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 | LotjaGi3g1v0439300 |
| Transcript ID | LotjaGi3g1v0439300.2 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Diacylglycerol kinase; TAIR: AT2G20900.2 diacylglycerol kinase 5; Swiss-Prot: sp|Q9C5E5|DGK5_ARATH Diacylglycerol kinase 5; TrEMBL-Plants: tr|I3SNA3|I3SNA3_MEDTR Diacylglycerol kinase; Found in the gene: LotjaGi3g1v0439300 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:85220376..85240019) extracted from Lotus japonicus Gifu genome v1.2.
TTTACTAGTCTATGAATTTGCGTTTATTATATAAAACTTTTTACAATATGAATGCCAATGCATGTAAATTAAATACTAAA AACAAAATTTATGAACTAATCTTAGGAAAGTAGACTTGGAAGTTGGAAAATCTCCACAGAAAAAAGAACTCATAAATACA TTTAGGATTGAAAAGCAAAAGCTTCAAGTCCTTGTTCAATGACAGAAACAAAACAATCAAACTCCCCTTTTCTAAAAACC AACCCAAACTCAAGTCCTCCATCCTCATCTCCACACTCAGCAAGAGACACACCTTTGAATGAATGCACCATCTCCACTTT AACAGGTCTTCCAAACCCAAAATCAGTCCCATAAACACCAAACCTAGGCGACCCTGTAACCAGCAACACACTTCCCGACA CAAACATCTTCCTAAACAAAACCCTCCAATCCTCAGCATCCTTAAACGGTTCCTTCTTCATGTCACTCACTGCCCTTTCA ATCACCTTCACTGCATTCATAAAACCTTGTTCTTCCAAAAGCTTCTTTCTCTGCAATGTCGCATGGCACAGTGCTAAGCA GTTTCCAAAGTAACCCTCTGGTATAGGGTACTCAAGACGATCTCTACAATCTGCTGCAAAACGAAAATACTCTTCTTCTT GTTCATCATCACCATTTCTATATCTTGTTTTCACCAAACTAGCCCACACAAATGCACAAGTCACCACAAATTTTGATACA TTTTTCTTCCATTGATTCAACACCCATTTTTTCAGACCCTCAATTTTTTCTCTACTGAACACAATTGTTGCCTTAACATA GTCATCATGATCAGAAGTTGGAGCAATGAATTTGTGTTTCCAATTTGACCTCTCTTCAAAATAGTCTCTTAAGAAAACAC CCTCTAGTCCCTTGGTGTCCTGCAACGCTTCTCGATCGAAGCATGGTGGTGAGTTCTGGAGAAATGTGGGGTGCACACCA CCTGTTTGACAAATGGATGACCAAGTCTTCATGAATTGACTGCAGCAGAAATCGTCCATTATGTGGCAGTAAGTGATGGA GATGCAGATGCCATGGTTTGGGAAAACAGTGGCTTGCAATGCCAACAGGGGGAAGATGAAGGTGTTGTCATTACCATCAT CATGATCACCATCATTTGTGGGGGTCAATTTGGGAACCAGGTGTTTCAACTCATTGAGAAGTTTGGGGTGGTTGGATGAG AGATGCTTGAAATCAGCTGCGGATTCAATGACGGTGAAGGGGACGGAGTCATGATCATCGGTGCAGTGAATGAAGGGCTT GTGTGGTGGTGGAGGACAGATGAGGTTTCCGGCGAGAGGGTAGAAATGTTGAAGGGTGAGGGAAAGAGAATGTTTGAGAG TTGGGAGTGTGGAATTGTAGAAATGGTGGGTGGGGTGTGGAAACTGATAGAAGAATTGGCGTCTAACATAAATAGGACCT GCTAATGGCAAGTCTAGGAATGTGAGGGGAAGAGAAGTGGTTCTTCTTGCTCTTGAATTTGCTGGAACAATCTGACATTG CTCAACAAGCTTATAGACACTAGGTGGTTCTGCCATTTGATCAAAGATATGTGACAAAATTGAAGGAAAGCTATTCAAGA CCAGAAGCAACCAGGTATATATTCAAGTTTTATAAGATGTAATGCGTATGCTTTGCTCTCATCTTTTCGTGGTTGTTGCG TTACAAGTTTGCAATTAAAGTTCCTGGAACGTATATGCCACTCCAGTCTCATAAATAATTCAGATGAAAAATATGGGAAC ATAGTTTATTGACCATAGTATAATAGAAAAGAGATATATAAATGAGAAATAAGAAGAATGATTTTATAGGAAAATAAGAG AGATATATGAGAGTGAATTAAAGTTGAAATATATCTTACCACTTTGTATATTTTATTATCATGTTATCATGGTATGGAAG TTTTATTTTCTTGACTTAGTAATGTCAACGGGATAAGGTCAACAGAGATTGATAGAAGTTAAACATCTATCAAATGAATC ATGAATGTAAGGGAAATTGTGAAAAATGCAATAACATAATTAAGAACTATAGTTGAGACTTACGGGTCTTCATTGACCTG CAATCACATAGTAGGAAGGAATTTAATTGCAATAGGAATCACCACCAGCAACACACCATGAAAACTTCTTCTAATCACTA TACAACACACCTTGAGCAATCACTGTACTTATTAAGAACTGCACCTAAACAAACATGTGGAATGGGGTGTTTAGAACTGG AAAGAAAAAATTAAACTAAAGAAGAGTCAAACGAAACCGGGTGGTATTGTGAATATATAGTTCAATCACACACCACTTTA CTGAATTGTTGTTCCAAGATGTTGATGAAATCATTCATTCGAACCTTTTCAAGCGCCAAACCAACCTCCATACCACCATC TTTGTCTCTACAATCAGACATAGAAACTATTCTAAATGTATCAAGATGAACTGATTCAGATTTCTTAGGTTTCCCCCACC CAAAATCGGTCTCGTATACCGCCAGTTTTGGCGACCCTCCAATTGTTAGCAAAGACTTACCTGGCTTCAATAATTCTCTA TAATCCGATATGGATGTTTCAGCATTTTGTAAAGGATCACTCTTCCAATTTCTAATCTCCCTCTCAACAGCATTTGCAAC CTCAATAAGGCCATTTTCTCCCACCACCTCATCCTTCTTCATTGCCACAGTGCAAAAAGCAAGACAATTCCCAAAGTAAG TTGAAGGGAATGATAATTCAGGACGACCACGACAATCTGCTAGAAACAAAAAGTAGCAGAGTTCATCCGAGCCTTTTGCA ACACAATAATCACCTTTTCTCTGCTCTAATTTTATCATACTGACCCAAACTAAGGAACATGCGACCACGAAGGTTGACAT GTGTTGTGTCCCTGAATCGTAGCTGATACTTTTATGAGTGATCCATTTCTTAAGTTGATCAACTCGTTCACGACTCAACA CAAGAGTGACGCGTACCTTGTCAGTGAAAACATCTTGCATGTAACCCGTAATTTCTGGTGGTGGATGTTGGAGTTCAAGC TCTTGTAAGTAGATGAGCTTAAGCCCCTTCGAGTCTTTGACTTTGTCTCTGTCATGGAAAGGAAGAGACAAAGTGGCTTT AGGGGAAGTTGAATCCCCTGTTTTTTTGCAAACAGAGGCCCAAAGCTTGATGAAATGGTGAAGTGATCTTCCGTCCGCAA CAATGTGGTGGAACGTGAGGCTGATACTGAATCCAGAGTTTGGTAGGACAGTTACCTGAATGGCCATGAGAGGTTTCACA CACGTGCCGTCTTCCTCTATGAGAGGTGAGGGCAAGGTGGGAACAAGGGGGTGCCAGTTTCGAACATCCTGTGGAGAATC TGAAACAAGGTGGTCAAAGTCTGAATTAGACTCTGCCACGGTGAAGGGGAGAGAGTCTCCGTGGAGGTAGCGGATGTAAG GGGTGTCTACATAGGGTTGTGGAGGGACAATGAGATTGGAAACGAAGGGGAAGAAGTGTTGGAGAGTTATGGTAAGTGAG TGCTTGAGAGTGGGGATTGCTACTTGGAGGAAATGTTGGGTAGGGTGTGGGAACTCATAAAAGAAGATGCGTTGAACAGG AGGAGAGTAAAACCATGGAATATCAAAGAAAGTGAGGGGAAGAGTGGTTGAGGGAACTGAGCCTGGTGGTGGAGCAACCT CAAACCGCTCTTAGACCACCACTGTGTCACCATTGATTTTATGAGCCATGTTTGCTATTAACTATGAAAAGGCACAAGGT TTAAGTAGACGAAAGAAAGAACAACAGGAATCATGGATTTTCAGTTTTTTAAGCCACAGGCATGAAAATATCTAAGAGAT AGTACAAGGGGAATCATTCACCTTCTTCAATATACTTCTCAATTATTGAAGGTACGTTTTACAATTCACTTGTTTTTATT ACTACTCGTGTAACTCGTGGGAGGTTTTCATCTAAATATTGAAACAGAGAAGCAACCTTCTGTACCAAGAAAGTACCTAC TTTTGAGTTTCCATACCTTTACCAGCGGAATCATTATAACTAACGTGCAGAATAAGACATAGAAGTTATTATCAATCAAT TCATTCACACTCATTTTCTTTTTCAACTTATTTCCACTCTTTTTTTTTATCTCTATTGTTTTGCTTCACATCATTTATTA TATCTTTTTTATTCTTCTTGTCTCTCATTTAATGTAGAAGTGAAAGAAGTGTCAACAAAACATTTTCCAGCCAATCACAA AAGTTTAAATTATTAGGTAAAGACACATGAATGATTTTATGTTATACTTCTAATATGGCTCTCCACGTAAGAGCCCGTTG GACATGACAATGACATATTCAATATCTTGTGTTAAAATTCCACTTTTTATTAGAATAATTGAGATAAATATGATTGAAAT CTAAGCCACTTAATCATTAAGACTCATAGTCTCATACCATGTCAAAGTATTTTTTTAGTCAAGTTTCATGTTAGAAATTT TTATTTTTTCTTCCAATGATTTAGAAAAGATTAGTTGAACAATATCTTGATATTACCTAGAATGTCTATCTTGTGATTAA TGAGTATTTGGAATCACAAGGTAGATATATGTGATGACATGATTCACATGATACAAGATGATGGAACGATTATCTTAAAT CTCATCAAAGTTGAGAAAGAAGGGGAGGAAGATCTTATCTTACCAATCAAGACATCCGAGTAGAACAAGAAGGCTTCCAA TATCAAGTCAAGAAACAATGGATACATGAGGTATGTCATCATTCATTATCTTAAATTTATTGGTGTTCTTAATTCATGCA ACTATGATTTTATGTGAATGACTGATGTTCCTTTTATATTGAGTATTATGAATCATAATCTTGACATGTGCTATGAGAGC CTTAGTTGTATGATTTAGGATCTACTATGATGAAAATAAAGGTCCGTTCAAGGACGGGCAGGGCCCAATTACCAAAAGAC ATTTCACAAAAATAAATCAGGCAGGGGTCTGGTCATCATTGGCCGTCTCCTTGTTCAAAGATGCATTGGGATCCCGCCCA TCATCATCACCATCCTCATCGTCTTCCTAACTCGCTCTCAGAATCAAACTTTGGAAGAAGGTCAAGATCGATGTCATCAT GGCCAATAACTTGGCCATCTTGAATCTTCTTCAGAAATCCAATTCGTGAAAGGTCAAAGTCAGGATCGACGACACTTACT TGCTCTTTAGCCGCCACAAACCCTTCAACATAGTGCTTCTGTCATAGGGTTTTAAGAGTGCAAACCCAACAAAGTGCTAA CATAGTGAGTTTAATAATTACAACTCAAAGTAAGTAAACGACTCTCTATCCCTATGGCTGCATCATACTGGAGTCGACCA AAAAGAATATACTAGCCACCGCACAATGGAGGCATACCAAAACAACAGCAAAGCCCAGAAATCTGTTACTCAGCTGCTTG TGAATCTAAAAAAAATTGGAAATAATAAGGGGGTAAGTCACAAAGACTTAGTGAGGCATAATAAATAAAATGCGCGGAAA AGAGAAGCACTTAAGGCACGATCATTAAAACCAGATTTTTGGTATATCATATATATACATAAGAAACTTTAAATCAATAT CCTCTTGGACTTTTTTATAAATCTCTGAAAGCTCCATACACTTTCACACAAGCTTTAAATTCAATAACGGAATAACAAAA ATTGGGAAGCAACTTCAACCTTCATCATTTAACAACAATCACCTCCACAAACTATATGCATATAGGCCGCATTGTCTCTT CGTTGCGACAAACGGTACGCTACTAAAAAGCACGAATTTGCATAGTCACATTATCTCTTCGTTGTGACAAACGGTATTAT ACTATGACATAAAGTGCATAGGTCGCATTATCTCTTCGTTGCGACGAACGGTACATATGTCGCATTATCTCTTCGTTGCG ACGAACGGTAAATATGTCGCATTATCTCTTCGTTGCGACGAACGGCTTTCCGAAATATAACTCATCACATAATTTTCAAA CATAAGGTTTAACAAAAACTTAATTTACAAGCAAACTCAAATACTAAACGTATGACATGTATTAATGCTCCAAGTTCTCA ATGGGAAGCACTAGAAAGAATCTTCTGTCTATGGATTTGAGTAAAACAGTTACACCTAGTCATCAAAATTAACTTCTTGA AATTCTATAATCATCAAAGTTTGTATTGAGGCAAAAGCATGTCATGTCAAATAGAGTTTTCTTTTTAAAAGAAAACGAAT GCTCAAGGGCCAGGGACTTCATATTTTAAAAGGAAGGGATATTTAAAAAAGAACTTAATCACTAATCATCTCATACAGTT CGAGTATAGAATGAAACTAAAAAAACGTAAGGTTTAATATGCATAAAGTACATGAAACTTAAAATATTTTTACTTCTCCC ACTTTATAAACTATACACTCACAACTATGAAGAGCTAGCTCAATCTCTTCCCGTGCCCTCCGTTGGACCAAGAGAATCGT CACCCCGTGAATCTACACATCAATAATGGGTACCAAAAGAGATTAGGCAAAACCCCCAATTTATGAGACTTAGGGTTTTA GAGGAAATCATGAAAATAACACAAACACCTGATTTCCTACTATGCTATGATAACACCCACTACTAATTCATGCCACAAAA ACAGATTTCTGAATCATTGGGTTGAAAATTTTACCTCAATGAATCTCTAAATAGCACTACCCAAGAGATGAGAAGAGTCT CAAATACCCACTTTCAAAGTTCCAAATACAGTGAAATAAAAGCTTGAGTGAAGAGTGAAAAGATGATGGAACGAAAATGG AGAGTGAAATCAAAGAGGGAGGAAGGTGCTGGAATGAGAAGTTGAGGAACAGAGGATGGAGTCCCACTTTCTGTTTTCAA CAATAGAGAAGAATAGGGTATTTTACCCACATGCTCCTTCCTTCTCAAACAAACCGAGTTTCTCTCTTTCTTTATTTTTT TTATTTATTATTTTTTTATTTATTTTATCCTCATTTACTGAAACGGTGCTTTTCAGGAAGAGTCTAACTTTAAAATTAGT TAATGGTGTCCATGAGAAGATTTGCATGCGATTAAATAGATGAAAGAAAGAAGGAAAGAACAACTCGAACCATTGACTAT AGTTTTTTTATCAATTCTCCTGCAACTCGTGATAACAACTCAACTTGGAATATTGCTGTCCACGGCCATGAGAAGATTTG AATTAGAATATTCAGAGGATTGCACAAGGGGAATCATTCACCTTTTATTAAATACTTCACATGAAACTCATGGATGGTTT TACAACAATTTCTTCGTCTAAACATTGGAACAGCTGTATCTGGAGGAGTGCACATGGCCCTGGCCAAGAGAAGAGTTGCA TTAGATTATCGAGAGGAAAGTACAAAGTGGAATCATTCAACTCTTTTTAATTACTTCTCATACAGCTCGTGGAAGGTTTT ACAATAATTTCTTCATCTAAATATTGGAATAGAGAAATACGAAGAATGTACCTAGTTTCCATATGGACGATCATGGAAAA CTAGACCATATGTGGACGATTGGTATATCGAATGGGTACTACGTACTACAGTAATGATTCATAAACACCCTATGGTAGGG ACATAAAAAAACCCCACTTTTCCTGTGGATTTTCTTTGGAAGTTATTGAAGGAAAATTTCGTTACAAAATCCGCAGAAAA GTACTATGAACTTTGCCAAGCTTGCCTCGACTTTCCAAGTCTTTCACACTTGGTCTGGTTCGACTTGAAACTTCATCAGA CTTAGCCAATTTTCAATTTCTTACCTTGAAAACTGGGGTTCTACTTCATTTGTTCGAATTCAGAATTTTGATAATAACAC CCCCTTGAACTTGACCTTGCTTCTCTTTGCCAGACTTTCAAGCCTACAAAGATGCACAAGACAAATGGAAATATGGAATG AACATCAAGTTTTCATTTGTGACTCTCTAGCTTATACATGGTTGAAGTTAAAAAATGTTCGCCATGAAGTTCTTGTCAGT AGAGACGGTTTTAGAGCGACTTAGGACTCCATTTCAAAAAGGTTTTCAAGTTGCTCACCAAATGTTTCAAGAATACCTAA ATCGTGGCAAGTGATGATTAGTTTCATTATGTTTTTATATTTTAATTGTGTATTGTGTACATCAGTACATGGACAATGTA TTTTTTTTACCATGCTGCATCGTACTACTTAGTGCTTACATGATATTAGTGTTTATAACACTTTATGTTTACATCTCTCT TTTCCAAGCTTGGTGTGCATGTGATGACAAAAAGGGCAGTATAAATTAAAAAGATTAAGATCGTTTTAGTTCATTAATTA GACCCATATATATTAGACTAATGTCAGAACCTTATAGGTAATTACTCTATAGTTTAACTGTTTGACGCATTACTTGAGTA TTCAGACTTATGATCAGACCCATATTTAGAACAAGTAATGCTGCACAAAGTCACAAATCACTATCTAAACATTTTAACTT TACATTGTTTTTGCAGAAGACAGGTCTATTTTTTTCCAACAGACAATTCAGTGAGGAATGAATTTATTTGCTAGAGGAAT CATGAGATACATGAATTCACTTACCAAATGCACCTGAATATTCAAACTTCTTTTAAGAACTGTACAACACACCTTGAGCA ATCACTCTGCTTACTAAGAACTAAGACTACATAAACCAATGGAGCAGAATGTTTACTCAAACTGAAGGAAAAAACCTACT AAGAAATGAGTCAAGCGAAACAGGTAGTAGTAATAGTACAATCATGAATGATTCATTCACATGCTACATTAATATCTACA AATTGTTGTTCTAAGATATTGATGAAATTATTCATTCGAATCCTTTCAAGCGCCAACCCAACTTCAATTCCACCTTCATT GTCTCTACAATCAGAGAGACTAATTGATCCTGTTATATCAATATGAACTGATTCAGACTTCTTAGGCTTCCCCCACCCAA AATCAGTCTCGTACACTCCCAGTTTTGGCGACCCTGCAACTATTAGCACACTTTGATCTGGCTTTGCTACTTCTCTGTAA TCTGACATCAATGTTTCAGCATTTCGTAAAGGATCACTCTTCCAATTTCTAATCTCCCTCTGAACAGCTTTTGCAACCTC AACAATCCCATTTTCTCCAACCAACTCACTCCTCTTGAGTGCCACAATGCAAGTAGCTAGACAATTCCCGAAGTACGTTG AAGGCAATGAAATTTCAGGATGATCGCGACAATCTGCTAAGAAAACCAAGTAGCAGAGTTGATCATTGCTTTTAGCAACA CAACCATCACCTTTGCTCTGTTCTGACCTTATCAAACAAACCCAAACCAAGGAGCATGTCACAATAAAGGTCGAAACTCG CTGCAGCCCAGAAAGAATGATCATCCAGTTCTTAAGTTTCTCAACTCGTTCACGACTCAACACAAGAGTGGCGCGTACCT TGTTAGCGAAAACATCTCGCACAAGGCCTGCGAATTCCATGGGCTGTGAAGCTGGATCTTGAAGCTCTTTCAAGTAGATA AGCTTAAGCCCTTTTGGGTCTTTGACTCTGTCTCTGTCATGGAAAGGAAGAGACAGAGTAGAAGAAGCAAAATCCCCTGT TTCTGATTTGCAAACAGAGGCCCAGAACTTGATGAAATGGTGAAGTGATCTTCCATCAGCAGCAAGGTGGTTGAAGGTGA AGCAGATGCTGAAACCAGAGTTTGGTAGGATTGTTACCTGAATGGCCATGAGAGGTATTACACGTGTGCCATCTTCCTCT GTACGAGGTGAGGGTAAAGTGGGAGCAAGAGGGTGCCAGTTTCGAACGTCTTGCGGGGAATCTGAAACCAGGAGGTTGAA GTTTGAGCTGGACTCTGCGACGGTGAAGGGGAGGGAGTCGCCGTCGAGGTAGCGGATGTAAGGGGCGGCGACGGTGTGAG GTTGTGGAGGGACGATGAGATTGGAAGCGAAGGGGAAGAAGTGTTGGAGGGTGAGGGAGAGAGATTGCTTCAGCTTGGGG AGTGCTGAATGGTGGAAGTGGTTGGTGGAGTGTGGGAAGTTGAAGAAGAAGATGCGTTGAACGGGGAGGCAGTAGAACCA TGGAAGGTCAAAGAAAGTGAGGGGGAGAGTGGTTGAAGGAAGTGAACCTGGTGGCGGAGCAACCTCACACCGGTCTAAGA TTGTCACTGCAGCATGGTTGATTTCATCTGCCATGTTTCTGCCGACTGGTTCAGAAGATTTTAGATGATGCAGACTGCAG AGGCAAGAAAGAACATTTGGGGTCACTCACTTTAAATAATTTTTCATTGCTTGAGGTTGCAACTCGTGGGATGTTTTTAA ATGCGTAAAATATAGAAAAGAAGAAAAAAATGATAGAGATACTATGTGCGTAGCCACAATTACAAATGAGTGTAGGTACA GGAGTGACATGTACAAATAATATTAAGACACCTAAGATAAATTTATTCTGTGTTCTAATATATCCTTATTATTTTATTAA TTATGTAAAGACCCCAGTTTTATTCTGTAATTACATGCTTCTTTTTATTTCAATCATTAGAGTGTTCCATTTTCATATTC TTCAAAAATCATTACAGAACCAACACACTAATCTCACTCAAGTTCAATTTCTCAATCTTCTCCTTTGTTCCCAGTCAAAA CAAAACTGAGCAACGTTCAAACCAAAATCCGATAAACAAGAATCTATTAAAACCCAAAAGCTCTCAATAGAACCCTAAAG CTTCAACCATTCAAACCAAAAAACCCACAATTCAAAACCAGAATCAGTTGGAAACAGACGTAAAGGAAGATGGAGCAGAT GCAATAGCTTCTAAGCATGGAGATGCCACGCCGAGACATCGACCACGTCAGACTACCCATGCTTCTGCACGACCGTCGTC GTAGCCGCAACACAAGGGAACGAATCAGATGGATAAAATCTGAGGAGCAAAAGTGATTTTTTCATGAATGAACCTCTAGG AGGAAATCACCGCGCGGGACTGCGAATGCGAATGCGAATGCGAGGAGAGGTACGGTTGTGGAGGCAAGAATTGATGTTGA TTTTGCAGATTAGGAATGGAAGATGAGGGAGATCTGAAATCGCAAGGGTTATTTCTGCAAGTGTAGGTTTCAGATGTCTG TTTGGGGAAGAGACAGAAAACCTAAATACTTAGATGTTTTGGGGCTAAAATGCATTTTACATCATAAGTTTCAGTGTTTT TTCTATAATTAAATTAAGTTTTATTTCTTAATATTAATAATAATAAATATTACAGATGTAGTTAGTTGAGTGGTCCAAAT CATTCATGTACCATACCAAAAAAATACTTTGGGCACCAGAGAATTTGCCGAGATACTAGATTATGTAGTAGGAACCAAAG ATTTTTTAAAAAATAGTAGAAACTAGATGGTAAAAAACTAGTACTCTTATATAATTTGTGTGAATACACAATGTGGGATG TATGAGTTACGCTGCGGTGACTCGTGATAGGGTTGGTACCTGGATTGTGCTTGTTAGCTATGGCCTAGGGAACATGTACA CAGCTGAGTTATGGACGGTTGAAATTGAATTGCAGTTGGTTTGGGATCTTGGTTACAGAGATATCTTGTGTCTGTCAGAT TATGCTAATGTGGTGAAGGTATTCCAGTTGAATGTGGATGTTTCTAACTATTGGGTGGGTCAGGGATATTATTGCGAGAA TTAAAGCAAAATTTGCTTGGGGATGGAATGTCAGAATTGAGATGGTGCCTCGAGATAGAAATAATGCAGCGGATTTCTAG GCTAGACAAGCTTTTAGCGAGAGAACTTTGCGTTGTGAATGGAGGATTCCTCTTTCAGCTGTTATTTCATCTTTACGCCT TGATGCTTTACAAAAATGATTGGTAAACCACTTATGGTGAAAAACACTTAGACACCCGATACTTGTGGGGGGTTTAAACT GTGCAAAAAATGCTGAAAATCGCAAGAAACACACTAGTTTTTCAAGCTTTTTACTTTGTGACAGTCTTTGAAAACTGTCG ATTACAATACCCAATGGAAAATTTGTCATGTAAGTAAAATTGGGTCACTTGTTCTTTCAACTTTTTCTTAGGACCAAAAG TTGTAAAAATTTTTCGAATGATCAACTTAGATGAGAGTCTATATTACGAAGACTTGGAACAGACGCTACGCTGGCGACAA TCGGTAATGTTGCTAACGTCTATCATTTTAATATTGTTGACATTATCAGCGCATTTAAAAAATTGTTGAAAATGTTTATT GACAATGTTGTGGTTGTCACTAAATTGTTATTTTTTTTAAGACTAATAGTTATTTGACGTTACTAACAATTTGACCATCA GTAATGCTTAGTTCATGGAAACGCAACGCCGTTGTAGATCATTTGGCTAAGCTTGGTTTAACAAATGCGAGTGCCTTCAC TGTTTGGAACTCTCCTTTAGCGGATGTTATGCCTCGTTTGCAGGCTGATGCGCTTGGTGTGTGGCCTTCTTAACCAACTG TACTTTAGTTGGTGACATGTAAGATGATCCAATAACAATTCATCCACTCCGTCTCACTCTAACATTAACATGGCAAGGAA GTGACGCTTTCCACTCTGCTTCCATTCCCGTATATGATCATTTCCTTCACATTCCGCATTCCCTCACCCATTCCTCCTTC ACAATCACGCTTCACCAGCTGAATGCGACAACAATGGCTTCTCGAAACTCCGACTTCCTGAAGAACTTCTGGATCCCCAA CCACGTCCTCGTGCCGGGGGCTGAGGTTGACAATGGCGACGGCGAGATCGATGGACCTGTGTGTCCCGTGCTCGTTTTCG TTAACTCCAAGAGCGGTGGTCAGCTTGGAGGGGAACTCTTGAAGACGTACCGTGCGCTTCTCAACGAGAAACAGGTCTTG TGTTGTGTTGTTTGTTCTTCATCTTGTTGTGCAGGATTGATTATAGTGTGTGTCTGTGTTTTTTTTTAGGTTTTTGATTT GGGGGAACACGCTCCTGATAAGGTTCTCAGCAAAATCTATGCTAATTTGGAGAAACTCAAGCTTCAGGGTGATCAATTGG CTATAAGGACTATGGAGAGGTTGAGATTGATTGTGAGTTCTGGTTCTTGTTTATCAGTTTATGATTAAACCATTCAACCA TGATTTTTCTATCTTGTGTAGGGAATTTTAGATGCAAATGCTTATTTATTTTTTGAGTTTTTTAGGTTGCAGGGGGTGAT GGAACAGCTGGCTGGCTACTTGGAGTTGTTTGTGATCTCAAGCTATCTCATTCGCCGCCCATTGCCACCGTTCCGTTGGG CACCGGGAATAATCTACCATTTGCATTTGGTTGGGTAGGAATTTGCAGTTTCTATATTGTTTGATTTTAATGAAAAAATG AAGTACGTTAAAACATTCTGCTGACCCTGCTATGATTTGATAGTTTATAAGCTGTAGCTTTCACATATGTTTTTAATTGT CTTGATTCACATTCCTTGTTTGAGTGGATGTTGTTCAAAATTAGAATACTATGCTGCTTATTCCTGAACTTTTCCGACGT TTTCCATTCATTAGCTTCTTCTTTTTTCCCATTTTTAAATAACAATTGTGTTCGAAACATATTATAAAATCATTAATGTA TTTGCACTTTGCACCCAACAACTCAAGCTTTTGGAATAGTTGGTTTAAGACATGGTGGTATTCAAATCCTCTATGACAAA GCGGTCTTGAGATGGATACTTATTGCCCCTATTATTCTTATGATAAAAATGTTGAATTTCAAAGGTGCATGAGGGGGCAT GTTAGAAATATATTATAAAATTATTCATGTGTTTTCACCCCACAACTTCAACTTTTAGGACAGTTGGTTCTTGATAGATT CATTGTTCCCCTTAATATATAAGATTGTGGTTCCTATTATGCCGTTCAATTTGAAGTTGAACTTGAATTTGAGGGTGCAC TCAGTTGTAGCTGTGACTGTATGAAAAACATTATCAGAAAAGTAAAAACTGAAAATGATCAAAGTCAGTAATTTCTACTG CTTTATTGCAGGGGAAGAGGAACCCAGGAACGAACGAGCAATCAGTTGAGTCATTTCTGGGTCAAGTAATGAAAGCTAAG GAAATGAAAATAGACAAGTAATGATTTTCTGTCCTTTTGTTTCATCTTATAATTAAGTACCATTTGGTCATTCTGCAGTA ACTCGCATATCAGTTTACTAATTTAACTGTTATAATTCCTTTCTTCTACTACTGAGGAAATTCTCAAGCATACTTATTGT TGAATAAAATAAAATAATAAATAGAAGTTGCCAGGTCATGATTACAATCCTGAATTGATTTTGTGCAGGGTTTATGATAG TATAGTTGGGAATTGGGATAGCTGCATTAGCCGTCAATGTAAAATCAATTGATTATTCAGATATCCCCATTAGGAACTTA TGATTTTCTTTTCAGTTTACTAATTTAATTTCCATTTTATGGATACCTGTTCAATATGTTATTATTTTGTAGTGTGTTCT TCACATACATTGTTAATCTGAAACCATCATGCTAGTTGTTGTTTAATATATTAATTTGGTTTAGTTACACTTTTAGTCTC TCTATTTTGATCGATGTGCAAATTTGGTCCCCTGATTAATTTGTTCCTCAAATTTAATTTCATAATTTTTTAACTGTTAT AATGAAGTCTTTCCACTGACATCTCTATTTAAAGTCTTCAGTTTTTACTTAAATAGCTGGGGATTCTGAATGAATATGGA ATAGAAAATTTAAAAGTTTAGAATCCAATAAATTGGTAGATATTTGATGAGATGTAAAGGATCTGATAGGAAATGATGTG AGGGTTTCGAAGAGGTGGAACTTTAGTTGAAAAATGATATTTTAATTGGTGCGTTCTTTGTGGAAAAAGTTTAAATGGTT TAATTGGTTCAGTTTGCTGGATTATGAGAAGAAGCTGATTTGAAGAATTTTAAAATTATTTGGGGGCTAAAATCACACGA GTCATAGTAGAGGGACCAAAAGTGCAATCAAGCCTATTATTTCTATTCACTCTTTTGTATTCATTATTTATGCTCTCTTA AGGGGCATTTTAGTGGTTTCTCTAGTTTAGGAGTTCTTTTTTTTCTTCTTTGTGTGTTTTGATTTTTCCCCGTATTGACT CCCCTAGTCCTTAATGCTCCTTAACCCAAAGCAAATATATGATGATTTTCTAAGGGCTATTTTTTGTTCAAGATCTTTGG TAAACTTTTCATAGATTACTTCTACCAGTTACTTGTTTTCTGATGATTGGTGTTTTTTTTTTGCTAAACCATCAGCTGGC ACATTCTTATGCGCATGAGGGCTCCAAAACAAGGTCCTTGTGATCCAATTGCACCTCTTGAGTTACCGCATTCTTTGCAT GCCTTCCATCGTGTATCTGAGGCAGATGAGCTTAATATTGTAAGATATTTTACCATTCACTATTTTGTAATCTGATTTTA AATCTGGTTCATGGAGACTGGATGGTTGGCAACTTCTTTTAAGGATGACTGGATGATATAGGATTTATAACTAAATTATG CCGACTTTGATGTGAGATTTTTGCTTTGAACTATTATTGGAAGGAAACTTGCTTTCTTCATTTAAGTACAACAAGATATC TGCATACTTTGTTACTTTATCCCTGTTTTATAATTTTTACGAATGAAGTTCACATAAATTAAACTGTGGATTGACAGTAG TTCTTCAAAAAAACAATTGCTTCAGTTTGAGTTTTCACGGGTTTTGGCTTCTTACCTACTCACTTTACCTCCTTGTATTG CTGTGTTTTACTGTAGGAAGGTTGCCATACTTTTCGCGGGGGATTTTGGAATTACTTCAGCATGGGTAAGAATAGCTTCT CCTGGCTTCTTCTATACTTGACTTTACCTTGCTGTCAAAGTTTTTTTCCCTTTTCCCCGTATGTATGAATTAGTTGATTT TTGCACTATGATAATATTTAGTTTTGTCTGTTTTTCATCCTGTGGTCATTTTTGAGTAATATCAACTTATGACAATGTAA ATCCTGTTTAAATTAACTTCAGCAGTAAAACTTACTTTTTTTACGTGAGCTGAAAAATATAAATATGTAATGATAAAAAA ATTGTATCATTTTATGTTGCGTGCTAATTAAGTAAAATTCATTGATTTCCTTCATCATTAGTGCTAACTGGCTTTGCTTC TCTAGAATGTTTTTAGATCATATAATATATTGGAGAGAATTTACTTCCTAAATTCTGTCTATCCATCTTTACTTAAACAG TTGTTAAGAAAATTATGACTCCTGGCTGCAGGGATGGATGCTCAAATTTCTTATGCATTTCATTCTGAACGTAAATTGCA TCCTGAAAAATTCAAAAACCAATTGGTTAATCAGGTATATTTCTTTTTTCAGTAATTGTAGTGAATACAGAATACATAAA AGCAATGTGCAGAAAGTTAATAGCAGTACTGCTTTGTCCTTCTCACCTTAATTGGAAAGCCTACGTAGTTTAAAATCACA GGGATGTACTTTCCTCAACTTTTGCGATTGATTATGTTGTTCTGATTTCTATCTTGCCAGAGTACTTATGCCAAGCTTGG ATGCACACAAGGATGGTTTTTGGCTTCTCTATTCCACCCCCCTTCCAGGTAAGTTCATGTAGATCTGTCATGGATTGGAC AAAGGATTTGTGTTTCTTTTATGATTTTATGGTTGGCTTTTGTAAATTCATGAAAGTTCACACACAAACTATATGCTACA GAAGTGACATAGGAAATCTATTTATGAAATTTAGTTAAATTGACAACTTGCAGCTTGTTCTGACTAAATAATGGGTATCT TGAATTCAATTTTATTATTTTGGCTTACTTTCTGTAGAATGACTTCTCCATCCCACTATTAATTTATTAATTCATTAATT AATTTGGCACTACATACTGCTTCTTCACCATTGAGAACCTAACACTGTTACTTAATTCCAGGATGAGGGAGTGAGTTATC AACATTCTCTACATTAAGAAATTTGTAAGGCTATACAGATAGAACTTCCAAATTCAATCTCAAAAATTATGTTATACACT TGCTGGTGGTCTATTTAGTCTATGTATGTACTTTCTTTATGCTTTTACGCTAGAGGAATCGGTGAATTCTAAAATATACC ACAATCCCATGGTCATGGCAGCATTCGCTAATGTCTCAAGATCAAATTTAGCATATTTTTCCGTATTCAAGTTTCACTTT TGGCCAGTGATCGGAACTAGCAAGCTAAAGTAATAACATCATTCACTACATCAGTATAACAGAATTCTTTAGATTTTTCC ATTTTATCTGGTTGCAGCCTATGAAATCATAAAATAGAAACTTAGTACTGGTTTTAGCTTATTTGGTTTCTCAATGATGA TGAGTCTTGTTTAACCAAGTCCATAGATTGGAGTGTACAATGATACATGTAGAAACCTTTTCAAAAGATATCATAATTGA AGAGTTCTTTTACTATTTTCCTTCTGTTTAAATGTCAAATTAAATAATATAAATGGTTGTAAATAGGGTGCTTCGTACTG AGAACACTTCTAGTCATTTGAAAATGTTATATGTAGTTCTTTTCATTCTTCAAAACTACTAGTTTAAATGAACCAACTAC ACAGGCATATGAACCAACTGCATACTTAATGCCCATCTTTCATTGGTCCGTCATAAGAATTCTTTCTCAAGTAAATTCAA TTTGATCATTGAATGCAGGAACATAGCACATCTTGCAAAAGTAAAAATCATGAAAGCACATGGTCATTGGGAAGACCTGC ACATACCTTCCAGGTAAAATCATTTTGTACTCTCCTTATATTTTGTTATATTGAAGGTGTAGCCACTTGGGTAAGGAGGG GCAGGGGAGATAGCCTAGTGGGGGACTGAACTTCTGACCTCAACATCAAACCAAAAGTCTTATAACCTGGGACAATGTCA ATTAAGTTAAGCTACATATGTATCTTTAGTAAAGAGAAGCGAGAAGGTCATGAAAAAATCAGGTCAATGGAAAAACTACT GCATTTTCAAATTGCAAAAGATCCATAACCACGCTTATCTATGCTTGATAGGTTATCAAATTAACTGTCATGTAAATAAT GCCCATTCATTGCTGCTCTTGTTGATTATTGGATGATCAATGTCTCTTCACACTGGCAACTTGAGTTGAATAATATAAAG TAAAAAGGCCACTTATATCAACTTCCACTTTTGTTCATCTGCTGTTCCTGTTTGCTTCATAATATCTGATGTGTTTATTA CTTCTCCTTCCATTTTATATACAGCATCCGGTCAATTGTATGCCTTAACTTGCCTAGCTTTTCTGGAGGATTGAATCCAT GGGGTACACCAAACAGGAAGCAGCAGCATGATGTAAATTTCATAACCTAGTTCTGAAATGAATTATTTTGTTATGTCATT TTTTCCCCTTAAGTTGTGCAAGTAGTTGAAGGAGTACTGAATAACTGAATTTTTTTATGCATCTTTATGTCGAAAAACAA ATCTTTGAATATGCTATCTTGATCGAATATATAGGGAGATTTGACACCTCCATACGTAGATGGCGGGCTTATAGAAGTTG TTGGTTTTAGAGATGCCTGGCACGGGCTTGTGTTACTTGCTCCAAATGGACATGGGACTCGACTTGCTCAGGTATGTGGT ATCCGCTGAAATACTGGATACATATATCGCTTTTGTACTTATTGATTTTCAGACCAGAGACATTCTTCTTATCTAAATGA GCTTTCTTTTGGAAACGTTGTCCAACAATTACTTACATAGAAGTGATTTGTAACCAAATATTTTTTTTCTTGATTTTGGA ATTTAAAATGGTTTGAAATTACCTTGGCATTAGGCACACAGAATCCGCTTTGAGTTTCACAAAGGTGCAGCAGATCATAC ATTTATGAGGATTGATGGGGAACCTTGGAAGCAACCCCTCCCAGTTGACGATGATACTGTTTTGGTAGAAATTTCTCACC TTGGCCAGGTTAACATGCTCGCTACTCATGATTCCCGGTCTAAAAGTGTGAATGATCCATCATCACCATATCATAATGAT GTCGAAGAAGATGAAAATGACGAAGAGACTCTTGCAGATGAATTTAGGAAGTTTGGGGCGGCAGAAACATTTAAAATCCC AGATGAGGTAGATATTGCTCATCTTAGTTAAGACCTGGAAAGTATTTATCGCTGACCCCATCAATTGTATCACCTATTTG CTCAATTCTAGTAGCGTTATTTTACAAACATGATAAATGTAAACCATAATTGAGATGCATCATGCAACAATTGCTTCGTT ATACAGATTCAAAGTAACTCCGAGCTTTTGCAGTCTGCTCCAGGTTTGGTAGGTCCTAGTGTCAGTGCTCAAGCTAGACA CATCCGAGTAAGAATGATTTCTAATTTATTTTGGGGTGGCAAGTATGATTCCGTTTAATCTAATGAAAATAATCTTCCAA AAGTTTTCGATTCAGTTTGTTTGATCGCCCATTGAATTTATATGATAGTGTTAAGGAGATTGTACTTAGATGGACCCTAT GTTCCACATATAATTGTGAGGAGCCAATCACTCAATTGGAGAGTTGAAAATTGAATATGCTTTTCCTACAATACACATTG TAGCAGGGTCATGGAGGAAAGAAGCCACTAGAAGGAAAAGTAAG
CDS sequence (LotjaGi3g1v0439300.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCTTCTCGAAACTCCGACTTCCTGAAGAACTTCTGGATCCCCAACCACGTCCTCGTGCCGGGGGCTGAGGTTGACAA TGGCGACGGCGAGATCGATGGACCTGTGTGTCCCGTGCTCGTTTTCGTTAACTCCAAGAGCGGTGGTCAGCTTGGAGGGG AACTCTTGAAGACGTACCGTGCGCTTCTCAACGAGAAACAGGTTTTTGATTTGGGGGAACACGCTCCTGATAAGGTTCTC AGCAAAATCTATGCTAATTTGGAGAAACTCAAGCTTCAGGGTGATCAATTGGCTATAAGGACTATGGAGAGGTTGAGATT GATTGTTGCAGGGGGTGATGGAACAGCTGGCTGGCTACTTGGAGTTGTTTGTGATCTCAAGCTATCTCATTCGCCGCCCA TTGCCACCGTTCCGTTGGGCACCGGGAATAATCTACCATTTGCATTTGGTTGGGGGAAGAGGAACCCAGGAACGAACGAG CAATCAGTTGAGTCATTTCTGGGTCAAGTAATGAAAGCTAAGGAAATGAAAATAGACAACTGGCACATTCTTATGCGCAT GAGGGCTCCAAAACAAGGTCCTTGTGATCCAATTGCACCTCTTGAGTTACCGCATTCTTTGCATGCCTTCCATCGTGTAT CTGAGGCAGATGAGCTTAATATTGAAGGTTGCCATACTTTTCGCGGGGGATTTTGGAATTACTTCAGCATGGGGATGGAT GCTCAAATTTCTTATGCATTTCATTCTGAACGTAAATTGCATCCTGAAAAATTCAAAAACCAATTGGTTAATCAGAGTAC TTATGCCAAGCTTGGATGCACACAAGGATGGTTTTTGGCTTCTCTATTCCACCCCCCTTCCAGGAACATAGCACATCTTG CAAAAGTAAAAATCATGAAAGCACATGGTCATTGGGAAGACCTGCACATACCTTCCAGCATCCGGTCAATTGTATGCCTT AACTTGCCTAGCTTTTCTGGAGGATTGAATCCATGGGGTACACCAAACAGGAAGCAGCAGCATGATGGAGATTTGACACC TCCATACGTAGATGGCGGGCTTATAGAAGTTGTTGGTTTTAGAGATGCCTGGCACGGGCTTGTGTTACTTGCTCCAAATG GACATGGGACTCGACTTGCTCAGGCACACAGAATCCGCTTTGAGTTTCACAAAGGTGCAGCAGATCATACATTTATGAGG ATTGATGGGGAACCTTGGAAGCAACCCCTCCCAGTTGACGATGATACTGTTTTGGTAGAAATTTCTCACCTTGGCCAGGT TAACATGCTCGCTACTCATGATTCCCGGTCTAAAAGTGTGAATGATCCATCATCACCATATCATAATGATGTCGAAGAAG ATGAAAATGACGAAGAGACTCTTGCAGATGAATTTAGGAAGTTTGGGGCGGCAGAAACATTTAAAATCCCAGATGAGGTA GATATTGCTCATCTTAGTTAA
Protein sequence (LotjaGi3g1v0439300.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MASRNSDFLKNFWIPNHVLVPGAEVDNGDGEIDGPVCPVLVFVNSKSGGQLGGELLKTYRALLNEKQVFDLGEHAPDKVL SKIYANLEKLKLQGDQLAIRTMERLRLIVAGGDGTAGWLLGVVCDLKLSHSPPIATVPLGTGNNLPFAFGWGKRNPGTNE QSVESFLGQVMKAKEMKIDNWHILMRMRAPKQGPCDPIAPLELPHSLHAFHRVSEADELNIEGCHTFRGGFWNYFSMGMD AQISYAFHSERKLHPEKFKNQLVNQSTYAKLGCTQGWFLASLFHPPSRNIAHLAKVKIMKAHGHWEDLHIPSSIRSIVCL NLPSFSGGLNPWGTPNRKQQHDGDLTPPYVDGGLIEVVGFRDAWHGLVLLAPNGHGTRLAQAHRIRFEFHKGAADHTFMR IDGEPWKQPLPVDDDTVLVEISHLGQVNMLATHDSRSKSVNDPSSPYHNDVEEDENDEETLADEFRKFGAAETFKIPDEV DIAHLS
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 | 2 | 436 | 435 | 2.3E-207 | ||
| PANTHER | 4 | 485 | 482 | 1.5E-276 | ||
| PANTHER | 4 | 485 | 482 | 1.5E-276 | – | |
| ProSiteProfiles | 34 | 187 | 154 | 23.461 | ||
| SUPERFAMILY | 37 | 412 | 376 | 5.89E-36 | ||
| Gene3D | 38 | 186 | 149 | 4.5E-6 | ||
| SMART | 38 | 181 | 144 | 4.7E-24 | ||
| Pfam | 38 | 172 | 135 | 1.7E-24 | ||
| Gene3D | 230 | 413 | 184 | 6.2E-6 | – | |
| Pfam | 231 | 405 | 175 | 3.6E-36 | ||
| SMART | 233 | 405 | 173 | 2.7E-13 | ||
| MobiDBLite | 432 | 460 | 29 | - | – | |
| MobiDBLite | 432 | 446 | 15 | - | – |
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 | NAD+ kinase activity | Catalysis of the reaction: ATP + NAD(+) = ADP + 2 H(+) + NADP(+). | ||
| Molecular function | Diacylglycerol kinase activity | Catalysis of the reaction: NTP + 1,2-diacylglycerol = NDP + 1,2-diacylglycerol-3-phosphate. | ||
| Biological process | Signal transduction | The cellular process in which a signal is conveyed to trigger a change in the activity or state of a cell. Signal transduction begins with reception of a signal (e.g. a ligand binding to a receptor or receptor activation by a stimulus such as light), or for signal transduction in the absence of ligand, signal-withdrawal or the activity of a constitutively active receptor. Signal transduction ends with regulation of a downstream cellular process, e.g. regulation of transcription or regulation of a metabolic process. Signal transduction covers signaling from receptors located on the surface of the cell and signaling via molecules located within the cell. For signaling between cells, signal transduction is restricted to events at and within the receiving cell. | ||
| Biological process | Protein kinase C-activating G protein-coupled receptor signaling pathway | The series of molecular signals generated as a consequence of a G protein-coupled receptor binding to its physiological ligand, where the pathway proceeds with activation of protein kinase C (PKC). PKC is activated by second messengers including diacylglycerol (DAG). | ||
| Molecular function | Kinase activity | Catalysis of the transfer of a phosphate group, usually from ATP, to a substrate molecule. |
Expression pattern of LotjaGi3g1v0439300.2, 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…