Transcript — View — Lotus Base

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LotjaGi5g1v0259600.4

Overview

Field	Value
Gene ID	LotjaGi5g1v0259600
Transcript ID	LotjaGi5g1v0259600.4
Related isoforms 8	LotjaGi5g1v0259600.1 LotjaGi5g1v0259600.2 LotjaGi5g1v0259600.3 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_chr5:56794381..56819365) extracted from Lotus japonicus Gifu genome v1.2.

CTGTTCCCTGTTTTAAAAGGTCTTGTATTATGGAAGTAGCTATTACTTAGTTGCTGGTTTCAAAGTTTTGTATAGTAAAC TGTGAAAATGACTTTTTGAATAAAAAACGGTGTAAACAACATTTGTATTGAAAACAATCAAAACAACTTTATGTACACAT TTGTGGATATGTAATTCATTGTTGAAGTATGTGCTCATTTTATATGCTCACTTTTTTGCAGCTTCTTTAATCAACTGGAG TTTGATCTCTCTTATTGATTTGATAGCCTTTCTTCTCATTCTGTATAATGTATCACAATTAGGTAAGCTGCTTTGTTCTT TCTGTTTGGAGGGTTATTATTTCTTAAAATATTTTGCTTGGAATATTAAATTATAATTTTTTGTTTATCAAAATGTGGAA ATGACTTCCTTAGTCCTTACTATTAGATTTGTTCATAAAAGGGACCTCTTCCTTCTCTACCATGGGAATTCTACATAAAA AGGGGAGCACTTGCCCTCCTTTCTTTTTGGGCTCTTTGATTGCTGTATAGTCGACAGATCACATTTGTCATTTGTTGGGC AAACCTCTTTAGAAGTCCAGCATTTTCTTCTGTATGCTAATCTGTGAGGATGTAGTCCACCTGCAATTTTAAGAGGTTTT GAGTGGAAATCATAGAAAAGAAAGAATAAGGAACAACCAATTCTATCGTCGTGTCAATCAGTGAATAGCGCCCCCTTTGA TTTTGTACGAAAACATAATGAGTTGGATTTGCTTCTGTTTGAAGGAGGACTTGGTAGGTTTCCTTATGAATGTTTATCTT TATATGTGCTTAGTTGTTAAAACTTGATCCTTGAGATGATAATTATGAAGACGCTATTCATATGGGTTGGTTTTTTATGA TATTGTTATTTGAAACCTATGAATTCTGATCTAGTTATTCTATGAGTTTACTATACAAGAAAGCAATCTCAGTGTCACAG AAATGAGAATGTTACGATGGTTGATTGGATATACAACACAGGATAGGATTCAAATACAAATCGGGAGAACATGGCACCAG CTAGGAGGGTTGTCCAGATGGAGGGTAGTCCTATAACTAGGGTTAGAGGTAGACTAAGAAAAACTATAGATTAAACATTT ATGAGAGATAAAGGGGTAAAAAGTATATTTAACTTTAGTACATGATGTAGCTTATGGTGTCACTTGATTCATATAGCCAA CTCTTATTGGAAAGACTTGGTGGCTGTTGGACATTATACAAATGTATATGCAAGCTGTACATAAAAAAGAAACACCCAAA ACTTAGAGAAATAACACCCAAGACTTAGGGATTGGAAGAGATCATAGTTGTGAACCTACTCTATTTAAGGAAACTGAACC GTCTAAAGGAATGGAAGGAAATAAAGAGCAAAATACAATCAACACTTGCACTAAAGCTGAAACATATATGTTATGTCTCT TAGAATTTGGGTTAGGCCTAACTCTTATCCAAAAGCTAGCTCAGAGGTGAGGATTGCAATACCCTTTATAAACATTTATT TGGCCATATCTCTAGTCAATGTGGGACCTTAACACTATGCATCCAGCGTATTACATATGCTTTCTATCCTAGGACTTGGT GAATATGTTTGTTGGTTGATGATTGAAACTAGTGTTATCAAATATCCGCTGTGGCGCTGCCATGGCGGAATCTCATGATG GGTTTTTGGCTTTCTGCCATGGCTGATGTCCCACCATAATCCGCCATCATTATTTGTCAAATATGGCGGTTTTTTGGCTC TCCGCCAGGGTCCACCATCCGCCATTACCCACATTGATTGAAACACACTGAAGAAGTTTTGATGATATCTTCTAGGTTCT TTTCTGAAATGAAATGATCCTTAATATGTTTAGTTTTCTTATGAGAGTTTGGATTGAAAGAGGTACAAAGCTGATTGTTT ATTAAAAAAAGTTTTGTAGGACCTATCTAACTTGAAATATGTCTCGCGGCCACAAAAGTTCATGTTATGTGAGTCATAGC ATGATATCCAGCCATTGAGCTTGACCTTATAACAACCAATTGCTTCTTGGTCTACCCTGTGAATAGATTCCCTCCAATAA GGAAACAAATGCTTGAAGTGGACCTCCTATCATTAGCATCTCCAGCCCCACCAATATAAATCCCAAAATGTAACCAAGGA ATGAGATTTCTTAGATTGGACTTGTCAAGAGCACACCCCAGAAACAACAAATTAGTATATCTACAAACCAGAAATCTGCC TGCGAGTTGAATATCAGTGGTTTTGGCCGGAAAGGTCGCCAGGAAAAATTTCCAATCGCTGATGATAGTGGCTAGGCGGT GGTTACTTGAAATGGCCATAAAGACTACATATGCTCAAGATACCAACATAAAACTTATTAATTCTGGTGTTGTTATTATT TGATGATACTATACCAATACAAATATATGCATAAATAGTACATAAAAAGGAATCCTCACCCCAAAACTTTGGGATTGAGA GAGGTCACAGTTTTGAATCTACTCTGAGGAAACTAAATCATATGAAGGGATTAAAGGAATAAATAATAAAATACAATCTG CACAATTAACACTCCTTATTGGTATGCTGGTGTGAATACTACGGTTTAAGTCATTCATGTTGTCTTTAATCTTTATATTT GATTATTACTGATGTTGCCTTTTCTTGTTGTAGGATTTCATTTCCGAAGGAGGTTTTTGTTATTGTGGTCAATTGTTATA TTTTCTGTTGTTGCAATACTTTCTCAAGTGACTTATCTGGTAATATGGGCTGTTAAACAAACGTCTTGGAGCATATCAGA TGTTTGGTGGGCAAAGCTGATTGGGTTTATGACGTGAGATTGATTTCTTTTTCTTTTATTTTCTAATTCATCGTTTTTGT TGGTATACTGATTTGTTGTTTTTGGGGTGTGCTTTTGCAGAATTCAGTCTTGGAAATATCCTTATGTAATTTATTTCTTG GTTATACAACTGCTCGCACTTCTTGTTGCTTTATTTGATATATATGGGAAGAGGCATTTTCTAAATACATGGCAAGACTC ACGTTGGGGTCATTTTCTATCAATTGTCGAACATTTAGGTTTGTAAGTAGTTTATTTGACCGTCTCCTTTACTGTTTTTC ATGTCTTTGGACTGCTATGTTTTTTTCTTTTAATTTAAACATGTGATATGAAATATCGAGTATTGGAATATGCATGTCAG CTATCAATATCCAAGGATATGTGCTAATGCAACTACCTTTGTAATCTTCTTTGTATTATTTATGGTGAGAAGCAAAAAAT TTCTTGGTTAGTGAAGGAACTCTTCAGTTCCATATGAAAGTATTTACATTTTTATGAAAATTATGTTTGATTGTTTCATG CTGCATGACATTGGTCAGTATGTATCAAAATAAGCAAATCTAGCATATTCCACTTTGTTTTATCTATTTACTTGCTTTAC CATGCAATATATAAACCAGGCTTTAAGAAATCAAATTTACGAGACTCGTCACATGAATACCTTGTGATTTTATTTATTTT TTTCAAAGGAGGAGAGTGTGTTTGACTTGTGTTTAAGGAAATAGATCGAGGTGTATTTGGACAAAAGTTAAAATTATTTG TATAGACAAGAGGACCATGGCAGCAGGCCCCCATAAAGATTACAAAGACCAACTCTAAAGGAGAAGTGTAAGTAGCAGTA GAGGAATGGGAAGACAATCTGTGACTTGCCTAGAAAACAAGCATGAGTCATGACACAATGTGAAGTTGGTTATATTAGAT ACCAGTATTTTACAACGGGAAGGAGCATAAGTGCCTCATGAAGTCCTAGTCTAGAATGCCACTGTTCATCGGTGGTAAGA AGACTTATTTCTGAATTACCAGTGACGACATCACTAGCAACAACAGAACTAAGAGAAGGTACTAGATTGAGATCATTCCT GATGGAAGGTGAAGGAGACCAAATCTATATAGGCTATCCTTTCCAGTTTCCAAGGCTCCCACATAGAAGAATTTCAGAAG TGTCTTAAGATTTCACAAGACAATGAGGGGAATGAAACTCAAAGGAAACGGAATTATTTTGAGAAAAATTATTAACACTG ACTACATTATTAGGAATAGAGGGAACAAGAAGATTTGTGAGGGTGAGTCAAATGGGTGGGTTGTATGGTTTTGGAAAGGA GGTAAAACCAATATTTTTGTTAATTGAGTCGAAGCCGAGAGACATTGGTCTAAATCCATGTGTCTCAAGTCTCAACTACA CGGCAGATGTCGTTATATATAATAGGTACAAGATTTACATAATATCATTGTTTCCCTATTTACAATGATTATGTTACCTA ATTACAGTTAATACAAGATATCTACCCATTTACAAGATATCAAGCTGGAGCATATATGTCATATGCACCAAGCTTGTTAC AGATATAATCAACTCGAGGACCTCTCAAAGACTTAGTAAAAACATCACCCAACTAATCATTTGAATTGACGAATCTAGTC CTGATATCTCTAGATAAAATATTCTCTCTGATGAAATGGCAATCAACCTCAACGTGTTTGGTCCTCTCATGGAACATTGG ATTTGAGACAATGTGTAACATTGCTTGGTTGTCACAAATAAGTGCCATCTGTGAAACATCCCCAAATCTCAGGTCTTGAA GAACCATATAAGTTCACAAGTAGCTATGGCCATGGGTCACATTGAAATGAACTAAAGCAAACAGAGACTTAGCTCGACGA TTGCCACGACTTGGAAAAGAATTAGAAACATGTTGTCTTTATTGACACGACTCACAAGACAACGTAGATAACAGAGACTT AGCTCGACCATTTTTAAGTTTTTATTTTCAATATATATCTATTCCACATGTTTCTCTATTATTTTTTCAGCCTTATACTA CTTTTTTAACAGTGTAGCCTGACGTGAAATTTGTTTTGTTAATTGAAGGTTCTCATCTTCGAGTGGCGTCTTGCTTGCTG TTGCCTGCCGTTCAGCTAATTGTTGGAATTAGCCTTCCGTCATGGGCCTCACTGCCTTTTTTCATTGGTAGTTGTGTTGG CCTTGTGGATTGGTCTTTAACGAGCAACTTTCTTGGGCTTTTCAGGTGAAATTTTATAGATGTTTCTGTAATGATATTTC ATCATCTCTCTAGGTGGTATTTGGCACTCTTTTAATGCCCTTTGGGATATCTGTGCATGTTGTTCTGAAGGTGGTGGAGG CTTCTTCAGCTGTATGCAGGTTTTAATATTTTCTTGCTTTACGTGTATCAACTTCCAGTGGAACAGCCAAGTGTGATTCA TCGGATGGCTGATTTAATTGGTCTTTACAAAATATCCTCAAATTCTCAGTGGCCCGAAATTTGTTCTTGCCTTTCTCTCG TATTTTACTATATAATGGTATGTATCTGTTTTATAAAATTTTGTTTCATATTGAATATGATTGGAAGAGACTTGTTAAGA ACATTATGGGCTTGCTGTTTTTAATATTTAGGTGGTATATTTGATTCTTATACAGCATAGCTACTCTCCACTTTTGTAAT TGTGTATCACTGTAATTGTATTCATGTCATTGTAAGTCTATAGATTAGAGAAAATGGGTATGCTGGTGTGCCATGTGGCA CATACTAGCTGTAGTCAGTTAAAAGTTAATAGCTTTTGTTAAGTGTTAGTTATCCTAGCTCAGCTCGCTATGCAAGCCTC TCACATTAAAATTAATTGTATCCATACTATAGTAACACAGAATGGGATCTTTCTTCCACTTAGAACAAACTCTCTTATTC TTTGTTTTCTCTCAGCCATGAACTTCTTCATGATATGTAGAGCTTAAAGCCCCGTAGTGGCTTCTAAGAGTCTTAAGGGA GGCAACACCCGAAAAAGATTGATCAAATTGCTTTGCAGCCTCCACCGTTGCATCCAATGTCATCTCCAATGCCTTTCTCT CCTTCGCCGTCGTCTGTTCCGACCTCTAACGTGACAACCCATGCTATCACAAGCAGATGTTCACATAGTGTTTGAGAAAC TCAACGCCTCCAATTTTGGGCTCCTTTCTACATAAAAAAGGGAGCACTTGCCCTCCTTTCTTTTTGGGCTCTTTGATGCC TCCAATTTTCTTCTCTGGAAGTAATAAATGAAGCCTATGTGGTCAATGACTTAACCAGATTCTTGTGAATCCGAGTATTC CGCTCTTCGAGGAAGATTGCAATGTCGGCAGAGTTAGTGATGGCTAAGTAGCTTGTTATAATGAGATAATATCGAGTGTG TTTGTGTGTGTGTGAGAGAGAGAGAGAGGGAGAGAGAGGACAGAGAGAGATAATTCTGAATCTTAGAAAATGAGAGAATG ATTAACTAACCATAGGGGATGAACTGCCCATAGCATTTGACATATTAGTTTTGGCCCAGAGATCGTGAAAATACTTGTTT TTTGTGAGCAATAAAGAGCCATCATGAAGAGTTTTGACTCCAATGCCCAAGAAGTAGTGTAGACAGCTACTTGTCATCTG TGATAACAACTGCTAACTGATCCTCGCAATAGCTGTTCTTACTATATATACTAATGAAACTGTCATCCAGTATTCCAGTA GGAAATGTGCTTCTCATTCTAGAAGACATCCATCTGAAATTTATCTTTCAGCTTGGAGAAAAATTAATGTCTAATTTATG AAAATAAAATGAATTATAACTGTGAAATTCTCCTTTTGTTATTATTTGTGTTCACTTTTTCCCTTTGCTTTTTTGTCTCT GACACTTGTCTTATAATTATTGCTTTCTTGTGATGCAGCTCTCTTTCACTAAATCTGATTTGGAGGAGATGAATTTTATT ATTTCCAGGACAGATTGTAGCTTGACGGAGCAACTTCTACCCTCTAGGCATTCATTTTTCATCCGTGAATCAAGGTAATC AAATGAAAATATACTTTTCTGATTTTCTTTATGCCATAGATATAAAGTATATGTTCAAACACTTGAATTAAATGTGCAGG TCTGGTGTGAGGCACACAAATGTTTTACTCAGAGGAGCTGTTTTTCAGACTTTCAGTATCAACTTTTTCACGTATGGTTT CCCGGTATATATTTCTGAAACATTATAATCTGCTTTCATTATCAGTGATGAATAATGATAAAGCCCTGGCTTGTTTGTTA TAGTCCTTCCTTCATCGTTGTACATTGCATGCGCGGACTATATTAGTTGTAGGAGAATATTTTTTTAAATAAGTTCTCTC GTAAAGTTTTTGGTTATTATAAGCTGTTTTAAACACAAAACACGTTAATCCAAACACATTCTGATCTCGTGGAGGATGGA ACTTTGAGAAAACCCAGGTTTAGTTTTCGACTTTTTCATGGATAATCGTAATCTATAATTCAAAATTTATAGAAAATATA AAAAAAATTAGGAGAAAGTATCTAGATGAATGGTTAATTAACCCTCTTATCCATTCTTAGGACATTGCTTACCAGTTGTC CCATCAATTGTTTCTGAATTTGAAATATTTTGACAAGAAGTCAGCTGAGACATTAGAAATATTATTGATACACTGAGTGT ACAAGGATTTCTCTTCTAATAGAGAGAATTACAAAAGGTGATTGACTAAAAATCAGGAAACCAACATCCTAAGTTAGGAA ACAATATATGGAAATAAAGAACTACCTAAAACAGTCCAAGCCAAGAAAGGAAACAAAATAACTATGTACAAACAATAATA TTTATAGAAATTTAAGAGCTTTGATACTCTAAGATATCCTCTATAGACAGCTTGCTAGTTATGTTGTAAAAGGATTTCCT AGATAACCTTGGTTAAGATATCTGCTGATTGTTCTGCAATGGGAACATATGTAATACATATCTGTCCCTTTTTCTATCTT TTCCCTGGTGAAGTGATTGTCAACTTCTGGTGTCCATGTCTGTCTGTGCTTCATAGCTTATCAAGATTAGTAGGAAACTC AGAATGTTTTTGTTGATACTGTGGCCATCCCGCGACCAGTCACCAGACTACTAAAAGGAAGAACCATCCGTTCTCCATCT CTCTTGAATATTCTTTGTTTTAGTACATAATCTTGTTTGAGACTTTTTGATGCATTTGCAGGCTGCAACTACTCATTTCA AATGTTATATGCATTTAATTCCTTTAATCCAAAATGATCTGTTTATATATTTTACACATTATTTTTTTTCACAGGTTTCC TTGTTTGCACTTTCCTTTTGGAGCTTTCATTTTGCGAGTTTATGTGCATTTGGGTTACTTGCTTTTGTTGGCTACATTAT CTATGCCTTCCCTTCCTTATTTCGTCTGCACCGATTGAATGGGCTACTTCTCGTCTTCATCCTCTTGTGGGCTGTTAGCA CCTATATATTTAATGTGGCATTTACATTTCTGAATTGGAAACTTGGACGGGTATTTTTATATTTTACTGTTACAATTTTT ATCACAGATAAGCACTCACTCATTTGAATAATTGTAAATAGTTTGGACTTGTTTATAGGACATGAAAATCTGGGAGATGG TCGGTCTGTGGCACTATCCAATACCTGGGTTTTTTCTTCTGGCACAATTTTGTCTTGGAATTTTGGTTGCATTGGGTAAT CTTGTGAACAATTCTGTTTTCCTCTACTTGTCTGATGAAGGTGGGCAATCTTCAAATGACAATGTATCAGTAAAAGGTAA TCCATTACAATGTTGTCATACCTGTTATTTAAAAACTTCACGGCTCTTTGTATTCTAGTCACATTCAGCCACTTTTTTTA AGATGCGTGTATGCCTGTCATGGACTAACTATCTCAAAAGCTTAAGCTATTGGGGTATTAAGACATATGAATTTTTTATT ATTATATTTTTAACACGTCCTCTCTTGCAAGAGTCAATTGGGCTTGAAGTGTGGACAATGCTACCTATCTTGTGCTGTGT TAGAAATATAATATAAAACCATTCACATGGCCCTAAACTTTTGGGATAATTGGTAGCTTGACATGGTATCAGAGCCTCTA TGACCAAGCGGTCTAGAGTCTGATCCTTGCCGCCCCCCATTTTCTAATAAAATGTGGAATTTAAGCACATGGTAGGTGGA CCTGTGCATTATCCACGCTTCAAGCTCAAGTGGGCGTGTTAGAAATATAATATAAAACCATTCACATGGCCCTTACCCAA AAGCTTAAGCTTTAGGGATAATTGGTAGCTTGACAATGCTGAAATTAATCTTTTTATTAGAATAATGGGCGGCAACAAGG ATTGAATTTCAAACCGTGTCATGAACTAACTATTCCAAAAGCATAAGGCCTAAGGTATTAGATGAAGACACGTGAATAAT TTTATATTTTATTTCTAACAATGACAATATACTTAAAGAGCCGAGAAATTATTTCATTTCTTTTTTTATTTATGTGATTG GAGATCAATTATGTAGAAAAGACAAAAAATGCATAAAAGGAACCAAAAAGTTATTCAATTTCCAGAATTAAATATGAATC CCAAGAATGCAGGCAAGTAATAAAAATGAATTCGTTTACTGCAGTCCTTGTAATTATGAGATGCTGTGATTCTAATAAAA ATTTGGGATATATTTCCAACCATACTAAAGAGCATGTGTGCAGACTGCCAGACTGCAGTGTGCATATACTATATGTATGT AAGAATTTTCAATTTATTTTTCTTGCTAAATTTAACTCATCTCAGAATCATTTGGGCTGTTAAACTTTCGGTTTATAATA ATTTAAAAGGATTTGTCATTTTATAATGGTAGCAAATGAATTTGCTTACTCTTGGTGGTTCCATTGGTGCTTCATTTTTT TCTTTTTCAAGCATTTGCTATTCCTTTTGACATTGTCATGCCTCATCACATGCTTGTTCCCTTTCACACACACACGATTT GATACCTTTGTCACTAGGCTAGGTTTCACTGAAGTTAGCTACATGTATCTATTAGATAGGGTTCTAATTAAGGTTATTTA CAGCTTATGTGTGTTCATCTAGTGTAGCGGATATTTTGGCTTGAAAGGCTTTGTTTTTGGGGCAGTTTTTTTGTCTCGGT TATATCTTTCTTTGCATCTCTTGGACTTGCTTTGTGGTTGTGTTCATTATTTTGGAAAAAGCAACCCTAAAAACAAAAAT ATTAAAAGGGATTGGAAATATAAGATTTTTTAACTATTCGAAGTGTTGTAATCAAATTTGATAGCAGCTGTCGTAGAAGC TTTGCCCTTTGTACAGAGATTGTTATGAACTGACTAAATGACTAGCGGAACGCTAGCTAAGCTAAAAAATAGTATTAGTT CCCAAAATCAATAAGCTTTTTTTCAGGTTTAAAGATCTCATAAAAACATTTAAAAATACTTAGGTCATGTTTGTTTGTGG TTTCTGAAAACTGTTTTCTGTTTTTAAAAACTGGAAAATTAAAAACTTTGTTTACTTATTAATATTATTTGTATCTGTAT TAAGTTCCAATTTATATGCTAGATTATATTCTATAATATCATCATTGTTATGACTTATGATTTCATTCCACTCATCAAAG TTTGAAGCAGATTTATATTTGCATGCATCATATTTCAATTGATCTTTGCCCGCTATTATGGAACTTGTTATATATATATA TATATATATATATACAGAGAGAGGGAGAGAGAGAAAGAGAGTTTCTGTCAAGTGTTTGCAGCATTCTGATCATTCAAAAT AATCATTCTACATAGCTGTTATGGTTAGAAATTTAATATATAACCATTCGTATGACACCCAACCGCTTAAGTTTTTAGGA TAGTTGGTTCATGACATGGTATCAAAGCCTCTATGATCAAGTGGTCTGGATTTTGCCCCATTATTCTAATAAAAAGTTGA TTGTATAGGTGGCATGTGCATGGTCCACGCTTCAAGCACAATGGGTTCGTTTAGAGGGCGTGTTAGAAAAGTTCTATATA ATCTTTCATGTGTCTTCATCTAACAGTTGAACTTTTGAAATAGCTGGTACATGACAATTACATTTAAACTGCAATCTAGC AATTATTCTGTTGTAACTAAACCATTGTCATTGCAAAAGCAATGCTGACTCAGCATAACAACTAAAGTGTCTGCGAGAAA CAGTGCACAGGTGATTATACTCTGCAGTAGAGTGAATACATTAGATACTCTAATATAATTCCATAGAATACTGAGTATTT GCCTATTTGGTGCTTACTTGTTATGGACCTATACTTGTTTTAATAATTTATGATCAGAGCTTTCTTCATTATCTTGGCAT TCTTAGATTTTATTTTGTGACTACTCTAGAATGACCATATTAATAGTTCTATGACTTTTTTCTCCTTATTCTTTTTTTTT GTGCTGTATTATTTGATTTTTTGATAAAATTTTTTGTCTCACTAGATTTGATGCATTCTTATTCTCTGTTATGCCATCTA AATCTTTCTTATCTGCAGCTGAGGGTGAGACTAAGGCATTGATCGTGGCAACAATAGCCTGGGGATTGCGCAAGAGCTCT CGAGCTATCATGCTGGCATTGATCTTTATCATTGCTATAAAACCCGGTTTCATTCATGCAGTATATAGTATGTTTCATCA AACCTTAGACGTTTATTTTACATTTATTTCATTTAATTTTCATGATTCATGGAATAAAAGCATTTAGCTTGATTCTTGTG ACGTGAGCCACTAAATGATTATCATGGTGACGATATCTTATGCTAGTTTATTGATCAGCTTCTATATGCCTTTTACTCAG TGATCTTCTTCTTGATGTATCTTTTGAGCCACAATGTCAGCAGAAAAATGAGACAAGCACTGATTCTTCTATGTGAGATT CATTTTTCCCTGTTGTATGTTCTTCAAATTGATTTGATCTCCGCAGCATTGGAGAAAAAAGGTTCTGTTAGCATGGAAGT TGTAATGCAATTAGGTATGGAATGGATTTAGTTGGTTTATACTTAAATTATAGCAAAGCCATATCTATATGCCTTTCTTC TTATTTAGTAATGAGGACATGGAAGCTGAATCATATGTTTTTTTGAATTATTTCAGGCCTCCTTGAAGAAGATAGTGCTT GGGATTTCTTGGAAGTAGCTTTACTTGCATGCTTTTGTGCAATTCATAACCATGGTTTTGAGGTGTTATTTTCATTTTCA GCAATCATACAGCATGCCCCCAGCCCTCCTATTGGATTTGGCATCTTGAAAGCTGGTCTTAACAAATCTGTTCTTTTGTC TGTATATGCTTCCTCCTCTGTGAGAAACAGTGATGAAAGTTTCTCTAATGGTACATTTCAAAAACATTAATGGTACTCTT GATTACATTTAATTTTTTTGACTAGTGGTACTTTTGAATTACATTTTATTTTTTAGACGTAGTATATTAGACACACATAA TGATATAAATATGGTGTTAGTACAAGTTGGATGGTATACTAACTATCTTCAACATTGTATCTTGGAATGAATAGTAGGAA TTTGTTAAGCATATGAAATTTAGGAAACATTGGTTAACTACAAGATAAAAAAGGAGGGAACAGATGAATCAGTTTAGGTT ATCCTTTTTAAGCCAATTATTTGGTGGTGACATTGTGGTTTTGGCAATACGAAAAATTATTCTATGACCTGCATGCTGTC TTAGGGGCTTTGGTTGGATAATGAAAAGGTTAAATCAAGCAAGTCTGGTTAGATACACACAATATGATTTTTCTCTGAAA ATGCTTGGGTGAAAAAAACACTCAGCTGGTAAATATTTATAAACATCATTATTACGGAGTTAATAAATTCAGAATACAGT TTACAAGAAGGCTAATTCTATTCTCTAAGTTACGTTGGACCTATGCTACTGGGAAAGTAGAACAATTAGTTATCAGGTCT GATATTTCGTAGGATACGTTATTTCCAACAAAATCATAACATATACACTCCTATTTGTAGAAAATCATGTCTAAGAGAAA CTAAGTCTTTGTGCGGTTACTATTTTTCCAGCTTCCATCATACTGATAGTAATCCATGTTTTATCCTCAATCCTCATATT TTATTTTTACAGAAAGAAGAATAGCATCTTACCTGAGTGCAATTGGGCAGAAGTTCCTTTCTATATACCGGTCTTGTGGC ACCTACATTGCTTTTCTGACTATTCTTTTCACAGTGTACATGGTGAGACCTAATTACATATCATTTGGCTACATATTCCT TCTCCTTCTATGGATTATCGGAAGACAACTTGTTGAGAGAACAAAAAGACAGCTTTGGTTTCCATTGAAAGTGTATGCAA TTTTGGTGTTTATCTTCATATATACTTTGAGCAGTTTCTCAAGCCTTGAGATGTATTTGTCCAAATTAATAGATCTCTAT TTTTATCTGGGATACGACTCTAAAGCATCTTCATTTCATAATGTTTGGGAGTCTTTGGCAGTCTTGGTTGTTATGCAACT TTATAGCTATGAGAGAAGACAGAGCAAGCAGATCAGGCAGGAACAAAATCAACTGGATTCACCAGAGCCAGGGATACTTG GGTTTATCAGGCGATTTCTTATCTGGCACAGCCAGAAGATCTTGTTTATTGCTCTGTTTTATGCATCTTTGTCCCCAATT AGTGCATTTGGCTTCTTGTATCTTCTTGGCTTAGTCTTCTGCTCCATTTTACCTAAAACTTCTAGTGTCCCGTCCAAATC ATTCTCAGCATACACAGGTTTTCTGGTGACAGCTGAGTACCTTTTTCAGATGTGGGGCAAGCAAGCTGAAATGTTTCCTG GGCAGAAGTACTCTGATATATCTCTTTTTTTGGGTTTCCATGTATTCCAGCCAGGCTTTTGGGGTCTCGAATCAGGACTG AGGGGAAAAGTGTTGGTCATTGTGGCCTGTACCCTTCAATACAATGTCTTCCGTTGGTTGGAAAGGATGCCAAATACAGT TCTATGCGAAGGAGAGTGGGAAGAGCCTTGTCCTCTATTTGTGTCCACAGAAGATGCATTTGATGATGCTACTCCATGCA ATATGGAAAGTAAAACATCATGCAATTCATATCCCCCTTCTTCAATACAAGAAAATGTGTCTAGCAAGTCATTGAAAATT ACAACTTCTGGTTTTTCTCAAGCACGTGATATTTCATCCTCTAAAACTGGAGGTTCTGACAGTAACAGCAGAAAATATTC ATTTGGGTTTATCTGGGGAAGCAACAAGGAGAGTCATAAGTGGAACAAGAAGCGGATTGTTGCTTTGAGAAAAGATCGAT TTGAAACACAAAAAACTGTCTTAAAAGTATATTTGAAATTTTGGATGGAGAATCTGTTTAATCTGTTCGGTCTAGAGATA AACATGATATCATTACTACTGGCAAGCTTTGCCTTATTGAATGCACTATCCATGCTGTATATTGCACTGCTTGCTGCTTG TATTCTACTTAATCGGCAAATTATACGGAAAGTCTGGCCCATATTTGTCTTTTTGTTTGCTTCCATTCTCATCCTGGAAT ATTTTGTCATCTGGAAGGACATGTCGCCTTTAAGTTCCCATGATCCAAGTGAGATTCATTGCCATGACTGCTGGGAAATT TCAACTCTGCATTTTGGTTTTTGTGAGAAATGTTGGATTGGTAGGATCCCCTTATCCTTCTCTAAATTGCAAATTTATGG AAGAATTTGATGGTCATGCTCATGCTTAATATGTGATTCTGAATGTTTAAATATGTGAGGCCATTTGTTTTTTTTTGTTT TTTTTTTATTTTATAATTTGCCTAAACGTTTGGTTCATTGCTTCTTTATTTGGCAATTTCTTTGGTACCCCTTTAAAAGT GAAGGGTTCTATACCTTAAGTCATGTTTTCTCTATGATAAACTTTTTTAAATTTACAATTTAGTCCTTTGTATGGTAAAA TATGAACTAAAGGGTACTATACCCTCCCATTTTCAATGGGTACCAGAGCAACTCATTTTCTTATCTAGAACATCGCCCCC AATGGCACGGACGGAAACTAGTAATACCAGTATTTATAGGGGCTTCTGTAGAATTGTAGAACAGCATAGAGAGAGAGAGA GAGAGAGATAACTAAGATCTGAATGAAATGAATTAATATCTTAACAGTAATTACAAGAGTAGGTCCTTTATATAGACGAG CTACACTTGTTAGCTTACAATAGAAAATCCTAACTACTCAGACTAACTGTACAGCTGTCATTTAACAATCCACTAATAGA AACTAACTGCCTCTAAGGGAAGGATACTATACACTTGAGTACACAGTGCTCTCATACACTAGCATACTCTAATACCTCCC TCCACAAGCTCTACTGTGGGTATCACCAACATTGAGCTTGGCATGGAGCTCCAAAAGGAGAAGAAGACAGAGGCTTGTCG TCGGAAGCTTGTCAGAGGTCGCGAGGTGGCCAGCGGTGGTGGTCGACATAGCTGAAGGATGGACCATAACTCAAAGACTC ATCCACAAAGATGGCTGAAGGATGGGTCTCGAAGATGCAAGAGTAAATTTTACTTCTATTCCAAAGAGAAACTAGTTTTA CATGCATGGACAAAACATATAGAAGTAATTTTCATTTCCTTAGAGAAAAGGTCCTTGTTGGTGTCATCAAAACTCTATTT ACTCCAAGGATCAGTTGGTTATATCCTCACTAAATCTTTACATGGTCTTAGAATATAATATATTTGTAACAAGTTGGATG CATATGATATACATGATCCAGCTTGAGGGGGAGTATTGAGATAGTGTTTAGATTTTTTTGTATTTAATTTATAGTTTTGT TCACGCAAAATTTCTAAAGAACTAAACTAGGTGATAAAGGACAGCTTAGTCCAGTCGTTGGGTATGAGTGAAGATGCCAC TTTCTTTACTTCTGACATCCTTTATATGCTTCACTGTCTTCTTCTCTGCTTTTTTGTCTTCCCCTTTATATTAGTTTTAC CGTTATTGATCAATCATTATATACTTTTATTGTTCATTAACTATCAGTTATACTAGTTGTTATTAGGAGGTTATGCTATT AAGTGTGAGCTTTTGTAGACTCAACAGGTAGGTCGAGTTGAACATCACCTCAGTTCTTTTCCTAGTACTAAACCTTGGTC CTCAGATTAACCTTACTGTGCCGAGTTCGAATCTTTTTATCCTCGGCATTATAATCCCTAAACTGTGGGGATGGACTCGA ACACTTTCATATATAAATATTGTACCAAGTCCGTCATGAAATATAGGGGGCAAAACGGGTGAGACTCGCCGGGTGCGAGA TGTCTACCCCTTCAACCCATTTTGACCCAACCCACTTTTAAAACGGGTTGGAAGCTAAATGGGACGAGCTGCCCATCGGG TCAGCATTTTTTCCCATACTATTATGTTTGTTTTTTACCATTTCAAAAAAAAATTATGGTTGGCCAATTACCCAGCCTTT TATTTTATCCAAAAGAATCAGCTATCTTTGTGATTGTAATTCGTAAAGAGTTAATACTAAATTGTGACCTAGGGCTAGGA TACATACACAAACATAGCTTCATTCTTCAAGACTCAAGACAAGAGAGACAAGTGCATGCTTCACTATTAGGAATAAATAC TAATTGAACTCAGTTTTTGAGGATCATTCACTTCTGGAACAAGTGCAATTATAAGGACATGAAGCCTTTTAAGCATTAAA TTATGATAAGTGTTACAGGTTGAATGATTTGAAGAATTGGTACAATACAGGTTGAAAAGACAAAAAGACATCCATTTGTG GATGGTTTGCAATTAAATGATTTGAAGATCTGGCAAAAGTTAAAATTTAAATCATGGCAACTGTTGGGTTTGTATATATT ATATACGGCGGTTCCCACTTCTCAAACAGTTTTTCCCCCATTTGGTGGGATAACCAACCCAACCTAATGCAGGGCGGGGT GAGGTCTCCAACCCTTATTCCAAAACGGGTAAACCCAACCTGCACCCTTTTTTTGGGTTGAAAGAGGGTCGGGTTACCCC ACATTGCCGCCCCTAATGAAATACATGAAATGTAATTCAAAGCTCAGACTTAAGAACCTGTATCATTTAATATATTATTT TGTGTATAAAAGCCTTCAAGTGTCCTGATAATTTCACTGCCTTTTCTGATGTAGGACTTGTGGTCGATGATCCTCGGATG TTGATTAGCTACTTTTCAGTATTCATGCTGGCTTGCTTCAAACTTCGTGCTGATCGGCTGTCTAGCTTTTTAGGATCATC AACATATCGTCAGATTCTGTCTCAACGTAGAAACACATTTGTCTGGAGAGATCTCTCTTTTGAAACTAAAAGCATGTGGA CATTTGTTGACTATTTGAGGCTTTACTGCTACTGCCATCTGTTAGATCTTGTGCTGGTATTAATATTGATTACTGGAACA CTCGAGTATGACATTTTGCATCTTGGTTATCTTGCCTTTGCTCTGGTATTTTTTCGCATGAGACTTGAAATACTGAAGAA GAAGAACAAAATATTCAAGTTCTTGCGCATATACAACTTCTCTGTTATTGTTCTTTCTCTTGCTTACCAATCTCCTTTTG TTGGGGGACCAAGTTCTAAGACTGGGAAGTGCGAGACAGCAAATTACATCTTTGAGATGATTGGTTTTTATAAATATGAT TACGGTTTTCGGATTACTGCAAGATCTGCAATTGTAGAGATTATCATTTTTGTGCTGGTATCACTTCAGTCATATATGTT TTCCTCGCAAGAGTTTGATTATGTATGTCGCTACCTGGAAGCAGAGCAAATTGGTGCAATTGTACATGAGCAAGAGAAAA AAGCTGCATGGAAAACTGATCAACTACAACAAATTCGTGAAAATGAGGAGAAAAAAAGACAGCGAAACATGCAGGTGGAG AAGATGAAATCTGAAATGCTCAACCTGCAAATACAACTCCACAGCATGAACACATCCACTAATTGCATTGATGGATTTTC TCACCCTGGTGAGGGTCTAAGAAGGAGGAGGAGTACTTCTATTACATCAAATATTGGCTTTGGAATTCCTGATAAAGAAG ACCAGGGTCTGGGAAGACTAGATTATGCAATAAGAGAGGATTCTGTTTTTCCAATTGAACGGCATGAATCGTCTACTTGC CCAAATGTGGAAACTCCATTAACAGAGGAGTACATGAAGTATTCAGTGGATTCTCCGTGTTGTGAAATTACTGAAATAGA TATTGATACTTCTTCTAGTGATTCAGGAAAAAAGGAGAAAGTTATAGGGCAAGCAAAAGAAAACCCACTGAAGTCTGCTG TACAACTAATAGGTGATGGTGTTTCCCAGGTGCAGTCCATTGGAAATCAGGCAGTCAATAACCTAGTGAGCTTTCTGAAT ATTTCACAAGAAGATTCTGATTCAAATGAGCACACAAACATTGAGGACCAGATATATGACGAGATGGAGAGTCAGAAAAC GCAGCATATATTCGTGGAGCGTTCTTCATCTTTGCAGTCTGATAAGAGTTCTGATGCTGCGAGTCTGCAGTTAGGAAGGA TCTTTCGTTATATATGGTACCTAATGCGTTCCAATAATGATGTAGTATGTTACTGTTGCTTTGTTCTGGTCTTCTTATGG AACTTCAGTTTGCTATCAATGGTGTATCTTGGGGCTCTCTTCTTGTATGCTCTATGTGTAAATACGGGCCCAAGTTACAT CTTCTGGATTATTATGTTGATCTATACAGAAGTTTATATTTTACTTCAGTATCTGTATCAAATTATCATCCAGCACTGTG GACTGAATATTGATCCCTCTCTGCTGAGAGAATTAGGTTTTACAACCCACAAAATCACGTCTTCATTTGTTGTCAGTTCA TTACCTCTCTTTCTGGTGTATTTGTTTACCCTCATTCAAAGCTCTATAACACCTAAAGATGGTGAGTGGATGTCTTCTAC TGACTTCAAATTTAAGAGGAATGGTCTCCACACAAAAGATAACCCCACTCGATACAATTGGCAAGAGAGAGCATGGGCTT TGCTAAATCAGATGACTAATATGGTAATGTGGATAATCAGATGCTTTTATAGGTACTGGAAATCACTCACACAAGAAGCA GAGTCTCCTCCTTATTTTGTTCAGGTGTCTATGGATGTCAACTTCTGGCCTGAGGATGGGATTCAGCCAGAGAGGATTGA ATCAGGAGTTAATCAGTTTCTCAGAGTTGTCCATAGTGATAAGTGCAAGGAAAAGAACCCAAATGTTTGCTCTTCTTCTA GTAGGGTTAATGTTCAAAGGATTGAAAGAAGCCAAGAGAACCCCAATGTTGCTCTAGTTGTTTTGGAGGTTGTGTATGCA TCACCCGTTCTTGATTGTTCTTCAGCAGAATGGAATAAGTCCTTAACTCCAGCAGCTGACGTAGCCAAGGAAATCCTCAA AGCTCAGCATGCAGGTTTTGTGGAAGAAGTGGGATTCCCTTACCGTATTCTTTCTGTAATTGGTGGAGGCAAGAGAGAAA TTGATCTGTATGCCTACATATTTTGTGCAGATCTAATTGTATTCTTTCTTGTTGCCATCTTCTACCAGTCTGTCCTAAAA AATAAAAGTGAGTTCCTAGAAGTTTATCAGCTTGTAGACCAGTTTCCGAAAGAATATGTCTTTGTTTTGATGGTATGTCT AGAACTTTTCCATTTATCCTTCTGTTCTTTTCCCAGGACTGAAAAGTTTTACTTAGTTATATAAATAAACTAAAAATGGT CTAGACTTATTTACTGGGTCGATGTAGCTGGCCTCCCTGAGTATAACATCATTTATGTAGTTCTCTAATACTTATTGTTA TATATATATATATATATATATATATATATATATTATAAACCAACTATCTTAAAGGTTTAAGCTATTGAGTGAAAGCACAT GAGTAGTTTTATATCTAACATGTCCCTTCACACAAGAGCCCTTTGGGCTTGAAGTGTTGACACTCACTAAACCTTGTGTT GAAATTTAACTTTTATTTGGAAGAATTTTGGAAAAATGATTGAACTCTTGACCTCTTGATCACCAAGTCTCTGATATCAT GTCATATCGTGAACCTACTATTCCATGTGTTTTCATCTACTGGCTTAAGCTTTTGGGATTATTGATTCATGATATGATAT TAAAATGTCTAAGTCTAAATGTTATAGAGCTCAATCCTTGTTGCCTCATTTTTTAGTAAAAAGTTCAACAGAAAGTAGGT AAGCTTGTGCATTGTCCTTGCTTCCAACCTAAAAGACCCTAACATGAGCGAGGGTGTTAGAGATGTATTGATGTAATATA AAACCATCCATGACATGTTAAGCTTTTGAGTTAGTTGGCACGTGACATTTATTACACTGGAAACTGTCCAGCTGAAATGG TTCAAATGAAGACTTTTTATTTTCCAAATGGAATGGAACATTTAGATTTTGTTTTCCTTTTCCAAAATTTAAGAGGTTTA AATTTATAGCACTTCCTAGTTTAAACAAACTTGGAATAGCTCTCATTGTAGAAAAGATGGTGGAGTCTCATCTTGGTTTG GGCATGTGTGGATATCAAAAACCTACTACACAAGATCCCTTTGGCCTTGAAGTGTGGGCATTGAACATACTCACCTTTCT TGTGCTGAAGTTCACCTTTTGTTACAAGAATAGGGGCAGTAAGGGCTGAGCTCTACACCAATTAGGTATTAAAATTTAAA ACTTTAGCACTATGTCATGAACCAACTGTGAAGACACATGAATGTGTTTGTATAATATTTCTAACACGAAGAGTCACGAA ATATCGGTAAGGAGAGTTGATTAGATGGAAGGTAGTCCAACAATTAATGGATGGGGGAAAGCAAAGAAAATATAGGTCAA ACCGTTAAGAGAGATTTAGAGGTAAATGGTCTATATATGAACTCAATATACACTGTCGGGAATTATGGTGTCATTTGATC CATGTCGACCCCACCTTATATAAAAAAGGCTTGGTGGTGGTGGTTGTAAAATTTATAGGGTGACTATAGTTTTTATGGGC ATGTTTAAGATACATTTCTTATCAATTTCTCTTTGATGAATGCATGTGTCAGAATGACAAGATGATATATTGCATTCTTC ATTTACTTTTCTGGATACAGTTGCCATGTCATATTGACTCCTGATAAAAGTTACTTCTTCTATTCAGGCTATCTTCTTCT TGATTGTTCTTGATCGTATAATATACCTCTGCTCATTTGCCACGGGGAAAGTGATTTATTATATTTCCAACCTCATTATC TTCACATATTCAGTTACAGTGTATGATTGGCAATTGGAGCCATCCCAGCAACATGCAGCTCGGTTAGCTCTCCGTGCCAT ATATCTTGCAAAAGCAGTTTCTCTTGGACTGCAGGCTGTTCAAATCCATTATGGCATTCCTCACAAGAGCACATTGTATC GGCAGTTTTTGACCAGTGAAGTTTCACGAATCAATTACTTAGGGTACAGAGCTTATCGTGCTGTGCCATTCCTTTATGAA TTACGATGTGTACTTGACTGGTCATGCACAACTACATCCCTCACCATGTATGACTGGCTAAAGGTATATGTAAATATTTA TTTCTAAATCATTATCTTTCATCCAAAAAATTCCATCATTGGATGCCTTTTGGCAACAACTTAGATAAATTCCATGTTCA CTGATTTATCTTTAGTACTACCCTCAGCTTGAGTACTGTTTGCAAATAATTGATTGATTGAATCAAAATTCACATTTGAA GTTTGTCTCTGTTAAAAGACTGAGTATAACAACTCAGGCATCATATTTTACTCTACAACATAAATGCACTAGGAGATTTT TCCTGTTGCCGCTTGCAAGTTGCAATACTTAGTGACATTGATAAAGACGTGATAGAAAAGCTGCTTTAGTATATATGCAT CCACCATTCCTGGTACTTTAATGTCTCCTACCTTTTTCCTTCTGGAGGTTAATTTCAAACTGATTTTGTTGTTGGATTCG CCTCATGCATGTCTTTGCACCAACACCTCTATTCTTGAGTTGTCGATTGATTGCCGGAAATTTTGCTTTGTGTTTTTTTG TTATCGGTTGCTGTGACCTTTCTTCCCTTGAAGAATTTTACATTGCCTCATTTATTTTTCCGCCCATAACAGCTACCAGG AAAATGAATATTGAGATTTTGTGAAATCTATGAAAAGTGTGTTAAGTACATAGTTTTTGAAGTTTTATTTTACAGACCTT CAATCTAAAACTTGCTTCTGCTTGAAAATTTCATGATCTCATGACCAGCAAAAGATATCACTACATATTCTTGGTAACAC CAACCTATTCTAAATGGAAGGGCAAAAAGAAAAACTATTTATAATGATTAACCAAAGTTTCTGTCTTGAAAATAAAATGG TGATTTTTGTTGGGTATGGTCTGCGTATTTATTTGGTAGTGTCTTTACAATTTGAGATGGTTGCACTGTTCTTAAATTGT TTGTTAAAGAAAAGAAAAAAGTAATATTATGTATTCTACAGTCAATTCCTACCATATATCATTAGGTAAAACGTTAGTAG TGGTTGTATTTTCCTGGAGGTGAATGTCTTCTAGGACATTAGTAGGTATCTATTAGATTTTCTCTGTGGTATTAACAGGA CTTTTTAAATCAACTTTTTCTGTATTAGTGCGTACGAAAATCAATTAGGAGGAGCTTCTTTTACAATTTGTGCTGTTTTT TCTGCTTCTAGGGTATGTTTAGTTTGGAAACTCACACCTGCATCTTTTTTCCCCATTTTGATAGCTTGAGGACATAAATG CAAGTTTGTACCTTGTCAAATGTGATTCAGTCTTGAATAGAGCTACACACAAACCAGGAGAGAAGCAAACAAAATGCACC AAATGCTTCAATGGAATATTGCTGTTCTTTGTATTAATTTGTGTTATATGGGCTCCAATGCTGGTAAGAAAATTATAAAA GCGTTGATTTCATAACTTACTAATAGCAGCAAGTTCTCTTTTTTCTTTTTTCATTTTGACACTTTTGCTTTATCAGTATG TTAGCATATGAACCTTGGTAACTGAATGGAATTTCAGTATGCATAGTTGTTGGCTTTAGAGCTTAAGTTAAAGTGTTACT TATCGGCTTGTACATAGCTGGTCTATTAGTTCTGTTGGTTTTCTGTTAACAGTCAACAGATTCCGTCAGTGACTGTAACA TTTACCCACTATCACTAGTGTATAAATACTCATGTATCTCTTCGGTACACAAGTTAATAGAATCATATTTACACAAACAT TTCCCCACTATCTGTTGGATTTGATAATTTGATGTAAAATAAAAAAGGTTGCCAGTTAATTTTTATAATATCTTTAGTAG ACTCATATGTCCTCAATTACTTGCTAACATGCCTATTTTAAGGTACCTACAAAACCATCAAGTTTGGTAAAAGCATAATA ATAATTTTAATAGAAAATGTTTATAAGTGGTTTTATTAATTTTAGTTAAGTGTTTTTTCTTTTCAAATATAATTTGATAA CAAGGCTTACTTCTCAATAACTCCTTCTGAGAATGTTGATGTTGGGCATTGTTCCTGGTTATGTTGGCCATTGCAACAGA TAAACTTATAAAGTATGTATTTTCTAATTTTTTCCTTACAGATGTACAGCAGCGGTAACCCCACAAATATTGCAAACCCA ATTAAAGATGCTAGCTTTCATGTTGATATCAAGACAGAGGGTGGAAGGTTGAATTTGTATGAAACTACTCTATGTGAAAG AATCCGGTGGGACTCACTAAATTCTGATGTAAATCCTGACCCCTATGGCTATTTGGATGCATATAACAAGAATGATATCC AGTTAATATGCTGTCAAGCTGATGCTAGTACATTGTGGCTTGTTCCGCATGTTGTTCGGACCAGATTGATTCAGTCCCTT GAATGGTATACTGACATGGAAATTTTTTTCACTTGGATGCTTTCAAGGGACAGACCAAAAGGAAAAGAAGCTGTGAAATA TGAAAAGGCTGTTGATCCTCAATATCTTCCAGCAAAGTCTGATGTTCAAAAGGTTCTTAATGGATCTATGAACAGCTTTA GGATTTATAATGTTTATCCAAGATATTTCCGTGTCACTGGTTCAGGTGATGTTAGACCATTGGACGAGGTAATCATATTC CGAATACTTAACTCTCTTTATTAACTTTTCTTGTTTCTTCGTTCTAATATTTGTTGCTTGTGATTCTATATATATGGGAA AATAATTGCATACTGGCATTCCACCAGTAGAAGCTAATCGTCTTTGCTATCAACTGTTGTAATCTTTCCAATAACACAGC AATCTTTCCTTCAATCTTATTGGGTGATTGGATTTAAATTAGAAATTACTAAAATTTTGTAATCAAAGTGATAGTCACGA AGAAAGAGAGGTTGTGCTCACTTCTCAAGTTATTGTAATAAAATTATATTTGCTTTGCGTAATAATGCTTCTAAATTACA ATTAGAAAATTCAAAATTTTATTTTTCAGGACCGTGATGTTAGTGCTGATCTCATTATAAATCATGATCAATTTGACTGG TGGTCCTTCAAAGATATTAATCCATCAAATCTAAGTGGGTTTTGTGGAGGTTTGACGGGACCTATGGCTATCATTGTATC CGAGGAAACACCACCACGTAAGTTGGCTGTGGATTTTTTCTTCTTGAAACTCTTCCCCTAGTACTATTATTGCCTGGACC TTGTACAACGCTTCTAAACTTTTAATACTGTTTCAGAGGGTATTCTTGGTGACACACTGAGCAAGTTCAGCATATGGGGG CTTTACATAACCTTTGTTCTAGCGGTTGGACGCTTTATCAGACTCCAGTGCTCTGACTTAAGGATGAGAATTCCCTATGA GAACCTACCTTCCTGTGACAGGTACTACAGAATCCTTTCACTGAACTCGAGTCATTCTCCCATGTGATTGTTCTTTAAGA TACATCCTGCAGTAACTTATGTTACTTCTTGCTGCATTTTCTCGTGTAGGTTGATAGCAATCTGCGAGGATATATATGCT GCAAGGGCTGAGGGTGAGCTTGGAGTTGAAGAGGTCCTTTATTGGACACTAGTGAAGATATATCGGTCCCCGCACATGCT GCTTGAGTACACCAACCCTGATTAA

Download Genomic Sequence

CDS sequence (LotjaGi5g1v0259600.4) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGACAATTCAGTCTTGGAAATATCCTTATGTAATTTATTTCTTGGTTATACAACTGCTCGCACTTCTTGTTGCTTTATT TGATATATATGGGAAGAGGCATTTTCTAAATACATGGCAAGACTCACGTTGGGGTCATTTTCTATCAATTGTCGAACATT TAGGTTCTCATCTTCGAGTGGCGTCTTGCTTGCTGTTGCCTGCCGTTCAGCTAATTGTTGGAATTAGCCTTCCGTCATGG GCCTCACTGCCTTTTTTCATTGGTAGTTGTGTTGGCCTTGTGGATTGGTCTTTAACGAGCAACTTTCTTGGGCTTTTCAG GTGGTGGAGGCTTCTTCAGCTGTATGCAGGTTTTAATATTTTCTTGCTTTACGTGTATCAACTTCCAGTGGAACAGCCAA GTGTGATTCATCGGATGGCTGATTTAATTGGTCTTTACAAAATATCCTCAAATTCTCAGTGGCCCGAAATTTGTTCTTGC CTTTCTCTCGTATTTTACTATATAATGCTCTCTTTCACTAAATCTGATTTGGAGGAGATGAATTTTATTATTTCCAGGAC AGATTGTAGCTTGACGGAGCAACTTCTACCCTCTAGGCATTCATTTTTCATCCGTGAATCAAGGTCTGGTGTGAGGCACA CAAATGTTTTACTCAGAGGAGCTGTTTTTCAGACTTTCAGTATCAACTTTTTCACGTATGGTTTCCCGGTTTCCTTGTTT GCACTTTCCTTTTGGAGCTTTCATTTTGCGAGTTTATGTGCATTTGGGTTACTTGCTTTTGTTGGCTACATTATCTATGC CTTCCCTTCCTTATTTCGTCTGCACCGATTGAATGGGCTACTTCTCGTCTTCATCCTCTTGTGGGCTGTTAGCACCTATA TATTTAATGTGGCATTTACATTTCTGAATTGGAAACTTGGACGGGACATGAAAATCTGGGAGATGGTCGGTCTGTGGCAC TATCCAATACCTGGGTTTTTTCTTCTGGCACAATTTTGTCTTGGAATTTTGGTTGCATTGGGTAATCTTGTGAACAATTC TGTTTTCCTCTACTTGTCTGATGAAGGTGGGCAATCTTCAAATGACAATGTATCAGTAAAAGCTGAGGGTGAGACTAAGG CATTGATCGTGGCAACAATAGCCTGGGGATTGCGCAAGAGCTCTCGAGCTATCATGCTGGCATTGATCTTTATCATTGCT ATAAAACCCGGTTTCATTCATGCAGTATATATGATCTTCTTCTTGATGTATCTTTTGAGCCACAATGTCAGCAGAAAAAT GAGACAAGCACTGATTCTTCTATGTGAGATTCATTTTTCCCTGTTGTATGTTCTTCAAATTGATTTGATCTCCGCAGCAT TGGAGAAAAAAGGTTCTGTTAGCATGGAAGTTGTAATGCAATTAGGCCTCCTTGAAGAAGATAGTGCTTGGGATTTCTTG GAAGTAGCTTTACTTGCATGCTTTTGTGCAATTCATAACCATGGTTTTGAGGTGTTATTTTCATTTTCAGCAATCATACA GCATGCCCCCAGCCCTCCTATTGGATTTGGCATCTTGAAAGCTGGTCTTAACAAATCTGTTCTTTTGTCTGTATATGCTT CCTCCTCTGTGAGAAACAGTGATGAAAGTTTCTCTAATGAAAGAAGAATAGCATCTTACCTGAGTGCAATTGGGCAGAAG TTCCTTTCTATATACCGGTCTTGTGGCACCTACATTGCTTTTCTGACTATTCTTTTCACAGTGTACATGGTGAGACCTAA TTACATATCATTTGGCTACATATTCCTTCTCCTTCTATGGATTATCGGAAGACAACTTGTTGAGAGAACAAAAAGACAGC TTTGGTTTCCATTGAAAGTGTATGCAATTTTGGTGTTTATCTTCATATATACTTTGAGCAGTTTCTCAAGCCTTGAGATG TATTTGTCCAAATTAATAGATCTCTATTTTTATCTGGGATACGACTCTAAAGCATCTTCATTTCATAATGTTTGGGAGTC TTTGGCAGTCTTGGTTGTTATGCAACTTTATAGCTATGAGAGAAGACAGAGCAAGCAGATCAGGCAGGAACAAAATCAAC TGGATTCACCAGAGCCAGGGATACTTGGGTTTATCAGGCGATTTCTTATCTGGCACAGCCAGAAGATCTTGTTTATTGCT CTGTTTTATGCATCTTTGTCCCCAATTAGTGCATTTGGCTTCTTGTATCTTCTTGGCTTAGTCTTCTGCTCCATTTTACC TAAAACTTCTAGTGTCCCGTCCAAATCATTCTCAGCATACACAGGTTTTCTGGTGACAGCTGAGTACCTTTTTCAGATGT GGGGCAAGCAAGCTGAAATGTTTCCTGGGCAGAAGTACTCTGATATATCTCTTTTTTTGGGTTTCCATGTATTCCAGCCA GGCTTTTGGGGTCTCGAATCAGGACTGAGGGGAAAAGTGTTGGTCATTGTGGCCTGTACCCTTCAATACAATGTCTTCCG TTGGTTGGAAAGGATGCCAAATACAGTTCTATGCGAAGGAGAGTGGGAAGAGCCTTGTCCTCTATTTGTGTCCACAGAAG ATGCATTTGATGATGCTACTCCATGCAATATGGAAAGTAAAACATCATGCAATTCATATCCCCCTTCTTCAATACAAGAA AATGTGTCTAGCAAGTCATTGAAAATTACAACTTCTGGTTTTTCTCAAGCACGTGATATTTCATCCTCTAAAACTGGAGG TTCTGACAGTAACAGCAGAAAATATTCATTTGGGTTTATCTGGGGAAGCAACAAGGAGAGTCATAAGTGGAACAAGAAGC GGATTGTTGCTTTGAGAAAAGATCGATTTGAAACACAAAAAACTGTCTTAAAAGTATATTTGAAATTTTGGATGGAGAAT CTGTTTAATCTGTTCGGTCTAGAGATAAACATGATATCATTACTACTGGCAAGCTTTGCCTTATTGAATGCACTATCCAT GCTGTATATTGCACTGCTTGCTGCTTGTATTCTACTTAATCGGCAAATTATACGGAAAGTCTGGCCCATATTTGTCTTTT TGTTTGCTTCCATTCTCATCCTGGAATATTTTGTCATCTGGAAGGACATGTCGCCTTTAAGTTCCCATGATCCAAGTGAG ATTCATTGCCATGACTGCTGGGAAATTTCAACTCTGCATTTTGGTTTTTGTGAGAAATGTTGGATTGGACTTGTGGTCGA TGATCCTCGGATGTTGATTAGCTACTTTTCAGTATTCATGCTGGCTTGCTTCAAACTTCGTGCTGATCGGCTGTCTAGCT TTTTAGGATCATCAACATATCGTCAGATTCTGTCTCAACGTAGAAACACATTTGTCTGGAGAGATCTCTCTTTTGAAACT AAAAGCATGTGGACATTTGTTGACTATTTGAGGCTTTACTGCTACTGCCATCTGTTAGATCTTGTGCTGGTATTAATATT GATTACTGGAACACTCGAGTATGACATTTTGCATCTTGGTTATCTTGCCTTTGCTCTGGTATTTTTTCGCATGAGACTTG AAATACTGAAGAAGAAGAACAAAATATTCAAGTTCTTGCGCATATACAACTTCTCTGTTATTGTTCTTTCTCTTGCTTAC CAATCTCCTTTTGTTGGGGGACCAAGTTCTAAGACTGGGAAGTGCGAGACAGCAAATTACATCTTTGAGATGATTGGTTT TTATAAATATGATTACGGTTTTCGGATTACTGCAAGATCTGCAATTGTAGAGATTATCATTTTTGTGCTGGTATCACTTC AGTCATATATGTTTTCCTCGCAAGAGTTTGATTATGTATGTCGCTACCTGGAAGCAGAGCAAATTGGTGCAATTGTACAT GAGCAAGAGAAAAAAGCTGCATGGAAAACTGATCAACTACAACAAATTCGTGAAAATGAGGAGAAAAAAAGACAGCGAAA CATGCAGGTGGAGAAGATGAAATCTGAAATGCTCAACCTGCAAATACAACTCCACAGCATGAACACATCCACTAATTGCA TTGATGGATTTTCTCACCCTGGTGAGGGTCTAAGAAGGAGGAGGAGTACTTCTATTACATCAAATATTGGCTTTGGAATT CCTGATAAAGAAGACCAGGGTCTGGGAAGACTAGATTATGCAATAAGAGAGGATTCTGTTTTTCCAATTGAACGGCATGA ATCGTCTACTTGCCCAAATGTGGAAACTCCATTAACAGAGGAGTACATGAAGTATTCAGTGGATTCTCCGTGTTGTGAAA TTACTGAAATAGATATTGATACTTCTTCTAGTGATTCAGGAAAAAAGGAGAAAGTTATAGGGCAAGCAAAAGAAAACCCA CTGAAGTCTGCTGTACAACTAATAGGTGATGGTGTTTCCCAGGTGCAGTCCATTGGAAATCAGGCAGTCAATAACCTAGT GAGCTTTCTGAATATTTCACAAGAAGATTCTGATTCAAATGAGCACACAAACATTGAGGACCAGATATATGACGAGATGG AGAGTCAGAAAACGCAGCATATATTCGTGGAGCGTTCTTCATCTTTGCAGTCTGATAAGAGTTCTGATGCTGCGAGTCTG CAGTTAGGAAGGATCTTTCGTTATATATGGTACCTAATGCGTTCCAATAATGATGTAGTATGTTACTGTTGCTTTGTTCT GGTCTTCTTATGGAACTTCAGTTTGCTATCAATGGTGTATCTTGGGGCTCTCTTCTTGTATGCTCTATGTGTAAATACGG GCCCAAGTTACATCTTCTGGATTATTATGTTGATCTATACAGAAGTTTATATTTTACTTCAGTATCTGTATCAAATTATC ATCCAGCACTGTGGACTGAATATTGATCCCTCTCTGCTGAGAGAATTAGGTTTTACAACCCACAAAATCACGTCTTCATT TGTTGTCAGTTCATTACCTCTCTTTCTGGTGTATTTGTTTACCCTCATTCAAAGCTCTATAACACCTAAAGATGGTGAGT GGATGTCTTCTACTGACTTCAAATTTAAGAGGAATGGTCTCCACACAAAAGATAACCCCACTCGATACAATTGGCAAGAG AGAGCATGGGCTTTGCTAAATCAGATGACTAATATGGTAATGTGGATAATCAGATGCTTTTATAGGTACTGGAAATCACT CACACAAGAAGCAGAGTCTCCTCCTTATTTTGTTCAGGTGTCTATGGATGTCAACTTCTGGCCTGAGGATGGGATTCAGC CAGAGAGGATTGAATCAGGAGTTAATCAGTTTCTCAGAGTTGTCCATAGTGATAAGTGCAAGGAAAAGAACCCAAATGTT TGCTCTTCTTCTAGTAGGGTTAATGTTCAAAGGATTGAAAGAAGCCAAGAGAACCCCAATGTTGCTCTAGTTGTTTTGGA GGTTGTGTATGCATCACCCGTTCTTGATTGTTCTTCAGCAGAATGGAATAAGTCCTTAACTCCAGCAGCTGACGTAGCCA AGGAAATCCTCAAAGCTCAGCATGCAGGTTTTGTGGAAGAAGTGGGATTCCCTTACCGTATTCTTTCTGTAATTGGTGGA GGCAAGAGAGAAATTGATCTGTATGCCTACATATTTTGTGCAGATCTAATTGTATTCTTTCTTGTTGCCATCTTCTACCA GTCTGTCCTAAAAAATAAAAGTGAGTTCCTAGAAGTTTATCAGCTTGTAGACCAGTTTCCGAAAGAATATGTCTTTGTTT TGATGGCTATCTTCTTCTTGATTGTTCTTGATCGTATAATATACCTCTGCTCATTTGCCACGGGGAAAGTGATTTATTAT ATTTCCAACCTCATTATCTTCACATATTCAGTTACAGTGTATGATTGGCAATTGGAGCCATCCCAGCAACATGCAGCTCG GTTAGCTCTCCGTGCCATATATCTTGCAAAAGCAGTTTCTCTTGGACTGCAGGCTGTTCAAATCCATTATGGCATTCCTC ACAAGAGCACATTGTATCGGCAGTTTTTGACCAGTGAAGTTTCACGAATCAATTACTTAGGGTACAGAGCTTATCGTGCT GTGCCATTCCTTTATGAATTACGATGTGTACTTGACTGGTCATGCACAACTACATCCCTCACCATGTATGACTGGCTAAA GCTTGAGGACATAAATGCAAGTTTGTACCTTGTCAAATGTGATTCAGTCTTGAATAGAGCTACACACAAACCAGGAGAGA AGCAAACAAAATGCACCAAATGCTTCAATGGAATATTGCTGTTCTTTGTATTAATTTGTGTTATATGGGCTCCAATGCTG ATGTACAGCAGCGGTAACCCCACAAATATTGCAAACCCAATTAAAGATGCTAGCTTTCATGTTGATATCAAGACAGAGGG TGGAAGGTTGAATTTGTATGAAACTACTCTATGTGAAAGAATCCGGTGGGACTCACTAAATTCTGATGTAAATCCTGACC CCTATGGCTATTTGGATGCATATAACAAGAATGATATCCAGTTAATATGCTGTCAAGCTGATGCTAGTACATTGTGGCTT GTTCCGCATGTTGTTCGGACCAGATTGATTCAGTCCCTTGAATGGTATACTGACATGGAAATTTTTTTCACTTGGATGCT TTCAAGGGACAGACCAAAAGGAAAAGAAGCTGTGAAATATGAAAAGGCTGTTGATCCTCAATATCTTCCAGCAAAGTCTG ATGTTCAAAAGGTTCTTAATGGATCTATGAACAGCTTTAGGATTTATAATGTTTATCCAAGATATTTCCGTGTCACTGGT TCAGGTGATGTTAGACCATTGGACGAGGACCGTGATGTTAGTGCTGATCTCATTATAAATCATGATCAATTTGACTGGTG GTCCTTCAAAGATATTAATCCATCAAATCTAAGTGGGTTTTGTGGAGGTTTGACGGGACCTATGGCTATCATTGTATCCG AGGAAACACCACCACAGGGTATTCTTGGTGACACACTGAGCAAGTTCAGCATATGGGGGCTTTACATAACCTTTGTTCTA GCGGTTGGACGCTTTATCAGACTCCAGTGCTCTGACTTAAGGATGAGAATTCCCTATGAGAACCTACCTTCCTGTGACAG GTTGATAGCAATCTGCGAGGATATATATGCTGCAAGGGCTGAGGGTGAGCTTGGAGTTGAAGAGGTCCTTTATTGGACAC TAGTGAAGATATATCGGTCCCCGCACATGCTGCTTGAGTACACCAACCCTGATTAA

Download CDS Sequence

Protein sequence (LotjaGi5g1v0259600.4) extracted from Lotus japonicus Gifu v1.2 Proteins.

MTIQSWKYPYVIYFLVIQLLALLVALFDIYGKRHFLNTWQDSRWGHFLSIVEHLGSHLRVASCLLLPAVQLIVGISLPSW ASLPFFIGSCVGLVDWSLTSNFLGLFRWWRLLQLYAGFNIFLLYVYQLPVEQPSVIHRMADLIGLYKISSNSQWPEICSC LSLVFYYIMLSFTKSDLEEMNFIISRTDCSLTEQLLPSRHSFFIRESRSGVRHTNVLLRGAVFQTFSINFFTYGFPVSLF ALSFWSFHFASLCAFGLLAFVGYIIYAFPSLFRLHRLNGLLLVFILLWAVSTYIFNVAFTFLNWKLGRDMKIWEMVGLWH YPIPGFFLLAQFCLGILVALGNLVNNSVFLYLSDEGGQSSNDNVSVKAEGETKALIVATIAWGLRKSSRAIMLALIFIIA IKPGFIHAVYMIFFLMYLLSHNVSRKMRQALILLCEIHFSLLYVLQIDLISAALEKKGSVSMEVVMQLGLLEEDSAWDFL EVALLACFCAIHNHGFEVLFSFSAIIQHAPSPPIGFGILKAGLNKSVLLSVYASSSVRNSDESFSNERRIASYLSAIGQK FLSIYRSCGTYIAFLTILFTVYMVRPNYISFGYIFLLLLWIIGRQLVERTKRQLWFPLKVYAILVFIFIYTLSSFSSLEM YLSKLIDLYFYLGYDSKASSFHNVWESLAVLVVMQLYSYERRQSKQIRQEQNQLDSPEPGILGFIRRFLIWHSQKILFIA LFYASLSPISAFGFLYLLGLVFCSILPKTSSVPSKSFSAYTGFLVTAEYLFQMWGKQAEMFPGQKYSDISLFLGFHVFQP GFWGLESGLRGKVLVIVACTLQYNVFRWLERMPNTVLCEGEWEEPCPLFVSTEDAFDDATPCNMESKTSCNSYPPSSIQE NVSSKSLKITTSGFSQARDISSSKTGGSDSNSRKYSFGFIWGSNKESHKWNKKRIVALRKDRFETQKTVLKVYLKFWMEN LFNLFGLEINMISLLLASFALLNALSMLYIALLAACILLNRQIIRKVWPIFVFLFASILILEYFVIWKDMSPLSSHDPSE IHCHDCWEISTLHFGFCEKCWIGLVVDDPRMLISYFSVFMLACFKLRADRLSSFLGSSTYRQILSQRRNTFVWRDLSFET KSMWTFVDYLRLYCYCHLLDLVLVLILITGTLEYDILHLGYLAFALVFFRMRLEILKKKNKIFKFLRIYNFSVIVLSLAY QSPFVGGPSSKTGKCETANYIFEMIGFYKYDYGFRITARSAIVEIIIFVLVSLQSYMFSSQEFDYVCRYLEAEQIGAIVH EQEKKAAWKTDQLQQIRENEEKKRQRNMQVEKMKSEMLNLQIQLHSMNTSTNCIDGFSHPGEGLRRRRSTSITSNIGFGI PDKEDQGLGRLDYAIREDSVFPIERHESSTCPNVETPLTEEYMKYSVDSPCCEITEIDIDTSSSDSGKKEKVIGQAKENP LKSAVQLIGDGVSQVQSIGNQAVNNLVSFLNISQEDSDSNEHTNIEDQIYDEMESQKTQHIFVERSSSLQSDKSSDAASL QLGRIFRYIWYLMRSNNDVVCYCCFVLVFLWNFSLLSMVYLGALFLYALCVNTGPSYIFWIIMLIYTEVYILLQYLYQII IQHCGLNIDPSLLRELGFTTHKITSSFVVSSLPLFLVYLFTLIQSSITPKDGEWMSSTDFKFKRNGLHTKDNPTRYNWQE RAWALLNQMTNMVMWIIRCFYRYWKSLTQEAESPPYFVQVSMDVNFWPEDGIQPERIESGVNQFLRVVHSDKCKEKNPNV CSSSSRVNVQRIERSQENPNVALVVLEVVYASPVLDCSSAEWNKSLTPAADVAKEILKAQHAGFVEEVGFPYRILSVIGG GKREIDLYAYIFCADLIVFFLVAIFYQSVLKNKSEFLEVYQLVDQFPKEYVFVLMAIFFLIVLDRIIYLCSFATGKVIYY ISNLIIFTYSVTVYDWQLEPSQQHAARLALRAIYLAKAVSLGLQAVQIHYGIPHKSTLYRQFLTSEVSRINYLGYRAYRA VPFLYELRCVLDWSCTTTSLTMYDWLKLEDINASLYLVKCDSVLNRATHKPGEKQTKCTKCFNGILLFFVLICVIWAPML MYSSGNPTNIANPIKDASFHVDIKTEGGRLNLYETTLCERIRWDSLNSDVNPDPYGYLDAYNKNDIQLICCQADASTLWL VPHVVRTRLIQSLEWYTDMEIFFTWMLSRDRPKGKEAVKYEKAVDPQYLPAKSDVQKVLNGSMNSFRIYNVYPRYFRVTG SGDVRPLDEDRDVSADLIINHDQFDWWSFKDINPSNLSGFCGGLTGPMAIIVSEETPPQGILGDTLSKFSIWGLYITFVL AVGRFIRLQCSDLRMRIPYENLPSCDRLIAICEDIYAARAEGELGVEEVLYWTLVKIYRSPHMLLEYTNPD

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	11	11	-	–
PANTHER	PTHR47049 View details on PTHR47049 Search for proteins/transripts with this domain View external data on PTHR47049	1	2391	2391	0.0	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	10	27	18	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	12	30	19	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	31	57	27	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	58	77	20	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	71	93	23	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	78	82	5	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	83	104	22	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	105	110	6	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	108	130	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	111	129	19	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	130	153	24	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	154	172	19	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	173	215	43	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	216	235	20	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	216	235	20	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	236	246	11	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	245	267	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	247	268	22	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	269	279	11	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	280	302	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	280	301	22	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	302	320	19	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	321	344	24	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	322	344	23	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	345	389	45	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	390	419	30	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	393	415	23	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	420	430	11	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	430	452	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	431	454	24	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	455	563	109	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	562	584	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	564	582	19	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	583	587	5	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	588	607	20	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	588	607	20	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	608	618	11	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	619	642	24	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	620	642	23	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	643	661	19	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	662	679	18	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	662	679	18	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	680	715	36	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	716	737	22	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	716	738	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	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	775	785	11	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	786	803	18	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	804	808	5	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	809	826	18	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	827	947	121	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	948	966	19	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	967	971	5	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	972	994	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	972	1000	29	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1001	1006	6	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1007	1026	20	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1007	1026	20	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1027	1070	44	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1071	1088	18	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1071	1088	18	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1089	1131	43	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1130	1152	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1132	1150	19	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1151	1155	5	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1156	1173	18	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1156	1173	18	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1174	1184	11	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1185	1204	20	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1185	1202	18	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1203	1231	29	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1232	1253	22	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1236	1258	23	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1254	1538	285	-	–
Coils	Coil View details on Coil Search for proteins/transripts with this domain	1293	1316	24	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1539	1561	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1539	1565	27	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1566	1576	11	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1576	1593	18	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1577	1597	21	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1598	1626	29	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1626	1648	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1627	1647	21	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1648	1681	34	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1682	1701	20	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1682	1701	20	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1702	1846	145	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1847	1870	24	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1848	1870	23	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1871	1889	19	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1890	1912	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1890	1910	21	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1911	1916	6	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1917	1934	18	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1917	1936	20	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1937	1947	11	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1948	1972	25	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1949	1971	23	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1973	2060	88	-	–
Pfam	PF12166 View details on PF12166 Search for proteins/transripts with this domain View external data on PF12166	2000	2389	390	4.2E-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	2061	2082	22	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	2062	2084	23	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	2083	2308	226	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	2309	2326	18	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	2309	2326	18	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	2327	2391	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 LotjaGi5g1v0259600.4, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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