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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0318400 |
| Transcript ID | LotjaGi2g1v0318400.2 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | AP-1 complex subunit gamma-2; TAIR: AT1G60070.1 Adaptor protein complex AP-1, gamma subunit; Swiss-Prot: sp|Q9ZUI6|AP1G2_ARATH AP-1 complex subunit gamma-2; TrEMBL-Plants: tr|V7CJD1|V7CJD1_PHAVU Uncharacterized protein; Found in the gene: LotjaGi2g1v0318400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:79328753..79340622) extracted from Lotus japonicus Gifu genome v1.2.
ATCTTTTATTTTTCTGATTGATATCCTCACTTGTAGGGATATGATTCGAGCCATACGTGCTTGCAAGACTGCAGCAGAAG AACGTGCTGTTGTAAGAAAAGAATGTGCTGCCATTCGTGATTCAATAAATGCAAACGATCATGACTATAGGCATCGAAAT CTGGCTAAGCTAATGTTCATCCATATGCTTGGTTATCCCACACATTTTGGTCAAATGGAGTGCCTCAAGTTGATAGCATC TCCAGGATTTCCAGAGAAGAGAATAGGTTATCTTGGCCTCATGTTGCTTCTTGATGAAAGGCAAGAAGTTCTGATGTTGG TCACCAATTCTGTAAAACAGTATCCATTTTCTATTTGAATTTAGTTGTCTATTCTCTGATTTCTTACATTCTACTTTAGA TGTGTTATTGATATTGATCTTCTACTGAAACAAATTGAGGGTAAAATATTAATAATGGTTTCTGGCAAAGCCTTAACTGA GTTGTAGAGATCTTAATCACACAAATCAGTATATTGTGGGACTTGCACTTTGTGCTTTAGGAAACATTTGTTCAGCAGAA ATGGCTCGGGATCTTGCACCAGAGGTTGAGAGATTGCTGCAATTTCGTGATCCAAATATTCGGAAGAAGGTGATTTTTCA ATGTACCTCATTTCTTCAGAGTTTTTATCTTTACCATCACATTTAAATTTCATACATATATTGGCCTTTTGTTATAAATT GAGGGAAAAGAGGCCATGGATGTTTTTTATGGTTTCATAGTGACACAATATCTTCTACATACTTACATAGTGACATTAAC ATATTGCTTTTCAGTTATAATGATTTGTTTTGTAACTTCTGTGCTTTTATTCTGGTAGGTAATGACTTGTTACTACATGT TCTTGTTGCTTAACTTGCTGTAATGATTTATAATTATGGATTGTGAAGAACTTCTTTACATACATTTTTGCCTGATTGGA CTATGATTTTACTGAAAATTAGATGTCCCATAGGACACGATTCTTGATATAACCTGATTCTGGTCCTTGTACTATAGTTA AGTTACTTGCCTCCATCTTTGCGTGATTGCTAATTTTTAAATTGCAAAGAGAGAATCAAGATTCAAGAGACAGCATGCAT CTACTCAACCATTTCCAGTTGGAATGGAATTGGAAAGACATTTTGCCATGGACTTAAAGCTCCTAGATAAACAAAGATGC TGGTTCTGTTTTTGTGTTTTCTGGAAAATATGTGAATTTTTAATTTCAACCATTCCATGAATTACACAATCCCAGTAATA TTTGGCCTAAGGGAGTAATTCTGAAGCTCACAGACTATTATACTTTATGTTGCAATGCTCATTTGAAGAGTCTGCTCTTT CGTTCTGTGATGTTAATAACAATTCTTACCTTATAATAGTCTGTGCTACAACTATTTGACTTTACAATTATATTTTGGAA TGTATAATCTTGCATGATAATCTAATTTGATACAAGTTATGAGCTTTAATACAAAACAAGTTGGTTGTAACATATCACTT TTTTTCATCGATTACCAGTCAATTTGTTTAATGTCTATTCATGATCCTTTTCCTTCAATTTTTGTTATTGAGTGGAAGTC TACTTATTAATGTCTTTTTAATCACTTAACATGCAACAAGTTAGTTCCATAGCCTAATCTCAGTTGTCACTTATCTAGGA TTGTGACCCTCCTACTCCCCTTTTCTAAACAATTGTAACCAGACAATGTAATTTAACATATATGTTGTTGACAAAACCTG TCCCATATAACTGCTTGAGTTGCCATTTTTCATTCTCTTAAATTTTTCATTCTCATAAATTAACTATGCTCCCTGTTATA CAGGCAGCATTATGCTCTATAAGAATCATAAAGAAAGTTCCAGACTTGGCAGAAAATTTTATCAATCCTGCTACTTCCTT ACTTAGGGAGAAACATCATGGAGTTTTGATTGCTGGTGTTCAGCTTTGTGCAGATCTGTGTAAAACTAGCACTGAAGCTC TTGAACATATTAGAAAGGTATTTTTCATCTTTCTTATTATGTTGTCAATCATATAGTGTATTTTCCTAGTACCCACTTTA GATATTAATTGAAGTAAACTTATCTAATACAGACTTAGCATGGCCAAAAATATTCTATGTAATGAAGCTATTTTCTGGAA TCTAGTATTTGTTGATCATAATTTGATTGCCTCACAAAATTGAAATGCTTGTGATTGTTAATGTAGTGTTTGAGCTTTTC TAACTGCTATTATTATTTTGGTATTTGTAACCTCTTTCTTTTCAAAGACTGCCTTTCAGTTTCAAGGGCACCCACTGTTT AGTTTTTGCAAGCAAGTCTTTGGGGTATAAATGTGTATAATCTGAACTGTAAAGGCAAATACGCAAGGTTCAATTATGAA ACTTTATAATGACAAGGCATACCTCTTAGGGCATTTTTATATGAACATTAAGCTTTGATTTTAACAAAATATTCTTTGAA CAATTATTACAGAAATGCACAGATGGTTTGGTCAGAACTCTTAAAGATCTAGCGAACAGTCCTTATTCACCAGAGTATGA TATTGCTGGCATCACAGACCCGTTTCTCCACATCAGATTGCTTAAACTTTTGCGAGTGTTGGGGGAAGGTGATGCTGATG CTAGTGACTCCATGAATGACATACTTGCCCAGGTCAGTTGTTTGTACATGCTGACACTTGAGACTTAAAATAATCTTAAT ATTTGATGCTTATTAGTTATTTCATGGTTGAGATGTACAATGTTTTTATACAATGTTTCCTAGTCAGGGATTGCACATTC AACTTAATAAGGAAACGATAATAATGATATTACATAGTAAGTCAGATCCTAATCGATCAGTTATCTATTTCCCGAAATAA GGAAATAGCATAATTGCAGAATATATCAACATATATAACATATCTCAACGCTCCCCATCAAGCTGGAGCGTATATGTCAT GTGCATCTAGCTTGGAACGTATGTATACTTTAATATTCTCGGACCCCTTAAAGGTTCAGCGAAAATATCGACAAGCTGAC CCTTGGAGAAAGCAGAAGAAGTTTTATGATGTTAGAAAGAATTTTTTTCTCTTATGAAATGATAATCAACTACTCTTAGA CTGGATTGGAGCAGAGATGCTACGCTGACTGGTTATCACTCATTAGCTCAATGGAGTCAACATCACAGAACCACAACTTT TGAATTAAATGCTTCAACGGCAGGAGCTCGCAAGTTGTGTGAGCCATTGTGTGTTCCGTAGCTTCCTGCTTGATCTAGCA ACAGCGATTTACTTCTTTTCCACGAGATAAGGTTTCCTCCTATTCAAATACAAATAACTCGAAGCAAACCGCCTTTCACT CGCATCACCAACCCAATCTGCAATGCATATGGATATCCAACAATATCAGTTTGACCCCTATCTATGTAAAGAAGTCCCTT TCTAGGTTACCTTTGATATGTCTAAGAATATGCATAAGCATAACAACCCGCCAATGACTATCACATGGATAATTGAGGAA CTAACAACACTGGTTGGGAAGGATCTATAAGGTTTGGTCATGTTGGAATAAATTAACTTCCCCACCAGTCTCTGGTATTT TCCTGGGTCAGGATAGAGCTCCCCCTGATTGGGAAGAAGCAGCTTGGCATTAGGATCCACAGGTTGTCAACTAGTTTGCA ATTTAGAAGACAGTTCTCCTCCAAAATTTCAAGAGCATACCTCCTTTTGTGAATATTTTTAATCTTGAAATCCAATGTCA GTGTTATATTCCTATCTAGTTCTTTGAAGATTTATGAGGGTTGCATGTGGGGGTTTTGGTCTCTATAATTGTATACTACT ATAATAAATTATTTTTATTTTTGGCCAGGGACAAGACAACTATTTGTACTGTAATTATATAGGTATGGTTTGGTCAATGT TAGAAGCTCCAATTAACTTACTGAGTTAAGTTTCTTTTATAAATAGTGTTAACCGCTTCTTGTAGTCATCAAGATGTAGA TCATTCATTTTAGTATTTTTAGGATATGTTTGTTGTTTTTCCAATATGTTATGCCAGTAAATGAGTTGATGATATCAATC TACTATTGTTTATTAGCAGCCGTCTTTTTTGAAATTTACTGTTGATAATTTTTAATTGCTATCTATTTAGGTGGCTACAA AAACCGAGTCCAATAAAGTTGCAGGGAATGCCATTTTATATGAGTGTGTTCAAACAATTATGAGCATTGAAGATAATGGG GGCTTACGCGTACTTGCCATCAATATCCTGGGAAGGTTCTTATCAAACCGTGACAACAATATCAGGTTCACTTCTGGTCA TTGCTTTTCTTGTAAAGCATGTGAAAAAACATGATTAAGACTAAGACCACTGCATTGAGTGTTCTCATTGTAAGGTTACA CTTACGAAAGCTAAGAGAAGCACAAAATATTTAAGCACTGTTGTGAAGTCATATATTGACTAGAGATATGGCCAATTAAG TCCTTATAAAGGGTAGAGCAATCCTCACCCCTGAACTGGCTTTTGGAATAGAGTTAGGCCTAACCCGAATTCTAAGGTGG TTTCAAAGTAGTTCCTAGGTCCTTTCATTGGAGATCACCCAATTATGGGCCACCCACATATGTTCGTTTCTGCAAATTCC ATGCTCCGGATGTCCAGCCATGGGCGTTAGGGGGTGTGTTGAAAAGTGCCACATTGGCTATAGAGATATGGCCAATTAAC TCCTTATAAATGGTAGAACAAGCCTTTCCCCTGAGCTAGCTTTTGGGCTAGAGTTAAGCCTAATCGAAGTCTAAGGCACT GTAAGAGGTTTGGAAAATCTCCTCTAGCTTGGGAGTATTCTTTATTGCTGTTCCATGAACTGATACTAGAATGTAGGAAG TGTTCTCTTGATCAGTAGGATCAAGCTAACAAATTAATGTCGCATCTGGTGTTCTTCAAGCCTTATATTCATTCCAATCC TTTTATTAATTTGATTTTGTAATTTCTTGCTTTGCGGTTTCCATAATTCATTTCATTATTGAATTGACTCTTACTCTTGC TACCTTCTTCCTTCAGATATGTGGCGTTAAACATGCTAATGAGGGCTGTAACTGCTGATGCTCAGGCAGTGCAGAGGCAC CGTGCAACGATCCTAGAATGTGTGAAGGTATTAGATTCATTGTCTTTGTCCTTACTTATTCATTGACAAAAATCGGTTTC TGTGACTTGAGAAGTTGATCACTTGACTCTCTGCTTCAGGATTCAGATGCTTCAATTCGGAAAAGGGCCCTTGAACTTGT TTACGTTCTGGTGAATGAAACTAATGTGAAGCCATTAGCGAAAGAGCTTATAGATTATCTGGAAGTTAGTGATCCTGATT TCAGAGGAGACCTTACCGAAAAAATTTGCTCCATAGTTGCAAAGTGAGTCATAAGGTTTTGAATGACATTCTATTTCTGT ATAGATAAATTGTTTTTTCCTTTGTTTCTTTGTCTTTCTTTCCCCTTTGTTCTATTATATACCCAATCATTTATGGGGCC ACTTATGATATTCCATCAATATAAGATGGCTTGCTTTGTATCTGGAACAGGATTTTACTACCTTTCTTTTAGAAACTAGA TAACTCTTTGCCATGTTAGTAACTGTGAACATATTGGGCCTGTTTGCATACTCGTCAATCCACCATTGTCTCTCCTCGTT TATGAAATAGTAAGGTTATACTGCTTTTCATTTTTGCATCGGGATGCCAAATTTTTCCGTTTTCTATTTTATTGATGAGT ATACAAACAGCCTCATTATCTTTGTTGGTCTTTCAATTTTTGCATTTCAGATATTGCTTATCTTTCTTCTCGCTCTTACT TTGGTAAAATAAAAGAGTCCATTTGGCTCATTTTATACAATCCTCACCTTTTTTACCCAATCAGTTAAATATGAGTTTCT TTGGATTGCATACATTAGTATATTACTATTTGCTTGACAAACATTTATTTTTTGTTGCTTCAGGTTTTCGCCAGAGAAGA TCTGGTACATTGATCAGATGCTCAAAGTTCTGTCTGAGGTATAAATATAAGAGACAAGCTTTTGTAGTGAATTAAAATTC CAACCCATGCTAGCTTTTTAGGGTATTGACCACCTCAGTGATGTGTATTTACATAGGGTAGTTCTGTTGCTTCCCGTCTC TACATTTAGCATGTAATATCCCATAAAAAAAATTAATTTTTGTGGCAGCTTATTATAAGTTTTCTATAAACAATTAGTCA TTTATAATTATTTTAGTAGTTAATGGTTCTATGATTCAGGTATCAATGTTCTAACTGCTGCTTATATGTATGATTCAAAT TCTGTCTCTTAATCAACTTGTTTGAACCAGAATTGTAATGCTTTTTATGAGTCATAAAATGTCCACCTAATAAATTTGAT GGTGTATTGTCATTGTTGTTTGGAGTGTGTGGCTTGGCGCAACAGTGAAGTTGCTGCCTTGTGAGCTTGTCACAATTTCT AGTCACAGAAACAATCTTTCTGCTCATGAGGGTGTGGCTTCATGCATCTTACCCTCTCAAGACCCCTCAATGATGGGAGA TTTTTGCACGGGCTTACTTTTTTTTTGTGATTACTGTTTGGTGTGTGGTCTCCATATTAGGCCATTCTGTTATGTATTGA GTGCACGTGCTGATCTTTATCTTATGTTAGTAGGCTGGAAATTTTGTAAAAGATGAAGTGTGGTATGCCTTAATTGTGGT GATAAGCAATGCTTCTGAGCTTCATGGATATACAGTAAGAGCATTATACCGGGCATTTCAAACATCTGCTGAACAGGTGC TTACTTTTACTGTGGCCAAACCTAGGCAGACTATTGATTTTCTCTTGATGGTCAAATAATAACATTACATATTACTTTTG TCAGGAGACTCTAGTTCGAGTTACGGTGTGGTGCATTGGGGAGTATGGTGACATGTTAGTCAATAATGTTGGAATGCTTG ACATAGAAGATCCAATAACAGTGAGTGAATACTTTTTATTATAAGTTACGCACATGTGCATACTGTTGCTTCAAGTTGCA TGAGTATGAGAAATTGCTTGACCGAGAACACGAGCAATACTTTAGCAAGTTGATATATTGGTCTCAGAAGCTTCTATTAA AAATTATTCTAATTGTGCCCTTTTGATGAGGCTTCTTTTTATATGGTTATATTTGGATGATGTATAATGAGCCTGAAAGA AGCAAAATCCATCAGTCTTAGTACTTCTCGCTCACTGTTGAAATGAGATATCCGGTTCTTTTCCTGTTTCTTTTGTTCTC CACTATTGTAAGGAATGAAATGAGGTAAGTGCTAGGATTTTACTTCACATGTTTGATTGGTGTATTTCACTACTCTGTGG CAGAAAATGCTCCTAGTCATTTGCTGATTTAATTAATTTGGGTATTTATGTGCTTGTGCTTAAACCGTAAACATTAGGAT CAAAGCTAACCTTCTTTTTTGGTCCTGGCTATCCCACATTCATGCTGACCCCGCCTACCTCAGATGCAATTTGTCCCGTC AATCCCATATAGGATTTGTGATTCATACTGGTCTGTCATTGTAAATCATACCAATGGTGATCTCTCATATCTCCCTGATG AGTTGTCCCATGATGCACCATCCATGGACCATGGTGATGATACTCAGTTTTAATTCAATGTTTAATTTTTAAGTTTTGTG CATCCAAAATTTTCTGCCAAATGCTGTTCTAGATAGATCTGTGGAAGTTCTAGCTCTGGCTATTTATAATTGCTTGCCAG AAAAAAATCCCATGATCATTCCGCAGAATCTTTTCTTCCAACATTTCAACCCAATCTTCAGATTGATGATCATTCCAACC ATCTTGCTGAGTTGTCTTTCTAATTCTAGCAGTGTTATCTCTTCCACATCTTCAACATCCTTGAGCTGTCTTTTTTACCA TGCTTTGGGGAGCCCATTTTATATTTTTCTGTAGAAGGGTTTATCTGTCGCAAACTTAAAGCTTAGTTACTTTTAGCTTG ATGGAAAGTGTTAAAACCTGGATCTCAATGTATGGTTTGCATCAATGAGTAATGTAGTAATGTAGTATATCGTATATTAT CTCTTAGGATTGGTTTCCATATTTTTTATATTTCATGATTTGTTTCCCTATTTAATTGGGAATAGGAGTCTAATAACTTT CATGATTAATTTCATTACTTAATTAAGATTGGGAGTCTAATATAAATAAGGGTTACTGCAGTCTTCTGAACTGATGGAAA CTATAATCACAATATTAAGTCTTTATTCTTTATATCCCTATAAGGTTATAACTCCAACACCTTTTTAAATTTTTTAAATG ATGTTTTTCACTGTTAGCTCATTATGCTGTCAGGTGACCGAGTCAGATGCGGTGGATGTTATAGAGATTGCTATAAAACG TCATGCATCAGATCTTACCACAAAAGCAATGGCTCTGGTTGCCCTATTAAAGCTCTCTTCACGTTTCCCTTCATGTTCAG AGTATGATCTCTTTTTCAAATTTTTTATCATCTATTACATCATACCTTAAATTGGCGTTTGTCTATAATTCTCCCAGAAT CATATGTATTACATGGTAGATTGAATAGGAGTTGTCAAAAACCAACTCTCTCAAAACCATAAGTTGCTAGGTAAAGACTA AAGGCACATGAATGACACTACACATTCCCTCACACAGTAGTTCATTGGGCTTGAAACGTAGGCAATGGAAGGGTCCATCT TACTTTTTGCTGAAATTCAACATTTATTTAGAATCATAGAAGTCGGAACGATCAAACAAATGACCACTTAGTAATATAGG CTTTGATACCATGTCAAGAACTAACTCTGTCAAAAACCCAAAAGTTTATGTTGTTCATGAATGGTTTTCAATCTTAACAG TGTTTTTTCTTCTTATTCGTCTTTTTACTTCAAAGGAATTACAGGTGTAATATTCTAGTAGAAATTCACTCCCCAAGGTT CAAGATAATTTTAAAATGTTCAATCCCTATGCATGCGATCTGGTCTCTGTTGAATCATGGACTTTTCCCATCCATGGCCC TGCTTCTTAAGAGACATGCCATAAACATATTTACCTAATACAAGTCTTTTTTTCTCTTGTGCTTAATATATTTTGCGTGA AAATTTATTCCCTTTCGAACATGTATAACAGGAGGATCAGGGAAATTGTTGTTCAGTTCAAAGGGAATCTTGTGCTAGAA TTGCAGCAGAGAGCTATTGAATTTAATTCAGTCATTGCAAAGCATCAAAATATTAGGTGAGGTTCACTAGTATGCTTATC TTGTATATAAAGAGCTTGGATTTCTACTACTTGCATAAGAGGGATTCTATTATGAGAAGCTTTCATTGGGCAGGTCTACA CTTGTAGAAAGGATGCCGGTTTTGGATGAGGCCACTTTCGTTGGTAGGAGGGCTGGGTCTTTGCCAGGCACAGCTTCTAC ACCAACTGTACCTTCAGTTAGTATTCCAAATGGAGTAGTCAAACCTGTGGCTCCTCTTGTAGATCTACTCGATCTAAGTT CAGATGATGTTCCTGCACCTAGCTCATCTGGTGGTGATCTTCTTCAGGACCTTCTTGGTGTTGATATGTCAGGGGCATCA CAACAATCTGGTTGGTGTCCATAGTTTATCTTATAAATTATTATAATGCCTGAAAAGCTAGACATTTTGTCTTTATTGAT TACCATATTTGTTTATGGATCTTTGTTTAATATTTATAATTATTACTGTTTTCAGACATACAAGAGTTGATAGCATTGTT TTATGACGCCCTCTCTATTTTTTAAACCATGTGATCTGTAGGAAAATGTATTAAGAAGGACCTTGCTCTAAATGGATTTA TTGAAAACTAAGTTTTTGGTTTAACGACGTTATTTGATTGAAGTAGCCAATCCTTCCTAATGAGATAGCACTCTGGTGGT GGTGATTGTTAGGTTTTGTAAAGGATGAAACATGCAAACTTATTCACTTTCTTTATTGTAAATAGTTCCACTCAACATAC TCATAGCATCTGACTTTTATTTCGTTTTTTAGGCACTGGTCAAGCTTCAAAAAGTGGCAAAGATGTTCTTCTGGATCTTT TATCTATCGGATCACCTTCTGCTCCAAGCAGCTCATCTACAGTAGACATCTTATCCTCCAATACAAGTAACAAAGCACCA GCTTCACCTTTGGATGATCTTTCATCACTTTCACTGTCTTCAAGAGAAACTTCAAATGCTGCTCCTATGATGGATTTATT GGATAGTTTTTCTCCCAGCCCACCAACAGGTTGTAAACTTTGTTTAACATCTGGGCATTATCATTATTTGAAATTTAGTC TAAGTACTGATTTCTCTCCCTTCTCTTATAGAAAACAACGGACCAGTTTATCCATCTGTGACTGCATTTGAGAGCAGCTC CTTGAAGTTGACATTCAATTTTTCAAAGCAACCAGGAAACCCACAAACAACATCTATCCAAGCTACCTTTACGAACTTGT CCCCTAATACGTATACAGATTTTGTTTTCCAGGCAGCCGTTCCTAAGGTATGCTAATCAGTATGCTATTGAGCTTTGTAC ATGCTAAGTTCATCGTCATCATCATGATCATCATCATTGTTGTAATTTTAAACATATAATCTGAATTTACGGCTTTTAAC AAAATTGCGATCTTCATTATTATAGAGCTAACTTGTGATTCCATGCTTCCCGTTGAGTGTTGACTATTATCTTTTTTCGT TCCCTTTTGCATGTCATTTAAAAAAAAAAATTAGCGATGAGGAAAGAACTTGTGGCTGTTGCTTCTACAGTTCTTCTAAG ATATGGATTCTTGTGATAAAAATGTTTGCAGTTGTAATGACTGAATAATTCCCTTTGTATTAGTCTAATTAGTTATCTGA GCTTTTTAATTGCTAAATAGTTACTTCTAGCATGTAATGTTTGATAATCATGAGCAGTTTCACTGTTTATTCTGTGGGGT ATTAAAATCGAGTTGCTTTGTTACCTTCCATTCTCTAGCTCTTACGTATGTTGTTATTTTGGATTTTCAGTTTCTTCAAT TGCACTTAGATCCAGCTAGCAACAATACTCTCCCTGGAAATGGGTCCATAACTCAAACTTTGAGAGTTACAAATAACCAA CATGGAAAGGTAGATATACTATGTTACTATTGCTTTACTCTAAATGTTAGTGTTCTACCATGTGTCTTATCTGATTTATT TGGCATGTTGTTACAAAATTGTTCGTTTATGCTGTTTTGCTGTCATGAACCAACTATCGTAAAAGGTTAAGCTGTTAAAT GAAAAGTATATGAATGGTTTTATATCTAACAAATTTAATATTTTATAGTACATACAGCAAAAATGGTTTGATTTATGTTT TAGAGTAAACTGAGTGATCACTGCTTACTTAGTCGTTTGTCACCGAGGATGTAAAGAATTAAACACCAACTTTTAGTTTC ATTGGACACTCAGTGAAACTCCCATTAGGCATCACAAATGTCACATTTTTCTTTGATTAATGTCTGGACTATGACTTCAA TTATTGATTATGAATATTTATTTCAATTTGGGTATTATTTTATTTCTTAGCATTTACGTAGTATAAATTATTTATATCAC ATCCATATGCTTGCTATGTACGATATTGAAGCAGTTTTGGTCAACCACTAAAGATTAACCCCGCCGGGGTGTCATTTTTC TTTCTGTGCTTTGTGTGGAAAATGTGTGTGTGAACACATTTCCGAGATTGTTTTCCTGAGAAAACCTGACAGCTAGCTAC AACTCATTTTTCAGAAATCTCTTGTCATGCGCATAAGGATAGCATACAAGATAAATGGCAAAGATGCACTGGAGGAAGGA CAAATCAGTAATTTTCCTCGTGATTTATGA
CDS sequence (LotjaGi2g1v0318400.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGATTCGAGCCATACGTGCTTGCAAGACTGCAGCAGAAGAACGTGCTGTTGTAAGAAAAGAATGTGCTGCCATTCGTGA TTCAATAAATGCAAACGATCATGACTATAGGCATCGAAATCTGGCTAAGCTAATGTTCATCCATATGCTTGGTTATCCCA CACATTTTGGTCAAATGGAGTGCCTCAAGTTGATAGCATCTCCAGGATTTCCAGAGAAGAGAATAGGTTATCTTGGCCTC ATGTTGCTTCTTGATGAAAGGCAAGAAGTTCTGATGTTGGTCACCAATTCTGTAAAACAAGATCTTAATCACACAAATCA GTATATTGTGGGACTTGCACTTTGTGCTTTAGGAAACATTTGTTCAGCAGAAATGGCTCGGGATCTTGCACCAGAGGTTG AGAGATTGCTGCAATTTCGTGATCCAAATATTCGGAAGAAGGCAGCATTATGCTCTATAAGAATCATAAAGAAAGTTCCA GACTTGGCAGAAAATTTTATCAATCCTGCTACTTCCTTACTTAGGGAGAAACATCATGGAGTTTTGATTGCTGGTGTTCA GCTTTGTGCAGATCTGTGTAAAACTAGCACTGAAGCTCTTGAACATATTAGAAAGAAATGCACAGATGGTTTGGTCAGAA CTCTTAAAGATCTAGCGAACAGTCCTTATTCACCAGAGTATGATATTGCTGGCATCACAGACCCGTTTCTCCACATCAGA TTGCTTAAACTTTTGCGAGTGTTGGGGGAAGGTGATGCTGATGCTAGTGACTCCATGAATGACATACTTGCCCAGGTGGC TACAAAAACCGAGTCCAATAAAGTTGCAGGGAATGCCATTTTATATGAGTGTGTTCAAACAATTATGAGCATTGAAGATA ATGGGGGCTTACGCGTACTTGCCATCAATATCCTGGGAAGGTTCTTATCAAACCGTGACAACAATATCAGATATGTGGCG TTAAACATGCTAATGAGGGCTGTAACTGCTGATGCTCAGGCAGTGCAGAGGCACCGTGCAACGATCCTAGAATGTGTGAA GGATTCAGATGCTTCAATTCGGAAAAGGGCCCTTGAACTTGTTTACGTTCTGGTGAATGAAACTAATGTGAAGCCATTAG CGAAAGAGCTTATAGATTATCTGGAAGTTAGTGATCCTGATTTCAGAGGAGACCTTACCGAAAAAATTTGCTCCATAGTT GCAAAGTTTTCGCCAGAGAAGATCTGGTACATTGATCAGATGCTCAAAGTTCTGTCTGAGGCTGGAAATTTTGTAAAAGA TGAAGTGTGGTATGCCTTAATTGTGGTGATAAGCAATGCTTCTGAGCTTCATGGATATACAGTAAGAGCATTATACCGGG CATTTCAAACATCTGCTGAACAGGAGACTCTAGTTCGAGTTACGGTGTGGTGCATTGGGGAGTATGGTGACATGTTAGTC AATAATGTTGGAATGCTTGACATAGAAGATCCAATAACAGTGACCGAGTCAGATGCGGTGGATGTTATAGAGATTGCTAT AAAACGTCATGCATCAGATCTTACCACAAAAGCAATGGCTCTGGTTGCCCTATTAAAGCTCTCTTCACGTTTCCCTTCAT GTTCAGAGAGGATCAGGGAAATTGTTGTTCAGTTCAAAGGGAATCTTGTGCTAGAATTGCAGCAGAGAGCTATTGAATTT AATTCAGTCATTGCAAAGCATCAAAATATTAGGTCTACACTTGTAGAAAGGATGCCGGTTTTGGATGAGGCCACTTTCGT TGGTAGGAGGGCTGGGTCTTTGCCAGGCACAGCTTCTACACCAACTGTACCTTCAGTTAGTATTCCAAATGGAGTAGTCA AACCTGTGGCTCCTCTTGTAGATCTACTCGATCTAAGTTCAGATGATGTTCCTGCACCTAGCTCATCTGGTGGTGATCTT CTTCAGGACCTTCTTGGTGTTGATATGTCAGGGGCATCACAACAATCTGGCACTGGTCAAGCTTCAAAAAGTGGCAAAGA TGTTCTTCTGGATCTTTTATCTATCGGATCACCTTCTGCTCCAAGCAGCTCATCTACAGTAGACATCTTATCCTCCAATA CAAGTAACAAAGCACCAGCTTCACCTTTGGATGATCTTTCATCACTTTCACTGTCTTCAAGAGAAACTTCAAATGCTGCT CCTATGATGGATTTATTGGATAGTTTTTCTCCCAGCCCACCAACAGAAAACAACGGACCAGTTTATCCATCTGTGACTGC ATTTGAGAGCAGCTCCTTGAAGTTGACATTCAATTTTTCAAAGCAACCAGGAAACCCACAAACAACATCTATCCAAGCTA CCTTTACGAACTTGTCCCCTAATACGTATACAGATTTTGTTTTCCAGGCAGCCGTTCCTAAGTTTCTTCAATTGCACTTA GATCCAGCTAGCAACAATACTCTCCCTGGAAATGGGTCCATAACTCAAACTTTGAGAGTTACAAATAACCAACATGGAAA GAAATCTCTTGTCATGCGCATAAGGATAGCATACAAGATAAATGGCAAAGATGCACTGGAGGAAGGACAAATCAGTAATT TTCCTCGTGATTTATGA
Protein sequence (LotjaGi2g1v0318400.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MIRAIRACKTAAEERAVVRKECAAIRDSINANDHDYRHRNLAKLMFIHMLGYPTHFGQMECLKLIASPGFPEKRIGYLGL MLLLDERQEVLMLVTNSVKQDLNHTNQYIVGLALCALGNICSAEMARDLAPEVERLLQFRDPNIRKKAALCSIRIIKKVP DLAENFINPATSLLREKHHGVLIAGVQLCADLCKTSTEALEHIRKKCTDGLVRTLKDLANSPYSPEYDIAGITDPFLHIR LLKLLRVLGEGDADASDSMNDILAQVATKTESNKVAGNAILYECVQTIMSIEDNGGLRVLAINILGRFLSNRDNNIRYVA LNMLMRAVTADAQAVQRHRATILECVKDSDASIRKRALELVYVLVNETNVKPLAKELIDYLEVSDPDFRGDLTEKICSIV AKFSPEKIWYIDQMLKVLSEAGNFVKDEVWYALIVVISNASELHGYTVRALYRAFQTSAEQETLVRVTVWCIGEYGDMLV NNVGMLDIEDPITVTESDAVDVIEIAIKRHASDLTTKAMALVALLKLSSRFPSCSERIREIVVQFKGNLVLELQQRAIEF NSVIAKHQNIRSTLVERMPVLDEATFVGRRAGSLPGTASTPTVPSVSIPNGVVKPVAPLVDLLDLSSDDVPAPSSSGGDL LQDLLGVDMSGASQQSGTGQASKSGKDVLLDLLSIGSPSAPSSSSTVDILSSNTSNKAPASPLDDLSSLSLSSRETSNAA PMMDLLDSFSPSPPTENNGPVYPSVTAFESSSLKLTFNFSKQPGNPQTTSIQATFTNLSPNTYTDFVFQAAVPKFLQLHL DPASNNTLPGNGSITQTLRVTNNQHGKKSLVMRIRIAYKINGKDALEEGQISNFPRDL
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 |
|---|---|---|---|---|---|---|
| PIRSF | 1 | 858 | 858 | 0.0 | ||
| PANTHER | 1 | 857 | 857 | 0.0 | – | |
| PANTHER | 1 | 857 | 857 | 0.0 | – | |
| Gene3D | 1 | 582 | 582 | 4.4E-228 | ||
| SUPERFAMILY | 13 | 581 | 569 | 1.27E-102 | ||
| Pfam | 15 | 566 | 552 | 4.6E-143 | ||
| MobiDBLite | 678 | 715 | 38 | - | – | |
| SUPERFAMILY | 716 | 857 | 142 | 3.92E-40 | ||
| SMART | 737 | 855 | 119 | 4.4E-44 | ||
| Gene3D | 739 | 858 | 120 | 1.4E-36 | – | |
| ProSiteProfiles | 740 | 855 | 116 | 49.686 | ||
| Pfam | 743 | 855 | 113 | 5.3E-31 |
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 |
|---|---|---|---|---|
| Cellular component | Golgi apparatus | A compound membranous cytoplasmic organelle of eukaryotic cells, consisting of flattened, ribosome-free vesicles arranged in a more or less regular stack. The Golgi apparatus differs from the endoplasmic reticulum in often having slightly thicker membranes, appearing in sections as a characteristic shallow semicircle so that the convex side (cis or entry face) abuts the endoplasmic reticulum, secretory vesicles emerging from the concave side (trans or exit face). In vertebrate cells there is usually one such organelle, while in invertebrates and plants, where they are known usually as dictyosomes, there may be several scattered in the cytoplasm. The Golgi apparatus processes proteins produced on the ribosomes of the rough endoplasmic reticulum; such processing includes modification of the core oligosaccharides of glycoproteins, and the sorting and packaging of proteins for transport to a variety of cellular locations. Three different regions of the Golgi are now recognized both in terms of structure and function: cis, in the vicinity of the cis face, trans, in the vicinity of the trans face, and medial, lying between the cis and trans regions. | ||
| 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 | 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. | ||
| Cellular component | AP-1 adaptor complex | A heterotetrameric AP-type membrane coat adaptor complex that consists of beta1, gamma, mu1 and sigma1 subunits and links clathrin to the membrane surface of a vesicle; vesicles with AP-1-containing coats are normally found primarily in the trans-Golgi network. In at least humans, the AP-1 complex can be heterogeneric due to the existence of multiple subunit isoforms encoded by different genes (gamma1 and gamma2, mu1A and mu1B, and sigma1A, sigma1B and sigma1C). |
Expression pattern of LotjaGi2g1v0318400.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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