Transcript — View — Lotus Base

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LotjaGi5g1v0259600.5

Overview

Field	Value
Gene ID	LotjaGi5g1v0259600
Transcript ID	LotjaGi5g1v0259600.5
Related isoforms 8	LotjaGi5g1v0259600.1 LotjaGi5g1v0259600.2 LotjaGi5g1v0259600.3 LotjaGi5g1v0259600.4 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\|A0A072VYZ6\|A0A072VYZ6_MEDTR DUF3595 family protein; Found in the gene: LotjaGi5g1v0259600
Working Lj name	n.a.

Genomic sequence (LjG1.1_chr5:56794558..56819365) extracted from Lotus japonicus Gifu genome v1.2.

ATTGTTGAAGTATGTGCTCATTTTATATGCTCACTTTTTTGCAGCTTCTTTAATCAACTGGAGTTTGATCTCTCTTATTG ATTTGATAGCCTTTCTTCTCATTCTGTATAATGTATCACAATTAGGTAAGCTGCTTTGTTCTTTCTGTTTGGAGGGTTAT TATTTCTTAAAATATTTTGCTTGGAATATTAAATTATAATTTTTTGTTTATCAAAATGTGGAAATGACTTCCTTAGTCCT TACTATTAGATTTGTTCATAAAAGGGACCTCTTCCTTCTCTACCATGGGAATTCTACATAAAAAGGGGAGCACTTGCCCT CCTTTCTTTTTGGGCTCTTTGATTGCTGTATAGTCGACAGATCACATTTGTCATTTGTTGGGCAAACCTCTTTAGAAGTC CAGCATTTTCTTCTGTATGCTAATCTGTGAGGATGTAGTCCACCTGCAATTTTAAGAGGTTTTGAGTGGAAATCATAGAA AAGAAAGAATAAGGAACAACCAATTCTATCGTCGTGTCAATCAGTGAATAGCGCCCCCTTTGATTTTGTACGAAAACATA ATGAGTTGGATTTGCTTCTGTTTGAAGGAGGACTTGGTAGGTTTCCTTATGAATGTTTATCTTTATATGTGCTTAGTTGT TAAAACTTGATCCTTGAGATGATAATTATGAAGACGCTATTCATATGGGTTGGTTTTTTATGATATTGTTATTTGAAACC TATGAATTCTGATCTAGTTATTCTATGAGTTTACTATACAAGAAAGCAATCTCAGTGTCACAGAAATGAGAATGTTACGA TGGTTGATTGGATATACAACACAGGATAGGATTCAAATACAAATCGGGAGAACATGGCACCAGCTAGGAGGGTTGTCCAG ATGGAGGGTAGTCCTATAACTAGGGTTAGAGGTAGACTAAGAAAAACTATAGATTAAACATTTATGAGAGATAAAGGGGT AAAAAGTATATTTAACTTTAGTACATGATGTAGCTTATGGTGTCACTTGATTCATATAGCCAACTCTTATTGGAAAGACT TGGTGGCTGTTGGACATTATACAAATGTATATGCAAGCTGTACATAAAAAAGAAACACCCAAAACTTAGAGAAATAACAC CCAAGACTTAGGGATTGGAAGAGATCATAGTTGTGAACCTACTCTATTTAAGGAAACTGAACCGTCTAAAGGAATGGAAG GAAATAAAGAGCAAAATACAATCAACACTTGCACTAAAGCTGAAACATATATGTTATGTCTCTTAGAATTTGGGTTAGGC CTAACTCTTATCCAAAAGCTAGCTCAGAGGTGAGGATTGCAATACCCTTTATAAACATTTATTTGGCCATATCTCTAGTC AATGTGGGACCTTAACACTATGCATCCAGCGTATTACATATGCTTTCTATCCTAGGACTTGGTGAATATGTTTGTTGGTT GATGATTGAAACTAGTGTTATCAAATATCCGCTGTGGCGCTGCCATGGCGGAATCTCATGATGGGTTTTTGGCTTTCTGC CATGGCTGATGTCCCACCATAATCCGCCATCATTATTTGTCAAATATGGCGGTTTTTTGGCTCTCCGCCAGGGTCCACCA TCCGCCATTACCCACATTGATTGAAACACACTGAAGAAGTTTTGATGATATCTTCTAGGTTCTTTTCTGAAATGAAATGA TCCTTAATATGTTTAGTTTTCTTATGAGAGTTTGGATTGAAAGAGGTACAAAGCTGATTGTTTATTAAAAAAAGTTTTGT AGGACCTATCTAACTTGAAATATGTCTCGCGGCCACAAAAGTTCATGTTATGTGAGTCATAGCATGATATCCAGCCATTG AGCTTGACCTTATAACAACCAATTGCTTCTTGGTCTACCCTGTGAATAGATTCCCTCCAATAAGGAAACAAATGCTTGAA GTGGACCTCCTATCATTAGCATCTCCAGCCCCACCAATATAAATCCCAAAATGTAACCAAGGAATGAGATTTCTTAGATT GGACTTGTCAAGAGCACACCCCAGAAACAACAAATTAGTATATCTACAAACCAGAAATCTGCCTGCGAGTTGAATATCAG TGGTTTTGGCCGGAAAGGTCGCCAGGAAAAATTTCCAATCGCTGATGATAGTGGCTAGGCGGTGGTTACTTGAAATGGCC ATAAAGACTACATATGCTCAAGATACCAACATAAAACTTATTAATTCTGGTGTTGTTATTATTTGATGATACTATACCAA TACAAATATATGCATAAATAGTACATAAAAAGGAATCCTCACCCCAAAACTTTGGGATTGAGAGAGGTCACAGTTTTGAA TCTACTCTGAGGAAACTAAATCATATGAAGGGATTAAAGGAATAAATAATAAAATACAATCTGCACAATTAACACTCCTT ATTGGTATGCTGGTGTGAATACTACGGTTTAAGTCATTCATGTTGTCTTTAATCTTTATATTTGATTATTACTGATGTTG CCTTTTCTTGTTGTAGGATTTCATTTCCGAAGGAGGTTTTTGTTATTGTGGTCAATTGTTATATTTTCTGTTGTTGCAAT ACTTTCTCAAGTGACTTATCTGGTAATATGGGCTGTTAAACAAACGTCTTGGAGCATATCAGATGTTTGGTGGGCAAAGC TGATTGGGTTTATGACGTGAGATTGATTTCTTTTTCTTTTATTTTCTAATTCATCGTTTTTGTTGGTATACTGATTTGTT GTTTTTGGGGTGTGCTTTTGCAGAATTCAGTCTTGGAAATATCCTTATGTAATTTATTTCTTGGTTATACAACTGCTCGC ACTTCTTGTTGCTTTATTTGATATATATGGGAAGAGGCATTTTCTAAATACATGGCAAGACTCACGTTGGGGTCATTTTC TATCAATTGTCGAACATTTAGGTTTGTAAGTAGTTTATTTGACCGTCTCCTTTACTGTTTTTCATGTCTTTGGACTGCTA TGTTTTTTTCTTTTAATTTAAACATGTGATATGAAATATCGAGTATTGGAATATGCATGTCAGCTATCAATATCCAAGGA TATGTGCTAATGCAACTACCTTTGTAATCTTCTTTGTATTATTTATGGTGAGAAGCAAAAAATTTCTTGGTTAGTGAAGG AACTCTTCAGTTCCATATGAAAGTATTTACATTTTTATGAAAATTATGTTTGATTGTTTCATGCTGCATGACATTGGTCA GTATGTATCAAAATAAGCAAATCTAGCATATTCCACTTTGTTTTATCTATTTACTTGCTTTACCATGCAATATATAAACC AGGCTTTAAGAAATCAAATTTACGAGACTCGTCACATGAATACCTTGTGATTTTATTTATTTTTTTCAAAGGAGGAGAGT GTGTTTGACTTGTGTTTAAGGAAATAGATCGAGGTGTATTTGGACAAAAGTTAAAATTATTTGTATAGACAAGAGGACCA TGGCAGCAGGCCCCCATAAAGATTACAAAGACCAACTCTAAAGGAGAAGTGTAAGTAGCAGTAGAGGAATGGGAAGACAA TCTGTGACTTGCCTAGAAAACAAGCATGAGTCATGACACAATGTGAAGTTGGTTATATTAGATACCAGTATTTTACAACG GGAAGGAGCATAAGTGCCTCATGAAGTCCTAGTCTAGAATGCCACTGTTCATCGGTGGTAAGAAGACTTATTTCTGAATT ACCAGTGACGACATCACTAGCAACAACAGAACTAAGAGAAGGTACTAGATTGAGATCATTCCTGATGGAAGGTGAAGGAG ACCAAATCTATATAGGCTATCCTTTCCAGTTTCCAAGGCTCCCACATAGAAGAATTTCAGAAGTGTCTTAAGATTTCACA AGACAATGAGGGGAATGAAACTCAAAGGAAACGGAATTATTTTGAGAAAAATTATTAACACTGACTACATTATTAGGAAT AGAGGGAACAAGAAGATTTGTGAGGGTGAGTCAAATGGGTGGGTTGTATGGTTTTGGAAAGGAGGTAAAACCAATATTTT TGTTAATTGAGTCGAAGCCGAGAGACATTGGTCTAAATCCATGTGTCTCAAGTCTCAACTACACGGCAGATGTCGTTATA TATAATAGGTACAAGATTTACATAATATCATTGTTTCCCTATTTACAATGATTATGTTACCTAATTACAGTTAATACAAG ATATCTACCCATTTACAAGATATCAAGCTGGAGCATATATGTCATATGCACCAAGCTTGTTACAGATATAATCAACTCGA GGACCTCTCAAAGACTTAGTAAAAACATCACCCAACTAATCATTTGAATTGACGAATCTAGTCCTGATATCTCTAGATAA AATATTCTCTCTGATGAAATGGCAATCAACCTCAACGTGTTTGGTCCTCTCATGGAACATTGGATTTGAGACAATGTGTA ACATTGCTTGGTTGTCACAAATAAGTGCCATCTGTGAAACATCCCCAAATCTCAGGTCTTGAAGAACCATATAAGTTCAC AAGTAGCTATGGCCATGGGTCACATTGAAATGAACTAAAGCAAACAGAGACTTAGCTCGACGATTGCCACGACTTGGAAA AGAATTAGAAACATGTTGTCTTTATTGACACGACTCACAAGACAACGTAGATAACAGAGACTTAGCTCGACCATTTTTAA GTTTTTATTTTCAATATATATCTATTCCACATGTTTCTCTATTATTTTTTCAGCCTTATACTACTTTTTTAACAGTGTAG CCTGACGTGAAATTTGTTTTGTTAATTGAAGGTTCTCATCTTCGAGTGGCGTCTTGCTTGCTGTTGCCTGCCGTTCAGCT AATTGTTGGAATTAGCCTTCCGTCATGGGCCTCACTGCCTTTTTTCATTGGTAGTTGTGTTGGCCTTGTGGATTGGTCTT TAACGAGCAACTTTCTTGGGCTTTTCAGGTGAAATTTTATAGATGTTTCTGTAATGATATTTCATCATCTCTCTAGGTGG TATTTGGCACTCTTTTAATGCCCTTTGGGATATCTGTGCATGTTGTTCTGAAGGTGGTGGAGGCTTCTTCAGCTGTATGC AGGTTTTAATATTTTCTTGCTTTACGTGTATCAACTTCCAGTGGAACAGCCAAGTGTGATTCATCGGATGGCTGATTTAA TTGGTCTTTACAAAATATCCTCAAATTCTCAGTGGCCCGAAATTTGTTCTTGCCTTTCTCTCGTATTTTACTATATAATG GTATGTATCTGTTTTATAAAATTTTGTTTCATATTGAATATGATTGGAAGAGACTTGTTAAGAACATTATGGGCTTGCTG TTTTTAATATTTAGGTGGTATATTTGATTCTTATACAGCATAGCTACTCTCCACTTTTGTAATTGTGTATCACTGTAATT GTATTCATGTCATTGTAAGTCTATAGATTAGAGAAAATGGGTATGCTGGTGTGCCATGTGGCACATACTAGCTGTAGTCA GTTAAAAGTTAATAGCTTTTGTTAAGTGTTAGTTATCCTAGCTCAGCTCGCTATGCAAGCCTCTCACATTAAAATTAATT GTATCCATACTATAGTAACACAGAATGGGATCTTTCTTCCACTTAGAACAAACTCTCTTATTCTTTGTTTTCTCTCAGCC ATGAACTTCTTCATGATATGTAGAGCTTAAAGCCCCGTAGTGGCTTCTAAGAGTCTTAAGGGAGGCAACACCCGAAAAAG ATTGATCAAATTGCTTTGCAGCCTCCACCGTTGCATCCAATGTCATCTCCAATGCCTTTCTCTCCTTCGCCGTCGTCTGT TCCGACCTCTAACGTGACAACCCATGCTATCACAAGCAGATGTTCACATAGTGTTTGAGAAACTCAACGCCTCCAATTTT GGGCTCCTTTCTACATAAAAAAGGGAGCACTTGCCCTCCTTTCTTTTTGGGCTCTTTGATGCCTCCAATTTTCTTCTCTG GAAGTAATAAATGAAGCCTATGTGGTCAATGACTTAACCAGATTCTTGTGAATCCGAGTATTCCGCTCTTCGAGGAAGAT TGCAATGTCGGCAGAGTTAGTGATGGCTAAGTAGCTTGTTATAATGAGATAATATCGAGTGTGTTTGTGTGTGTGTGAGA GAGAGAGAGAGGGAGAGAGAGGACAGAGAGAGATAATTCTGAATCTTAGAAAATGAGAGAATGATTAACTAACCATAGGG GATGAACTGCCCATAGCATTTGACATATTAGTTTTGGCCCAGAGATCGTGAAAATACTTGTTTTTTGTGAGCAATAAAGA GCCATCATGAAGAGTTTTGACTCCAATGCCCAAGAAGTAGTGTAGACAGCTACTTGTCATCTGTGATAACAACTGCTAAC TGATCCTCGCAATAGCTGTTCTTACTATATATACTAATGAAACTGTCATCCAGTATTCCAGTAGGAAATGTGCTTCTCAT TCTAGAAGACATCCATCTGAAATTTATCTTTCAGCTTGGAGAAAAATTAATGTCTAATTTATGAAAATAAAATGAATTAT AACTGTGAAATTCTCCTTTTGTTATTATTTGTGTTCACTTTTTCCCTTTGCTTTTTTGTCTCTGACACTTGTCTTATAAT TATTGCTTTCTTGTGATGCAGCTCTCTTTCACTAAATCTGATTTGGAGGAGATGAATTTTATTATTTCCAGGACAGATTG TAGCTTGACGGAGCAACTTCTACCCTCTAGGCATTCATTTTTCATCCGTGAATCAAGGTAATCAAATGAAAATATACTTT TCTGATTTTCTTTATGCCATAGATATAAAGTATATGTTCAAACACTTGAATTAAATGTGCAGGTCTGGTGTGAGGCACAC AAATGTTTTACTCAGAGGAGCTGTTTTTCAGACTTTCAGTATCAACTTTTTCACGTATGGTTTCCCGGTATATATTTCTG AAACATTATAATCTGCTTTCATTATCAGTGATGAATAATGATAAAGCCCTGGCTTGTTTGTTATAGTCCTTCCTTCATCG TTGTACATTGCATGCGCGGACTATATTAGTTGTAGGAGAATATTTTTTTAAATAAGTTCTCTCGTAAAGTTTTTGGTTAT TATAAGCTGTTTTAAACACAAAACACGTTAATCCAAACACATTCTGATCTCGTGGAGGATGGAACTTTGAGAAAACCCAG GTTTAGTTTTCGACTTTTTCATGGATAATCGTAATCTATAATTCAAAATTTATAGAAAATATAAAAAAAATTAGGAGAAA GTATCTAGATGAATGGTTAATTAACCCTCTTATCCATTCTTAGGACATTGCTTACCAGTTGTCCCATCAATTGTTTCTGA ATTTGAAATATTTTGACAAGAAGTCAGCTGAGACATTAGAAATATTATTGATACACTGAGTGTACAAGGATTTCTCTTCT AATAGAGAGAATTACAAAAGGTGATTGACTAAAAATCAGGAAACCAACATCCTAAGTTAGGAAACAATATATGGAAATAA AGAACTACCTAAAACAGTCCAAGCCAAGAAAGGAAACAAAATAACTATGTACAAACAATAATATTTATAGAAATTTAAGA GCTTTGATACTCTAAGATATCCTCTATAGACAGCTTGCTAGTTATGTTGTAAAAGGATTTCCTAGATAACCTTGGTTAAG ATATCTGCTGATTGTTCTGCAATGGGAACATATGTAATACATATCTGTCCCTTTTTCTATCTTTTCCCTGGTGAAGTGAT TGTCAACTTCTGGTGTCCATGTCTGTCTGTGCTTCATAGCTTATCAAGATTAGTAGGAAACTCAGAATGTTTTTGTTGAT ACTGTGGCCATCCCGCGACCAGTCACCAGACTACTAAAAGGAAGAACCATCCGTTCTCCATCTCTCTTGAATATTCTTTG TTTTAGTACATAATCTTGTTTGAGACTTTTTGATGCATTTGCAGGCTGCAACTACTCATTTCAAATGTTATATGCATTTA ATTCCTTTAATCCAAAATGATCTGTTTATATATTTTACACATTATTTTTTTTCACAGGTTTCCTTGTTTGCACTTTCCTT TTGGAGCTTTCATTTTGCGAGTTTATGTGCATTTGGGTTACTTGCTTTTGTTGGCTACATTATCTATGCCTTCCCTTCCT TATTTCGTCTGCACCGATTGAATGGGCTACTTCTCGTCTTCATCCTCTTGTGGGCTGTTAGCACCTATATATTTAATGTG GCATTTACATTTCTGAATTGGAAACTTGGACGGGTATTTTTATATTTTACTGTTACAATTTTTATCACAGATAAGCACTC ACTCATTTGAATAATTGTAAATAGTTTGGACTTGTTTATAGGACATGAAAATCTGGGAGATGGTCGGTCTGTGGCACTAT CCAATACCTGGGTTTTTTCTTCTGGCACAATTTTGTCTTGGAATTTTGGTTGCATTGGGTAATCTTGTGAACAATTCTGT TTTCCTCTACTTGTCTGATGAAGGTGGGCAATCTTCAAATGACAATGTATCAGTAAAAGGTAATCCATTACAATGTTGTC ATACCTGTTATTTAAAAACTTCACGGCTCTTTGTATTCTAGTCACATTCAGCCACTTTTTTTAAGATGCGTGTATGCCTG TCATGGACTAACTATCTCAAAAGCTTAAGCTATTGGGGTATTAAGACATATGAATTTTTTATTATTATATTTTTAACACG TCCTCTCTTGCAAGAGTCAATTGGGCTTGAAGTGTGGACAATGCTACCTATCTTGTGCTGTGTTAGAAATATAATATAAA ACCATTCACATGGCCCTAAACTTTTGGGATAATTGGTAGCTTGACATGGTATCAGAGCCTCTATGACCAAGCGGTCTAGA GTCTGATCCTTGCCGCCCCCCATTTTCTAATAAAATGTGGAATTTAAGCACATGGTAGGTGGACCTGTGCATTATCCACG CTTCAAGCTCAAGTGGGCGTGTTAGAAATATAATATAAAACCATTCACATGGCCCTTACCCAAAAGCTTAAGCTTTAGGG ATAATTGGTAGCTTGACAATGCTGAAATTAATCTTTTTATTAGAATAATGGGCGGCAACAAGGATTGAATTTCAAACCGT GTCATGAACTAACTATTCCAAAAGCATAAGGCCTAAGGTATTAGATGAAGACACGTGAATAATTTTATATTTTATTTCTA ACAATGACAATATACTTAAAGAGCCGAGAAATTATTTCATTTCTTTTTTTATTTATGTGATTGGAGATCAATTATGTAGA AAAGACAAAAAATGCATAAAAGGAACCAAAAAGTTATTCAATTTCCAGAATTAAATATGAATCCCAAGAATGCAGGCAAG TAATAAAAATGAATTCGTTTACTGCAGTCCTTGTAATTATGAGATGCTGTGATTCTAATAAAAATTTGGGATATATTTCC AACCATACTAAAGAGCATGTGTGCAGACTGCCAGACTGCAGTGTGCATATACTATATGTATGTAAGAATTTTCAATTTAT TTTTCTTGCTAAATTTAACTCATCTCAGAATCATTTGGGCTGTTAAACTTTCGGTTTATAATAATTTAAAAGGATTTGTC ATTTTATAATGGTAGCAAATGAATTTGCTTACTCTTGGTGGTTCCATTGGTGCTTCATTTTTTTCTTTTTCAAGCATTTG CTATTCCTTTTGACATTGTCATGCCTCATCACATGCTTGTTCCCTTTCACACACACACGATTTGATACCTTTGTCACTAG GCTAGGTTTCACTGAAGTTAGCTACATGTATCTATTAGATAGGGTTCTAATTAAGGTTATTTACAGCTTATGTGTGTTCA TCTAGTGTAGCGGATATTTTGGCTTGAAAGGCTTTGTTTTTGGGGCAGTTTTTTTGTCTCGGTTATATCTTTCTTTGCAT CTCTTGGACTTGCTTTGTGGTTGTGTTCATTATTTTGGAAAAAGCAACCCTAAAAACAAAAATATTAAAAGGGATTGGAA ATATAAGATTTTTTAACTATTCGAAGTGTTGTAATCAAATTTGATAGCAGCTGTCGTAGAAGCTTTGCCCTTTGTACAGA GATTGTTATGAACTGACTAAATGACTAGCGGAACGCTAGCTAAGCTAAAAAATAGTATTAGTTCCCAAAATCAATAAGCT TTTTTTCAGGTTTAAAGATCTCATAAAAACATTTAAAAATACTTAGGTCATGTTTGTTTGTGGTTTCTGAAAACTGTTTT CTGTTTTTAAAAACTGGAAAATTAAAAACTTTGTTTACTTATTAATATTATTTGTATCTGTATTAAGTTCCAATTTATAT GCTAGATTATATTCTATAATATCATCATTGTTATGACTTATGATTTCATTCCACTCATCAAAGTTTGAAGCAGATTTATA TTTGCATGCATCATATTTCAATTGATCTTTGCCCGCTATTATGGAACTTGTTATATATATATATATATATATATATACAG AGAGAGGGAGAGAGAGAAAGAGAGTTTCTGTCAAGTGTTTGCAGCATTCTGATCATTCAAAATAATCATTCTACATAGCT GTTATGGTTAGAAATTTAATATATAACCATTCGTATGACACCCAACCGCTTAAGTTTTTAGGATAGTTGGTTCATGACAT GGTATCAAAGCCTCTATGATCAAGTGGTCTGGATTTTGCCCCATTATTCTAATAAAAAGTTGATTGTATAGGTGGCATGT GCATGGTCCACGCTTCAAGCACAATGGGTTCGTTTAGAGGGCGTGTTAGAAAAGTTCTATATAATCTTTCATGTGTCTTC ATCTAACAGTTGAACTTTTGAAATAGCTGGTACATGACAATTACATTTAAACTGCAATCTAGCAATTATTCTGTTGTAAC TAAACCATTGTCATTGCAAAAGCAATGCTGACTCAGCATAACAACTAAAGTGTCTGCGAGAAACAGTGCACAGGTGATTA TACTCTGCAGTAGAGTGAATACATTAGATACTCTAATATAATTCCATAGAATACTGAGTATTTGCCTATTTGGTGCTTAC TTGTTATGGACCTATACTTGTTTTAATAATTTATGATCAGAGCTTTCTTCATTATCTTGGCATTCTTAGATTTTATTTTG TGACTACTCTAGAATGACCATATTAATAGTTCTATGACTTTTTTCTCCTTATTCTTTTTTTTTGTGCTGTATTATTTGAT TTTTTGATAAAATTTTTTGTCTCACTAGATTTGATGCATTCTTATTCTCTGTTATGCCATCTAAATCTTTCTTATCTGCA GCTGAGGGTGAGACTAAGGCATTGATCGTGGCAACAATAGCCTGGGGATTGCGCAAGAGCTCTCGAGCTATCATGCTGGC ATTGATCTTTATCATTGCTATAAAACCCGGTTTCATTCATGCAGTATATAGTATGTTTCATCAAACCTTAGACGTTTATT TTACATTTATTTCATTTAATTTTCATGATTCATGGAATAAAAGCATTTAGCTTGATTCTTGTGACGTGAGCCACTAAATG ATTATCATGGTGACGATATCTTATGCTAGTTTATTGATCAGCTTCTATATGCCTTTTACTCAGTGATCTTCTTCTTGATG TATCTTTTGAGCCACAATGTCAGCAGAAAAATGAGACAAGCACTGATTCTTCTATGTGAGATTCATTTTTCCCTGTTGTA TGTTCTTCAAATTGATTTGATCTCCGCAGCATTGGAGAAAAAAGGTTCTGTTAGCATGGAAGTTGTAATGCAATTAGGTA TGGAATGGATTTAGTTGGTTTATACTTAAATTATAGCAAAGCCATATCTATATGCCTTTCTTCTTATTTAGTAATGAGGA CATGGAAGCTGAATCATATGTTTTTTTGAATTATTTCAGGCCTCCTTGAAGAAGATAGTGCTTGGGATTTCTTGGAAGTA GCTTTACTTGCATGCTTTTGTGCAATTCATAACCATGGTTTTGAGGTGTTATTTTCATTTTCAGCAATCATACAGCATGC CCCCAGCCCTCCTATTGGATTTGGCATCTTGAAAGCTGGTCTTAACAAATCTGTTCTTTTGTCTGTATATGCTTCCTCCT CTGTGAGAAACAGTGATGAAAGTTTCTCTAATGGTACATTTCAAAAACATTAATGGTACTCTTGATTACATTTAATTTTT TTGACTAGTGGTACTTTTGAATTACATTTTATTTTTTAGACGTAGTATATTAGACACACATAATGATATAAATATGGTGT TAGTACAAGTTGGATGGTATACTAACTATCTTCAACATTGTATCTTGGAATGAATAGTAGGAATTTGTTAAGCATATGAA ATTTAGGAAACATTGGTTAACTACAAGATAAAAAAGGAGGGAACAGATGAATCAGTTTAGGTTATCCTTTTTAAGCCAAT TATTTGGTGGTGACATTGTGGTTTTGGCAATACGAAAAATTATTCTATGACCTGCATGCTGTCTTAGGGGCTTTGGTTGG ATAATGAAAAGGTTAAATCAAGCAAGTCTGGTTAGATACACACAATATGATTTTTCTCTGAAAATGCTTGGGTGAAAAAA ACACTCAGCTGGTAAATATTTATAAACATCATTATTACGGAGTTAATAAATTCAGAATACAGTTTACAAGAAGGCTAATT CTATTCTCTAAGTTACGTTGGACCTATGCTACTGGGAAAGTAGAACAATTAGTTATCAGGTCTGATATTTCGTAGGATAC GTTATTTCCAACAAAATCATAACATATACACTCCTATTTGTAGAAAATCATGTCTAAGAGAAACTAAGTCTTTGTGCGGT TACTATTTTTCCAGCTTCCATCATACTGATAGTAATCCATGTTTTATCCTCAATCCTCATATTTTATTTTTACAGAAAGA AGAATAGCATCTTACCTGAGTGCAATTGGGCAGAAGTTCCTTTCTATATACCGGTCTTGTGGCACCTACATTGCTTTTCT GACTATTCTTTTCACAGTGTACATGGTGAGACCTAATTACATATCATTTGGCTACATATTCCTTCTCCTTCTATGGATTA TCGGAAGACAACTTGTTGAGAGAACAAAAAGACAGCTTTGGTTTCCATTGAAAGTGTATGCAATTTTGGTGTTTATCTTC ATATATACTTTGAGCAGTTTCTCAAGCCTTGAGATGTATTTGTCCAAATTAATAGATCTCTATTTTTATCTGGGATACGA CTCTAAAGCATCTTCATTTCATAATGTTTGGGAGTCTTTGGCAGTCTTGGTTGTTATGCAACTTTATAGCTATGAGAGAA GACAGAGCAAGCAGATCAGGCAGGAACAAAATCAACTGGATTCACCAGAGCCAGGGATACTTGGGTTTATCAGGCGATTT CTTATCTGGCACAGCCAGAAGATCTTGTTTATTGCTCTGTTTTATGCATCTTTGTCCCCAATTAGTGCATTTGGCTTCTT GTATCTTCTTGGCTTAGTCTTCTGCTCCATTTTACCTAAAACTTCTAGTGTCCCGTCCAAATCATTCTCAGCATACACAG GTTTTCTGGTGACAGCTGAGTACCTTTTTCAGATGTGGGGCAAGCAAGCTGAAATGTTTCCTGGGCAGAAGTACTCTGAT ATATCTCTTTTTTTGGGTTTCCATGTATTCCAGCCAGGCTTTTGGGGTCTCGAATCAGGACTGAGGGGAAAAGTGTTGGT CATTGTGGCCTGTACCCTTCAATACAATGTCTTCCGTTGGTTGGAAAGGATGCCAAATACAGTTCTATGCGAAGGAGAGT GGGAAGAGCCTTGTCCTCTATTTGTGTCCACAGAAGATGCATTTGATGATGCTACTCCATGCAATATGGAAAGTAAAACA TCATGCAATTCATATCCCCCTTCTTCAATACAAGAAAATGTGTCTAGCAAGTCATTGAAAATTACAACTTCTGGTTTTTC TCAAGCACGTGATATTTCATCCTCTAAAACTGGAGGTTCTGACAGTAACAGCAGAAAATATTCATTTGGGTTTATCTGGG GAAGCAACAAGGAGAGTCATAAGTGGAACAAGAAGCGGATTGTTGCTTTGAGAAAAGATCGATTTGAAACACAAAAAACT GTCTTAAAAGTATATTTGAAATTTTGGATGGAGAATCTGTTTAATCTGTTCGGTCTAGAGATAAACATGATATCATTACT ACTGGCAAGCTTTGCCTTATTGAATGCACTATCCATGCTGTATATTGCACTGCTTGCTGCTTGTATTCTACTTAATCGGC AAATTATACGGAAAGTCTGGCCCATATTTGTCTTTTTGTTTGCTTCCATTCTCATCCTGGAATATTTTGTCATCTGGAAG GACATGTCGCCTTTAAGTTCCCATGATCCAAGTGAGATTCATTGCCATGACTGCTGGGAAATTTCAACTCTGCATTTTGG TTTTTGTGAGAAATGTTGGATTGGTAGGATCCCCTTATCCTTCTCTAAATTGCAAATTTATGGAAGAATTTGATGGTCAT GCTCATGCTTAATATGTGATTCTGAATGTTTAAATATGTGAGGCCATTTGTTTTTTTTTGTTTTTTTTTTATTTTATAAT TTGCCTAAACGTTTGGTTCATTGCTTCTTTATTTGGCAATTTCTTTGGTACCCCTTTAAAAGTGAAGGGTTCTATACCTT AAGTCATGTTTTCTCTATGATAAACTTTTTTAAATTTACAATTTAGTCCTTTGTATGGTAAAATATGAACTAAAGGGTAC TATACCCTCCCATTTTCAATGGGTACCAGAGCAACTCATTTTCTTATCTAGAACATCGCCCCCAATGGCACGGACGGAAA CTAGTAATACCAGTATTTATAGGGGCTTCTGTAGAATTGTAGAACAGCATAGAGAGAGAGAGAGAGAGAGATAACTAAGA TCTGAATGAAATGAATTAATATCTTAACAGTAATTACAAGAGTAGGTCCTTTATATAGACGAGCTACACTTGTTAGCTTA CAATAGAAAATCCTAACTACTCAGACTAACTGTACAGCTGTCATTTAACAATCCACTAATAGAAACTAACTGCCTCTAAG GGAAGGATACTATACACTTGAGTACACAGTGCTCTCATACACTAGCATACTCTAATACCTCCCTCCACAAGCTCTACTGT GGGTATCACCAACATTGAGCTTGGCATGGAGCTCCAAAAGGAGAAGAAGACAGAGGCTTGTCGTCGGAAGCTTGTCAGAG GTCGCGAGGTGGCCAGCGGTGGTGGTCGACATAGCTGAAGGATGGACCATAACTCAAAGACTCATCCACAAAGATGGCTG AAGGATGGGTCTCGAAGATGCAAGAGTAAATTTTACTTCTATTCCAAAGAGAAACTAGTTTTACATGCATGGACAAAACA TATAGAAGTAATTTTCATTTCCTTAGAGAAAAGGTCCTTGTTGGTGTCATCAAAACTCTATTTACTCCAAGGATCAGTTG GTTATATCCTCACTAAATCTTTACATGGTCTTAGAATATAATATATTTGTAACAAGTTGGATGCATATGATATACATGAT CCAGCTTGAGGGGGAGTATTGAGATAGTGTTTAGATTTTTTTGTATTTAATTTATAGTTTTGTTCACGCAAAATTTCTAA AGAACTAAACTAGGTGATAAAGGACAGCTTAGTCCAGTCGTTGGGTATGAGTGAAGATGCCACTTTCTTTACTTCTGACA TCCTTTATATGCTTCACTGTCTTCTTCTCTGCTTTTTTGTCTTCCCCTTTATATTAGTTTTACCGTTATTGATCAATCAT TATATACTTTTATTGTTCATTAACTATCAGTTATACTAGTTGTTATTAGGAGGTTATGCTATTAAGTGTGAGCTTTTGTA GACTCAACAGGTAGGTCGAGTTGAACATCACCTCAGTTCTTTTCCTAGTACTAAACCTTGGTCCTCAGATTAACCTTACT GTGCCGAGTTCGAATCTTTTTATCCTCGGCATTATAATCCCTAAACTGTGGGGATGGACTCGAACACTTTCATATATAAA TATTGTACCAAGTCCGTCATGAAATATAGGGGGCAAAACGGGTGAGACTCGCCGGGTGCGAGATGTCTACCCCTTCAACC CATTTTGACCCAACCCACTTTTAAAACGGGTTGGAAGCTAAATGGGACGAGCTGCCCATCGGGTCAGCATTTTTTCCCAT ACTATTATGTTTGTTTTTTACCATTTCAAAAAAAAATTATGGTTGGCCAATTACCCAGCCTTTTATTTTATCCAAAAGAA TCAGCTATCTTTGTGATTGTAATTCGTAAAGAGTTAATACTAAATTGTGACCTAGGGCTAGGATACATACACAAACATAG CTTCATTCTTCAAGACTCAAGACAAGAGAGACAAGTGCATGCTTCACTATTAGGAATAAATACTAATTGAACTCAGTTTT TGAGGATCATTCACTTCTGGAACAAGTGCAATTATAAGGACATGAAGCCTTTTAAGCATTAAATTATGATAAGTGTTACA GGTTGAATGATTTGAAGAATTGGTACAATACAGGTTGAAAAGACAAAAAGACATCCATTTGTGGATGGTTTGCAATTAAA TGATTTGAAGATCTGGCAAAAGTTAAAATTTAAATCATGGCAACTGTTGGGTTTGTATATATTATATACGGCGGTTCCCA CTTCTCAAACAGTTTTTCCCCCATTTGGTGGGATAACCAACCCAACCTAATGCAGGGCGGGGTGAGGTCTCCAACCCTTA TTCCAAAACGGGTAAACCCAACCTGCACCCTTTTTTTGGGTTGAAAGAGGGTCGGGTTACCCCACATTGCCGCCCCTAAT GAAATACATGAAATGTAATTCAAAGCTCAGACTTAAGAACCTGTATCATTTAATATATTATTTTGTGTATAAAAGCCTTC AAGTGTCCTGATAATTTCACTGCCTTTTCTGATGTAGGACTTGTGGTCGATGATCCTCGGATGTTGATTAGCTACTTTTC AGTATTCATGCTGGCTTGCTTCAAACTTCGTGCTGATCGGCTGTCTAGCTTTTTAGGATCATCAACATATCGTCAGATTC TGTCTCAACGTAGAAACACATTTGTCTGGAGAGATCTCTCTTTTGAAACTAAAAGCATGTGGACATTTGTTGACTATTTG AGGCTTTACTGCTACTGCCATCTGTTAGATCTTGTGCTGGTATTAATATTGATTACTGGAACACTCGAGTATGACATTTT GCATCTTGGTTATCTTGCCTTTGCTCTGGTATTTTTTCGCATGAGACTTGAAATACTGAAGAAGAAGAACAAAATATTCA AGTTCTTGCGCATATACAACTTCTCTGTTATTGTTCTTTCTCTTGCTTACCAATCTCCTTTTGTTGGGGGACCAAGTTCT AAGACTGGGAAGTGCGAGACAGCAAATTACATCTTTGAGATGATTGGTTTTTATAAATATGATTACGGTTTTCGGATTAC TGCAAGATCTGCAATTGTAGAGATTATCATTTTTGTGCTGGTATCACTTCAGTCATATATGTTTTCCTCGCAAGAGTTTG ATTATGTATGTCGCTACCTGGAAGCAGAGCAAATTGGTGCAATTGTACATGAGCAAGAGAAAAAAGCTGCATGGAAAACT GATCAACTACAACAAATTCGTGAAAATGAGGAGAAAAAAAGACAGCGAAACATGCAGGTGGAGAAGATGAAATCTGAAAT GCTCAACCTGCAAATACAACTCCACAGCATGAACACATCCACTAATTGCATTGATGGATTTTCTCACCCTGGTGAGGGTC TAAGAAGGAGGAGGAGTACTTCTATTACATCAAATATTGGCTTTGGAATTCCTGATAAAGAAGACCAGGGTCTGGGAAGA CTAGATTATGCAATAAGAGAGGATTCTGTTTTTCCAATTGAACGGCATGAATCGTCTACTTGCCCAAATGTGGAAACTCC ATTAACAGAGGAGTACATGAAGTATTCAGTGGATTCTCCGTGTTGTGAAATTACTGAAATAGATATTGATACTTCTTCTA GTGATTCAGGAAAAAAGGAGAAAGTTATAGGGCAAGCAAAAGAAAACCCACTGAAGTCTGCTGTACAACTAATAGGTGAT GGTGTTTCCCAGGTGCAGTCCATTGGAAATCAGGCAGTCAATAACCTAGTGAGCTTTCTGAATATTTCACAAGAAGATTC TGATTCAAATGAGCACACAAACATTGAGGACCAGATATATGACGAGATGGAGAGTCAGAAAACGCAGCATATATTCGTGG AGCGTTCTTCATCTTTGCAGTCTGATAAGAGTTCTGATGCTGCGAGTCTGCAGTTAGGAAGGATCTTTCGTTATATATGG TACCTAATGCGTTCCAATAATGATGTAGTATGTTACTGTTGCTTTGTTCTGGTCTTCTTATGGAACTTCAGTTTGCTATC AATGGTGTATCTTGGGGCTCTCTTCTTGTATGCTCTATGTGTAAATACGGGCCCAAGTTACATCTTCTGGATTATTATGT TGATCTATACAGAAGTTTATATTTTACTTCAGTATCTGTATCAAATTATCATCCAGCACTGTGGACTGAATATTGATCCC TCTCTGCTGAGAGAATTAGGTTTTACAACCCACAAAATCACGTCTTCATTTGTTGTCAGTTCATTACCTCTCTTTCTGGT GTATTTGTTTACCCTCATTCAAAGCTCTATAACACCTAAAGATGGTGAGTGGATGTCTTCTACTGACTTCAAATTTAAGA GGAATGGTCTCCACACAAAAGATAACCCCACTCGATACAATTGGCAAGAGAGAGCATGGGCTTTGCTAAATCAGATGACT AATATGGTAATGTGGATAATCAGATGCTTTTATAGGTACTGGAAATCACTCACACAAGAAGCAGAGTCTCCTCCTTATTT TGTTCAGGTGTCTATGGATGTCAACTTCTGGCCTGAGGATGGGATTCAGCCAGAGAGGATTGAATCAGGAGTTAATCAGT TTCTCAGAGTTGTCCATAGTGATAAGTGCAAGGAAAAGAACCCAAATGTTTGCTCTTCTTCTAGTAGGGTTAATGTTCAA AGGATTGAAAGAAGCCAAGAGAACCCCAATGTTGCTCTAGTTGTTTTGGAGGTTGTGTATGCATCACCCGTTCTTGATTG TTCTTCAGCAGAATGGAATAAGTCCTTAACTCCAGCAGCTGACGTAGCCAAGGAAATCCTCAAAGCTCAGCATGCAGGTT TTGTGGAAGAAGTGGGATTCCCTTACCGTATTCTTTCTGTAATTGGTGGAGGCAAGAGAGAAATTGATCTGTATGCCTAC ATATTTTGTGCAGATCTAATTGTATTCTTTCTTGTTGCCATCTTCTACCAGTCTGTCCTAAAAAATAAAAGTGAGTTCCT AGAAGTTTATCAGCTTGTAGACCAGTTTCCGAAAGAATATGTCTTTGTTTTGATGGTATGTCTAGAACTTTTCCATTTAT CCTTCTGTTCTTTTCCCAGGACTGAAAAGTTTTACTTAGTTATATAAATAAACTAAAAATGGTCTAGACTTATTTACTGG GTCGATGTAGCTGGCCTCCCTGAGTATAACATCATTTATGTAGTTCTCTAATACTTATTGTTATATATATATATATATAT ATATATATATATATATTATAAACCAACTATCTTAAAGGTTTAAGCTATTGAGTGAAAGCACATGAGTAGTTTTATATCTA ACATGTCCCTTCACACAAGAGCCCTTTGGGCTTGAAGTGTTGACACTCACTAAACCTTGTGTTGAAATTTAACTTTTATT TGGAAGAATTTTGGAAAAATGATTGAACTCTTGACCTCTTGATCACCAAGTCTCTGATATCATGTCATATCGTGAACCTA CTATTCCATGTGTTTTCATCTACTGGCTTAAGCTTTTGGGATTATTGATTCATGATATGATATTAAAATGTCTAAGTCTA AATGTTATAGAGCTCAATCCTTGTTGCCTCATTTTTTAGTAAAAAGTTCAACAGAAAGTAGGTAAGCTTGTGCATTGTCC TTGCTTCCAACCTAAAAGACCCTAACATGAGCGAGGGTGTTAGAGATGTATTGATGTAATATAAAACCATCCATGACATG TTAAGCTTTTGAGTTAGTTGGCACGTGACATTTATTACACTGGAAACTGTCCAGCTGAAATGGTTCAAATGAAGACTTTT TATTTTCCAAATGGAATGGAACATTTAGATTTTGTTTTCCTTTTCCAAAATTTAAGAGGTTTAAATTTATAGCACTTCCT AGTTTAAACAAACTTGGAATAGCTCTCATTGTAGAAAAGATGGTGGAGTCTCATCTTGGTTTGGGCATGTGTGGATATCA AAAACCTACTACACAAGATCCCTTTGGCCTTGAAGTGTGGGCATTGAACATACTCACCTTTCTTGTGCTGAAGTTCACCT TTTGTTACAAGAATAGGGGCAGTAAGGGCTGAGCTCTACACCAATTAGGTATTAAAATTTAAAACTTTAGCACTATGTCA TGAACCAACTGTGAAGACACATGAATGTGTTTGTATAATATTTCTAACACGAAGAGTCACGAAATATCGGTAAGGAGAGT TGATTAGATGGAAGGTAGTCCAACAATTAATGGATGGGGGAAAGCAAAGAAAATATAGGTCAAACCGTTAAGAGAGATTT AGAGGTAAATGGTCTATATATGAACTCAATATACACTGTCGGGAATTATGGTGTCATTTGATCCATGTCGACCCCACCTT ATATAAAAAAGGCTTGGTGGTGGTGGTTGTAAAATTTATAGGGTGACTATAGTTTTTATGGGCATGTTTAAGATACATTT CTTATCAATTTCTCTTTGATGAATGCATGTGTCAGAATGACAAGATGATATATTGCATTCTTCATTTACTTTTCTGGATA CAGTTGCCATGTCATATTGACTCCTGATAAAAGTTACTTCTTCTATTCAGGCTATCTTCTTCTTGATTGTTCTTGATCGT ATAATATACCTCTGCTCATTTGCCACGGGGAAAGTGATTTATTATATTTCCAACCTCATTATCTTCACATATTCAGTTAC AGTGTATGATTGGCAATTGGAGCCATCCCAGCAACATGCAGCTCGGTTAGCTCTCCGTGCCATATATCTTGCAAAAGCAG TTTCTCTTGGACTGCAGGCTGTTCAAATCCATTATGGCATTCCTCACAAGAGCACATTGTATCGGCAGTTTTTGACCAGT GAAGTTTCACGAATCAATTACTTAGGGTACAGAGCTTATCGTGCTGTGCCATTCCTTTATGAATTACGATGTGTACTTGA CTGGTCATGCACAACTACATCCCTCACCATGTATGACTGGCTAAAGGTATATGTAAATATTTATTTCTAAATCATTATCT TTCATCCAAAAAATTCCATCATTGGATGCCTTTTGGCAACAACTTAGATAAATTCCATGTTCACTGATTTATCTTTAGTA CTACCCTCAGCTTGAGTACTGTTTGCAAATAATTGATTGATTGAATCAAAATTCACATTTGAAGTTTGTCTCTGTTAAAA GACTGAGTATAACAACTCAGGCATCATATTTTACTCTACAACATAAATGCACTAGGAGATTTTTCCTGTTGCCGCTTGCA AGTTGCAATACTTAGTGACATTGATAAAGACGTGATAGAAAAGCTGCTTTAGTATATATGCATCCACCATTCCTGGTACT TTAATGTCTCCTACCTTTTTCCTTCTGGAGGTTAATTTCAAACTGATTTTGTTGTTGGATTCGCCTCATGCATGTCTTTG CACCAACACCTCTATTCTTGAGTTGTCGATTGATTGCCGGAAATTTTGCTTTGTGTTTTTTTGTTATCGGTTGCTGTGAC CTTTCTTCCCTTGAAGAATTTTACATTGCCTCATTTATTTTTCCGCCCATAACAGCTACCAGGAAAATGAATATTGAGAT TTTGTGAAATCTATGAAAAGTGTGTTAAGTACATAGTTTTTGAAGTTTTATTTTACAGACCTTCAATCTAAAACTTGCTT CTGCTTGAAAATTTCATGATCTCATGACCAGCAAAAGATATCACTACATATTCTTGGTAACACCAACCTATTCTAAATGG AAGGGCAAAAAGAAAAACTATTTATAATGATTAACCAAAGTTTCTGTCTTGAAAATAAAATGGTGATTTTTGTTGGGTAT GGTCTGCGTATTTATTTGGTAGTGTCTTTACAATTTGAGATGGTTGCACTGTTCTTAAATTGTTTGTTAAAGAAAAGAAA AAAGTAATATTATGTATTCTACAGTCAATTCCTACCATATATCATTAGGTAAAACGTTAGTAGTGGTTGTATTTTCCTGG AGGTGAATGTCTTCTAGGACATTAGTAGGTATCTATTAGATTTTCTCTGTGGTATTAACAGGACTTTTTAAATCAACTTT TTCTGTATTAGTGCGTACGAAAATCAATTAGGAGGAGCTTCTTTTACAATTTGTGCTGTTTTTTCTGCTTCTAGGGTATG TTTAGTTTGGAAACTCACACCTGCATCTTTTTTCCCCATTTTGATAGCTTGAGGACATAAATGCAAGTTTGTACCTTGTC AAATGTGATTCAGTCTTGAATAGAGCTACACACAAACCAGGAGAGAAGCAAACAAAATGCACCAAATGCTTCAATGGAAT ATTGCTGTTCTTTGTATTAATTTGTGTTATATGGGCTCCAATGCTGGTAAGAAAATTATAAAAGCGTTGATTTCATAACT TACTAATAGCAGCAAGTTCTCTTTTTTCTTTTTTCATTTTGACACTTTTGCTTTATCAGTATGTTAGCATATGAACCTTG GTAACTGAATGGAATTTCAGTATGCATAGTTGTTGGCTTTAGAGCTTAAGTTAAAGTGTTACTTATCGGCTTGTACATAG CTGGTCTATTAGTTCTGTTGGTTTTCTGTTAACAGTCAACAGATTCCGTCAGTGACTGTAACATTTACCCACTATCACTA GTGTATAAATACTCATGTATCTCTTCGGTACACAAGTTAATAGAATCATATTTACACAAACATTTCCCCACTATCTGTTG GATTTGATAATTTGATGTAAAATAAAAAAGGTTGCCAGTTAATTTTTATAATATCTTTAGTAGACTCATATGTCCTCAAT TACTTGCTAACATGCCTATTTTAAGGTACCTACAAAACCATCAAGTTTGGTAAAAGCATAATAATAATTTTAATAGAAAA TGTTTATAAGTGGTTTTATTAATTTTAGTTAAGTGTTTTTTCTTTTCAAATATAATTTGATAACAAGGCTTACTTCTCAA TAACTCCTTCTGAGAATGTTGATGTTGGGCATTGTTCCTGGTTATGTTGGCCATTGCAACAGATAAACTTATAAAGTATG TATTTTCTAATTTTTTCCTTACAGATGTACAGCAGCGGTAACCCCACAAATATTGCAAACCCAATTAAAGATGCTAGCTT TCATGTTGATATCAAGACAGAGGGTGGAAGGTTGAATTTGTATGAAACTACTCTATGTGAAAGAATCCGGTGGGACTCAC TAAATTCTGATGTAAATCCTGACCCCTATGGCTATTTGGATGCATATAACAAGAATGATATCCAGTTAATATGCTGTCAA GCTGATGCTAGTACATTGTGGCTTGTTCCGCATGTTGTTCGGACCAGATTGATTCAGTCCCTTGAATGGTATACTGACAT GGAAATTTTTTTCACTTGGATGCTTTCAAGGGACAGACCAAAAGGAAAAGAAGCTGTGAAATATGAAAAGGCTGTTGATC CTCAATATCTTCCAGCAAAGTCTGATGTTCAAAAGGTTCTTAATGGATCTATGAACAGCTTTAGGATTTATAATGTTTAT CCAAGATATTTCCGTGTCACTGGTTCAGGTGATGTTAGACCATTGGACGAGGTAATCATATTCCGAATACTTAACTCTCT TTATTAACTTTTCTTGTTTCTTCGTTCTAATATTTGTTGCTTGTGATTCTATATATATGGGAAAATAATTGCATACTGGC ATTCCACCAGTAGAAGCTAATCGTCTTTGCTATCAACTGTTGTAATCTTTCCAATAACACAGCAATCTTTCCTTCAATCT TATTGGGTGATTGGATTTAAATTAGAAATTACTAAAATTTTGTAATCAAAGTGATAGTCACGAAGAAAGAGAGGTTGTGC TCACTTCTCAAGTTATTGTAATAAAATTATATTTGCTTTGCGTAATAATGCTTCTAAATTACAATTAGAAAATTCAAAAT TTTATTTTTCAGGACCGTGATGTTAGTGCTGATCTCATTATAAATCATGATCAATTTGACTGGTGGTCCTTCAAAGATAT TAATCCATCAAATCTAAGTGGGTTTTGTGGAGGTTTGACGGGACCTATGGCTATCATTGTATCCGAGGAAACACCACCAC GTAAGTTGGCTGTGGATTTTTTCTTCTTGAAACTCTTCCCCTAGTACTATTATTGCCTGGACCTTGTACAACGCTTCTAA ACTTTTAATACTGTTTCAGAGGGTATTCTTGGTGACACACTGAGCAAGTTCAGCATATGGGGGCTTTACATAACCTTTGT TCTAGCGGTTGGACGCTTTATCAGACTCCAGTGCTCTGACTTAAGGATGAGAATTCCCTATGAGAACCTACCTTCCTGTG ACAGGTACTACAGAATCCTTTCACTGAACTCGAGTCATTCTCCCATGTGATTGTTCTTTAAGATACATCCTGCAGTAACT TATGTTACTTCTTGCTGCATTTTCTCGTGTAGGTTGATAGCAATCTGCGAGGATATATATGCTGCAAGGGCTGAGGGTGA GCTTGGAGTTGAAGAGGTCCTTTATTGGACACTAGTGAAGATATATCGGTCCCCGCACATGCTGCTTGAGTACACCAACC CTGATTAA

Download Genomic Sequence

CDS sequence (LotjaGi5g1v0259600.5) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGCAGCTCTCTTTCACTAAATCTGATTTGGAGGAGATGAATTTTATTATTTCCAGGACAGATTGTAGCTTGACGGAGCA ACTTCTACCCTCTAGGCATTCATTTTTCATCCGTGAATCAAGGTCTGGTGTGAGGCACACAAATGTTTTACTCAGAGGAG CTGTTTTTCAGACTTTCAGTATCAACTTTTTCACGTATGGTTTCCCGGTTTCCTTGTTTGCACTTTCCTTTTGGAGCTTT CATTTTGCGAGTTTATGTGCATTTGGGTTACTTGCTTTTGTTGGCTACATTATCTATGCCTTCCCTTCCTTATTTCGTCT GCACCGATTGAATGGGCTACTTCTCGTCTTCATCCTCTTGTGGGCTGTTAGCACCTATATATTTAATGTGGCATTTACAT TTCTGAATTGGAAACTTGGACGGGACATGAAAATCTGGGAGATGGTCGGTCTGTGGCACTATCCAATACCTGGGTTTTTT CTTCTGGCACAATTTTGTCTTGGAATTTTGGTTGCATTGGGTAATCTTGTGAACAATTCTGTTTTCCTCTACTTGTCTGA TGAAGGTGGGCAATCTTCAAATGACAATGTATCAGTAAAAGCTGAGGGTGAGACTAAGGCATTGATCGTGGCAACAATAG CCTGGGGATTGCGCAAGAGCTCTCGAGCTATCATGCTGGCATTGATCTTTATCATTGCTATAAAACCCGGTTTCATTCAT GCAGTATATATGATCTTCTTCTTGATGTATCTTTTGAGCCACAATGTCAGCAGAAAAATGAGACAAGCACTGATTCTTCT ATGTGAGATTCATTTTTCCCTGTTGTATGTTCTTCAAATTGATTTGATCTCCGCAGCATTGGAGAAAAAAGGTTCTGTTA GCATGGAAGTTGTAATGCAATTAGGCCTCCTTGAAGAAGATAGTGCTTGGGATTTCTTGGAAGTAGCTTTACTTGCATGC TTTTGTGCAATTCATAACCATGGTTTTGAGGTGTTATTTTCATTTTCAGCAATCATACAGCATGCCCCCAGCCCTCCTAT TGGATTTGGCATCTTGAAAGCTGGTCTTAACAAATCTGTTCTTTTGTCTGTATATGCTTCCTCCTCTGTGAGAAACAGTG ATGAAAGTTTCTCTAATGAAAGAAGAATAGCATCTTACCTGAGTGCAATTGGGCAGAAGTTCCTTTCTATATACCGGTCT TGTGGCACCTACATTGCTTTTCTGACTATTCTTTTCACAGTGTACATGGTGAGACCTAATTACATATCATTTGGCTACAT ATTCCTTCTCCTTCTATGGATTATCGGAAGACAACTTGTTGAGAGAACAAAAAGACAGCTTTGGTTTCCATTGAAAGTGT ATGCAATTTTGGTGTTTATCTTCATATATACTTTGAGCAGTTTCTCAAGCCTTGAGATGTATTTGTCCAAATTAATAGAT CTCTATTTTTATCTGGGATACGACTCTAAAGCATCTTCATTTCATAATGTTTGGGAGTCTTTGGCAGTCTTGGTTGTTAT GCAACTTTATAGCTATGAGAGAAGACAGAGCAAGCAGATCAGGCAGGAACAAAATCAACTGGATTCACCAGAGCCAGGGA TACTTGGGTTTATCAGGCGATTTCTTATCTGGCACAGCCAGAAGATCTTGTTTATTGCTCTGTTTTATGCATCTTTGTCC CCAATTAGTGCATTTGGCTTCTTGTATCTTCTTGGCTTAGTCTTCTGCTCCATTTTACCTAAAACTTCTAGTGTCCCGTC CAAATCATTCTCAGCATACACAGGTTTTCTGGTGACAGCTGAGTACCTTTTTCAGATGTGGGGCAAGCAAGCTGAAATGT TTCCTGGGCAGAAGTACTCTGATATATCTCTTTTTTTGGGTTTCCATGTATTCCAGCCAGGCTTTTGGGGTCTCGAATCA GGACTGAGGGGAAAAGTGTTGGTCATTGTGGCCTGTACCCTTCAATACAATGTCTTCCGTTGGTTGGAAAGGATGCCAAA TACAGTTCTATGCGAAGGAGAGTGGGAAGAGCCTTGTCCTCTATTTGTGTCCACAGAAGATGCATTTGATGATGCTACTC CATGCAATATGGAAAGTAAAACATCATGCAATTCATATCCCCCTTCTTCAATACAAGAAAATGTGTCTAGCAAGTCATTG AAAATTACAACTTCTGGTTTTTCTCAAGCACGTGATATTTCATCCTCTAAAACTGGAGGTTCTGACAGTAACAGCAGAAA ATATTCATTTGGGTTTATCTGGGGAAGCAACAAGGAGAGTCATAAGTGGAACAAGAAGCGGATTGTTGCTTTGAGAAAAG ATCGATTTGAAACACAAAAAACTGTCTTAAAAGTATATTTGAAATTTTGGATGGAGAATCTGTTTAATCTGTTCGGTCTA GAGATAAACATGATATCATTACTACTGGCAAGCTTTGCCTTATTGAATGCACTATCCATGCTGTATATTGCACTGCTTGC TGCTTGTATTCTACTTAATCGGCAAATTATACGGAAAGTCTGGCCCATATTTGTCTTTTTGTTTGCTTCCATTCTCATCC TGGAATATTTTGTCATCTGGAAGGACATGTCGCCTTTAAGTTCCCATGATCCAAGTGAGATTCATTGCCATGACTGCTGG GAAATTTCAACTCTGCATTTTGGTTTTTGTGAGAAATGTTGGATTGGACTTGTGGTCGATGATCCTCGGATGTTGATTAG CTACTTTTCAGTATTCATGCTGGCTTGCTTCAAACTTCGTGCTGATCGGCTGTCTAGCTTTTTAGGATCATCAACATATC GTCAGATTCTGTCTCAACGTAGAAACACATTTGTCTGGAGAGATCTCTCTTTTGAAACTAAAAGCATGTGGACATTTGTT GACTATTTGAGGCTTTACTGCTACTGCCATCTGTTAGATCTTGTGCTGGTATTAATATTGATTACTGGAACACTCGAGTA TGACATTTTGCATCTTGGTTATCTTGCCTTTGCTCTGGTATTTTTTCGCATGAGACTTGAAATACTGAAGAAGAAGAACA AAATATTCAAGTTCTTGCGCATATACAACTTCTCTGTTATTGTTCTTTCTCTTGCTTACCAATCTCCTTTTGTTGGGGGA CCAAGTTCTAAGACTGGGAAGTGCGAGACAGCAAATTACATCTTTGAGATGATTGGTTTTTATAAATATGATTACGGTTT TCGGATTACTGCAAGATCTGCAATTGTAGAGATTATCATTTTTGTGCTGGTATCACTTCAGTCATATATGTTTTCCTCGC AAGAGTTTGATTATGTATGTCGCTACCTGGAAGCAGAGCAAATTGGTGCAATTGTACATGAGCAAGAGAAAAAAGCTGCA TGGAAAACTGATCAACTACAACAAATTCGTGAAAATGAGGAGAAAAAAAGACAGCGAAACATGCAGGTGGAGAAGATGAA ATCTGAAATGCTCAACCTGCAAATACAACTCCACAGCATGAACACATCCACTAATTGCATTGATGGATTTTCTCACCCTG GTGAGGGTCTAAGAAGGAGGAGGAGTACTTCTATTACATCAAATATTGGCTTTGGAATTCCTGATAAAGAAGACCAGGGT CTGGGAAGACTAGATTATGCAATAAGAGAGGATTCTGTTTTTCCAATTGAACGGCATGAATCGTCTACTTGCCCAAATGT GGAAACTCCATTAACAGAGGAGTACATGAAGTATTCAGTGGATTCTCCGTGTTGTGAAATTACTGAAATAGATATTGATA CTTCTTCTAGTGATTCAGGAAAAAAGGAGAAAGTTATAGGGCAAGCAAAAGAAAACCCACTGAAGTCTGCTGTACAACTA ATAGGTGATGGTGTTTCCCAGGTGCAGTCCATTGGAAATCAGGCAGTCAATAACCTAGTGAGCTTTCTGAATATTTCACA AGAAGATTCTGATTCAAATGAGCACACAAACATTGAGGACCAGATATATGACGAGATGGAGAGTCAGAAAACGCAGCATA TATTCGTGGAGCGTTCTTCATCTTTGCAGTCTGATAAGAGTTCTGATGCTGCGAGTCTGCAGTTAGGAAGGATCTTTCGT TATATATGGTACCTAATGCGTTCCAATAATGATGTAGTATGTTACTGTTGCTTTGTTCTGGTCTTCTTATGGAACTTCAG TTTGCTATCAATGGTGTATCTTGGGGCTCTCTTCTTGTATGCTCTATGTGTAAATACGGGCCCAAGTTACATCTTCTGGA TTATTATGTTGATCTATACAGAAGTTTATATTTTACTTCAGTATCTGTATCAAATTATCATCCAGCACTGTGGACTGAAT ATTGATCCCTCTCTGCTGAGAGAATTAGGTTTTACAACCCACAAAATCACGTCTTCATTTGTTGTCAGTTCATTACCTCT CTTTCTGGTGTATTTGTTTACCCTCATTCAAAGCTCTATAACACCTAAAGATGGTGAGTGGATGTCTTCTACTGACTTCA AATTTAAGAGGAATGGTCTCCACACAAAAGATAACCCCACTCGATACAATTGGCAAGAGAGAGCATGGGCTTTGCTAAAT CAGATGACTAATATGGTAATGTGGATAATCAGATGCTTTTATAGGTACTGGAAATCACTCACACAAGAAGCAGAGTCTCC TCCTTATTTTGTTCAGGTGTCTATGGATGTCAACTTCTGGCCTGAGGATGGGATTCAGCCAGAGAGGATTGAATCAGGAG TTAATCAGTTTCTCAGAGTTGTCCATAGTGATAAGTGCAAGGAAAAGAACCCAAATGTTTGCTCTTCTTCTAGTAGGGTT AATGTTCAAAGGATTGAAAGAAGCCAAGAGAACCCCAATGTTGCTCTAGTTGTTTTGGAGGTTGTGTATGCATCACCCGT TCTTGATTGTTCTTCAGCAGAATGGAATAAGTCCTTAACTCCAGCAGCTGACGTAGCCAAGGAAATCCTCAAAGCTCAGC ATGCAGGTTTTGTGGAAGAAGTGGGATTCCCTTACCGTATTCTTTCTGTAATTGGTGGAGGCAAGAGAGAAATTGATCTG TATGCCTACATATTTTGTGCAGATCTAATTGTATTCTTTCTTGTTGCCATCTTCTACCAGTCTGTCCTAAAAAATAAAAG TGAGTTCCTAGAAGTTTATCAGCTTGTAGACCAGTTTCCGAAAGAATATGTCTTTGTTTTGATGGCTATCTTCTTCTTGA TTGTTCTTGATCGTATAATATACCTCTGCTCATTTGCCACGGGGAAAGTGATTTATTATATTTCCAACCTCATTATCTTC ACATATTCAGTTACAGTGTATGATTGGCAATTGGAGCCATCCCAGCAACATGCAGCTCGGTTAGCTCTCCGTGCCATATA TCTTGCAAAAGCAGTTTCTCTTGGACTGCAGGCTGTTCAAATCCATTATGGCATTCCTCACAAGAGCACATTGTATCGGC AGTTTTTGACCAGTGAAGTTTCACGAATCAATTACTTAGGGTACAGAGCTTATCGTGCTGTGCCATTCCTTTATGAATTA CGATGTGTACTTGACTGGTCATGCACAACTACATCCCTCACCATGTATGACTGGCTAAAGCTTGAGGACATAAATGCAAG TTTGTACCTTGTCAAATGTGATTCAGTCTTGAATAGAGCTACACACAAACCAGGAGAGAAGCAAACAAAATGCACCAAAT GCTTCAATGGAATATTGCTGTTCTTTGTATTAATTTGTGTTATATGGGCTCCAATGCTGATGTACAGCAGCGGTAACCCC ACAAATATTGCAAACCCAATTAAAGATGCTAGCTTTCATGTTGATATCAAGACAGAGGGTGGAAGGTTGAATTTGTATGA AACTACTCTATGTGAAAGAATCCGGTGGGACTCACTAAATTCTGATGTAAATCCTGACCCCTATGGCTATTTGGATGCAT ATAACAAGAATGATATCCAGTTAATATGCTGTCAAGCTGATGCTAGTACATTGTGGCTTGTTCCGCATGTTGTTCGGACC AGATTGATTCAGTCCCTTGAATGGTATACTGACATGGAAATTTTTTTCACTTGGATGCTTTCAAGGGACAGACCAAAAGG AAAAGAAGCTGTGAAATATGAAAAGGCTGTTGATCCTCAATATCTTCCAGCAAAGTCTGATGTTCAAAAGGTTCTTAATG GATCTATGAACAGCTTTAGGATTTATAATGTTTATCCAAGATATTTCCGTGTCACTGGTTCAGGTGATGTTAGACCATTG GACGAGGACCGTGATGTTAGTGCTGATCTCATTATAAATCATGATCAATTTGACTGGTGGTCCTTCAAAGATATTAATCC ATCAAATCTAAGTGGGTTTTGTGGAGGTTTGACGGGACCTATGGCTATCATTGTATCCGAGGAAACACCACCACAGGGTA TTCTTGGTGACACACTGAGCAAGTTCAGCATATGGGGGCTTTACATAACCTTTGTTCTAGCGGTTGGACGCTTTATCAGA CTCCAGTGCTCTGACTTAAGGATGAGAATTCCCTATGAGAACCTACCTTCCTGTGACAGGTTGATAGCAATCTGCGAGGA TATATATGCTGCAAGGGCTGAGGGTGAGCTTGGAGTTGAAGAGGTCCTTTATTGGACACTAGTGAAGATATATCGGTCCC CGCACATGCTGCTTGAGTACACCAACCCTGATTAA

Download CDS Sequence

Protein sequence (LotjaGi5g1v0259600.5) extracted from Lotus japonicus Gifu v1.2 Proteins.

MQLSFTKSDLEEMNFIISRTDCSLTEQLLPSRHSFFIRESRSGVRHTNVLLRGAVFQTFSINFFTYGFPVSLFALSFWSF HFASLCAFGLLAFVGYIIYAFPSLFRLHRLNGLLLVFILLWAVSTYIFNVAFTFLNWKLGRDMKIWEMVGLWHYPIPGFF LLAQFCLGILVALGNLVNNSVFLYLSDEGGQSSNDNVSVKAEGETKALIVATIAWGLRKSSRAIMLALIFIIAIKPGFIH AVYMIFFLMYLLSHNVSRKMRQALILLCEIHFSLLYVLQIDLISAALEKKGSVSMEVVMQLGLLEEDSAWDFLEVALLAC FCAIHNHGFEVLFSFSAIIQHAPSPPIGFGILKAGLNKSVLLSVYASSSVRNSDESFSNERRIASYLSAIGQKFLSIYRS CGTYIAFLTILFTVYMVRPNYISFGYIFLLLLWIIGRQLVERTKRQLWFPLKVYAILVFIFIYTLSSFSSLEMYLSKLID LYFYLGYDSKASSFHNVWESLAVLVVMQLYSYERRQSKQIRQEQNQLDSPEPGILGFIRRFLIWHSQKILFIALFYASLS PISAFGFLYLLGLVFCSILPKTSSVPSKSFSAYTGFLVTAEYLFQMWGKQAEMFPGQKYSDISLFLGFHVFQPGFWGLES GLRGKVLVIVACTLQYNVFRWLERMPNTVLCEGEWEEPCPLFVSTEDAFDDATPCNMESKTSCNSYPPSSIQENVSSKSL KITTSGFSQARDISSSKTGGSDSNSRKYSFGFIWGSNKESHKWNKKRIVALRKDRFETQKTVLKVYLKFWMENLFNLFGL EINMISLLLASFALLNALSMLYIALLAACILLNRQIIRKVWPIFVFLFASILILEYFVIWKDMSPLSSHDPSEIHCHDCW EISTLHFGFCEKCWIGLVVDDPRMLISYFSVFMLACFKLRADRLSSFLGSSTYRQILSQRRNTFVWRDLSFETKSMWTFV DYLRLYCYCHLLDLVLVLILITGTLEYDILHLGYLAFALVFFRMRLEILKKKNKIFKFLRIYNFSVIVLSLAYQSPFVGG PSSKTGKCETANYIFEMIGFYKYDYGFRITARSAIVEIIIFVLVSLQSYMFSSQEFDYVCRYLEAEQIGAIVHEQEKKAA WKTDQLQQIRENEEKKRQRNMQVEKMKSEMLNLQIQLHSMNTSTNCIDGFSHPGEGLRRRRSTSITSNIGFGIPDKEDQG LGRLDYAIREDSVFPIERHESSTCPNVETPLTEEYMKYSVDSPCCEITEIDIDTSSSDSGKKEKVIGQAKENPLKSAVQL IGDGVSQVQSIGNQAVNNLVSFLNISQEDSDSNEHTNIEDQIYDEMESQKTQHIFVERSSSLQSDKSSDAASLQLGRIFR YIWYLMRSNNDVVCYCCFVLVFLWNFSLLSMVYLGALFLYALCVNTGPSYIFWIIMLIYTEVYILLQYLYQIIIQHCGLN IDPSLLRELGFTTHKITSSFVVSSLPLFLVYLFTLIQSSITPKDGEWMSSTDFKFKRNGLHTKDNPTRYNWQERAWALLN QMTNMVMWIIRCFYRYWKSLTQEAESPPYFVQVSMDVNFWPEDGIQPERIESGVNQFLRVVHSDKCKEKNPNVCSSSSRV NVQRIERSQENPNVALVVLEVVYASPVLDCSSAEWNKSLTPAADVAKEILKAQHAGFVEEVGFPYRILSVIGGGKREIDL YAYIFCADLIVFFLVAIFYQSVLKNKSEFLEVYQLVDQFPKEYVFVLMAIFFLIVLDRIIYLCSFATGKVIYYISNLIIF TYSVTVYDWQLEPSQQHAARLALRAIYLAKAVSLGLQAVQIHYGIPHKSTLYRQFLTSEVSRINYLGYRAYRAVPFLYEL RCVLDWSCTTTSLTMYDWLKLEDINASLYLVKCDSVLNRATHKPGEKQTKCTKCFNGILLFFVLICVIWAPMLMYSSGNP TNIANPIKDASFHVDIKTEGGRLNLYETTLCERIRWDSLNSDVNPDPYGYLDAYNKNDIQLICCQADASTLWLVPHVVRT RLIQSLEWYTDMEIFFTWMLSRDRPKGKEAVKYEKAVDPQYLPAKSDVQKVLNGSMNSFRIYNVYPRYFRVTGSGDVRPL DEDRDVSADLIINHDQFDWWSFKDINPSNLSGFCGGLTGPMAIIVSEETPPQGILGDTLSKFSIWGLYITFVLAVGRFIR LQCSDLRMRIPYENLPSCDRLIAICEDIYAARAEGELGVEEVLYWTLVKIYRSPHMLLEYTNPD

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	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1	48	48	-	–
PANTHER	PTHR47049 View details on PTHR47049 Search for proteins/transripts with this domain View external data on PTHR47049	2	2224	2223	0.0	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	49	68	20	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	49	68	20	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	69	79	11	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	78	100	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	80	101	22	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	102	112	11	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	113	134	22	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	113	135	23	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	135	153	19	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	154	177	24	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	155	177	23	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	178	222	45	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	223	252	30	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	226	248	23	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	253	263	11	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	263	285	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	264	287	24	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	288	396	109	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	395	417	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	397	415	19	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	416	420	5	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	421	440	20	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	421	440	20	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	441	451	11	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	452	475	24	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	453	475	23	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	476	494	19	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	495	512	18	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	495	512	18	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	513	548	36	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	549	570	22	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	549	571	23	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	571	589	19	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	590	607	18	-	–
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	636	18	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	637	641	5	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	642	659	18	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	660	780	121	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	781	799	19	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	800	804	5	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	805	827	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	805	833	29	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	834	839	6	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	840	859	20	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	840	859	20	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	860	903	44	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	904	921	18	-	–
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	964	43	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	963	985	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	965	983	19	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	984	988	5	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	989	1006	18	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	989	1006	18	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1007	1017	11	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1018	1035	18	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1018	1037	20	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1036	1064	29	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1065	1086	22	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1069	1091	23	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1087	1371	285	-	–
Coils	Coil View details on Coil Search for proteins/transripts with this domain	1126	1149	24	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1372	1394	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1372	1398	27	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1399	1409	11	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1409	1426	18	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1410	1430	21	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1431	1459	29	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1459	1481	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1460	1480	21	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1481	1514	34	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1515	1534	20	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1515	1534	20	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1535	1679	145	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1680	1703	24	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1681	1703	23	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1704	1722	19	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1723	1745	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1723	1743	21	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1744	1749	6	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1750	1769	20	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1750	1767	18	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1770	1780	11	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	1781	1805	25	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1782	1804	23	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1806	1893	88	-	–
Pfam	PF12166 View details on PF12166 Search for proteins/transripts with this domain View external data on PF12166	1833	2222	390	3.7E-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	1894	1915	22	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	1895	1917	23	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1916	2141	226	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	2142	2159	18	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	2142	2159	18	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	2160	2224	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 LotjaGi5g1v0259600.5, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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