Your browser is unable to support new features implemented in HTML5 and CSS3 to render this site as intended. Your experience may suffer from functionality degradation but the site should remain usable. We strongly recommend the latest version of Google Chrome, OS X Safari or Mozilla Firefox. As Safari is bundled with OS X, if you are unable to upgrade to a newer version of OS X, we recommend using an open source browser. Dismiss message
| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0090500 |
| Transcript ID | LotjaGi1g1v0090500.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Beta-adaptin-like protein; TAIR: AT3G55480.2 protein affected trafficking 2; Swiss-Prot: sp|Q9M2T1|AP3BA_ARATH AP3-complex subunit beta-A; TrEMBL-Plants: tr|K7KAL6|K7KAL6_SOYBN Uncharacterized protein; Found in the gene: LotjaGi1g1v0090500 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:13184884..13197250) extracted from Lotus japonicus Gifu genome v1.2.
ATCAATAAAATCAAATATAAAATTTCCGCTAAAAGGTTTCTATCTGCGGAAGAAGAAAGAAGAAGCAGATCACAATCCAT TGATCAGAGAAAATGTTCCACCAATTCGGAGCGACGGCGGAATCTCTGAGCAAGGCGTCGACGGCGGTGTTCCGGATCGG CACCGACGCGCACCTCTACGACGACCCCGAAGATGTCAACATCGCTCCTCTCCTCGACAGCAAGTTCGATTCCGACAAAT GCGAAGCTCTCAAACGCTTGCTCGCTCTCATCGCTCAGGGCTTCGACGTCTCCAACTTCTTCCCTCAGGTACACCTTACC TTCTCTTCGATCCGCGATCTGCTTCAATTTCAGATACTTCGTATCAGATTGTGTGGTGCCGTTGATTTTTGTTCACTCTA GTTGAATTTTGGTTCGTTTCGATTGTGAATGCAAATTGCAGGTTGTTAAGAATGTTGCGTCTCAGTCCCTGGAAGTGAAG AAGCTGGTTTACTTGTACCTCCTTCATTATGCAGAAAAGTATGTACATGCAGTTGTTGTTTTGCTCTGTGTGTTGATTAA GTGTTTAGGATTTGGCTTCTTGAAAGAGTAAAGCAAGTAGGCATCAGCGTTGTCAAATAGCGGCGCTATAGCGTAGCGCT TTTTTGGCTTTCCGCTATTACCGGCTATTTGCCTCTTTTTCTGCTATTTACCGCTTTAAGAGGCTGGAAATAGCGGATTT TTGGCTTACCGCTATAGTCCGCGATCCGCGATTAACAACAGTGGTAGACATAACTATTGATAAGAAAATCAGTTGTTGGA AACTTGAAATGTAAACAACTTCATATTTTGTCATACATGTTGTGAATCAATATGTTCCTACTACTGATTTTATCATGTAG CATGAGGAGCTAAGTTCAATTATTCAGTATTTATTTTTTCCGTAAACATGGTTTAGGTAAGGGTTTTTGTTTTTGGACTC CAGTTTGCTTATGGTCTAGGATTATGCCTTTAAAAGTCAATATATGGCCTTGTTTCCTGGACCGTAGCATTCTTCTCTGC CTTGAATTTTGTCATGTAATGAGTAATTGCTGTCATTTTCTTATTGTTTTATTTCTCTTTCACTCAGGCGTCCAAATGAA GCTTTGCTGTCTATTAATTATTTCCAGAAGGACCTGGGGGACACAAACCCTTTGGTGAGGGCATGGGCACTTCGTGCCAT GGCAGGGATCCGCCTTCATGCAATTGCACCTCTTGTTCTTGTCGCTGTGGGAAAATGTGCTCGGGATCCTTCTGTCTATG TTAGGAAATGTGCTGCTAATGCTCTTCCTAAGCTTCATGATTTGCGGATGGAGGAGCATGCATCTGCAATTGAAGAGGTC TGGTTGATGTTCATGTTGTTTATCATAATTATTAAGATTTTCCTTCAATAGGAGATATATTCATAAAAATGAATATATTG GAAAGAAAAATATGCTATTTTTTTTCCCAGGGTTTCCATAGAGTTTATACATTTCAATTTTCAACTATGAGTTAGTAAAA TTTTTAAGCCGGATATTTGATTTCATCGTTGTGTGGTTGGCCTTGGAAGGCCACATGGGTTCTGTTCAATTTTACTCTAT AAACTTTGATCCTTCACATGGTGCAGATTGTTGGACTATTGTTAAATGATCATTCCCCAGGAGTTGTTGGAGCTGCTGCT TCTGCATTTAATTCTGTTTGCCCAAACAATTTTTTGTTGATTGGGAGAAATTACAGAAGGTTGTGTGAGATTCTTCCTGA TGTGGAAGAATGGGGTCAAATAATGCTAATTGGGATCCTTCTGCGGTTTGTGATAGCGAGGCATGGGCTTGTCAAAGAAT CCATCATGTTCTCATTGTACAATAAAGATGGTGACACGTTAGAGGAAGATGAAAGCCAAGTTAGTTTAAGAGAAGATGAT GGTTATGCCTCTGAGCAGTCTGTATCGGAATTTGCTAATATGATCTTCCAGTGTTACATTGAAGGGCCAGATGAGTACTT ATCACGATCAAGTTCTACAAGTAGGGTTGCTCCTAAATTAGATGTATCACAATATACATCTTGCTCTGATGAGGTTGTGA AGATCCTGCTGCAGTGTACATCACCATTATTTTGGTCTAATAACAGTGCAGTTGTACTATCAGCTGCTGGAGTACACTGG ATAATGGCTTCTAAAGAGAATGTTAAAAGAATTGTTAAACCACTCTTGTTTGTCCAGCGATCATCATACGCCTCAAGATA CGTGGTATGCAACTTTCCTTGAATCCTTTGTTTACTCTTACTTCTATGGATCAACAGTCTCTATTATATTCTTTTGTTTA TTTAAAATACTTGCAAACATTATATATGGATTCTTCCTTTGAGGTTGTGTAAATTTTTCTTTTTTATTATGGGTTGTTTT ATTCCCTATTCTAGTATCTCCGATAAATTGTTGAAGTTTTATCGAAAAAATGTGTTAGTTGTTGTTTCCATTGTTTCCCC TAGTGGGTTATATTATATTACTAGCTTTTGGCGTCTCATGATACTGTTATATGATTGCAAGGAGAAGAAGAGTGATCTTT TGGGAATATTTCTGTATTTTGATATCATTAAATTAGTTTTAGAAGAGACAATGGAAACTTCTGGGTGGTTATGACCTATG ATGAACCTATGAAATAGAAGGATGAAAAATTATTTTTTATATTGTCTATGGCCTAAATATGATTTGAATGGATGTATTAT CATAACTGAATCAGATAATGCTAGCAGGCTAGGTTTCAAAGCTCATAAAAATTGGGTCAGGACATCTACAGCATTCCCTG CTGCTTAGTAATGATCTTATCCTTGCCATTCATATATTGCATTTTTAGGAGTTCATGACACTTCCAGGAGTCTATCTCTA ACTTTGATCATTTACCCATTGTCTAAGTAACACCACAATATTTACATGAATGGTGTGGGTTTGAAGTTGGATTTTTTTAT GAAACCGAGGAACTGTACAATTTAGAGGGTGATAATAGTGTTTCCTTCAAAATATGGCAAGGATGATTTTGTGCTTAATC TTTTGAGAGGTAGTGGTGTTAAATTGTTACGGGGAGTTCTCTTACATTTTCTATTTCAAAGAATGGATTTTATGTTTGTT GGATGAATAATAAATATTTTTTTGATGATATAAAAAAAATATTGAGGAGAAATGGAGTCACAGAAAATATACTTAGATAA GGCAATAAAATGATGAAATCTAGTTAATAAACATATATTTATTCAAATTCTTTGATACTTGACATAGATATAAATGATAT TTTGACTTATGCAGGTATTGTGCAATATCCAAGTGTTTGCTAAAGCTATGCCATCTCTCTTTGCTCCACACTATCAAGAC TTTTTCATATGTTCTTCAGATTCCTATCAGATAAAAGCGCTGAAGCTGGAGATACTTTCTTCTATTGCTACGGATTCATC CGTTCCATTAATTCTTAAAGAGTTTCAGGTATTTCACATCAAATATATTTTTCTTTCCCATATAAGTTATGGTGTGAGGA GAGGAGATTTTCTTCCAGTAAGAAGTTTGTGTCCATTTCAGTTATATTCATTGTGCAAAAAGCAAAATATATAAAATAAT AACCAGTTTTTAATTTTCTTCTCGTATACTGCAAGTTTCTGTTGATTCTAACCTGTTTCCTTGTCATATCACTATTATTT AAAATGTGAAGGAAATGATTCTTTTCTTCTTTTGAACACTGTTGGATTGAGTTTATTACTTTATTTTGATTCTGTCAATT TTACACTATCTGAACTGTTTGCAGATGTGGTTGTTTGTCTATCAACTCTCTTATTTTTTGTGTATATTAAGTGGATTTGA GTCTTGACTCTTGATACCTCTTCTAACATTTTTTGGAAACTTGCGTCTTGCAATGTTTCACTATATGGCACAGTAGTGTC ATTTTTATGCTGTTTCAGTATTGTTTCTACTTTCTATGATAGTGTTCTAATATCTGAACACGTGATCTGACACGGATTAT TCCTGGTTCTGCTTTACCTTACACATATATTCTTGTTATCTGGCTTAGTCAGTACTAGGATGATATAAGAGCTAGAATAG TTTTCTCTCTTGCTGGGGGCTCAGGCCCTCCAATATACTCACAAAGAAACATGGAGGTATTCTCACCATCTGACTGGATG CGATGATACATGAAGTAAGTAGTAACAGTTCAAACATCAAATAACTCTAACAAGGCTTATCACATGATTTTAAATACTTA AATTCTTGTTATCCATTGTATGCCACTGAAGTGTTATATATCCCATAACACATGTCCTGCTGATGTGGGACTAGTGATCT TGTCTTTCTTCACCCTTAAATGACTGATGCCTGTCGGAGACTGAAAATTTAAAGTCTGGTAGCGATCCTAATATCCTATT ATTTATTGGATGAGAAAGATCCATGGCATTTTCACCCTCACTCATCTTACGCTGAGCAACTCCCTCTTTACCTCTCCTAG AATACACTTGCCAAATGTTAGGTCTGTCATTGGCCTGCACCTGTTTATGCGCCCTGCTGAATCAGTTGAATCCCCCACCT CCGACCCTAACAATGTTCTAGTTATGCTCCTTTTGATTCCATTATTATGATATTATCTCTCATTAAGGACCATCAAGCTG ATATCTCTGTCCTCAAATACCGTGTTATGAACCTTCGCGGAGGATCTGTTCATGGGTCTAGATGCAAGAGTATTCTTCTT GCAACCCAGACTGAATAAAGAAGACGCGGCTCGTCCTTGACAGAGCATCTTCAAACTTTAGGTTTCTTAAGAAAATACTT GCTTGATTTTATTCAATACTGAAATCCCCCTTTTATAATAAGGGTTGAGTACAAGAGAATTAACCTATTTCTAATAAATT AAGAAACAACCAAATCTTATCTAATAAAGGAAAACAATATAATCCTAACTAATTAAGATATAATAATTCCTAACTAATGA AGATATAAAATAAAATAGAAATATCCTAAATTAACCTAACGTATCAAATCTGCCCTAAAATCAGCAACCGTATCATCACA CCCCTCCCCGGCAATGACCTTGTCCTCAAGGTCAAATCCTGGATAGGCAGCAGTGAACCTTGACCCTTTCTGTTTCCTTT TTCTGACCTTCTTTGAACAGTGTTTTTCACCAAATTTATACATATTAACTTCAGAGGCATCTCCTTTGGTTAATGTACCA ATAACTTTGGATTGATTCACCCGTCTCAAAGGAAATATATTTATCCTGAAACGATAAATGACAAGCAACCCAGAATGATG TTTCTTCAGAAAAACAACTTTCTCTCCTTTAATTCTGCCGGCAAGCAGAATCAGCATTGAGCAAAGAGGAATGCTAGCCC TGATCTTGGTGGTTCTGGGCTTGAGCTTGTTGACAAGAGGCTTCTTGATATCTTCGGTGGGTTAGAACTTGGGGGGCTTT TGGGGAGAAGCTTCAGACTTAGGCTCATCTGTGCTGTTGTCTTCTCGTCCTCTTGCGCTGTTGTTCTCATCGAGTTCATG TGTGGCGGTTCCCATGGGTTTCTTCACCATGCCCCGAATAACGATGGTGATGTCCGCCATATGTTTTTCCAGCACTTGTT GCTGAGCCATCATCTGCTCCATGAAAGCATCAAGCTTTTTTGCCAAATTCTCCGTGACGCCCATGACAACCGGCTCTGAT ACCAAGTTGTTATGAACCTTCGCGGAGGATCTGTTCATGGGTCTAGATGCAAGAGTATTCTTCTTGCAACCCAGACTGAA TAAAGAAGAAGCGGCTCGTCCTTGACAGAGCATCTTCAAACTTTAGGTTTCTTAAGAAAATACTTGCTTGATTTTATTCA ATACTGAAATCCCCCTTTTATAATAAGGGTTGAGTACAAGAGAATTAACCTATTTCTAATAAAATAAGAAACAACCAAAT CTTATCTAATAAAGGAAAACAATATAATCCTAACTAATTAAGATAAAATAATTCCTAACTAATGAAGATATAAAATAAAA TAGAAATATCCTAAATTAACCTAACGTATCAAATCTGCCCTAAATTCAGCAACCGCATCATACTGCTAGCATTTTCTCAA TCTACTCGGATAAAGGTTGCAATCTGTCCCAACTAAGTCCTTGTTTGATTGAGTTCCTTTTTGGGAAAATGAACTTTTAA ATTTGTTTTCAAATGATCAGTTGAGAAGCTAAAAAAAAGAATCTTTTTTAGACTCCAGATAAACTAATCCAAACACGCTC TAAGCCTGCACTGCATGTAGTATATACCAGTTGTAAAGAACCTAATAGCTACTGTCCAAGAAACATGAGAGGGCTAATGC CCTAAACATTCTAGCCTAAAAGTTACTAGATTAAGTTACTTGTATGCTATTCAAGCCTACCTTCAAACACTTTCTTCTTT CAGTGATATGAGGCTTGTAATGTTACAAACCTACTATTGGAACTGTGATATTATTTATTTGTAGGGTTTAGATATATATA TATATATATATATATATAGAGAGAGAGAGAGAGAGAGAGAGAGAGACTCACTCTCCTATAGTTGTCTCCTGCTCCTGCCC GACAAAAAAAATCTGGAGCTAGATAGGCTTATGCAGGAATCCTCTGTCACATGCGCACATGTTTCATTTATTATTATGGT TGTTCACGTTTATCTTCTTGCTATGACTTCTACAATTGTGGGGTTTGGTGCACAAATTGATGCTTTTCTTAGTGTGTTGC TAGGATTATATAAGAGATCCCGACAGGAGATTTGCTGCTGACACAATTGCAGCCATTGGTCTATGTGCTCAGCGACTTCC AAAAATGGCAACTACATGCCTGGATGGATTACTGACTCTGATCAGACAAGGTGTGTGACCTAGTTGTTAAGTCTATTTAG TAAAGAAATATATCATCTTTCTTGTTTAATAAATTAATATCCATATTTGCAGATTTTTTGTGTGGTGAAATCAGATCCTT GGATGGAGAAGAGGGTGTGTTAATCCAGGCAATTATGTCCATCATATCAATTATAAAATTGGAACCACCCAGTTATGAGA AGGTATTATTCTGATTTTTTTTCTCACATATAATCTACTGTGGTGCTTTTTTTAGTATGGAATTAAAAACGAAAAATTGT TTCAAAAGACAATATGGAGATGTGGAAAAAACTAGGCATGGGATGAACATAGTGTTAGTATTGCAATTGTTGAGTTAGTA GCACTTTCATTGATTTAAAACATTGCTTATGCTGTTATGACTGATCTCTAGCCTTTTCAATCATTAAAAGGTTATAATTC AGTTGGTTCGTAGCTTGGATACAATCAAGGTCCCCGCTGGCCGTGCAATGATTATTTGGATGTTGGGGGAGTATTGCTCT TTGGGCGAGATAATTCCAAGGATGTTGAGCACGGTACTCAAGTATCTTGCTTGGTGTTTTGCTTCTGAAGCATTAGAAAC TAAGCTTCAGATTCTTAATACAACTGCAAAGGTATATCATGAAGTTGATGGGTTAATTCATTGCTTATTATGTTGTTGTT TATATTAGTCATGACTGATTATTTTTAAACACTGTTGTTTATTGATTGAATATGATGATGGGACATAGGTATTCTACTAC TAGTCTTTTCATTCTTATTCTTTAACTTAGCTTTGAAGACTAGATTCATTCGGTTCTGCATGTGATGTCGTTTGTTTGTT CAAAGATCATATAAACAAAATACTGCTTGAGAGCAACTGTCAAGGTCCTGGATTGGACAATTTAGCTGTTTAAAGAAATG CTCGTAAATCCTTTTTAATGTGTAAATTGCTTATGTTTTGATCTCTATGTGTCATAAGTTCTCTATGTGTTCATATATAT CTTTCTCCCATTTCGCTCAATTTGTTCTTCAGAACTTCCTACTTATCATTTCAGTCATATCTTATTAGGTGTATAGGTCT ACCTGTGGCATTTGCACTTCCCATTATATTAGCATTTTCTACTTGAATTTTCTTGGTTTCTTAAGACCCCTTTGGCCTGT CTCCCTTTAAAAGTGGAAAGAAGAAAGGACAGAAATTGAGTTTTCATCTAGCATAATGGTATTTTTTGGCTCATGATTAA AAGTCTGAGACTTGTGATGTTCATGTTTCTGGAAGTGAGTTGAATAGACTGTTAATAGGAAGGTGGTATCTATGCATTTT TAATCTATAACACTTAAAAGCTCTCCAGCTTTCCTTTGCTTGCAGTGCTTTCTCTTACTGTGTTAAATAATGTATGGGTG ATGCATATCACTACGCATTCTATATTATTTGTTGCCTTTTTGGTTTTGAAGTTAGAAGATGCAATGGTATTGAAATTTAT GCCCTGTTAAATGTATGTAGGTCCATATAATTACTGATGTTACTATGTTAGGACTTAGAACCTTCCTTCTTGTCTCCTGA GTTTTATGTACTTGATTTTTCTTGGCATGTTTCCTCAATCCTTATATAGGATAAAAGGGAAGAAAGTGTTATATGGAAAA CAGCAGCTTTACGATTTAAATGACTTTTGGTTACAGGTCCTACTGTACATTAAGGGAGAAGATAGTTGGACCTTGAGAAA AATATGGAGTTATGTAATTGAACTGGCTGAGTGTGACCAAAACTATGATATTCGTGATCGTTCACGTGTCTTAAAGAAAC TTTTCTCAAGCAGTTTGGAGTTTCAAAATGCTGAAGAAAATAGTAAATCACAAAAAAGAGACCAGTCTTGTGTACTTTCA GAATGCATATTTGGCGGACAGACAAAATCTGTTACAGTTCCATCTGAACCCATCAACTACCGGTTTTATCTCCCAGGGTC TCTATCACAATTAGTATTCCATGCAGCTCCAGGCTATGAACCTCTCCCAAAACCTTGTAGCCTTCCATACATTGATCTTG ATCAGTATGATGGAGCTGCTGAGAGTGATTCAGATGAGGAAGATGATCCTAGCACATCTGAGTCTTTGGATGATGAAAAT GCTTCTGATTATAGTTCTGAACAGTCAATCTCTGGTTCAAGTGAAGTCAGTGGCAGCGATGAGACAATGCCTGGCAATGG AGGTAACAACAATGCTGATTTACTGATTCAGATTTCAGACCCTGGCAATGTCTTAGAAAACCAGAATGGTGGGGCTCACT CTGGAACTTCTGGTCTTAGGGATCTGATGTCAACAAAGTCTCTTGAGTCTTGGTTAGATGAAGCACCCGGGTCATCTAAA AGTAGGGAAGTAGAACATAGCCGAGTTCAAAGATCTTCAGCAAGAATAACCATTAGTAATATTGGAAGCCGAGTTAAACC TAAATGCTACATTCTATTAGATCCTGCAAATGGAAATGGGTTAAAGGTGAATTACTCTTTTTTATCTGAAACTCCAAGCA TATCCTCTCATCTTGTTTGTTTAGAATTATTATTTGAGAATTGTTCCTTGGAGCCCATGTTGGATATAGTATTAATAGAT GAGGATTCTAGCAAAACCTCAGATTCTACGGATCAAACATCACCAGCAACTGAAAAGTAAGTATTATGTATTATTCTTTC TTTTCACATTCTGCTTTGTGGTTGTCCATTTTTTGCCCTTCTTTCCTTGGAATGTGTTATACTAACAAGTGTTAATTTTT ACTGAGTTGCATAAAGATAGTTTTTATTTTCTAAATTTGAACTTAGTCGGCTGTTGCTTTGTAGTGCTTATGCCTACTAC AACTTTTTATGTTTTGTTGCAGCACCTTGAAATTTAACATTGATAAACCAGCAGTGGTTTCCATGGAAGACATCCTTTCT CTGGAGCCTGGTCAAATAGCTAAACGGACTCTACTTGCGCGCTTCCATCACCATCTCTTGCCTCTCAAACTGTCTTTATT TTGCAATGACAATAGATTCCCTGTTAAGCTAAGGCCTGATATTGGATACTTTGTAAAACCGCTTCCAATTAGTAATGAAG CTTTCAGAGATAAGGAATCTCGCCTTCCAGGGATGTTTGAATATGTGAGGAGGTATGAAAGTATCATTTAATGTTTGTTG GACACAAATAATCATGATATCATTTCCAATTCTTAGGAATACAAACCTTGTATCTGATGAAGTACTTTTTAGTAGTTCTT CAGTCTGTAGCCCTATCTTTACGCACACTTAATGATGTTGAAAACATAAAATACTGATGATAGATGACTAGATTCAAATT CATATAAATGCGCCAGCCATATGCAAGATGGGAGTAGTGTCGGGGAGAAAGAACGTGACTTGAATTTAAATTCAATACTT AGAACTTCCTAGAATAAAAAAGTCATAAGTAATTGGGTTGTGAATTGAAATCTAAATTACATGGTATTTTGACCTTCTGT TTATTTAGTTTTATGATTGTTTCCGCATGTCAAAAATAAAGGAAGCTTCAATTCTGAATGTATGGATATTGCTTATTTAA ACTTCATTTTGTTTTCATATATCCTTCAGGCAATATGTATCCTTGGGAAAGCATCTCTGAGATGTAGTTTTATGTTTCCT TAAATTCATAAATAATGCAGTATCAAAGAAACTCAAAAGATTAAGTAGTAGAATTGTCATGTTGATTTAAAGGATCCAAC AAATAGAATTTATTTTTGTACATTAATACGACATTAACTATCAGTTTATTATGAGCTTACTGTTTATACATCACTTGCAC TTTTGTTTTTCCACTTGTTTTTTCTTGTTTCACTTGCCGGTGAATTCTAAATTTGGTTTTCATGTATTATTGGCATCCAG TTGCACTTTTACTGATCACATCCTAGAGCTGAACAAGGACAACAACTCTTTAACCGAGGACAAATTTCTTGTGATCTGCG AAACCTTAGCGATAAAGATGCTGAGCAATGCAAATCTCTCTATTGTATCTGTGGATATGCCAGTTGCTTCCAATCTTGAT GATGCATCTGGTTTGTGCTTGCGTTTCTGCAGTGAGATCCTGAGCAATTCCATGCCATGCTTAATTACAGTTACTGTTGA AGGTAAATGCTCCGACCCATTGACTGCTTCTGTAAAGGTCAACTGTGAAGACACTGTATTTGGCTTAAATTTCTTAAATA GGGTTGTCAATTTCTTGGTTGAGCCATATGTTGCCCTCTCTTAAGGTTTGATGTTGAATAGAAAATTGACAAATGCTAGT TGATTTGTGGAAAAGTATATTTAATAACTTGAAGAGCATGACTAAGAGATTTGTATTTTTTTTCTTTTGGTGAGGTATTG CTTTTTTTTTTTTTCTTTTTTTCTATTGTTAAAAGGAAAGAAAGGGGGAGAGGGAGATGAATGATTGTTGCATTTTTTTT TTTGGTTAATTTAATTATCCAGACTTTTTTTTCTTTCTATCGTTCTTTTTCTTTTTTGGACTTCTATTTTTTATTTAGTG TTTGCTATAGTTTCTCGCGGAAAGGAACTCAACTGGCGTGCTTTATTGAATTGTATCATTCAGATTGTTCCAGGTGTAAT TTTTGTTTTTCTAATTTATGATTCAGTTGTGAGCAAAAATCAACCTGTGATTCTTGTAGAATTGTGTACGAAGTCCTAGA GTTATATTATGTATTGTGCTGCAAATTTTCGATAGAAGATAAATGATATTACTTGCACATCCATCATTAAAGGATTCTTT AGTTACATTCTAAATTCTAATGGATTCTTTCATGATAAATTTTCATGGAAGACTTTTAGTATGTTTAGATATCTACTCAG AAATCTCCAAACTAATGCTTAAGTAGAAGCAAAAAAAAACATTTCTGCGACATTTAACTCGCAACTTGCGCAATGGATTT GCATACCTTGAAACAAACGCACTGTATTATTTTGTCACTAATATGTTTTAAATTCAGCTTATATTATAAATTACATTTGT CTCTATTGTTTATGTTATTATATAGCACAATTAAACGGTAGCATAGTGTTATAGCTCCCCTCATCAGTAATCAAACTTGT GGATTTATTGTAAATATTCCTTTCATTTGTAAGCGCTTGATTTTGATTCGAACGCGACCCTATGAGGTCCCTGTAATATA AGAATCAAACTTATAGTGGATATACTGTAAATATTTTTATCTTTCATTTGTAAGTGATTGATTTTGCAACTAGAATCTGT AACCTCTGAGTAAATGGTCATTTTGGTCCCTGATTGTGTTCACTTATGATGGACTAGTCCTCATACTTTGGAAATGGTCT TTTTTCATCCCTGAATATGTAGCCGTCGGTCAAGTTCGTCCTTGGTAGTGTTTTCCGTTAGTCCCTCGGACGGAAAAGTC CAAATGTCACCATTTTTGCCACATTGACTTGACACGTTATCAATGTCTCACATTTTATTAGGTCAATTTAGTCCCTCAGA AAATTAAAAATAAAATCCTCTGAATTTATTAATTCAAATTTCCAGCT
CDS sequence (LotjaGi1g1v0090500.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTTCCACCAATTCGGAGCGACGGCGGAATCTCTGAGCAAGGCGTCGACGGCGGTGTTCCGGATCGGCACCGACGCGCA CCTCTACGACGACCCCGAAGATGTCAACATCGCTCCTCTCCTCGACAGCAAGTTCGATTCCGACAAATGCGAAGCTCTCA AACGCTTGCTCGCTCTCATCGCTCAGGGCTTCGACGTCTCCAACTTCTTCCCTCAGGTTGTTAAGAATGTTGCGTCTCAG TCCCTGGAAGTGAAGAAGCTGGTTTACTTGTACCTCCTTCATTATGCAGAAAAGCGTCCAAATGAAGCTTTGCTGTCTAT TAATTATTTCCAGAAGGACCTGGGGGACACAAACCCTTTGGTGAGGGCATGGGCACTTCGTGCCATGGCAGGGATCCGCC TTCATGCAATTGCACCTCTTGTTCTTGTCGCTGTGGGAAAATGTGCTCGGGATCCTTCTGTCTATGTTAGGAAATGTGCT GCTAATGCTCTTCCTAAGCTTCATGATTTGCGGATGGAGGAGCATGCATCTGCAATTGAAGAGATTGTTGGACTATTGTT AAATGATCATTCCCCAGGAGTTGTTGGAGCTGCTGCTTCTGCATTTAATTCTGTTTGCCCAAACAATTTTTTGTTGATTG GGAGAAATTACAGAAGGTTGTGTGAGATTCTTCCTGATGTGGAAGAATGGGGTCAAATAATGCTAATTGGGATCCTTCTG CGGTTTGTGATAGCGAGGCATGGGCTTGTCAAAGAATCCATCATGTTCTCATTGTACAATAAAGATGGTGACACGTTAGA GGAAGATGAAAGCCAAGTTAGTTTAAGAGAAGATGATGGTTATGCCTCTGAGCAGTCTGTATCGGAATTTGCTAATATGA TCTTCCAGTGTTACATTGAAGGGCCAGATGAGTACTTATCACGATCAAGTTCTACAAGTAGGGTTGCTCCTAAATTAGAT GTATCACAATATACATCTTGCTCTGATGAGGTTGTGAAGATCCTGCTGCAGTGTACATCACCATTATTTTGGTCTAATAA CAGTGCAGTTGTACTATCAGCTGCTGGAGTACACTGGATAATGGCTTCTAAAGAGAATGTTAAAAGAATTGTTAAACCAC TCTTGTTTGTCCAGCGATCATCATACGCCTCAAGATACGTGGTATTGTGCAATATCCAAGTGTTTGCTAAAGCTATGCCA TCTCTCTTTGCTCCACACTATCAAGACTTTTTCATATGTTCTTCAGATTCCTATCAGATAAAAGCGCTGAAGCTGGAGAT ACTTTCTTCTATTGCTACGGATTCATCCGTTCCATTAATTCTTAAAGAGTTTCAGGATTATATAAGAGATCCCGACAGGA GATTTGCTGCTGACACAATTGCAGCCATTGGTCTATGTGCTCAGCGACTTCCAAAAATGGCAACTACATGCCTGGATGGA TTACTGACTCTGATCAGACAAGATTTTTTGTGTGGTGAAATCAGATCCTTGGATGGAGAAGAGGGTGTGTTAATCCAGGC AATTATGTCCATCATATCAATTATAAAATTGGAACCACCCAGTTATGAGAAGGTTATAATTCAGTTGGTTCGTAGCTTGG ATACAATCAAGGTCCCCGCTGGCCGTGCAATGATTATTTGGATGTTGGGGGAGTATTGCTCTTTGGGCGAGATAATTCCA AGGATGTTGAGCACGGTACTCAAGTATCTTGCTTGGTGTTTTGCTTCTGAAGCATTAGAAACTAAGCTTCAGATTCTTAA TACAACTGCAAAGGTCCTACTGTACATTAAGGGAGAAGATAGTTGGACCTTGAGAAAAATATGGAGTTATGTAATTGAAC TGGCTGAGTGTGACCAAAACTATGATATTCGTGATCGTTCACGTGTCTTAAAGAAACTTTTCTCAAGCAGTTTGGAGTTT CAAAATGCTGAAGAAAATAGTAAATCACAAAAAAGAGACCAGTCTTGTGTACTTTCAGAATGCATATTTGGCGGACAGAC AAAATCTGTTACAGTTCCATCTGAACCCATCAACTACCGGTTTTATCTCCCAGGGTCTCTATCACAATTAGTATTCCATG CAGCTCCAGGCTATGAACCTCTCCCAAAACCTTGTAGCCTTCCATACATTGATCTTGATCAGTATGATGGAGCTGCTGAG AGTGATTCAGATGAGGAAGATGATCCTAGCACATCTGAGTCTTTGGATGATGAAAATGCTTCTGATTATAGTTCTGAACA GTCAATCTCTGGTTCAAGTGAAGTCAGTGGCAGCGATGAGACAATGCCTGGCAATGGAGGTAACAACAATGCTGATTTAC TGATTCAGATTTCAGACCCTGGCAATGTCTTAGAAAACCAGAATGGTGGGGCTCACTCTGGAACTTCTGGTCTTAGGGAT CTGATGTCAACAAAGTCTCTTGAGTCTTGGTTAGATGAAGCACCCGGGTCATCTAAAAGTAGGGAAGTAGAACATAGCCG AGTTCAAAGATCTTCAGCAAGAATAACCATTAGTAATATTGGAAGCCGAGTTAAACCTAAATGCTACATTCTATTAGATC CTGCAAATGGAAATGGGTTAAAGGTGAATTACTCTTTTTTATCTGAAACTCCAAGCATATCCTCTCATCTTGTTTGTTTA GAATTATTATTTGAGAATTGTTCCTTGGAGCCCATGTTGGATATAGTATTAATAGATGAGGATTCTAGCAAAACCTCAGA TTCTACGGATCAAACATCACCAGCAACTGAAAACACCTTGAAATTTAACATTGATAAACCAGCAGTGGTTTCCATGGAAG ACATCCTTTCTCTGGAGCCTGGTCAAATAGCTAAACGGACTCTACTTGCGCGCTTCCATCACCATCTCTTGCCTCTCAAA CTGTCTTTATTTTGCAATGACAATAGATTCCCTGTTAAGCTAAGGCCTGATATTGGATACTTTGTAAAACCGCTTCCAAT TAGTAATGAAGCTTTCAGAGATAAGGAATCTCGCCTTCCAGGGATGTTTGAATATGTGAGGAGTTGCACTTTTACTGATC ACATCCTAGAGCTGAACAAGGACAACAACTCTTTAACCGAGGACAAATTTCTTGTGATCTGCGAAACCTTAGCGATAAAG ATGCTGAGCAATGCAAATCTCTCTATTGTATCTGTGGATATGCCAGTTGCTTCCAATCTTGATGATGCATCTGGTTTGTG CTTGCGTTTCTGCAGTGAGATCCTGAGCAATTCCATGCCATGCTTAATTACAGTTACTGTTGAAGGTAAATGCTCCGACC CATTGACTGCTTCTGTAAAGGTCAACTGTGAAGACACTGTATTTGGCTTAAATTTCTTAAATAGGGTTGTCAATTTCTTG GTTGAGCCATATGTTGCCCTCTCTTAA
Protein sequence (LotjaGi1g1v0090500.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MFHQFGATAESLSKASTAVFRIGTDAHLYDDPEDVNIAPLLDSKFDSDKCEALKRLLALIAQGFDVSNFFPQVVKNVASQ SLEVKKLVYLYLLHYAEKRPNEALLSINYFQKDLGDTNPLVRAWALRAMAGIRLHAIAPLVLVAVGKCARDPSVYVRKCA ANALPKLHDLRMEEHASAIEEIVGLLLNDHSPGVVGAAASAFNSVCPNNFLLIGRNYRRLCEILPDVEEWGQIMLIGILL RFVIARHGLVKESIMFSLYNKDGDTLEEDESQVSLREDDGYASEQSVSEFANMIFQCYIEGPDEYLSRSSSTSRVAPKLD VSQYTSCSDEVVKILLQCTSPLFWSNNSAVVLSAAGVHWIMASKENVKRIVKPLLFVQRSSYASRYVVLCNIQVFAKAMP SLFAPHYQDFFICSSDSYQIKALKLEILSSIATDSSVPLILKEFQDYIRDPDRRFAADTIAAIGLCAQRLPKMATTCLDG LLTLIRQDFLCGEIRSLDGEEGVLIQAIMSIISIIKLEPPSYEKVIIQLVRSLDTIKVPAGRAMIIWMLGEYCSLGEIIP RMLSTVLKYLAWCFASEALETKLQILNTTAKVLLYIKGEDSWTLRKIWSYVIELAECDQNYDIRDRSRVLKKLFSSSLEF QNAEENSKSQKRDQSCVLSECIFGGQTKSVTVPSEPINYRFYLPGSLSQLVFHAAPGYEPLPKPCSLPYIDLDQYDGAAE SDSDEEDDPSTSESLDDENASDYSSEQSISGSSEVSGSDETMPGNGGNNNADLLIQISDPGNVLENQNGGAHSGTSGLRD LMSTKSLESWLDEAPGSSKSREVEHSRVQRSSARITISNIGSRVKPKCYILLDPANGNGLKVNYSFLSETPSISSHLVCL ELLFENCSLEPMLDIVLIDEDSSKTSDSTDQTSPATENTLKFNIDKPAVVSMEDILSLEPGQIAKRTLLARFHHHLLPLK LSLFCNDNRFPVKLRPDIGYFVKPLPISNEAFRDKESRLPGMFEYVRSCTFTDHILELNKDNNSLTEDKFLVICETLAIK MLSNANLSIVSVDMPVASNLDDASGLCLRFCSEILSNSMPCLITVTVEGKCSDPLTASVKVNCEDTVFGLNFLNRVVNFL VEPYVALS
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 | 8 | 709 | 702 | 2.5E-158 | ||
| PANTHER | 9 | 1053 | 1045 | 1.7E-270 | ||
| PANTHER | 9 | 1053 | 1045 | 1.7E-270 | ||
| Gene3D | 30 | 316 | 287 | 4.1E-70 | ||
| SUPERFAMILY | 36 | 636 | 601 | 2.99E-85 | ||
| Pfam | 39 | 637 | 599 | 5.3E-102 | ||
| Gene3D | 317 | 663 | 347 | 8.1E-81 | ||
| PIRSF | 711 | 1122 | 412 | 1.7E-17 | ||
| MobiDBLite | 718 | 774 | 57 | - | – | |
| MobiDBLite | 718 | 735 | 18 | - | – | |
| MobiDBLite | 736 | 774 | 39 | - | – | |
| SMART | 803 | 957 | 155 | 1.3E-25 |
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 | 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-3 adaptor complex | A heterotetrameric AP-type membrane coat adaptor complex that consists of beta3, delta, mu3 and sigma3 subunits and is found associated with endosomal membranes. AP-3 does not appear to associate with clathrin in all organisms. In at least humans, the AP-3 complex can be heterogeneric due to the existence of multiple subunit isoforms encoded by different genes (beta3A and beta3B, mu3A and mu3B, and sigma3A and sigma3B). |
Expression pattern of LotjaGi1g1v0090500.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
Loading expression data from ljgea-geneid. Please wait…