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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0220500 |
| Transcript ID | LotjaGi3g1v0220500.2 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Peptidylprolyl isomerase; TAIR: AT3G54010.1 FKBP-type peptidyl-prolyl cis-trans isomerase family protein; Swiss-Prot: sp|Q7DMA9|PAS1_ARATH Peptidyl-prolyl cis-trans isomerase PASTICCINO1; TrEMBL-Plants: tr|I1JLY3|I1JLY3_SOYBN Peptidylprolyl isomerase; Found in the gene: LotjaGi3g1v0220500 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:33219321..33231365) extracted from Lotus japonicus Gifu genome v1.2.
ATGGCTGCTGTAAATGAAGTTGCTGAGCAGGATTATGCACCCCCAAAGAAGAAGCCACCATCTGAGGATGACAAGAGGTA GATTCTTTTGTTCCTAATTTGGTTATGGTGGTTTATTTTTGGTTGTTGTGGATGGAGATTGTGTTCTAAACTATTGTTCC TGTGTGAAATTAAAGGAAGGAGAAAATTGTGCCTGGGAGTTTGATGAAAGCTTTGATGAGGCCTGGTGGGGGTGATTCTG GACCTTCAGATGGTGACCAGGTTATTTCTGATTTTCCTGACTGGTGTGGATTTGCATTTTTCTATTAGATATGGGCTAGG TGGATATGTTTTGGTAAGATAGGTTGTAATGCGTTCTATACTGGGCTTATGTTTATTAAGATTATGTCGTGTGTCTCAGG TTATCTATCATTGTACAATTCGAACATTAGATGGAGTAATCATGGAATCTACCAGATCTGATCATGGAGGTGAGGTGCTT TAACTGCTTGGGTACCTGTTTGGTGTCCTTTGAGTTTTGATTCCCAGGATGAGAGTTGACAGGATTAACCACTTATCGGC AGCCTGCTGTCTACTTCCTAGGGTGTGTTTATGTTATGATTCTAAATATCTAGTTTACTTTAGGAGTTGATCTTGTATTT TGGTTAGGTTATCTTTTAGATTTAGAGTATCTTTTATATTAGGAGGTTATCTTTTTTCTTTGTTAGTTTATCTTTATTTC TTAGGGGTTATGTTTATCATTGTTAGGATTAGTTTATTATAAATAGGAGTCTCTCATTAGGTTAGAGGTAAGTTTTGATT ATTGAGTTGTGAAAGGTTTTTACATTTAGAAAGGGGTTTTCCCTTGTGAAAGAAGGATTTCTTTCTCGTGCCTTTTATTT TCCTATTTTTAATATATATCATTTTCTCATTCAGAAAATACCAAAAAAGTGAATTTATTTGGAAAATCCTAAGAGTTTGT TGCTAGGATTGTAAAATTATCCATGGGAAAGTGAACTTGGAATACAACATTGTTATGCTTGCAGCAAGTTCTGATAAAGT AATTGCTAGGCATTATTAATTCTTAGAAAGGAACATGCCTATGTTTTGCTTGCTTTTTTATTCCCATGATGACGGCTGAG TAGTGTTGAGAAATATCCGCCATGGTGCTGCCATGGCCGAATCTCTAGCAAGTCCGCCATGCGCCATTAATATTTGTCAA ATATGGCCTGCTTTTGGCTTTCCGCCATAATCCGCCATTAACAATACTCTTGCTTTCCCTTAGGAATGGATGTTGTTTTG AAATCCTCGCAATCATTATTTCCTTCTACCACTTTTGAGTATTATTATCATTAGAACTGAATAAATTTAAAAAATGTTTC TAAGAATATTAAATGCTAACTACAGATTTTTGTGAATTTACTCTGGAATAACATTCCTGGTTATATTGTTTGTGGGAAAA TCACCATTAGAAATATAAGTATATCCTTGAAAAAAATACCCCGTAGTGATTACAAAACTACTTGGGTTCATTTTCTTTCA GAGTTTGAGACTTACCAATTTTGTAGTGAACAAACCCTGCTGTAGGAAATGTTGGAAGTAGGAACTTCAGCTTTAGTAAT TAGGCTTTAAGTAAAATAGTATTGATGCCAAATTATTGTCTTTGTTTAAGACATAATTGTTGGGTTAGCTAACCTTTTAT GTCATTTCAACAGGCAAGGGTACTCCGATTAGACAGGTTTTGGGCAAAAGCAAGATGCTATTGGGCTTGCTAGAAGGAAT TCCATCAATGTTAAAGGGTGAAGTGGCAATGGTAACAGACTATTACTAATTACTTATTTTTGTTGTCAATATGTTGGTGA CTAAAGCTCAAGCCACCTTGTCTCATGCTTAGTCCATATTATATCAGTGCTTGTTATTGTATATCATTTTGTTATGATTT TGGACTGAGGACCATAATTTTTTGCATACTGCAATACAGGGAAAATAATAAATTTTTTCGTTCGTAGATTTAACATAACA TTGCATTTAATGTGCTGAACTAACAATGAAACTGTTATTTTGTCATCACCTTCATCATCATCTATTACTTCTACCACTAA ACAGGAGGAAAATTGACTGCTATCTGATACTTCTACGTTGGTGAAATATTTTTTTTATTATCTTCTGTTAGACACACTCA ATTAGTGAGAGTGGGTTAATTAGTGGGGGGTTTAGTGAGCGAGGCATGTTGCCTATAAATAGAGTTTGGGGTGAGAATTG GTATCTTTTGGATCATTCGGGGTTTGGGGCTTAGGGAGAGTGGCTGAGTCTCTCAAGTTACTCAGCAACCATATCCAGTT CCTATCACCTTCATTTATTTTTTTGTTTATTTTTTTTCCCCAATTCACGTTTTCATAATAAAATGCGACCTTATTTTTAT TTCTCCTCTTCGTTTTACAACATTTTATTGGAAATAGTGAGAACACCAATCTTTCTTGTACCAATATTTGAAGTCAGGAA ACAAAATATAACAATATGACATTTTATTTTATCATTATGTTATGAACCCCAGCGGAGGATCTGTTCATGGGTCTAGATGC AAGAGTATTCTTCTTGCAACCCAGACTGAATAAAGAAGAAGCGGCTCGTCCTTGACAGAGCATCTTCAAACTTTATGGTT CCTTTAGAAAATACTTGCTTGATTTTATTCAATACTGAAATACCCTATTTATAATAAGGGCTGAGTACAAGAGAAGTAAT CTAAATTAACCTATTTCTAATAAAATAAGAAACAACCAAATCTTATCTAATAAAGGAAAACAATATAATCCTAACTAATT AAGATATAATAATTCCTAACTAATAAAGATATAAAATAAAATGGAAATATCCTAAATTAACCTAATGTATCAAATATGCC CTAAAATCAGCAACCGTATCACATTAGTGAAAACAAGAAATGGAAACAAAAAGAATTATCTTAAACCAAATAGGTCCTTA GTTTTTTTTTCATTGCTTTATTTTTCGACCACTTCTGTCTATGGCTCTTCTTATGTATTTGATGGATCATCTTTGAATTT ATTTCTTAAGCATATTAATAATGAGTGGTCAACACTCATGTGCGAATAATGAAAGTCAGATACTTATATATGGTGGGATC TGCCACTGTTTTCTTTTGAGGTACTAGTTAGATACTAATATATGAGGACAATTTTAAGCTGTTTTCTTCTTCATGTCCCC TCTCTATTCTTCTCTTTCTATTAAGTGGGTATCTTATCCTTTGTTTTGTGATTTTAAATCTTTTCAATTTGTTTTTATTT TCACTGCAAAAGAAATTTCTGACTATACTGAATTATTTTTCTATTTGCTTGATTGTATTATTTATTGATTGATTTATTCA TGCAGTTCAAGATGAAGCCTCAGTTGCATTATGGTGAGGATGATTGTCCTATTTCTGCTCCTGATGGTTTTCCTAAGGAG GATGAACTTCATTTTGAAATTGAGCTGATAGAATTTTTCAAAGCCAAGGCAAGGATGTGAGCTTTGAGTTCTGTTTTTAT TCTTTTTGTTTATGTTCTCTATCTTTCTTATCCTGACGAATTTTGGTTTTCAATCTACTCTTGGCACTTATAGCTTCACA TTATTGATTGTGGTTCTTTTAACTGATTAAAAAGATATCCTTCTCATGGACCAAAAAATAACCTTTAGATTTGGTTATCT TTTTCAACACTTTTTTTTTTTGAAACTATCTTTTTCAACACTATTTTGTTTTGATTATTAGTGTTTGTTCATCTTATTTT AATCTTCATTAATATTGTTGCTGTGTTCCCCAGTTCTGCTGTGCTGGTTTTCTAGATTTATATGAATATTTTTCTCTTTG AGCTAGCTATTACTTGTGCCTGACCTCTGTGATCTAACACTCATTTCTTGCTTTTGTGTGTATTTGCAGGTTGTTACTGA TGATTTGGGAGTTGTGAAAAAGGTATAAATGTCCAAAATGTATTGCTGCATATTTAGTAAATTAATTTTGCACAAGTTCT TATCATTTTGGATGGCTCTACTGGGAAATATGAATGTCAAACCAAAAGATGAAACAGAGTTGTATTTTGTTTGATACTGT TTGATCCTCCATCACCTCACGATATGACCAAAGTAGTACTTATAAAGGCTTGTGCAATCCTTACCTCCTGAGCTAGCTTT TGCGGTTGAGTTAGGGCCAACCCAAATTCAAGATGGTATCAATGTCTATCCCATAACTGATATTTGATGACCCCCAACTC AACCTAGCCCTGCAGTATTCCCCGTTGCAGAACCTGGGACCGCGATCCGCCCCCCTCAAAAAAAACAACCATACTGTCCT GTCACTCTAGATATGACCAAAGTAGTGCTTGTGCAGGCTTGAACAATCCTCGCCTCATGAGGTATTGAGTTACACCCAGC CCAAATTTAGAAGAGAATTATTCAATACATCTCAAACATGGAAAATTAGAAATGGCTCCCTTTTATGGAGTGCCTATGCT TCATATTGTGATTTTTAAGTTGCAGTTACATAAATTTCTGGCCAATTTGGTTGTAATTGGGGTTAAGAATTAAGATATGA TTGCAGATGCCTCCTCAACAATATTGCCTCTGCACTCATGGTTGTGACCACAATTGCTTCTTCATGGAGGAATCTTTGAG TGCATATTCCTTATAATATCTTGTGAAAGAAATCTTTATAAACCTTCGTATTTCACATCACCACAGAGTGCATGATTTGA AGCTTAAGTATTCATATGGAATCTTTGAGAAACTTGTAATTGTTTCATAACTTGTTTGTAAAGTTTAGGAAAATTTATGT CACTTTTATATGTTTTTATTTTTGTTATTTTTTCATTTGTATATCTTGGATTCGATAACTCAACTGGATCTGTAAAGACA TCCCCTTTAGTGGAAAGTTTTATTACATTATGATTCGTCAGTTAATTCTCATGAGTACAGGTAGTATGTGAAGGGCAGGG TTGGGAATCTCCAAGAGAACCTTATGAAGTGAAAGCCTGGTATAAAAAATCCTTATTAACTTATTTCTTGTCAGGCTGTA AACTGGTCTTGATGGAAGTCTCTGATGATATTTTGTTTGGATATTCTAGGATTTCAGCAAAGACAGTTTCTGGGAAATTG ATCATGTCACATACAGAAGGAGAACCATACTTCTTTACATTTGGAAAATCAGAGGTAGTTAAATAACTTCAGACCAATTT TTCCTTGGAATAACTTGCACTGATAATTAGTTTGTCTTTCCTAGTATGCCAAATATTTCAGCCATGATCTGATATGGTTG TGCCCATAGTTTTATTTCCTGATGCCAGTAAGCCTTGAAGCTTCTCTATAATAAATTAAAATGATAAGAGCATGTATTAT TTCGTAGGAATTGTTGTTTGTTATTGATATCGATTTCTGCTCTTTGCATTTGGTGATTACCCTGCTAATACTCCCAGGTA CCTAAAGGTCTTGAAATGGGGATTGGAACGATGGTCCGGGAAGAAAAGGCTGTTATATATGTTACCAGTCAGTATTTAAC TGAATCTCCTTTGATGCCTTTAGTAGAAGATTATGATGAAGTCCAATTTGAAGTGGAGCTTGTTCACTTTATTCAAGTGA GCTTGATCTTCCTCACTAGAAATCATCATTTATTAATGAACTTTTTTGTTCTTGTGTCACATATACATTGTAGTATGATG AAGAATGGATTTTTCTCAGCATTCTCGTTTCATTATCTGCTTTACTAATGTTCCCTAGGCATTCTTAGATTCATCTTTCT TTCCTCCATTTATAACTGATTTCTGACCTATATGTTACATGGTTGTGTTTGCATTCTTTTAACCTGTCATATGAGTTTGT ATAATAGGAACTATAAGGTCATGTTGGGCTAGATGAAAAATCCAATATGTTGAAAAATATTTTTAAAAGCTAGGGTATGG ATATGCTATGACAGGTTATATAAAATAAAGCTATCATTTTATTATTTAGATAAATCTACGATGGATTTGGAAAAAAGAAA AGACTTATTTCATCTCACACTCCCCAAACTGGAGGAGAAGAAAAATGAGGAATTGAGTGTAAAGGAATCCATTCCATTCA ATCATATTTTAAAAAAATCCATGAAAACAATAAAAAACCATATTATCCTTCCGACTCCCCTCCATTTCATCCCTATCCAT CCTCCATAGTTCCAAAATATTGTCAAGGTCTGCAAACCTCTCTGCCCAAAGGCTCCAAAATTCGATGAATGATGTCCTTT CCCCTATGTTACCTTCTTTTTTGTCATCACTTCAAACTGTTTCAGCTTCATTCCTACCATCCTTGCCATGGAGGCAAGCT TGCTACAACCCAAATCCCGCTTCCGCCCCTTGTGTTTCCCATGTGGTTTAGTGTAGGAAGACCTAACATGTTCCAAGCAT GCACTCATGTCATGCTGTGACTTAATTAGTAGCTCTACCAGATATGCTTTTAGTATGGGTGTAGCAGCCATATTGGAGTA CCACTCACAATTTTTTCATATTTCAAAAGCTAAATTAAGTGCTCAGGTATCGGGTTTACCTGATTGACTCTTCATCTTCA AGACTTGTTTTTTAATTTTATTTTCTATTTTTGTTTTACTTTTCACTTATTTTTTCTTCATCTAATTAAATGTTTATAGA TTTTTTGTGAGAATTATGAATAATTCATGATATTAATACATCAATGCTTTATCAATCACTTTGAACATGAAATGTAGATT CTGCTGAGATTAGGGACTTAAATTTGTATGTACTGTGATTGCTGTCTTGATAGACATATTCAGAGACCTGGGATTTATTC ATTGTATTACTATTTGTGGTGACTGAAACATGTGCTTCTGTTATTTTGTTTCTTTTCTCTGACTAAGACATTGAGCGAGT AAAATTTCATTCTGGTAATTAATCAACAGGTCAGGGACATGCTTGGAGATGGACGCCTAATAAAACGCCGGATTCGTGAT GGAAAAGGTGTGGATTTAGAATCTAGAGTTATATACTGGTAACAATCTTAAAATGAGCTCCGATTGAGTTATATAATGGT AACAGTTGTAAAAGGAGAGGAATAGAAAAGAAAGTTGTGGAAAATGCTTGGCTCATGCTTGAATTATACTCTAGATGTTG TTATTATATTTCGAGTTCTGTAGTTAACATATTTTTGGTTTTCAAATTTTAGTTATTTTTCTTTTGTGTTAGTACGTAGG AGACTGAGCTCAATCTTTTATTCTTATGCATGCATTAACATATTTTAAGTTTCAGTTCATTATTTCTGTTCAACGTCTTG TTATGATTTTGTATTTTGCTTGTAAAAAATAGGTGAGTTTCCAATGGATTGCCCCCTCCATGACAGTCTACTTCGCCTTC ATTACAAGGGTACTGTTCTCAATGAAGAAAAAAGTGTATTCTATGATACAAGAGTTGATAATGATGGTCAACCATTGGAG TTCTGTTCTGGAGAAGGGCTCGTGAGTTTACAATTTAAGCATAAATAAAATCAAGCTCTGTTATTTTCCCCCCTTTTCGT CTTTATCATTTATTTTGTTGAAGGTTTTGCAGTCTGTAAATTCCTTAGGTTGTTATTGTTTGTTTAGAATGTCTTCCACG TATGTTCATGCCATTCATGCAAATACATGATTGTGGCTCTGGAATCTCATTTTCTTTCTGTTTTAGGTACCAGAGGGATT TGAGATGTCTGTTCGTCTGATGCTTCCTGGAGAGACAGCTCTTGTCACATGTCCACCTGACTATGCTTATGATAAGTTTC CAAGGTTGCTGATGAGCTTACTTCTTTTACTGCCTAACCAATAATTTAGGTTTCTTGAATCATTTCAGTGCAGGCATTCA TCAATTGAATATGTTTTCTATCCTTGCATCTATTGTCGTTCTGATCTATTCGTATGCTTCATGATATCATTGGTGTGCTT TCTCCTTTTTTGACCAGACCTTCAAATGTCCCTGAGGGTGCTCATATTCAATGGGAAATTGAGCTTCTAGGTTTTGAAAT GCCCAAGGTACTTCAGAAATTCATTATTTAAATTCAAGGCATTTACTTTAGTAATTGCATTTTTACATGTATTAATTATG CGACCAGGACTGTTCGTGATAGCAAATGTTAGTAGTGAAATACCAACAATAGCAAAAATAAGTTTGGCAGAGTGCTGATC AAGTTATGTTTGCATTTATGGTTGAGTTAGTTTCCTTAAATATTCTCTAATGAGAGATTTCAAGTTTAGATGAAGTACAC TTGCTCTATGATTGTGATCCGTGGGTGAACTATGATAATTATATGAAACAGCTCATGATAAATCATTCATGTGGAGTTGA ATATTTCCTTCTTCAAACAATACATAATTAGCTTATGGTGGCACTGATGCACTGGGAATTCTTGTGCATCAGTCCACAAA ATCTATGACCATCAATTTAATATTATAAGAAACAGATGGATTGGATTATTTACATGTTACCTTAGACTACATGGTGAAAT TTGGATGCAAAGGATCGTCACATTTTGTATGCTAGTAATAACGTAACAAAAAAAGTGCAGTTGGTTGGAAATGGAGTACT CTAAAATTATTTTATTACTGTAGAACTCCTATGTGAAATTTAACGAGAGTTTACCAAATAAAAGTGACGTATTTAGGAAA GGAAGCGCGCCCTCCATGGTTGAAATCTTCCAATATCATGTCAGATAGCTCCATAAAGGAGCTGTATTGAGAAAAAACCC ATTGTTATCGTTGAAGTTGTCAGAAAAGTCATAATGGAAAACCTCCCGCTTGAAAGGGTCTTTTAATCACAAAGTTTCTT GCTAGAGCTCATTTTCTGGGTGCTGCAAAGAGCAATAATCAGTGAACTTCTGCAACATTTCATACACATAGGCTTCCATC TTCTTCCTCCATCAAGCCAAGCCAAGCCAGCACCCTAACCCTCCTCCATCTCAACCCTCGCACCGTGAACCCAGGTTCAT CTGCTTCATCTTCTCTAGGTCTGCTCAGGAACTTGGTGGTGGTGTAGAGTCACCGTTATGCTACAGCTCTGTTGCAGTAT CACTTTGTAAAATTATGTAACCAAATACAGCCGGTGAGATTCTTTTTGGATCCAATTGCAAGGTATGAGACTTGAGTCCC ATATTAGAAGTATGGGATTCTGGTGTGAGATTCCTAAGGCCTTTGGGCTCTCCAACTACAATGGCTAGCATTTGTGGTCT GGTTCTCCTAAAGGTTCTTATTAAATTCCTCGTGTATTGATGCGCGGAAACTCATTTTGTGCACCTTAAGTGCTATCTTT GCTCACACCATTTTATAACCCTTAACCCCTCTTGGTTTCTCTTTGACATGTTGTGGACGATATACTTATTACTATGCCTA ATGCATTATGGACTTTATTCCTTATACAGGATTGGACTGGATTGGACTTTGATAGTATAATGAATGATGCTGAAAATATC AGAAATACGGTATGCAATGAACCTGCTAAATTTTCTATCTGTTTGATCCTCAGTTTGCTACTACTACTGGAGTCTAGATT TTATTTTTGATAAGCCACTATTGGTGTCTAGATGGTACAAGACCTGATTGCCAAACATGCATGTCCACGTGATTTATGTG TTTTGAGCACAGTATGAGACAAGGAACTGATTGGCTAATCCTTTTGAAAAGAATCTTTAAATTGTGTACAAAATGCATAT TCACTTGAATGGAAAGATATCACATATCTGATCAAAGCCATGAAAGAGTTCTGTTAAGATTAGTATTTTAGCTATAGATA GTGATTGATTCTTTCCTGTGTAAAGTGTCCTCAATTTCTTTTAAATCTTGCCCTCTTGTATAGGTTACAGATTTCTGGGT TCTTTGTGATTTATTTGGTTAATACTCATTATTTGGACCTTCCCTCTTATACAACATGATCGGTTTTGGTTTTGGTTTTG AATAAGATGGATGTCTTATGCTGTTATTGTTTTCAGGGTAACAGATTATTCAAAGAAGGAAAATATGAACTTGCAAAGGC AAAGTATGAAAAGGTATTCATCTCTCTTTCTTTCCTGTTTTGGTTGTCATCTTTTTGTGCAAAAACTAATTTTGCATTGA TGTCATAATTTTTAGATGCAGCAGCTGTGGGTGCTAATTATTACATGCTGAAATAAAAAATATCAGTCATTGAATTGTAC TTAGCTAGATGGAGGTGTAATGGCACACACCTTGGTGTTATAAGGCTAGGGAGTTGATTCCCACATTATAAATCCCTGCT ACTTCTTTCCCAATGTCCCTAGGGCCTATTGTATTTCTTTGATAAAAATTGTATCAGCTAACAGTAAAATAGTTTACTGT TATTTTGACATTTTGCTTCTGTTATCTTTATTCACACATTCAAAGTGGCTAGTAATTAGTTAGTTGATTAGATAATTAGT TAGAGAGTGAGATCTATAGGATATAAATGGAGTGGAATTTGGGAGATAGATCTTTGGTTTCTCAACATCTGGAGAAATCT GTTGTCACATTTTTTCACCTTTGTTCTTCTGTTTTTTGATACTGAGCTCACTGCTCAGGTTTGGGGGAATTCTTCAATAA CATTTCTGATATTTGTATCTATTATGATCCAATTTTAGCAAATTTGCACTGGTAGGATTTGAATGCTATTCAATTCTGTT TATTTTGTTTCTGTTGGAATATCTGAACCTTATTAAAGGACTGAATTTTATATTACTTGGATTGGAATTCTGTTGTACAT TCCATGATGAACGCTTGAATTTTGATTTTGGCTCTTAGATTTCCACTATGCCATCGAACTTATTAACATTGTGTGGTAGT TGGCACCAGGTTCTTCGAGAATTTAATCATGTTAATCCACATGATGACCAGGAAGGAAAAATATTTGCAGATACACGTGT AAGTGGTCATGTGTCTCTTTCTCAATATACTATTATTTATATTCTTTAGAAATGAAGCATATAATCCAACTTATCATTGG TAGGTTGATTTCTTAGACTAAATGTTTATCTCTTTTTCACTCTATGATTGAAGAATTTGCTACACCTGAACGTTGCTGCA TGCTATCTAAAGTTAGGAGAATGCAGAAAGTCCATTGAGACTTGCAATAAGGTATGCTTGATGACCCTTGCTAACTAGTA GTTTCTGAGCTAGTGCTTTAATTTTAATGACTCGATTAATTTCTCTGTATGGGTTTCAAATATAATCAGAAGTAATAAAA AGTGGGTGCTTTTAGTTTGGTGATGTAGTAGTCATTGTATTGTGCAAAGGATCCATGGGGTTTTTCTGAATACTGAAGGA GTTGGTATTTATCTCTTTGCTATTGTTTCATGCTTATCAAGGCCCTCTTTGTGGGTCTTTTTTGGTTTCTGTCTTAATCT GCATTCAAGCATTTGGTTTTATGTTTTGTATAATTTTACCTCTTATCATGTATTTTCCAATAAACCATGCAGGTTTTGGA AGCAAATCCTGCACATGTCAAAGGCCTTTATCGTCGTGGAATGGCGTACATGACTGCTGGAGACTTTGAAGAAGCAAGGG CTGATTTCAATATGGTAGGAATCTTTATAATGGCTTTAGCATACAAGTTATATCAGCTTTCACTTTCTAAAGTCACCTGC ATTCTATTTTAGATGATTAAAGTCGACAAGTCAACTGAATCAGATGCAACCGCAGCTCTTCAAAAGCTGAGGCAGAAGGA GCAGGTGGGCTTGAATTCAGTTATTCTCTTTATGTTCTTGAAAACATTATAGGAGGAAACAAGATTTCATTCTTATACTG ATTAATTTGTAGGAAGTTGAGAAGAAAGCGCGGAAACAATTTAAAGGGCTATTTGACAAGAAGCCTGGAGAAATTGCAGA AGCAAAAGCTGATGAAAATGGAGATCAGTTAACAAGGAAAAGCCAGAACAACAGAGAAGTACATGGGGACTCCGATGGAG AAAATTCAGAGGATTCACACGAAGCCGCACCCGATGCACATGGAGCGAGTTGGTTCTCTCTCTTTTGGACTCCTGGTAGA AGACTTCTTTCATCTCTTGGGCTTCAAAGATGTTCCATACTATAG
CDS sequence (LotjaGi3g1v0220500.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCTGCTGTAAATGAAGTTGCTGAGCAGGATTATGCACCCCCAAAGAAGAAGCCACCATCTGAGGATGACAAGAGGAA GGAGAAAATTGTGCCTGGGAGTTTGATGAAAGCTTTGATGAGGCCTGGTGGGGGTGATTCTGGACCTTCAGATGGTGACC AGGTTATCTATCATTGTACAATTCGAACATTAGATGGAGTAATCATGGAATCTACCAGATCTGATCATGGAGGCAAGGGT ACTCCGATTAGACAGGTTTTGGGCAAAAGCAAGATGCTATTGGGCTTGCTAGAAGGAATTCCATCAATGTTAAAGGGTGA AGTGGCAATGTTCAAGATGAAGCCTCAGTTGCATTATGGTGAGGATGATTGTCCTATTTCTGCTCCTGATGGTTTTCCTA AGGAGGATGAACTTCATTTTGAAATTGAGCTGATAGAATTTTTCAAAGCCAAGGTTGTTACTGATGATTTGGGAGTTGTG AAAAAGGTAGTATGTGAAGGGCAGGGTTGGGAATCTCCAAGAGAACCTTATGAAGTGAAAGCCTGGATTTCAGCAAAGAC AGTTTCTGGGAAATTGATCATGTCACATACAGAAGGAGAACCATACTTCTTTACATTTGGAAAATCAGAGGTACCTAAAG GTCTTGAAATGGGGATTGGAACGATGGTCCGGGAAGAAAAGGCTGTTATATATGTTACCAGTCAGTATTTAACTGAATCT CCTTTGATGCCTTTAGTAGAAGATTATGATGAAGTCCAATTTGAAGTGGAGCTTGTTCACTTTATTCAAGTCAGGGACAT GCTTGGAGATGGACGCCTAATAAAACGCCGGATTCGTGATGGAAAAGGTGAGTTTCCAATGGATTGCCCCCTCCATGACA GTCTACTTCGCCTTCATTACAAGGGTACTGTTCTCAATGAAGAAAAAAGTGTATTCTATGATACAAGAGTTGATAATGAT GGTCAACCATTGGAGTTCTGTTCTGGAGAAGGGCTCGTACCAGAGGGATTTGAGATGTCTGTTCGTCTGATGCTTCCTGG AGAGACAGCTCTTGTCACATGTCCACCTGACTATGCTTATGATAAGTTTCCAAGACCTTCAAATGTCCCTGAGGGTGCTC ATATTCAATGGGAAATTGAGCTTCTAGGTTTTGAAATGCCCAAGGATTGGACTGGATTGGACTTTGATAGTATAATGAAT GATGCTGAAAATATCAGAAATACGGGTAACAGATTATTCAAAGAAGGAAAATATGAACTTGCAAAGGCAAAGTATGAAAA GGTTCTTCGAGAATTTAATCATGTTAATCCACATGATGACCAGGAAGGAAAAATATTTGCAGATACACGTAATTTGCTAC ACCTGAACGTTGCTGCATGCTATCTAAAGTTAGGAGAATGCAGAAAGTCCATTGAGACTTGCAATAAGGTTTTGGAAGCA AATCCTGCACATGTCAAAGGCCTTTATCGTCGTGGAATGGCGTACATGACTGCTGGAGACTTTGAAGAAGCAAGGGCTGA TTTCAATATGATGATTAAAGTCGACAAGTCAACTGAATCAGATGCAACCGCAGCTCTTCAAAAGCTGAGGCAGAAGGAGC AGGAAGTTGAGAAGAAAGCGCGGAAACAATTTAAAGGGCTATTTGACAAGAAGCCTGGAGAAATTGCAGAAGCAAAAGCT GATGAAAATGGAGATCAGTTAACAAGGAAAAGCCAGAACAACAGAGAAGTACATGGGGACTCCGATGGAGAAAATTCAGA GGATTCACACGAAGCCGCACCCGATGCACATGGAGCGAGTTGGTTCTCTCTCTTTTGGACTCCTGGTAGAAGACTTCTTT CATCTCTTGGGCTTCAAAGATGTTCCATACTATAG
Protein sequence (LotjaGi3g1v0220500.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAAVNEVAEQDYAPPKKKPPSEDDKRKEKIVPGSLMKALMRPGGGDSGPSDGDQVIYHCTIRTLDGVIMESTRSDHGGKG TPIRQVLGKSKMLLGLLEGIPSMLKGEVAMFKMKPQLHYGEDDCPISAPDGFPKEDELHFEIELIEFFKAKVVTDDLGVV KKVVCEGQGWESPREPYEVKAWISAKTVSGKLIMSHTEGEPYFFTFGKSEVPKGLEMGIGTMVREEKAVIYVTSQYLTES PLMPLVEDYDEVQFEVELVHFIQVRDMLGDGRLIKRRIRDGKGEFPMDCPLHDSLLRLHYKGTVLNEEKSVFYDTRVDND GQPLEFCSGEGLVPEGFEMSVRLMLPGETALVTCPPDYAYDKFPRPSNVPEGAHIQWEIELLGFEMPKDWTGLDFDSIMN DAENIRNTGNRLFKEGKYELAKAKYEKVLREFNHVNPHDDQEGKIFADTRNLLHLNVAACYLKLGECRKSIETCNKVLEA NPAHVKGLYRRGMAYMTAGDFEEARADFNMMIKVDKSTESDATAALQKLRQKEQEVEKKARKQFKGLFDKKPGEIAEAKA DENGDQLTRKSQNNREVHGDSDGENSEDSHEAAPDAHGASWFSLFWTPGRRLLSSLGLQRCSIL
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 | 33 | 33 | - | – | |
| Gene3D | 2 | 151 | 150 | 3.1E-20 | – | |
| SUPERFAMILY | 5 | 161 | 157 | 1.73E-21 | – | |
| PANTHER | 6 | 594 | 589 | 2.1E-284 | ||
| PANTHER | 6 | 594 | 589 | 2.1E-284 | – | |
| MobiDBLite | 11 | 32 | 22 | - | – | |
| Pfam | 49 | 145 | 97 | 3.7E-12 | ||
| ProSiteProfiles | 52 | 148 | 97 | 15.053 | ||
| SUPERFAMILY | 151 | 261 | 111 | 1.41E-14 | – | |
| Gene3D | 152 | 263 | 112 | 3.2E-16 | – | |
| Pfam | 176 | 258 | 83 | 2.0E-5 | ||
| ProSiteProfiles | 176 | 262 | 87 | 8.842 | ||
| SUPERFAMILY | 252 | 384 | 133 | 1.96E-22 | – | |
| Gene3D | 264 | 384 | 121 | 7.0E-22 | – | |
| ProSiteProfiles | 293 | 385 | 93 | 17.241 | ||
| Pfam | 294 | 382 | 89 | 9.6E-14 | ||
| Gene3D | 391 | 550 | 160 | 1.4E-41 | ||
| SUPERFAMILY | 399 | 541 | 143 | 7.37E-27 | ||
| SMART | 402 | 435 | 34 | 160.0 | ||
| ProSiteProfiles | 402 | 435 | 34 | 6.599 | ||
| ProSiteProfiles | 402 | 435 | 34 | 6.048 | ||
| ProSiteProfiles | 451 | 518 | 68 | 15.964 | ||
| SMART | 451 | 484 | 34 | 0.011 | ||
| ProSiteProfiles | 451 | 484 | 34 | 7.582 | ||
| ProSiteProfiles | 485 | 518 | 34 | 9.44 | ||
| SMART | 485 | 518 | 34 | 0.015 | ||
| Pfam | 486 | 509 | 24 | 0.024 | ||
| Coils | 519 | 542 | 24 | - | – | |
| MobiDBLite | 555 | 594 | 40 | - | – |
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 | Peptidyl-prolyl cis-trans isomerase activity | Catalysis of the reaction: peptidyl-proline (omega=180) = peptidyl-proline (omega=0). | ||
| 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). | ||
| Biological process | Cell differentiation | The process in which relatively unspecialized cells, e.g. embryonic or regenerative cells, acquire specialized structural and/or functional features that characterize the cells, tissues, or organs of the mature organism or some other relatively stable phase of the organism's life history. Differentiation includes the processes involved in commitment of a cell to a specific fate and its subsequent development to the mature state. | ||
| Biological process | Very long-chain fatty acid biosynthetic process | The chemical reactions and pathways resulting in the formation of a fatty acid which has a chain length greater than C22. | ||
| Biological process | Plant organ development | Development of a plant organ, a multi-tissue plant structure that forms a functional unit. |
Expression pattern of LotjaGi3g1v0220500.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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