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| Field | Value |
|---|---|
| Gene ID | LotjaGi4g1v0117300 |
| Transcript ID | LotjaGi4g1v0117300.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | AP-1 complex subunit sigma-like protein; TAIR: AT3G50860.1 Clathrin adaptor complex small chain family protein; Swiss-Prot: sp|Q8VZ37|AP3S_ARATH AP-3 complex subunit sigma; TrEMBL-Plants: tr|A0A151SEJ3|A0A151SEJ3_CAJCA AP-3 complex subunit sigma-2; Found in the gene: LotjaGi4g1v0117300 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:16972788..16987868) extracted from Lotus japonicus Gifu genome v1.2.
AAAAAAATGCTTTGCCTGCAGAGTTGCTAACTCCTCAAACATTTGACAAAACGCTGCGTTTAAAAAATTTCAGTGCTAAT CCTTCTTCGCCCATCGCAGTTTGTGTACCCATCGGCGATCGATCTGATCGGAGACTCTACTCCGGCGCGGTTAAACTGGT GCCTCCGGTTCAATTTGGCCTTCCTTTTCTCCATCTCAGCACCTGTGATTTCTTGATCAGTAAAACCCAAAATGATAAGG GCAGTGCTGGTGCTGAACACGCAGGGGAAGCCTCGTCTCTCCAAATTCTATGAATATCAGGTCCTCTCAAACCTTCGGCA TATGGGCATTTCAATTTTTGGCTTACTTGATGCAATTTTCACATTGTGTGTTTCATGTTGTGGTAGCTCAGCCAGTGGAG AAGCAGCAACAACTTATTCGCAATGTCTTTGCTGGTTTCTCACCCTAATCTCTGGACTCCATGAAATTTTGTTTGTGTGT GTTTGATTTTCTTTTCTATGTTGCCTCTGTTTGTCAACTTTGTTTGTTTTTCTTGCAGTCTTATGCAGTAGACCTGAACA TGTCAGCAATTTTGTGGATGCTGAGTCCTTCTTTGGCCCGGTATTTTATCCTTCCATGTTCTAGTTGCTGTAGTTTTGAT CATAATGTATGTACTCTAGTTGTTAAAAGAGTAATTTATATTGAAAACAAGTGTTATTATTGCCTTATTGGGGTTTTTCT TGGCATTGTTTTTTGGTGGTTTAATATATGTGAAAAGGAATTTATGGTATTGATTTAAGTTGGCATGTGGTGAAAAGAGG TAGAACTCAGTTAACTTGCTTTTAAACTAAAGTATGAAAGACTACTATGAAAATAGTTGCGAGGGTGCACTTTGTTGAGA ACTAAAGAATCGTTAAAACCAATGGGTGCTTGGTTCAAGTGGTACATGCTTGATTTCCCTTAAGCAAGGTCTTGGGTTTG AGTTTTGTGAATAGACAAGACTCTTGCTGGCAGAGCTAGCCCCACTATGATGTGGATGTTCCCAGCACAAACAGGGTTGC CTCTTGGGGAGGATACTTGTATTGAGCCAAAAGAGAAAAATTGCTCGCTCTTAGGTCTATATTGTGGATATAGTGGTTTT ACTATTTTATTGTTATGATAGGCAGCTAGTGCTGTGTTGTTATCTTTTTTGACTGCCTGTCTTCGTTGGGTCAAACTTTA GCTTCTTCATCTTATTTATCTGAAAAAATAAGTTATGGATTCATTTGTTGTATTCTTCTTCAGGATGCTCGCCTTGTCTA CAAGCACTTTGCAACTTTGTACTTTGTGTTTATTTTTGATAGTTCTGAAAACGAGCTTGCCATGCTTGACTTGATACAAG GTAGGTTCCTAAACAACTGTCCATTTATTGGAAATTGTCAGTATTACGTAAATATTTTATTGCATCGCATGAAGTATGGA AATCTAGAAGATCTGTTTATTTTTTTTACGGATGTAATTCAATATTGTAGGGTAAGACAGCAAAAGAAGGTGGCTTCTAG AAGTCATAACCTATTTAGGTTTCAGAACCTCGTAGGTCTGAAGTCATAACCTATTTAATACTTGGAAACTTAATAGCAAG TATAATAACAAAACTTGGATGACAAGAAAGAAACTCTTAAAGTATTTTCCTAGCTCATATAATGTGCTTCTTGGACTTTA ATCCTACCTTTATCATCCCTAAACTAACTGAAACAATTAATTAAAATTCCTAAAATTCTTCCCTGCAAAAGTTACGTAAA AAATAAAATGATACGTAAGGGAGCCCTGTTTTAACTTTTAACAGTTGAAAGTCACCATGGGACCTAAAAGTCATAGGTAT GAGTTGTGGAAGTAATTTTTTTGCAAATGCCCTGCCTACTATAGATTTACATAGTGGGTTTAATGTCTTCCCAGACCCCA CTCATAGCAGGAGCTTTATAGCACCAAGATGCCATTTATATGATGGATACCCCCCTATTTTACACTCACAAAATGATTAT ATGTTGTGTAAAGCACAAAAAGGTGAAACTTTGCTACATACAATCTATAGAACCTTTAAGTTTAGGAGGTTAAAAAGTGT CTACAGCATCCTGTTGAAAATAATCAAAGTTATTAACTGACAATTTTAGCAATGATCAAAACTCAAACGGTATGATCAAG TGTACAGGTTAAACTGATTAAAAGAACATTTGATGTTGATACTTTATTGATCATTCCGTTCTTTGGTAGAACTTAATGAT GATATTTGATCCATGTATGTAGAGGACCACACATCAGAGGATATGGCTTAGTTATCGTTTACACTATAAGCAGGTGAAAA AATATTCCTGTGCAATAGTTTAATTCTAGATTTTTGAAGGGGTAAAAGGAATCTTATACAAGTTGTTTGTTCTCGCTGAT ACATATATTGGAAAATGATGTAAAATCTAATGACAAATCGGCACAAAACCTCCCTTTTTGAAAAGCCTTTAGTTGAATTA TTATTTGAGCCAAATGTTTTTGAGATCATTTTAAATTTGTCACATTTTGAACTCCATTGTTCTCAGAATTTCCATTGAAG GTAAATGGTTTTAATGATCTATTTAACCATAAAACAGTCATTTGTTTAGATATCTAAACTCTATTGCATATTATGCTAAG GATCCTGGTGGAATAAGTATTTGCTTTATGTATTATCCATTATATTCTGCCTGACGATTATACAGCTATTCTAACCAGTT TAATTACTGCCTCATACGTGATTGTTTATTTACTGGCAATTTGCTTACTTTGTGCCTTTCTTCCTTCAGTCTTAGTTGAA ACGATGGACAAATGCTTCAGAAATGTTTGTGAGCTTGATGTCGTGTTCAACTATAGCAAGGTTGTATGCTGTGTGCCCTC CATTATGAATTCTTAGCACAAACTGACTATATAACAATTTACTATATTGCAAGAAATGAATTAGAAACTGAATTATTATT GAGGGAAAACATTTTCTTCTGTCTATGGAGATTTGCTAGAGTTTGCTGCAACCTGCCAGTTTTGCTGATTAGATTTCGAA CATGAAGTGTTTGACTTAAGTTGTTCCGCTTTACTCAAAAAAAATTGACGATTCAGTTAAACATTTATTTTTCACTCATT TTGGGTTGCTTTGAAAAAATGTCCTTCAGTTTAGGGAAAATGAATTACTCTTTTGCTCAGTAGCTCGATAGTGTCAATAC CTAGAACCAAGCATCTTAAGTTTCCATTTTTATGTGATCCTGAAAAATGAGTTTGTCTGCAGATACATACTATACTAGAT GAGATTATTTTCGGAGGCCAGGTGTTGGAGACAAGTTCAACTGAAGTTTTGAAGGCTATTGAAGAAATATCAAAGTGCTC TCTCTCTCCTCTTGTTTTTAACATGGTTTTACTTTTTTGCATTATCATGGTCAATAAGAAAGCCCTACGTTCTGGTAAAC TAGTAACCAGGGATTTTTCACTCAGTATAAAAGCTCAACCGTTTTTTTATGCAGATGAAATGATATGATGAATCAAAATT GTTTTTTACATTTACATTTTGTGGAGAATAGGTTCTAATCAAAATTGTATATTTTTTAAATTTAATGCAGGCTTGAAGCA GCATCCAATACCATGAATCTTGTTTCAAAATCTGTTTCAAATTGGAGGTCCCGGTAGTCTAATTTCATGCGCAAGGATCT GCTCTCCCACATGCGAGGGGTTTGAGATGTGAAATGAAGCGTCTTTGATGAGGGAACTGGGAAGTCAGTTAGATGCATTT TTCTTCTGATGTAGGTGCTTCTTATTGAAGCATTGAAGCAATGAATGACACCCGAATAAGATTTGATTTAACGTAGGGGC TTCAAGAAACAATTTTCAACTTCTCTGACCACACATTGTTCCCAACAGATACCAATTTTGGTCAATCAATTTGATTGCAT TGACTTGAAATGTTTACATTGTATAAATACATTCTTACACATTGTAATTAACTTATGAGCTTTTATCCTGTACCAAACAG GAACTGCTAGAATCAATGCATTGACCAATTGCTAGATTGTCAAGGAATTACAAGTTCTAGTTTTCTGAAATCCAAATTGT ACCATCTGCAAGTTTGTTATGCAAATGTTCAGCATATTTGGTAAATCATTATCGCGATTCTTCCATCCAATGCACCATTA AAAGATTTGGAGAAGTTTCTGCATGTGATTCCACTGAAAGATCTATCTATCCAAGCCTGTATGCATTCGTTAACAACTTG GGCGAGAACTACAATCGAGTATCACCACTTAAGTTGTTTTTCTAACATCTTGAAGAACTACATGAGCAGCATTGCGTCCC GGAGCTCCCATAACTCCACCGCCAGGATGTGCCCCACTTCCACACAAGTATAACCCTTTAAGCGGAGTCTTGTAGTTTGA CCTAAACCCCATATCAATGTAAACAACCATGTAGATATCAGTTCTATGTCAGAAAACTAAACCAGATTAAATCACAGGCC ACTTCAATTTTATTTTACCATCCTTTTACAGGTCGCATGAGGAAAAGAGAATCCAATCCCATAGCACCATGAAATATATT CCCTCCTGAAAGAAAAAAAAAACGGATCAAATGTTAATAGTGAAGATGAACTAGTGGTTTTGATGAGGTAACAGAATGAA TTGCAAGATTAATAAGATGAAATGGTGCTGGAAATGATAGTATTGATGACAGAAAACGATTACAGAATGAAAGATAGAAA TATTGCTAGAAAACTCTAACAATCCCAAAGAGGAGCACTAATGGCTCTCTCCCCAAAAGAGATCTTACTCTCTCTCCTCT AACAGAAAGATAACAATCATTGGTCCCCTAAAAGACATTCCAATATTCCCTTATACTAACTAACTACAGCTCAGCATTAT GCAGCATCTTTTCCCTTCCTCCTCGTGTAGACTTTCCAAGCCTTGGGCCCGCCAAGGCCCACCCTAGGATTTGGGTTTCT ATCAACTCCTTCTCCCTTAAGAACAGCCTTGTCCTCAAGGCAGAACTCAGGGAATTGGCCTGCAAGAGTCTCATTATCTT CCCAAGTGACTTCTTCTACAGATTTGTGCTTCCATTTGATCAAGCTTTGCTGAACCTCTCTGTCTCCATGCCTAACAGTC CTGATCCCGAGGATGGATTCAGGGTATACATCATCAGATTCCTCTATGCCATCTGTAGGTAGTTCCCCTTGGACTTGATA GTTACCAATGGCTTTTTTAAGCACTGACACATGAAAAACTGGATGGATCTTTGACTCTGCTGGGAGCTTCAGTCTATATG CCACAGCACCCACTTTGGCTTCTATCTGAAAAGGACCATAGAACCTGGCAGCAAGCTTTTGATTAATTCTCTTAATCACA GAGTGTTGTCTATGGGGCCTGAGCTTGAGAAATACCCATTCTCCTACCATGAAACTCAAATCCCTTCTCTTCTTATTTGC ATAGCTAGCCATTTGTTCCTGAGCTCTCTTCAAATGTGCCCTGAGCTGCCTTAGTGCTTCATCCCTCTCACTCAACTCTA CAGCAACAGCAGCCACTTTGGTTTCATTGGTGAGGAACTTAACCACAGGAGGGGCCTTCCTACCATATACTACCTCAAAA GGTGTTTGTCCAATGGAACTGTGGAAAGTGGAGTTGTACCAGAATTCAGCCCAAGGAACCCAATGGGACCAGGTTTTGGG ATGATCAGAAGCAAAGCATCTCAAATAGCTCTCAAGACACCTATTAATGACCTCTGTTTGGCCATCAGTTTCTGGATGAT AAGAAGAACTCATCTTCAATCTAGTCCCCTGCAGTTTGAACAACTCCGACCAGAAATGACTCACAAATATAGGGTCTCTG TCACTGATAACTGAATTAGGAATCCCATGTAGCCTTACAATCTCTTTGGCAAAAACCTCAGCAATGGATTTTGCAGAATA AGGATGTTTCAACAGAATAAAATGGCTGTATTTAGATAACCTGTCTACTACCACTAAGACAGCTTCATACCCTTTTGATT TTGGTAAACCAGTGATGAAATCTAAAGATAAGTCTTCCCACACTGCATTGGGAATAGGTAGAGGCTGTAGCAACCCCCCT GGTGACACTGCACTGTATTTTTGTCGTTGGCACACATCACATTCCCTGACAAAATCCCTAACCCTTTTCTGCATTCCTAG CCAATATAAAGAGTCAGCTAACCTCCTATAGGTCCTCAAAAACCCCGAGTGTCCCCCTGAAAGAGAAGCATGGAATTCTT GTAACAGCCAAGGAATTGATGGGGATGTAGGTGCTAAAACCAATCTGTCTTGGTATAATAGAATTCCCTGTTGGACAGTA AACCCTGGCTTAGATTGTGGAGATTTCAGGACTTCCTGAGTGAGGTTCTGAATGTAGGGATCACTAGCAATCTCCTCCAG AATTTTCTTCCTATCTTTCCACAAAGGAAAAGACACCAGAGTGTGGAATTCACCCTCATCATAGCACCTGGACAAGGCAT CTGCAGCCTTATTCTCCAGCCCTGGCTTATACTTTACCTCAAATTGATAGCCTAAGAGCTTGGCTAACCAACATTGCTGG TCTGGGGAAGAGACTTTCTGTTGAAGGAAGTGTTTCAAGCTCTTGTGGTCAGTGTACACAGTGAATGCTCTTCCTAACAA GTAATGCCTCCAATGCTGGATGCATAAAACCAGGGCCATAAGTTCTTTTTCATAAACAGACTTTGCAAGGTTGCCATTAG ATAGAGCTTTGCTGAAAAAAGCAATTGGTTGCCTTTGCTGCATTAACACAGCCCCTATCCCTCTCCCTGCTGCATCACAC TCTACTTCAAAGGGCTTGGCAAAATTGGGCAGAGCCAAGACTGGGGAACTTGTCATAACCTGCTTGAGCTGTTGGAAAGC TTTTAGTGCTTCTGGATTCCAAGAAAAATTGTCTTTCTTGGTGAGCTCAGTAAGAGGTTTTGCAATTTTTCCATAGTCCT TAATGAATTTTCTGTAGTATCCAGTGAGTCCCAAAAAACCTCTCACCCCTTTGACATTTTTAGGCTCAGGCCAATCTATA ATGCATTGGACCTTCTCAGGATCCACTGCTACTCCCTTCCCTGAGATAATGTGTCCAAGATAGTCTATCTGTGCACAGCC AAATTTGCATTTGGCTTGATTGGCTACAAAACAATTTCCCAGCAGCACAGTTAAGACTAGATGCAAATGCTCCTTGTGTT CTAACAGATTTCTACTATAAATCAAAATGTCATCAAAGAAAACTAACACAAACTTTCTAAGGTAAGGTCTGAAAATGTCA TTCATGATAGCTTGAAAAGTAGCTGGAGCATTCATTAAGCCAAATGGCATGACCAAATACTCATAATGACCATTGTGAGT TCTAAAAGCAGTTTTAGGAATGTCATCTTCATGTACCCTAATCTGATGATAACCTGATTTTAAATCAAGTTTTGAGAACA TGCTTGCACCATTTAACTCATCTAATAATTCATCTACTATAGGGATTGGATACTTATCTGGTACCGTAGCTTTGTTCAAA GCTCTGTAGTCCACACACATCCTCCAAGTATTGTCTTTTTTCTTCACCAAGATGACAGGGCTGGAAAATGCGCTCATACT AGGCCTGATGATCCCTGCTTCCATTAGCTCCGCCACTTGTTTTTCTATCTCCTCTTTCTGATGATGTGGGTATCTATATG GCCTCACATTGATTGGACCATGTTCTGGACTCAGAGTAATTTGGTGGACCTTGCTTCTTTCAGGAGGTAATTGAATCTTC TTCCTGAAAACTTCTGGGAACTCTTCAATTACTTCCCTGAGTTGCAGTGGTATATCAGCCACTTTCCTGGTGATTTCTGC TGATTGTAATTGAGGCCACCACCCCTCCAAATTCTCTCTGCCTTGAGTATCCTTTAGGAAGGAGTGAAGGTTACTTTGGT TGCTATCATTTCCCTTCATTCCTTGCAGGGTCACCATCTCTTCCCCATGGACAAATTGCATTGTCAGAAGTTTCCAATCC ATCACCACTTTCCCTAGTGTACTGAGCCAGGAAATTCCCAACACCAAGTCCAAACCCCCTAAGTCTAAGACCAAGGCATC AATGACTATCTCAATCTTCCCTAACTGAGCCTTAATTCCTCTACAAAATCCTGTAGTAGTCACCCTGTGGCCATCCCCCA ACTTGATTCCCCTTGAGGAGATAGGGGTAATCTCTAGTCCCAGAGCCTTGGTAATCTTGGGGGAAATAAAATTGTGACTC GCTCCACAGTCAATTAAGATAAGTAAAGCCACACCATCGACTTGCGCTGCGAGTTTCATGGTTTGGTACTCCCCCATACA ACCCAGAACACCCATGAGCTTGCATTCCGCTGGTTCTTCTTCTTCACTCTCTTCAAGTTCTCCTTCCAGCATCACTATCT CACCATCCTCACCCATGGTTTCTCCTTCACCCAGAATTAATACTCGCAGTGCTCGCTCAGGAAACTTGTGCAGCGTGGGA TGATATTTTCCCCCACACTTAAAGCATAGTCCCTTCGCTCTCCGATTCTCTATCTCATCCGCTTGAAAGCTTCTGACCCC TCTCCACCGATCAGAGTTGCCGGTGCGATGGTCGCCGTCAGTTTTCCTCGCCGTCGATGACAACGACGAAGCTGGTTGCG CGTTCGACCCATACGAGCTAGAAGATCGATTCAGACTTGACCCACTGGATTTCACGAATCGGGTTGTGTCTCTACTTGAA AACCCGCTTCTATTGGCGGTTGGGCCGGCCCAATTCATTTGACCCGATCGCTCCAACCCGTTTTTCCTAACAACCCGTTT ACCGTCATCTTCTTCTTCCCTCAACTCTTCCTCCACATCCTTCGCGATCCGCATCATCTCCATACGAGTACTCGGATTCA GTGTTCGCACCCGTCGTCGAATCGGTGGCTTGAGTCCACTCATAAAATAGCCCAGGTATTGATCCTCTGGTAACCTCCCC ACTTGTGAGGATAACAGCTCGAAAGCCTCCACAAACTCCTCAACGCTACCGTTCTGCCTCAGCGTCGATAGTTCCTCAAA GGGATTCTCCAGGCGCCGGCCTCCATAACGCGCAATCAAAGCTCGTTTCAGTTTTTCCCAGGATAGCTCGTCTTCCGTCT CCATCAACAGATTGAACCAATGGATCGTCGATCCTTCCATGCTCAAGCGAGCCAGTTTCACCTTCAACTCATCAGGTGTG CCCTGTACATCAAAATAAATCTCAGCTCGAGTGATCCAAGCAACTGGATCATCTCCTTCAAACACTGGCAGCTTCACCTT CTTCCCGGCGAGGCGCGATTCTCCGGGACTGGAATCCCCAGATGATGCTTCACCCTCATGAACCACTCTCTTTCCCATCT GCTTGCTCAGTTCAGTCAGCAACAGACTCTGTTGTTGCAGTTGAAGAGCAAGTTCTTGAAGCGTCGTGGTCACCGTACCC ATTTGGTTTTCCAGAGCTTCCATACGATCAGTCATCTTCGGTGGCATCTACCAACACTGGTTCTCGTGGGATGGGATGAT CCGGCAGATCGGACCAATTGATGAGGTAACAGAATGAATTGCAAGATTAATAAGATGAAATGGTGCTGGAAATGATAGTA TTGATGACAGAAAACGATTACAGAATGAAAGATAGAAATATTGCTAGAAAACTCTAACAATCCCAAAGAGGAGCACTAAT GGGTCTCTCCCCAAAAGAGATCTTACTCTCTCTCCTCTAACAGAAAGATAACAATCATTGGTCCCCTAAAAGACATTCCA ATATTCCCTTATACTAACTAACTACAGCTCAGCATTATGCAGCATCTTTTCCCTTCCTCCTCGTGTAGACTTTCCAAGCC TTGGGCCCGCCAAGGCCCACCCTAGGATTTGGGTTTCTATCAGGTTTCAAGCAGAACATCAACTCATGCTAAGATTCATC CATGTTTTCTTTGTTCTTTTTGTACCCTTTTGTTTAATGAACTTCTTTTATCGCCTATTAGGAAAAAAACAACTTATTTT CTCAATTAAGGTTTTGTGCCCTAGGAAAAGCCATTTAGCTTGTAAAAATATAAACTGCAAAGGCATTTGTTTAAGTGAAT AAGGCAAAGTGACCTGTCAAACCGATTTCCCTTTCAAGATCTGGAGGAGTCAGCATGTCATAACCAATGATTGATGAGCT GAAGCCAGGGGCATATTCATCAATTAATGTGAAGCATTTTTGTGCAAATGATTCCTGAACAGAACAGGTGAGATATAACG AGGCACATTTAATATAAAGTATTCAACGACAAGTAGCTTTAGCACTAAGTGGCAACGAGCAAACACAAGTGCGTGACCAT GGAAGAACAAAACAACTCTGGACATTGAAAAGCACAACAGAGGGTGAGACAAAAAAATATGAAACTAGAACATCCAAAAC AAACTTACTCGGTAGTCATGATCTTGCCAGTCACCATCCAATGGTTTGTAGGGTGTATACTGCACAAACAGGTTGATCAC ATGCTTACCTATAAAGAAAACAGATTTCATCAACTAGATGTTATTAACATATTTCAACTATTATGAAGGAATCAAATACA GATAAATTGACCAGATGACTGCTGAAACACAATCCATGTTTACAGTTACAGTCTGAGTTAAAGAAGTTCAATGGAACATT GAAAACAAAACAAAATCACTTAAAAATTGCTGAGAAATAAAATGAATATATGCAGAAAATGCATTGAAATCAAAGTAGCT AAACTGACTCTCATAAACAGAACATATCATCACATTCTTAAACGCAACATACCAGGAGGAGATATAGTTTTGTCCAGAAC AGAGGGAATTGTCATCTCAATAACCGGTCTTCTTGATGGTACTCCATTCACCGCATCTTGACATGCAGAGTGAATCTCCT CCATGCTGAATAGAAATTAACAACGGCAAAGAAAAATATAAGTACTCTGAAAATAAATAAGTTGCAACGGTCCATATTGA ATAAGACTACAGCAAAATGTACGTACTGACTAAACAGCATGATTTCACAATAGGTGAGATAATGATTCAATTTTAACATA CCTCTCAGAACCTATATGAATGGTGCCAACATGCTGCGGGCCATCATGAGGATGATTTAGCTTGCAACATTGAAATTGGG GCAATTTATCAACTGCTATATTTATTTTTGTAGTAGCCTGTTTCAGTAGATATTAACAAATCAAAGAAAGGCAATTAATG AAGACAAAAACACTAAAAAAACTTCCTCAAAATCTATCATAATTTCCATAATTTTGAGAAAGAAAAGGGGGAGAAAACCC TATTGTGCCAAATCAAAATTTGTCTTTAACAGGTATTTTGCTTGATAGTTGCAGCGGCTAGCATAGAACTTTATCCCTGT TCTAGCAACTGATTAATATTTGAAGTTTTTCTCAGAGATATGATTTCCCCGTGGATGAATTCTAGGCATTCTTCCTCATT ACCAGACAATAAAATAAAAGCACACTGTGTATGTTACCTATTATTTTAGTTCAGTAATACATGTACTAGAGATTGAGGGT ATCAAAAAAGAAAAATAAATTGAGAAAAAAGTAGTGAATTAACTTACGGAACTGTAGTCAGAATGCTTAATTGCACGGAC AAAATCATCAGGGAGGACATTGCTGGGAGCTAATTCCTGGCTCATATTGGCAGATACTTCAAATTAGCACCAACACCAAA TATAGGTACCAGAGAAGTGTATTTGCAGCTAGTTTGAGAATTTACCATGAAAGTTTTATACGGAGTCGCGTTAGACAGAA TCACTGAAGAATGGACTTCAGTACCATCAGCCAAAATCACCTATATGTAAGCCATATCTTTAAAATTTAATTACTACGAT CCACCTCTAAAAACCTTCTTGATTGAGTATACTCATGAACAACACTAACCCCACGGACAGTGCTAGAGTTTTCGATCAAC AATTGAGACACCTACAATAATACAGGATATCATGCTGTTTAGAGCCTCAGCAGGGGAAAAAACAGAGAAATAAAAGGTGC GGGGGGAGGTAATAGAAGAATTATTTATGCAGTGTGTAAATTTGAAAGCTAACATACCTCTGCATTTGTTATAACATGTG CTCCAGCTTCCACAGCAGCACTGCCAATAGCCTTGGATATTGAGCCCATTCCACCTTCAACATATCTACATGGAATAATG ACATGCTAATCACTCAACTATAAAATGAAGAAATCATTGGTAAGGAAATTTATTTTATCTTGAGATAGAACTGCCAGTCA CATTATAATTTTTAAAAATATACATTTGCGCAACTTTTTGTGTTTCTTGTCTTTTTTTTGGGGGGGAGGGAGGGAGGGGG GTGTGAAAAGTTGCTCATATACTTTAAAACTTTGAAAATGTAAACGAAGCAACTCAAACTACCTCTAACTGTTAGGCTAC CCTCCATTTGGTCTACCCTTTTTATTAGTGCTTTAGTGTGTTTTCTTCACATGTTATGTTTAAACTACCTCAGAAGAGAC TATATCACTTTTTCTACATTAAGTGCTACTTTGATTTTCTATCTAATAATGCTTTCATTCCTAATCCTACTCTGTCTTGT TTGACTGTTCATCATTGTAACATTCTCATCTCTGTAACACAGAACTTACTGTCATATTTCAATTACCACTCAGCATTCAG TCCCTTACAACAGTGCAAGCTGTACTAGAATAAAATTGTTAATAATATGGTGTACTATTTATGTGTTATCTTCTGTATTC TAAAATCCTTTGACTCACCATACAGCAGTAACTTTTCAGAATCAATACTGGTGTAACATAGCCCAAAAAGTACTAGTAAA AGCATAGGAAAAATATTTTTGGCAAATAGCAGTATTCCATTCATGTGATGCATGATATAGATATCAAATTAGCAATAGAG ATACACACGACCAAACTCCACGATCTCCATCAGATTCTCCCATCACATGATGTAGTAGAACATAACCACTTCCTGGGGTG TGGACGCTGGCCTGCATTACAGATTTAGTAATACAATATGAGATGAAAGATGAAACAATTATTCTATTTACATCAGAGAA AACTCAGTGGCACAATTGCACCATTATTGTCAACTTCTCTCACAAAGAAGTATAAAGAAATTCAGATATATTTTATCTGA AAATGTTTTTTAAATATAGTGCATTTTTACACCAAATATAACTGTTCTTACTGTACTTCCTATCACAGCATCAGTTGCAA GGGTTGCCTTCAGAACATCTGCCTGCATAAATAGTATCAAATAAATCTGAAGATTACACCACTAGTAAGCTAACTTTCGA AATTTATTTGCATGGATAATTAAACAATGTATTAGAATTAAGAACAGAAAGTGTCTAACTCAACCTTAAAAGCTATCTCA GGTCATTATAAGCGGGTAATTTGTCCAAATATCCAGCCAATACGGCATCTAAACACACCCCCTGCCCTCAAGACTCAATA TGTGAAGCATTTCATATGACAGGACATCTGCGGGTGGCACTACATTGGTGTCAAATAACCACTTTATCCCAAAAGCTTAA GCTGTTGGGTAAGGATCACTTTAATGGTTTTATATTATATTCTAACACGCCCCCTCACGCAAGAGCCCTTTGGGCTTGAA GCGTGGATTACTGCACAGGCCCACCTACCATGTGCTTAATTAAATTCCACTTTTTTAATTAGAAAGTGAGGGGAGCAAGG ATCGAACTCTAGACCTCTTGATCATAGAGGCTCTGATACCATGTCAAACAACCACTTTATCCCAAAAGCTTAAGCTGTTG GGTAAGGATAACTTTAATGGTTTTATATTATATTCTAACAATTGGAACTGAAATAGGCTCTAATTCCATAGGAGAATTGA TGAGAGTGAACTAGACCTAACTCAACTCAAAACCTAGTTCAAGGGTGGAGAGTCGCGCATATGCAAAGGGTACTTTGCCT ATTATCGAGTCAATGTGGGGGTCTTACGACCATAGAACAAGGGAATAGATGTCAAGGGGTTGAGGAAGAACTATGAGATG GAGTATGTTATGAATGGAAAGAAGAAAATAAGATAATGTGCAAATTTAATTTATGAAATTCATTATTCTAATATGCAGCC AGTCTCTTGTAGAACTTATCTTTCAAAGGGAATAAAAATAAAATGATGTACAACGAATTTCTAAGACACTACATATGAAC ACAATCAAAGTGAAATTTCAAAGAAATAAGAAAATATGTGTTCAAAGTTGAAAGGCCTAGTCAGAGAGTATGATGTTGAA GGGCTAAACGAAAAGATATTAGAATGTTCAAAAGTCAAAACCAATTCGTCAAAACTTCAGATTACTTCAAAACAGTTGTT CACTTTAGATTAGACTAGAGACCATAAGATTACCTCAAACCAGTTGTTCAAAACTTTAGAAGCTGGGGACAACAAAAGGT CCAAAAAGTCCCTGCCAAATAAATAAACAGACATCATGTAGATTGATGCTTCAATTCACAATTTCAAATTACTAGTTATC ATGCACCCTTTACTGCTTAGCATTCACAGTAAAGGCAATGTATTGCTTATAAAAAAACAAATTCCTGAGAAAGAAACACA GACTTACACCATATCCTTTTGTTCCAAGGAGGATGCCTGCCGTAGACAACTCGCCCAAAATACCGAGTTCTGTATTTTAT TCTTCAGGTTTTCATTAAGCGACGACTTATGCTTCAAAGATTCAGGCGGAGGCGAATCCAGCACTATATCCATGAATTTA CAGAACTTCTCAAGCTGACCCTCATATCTGAATGATAAAAATAATGAAGTTCTTCAAAAAAATGCAAGAGACAGAACGGT TAACAGACACACAAGTCTTGCTAAATTACGATTATGATACAACCAATGCAGCTTGAAAATAAAGGTTGGTCAAATTCACA TCATCAAAAGGCCAATGCACAGACTGAATGAAGAACACCAATATATTTCCGAGTAAATTTCGTGAAATACATACATTTTC AACTAAACAAACCAGATTTTAATTTTTTCTTACTGCACACTCAAAGCTTCTAAATCATTATTCTACATTTCTACTCTACT GTGCTGGCATTCAAAGGTGTTGTGCTATTCATTTTATCATC
CDS sequence (LotjaGi4g1v0117300.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGATAAGGGCAGTGCTGGTGCTGAACACGCAGGGGAAGCCTCGTCTCTCCAAATTCTATGAATATCAGCCAGTGGAGAA GCAGCAACAACTTATTCGCAATGTCTTTGCTGTCTTATGCAGTAGACCTGAACATGTCAGCAATTTTGTGGATGCTGAGT CCTTCTTTGGCCCGGATGCTCGCCTTGTCTACAAGCACTTTGCAACTTTGTACTTTGTGTTTATTTTTGATAGTTCTGAA AACGAGCTTGCCATGCTTGACTTGATACAAGTCTTAGTTGAAACGATGGACAAATGCTTCAGAAATGTTTGTGAGCTTGA TGTCGTGTTCAACTATAGCAAGATACATACTATACTAGATGAGATTATTTTCGGAGGCCAGGTGTTGGAGACAAGTTCAA CTGAAGTTTTGAAGGCTATTGAAGAAATATCAAAGCTTGAAGCAGCATCCAATACCATGAATCTTGTTTCAAAATCTGTT TCAAATTGGAGGTCCCGGTAG
Protein sequence (LotjaGi4g1v0117300.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MIRAVLVLNTQGKPRLSKFYEYQPVEKQQQLIRNVFAVLCSRPEHVSNFVDAESFFGPDARLVYKHFATLYFVFIFDSSE NELAMLDLIQVLVETMDKCFRNVCELDVVFNYSKIHTILDEIIFGGQVLETSSTEVLKAIEEISKLEAASNTMNLVSKSV SNWRSR
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 | 166 | 166 | 7.0E-82 | – | |
| CDD | 1 | 145 | 145 | 1.02088E-87 | – | |
| Gene3D | 1 | 162 | 162 | 1.7E-60 | – | |
| SUPERFAMILY | 1 | 145 | 145 | 1.19E-40 | ||
| PANTHER | 1 | 166 | 166 | 7.0E-82 | ||
| PIRSF | 1 | 157 | 157 | 1.1E-56 | ||
| Pfam | 1 | 146 | 146 | 4.7E-49 | ||
| ProSitePatterns | 62 | 72 | 11 | - |
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 |
|---|---|---|---|---|
| Biological process | Intracellular protein transport | The directed movement of proteins in a cell, including the movement of proteins between specific compartments or structures within a cell, such as organelles of a eukaryotic cell. | ||
| Biological process | Protein transport | The directed movement of proteins into, out of or within a cell, or between cells, by means of some agent such as a transporter or pore. | ||
| Biological process | Vesicle-mediated transport | A cellular transport process in which transported substances are moved in membrane-bounded vesicles; transported substances are enclosed in the vesicle lumen or located in the vesicle membrane. The process begins with a step that directs a substance to the forming vesicle, and includes vesicle budding and coating. Vesicles are then targeted to, and fuse with, an acceptor membrane. | ||
| Cellular component | Membrane coat | Any of several different proteinaceous coats that can associate with membranes. Membrane coats include those formed by clathrin plus an adaptor complex, the COPI and COPII complexes, and possibly others. They are found associated with membranes on many vesicles as well as other membrane features such as pits and perhaps tubules. |
Expression pattern of LotjaGi4g1v0117300.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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