTTAAAACGATGTAAGCTT GCTTAAATATTTAGTAAATAATGGAACACTTGAGATATTCTTGTGTATTACTTTCTACTTGCTGCAGTACTGAATTTTGT TGGTTTTATTTCATATTGTCTTGTGGTTATTGACCATACTTATAAGTTACAAGGTTTAAGCATCCATAGGTTTAGTCATT TGGATTTTAACATGAATTGGTTTAGTTCAAATTTGCTTTATATTGAATATTGATAAATACTTGTTGCATCCCTAACATGG AATTTTGGTTTCTGGGATGGTTTTCTATTTTTTTGTTGGCTGAAAGTTTTCTGCAGACATTGAAGTTTGTAGGTCTCAGC TTTATCTTTGTTCCGTTCGACTTATTCTCAACATAGTATATGCGGATCGACACAGGTATATAGACATTTTTTCATTTTTG TTTTTGATTTTTTTGGAAAGAAGCTCTGAACAATATCTATTAGAATTTGATTTACTCTGCTTTCTGGCTGCTTCATGTAT ACACAGTGACTACATAATTAGACTGGCTAAAGTCTGAACATATGAAAAATTGTTAAAAAAATACTTACGAGACTACCTCC TTAATTTGCAGGGATTAGTTACTGGTTATTTGTGTTTTGACAGCAATGACAGATGGTGAATGACATTTTTGGTAATTCTC AGGACAAAAGACTTCACATTTGGTGATAGAAAACAAAAAATATGTTAAGAAGGTGCTGTTGTCAAAACCTACAGCACTGA AATCCCAAATATCTGGCCTTGTGCTTCTTGAGATGCACATCTTCTGCCTTGGGAATCTGTACAAGACTTCCAATCCATGG CCAACCTAATACAGGAAACGCAAAAGAACCTCTACTTCCTTCAGATTGATCAGAGTTCCTTGATTCAGCAGATACCATCC CACCACAGTCTTCAATTCCCTCATCCTTGCATACAGTGCTTGTGTTGTCACTGTGTTTCTCTCTACTCGTGTGTACCATC TTCTTTCCATGTCCTCTCCATAACAATCTTGTTCGTGTTCTTCACTATCATTTGGTCTTTTCACAGATATGTTCTGATTG CTAACTTTTTTTGCACCCTCACCATATATTTCAACTTACTATTCAGAGGCTTTGAATTTTTATGCATTCCATTGAGACCT CTCATGAGATTCTCTGACTTGACACTTGTCTCATCTTTCGCTGCACCAAATGCCTCATTCTCTTCAAAGCAGAATATTAT GTAATCTTCATACAGAGAGTGTCCAGGTTGAACCATCAGTCCTATTTCCAACTAAAACCCCATGTTTTTCTTTTACCATT GGTTTATTTAGTTGTGTGTTGCTGTTGTTGCATTTTTTGCTTGGTCTTGACAAAGTGTTGGTGTGGATAATGTTAAACCT TTTGTGGTTTCTCTTGTCAAAGGCCAAATTTCTCACTGGCTCACAAAGGGCTGAAGCAACTTTTTGTTTTCGATTCTTCA CTTTTTTTATCATTTTAGTTTCTTTATTCATTCTTTTGCTGCATCACCGTAGGTATGCTTCTTAACTTCTGCATTGAGGA GTTCATCAATCTTTTAATGAGAGGAGAACCTCTTGAATCTGGTAATGTCACTTCATTTAATCCATAAGCATCATCATCAT CATTGGTAAGTGGCAACCCCTTTCTCATTATTTATCTATATCTCTCAAGGCCTGCCAATCTGCCATGTTAATGTTTACTT TGATGATGTGGAATAGAGAAAATCTATTTATTCTCTTATATCTGAATACAGACCTATACCAGGTTGGGAAATAAGCATGA CAATTTGGTATTGTTGTTGCATATTTGCTTCGTTTCATGAGTATAAGGGTGCTGAAAATTTGGGTCTTGATTACTGTTTG TCACTAATTTTCTCATAGGTTGCTGATCTTTTGTATTTTTGGTATTGGAAAGGTCTATGTGTAAAGAAACTAATTTTTAT CCATCTGATATAAAGAACGAATTGCCCTAGGAAATTACTTCGGTCATTGGTGGCTAAAATTTGGAATTATGATTGTATCT GTAGGACTAATAATCCAGTGTATGCTCACTTTGATGGTCTAACTATGCCCCCCTTCACAGTTGAATTTCTTAAGACTCTT TAAAGTTAAAAGCCTTAAAGTCCTGCTTTGCAGAAGACAAGGATCATACTATATTGCTCAAAAGTTTAGATTATATTGGT CCAATCAAATCATGTTGGCAAGAAACGGTTCTTTGATATGGATATGGTTGAGATTGTTGAAAAGAGCAAAGAAAGTTAAA GAGAAGGAAGCTGGTGCAGAACAAGTACATGAGTGAAGTGAATTTAAGACTAAATATGTAGACAAAACCATGAATTTAGT TGCTAATACTTTTGTAAGTTTTTATTTTTATTTTGTAAATGCGGTAACTTTTTAATTTCTCAGGTAAAGGATGAGATTGA TTTGGCTAGGATGGGCGATTGATAAGTTGCTTCTCTTTCTTCATTTTATTTTGCAGGTTGCCAATTTTTGTCATGATGAA TCCGGTTGCCATTTCAATCCTGCCTTAAGAACTTCTTATAAATTATAATCCTCCCTTGATAATTGGTCGCATGTATATAT ATTGATATTGTTCTGATTCGCAAATTCATGAAATGTAAAGAGTTTTCACGTCCGACCCTTCTATCAATCCCTTAAAACCT TTTACTATTCAAATGTTTGTGGGATGACCCCCTAAGGATTTGAC
CDS sequence (LotjaGi1g1v0785200.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGACAACAGTTTCCACCAAATTCCTACCTCACACACTCCCCTTCACACTCCAACAAACCAACCCCATTTCCCTTGTTTC TTGCTCCCTCCCACTTCTCCATCAAGGTAGCAGCATCAGCATCACCACCACTAGCACCACCACCGTGTCCTCTGATACTA CAAAGCCCAATAATCTCGACTTCAGAGACACCCATTTGATGAAAGTCCTCACCCGTTCCTGCAAGGCACGCATGTACAAC GAATCACTCTACTTTCTCCGCCGCATGGTCAGCAAGGGTTACAAACCTGATGTTGTAATCTGCACCAAGATCATCAAGGG GCTGTTTGGTTCCAGACGAATTGACAAAGCTGTTGGGGTCATGGACATTTTGGAGAAGCACGGTGAGCCTGATGTGTTCG CTTACAATGCGGTGATTAGCGGATTCTGCAAAGTTGATCGAATTGATTCTGCGTACCAGGTGCTCGATAAAATGAAGCAG AGAGGGTTTGAGCCTGATGTTGTCACTTACAATATTCTCATTGGGAGTCTTTGTTCCAAGGGGAAGCTTGAGTTGGCTTT CAAGGTTTTGGATCAGTTGTTGAAGGAAAAGTGCAAGCCGACCGTTGTTACTTATACTATTTTGATAGAAGCTACCATTT TGAAGGGTGGTGTTGATGATGTTATGAAGCTTTTGGATGAGATGATAGAGAGTGGTTTACGACCTGATATGTTCATTTTT AATGCAGTTGTCAGGGGTATGTGCAGAGAAGGGTTAGTGGATCGTGCTTTTGAGTTCATTAGATACATAAGTGCCAAGGG TTATGCTCCGGATGTGATATCTTATAACATTCTGTTGCGAGGGCTTCTGAATCAAGGGAAATGGGAAGATGGAGAGAAAT TGATGTCTGATATGCTTTCAAAAGGTTGTGAGCCAAATGTTGTGACTTACAGCATTTTGATTAGTTCGTTATGTCGTGAT GGCAAAGTTGAGGAGGCGGTGAGTTTGTTGAAGGTTATGAAGGAACAGGGGTTGACCCCTGATGCTTATAGCTATGATCC TTTGATTGCGGCATTCTGCAAAGAGAGTAGGGTGGATTTGGCGATAGAGTTCTTGGAAAGCATGATCTCTGATGGTTGCT TGCCGGATATTGTTAACTACAACACAATTTTGTCCACTCTGTGCAAGAATGGAAAAGCTGATGAGGCTTTGAAGATCTTT GAGAAGCTGGGCGAAGTGGGTTGTCCTCCAAATGTGAGTTCATACAACACATTGTTCAGTGCACTCTGGAGTAGCGGGCA CAAAATTAGAGCCCTGGGGATGATTTTGGAGATGTTAAGCAAAGATATTGATCCTGATGAGATCACTTATAATTCACTCA TATCTTGTTTGTGCAGAGATGCAATGGTGGATCAGGCCATTGAGTTGTTAGTGGACATGGAAAGTAGTGTGTACCAACCT TCAGTTATTAGTTACAACATTGTTCTTCTTGGATTGAGCAAAGTGCACAGAATCTCCGATGCCATTGAGGTGTTAGCTGC GATGGTTGACAAAGGGTGTCGGCCAAATGAAACTACTTACACATTGTTGGTTGAAGGGATTGGTTATGCTGGCTGGCCAG ATGATGCTATGGAGCTAGCTATTTCCCTTGTTGATATGGACGCGATTCCTCAACATTCATTCAAACGCTTGTACAAAACA TTTCCCGGGCTTGATGTGCCCAAAGAGTTCATTTTATCAGATTAA
Protein sequence (LotjaGi1g1v0785200.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MTTVSTKFLPHTLPFTLQQTNPISLVSCSLPLLHQGSSISITTTSTTTVSSDTTKPNNLDFRDTHLMKVLTRSCKARMYN ESLYFLRRMVSKGYKPDVVICTKIIKGLFGSRRIDKAVGVMDILEKHGEPDVFAYNAVISGFCKVDRIDSAYQVLDKMKQ RGFEPDVVTYNILIGSLCSKGKLELAFKVLDQLLKEKCKPTVVTYTILIEATILKGGVDDVMKLLDEMIESGLRPDMFIF NAVVRGMCREGLVDRAFEFIRYISAKGYAPDVISYNILLRGLLNQGKWEDGEKLMSDMLSKGCEPNVVTYSILISSLCRD GKVEEAVSLLKVMKEQGLTPDAYSYDPLIAAFCKESRVDLAIEFLESMISDGCLPDIVNYNTILSTLCKNGKADEALKIF EKLGEVGCPPNVSSYNTLFSALWSSGHKIRALGMILEMLSKDIDPDEITYNSLISCLCRDAMVDQAIELLVDMESSVYQP SVISYNIVLLGLSKVHRISDAIEVLAAMVDKGCRPNETTYTLLVEGIGYAGWPDDAMELAISLVDMDAIPQHSFKRLYKT FPGLDVPKEFILSD
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 |
|---|---|---|---|---|---|---|
| ProSiteProfiles | 1 | 28 | 28 | 5.0 | – | |
| Gene3D | 48 | 181 | 134 | 1.3E-31 | ||
| ProSiteProfiles | 62 | 96 | 35 | 7.256 | ||
| PANTHER | 73 | 201 | 129 | 4.2E-155 | – | |
| TIGRFAM | 74 | 98 | 25 | 0.0013 | ||
| ProSiteProfiles | 97 | 127 | 31 | 6.544 | ||
| Pfam | 130 | 179 | 50 | 1.7E-19 | ||
| ProSiteProfiles | 131 | 165 | 35 | 13.833 | ||
| TIGRFAM | 134 | 167 | 34 | 4.6E-10 | ||
| PANTHER | 153 | 278 | 126 | 4.2E-155 | – | |
| ProSiteProfiles | 166 | 200 | 35 | 12.54 | ||
| TIGRFAM | 168 | 202 | 35 | 9.0E-9 | ||
| Gene3D | 182 | 333 | 152 | 2.6E-42 | ||
| ProSiteProfiles | 201 | 235 | 35 | 10.885 | ||
| TIGRFAM | 203 | 236 | 34 | 2.6E-4 | ||
| Pfam | 232 | 261 | 30 | 2.1E-8 | ||
| ProSiteProfiles | 236 | 270 | 35 | 10.994 | ||
| TIGRFAM | 239 | 272 | 34 | 5.8E-5 | ||
| PANTHER | 248 | 408 | 161 | 4.2E-155 | – | |
| Pfam | 270 | 319 | 50 | 3.0E-18 | ||
| ProSiteProfiles | 271 | 305 | 35 | 13.011 | ||
| TIGRFAM | 273 | 307 | 35 | 9.3E-10 | ||
| ProSiteProfiles | 306 | 340 | 35 | 13.833 | ||
| TIGRFAM | 308 | 342 | 35 | 2.2E-10 | ||
| Gene3D | 334 | 404 | 71 | 1.9E-20 | ||
| Pfam | 337 | 368 | 32 | 1.3E-7 | ||
| PANTHER | 338 | 539 | 202 | 4.2E-155 | – | |
| ProSiteProfiles | 341 | 375 | 35 | 11.86 | ||
| TIGRFAM | 343 | 377 | 35 | 7.7E-8 | ||
| Pfam | 375 | 422 | 48 | 2.5E-14 | ||
| ProSiteProfiles | 376 | 410 | 35 | 13.033 | ||
| TIGRFAM | 380 | 412 | 33 | 1.0E-7 | ||
| Gene3D | 405 | 475 | 71 | 2.2E-15 | ||
| ProSiteProfiles | 411 | 445 | 35 | 9.098 | ||
| Pfam | 445 | 494 | 50 | 3.7E-12 | ||
| ProSiteProfiles | 446 | 480 | 35 | 11.751 | ||
| TIGRFAM | 448 | 481 | 34 | 4.4E-7 | ||
| Gene3D | 476 | 547 | 72 | 3.4E-12 | ||
| ProSiteProfiles | 481 | 515 | 35 | 10.896 | ||
| TIGRFAM | 483 | 517 | 35 | 3.3E-6 | ||
| ProSiteProfiles | 516 | 550 | 35 | 7.936 |
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). |
Expression pattern of LotjaGi1g1v0785200.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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