Transcript — View — Lotus Base

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LotjaGi4g1v0386800.3

Overview

Field	Value
Gene ID	LotjaGi4g1v0386800
Transcript ID	LotjaGi4g1v0386800.3
Related isoforms 2	LotjaGi4g1v0386800.1 LotjaGi4g1v0386800.2
Lotus japonicus genome version	Gifu v1.2
Description	Calpain, putative; TAIR: AT1G55350.1 calpain-type cysteine protease family; Swiss-Prot: sp\|Q8RVL2\|DEK1_ARATH Calpain-type cysteine protease DEK1; TrEMBL-Plants: tr\|V7CN28\|V7CN28_PHAVU Uncharacterized protein; Found in the gene: LotjaGi4g1v0386800
Working Lj name	n.a.

Genomic sequence (LjG1.1_chr4:76530091..76556202) extracted from Lotus japonicus Gifu genome v1.2.

GGGAAGAAACTGTTGTTTTTTGCTGATCTAATAATGCAATTAAATTACGCTGAATTTTTTACCCTATGCTGGGCTTCTTT ACATATGTAATTTTATTTGTTGGTTTCTGTTTCCAGTTGGATCTTTGCTCGGAAATGGCCAAATATCTTGCATGGTCCTC AACTCCATTTGCTCTGTGGTTTCCTGAATCTTTCTGCATGGTTTGTTGTTGTTTCTCCAATTATGGTGCTTATCATTTGG GGCTCCTGGTTGATTGTAATATTGAATCGAGACCTGATCGGTTTGGCTGTAATAATGGCCGGCACTGCTCTTCTATTGGC ATTTTATTCTATTATGTTGTGGTGGAGAACACAATGGCAAAGCTCTAGTATGTATTTGCTGACCAGTTTGTTATTTAATA AAATTTAACTTTATGTCTTATATGTTGGCTCTTGCTATAATCCTTCTAGCTAATATTCACATTTTTCGTTCACAGGGGCT GTTGCAATCCTGCTTCTTCTGGCGGTTGCTCTACTTTGTGCATATGAACTTTGTGCAGTATATGTTACAACTGGATCACG AGCATCTGATCGTTATTCTCCTTCTGGTTTCTTTTTTGGAGTTTCAGCAATTGCTCTGGCGATCAACATGCTATTTATTT GCCGAATGATATTTAATGGTATGTTTTTGAGTCACTAATTGTATGCAAATTGTTAGTGATTATTATTAGAGCCAGAGGTT AAAATATATCATTGGTCATTATGTATGATTCTCATTTTCAATTTGGTTCTTATACCAAAGTTTTCAATTATCCAGTTATG TACAGTTACTTTGAATACTTTCAATTATCCGGTTATGTTCCCTGAGATTGCCATGGTGTTGCTGTAAATTACAGGGACTA AGTTGAAATGATTATCACACATAGGGACCAAAATGCTATCTTTTTGGTCCCTATAAATGATACTCATCTTATGTGATAAC TCCAATATAGAGTATTATAATAGCAGTTGACTAAACTAAAAATGGTTATATGTATAGGGACTAGATTGATAACTTTTTTA TAGGGACCTAATTGAAAAGTGTCATGTATAGGGACTAAAAGTAAATTTTAACCATTGTTAAATTATGTCTTGATTATAGA AACATTGCATCCTGATGTACGTTGATGATGTAGATGGTTTCCAGTTGTACTTACTTTATAGGCTTGATTCTGTTTTTATA TAATGTGAAAATTCTTATTACCATTATTCATTGCAGGGAATGGTTTGGATGTGGATGAATATGTGCGAAGAGCGTACAAA TTTGCTTATTCCGATTGCATTGAAGTGGGTCCTGTGGCTTGTTTACCTGAACCACCAGACCCGAACGAGTTATATCCTCG GCAATCTAGAAGGTTTGCTTTTGTTCTAGTTCTTGCTCTCAACTTTGACTATCTAAGTGGAGACTAAACAACTCTATGGT ATTTAAATAGTTTTCATTATTTGGTGTTGGTCATCTAATTACCTTGGTTTGGCTCATTTGTTCTCTATCTTCAGACAATG ACTGAATGGTTAAGCTTTAGTTTGGCTTTTCAAATCTCAAATATTTATGTGGATATAGTGATTACTTGATTTACTTCAGT GAATTTTCTTTCAAGTTCTTATTGGTTTTTATCTTCTTGGCAGGGCTTCCCATCTTGTACTTCTTTATCTTGGCTCGGTA TTTGTTCTGGTGGTATACTCCATCTTGTATGGTCTAACTGCAAAGGAGAAAAATTGGCTTGGAGCAATCACATCAGTTGC TGTTATTGTTCTTGGTTATTTAATTAACCCTTACTGTTATCAGTTATATTGATCTTTAAAGTATGCCTGCAAATAAAATT CTGATTCACTTTATAGCTCTGTTTAATTGATTTGCTCTTTTTCTGTGCATTTTTTGTCCTGTAGACTGGAATATGGGAGC ATGCCTTTATGGTTTTCAACTTCTTAACAAACGTGTTACAGTACTATTTATTGCTGGAACATCTCGGGTGTTTCTTATCT GTTTTGGAGTACAATACTGGTTAGTTCCTTCATCTGAAATGTGTAGTCTTTTAACCTAACTACATTTACTAATGGTTTGT TTACTCATCTCTACTTTCCTCGTATAGGTACCTGGGGCACTGTATTAGTTATGCTGTTATGGCCTCTGTACTTTTAGGAG CTGCTGTTTCTCGCCATTTATCAGTCACAAATCCATTAGCTGCAAGGAGAGATGCCTTACAAAGTACTGTAGTTCGCCTG AGAGAAGGATTTCGTAAGAAGGAGCAAAACAGTTCATCTAGCTTCTCTGAAGGCTGTGGCTCAAGTCTGAAACGAAGTAG TAGTGTTGAAGCCGGTAATCTTGGAAATGGCACTGAAACTGCCAGGGGTATGACTGCAGGTGATGGGAGCAATGGGAACA ATGCCATGTCTCAAACTGCTAACTTGCCTGATGGAATAAATAGTGATAAAAGCATAGATAGTGGAAGATCAAGTTTGGCA TTACATAGCAGCTCCTGTCGCTCAGCTGTTCATGAGCCAGAAGTGGCAACATCATCTAATGATAGAAATTTGGATCACAA TAATTCCTTGGTGGTTTGTTCCAGTAGTGGCATTGATAGTCAAGGGAATGACTCCAGTGCATCAAACTCCGCAAATCAAC AAACATTGGATTTTAATTTGGCTCTTGCATTCCAAGAAAGGTTGAAAGACCCTAAGATTGCAACTATGCTGAAAAGAAGA ACAAGACATGGTGATATAGAACTGAGTAGTTTATTACAAGATAAAGGCTTGGATCCAAATTTTGCAATGATGTTAAAAGA GAAAAGTTTGGAATTAGATCCAACTATCCTGGCATTATTGCAGAGGAGTAGTCTGGATGCAGATAGAGATCATCAACAAA ATACTGATAATACAAGTGTTGATAATGCCATACCTCATCAAATTTCATTATCTGAAGAACTGAGGCTACATGGACTTGAA AAGTGGCTTCAGTTGTGTAGACTTGTATTGCACCACATAACGGGTACTCCAGAACGAGCATGGGTTCTGTTTAGTTTCAT TTTCGTACTTGAAACCGTCACTGTTGCTATATTTCGACCAAAAACAATCAAAATTATTAATGCAACGCACCAGCAGGTTA GGGCTTAGTCTCACCCTATATTATTTCTTGCTTGTTTTGGGGCAATGATTTATATTCAAGAAAATTTATTTCTGGAAGCC TAATTTATTTATTTTGTTTGTTTGGTTTTGGGGTGGAAATCGTTAAAACCTAATTGTCAATGTCACATGTGCTCATCTTG ATGTTTTATAAACCTTTATTGCTTGTAGTTTGAGTTTGGCTTGGCAGTACTGCTGTTGTCTCCTGTAATATGTTCAATTA TGGCTTTTCTACGATCACTTACAGCAGAAGAAACGACCATGACATCGAGACCAAGAAAGGTACTGGATTGGCTGATTTTG GATCAAATATGCGCAATTCTTCTACTGAGATGCATGAATTTGATTATCCACTTCTTTTTATCTTATTTAAGTAGGGGTTG CTCTGTCTACTTGACTAGTGATTGTAATATAGAAAGTGCTTCTGTTCCTTTACAATGTTATTGGTCTGAGTTCTGCAGTA TTGTAGTCTTTTGAGGTTTGTTCTCTTGTAGAGCACATGCATTAGCTTTAGACGAGAGTGCTAAGTTGACTGCTGATCTC TATCATTTCCGCTTCCCTTTGTAGTTTCTCATAAAAATTGCCAATGATTCTTTCAAAATCTTTTTAATCTGTGAAGAAAA TCTATTTGCATGTTCTTTCATGTAGACTTTATATCATAATCCTGTAGAATGAATATTCTGTGCCATATGACTTCACAAAC AACCATAACAACAACATCCAAGCCTTTTTCCGCTGGGTCGGCTACATGGATCAGCCTACGCTATAATGCCTTGTTATAAA TTAAGTTTACAGATAGGTTATTTACCTCTAAATCCTTCTTAATAACTTGGCCTATAGTTTTCCTAAGTCTCTCTCTATCC CTAACTGTTGGAGGAGAACCGGCATCAGCCTTGACTCTCCTAGATCAGGCTATGATACCATGTTAGATTTCATACAAGCA TAGTAGTCAATCGCGGCAAATCGCGCCGCTATAGCGCCGTCGCGTCGCGTCGCGGCCCCTCCCCGCGATTCTGAAACAAT CGCGTCGCGGATTGCTGTCGCGGCGCGATTTGCGGCCGAAATCGCGGTCAATCGCACCAGATCGCGGCGCGACAGGGAGA AGAGAAGAGGAACTCACGTAAAAGACTAAATTGCCCTTGAATTTTTACAATTAGGTTAAACTTTGAGGGTACTTTTGGTA TTTCATTCTGAATAAATGAAACGCGCATTTCACTTTCTTCACTATTCATCTTCTTCTTTCTTCTGCGAATCTGGTCATTG TGCGATGCGACCTCCTTCAGCCACCGCCGATCAGCACCCATGGCCACCACCCGACCTCCGACAAGCACCGCCCACTTCCG GCGACCACTGTGCGGTGACTTTCAACCAATCTCCGGTGACCACTGCCCCTGTTTCCCTTGGGCCTCTGTTATGCTCTGTT TTTTGTTATCTTTATATTCCTCTATTTTTCTTTCCTTTCTTTTCCTCTTTATTTTTCCATTCTCAATCAATTCATTTTGT TACCTTTGGTGCTGGAAGATCCTCCTATCCTCTCTATCATTTCATCAGGTTATGAATTTTAAGTTATATTTTATCATTTT TTAGTTATTATATGTATATATGTATATAACTATATACTATTTTACTATTAATTATATAAAATTATATATGAAAAATCAGA ATAGCGGCCATCCCGCTATCCCACTTTTGGGGTCGGCCGCTACGCGCCGCTATCCGGGATTGACTACTATGCATACAAGT TAGCGAGAGGGAGAGAGAAATCATGAAGTAAAAACTCTGATTTCATTACTGTATGATTATGATACAAAGAGTTTAACTAT ATAAAGCTAACCGATTATAATCAGTTAGTAACTAACTAAACTTAACGACCCATGTGCACCCATGTGTTAATACAAGCTTT TGCAACAGCTGAACTAACAGAGTTGAGTTTATCATCCTGTACAACAGGAGTATACTAACAGCTGTTAGAAGTATGATTGT TAGTTTGTTAGTTGCTGCTTAACTATAGTTAAGAGTTTGTTAGAGGATTAACCGTAGTTAATAGCTATTGGCACTGATTG TCGTGGGAATGCTTTTAGCTACAGTACAATTACTAAAAGTTAACTACAATATGGGATTCCATATAGTCCTTGTGTTTGTT TTCATGTTCCTCATTTATATGTTTAGCCTGGATAGAAATTATGTTGTTCAGTCTGTTACATTTTGTTGCAATGCATGCGT ACTATTTCAGGATGATATGTGATACATTATTTATTTGAAGTTTGATTAATAACTACTAATATACTACAGCAACAACCAAG TCTTTCCCCGCTAGATGGGGTTAGCAACATGGACCACACTACGCTATAATATAGCTAGTCATGTATTAAGTTCAAAGATG ATCTTCTAATAATATACTATCCCTGATTTTCCTTCATGATTTGCTGTCTTCAGTATGGTTTCATTGCTTGGCTGCTTAGC ACATGTGTGGGATTGTTGCTTTCCTTTTTGAGGTATGCCCTGCTATTCCAGAAAGTCATTCATGCCTTTTTATTTTATGA CCTTATTTTGACTGAAATTGTTTATGGAAAACATTTTATGATTGCAATTGAGTACATAACTTATATTCACAGCATATTGA ATTTTGTTAAAAGTAATATTTAGTAGGATTGATATCAAATTATGACATTTACCAATTCCTTTCATTTTATGAAACAATGA AATCTATAGCATTTTAGGAGAATGATGCATTTGCTTATGAAATTGAACCAGATTTTTGTTTTGAAGTTTTCATCGTTTCA TTCCAGTTAATTTAGTTTCTTGTTGGTCAGGCAACCACATAATAATGCTCATGCATTTGTTTTCATGTTATTAATTGATC TTTGTATAATTTTGCAGCAAATCTTCTGTCCTCCTCGGATTGTCCTTAACTGTGCCACTAATGGTGGCATGCCTTTCTGT TGCTGTTCCTATATGGATTTGTAATGGTTACCAATTTTGGGTTCCCCGTGTAAACTGTACTGGAAGCGCTGGAAATGATC GAATTCCTCGTACAAAGGTTAATGCACTGCTAACACCTTTCCAACCTACCATGTCCTTTATGGTGTCTATAAATTAATTT TTGCTGTCTTTAGCTTTATCTCCTGATGGATCAGTTTGTTTTTCATTGTAAGATATGTCATACTTACATATCTATTTTTT TCTACTATCACTAGACCTTAAAGGCCATGTATTTACTTCTTGTTTGGCTTATTTTTCTTAATTAAAATTTCTTCTTATCT GTTTTTCTCTCTTAAGTTGATGTTCTTTCCCTTTCAGGGTGACATCCATGGAGTAATATTTCTCATTTTTGGGAAATGAT AAATGTGTGATCACTTGCATTAAATTTATTTAATTTTCTTATAAGCTAGTTTATTGTAGGGAAATGGTGCCTAGGTGGCT AGGTCCTTGAAAGTTGAAGTGTTAATTAAGAAAATAATAAGAATAGATATAATGGGATCTGATATCATCCTCCACATAGA CCACAAGGTAAATACACTGATTGAAGGATGAGTGTTTACAGAATATAATGGGATCTGCTTCACTGCGAATCATATCAACA TCAATGAAGCATGTACTTTAGTTTACATGACTGGTAAAATGGAAGGTTGTAATTCAGGGAGTCATTACTTAGGGGGGTGA TTTTTATGCATTTTGTTACACTTGTTTTTGGCCAAGTAAATTCCTCGTAAATGCCTAATTTCATCTTGTTTTCTTTTACA GGGTATAGTTCTCATTTTTTGCATGTCAGTATTTGTTGGATCTGTGCTGGCTTTGGGAGCAATAGTTTCTGCAAAGCCCT TAGATGATTTAAGATATAAGGGTTGGAATGGTGATCAGAAAAGCTTGGTCTCCCCTTACACATCATCTGTTTTTCTTGGC TGGGCAATGGCATCTGCCATTGGATTAGTTGTTACTAGTGCGCTTCCAATAATTTCTTGGTTTGCAACATATCGGTTCTC CCTTTCATCTGCTATCTTAGTTGGAATATCTGCAGGTATTTTCTCATTTTGTTTATACTATTCACAGATTTAAACACCGA TGTATACACTATTTTTTATTCCAATTGCTGATTTCTTTATTTTTATACCCTTTTTTTCTCGCTGCAGTTATCCTTGTAGC ATTTTGTGGTGTGTCTTATTTAGAAGTTATCAAATCTAGGGAGGACCAAGTTCCAACAAAGGGTGATTTTTTAGCTGCTT TACTTCCTTTAATCTGCATTCCAGCAGTGCTCTCACTTTGTTGCGGATTGCTTAAGTGGTTGGTAAAACTTTCTTGTACT TGTCAATTTATCTGTATGGTTAATTGACACCATTGTTGCTTTGCAGTTTGATGTGTTCCTGATCTTTTCTAAAATGTCTA TTTGCAGGAAGGATGATGATTGGAAGCTTTCTCGTGGTGTATATATTTTTGTTATAATTGGGCTGATGCTTCTGCTTAGT GCTATTTCAGCTTTGATAGTTGTCGTCAAACCTTGGACTGTAAGTTAAATTTACTTCGTTCTGTTGAATATAATATCACC AGCTTCCCTCTTCCAACATTTTGGCTGAACGTCTTCTTTCCTGCTACTACAGATAGGGGTAGCTTTCCTTTTGGTTCTTC TTCTTATGGTACTAGCAATTGGTGCCATTCATTACTGGGCCTCAAACAATTTTTATTTGAGCCGGAAACAGATGGTCTTC GTTTGCTTGCTTGCCTTTCTTTTGGCTTTGGCAGCATTTCTTGTTGGGTGGTTTGAAGGTGCTAGCCAAATCTATTATAT TGGCATTGATATACATACCTTAAGTAGAAAGTGCCTCATCTGCTAATGTTATCTTCTTTATTTTCTACTTTCTAGATAAA CCATTCTTTGGAGCATCCGTTGGTTACTTTATATTTCTTTTTCTTCTTGCTGGGCGGGCATTGACAGTGAGTTCCTCATT CAAATTTTCAACCTTATATATAATAGTCAGCATGTTCTGAATCTTGAATACTCTAATGCTTCATCTTTAATTTGCTTAGA GGATTCATTCTTTTATTTTTTCTGCTGTCCAGGTTTTGCTTTCAAACCCTATTGTGGTATATTCTCCCCGTGTTTTGCCA GTGTATGTGTATGATGCTCATGCAGATTGTGGAAAGAATGTCAGGTTTATCCATATGCTCTAAGTTTGGTTATTCCTTCT AAAATATTTTGATTGATTCTTTCTTTAATTTACATATATCTGATTTATTACTTTATGATCCTCTGCTTGTATCTGCTATA TACAGTGTGTCCTTTCTCATGCTATATGGGATTGCCCTGGCTACTGAAGGCTGGGGGGTGGTTGCCAGTTTAAAGATTTA TCCACCTTTTGCTGGTGCAGCTGTATCAGCAATAACACTTGTTGTTTCATTTGGTTTTGCTGTCTCCCGTCCTTGCCTAA CTCTTAAGGTTTGAGTATTAGTTGTGACCATCATTGAGATTTATAAGCTACTTCAGAATTCAAATGATTGGATTCATAAA TTTCTTTGAAATCTATCATAATCTGCTGAATGATTACATCTTTATAATTGAAGTTCCAACCTTTCTATAATATACAGATG ATGGAAGATGCTGTTCATTTTCTCAGCAAGGAAACTGTTGTTCAAACAATCGCTAGATCAGCGACGAAGGTCTGTAATTT TTTTAATGAGATTGCAGGACCCTACTATGCCTGTATTTTTATTTTATGCTTGTGCTAGTCTTAGCATTGTTTGTAGTTGG CGTACACACCCACACAGACATAACTAAAAAAATTCTTTGCTTAAAATATATTTTACTGCTTTATAGTTAGTACCTATGTA TATTTGTACAGCTGAGAACTTTTTTCCACTGGCATAAACATGTGATTTTTGCTATATTTATTTTTAAGTACTGTAGTTCA CTCTCCAATCATCCCGAGTTTGGAGAGTTTTTAGTCCTTGCATCCGTTTCTTGTGCATGCATCTATGCTTTGAGAAAAAG GGTTTTTGTCTTGCTAGTTATATCCTGACAATTAAAATAAAAAGCCTCTAAACATATGGAGATGTGTTAATTGCTTGAAC TGTACTCTTTGATATTGGACCCTGCACGTCAATGTACTTAAATAAAAGTTGATGTTATTTGTTTGCTTTGTAGACCAGAA ATGCATTATCTGGAACTTACTCAGCACCACAGAGATCAGCTAGTTCGGCAGCACTTTTGATTGGAGACCCTACTGCTATG CTTGATAGGGCAGGGAATTTTGTGCTTCCCAGAGCTGACGTCATGAAATTGAGAGACCGTTTGAGAAATGAAGAATTGGT TGCAGGTTCATTCTTTAGTAGATTAAGGTATGGAAGGACATTTCGCCATGATCCGACCAGTGATGTAGATCACAGAAGAG TGATGTGTGCTCATGCGCGGATTCTAGCACTAGAAGAGGCCATTGATACTGAGTGGGTGTACATGTGGGACAAGTTTGGT GGTTACTTGCTTCTGTTGCTTGGTTTGACGTCCAAGGCAGAACAAGCACAGGTAAAAGAACAATTGTAGCTGCATTGCAT GCAGTGGATGATATCTAGTTTTAACTCGTCTAACAATGATAATCCATTTTTCCTCGTAGGATGAAGTTCGTTTGAGACTC TTTCTTGATAGCATTGGATTTTCTGACTTAAGTGCTAAGAAAATAAAGAAGTGGATGCCAGAAGATCGCAGGCAATTTGA AATCATTCAGGAGAGGTACTATCTCATACATCTTATATTAGTAAGTGTAGGACTTACAAGCTATTTCTATCTAAATATTT TGTTATGAATTTTCTAGTTACATAAGAGAAAAGGAGATGGAAGAGGAAATCTTAATGCAAAGGCGTGAAGAGGAGGGGAG AGGGAAAGAGAGGAGGAAGGTCCTCCTTGAAAAAGAGGAGCGCAAATGGAAGGAGATAGAAGCTTCTCTGCTCTCCTCCA TTCCTAATGCTAGCAGCAGAGAGGCTGCAGCCATGGCAGCCGCAGTGCGTGCAGTAGGTGGTGATTCTGTTTTAGATGAT TCTTTTGCTCGTGAGAGGGTTTCAAGCATTGCACGTAGGATACGTGCTTCACAGTTAGCTCGCCGTGCCCTTCAGGTTCA TTAACTGTCTTTGCTATTACTTCTGAACTCTGATGGTAATTTGTAGTAGGAATAAAAAAAGAATAGGCATAGGACATGGA CTATAATGGACATTCCTTTTATCTATCATCTTTCATGTGGTTAATAATGAAATGTTTACCATTCCTATATTTGGCATTGG ATACTCATTCCATTCCCACAATCCCATTGCAGCGTATCCTTGTTTGTTTAATGGGTTACTCACCACAAAAATTATGGCTT GAAACTGCTTAAAAAAATTATTATATTGACCCTGCTTGTGGTAAAATATTTTAATTAATTAGGGTAACTCTTATGGAGAT TTTCAATTAATGTGGTTCTGGTACTAATGACTATTTGGTATCTTTGGCAGACAGGAGTGACTGGAGCAATATGTGTTCTT GATGATGAGCCAACGGCAAGTGGCAGGCATTGCGGTCCAATTGACTCCAGTCTATGTCAAAGTCAAAAGATTAGCTTCTC CATTGCATTGATGATTCAGCCTGAGTCTGGTCCTATTTGCCTTTTGGGCACGGAGTTTCAGAAGAAGGTTTGCTGGGAAA TTCTCGTGGCTGGTTCTGAACAAGGTATTGAGGCTGGACAAGTTGGGCTTAGATTGATTACTAAAGGTGATAGACATACA ACTGTTGCAAAGGAGTGGAGCATTGGTGCAACAAGTATTGCAGATGGAAGGTTTGGCCTTTCACTTTATTATACGTGTCT CATGTTTGGTTTTCTAAAATTGAAGTTTACATCTTTCTGAGTTTTCGAGTTATCATTTACCTGCTGTTGACTTGTTCTAG GTTGATTCCAAATGTGCAACAAAAAGTTTCTGAGTGTAATTTATTGCTAATATTATTATTTTATCCAAAAGCATTTTCTA ATTACATGGTTTCAGTTACTTGTTACAAGTCTTTCCTCAAGATTAAGCTTTAAGATTTCATCAATAACTTTGAATCCAAA ATACAAAGATTCTATCTCTCTGTCAGCTTCTTTTAGATGTGCAAGATAACTAGATCCAATTAGAGACTGTTAGCTCCAAC TTTTGCTATTTTGGCTTTGTAAATCTGCATGAGTCTTTTAGGACTCTATTTAATGTGTGAGATTCTTAGGAAACATTTAA TTTTCTTATTTGCTTGCTCGATTATGCTTGTATTAATATATTTTTAAAATGTCGTTTCTACAAATAAGTTATTGTTGTAC TGCTAACATTTGTGTTTGAATAAATCATCTTGCAGGTGGCATATTGTAACAATGACAATTGATGCTGATATAGGTGAAGC AACATGTTATTTAGATGGTGGATTTGACGGCTACCAAAATGGATTGCCATTGTGTGTGGGTAGCAGCATTTGGGAACAGG GGACAGAAGTGTGGATTGGAGCTAGACCGCCAACAGATATTGATGCATTTGGTAGGTCAGATAGTGAAGGGGTTGAATCC AAGATGCATATTATGGATGCTTTTCTCTGGGGAAGGTGTTTAACAGATGATGAGGTTTCTGCTCTCTATACCTCAGTGGC TTCAGCGGACATCAGTGCACTTGACTTCCCTGAAGATAATTGGCAGTGGGCTGAATCACCTTCTAGGGTATGCTTCTGCT CAGCCCTTCACTATTTAAATGGAAAGGAAGCATAAATGAAATTCTAAAAACAAATTACATCACGAAATGGAAGAAAGCAT AAATGAAATATTAAAACAAATTGGTTTAATTGCACTTTTGGTCCCCCAACTTTATCCTTTCTGCGAAAATCATCCCCCAA CTAAGAAATTAGCAAAAAGGATCCCTGAAGTTACCCTCCGTTAACACATTTGGTCCCTTTAGTATTTTCCATCCAAAATC TAACAGTCTGAGGGATCAAAAGTGCAATTAAGTGGACCAAATGGAAAATTGGGGTACCAAAAGTGCAGGTCACGATGGTG TGGAAGCTGACTTAATTGCATTTTGGTCCCTTAAACCGTTAGATTTTAGATGAAAAATACTAACAGGACCAAATGTGTTA ACGGAGGGTAACTTCGGGGATGCTTTTTGCTAATTTCTTAGTTGGGGGACGGTTTTCACAGAAAGGGCAAAGTTGGGGGA CCAAAAGTGCAATTAAGCCAAACAAATTATATCACGTAAACTGAGTAAGACGTTCTAGTGACTATCACATGTTTTCACTT TGCATCATACTATTCAGTCTGCTTTACTATTAAGAATAGTATAACAAGAAATGTAATTTTGGCTAGCATGTTAACTATGG ATGTCTAATCTTATCAATGCTTTTTGTACGTAGGCTGATGGTTATGACAGTGATCCTGCCGATGTAGATTTATATGACAG AGATGATGTAGATTGGGATGGACAGTATTCTAGTGGGAGGAAAAGAAGATCAGAACGTGATGGCGTGGTGTTGGATGTGG ATTCCTTTTCCAGGAAGTATAGAAAACCTAGAATTGAAACGCAGGAAGAGATTAATCAACGGATGCTATCAGTAGAATTG GCTGTCAAAGAAGCTCTCTTGGCTAGAGGAGAGATATGTTTTACAGATCAGGAATTTCCTCCAAATGATCACTCTTTGTT TTTGGACCCTGAAAACCCCCCCGCAAAGTTACAGGTGCTTATCTTTATTATTATTTTTTAGTTTAGTTTAATTGTATTTT TCTCACATCGTTTCCTGTATACAGGTTGTTTCTAAGTGGTTGAGACCAGGTGAAATTGCTAGACAGAACAATCTAGACTG CCATCCCTGCTTATTTTCAGGATCTCCAAATCCTTCTGATGTTTGTCAGGTTTCATCCTATTACATCTCACTGGAAAGAA TTTGGCAATAAATGCTTGTTTTTACACATGTGATAGATTTGGGTTTTGCATTTTCTCTTAATAGTTGCTATGTATACTGA ATAGGGTCGGTTAGGTGATTGTTGGTTCTTGAGCGCTGTTGCTGTTCTAACAGAGGTTTCACGTATATCGGAGGTGATCA TCACTCCAGAATATAATGAGGAGGGAATATACACCGTTCGCTTTTGTGTTCAGGTAATTAGCATATAAAAAGAGTTCACT TTCTTATTGTTGATCTCTTGTTTGTTCATGCTGTACCTGGTGTTAGAGTACATTGAGTTTGTATTTACTATGCTGCTGCA TCATCTTTTGAGTAGTTATGACAGCTGACATATGCAGCTGTTTGTATTCTCCTATTTATGTCAGCTGTTGGTATTCTCCT ATTTATGTCAGCTGTATGTTACAGCTGTTGGCATTCTCCTGTTCTTCTATATAAGGATATCACATCTTCTGTAATCACTC AGATTATCAATAATACATTTTCTGCTATATTTCTATTTCTCTCTTCTCTCTCTCATTGCTTCTCTAATTTTAACATGGTA ATCAGAGCTTCAATCGGTCCTTGATACATGGCTGCTGCACCTGCTTCCGTTGTCAATGTTCTTGAGTCTCTGTCTCGTAC TGCAACAATCAAGCTTGATGATTCGAATTTCTATTCTTGGCGTCAACAAGTTGAAGGTGCGATTCGATCGCATCAGCTTC ATGATTTTCTGGTTGATCCAGAAATTCCACAACGTTTTCTGACTGAAGAGGATCGTGTAGCTGCGACTGAGAATCCAGCT TATACGACTTGGATTAAGCAAGATTCCATGGTGTTTACATGGCTCTTGACGACTCTATCTCCGTTTGTTCTTCCAACGGT GATCAACTGCGAGAGATCATCGCAGGTTTGGCGTGAGATCCTTGACTTTTTTGAGAATCAGTGTCGCGCACAGTCTGCTC AGCTCAGATCTGAGCTGAAGAACATAACCAAAGGTTCGAAGTCGATCACTGAATATCTTCGACGCATCAAGACGATCGTC AACACTCTGGTTTCCATTGGTGAACCCGTAAGTTTTCGCGATCACCTTGAAGCGATTTTTGATGGTTTACCTGAAGATTA TAGTGCTTTAAGCACGATTATCTTCACTCATGCTTCTTCGAGCACGATTTCTGAGGTCGAAGCGATGATCATTACTCATG ATGCTCGCCTGGAACGATCACGGAAACGTAGCCTTAGCGATTCTACTGCTTCTGCGTTGCTTGCGCATACACATGCGTTC GCATCGGTTCCTGCTCCGATTTACACATGCGAGTGTCTGCTACCATCGCGCCGTTGGAGGTGGTTCTGTACAGAATGGCA CCTTTACTAATATGCCTAGTCCTGCACCTTTTGGAGCCTTTCCTCCTATGCCTCTTGGTTCTGCCACTTTTGGCTCTTCC TCACCGTCTTTTTATGCTTCTGGACCTGCTCCGTGGAATTACTTTGGCTCTTCCGCAGGACCTTACAATGGTGCTTACCC TTCAGGTTCTCAGTTTCCTGCTTTTACTGGTGGTTCTCAATATTCTGCACCTGGAGCTGTTTTTGGTCCAGTATCATCTT CTTGGAATTCACCTCGGCCCTCACCTCCATCTTATCCGGGCCTTCTTGGCTCTCAGCCTCGCTCTCCTGCTCATGCAATG CTTGCTGGTCCTCTGCACCATGCTTCTTCTTCCGCATCTCAGCGTCCTGACAAGCCTACTTTGTGGTATCCCGATTCTGG TGCCACTCACCATGTTACCAATGCTGCTGGAAATTTTTCAGACACTTCTTCATTCACTGGAACTGAGCAGATTTTGATGG GCAATGGCCAAGGTTTGCCAATTTACTCTATTGGTTCTTGCACCATTCCCTCACCATATGATTCACACACTGTTCTCACT CTTAGTCAACTGCTTCTAGTTCCTTCTATCACCAAAAACCTTGTCAGTGTTAGTAGGTTTGCCAAGGATAACAATGTTTA TTTTGAGTTTCACGCTTCTTTCTGTCTTGTTAAATCACAGGATACATCTAAAGTGTTGCTTCGTGGAAGTGTTGGTTCTG ATGGCTTATACACCTTTGATGATGTCAACGCTGCTAGTGTCTCTTCTAGTTGTTCTAAATCTGATTTGTCTACTAGTACT CCTTCTGTTTTATCTACAGTGTATCCAGGTACTGGAAAATCACAGAATATGTCTTCTGTTTCCAGTTTAGGTAATTCCAG CTATGACTTGTGGCATTGTAGACTAGGTCATCCTCATCATGAGGTCTTGAAAACTACTTTACAACTATGTAATGTTCCTT TGCCTAATAAAACTTCTTTTGCCATGTGTGTTGGTTGTTGTATGGGAAAGGCACATAGGTTGCCCTCTTCTTCTTCTTCT ACTGTTTATACTCTGCCTTTTGAGTTGGTTTATGCTGATTTATGGGGACCAGCTTCCATAGAATCCTTTGCTGGTTTTTC ATATTTTCTTACTTGTGTTGATGCTTGCACACGATACACTTGGATCTATCCCTTAAAACACAAGTCTGACACCTTTCAGA CTTTTAAAAACTTCAAAGCTGTTGTAAATAAGGAATTAATATAAGAATTATTATTAGAAGATTATATTCAGTATTAGGAG ATTTATTCTCTTATTAGGAGATTGTGTACATAATTAGTTATTTCCTTATTTAGGATTAGTCTTCTTCTATATAATGTAAT TACCCTTTGTATTCTGATTAAGAAGTAATAATACAATTTCTCCTACTTTCAAGTTGGTATCAGAGCTCCCGATCTTGGGA GTTCTGCTTCTGCGAAAAAAACCCTAGCCGTCTTATTACGGCCCTTTTATCTGGTAACGTTTCCTGTTTTGCCACTGTTG GCTTATACCGTTTGGAGGCCTGTGCTCTTCACCACCGGCCTGCCATCCTCTGTTCGTTACTCCGATTGCACAGAGAGGGT TCCCCGTGCCTTTTGGTCTTGTTCTGAGGGTCGTTTCCTCACTTTGTTGGTGTTTTTTCTTGAGAAGCCTTTGGTTCTTC CATTCAAGGAGAGTGCAATCTTCTCTGTTTCTGTTATTTTTCCTCTTGTTTTCCTTCTACAGTAACATCTCTCAGTATGT CTGGAGACGAGATTCCCATACCTAAGGAGAAACTCACTTCTGGAGTGAAAGTCTCTCTTCCACCTTTGACCCACAAAGAT CTCCCGGTATTACAAGGTTCCTTTCGCTTGGATGGGCGCAACTACCTCCAATGGTCTGAGCTCATCCGTCACACTCTCAT AAGTCGCAAGAAAATCAGTTATATTGAAGAAAAAGCCCCTGCTGAAACTGATCCACAATATGACACATGGCGTGAAGAGA ATTCTCTTATTATGACCTGGTTTTGGTACTCCATGATTCCGGAAATTAGCCGGAATTATATGTTTTTCCCTACTGCTAAG GAGATTTGGAATAATCTGGCACAGGCATATTCTAAGAAACAAGATCTCTCAGCTTGTTATGAATTGGAAAATAAAGTTTT CAATTCTAAGCAAGGAACTCTCTCCGTGACAGATTACTATGGGACCTTGAATGGTCTATGGATTGAATTAGATCAGTATC AAAATCTGAAGATGAAGTGTGATGCTGACTCCACAACATTGAATAAATTTATTGAAAAAGCGCGAATCTTTAAGTTTCTC TCTGGGCTTAACTCTGAATTTGATCCGATTCGGGTCCAAGTTTTGGGTAAAGAGCAACTCCCTTCTCTCTCAGAGGTGTT CTTTATAGTTCGTGGTGAAGAAACTAGGAGGACAGTGATGGTGGAAGACAAATCAGTTGATGGTTCAGCCTTAGCCTCTG GAAAGGGTCCCATAAAAGGATCCACCTCTTCCGGACACCCTAACCGTGATGATCGCCCCAACCGTGATGATCGCTTCAAC CGTGATGATCTCTTCAACCGTGATGATCGTTGCACTTATTGTAAGAGGTCTGGTCACACCAAAGAGTACTGTTTCAAACT TTATGGAAGGGAAAACGTCCTTAGACGTATGAGGGGGTCCAAAGGTGCTCCGCAGAGGCGCGCAAATCACACAACTTTTG ACATGGAAAATGATGGTGAAGTCCCACCTGTACCACCAGCAGAAGATGTCCCTAGCCTTAGCAAAGCAGAATTGGAGCGT CTGAGAGCTTTTATGGACTCATTGAGTAAGCCCTCTGGTTCTTGTTCTCTCACAATGACTGGTAAGAGTTCTACCTTCTT ATCTCTTAATGCTTTGAGTACTGAAAATGACTGGATTATTGACTCTGGTGCTACAAATCATATGACACCTCACCCCTCAC ATTTATCTTCTTATTCCACTTACCCTGAAAAACACTATATCACTGTTGCTAATGGATCCCAAAACCAGATTACGGGATGT GGTAATATTCACCTTAGTCCATCTCTTCCCTTAAAGCATGTGCTTCATGTCCCAAAGCTTTCTAACAATCTTTTGTCCAT CCATAAACTCACTCGAGACTTGAACTGTGCTGTAACCTTTTTCCACTCACATGGTGTTTTTCAGGATCTTGCCACGGGAC AGATAATTGGGATTGCTAAGGAACAGGACGGGTTATACTGTCTACGGCACGAGGAAAGCAAGTGTCATCAGACGAGTTCA GAGTCCTGGAATACTTCTCAAATATGGTTGCGGCACAAGCGTCTTGGGCATCCTCCTTTTAGTATTCTTAGGACCATGTT TCCCCATTTATTTTCAAAAGTGTCAGTCAAATCTTTTCATTGTGATGTTTGTCAGTTTTCTAAGCATCATCGTTCAACTT TTCTTCCTAGTAATAATAAATGTGCTCAACCTTTTGATCTTGTTCACTCTGATGTGTGGGGACCTTCGTCCATTTCTAAT GTTTCTGGTGCAAAATGGTTTGTTACTTTTATTGATGATTGTACTCGGATTACATGGGTTTTTCTTATGAAAGATAAGTC TGAGGTGTTTCAATTATTTGTTAACTTTTTCCACATGATTAGAACACAGTTTGGGAAACCTATTAAGAGGTTAAGGTCAG ACAATGGGAAAGAGTATGTTAACAAGAATTTTTCTGAATTTCTTACAAAAAATGGTGTGGTTCATGAGTTGACTTGTGTT GACACCCCACAACAAAATGGGGTTGCTGAAAGGAAAAATCGTCATCTTCTTGAAATCACTCGAGCTTTACTCTTTCAAAT GAATGTTCCTAAGTTTTATTGGGGGGAAGCTGTCTTGACTGCTGCTTATTTAATTAATAGGTTACCTTCTAGGGTTTTAT CTAGTGTTAGTCCTGTGCAGGTTATGACTAGCTTCTTTCCGTCTGTGCCCATTAAGTCAGGTCTTCAAAGTCGTGTATTT GGTTGTTCCGCCTTTGTCCATGTTCACGGTCATCATCGGGGTAAGTTAGATCCTCGGGCTATTAAGTGCATCTTTATAGG ATATGCCTCAGATAAAAAGGGCTACAAGTGTTATCATCCTCCTAGTCGTCGTGTCTATATATCCATGGATGTTACTTTTC AAGAATCAGAGTCTTTTTATCCCAATCCTCAGCTTCAGGGGGGGAATACTCAGGAAGTTGAGTCTCCAGAATTGTCTGTT ATTCCTCTTCTACAGGATCCCTTGATGCCTTCCTCTATTCCTATCACTGAGGACAGTGATGATGATGACAATGGTCCTGA ACTAGTACCAAATCAGAATGATGACAATGGTCCTGAACTAGTACCAGATGAGAATGATGACAATGGTTCTGAAGTAGTAC CAGATCAGAATAATGTTGACAGGTTCAGGATAAAGTACCAGCGGAAAGTAAAACCCGTCCTGATCCAACAACAAGTCCAA TCGTCTGATCCTGAGGTAAGTGTTGCGAACCCTGAGCCTAGTAATTCCTATGAGCATAACCTTGATGACTTACCTATTGC CTTACGAAAAGGAAAACGTTCTTGTGCCAAGTACCCTATATCCCAGTTTGTGTCTACTCAAAATCCTTCTGTGCAGCATC AGAGTTTTATTTCAGCTATTGACTCTATTAGAGTCCCTACATCAGTACAAGAAACATTAAAAGATAAGAACTGGATTCAA GCCATGAATGAAGAGATGCATGCACTGGACAAAAATGGAACTTGGGAGATTGTTGAGAAGCCAAATGACAAGAGGACAGT AGGTTGCAGGTGGATTTATACCGTGAAGTACCGATCTGATGGCACACTTGACAGGTATAAGGCGAGGCTAGTTGCAAAGG GATACACCCAGACCTATGGAATTGATTATGAAGAGACATTTGCTCCGGTAGCAAAAATGAACACTGTAAGGATCATTCTT TCCTTAGCAGCTCATTTTGATTGGGAGTTGCAACAGTTTGATGTTAAAAATGCTTTCTTGCATGGAGATTTGGAGGAAGA GGTGTATATGGAGATTCCACCGGGGTATGACCCTACTTCAGGAAGAAATAAGGTGTGCAAACTGAAGAAGGCCCTATATG GGCTCAAACAGTCACCCCGAGCTTGGTTTGGGAGATTCACCAATGCTATGGTGTCTCTGGGTTATAAACAAAGCCAAGGT GATCATACCCTCTTTATCAAACATACTCAAAATGGTAAACTCACTCTTCTGTTAGTCTATGTAGACGATATGATCATTGC AGGTAATGATGAACTTGAGAAGCAGAATCTGAGGAAACAGTTGGCAGCCCAATTTGAAATGAAGGATCTTGGAAAACTGA AATATTTCCTAGGTATGGAGGTGGCATACTCGAAGCAAGGGATTTTCATATCTCAAAGAAAGTATGTCCTTGATCTTCTC AAAGAGACTGGTAAATTGGGTTGTAAGCCCATTGGAGTGCCTATAGAGCAAAACCACAAGATTGGAAGTAGTGAGGAGGA CCTTAGGGTTGATAAGGCTCAATATCAGAGACTTGTGGGGAAGCTCATTTATCTATCTCACACTAGGCCTGACATAGCTT ATCCTGTTAGTGTTGTCAGTCAATTCATGCATGACCCACAAGAGAGACACTTACAGGCTGTGGATAGAATCTTGCAGTAT CTGAAGGCAAGTCCAGGGAGAGGTCTGCTGTTCAAGAAGAGTGAGCAGTTGTCAATTGTTGACAGGAGATCCACTACAGG ATATTGTATGTTCTTGGGTGGAAATTTAGTTACATGGAGGAGCAAGAAGCAGAATGTAGTTGCCAGATCAAGCGCAGAGG CAGAGTTTAGAGCCATGGCTCAAGGAGTTTGTGAACTGTTGTGGATGAAGATCATACTGGATGATTTGAAAATAAAGTAT GAAGCTCCCATGAGACTCTTCTGTGATAATAAATCTGCCATTAGTATTGCTCATAATCCAGTCCAACACGACAGAACAAA GCACATAGAGATAGACCGGCACTTCATCAAAGAGAAATTGGATAGTGGTCTAATATCTACACAGTATGTCCCCTCAGGAC TTCAGTTGGCTGATGTGCTCACCAAAGGACTTCCCTTGGAGCGGTTTCGAGAGCTTACTTGCAAGCTGGGAATGATAGAT ATTCATTCACCAGCTTGAGGGGGGGTGTTGTAAATAAGGAATTAATATAAGAATTATTATTAGAAGATTATATTCAGTAT TAGGAGATTTATTCTCTTATTAGGAGATTGTGTACATAATTAGTTATTTCCTTATTTAGGATTAGTCTTCTTCTATATAA TGTAATTACCCTTTGTATTCTGATTAAGAAGTAATAATACAATTTCTCCTACTTTCAAGTAAAGCATTGGTTGAACTGCA GTTTCAATGTAAGCTTAAGAGTGTGCAAACTGATGGAGGAGGAGAGTTTCGATCCTTGATTCCCTATTTTACTAAGTTAG GGGTAGTTCATCGTGTGACCTGTCCTCACACACACCATCAAAATGGGAGTGTGGAGAGGAAACATCGCCATATTGTTGAA ACGGGACTTGCTTTGCTTGCTTATGCCAAAATGTCATTGCACTTTTGGGATCACGCTTTTCTTACAGCTACCTATCTTAT CAATCGGATGCCTACTTCTGTTTTAGGAGGACAAAGTCCTTATTTTCAGTTGTATGGTTCTCAACCTGATTACAAGTTCC TCAAGGTATTTGGGTCAGCTTGTTATCCTTTTCTGCGCCCGTATACCAATAACAAGTTGGCATATAGGTCCCAAGAGTGT GTATTTTTGGGCTACTCTTCTCAACACAAAGGATACAAGTGCTTGGATGCTCAAGGCAGAGTCTATGTCTCTAAAGATGT GTTGTTTAATGAGCATAGGTTCCCTTATGTTGAAATGTTTCCTGATTCTGCTACAGAAACAACTTCTCCAGAATCATTTT CTTTGCTGATTCCTCTTGTTGCTGCTCCAAATATTATTTCTAATGCTTCTCCAGCTGCTGAGCCTGCTTCTCCTGCTATG ACAATGCATTCTGCGGGTTCTGATTCTTCACCCTCTGGCTCAGTGGATGTCTCTCCTTCGTCTGAGCAATCTCCAGTTAT CTCTGCACCTGTTTCTCCTGCTGTGACAGTGCATTCTGAGGGTTCTAATTCTTCCTCCTCTGGTTCAGTGGATGTCTCTC CTTCTTCTTCTGAGCAGCCTCCAGCATCAGCTGCTACACCTGATAATGTTCAAGCTGTCATCCCTATTAATGCTCATCCA ATGCTCACCAGAGCAAAGAATGGCATTGTCAAGCCTCGCTTGTTTCCTTCTGTCTTGTTGACAGAAGTAGAGCCTACTAC AGTCAAACAAGCTCTCAAGAGCAGTAAGTGGTTCAGTGCAATGCAGCAAGAGTATGAGGCATTGATGACTAATAAGACCT GGACTCTTATGTCACTTCCAGCTGGAAGAAAGCCTATTGGTTGTAAGTGGATTTTCAGGATTAAAGAAAATCCAGATGGA ACAGTGAATAAGTACAAGGCTCGACTTGTAGCTAGAGGGTTCAATCAAGTGCATGGCTTTGACTATTCTGAAACATTTTC TCCAGTGGTCAAACCTATAACTGTGAGGTTGATTCTATCTCTTGCTATTTCCAAAGGGTGGCCTCTTCAACAGTTAGATG TGAATAATGCCTTTCTCAATGGGAACTTAGAAGAAGAGGTTTACATGGTTCAGCCACCTGGATTTGAACAGGGTGATAAG TCCCTTGTGTGTAAGCTTGACAAAGCTTTGTATGGCCTAAAACAAGCTCCTCGAGCCTGGTTTCACAGGTTGACTGCCAC TCTTGTTCAATTAGGGTTCAAGGCTAGTAAGTGTGATCCCTCCTTGTTCACTTTGTCCTTACCAACTTGCTGCACATATG TTCTAGTATATGTGGACGATATTATTATCACAGGAGGTTCTTCAGTCCTAATTCAACATCTTGTTGACAAACTGAATTCT TCTTTTGCTTTAAAACAGTTAGGAAAACTTGATTATTTTCTTGGAGTTCAGGTTACACACTTGTCTGATGGCTCTTTGCT ACTTAATCAGACCAAATATATTGAAGATCTTCTTGAGAGAGCAAATATGTCTGAAGCCAATGCTCTGCCCACTCCTATGA TTAGTAGCAGCAAACTGTCAAAGTTTGGAGGTACTTGCATGAATGATCCCTTTCTCTATAGATCCATAGTTGGAGCATTG CAATATGCTACAATTACCCGGCCGGATATCAGCTTTGCAGTCAATAAAGTCTGTCAATTTCTGTCTCAGCCTCATGATGA ACATTGGAAGGCAGTTAAGAGAATTCTGCGGTTTCTTAAGGGTACCATTCATCATGGGTTTCTTTTTAAGCCTTTCTCTC TTGATCGTCCAGTAGCACTTCATGCCTACTGTGATGCAGATTGGGGTTTTGACCCGGATGATAGACGGTCAACTTCTGGC TCATGTGTGTTCTTTGGCCCCAATTTAGTGTCTTGGTCAGCTAAGAAGCAAACTTTGGTTGCTCGCTCAAGCACAGAAGC GGAATATAGGAGTCTGGCCAACATAGCAGCTGAGATTCTTTGGATTCAATCCTTGTTGACTGAGCTGCATATTCCCTTCC AAACACCAACAATTTTCTGTGATAACCTGAGCACCGTAGCCTTGACTCTTAATCCGGTCCTTCACACTAGAACTAAGCAT ATGGAAATGGATCTTTTCTTTGTGAGAGAGAAGGTTCTCAATAAGACTCTTATTGTTCAGCATGTTCCTTCTCTTCTGCA GAAAGCGGATATCTTTACTAAAGCCCTCTCTTCAGAAAGGTTTCATGAGCTTAAGGACAAACTCAATGTGGTTGACAAAT TTTCATTTGTCAAACCACCTTGAGTTTGAGGGGGTATGTTAGAGTACATTGAGTTTGTATTTACTATGCTGCTGCATCAT CTTTTGAGTAGTTATGACAGCTGACATATGCAGCTGTTTGTATTCTCCTATTTATGTCAGCTGTTGGTATTCTCCTATTT ATGTCAGCTGTATGTTACAGCTGTTGGCATTCTCCTGTTCTTCTATATAAGGATATCACATCTTCTGTAATCACTCAGAT TATCAATAATACATTTTCTGCTATATTTCTATTTCTCTCTTCTCTCTCTCATTGCTTCTCTAATTTTAACACCTGGATAG TGTTTTCAAAATGACTTGCAATTATTAGGAATTTATGATGTTTTGAGCTTCAGAGACACTGATGAACTTTTAGCTTTGTT TTGCTTTTTCTCTTTTCCCAGAGAGGCTAGTAACATGATTGTTAAAACTTACAACTAAATTACCATCTGCGCTTGCCCAA AAATTAATAGAAATTGAAGATTTATTTGATTATCTTGGTTTAGCTGCTTAACCTAAATAATGATGTTATTTGAAGCAGTT TATAGCGAAGCTTTTAGTAGAAAAAAACATGAAATTATTCCATTGATGAATAGTTTTCAAGATAGATTCATTATAGCAGG TTAAAATATTCTCGAAGGATAATTTGTCTGGTGTTTTTATTTTTATTTTTATTGTCTTGAGAATAAACTATCATTTAAGT CACCTTCATCTAATTGTAAGAACTTAATCAATTTTTTGATAAAGAATGTAGTTGTATTGTCGCTTTGCTTCTGTACATCA CTTGCATCTTACCTGTAAAGTTCTGGAAGGTAACATCTCTATCCACTTCTAGAAGATGTAAAGGCGCCATTAGCCCTAAA GTTGTTCAATGAATTCCTTTTTTGAGTACATATATAGGTAAAGTGATTTGTAACTCAGTGGTTAACAATGATGTTAGGGC TCTTAAATATGAAAGTATATCATTAGAGTTTTCTCTTCTGCATTGTTGGTGACACATGGTTTTGCGTTGCTTTCATTTAC TTAACTCATAAAATACTTGTCTTGACAAGTTGGCATTGAATATCCTACATATATGATCTGAGGTACCAGACAATGATATT TTCATATCGGCTCCATGTTGTTTCTAGTTGTATATTTACCTGATGTTTGCCATAGTTTCCTATGATTTTGACATCTTAGT CATTGCACCTTCTGGTTTATATCTAGGGTGACTGGATCCCGGTTGTGGTTGATGATTGGATTCCATGTGAATCACCGGGT AAACCTGCATTTGCAACTAGTAAGAAAGGTTATGAACTTTGGGTTTCCATATTGGAGAAGGCATATGCCAAGTTGCATGG TTCTTATGAAGCACTAGAAGGTGGGCTTGTTCAGGATGCTTTGGTTGATCTAACTGGGGGTGCTGGGGAGGAAATTGACA TGAGAAGTGGTGAAGCCCAGATTGACCTTGCAAGTGGTAGATTGTGGTCTCAATTGTTACGCTTCAAGCAAGAAGGTTTT CTGCTAGGTGCAGGAAGTCCTTCAGGTTCAGATGTGCACATATCTTCTAGTGGCATTGTGCAAGGACATGCATACTCAAT ACTGCAGGTAATGGGATAACTTTATATTGATTGTATTTGTCATACTTGTTAGGCATAATAAGACCATTCATAATCCTCCA CCAAACGGCTTAAGATTTTAGGAGAATTGGTCCTTGCTACCCTCATTCTTTAAAATAAAAAATTGAATATCTGCACTACG TTGAGGTGGGTTTGTACATTATTCAAGCTCAAGCCGAATTGCTCCTATGAGAAGGTGTATTTGATATAGAAATATCTTAC AACTTAAACCTGTTGGTTCTTGCCAATCCTAATGATTTTCAGTGATCATTGCTGTCATACAATTTTAGGTAAGAGAGGTA GATGGTCACAAACTTGTTCAGATCCGAAATCCATGGGCCAATGAAGTTGAGTGGAATGGTCCCTGGTCTGACTCATCACC TGAATGGACAGATAGGATAAAGCACAAGCTGAAGCATGTTTCTCAGGTATTGTTAATGCTTTACTGTTGTGGGTTTGTCA TATGCTTTGACTCCTTAGCTTTATGAATGAGCAGGCTATTTGCTCTCGGCCAGTGTTACTAACATTTATTTACTGACAAG TTACCCTTTAATACTTATTTTTTCCACTTTTTGTAACAGTCAAAAGATGGTATATTCTGGATGTCCTGGCAAGATTTTCA AATTCATTTTCGATCGATATATATTTGCCGAATCTATCCATCCGAGATGCGTCATTCTGTTCATGGTCAATGGCGTGGCT ATAGTGCTGGGGGTTGTCAGGATTATGACACATGGAATCAAAATCCACAGTTCAGACTGACTGCAACTGGTCAAGATGCA TCACATCCAATTCATGTATTCATTACATTAACTCAGGTATTAATGGTATTTGATATTCAGTAATGCATTCATTGGGAAAG AAACATTTCCCTTGAATTTCTTTAAAACCTTATTTTATTTTTACAGGGTGTGGGATTTTCAAGAACTACTGCTGGTTTCA GAAACTACCAATCCAGTCACGACTCACTGATGTTCTACATTGGAATGAGGATACTCAAAACACGTGGCCGGCGTGCTGCG TACAATATATACCTACATGAATCAGTTGGTGGGACAGACTATGTTAACTCTCGAGAAATATCCTGTGAAATGGTTCTGGA ACCTGAGCCTAAGGGATACACTATAGTCCCTACTACTATACACCCTGGGGAAGAAGCACCCTTTGTACTTTCTGTTTTCA CCAAGGCATCAATAAATCTGGAAGCTTTGTAG

Download Genomic Sequence

CDS sequence (LotjaGi4g1v0386800.3) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGGTGCTTATCATTTGGGGCTCCTGGTTGATTGTAATATTGAATCGAGACCTGATCGGTTTGGCTGTAATAATGGCCGG CACTGCTCTTCTATTGGCATTTTATTCTATTATGTTGTGGTGGAGAACACAATGGCAAAGCTCTAGGGCTGTTGCAATCC TGCTTCTTCTGGCGGTTGCTCTACTTTGTGCATATGAACTTTGTGCAGTATATGTTACAACTGGATCACGAGCATCTGAT CGTTATTCTCCTTCTGGTTTCTTTTTTGGAGTTTCAGCAATTGCTCTGGCGATCAACATGCTATTTATTTGCCGAATGAT ATTTAATGGGAATGGTTTGGATGTGGATGAATATGTGCGAAGAGCGTACAAATTTGCTTATTCCGATTGCATTGAAGTGG GTCCTGTGGCTTGTTTACCTGAACCACCAGACCCGAACGAGTTATATCCTCGGCAATCTAGAAGGGCTTCCCATCTTGTA CTTCTTTATCTTGGCTCGGTATTTGTTCTGGTGGTATACTCCATCTTGTATGGTCTAACTGCAAAGGAGAAAAATTGGCT TGGAGCAATCACATCAGTTGCTGTTATTGTTCTTGACTGGAATATGGGAGCATGCCTTTATGGTTTTCAACTTCTTAACA AACGTGTTACAGTACTATTTATTGCTGGAACATCTCGGGTGTTTCTTATCTGTTTTGGAGTACAATACTGGTACCTGGGG CACTGTATTAGTTATGCTGTTATGGCCTCTGTACTTTTAGGAGCTGCTGTTTCTCGCCATTTATCAGTCACAAATCCATT AGCTGCAAGGAGAGATGCCTTACAAAGTACTGTAGTTCGCCTGAGAGAAGGATTTCGTAAGAAGGAGCAAAACAGTTCAT CTAGCTTCTCTGAAGGCTGTGGCTCAAGTCTGAAACGAAGTAGTAGTGTTGAAGCCGGTAATCTTGGAAATGGCACTGAA ACTGCCAGGGGTATGACTGCAGGTGATGGGAGCAATGGGAACAATGCCATGTCTCAAACTGCTAACTTGCCTGATGGAAT AAATAGTGATAAAAGCATAGATAGTGGAAGATCAAGTTTGGCATTACATAGCAGCTCCTGTCGCTCAGCTGTTCATGAGC CAGAAGTGGCAACATCATCTAATGATAGAAATTTGGATCACAATAATTCCTTGGTGGTTTGTTCCAGTAGTGGCATTGAT AGTCAAGGGAATGACTCCAGTGCATCAAACTCCGCAAATCAACAAACATTGGATTTTAATTTGGCTCTTGCATTCCAAGA AAGGTTGAAAGACCCTAAGATTGCAACTATGCTGAAAAGAAGAACAAGACATGGTGATATAGAACTGAGTAGTTTATTAC AAGATAAAGGCTTGGATCCAAATTTTGCAATGATGTTAAAAGAGAAAAGTTTGGAATTAGATCCAACTATCCTGGCATTA TTGCAGAGGAGTAGTCTGGATGCAGATAGAGATCATCAACAAAATACTGATAATACAAGTGTTGATAATGCCATACCTCA TCAAATTTCATTATCTGAAGAACTGAGGCTACATGGACTTGAAAAGTGGCTTCAGTTGTGTAGACTTGTATTGCACCACA TAACGGGTACTCCAGAACGAGCATGGGTTCTGTTTAGTTTCATTTTCGTACTTGAAACCGTCACTGTTGCTATATTTCGA CCAAAAACAATCAAAATTATTAATGCAACGCACCAGCAGTTTGAGTTTGGCTTGGCAGTACTGCTGTTGTCTCCTGTAAT ATGTTCAATTATGGCTTTTCTACGATCACTTACAGCAGAAGAAACGACCATGACATCGAGACCAAGAAAGTATGGTTTCA TTGCTTGGCTGCTTAGCACATGTGTGGGATTGTTGCTTTCCTTTTTGAGCAAATCTTCTGTCCTCCTCGGATTGTCCTTA ACTGTGCCACTAATGGTGGCATGCCTTTCTGTTGCTGTTCCTATATGGATTTGTAATGGTTACCAATTTTGGGTTCCCCG TGTAAACTGTACTGGAAGCGCTGGAAATGATCGAATTCCTCGTACAAAGGGTATAGTTCTCATTTTTTGCATGTCAGTAT TTGTTGGATCTGTGCTGGCTTTGGGAGCAATAGTTTCTGCAAAGCCCTTAGATGATTTAAGATATAAGGGTTGGAATGGT GATCAGAAAAGCTTGGTCTCCCCTTACACATCATCTGTTTTTCTTGGCTGGGCAATGGCATCTGCCATTGGATTAGTTGT TACTAGTGCGCTTCCAATAATTTCTTGGTTTGCAACATATCGGTTCTCCCTTTCATCTGCTATCTTAGTTGGAATATCTG CAGTTATCCTTGTAGCATTTTGTGGTGTGTCTTATTTAGAAGTTATCAAATCTAGGGAGGACCAAGTTCCAACAAAGGGT GATTTTTTAGCTGCTTTACTTCCTTTAATCTGCATTCCAGCAGTGCTCTCACTTTGTTGCGGATTGCTTAAGTGGAAGGA TGATGATTGGAAGCTTTCTCGTGGTGTATATATTTTTGTTATAATTGGGCTGATGCTTCTGCTTAGTGCTATTTCAGCTT TGATAGTTGTCGTCAAACCTTGGACTATAGGGGTAGCTTTCCTTTTGGTTCTTCTTCTTATGGTACTAGCAATTGGTGCC ATTCATTACTGGGCCTCAAACAATTTTTATTTGAGCCGGAAACAGATGGTCTTCGTTTGCTTGCTTGCCTTTCTTTTGGC TTTGGCAGCATTTCTTGTTGGGTGGTTTGAAGATAAACCATTCTTTGGAGCATCCGTTGGTTACTTTATATTTCTTTTTC TTCTTGCTGGGCGGGCATTGACAGTTTTGCTTTCAAACCCTATTGTGGTATATTCTCCCCGTGTTTTGCCAGTGTATGTG TATGATGCTCATGCAGATTGTGGAAAGAATGTCAGTGTGTCCTTTCTCATGCTATATGGGATTGCCCTGGCTACTGAAGG CTGGGGGGTGGTTGCCAGTTTAAAGATTTATCCACCTTTTGCTGGTGCAGCTGTATCAGCAATAACACTTGTTGTTTCAT TTGGTTTTGCTGTCTCCCGTCCTTGCCTAACTCTTAAGATGATGGAAGATGCTGTTCATTTTCTCAGCAAGGAAACTGTT GTTCAAACAATCGCTAGATCAGCGACGAAGACCAGAAATGCATTATCTGGAACTTACTCAGCACCACAGAGATCAGCTAG TTCGGCAGCACTTTTGATTGGAGACCCTACTGCTATGCTTGATAGGGCAGGGAATTTTGTGCTTCCCAGAGCTGACGTCA TGAAATTGAGAGACCGTTTGAGAAATGAAGAATTGGTTGCAGGTTCATTCTTTAGTAGATTAAGGTATGGAAGGACATTT CGCCATGATCCGACCAGTGATGTAGATCACAGAAGAGTGATGTGTGCTCATGCGCGGATTCTAGCACTAGAAGAGGCCAT TGATACTGAGTGGGTGTACATGTGGGACAAGTTTGGTGGTTACTTGCTTCTGTTGCTTGGTTTGACGTCCAAGGCAGAAC AAGCACAGGATGAAGTTCGTTTGAGACTCTTTCTTGATAGCATTGGATTTTCTGACTTAAGTGCTAAGAAAATAAAGAAG TGGATGCCAGAAGATCGCAGGCAATTTGAAATCATTCAGGAGAGTTACATAAGAGAAAAGGAGATGGAAGAGGAAATCTT AATGCAAAGGCGTGAAGAGGAGGGGAGAGGGAAAGAGAGGAGGAAGGTCCTCCTTGAAAAAGAGGAGCGCAAATGGAAGG AGATAGAAGCTTCTCTGCTCTCCTCCATTCCTAATGCTAGCAGCAGAGAGGCTGCAGCCATGGCAGCCGCAGTGCGTGCA GTAGGTGGTGATTCTGTTTTAGATGATTCTTTTGCTCGTGAGAGGGTTTCAAGCATTGCACGTAGGATACGTGCTTCACA GTTAGCTCGCCGTGCCCTTCAGACAGGAGTGACTGGAGCAATATGTGTTCTTGATGATGAGCCAACGGCAAGTGGCAGGC ATTGCGGTCCAATTGACTCCAGTCTATGTCAAAGTCAAAAGATTAGCTTCTCCATTGCATTGATGATTCAGCCTGAGTCT GGTCCTATTTGCCTTTTGGGCACGGAGTTTCAGAAGAAGGTTTGCTGGGAAATTCTCGTGGCTGGTTCTGAACAAGGTAT TGAGGCTGGACAAGTTGGGCTTAGATTGATTACTAAAGGTGATAGACATACAACTGTTGCAAAGGAGTGGAGCATTGGTG CAACAAGTATTGCAGATGGAAGGTGGCATATTGTAACAATGACAATTGATGCTGATATAGGTGAAGCAACATGTTATTTA GATGGTGGATTTGACGGCTACCAAAATGGATTGCCATTGTGTGTGGGTAGCAGCATTTGGGAACAGGGGACAGAAGTGTG GATTGGAGCTAGACCGCCAACAGATATTGATGCATTTGGTAGGTCAGATAGTGAAGGGGTTGAATCCAAGATGCATATTA TGGATGCTTTTCTCTGGGGAAGGTGTTTAACAGATGATGAGGTTTCTGCTCTCTATACCTCAGTGGCTTCAGCGGACATC AGTGCACTTGACTTCCCTGAAGATAATTGGCAGTGGGCTGAATCACCTTCTAGGGCTGATGGTTATGACAGTGATCCTGC CGATGTAGATTTATATGACAGAGATGATGTAGATTGGGATGGACAGTATTCTAGTGGGAGGAAAAGAAGATCAGAACGTG ATGGCGTGGTGTTGGATGTGGATTCCTTTTCCAGGAAGTATAGAAAACCTAGAATTGAAACGCAGGAAGAGATTAATCAA CGGATGCTATCAGTAGAATTGGCTGTCAAAGAAGCTCTCTTGGCTAGAGGAGAGATATGTTTTACAGATCAGGAATTTCC TCCAAATGATCACTCTTTGTTTTTGGACCCTGAAAACCCCCCCGCAAAGTTACAGGTTGTTTCTAAGTGGTTGAGACCAG GTGAAATTGCTAGACAGAACAATCTAGACTGCCATCCCTGCTTATTTTCAGGATCTCCAAATCCTTCTGATGTTTGTCAG GGTCGGTTAGGTGATTGTTGGTTCTTGAGCGCTGTTGCTGTTCTAACAGAGGTTTCACGTATATCGGAGGTGATCATCAC TCCAGAATATAATGAGGAGGGAATATACACCGTTCGCTTTTGTGTTCAGGGTGACTGGATCCCGGTTGTGGTTGATGATT GGATTCCATGTGAATCACCGGGTAAACCTGCATTTGCAACTAGTAAGAAAGGTTATGAACTTTGGGTTTCCATATTGGAG AAGGCATATGCCAAGTTGCATGGTTCTTATGAAGCACTAGAAGGTGGGCTTGTTCAGGATGCTTTGGTTGATCTAACTGG GGGTGCTGGGGAGGAAATTGACATGAGAAGTGGTGAAGCCCAGATTGACCTTGCAAGTGGTAGATTGTGGTCTCAATTGT TACGCTTCAAGCAAGAAGGTTTTCTGCTAGGTGCAGGAAGTCCTTCAGGTTCAGATGTGCACATATCTTCTAGTGGCATT GTGCAAGGACATGCATACTCAATACTGCAGGTAAGAGAGGTAGATGGTCACAAACTTGTTCAGATCCGAAATCCATGGGC CAATGAAGTTGAGTGGAATGGTCCCTGGTCTGACTCATCACCTGAATGGACAGATAGGATAAAGCACAAGCTGAAGCATG TTTCTCAGTCAAAAGATGGTATATTCTGGATGTCCTGGCAAGATTTTCAAATTCATTTTCGATCGATATATATTTGCCGA ATCTATCCATCCGAGATGCGTCATTCTGTTCATGGTCAATGGCGTGGCTATAGTGCTGGGGGTTGTCAGGATTATGACAC ATGGAATCAAAATCCACAGTTCAGACTGACTGCAACTGGTCAAGATGCATCACATCCAATTCATGTATTCATTACATTAA CTCAGGGTGTGGGATTTTCAAGAACTACTGCTGGTTTCAGAAACTACCAATCCAGTCACGACTCACTGATGTTCTACATT GGAATGAGGATACTCAAAACACGTGGCCGGCGTGCTGCGTACAATATATACCTACATGAATCAGTTGGTGGGACAGACTA TGTTAACTCTCGAGAAATATCCTGTGAAATGGTTCTGGAACCTGAGCCTAAGGGATACACTATAGTCCCTACTACTATAC ACCCTGGGGAAGAAGCACCCTTTGTACTTTCTGTTTTCACCAAGGCATCAATAAATCTGGAAGCTTTGTAG

Download CDS Sequence

Protein sequence (LotjaGi4g1v0386800.3) extracted from Lotus japonicus Gifu v1.2 Proteins.

MVLIIWGSWLIVILNRDLIGLAVIMAGTALLLAFYSIMLWWRTQWQSSRAVAILLLLAVALLCAYELCAVYVTTGSRASD RYSPSGFFFGVSAIALAINMLFICRMIFNGNGLDVDEYVRRAYKFAYSDCIEVGPVACLPEPPDPNELYPRQSRRASHLV LLYLGSVFVLVVYSILYGLTAKEKNWLGAITSVAVIVLDWNMGACLYGFQLLNKRVTVLFIAGTSRVFLICFGVQYWYLG HCISYAVMASVLLGAAVSRHLSVTNPLAARRDALQSTVVRLREGFRKKEQNSSSSFSEGCGSSLKRSSSVEAGNLGNGTE TARGMTAGDGSNGNNAMSQTANLPDGINSDKSIDSGRSSLALHSSSCRSAVHEPEVATSSNDRNLDHNNSLVVCSSSGID SQGNDSSASNSANQQTLDFNLALAFQERLKDPKIATMLKRRTRHGDIELSSLLQDKGLDPNFAMMLKEKSLELDPTILAL LQRSSLDADRDHQQNTDNTSVDNAIPHQISLSEELRLHGLEKWLQLCRLVLHHITGTPERAWVLFSFIFVLETVTVAIFR PKTIKIINATHQQFEFGLAVLLLSPVICSIMAFLRSLTAEETTMTSRPRKYGFIAWLLSTCVGLLLSFLSKSSVLLGLSL TVPLMVACLSVAVPIWICNGYQFWVPRVNCTGSAGNDRIPRTKGIVLIFCMSVFVGSVLALGAIVSAKPLDDLRYKGWNG DQKSLVSPYTSSVFLGWAMASAIGLVVTSALPIISWFATYRFSLSSAILVGISAVILVAFCGVSYLEVIKSREDQVPTKG DFLAALLPLICIPAVLSLCCGLLKWKDDDWKLSRGVYIFVIIGLMLLLSAISALIVVVKPWTIGVAFLLVLLLMVLAIGA IHYWASNNFYLSRKQMVFVCLLAFLLALAAFLVGWFEDKPFFGASVGYFIFLFLLAGRALTVLLSNPIVVYSPRVLPVYV YDAHADCGKNVSVSFLMLYGIALATEGWGVVASLKIYPPFAGAAVSAITLVVSFGFAVSRPCLTLKMMEDAVHFLSKETV VQTIARSATKTRNALSGTYSAPQRSASSAALLIGDPTAMLDRAGNFVLPRADVMKLRDRLRNEELVAGSFFSRLRYGRTF RHDPTSDVDHRRVMCAHARILALEEAIDTEWVYMWDKFGGYLLLLLGLTSKAEQAQDEVRLRLFLDSIGFSDLSAKKIKK WMPEDRRQFEIIQESYIREKEMEEEILMQRREEEGRGKERRKVLLEKEERKWKEIEASLLSSIPNASSREAAAMAAAVRA VGGDSVLDDSFARERVSSIARRIRASQLARRALQTGVTGAICVLDDEPTASGRHCGPIDSSLCQSQKISFSIALMIQPES GPICLLGTEFQKKVCWEILVAGSEQGIEAGQVGLRLITKGDRHTTVAKEWSIGATSIADGRWHIVTMTIDADIGEATCYL DGGFDGYQNGLPLCVGSSIWEQGTEVWIGARPPTDIDAFGRSDSEGVESKMHIMDAFLWGRCLTDDEVSALYTSVASADI SALDFPEDNWQWAESPSRADGYDSDPADVDLYDRDDVDWDGQYSSGRKRRSERDGVVLDVDSFSRKYRKPRIETQEEINQ RMLSVELAVKEALLARGEICFTDQEFPPNDHSLFLDPENPPAKLQVVSKWLRPGEIARQNNLDCHPCLFSGSPNPSDVCQ GRLGDCWFLSAVAVLTEVSRISEVIITPEYNEEGIYTVRFCVQGDWIPVVVDDWIPCESPGKPAFATSKKGYELWVSILE KAYAKLHGSYEALEGGLVQDALVDLTGGAGEEIDMRSGEAQIDLASGRLWSQLLRFKQEGFLLGAGSPSGSDVHISSSGI VQGHAYSILQVREVDGHKLVQIRNPWANEVEWNGPWSDSSPEWTDRIKHKLKHVSQSKDGIFWMSWQDFQIHFRSIYICR IYPSEMRHSVHGQWRGYSAGGCQDYDTWNQNPQFRLTATGQDASHPIHVFITLTQGVGFSRTTAGFRNYQSSHDSLMFYI GMRILKTRGRRAAYNIYLHESVGGTDYVNSREISCEMVLEPEPKGYTIVPTTIHPGEEAPFVLSVFTKASINLEAL

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	17	17	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	18	40	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	18	41	24	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	42	52	11	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	53	74	22	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	53	75	23	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	75	85	11	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	85	104	20	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	86	108	23	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	109	159	51	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	159	181	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	160	180	21	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	181	185	5	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	186	209	24	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	187	209	23	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	210	215	6	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	216	237	22	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	216	238	23	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	238	242	5	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	243	262	20	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	243	261	19	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	262	540	279	-	–
MobiDBLite	mobidb-lite View details on mobidb-lite Search for proteins/transripts with this domain	290	359	70	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	541	559	19	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	542	561	20	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	560	578	19	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	576	598	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	579	599	21	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	600	610	11	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	611	628	18	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	611	629	19	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	630	634	5	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	635	657	23	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	643	665	23	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	658	684	27	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	685	705	21	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	685	707	23	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	706	733	28	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	734	757	24	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	735	757	23	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	758	763	6	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	764	786	23	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	764	786	23	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	787	801	15	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	801	823	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	802	823	22	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	824	834	11	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	835	857	23	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	836	858	23	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	858	862	5	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	863	885	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	863	884	22	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	885	895	11	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	896	916	21	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	897	916	20	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	917	927	11	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	920	942	23	-	–
PANTHER	PTHR10183 View details on PTHR10183 Search for proteins/transripts with this domain View external data on PTHR10183	921	2072	1152	4.1E-215	–
PANTHER	PTHR10183:SF379 View details on PTHR10183:SF379 Search for proteins/transripts with this domain View external data on PTHR10183:SF379	921	2072	1152	4.1E-215	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	928	950	23	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	951	970	20	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	971	990	20	-	–
Phobius	NON_CYTOPLASMIC_DOMAIN View details on NON_CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	991	995	5	-	–
TMHMM	TMhelix View details on TMhelix Search for proteins/transripts with this domain	996	1018	23	-	–
Phobius	TRANSMEMBRANE View details on TRANSMEMBRANE Search for proteins/transripts with this domain	996	1018	23	-	–
Phobius	CYTOPLASMIC_DOMAIN View details on CYTOPLASMIC_DOMAIN Search for proteins/transripts with this domain	1019	2076	1058	-	–
Gene3D	G3DSA:2.60.120.200 View details on G3DSA:2.60.120.200 Search for proteins/transripts with this domain View external data on G3DSA:2.60.120.200	1339	1519	181	1.0E-10	–
SUPERFAMILY	SSF49899 View details on SSF49899 Search for proteins/transripts with this domain View external data on SSF49899	1349	1514	166	3.7E-13	IPR013320 Show description in modal box View details on IPR013320 Search for proteins/transripts with this domain View on EBI InterPro Service
SMART	SM00230 View details on SM00230 Search for proteins/transripts with this domain View external data on SM00230	1605	1928	324	4.5E-89	IPR001300 Show description in modal box View details on IPR001300 Search for proteins/transripts with this domain View on EBI InterPro Service
SUPERFAMILY	SSF54001 View details on SSF54001 Search for proteins/transripts with this domain View external data on SSF54001	1613	1929	317	1.26E-104	IPR038765 Show description in modal box View details on IPR038765 Search for proteins/transripts with this domain View on EBI InterPro Service
ProSiteProfiles	PS50203 View details on PS50203 Search for proteins/transripts with this domain View external data on PS50203	1620	1922	303	62.494	IPR001300 Show description in modal box View details on IPR001300 Search for proteins/transripts with this domain View on EBI InterPro Service
CDD	cd00044 View details on cd00044 Search for proteins/transripts with this domain View external data on cd00044	1621	1920	300	3.14136E-113	IPR001300 Show description in modal box View details on IPR001300 Search for proteins/transripts with this domain View on EBI InterPro Service
Pfam	PF00648 View details on PF00648 Search for proteins/transripts with this domain View external data on PF00648	1621	1920	300	9.9E-87	IPR001300 Show description in modal box View details on IPR001300 Search for proteins/transripts with this domain View on EBI InterPro Service
PRINTS	PR00704 View details on PR00704 Search for proteins/transripts with this domain View external data on PR00704	1680	1696	17	8.0E-35	IPR022684 Show description in modal box View details on IPR022684 Search for proteins/transripts with this domain View on EBI InterPro Service
ProSitePatterns	PS00139 View details on PS00139 Search for proteins/transripts with this domain View external data on PS00139	1680	1691	12	-	IPR000169 Show description in modal box View details on IPR000169 Search for proteins/transripts with this domain View on EBI InterPro Service
PRINTS	PR00704 View details on PR00704 Search for proteins/transripts with this domain View external data on PR00704	1743	1766	24	8.0E-35	IPR022684 Show description in modal box View details on IPR022684 Search for proteins/transripts with this domain View on EBI InterPro Service
PRINTS	PR00704 View details on PR00704 Search for proteins/transripts with this domain View external data on PR00704	1768	1795	28	8.0E-35	IPR022684 Show description in modal box View details on IPR022684 Search for proteins/transripts with this domain View on EBI InterPro Service
Gene3D	G3DSA:3.90.70.10 View details on G3DSA:3.90.70.10 Search for proteins/transripts with this domain View external data on G3DSA:3.90.70.10	1799	1928	130	1.2E-35	–
PRINTS	PR00704 View details on PR00704 Search for proteins/transripts with this domain View external data on PR00704	1898	1919	22	8.0E-35	IPR022684 Show description in modal box View details on IPR022684 Search for proteins/transripts with this domain View on EBI InterPro Service
SMART	SM00720 View details on SM00720 Search for proteins/transripts with this domain View external data on SM00720	1924	2074	151	4.4E-40	IPR022683 Show description in modal box View details on IPR022683 Search for proteins/transripts with this domain View on EBI InterPro Service
CDD	cd00214 View details on cd00214 Search for proteins/transripts with this domain View external data on cd00214	1926	2076	151	8.27338E-37	IPR033883 Show description in modal box View details on IPR033883 Search for proteins/transripts with this domain View on EBI InterPro Service
SUPERFAMILY	SSF49758 View details on SSF49758 Search for proteins/transripts with this domain View external data on SSF49758	1928	2074	147	6.8E-29	IPR036213 Show description in modal box View details on IPR036213 Search for proteins/transripts with this domain View on EBI InterPro Service
Gene3D	G3DSA:2.60.120.380 View details on G3DSA:2.60.120.380 Search for proteins/transripts with this domain View external data on G3DSA:2.60.120.380	1929	2076	148	1.8E-29	–
Pfam	PF01067 View details on PF01067 Search for proteins/transripts with this domain View external data on PF01067	1932	2069	138	3.8E-18	IPR022682 Show description in modal box View details on IPR022682 Search for proteins/transripts with this domain View on EBI InterPro Service
PRINTS	PR00704 View details on PR00704 Search for proteins/transripts with this domain View external data on PR00704	2040	2068	29	8.0E-35	IPR022684 Show description in modal box View details on IPR022684 Search for proteins/transripts with this domain View on EBI InterPro Service

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.

GO term	Namespace	Name	Definition	Relationships
GO:0004198 View details of GO:0004198 AmiGO InterPro QuickGO	Molecular function	Calcium-dependent cysteine-type endopeptidase activity	Catalysis of the hydrolysis of nonterminal peptide bonds in a polypeptide chain by a mechanism using a cysteine residue at the enzyme active center, and requiring the presence of calcium.	Subterm of View details of GO:0004197
GO:0006508 View details of GO:0006508 AmiGO InterPro QuickGO	Biological process	Proteolysis	The hydrolysis of proteins into smaller polypeptides and/or amino acids by cleavage of their peptide bonds.	Subterm of View details of GO:0019538

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Expression data

Expression pattern

Expression pattern of LotjaGi4g1v0386800.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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