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 | LotjaGi1g1v0009000 |
| Transcript ID | LotjaGi1g1v0009000.2 |
| Related isoforms 6 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Chaperone protein htpG family protein; TAIR: AT3G07770.1 HEAT SHOCK PROTEIN 89.1; Swiss-Prot: sp|F4JFN3|HS906_ARATH Heat shock protein 90-6, mitochondrial; TrEMBL-Plants: tr|A0A151S032|A0A151S032_CAJCA Heat shock protein 90; Found in the gene: LotjaGi1g1v0009000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:1163263..1175134) extracted from Lotus japonicus Gifu genome v1.2.
GGAATATCTAGAATAGAAGCTTCTAAAACATCATTTGTTTGGGTCTCACACAATTAACCAAAAACCCTTCTAAAACCCTA CCATTACCAAATTCATATTTCACTGCTTCGTTCATTCGCAGTTTTCAATTTCTCATGAATCTCACTTTCACACTTCCTTC CTTCGTTCCAACCATGCACCGCCTTCCACGGCGATCTTCCTCCCTTTCTAACATTCTCCGACTCGGCGTCGCTCTTCGCC GTGCCACACTTTCCTCTGCCTCGGTACGACTCAATTCTCTTCTTTCATTGTCGTTTCATAGCAACTCCGTTTTGAATTTT GATTGCTTCTATCTGTGAATTGTGTGCAGGTGGCTGAAAATGACGCCAAATTCAGGTGTTATTCTTCTTTCTTACGCTCT GACACTTCCAGTGCTCAGCCGAATTGGAAAAGGGGCATGTTTTTGCTCAAACGATATCAATCTACTACTGCTGCTGCTGA TGAATCTTCTGCTGTGTCGGGTTCCGCGTCTGCTCAAAGATTTGAGTACCAACCAGAGGTATGTATGTATGTATGTATGT ATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTATGT ATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTTTGGTCATTTCT CAATGCATATGGCATGATATGTGTAGTGTACTCAACATGATTTTGGGTCATTCGCAGGTTAGCCGTCTCATGGACCTCAT TGTTAACGGTTCAAACAGTTACAAGGATGTGTTTGTTAGGGAACTTATCAGGTATCTTCTGTTACTATTGCAAATGTTTC ATTAGTGGTTGCTTATATTACACCTTTCTAGAGTTGGTTCAGTAGGGGTGTGATCCCAGCCCATGTAGAATTATGTTGTT GGATAAAGGATAGTGTATGATATGTTTCAGTTGAATCTATCAATGCCATTGTGATGGAATTTATTGAACTACATTCATAC TTATAGCTTAAATTGCGACCATACCTTGCGGGAACTTTGAGGATTATCATGACAAAAGTATTTCTCTTTTTTTTATTAAG CTATTTCTAAATGCGTAGTAGGATATATCTCTGGTCTTGATTGGATGTTATATAGTTATTCACTGTTCAATGTTTCAATC TATGTATTTATTTTTTGTTACAGCAATGCTAGTGATGACTTGAATAAGCTGCAAGTTCTGAGTTTTACAGAGCCTGAACT GTTGAAGGATAATGTTGATTTTCATATCCTCATTAAGACTGATAAAGATAATGGGATTATCACTATTACGTAAGATAAAA TAGCTTTTGTTTTTAATTTTTATTTTTAAAATTCAGTTGGTACTTAATTATTATTTTTTGTTCAGAGATACGGGCATAGG TATGACTAAGAAAGAACTAGTCGATTGTCTTGGAACTATTGCTCAAAGTGGAACTGCAAAGTTTTTGAAGGCTTTAAAGG TCTTGCCTCTCCCGAAGGATGCTTTAGGATTATATTGTCTTTATTTCATTTTTCAGCTGTGTTTATTTGCTCACAAGGTG TATCATTTAAAAGGATGGCAAAGATGCTGGTGGTGACAACAAATTAATTGGTCAATATGGCGTAGGATTTTTTTCCGCCT TTCTGGTTTCTGATCGGGTATGCATTTGCGTAAGTTTAAAAATGTGATACTCTTTTTTATTTTTCTAATCTGGTAGTTAT GTTATTATTTTGTTGCTTGAAGGTGGTTGTCTCAACTAAGAGTCCAAAATCTGATAAGCGATATGTTTGGGAAGGAGAGG CAAATGCGAGCTCATATACCATATATGAGGAGCCTAATCCTGAGAAGCCTCTTCCTAGAGGAACTCACCTTACACTGTAT CTTAAGGTATGTTGATAATCTCCATGTTTGATATTCAAGTAAGGCATTTAGTTTCTTTATTCAGAAGCTTACAAATGTGT GTGCATTTTACCCGCTACAGAGGGACTACAAAGGGTTTGCTCATCCAGAGAGGATTGAAAAGCTTGTGAGAAACTACTCG CAATATGTCCCATTCCGGGTATTCTTCTGGAAGGAAGAGGAGTACACGCTTGAAGTATGGCTATACCAGATCTTTAAATT TCAATGACACTATCCCTTTATTTGTCCCGGGTTAATTTATTCCCCCTCATTCCCTCTGAACAAACCTGATGTATAATTGA CATTTTGAGTTTTTATTTATTTGTGATCTTTTTTGGTGGTGGTTAATGAAGGGTCTGGCTGAAGCCAAAACAGATAAACA AGATGAGAATACTGAGGTAATGTTCTGATCGTTCTCCATATACACTGGATTGAGTGTTTGTGAGTGATTGTGTGATTGTT TAGCCGCCTCTTATTTACTCACATATTTATGACTTTGACACATGTTCATGGCAGAAGAAGAAAAAAACTATAACTGTTCC TATGAATTATTGGGACACCACCATAAATGAACCTGAACCTATTTGGGTGAGTTTTATGATTTCCGATTGAATGATTGCGC TTAAATCAGAATTTTATTATCTTGAATGAAGATTTAGACATTACTATATCTGCACAGCTTCGTTATCCTTCACGAGTCGA AAGGGAGGAGTACTTAGAGTTTTACAAGAATACTTTCAATGAATACCTGGAGCCATTGGCATCATCATCACACAGGTTCT CTGAGGTAACACTTTTTTGTAGTCTCAAAAATGCTTCTTGTTCTGTCAATGGATATTGAGATTTGCTATTCGCTACTGGA GAAATAGCGAATAGCATTTCTCCTCCTAATCTCCTATGTTACTATCCCTTTATTTGTCGTAGGTTAATTTATTCCCCCTC ATTCCCTTTGAACAAACCTGACGTTTAATTGACTGAGTTTTTTTTTTTTAATTTGTGATCTTTTTGGGTGGTGGTTGATG AAGAAATTGCAAAAGGAGAAATTAAAGTATGATCCTGAGGTAAATGTTCTGATTGTTCTCCATATACACTGGATTGAGTG TTTGTGAGTGTGAATCTGTGGTTGTATAGCTGGATAGCCTCAACTTTTCTACGAAGAAGATTCACAATCCTAATTGGATA GCTAACGTTTTGTTTTTGGTATTGCAGAATGAGTTAGTGTTTACGTCTACACTTTATGTTCCTGCCATTGCTCCCTCAAG GAAGGATGACATAGTCAATCCCAAGACCAAGAATATTAGACTTTATGTGGAGAGAGTGTTCATTTCAGATGACTTTGATG GAGAACTGGTATAAGCACTTTACTATTACCATCTTGAGTAACTGGATGGGGTTCTCATAGGTTTATCCTGTGCTAATGTG TTATTTGTTTGAACAGTTCCCCAGATACTTAAGTTTTCTCAAAGGTATGGTTGAGTCAGCCAAACTTCCAATCAACGTGT CACGCGAAGAATTTCAGGCGAGCCCCATAGTAAGTAGATAGGGCACGCATCCACTTAAAATTATTCCTGGAATTTTGGTT GATGATACATGTATAAAAATTCCTTGCGAATTTCAACTTCAATTTTTTCTATATGATGCTTGAAGGTGCGGATTATGAGG GCACACTTGGTTAGAATGGCTTTTGATATGATTGCGGGGATAGCCTTTAATGATGACAGAGAGGTAAATTCTCATTCAGA AAATTCGTAGTTTTACAGTATGCTTTTTTGGTTCTATTAAATTATACTCCCTCCGGTCCTATTTATAAGCATGAAAGAGA AGAAAAATCTTGGTCCTTTTTATAAGAACCAAATGAAAGTTTGAGCTATATTAATTATTTTTTTCCAATGATGCCCTTAT TAATTCTAGCTTGTAAAATGTGTCTCATTAATTATTCTCTCTCTTTCCCACTTTCCAACACTAATAACAAAGGGTAATTT TGGAAGTTTATTTTGATTCAAGACATATTTAATGCATTTTATCTAGTTTAACTACATTTCTTAAACTATGTGATTTTTTT TTTTGCTGCTTATAAATAGGACCGGAGGGAGTACTTATAAGGGACTGGATAAATTAATGTGGCTTAATCTTGGATATACT TTACCATATATACATCTTGCTCAGTTGTTTTATGTATCTTATATGACTGCTTGCATAGAAAGAACTGCTTGTTTCCTGAT AGAATTTTACCAGCTGCCTTCATCTGTTTGCAGGTCTATGAGAAGTTCTGGGAGAACTATGGCAAACACTTGAAATTGGG TTGCATTGAAGACCATGAGAATCACAAACGAATTGCTCCATTGCTTCGGTTTTTCTCGTCCAAAAGTGAGGAAGAACTGA TAAGCTTGGATGAGTATGTTGAGAACATGAAACCTGATCAAAAGGATATTTATTACGTTGCTGCTGACAGTGTGTCTAGT GCAAAGAGCTCACCTTACGTGGAGAAACTTGCGGAGAAAGATCTTGAAGTATAAGCTTATCTTTATTAAAGCTCAGAACT TTATCTATTGACTAACTTGTTTTTGTTAATTTATATATTTTGGCACTTTGTAATGTCATTTTTTAGGTCCTGTTTTTGGT GGAGGATCCAATAGACGAGGTTGCCATTCAAAACCTTAAATCATACATGGAACTGAATTTTGTTGACATTGGCAAGGAAG ACTTGGTTCTAGGTGTGCTTCTTTCTTTTTTGTGCTTACTTCTGATGATTTGTTTTGGATTTATTTATGCTAATACTAGA CACACATTTGTGTCTTTATCAAGGGTATTAGCATTTCATTGCTCAAATATTTGTAGTCTCTCTTTTGAGTTTTGGCAGTT ATGAAATTCATGGTTTGGTTCTTCTTTACTCTTCAAACTTGTTTAATCTAGTTTTTTGTTTCTGAAGGCGATAAAAATGA AGAAACTAGAAAGGGAGAAGGAAGTGTTGAAGCTCTAGAAGCTGAGGTAGTTGTGAACCCACTGACGCTGGTGGTCAGAA GTGAAAAGACTGTCTAGAGATTTTTCGTTTTCTGATCCTTAATTCTATGTTGCTTAGCGGAATTACATTTGATATTGGTG GTATATAATTCTATATATAATCTGATGGACATTTAGTATATTGCTACATCTTCATTTTTCTTGTTAAAGTTTAATGCCAT GCCTTAAAGCTGTTTAATTCATCCATTTAGTGTAACATGTGCTGAAATCTTACTTTTTCGTTTGTGTGTTAAGATGTCTG CTAATGAGAAATCAACTGGGACGTAGTTAAAACATTGTTTTTACCAATACATAATATATTTTGCAACGTTGTAGAACTAC ATTATAATGTTCAAAATACATTATAAAGTGAATAATGATTTTAATAAAGTGGTCAATTTGCAATTTTATACATTGATTTT CTTTTTTTCATAGAAAGGCAATTCGACCTCAGTTTGTCATGGCAACTCTACTTCCACTCAAACTAATTCACTGTGTTAAA AGCTGCCGCGAAGAGTAAACACATATTGATATAGGCACAAATTTTTAAGATCGTTAAGTACAAAAACTTCCCAACAAGTC TTGATTTTCATTGGAGATTGGAACCATCCTCAAAAGACAACGTTTAAAGAATCAATTAATCTCGAAAAACTCATGGACCC AGTAAGGTTAAACAAGATCCCAAACACAAAATTAAATCCAACATAAATCTTCTAGCTCAAAAACTCCACCAATATGCACG CATGCCTTAACCTAGAACCAAAATCTTAATACGAGCATCATCCAACTATTGAGAAAAAACTTCTTTTTTAGTATGAAACA CGATGATAAGTTCAACCAAATGGGATCTTCTCAAGCCATAACAAAATCCACTAAAATCAAAGTCTCTTTCGGTAGTGTAA TCTTGCATGATCAACATCATAACATCAAAAAAAAATATAAAAATCACCAAGAAACAGAAAATAATAGTAGAATTTTGGGC TTGTTTTTTGTTACAGTTTTTGAATTGTTTCTAAAAATTAAAACAATTTAAAACCTATTTGTCACACCATTTTTTCAAAA ACTGTTTTTAAAACTAAAATATCAAAATAACTTTTAATTTTGAACATGAATAATGTGTTTATATTGAAAATTGCTGCTTA AGTAATAAGTAAGTTTATATAACAATAAAATAAAATATTAAGAAAAGTTTGGTCCTCATAATAATATAATAGGGTAAAAC GTTGATGGAAACGAAACTAGGAGAATCCAGAAGGTTCTGAAACACGATCAAACCCTGCTTAAACCCTACCATTCCTTCCT TCACCAACGCAGTTTTCTGAAGAATCTCACAATCACACTTCCAAGTATGCACCGCCTTTCACAGCGTTCATCCTCCCTCT CTAACCTACTCCGTCACGGTGGCTTTCTTCGCCGCCGGGCCACACTTTCGGCTGCCTCGTCGTCGGTGGGTGAGAATGAG AATGACACCAAATCCAGATGTTATTCTTCTTCTTCTTCTTCTTCTTCTCTATTAACCTCTGACAAATCCACTGCTCATCC CAATTGGAAACGGGACAGCATTTTTCTGGGCAAACGATATGAATCCACTGCTGCTGAATCTTCATCTTCTGGGGATTCCC CGTCTGCTCAAAGATTTGAGTACCAAGCAGAGGTATGTATGTATATATGGTTATTTCTCAACCTGCACTGCATGCCATGA TGATATGTGTACTGACCATGATTTTGTGTAATATGCATAGGTTAGCCGTCTCATGGACCTCATTGTTAACAGTCTATACA GTAACAAGGAGGTGTTTCTCAGGGAACTTATCAGGTATTATACTGTTGCAAATGTTTCATTAGTGGTTGCTTATCTTGTC CTGATTGTTAATGGCGGATAGCCTAGTGTAGCGGCAAGCCCAAAAAACGCTATTGAGCGGTGAATAGTGGAGTAGTGGTG AACCCCAGGGCGGGCTATTAACAAGCCTGCCTGAAACCTTTTTAGAATTATGTTGTTGGATAAAGCATAGAGTTAAGAGT GCTATGTGTCAGTTGAAGGATTTGAAGCTACACAGTTTCAATGCCATTGTTATGGAATTTATTTAACTACATTCAAACTT ATAGCTTAAATTGCCTGTTAAAGACACTTTGATCTTGATAAAATTATTAATTTTTCTAATGAGGCTATTTCGAGAAATAG ACTACCTATATCTCTGGTTTTGATTGGATGTTATATATATGCATTGTTGTTCAAACTGGCTATTTATGCTTTTCTTTTCT CGTTACAGTAATGCAAGCGATGCGTTGGACAAACTGCGGTTTTTGAGCGTTACAGAGCCTGAGCTGATGAAGGATGCGGT TGAATTTGATATCCGCATTCATACTGATAAAGATAATGGGATTGTCACTATTACGTAAGATAAAAAGCTTTTGATTTTGT GATTTGGATTTTTATTTTAAAATTCGGCTGGTAACTCGATTTTTGTTTTATGCAGCGATACAGGCATTGGTATGACTAAG CAAGAATTGATTGATTGTCTTGGAACTATTGCTCAAAGTGGAACTGCAAAGTTTTTGAAAGCTTTAAAGGTTCTGCCTCT TCAAAATGATGCTTCGGGATTATATTGTCTTCATTTCATTTTTCAGCTATGTATTTATGTGCTGACAAGGTGTATCATTT AATAGGATAGCAAAGATGCTGGTGGTGACAACAACTTAATTGGTCAATTTGGTGTAGGATTTTATTCTGCTTTTCTGGTT GCTGATCGGGTATGCATTTGTGTTCTAGTAAAAAGTTGATCTATATATATTTTTATTTTAAATATGGTAGTTATATCTTT TCTTTGTTGCTTGAAGGTGGTTGTCTCAACAAAGAGTCCAAAATCTGATAAACAATATGTTTGGGAAGGAGAGGCAAATG CTAGTTCATATATCATATCTGAGGAAACCGATCCTGAGAAGCTGGTTCCTAGAGGAACTCGCCTTACACTATATCTTAAG GTATGTTGATAATCTCCATGTTTGGTCTTCAATTCATTTAGTTTCTTCATTCAGAAGCTTACAAATGCGTGTGCATTTTA CCCACTGCTAACTTCCAGAGGGACGACAAAGGGTTTGCGCATCCAGAGCGGATTCAAAAGCTTGTGAAAAACTACTCACA ATTTGTCTCATTCCCGATATACACTTGGCAGGAAAAGGGATTCACCAAAGAAGTATGGCTAATGATTCAGATGTTTTCAT TTTTATGATGCTATATTTGTATTGTTCGCTCGAAGTTATTTAACAACCCTCCCCCCCCCCCCCCCCAAATCCTATGGAAA TTAATTTGGGATCTTTCCAGGTGGAGGTTGATGAGGATCCGGCTGAAGCCAAAACGGATGAACAAGATGAGAAGACTGAG GTAGCGTTCTGATTGTTCTGCATATATATACACTGTATTGAGTATTGATGAGTGTGAATGTGTGATTGTTTAGCTACCAC TTTTACTTACATATTAATGAGTTTGACATGTGTTTGTTACAGAAGAAGAAGAAAACTAAAACTGTTGTGGAGAAGTATTG GGATTGGGAGCTCACAAATGAGACCCAACCTATTTGGGTGAGTTTTATGATTTCCTATTTCATGGTTTGTCCTGAACTCA GAATTTTATTTATTGAATGAAGATTTAGACATTACTCTATCTGCACAGCTTCGTAATCCTAAAGAAGTCACTAAGGAGGA GTACAATGAGTTTTACAAGAATACTTTCAATGAATACCTGGAGCCATTGGCATCATCACACTTTACCACAGAGGTAACAT TTTTTATTGTCTCAAAATGCTTCTTGTTCTGTTGCATGTTGTTGGATGTTGATATTTACTGTTTGCTACTAGACAAATAG TTTGATAGCCTCAAATTTCCGCTCAAGACCTAATTTGATCGCTAATGTTTTGGTTTTGGTATTGCAGGGTGAGGTAGAAT TTAGGTCTGTACTTTATGTTCCTGCCTTCGCTCCTTCAGGGAAGGATGATATAATCAATCCCAAGACCAAAAATATCAGA CTTTATGTGAAAAGAGTTTTCATTTCAGATGACTTTGATGGAGAACTGGTATAAGCACTTTGCTCTTTTGATCTTGAGTA TTTGGATGGTGTTCTCACAGTTTATCCTGTGCTAATGTATTATTTGTTTGAACAGTTCCCCAGATACTTAAGTTTCGTTA AAGGTGTGGTTGACTCAAATGACCTTCCACTCAACGTGTCACGTGAAATACTTCAAGAGAGCCGCATAGTAAGTAGATAG GGCACACATCCACTTAATTTTATACCTGGAATTTTCTTTGGTGATACATGTATAAAATTCCTTCCGAGTTTCAACTTGAT AAAAAAAATTCTATGTGGTGCTTGAAGGTGCGGATTATGAGGAAACGCTTGGTTAGAAAGGCTTTTGACATGATTCTGGG GATATCCATGAGTGAGAACAGAGAGGTAAGTTCTAATTCAGATAAATTGTAGTTGTACAGTTTGCTTTTTTGATTTTGTT AAGTTAGAAGGGACTGGATAAATTATTGTGGCTTAATCTTTGATAGTTTAACATATATACCTCTTGCTCAGTTGTTTTAT GTATCTTTTATAACTGCTTTTATAGAAAGAACTGCATGTTTCATGATAGCATTTACCAGCTGCCTTCATCTGTTTGCAGG ACTATGAGAAATTCTGGGATAACTTTGGCAAACACTTAAAATTGGGTTGCATTGAAGACCGTGAGAATCACAAACGACTT GCTCCATTGCTTCGGTTTTTCTCGAACCAAAGTGAGGAAGACCTGATCAGCTTGGATGAATATGTTGATTGCATGCAACC TGATCAAAAGGATATTTATTACATTGCTGCTGACAGCGTGTCTAGTGCTAAGAACACACCTTTCTTGGAGAAACTTGCGG AGAAAAAACTTGAAGTATAAGCTTATCTTTATTAATGATTACAACTTTATCTATTGACTAATTTATTTTTGTTAATTTAT ATATGTTGGTGCTTTTTAATGTAATTTTCAGGTCTTGTTTTTGGTGGATCCAATAGACGAGGTTGCCATTCAAAACCTTA AATCATACAAGGAAAAGAATTTTGTTGACATTAGCAAGGAAGACTTGGATCTAGGTTTGCTTATTTATTTTTTATTCTTC CTTTTGATGATTTTTGGACTTATACTACATTAGACACACATTTGTCTAAATCAAGGGCATTAGCATTTCATTGATCAAAT AGTTGTAGTCTCTCTTGAGTTTTGACAGCTATGAAGTTCATGGTCTGGGTCTTCTTTACTCTTCGAACATGTTTGACTTG GTTTATTGTTTCTGAAGGTGATAAGAACGAGGAAAGGGAGAAGGAAGTGAAGCAGGAATTCGCCCAAACATGTGACTGGA TCAAAAAACGTTTGGGAGATAAAGTCGCAAGTGTGCAAATTTCAAACAGACTTAGTTCTTCACCTTGTGTTCTGGTGTCA GGAAAATTTGGGTGGTCTGCAAACATGGAAAGGTGGGTCTTCCGTCCTCTTAGATATTAAATGATGTATTTCGTAAATTT AATCAACATTTTGTTTTATGTAATAAATTTGCTTCACAGGCTAATGAAGGCACAAAGTATGGGTGATGCCTCCAGCATGG ATTTTATGAGAAGCAGAAGGGTGTTTGAGATCAACCCTGACCACCCTATTATCAGGAACTTGGATGTACGATAAGTGAAG AAATGCACTCTCTTGTATTTGTCATGAGTAATAGATCTAATATAGTCAATTGCAAATTGGAATAATGTTAATGTAATTTA ATTGGTGATTTTCAGGCTGCATGCAAAACAAATCCTGACGATCAAGAGGCCGAGAGAGCTATTGATCTTTTATATGATGC AGCATTGGTTTCCAGTGGTTATACGGTAAGCTCATGGCTTGATATTGTTGTATGAAAAGTTCAATATTAGACATAGTGAT ACTGAGTTGCATCTTGCATATTGTGCTAAATATTTTATAGCATAGAAGGAATTGGTGCAAGAACTTCCGTGTGCTACCTT GTCGTTTTTAGCTTTGTTTAAACTGAAGTGCGCTCCAAACTTGTTAGGAACATAATATAAAAACATTTGTTTCTCCTCAT CACATAGCTTAGGCTTTTGTGATAATTAATGACAGTATTAGAATCTTTGTGACCTAGTTATCTCAAGTTTGATACTTGGG GTTTCCATTATTATACTAAAAAAGTTGAATTTTTGCACAAGCTAGGTTGGACTGTGCATGTTTCAAGCTCAATGGGCTCT TGCATGATTGACTTGTTGAAAACATAATATAATCATCATTCATGTGTCTTCATCCAGCAACTAAAGCTTTTCAGATAGTT TCGTTCATGTCAAAATTTGCATCTTCTGACTTAATTTGTTGGTGTGCAGCCTGATAATCCAGCACAGCTTGGAGGAAAGA TATACGAAATGATGAGCATGGCTCTCAGTGGTAGATGGTCAGCTTCTGGTCAGTTTCAGTCCACTGTAACCCAGCCCCCT GTCCCAGAATTTGTAGAAGCTGAGGTGGTTGAACCCACTGAGGCTGATGGTCAGAAGTGAGAGGACTGTCAGAGAGATTT TTGTTTTTTTGTTCCTTCTTTATACTATGCTTAGCAGATTTACATTGAACATTGGTGGTATTGTTTTATAGATAGCCTGA TGAATATTGAGTAATGTCATATTTTTCGGTTAATGCTTAATGCCATATCTTAAAAGCAGTCTAATTCATCTTTCTAGTGT TAGATGTTCTAAATCTTGCTTCTTCGTGCGTGCGTGTGTGCCTTTGTGCTTGAGGTGTATGCAAATGAGAAACCAAATGG GACATAGGTATACCAATACATAATATATTTTATTTGACATTTTAGTGGTTTTTTTGTAACAATCTATATGCATTCACACA CATTATTTTCATTCAAATTTCTTATACATTCA
CDS sequence (LotjaGi1g1v0009000.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAATCTCACTTTCACACTTCCTTCCTTCGTTCCAACCATGCACCGCCTTCCACGGCGATCTTCCTCCCTTTCTAACAT TCTCCGACTCGGCGTCGCTCTTCGCCGTGCCACACTTTCCTCTGCCTCGGTGGCTGAAAATGACGCCAAATTCAGGTGTT ATTCTTCTTTCTTACGCTCTGACACTTCCAGTGCTCAGCCGAATTGGAAAAGGGGCATGTTTTTGCTCAAACGATATCAA TCTACTACTGCTGCTGCTGATGAATCTTCTGCTGTGTCGGGTTCCGCGTCTGCTCAAAGATTTGAGTACCAACCAGAGGT TAGCCGTCTCATGGACCTCATTGTTAACGGTTCAAACAGTTACAAGGATGTGTTTGTTAGGGAACTTATCAGCAATGCTA GTGATGACTTGAATAAGCTGCAAGTTCTGAGTTTTACAGAGCCTGAACTGTTGAAGGATAATGTTGATTTTCATATCCTC ATTAAGACTGATAAAGATAATGGGATTATCACTATTACAGATACGGGCATAGGTATGACTAAGAAAGAACTAGTCGATTG TCTTGGAACTATTGCTCAAAGTGGAACTGCAAAGTTTTTGAAGGCTTTAAAGGATGGCAAAGATGCTGGTGGTGACAACA AATTAATTGGTCAATATGGCGTAGGATTTTTTTCCGCCTTTCTGGTTTCTGATCGGGTGGTTGTCTCAACTAAGAGTCCA AAATCTGATAAGCGATATGTTTGGGAAGGAGAGGCAAATGCGAGCTCATATACCATATATGAGGAGCCTAATCCTGAGAA GCCTCTTCCTAGAGGAACTCACCTTACACTGTATCTTAAGAGGGACTACAAAGGGTTTGCTCATCCAGAGAGGATTGAAA AGCTTGTGAGAAACTACTCGCAATATGTCCCATTCCGGGTATTCTTCTGGAAGGAAGAGGAGTACACGCTTGAAGGTCTG GCTGAAGCCAAAACAGATAAACAAGATGAGAATACTGAGAAGAAGAAAAAAACTATAACTGTTCCTATGAATTATTGGGA CACCACCATAAATGAACCTGAACCTATTTGGCTTCGTTATCCTTCACGAGTCGAAAGGGAGGAGTACTTAGAGTTTTACA AGAATACTTTCAATGAATACCTGGAGCCATTGGCATCATCATCACACAGGTTCTCTGAGAAATTGCAAAAGGAGAAATTA AAGTATGATCCTGAGAATGAGTTAGTGTTTACGTCTACACTTTATGTTCCTGCCATTGCTCCCTCAAGGAAGGATGACAT AGTCAATCCCAAGACCAAGAATATTAGACTTTATGTGGAGAGAGTGTTCATTTCAGATGACTTTGATGGAGAACTGTTCC CCAGATACTTAAGTTTCGTTAAAGGTGTGGTTGACTCAAATGACCTTCCACTCAACGTGTCACGTGAAATACTTCAAGAG AGCCGCATAGTGCGGATTATGAGGAAACGCTTGGTTAGAAAGGCTTTTGACATGATTCTGGGGATATCCATGAGTGAGAA CAGAGAGGACTATGAGAAATTCTGGGATAACTTTGGCAAACACTTAAAATTGGGTTGCATTGAAGACCGTGAGAATCACA AACGACTTGCTCCATTGCTTCGGTTTTTCTCGAACCAAAGTGAGGAAGACCTGATCAGCTTGGATGAATATGTTGATTGC ATGCAACCTGATCAAAAGGATATTTATTACATTGCTGCTGACAGCGTGTCTAGTGCTAAGAACACACCTTTCTTGGAGAA ACTTGCGGAGAAAAAACTTGAAGTCTTGTTTTTGGTGGATCCAATAGACGAGGTTGCCATTCAAAACCTTAAATCATACA AGGAAAAGAATTTTGTTGACATTAGCAAGGAAGACTTGGATCTAGGTGATAAGAACGAGGAAAGGGAGAAGGAAGTGAAG CAGGAATTCGCCCAAACATGTGACTGGATCAAAAAACGTTTGGGAGATAAAGTCGCAAGTGTGCAAATTTCAAACAGACT TAGTTCTTCACCTTGTGTTCTGGTGTCAGGAAAATTTGGGTGGTCTGCAAACATGGAAAGGCTAATGAAGGCACAAAGTA TGGGTGATGCCTCCAGCATGGATTTTATGAGAAGCAGAAGGGTGTTTGAGATCAACCCTGACCACCCTATTATCAGGAAC TTGGATGCTGCATGCAAAACAAATCCTGACGATCAAGAGGCCGAGAGAGCTATTGATCTTTTATATGATGCAGCATTGGT TTCCAGTGGTTATACGCCTGATAATCCAGCACAGCTTGGAGGAAAGATATACGAAATGATGAGCATGGCTCTCAGTGGTA GATGGTCAGCTTCTGGTCAGTTTCAGTCCACTGTAACCCAGCCCCCTGTCCCAGAATTTGTAGAAGCTGAGGTGGTTGAA CCCACTGAGGCTGATGGTCAGAAGTGA
Protein sequence (LotjaGi1g1v0009000.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MNLTFTLPSFVPTMHRLPRRSSSLSNILRLGVALRRATLSSASVAENDAKFRCYSSFLRSDTSSAQPNWKRGMFLLKRYQ STTAAADESSAVSGSASAQRFEYQPEVSRLMDLIVNGSNSYKDVFVRELISNASDDLNKLQVLSFTEPELLKDNVDFHIL IKTDKDNGIITITDTGIGMTKKELVDCLGTIAQSGTAKFLKALKDGKDAGGDNKLIGQYGVGFFSAFLVSDRVVVSTKSP KSDKRYVWEGEANASSYTIYEEPNPEKPLPRGTHLTLYLKRDYKGFAHPERIEKLVRNYSQYVPFRVFFWKEEEYTLEGL AEAKTDKQDENTEKKKKTITVPMNYWDTTINEPEPIWLRYPSRVEREEYLEFYKNTFNEYLEPLASSSHRFSEKLQKEKL KYDPENELVFTSTLYVPAIAPSRKDDIVNPKTKNIRLYVERVFISDDFDGELFPRYLSFVKGVVDSNDLPLNVSREILQE SRIVRIMRKRLVRKAFDMILGISMSENREDYEKFWDNFGKHLKLGCIEDRENHKRLAPLLRFFSNQSEEDLISLDEYVDC MQPDQKDIYYIAADSVSSAKNTPFLEKLAEKKLEVLFLVDPIDEVAIQNLKSYKEKNFVDISKEDLDLGDKNEEREKEVK QEFAQTCDWIKKRLGDKVASVQISNRLSSSPCVLVSGKFGWSANMERLMKAQSMGDASSMDFMRSRRVFEINPDHPIIRN LDAACKTNPDDQEAERAIDLLYDAALVSSGYTPDNPAQLGGKIYEMMSMALSGRWSASGQFQSTVTQPPVPEFVEAEVVE PTEADGQK
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 | 37 | 801 | 765 | 0.0 | – | |
| PANTHER | 37 | 801 | 765 | 0.0 | ||
| PIRSF | 66 | 803 | 738 | 8.4E-208 | ||
| Hamap | 96 | 768 | 673 | 23.237 | ||
| PRINTS | 99 | 119 | 21 | 4.4E-50 | ||
| SUPERFAMILY | 99 | 313 | 215 | 5.85E-50 | ||
| Gene3D | 100 | 311 | 212 | 7.7E-78 | ||
| CDD | 108 | 303 | 196 | 9.9281E-81 | – | |
| PRINTS | 120 | 142 | 23 | 4.4E-50 | ||
| Pfam | 127 | 255 | 129 | 7.2E-9 | – | |
| PRINTS | 169 | 186 | 18 | 4.4E-50 | ||
| PRINTS | 187 | 204 | 18 | 4.4E-50 | ||
| PRINTS | 216 | 238 | 23 | 4.4E-50 | ||
| PRINTS | 271 | 288 | 18 | 4.4E-50 | ||
| Pfam | 286 | 774 | 489 | 2.1E-163 | ||
| PRINTS | 289 | 307 | 19 | 4.4E-50 | ||
| Gene3D | 312 | 337 | 26 | 7.7E-78 | – | |
| Gene3D | 352 | 536 | 185 | 5.6E-56 | – | |
| SUPERFAMILY | 353 | 624 | 272 | 6.6E-76 | ||
| Gene3D | 537 | 623 | 87 | 3.2E-32 | – | |
| Gene3D | 624 | 771 | 148 | 6.7E-52 | ||
| SUPERFAMILY | 647 | 767 | 121 | 7.19E-33 |
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 | ATP binding | Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator. | ||
| Biological process | Protein folding | The process of assisting in the covalent and noncovalent assembly of single chain polypeptides or multisubunit complexes into the correct tertiary structure. | ||
| Molecular function | Unfolded protein binding | Interacting selectively and non-covalently with an unfolded protein. |
Expression pattern of LotjaGi1g1v0009000.2, 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…