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 | LotjaGi3g1v0272700 |
| Transcript ID | LotjaGi3g1v0272700.1 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | E3 ubiquitin-protein ligase CHIP; TAIR: AT3G07370.1 carboxyl terminus of HSC70-interacting protein; Swiss-Prot: sp|Q9SRS9|CHIP_ARATH E3 ubiquitin-protein ligase CHIP; TrEMBL-Plants: tr|I3SQ71|I3SQ71_LOTJA Uncharacterized protein; Found in the gene: LotjaGi3g1v0272700 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:52841353..52856472) extracted from Lotus japonicus Gifu genome v1.2.
TGGAGATTGTATTTTTTTATTTTGGAGAAATAATTGATTTGGTATTAGTGGATGGAGAGAGAGGTGGATCTAATGTATTA ATTAACCTAAACCCATATTAATTTTATTTTATTTTTAAACTCATTTTAATTTTCAAAAATACAAAAAAACACCTGGAGTA GTAGGTCAAAATGGCCCGGTGTAACTGCATAGTAAATTTTTCCCTATTCAAGTATAGTAGATGTTATTTATCCACTCTTA TGACCTCTAAATATGCCCATCAGAAAGCCAAGGGACAGGGAGTCAATTCTTCTGTGCTGTGTGTGTGTGTGTCACCCTTC ATCCTCCTCGAAAATTGTCTAGCAATTCTCCTGATTCCCAATTGTCTCATCCTCCATCCCCAACTTACAAAGCCCACACA CACACACACATAAACATATACTGTTTACAATCACAATAAAAATACGTACAATTTTATGTGCAATAGATAGATAGGCTTTT CACTTATTCGAAATGGGGCCAAACGCTACGGCGGCGAAACAAGCGGAGCAGCTTAGAATAGACGGCAACAGTTACTTCAA GAAAGACCGTTTCGGTGCCGCGATCGATGCTTACACCGAGGTATCGTCGAAACTTTTCTCGACTCTCATTTCTCTCTTGG CAAAAATGAAAACTTTGGGTTTGCTCTTAATTTGTTTCGTTTCAAGGCTATCACGCTCTGTCCCAATGTTCCGGTTTATT GGACCAATCGTGCTCTTTGCCATCTCAAACGCAAGTACGTAATTTGATCTCGCACTGTTTTTTTCTTTTCTGAATCTTGA TTATGTTGTTGTCGTTAGGGTTTTAAATTTCAATTGTGGCAACTGCAAATTTAACACTTTTTTCTTTGTTTGTAGTAACT GGGAGAGGGTAGAGGAAGACTGTCGGAGAGCGATTCAACTGGACAGCAATTCGGTTAAGGTCTTTGTGATCTATCTCCTT GTTATTTGTTATTCCTATTGTCTCAGGAACTATTTAGCTTTTATCCCTTGCTTCATTAACTGGTTAGGCATAGTCTATTT CATTTTGAATTGATTTTGTTGCGTATTTAGTTGTGTGTTGGGTTAGATGTATTTATGCTTGATAAAGCATAAATACATGG CCTGCAGAGATCCTTGATGGCATTAGATTCTTGAAATGTTAAAAAGTTATTTAGGAAAGCATTCATTAGCAACAATTTTA AGAATTCTGATATTAGTAGATTTTGATGCAGGAGGTGAACTTGTCCACAAACCCTTTTATCTCAAATAACCACTCAACCC ATTTCCATTTTTGCCCTGGGTTCCATTGCATGATTTGTGGTTTCCTAAATCAATGCCGATAATTCTAATATTTTTCTTTT CTATTTTTCTTGAATCCATACCTGCGGGTCTTACACTGTTGTCAAGATCACGAACTTACTTGTAAGATCATTTTGTGATC CCGCCTAGGGTCATAAGTTGGTGCGATCGAGGTGATATAGCGGACCATGCCCAAAATGGTGATTCTTCTCTATCTTTTTC GATATGCTTGGGTCTGATTCAGGTCTGCAGCTGGGTTTGCAAGTCAGTTTTTGTGACCTAGGTTGCAGGAAAACCCCAAA TCCCCCACCCAAATTATTCTTAATCCTTCTATTTTCTTATTTCCTGACCTCGTCTTGTCTGTCTTCCTCTTCCACCTTAT CTTCATGCTAGCCCGAACCCTCTTCCTGTTCACAACTTCACTGATAGATTCAAGCAAGAATGAACAAAGAATTCTTATTG ATTGTGCCCGTTTTCCTCAACTGAGGAAGAACAGAGCTTGAACTGAGTACAAGAAAATGTCTCTGGATATTCGAGAGATT TAGAACTCTCCCCAAACCAATTCCTAACCAATTTCCTAACCCCCTCTCCTTCCTCTAACTGATTTATACCTTACCTGATA TCAGTTAGACAGTTACACTAACCCCTAACATTCCTAGGGATTATTATCCCCTGCACCCTGTCTACGTTTCCTACGGTAGA CCTTAGTAATAGCTGGCCTGACCCTATCAATACCCGGCGCCAAAAGCTTCACCTTGTCCTCAAGGGGAAAGGATGGAAAA ACCTCCTGCAAACGCGCCGCTGATTCCCAACTGTTCTCACAAGGGGGCAGGTCCTTCCAATGAACCAGCACCTCTATGAC CCCCATATCAGTCTCACGAACCTCCAAAATCTCAGCAGGCCAGACCAACAAATCCTCTTAGATGATGTACTTCTGTACAA TAGAAAACCTTATGACTTGATACTTTCATTTTTAAATTAGTGATGCAATGCTGCTGAGCTGTTTGTCTAAACCAGAAACT GAAGGGGAGGGGGGTATGATCCTAGTAGTGGGTGTTAATTACAACCATTAAGACATGCATAATTTTTTTCTAAAATTGCT CATTAATTATGCTCTAATACATTCATCGCCAATTTATTACACACACACGTATCAGGAAATGAATATCTTTATTTTTATTG GATTTGCTTTGGAAACAGATTCTGCATGTGTTAGCAGCTTTCATCCATGGATATTGTGTTTTGGTTTGTTAAAGAAATAT CTGGAAATTAGTAAAACCACTGGCTTTGTGAGTGACTCTGGCAGCAGCATTTTATATCTAAGTTTGTCATGCATCGATCA ATTCCAATATCAGCATATTTGTACTATGTTTTGATTATCTTGTTTCCAACTGAAACTTCTTCTGTATATATGATAGAATT TGATTTTATTGATAGAAATCCCTAATCCCCAAATTGGGAACTAAGGGAAGATACAAGAGAGAAGGGATGCCAAACACCCT TCAAACCCAGAAAGAGACCACTCTCTCTAGAACCCAAAGCCAAACTCAATACAAAGATGCCTCACTCTCACCCTAACTCT CTTATTTATAGTCTCCCTCACTAATTCCCTTTCTAATAAAGTGCATTCCTATCAAGTATCAATACCCCCCCTGAAAATTC ACCTTGTCCTCAAGGTGAAGGAATGTATACAAGCTGTAAACATGAACATTGATTCCAAAGATCCAAAAGAGACAATTACA ACTTCCACCTGGATCCCATTGCAGAAAGCAAATATTCCCAGCCACATAGGAATTGGTGAATCTCTTCATAGGTCAACTGA AATACAAGAAGCAAGGTAGCAGCAACTTCAAAAGAAAAACCAGATATAAAATTGAGCGGTTAGACAACTTCCCATAACCA GCCCACAAGTTCTCAAATTGACCAATACTTGAATCAGGACTATAAATCAACCCTCTAATACCTTGTGACTCAAGTTGTGA AAATGTCCAATTATCACAAATATGTTGATACCTCCAATTCTGATTATGCCTCCAAACCAAAACATTGAACTCAGAACTGT GGGAGCCCAACCTTTGAAAACTAGCATCTAATTCGTTGGAAGCATTAGATTGACAAGACATAGTAGCATTTGGTTGCCTG TGAATTAGATGTTCTGGAACTGAATACCACTCCAACCTATAGTGTTGCTCCTTTTGTAAAAAGTCAGCCATGTATGATGT GTTGATCCAATCCCTGGAACAACTGAAATAACTTCTGTCCAAGTTCCCGTGCTGGAAAAACAATGTGTAGAAGTCCAAGC TGTGGCCAACAGGTTGAAGTAGCAAGGCAGTAGAACCTTCACTAACTAGCCTCCCCAAACTAATAATTCCCAAGCCACTC TCATGTCCAAGACCAATTTCATACCCAACATCAATAACAATGTCATACTTCCCTTTACCCAAACATTTTGACTCCTTTAA AAGGCCATAAAAATGAGGAGTAAAATGCTGATTGGATGTCTTTTCAAATGACATTAATTCAGAAGGTTGCAACTGAATGG GTAAATTGATTTTTAACCCAAAAGCTGAGAGATTGGCCCAACATACCAGTGTGACTCCACAATACTGTTGTAATTCCCAA TTCCTCCCTTTTGTGAGTTGGGTTTGGCCCATTCTGTCAGGAAGGAGGGCCAGCTGGTATCCCATCCTAGGGGTGTCCAG CATGAACCGGACCGAACCGGACCCGGTCAAACCGAGTCACTTTTTGCCATTTCGGTCCGGTCGGGCCGGTTCACAGGTCC AGCGGGTGACATGAACCGGTTTTTGTTGGTTTGGTTCGGTCGGTTCCGGTTTGGGCTTGAGCCCGACCGAACCGACCGGA GTAACTTTAATAAAAAAAAACAGCCCAATCAACCCAGGCCCACCCTCAACCCTAGGTTTATAAACCTCATTTCATCAAAC CCTAGTATTCACCCAGCAGCCGTCACACATTCTTCTCTTCTTCCCCACCAGAGCCACCACCACCGCCTCTTCCCCACCAC CCTTCCCCACCGCGAGCCACCACCACCCTTTCCCCACCGCGAGCCACCATACACACAGCCTCCATCCACCATTCTTTTCC TCTTTGATCATCGTCTTCCAGCACGCCAAACCATCACCTCCTTCTCTGAGAAAATCTACTCCATCAGAGGCTTCTGTGCA TGTTCAGAAAATCGCGTCCTCTGTGCCTCCATCTATCAGGAAATTTGTGAAAGTTTTTTTTTTTTTTATTTTTCTGTTGA GATTTCACAGATCTGAATATATTTTGTAATGTATCTACTTGGATCTAAAATATTGTTAGTTCTGAATTCTGATGAATCTC TGTGCCTCCTTCTCTCTTCTCATCGTATTTTTTTTTCCTGGATCTACTATTCGATAAAACCGCCCGCGGTAACCGACTGA TTTTAAACCCGAACCGTAGTAACCCGCTGCTCGGCGGCGGTCGGTGGCGGCTTGAGGGTTTGGTGTATTTTCACCCGACC TAAACCGGCGATTTGGCCCGAACCAGCCCGTAACCGACCGTTGGACACCCCTACCCATCCTCTCTTGCCACATCTTTGTT TCCCGCACATTCCAAAAACATTCCCATCCACTTGTCCCACCTGCATGCAACTCTCCCACCGTGATGTATGGTGGTTTCGG TGGCGGCCGTTGGAGCGATTCCATCTGCCTCAGTGGAAAACCGTGGTTGCCAGAGTGAGGTTGCCGGAGCTCCGCCGTTG ACGACACCTTGGCCTTTCCTCTTTTCAGCGCCGGTATCCGGAGATGCATGCGTTTCTCCAACATCGGTTGCTGATGGATC TTCCTTTGCTTTTCCCATCGGGGTCCAAGCTTCTCCCCACCATCTCTTCCTTTAACCTTTGTTTCAAAGGGCAGGTTTTT CTCAGCCTCCGTCATCCTCACGGCCTCTGCAACAACTCTCTCTTCCTCCACCGGTTCAAGATTGGGTTTTCGTGACTCTA CTCTTTCCCTGTTTCAAACGCTTGTTGAACCACCACTGGGACTCGCTCCTCTTCCACTGCGGGCTCTGATTCCTTTCGCA ACGCCGCCGCTGTTCGCTCGATTGCACCCTCAGATTCTCTTTTCTTTTTCAATAAGAATGGCTTTGTGAATAACCTCATG AAGAGAGTAAGATTCAATCAATCTTACCTCCATTCGGATCTCCTCCCTCAATCCTTTCGAGAACCTGCCTTTGCTAAATT CTGGATCAATTCCTCTTAGAGCTCTGATGTACTTCTCGAATTCCACCACATAATCCTCCACTGTTCCATTCTGTTTCAGA GAAAGAAGCAACTCAAATGCATTCTGAGACTTGGAAGGCTGAAACTTCCTCACCACTGCAATCTTGAACCCTTCCCATGA TGGATTGGGATTACAACTCATCCACCATTGAAACCAGGTAAGAGCCCTTCCTTCTAAGGCCCCCATGGTCGCTTGCATCT TGTCTTCCTCTCTCACCTTCTTCAACAGGAAAAAGGGCTCCACACTGTGTGTCCAATCATATGCATCATCACCCCCAAAA TTTTGGAATTTCCCTCACCAATTCCTCTGAAATTCTTGCCATGCTCCTTGCCTCTTCCATAACCCAGCAAAGAATTTGTG GTTCAGGCACCAGATCGGTGCTCTGATACCAGTGATAGAACCTGATTTTATTGATAGAAATCCCTAATCCCCAAATTGGG AACTAAGGGAAGATACAAGAGAGAAGGGATACCAAACACCCTTCATACCCAGATAGAGACCACTCTATCTCTAGAACCGA AAGCCAAACTCAATACAAAGATGCCTCACTCTCACCCTAACTCTCTTATTTATAGTCTCCCTCACTAATTCCCTCTCTAA TAAAGTGCATTCCTATCAATATATTTCAGGCCCACTATTTATTTGGACTGGTATTGCTACAAAAACAAGAATATGCCAAA GGAATCAGAGAGTTGGAGAAGGTTTGTTCTCATCATACCCTTGTTTTGTGTTTCATGCACATTTAGTAATTGGTTATATC TGGTGGAAGGAATTATTTGGTGATGTTTGTAGGATTAAGCCTGTACTTGCTGAATAAGTTTAACTTGTACCATGTTTCTT TTCATTATCCTTATTCTGTTTGTGACTTTTGGCATTTAGGTACTTCATGCAATAAATAATGTCAGGAATAACCATAAAGT ATTAAAAGTTAATAAAATCATATTTATCCAAATTATATATTTTCTGCTCCCCCCGGGATCAGTTGGTGGTGTATTATTAT GCAAAGTAGGACTTTATATTATTTGGTTTCATGTTAAATGAAGTTAATTTGGTTAATGTTAGAGATAGCTGCAAATTGTA TTCTTTATAAATGATAATACATAGTATATACCTGCCTTCAAGTAGCTCAAGGTAACATATCTAGGACACTCATACATGAT ATATGAAAGGGGTAGTCGGGTTTGATGGAGATATGTGACAAGTCAGAATTTAATCTAGAACTTAGTGGTGGGGAGTGGGG GCTCGAAAATGTTGGGAGGTATGAAACCCTGGTTGAAAATTCAGAGTAAAAAAGGGGGTCAAAACTAAAAAGGCTGAAAA GTCCTCGATAAGCATTGTCTCGTGACTCACCCCCACTTACTCATAGTCTTGATCTATCGAAAGGCTTTGACGAAAACTAT GGTTACTGTGAAACCCATTGTTTGAGCTGGTCAAGCCCTATGATTGCGGCGTAATCCTTTTTCTGGCCAGCCTCTGTTCT TATTCACCCACTATTCTTTTTTTCTTCATGCTCTGTTCCCTTTTCTGAGTTTAAAGTCACATGCTCTGTTTTTCATATCC AGGTCAGCAGGTCTATGTTTTTTATTATCTTCTGTTTCTACTTTTATTTGTTATCTCAATTGTTCTACTAGTTTTAGGTC CCACCCACCCTCTCTTCTTCATCCTTATCTTTTACGATCTTTTTATTCTTAAAGCATTCTGCCTCTATTATATGTCTTAA ACTAATTTAAATATTATGAACCTATCTATTTAGCTTAATATCCATGAGATTTTGATTGCTGATTATGAATGTCTTCTATA TTAATATATATATATATATATATTTACTTTGAAGCATTTATGTTTCTGCAGTATAAATTCTATAACATGTACAACAAAAT TCAATAGAGCGGTCTTCCCGCTATGCTTTATCCCACTATTGTAGTTTTGGGGGGGAAGGCCGCTACATGCCGCTATCCGA GATTAATAACTATTCCGAAGCATTTTGGGCATGGCGGAATTATTTGATGAGCTTACCTTGGTCAATTTATGCAGTTTAAA TTCAAGGTTGAGGGAACTTTCATATGACCAACTTTCTAGACTAAATTTCTGGTCATTCAGTTTTTCAAAAAGAAAATACA TTTTTTTATGTATTTTGAATCATTGTTGGGACTGTAACTTGGGGATGGGATCTGTTCAATGAAAATTTTATGGAGATGGG AAAATGTTTTATCTCAAGTCAGGACTCTAATTTTTACCTCCCTGTTCACTGCAGTGAAAACTTATCTCAAAATTGTCAAA GGTTTAATCGTAAATGAATAGGAAACTTATTAGGGATGGTGATTTTGTTTAAGGCTCGGTAGTCAACACAGAATCTCCAG CCACCATTTTTCTTCTTGACAAGTATAATAGGGCTAGAGTAAGGACTGATGCTGTGCCTTATGACCCCAGATTCCAACAT CTCACTTACCAACCTTTCAATTCGGTTTTTTGATAGTCAGGATATTTATAAGGTCTCAAATTGGGGATTGTAGCCCCCTC TTGCAAGTGAATAGCATGGTCATGCCTCCTTGTAGGGGGAAGGGCCTTAGGATCTGAAAACACATCTTCAAATTCTGCCA GTAATTCCTCAACAGAAATAGGAATTTCCTGCTGAGCCCTCACTTCCTCTTTAAGAGGTTCACAGTGTATCATCAGCCCT TCCCCTTCTTCCTTAAGGACTTGCATCAGGGATCCAAAAGACAATGCTGTCTTAGCCAAAGCTGGATTCCCAGTAATCTT GATCAGATTATCTCCCTGTTTGACAGCTAGTTCTAGTTTTCCAAAGTCTGCCTTAACTTCACCCAAACTTGACAACCAGT CCAATCCCAAGACTATGTCAATTCCAGTCAAAGTGAAAAGATAAAAATCTTGTTTCACTTCTAATTGCTGCATTTGAAGT TGCAACTGAGCACATTTTCCTCTACAATGCACCTTATGTCCATCCCCAACTTCAACCAAATAAGAAGGAGTATCCTGCAC TTGCAAGTTGCAACTGCAATCTGTCCACTAGTTCAGTTGCAATAAAATGGTAGGAAGCCCCACAAGCAATTAGGATTACC ACAGAATTGCCTTGTAACCCCCCTTCCACTTTCCAGGATTTTGTTGTTGTAAACCCAGACATGGAGCATAAAGACAAATG TAGAGATTTCAAGTAGTGCACACAATCCTCAAATTCCTCTAACTCTTCCTCTTCTTCTAGAATTAGCATTCTAAATTGTC TATTTTTGCACCTATGCTCTCTATTGAAAGGCTCATCACATCTAAAGCAAAGCCCTTTTTCTCTCTTGTCCCAGCACTAG TCAAGTGTTTGAATTCCCCACTTCTGTTTCTAACACTCTCCAAACTCTGATTTTGCCCAGAGCTGCTAGCTGCACTACTA TTAACAGCTAATTCACTCTTCTTTTCAGTTCCATATTTGGATTCTACAGTTATGGTTTTAGTGAATGGAGTGCTTCTAGA ATATCCAGAAGATCTAGGATAGCTATAACCACTCTTCTTATGAATTAACAAATTCTTGTGTTCTATCAACAAGGCTTTTT GAATAATTTCTGACAAAGAATTTAACTCAAAAAGTTTACCTCTTCCTGCAATTCTTCTTTAAGGCCATTCAAGAAGATTC CTCTCACGAACTCTTGATTCAGAGCTCCCACAAATTTCTCAAACTCCTCAACAAACTCTTCCACAGTTCCAGTGTGCTTG AGTGCCAGTAGTTGCTCGAATGGATTCTGTACCATGGATGGTTGAAATCTGCGCACCACAGCTAGCTTGAAAGCTTCCCA AGTAGGATTGGGGTTGCACCTCTCCCACCACTGGAACCAACTCAACGCTTTCCCCTCTAGAGCCAGGACAGTAGCTTGGA TCTTTTCATCTTCAGTCACCTCCTTCAACAGAAAATACCTTTCCAATTGGTGTGTCCAGCAACGCGTCTTCGCCGGCGAA AATCGGAATCTCAAGCTTCCTCCACTTCTCCTTGCGATTGGATTCCTCATATCGATCCCCGCTGCTTCCACTTCCTTCGC GATTTTGCTCCCTCTCGCGCTCGCGATCACGATTGTGGCTGAATCTCGCCATGATTTCCTCAATTTGTTCCACGTGTTTC TTCGCCAGTGCTTCTGCGAGTTCCAGTCGAATTCGCATTTCCTCACACTCATGTTCCCAACCTTCAACGTTTCGCACCAT GCTTCGAGTCTTCATGCACTACCTCTGGAAATCGCGAAATTCAGGGCACTGGATCGGTGCTCTGATACCAATGATAGATC TAGAACCAGAATCAACAATTGCAGAAGAAAAGAGAATAGAATTCAAATTCAAGAACTGAGTAATTTCCAGAAATTCAATG TAGATGGTAGAGAAGATAGCAAGAACAAACAAGAACTGAGAATTAACACTGAGAACTCAACTGAACCCTGTTCAGTTGTG AACCAGAATCCCCTAACCAGGCAATTCAGTTACTCTAACTACCCAAAACAACAAGAGTAACTAACTATGAGCTTGAAGCT GTTATTTATAGACTTGTCCAGCTCTGCTCTCAATCAGTTATTCTGTTGGAGACTTGCTTTGCTGGCGCGTAGTATAGACT TGAGTAATAAGAGGCTTTGGCATCCTCTTAACTCTATCAGAAATACTGACAAGTGAGCTACTCTATTATGAACTACTCTA TGATTTATGAAATTAACCAAATTACATCAAAATTCAAACCTACTTTTCCACCCTTTGTAATTAAATATGAATGTTATAAC TTACTTCTCAATTTAATGAGATTTTTGTGTATGAAGATGATATCCTCATTTTAAACAAACACAATTGTTTAATACATAGA ATAGTTTTTCATTTTATAAACACTTAATTTTCCAAGTCGCTGTGTTCCTGTTTTGTTGGTTTGCATTTCTATTTTGTATT TGTTGTCTTTACATTTATGCAGTATTAAATGGAATCATTTCACTTGTACCATGACAGTTTTGCTATGGACGTTAAAATAT TAAGATTCTACAACTTCTTGGTTTCATATATTTTCTTGAGAGTGTAATTCACCAGTAATACAATAAGCTCTAGATCTTTC TTTGCTAGGTTGACTAAATAAAGGTAGCAGCACCTGTTAGAACGGTTAACCAGATGGAGGATATAGAGGATAGTTAGTAA GTTAGAGGTAAAGGGTGACTAAAAAGAATTATAATTAAACCAATTAAGAGAGACTGAGATAAATGAGTTACGTTTGGACT TGAACTTGATATATGCCAAATTGATAATGATTGTGGCTAAATTGTTGTTGTTGTTGAGTCACATTTATCTTTTCGTGTTT TATGCTCTACACTGTGTTCTTCTGAGTTATGCATTTGGCTTAAGTTTGGTTTGAACTTCCCTAGTTTTAGATTTTATTAA AAAGCTGTTCAGCTTACTTCAAACCTGAATTGGTTAGAGTAGCTTTGGAGTCTGGTTTTTTATTTTTTTCTTCACATTTT ATATCTACTATGTCTGATAGTGGTGTAAGTTGAAAAATGTATTCAAGATATATCATTATAGTGTCAGTATATGTTTCTTC TGTGAAAGATCATACTGATCACTGCACTGGCTTGCTGAAGAGATTAATATCATGGTGTTTGAATTCAGCTTTCTATTCCT TTCATGTGGATTAACTATGTTTGATGGTGCATGTAGACTAGTTTCTGCTGCACTGTTTGAAGGTTGGGGTGTGGAGGTAT TACTCTCTCTGTTTCTCTAATGTCAATATTGCGAGTTGCACTGCCATGTTAGATGCCACTTGCGAGTTGCGTAAGGTTGA CATTTGATGGACAGAAGCTAAAGAAAGAGTATCCACCGTTTTACATGATGACAATAGTGTTTAGCTAATGCCCAATACCT ACCTATTGAGTTGTTCCACCTGTGCATTTCCCTCTTTCTTCTTTTGATTTCTGGGATTCCTTATGTTTTATCTTTAAGTA TGTATATTTTTATTTTTTTTATTTTTTGGATTTCCAAAAAAAAAAATATGTTGGCAGAGACATCTAGTTTATATAAATTA TCAATAAGACACAGATTTCCTGGGAATATTGCATTCGTTTTTTAAGTTTATCACATCTCAATAAATATATCCTGCTTGCT GATTTACTGTGTGATACATTTTGAGATATTAACAGCAATTTTATACTTATTGTTCAAATGAATGATGATTCATATGTTGT CTTTGGTCATAACTCATAATTAAGGCTTTGGATCTTGGGAGGGGTGCTAATCCCAAGGGCTATATGGTAGAAGAGATATG GCAAGAGCTTGCGAAAGCAAAATACCAAGAGTGGGAGCGTTCATCGACCAAGCGATCGTGGGAATTGCAGAGTTTGAAGT ATGTTTTTCTGGTGATTGTCAGACCTATTATCTGAGGGTCTTTTATTAATGATTACTGATCAGTTATCTCTATCATATTT TTATTCATTACTCCCTAAGTTGTTTATTTTTGTTTAATATCAAATATTTATTGGGTTGTGAATATTTTTTATCATGTCAA TTCTTATTATCCTAAAATGTGTTTGTTTCTCAGACAAGCATGTGAGTCTGCACTAAAGGAAAAACATTTTCTTGATGGCT CTGATATGGAAGGATTTGTAGATGATGCTACTACTACTCATTTGAAGCAATTAGAGGCTTTAGAAGGAGTCTTCAATAAA GCTGCTGAGGCTGACATACCTGCTGAGGTGTGTACATTTTTTCTTCTTGAGATTTTTTGCAGTGCTCTAGAAATATTAAT CACTGGGATTGGCTTGTGGAGTCTATATAGGTCCCAGATTACTTATGCTGTAAAATCACCCTTGACATTTTTCATGATCC TGTAATCACTCCAAGTGGACTTACATATGAGAGGGCAGTGATTCTTGACCATCTTCAGAAGGTAATGTGTTTTGTATGTT TCATCGCCTTTGAACAAATGTTTTCTATTTCCTTGAAGTCAGTGCAAACATCTAACTTCTGAAATAGGTTGGTAGATTTG ACCCGGTCACGAGGGAACCACTTGATCCATCACAGCTAGTACCGAACTTGGCCATTAAAGAAGCGGTCCAGGCATTCTTG GACACTCATGGGTGGGCTTACCAGATGGATTAAGAGAAGATTAAGATAGAAATTAACATTTTGCGTTAGGTATTTTCTGT TCACAAATGCAGCACGGTGCTGTACTTTTTTGCTAATTATGGTTGTAGTTCCCTTCAATGTCCTGCCTTCGAACATCTGA GTCAATCCTATTGGGAAGTGTACAGATTGGTTGACTTTCATATTGTAAATAGTTCTCATCTTGATTGTGTATACATATAA ATGCCTGCTGAGACTTCCTATTTCATTTGCCTAGAAAACTCAAACTATTTGGTTTGGAACATTTGCTTGCTTGTTTATCC ATTAGGTACATTCCTGTGTTTTCCTTTTTCTTTGCTTTTTGGCCACCTTCCTTGAATAATATGCGAGAAGTGATGCATCA GTGGTTCAGGCAATCTTTTATGTGATTTTCTAAAGGTTCCTCCCAGCAGGTAATATATATAATTAACACTTTGGACTTAT TGCATGTTTAAAATCAAAAGGGAATCTTTGTTTTATGGTTATCAACTGAATTTAATTCTACTGATATGTTTAACAAATTA CACGTTTTTCTTTTGTCTTAATGAGCAATGACATTAATTTATTGGAAACGTACTCATGTTTTTCATTTTATTTGATGTTG CATTAAGAGGGGGGCCCGGGGACAAATCCACCAATCCATGCTAAAATGCATTTTGGTGATAGAAATATAGTTAAATATGC AAAAAAAATTGAAATGTAAATCCATAGTATATACATTCAGAAAAGATCTCAGCCTAGTCATCGTCTGCATGACACCTCTG ATTGGTTAATATATGAAAAAATCCTACGTGCATGCTTTCCTTCATTCCTATTATCCTACACCAACTTTCAAGCAATACAA TTATCATCCCTAAAAACACATGTACACAAATAGGTCTCCAAACTTTTTAGTAAATCATTTCAGTCCCTAACAAATAACAT AAATATAAACAAGCCCCCAAAATGAAGTCTTTCACTTCTTTTTATTTTTTTGCAGTACTTATATGCTGACATCAAAACAC AATTTGGAAGTCCATGTAATAAACCTTCATATGTACACTAACCTTTGCCCACTTCAAATACATGAAACCAATTTAAGAAA ACTCTCTTCCAAAACTTTAGCACACAAGCATGAGATAGGCAAAACCATCAGGAAAAACTAATTTTAAAGTTCATAATCAC TTCTAAGAAAAGCACCTTTTAGTTTAAAAACTCAATTTTCTCAACATAAAACTACTACCATCGAATGTCCTCAAAGAAAT ACAAGCAAAGCACTCATCTAAATTCAAAGGTCCAAACATTAAATATGCACATGTCATGAGCTTTCTTCGTATCCATCTAC TAGTCAAAATAGCATCTGAATGAATTGCTTCTCAAATCCACATTCATGGCCCCCCTCGGTTCACTTTGGAATAAATAATA AGAGCATCTTGAAAGTAGTATTTTCAGAAATAAAATAACAGAGGTAGGGTGGAAGGAAACAAATGCATATGACAGATGGA ACCAAAGGGAATCATTGAATTTTCACATACTGATAAGTGAAGAGGAGATCCCTCATTCTAAAGCTCACCTAGAAAAACAG AGAAGAGAAGAACTTATGGCTGCCACCTTCTCATGGTGTTGCTTGGTTCCTTGCTCTTGGAGATCGCATAACAGGCCAGA GAAGAAGGAAGCAAGGATTGTGGTGGATAAAATGAGAAAGAGTCGAGAATGAAGAGGAAGAAATGAAGTGAAGCCTGATG ATAGTCCAAAGACTCTGTTTCTGATTGCAATTTTTCTCTTTTAATAGTTGTTAGAGGCGGTGGAAAAAGGTTCACTTGTA ATAGGACCTTAGTCATGGTGATAATGACAAGGCCTAGCTAAATAAAGTTATGCTGCCCCTTCTTATCTTCTGCCTAATCT TTGATGTAACTTAGGCAGATTTAAAGCAAGCTGCCAGAGTTTGGAGTGGAGAAATAGCTCTCCAATCACCATAACCGTCT CTGTGGTCCTAAATAAGTTTAAGCTCATGATATTCCTCCATTGAATGTGATACGAGTTCGTAGAGCTCAATTAAAATGTT CTACAAAGGAAGGAAAGAATTGGTGATGGACAAATAGATAAAGAGGTCTAAGTAGAGCTTTTTATTGGCGAAATTCCTCT CGAATGACGAAAACCGTCTCTATGGTCTGAAATAAGAAAGCTCAAGATATTCCTCCGTTGAATGTGATACGGGTGCGTAG AGCTCAATTACAATTTACTACAAATGAAAAAGTGGAAATAAAGAATTAGTGATTGACAAAAGGATACTGAGTCCTAATTA GAGCTTTTGAGTGGAGAAATAACTTTCCAATCATCACAACTGTCTCTATGGTCCAAAACAAGTTAAAACTCATGATATTC CTCCATTGAATGTGATACGAGTGCGTAGAGCTCAATTACAATTTACTACAAATGGAGAAGTGGGAAGAAAGAATTAGTGA
CDS sequence (LotjaGi3g1v0272700.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGGGCCAAACGCTACGGCGGCGAAACAAGCGGAGCAGCTTAGAATAGACGGCAACAGTTACTTCAAGAAAGACCGTTT CGGTGCCGCGATCGATGCTTACACCGAGGCTATCACGCTCTGTCCCAATGTTCCGGTTTATTGGACCAATCGTGCTCTTT GCCATCTCAAACGCAATAACTGGGAGAGGGTAGAGGAAGACTGTCGGAGAGCGATTCAACTGGACAGCAATTCGGTTAAG GCCCACTATTTATTTGGACTGGTATTGCTACAAAAACAAGAATATGCCAAAGGAATCAGAGAGTTGGAGAAGGCTTTGGA TCTTGGGAGGGGTGCTAATCCCAAGGGCTATATGGTAGAAGAGATATGGCAAGAGCTTGCGAAAGCAAAATACCAAGAGT GGGAGCGTTCATCGACCAAGCGATCGTGGGAATTGCAGAGTTTGAAACAAGCATGTGAGTCTGCACTAAAGGAAAAACAT TTTCTTGATGGCTCTGATATGGAAGGATTTGTAGATGATGCTACTACTACTCATTTGAAGCAATTAGAGGCTTTAGAAGG AGTCTTCAATAAAGCTGCTGAGGCTGACATACCTGCTGAGGTCCCAGATTACTTATGCTGTAAAATCACCCTTGACATTT TTCATGATCCTGTAATCACTCCAAGTGGACTTACATATGAGAGGGCAGTGATTCTTGACCATCTTCAGAAGGTTGGTAGA TTTGACCCGGTCACGAGGGAACCACTTGATCCATCACAGCTAGTACCGAACTTGGCCATTAAAGAAGCGGTCCAGGCATT CTTGGACACTCATGGGTGGGCTTACCAGATGGATTAA
Protein sequence (LotjaGi3g1v0272700.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MGPNATAAKQAEQLRIDGNSYFKKDRFGAAIDAYTEAITLCPNVPVYWTNRALCHLKRNNWERVEEDCRRAIQLDSNSVK AHYLFGLVLLQKQEYAKGIRELEKALDLGRGANPKGYMVEEIWQELAKAKYQEWERSSTKRSWELQSLKQACESALKEKH FLDGSDMEGFVDDATTTHLKQLEALEGVFNKAAEADIPAEVPDYLCCKITLDIFHDPVITPSGLTYERAVILDHLQKVGR FDPVTREPLDPSQLVPNLAIKEAVQAFLDTHGWAYQMD
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 | 4 | 277 | 274 | 1.1E-139 | – | |
| Gene3D | 4 | 141 | 138 | 7.0E-37 | ||
| PANTHER | 4 | 277 | 274 | 1.1E-139 | – | |
| SUPERFAMILY | 9 | 129 | 121 | 4.01E-27 | ||
| ProSiteProfiles | 11 | 112 | 102 | 18.928 | ||
| SMART | 11 | 44 | 34 | 0.003 | ||
| ProSiteProfiles | 11 | 44 | 34 | 9.204 | ||
| Pfam | 18 | 43 | 26 | 0.044 | ||
| ProSiteProfiles | 45 | 78 | 34 | 6.815 | ||
| SMART | 45 | 78 | 34 | 8.8E-5 | ||
| Pfam | 46 | 105 | 60 | 2.3E-8 | – | |
| SMART | 79 | 112 | 34 | 16.0 | ||
| ProSiteProfiles | 79 | 112 | 34 | 7.405 | ||
| SUPERFAMILY | 195 | 275 | 81 | 6.48E-26 | – | |
| Gene3D | 199 | 277 | 79 | 1.8E-26 | ||
| ProSiteProfiles | 200 | 274 | 75 | 34.933 | ||
| Pfam | 201 | 273 | 73 | 8.9E-27 | ||
| CDD | 201 | 267 | 67 | 7.77705E-44 | – | |
| SMART | 204 | 267 | 64 | 7.1E-27 |
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 | Ubiquitin-protein transferase activity | Catalysis of the transfer of ubiquitin from one protein to another via the reaction X-Ub + Y --> Y-Ub + X, where both X-Ub and Y-Ub are covalent linkages. | ||
| Molecular function | Protein binding | Interacting selectively and non-covalently with any protein or protein complex (a complex of two or more proteins that may include other nonprotein molecules). | ||
| Biological process | Protein ubiquitination | The process in which one or more ubiquitin groups are added to a protein. |
Expression pattern of LotjaGi3g1v0272700.1, 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…