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 | LotjaGi1g1v0008500 |
| Transcript ID | LotjaGi1g1v0008500.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Histidine kinase; TAIR: AT5G35750.1 histidine kinase 2; Swiss-Prot: sp|Q9C5U2|AHK2_ARATH Histidine kinase 2; TrEMBL-Plants: tr|A0A023W2C6|A0A023W2C6_LOTJA Histidine kinase 2; Found in the gene: LotjaGi1g1v0008500 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:1114796..1127418) extracted from Lotus japonicus Gifu genome v1.2.
CTTGTACTTATGATAGAACTGGAAGCTAAGAAACAGTGCTATGTGCCTTTTTCTCTCTCTCTCTCTCTCTCTCCTCCCTC CTTTCAAATTATTATTCCCTCTCTCTCCCTTTCACTATCACCGTTTCACTAGAACCATTTCTTGTTCTGACTCTCTTTAT CTTTTTCTGTCACTAATCCGTATTCTGCAGTGGACAGTGGGAGTACCCCATCTTTAAACACTCATGGGTGAGGTCTTTTT CAACTCTTACAAAAGCAAAACACCAAAATATCACTAGAAGTCTAGAACAACAAATCAATCAAAATAATTCATATAAATAA ATATTTCCATTTTATTTCTATTACATATATATATATTATATATATTGCTCTTGTCTTTTTAAATCATGGGAATTTTGTTT GCTTTTGTTTAACCTTCCCCCACCAGATGATGAGATAATCATGATTCATCTTCAATTAGCAGCTGCACTCCATTTTGGAG AGAGAGAGAAAAGAAGGGACATTTATTCATTTACATTCACAAAAACAAAAACAAAAACAAAACAACATGGGTTATATCAT CAGCAGCATAATTTACTAGGTGATGATGGATAGCCACTCTCAGAGGTTGTTCCACTCTTGATGCTTCTTTTGCTTCATCA GAGACCCAGTGAGCCAGAAAAATCATGCTTTGAGAAAAAAACAAATTTTTCTATCTCATTCATAGTTTTCTTCTCTCTGT GTGATTGCCAAAAGGACAACTGGGTTTCATTTCACCTTGTTGTGTGGTGTTGTTGTGATTATTGCTCCATGCTTCTCTTC CACATCTGGTTTTTCATCTCTCTTCAAGCTTCAGACAAAAAAAAATCAATCTTTTGGACCATTAGAGATAAAGGAAAGGT TGGACCAGGACCACTTAGCCTGGTTGGTTGAGATATGGGCTGAGTTTCATGCAAATTCTTTGTTTTTGCTGGGTCCTGTT GATGGATATTTCATAAAGCACCAAACTTTTTGAATTTTGTGGTCAGGGGTTGCTGAGAGAATTTTCTGGTTTGGCTTAGC TGTTGAAGATTCAAGGTGGGGTGTGCTTTGGTGGTCCAGTTTATTGAATGTTCTGCTGAAGCTGGGAGCTTACCTTGAAT CTTCCAAGGCAATTTGTGAGTGAAAGTTGGTTAATTTGGTAAGGATGTCTGTGAATAGAAGGCTTTCTGGTTCAAATGGC AGATTGCCACCAAGTATGAAGTCTTGGAAGGCAAATGAGCCTCTGCATGGGTCTAATTCTCATTGGACATGGAGGAGGAA GTCTTTGCTCCTTTGGATTTTTGGCGTTGTTGTTGCTATAGGGAGTGTGTTGTTTATCTTGAATTTCAGTAGTATGCATT TGAAGAAAGAAGCAGTTCGTGAAGAGAGAGCACAAGCCTTGCTACAGCGTTACAATGTCAGTAGGAAGCAGCTTCATGCT TTGGCTTCCTTAATTTCTGGATCAGATCAGGTGACTTGTTTTTCTGCCTTGATATTGTGGTTGTTGAGAACAATTACTTT GGCTTAGAAACTTCAATTAGTTGGCTTCTTCTGTATGCTAAGTACATGTTTGGAAATTTCTCTACAATTGATTCTAAAGC CAGAATCAATTATGGAGAGAAGCTTATGTGAGTAGCTTATGCTTTCAGAATTGATTTTGAGAAAAGAGAAGCTAATCTAA ATATGCTATAGGTGTTCTTTATATTGAGTGTTATTTTATCAAACACACACTTCTTGTTGAATTGTAACTTAGAGCTGAAG TTAAAAATGATAAATAATGAGAACCGAGAGATTGCCTTAAATGAAAGGGTATAAACTATGCTCTTCTGATGCTTTTTGCA CAAGTTTTTTATTTTTCCCTGGATCAAGTTATGTGTATACAACAGTTTAATTACTACAAGTGAGTGAGTGGCAAATATTA TCTTGCTATATTTTAGAATAGAAAACAGTGCTTGTTGCAGTGATGAATATGAGCAAGTAAACAAAGTGGTGCTCTTTGTA CTCTGTCTTACTAGTCTATAATGCAGATTTTGTCCAACTGTATTGATGAAAGAAGACTTCAAATGCTGTTGAGCAGTGGC ATAATCTCCCCTCAGCTGTTAATGTGTCCTGAGAATCAGGAGTTACAAAGGGAGCATGGATGTGTTGCAGACAGCTTAGA ATCGATAGAACAATGCCCAATTCTCGATGATCTTGTCCAGGCAAGGCTGGAATTATCATTCCCATTGATACCACTTGTAA TGATGGCCTCACTCTCTGCACTTTCTTCCAATTTGGTCAATTTTTTTCTCTGTGGAAAGGTAATGTCTTTACCAAGCTGA AGCATGTATATGTTATGCCCAAACATTCCGCAGTTTAAATTGTTGATTCTCCTCGAAAATAGTTAATAGCTACCTACGAA TCATAGACTAACTATCAGCTCCAGTTTCTCATTGTTCAACCTACCGATCGGGGCATGATATGGTTGTTGAATGAGATGTA AGAGCACATTGACTAAGGTTTAGGCTTCCTGTGCATTTATTCTTGCAAGATGCTAGTCAGCATCTGAACATTCTTTTTAC CTTGGCAAGTTATATAAGTAAATTCTTGTCTTGATGTGTAGAATATAGAACATTTCCAACTTCCAAGATAGTCAAGAGTT TTATTTAACCTATAGCTGAATAACATTAATATCCAAAGTCATACTGATGGAAAAGTAGTGGATTTTTGCGAAAGGTTCTC TGAATATTGTGCAGTAACTGAGAGTATGCAGTCCGAACATGCTTAATTAATTTGCTTGTTTATTTTGGTTTTGCTGAATA TTTTGCAATCATGGGAACTGAGGTTCTATGCAATTCAGGATCATGTGTGCTCATCTAATTTAATTAAAGGATGCTGCTTG GTCTTTACTGGAATTTTAATGTGCTACAAGTTGTCTAGCTTCTGTTTACTATGGAGGAGTCAAAAGCAGAAGCTAGTTCA GAAGCATCCAGCTGCTCAACAAAAGCCGCCACAACATTTTGTGCAGGGTCCTTCAAAGGGTGCTGGGAAGTGGTGGAAAA GGTTGCTTGTTGTATTTGTATCACTTGGAATAGTTGGATCTGGTTGGTTATTCTGGCACCTAAACACGGACATAATGCAG AGAAGAGTAGAAATGCTTGCCAATATGTGTGATGAGCGAGCCCGTATGCTGCAAGATCAATTTAATGTTAGCATGAACCA TGTTCATGCTCTGGCGATTCTTGTGTCTACCTTTCACCATGGTAAAAATCCTTCTGCAGTTGATCAGGTATTGTACTCAA TGTTATTCTGCTTTCCTTTTAGGGCATAGCCTTGTGTCTGATAGATAGTTCCAACTACATATGCATACTTAATCATGGAA AATGTCTGGTCTTTTACATTTCTTCTAGCTACTAGCCATTATTAGCTTTTGCTCAGAGTATCTTTTACATGAATTAAACT GACAATTTTGTGTGGCAGCGTAGTAATAGTGGAGAAAATTTAAGATTTCTTGTGTGCAAAGGAAAACAAAAACTGATTCC TATTGATATGTGCTCCCTCTCATCTTGGTTGTAACTGCATACATATGACAGAAGTATTTAAAAAGAAAAAAAAAACAAAC TGAATAGTTCAGGTTGTGCCATTGATATGTTAATTTATCAAAAGCTTGAGCTACTAAAAATATATACAGTGAAGTTAAGC TGTTACTTTTTGTTTCTTTCTCTCTCCACAACTAGCAAAATAAAATTGCTAGATTCTTTCTTTGATTCTTTCATTGCATT ATGGTAAGATTGTTACCAAATATGAACCTTTCGCCACCTTTTATTTCTTGTTCTTCTTGTAATAATTTAGTAGATCTTAA GGAAAATTATGAAGAAAAGAGAAGAAGTTAGAAAACATAACATTGAAGCTTCTGTTTCACTGCAGAAAATTTTTGGGGAA TATACAGAGAGCACAGCATTTGAGAGACCACTTACTAGTGGTGTTGCTTATGCTTTTAAAGTTCTCCACTCTGAAAGGAT TCATTTTGAGAACCAGCATGGGTGGACAATTAAGAAAATGGAATCTGAGAATGAGGCATTAGTTCAAGATTGCATTCCTG AAAATTTGGATCCGGCACCCATTCAGGATGAATATGCACCCGTGATATTTGCTCAAGAAACAGTTTCCCATATTGTATCT ATTGACATGATGTCAGGGAAGGTATGCACTGCTTAGCTTGCTCTCACCCTAAAGTACTTTAATTCTTCTAAGAATATTGT GAAGCTTAAACTGCTAATTTTACACTCTTGTGGAATGTTTTTACTTCTTACCGTGTGCATTCTGTACAAGAGGGAGAAAA CTTGGGTGTGAATTATCAGTCAGGAGGACTTTTTATTTTGTATTTCTATATTCTATATGCAAGATGGTAGCATTAGATAC TTGAATATTTGACCTGATGACCGTACACTTAACATTGTATGTTATATAATTTACTTTGATTTCGTTAAATATTGGGTCAA TAGAATTCAGTACATATGGGTGCCTCACTTACCAACATCAATAAGATGCCTCTGAGCACTGCTATCACCTGTTTTTCATC CCTGATTAATTTATCTATACCTTAGTTTATTTACAGTCATATCAGGAGATATATTAAAAAGGTTTAAGATGAGGGGCTAT TCTCTTAAGAATTATTCATTAAATTCCTCATTTATCTGGTTGTCTAGAATAAAATACTTGTTGCATTGTTATACAGGAGG ACCGTGAGAATATTTTGCGAGCAAGAGCCTCTGGAAAAGGGGTTTTGACATCCCCTTTTAAACTACTAAAGTCCAATCAC TTGGGTGTTGTACTTACATTTGCTGTCTATAACTCTAAACTTCCTCCAGATGCAACAGTGGAGCAGCGTGTTGAAGCTAC TGTGGGGTAATTTTATCAAATAATAACTTCAATTAATCCCTACAACTAACTTTCTACTTTTTAAAATGTGCATTGCATGA TAAAAAATATTACCGACTCAATGTAATGTGTGTATTGGTACCTATTTATTGGAAGGTATCTGGGTGCATCTTATGATATT CCATCACTGGTGGACAAGCTTCTCCACCAACTTGCTAGCAAGCAAACCATTGTTGTAAATGTTTATGACACAACTAATGC ATCTTCACCTATTGCAATGTATGGTACTGATGTTGCTGATACTGGCCTGCTAAAAATAAGAAGTATAGATTTTGGGGATC CACTACGAAAACATGAAATGCACTGCAGGTTTGTTTCTCGCTATGATGTTTCTACATTATGTCTAAAGAATTGAAAGCTC ATATCAACATATTTCAAAATTTCTCCTTTTTCAGGTTCAAGCAAAGGCCTCCACACCCTTGGACGGCAACCAATGCATCT GTGGGGGTCTTTGTTATTACTCTGCTTCTGGGTTATATTTTTTATGCAGCAATAAATCGAATAGCAGAAGTGGAGGATGA CTATCGGCAAATGAGAAAGTTGAAAGTTCGTGCTGAAGCTGCAGAAGTGGCAAAATCCCAGGTGATGTATATTTCTGGGA TTGTTGCTTTCTATTATGCAACATATTTGTTAGTGTGATTCAAGAGTATTATCATTTCTCTTACACCACTATTATATTCA ACGCATCACCTGATGATCATAATTATTTATCATAACTTATATAACTTTAGACAAAATAAATATTTTGGACCCTAAAGGAT TGGTTTCCCCTTTTGTAGTTTCTTGCGACAGTTTCACACGAGATCAGGACTCCAACGACTGGTGTTTTAGGTAATGGAAA AGCATTATAGTACCAACTGGTCAATATTTGGTACTAATTGTCAACTATGTCAAATCTATTTTCTAGGTATGCTGCAAATG TTGATGGACACTGACCTTGATGAAAACCAGATGGATTGTGCTCAAACTGCCCACATGAGTGGTAAAGATCTTATATCAGT CATAAATGAGGTTCTTGATCAGGCTAAGATTGAGGCAAACAAGCTTGAACTTGAAGTTGTATCTTTTGATCCACGTGCTA TTCTAGATGAAGTTTTATCGATTTTCTCTGAAAAATCTAATGAAAAAGGAATTGAGGTGAAATTCTTTCTTTCAGCTTCC TCAGTTTTATACCTCCTTTAATTGGACATTAAGTCTTACATAAACTTGTGTTATCTGTGCTTTTGTTTGAGTACAGTTGG CTGTTTATGCATCTAACCTAGTACCCGAAGTTGTCACTGGCGATCCTAAACGATTCCGGCAAATAATTACCAATCTTGTT GGCAATTCACTTAAGGTATGTTATATTTCACGTTGCATTTTTTGTGTTTGATTTGTGACTCATTTTGTCATTCACTTATA CTGAGGGTTCATTTGTTCTGGAAACATCAATTGTTTTTAGACACTGCATCGTTTTATGTTACTTTATATTAAATTAATGA ATCTTTATCTTCAGAATTAAAAAGTAAGTCTTATTGCTAATTGTAATTTGTGTTAATTAGATTACTTGGTGCATTGCAGT TCACTCATGATAAAGGACATGTTTTTGTCTCGATTCATCTAGCGAACGAAGTGAAGAATCCACTTCATATTATGGATGCA GTGCTGAGAGAAGGCGTAAACTTGAATCAGGACTTATCAGACAAAACATATAATACATTAAGTGGATTTCCTGTAGGCAA CAGATGGAAAAGCTGGGCAACTTTTAGAAAGTTAAATAGCCTAAATTTGATGGATGAGCCTGAAATGATTCAACTACTAG TAACAGTTGAGGACACAGGTATAGGGATTCCTACAGATGTACAAAGCCGCATATTCACACCTTTTATGCAGGCTGATAGT TCCACTTCCCGAACATATGGTGGAACTGGTATTGGACTGAGCATTAGTAAATGTCTGGTTGATCTCATGGGAGGAGAAAT TGGATTTGTGAGTGAACCTGGAATTGGAAGTACTTTTTCATTTACTGGACATTTCAGGAAAGGAGAAGCCACATCTTTGG ATGCAAAGTGGTGGAAGTACAATCTTTTTGCCTCGGAGTTCCAAGGATTAAAAGCATTAGTTATAGATAGAAGAAAAATC CGAGGTGAGGTCACCAGATATCATTTGCAGAGGTTGGGGATTTCTGTGGATGTATCTTTCAGTCTTAAATCTGCATGCAC TTGTCTATCCAATACCTGCAACACGAGGTAATTTGTCATTTTAGCTGTTCTAGTTAAAAGTTCAGATATTTGTGCACAAC AAACCATAAGAATTTATCTATTTAAGCTCTCATATCTTCATTGGCATTAGAGCGCTGCCTAAAAATTTAAAAGTAAATAT TTCTCTGAATGTAGCTAGCTTGCCTTACTTGGTGAAAATATTTCATGTTTACTAGTCATTTACAAAATAAACAAATGATT TTAGAATATAATTATCTGTATCACGTGCTCTATGAAAATGGAGAAAAAACAAAATAGGTGATATGCATGATATCAAGGGA TTTTTTTTTTCAGACTTACCTGATCGTCAATGCATACTTTGTAAATACGAAATATGAAGTTGGCATGATATTCTCAATGT TTGACTGTTCGATATCTGGTGGAAATTTGGTACCTGTATTGTTTTTACTTAATTGTATGAACTGGTATTTCTTAACCAAC ATCTTGATTTCCATATCCTCACCTGGTAATCTTCAAGATGCATATAGTTTCAATAAGTTCATTAATCATTACACCTGTAG AAAAACATATAGTTTGACTATTTGAGATAAGGATTTCGATGCAGGTGGCCACGATTCTTTTTGTATTTTGATGGATGAAG TAAACATAAAAATTTATTTACTAAGTTATTACCTTTTCGCTGCTTCAGTATTTCGATGCAGGTGGCCATGATTCTTATAG ACAAGGATTCTTGGGATAAGGAAAGTAGTATCTTATACACTATCAAGAAACACAGAGAGAATGGCACCAAAGGGGATCCA GCAAGCTTCCCAAAGATTTTTCTCCTGGCCACCCACCTTAGTTCCAGTGAACGTGATGAGCTCAAGTCAGCTGGTATCAT AGATGATATACTGATGAAGCCTCTCTGGCCAAGTGTTTTGATTCACTACTACAGAGAATCCCTCGGAACTCGAAAGAAGC AAATAAATAGGAAGAGAGTGTCCAAACTAGGAAGTTTATTATCAGACAAACAAATTTTGGTAGTTGATGATAATGCAGTG AACAGAAAAGTTGCAGAAGGTGTTCTTCAGAAATATGGGGTAATAGTTACCTGTGTGGAGAGTGGAAGGGCTGCTCTGAA GATGCTTAATCCACCTCATAGTTTTGATGCTTGTTTCATGGATCTCCATATGCCAGAAATGAATGGGTAATTAATCTGCA TATTCCTATTCTTTTAGTCTGTTTCTGACTTTTGCATGCAAATGGAGGCACTATAGTCGTTTGTAATTGCTCGAAATATA ATATAAAACCATTCAGAGCCCTTTACACAACAGCTTAAGCTTTGGGATAATTGGTTCGTGATAATAATATAGACAGAAGA GGTCTAGCAAGTTTATTTTATACTGGAGAAAACACACGTAAAGCACTAGATAGGATCTCTCACGCAAGCATCCACAACTA ATTTTTTCTTACAAGTATTTTTTATCTTAAATGTTGCAGTTTTGAAGTGACAGCGCAAATCCGCTGTCTGGAGAGTGATG TAAATGAGAAAATTGCACATGGGCAAGCATCAGCAGAGATGTATGGTAACATCTCCCATTGGCACACACCAATACTAGCA ATGACAGCTGATGTAACCCAGGCTTCAAGTGAAGAGTGGAGAGAGTGCGGGATGGATGGCTACGTGTCAAAGCCATTCGA CGAAGAGCAGCTCTATACAGTAATGGCACAATTCTTCGAAGTACCATGTTTATAACAATTGTCAGTGCAGGCACCCTGAT CACAAGTGTTGACTGACCTGTATTGTGATGTCTAATACGCATTCAATCAACAACGTATGCTAAGTGTCAGTTTTCCGTCG AAAGAGCTAGAAAATGATTACTAGTTGGTTTGTATATGCGTTCTCAGCTCAAATACGCACGTTTTTCAGGGAGCAAGACA TTGGTAGCTTCCGGAAAAAACGCGGGTTCAGGGAAACTGCATGCTCTAACAAACGTACACTAATTCTGGCTATATTAGCT ACACAGATAGTGTAATAGTTGGAATGCCCTGGCTGGCGTGGTTCTATATGAGACCTGCATGCAAGCATCAAAGCTACCAA TTCAGCATAATGGATCTCAGCTATGGCCTTGTTTAGTTATAGTAAGTACCATGTTCATTGTCCCTGAATTTTCATTTTAT AAGTGCATTTCATTTCATACATATTAAAATGAATATAAAACTTTTGGTCAATGGAAGATACAGACAGCATGTGTTACATT TCTAAATTTGGTCCTTCTACTTTAATTTTTGGATTGTGTCTTTCCTTGTTCCTATTTTGCTGCTATTTCATTATTTTGGT ACTCATTTACAATATTGGATTTGAAACATTTAGAGTGTGTGGAAGCACCCATTTGAAGCAAATTATAACATCCAAGAGTC CAATAATTATAATTTGGGCTAGACCTAATTCTACCCCAAAAGCTAGCTTCGGGGTAAGGGTTGCTCTATCCTTTATAAAG ACTGTTTTGGCTATATCTCTAGTCAATGTTGGACTTCTCAATACCAATTCATAAAATTAGAAGTGGAGGATTCAAATTTA GTGATGTTGTAGGCTTGTAGCTAATAGGGACTGAGTCTAATCGAGCCCATTATAAGACTATTCTGTTTTTTTAATAACAG TTTAATAAGACTATTGACATATTAATGTTTCTTTTTTCCTTTTGACTCTCAGGAAACTGATTACTGAGTGCAATGAAGTT CCAATATTATATTTTAGGGGGAGGGGACAATATTGCTTGGACCGGTGTCATCTATGCTCACTCATTGCAGGAGAAGAGGA GGTCGAATGATGGCATAATTGCATTTGTGTACATAACCTGTTTTTTGTTCTTGTTTTTCATTTCTTATTTTTATTTGTAT ATATTCAATTATTCATTTGGAGCAAGTAAGATAAGTTAAAATGTTAATAGTTTAGAAGTCATCTGTTCATTTTTTTGAGG GGCTAAGATGGAAAAACTCACAGATCTTGGAACCCTCAGAAATTTGTAAGGGAACATGTTAAGCAAAATTATTACATAAT GTAGAATGGGATTTGTACCAACATTTTGAGTTTTCATCTTATTGCTAAGTGGGAAATTGACTTTTTTCCAATGAATATTG TATGTTTTGATATACGGTTAAAAACCATGGTGAACTAGAATCACGGTGGAAAAAATCAACTTTCCTTTAGCTTTTGTGGT TGGTTGTTCACCGTGATTTTGACTTCTTGATCATTTTTCATCGTGTATCCAAACACGCATATTTTCAAGTGTGCAATGTT CAATTCATTGGAGTAAATGTGAAGCTCCATGCAATGGTACTGGTCATGGTAGATAGATGCAGCAAAACGTGAGGGCCACT ACTGGACTAGGAATCCCCCTCCCCTCATGAAAAATGGAAGGCAATAAAGAAAAGGGTTGTAAAAAGTAAAAACAGAAGAA AGGGACTAAAGAAAAGGAGACAAGTGAGATAAATAATCATTTTGTCATTGCGAGGGGAAAAAAGTAAATCTCTGATGAGT TGGAAGAACATCTGACAGCAGAGAAAGTTAAGAATATAACCTTTTTCACTTTCTTAAGGTGATTGTGAAGCACGTGACAG AGCATCACCGCTGGAAATTGGAAGTGGCATCAGAAGTAACAAATATGCATATGTTCTTTTCAGTGGATCACATTGGTGAC TATCAGAACTTGCCAATAATATGTTGTTTTCTTTCTTCCATTTCCAAATCTGATCCTATATGGACCACTTGCAAGGGAAT AAAATATTCCAAAACTTGAACATTACATAACTTTATTGCCCTTTCTCTCACCATATATACTTAACCAACTTGCTATTGTA TGGGCTATATCTATCTATTTAGCCTTTATCAGCAAAGCCAATCTCATTCTCTCCCCAGCAATGGCAATGTGGATGCTGAA GTTCATGCTTCCTCTACTTTTCCTGGCCATGATTCCTCCAAAAACTGGTATTTTAAACATACTTATTTCAGAATGTCTGA AACGTTTGTTCTTTACACGTTTTCACAATGTTATGAGCTGTTTAGAGTTTGGCACTCAAGAAATTTAAAGTTGCGAACAT TAAAATGCTTATGATTGTTTCTTTTCCCCGTTCTCTCGTGTTTGCATAATGTTTACGTGTAATGTTAATATTCAAAAGTA AATTCAATGCAGCCTATGCCGAATTCGAGCTATGGTGTGTGGCAGATGAGCAGACCACAGACTCTGAGTTGCAGGGGGCC TTAGATTGGGCTTGTGGGAAAGGAGGTGCAGATTGCAGCAAGATTCAGGAGAACCAACCTTGCTACTTCCCAAACACATT GAAAGATCATGCTTCTTATGCCTTCAACAGCTACTTTCAAAAGTCCAAGCATAGTGGTGGTTCTTGCCACTTTAGAGGTG CTGCCATGACAACAGAAGAGGATCCTAGTAAGTATTGAAAAGATTCCTGATATCCATTCCCTGCTATTGTGTTTTGTTTT ACCTAAGAGCGAAGACACATGCATGTTCACTTCACATGGCAATCATAAAAGCAAATCTAGAAAAAAAAAAGGGTAGGCCA TGTGACTTTAAATAACTTGATGAATATTAAAATTGGCTAGTTCATTTAGTTTGAATTATGACACAAAAGAGGAAAAAGAA AACTAGCTTGTCAAACAAGTTAGTTAGCATTCCATACTTGCATAGACACTATACTTACTCAGTGTGTGTGAAGTGTGAAG AGAGATAGAATGGTTCATTCAAATAGTCCCACATATAACGAATCCTTCTGTCATGAATCAACTATCCCAAAAGTTTAATC TCTATATTATATTTCTAACACATCCCTTCACATAATTCAACTTATATATCAAAATAATGGAGACAATAAGAACCGAACCC TAGACCAATAAGTTATAGAGACTCTTATACCATGTCATGAAACAACTATCTCAGAAGATCAAACTTATGGGTGAAAATAC ATGAATGTTTTTATGTTATATTTCTAACACACTCTCGGATTGAGACAATCCTAGATTTAAGATGGTGCAAGTGTTACAGC TCAGAAGTCTAATCTATCACTACCTAATGTTTATGTGCAGGTCATGGTTCTTGCCACTATGACTTCATTCCCTGATCTCA ACTGTGAAGGGTGACTCAAAAAACTGCAGAGAAAACTAGATCTTGGGCCTTATATTTCTGTGGAATACCAATGTACCAAT TTTGCTCTTGCTTTTTTTGTATTATTGACAGAGCTTAAGTCTTCCATTGTAGTTGCGAGCTGATCTCAGTCGAAGGCTGA AAAAGCTTAAATTCTTTTCCTGCTCTTGTATTACTGGCTTGCAATCTTAAAAACTAATTTCATTTCTTTTTTAATGAATT GATGAACGTGTAGTTCAATTGCATTTTTCATTTTGGACCTCACTACTAATATTAGAATTTTCCTTGTAAAATTGTAAATT GTATTCAGGAAATTATGATTCTTATCTCAGCAGTGGAATGCACCTGAAATATAAAATTTGAAG
CDS sequence (LotjaGi1g1v0008500.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTCTGTGAATAGAAGGCTTTCTGGTTCAAATGGCAGATTGCCACCAAGTATGAAGTCTTGGAAGGCAAATGAGCCTCT GCATGGGTCTAATTCTCATTGGACATGGAGGAGGAAGTCTTTGCTCCTTTGGATTTTTGGCGTTGTTGTTGCTATAGGGA GTGTGTTGTTTATCTTGAATTTCAGTAGTATGCATTTGAAGAAAGAAGCAGTTCGTGAAGAGAGAGCACAAGCCTTGCTA CAGCGTTACAATGTCAGTAGGAAGCAGCTTCATGCTTTGGCTTCCTTAATTTCTGGATCAGATCAGATTTTGTCCAACTG TATTGATGAAAGAAGACTTCAAATGCTGTTGAGCAGTGGCATAATCTCCCCTCAGCTGTTAATGTGTCCTGAGAATCAGG AGTTACAAAGGGAGCATGGATGTGTTGCAGACAGCTTAGAATCGATAGAACAATGCCCAATTCTCGATGATCTTGTCCAG GCAAGGCTGGAATTATCATTCCCATTGATACCACTTGTAATGATGGCCTCACTCTCTGCACTTTCTTCCAATTTGGTCAA TTTTTTTCTCTGTGGAAAGGATCATGTGTGCTCATCTAATTTAATTAAAGGATGCTGCTTGGTCTTTACTGGAATTTTAA TGTGCTACAAGTTGTCTAGCTTCTGTTTACTATGGAGGAGTCAAAAGCAGAAGCTAGTTCAGAAGCATCCAGCTGCTCAA CAAAAGCCGCCACAACATTTTGTGCAGGGTCCTTCAAAGGGTGCTGGGAAGTGGTGGAAAAGGTTGCTTGTTGTATTTGT ATCACTTGGAATAGTTGGATCTGGTTGGTTATTCTGGCACCTAAACACGGACATAATGCAGAGAAGAGTAGAAATGCTTG CCAATATGTGTGATGAGCGAGCCCGTATGCTGCAAGATCAATTTAATGTTAGCATGAACCATGTTCATGCTCTGGCGATT CTTGTGTCTACCTTTCACCATGGTAAAAATCCTTCTGCAGTTGATCAGAAAATTTTTGGGGAATATACAGAGAGCACAGC ATTTGAGAGACCACTTACTAGTGGTGTTGCTTATGCTTTTAAAGTTCTCCACTCTGAAAGGATTCATTTTGAGAACCAGC ATGGGTGGACAATTAAGAAAATGGAATCTGAGAATGAGGCATTAGTTCAAGATTGCATTCCTGAAAATTTGGATCCGGCA CCCATTCAGGATGAATATGCACCCGTGATATTTGCTCAAGAAACAGTTTCCCATATTGTATCTATTGACATGATGTCAGG GAAGGAGGACCGTGAGAATATTTTGCGAGCAAGAGCCTCTGGAAAAGGGGTTTTGACATCCCCTTTTAAACTACTAAAGT CCAATCACTTGGGTGTTGTACTTACATTTGCTGTCTATAACTCTAAACTTCCTCCAGATGCAACAGTGGAGCAGCGTGTT GAAGCTACTGTGGGGTATCTGGGTGCATCTTATGATATTCCATCACTGGTGGACAAGCTTCTCCACCAACTTGCTAGCAA GCAAACCATTGTTGTAAATGTTTATGACACAACTAATGCATCTTCACCTATTGCAATGTATGGTACTGATGTTGCTGATA CTGGCCTGCTAAAAATAAGAAGTATAGATTTTGGGGATCCACTACGAAAACATGAAATGCACTGCAGGTTCAAGCAAAGG CCTCCACACCCTTGGACGGCAACCAATGCATCTGTGGGGGTCTTTGTTATTACTCTGCTTCTGGGTTATATTTTTTATGC AGCAATAAATCGAATAGCAGAAGTGGAGGATGACTATCGGCAAATGAGAAAGTTGAAAGTTCGTGCTGAAGCTGCAGAAG TGGCAAAATCCCAGTTTCTTGCGACAGTTTCACACGAGATCAGGACTCCAACGACTGGTGTTTTAGGTATGCTGCAAATG TTGATGGACACTGACCTTGATGAAAACCAGATGGATTGTGCTCAAACTGCCCACATGAGTGGTAAAGATCTTATATCAGT CATAAATGAGGTTCTTGATCAGGCTAAGATTGAGGCAAACAAGCTTGAACTTGAAGTTGTATCTTTTGATCCACGTGCTA TTCTAGATGAAGTTTTATCGATTTTCTCTGAAAAATCTAATGAAAAAGGAATTGAGTTGGCTGTTTATGCATCTAACCTA GTACCCGAAGTTGTCACTGGCGATCCTAAACGATTCCGGCAAATAATTACCAATCTTGTTGGCAATTCACTTAAGTTCAC TCATGATAAAGGACATGTTTTTGTCTCGATTCATCTAGCGAACGAAGTGAAGAATCCACTTCATATTATGGATGCAGTGC TGAGAGAAGGCGTAAACTTGAATCAGGACTTATCAGACAAAACATATAATACATTAAGTGGATTTCCTGTAGGCAACAGA TGGAAAAGCTGGGCAACTTTTAGAAAGTTAAATAGCCTAAATTTGATGGATGAGCCTGAAATGATTCAACTACTAGTAAC AGTTGAGGACACAGGTATAGGGATTCCTACAGATGTACAAAGCCGCATATTCACACCTTTTATGCAGGCTGATAGTTCCA CTTCCCGAACATATGGTGGAACTGGTATTGGACTGAGCATTAGTAAATGTCTGGTTGATCTCATGGGAGGAGAAATTGGA TTTGTGAGTGAACCTGGAATTGGAAGTACTTTTTCATTTACTGGACATTTCAGGAAAGGAGAAGCCACATCTTTGGATGC AAAGTGGTGGAAGTACAATCTTTTTGCCTCGGAGTTCCAAGGATTAAAAGCATTAGTTATAGATAGAAGAAAAATCCGAG GTGAGGTCACCAGATATCATTTGCAGAGGTTGGGGATTTCTGTGGATGTATCTTTCAGTCTTAAATCTGCATGCACTTGT CTATCCAATACCTGCAACACGAGTATTTCGATGCAGGTGGCCATGATTCTTATAGACAAGGATTCTTGGGATAAGGAAAG TAGTATCTTATACACTATCAAGAAACACAGAGAGAATGGCACCAAAGGGGATCCAGCAAGCTTCCCAAAGATTTTTCTCC TGGCCACCCACCTTAGTTCCAGTGAACGTGATGAGCTCAAGTCAGCTGGTATCATAGATGATATACTGATGAAGCCTCTC TGGCCAAGTGTTTTGATTCACTACTACAGAGAATCCCTCGGAACTCGAAAGAAGCAAATAAATAGGAAGAGAGTGTCCAA ACTAGGAAGTTTATTATCAGACAAACAAATTTTGGTAGTTGATGATAATGCAGTGAACAGAAAAGTTGCAGAAGGTGTTC TTCAGAAATATGGGGTAATAGTTACCTGTGTGGAGAGTGGAAGGGCTGCTCTGAAGATGCTTAATCCACCTCATAGTTTT GATGCTTGTTTCATGGATCTCCATATGCCAGAAATGAATGGTTTTGAAGTGACAGCGCAAATCCGCTGTCTGGAGAGTGA TGTAAATGAGAAAATTGCACATGGGCAAGCATCAGCAGAGATGTATGGTAACATCTCCCATTGGCACACACCAATACTAG CAATGACAGCTGATGTAACCCAGGCTTCAAGTGAAGAGTGGAGAGAGTGCGGGATGGATGGCTACGTGTCAAAGCCATTC GACGAAGAGCAGCTCTATACAGTAATGGCACAATTCTTCGAAGTACCATGTTTATAA
Protein sequence (LotjaGi1g1v0008500.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MSVNRRLSGSNGRLPPSMKSWKANEPLHGSNSHWTWRRKSLLLWIFGVVVAIGSVLFILNFSSMHLKKEAVREERAQALL QRYNVSRKQLHALASLISGSDQILSNCIDERRLQMLLSSGIISPQLLMCPENQELQREHGCVADSLESIEQCPILDDLVQ ARLELSFPLIPLVMMASLSALSSNLVNFFLCGKDHVCSSNLIKGCCLVFTGILMCYKLSSFCLLWRSQKQKLVQKHPAAQ QKPPQHFVQGPSKGAGKWWKRLLVVFVSLGIVGSGWLFWHLNTDIMQRRVEMLANMCDERARMLQDQFNVSMNHVHALAI LVSTFHHGKNPSAVDQKIFGEYTESTAFERPLTSGVAYAFKVLHSERIHFENQHGWTIKKMESENEALVQDCIPENLDPA PIQDEYAPVIFAQETVSHIVSIDMMSGKEDRENILRARASGKGVLTSPFKLLKSNHLGVVLTFAVYNSKLPPDATVEQRV EATVGYLGASYDIPSLVDKLLHQLASKQTIVVNVYDTTNASSPIAMYGTDVADTGLLKIRSIDFGDPLRKHEMHCRFKQR PPHPWTATNASVGVFVITLLLGYIFYAAINRIAEVEDDYRQMRKLKVRAEAAEVAKSQFLATVSHEIRTPTTGVLGMLQM LMDTDLDENQMDCAQTAHMSGKDLISVINEVLDQAKIEANKLELEVVSFDPRAILDEVLSIFSEKSNEKGIELAVYASNL VPEVVTGDPKRFRQIITNLVGNSLKFTHDKGHVFVSIHLANEVKNPLHIMDAVLREGVNLNQDLSDKTYNTLSGFPVGNR WKSWATFRKLNSLNLMDEPEMIQLLVTVEDTGIGIPTDVQSRIFTPFMQADSSTSRTYGGTGIGLSISKCLVDLMGGEIG FVSEPGIGSTFSFTGHFRKGEATSLDAKWWKYNLFASEFQGLKALVIDRRKIRGEVTRYHLQRLGISVDVSFSLKSACTC LSNTCNTSISMQVAMILIDKDSWDKESSILYTIKKHRENGTKGDPASFPKIFLLATHLSSSERDELKSAGIIDDILMKPL WPSVLIHYYRESLGTRKKQINRKRVSKLGSLLSDKQILVVDDNAVNRKVAEGVLQKYGVIVTCVESGRAALKMLNPPHSF DACFMDLHMPEMNGFEVTAQIRCLESDVNEKIAHGQASAEMYGNISHWHTPILAMTADVTQASSEEWRECGMDGYVSKPF DEEQLYTVMAQFFEVPCL
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 |
|---|---|---|---|---|---|---|
| Phobius | 1 | 40 | 40 | - | – | |
| MobiDBLite | 1 | 32 | 32 | - | – | |
| MobiDBLite | 1 | 17 | 17 | - | – | |
| TMHMM | 40 | 62 | 23 | - | – | |
| Phobius | 41 | 62 | 22 | - | – | |
| Phobius | 63 | 168 | 106 | - | – | |
| Phobius | 169 | 189 | 21 | - | – | |
| TMHMM | 169 | 191 | 23 | - | – | |
| PANTHER | 188 | 1214 | 1027 | 0.0 | – | |
| PANTHER | 188 | 1214 | 1027 | 0.0 | – | |
| Phobius | 190 | 200 | 11 | - | – | |
| Phobius | 201 | 225 | 25 | - | – | |
| TMHMM | 204 | 226 | 23 | - | – | |
| Phobius | 226 | 261 | 36 | - | – | |
| TMHMM | 262 | 279 | 18 | - | – | |
| Phobius | 262 | 279 | 18 | - | – | |
| Phobius | 280 | 569 | 290 | - | – | |
| ProSiteProfiles | 330 | 554 | 225 | 37.024 | ||
| SMART | 330 | 529 | 200 | 4.5E-28 | ||
| Pfam | 333 | 527 | 195 | 2.8E-34 | ||
| Gene3D | 334 | 561 | 228 | 7.9E-92 | – | |
| TMHMM | 565 | 587 | 23 | - | – | |
| Phobius | 570 | 593 | 24 | - | – | |
| Gene3D | 587 | 678 | 92 | 8.9E-23 | – | |
| Coils | 592 | 612 | 21 | - | – | |
| Phobius | 594 | 1218 | 625 | - | – | |
| SUPERFAMILY | 601 | 681 | 81 | 2.16E-16 | ||
| CDD | 613 | 676 | 64 | 2.23715E-12 | ||
| SMART | 615 | 680 | 66 | 1.6E-16 | ||
| Pfam | 615 | 679 | 65 | 1.7E-14 | ||
| ProSiteProfiles | 622 | 899 | 278 | 41.322 | ||
| Coils | 665 | 685 | 21 | - | – | |
| SUPERFAMILY | 669 | 894 | 226 | 2.3E-41 | ||
| Pfam | 727 | 894 | 168 | 2.3E-31 | ||
| SMART | 727 | 899 | 173 | 5.4E-34 | ||
| CDD | 732 | 894 | 163 | 5.11798E-48 | – | |
| PRINTS | 824 | 838 | 15 | 2.0E-14 | ||
| PRINTS | 842 | 852 | 11 | 2.0E-14 | ||
| PRINTS | 859 | 877 | 19 | 2.0E-14 | ||
| PRINTS | 883 | 896 | 14 | 2.0E-14 | ||
| SUPERFAMILY | 918 | 1053 | 136 | 1.99E-5 | ||
| ProSiteProfiles | 923 | 1053 | 131 | 12.183 | ||
| Gene3D | 1070 | 1215 | 146 | 4.2E-35 | – | |
| SUPERFAMILY | 1073 | 1213 | 141 | 5.55E-31 | ||
| SMART | 1075 | 1209 | 135 | 3.4E-29 | ||
| ProSiteProfiles | 1076 | 1213 | 138 | 39.527 | ||
| Pfam | 1077 | 1208 | 132 | 1.9E-18 | ||
| CDD | 1078 | 1205 | 128 | 7.85406E-26 |
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 | Phosphorelay sensor kinase activity | Catalysis of the phosphorylation of a histidine residue in response to detection of an extracellular signal such as a chemical ligand or change in environment, to initiate a change in cell state or activity. The two-component sensor is a histidine kinase that autophosphorylates a histidine residue in its active site. The phosphate is then transferred to an aspartate residue in a downstream response regulator, to trigger a response. | ||
| Biological process | Phosphorelay signal transduction system | A conserved series of molecular signals found in prokaryotes and eukaryotes; involves autophosphorylation of a histidine kinase and the transfer of the phosphate group to an aspartate that then acts as a phospho-donor to response regulator proteins. | ||
| 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 | Phosphorylation | The process of introducing a phosphate group into a molecule, usually with the formation of a phosphoric ester, a phosphoric anhydride or a phosphoric amide. | ||
| Molecular function | Transferase activity, transferring phosphorus-containing groups | Catalysis of the transfer of a phosphorus-containing group from one compound (donor) to another (acceptor). |
Expression pattern of LotjaGi1g1v0008500.1, 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…