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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0172200 |
| Transcript ID | LotjaGi3g1v0172200.2 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | AP-2 complex subunit alpha; TAIR: AT5G22770.1 alpha-adaptin; Swiss-Prot: sp|Q8LPL6|AP2A1_ARATH AP-2 complex subunit alpha-1; TrEMBL-Plants: tr|A0A151RV94|A0A151RV94_CAJCA AP-2 complex subunit alpha; Found in the gene: LotjaGi3g1v0172200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:23691898..23710822) extracted from Lotus japonicus Gifu genome v1.2.
ATGGCGATGTCAGGGATGCGAGGACTCTCCGTGTTCATCAGCGACATCCGCAATTGCCAGAACAAAGACCAGGAAAGGCT TCGCGTTGACAAGGAGCTCGGCAACATTCGTACACGCTTCAAGAACGAAAAGGTTCGCTTAGGGTTTTTCCTCCTTTTTC CTTTTAGCTTTTTCACTTCAATTGCCACTGCTGCACCGTTTCTTAGTGATTGTAGTGCATTGAATTTTGATGTTATTTTC ACTTTGAGATTGTTGAAACCTAGAAAATGAAATGGCGGAACGAGTTGATTGGTAGAGTTAGGTTAGATGTTGTGCATTTT TTGAATTTGGGACGATATCGTAACGAATAGGACTTGAAGTGTTTTTGGAAGTAGCCAAGATTCCAGAGGCCTGTAGAGTG TACTGGACATTATGTTATGTGCTTTCTCGGTTAATTACTATATCTAGTTATTCACTCCCTTGTGTATCATTGGCTGCATA GTTGAAGTTAACATAGAATGGCTCGATAGCATAGCACACGTGTAGATATTAGTATACATGTTGTCATGTTTTAACCGTAT TAGAAGAATGCGAAGGTCGCGAATGGTAACATGGGGGGAAGTAATGTGCGGGGATGTAGCTGTTATAGGATGGAAATCAA GGGTCAGAATTGCTTTGTGAGATTTGTTAAAAACTTTTCAGGGTCATATATGATTTCCGTAATAGGAGGCCAATATTTCT TAGTTTCAATAGATTCAGTACTCAGTAGACATTGTAAGAAGCATAGTTTCTTTCAGGGATAAATTCTAGTGACTATACTG TTACTTTGTTAAAGAATGTATCGGAAACTATACAATGATGCATTAAATTTTTTTCCTCAATAAGATATGGTTCTTGGAGC TGGAGGAATTGACTTAAGATATAAAATTCTTTCTTCCGTCAGTTTTTGAGGTCACGTCACAAAATTATTCATTTTCTAAT CTCTGTAGATACTTCAATATTTCTGTGTCAAATTTAGTTATATATGACCGGAAGATGGCCTTTTCTTGCTCTGTACTCGA GAAGTTCACGAGTACCAAATAATAAAGTGGAGGAGACCAAATTCATTCCCACAAGGACCGCACCTAATTACCAGCTACTC TAACCCTTAATTTATATGGAAGAAATTGAAATTCTAAGAAAATATTGAACACTAGAAAGCCTGAAGGAAAATGCATTGAA CATTACAAGAACAAGTTAGGAAGTAAGAGTGCAGTATTGAAGACCGTAGGATCCAATTTCACTTGGTTTTTCTAACTGGT ATTTACAATGCTGACTTGGTGAAAATCTAATCAACCCATTGATAGGGAGATTCCTTGTGTAACTACTACTCAATTCTCTG GTGTATCATTCTCTTTAATTACTTAAACCTAATTAATTCCTTAGCTTGAACTCTAAGATTAAAGACATTAAATATTTAGA CTCTCGAAATAAATCCCTTACAAACACTAATTACTATTATTAGAAAATCAATGAATATAATATTCATCACATGGTTAAGT CATGTATAAAATTTCCAATTTTCTACACAACTCTCAAATTAAATTTATGAATGGTCAATTCATAAAAGTGCTAAGAACAT GTATACACGCTCAATGGTCAATAGAAATCCAAATACATCATCATTCAAACCAAGCTACATCTTCACCCTAGTAGGATAAA AATTCATAAAAAATAACAGAAGAAGAAAATAAGACTATTAACATTACAACTTTTGTGTACGCGTCTTCTCCCTGGAACTC TCTAGCTGTCTTCTTTCACAAGCTCAGAAGAAGAAAATAAGACTATTAACAAGCTCCTTTCATGATGGCTGCCCATCTGA TAGCTCTCGAACAATCTCAAAAAATCTCCCCTTCTCATATATAAATTAGGTCTTGAAGTCATATACTCGTGTTTCATGAT TTATTTGTTCTTAACCTCCTTCTAGACCTGTAAGACCTTTATTTATTTTTGGTAAAAATAGGGTTTTATTTGATTCTCTT TATGAACTTAAAGATTTGGGCAACACTTTGAGCTTGATCAAATCTCCTCTTTTCAAAATATCTCTCCATTATTTGTCCAA AGTATTCTAGAATAAACCGAAAAACTCAAATCAAACATAAACATGATAAGGGAGACTAATTTGTGCAAATCCTGAGAAGG TCAACTGTGATGAAATAAAATAAATTGAAAATTCTAATTATAGAACCCAAAGATTTGTGCGATGTTGCAGTGCGGCCTTT TATGTTTCATGCAATTCAAGAACTAATTGATATTTATTTCTCCTCTTTATTTTAACGCATAATATGCTATTTAAAATATC AATAAATGTTTACTTTTAGATTATATACCTATGAATGTCCAAATTATCTAACACTTTATGTATATGATCTTCAATAATAT GACATGATTCAGCAGTTGCATTGGTTAATTTCGCATTGTAAAAAAAGTTATGAAGGGTCTAATCTAATATACCAAGACCT ATAGCTAGTGTCAACGGATTCTGACTCGCCATACTACAATTTCTTTTGCTGACAAGTAAAATAAAATATTGAGTATTTAT TATAAACTGTACCCTGATGATAGAAACTGAAATCGGCATTTTCCCCTCTATATCTTTTTTAATCTACCCTTTCTTCAAAT TCATTCAAATTTCTCATTGATAAATGTTTCCCTTGTATTTTTTTGTTGGCTTTCTCCTTCTTGGGGTGATGGAGATTATG AGGTTTGGAAAGTCTTAAAGGAGACTTTTGAGCTTTAACTAACAACTTTTAAAAGTTATTTTATCTCCTTTTAATAAAAA ATGGATTCTCTATTGTCATCTACCCACTATTTCAAAAGCTAGCTTGAGCACAAGAGTCATTTGTGTTCGTATCATGGACA ATGCACAAATTCACCCACCTTCTGTAGAAATTTGACTTTTCTTATTAGCAAAGGGGACATAAGAATTGAATTCTAAATCA CTTGGCCATCAAAACTCTAATACAATTATCTCCAGTCACTTGACCTAACTATCTTAAAAGCTTAAGTTGTTAGTTGACAA CACATGGATGGGTTTTGTATATATCTTTGACATTTACCTTCTTTTTGCGCCGCAAATAAAAATATCTACTCATCTATTAC CCAGCTTCCACTGTTGCTTGCTGTTCATCAAAGAAACTTGAATGTCTTAATAATATCTGAATTTGATTTTTACCTATTGG TTCTTTCTTTAGGCTCTGACTCCATATGAGAAAAAGAAATATGTTTGGAAAATGCTTTACATATACATGCTTGGCTATGA CGTGGATTTTGGTCACATGGAAGCTGTTTCGCTTATATCTGCCCCAAAGTATCCAGAAAAGCAGGTTTATTATTTTACTT TAATGTGTCGCTTTATATATATATGTATGCATGTGTTTGCGTGGGTGTAACTGTGTATAACTCTTGTGAATTGTCATTCA GTTCATTTACATGCTTACCTTGCAGAAAAAACATATGGACTGAACAGAAGGAATTTTCTAATTTTCCCATAAATGACTGC AGGTTGGGTACATTGTAACATCAAGTTTGCTTAATGAAAATCATGACTTCCTCAGGTTGGCTATAAATACTGTGCGCAAT GATATTATTGGTCGCAATGAAACCTTCCAATGCCTAGCTTTGACTATGGTACGGTAATGGAAAAAACTGCCGACTTTCTT AGGCTTGTTCGTTATATTTATCATTTAACAATTATCTATGTTACTGAGTTTGTCATAATCTCTTAATGCACTACGTGGAA AAAGTTTTGCTGTGTGTGGACGACTTCCTCGTTTTTTATTTTATTTTTTATATTTTACCATCCTCTGCTGATGTGTGTAC CACGAAAAAGCTTTTACACAGTAATCCTTTTTAATATATAATTTACAAACTAACAAATATCCACCCTGGATGATTCTGTA ATGTTTTTTTTTCCATTATGGTTCCAAAATATGTGAGTTAAAGATCTCATTATTTTACAAGATTTTGCAATCAATACATC TAGTAAACTATGGAAGTTGATAAGACTTGTGACTCTGTTGTTTTCCTCTGACAATGAATCTTTGCTGCTGGAAAATTGTT CAAAAAGCACATGCAAATGCCTGATTCAATCAGATTTAATATATACATGTTTTAAATTATTTATGGTTAACTTCCCATCC TTTCTTTTGCTGATTTGATTCTCAGTTACACTCAAAAAGTAGTTAGACCAGATAGTTGGGGGTTGTAAAACTTCCAATAT CTTTTGGCGAGAGGCGCTACAGACTTCTCTAAAGAAAGGTGCTAATAGTAGAAAAAATGTGATAACAGTAAAATACTTGA TTCTTTCACAATTTACCTTAATTTCCCAAGTAAACTAATTGAGCTGCACAAAACAAACATAGTAAAGTAAAATGTTAGAA TGTCCAATCTGCTAAATCCTTAGCTGCTTGCTGTTAAAAGTCTTGAAGATCAATAATACAATGCAAAGGGTAGTAATTTT AGCGTCACAATCAGCATGTTTGATGGCTGTGATTTTAGATTTCTTTTACAGTTATCAGAGGCCAGTCGGGCAGTGGCTTA CCTAAACCAGAAACAGTTGCCTATGCAGCTAGAGTTGTGTGCCTTAACCAGCAAGAGCCACTAACCCCTTTTGTTCCCTT GCCTCAACCAGCAAGAGTAGAATTTTCGCTAACAATATATTTTCCTAGTTTATCTTCTGGCCTTGCTATATAAGCTGGAA TATTCATTTTAGTATAAATCGGATTCATTTGATTCCTTTCTTTATACTGATACTTTATTATGATATGTACTGTACATTTA TATCTCTATCAGCTTTTCAACTTTTGAGTCGCTGCCACCATATCTTCTATTTTGTAGGTTGGAAATATTGGCGGTAGAGA ATTTGCGGAGTCCTTAGCACCTGATGTACAGAAGTTGCTGGTAAGAAATTTTGCATTAATATTAAATAGGCGTGATTGGA AAATATTGATCTCAACTTCTTTTTGTGATCTAGTTATCTAGCAGCTGCAGACCACTTGTAAGAAAAAAAGCCGCGTTGTG TTTGCTCCGCTTGTACAGGAAAAATCCTGATGTTGTCAATGTAGATGGATGGTAAATGTGAATGTAACTTTTCTGGTTAT ATACTCTTTCTTTATTGCTTTTCTTCAAATGTATCTTATTACTCCTCTTTTGCCTTAATTTTAAGGGCGGATCGGATGGC ACAACTTTTGGATGAACGAGATCTTGGTGTTTTGACATCTTCTATGAGTCTCCTTGTTGCTTTAGTATCAAACCAACACG AGGGTTATTGGAGTTGTCTTCCTAAGTGTGTTAAAACTTTAGAACGTCTTGCTAGGAACCAGGATATTCCCCAAGAATAC ACTTACTATGGTATCCCATCTCCCTGGCTTCAGGTTTGTAAATTTTTACTTATCATAAAGAACATTTGTGTTGGCTTTGG TTTTATGAAGATTTTCAAATGCTATTCTTACGTCTTGCTTAAATTAAGAACCAAGAGTTGCGAACTAAATGTGATCTTAT CCAGCAAGTTAACCTTAATTAATGCTCAATGTAGGTCAAAACGATGAGGGCTCTTCAATATTTTCCTACCATTGAAGATC CGAATACCAGAAGATCGTTGTTTGAGGTTTGTAATATCTTAATAATGGCACGTCCATAAGTTAACAAATTGTAGTGAGTC TTGATTGATTATTTCAGGTCTTACAAAGGATCCTGATGGGAACTGATGTTGTGAAAAATGTGAACAAAAATAATGCATCC CATGCCGTTCTTTTTGAAGCCCTTGCTCTGGTATGTTCATTGTAAACAAATACAGTTGTTCATTCTTTACAATCTCGTTA TAGATAAAACTGTACGTGTAAAAGCATTTTTATTGTGATGTTGGTTAAACTACCTAAAACCCTAGCAGGGGAGTCTCCAA CTTTTTATTTTGGTATTCTAGCATTTTTTTGTCTTCTTGGTTCTATTTCTATATGATATATTAAATTATGTTTAATGATT CATATTAATGATTTATTTCAAAAGATTTACATTTTCATACTTCTGGGCTTTAATAGATGCAGTTATGAACATATTCGTGT ATTTGGTAGATTCTTCATGATGTGCACTGTTAATTTGGTGGGCTTTATGTTTTTCCCTTTCCCTAAAATGTTCATGGTAT GTTTTAGTTATATGTTATTCTAATTGCTCTATTCAGGTGATGCATCTTGATGCTGAAAAAGAGATGATGTCTCAATGTGT GGCTCTTCTTGGGAAATTTATTGCTGTCCGCGAACCAAATATTCGTTATCTTGGCCTGGTAAGTTTTGGGGGGTGGGGGG CACACTTGATTTATCCATAGTTTTGTTTTCCAGTTCTCTTCCTTCTTTTTCATTTTTCTGTTTCGATAGAGGGTCGTGTA ACCAATATTCCATGGTAGATTTCATTGCATCGTGTAGTTTAGAAGGCTTGGTGTTTGTTGTTGTCATAATGCAATCCCCA GTAACTCACATGCTTTTGTGGTGCAGGAGAATATGACTCGAATGTTGATGGTTACAGATGTGCAAGATATTATTAAAAGA CATCAAGCTCAGATTATTACTTCATTGAAGGATCCTGACATCAGGTTACATTTATTAGCCTATATTTTGATTTCATTGAT CATGTATATATTTTCATGGAACTACGTGCTGAACCCAGCCTGCACAAATTCTGTCGGTAACATAATTATACATGTATGTA TAATCTCGTTATAATTATGAATGATAAGATGTCCATTTATGGAAGTTGTTAACTCATGCTTTTAATTTTTACTTAACAGT TAACAACCAAATATCATCTGTCTGATTATATGAAAGGCTCTATGTTAATCAGTTGCCATCCAAACAAGAATTGCTATCTA AACAGGTGTATGAAATGTCATGTTTAGGTTGATCACACATTGCATTTGATTATTTTCTATCTTTTGCAAATTAATGAATG ACTTTTAATGTTTTGTTGATTGGTTGGTAATTAACACGTTTGTACACCTGTTTTCTTGTGAATTGCCATCAGGACCTGCT AAACATGTTCAAACTAAATTGTAAAAATAAGGAATGGTTTTTGCATTTAATTTCTTAACTGCAGGATTCTTTTAGTTAGG TCTTACGTACACTAATAACTGATACCTTGTTGTGTCCATCATTACTGGTGAATATTTATTCAGAAATATTAATCTAGTAG CACATATGCTAATTATCTGACTTGGGGTCTACATAATGTTGATTTGCTCTCAGCACAAACTCACTTGCTCCTTGGTAAAC AATTCAAGCTGACTTATGAGCAAAGATGAAAAGCGATGTGGATTTTCTTTGGAGCATCTTTGTTTTTATTACATTCTCTT GTGTTGTTAATAAGTAGATTTTAAATCCTGTGATTTATTTTTCTTCAAATATTTAATTTAGAAGAGAAAATTGATTCTAT TTACCAAACTAGCTTTTAGAAGTGCTTGAAGATGCAAATATGATACACAGATAATTTCTTTGTTCTCAATTTTTATTAAA TCTAGTATTTCTGACTGCATTGATAAATATATGCAGTATTCGGAGGCGTGCTCTAGATTTGCTTTATGGCATGTGTGACG TTTCAAATGCAAAGGATATAGTTGAAGAACTACTGCAGGTATAGAGCTAGATCCAGACTAATTCATGCTTTTCAGATATC TCACTGTAAACCCTTTTGCTTCGCCAACCTCAGAACGAAAACCAAAAGAAAATAAAATGAACCACTGTTACATGTCAACC ACAAAATAATTAGTTTGTGTCTTGCAATTCCAACTGTTTTGTAGTATCTCAGCACAGCAGAGTTTGCAATGCGCGAGGAA TTGTCACTTAAAGCAGCTATTCTAGCCGAGAAGTTTGCACCTGATCTTTCATGGTAATGCCATAAAGCCTACCTGAAAAA TACACAAATGAATTGCTACTTCAGGATTAGTTGTAGCCTTTTCTGTGTCATGTTGTAACAAAATGCCAGAGCTTTTAAGG ACAATTTCTTGCTTTCCCCTTTCTATTTGACAGGGCATTCTTTTCTAATTCCTTATGGTGCCTAGCGAATGGTTGCTTTT GAGGGTGGTTTCATTACCATATATGCGATGGGTTTTTTTTATTTCCAAAATGAAAATTCAGCATGATTGAAGAGATTTGT TTATTTAGTTAATTTTGGTTTTGACGTGTTTTGGGTTTTCTTTTGCCGGGGGGGGGGGTAATTCAAATTTTGCACCTTCC TCCCCTGTCAGAAAAATTCTTGGAAAAAAAGAGGCATGATAAGTTGATAACCGTAAAATTCAAAATGACAGCTGACCCAT GTAATGTCAAAATCAGGATTTTCTATGATAGAAATGTATGATCAATTTAGAATTTCGTGGGGATTAGTTTGCATCCTTTT TTGAAGTTGTAAAATGAAAAATCATCAATTTCTGGACATTTTTGTGTAACTTTAAGTGATTGCTGAATTTATTTATGTGA ATCTCAGTATTCGTAGAATAGACCTATATTTAAGCACAAAAAGATTGCCAAGCCTTCATGAGCAGAACTTTTGTTAATGT TACTATGCCATTCCTTTTTTTACAGGTATGTTGACGTTATTCTTCAATTAATTGACAAGGCCGGAGATTTCGTTAGCGAT GACATCTGGTTTCGGGTGGTGCAGTTTGTTACAAACAATGAAGACCTACAGGTGAGTTTAAAACTTGAAGTGACTTTGTT ACTGCTTCCTAGTTGACACATCATTGACATGGTTTGTTATGTCTTTGATTAGCCTTATGCTGCAGTAAAAGCTCGAGAGT ATCTTGACAAACCTGCCATACATGAGACAATGGTTAAGGTTAGTGTGTTTTCACTGCCATTCTGTAATAGTATGAATATT GTTAGTGTATGTATAATATTTATATGTTGTGTGTGCCACCCGCTGATGGTTTCTAAACTGTAGAATATGTATGAAATATT TATCCATAACGGTGAGATCTTTGTTAGAAGGGTTCACTTAAGTTGAACTTTGGTATTCTCTTATGACGTATGAAGAATGT CAATAAGCATTTCTCTCTGTTCATGCATGGATTTTTCTGTATTGATTTATTCAGTTACTAAATAATTTATTACACTGAAA TAATAAGCGGTCTGATTTTAGTCGTGTATTTGTATAATATAATATCTATTTCACGTCTCTAAATACTCTTCAACAGGTCA GCGCATATATTCTTGGGGAGTTTGGACACCTTCTAGTGAGACGACCTGGATGCAGTCCAAAGGAAATATTTAACATTATA CATGAGAAGCTTCCTACTGTATCGTAAGCAGAATCTCTCTCTCTCTCTCAGTTTGGATCTGTGTAGCTTGGATACCTTAT AAGACATGCTTCACTTTCAGAACTTCTTCTATTCCTATTCTTCTGTCAACATATGCAAAGATTCTGATGCACAGTCAACC ACCAGACCCTGAATTACAGAATCAGATTTGGACAATATTTAAAAAGTGAGATTTACGTTCGCAATGTACGATTTTTTCAT TATGTATTGTTCTGTGCTTTTTCATGATGCATTTTTTAACTCATTTTCTCATCTTTCTAGATATGAAAGTTCCATTGAAG TTGAAATACAGCAACGAGCTGTTGAATATTTTGCTTTGAGTAGAAAAGGTGCAGCCCTAGTGGATATATTGGCTGAGATG CCTAAATTCCCTGAACGACAGGTACAATATTTGATTTGAGGCAATTTGTTTGCAGTTTCTATAAATTATGATCACTTTGA GTAACCAATGGTATAACATGGATTAATTTAATACTCTTCTTCAAATTCAGTCTTCATTGATTAAAAAGGCCGAAGATACT GAAGTTGATACTGCAGAACAAAGTGCCATAAAGTTGCGAGCTCAACAGCAATCTCAAACATCAAATGCTTTGGTTGTAAC TGACCAAAGTCATGCTAATGGAGCTCCGCCAGTCAGCCAACTTGGTCTAGTAAAAATGCCCAGTACGAGTAGTAATGTGG TTAGTATCTCCCTCCACTTTTAGTTTTTACTATATTTTAGTCAACGCTCCAGCGTAAAACTGTCAAATCTACTTAACATG GAATGATTTGACATTTTGGTTAACATTTTACTGTATTATTGATCACAGTGTCATCCTTTTTTACCACAAGGTCGTTCCTC CTGTTGCTTCTTAATTTGATACTGACTTTGTTTCGAAACAGGATGATATTTCAGCAGATCAAAGATTATCCCAGGAAAAT GGGACATTGAATAATGTAGATTCTCAGTCTCCCTCACCAGATCTCCTTGGTGATCTCTTGGCTATCGAAGGCCCTCCCAG TGGCAGTCTCCACCCTCAGCCGAGCTCAAGTTCAGGATTGGAAGGAACTGCAGTTGAAGCCACAGCCATAGTGCCTGCGG GAGAGCAGGCCAATTCTGTGCAGGTACTGGTGTTGATTTATAGTGCCTAAATAAATAGTAAATGCTGCATCATAGTTAAA TTTGAAGATTATTAGTATTATATTTTTTTAGATCCGATATTCTCTTTTACACATAATTAGGGTTCATGACGAGTCACATT ATTACACTAAAACTGTCATTAGTCTTAACTGGAATGAACACTAATTTATGATAGACACTGTTAAAATTAGAGAAGCAATG AGAGAGAGAAGAGAGAAATAGAAATATAGCAGAAAATGTATTATTGATAATCTGAGTGATTACAGAAGATGTGATATCCT TATATAGAAGAACAGGAGAATGCCAACAGCTGTAACATACAGCTGACATAAATAGGAGAATACCAACAGCTGACATAAAT AGGAGAATACAAACAGCTGCATATGTCAGCTGTCATAACTACTCAAAAGATGATGCAGCAGCATAGTAAATACAAACTCA ATGTACTCTAACATACCCCCTCAAACTCAAGGTGGTTTGACAAATGAAAATTTGTCAACCACATTGAGTTTGTCCTTAAG CTCATGAAACCTTTCTGAAGAGAGGGCTTTAGTAAAGATATCCGCTTTCTGCAGAAGAGAAGGAACATGCTGAACAATAA GAGTCTTATTGAGAACCTTCTCTCTCACAAAGAAAAGATCCATTTCCATATGCTTAGTTCTAGTGTGAAGGACCGGATTA AGAGTCAAGGCTACGGTGCTCAGGTTATCACAGAAAATTGTTGGTGTTTGGAAGGGAATATGCAGCTCAGTCAACAAGGA TTGAATCCAAAGAATCTCAGCTGCTATGTTGGCCAGACTCCTATATTCCGCTTCTGTGCTTGAGCGAGCAACCAAAGTTT GCTTCTTAGCTGACCAAGACACTAAATTGGGGCCAAAGAACACACATGAGCCAGAAGTTGACCGTCTATCATCCGGGTCA GAACCCCAATCTGCATCACAGTAGGCATGAAGTGCTACTGGACGATCAAGAGAGAAAGGCTTAAAAAGCAACCCATGATG AATGGTACCCTTAAGAAACCGCAGAATTCTCTTAACTGCCTTCCAATGTTCATCATGAGGCTGAGACAGAAATTGACAGA CTTTATTGACTGCAAAGCTGATATCCGGCCGGGTAATTGTAGCATATTGCAATGCTCCAACTATGGATCTATAGAGAAAG GGATCATTCATGCAAGTACCTCCAAACTTTGACAGTTTGCTGCTACTAATCATAGGAGTGGGCAGAGCATTGGCTTCAGA CATATTTGCTCTCTCAAGAAGATCTTCAATATATTTGGTCTGATTAAGTAGCAAAGAGCCATCAGACAAGTGTGTAACCT GAACTCCAAGAAAATAATCAAGTTTTCCTAACTGTTTTAAAGCAAAAGAAGAATTCAGTTTGTCAACAAGATGTTGAATT AGGACTGAAGAACCTCCTGTGATAATAATATCGTCCACATATACTAGAACATATGTGCAGCAAGTTGGTGAAGACAAAGT GAACAAGGAGGGATCACACTTACTAGCCTTGAACCCTAATTGAACAAGAGTGGCAGTCAACCTGTGAAACCAGGCTCGAG GAGCTTGTTTTAGGCCATACAAAGCTTTGTCAAGCTTACACACAAGGGACTTATCACCCTGTTCAAATCCAGGTGGCTGA ACCATGTAAACCTCTTCTTCTAAGTTCCCATTGAGAAAGGCATTATTCACATCTAACTGTTGAAGAGGCCACCCTTTGGA AATAGCAAGAGATAGAATCAACCTCACAGTTATAGGTTTGACCACTGGAGAAAATGTTTCAGAATAGTCAAAGCCATGCA CTTGATTGAACCCTCTAGCTACAAGTCGAGCCTTGTACTTATTCACTGTTCCATCTGGATTTTCTTTAATCCTGAAAATC CACTTACAACCAATAGGCTTTCTTCCAGCTGGAAGTGACATAAGAGTCCAGGTCTTATTAGTCATCAATGCCTCATACTC TTGCTGCATTGCACTAAACCACTTACTGCTCTTGAGAGCTTGTTTGACTGTAGTAGGCTCTACTTCTGTCAACAAGACAG AAGGAAACAAGCGAGGCTTGACAATGCCATTCTTTGCTCTGGTGAGCATTGGATGAGCATTAACAGGGATGACAGCTTGA ACATTATCAGGTGTAGCAGCTGATGCTGGAGGCTGCTCAGAAGAAGAAGGAGAGACATCCACTGAACCAGAGGAGGAAGA ATTAGAACCCTCAGAATGCACTGTCACAGCAGGAGAAACAGGTGCAGAGATAACTGGAGATTGCTCAGACGAAGGAGAGA CATCCACTGAGCCAGAGGGTGAAGAATCAGAACCCGCAGAATGCATTGTCATAGCAGGAGAAGCAGGCTCAGCAGCTGGA GAAGCATTAGAAATAATATTTGGAGCAGCAGCAAGAGGAATCAGCAAAGAAAATGATTCTGGAGAAGTTGTTTCTGTAGC AGAATCAGGAAACATTTCAACATAAGGGAACCTATGCTCATTAAACAACACATCTTTAGAGACATAGACTCTGCCTTGAG CATCCAAGCACTTGTATCCTTTGTGTTGAGAAGAGTAGCCCAAAAATACACACTCTTGGGACCTATATGCCAACTTGTTA TTGGTATACGGGCGCAGAAAAGGATAACAAGCTGACCCAAATACCTTGAGGAACTTGTAATCAGGTTGAGAACCATACAA CTGAAAATAAGGACTTTGTCCTCCTAAAACAGAAGTAGGCATCCGATTGATAAGATAGGTAGCTGTAAGAAAAGCGTGAT CCCAAAAGTGCAATGACATTTTGGCATAAGCAAGCAAAGCAAGTCCCGTTTCAACAATATGGCGATGTTTCCTCTCCACA CTCCCATTTTGATGGTGTGTGTGAGGACAGGTCACACGATGAACTACCCCTAACTGAGTAAAATAGGGAATCAAGGATCG AAACTCTCCTCCTCCATCAGTTTGCACACTCTTAAGCTTACATTGAAACTGCAGTTCAACCAATGCTTTGAAGTTTTTAA AAGTCTGAAAGGTGTCAGACTTGTGTTTTAAGGGATAGATCCAAGTGTATCGTGTGCAAGCATCAACACAAGTAAGAAAA TATGAAAAACCAGCAAAGGATTCTATGGAAGCTGGTCCCCATAAATCAGCATAAACCAACTCAAAAGGCAGAGTATAAAC AGTAGAAGAAGAAGAAGAGGGCAACCTATGTGCCTTTCCCATACAACAACCAACACACATGGCAAAAGAAGTTTTATTAG GCAAAGGAACATTACATAGTTGTAAAGTAGTTTTCAAGACCTCATGATGAGGATGACCTAGTCTACAATGCCACAAGTCA TAGCTGGAATTACCTAAACTGGAAACAGAAGACATATTCTGTGATTTTCCAGTACCTGGATACACTGTAGATAAAACAGA AGGAGTACTAGTAGACAAATCAGATTTAGAACAACTAGAAGAGACACTAGCAGCGTTGACATCATCAAAGGTGTATAAGC CATCAGAACCAACACTTCCACGAAGCAACACTTTAGATGTATCCTGTGATTTAACAAGACAGAAAGAAGCGTGAAACTCA AAATAAACATTGTTATCCTTGGCAAACCTACTAACACTGACAAGGTTTTTGGTGATAGAAGGAACTAGAAGCAGTTGACT AAGAGTGAGAACAGTGTGTGAATCATATGGTGAGGGAATGGTGCAAGAACCAATAGAGTGAATTGGCAAACCTTGGCCAT TGCCCATCAAAATCTGCTCAGTTCCAGTGAATGAAGAAGTGTCTGAAAAATTTCCAGCAGCATTGGTAACATGGTGAGTG GCACCAGAATCGGGATACCACAAAGTAGGCTTGTCAGGACGCTGAGATGCGGAAGAAGAAGCATGGTGCAGAGGACCAGC AAGCATAGCATGAGCAGGAGAGCGAGGCTGAGAGCCAAGAAGGCCCGGATAAGATGGAGGTGAGGGCCGAGGTGAATTCC AAGAAGATGATACTGGACCAAAAACAGCTCCAGGTGCAGAATATTGAGAACCACCAGTAAAAGCAGGAAACTGAGAACCT GAAGGGTAAGCACCATTGTAAGGTCCTGCGGAAGAGCCAAAGTAATTCCACGGAGCAGGTCCAGAAGCATAAAAAGACGG TGAGGAAGAGCCAAAAGTGGCAGAACCAAGAGGCATAGGAGGAAAGGCTCCAAAAGGTGCAGGACTAGGCATATTAGTAA AGGTGCCATTCTGTACAGAACCACCTCCAACGGCGCGATGGTAGCAGACACTCGCATCATGTCCCCACTTCTGACAAATC TGACACTGCAAATTACGGCCGCGCCCACGGCCGCGTCCACCACCGCGTCCACCAGCAGGATAGCCACCACGGCCATCGCC TGGTCCACGTGAATCATTCTGGTCATGATAGGTATCACGATTGTCACCAGAATCACGATAATTTGGACGTTGTTGATCAT TCCGATAGTCACGTCCACCACGAAATTCAGCAGCATAATTGGCCTGAGACGGCGTCAAATCCACAGAAGGTGGCGGCGTT CGGGAGATCTGAGGTGAAATCGGAGCAGGAACCGATGCGAACGCATGTGTATGCGCAAGCAACGCAGAAGCAGTAGAATC GCTAAGGCTACGTTTCCGTGATCGTTCCAGGCGAGCATCATGAGTAATGATCATCGCTTCGACCTCAGAAATCGTGCTCG AAGAAGCATGAGTGAAGATAATCGTGCTTAAAGCACTATAATCTTCAGGTAAACCATCAAAAATCGCTTCAAGGTGATCG CGAAAACTTACGGGTTCACCAATGGAAACCAGAGTGTTGACGATCGTCTTGATGCGTCGAAGATATTCAGTGATCGACTT CGAACCTTTGGTTATGTTCTTCAGCTCAGATCTGAGCTGAGCAGACTGTGCGCGACACTGATTCTCAAAAAAGTCAAGGA TCTCACGCCAAACCTGCGATGATCTCTCGCAGTTGATCACCGTTGGAAGAACAAACGGAGATAGAGTCGTCAAGAGCCAT GTAAACACCATGGAATCTTGCTTAATCCAAGTCGTATAAGCTGGATTCTCAGTCGCAGCTACACGATCCTCTTCAGTCAG AAAACGTTGTGGAATTTCTGGATCAACCAGAAAATCATGAAGCTGATGCGATCGAATCGCACCTTCAACTTGTTGACGCC AAGAATAGAAATTCGAATCATCAAGCTTGATTGTTGCAGTACGAGACAGAGACTCAAGAACATTGACAACGGAAGCAGGT GCAGCAGCCATGTATCAAGGACCGATTGAAGCTCTGATTACCATGTTAAAATTAGAGAAGCAATGAGAGAGAGAAGAGAG AAATAGAAATATAGCAGAAAATGTATTATTGATAATCTGAGTGATTACAGAAGATGTGATATCCTTATATAGAAGAACAG GAGAATGCCAACAGCTGTAACATACAGCTGACATAAATAGGAGAATACCAACAGCTGACATAAATAGGAGAATACAAACA GCTGCATATGTCAGCTGTCATAACTACTCAAAAGATGATGCAGCAGCATAGTAAATACAAACTCAATGTACTCTAACAGA CACGTAGCACATCACTTTTTTACTAGACTCCATTTCCATTCATCATTAGAAGAGTATTTCTATGAAACAATTTGTGGGCA TTGGGATACAACTTATTTCCTTTGTATGTGCAGCCAATTGGAAATATTGCTGAAAGATTTCATGCTTTGAGCTTGAAGGA TAGTGGTGTTCTATATGAAGATCCTTATATTCAGGTTTTTTTTTGTTCATATTTTTTCTAATGCTCTCTAGTATTTGTGT GTTTTTGTTTTTGGTCATACATATTTGCAGGTTACTTACAAAGTCCTTTATGTTTGGTAATTTAAGTTAAGCTCAAAGTT GTTTTCTTATATTTTATTTTTATGTATATATTTTCAGATTGGCATTAAAGCTGAATGGAGAGCTCATCAAGGGCATCTTG TTCTTTTCTTGGGGAACAAGAATACTTCTCCTCTTGTCTCAGTTCAAGCTTTAATATTGCCTCCTGCCCATTTGAAGATG GAGCTCTCTCTAGTACCAGAAACTATACCTCCCCGGGCACAGGTGAGAATCTGTTGTTACTGTTATGTTGTGCTTTCATA TATTGTTAGTTTTATTTACATTTCCCCTCTTGATGGCATAGGTGCAATGTCCACTTGAAGTCATTAATCTCCACCCAAGC AGGGATGTCTCGGTTCTTGACTTCTCCTACAAGTTTGGTAACGAAATGGTACTTTCTTTAAACTCGTTTTACATTCCTAA TATGAATAAGGTTTAGTCTTCTAGGTTGAGAGAGAGGAAAGGGACTACAGACTACTCATAACTCAAGAGGGTAAAATGAG AACTAAAATTATAATATTTCAAAAAGCGAGGAGCAAAATGAAGTTTTTAAAAATTAAGGACTAAAGCCAAATATTGACAA TTTTATAGTGGCTGAAAGTATAACTTTACCTTCATAGTAAAATTATATTGATACAATGTGAATGATATGTCGGATGTTTA TATAGAAGACAAAGCACACATAATCCTTATTTATACTGATACTGAACTTTTGGGTCCGGCTCCTCTGAAGTCATCCCACC ATTGAGAGAGTAAAGTAAGTCACCACAACCATTGATTGAGTTTTTTTATTGACTTTCAAAGTTGGTAATCATTATTAATG GCTTTACCCTCTAAAGTGAGTGAGCCAAATCAAAATTTTAATCTTAATTAAATAAAGAAACGAAATATGGTATATAAGGA AACATGGAAACCAATCTTAAGATATAATTTAAGTAACTTTAACATTTTATAATGTAGGATAATGATGTCAGAATTTTTTA GGTATACTCCTTAGTTTGTTCATTTACTTCCAGAGCCAGTCAGAAAAAAATGCATTCTAACCACCTTGTATATACATTTA GTTCATAAACACAAATGATTTTGAGATGTTCCTTTGAAGAAGTCAAGCATGGGATCCAAAGCCTTCAAGATGTTGATTTT TCTTAAAAATTGAATTGGGTAGTGGAACATGATTCACCAAAGGTGGGATATACCTCAATTTCTAATTATCAGAAAGTTTG TTCTTAAATAATAGAACAGATAATAATTGAAGAAAAAATAATTTATCATTATTGAAGAAATTTAAATATTAGAAACAGAT CATAAAGGAAGAGCATAAGTTTAGATTGTAAGTTTGGAAAAAATGGATCTTATATGTTAAGTTAAAAGGAATATTTGTTG CTATTTTTGACATTCGACAATGGTTAACGTTGAATTAATTTATTTTCATGTGTTGGTTTTCATAGGTCAATGTCAAGCTT CGCATGCCAGCTGTCCTAAATAAATTTCTTCAGCCTATAACAATATCTGCTGAGGAGTTTTTCCCTCAATGGAGATCCCT GCCTGGACCACCTTTGAAGCTTCAAGAAGTGGTATGTAATCTGCTTTGTGTACATTGCGAAGTGCCGAAGTATGTATATT TACTAAGTTGGTTATGGTTTACCTTGAGAGTATGGTATTCACAGTGGCATATATATTTGTATTGCTGGCTTGTTCTTCTG GTCATATGCACTGATAGTTTCATCTTTTCTGCTGGTTTTGCAGGTTAGAGGTGTCAGACCACTTCCACTGCCCGAAATGG CAAACTTATTTAATAGTTATCATCTGACAGTGTGCCCAGGGCTTGTACGATATTTAAGTCCCTCTTTTTTACTTCCTTAT TTTAGTCTATTTTGCCTGAAATTCTTCAATAACTACTAATTTTTATATAACTTGTTTCTTCCTGTCTGTGTTTTAGGACC CCAATCCAAACAATCTTGTTATTAGTACAACATTTTATTCAGAAAGTACAAGGGCAATGCTCTGTTTGGTAAGTATATAT GTCGATCTTGCACTGCAGTCATGAATTCTAAATAACCTGATTATTCTGATATAGAGGAGGGGAAATTGAGGCAGCCTTTG TGGCCTGCTTTAAGATCATGATGATCAAACTATGTTACAGTGTCACTCTGTTTTGGGTTTTTTCATAAAGAACCTCCATA TGTGCAGACAAGAGAGGATAGGTTGTAAATGTTTTTCCCCTCTTGGAGAAGCATATGGTTGCTTGTTGATCCTCCTTTTC AAACACCTGACGTAATTGTTTGATCATTTTATGTAAATGAATGTGCAGATAAGAATTGAAACAGATCCAGCGGACAGAAC CCAGCTGCGAATGACGGTTGCTTCAGGGGACCCAGCATTAACGTTTGAGTATGTGATTTAATTTCCTGCTTACCCAGATG TCATCAATGCATTCTAGAGCTTTAACAAATCATTCTAATATTGGTTTGCAGGATGAAGGAGTTCGTCAAGGAACAACTAG TCATCATCCCCCCAACATCCCGTGTACCTGCAACACCAGCAGCTCCAACACCTCCAGTGGCTCAACTAGCTATTGCTCCC GCAACAACGAACGATCCTGGGGCCTTGCTTGCTGCTCTTCTATGA
CDS sequence (LotjaGi3g1v0172200.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGCCTAGCTTTGACTATGGTACGGTTGGAAATATTGGCGGTAGAGAATTTGCGGAGTCCTTAGCACCTGATGTACAGAA GTTGCTGTTATCTAGCAGCTGCAGACCACTTGTAAGAAAAAAAGCCGCGTTGTGTTTGCTCCGCTTGTACAGGAAAAATC CTGATGTTGTCAATGTAGATGGATGGGCGGATCGGATGGCACAACTTTTGGATGAACGAGATCTTGGTGTTTTGACATCT TCTATGAGTCTCCTTGTTGCTTTAGTATCAAACCAACACGAGGGTTATTGGAGTTGTCTTCCTAAGTGTGTTAAAACTTT AGAACGTCTTGCTAGGAACCAGGATATTCCCCAAGAATACACTTACTATGGTATCCCATCTCCCTGGCTTCAGGTCAAAA CGATGAGGGCTCTTCAATATTTTCCTACCATTGAAGATCCGAATACCAGAAGATCGTTGTTTGAGGTCTTACAAAGGATC CTGATGGGAACTGATGTTGTGAAAAATGTGAACAAAAATAATGCATCCCATGCCGTTCTTTTTGAAGCCCTTGCTCTGGT GATGCATCTTGATGCTGAAAAAGAGATGATGTCTCAATGTGTGGCTCTTCTTGGGAAATTTATTGCTGTCCGCGAACCAA ATATTCGTTATCTTGGCCTGGAGAATATGACTCGAATGTTGATGGTTACAGATGTGCAAGATATTATTAAAAGACATCAA GCTCAGATTATTACTTCATTGAAGGATCCTGACATCAGTATTCGGAGGCGTGCTCTAGATTTGCTTTATGGCATGTGTGA CGTTTCAAATGCAAAGGATATAGTTGAAGAACTACTGCAGTATCTCAGCACAGCAGAGTTTGCAATGCGCGAGGAATTGT CACTTAAAGCAGCTATTCTAGCCGAGAAGTTTGCACCTGATCTTTCATGGTATGTTGACGTTATTCTTCAATTAATTGAC AAGGCCGGAGATTTCGTTAGCGATGACATCTGGTTTCGGGTGGTGCAGTTTGTTACAAACAATGAAGACCTACAGCCTTA TGCTGCAGTAAAAGCTCGAGAGTATCTTGACAAACCTGCCATACATGAGACAATGGTTAAGGTCAGCGCATATATTCTTG GGGAGTTTGGACACCTTCTAGTGAGACGACCTGGATGCAGTCCAAAGGAAATATTTAACATTATACATGAGAAGCTTCCT ACTGTATCAACTTCTTCTATTCCTATTCTTCTGTCAACATATGCAAAGATTCTGATGCACAGTCAACCACCAGACCCTGA ATTACAGAATCAGATTTGGACAATATTTAAAAAATATGAAAGTTCCATTGAAGTTGAAATACAGCAACGAGCTGTTGAAT ATTTTGCTTTGAGTAGAAAAGGTGCAGCCCTAGTGGATATATTGGCTGAGATGCCTAAATTCCCTGAACGACAGTCTTCA TTGATTAAAAAGGCCGAAGATACTGAAGTTGATACTGCAGAACAAAGTGCCATAAAGTTGCGAGCTCAACAGCAATCTCA AACATCAAATGCTTTGGTTGTAACTGACCAAAGTCATGCTAATGGAGCTCCGCCAGTCAGCCAACTTGGTCTAGTAAAAA TGCCCAGTACGAGTAGTAATGTGGATGATATTTCAGCAGATCAAAGATTATCCCAGGAAAATGGGACATTGAATAATGTA GATTCTCAGTCTCCCTCACCAGATCTCCTTGGTGATCTCTTGGCTATCGAAGGCCCTCCCAGTGGCAGTCTCCACCCTCA GCCGAGCTCAAGTTCAGGATTGGAAGGAACTGCAGTTGAAGCCACAGCCATAGTGCCTGCGGGAGAGCAGGCCAATTCTG TGCAGCCAATTGGAAATATTGCTGAAAGATTTCATGCTTTGAGCTTGAAGGATAGTGGTGTTCTATATGAAGATCCTTAT ATTCAGATTGGCATTAAAGCTGAATGGAGAGCTCATCAAGGGCATCTTGTTCTTTTCTTGGGGAACAAGAATACTTCTCC TCTTGTCTCAGTTCAAGCTTTAATATTGCCTCCTGCCCATTTGAAGATGGAGCTCTCTCTAGTACCAGAAACTATACCTC CCCGGGCACAGGTGCAATGTCCACTTGAAGTCATTAATCTCCACCCAAGCAGGGATGTCTCGGTTCTTGACTTCTCCTAC AAGTTTGGTAACGAAATGGTCAATGTCAAGCTTCGCATGCCAGCTGTCCTAAATAAATTTCTTCAGCCTATAACAATATC TGCTGAGGAGTTTTTCCCTCAATGGAGATCCCTGCCTGGACCACCTTTGAAGCTTCAAGAAGTGGTTAGAGGTGTCAGAC CACTTCCACTGCCCGAAATGGCAAACTTATTTAATAGTTATCATCTGACAGTGTGCCCAGGGCTTGACCCCAATCCAAAC AATCTTGTTATTAGTACAACATTTTATTCAGAAAGTACAAGGGCAATGCTCTGTTTGATAAGAATTGAAACAGATCCAGC GGACAGAACCCAGCTGCGAATGACGGTTGCTTCAGGGGACCCAGCATTAACGTTTGAGATGAAGGAGTTCGTCAAGGAAC AACTAGTCATCATCCCCCCAACATCCCGTGTACCTGCAACACCAGCAGCTCCAACACCTCCAGTGGCTCAACTAGCTATT GCTCCCGCAACAACGAACGATCCTGGGGCCTTGCTTGCTGCTCTTCTATGA
Protein sequence (LotjaGi3g1v0172200.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MPSFDYGTVGNIGGREFAESLAPDVQKLLLSSSCRPLVRKKAALCLLRLYRKNPDVVNVDGWADRMAQLLDERDLGVLTS SMSLLVALVSNQHEGYWSCLPKCVKTLERLARNQDIPQEYTYYGIPSPWLQVKTMRALQYFPTIEDPNTRRSLFEVLQRI LMGTDVVKNVNKNNASHAVLFEALALVMHLDAEKEMMSQCVALLGKFIAVREPNIRYLGLENMTRMLMVTDVQDIIKRHQ AQIITSLKDPDISIRRRALDLLYGMCDVSNAKDIVEELLQYLSTAEFAMREELSLKAAILAEKFAPDLSWYVDVILQLID KAGDFVSDDIWFRVVQFVTNNEDLQPYAAVKAREYLDKPAIHETMVKVSAYILGEFGHLLVRRPGCSPKEIFNIIHEKLP TVSTSSIPILLSTYAKILMHSQPPDPELQNQIWTIFKKYESSIEVEIQQRAVEYFALSRKGAALVDILAEMPKFPERQSS LIKKAEDTEVDTAEQSAIKLRAQQQSQTSNALVVTDQSHANGAPPVSQLGLVKMPSTSSNVDDISADQRLSQENGTLNNV DSQSPSPDLLGDLLAIEGPPSGSLHPQPSSSSGLEGTAVEATAIVPAGEQANSVQPIGNIAERFHALSLKDSGVLYEDPY IQIGIKAEWRAHQGHLVLFLGNKNTSPLVSVQALILPPAHLKMELSLVPETIPPRAQVQCPLEVINLHPSRDVSVLDFSY KFGNEMVNVKLRMPAVLNKFLQPITISAEEFFPQWRSLPGPPLKLQEVVRGVRPLPLPEMANLFNSYHLTVCPGLDPNPN NLVISTTFYSESTRAMLCLIRIETDPADRTQLRMTVASGDPALTFEMKEFVKEQLVIIPPTSRVPATPAAPTPPVAQLAI APATTNDPGALLAALL
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 | 6 | 857 | 852 | 3.4E-304 | ||
| Gene3D | 7 | 490 | 484 | 2.7E-160 | ||
| PANTHER | 8 | 870 | 863 | 0.0 | – | |
| PANTHER | 8 | 870 | 863 | 0.0 | – | |
| SUPERFAMILY | 8 | 459 | 452 | 2.17E-71 | ||
| Pfam | 8 | 459 | 452 | 7.3E-82 | ||
| MobiDBLite | 518 | 542 | 25 | - | – | |
| MobiDBLite | 554 | 596 | 43 | - | – | |
| Gene3D | 612 | 740 | 129 | 1.7E-33 | – | |
| SUPERFAMILY | 612 | 739 | 128 | 5.23E-30 | ||
| SMART | 625 | 734 | 110 | 6.1E-17 | ||
| Pfam | 632 | 728 | 97 | 4.8E-12 | ||
| Pfam | 740 | 847 | 108 | 1.7E-13 | ||
| SUPERFAMILY | 740 | 855 | 116 | 6.67E-30 | ||
| Gene3D | 741 | 855 | 115 | 6.6E-21 |
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. | ||
| Cellular component | AP-2 adaptor complex | A heterotetrameric AP-type membrane coat adaptor complex that consists of alpha, beta2, mu2 and sigma2 subunits, and links clathrin to the membrane surface of a vesicle, and the cargo receptors during receptor/clathrin mediated endocytosis. Vesicles with AP-2-containing coats are normally found primarily near the plasma membrane, on endocytic vesicles. In at least humans, the AP-2 complex can be heterogeneric due to the existence of multiple subunit isoforms encoded by different alpha genes (alphaA and alphaC). | ||
| Cellular component | Clathrin adaptor complex | A membrane coat adaptor complex that links clathrin to a membrane. | ||
| Molecular function | Clathrin adaptor activity | The binding activity of a molecule that brings together clathrin and one or more other molecules, permitting them to function in a coordinated way. | ||
| Biological process | Clathrin-dependent endocytosis | An endocytosis process that begins when material is taken up into clathrin-coated pits, which then pinch off to form clathrin-coated endocytic vesicles. |
Expression pattern of LotjaGi3g1v0172200.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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