Transcript — View — Lotus Base

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LotjaGi5g1v0259600.3

Overview

Field	Value
Gene ID	LotjaGi5g1v0259600
Transcript ID	LotjaGi5g1v0259600.3
Related isoforms 8	LotjaGi5g1v0259600.1 LotjaGi5g1v0259600.2 LotjaGi5g1v0259600.4 LotjaGi5g1v0259600.5 LotjaGi5g1v0259600.6 LotjaGi5g1v0259600.7 LotjaGi5g1v0259600.8 LotjaGi5g1v0259600.9
Lotus japonicus genome version	Gifu v1.2
Description	piezo-type mechanosensitive ion channel component; TAIR: AT2G48060.2 piezo-type mechanosensitive ion channel component; Swiss-Prot: sp\|F4IN58\|PIEZO_ARATH Piezo-type mechanosensitive ion channel homolog; TrEMBL-Plants: tr\|K7LGZ8\|K7LGZ8_SOYBN Uncharacterized protein; Found in the gene: LotjaGi5g1v0259600
Working Lj name	n.a.

Genomic sequence (LjG1.1_chr5:56793383..56821203) extracted from Lotus japonicus Gifu genome v1.2.

GCCATTTTAATTAATTATTATATTTTTATTAGCGTCTTCTTCTTCTGGTTTATTTTATAAAATCCAGATCAACGAGTCTC TGTCTGAAACTGTAGAGCGAGCCAGCGAACACAAGAGAAGCCGTGAATTCCAACGCTTCGGTTTTGGCGTGTGCCGAGTT TGCTGGTAGTTTCCGGCGAGTTTTCCCCCCATCTCCGCCGGAAAGTACTTTCTTCCCCGATTCAACAAACTCAATTTCAC GATTCTACAACCTGATTCATTCATTTGTATCTCGATGTGAATTTCACGCCTCCGAACACAATGGCGGAATTCCTCACCGG CTTCGTGCTTCCTTCGCTGCTTCTAACAGGTATACGTTGCAATTTGTGTTTTCTCAGTGAGCTTCTCTGGTCGATTGGAA TTGATTGCTTTTCCATTCATGAAATCTGATTATAGATTATATGCTAAGCTTACATTAATTCTTTCCATCCAGTGTAACTT GTTCATAATTTATTGATTGCTTAGATTTTTGGGTGAATTATGACAATAAGAGCTTGTCGCTTAAGCGCTTATTCATAAGC TAATTTGAGAAACTTATTGAAGTGAATTCAAAATATGTCATAGGTAAGCATAGACTCTTATTCGCAAGCTAATATGTACA ACTTATGAAAATTAGCTCAGAACATCGTATAAGTATGCGTAAGCGCTTATGCTTTTAGATAAACTCAAATAAGCTCTTTG CCTTTATGCTTTTATCAAATTTAATCTATTGGTATTCAATTCGTCATCAAAACTAGATTGCATTTCATGATTCGGGACTG AAAAAAAATAAAACTTGCTACTTACTACTTAGAGTGAGTCATTGGTGATTGATATTGAAGTGAGAGTTAGTAATAGGCAC TAGGCAGTAGCTATTTTTGAATACTCCTATGTATGTACACTGTGTAGTTTTACTTCTCAGAGCTTAAAATTTAAAAGGTC TTGTATTATGGAACTAGCTTTCTCATATTTTTTTGTTTCTGTTCCCTGTTTTAAAAGGTCTTGTATTATGGAAGTAGCTA TTACTTAGTTGCTGGTTTCAAAGTTTTGTATAGTAAACTGTGAAAATGACTTTTTGAATAAAAAACGGTGTAAACAACAT TTGTATTGAAAACAATCAAAACAACTTTATGTACACATTTGTGGATATGTAATTCATTGTTGAAGTATGTGCTCATTTTA TATGCTCACTTTTTTGCAGCTTCTTTAATCAACTGGAGTTTGATCTCTCTTATTGATTTGATAGCCTTTCTTCTCATTCT GTATAATGTATCACAATTAGGTAAGCTGCTTTGTTCTTTCTGTTTGGAGGGTTATTATTTCTTAAAATATTTTGCTTGGA ATATTAAATTATAATTTTTTGTTTATCAAAATGTGGAAATGACTTCCTTAGTCCTTACTATTAGATTTGTTCATAAAAGG GACCTCTTCCTTCTCTACCATGGGAATTCTACATAAAAAGGGGAGCACTTGCCCTCCTTTCTTTTTGGGCTCTTTGATTG CTGTATAGTCGACAGATCACATTTGTCATTTGTTGGGCAAACCTCTTTAGAAGTCCAGCATTTTCTTCTGTATGCTAATC TGTGAGGATGTAGTCCACCTGCAATTTTAAGAGGTTTTGAGTGGAAATCATAGAAAAGAAAGAATAAGGAACAACCAATT CTATCGTCGTGTCAATCAGTGAATAGCGCCCCCTTTGATTTTGTACGAAAACATAATGAGTTGGATTTGCTTCTGTTTGA AGGAGGACTTGGTAGGTTTCCTTATGAATGTTTATCTTTATATGTGCTTAGTTGTTAAAACTTGATCCTTGAGATGATAA TTATGAAGACGCTATTCATATGGGTTGGTTTTTTATGATATTGTTATTTGAAACCTATGAATTCTGATCTAGTTATTCTA TGAGTTTACTATACAAGAAAGCAATCTCAGTGTCACAGAAATGAGAATGTTACGATGGTTGATTGGATATACAACACAGG ATAGGATTCAAATACAAATCGGGAGAACATGGCACCAGCTAGGAGGGTTGTCCAGATGGAGGGTAGTCCTATAACTAGGG TTAGAGGTAGACTAAGAAAAACTATAGATTAAACATTTATGAGAGATAAAGGGGTAAAAAGTATATTTAACTTTAGTACA TGATGTAGCTTATGGTGTCACTTGATTCATATAGCCAACTCTTATTGGAAAGACTTGGTGGCTGTTGGACATTATACAAA TGTATATGCAAGCTGTACATAAAAAAGAAACACCCAAAACTTAGAGAAATAACACCCAAGACTTAGGGATTGGAAGAGAT CATAGTTGTGAACCTACTCTATTTAAGGAAACTGAACCGTCTAAAGGAATGGAAGGAAATAAAGAGCAAAATACAATCAA CACTTGCACTAAAGCTGAAACATATATGTTATGTCTCTTAGAATTTGGGTTAGGCCTAACTCTTATCCAAAAGCTAGCTC AGAGGTGAGGATTGCAATACCCTTTATAAACATTTATTTGGCCATATCTCTAGTCAATGTGGGACCTTAACACTATGCAT CCAGCGTATTACATATGCTTTCTATCCTAGGACTTGGTGAATATGTTTGTTGGTTGATGATTGAAACTAGTGTTATCAAA TATCCGCTGTGGCGCTGCCATGGCGGAATCTCATGATGGGTTTTTGGCTTTCTGCCATGGCTGATGTCCCACCATAATCC GCCATCATTATTTGTCAAATATGGCGGTTTTTTGGCTCTCCGCCAGGGTCCACCATCCGCCATTACCCACATTGATTGAA ACACACTGAAGAAGTTTTGATGATATCTTCTAGGTTCTTTTCTGAAATGAAATGATCCTTAATATGTTTAGTTTTCTTAT GAGAGTTTGGATTGAAAGAGGTACAAAGCTGATTGTTTATTAAAAAAAGTTTTGTAGGACCTATCTAACTTGAAATATGT CTCGCGGCCACAAAAGTTCATGTTATGTGAGTCATAGCATGATATCCAGCCATTGAGCTTGACCTTATAACAACCAATTG CTTCTTGGTCTACCCTGTGAATAGATTCCCTCCAATAAGGAAACAAATGCTTGAAGTGGACCTCCTATCATTAGCATCTC CAGCCCCACCAATATAAATCCCAAAATGTAACCAAGGAATGAGATTTCTTAGATTGGACTTGTCAAGAGCACACCCCAGA AACAACAAATTAGTATATCTACAAACCAGAAATCTGCCTGCGAGTTGAATATCAGTGGTTTTGGCCGGAAAGGTCGCCAG GAAAAATTTCCAATCGCTGATGATAGTGGCTAGGCGGTGGTTACTTGAAATGGCCATAAAGACTACATATGCTCAAGATA CCAACATAAAACTTATTAATTCTGGTGTTGTTATTATTTGATGATACTATACCAATACAAATATATGCATAAATAGTACA TAAAAAGGAATCCTCACCCCAAAACTTTGGGATTGAGAGAGGTCACAGTTTTGAATCTACTCTGAGGAAACTAAATCATA TGAAGGGATTAAAGGAATAAATAATAAAATACAATCTGCACAATTAACACTCCTTATTGGTATGCTGGTGTGAATACTAC GGTTTAAGTCATTCATGTTGTCTTTAATCTTTATATTTGATTATTACTGATGTTGCCTTTTCTTGTTGTAGGATTTCATT TCCGAAGGAGGTTTTTGTTATTGTGGTCAATTGTTATATTTTCTGTTGTTGCAATACTTTCTCAAGTGACTTATCTGGTA ATATGGGCTGTTAAACAAACGTCTTGGAGCATATCAGATGTTTGGTGGGCAAAGCTGATTGGGTTTATGACGTGAGATTG ATTTCTTTTTCTTTTATTTTCTAATTCATCGTTTTTGTTGGTATACTGATTTGTTGTTTTTGGGGTGTGCTTTTGCAGAA TTCAGTCTTGGAAATATCCTTATGTAATTTATTTCTTGGTTATACAACTGCTCGCACTTCTTGTTGCTTTATTTGATATA TATGGGAAGAGGCATTTTCTAAATACATGGCAAGACTCACGTTGGGGTCATTTTCTATCAATTGTCGAACATTTAGGTTT GTAAGTAGTTTATTTGACCGTCTCCTTTACTGTTTTTCATGTCTTTGGACTGCTATGTTTTTTTCTTTTAATTTAAACAT GTGATATGAAATATCGAGTATTGGAATATGCATGTCAGCTATCAATATCCAAGGATATGTGCTAATGCAACTACCTTTGT AATCTTCTTTGTATTATTTATGGTGAGAAGCAAAAAATTTCTTGGTTAGTGAAGGAACTCTTCAGTTCCATATGAAAGTA TTTACATTTTTATGAAAATTATGTTTGATTGTTTCATGCTGCATGACATTGGTCAGTATGTATCAAAATAAGCAAATCTA GCATATTCCACTTTGTTTTATCTATTTACTTGCTTTACCATGCAATATATAAACCAGGCTTTAAGAAATCAAATTTACGA GACTCGTCACATGAATACCTTGTGATTTTATTTATTTTTTTCAAAGGAGGAGAGTGTGTTTGACTTGTGTTTAAGGAAAT AGATCGAGGTGTATTTGGACAAAAGTTAAAATTATTTGTATAGACAAGAGGACCATGGCAGCAGGCCCCCATAAAGATTA CAAAGACCAACTCTAAAGGAGAAGTGTAAGTAGCAGTAGAGGAATGGGAAGACAATCTGTGACTTGCCTAGAAAACAAGC ATGAGTCATGACACAATGTGAAGTTGGTTATATTAGATACCAGTATTTTACAACGGGAAGGAGCATAAGTGCCTCATGAA GTCCTAGTCTAGAATGCCACTGTTCATCGGTGGTAAGAAGACTTATTTCTGAATTACCAGTGACGACATCACTAGCAACA ACAGAACTAAGAGAAGGTACTAGATTGAGATCATTCCTGATGGAAGGTGAAGGAGACCAAATCTATATAGGCTATCCTTT CCAGTTTCCAAGGCTCCCACATAGAAGAATTTCAGAAGTGTCTTAAGATTTCACAAGACAATGAGGGGAATGAAACTCAA AGGAAACGGAATTATTTTGAGAAAAATTATTAACACTGACTACATTATTAGGAATAGAGGGAACAAGAAGATTTGTGAGG GTGAGTCAAATGGGTGGGTTGTATGGTTTTGGAAAGGAGGTAAAACCAATATTTTTGTTAATTGAGTCGAAGCCGAGAGA CATTGGTCTAAATCCATGTGTCTCAAGTCTCAACTACACGGCAGATGTCGTTATATATAATAGGTACAAGATTTACATAA TATCATTGTTTCCCTATTTACAATGATTATGTTACCTAATTACAGTTAATACAAGATATCTACCCATTTACAAGATATCA AGCTGGAGCATATATGTCATATGCACCAAGCTTGTTACAGATATAATCAACTCGAGGACCTCTCAAAGACTTAGTAAAAA CATCACCCAACTAATCATTTGAATTGACGAATCTAGTCCTGATATCTCTAGATAAAATATTCTCTCTGATGAAATGGCAA TCAACCTCAACGTGTTTGGTCCTCTCATGGAACATTGGATTTGAGACAATGTGTAACATTGCTTGGTTGTCACAAATAAG TGCCATCTGTGAAACATCCCCAAATCTCAGGTCTTGAAGAACCATATAAGTTCACAAGTAGCTATGGCCATGGGTCACAT TGAAATGAACTAAAGCAAACAGAGACTTAGCTCGACGATTGCCACGACTTGGAAAAGAATTAGAAACATGTTGTCTTTAT TGACACGACTCACAAGACAACGTAGATAACAGAGACTTAGCTCGACCATTTTTAAGTTTTTATTTTCAATATATATCTAT TCCACATGTTTCTCTATTATTTTTTCAGCCTTATACTACTTTTTTAACAGTGTAGCCTGACGTGAAATTTGTTTTGTTAA TTGAAGGTTCTCATCTTCGAGTGGCGTCTTGCTTGCTGTTGCCTGCCGTTCAGCTAATTGTTGGAATTAGCCTTCCGTCA TGGGCCTCACTGCCTTTTTTCATTGGTAGTTGTGTTGGCCTTGTGGATTGGTCTTTAACGAGCAACTTTCTTGGGCTTTT CAGGTGAAATTTTATAGATGTTTCTGTAATGATATTTCATCATCTCTCTAGGTGGTATTTGGCACTCTTTTAATGCCCTT TGGGATATCTGTGCATGTTGTTCTGAAGGTGGTGGAGGCTTCTTCAGCTGTATGCAGGTTTTAATATTTTCTTGCTTTAC GTGTATCAACTTCCAGTGGAACAGCCAAGTGTGATTCATCGGATGGCTGATTTAATTGGTCTTTACAAAATATCCTCAAA TTCTCAGTGGCCCGAAATTTGTTCTTGCCTTTCTCTCGTATTTTACTATATAATGGTATGTATCTGTTTTATAAAATTTT GTTTCATATTGAATATGATTGGAAGAGACTTGTTAAGAACATTATGGGCTTGCTGTTTTTAATATTTAGGTGGTATATTT GATTCTTATACAGCATAGCTACTCTCCACTTTTGTAATTGTGTATCACTGTAATTGTATTCATGTCATTGTAAGTCTATA GATTAGAGAAAATGGGTATGCTGGTGTGCCATGTGGCACATACTAGCTGTAGTCAGTTAAAAGTTAATAGCTTTTGTTAA GTGTTAGTTATCCTAGCTCAGCTCGCTATGCAAGCCTCTCACATTAAAATTAATTGTATCCATACTATAGTAACACAGAA TGGGATCTTTCTTCCACTTAGAACAAACTCTCTTATTCTTTGTTTTCTCTCAGCCATGAACTTCTTCATGATATGTAGAG CTTAAAGCCCCGTAGTGGCTTCTAAGAGTCTTAAGGGAGGCAACACCCGAAAAAGATTGATCAAATTGCTTTGCAGCCTC CACCGTTGCATCCAATGTCATCTCCAATGCCTTTCTCTCCTTCGCCGTCGTCTGTTCCGACCTCTAACGTGACAACCCAT GCTATCACAAGCAGATGTTCACATAGTGTTTGAGAAACTCAACGCCTCCAATTTTGGGCTCCTTTCTACATAAAAAAGGG AGCACTTGCCCTCCTTTCTTTTTGGGCTCTTTGATGCCTCCAATTTTCTTCTCTGGAAGTAATAAATGAAGCCTATGTGG TCAATGACTTAACCAGATTCTTGTGAATCCGAGTATTCCGCTCTTCGAGGAAGATTGCAATGTCGGCAGAGTTAGTGATG GCTAAGTAGCTTGTTATAATGAGATAATATCGAGTGTGTTTGTGTGTGTGTGAGAGAGAGAGAGAGGGAGAGAGAGGACA GAGAGAGATAATTCTGAATCTTAGAAAATGAGAGAATGATTAACTAACCATAGGGGATGAACTGCCCATAGCATTTGACA TATTAGTTTTGGCCCAGAGATCGTGAAAATACTTGTTTTTTGTGAGCAATAAAGAGCCATCATGAAGAGTTTTGACTCCA ATGCCCAAGAAGTAGTGTAGACAGCTACTTGTCATCTGTGATAACAACTGCTAACTGATCCTCGCAATAGCTGTTCTTAC TATATATACTAATGAAACTGTCATCCAGTATTCCAGTAGGAAATGTGCTTCTCATTCTAGAAGACATCCATCTGAAATTT ATCTTTCAGCTTGGAGAAAAATTAATGTCTAATTTATGAAAATAAAATGAATTATAACTGTGAAATTCTCCTTTTGTTAT TATTTGTGTTCACTTTTTCCCTTTGCTTTTTTGTCTCTGACACTTGTCTTATAATTATTGCTTTCTTGTGATGCAGCTCT CTTTCACTAAATCTGATTTGGAGGAGATGAATTTTATTATTTCCAGGACAGATTGTAGCTTGACGGAGCAACTTCTACCC TCTAGGCATTCATTTTTCATCCGTGAATCAAGGTAATCAAATGAAAATATACTTTTCTGATTTTCTTTATGCCATAGATA TAAAGTATATGTTCAAACACTTGAATTAAATGTGCAGGTCTGGTGTGAGGCACACAAATGTTTTACTCAGAGGAGCTGTT TTTCAGACTTTCAGTATCAACTTTTTCACGTATGGTTTCCCGGTATATATTTCTGAAACATTATAATCTGCTTTCATTAT CAGTGATGAATAATGATAAAGCCCTGGCTTGTTTGTTATAGTCCTTCCTTCATCGTTGTACATTGCATGCGCGGACTATA TTAGTTGTAGGAGAATATTTTTTTAAATAAGTTCTCTCGTAAAGTTTTTGGTTATTATAAGCTGTTTTAAACACAAAACA CGTTAATCCAAACACATTCTGATCTCGTGGAGGATGGAACTTTGAGAAAACCCAGGTTTAGTTTTCGACTTTTTCATGGA TAATCGTAATCTATAATTCAAAATTTATAGAAAATATAAAAAAAATTAGGAGAAAGTATCTAGATGAATGGTTAATTAAC CCTCTTATCCATTCTTAGGACATTGCTTACCAGTTGTCCCATCAATTGTTTCTGAATTTGAAATATTTTGACAAGAAGTC AGCTGAGACATTAGAAATATTATTGATACACTGAGTGTACAAGGATTTCTCTTCTAATAGAGAGAATTACAAAAGGTGAT TGACTAAAAATCAGGAAACCAACATCCTAAGTTAGGAAACAATATATGGAAATAAAGAACTACCTAAAACAGTCCAAGCC AAGAAAGGAAACAAAATAACTATGTACAAACAATAATATTTATAGAAATTTAAGAGCTTTGATACTCTAAGATATCCTCT ATAGACAGCTTGCTAGTTATGTTGTAAAAGGATTTCCTAGATAACCTTGGTTAAGATATCTGCTGATTGTTCTGCAATGG GAACATATGTAATACATATCTGTCCCTTTTTCTATCTTTTCCCTGGTGAAGTGATTGTCAACTTCTGGTGTCCATGTCTG TCTGTGCTTCATAGCTTATCAAGATTAGTAGGAAACTCAGAATGTTTTTGTTGATACTGTGGCCATCCCGCGACCAGTCA CCAGACTACTAAAAGGAAGAACCATCCGTTCTCCATCTCTCTTGAATATTCTTTGTTTTAGTACATAATCTTGTTTGAGA CTTTTTGATGCATTTGCAGGCTGCAACTACTCATTTCAAATGTTATATGCATTTAATTCCTTTAATCCAAAATGATCTGT TTATATATTTTACACATTATTTTTTTTCACAGGTTTCCTTGTTTGCACTTTCCTTTTGGAGCTTTCATTTTGCGAGTTTA TGTGCATTTGGGTTACTTGCTTTTGTTGGCTACATTATCTATGCCTTCCCTTCCTTATTTCGTCTGCACCGATTGAATGG GCTACTTCTCGTCTTCATCCTCTTGTGGGCTGTTAGCACCTATATATTTAATGTGGCATTTACATTTCTGAATTGGAAAC TTGGACGGGTATTTTTATATTTTACTGTTACAATTTTTATCACAGATAAGCACTCACTCATTTGAATAATTGTAAATAGT TTGGACTTGTTTATAGGACATGAAAATCTGGGAGATGGTCGGTCTGTGGCACTATCCAATACCTGGGTTTTTTCTTCTGG CACAATTTTGTCTTGGAATTTTGGTTGCATTGGGTAATCTTGTGAACAATTCTGTTTTCCTCTACTTGTCTGATGAAGGT GGGCAATCTTCAAATGACAATGTATCAGTAAAAGGTAATCCATTACAATGTTGTCATACCTGTTATTTAAAAACTTCACG GCTCTTTGTATTCTAGTCACATTCAGCCACTTTTTTTAAGATGCGTGTATGCCTGTCATGGACTAACTATCTCAAAAGCT TAAGCTATTGGGGTATTAAGACATATGAATTTTTTATTATTATATTTTTAACACGTCCTCTCTTGCAAGAGTCAATTGGG CTTGAAGTGTGGACAATGCTACCTATCTTGTGCTGTGTTAGAAATATAATATAAAACCATTCACATGGCCCTAAACTTTT GGGATAATTGGTAGCTTGACATGGTATCAGAGCCTCTATGACCAAGCGGTCTAGAGTCTGATCCTTGCCGCCCCCCATTT TCTAATAAAATGTGGAATTTAAGCACATGGTAGGTGGACCTGTGCATTATCCACGCTTCAAGCTCAAGTGGGCGTGTTAG AAATATAATATAAAACCATTCACATGGCCCTTACCCAAAAGCTTAAGCTTTAGGGATAATTGGTAGCTTGACAATGCTGA AATTAATCTTTTTATTAGAATAATGGGCGGCAACAAGGATTGAATTTCAAACCGTGTCATGAACTAACTATTCCAAAAGC ATAAGGCCTAAGGTATTAGATGAAGACACGTGAATAATTTTATATTTTATTTCTAACAATGACAATATACTTAAAGAGCC GAGAAATTATTTCATTTCTTTTTTTATTTATGTGATTGGAGATCAATTATGTAGAAAAGACAAAAAATGCATAAAAGGAA CCAAAAAGTTATTCAATTTCCAGAATTAAATATGAATCCCAAGAATGCAGGCAAGTAATAAAAATGAATTCGTTTACTGC AGTCCTTGTAATTATGAGATGCTGTGATTCTAATAAAAATTTGGGATATATTTCCAACCATACTAAAGAGCATGTGTGCA GACTGCCAGACTGCAGTGTGCATATACTATATGTATGTAAGAATTTTCAATTTATTTTTCTTGCTAAATTTAACTCATCT CAGAATCATTTGGGCTGTTAAACTTTCGGTTTATAATAATTTAAAAGGATTTGTCATTTTATAATGGTAGCAAATGAATT TGCTTACTCTTGGTGGTTCCATTGGTGCTTCATTTTTTTCTTTTTCAAGCATTTGCTATTCCTTTTGACATTGTCATGCC TCATCACATGCTTGTTCCCTTTCACACACACACGATTTGATACCTTTGTCACTAGGCTAGGTTTCACTGAAGTTAGCTAC ATGTATCTATTAGATAGGGTTCTAATTAAGGTTATTTACAGCTTATGTGTGTTCATCTAGTGTAGCGGATATTTTGGCTT GAAAGGCTTTGTTTTTGGGGCAGTTTTTTTGTCTCGGTTATATCTTTCTTTGCATCTCTTGGACTTGCTTTGTGGTTGTG TTCATTATTTTGGAAAAAGCAACCCTAAAAACAAAAATATTAAAAGGGATTGGAAATATAAGATTTTTTAACTATTCGAA GTGTTGTAATCAAATTTGATAGCAGCTGTCGTAGAAGCTTTGCCCTTTGTACAGAGATTGTTATGAACTGACTAAATGAC TAGCGGAACGCTAGCTAAGCTAAAAAATAGTATTAGTTCCCAAAATCAATAAGCTTTTTTTCAGGTTTAAAGATCTCATA AAAACATTTAAAAATACTTAGGTCATGTTTGTTTGTGGTTTCTGAAAACTGTTTTCTGTTTTTAAAAACTGGAAAATTAA AAACTTTGTTTACTTATTAATATTATTTGTATCTGTATTAAGTTCCAATTTATATGCTAGATTATATTCTATAATATCAT CATTGTTATGACTTATGATTTCATTCCACTCATCAAAGTTTGAAGCAGATTTATATTTGCATGCATCATATTTCAATTGA TCTTTGCCCGCTATTATGGAACTTGTTATATATATATATATATATATATATACAGAGAGAGGGAGAGAGAGAAAGAGAGT TTCTGTCAAGTGTTTGCAGCATTCTGATCATTCAAAATAATCATTCTACATAGCTGTTATGGTTAGAAATTTAATATATA ACCATTCGTATGACACCCAACCGCTTAAGTTTTTAGGATAGTTGGTTCATGACATGGTATCAAAGCCTCTATGATCAAGT GGTCTGGATTTTGCCCCATTATTCTAATAAAAAGTTGATTGTATAGGTGGCATGTGCATGGTCCACGCTTCAAGCACAAT GGGTTCGTTTAGAGGGCGTGTTAGAAAAGTTCTATATAATCTTTCATGTGTCTTCATCTAACAGTTGAACTTTTGAAATA GCTGGTACATGACAATTACATTTAAACTGCAATCTAGCAATTATTCTGTTGTAACTAAACCATTGTCATTGCAAAAGCAA TGCTGACTCAGCATAACAACTAAAGTGTCTGCGAGAAACAGTGCACAGGTGATTATACTCTGCAGTAGAGTGAATACATT AGATACTCTAATATAATTCCATAGAATACTGAGTATTTGCCTATTTGGTGCTTACTTGTTATGGACCTATACTTGTTTTA ATAATTTATGATCAGAGCTTTCTTCATTATCTTGGCATTCTTAGATTTTATTTTGTGACTACTCTAGAATGACCATATTA ATAGTTCTATGACTTTTTTCTCCTTATTCTTTTTTTTTGTGCTGTATTATTTGATTTTTTGATAAAATTTTTTGTCTCAC TAGATTTGATGCATTCTTATTCTCTGTTATGCCATCTAAATCTTTCTTATCTGCAGCTGAGGGTGAGACTAAGGCATTGA TCGTGGCAACAATAGCCTGGGGATTGCGCAAGAGCTCTCGAGCTATCATGCTGGCATTGATCTTTATCATTGCTATAAAA CCCGGTTTCATTCATGCAGTATATAGTATGTTTCATCAAACCTTAGACGTTTATTTTACATTTATTTCATTTAATTTTCA TGATTCATGGAATAAAAGCATTTAGCTTGATTCTTGTGACGTGAGCCACTAAATGATTATCATGGTGACGATATCTTATG CTAGTTTATTGATCAGCTTCTATATGCCTTTTACTCAGTGATCTTCTTCTTGATGTATCTTTTGAGCCACAATGTCAGCA GAAAAATGAGACAAGCACTGATTCTTCTATGTGAGATTCATTTTTCCCTGTTGTATGTTCTTCAAATTGATTTGATCTCC GCAGCATTGGAGAAAAAAGGTTCTGTTAGCATGGAAGTTGTAATGCAATTAGGTATGGAATGGATTTAGTTGGTTTATAC TTAAATTATAGCAAAGCCATATCTATATGCCTTTCTTCTTATTTAGTAATGAGGACATGGAAGCTGAATCATATGTTTTT TTGAATTATTTCAGGCCTCCTTGAAGAAGATAGTGCTTGGGATTTCTTGGAAGTAGCTTTACTTGCATGCTTTTGTGCAA TTCATAACCATGGTTTTGAGGTGTTATTTTCATTTTCAGCAATCATACAGCATGCCCCCAGCCCTCCTATTGGATTTGGC ATCTTGAAAGCTGGTCTTAACAAATCTGTTCTTTTGTCTGTATATGCTTCCTCCTCTGTGAGAAACAGTGATGAAAGTTT CTCTAATGGTACATTTCAAAAACATTAATGGTACTCTTGATTACATTTAATTTTTTTGACTAGTGGTACTTTTGAATTAC ATTTTATTTTTTAGACGTAGTATATTAGACACACATAATGATATAAATATGGTGTTAGTACAAGTTGGATGGTATACTAA CTATCTTCAACATTGTATCTTGGAATGAATAGTAGGAATTTGTTAAGCATATGAAATTTAGGAAACATTGGTTAACTACA AGATAAAAAAGGAGGGAACAGATGAATCAGTTTAGGTTATCCTTTTTAAGCCAATTATTTGGTGGTGACATTGTGGTTTT GGCAATACGAAAAATTATTCTATGACCTGCATGCTGTCTTAGGGGCTTTGGTTGGATAATGAAAAGGTTAAATCAAGCAA GTCTGGTTAGATACACACAATATGATTTTTCTCTGAAAATGCTTGGGTGAAAAAAACACTCAGCTGGTAAATATTTATAA ACATCATTATTACGGAGTTAATAAATTCAGAATACAGTTTACAAGAAGGCTAATTCTATTCTCTAAGTTACGTTGGACCT ATGCTACTGGGAAAGTAGAACAATTAGTTATCAGGTCTGATATTTCGTAGGATACGTTATTTCCAACAAAATCATAACAT ATACACTCCTATTTGTAGAAAATCATGTCTAAGAGAAACTAAGTCTTTGTGCGGTTACTATTTTTCCAGCTTCCATCATA CTGATAGTAATCCATGTTTTATCCTCAATCCTCATATTTTATTTTTACAGAAAGAAGAATAGCATCTTACCTGAGTGCAA TTGGGCAGAAGTTCCTTTCTATATACCGGTCTTGTGGCACCTACATTGCTTTTCTGACTATTCTTTTCACAGTGTACATG GTGAGACCTAATTACATATCATTTGGCTACATATTCCTTCTCCTTCTATGGATTATCGGAAGACAACTTGTTGAGAGAAC AAAAAGACAGCTTTGGTTTCCATTGAAAGTGTATGCAATTTTGGTGTTTATCTTCATATATACTTTGAGCAGTTTCTCAA GCCTTGAGATGTATTTGTCCAAATTAATAGATCTCTATTTTTATCTGGGATACGACTCTAAAGCATCTTCATTTCATAAT GTTTGGGAGTCTTTGGCAGTCTTGGTTGTTATGCAACTTTATAGCTATGAGAGAAGACAGAGCAAGCAGATCAGGCAGGA ACAAAATCAACTGGATTCACCAGAGCCAGGGATACTTGGGTTTATCAGGCGATTTCTTATCTGGCACAGCCAGAAGATCT TGTTTATTGCTCTGTTTTATGCATCTTTGTCCCCAATTAGTGCATTTGGCTTCTTGTATCTTCTTGGCTTAGTCTTCTGC TCCATTTTACCTAAAACTTCTAGTGTCCCGTCCAAATCATTCTCAGCATACACAGGTTTTCTGGTGACAGCTGAGTACCT TTTTCAGATGTGGGGCAAGCAAGCTGAAATGTTTCCTGGGCAGAAGTACTCTGATATATCTCTTTTTTTGGGTTTCCATG TATTCCAGCCAGGCTTTTGGGGTCTCGAATCAGGACTGAGGGGAAAAGTGTTGGTCATTGTGGCCTGTACCCTTCAATAC AATGTCTTCCGTTGGTTGGAAAGGATGCCAAATACAGTTCTATGCGAAGGAGAGTGGGAAGAGCCTTGTCCTCTATTTGT GTCCACAGAAGATGCATTTGATGATGCTACTCCATGCAATATGGAAAGTAAAACATCATGCAATTCATATCCCCCTTCTT CAATACAAGAAAATGTGTCTAGCAAGTCATTGAAAATTACAACTTCTGGTTTTTCTCAAGCACGTGATATTTCATCCTCT AAAACTGGAGGTTCTGACAGTAACAGCAGAAAATATTCATTTGGGTTTATCTGGGGAAGCAACAAGGAGAGTCATAAGTG GAACAAGAAGCGGATTGTTGCTTTGAGAAAAGATCGATTTGAAACACAAAAAACTGTCTTAAAAGTATATTTGAAATTTT GGATGGAGAATCTGTTTAATCTGTTCGGTCTAGAGATAAACATGATATCATTACTACTGGCAAGCTTTGCCTTATTGAAT GCACTATCCATGCTGTATATTGCACTGCTTGCTGCTTGTATTCTACTTAATCGGCAAATTATACGGAAAGTCTGGCCCAT ATTTGTCTTTTTGTTTGCTTCCATTCTCATCCTGGAATATTTTGTCATCTGGAAGGACATGTCGCCTTTAAGTTCCCATG ATCCAAGTGAGATTCATTGCCATGACTGCTGGGAAATTTCAACTCTGCATTTTGGTTTTTGTGAGAAATGTTGGATTGGT AGGATCCCCTTATCCTTCTCTAAATTGCAAATTTATGGAAGAATTTGATGGTCATGCTCATGCTTAATATGTGATTCTGA ATGTTTAAATATGTGAGGCCATTTGTTTTTTTTTGTTTTTTTTTTATTTTATAATTTGCCTAAACGTTTGGTTCATTGCT TCTTTATTTGGCAATTTCTTTGGTACCCCTTTAAAAGTGAAGGGTTCTATACCTTAAGTCATGTTTTCTCTATGATAAAC TTTTTTAAATTTACAATTTAGTCCTTTGTATGGTAAAATATGAACTAAAGGGTACTATACCCTCCCATTTTCAATGGGTA CCAGAGCAACTCATTTTCTTATCTAGAACATCGCCCCCAATGGCACGGACGGAAACTAGTAATACCAGTATTTATAGGGG CTTCTGTAGAATTGTAGAACAGCATAGAGAGAGAGAGAGAGAGAGATAACTAAGATCTGAATGAAATGAATTAATATCTT AACAGTAATTACAAGAGTAGGTCCTTTATATAGACGAGCTACACTTGTTAGCTTACAATAGAAAATCCTAACTACTCAGA CTAACTGTACAGCTGTCATTTAACAATCCACTAATAGAAACTAACTGCCTCTAAGGGAAGGATACTATACACTTGAGTAC ACAGTGCTCTCATACACTAGCATACTCTAATACCTCCCTCCACAAGCTCTACTGTGGGTATCACCAACATTGAGCTTGGC ATGGAGCTCCAAAAGGAGAAGAAGACAGAGGCTTGTCGTCGGAAGCTTGTCAGAGGTCGCGAGGTGGCCAGCGGTGGTGG TCGACATAGCTGAAGGATGGACCATAACTCAAAGACTCATCCACAAAGATGGCTGAAGGATGGGTCTCGAAGATGCAAGA GTAAATTTTACTTCTATTCCAAAGAGAAACTAGTTTTACATGCATGGACAAAACATATAGAAGTAATTTTCATTTCCTTA GAGAAAAGGTCCTTGTTGGTGTCATCAAAACTCTATTTACTCCAAGGATCAGTTGGTTATATCCTCACTAAATCTTTACA TGGTCTTAGAATATAATATATTTGTAACAAGTTGGATGCATATGATATACATGATCCAGCTTGAGGGGGAGTATTGAGAT AGTGTTTAGATTTTTTTGTATTTAATTTATAGTTTTGTTCACGCAAAATTTCTAAAGAACTAAACTAGGTGATAAAGGAC AGCTTAGTCCAGTCGTTGGGTATGAGTGAAGATGCCACTTTCTTTACTTCTGACATCCTTTATATGCTTCACTGTCTTCT TCTCTGCTTTTTTGTCTTCCCCTTTATATTAGTTTTACCGTTATTGATCAATCATTATATACTTTTATTGTTCATTAACT ATCAGTTATACTAGTTGTTATTAGGAGGTTATGCTATTAAGTGTGAGCTTTTGTAGACTCAACAGGTAGGTCGAGTTGAA CATCACCTCAGTTCTTTTCCTAGTACTAAACCTTGGTCCTCAGATTAACCTTACTGTGCCGAGTTCGAATCTTTTTATCC TCGGCATTATAATCCCTAAACTGTGGGGATGGACTCGAACACTTTCATATATAAATATTGTACCAAGTCCGTCATGAAAT ATAGGGGGCAAAACGGGTGAGACTCGCCGGGTGCGAGATGTCTACCCCTTCAACCCATTTTGACCCAACCCACTTTTAAA ACGGGTTGGAAGCTAAATGGGACGAGCTGCCCATCGGGTCAGCATTTTTTCCCATACTATTATGTTTGTTTTTTACCATT TCAAAAAAAAATTATGGTTGGCCAATTACCCAGCCTTTTATTTTATCCAAAAGAATCAGCTATCTTTGTGATTGTAATTC GTAAAGAGTTAATACTAAATTGTGACCTAGGGCTAGGATACATACACAAACATAGCTTCATTCTTCAAGACTCAAGACAA GAGAGACAAGTGCATGCTTCACTATTAGGAATAAATACTAATTGAACTCAGTTTTTGAGGATCATTCACTTCTGGAACAA GTGCAATTATAAGGACATGAAGCCTTTTAAGCATTAAATTATGATAAGTGTTACAGGTTGAATGATTTGAAGAATTGGTA CAATACAGGTTGAAAAGACAAAAAGACATCCATTTGTGGATGGTTTGCAATTAAATGATTTGAAGATCTGGCAAAAGTTA AAATTTAAATCATGGCAACTGTTGGGTTTGTATATATTATATACGGCGGTTCCCACTTCTCAAACAGTTTTTCCCCCATT TGGTGGGATAACCAACCCAACCTAATGCAGGGCGGGGTGAGGTCTCCAACCCTTATTCCAAAACGGGTAAACCCAACCTG CACCCTTTTTTTGGGTTGAAAGAGGGTCGGGTTACCCCACATTGCCGCCCCTAATGAAATACATGAAATGTAATTCAAAG CTCAGACTTAAGAACCTGTATCATTTAATATATTATTTTGTGTATAAAAGCCTTCAAGTGTCCTGATAATTTCACTGCCT TTTCTGATGTAGGACTTGTGGTCGATGATCCTCGGATGTTGATTAGCTACTTTTCAGTATTCATGCTGGCTTGCTTCAAA CTTCGTGCTGATCGGCTGTCTAGCTTTTTAGGATCATCAACATATCGTCAGATTCTGTCTCAACGTAGAAACACATTTGT CTGGAGAGATCTCTCTTTTGAAACTAAAAGCATGTGGACATTTGTTGACTATTTGAGGCTTTACTGCTACTGCCATCTGT TAGATCTTGTGCTGGTATTAATATTGATTACTGGAACACTCGAGTATGACATTTTGCATCTTGGTTATCTTGCCTTTGCT CTGGTATTTTTTCGCATGAGACTTGAAATACTGAAGAAGAAGAACAAAATATTCAAGTTCTTGCGCATATACAACTTCTC TGTTATTGTTCTTTCTCTTGCTTACCAATCTCCTTTTGTTGGGGGACCAAGTTCTAAGACTGGGAAGTGCGAGACAGCAA ATTACATCTTTGAGATGATTGGTTTTTATAAATATGATTACGGTTTTCGGATTACTGCAAGATCTGCAATTGTAGAGATT ATCATTTTTGTGCTGGTATCACTTCAGTCATATATGTTTTCCTCGCAAGAGTTTGATTATGTATGTCGCTACCTGGAAGC AGAGCAAATTGGTGCAATTGTACATGAGCAAGAGAAAAAAGCTGCATGGAAAACTGATCAACTACAACAAATTCGTGAAA ATGAGGAGAAAAAAAGACAGCGAAACATGCAGGTGGAGAAGATGAAATCTGAAATGCTCAACCTGCAAATACAACTCCAC AGCATGAACACATCCACTAATTGCATTGATGGATTTTCTCACCCTGGTGAGGGTCTAAGAAGGAGGAGGAGTACTTCTAT TACATCAAATATTGGCTTTGGAATTCCTGATAAAGAAGACCAGGGTCTGGGAAGACTAGATTATGCAATAAGAGAGGATT CTGTTTTTCCAATTGAACGGCATGAATCGTCTACTTGCCCAAATGTGGAAACTCCATTAACAGAGGAGTACATGAAGTAT TCAGTGGATTCTCCGTGTTGTGAAATTACTGAAATAGATATTGATACTTCTTCTAGTGATTCAGGAAAAAAGGAGAAAGT TATAGGGCAAGCAAAAGAAAACCCACTGAAGTCTGCTGTACAACTAATAGGTGATGGTGTTTCCCAGGTGCAGTCCATTG GAAATCAGGCAGTCAATAACCTAGTGAGCTTTCTGAATATTTCACAAGAAGATTCTGATTCAAATGAGCACACAAACATT GAGGACCAGATATATGACGAGATGGAGAGTCAGAAAACGCAGCATATATTCGTGGAGCGTTCTTCATCTTTGCAGTCTGA TAAGAGTTCTGATGCTGCGAGTCTGCAGTTAGGAAGGATCTTTCGTTATATATGGTACCTAATGCGTTCCAATAATGATG TAGTATGTTACTGTTGCTTTGTTCTGGTCTTCTTATGGAACTTCAGTTTGCTATCAATGGTGTATCTTGGGGCTCTCTTC TTGTATGCTCTATGTGTAAATACGGGCCCAAGTTACATCTTCTGGATTATTATGTTGATCTATACAGAAGTTTATATTTT ACTTCAGTATCTGTATCAAATTATCATCCAGCACTGTGGACTGAATATTGATCCCTCTCTGCTGAGAGAATTAGGTTTTA CAACCCACAAAATCACGTCTTCATTTGTTGTCAGTTCATTACCTCTCTTTCTGGTGTATTTGTTTACCCTCATTCAAAGC TCTATAACACCTAAAGATGGTGAGTGGATGTCTTCTACTGACTTCAAATTTAAGAGGAATGGTCTCCACACAAAAGATAA CCCCACTCGATACAATTGGCAAGAGAGAGCATGGGCTTTGCTAAATCAGATGACTAATATGGTAATGTGGATAATCAGAT GCTTTTATAGGTACTGGAAATCACTCACACAAGAAGCAGAGTCTCCTCCTTATTTTGTTCAGGTGTCTATGGATGTCAAC TTCTGGCCTGAGGATGGGATTCAGCCAGAGAGGATTGAATCAGGAGTTAATCAGTTTCTCAGAGTTGTCCATAGTGATAA GTGCAAGGAAAAGAACCCAAATGTTTGCTCTTCTTCTAGTAGGGTTAATGTTCAAAGGATTGAAAGAAGCCAAGAGAACC CCAATGTTGCTCTAGTTGTTTTGGAGGTTGTGTATGCATCACCCGTTCTTGATTGTTCTTCAGCAGAATGGAATAAGTCC TTAACTCCAGCAGCTGACGTAGCCAAGGAAATCCTCAAAGCTCAGCATGCAGGTTTTGTGGAAGAAGTGGGATTCCCTTA CCGTATTCTTTCTGTAATTGGTGGAGGCAAGAGAGAAATTGATCTGTATGCCTACATATTTTGTGCAGATCTAATTGTAT TCTTTCTTGTTGCCATCTTCTACCAGTCTGTCCTAAAAAATAAAAGTGAGTTCCTAGAAGTTTATCAGCTTGTAGACCAG TTTCCGAAAGAATATGTCTTTGTTTTGATGGTATGTCTAGAACTTTTCCATTTATCCTTCTGTTCTTTTCCCAGGACTGA AAAGTTTTACTTAGTTATATAAATAAACTAAAAATGGTCTAGACTTATTTACTGGGTCGATGTAGCTGGCCTCCCTGAGT ATAACATCATTTATGTAGTTCTCTAATACTTATTGTTATATATATATATATATATATATATATATATATATTATAAACCA ACTATCTTAAAGGTTTAAGCTATTGAGTGAAAGCACATGAGTAGTTTTATATCTAACATGTCCCTTCACACAAGAGCCCT TTGGGCTTGAAGTGTTGACACTCACTAAACCTTGTGTTGAAATTTAACTTTTATTTGGAAGAATTTTGGAAAAATGATTG AACTCTTGACCTCTTGATCACCAAGTCTCTGATATCATGTCATATCGTGAACCTACTATTCCATGTGTTTTCATCTACTG GCTTAAGCTTTTGGGATTATTGATTCATGATATGATATTAAAATGTCTAAGTCTAAATGTTATAGAGCTCAATCCTTGTT GCCTCATTTTTTAGTAAAAAGTTCAACAGAAAGTAGGTAAGCTTGTGCATTGTCCTTGCTTCCAACCTAAAAGACCCTAA CATGAGCGAGGGTGTTAGAGATGTATTGATGTAATATAAAACCATCCATGACATGTTAAGCTTTTGAGTTAGTTGGCACG TGACATTTATTACACTGGAAACTGTCCAGCTGAAATGGTTCAAATGAAGACTTTTTATTTTCCAAATGGAATGGAACATT TAGATTTTGTTTTCCTTTTCCAAAATTTAAGAGGTTTAAATTTATAGCACTTCCTAGTTTAAACAAACTTGGAATAGCTC TCATTGTAGAAAAGATGGTGGAGTCTCATCTTGGTTTGGGCATGTGTGGATATCAAAAACCTACTACACAAGATCCCTTT GGCCTTGAAGTGTGGGCATTGAACATACTCACCTTTCTTGTGCTGAAGTTCACCTTTTGTTACAAGAATAGGGGCAGTAA GGGCTGAGCTCTACACCAATTAGGTATTAAAATTTAAAACTTTAGCACTATGTCATGAACCAACTGTGAAGACACATGAA TGTGTTTGTATAATATTTCTAACACGAAGAGTCACGAAATATCGGTAAGGAGAGTTGATTAGATGGAAGGTAGTCCAACA ATTAATGGATGGGGGAAAGCAAAGAAAATATAGGTCAAACCGTTAAGAGAGATTTAGAGGTAAATGGTCTATATATGAAC TCAATATACACTGTCGGGAATTATGGTGTCATTTGATCCATGTCGACCCCACCTTATATAAAAAAGGCTTGGTGGTGGTG GTTGTAAAATTTATAGGGTGACTATAGTTTTTATGGGCATGTTTAAGATACATTTCTTATCAATTTCTCTTTGATGAATG CATGTGTCAGAATGACAAGATGATATATTGCATTCTTCATTTACTTTTCTGGATACAGTTGCCATGTCATATTGACTCCT GATAAAAGTTACTTCTTCTATTCAGGCTATCTTCTTCTTGATTGTTCTTGATCGTATAATATACCTCTGCTCATTTGCCA CGGGGAAAGTGATTTATTATATTTCCAACCTCATTATCTTCACATATTCAGTTACAGTGTATGATTGGCAATTGGAGCCA TCCCAGCAACATGCAGCTCGGTTAGCTCTCCGTGCCATATATCTTGCAAAAGCAGTTTCTCTTGGACTGCAGGCTGTTCA AATCCATTATGGCATTCCTCACAAGAGCACATTGTATCGGCAGTTTTTGACCAGTGAAGTTTCACGAATCAATTACTTAG GGTACAGAGCTTATCGTGCTGTGCCATTCCTTTATGAATTACGATGTGTACTTGACTGGTCATGCACAACTACATCCCTC ACCATGTATGACTGGCTAAAGGTATATGTAAATATTTATTTCTAAATCATTATCTTTCATCCAAAAAATTCCATCATTGG ATGCCTTTTGGCAACAACTTAGATAAATTCCATGTTCACTGATTTATCTTTAGTACTACCCTCAGCTTGAGTACTGTTTG CAAATAATTGATTGATTGAATCAAAATTCACATTTGAAGTTTGTCTCTGTTAAAAGACTGAGTATAACAACTCAGGCATC ATATTTTACTCTACAACATAAATGCACTAGGAGATTTTTCCTGTTGCCGCTTGCAAGTTGCAATACTTAGTGACATTGAT AAAGACGTGATAGAAAAGCTGCTTTAGTATATATGCATCCACCATTCCTGGTACTTTAATGTCTCCTACCTTTTTCCTTC TGGAGGTTAATTTCAAACTGATTTTGTTGTTGGATTCGCCTCATGCATGTCTTTGCACCAACACCTCTATTCTTGAGTTG TCGATTGATTGCCGGAAATTTTGCTTTGTGTTTTTTTGTTATCGGTTGCTGTGACCTTTCTTCCCTTGAAGAATTTTACA TTGCCTCATTTATTTTTCCGCCCATAACAGCTACCAGGAAAATGAATATTGAGATTTTGTGAAATCTATGAAAAGTGTGT TAAGTACATAGTTTTTGAAGTTTTATTTTACAGACCTTCAATCTAAAACTTGCTTCTGCTTGAAAATTTCATGATCTCAT GACCAGCAAAAGATATCACTACATATTCTTGGTAACACCAACCTATTCTAAATGGAAGGGCAAAAAGAAAAACTATTTAT AATGATTAACCAAAGTTTCTGTCTTGAAAATAAAATGGTGATTTTTGTTGGGTATGGTCTGCGTATTTATTTGGTAGTGT CTTTACAATTTGAGATGGTTGCACTGTTCTTAAATTGTTTGTTAAAGAAAAGAAAAAAGTAATATTATGTATTCTACAGT CAATTCCTACCATATATCATTAGGTAAAACGTTAGTAGTGGTTGTATTTTCCTGGAGGTGAATGTCTTCTAGGACATTAG TAGGTATCTATTAGATTTTCTCTGTGGTATTAACAGGACTTTTTAAATCAACTTTTTCTGTATTAGTGCGTACGAAAATC AATTAGGAGGAGCTTCTTTTACAATTTGTGCTGTTTTTTCTGCTTCTAGGGTATGTTTAGTTTGGAAACTCACACCTGCA TCTTTTTTCCCCATTTTGATAGCTTGAGGACATAAATGCAAGTTTGTACCTTGTCAAATGTGATTCAGTCTTGAATAGAG CTACACACAAACCAGGAGAGAAGCAAACAAAATGCACCAAATGCTTCAATGGAATATTGCTGTTCTTTGTATTAATTTGT GTTATATGGGCTCCAATGCTGGTAAGAAAATTATAAAAGCGTTGATTTCATAACTTACTAATAGCAGCAAGTTCTCTTTT TTCTTTTTTCATTTTGACACTTTTGCTTTATCAGTATGTTAGCATATGAACCTTGGTAACTGAATGGAATTTCAGTATGC ATAGTTGTTGGCTTTAGAGCTTAAGTTAAAGTGTTACTTATCGGCTTGTACATAGCTGGTCTATTAGTTCTGTTGGTTTT CTGTTAACAGTCAACAGATTCCGTCAGTGACTGTAACATTTACCCACTATCACTAGTGTATAAATACTCATGTATCTCTT CGGTACACAAGTTAATAGAATCATATTTACACAAACATTTCCCCACTATCTGTTGGATTTGATAATTTGATGTAAAATAA AAAAGGTTGCCAGTTAATTTTTATAATATCTTTAGTAGACTCATATGTCCTCAATTACTTGCTAACATGCCTATTTTAAG GTACCTACAAAACCATCAAGTTTGGTAAAAGCATAATAATAATTTTAATAGAAAATGTTTATAAGTGGTTTTATTAATTT TAGTTAAGTGTTTTTTCTTTTCAAATATAATTTGATAACAAGGCTTACTTCTCAATAACTCCTTCTGAGAATGTTGATGT TGGGCATTGTTCCTGGTTATGTTGGCCATTGCAACAGATAAACTTATAAAGTATGTATTTTCTAATTTTTTCCTTACAGA TGTACAGCAGCGGTAACCCCACAAATATTGCAAACCCAATTAAAGATGCTAGCTTTCATGTTGATATCAAGACAGAGGGT GGAAGGTTGAATTTGTATGAAACTACTCTATGTGAAAGAATCCGGTGGGACTCACTAAATTCTGATGTAAATCCTGACCC CTATGGCTATTTGGATGCATATAACAAGAATGATATCCAGTTAATATGCTGTCAAGCTGATGCTAGTACATTGTGGCTTG TTCCGCATGTTGTTCGGACCAGATTGATTCAGTCCCTTGAATGGTATACTGACATGGAAATTTTTTTCACTTGGATGCTT TCAAGGGACAGACCAAAAGGAAAAGAAGCTGTGAAATATGAAAAGGCTGTTGATCCTCAATATCTTCCAGCAAAGTCTGA TGTTCAAAAGGTTCTTAATGGATCTATGAACAGCTTTAGGATTTATAATGTTTATCCAAGATATTTCCGTGTCACTGGTT CAGGTGATGTTAGACCATTGGACGAGGTAATCATATTCCGAATACTTAACTCTCTTTATTAACTTTTCTTGTTTCTTCGT TCTAATATTTGTTGCTTGTGATTCTATATATATGGGAAAATAATTGCATACTGGCATTCCACCAGTAGAAGCTAATCGTC TTTGCTATCAACTGTTGTAATCTTTCCAATAACACAGCAATCTTTCCTTCAATCTTATTGGGTGATTGGATTTAAATTAG AAATTACTAAAATTTTGTAATCAAAGTGATAGTCACGAAGAAAGAGAGGTTGTGCTCACTTCTCAAGTTATTGTAATAAA ATTATATTTGCTTTGCGTAATAATGCTTCTAAATTACAATTAGAAAATTCAAAATTTTATTTTTCAGGACCGTGATGTTA GTGCTGATCTCATTATAAATCATGATCAATTTGACTGGTGGTCCTTCAAAGATATTAATCCATCAAATCTAAGTGGGTTT TGTGGAGGTTTGACGGGACCTATGGCTATCATTGTATCCGAGGAAACACCACCACGTAAGTTGGCTGTGGATTTTTTCTT CTTGAAACTCTTCCCCTAGTACTATTATTGCCTGGACCTTGTACAACGCTTCTAAACTTTTAATACTGTTTCAGAGGGTA TTCTTGGTGACACACTGAGCAAGTTCAGCATATGGGGGCTTTACATAACCTTTGTTCTAGCGGTTGGACGCTTTATCAGA CTCCAGTGCTCTGACTTAAGGATGAGAATTCCCTATGAGAACCTACCTTCCTGTGACAGGTACTACAGAATCCTTTCACT GAACTCGAGTCATTCTCCCATGTGATTGTTCTTTAAGATACATCCTGCAGTAACTTATGTTACTTCTTGCTGCATTTTCT CGTGTAGGTTGATAGCAATCTGCGAGGATATATATGCTGCAAGGGCTGAGGGTGAGCTTGGAGTTGAAGAGGTCCTTTAT TGGACACTAGTGAAGATATATCGGTCCCCGCACATGCTGCTTGAGTACACCAACCCTGATTAAAACTTTCTGGGTTGAGT ACTAGCTTCTGGTCACCAAACGCTAACTATGCTCAAGGCTAACTTTCAGAGCTCAGAGCAGTACCATTCAAGGTTGAAGC CCCCCACAGTAAGATTTGTGTGTTTATATTTCTTTTCATCTAAATCTTTTGAGAGACATGAATTTCCATTAAAAGTCCTT TTAAGTTTTGCTAATGGAAATCCAAACACAAACACTGCAGCATTTTTTGTGCGTTGCTCGTCACAGTTTTGAATCACACA TTGGCGAGGATGGCATTGTGATTTATGACTGTAATTAGACACTGATTTCAGTATTCTTTTTTGGGGGGCCAATCATGTAT ACAATGTACAACGCAATCAAATCCAGTTACATAGTGAAGTAAATATGTATAGCTGTTAATGGGAGTGTTCTGTGCCACCC TTCTCTCGCCTTTTAATCACAAAACTGCATGATTAATTCAATGGAAATGAAAATAGAACTTCAATCTATTAAACATGACT GTGTAACATAATTAGATGCCTCATCTTATAAAAATAAGTAAATTCCGTTTCTCTCAAATTTACTAATTGTTCACGTCAAT TTTGAGTATTGCTACGTATTCAATATTGGTTCATCAATAGCAGTAAAATGAAAAACATTACACAGCCATCTTGTAGCTTT TTTCTTTTACGTTAATTTCATGTTCACTATGGAATTCTAAGTAAATGCTAATTCTAAAGGTCTCATTTGACTATACATCT TTCTTTCCCATTTGATATTGAATCACATATGACATAAATTCAACAACTAGTAATGGTTTAATTTGAAAGGAAAAATGGCA ACTAATAATGCTCATTTACTCATTTAATTTTCTACGTTTGATGACTTAAAAGTTTTAAGAACAACTCCTTTTATTATGCC ATATTGCCATGGTTTTTATTGTATAATTTATGTTTAGTTTTTGTGGTTTCAATTTAAAAAAAAATTAACTTCATAAAGCC AAGGTTTTTGCCACCACAATAAGAAATCTTCAAACAACTTCGCCGTCAGCTGACATGCTAGAGTGTGTGTAATGTTGGAG TGTACTGGCATTCTGGCAATAATAGTGTGCCAATGGTCACGCCGGTGGAGGGTGTTGGATGGTTTTCTGTTCTGAAGTGC AGTGATGCTAACGGTGGAGAATTCTAAATGGTGACAACAATGACAATGAAGGCTATTAGGTGATGATGGGGGAGGCCTCA CATTGGTTGTGGTGAAGAGTGTAGGATGAAAATAGTGGAGAAGAGTGAGGTGATGGTGGGTGATGGCAATGGTGGAGAGT GAGAGGCCGGGGCGGTGATCGTGGGGATGGTATTGGTAGATGGCCATGGTGAAGGTACTGGGGCAGCAGCAATGATGGCA TCAACATAAGGTGCAATGTGGTGGCCACAGTGACAAATACCAAATGATAGTGGTGGAGGCATTGAGTGATGATGGTGGTA GAGAGCATCGTATTGCAGTATTGGTTGATATCTAGTGGCAGTGGCGGCTGTGGAAGTTATTGGGTGGTGGTCATTGTGGA GGGTACTGCTGACCTACCGGGTAGTTGAGGTGGTCGAGAAGGTTGTCTTGGTTGTGGTGTTTGAGGTTATTGAGTGGCAG CTGCGAGAATTGGGTGGCAACAACTACAAAAGCTATCTAATAACGGTGGCAAGATAAAGGATAGTGGTGAGATACATTCT TAATTCTAAAACTATAATTAAAAAAAATATTTTTAGTTTTGAAATATTGGCTAAAATCATGGAGAAAGTGAAGTAATAAT CATTTTAACTCCATATTAGCCTAACACATTTGCATTGAGATTTATTTTTAACTTACAAACG

Download Genomic Sequence

CDS sequence (LotjaGi5g1v0259600.3) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGGCGGAATTCCTCACCGGCTTCGTGCTTCCTTCGCTGCTTCTAACAGCTTCTTTAATCAACTGGAGTTTGATCTCTCT TATTGATTTGATAGCCTTTCTTCTCATTCTGTATAATGTATCACAATTAGGATTTCATTTCCGAAGGAGGTTTTTGTTAT TGTGGTCAATTGTTATATTTTCTGTTGTTGCAATACTTTCTCAAGTGACTTATCTGGTAATATGGGCTGTTAAACAAACG TCTTGGAGCATATCAGATGTTTGGTGGGCAAAGCTGATTGGGTTTATGACAATTCAGTCTTGGAAATATCCTTATGTAAT TTATTTCTTGGTTATACAACTGCTCGCACTTCTTGTTGCTTTATTTGATATATATGGGAAGAGGCATTTTCTAAATACAT GGCAAGACTCACGTTGGGGTCATTTTCTATCAATTGTCGAACATTTAGGTTCTCATCTTCGAGTGGCGTCTTGCTTGCTG TTGCCTGCCGTTCAGCTAATTGTTGGAATTAGCCTTCCGTCATGGGCCTCACTGCCTTTTTTCATTGGTAGTTGTGTTGG CCTTGTGGATTGGTCTTTAACGAGCAACTTTCTTGGGCTTTTCAGGTGGTGGAGGCTTCTTCAGCTGTATGCAGGTTTTA ATATTTTCTTGCTTTACGTGTATCAACTTCCAGTGGAACAGCCAAGTGTGATTCATCGGATGGCTGATTTAATTGGTCTT TACAAAATATCCTCAAATTCTCAGTGGCCCGAAATTTGTTCTTGCCTTTCTCTCGTATTTTACTATATAATGCTCTCTTT CACTAAATCTGATTTGGAGGAGATGAATTTTATTATTTCCAGGACAGATTGTAGCTTGACGGAGCAACTTCTACCCTCTA GGCATTCATTTTTCATCCGTGAATCAAGGTCTGGTGTGAGGCACACAAATGTTTTACTCAGAGGAGCTGTTTTTCAGACT TTCAGTATCAACTTTTTCACGTATGGTTTCCCGGTTTCCTTGTTTGCACTTTCCTTTTGGAGCTTTCATTTTGCGAGTTT ATGTGCATTTGGGTTACTTGCTTTTGTTGGCTACATTATCTATGCCTTCCCTTCCTTATTTCGTCTGCACCGATTGAATG GGCTACTTCTCGTCTTCATCCTCTTGTGGGCTGTTAGCACCTATATATTTAATGTGGCATTTACATTTCTGAATTGGAAA CTTGGACGGGACATGAAAATCTGGGAGATGGTCGGTCTGTGGCACTATCCAATACCTGGGTTTTTTCTTCTGGCACAATT TTGTCTTGGAATTTTGGTTGCATTGGGTAATCTTGTGAACAATTCTGTTTTCCTCTACTTGTCTGATGAAGGTGGGCAAT CTTCAAATGACAATGTATCAGTAAAAGCTGAGGGTGAGACTAAGGCATTGATCGTGGCAACAATAGCCTGGGGATTGCGC AAGAGCTCTCGAGCTATCATGCTGGCATTGATCTTTATCATTGCTATAAAACCCGGTTTCATTCATGCAGTATATATGAT CTTCTTCTTGATGTATCTTTTGAGCCACAATGTCAGCAGAAAAATGAGACAAGCACTGATTCTTCTATGTGAGATTCATT TTTCCCTGTTGTATGTTCTTCAAATTGATTTGATCTCCGCAGCATTGGAGAAAAAAGGTTCTGTTAGCATGGAAGTTGTA ATGCAATTAGGCCTCCTTGAAGAAGATAGTGCTTGGGATTTCTTGGAAGTAGCTTTACTTGCATGCTTTTGTGCAATTCA TAACCATGGTTTTGAGGTGTTATTTTCATTTTCAGCAATCATACAGCATGCCCCCAGCCCTCCTATTGGATTTGGCATCT TGAAAGCTGGTCTTAACAAATCTGTTCTTTTGTCTGTATATGCTTCCTCCTCTGTGAGAAACAGTGATGAAAGTTTCTCT AATGAAAGAAGAATAGCATCTTACCTGAGTGCAATTGGGCAGAAGTTCCTTTCTATATACCGGTCTTGTGGCACCTACAT TGCTTTTCTGACTATTCTTTTCACAGTGTACATGGTGAGACCTAATTACATATCATTTGGCTACATATTCCTTCTCCTTC TATGGATTATCGGAAGACAACTTGTTGAGAGAACAAAAAGACAGCTTTGGTTTCCATTGAAAGTGTATGCAATTTTGGTG TTTATCTTCATATATACTTTGAGCAGTTTCTCAAGCCTTGAGATGTATTTGTCCAAATTAATAGATCTCTATTTTTATCT GGGATACGACTCTAAAGCATCTTCATTTCATAATGTTTGGGAGTCTTTGGCAGTCTTGGTTGTTATGCAACTTTATAGCT ATGAGAGAAGACAGAGCAAGCAGATCAGGCAGGAACAAAATCAACTGGATTCACCAGAGCCAGGGATACTTGGGTTTATC AGGCGATTTCTTATCTGGCACAGCCAGAAGATCTTGTTTATTGCTCTGTTTTATGCATCTTTGTCCCCAATTAGTGCATT TGGCTTCTTGTATCTTCTTGGCTTAGTCTTCTGCTCCATTTTACCTAAAACTTCTAGTGTCCCGTCCAAATCATTCTCAG CATACACAGGTTTTCTGGTGACAGCTGAGTACCTTTTTCAGATGTGGGGCAAGCAAGCTGAAATGTTTCCTGGGCAGAAG TACTCTGATATATCTCTTTTTTTGGGTTTCCATGTATTCCAGCCAGGCTTTTGGGGTCTCGAATCAGGACTGAGGGGAAA AGTGTTGGTCATTGTGGCCTGTACCCTTCAATACAATGTCTTCCGTTGGTTGGAAAGGATGCCAAATACAGTTCTATGCG AAGGAGAGTGGGAAGAGCCTTGTCCTCTATTTGTGTCCACAGAAGATGCATTTGATGATGCTACTCCATGCAATATGGAA AGTAAAACATCATGCAATTCATATCCCCCTTCTTCAATACAAGAAAATGTGTCTAGCAAGTCATTGAAAATTACAACTTC TGGTTTTTCTCAAGCACGTGATATTTCATCCTCTAAAACTGGAGGTTCTGACAGTAACAGCAGAAAATATTCATTTGGGT TTATCTGGGGAAGCAACAAGGAGAGTCATAAGTGGAACAAGAAGCGGATTGTTGCTTTGAGAAAAGATCGATTTGAAACA CAAAAAACTGTCTTAAAAGTATATTTGAAATTTTGGATGGAGAATCTGTTTAATCTGTTCGGTCTAGAGATAAACATGAT ATCATTACTACTGGCAAGCTTTGCCTTATTGAATGCACTATCCATGCTGTATATTGCACTGCTTGCTGCTTGTATTCTAC TTAATCGGCAAATTATACGGAAAGTCTGGCCCATATTTGTCTTTTTGTTTGCTTCCATTCTCATCCTGGAATATTTTGTC ATCTGGAAGGACATGTCGCCTTTAAGTTCCCATGATCCAAGTGAGATTCATTGCCATGACTGCTGGGAAATTTCAACTCT GCATTTTGGTTTTTGTGAGAAATGTTGGATTGGACTTGTGGTCGATGATCCTCGGATGTTGATTAGCTACTTTTCAGTAT TCATGCTGGCTTGCTTCAAACTTCGTGCTGATCGGCTGTCTAGCTTTTTAGGATCATCAACATATCGTCAGATTCTGTCT CAACGTAGAAACACATTTGTCTGGAGAGATCTCTCTTTTGAAACTAAAAGCATGTGGACATTTGTTGACTATTTGAGGCT TTACTGCTACTGCCATCTGTTAGATCTTGTGCTGGTATTAATATTGATTACTGGAACACTCGAGTATGACATTTTGCATC TTGGTTATCTTGCCTTTGCTCTGGTATTTTTTCGCATGAGACTTGAAATACTGAAGAAGAAGAACAAAATATTCAAGTTC TTGCGCATATACAACTTCTCTGTTATTGTTCTTTCTCTTGCTTACCAATCTCCTTTTGTTGGGGGACCAAGTTCTAAGAC TGGGAAGTGCGAGACAGCAAATTACATCTTTGAGATGATTGGTTTTTATAAATATGATTACGGTTTTCGGATTACTGCAA GATCTGCAATTGTAGAGATTATCATTTTTGTGCTGGTATCACTTCAGTCATATATGTTTTCCTCGCAAGAGTTTGATTAT GTATGTCGCTACCTGGAAGCAGAGCAAATTGGTGCAATTGTACATGAGCAAGAGAAAAAAGCTGCATGGAAAACTGATCA ACTACAACAAATTCGTGAAAATGAGGAGAAAAAAAGACAGCGAAACATGCAGGTGGAGAAGATGAAATCTGAAATGCTCA ACCTGCAAATACAACTCCACAGCATGAACACATCCACTAATTGCATTGATGGATTTTCTCACCCTGGTGAGGGTCTAAGA AGGAGGAGGAGTACTTCTATTACATCAAATATTGGCTTTGGAATTCCTGATAAAGAAGACCAGGGTCTGGGAAGACTAGA TTATGCAATAAGAGAGGATTCTGTTTTTCCAATTGAACGGCATGAATCGTCTACTTGCCCAAATGTGGAAACTCCATTAA CAGAGGAGTACATGAAGTATTCAGTGGATTCTCCGTGTTGTGAAATTACTGAAATAGATATTGATACTTCTTCTAGTGAT TCAGGAAAAAAGGAGAAAGTTATAGGGCAAGCAAAAGAAAACCCACTGAAGTCTGCTGTACAACTAATAGGTGATGGTGT TTCCCAGGTGCAGTCCATTGGAAATCAGGCAGTCAATAACCTAGTGAGCTTTCTGAATATTTCACAAGAAGATTCTGATT CAAATGAGCACACAAACATTGAGGACCAGATATATGACGAGATGGAGAGTCAGAAAACGCAGCATATATTCGTGGAGCGT TCTTCATCTTTGCAGTCTGATAAGAGTTCTGATGCTGCGAGTCTGCAGTTAGGAAGGATCTTTCGTTATATATGGTACCT AATGCGTTCCAATAATGATGTAGTATGTTACTGTTGCTTTGTTCTGGTCTTCTTATGGAACTTCAGTTTGCTATCAATGG TGTATCTTGGGGCTCTCTTCTTGTATGCTCTATGTGTAAATACGGGCCCAAGTTACATCTTCTGGATTATTATGTTGATC TATACAGAAGTTTATATTTTACTTCAGTATCTGTATCAAATTATCATCCAGCACTGTGGACTGAATATTGATCCCTCTCT GCTGAGAGAATTAGGTTTTACAACCCACAAAATCACGTCTTCATTTGTTGTCAGTTCATTACCTCTCTTTCTGGTGTATT TGTTTACCCTCATTCAAAGCTCTATAACACCTAAAGATGGTGAGTGGATGTCTTCTACTGACTTCAAATTTAAGAGGAAT GGTCTCCACACAAAAGATAACCCCACTCGATACAATTGGCAAGAGAGAGCATGGGCTTTGCTAAATCAGATGACTAATAT GGTAATGTGGATAATCAGATGCTTTTATAGGTACTGGAAATCACTCACACAAGAAGCAGAGTCTCCTCCTTATTTTGTTC AGGTGTCTATGGATGTCAACTTCTGGCCTGAGGATGGGATTCAGCCAGAGAGGATTGAATCAGGAGTTAATCAGTTTCTC AGAGTTGTCCATAGTGATAAGTGCAAGGAAAAGAACCCAAATGTTTGCTCTTCTTCTAGTAGGGTTAATGTTCAAAGGAT TGAAAGAAGCCAAGAGAACCCCAATGTTGCTCTAGTTGTTTTGGAGGTTGTGTATGCATCACCCGTTCTTGATTGTTCTT CAGCAGAATGGAATAAGTCCTTAACTCCAGCAGCTGACGTAGCCAAGGAAATCCTCAAAGCTCAGCATGCAGGTTTTGTG GAAGAAGTGGGATTCCCTTACCGTATTCTTTCTGTAATTGGTGGAGGCAAGAGAGAAATTGATCTGTATGCCTACATATT TTGTGCAGATCTAATTGTATTCTTTCTTGTTGCCATCTTCTACCAGTCTGTCCTAAAAAATAAAAGTGAGTTCCTAGAAG TTTATCAGCTTGTAGACCAGTTTCCGAAAGAATATGTCTTTGTTTTGATGGCTATCTTCTTCTTGATTGTTCTTGATCGT ATAATATACCTCTGCTCATTTGCCACGGGGAAAGTGATTTATTATATTTCCAACCTCATTATCTTCACATATTCAGTTAC AGTGTATGATTGGCAATTGGAGCCATCCCAGCAACATGCAGCTCGGTTAGCTCTCCGTGCCATATATCTTGCAAAAGCAG TTTCTCTTGGACTGCAGGCTGTTCAAATCCATTATGGCATTCCTCACAAGAGCACATTGTATCGGCAGTTTTTGACCAGT GAAGTTTCACGAATCAATTACTTAGGGTACAGAGCTTATCGTGCTGTGCCATTCCTTTATGAATTACGATGTGTACTTGA CTGGTCATGCACAACTACATCCCTCACCATGTATGACTGGCTAAAGCTTGAGGACATAAATGCAAGTTTGTACCTTGTCA AATGTGATTCAGTCTTGAATAGAGCTACACACAAACCAGGAGAGAAGCAAACAAAATGCACCAAATGCTTCAATGGAATA TTGCTGTTCTTTGTATTAATTTGTGTTATATGGGCTCCAATGCTGATGTACAGCAGCGGTAACCCCACAAATATTGCAAA CCCAATTAAAGATGCTAGCTTTCATGTTGATATCAAGACAGAGGGTGGAAGGTTGAATTTGTATGAAACTACTCTATGTG AAAGAATCCGGTGGGACTCACTAAATTCTGATGTAAATCCTGACCCCTATGGCTATTTGGATGCATATAACAAGAATGAT ATCCAGTTAATATGCTGTCAAGCTGATGCTAGTACATTGTGGCTTGTTCCGCATGTTGTTCGGACCAGATTGATTCAGTC CCTTGAATGGTATACTGACATGGAAATTTTTTTCACTTGGATGCTTTCAAGGGACAGACCAAAAGGAAAAGAAGCTGTGA AATATGAAAAGGCTGTTGATCCTCAATATCTTCCAGCAAAGTCTGATGTTCAAAAGGTTCTTAATGGATCTATGAACAGC TTTAGGATTTATAATGTTTATCCAAGATATTTCCGTGTCACTGGTTCAGGTGATGTTAGACCATTGGACGAGGACCGTGA TGTTAGTGCTGATCTCATTATAAATCATGATCAATTTGACTGGTGGTCCTTCAAAGATATTAATCCATCAAATCTAAGTG GGTTTTGTGGAGGTTTGACGGGACCTATGGCTATCATTGTATCCGAGGAAACACCACCACAGGGTATTCTTGGTGACACA CTGAGCAAGTTCAGCATATGGGGGCTTTACATAACCTTTGTTCTAGCGGTTGGACGCTTTATCAGACTCCAGTGCTCTGA CTTAAGGATGAGAATTCCCTATGAGAACCTACCTTCCTGTGACAGGTTGATAGCAATCTGCGAGGATATATATGCTGCAA GGGCTGAGGGTGAGCTTGGAGTTGAAGAGGTCCTTTATTGGACACTAGTGAAGATATATCGGTCCCCGCACATGCTGCTT GAGTACACCAACCCTGATTAA

Download CDS Sequence

Protein sequence (LotjaGi5g1v0259600.3) extracted from Lotus japonicus Gifu v1.2 Proteins.

MAEFLTGFVLPSLLLTASLINWSLISLIDLIAFLLILYNVSQLGFHFRRRFLLLWSIVIFSVVAILSQVTYLVIWAVKQT SWSISDVWWAKLIGFMTIQSWKYPYVIYFLVIQLLALLVALFDIYGKRHFLNTWQDSRWGHFLSIVEHLGSHLRVASCLL LPAVQLIVGISLPSWASLPFFIGSCVGLVDWSLTSNFLGLFRWWRLLQLYAGFNIFLLYVYQLPVEQPSVIHRMADLIGL YKISSNSQWPEICSCLSLVFYYIMLSFTKSDLEEMNFIISRTDCSLTEQLLPSRHSFFIRESRSGVRHTNVLLRGAVFQT FSINFFTYGFPVSLFALSFWSFHFASLCAFGLLAFVGYIIYAFPSLFRLHRLNGLLLVFILLWAVSTYIFNVAFTFLNWK LGRDMKIWEMVGLWHYPIPGFFLLAQFCLGILVALGNLVNNSVFLYLSDEGGQSSNDNVSVKAEGETKALIVATIAWGLR KSSRAIMLALIFIIAIKPGFIHAVYMIFFLMYLLSHNVSRKMRQALILLCEIHFSLLYVLQIDLISAALEKKGSVSMEVV MQLGLLEEDSAWDFLEVALLACFCAIHNHGFEVLFSFSAIIQHAPSPPIGFGILKAGLNKSVLLSVYASSSVRNSDESFS NERRIASYLSAIGQKFLSIYRSCGTYIAFLTILFTVYMVRPNYISFGYIFLLLLWIIGRQLVERTKRQLWFPLKVYAILV FIFIYTLSSFSSLEMYLSKLIDLYFYLGYDSKASSFHNVWESLAVLVVMQLYSYERRQSKQIRQEQNQLDSPEPGILGFI RRFLIWHSQKILFIALFYASLSPISAFGFLYLLGLVFCSILPKTSSVPSKSFSAYTGFLVTAEYLFQMWGKQAEMFPGQK YSDISLFLGFHVFQPGFWGLESGLRGKVLVIVACTLQYNVFRWLERMPNTVLCEGEWEEPCPLFVSTEDAFDDATPCNME SKTSCNSYPPSSIQENVSSKSLKITTSGFSQARDISSSKTGGSDSNSRKYSFGFIWGSNKESHKWNKKRIVALRKDRFET QKTVLKVYLKFWMENLFNLFGLEINMISLLLASFALLNALSMLYIALLAACILLNRQIIRKVWPIFVFLFASILILEYFV IWKDMSPLSSHDPSEIHCHDCWEISTLHFGFCEKCWIGLVVDDPRMLISYFSVFMLACFKLRADRLSSFLGSSTYRQILS QRRNTFVWRDLSFETKSMWTFVDYLRLYCYCHLLDLVLVLILITGTLEYDILHLGYLAFALVFFRMRLEILKKKNKIFKF LRIYNFSVIVLSLAYQSPFVGGPSSKTGKCETANYIFEMIGFYKYDYGFRITARSAIVEIIIFVLVSLQSYMFSSQEFDY VCRYLEAEQIGAIVHEQEKKAAWKTDQLQQIRENEEKKRQRNMQVEKMKSEMLNLQIQLHSMNTSTNCIDGFSHPGEGLR RRRSTSITSNIGFGIPDKEDQGLGRLDYAIREDSVFPIERHESSTCPNVETPLTEEYMKYSVDSPCCEITEIDIDTSSSD SGKKEKVIGQAKENPLKSAVQLIGDGVSQVQSIGNQAVNNLVSFLNISQEDSDSNEHTNIEDQIYDEMESQKTQHIFVER SSSLQSDKSSDAASLQLGRIFRYIWYLMRSNNDVVCYCCFVLVFLWNFSLLSMVYLGALFLYALCVNTGPSYIFWIIMLI YTEVYILLQYLYQIIIQHCGLNIDPSLLRELGFTTHKITSSFVVSSLPLFLVYLFTLIQSSITPKDGEWMSSTDFKFKRN GLHTKDNPTRYNWQERAWALLNQMTNMVMWIIRCFYRYWKSLTQEAESPPYFVQVSMDVNFWPEDGIQPERIESGVNQFL RVVHSDKCKEKNPNVCSSSSRVNVQRIERSQENPNVALVVLEVVYASPVLDCSSAEWNKSLTPAADVAKEILKAQHAGFV EEVGFPYRILSVIGGGKREIDLYAYIFCADLIVFFLVAIFYQSVLKNKSEFLEVYQLVDQFPKEYVFVLMAIFFLIVLDR IIYLCSFATGKVIYYISNLIIFTYSVTVYDWQLEPSQQHAARLALRAIYLAKAVSLGLQAVQIHYGIPHKSTLYRQFLTS EVSRINYLGYRAYRAVPFLYELRCVLDWSCTTTSLTMYDWLKLEDINASLYLVKCDSVLNRATHKPGEKQTKCTKCFNGI LLFFVLICVIWAPMLMYSSGNPTNIANPIKDASFHVDIKTEGGRLNLYETTLCERIRWDSLNSDVNPDPYGYLDAYNKND IQLICCQADASTLWLVPHVVRTRLIQSLEWYTDMEIFFTWMLSRDRPKGKEAVKYEKAVDPQYLPAKSDVQKVLNGSMNS FRIYNVYPRYFRVTGSGDVRPLDEDRDVSADLIINHDQFDWWSFKDINPSNLSGFCGGLTGPMAIIVSEETPPQGILGDT LSKFSIWGLYITFVLAVGRFIRLQCSDLRMRIPYENLPSCDRLIAICEDIYAARAEGELGVEEVLYWTLVKIYRSPHMLL EYTNPD

Download Protein Sequence

Domain prediction

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	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1	19	19	-	–
PANTHER	PTHR47049 View details on PTHR47049 Search for proteins/transripts with this domain View external data on PTHR47049	5	2486	2482	0.0	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	15	37	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	20	40	21	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	41	51	11	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	50	72	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	52	77	26	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	78	104	27	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	104	126	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	105	125	21	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	126	152	27	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	153	172	20	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	166	188	23	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	173	177	5	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	178	199	22	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	200	205	6	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	203	225	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	206	224	19	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	225	248	24	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	249	267	19	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	268	310	43	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	311	330	20	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	311	330	20	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	331	341	11	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	340	362	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	342	363	22	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	364	374	11	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	375	397	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	375	396	22	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	397	415	19	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	416	439	24	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	417	439	23	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	440	484	45	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	485	514	30	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	488	510	23	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	515	525	11	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	525	547	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	526	549	24	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	550	658	109	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	657	679	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	659	677	19	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	678	682	5	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	683	702	20	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	683	702	20	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	703	713	11	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	714	737	24	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	715	737	23	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	738	756	19	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	757	774	18	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	757	774	18	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	775	810	36	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	811	833	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	811	832	22	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	833	851	19	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	852	869	18	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	870	880	11	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	881	898	18	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	899	903	5	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	904	921	18	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	922	1042	121	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1043	1061	19	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1062	1066	5	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1067	1089	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1067	1095	29	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1096	1101	6	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1102	1121	20	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1102	1121	20	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1122	1165	44	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1166	1183	18	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1166	1183	18	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1184	1226	43	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1225	1247	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1227	1245	19	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1246	1250	5	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1251	1268	18	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1251	1268	18	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1269	1279	11	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1280	1299	20	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1280	1297	18	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1298	1326	29	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1327	1348	22	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1331	1353	23	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1349	1633	285	-	–
Coils	Coil View details on Coil Search for proteins/transripts with this domain	1388	1411	24	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1634	1660	27	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1634	1656	23	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1661	1671	11	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1671	1688	18	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1672	1692	21	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1693	1721	29	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1721	1743	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1722	1742	21	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1743	1776	34	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1777	1796	20	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1777	1796	20	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1797	1941	145	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1942	1965	24	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1943	1965	23	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1966	1984	19	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1985	2005	21	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1985	2007	23	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	2006	2011	6	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	2012	2031	20	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	2012	2029	18	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	2032	2042	11	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	2043	2067	25	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	2044	2066	23	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	2068	2155	88	-	–
Pfam	PF12166 View details on PF12166 Search for proteins/transripts with this domain View external data on PF12166	2095	2484	390	4.4E-112	IPR031334 Show description in modal box View details on IPR031334 Search for proteins/transripts with this domain View on EBI InterPro Service
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	2156	2177	22	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	2157	2179	23	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	2178	2403	226	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	2404	2421	18	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	2404	2421	18	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	2422	2486	65	-	–

Gene function (GO predictions)

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 April 27, 2020, while the GO metadata was last updated on April 27, 2020.

Unable to find any GO terms for the transcript with the identifier.

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Expression data

Expression pattern

Expression pattern of LotjaGi5g1v0259600.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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