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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0376200 |
| Transcript ID | LotjaGi1g1v0376200.2 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Glutamate receptor; TAIR: AT2G29120.1 glutamate receptor 2.7; Swiss-Prot: sp|Q8LGN0|GLR27_ARATH Glutamate receptor 2.7; TrEMBL-Plants: tr|G7J966|G7J966_MEDTR Glutamate receptor 3.2; Found in the gene: LotjaGi1g1v0376200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:85515602..85526043) extracted from Lotus japonicus Gifu genome v1.2.
TGAGCACAGAAACTTTATTGACAAGCAAATATTTTAGTCTACAAACTAGAAAAATAACAATATTTTATTGTGTGATTGAA AAAAAACAATATTTTAATGTGTTCGTTTGCGTGTGTATACTTTTCAAACCCACAACAACATCGACCATTATATATATATG ATGCTCCAAGATTCTTCTGAAATACTTTCGATCTAACATGATTACATGAATATCATCAAGCATTGCGTAGCTACCTAGCT AGACTCCAGTTTTATATTCAAAGATGGTGAAGAATCATCAACATCCCACTAAATTTGTTTACTTTCTGATAATCTTTTAT TCTTGGTCTCTAAGTTTCATCATGAACATGGGCATGGCACAAAGAAACGAGACTACAGTGGTGAAAGTTGGAGGTGTAAT TGATCTTACAGGAATGGTTGGGAAGATGGGGTTGAGTTGCATCAACATGTCCCTCTCAGATTTCTATCATTCTCATTCTC ATTACAACACTAGGATCCAATTCAGCTTCAGGGATTCTCATGGGGATGTTGTTACTGCTGCTGCACAAGGTTCCTTCCTC TTCCTCTGTACTCCCTATGTATAGCTAGTACTGTTTGTGAATACCCTGTTTCTGTGAATAAGTTATAAGGTTTTTGGGAA GTCAACAAGAACTCATTAATAGGACAATAATGGGACTGGAATCTTGATGGAAGAATAGTTCAAACCTTTGAGTTTTAATT TCATCTAGGCCTAAAAACATTTTTGGTTCCCACTAATTTCTATTGTCCAAGCAAGAGTCTTAAACTTTAAAAACAAAATT CTTAGACCCCGGTCGATATTCTTGGTCCATCTTCTATTTTCCATCCAAAGAATTTAGAAACAAAAAATGCAATTAAGTCA AAAGGTTAATTAAAAAATAAAAAATCCAGAAATATTCTTCATCTTCGTCAAGTTCTTCATCTTCATCTTCATTCATTCAT TCATTTCCATAAAAAAGTCTAAGAATTCAAAAACAATGTTCATACTCAAGCCTAGAAAATCAAAACAACCAAAAATCATT ATCCCCTCCCTCCTTCACATACCCAAAAGGCCAAAATCATTATAACATTAAAAAATCAAGGCTTTATCAAAACCAGATTT GTGCTTTTTAGTCCAGATTTGTAATCTCATGAAAGTAAACCACCCACATGCAATTTCTGGATTTTTTTAGAGGCACGTGA ATGGTGAGCAGATAAAGGGAAGGGAGAAGGAATCCATTAGAGAGTTTTCTTTCCAATATTTCTCATTGGAACTATATTAT GAGTTTTTTCTGGATAGTAATGAAATAGATGATGATGAATAATGTTTGAAGAAAGAGATGAAAATGATGAAGTTTCCGGT ATATTTAAAGTTTAAAGACTTCGTCTGCATAATAGGAATTTGGGGGGACTAAGAGTGATCCTAATAAGCTTCTATGTCAT TTAAAATGTATCACATCAGACAAAAATGTTAGAAATTGACAGAAGAACAAAAAAATGTTGACGGAGCGTAACGTTGGGTA CTAAAGATGCTATTTTTCAAGTTTAAAGACTTCATTCGCACAATAGGAATTTGTGAGAGTCGAAAAGTGCTTTAAAACCT TTTATCTTCTAATTACTAAACTTAGATCACATTGAAATTAAGTTAGGTGATACATATCGAAATAATTAAATGCTTTATAT TAGCCCAATAAAAAAAATGTAAACAACAAAAATGATGTAAAACAGCACTATTACCCGTTGAATAAGATGTCAGCAGCAGT ACCCCAGAAGTTTCCCATGCATAGAGCCATCAATGTCCAGTTATCTCTCCCAACTACCTTTCTTTAACGTGTAGCAAAAT GGTGAAAGGAAGAGATATTGTTGTTCTTTACTTCTTAGCTGACTGCACTACTGGCACTACTGTCCTCCACTCTTTTTCCC TTATGCCATTTTGTACTTTTGTTCATAGTCAAATTACGTGATATATATGCATGTAATTAAGCTTTGACTTTCTTTTCTTG AAAATAGAATAAGGATCTTTATTCAAATCAAACTTGAAAGATCATAAAAAATGACGGAACTAACACAAAGGGTATACACA TGCTTACTATAGCCAAGCTTCTCAAGTATATAGTCTAAGTTCTATTTTCCAACAATATGCATAGAGAATATTTTGTTGAG AGATTTGTGTTCATTTAATTAAACCTCTGAACTTTGGAAAATTAGTCATAGTTGGCGGTCCCATTGGGGAACAAATTTTT TTAAGCTAATTTATGAATTTTAACAAGCTAATTGGTAAAAATAATTAATTATAAATATGTTATTGATTAATTATTTTTTT GAACGTTATTGATTTAATTTGATTATTAAAAATATAATTAGTATTGATTAAAGAAATATTTAATAATATAACTAAATGTA TTACAATATGAGAAAGATACTAATGAGACATATAAGTTGGGTGGGGGAGGTCTAAAAATCAATCTTGGAGGTACAATTTA TCTTTCCGATGCATAAAAAAGTATGAGAAAAAAATATGAAAAAGATAGTGTTTTTGAGAAGACAGAATGAAATGTCTTGA ATTAAGAAATTCAAGAATCGTAAATAAAATTCGACAAATGTGAATAGATATAATTTTTTTTTGAAATTTGAATAGATATA AATAAAAATGGCAAAAAATCAATATGTTTTAATATAAAGAAAACAAAGTCCCTTACATGATAAAAAAGAAAATTAAAGTG ATTTTATCTTTTATAAGGACCACCCTTTTATATTATTGTTGCCCAGGTCCACAAGCAGATAAGGTCACCTCCTTTCTTTG ACAAAACTTATTTCTATATTTTTCAATCATTGTTTTTATTATTTAAATACAATATTGTTGATTAATATACAAAAAGTACT ACTATATATATATATATATATATTGTTATCTTTTATTATGTACATTTGTTGTGGAGAAAGGGAAAGTGACAAGATTTTAA TCTACTTGCATCCAAAAGTTTTGGAGTAAATCATTTGTTTATAGTTTAAAGATATTAATCCATCATTTGTTTACATTTTA AAATACTTTTTTATAGGTAATTAATTGCAAAATTGGTGATTTATTTTTAAATTTATATCATTTTTATAAAATTTCGTGTA AGAAATAGTTAAGCTATTTTTTACTTTACTATTTTTCATACAAATTCTTAAAAATGAAAATAAAAATAAAATCCATATAG TATTATTAATTACTATTAATAAAAAAATTCAAACAATAAAAAGGATGAAACTAAGTGTTGTTTGGTACTTTTCATGTTGT TGCCTAATCAAAAATCCAACTAGCAATTAAGAAATGGTGAAAAAATGCATACCGCGCGCACTTGCAGTAAAAAAAATCAT TGCCACACGAACTAGCAATTTTTTTTCGCAATTTTCTTAATTTATTAAGGAAAATCATTGTCACACGAACATCAAGAAAT GAATAAGAGGAGAGTGTATGAGAGAATGTTGCTAGCACTCCTCTTATGTAATAAACTGCATGTAAGTTTTATTCCAATAA TAAGCATAACGACTGCAATTAATTTTCCCTCTGTCATGATTCCAAGAAGACTATAGTCAATTGATCTTGATGTTTTTATG ACAAACAACAGCTTTGGAGCTCATACAAAATGAGCAAGTGCAAGCTATCCTTGGTCCTGTAACAACAATGGAAGCAAATT TCATGATCCGTTTAGGAGACAAAGCTCACGTTACCATCATAACCTTCTCAGCAACAAGCCCCTCTTTAGTATTGCTCAAA AGTCCTTATTTTTTCCAAATTGCACAGAAAGACACAGCTCAAGTGAATGCCATAACCTCCATGGTTCAAGCTTTTGGTTG GAAACAAGTGGTGCCCATTTATGTTGACAACAGCTTTGGTGAAGGACTCATCCCTGCCTTAACCATTTCTCTGCAACAAG CCTATATCAGAGTTCCCTATTGCAGTGCCATTTCTCCTTCAGCCACTGATGAAGTCATCACTCAAGAGCTCTACAAGTTG AGGACCATGCCAACTAGAGTCTTTGTTGTTCACATGTCACCGCGCCTTGGCTCTCGCCTCTTTGCCATTGCGAAGAGCAT TGGAATGATGGAACAAGGCTATGTTTGGATTGTGACTGATGGCATTGCAAATTTGTTAAACTCTCTGAACTCTTCTGTGG TAGAATCTATGGAAGGAGTGCTAGGTGTTCGAACATATGTCCCAAAGACCAAGGAGCTTGATGGTTTTAAAGCTCGGTGG AAAAGACGGTTCCTTTTGGATAATCCAACACTTGTTGATGCGAATTTGAATGTTTTTGGAATGTGGGCATATGATGCTGC CACAGCATTGGCTATGGCTGTTGAGAAGGTTGGTGCCGCCAACTTTGGCTATAGCAACACTTCAAGAAATCTGCACGATC TTGAAGAGATTGGTGTCGCGCGAAGTGGTGAGAAGCTACGTGAGGCTCTGTCGAACACTAGATTCAGAGGTCTCAGTGGT GATTTCAATGTTGTTGGTGGAGAACTACAAGCATCAACACTTGAGATAGTTAATGTGATTGGTGAGGGGGAAAGGAGGGT GGGATTTTGGACACCCCAGAAGGGGATAGCAAGAAACATGGACACAAAGGGAGCATTACCAAGCATATATTCTACTTCTA AGAGAAATCTTGGTACTATTATATGGCCAGGGGATACTTACTCTGTTCCAAAAGGTTGGGAAATTCCTACCAGTGGGAGG AAGTTGAGGATAGGAGTTCCAGTGAAAACGGGAGATAGTTACACTGAATTTGTGAAAATAAAACATGACACAAGTACCAA TTCAACAGTAGTAACTGGCTTCTGCATTGATGTGTTCAAAGCCGTGCTAGAAGCATTGCCTTTTGCCTTACCTTATGAAT TTATTCCATTTGAAAAGTCGGATGGTGAGATGGCAGGAACATATGATGAGTTGATCAGCCAAGTTTATTATGGGGTAATT TTCCTTCTCTTATATACCTTTTTCTTAGTAACCTTCTTATCTGTTTTCGAAATGATAAAATGAATTTAGGAATTTTCTTA TGCATCCATGATATGCATTTCTTACTCTCCAATGAATTGAAATGATTATAAAATTAAAGTGGTTTCTGTTTGATAGAATT ATGATGCAGTGGTGGGGGATACCACGATCATTGCAAACCGGTCCAACTATGTCGATTTCACAATGCCATATACAGAATCT GGTGTGACAATGGTTGTTCCAGTGAAAGATAACAGAAAGAAGAATGCTTGGGCCTTTCTGAAGCCTCTGACGTGGGATCT TTGGGTAACAACTGCTTGTTCATTCGTATTCATAGGGTTTGTGGTTTGGGTCCTTGAACACCGAATAAACAATAGTTTCA GGGGGCCTCCCTCCTACCAGATCGGCACAAGCTTATGGTTTTCCTTCTCAATAATGGTGTTTTCCCATCGTAAGTATCTC TCATCAATTACCATCATGTATAGGTGTTAGTGCCTGTCATGAAGTGTTGTTAGAGTCTCTACAGCCAAATGATTTAGAGT TCAACCCTTGTTATCCACATTATTCTAAAAAAAAGTTGAATTTTAGTACATAGTAACTATGTTGCCCATTGACCTGTCTG TAAGCCCAATGCCTTTTTACGTGAGGGGGTGGTTGGAAATATAAGATAGTGTAATACTTAACATTCTCATTTTTCACAGG GGAGAAAGTGGTGAGCAACTTGGCTAGATTTGTGGTGACTGTGTGGGTTTTTGTGGTTCTAATTCTGGTTCAAAGTTACA CTGCAAGCCTCACTTCCCTCTTAACAGTTGAACAACTACGCCCAACTATTACTGATGTCCATCAACTACTAAAGAATAGG ATGAATGTTGGCTATTTGGAAGGTTCATTTGTTTATGGAATCTTAAAGGGTTTGGGATTCCAAGATGACCAGCTCAAAAC TTATAAATCCCCAGAAGAATGCAATGAGCTTTTCATAAAAGGAAGTGCAAATGGTGGCATTTCTGCTGCGTTTGATGAAG TTCCCTACGTTAAGTACTTTCTTGGAAAAAGTTGCTGCTCCAAATATACCACAGTTGAACCAAGATTTAAAACTGGAGGC TTTGGCTATGTGAGTTGGGTGGTTTCTTTCTGTTTCATCCCTCATGTTATGTTTTCCCCTATTGAGTAAAGTGTGTGTTT GGTTTCCAGTTGGAGAACCTCATAATCAATGCATATTGGATGACATTATAGATGTTTGAGAGTATTCTTGAAGAATTGAC TTTAGTCCCAAAATCAATTCTCCATAGAAGCTGCAGAGATGTATTTAAACTTCATGAGATTTTGAACTGGATTTCACAAC ATTACCTAACAAAAGTCACATTTTTCATAAATGTATCTCAACATAAATCCTTACATTCAGCTCGCTTTTAACATAATCAA TTTTACCAAAGATCAATTTTATCTAGAATAAATTGTGACAACGTTGATCCAAACATGTGCTAACTGTTGTGGGGGTGAAT TTGCAGGTGTTCCCAAAAGGCTCCCCTCTTGTAGCCGACATTTCAAGAGCAATCTTGAATGTCACTCAGGGTGACAAAAT GAAAACAATTGAGAATGCATGGTTCAAGAAAAGCACTTGTCTAGATTCCACTACAGAAATTTCCTCGGTTTACAGTCTTG GCCTTGAAAGCTTCTGGGGTTTGTTTCTTGTTGCAGGGATTGCGTCTCTATTAGCACTCCTAATCTTTGCAGTGACATTC CTATATCAGCACAGACATATCTGGTTACACTATGATCCTAGTACTTCAATATGGAGACGTATTGGTATCTTGGTTAGGAT ATTTGACCAAAGAGACTTGGAATGTCACACATTCAAGAAAAGTGAAACTAGTAGTCCTATTCATAACATAGGTGCAGTTG AGACCTCCCCAAGTACACATTGCCCACCTAGTCCATCTAGTCAATCTGAATCAAACTTTGCCTTTCATGGAGACTTAAGT CCAGATTATGGTGATACTGTACAACAGGGTGATGCTAATTGTCAAGACAGAGAAATGAATGTCGTGTAAATGATTACTCC AGAAGCTGCCTCTATATATAAACAGATATAACATTAACTCCAAAGAGACATAGACATCTATAACTGTAAGTCTGTAACAT CAAGCTAATGATAGTTCTACTCAGTTGTGGTAGAAGATTGTAAAGCTTTCATATTTGAATTATTCAAGTAAGGATATTGA AAATCTATTCATTTTACAAACAGAATATATTTATTACAGGTATGAGATTAATCTTTTTGAATTGTACACTTTCAAAATCA AAGTTTAGAGGTTCTATTTCGGTCTCAAAATCAATTCTTCGATCAAGTTATGTATAAAACCTATTTCCTGTGGTGGACAT AACCTAACTTAAGTGGAAGTCATGTGTTTTCAAAGCTTTTTTTTTTTTAATTATTTTATAGGCAAATGTTAGTTGTTAGT AATTGTTAGTAAATTAGTCATCTTAGGGTTCGAACCCTGGACCCTTCACCATCTCAAATTCTTATATCATCTAACTCTTA CCACTTGAGCTAACTTTTGGAGACTTTCCAAAGCTTGTTAATGCGGGACTTTTTGTTTTCCAACATTAATATTGTTTGAC TATAATATAAAATTATTCATTTAGTCCTTACCCAACAACTTAAGTTTTTGAGATAATTAGTTGCTTGACATGGTATTATT GTCTCTATGACTTAACGGTCTAGAATTTGATCCTTACTCCCTCGCTTTAAAAAAAAAGTGGAATTTAAGCACATGGTAGG TGGGGATGTGCATTTATCCATGCTTCAAGCCTAAAGGGCTCTTGCGTGAGAGGACGTGTTGGAATATAATATAAAACGAT TTATTTAGCTCTTACCCAACAACTTAAGCTTTTGAGATAATTGGTTACTTGACAATTACATCCCTTGTTAACCTAATTTT CCCATCCATCTTGGATTGGAAGATGAAAGGAAAATTACCATGAACATTGGAAGAGATTACTTTGTCTTCGTTAGATATTG CCTTTGAAGTTCCTTTGTAGTGCGAATGTGCCCAAAACATCCCCACCCTTTCATGAAATACTTCTTACTACATTAATACA TCAGCTAATCCTAGACTCCTAGATAATAAATATTATGTAGAAATTTCCACACCCTTTTCAAAAGTCAAAACTACTAAATA CTCAGAAGAGATAAACAAACAAAAAATTATTGTAGATCTATACAATGTAGACGCTGACGAAGGAGTTTGATTACAAAACT TTCAGGCTCACACTAATTTATACACAAGCAGGAATTACAGGGATATTATCATAGTAGGAATTGTTCAAGACACTTTTTCA ATTTTCAAATGTAATTATTTTTAAATTATTTAATACAACAACTGCGACATGTATTAGCCTTGATAGTTTCATAAAAAAAA AGGCTTAAAAAATATACTAGACTATTGATAATAGAGGTATTTGTTTGCAATATTAAAAAAAAATACAAGGGTTAAATTTG AGCAATTGAAAGTAAGAGAATTAAAATCATCCAAAGATAAAAGTGTGAGCAATTAAAAGTAATGGAATTAAAGGTAATGT AAAAGGACTAAAATGCATTTAAAATAAAATAAAAAAGCATTCACGTTTTTAGAATATGTCAAAAGAACTCGTCAATTTCT ATTGATCTAACCTTGTATTTTGGGTTTGGATTTATCATAGACTATTATATATTTTTATTCTGAATTCCTATTTATGTATA TGTTTAGCAGGGACTGTGTTTAAGACCACAGGACATGAAGAACTTGACTTTATCGAGTTATATCAACTGCTCAAGTAATT CATTGACCGACAAAAATTTAATATTTATTTTCCTCTGATCTGAAACAAGAGTATAAAGACAAAAGCCGAGTAATTTTGAA TAAATATTTGGTAGACTAAGAAAAATGGCATATAATCTCCAAATTTTACCTGTAATGAATTGAAACACCAACTTTATATT GCAACAAGGATATATATTACCTGAGACACCACCTTCGGAAGAACCGCAACTTGCCACTTTTTGCGCTTTCAAGCATAGTA CGTAGAGTATGAAAATTGGGGAGGTGGAGGGAAGGTGTTTGGCTTTGGGAGTTTAATTGGCTGAGACAATTAGAAAGTGT TAATGAACTTTTGCAGCTGATTTCGTGCTTTTCTCCTGCAACTGTGAGATGTGATGAGTGGTGTTGGACTAAGGATGGTT CTGGAATTTATTCTGTATGTTCTGCATATGAATTTTTGCAGGGCAGGGTCGAATCCTTAGCAGTGGACGAAAGGGTGTTT ACCAAACTGTGGGCAACAAAAGCTCCTTCCAATGCGCTGGCTCTTTCATGGAAGATTTTGAATAACAGGATTCCAACCAA GGTGGAGCTAGCAAGGCGTAACGCTTTACCAGGAGGATTGAATACAGCCTGTGTCTTGTGTGCTGACAGTGAGGAATCTA TTGCTCATTTATTTCTGTCTTGCAATATATCTTGGAGGATTTGGATGCAAGTTTATAAGTGGTTGGGCATGTCAATGGTT CTCACTAATTCTGTAAGTCAACACTTTCTACATCATGTGATTCCGGGTATTAATGGTAGAGGAAGTAAGGCTGCCTCACT TATTTGGGTAGCCACTGTTGGTGTCATTTGGAATTTAAGAAATGGTGTGGTTTTTAGAGGGGTTTCAGTAGACACCGCAA GAATCCTAGACAGTATTCAATTCAGAACCTGGTTGTGGCTCAAGGCGAACAATTCATCATTTGGGGTGTCAGTTTATGAG TGGATTGAAAACCCAAGAGTATGTTTGGAGATGCTATAATTGGGTTTTTTTTTTCGGTCTGTTGTTTTCTGTGTTCAACT CTTCTTTCAGGTCATGTTTATTGCAAGGAGGGATGTTACTGGTATTGTTAATTTACTCTTCGTGGGGGCAGCTAGCTTGG TGATCCTCTCAGTACTTTGGCGTGGAACTTCTTTCATTCTTTGTGGAGCTATTTGTTTTTATACTACCATTTGGAATTTT GCTGCAATGTGTCATGATTTCCTTAGCTGAGTGGCATACGAAGATTATTCATACAGAGGGGCTTGCTTGATTGCTTTTGT ATTTGGCAAGTTTAGTTAGAGTGGGGTTTTTTGATCATCACTGGTTTATGGTAATTTGGGCTGGTTGTATGATCATATGA CTTTGTATTTTTAGGCCCCTTGGAGATTAGTCTTGGATATTAGATCTTTGTACTCTTTTTCCTTGTCTAGGTTTTCCCAA TGGGGTTTTTCCTAGAAAGGTTTTAACGAGGCAAATTTCTTCTATCTTTCTCCTATGGGTAGCGGGTTTAGTCTAGAAGT TGTTTGGGGGTTAATCTACTGTATTTCTACTGCTTATTGCTTATGTAATTTTTTTTCTTTCTACTTGTATTGGGTTGAAG TACCCCTTTACTTCTATTCAATATATTTTTCATGGCTTATAA
CDS sequence (LotjaGi1g1v0376200.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGTGAAGAATCATCAACATCCCACTAAATTTGTTTACTTTCTGATAATCTTTTATTCTTGGTCTCTAAGTTTCATCAT GAACATGGGCATGGCACAAAGAAACGAGACTACAGTGGTGAAAGTTGGAGGTGTAATTGATCTTACAGGAATGGTTGGGA AGATGGGGTTGAGTTGCATCAACATGTCCCTCTCAGATTTCTATCATTCTCATTCTCATTACAACACTAGGATCCAATTC AGCTTCAGGGATTCTCATGGGGATGTTGTTACTGCTGCTGCACAAGCTTTGGAGCTCATACAAAATGAGCAAGTGCAAGC TATCCTTGGTCCTGTAACAACAATGGAAGCAAATTTCATGATCCGTTTAGGAGACAAAGCTCACGTTACCATCATAACCT TCTCAGCAACAAGCCCCTCTTTAGTATTGCTCAAAAGTCCTTATTTTTTCCAAATTGCACAGAAAGACACAGCTCAAGTG AATGCCATAACCTCCATGGTTCAAGCTTTTGGTTGGAAACAAGTGGTGCCCATTTATGTTGACAACAGCTTTGGTGAAGG ACTCATCCCTGCCTTAACCATTTCTCTGCAACAAGCCTATATCAGAGTTCCCTATTGCAGTGCCATTTCTCCTTCAGCCA CTGATGAAGTCATCACTCAAGAGCTCTACAAGTTGAGGACCATGCCAACTAGAGTCTTTGTTGTTCACATGTCACCGCGC CTTGGCTCTCGCCTCTTTGCCATTGCGAAGAGCATTGGAATGATGGAACAAGGCTATGTTTGGATTGTGACTGATGGCAT TGCAAATTTGTTAAACTCTCTGAACTCTTCTGTGGTAGAATCTATGGAAGGAGTGCTAGGTGTTCGAACATATGTCCCAA AGACCAAGGAGCTTGATGGTTTTAAAGCTCGGTGGAAAAGACGGTTCCTTTTGGATAATCCAACACTTGTTGATGCGAAT TTGAATGTTTTTGGAATGTGGGCATATGATGCTGCCACAGCATTGGCTATGGCTGTTGAGAAGGTTGGTGCCGCCAACTT TGGCTATAGCAACACTTCAAGAAATCTGCACGATCTTGAAGAGATTGGTGTCGCGCGAAGTGGTGAGAAGCTACGTGAGG CTCTGTCGAACACTAGATTCAGAGGTCTCAGTGGTGATTTCAATGTTGTTGGTGGAGAACTACAAGCATCAACACTTGAG ATAGTTAATGTGATTGGTGAGGGGGAAAGGAGGGTGGGATTTTGGACACCCCAGAAGGGGATAGCAAGAAACATGGACAC AAAGGGAGCATTACCAAGCATATATTCTACTTCTAAGAGAAATCTTGGTACTATTATATGGCCAGGGGATACTTACTCTG TTCCAAAAGGTTGGGAAATTCCTACCAGTGGGAGGAAGTTGAGGATAGGAGTTCCAGTGAAAACGGGAGATAGTTACACT GAATTTGTGAAAATAAAACATGACACAAGTACCAATTCAACAGTAGTAACTGGCTTCTGCATTGATGTGTTCAAAGCCGT GCTAGAAGCATTGCCTTTTGCCTTACCTTATGAATTTATTCCATTTGAAAAGTCGGATGGTGAGATGGCAGGAACATATG ATGAGTTGATCAGCCAAGTTTATTATGGGAATTATGATGCAGTGGTGGGGGATACCACGATCATTGCAAACCGGTCCAAC TATGTCGATTTCACAATGCCATATACAGAATCTGGTGTGACAATGGTTGTTCCAGTGAAAGATAACAGAAAGAAGAATGC TTGGGCCTTTCTGAAGCCTCTGACGTGGGATCTTTGGGTAACAACTGCTTGTTCATTCGTATTCATAGGGTTTGTGGTTT GGGTCCTTGAACACCGAATAAACAATAGTTTCAGGGGGCCTCCCTCCTACCAGATCGGCACAAGCTTATGGTTTTCCTTC TCAATAATGGTGTTTTCCCATCGGGAGAAAGTGGTGAGCAACTTGGCTAGATTTGTGGTGACTGTGTGGGTTTTTGTGGT TCTAATTCTGGTTCAAAGTTACACTGCAAGCCTCACTTCCCTCTTAACAGTTGAACAACTACGCCCAACTATTACTGATG TCCATCAACTACTAAAGAATAGGATGAATGTTGGCTATTTGGAAGGTTCATTTGTTTATGGAATCTTAAAGGGTTTGGGA TTCCAAGATGACCAGCTCAAAACTTATAAATCCCCAGAAGAATGCAATGAGCTTTTCATAAAAGGAAGTGCAAATGGTGG CATTTCTGCTGCGTTTGATGAAGTTCCCTACGTTAAGTACTTTCTTGGAAAAAGTTGCTGCTCCAAATATACCACAGTTG AACCAAGATTTAAAACTGGAGGCTTTGGCTATGTGTTCCCAAAAGGCTCCCCTCTTGTAGCCGACATTTCAAGAGCAATC TTGAATGTCACTCAGGGTGACAAAATGAAAACAATTGAGAATGCATGGTTCAAGAAAAGCACTTGTCTAGATTCCACTAC AGAAATTTCCTCGGTTTACAGTCTTGGCCTTGAAAGCTTCTGGGGTTTGTTTCTTGTTGCAGGGATTGCGTCTCTATTAG CACTCCTAATCTTTGCAGTGACATTCCTATATCAGCACAGACATATCTGGTTACACTATGATCCTAGTACTTCAATATGG AGACGTATTGGTATCTTGGTTAGGATATTTGACCAAAGAGACTTGGAATGTCACACATTCAAGAAAAGTGAAACTAGTAG TCCTATTCATAACATAGGTGCAGTTGAGACCTCCCCAAGTACACATTGCCCACCTAGTCCATCTAGTCAATCTGAATCAA ACTTTGCCTTTCATGGAGACTTAAGTCCAGATTATGGTGATACTGTACAACAGGGTGATGCTAATTGTCAAGACAGAGAA ATGAATGTCGTGTAA
Protein sequence (LotjaGi1g1v0376200.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MVKNHQHPTKFVYFLIIFYSWSLSFIMNMGMAQRNETTVVKVGGVIDLTGMVGKMGLSCINMSLSDFYHSHSHYNTRIQF SFRDSHGDVVTAAAQALELIQNEQVQAILGPVTTMEANFMIRLGDKAHVTIITFSATSPSLVLLKSPYFFQIAQKDTAQV NAITSMVQAFGWKQVVPIYVDNSFGEGLIPALTISLQQAYIRVPYCSAISPSATDEVITQELYKLRTMPTRVFVVHMSPR LGSRLFAIAKSIGMMEQGYVWIVTDGIANLLNSLNSSVVESMEGVLGVRTYVPKTKELDGFKARWKRRFLLDNPTLVDAN LNVFGMWAYDAATALAMAVEKVGAANFGYSNTSRNLHDLEEIGVARSGEKLREALSNTRFRGLSGDFNVVGGELQASTLE IVNVIGEGERRVGFWTPQKGIARNMDTKGALPSIYSTSKRNLGTIIWPGDTYSVPKGWEIPTSGRKLRIGVPVKTGDSYT EFVKIKHDTSTNSTVVTGFCIDVFKAVLEALPFALPYEFIPFEKSDGEMAGTYDELISQVYYGNYDAVVGDTTIIANRSN YVDFTMPYTESGVTMVVPVKDNRKKNAWAFLKPLTWDLWVTTACSFVFIGFVVWVLEHRINNSFRGPPSYQIGTSLWFSF SIMVFSHREKVVSNLARFVVTVWVFVVLILVQSYTASLTSLLTVEQLRPTITDVHQLLKNRMNVGYLEGSFVYGILKGLG FQDDQLKTYKSPEECNELFIKGSANGGISAAFDEVPYVKYFLGKSCCSKYTTVEPRFKTGGFGYVFPKGSPLVADISRAI LNVTQGDKMKTIENAWFKKSTCLDSTTEISSVYSLGLESFWGLFLVAGIASLLALLIFAVTFLYQHRHIWLHYDPSTSIW RRIGILVRIFDQRDLECHTFKKSETSSPIHNIGAVETSPSTHCPPSPSSQSESNFAFHGDLSPDYGDTVQQGDANCQDRE MNVV
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 | 11 | 11 | - | – | |
| PIRSF | 8 | 942 | 935 | 0.0 | ||
| Phobius | 12 | 31 | 20 | - | – | |
| TMHMM | 12 | 31 | 20 | - | – | |
| Phobius | 32 | 593 | 562 | - | – | |
| PANTHER | 38 | 911 | 874 | 0.0 | – | |
| PANTHER | 38 | 911 | 874 | 0.0 | – | |
| SUPERFAMILY | 38 | 449 | 412 | 3.33E-70 | ||
| CDD | 41 | 425 | 385 | 8.43236E-114 | – | |
| Pfam | 59 | 407 | 349 | 7.8E-61 | ||
| Gene3D | 157 | 324 | 168 | 1.0E-42 | – | |
| Gene3D | 345 | 470 | 126 | 1.2E-14 | – | |
| SUPERFAMILY | 443 | 820 | 378 | 1.88E-54 | – | |
| CDD | 465 | 817 | 353 | 4.69409E-113 | – | |
| SMART | 468 | 819 | 352 | 2.2E-54 | ||
| Pfam | 493 | 818 | 326 | 4.0E-20 | ||
| Gene3D | 496 | 833 | 338 | 2.9E-89 | – | |
| Gene3D | 572 | 782 | 211 | 2.9E-89 | – | |
| Gene3D | 582 | 860 | 279 | 2.9E-89 | – | |
| TMHMM | 594 | 616 | 23 | - | – | |
| Phobius | 594 | 616 | 23 | - | – | |
| Phobius | 617 | 627 | 11 | - | – | |
| Phobius | 628 | 646 | 19 | - | – | |
| Phobius | 647 | 657 | 11 | - | – | |
| TMHMM | 654 | 676 | 23 | - | – | |
| Phobius | 658 | 676 | 19 | - | – | |
| Phobius | 677 | 839 | 163 | - | – | |
| Pfam | 819 | 850 | 32 | 4.8E-37 | ||
| Phobius | 840 | 864 | 25 | - | – | |
| TMHMM | 841 | 863 | 23 | - | – | |
| Phobius | 865 | 964 | 100 | - | – | |
| MobiDBLite | 910 | 933 | 24 | - | – |
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 | Ligand-gated ion channel activity | Enables the transmembrane transfer of an ion by a channel that opens when a specific ligand has been bound by the channel complex or one of its constituent parts. | ||
| Cellular component | Membrane | A lipid bilayer along with all the proteins and protein complexes embedded in it an attached to it. |
Expression pattern of LotjaGi1g1v0376200.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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