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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0450800 |
| Transcript ID | LotjaGi2g1v0450800.4 |
| Related isoforms 3 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Peptidase M16 family protein; TAIR: AT5G42390.1 Insulinase (Peptidase family M16) family protein; Swiss-Prot: sp|Q40983|SPP_PEA Stromal processing peptidase, chloroplastic; TrEMBL-Plants: tr|I1LFY1|I1LFY1_SOYBN Uncharacterized protein; Found in the gene: LotjaGi2g1v0450800 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:94409004..94420755) extracted from Lotus japonicus Gifu genome v1.2.
CGGTACTTCCAATGATAACAATACCTAATTTCATAACTCAATTTCTTCATTCTAATTCATCAACAATCTTATCTATGTTT TCAGTGAAAGAAGACCGCTGCTTAAAGCTCTTCATCACGGTGGATTGGGGTGGCAGAGGAACAAGCCTGATGCCTGGAAC CACCACACCTTCCTCCTCGGCGAACGAACTTGCACCTCTTGCTGCCTTGCTTCCGCCAGGAAACGCCGTGCAAATCTTGC TCCGGGAGCTTTCCTTGATAAATCCTCTTTCCCCTTACACAGCAATAGGCTCAGGGGGGTTCAACCTCCTCGAGCAACTG TTGGTCCGGATGAGCCACACGCAGCAAGTACAACCTGGCCGGAGGGTATTGCTGAGAAGCAAGAGTTAGGCCTCTTTGAT TCTGAACTTGTAGAACGTGTAGAAGAGTTTCTAGGTGCTGAACTTCCATCTCACCCTAAGTTGCATCGAGGTCAACTAAA GAACGGGCTGCGTTATCTCATTCTGCCAAATAAAGTTCCACCGAATCGGTGAGCGAGTTCAATAAATAATACATAGATTG GCATTTAATTATATATATGGACTTTGAGATTGAATGCCTTATGATATGTTAAGAGAGGACATGCATGATGTCGAAAAACA GGTGTGTTTTAATATGGAATTGTGGATTTACTGATTTATCATCCTTGAGTTTATACACATAGGGCATTTACTTGCTTGAG GCAATTTTCTGTGTAGGTGCAAGGTGCAAGGTGCAATGTAGTGTGATACCCTTAAACAGTGGAATTTGTTTTGTATAAAA TGTGATTGCGAAGAGTATCCTTACTTGAAATGTGTATATAATATAACATCAACACCTTTGAAGTCAATAGTTTTTGTGTG CGATCAAATGACTTGGAGAAAGATTTATTAATGAACTTAATGCACCCAGTATTTATTTTGTTTTATGTTTTCTCTTTTGA ACATTGTTTGGCTGTAATATGCCAATCGCAAGAAATGTATAGTGGGGGCTGTGCAAATGTATAAGTTTCTCTAGAATGCT TTTGTCACTGACATAGTTGTATCGGCTGATTCTGTTTTAGGTTTGAAGCACATTTGGAAGTACATGCAGGAGCAATAGAT GAAGAGGATGATGAGCAAGGAATTGCGCATATGATTGAACATGTTGCTTTCCTGGGAAGTAAAAAACGCGAGAAGCTTCT TGGAACAGGAGCCCGTTCAAATGCTTACACTGATTTCCACCATACAGTATTTCACATCCATGCTCCTACCAGTACCAAGG TATGGGCCATTTGATCTGTGGTTCTTTGTCACATTCATTATGAATATTGGATGTCTGAACATTGTTTTGTTACAAAATAC TAATTCAAATAAAGCAGATGAGAATAGGACAAATGAAGTTTACTTTATTGTGAATCTATTCCCAAGCAATACTTGGAAAT CATTAATGATGTGATGAATATGGGTTCTGTTTATATTTTGAAAGGCGTGGTGGTGTCCACTAATTTTTTACTTTAGTTGT AAGAAAAGATTGTCAGATATACACTCAAAGTTCCCGTGGTATTACTATGTGTTCAGCACTTAAAATCATTGTGACACGTG AAGGTGAATCCATATCAATGCCATGGAAGTAAATAGTGATACTTGATTCTTAAATGTAAATAGCATGTTTAATAAAAGGT TCAACAGGATTAAAAGTGATAGCCTTTAGAGACAACATTAGGCTCAATTTCTAGGAAAGAAAATCTTCTCCTGAGGGAAG AGGAAATATTTATAAATTCAGGAATCCAGTACTCCTGTTTACTAATATTTATTTTTGTGCTGAAATTCATCCTAACACAT TCAAACTGCCTTTTATTTCCCAATATGTTCCTTGCACATTTCTTAATTCTGTTCGTGTCTTGCTGCTACCCATCATCACC ATCTAAACCTATTGGAAAATAAACTTGTGATATCTTGCTTTAAATAGATGTACGTATGCAATGAATCATATTGAATTGTT TTATATCATATATTTCATATTTTATATATGTTCTTGATTATAAATGGATATATGTATGTCAGGATGATGATGATCTACTT CCATGTGTTTTGGATGCCTTGAATGAGGTATGCTTTACTGAAATTTGCCTTATTTTGAAAATACAAGCCACTTCTACTTT TTGAGACATATACTAGTATTGACATGGTGTTGCAGCTGGTCTATCTGTTACTTTGATGCTTCGGTCTGACCCTACCTGAG CCATCCCTAGATGGATTTGAGGGGACAATAATAGGGCATAACATGGATATAGTATTCTAGATCGGAATTATTCACACCTT ATTGATGCATGCAGATAGCTTTCCACCCGAAGTTTCTTTCGTCTAGAATTGAAAAAGAACGGCGTGCCATACTCTCAGAA CTTCAAATGATGAATACAATAGAGTATCGGGTTGATTGCCAGGTGTGGAACAGAATATCTCTTGGAATTTCAGGCCCCAA CTTGATTTTTCTGCAGAATACTGACTCAATCTTTTTTTGTTTTGCTTTTACCTTTTGTAATTTCAGTTGTTACAGCACCT GCATTCTGAAAACAAGCTAAGCAAAAGATTTCCAATTGGATTAGAAGAACAGATAAAGAAGTGGGATGCAGATAAAATCA GAAAATTCCATGAGTGTTGGTATTTCCCTGCAAATGCTACCTTGTACATTGTGGGGGATGTTGATAACATCTCAAAGACT GTTTACCAGATCGAAGTACGCCTAACATACATTCGTGAAGTACTAGGTTTGATTATGATTATTGTTACAATATTTACGAG TCTTATGCAATAGCTGTTGTTGTCATGCAGGCTGTTTTTGGACAAACTGGTTTAGATAATGAGAAAGGTTCTGTAGCTAC CCCAAGTGCATTTGGTGCGATGGCTAGTTTTCTTGTTCCTAAGCTCTCTGTTGGTCTGGGTGGAAATTCTATTGAAAGAT CAGCCAATACAATGGATCAATCAAAAATATCTAAGAAGGAAAGACATGCTGTTCGTCCTCCTGTTAAACATAATTGGTAT CTTCCTGGAAGCAGTACCAATTTGAAGCCACCACAAATATTCCAACACGAGTTGCTTCAAAATTTTTCAATTAATATGTT CTGCAAGGTACGAGGAGGTTTAATTTTGTGTTTTCTTAATTTTTAGTCTAGCGCTTTTAGTGAAGATTTTGCAATTGCTT TTGTTTATATACTTCCCAAAGGAAATTCCTTTCCTTTACCTTTTTTCCTTAGAGTGATTAAATTTTTTGGAGGTGATAGC TTAGTTGCAAGGATGATTTTAGAGACCTATTTGTGGTGGAAAAATGGTTAATGAGGATGTTGGGCGTAACATATGAAAGG GACAGGAATACATGAGTTTCTGTTTCATCAGGAGCTACTGGTCTAATGAACAATTATAAAATGAACAATTATAGGAAATA TTACTATATTCTTATTAGCTGTCTAGTACTCTGGTTGATGTTGTTTTGATCTACCTATGACAAGCATAATATATTTAGTA TTGAGCAATATGCTTAAGAGATAAGGTGAAATGCAAGTTGTCCCTATCTTAACGAAACAAAAAGCCTATAGGCACGTGTA TAAAAGGGGTGTTTTGAAGAGCTTTTCTGGAGTTTATTTAATCTTAATCGTATAACATAAGCACTTAATCAATAGTTTAT AACCTACAATAAGCTTTTTTGAGTTCTGACCTTATTTCAGTAACCTCATATAACTTATTAATCAGTTCCCACCTTCTTCC TCTCTCACATCACATAGCTCTGCATTTTTTTCTTAATTAGTGATAGGGGATATGCATTGTCATTTTTTCCCTTATATTCC TTGACATTTGTTGTTTTGACTTGTTAATCACGCCTTAGATTGATGGTGATTGTATGACTTACTAAAACTTTTATTATTAA CTATAAACATGTCTCTAATTTTGGGTCATTCTTTTACTACTGAGCATTTATATGGGTGTTTAGCTTGTATGCATAATCAT CAGTATATAGCAGCTATCCTGTTACAGTGTGGAATTGGCTGCACCGTGCTGCTGGATAGACAACAATGTTCCTTACTTTT ATTTCCTTTGATACTTCTTTTTTAAACATTCATCCTCTCTGGTGTTTGAGTATTATTCTTCTGGCTAGATATGATAATTT ATATGATCCCTCTCTTATTTTATTGAAATCTTATGCAGATTCCAGTGAATAAGGTTCGAACATACAGAGATTTGCGAAAT GTCTTGATGAAAAGAATATTTTTGTCAGCTCTTCATTTTCGTATTAATACAAGATATAAGGTGAGATGAAGTCCTTTTTT ATCTGCTACAGTTTTTTTTAAGAAACTAAATACATTTTTCCTATAATCCTATTTTTATTTGGCTACTATAAAAATCCATT ATGTGCTTCTTTTGTGTTTAAAATCTTGATGCATTATTTTGGTCTGAGTTAAAAAATGATTCAGTTGCTCGGGGGCATGT TATCTGTTTTATGTCTTTGTTGTTAATAAATATTTCACCCTTCCAACAGTGCCACAAATGTTCTTAGTTTTCCAATAAGG CGTGATTTAAGGAAGTTAAAAAAACTTTGAAAAATTTGAGACAGATAACTAATCTTAACTAATTTTCTTAATCCATGTGA ATTACTTAAAAATGACACGCATAGGACCGGAGGAAGTAGTTTTTGTAATTTGCTGGATAGTCTATCCCTTAGCATCTAAA TGTTTCTGATGCTTGAAACAGAGTTCAAATCCACCATTCACTTCAGTTGAATTGGATCATAGTGATTCTGGAAGGGAAGG ATGTACTGTGACCACTCTTACCATAACTGCAGAACCGAAGAATTGGCAAAATGCAATTAGAGTTGCCGTTCATGAGGTTT GTTTGTTCTTCTGTACTTCAACTATCTTTGCGATACTGCATTATTAAATTTTCTTACAATTGGTTGTTTCAGTTAGTTAT TTAATGCCCCATGTTTATTCTTCTGTACTTCAACTATGTTGATTTAGGCTTCAAATTGCTTGAATTACTGCATTCATTCT GGTACGATAGTCTAACATAAATTTTGTGATGCAGGTTCGGAGACTCAAAGAATTTGGTGTTACCCAGGGTGAATTAACTC GATATTTAGATGCTCTTCTGAAGGATAGTGAACACCTAGCAGCCATGATTGATAATGTGTCTTCTGTTGATAACTTGGAT TTTATCATGGAAAGTGATGCTCTGGGCCATAAAGTCATGGACCAGAGACAAGGGCATGAAAGTTTACTTTCTCTTGCTGG GACAGTTACCCTGGATGAGGTATTTGCTGTTGTTGGATCTTCTTACATAACAACTTATAAATGCAAGTCTCTGTTGGAGG CATGATTTGAATGAAAAATGGCATATCATTTCTGAGAAAATTGATGATAAAAAGCTGTACATGGCTACAATATTACATAA CTTGTAAATGCAAGTCTCTGTTGGAGGCATAATTTAAATGAAAATGGCACATCTATTCTGAGAAAATTGATCGATAAAAA GCTGTGCATGGCTACAATATATTGGCTGTGATAAATAATTACTAAGTTAGTTCTTTTTCTAAAATTAGAATTAAACCGGA AACTAATAATCTCTCCTAAAAACAGAATAATTTGCAATGATTAGAAGGATTTTGATTTACTCACACCTAACTTTCTCTTC CATCTCATTTTCAACCACTTTCTCTTCGTATCTATATTTTCTTTTCCTATCCCATCATCTCTCATTTCTCTCTCATTGGG TGTGGGTGGAATGGGTGTGAATGAATTATTATTGTAATTGCAATGATTGCAGAAGCAAACAATGTAGGGCTTGTACAACA GCATGCACTGATGCAAAGTGCTTGTGTGAATATTTGTTTGCCTTAATTTAGAATTTTCACTACAACCTTTAATCCTGATA AGAGATGAATGGTTCTTCCCTTTTCGTAATGATTGCTGCATTTCTTGCTTGCTAAATATGAGGTTTTAGTTTCTTTCACA GTATCTTATAATTTTCTGTTCTTGTAGCTCATTTGTCTTCTAGTTAAAGAAATAAAATATTTGAAATACTTATTTGGTCG CTTTTAAATGTATTGAGTCTGATGACTGTTATTTGAAGAAGTTTTAAGATGGTTGTAATTCTTGTTCCATTATTATGCTA TATTTTCAGTATTCTCTTTTTGGGCATTGTTTTCTCTTTTCTGTTGTGAAGTTAAACAAAATCATTTATTGTATTTGAAT TAATATATTTAAAAAGTTACCTTAGAAGAGATTATTTACATATTTTTGCGTAAGTTGTTAAACATAGCTGGTAACTTGTA TTTCTCTATTTTGAATTTCTTCTGGTACAGGTTAATTCTGTTGGTGCCAAGGTGTTAGAATTTATAGCTGATTTCGGAAA GCCCACTGCACCCGTTCCTGCAGCAATTGTTGCTTGTGTTCCCAAAAAATTTCATATTGAGGGAGCTGGTGAAACAGAAT TCAAGATATCATCGACTGAAATTACAGATGCTATCAAAGCTGGATTGGATTATCCTATTCAGCCAGAACCGGAGGTACTT TTTTCTTTAACTTAATTCCTTGTCAGTTGATCTTGATTTGGCAATAGAAGTATTGATTAAAACCTAATAACTAATGACTT TTCAATCTGCACTGTTTACTGTATATTTGTTAATTTTTATTTGATTGCATTTAAAATATGTTTTTGTTTCATATGAGTTA TAGCCCCAATTCGAGTGGTAATTTTATTTTTTATGTTCTATGTACGAATCTACCACACTGGTTATAATTTATTTCAGTAT ATATGGATGTTAAAATTCTAGTGATGATAGCCAATTCCATTTATGAGTTGGATGCATCTTGTCTATGACTCTATGTACAT GATTGATGTTCAGCTAATTGCTTATATTACATGTGTAGCTTGAGGTGCCAAAAGAACTGATACCATCATCAAAGCTAGAA GAGTTGAAAGAGCAGCGCAATCCAACTTTTATTCCTGTAAGTCCTGAAACAAATGCTACGAAGCTTCATGACAAGGAAAC TGGGATCACCCGGCGCCGTCTTGCAAATGGAATTCCTGTTAACTACAAGGTAGACTATGCGAGTTTATATTATGGTTCTT ATGATATGATTACCTTGTTTTACTAACTATGTCATTGTACTGCATTCAATGCTCAAAGGTGTCTTGTTCTCCATCTTACA TTCTAGAAATGATGACTTAGGTCTTCATGGATTCCAAATTCTAGTACTCTGTGCGGCTGCTACATTTTGTTCTTTATCTA CAATCATGGGATTATAAGGAGACCTTTCAGTTTCATATTATGTTAGTAATGCCATTCAATGTCTAACTGATTCCATAAAT ACAATAGTATGGACTATGGACATTGTTTTGAGATTGCCATAAAGAACTCAGGACTTGTACTGCTTAAGAGGATGGAAGTG TATTTGGTTTTCTTGTACTTACACTTTTATTGTTGATAGATATCAAAATCTGAAACACAAAGTGGGGTGATGCGGCTGAT TGTTGGTGGTGGACGAGCAGCTGAGACCCCTGAGTCAAGAGGATCTGTGATTGTAGGTGTTAGGACACTAAGTGAGGGAG GTCGTGTTGGAAACTTCTCAAGGGAGCAGGTAACTTTTCTTACTAACTGATGTTTTTCAAATGTTAATGTCTGGAATATG CTTATTTTCCATTGACTCACAGTAGAGTTACATGCATTCTTATTTAGAATATCTATAATCTATGTAGTTGCTTCTTTTTA CTCTTGGCATTTTGAAGTTAATGGTTTTATTTCTATTTTCTTAACTAATTTATTTGGAACTTTTTTCCTCTAAACTACAT GGTTTGTTGATATTGTAAGAGCAAGAGATCACATGTAGCATTTTAGATCTTTCTCATGTTTACATTTGTTGCACAGGACT ATGAGAACATGATTATATAATACCCTTCCTTTCAGTTCTTTCAAATTGAAATATAAACGTCCATTCATGGTTAAATAAAA AATGTTGAAAATGCTTATACTGCAATGCTAGGTGTAAACCTTTTCATTCAAATACACACCAAAATTCAAGTGTAAATTCA CGTTTTGTTTTCAAATTTACATTTGAAAAAATTGAAAACTCGCAACCATTCTGAACGGCCCAATAATCACTTGTGGATAG TTAATAACAGAGAATTGTAGAATAGTACATATCTGTTGAAGTTAAAAAAGTCCACTCTTATCATAGTAATAATCATGTGA CAAATGTTATCCTGTCATTACAGTGGGAGCTCATGTCTGTCATATAAATGCACAGACTAGATCATTCCTTTCATGTTGTG AAATTTTGGTGGCAAATGCACTTGATGTCAGGAGAATATTACACATGTGAAGATTTCAGACTTTCAGTATATAAGAACTG ATCTATACCTCCATTTACTGAATATCTTTGTATTTCCCACATAATACCAGGTTGAACTTTTCTGTGTAAATCACCTGATA AATTGCTCGTTGGAATCTACGGAGGAATTCATATCTATGGAGTTCCGTTTTACTTTAAGAGACAATGGGATGCGTGCCGC CTTTCAGTTGCTTCACATGGTGCTTGAGGTAAATGTCTTGCGGGTTGTAACTGTTTAGCCTTTTGGCTGAATTACTTTAA CTGCATTTCATTTACTTGATTATAAATCTTTGTTAAATTTCCTATGTTGTTTCTGCCATGCAGAATAGTGTCTGGCTAGA TGACGCTTTCGACAGAGCAAGACAGTTGTACTTGTCATATTATCGATCCATCCCCAAGAGCTTGGAACGCTCTACTGCTC ACAAACTCATGGTGGCAATGTTGGATGGAGACGAGCGGTTTATTGAGCCTACTCCAAAATCACTAGAAAATTTAACCCTG CAAACTGTTAAGGATGCAGTTATGAATCAATTTGTTGGCGATAACATGGAGGTATGCTATTATTATATTCAATGCATAGT TCTTCTACCATCACATTAAAATACTAAAATACTTTTTGCATTCTTCAGGTATCCATTGTAGGTGACTTCACAGAGGAGGA AATTGAATCTTGTATTCTTGATTACCTTGGCACAGCTCAAGCTACAAGGAATTTTAAAAGAGAGCAAGAATTCTACCCAC CCTCATTTCGATCATCTCCATCTGATTTACTGTCTCAAGAAGTGAGAAGCTATGCATAAATTACCTATATTCATGTGTTG TTTGTACTTTTTTTAACTAAATATCACAGTTTGATTTCCAGTACAATATTTGGTTGCACCGTCAACTTCTTTTCCCTTTA GACTTCTAGAATTAGTGGCAATACTTGAATGCATTAGGCTTCTGACTGGTATTTATCTGCTTTTGCCTTTTATTAGGTTT TTCTAAAGGACACCGATGAGAGGGCGTGTGCCTATATTGCAGGGCCAGCACCAAACCGTTGGGGTTTTACTGTTGATGGA AAAGACCTGTTAGAGTCAATTAATAATGCAGCAACAATCAATGGTGGGCTTTGTTGATTTTGTTTATTCTTGTGGGTTAT GGCCATCATATCCGCATTGTCTATCAAAATTATCATTTCAGAATTACATTAATGGTTAAATGTCGGGATTGGCTTGTGCA GATGATGGGGCAAAATCTGATGCTCCACAGGCAGGTGGTCTGCAACGTAGCCTTCGTGGTCATCCTCTTTTCTTTGGTAT AACAATGGGACTGCTTTCTGAGATTATAAATTCTAGGTAACTCTTTCTATTCTCCTGTAGAGATAGCTTAGTGTGGAAAC TTTGGAAACCCTGCTGACTTCCAGGCTGAAAAATCAGGCCAGGCTGATCATCTTCGAGCTGTAAATGGGAAAATCCCACT ACTTAGGCTGAAATCTGTAAAATATCTAGGAACTAGGATGTCTTCTACTAGGATCCTGAATATACAGATGTTATTTTCAA AAGGTTTTTACTGGGAGAAAACTCCAGCTATGCTTTACGTCTTATTACATTTTTTATGTACAGGCTCTTCACAAATGTCA GAGATTCACTGGGGTTGACCTATGACGTGTCATTTGAACTAAACTTGTTTGATAGGCTTAAACTAGGGTGGTATGTGATC TCAGTGACATCAACTCCAAGCAAGGTATGGGCTCCATTCTTAGAGCATTCACTTTTCCTATTTTTGCTGTCAAATTCCTT CTGTTCCGAAGTTTCAAGTCATATTGATTTGCAGGTGCACAAAGCTGTTGATGCTTGCAAGAATGTTCTGAGAGGTCTGC ATAGCAACAAAATTACTGACAGGGAATTGGATAGGGTTAGTTATCGAATGTGCCGGACTTGTTTTTACATTACAATTTAG TGCCTGCTTTTTCCTGCTAGACAAGTGTTACCAGTGTTCATATTCAAGTTATTTTTTCCCTCTTGTCGTGTAAACCTGAT CTTTCTGCTTTATATTCCATTTCTCCTAGATGATTTCTTCCTTTCTCCAAAAAATAAAGAGTACCTTTCTAGCTAAAAAG CATGCATTTGGTGGTCCTTTCATTCTAATTCCATATATAAATTTCTTGATATTGGTACAGATTTTATCATGACTTGAAAA TTTTGAGAATTCCTTTGGTGCTCTTCTCTCTAATGTAGGCTAAACGGACCCTTCTTATGAGACATGAAGCTGAAATTAAG TCAAATGCATATTGGCTGGGATTGTTAGCTCATTTGCAAGCTTCTTCTGTTCCCAGGAAGGTGAGATAGAGATGTTTGAA TCTTGCAGTTAGAATATTTTTTATTTTTATTTTCATGTGAATAAAACTTGGTTTAAGCCTTTTAGTCCTGCCAAAGTTAG AAGTGCCTGAAATTTTATATTATGTGTTTTATTATCAGTCACTCTACTTCTTCTAATTTATTGCATTATTGTGTTTTTGA TTGTGCGATCCAGGACATATCATGTATCAAGGACCTAACGTTTCTGTATGATGCTGCTACTATTGAGGATATATACCGTG CATATGAGCAGTTGAAGGTGGATGAGAATTCTCTATATTCGTGCATTGGGATTGCTGGTGCTGAGGCTGTGCAAGACATA GCAGGTGCAGTGTATACTCGAAATGGTTAATATTGGGTATTTCTTTTCTAATTTCTGAGGTACATAGCTATCACAATTTT GAAAAAATCCTGTGTTCATCTTTTTCCAAATTTTAGCAGTAGTTTTGAAAATTGCTTCTTCAATTCCTAGGTTTGAGCAT TAAAATTTGAACCTTAAAAAAATATTTCAAAAAAAAAGAGAAATGGGATCCCAATTCTGAAACTGGCCTTGTTCTCTGGC ATGTTCCTTGGGTAAAAACACTTCGTTCCTTAAAAAGTTGGAATTCTGAACTGCAATTATGTATCTGAATTCTGAAGTTA ACATTTTCCTTGGAGAAGTTGAAATTCTGAACTGCAATGATGTCTCCAAAGTAAACTAACCACGTTCAAGCATCCATGGA CTGGCTTAATTCTGAATGAAAATAAAGTTTATCGCGAAACCTTTTTTTTCCAGAAAAAAAGGAAATCAATTTGATGTAGA GGCTTTTCTTTGCTTTATTGAACATTGCATTTATGTAGCTCCACATCGTTTTGAGAGAAGAAATCTGCCTCATCTGAACA AGTATAAATTATGTAAATAATGTCGCTTCAATTTTTCAATTTTTTACACTTGCTATGCAGCTCCATTAGTAGAGGAAGAA CCTATTGATACATATCCAGGTGTTATCCCTGTCGGACGAGGTTTATCTACAATGACACGGCCTACTACCTGA
CDS sequence (LotjaGi2g1v0450800.4) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGATTGAACATGTTGCTTTCCTGGGAAGTAAAAAACGCGAGAAGCTTCTTGGAACAGGAGCCCGTTCAAATGCTTACAC TGATTTCCACCATACAGTATTTCACATCCATGCTCCTACCAGTACCAAGGATGATGATGATCTACTTCCATGTGTTTTGG ATGCCTTGAATGAGATAGCTTTCCACCCGAAGTTTCTTTCGTCTAGAATTGAAAAAGAACGGCGTGCCATACTCTCAGAA CTTCAAATGATGAATACAATAGAGTATCGGGTTGATTGCCAGTTGTTACAGCACCTGCATTCTGAAAACAAGCTAAGCAA AAGATTTCCAATTGGATTAGAAGAACAGATAAAGAAGTGGGATGCAGATAAAATCAGAAAATTCCATGAGTGTTGGTATT TCCCTGCAAATGCTACCTTGTACATTGTGGGGGATGTTGATAACATCTCAAAGACTGTTTACCAGATCGAAGCTGTTTTT GGACAAACTGGTTTAGATAATGAGAAAGGTTCTGTAGCTACCCCAAGTGCATTTGGTGCGATGGCTAGTTTTCTTGTTCC TAAGCTCTCTGTTGGTCTGGGTGGAAATTCTATTGAAAGATCAGCCAATACAATGGATCAATCAAAAATATCTAAGAAGG AAAGACATGCTGTTCGTCCTCCTGTTAAACATAATTGGTATCTTCCTGGAAGCAGTACCAATTTGAAGCCACCACAAATA TTCCAACACGAGTTGCTTCAAAATTTTTCAATTAATATGTTCTGCAAGATTCCAGTGAATAAGGTTCGAACATACAGAGA TTTGCGAAATGTCTTGATGAAAAGAATATTTTTGTCAGCTCTTCATTTTCGTATTAATACAAGATATAAGAGTTCAAATC CACCATTCACTTCAGTTGAATTGGATCATAGTGATTCTGGAAGGGAAGGATGTACTGTGACCACTCTTACCATAACTGCA GAACCGAAGAATTGGCAAAATGCAATTAGAGTTGCCGTTCATGAGGTTCGGAGACTCAAAGAATTTGGTGTTACCCAGGG TGAATTAACTCGATATTTAGATGCTCTTCTGAAGGATAGTGAACACCTAGCAGCCATGATTGATAATGTGTCTTCTGTTG ATAACTTGGATTTTATCATGGAAAGTGATGCTCTGGGCCATAAAGTCATGGACCAGAGACAAGGGCATGAAAGTTTACTT TCTCTTGCTGGGACAGTTACCCTGGATGAGGTTAATTCTGTTGGTGCCAAGGTGTTAGAATTTATAGCTGATTTCGGAAA GCCCACTGCACCCGTTCCTGCAGCAATTGTTGCTTGTGTTCCCAAAAAATTTCATATTGAGGGAGCTGGTGAAACAGAAT TCAAGATATCATCGACTGAAATTACAGATGCTATCAAAGCTGGATTGGATTATCCTATTCAGCCAGAACCGGAGCTTGAG GTGCCAAAAGAACTGATACCATCATCAAAGCTAGAAGAGTTGAAAGAGCAGCGCAATCCAACTTTTATTCCTGTAAGTCC TGAAACAAATGCTACGAAGCTTCATGACAAGGAAACTGGGATCACCCGGCGCCGTCTTGCAAATGGAATTCCTGTTAACT ACAAGATATCAAAATCTGAAACACAAAGTGGGGTGATGCGGCTGATTGTTGGTGGTGGACGAGCAGCTGAGACCCCTGAG TCAAGAGGATCTGTGATTGTAGGTGTTAGGACACTAAGTGAGGGAGGTCGTGTTGGAAACTTCTCAAGGGAGCAGGTTGA ACTTTTCTGTGTAAATCACCTGATAAATTGCTCGTTGGAATCTACGGAGGAATTCATATCTATGGAGTTCCGTTTTACTT TAAGAGACAATGGGATGCGTGCCGCCTTTCAGTTGCTTCACATGGTGCTTGAGAATAGTGTCTGGCTAGATGACGCTTTC GACAGAGCAAGACAGTTGTACTTGTCATATTATCGATCCATCCCCAAGAGCTTGGAACGCTCTACTGCTCACAAACTCAT GGTGGCAATGTTGGATGGAGACGAGCGGTTTATTGAGCCTACTCCAAAATCACTAGAAAATTTAACCCTGCAAACTGTTA AGGATGCAGTTATGAATCAATTTGTTGGCGATAACATGGAGGTATCCATTGTAGGTGACTTCACAGAGGAGGAAATTGAA TCTTGTATTCTTGATTACCTTGGCACAGCTCAAGCTACAAGGAATTTTAAAAGAGAGCAAGAATTCTACCCACCCTCATT TCGATCATCTCCATCTGATTTACTGTCTCAAGAAGTTTTTCTAAAGGACACCGATGAGAGGGCGTGTGCCTATATTGCAG GGCCAGCACCAAACCGTTGGGGTTTTACTGTTGATGGAAAAGACCTGTTAGAGTCAATTAATAATGCAGCAACAATCAAT GATGATGGGGCAAAATCTGATGCTCCACAGGCAGGTGGTCTGCAACGTAGCCTTCGTGGTCATCCTCTTTTCTTTGGTAT AACAATGGGACTGCTTTCTGAGATTATAAATTCTAGGCTCTTCACAAATGTCAGAGATTCACTGGGGTTGACCTATGACG TGTCATTTGAACTAAACTTGTTTGATAGGCTTAAACTAGGGTGGTATGTGATCTCAGTGACATCAACTCCAAGCAAGGTG CACAAAGCTGTTGATGCTTGCAAGAATGTTCTGAGAGGTCTGCATAGCAACAAAATTACTGACAGGGAATTGGATAGGGC TAAACGGACCCTTCTTATGAGACATGAAGCTGAAATTAAGTCAAATGCATATTGGCTGGGATTGTTAGCTCATTTGCAAG CTTCTTCTGTTCCCAGGAAGGACATATCATGTATCAAGGACCTAACGTTTCTGTATGATGCTGCTACTATTGAGGATATA TACCGTGCATATGAGCAGTTGAAGGTGGATGAGAATTCTCTATATTCGTGCATTGGGATTGCTGGTGCTGAGGCTGTGCA AGACATAGCAGCTCCATTAGTAGAGGAAGAACCTATTGATACATATCCAGGTGTTATCCCTGTCGGACGAGGTTTATCTA CAATGACACGGCCTACTACCTGA
Protein sequence (LotjaGi2g1v0450800.4) extracted from Lotus japonicus Gifu v1.2 Proteins.
MIEHVAFLGSKKREKLLGTGARSNAYTDFHHTVFHIHAPTSTKDDDDLLPCVLDALNEIAFHPKFLSSRIEKERRAILSE LQMMNTIEYRVDCQLLQHLHSENKLSKRFPIGLEEQIKKWDADKIRKFHECWYFPANATLYIVGDVDNISKTVYQIEAVF GQTGLDNEKGSVATPSAFGAMASFLVPKLSVGLGGNSIERSANTMDQSKISKKERHAVRPPVKHNWYLPGSSTNLKPPQI FQHELLQNFSINMFCKIPVNKVRTYRDLRNVLMKRIFLSALHFRINTRYKSSNPPFTSVELDHSDSGREGCTVTTLTITA EPKNWQNAIRVAVHEVRRLKEFGVTQGELTRYLDALLKDSEHLAAMIDNVSSVDNLDFIMESDALGHKVMDQRQGHESLL SLAGTVTLDEVNSVGAKVLEFIADFGKPTAPVPAAIVACVPKKFHIEGAGETEFKISSTEITDAIKAGLDYPIQPEPELE VPKELIPSSKLEELKEQRNPTFIPVSPETNATKLHDKETGITRRRLANGIPVNYKISKSETQSGVMRLIVGGGRAAETPE SRGSVIVGVRTLSEGGRVGNFSREQVELFCVNHLINCSLESTEEFISMEFRFTLRDNGMRAAFQLLHMVLENSVWLDDAF DRARQLYLSYYRSIPKSLERSTAHKLMVAMLDGDERFIEPTPKSLENLTLQTVKDAVMNQFVGDNMEVSIVGDFTEEEIE SCILDYLGTAQATRNFKREQEFYPPSFRSSPSDLLSQEVFLKDTDERACAYIAGPAPNRWGFTVDGKDLLESINNAATIN DDGAKSDAPQAGGLQRSLRGHPLFFGITMGLLSEIINSRLFTNVRDSLGLTYDVSFELNLFDRLKLGWYVISVTSTPSKV HKAVDACKNVLRGLHSNKITDRELDRAKRTLLMRHEAEIKSNAYWLGLLAHLQASSVPRKDISCIKDLTFLYDAATIEDI YRAYEQLKVDENSLYSCIGIAGAEAVQDIAAPLVEEEPIDTYPGVIPVGRGLSTMTRPTT
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 | 1 | 1017 | 1017 | 0.0 | – | |
| Gene3D | 1 | 167 | 167 | 4.6E-36 | – | |
| PANTHER | 1 | 1017 | 1017 | 0.0 | – | |
| Pfam | 2 | 101 | 100 | 2.8E-11 | ||
| SUPERFAMILY | 2 | 162 | 161 | 1.31E-23 | ||
| Pfam | 119 | 356 | 238 | 2.3E-39 | ||
| Gene3D | 280 | 421 | 142 | 2.3E-7 | – | |
| SUPERFAMILY | 513 | 731 | 219 | 1.27E-20 | ||
| Gene3D | 524 | 734 | 211 | 3.4E-17 | – | |
| Pfam | 687 | 911 | 225 | 2.7E-35 | ||
| Gene3D | 822 | 978 | 157 | 6.3E-22 | – | |
| SUPERFAMILY | 830 | 974 | 145 | 4.33E-17 |
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 | Catalytic activity | Catalysis of a biochemical reaction at physiological temperatures. In biologically catalyzed reactions, the reactants are known as substrates, and the catalysts are naturally occurring macromolecular substances known as enzymes. Enzymes possess specific binding sites for substrates, and are usually composed wholly or largely of protein, but RNA that has catalytic activity (ribozyme) is often also regarded as enzymatic. | ||
| Molecular function | Metal ion binding | Interacting selectively and non-covalently with any metal ion. |
Expression pattern of LotjaGi2g1v0450800.4, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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