View Redoxidase 7178

Entry information : GmRboh13(Glyma.17G078300./ Glyma17g08610)

Entry ID	7178
Creation	2010-02-03 (Christophe Dunand)
Last sequence changes	2010-02-03 (Christophe Dunand)
Sequence status	complete
Reviewer	Not yet reviewed
Last annotation changes	2020-04-28 (Christophe Dunand)

Peroxidase information: GmRboh13(Glyma.17G078300./ Glyma17g08610)

Name

GmRboh13(Glyma.17G078300./ Glyma17g08610)

Class

Respiratory burst oxidase homolog [Orthogroup: Rboh004]

Taxonomy

Eukaryota Viridiplantae Streptophyta Fabaceae Glycine

Organism

Glycine max (soybean) [TaxId: 3847 ]

Cellular localisation

N/D

Tissue type

N/D

Inducer

N/D

Repressor

N/D

Best BLASTp hits

Perox	score	E-value	GmRboh13 start..stop	S start..stop
GmRboh04	1570	0	1..822	1..821
PauRboh09	1492	0	1..821	1..814
PvRboh07	1476	0	1..821	1..823
CcajRboh01	1475	0	1..821	1..818

Literature and cross-references GmRboh13(Glyma.17G078300./ Glyma17g08610)

DNA ref.	GenBank: ACUP01009771.1 (330375..324186)
EST ref.	GenBank: CO985132.1 [5' end] BM523487.1 [3' end]
Cluster/Prediction ref.	UniGene: Gma.6385

Protein sequence: GmRboh13(Glyma.17G078300./ Glyma17g08610)

Sequence Properties
first value : protein
second value (mature protein)

Length (aa):	821 (313)
PWM (Da):	93141.97 (36136.1)	Transmb domain:	o294-313i378-397o428-450i476-498o
PI (pH):	9.97 (8.16)	Peptide Signal:	cut: 18 range:18-330

Sequence
Send to BLAST
Send to Peroxiscan

*.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2

MDGLVKSQVP HERSLLALFK SSPSSSSLSS SFSSSWTSEV VLQTRSKIRR EGEPNNVADL RSEQTRSHII ENEAIQGVGF INGIDGHSGM EWKDLEKRFD QVARTGSGAE PVVTWSEFGF CIGMHSSPEF ANELLRALRR GKGWKSNITK TDLYHLWFRM KDNSFNSRMR IFFDMCNRNK DGRITETDIK QTILLTASTN KLSVTHDEAE DYASLIMKFL DKKNKGYIEI SQMGSLFKAT NLSNSKAHSP MKQVSSVGSS THNVLHNTSG DFCEEQQEPM SRTEVLFRTY WRRAWIVLVW LLACLGLFVW KFVQYRHRSG FEVMGYCLPT AKGAAETLKL NMALVLLPVC RNTITWLRKH RPINSVVPFN DNINFHKLIA GGIVVGVILH GGTHLACDFP RISESDKSIF RQTIAAGFGY HRPTYTQILA TTEVASGIGM VVLMGIAFAL AAKWPRRRSP VLPVSLRRVT GYNTFWYSHH LFVLVYALLI IHSMFLFLTD KLMEKTTWMY IAFPVLLYAG ERIFRAIRSG SYEVDILKAS ICPGKVLYLK MQKPEGFKFH SGMYIFIQCP QISPFEWHPF SLTSGPQDDY LSVHIRTLGD WSYQIYDLFQ EAVLSRSKGC PKLYIDGPYG SAAQDHVKYD ILVLIGLGIG ATPFISILKD VVKGVQTTQN DHSGLRQCSL TKGPLKAYLY WVTREPNSFD WFRDVMKEIS NSTKKQSVVE
MHNFLTSVHP EGDIRSALLS VIQALHVAKN GTDIVSRTQI HTHFARPNWF NIFSRLARKH GGAKIGVFYC GPSKLARELK KLCTKFSTKT TTRFVFHKEN Y*

Retrieve as FASTA

Remarks

Complete sequence from genomic (chromo 17, 14 introns) and 9 ESTs (BE555472.1, BQ081563.1). Chromo position Gm17:6368476..6374763.

DNA ►
Send to BLAST

.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2

ATGGATGGAC TTGTAAAGTC TCAAGTTCCT CATGAACGTT CCCTCCTTGC TCTCTTCAAA TCATCACCCT CTTCATCATC GTTATCTTCC TCATTCTCTT CTTCTTGGAC CTCTGAAGTA GTCCTTCAGA CAAGGTCCAA GATTCGGCGT GAAGGTGAGC CTAACAATGT AGCAGACTTG AGATCGGAAC AAACACGTTC TCACATAATA GAAAATGAAG CAATTCAAGG TGTGGGATTC ATCAATGGCA TTGATGGTCA CAGTGGAATG GAGTGGAAGG ATTTGGAGAA ACGGTTCGAC CAGGTGGCAC GAACCGGAAG TGGAGCCGAA CCGGTTGTGA CATGGTCCGA ATTTGGCTTC TGCATTGGTG AGAATAGCAA ATTAAAGTCA ACAGTTCATG TAATAACATT AATTATAACT TTGTTTCACG ACCACAAATA CAATAATTCA CACAATGCAT GATGCTCATT TGAGACTTTG ATAAGTCCTT TTCGGTGTCT CTAGTGTTTA TCATCTGGCA TTGGTCAATT AACACGAGAA TAATAGAAAG CAGAGCAGTT AGCCACCTTA GCCATGTTCT TCGGATACGC TATAGTGCCG TAATATAAGA CAACCAGTTT AATTTTTATT TTTTTTTATT CTTCTTCCTA CTTTAATTTA GTTCAATGAT CAATGTTCAA CACTTTATTT CTCCTTTTAT AATTCTCCAT TAGTTTAATA TCCTTTTAAT AATATAAAAA AAAACAAATG CGTTATCTAC ACCTACCTGT AACCTGTTCT TAATTTATTC TGATCTTATT ATTATGCCAA TTATTGTTTT AGTTTTTCAC TTTCAATTAT GTCGTATTTT ATAGGGATGC ACTCATCACC AGAGTTTGCC AACGAATTAC TCAGAGCACT GAGACGCGGC AAGGGCTGGA AATCCAATAT CACCAAAACT GATTTGTACC ATCTTTGGTT TCGGATGAAG GATAATTCTT TTAACTCAAG AATGCGAATA TTCTTTGACA TGTAAAAAAA AAAAAAAAAC TTTTGCTAAA CTATCTTATG CACAATTCTG AAATCAATTA GTAAACTTTC CTTCACTTTG CTTTAGGTGT AACAGAAACA AGGATGGAAG AATTACCGAG ACAGATATAA AGCAGGTTAT TATTTGTGTG ATGACTTTTA ATCTATAATT AAACTTTAAC TTTACTAGCT AGGGTGTGGC TGCTTAAAAT TTTGCGTGTT AATTGTCTTG TTCCGCATGT TGGCGTTGAT TTTGGCCCTT CCGCAGACAA ACTCTATGAT GTGGTTCTAT AATTAATTCT TGGTGGTGTG CATATTACAA ACCGTCAATT ATAATTGGCA TATTTCTGTA TGCAAGTGCT TGCAGTGATT TATGATTATT TTTTGTACCT TAGACAATTT TATTAACCGC TTCTACAAAT AAGCTATCCG TGACACATGA TGAAGCAGAG GACTATGCTT CTTTGATCAT GAAATTTCTA GACAAGAAAA ACAAAGGCTA CATTGAGGTA CCAATCAAGC CTCTTCAACC CCTCAATTCC ATTATCAAAT GACCCTATTC CTATTCCATA TTTTATTAAT AGAAAGATTC GTCGGCATAT GTAGATATCT CAAATGGGGT CTCTATTCAA GGCAACAAAT CTATCAAATT CAAAGGCACA TTCTCCAATG AAACAAGTAT CATCAGTAGG TAGCAGCACA CACAATGTTC TTCATAACAC TAGCGGTGAC TTTTGTGAAG AACAACAAGA ACCAATGTCA AGGACTGAAG TTTTGTTCAG AACTTATTGG AGACGTGCTT GGATTGTTCT GGTTTGGTTG CTTGCATGCT TGGGATTGTT TGTGTGGAAA TTTGTTCAAT ACCGCCATAG ATCAGGGTTT GAAGTCATGG GTTATTGTCT TCCTACTGCT AAAGGTGCAG CTGAGACCTT AAAACTCAAC ATGGCTCTTG TTCTTCTTCC TGTTTGTAGA AACACAATCA CGTGGCTCCG CAAACACCGT CCGATCAACT CTGTTGTTCC ATTCAATGAC AACATTAACT TCCACAAGGT TGGTTCTCTA TTTTTCTTCC TCATTTCATG TAAATTGTTT ATATTTCTTT AGTCATACTC ATAAGGTAAT TGTGAGAATT TTACATGTTA AACTTTCTTT GAATTTTGGG TTTAGGCTAA TTCATCTCCA AAGTGTTTCT CCCTATTGGT CTTATATACT CTTATCACTG TTTAATGTTA GATCACCAAC ACACCTCCTA ACATGAACAC CCTAATAATG GGTGGCCGAT AGATTCAATT CAATAATAAT TAAGATATAG ACTTTCGTAT CATTTATAAA ATTTAAATTT AGACATAATT CAATATAAAA ACTAACTCAG AAGCTAAAAG TTATCACTCT ATTATCTACA TTATTTTGAT GATATCACTG ATGAGATATC AACATCATTG TATTATTATG CCAATGATTA TATAAGATGT CAAATTCACA AAATGATACA ATAAAATATA TTATTGTTAC ATAGATGCAT GCATATGACC AGAAACTCCT TTTGATTTTT CCTAAACAAA TTTTGCATTC AAGTTTTGGA AAGCAGACCA AAAAGATGCA AGTCTATGAC TTCTTTGCAT TCGTCCAAAT TAAGGTCCTA AACTTTTGTC TACTAAGATA TCAAAATTAT GATGATGACT CCGATTTTCC TTCTTCAATA TATATATATA TATATATATA TATATATATA TATATATATA TATATATATA TATATATATA TATAAAATTA AACAACGTGT AATAGTTATT ATAAACCTCC TTGTTAAGTT CAATTTCTAC GAAAAAATTA CGTTGTAACA TTGACAATAA CATTGATATG ATGTGGAAAA ACAAAGATGA TTGATATTTA GTTTTTGTGA TGTTCACAGC TTATTGCAGG AGGAATAGTG GTGGGTGTGA TCCTGCACGG TGGAACGCAC CTTGCGTGCG ATTTCCCAAG AATCAGTGAG TCGGATAAAT CAATATTCCG GCAAACTATT GCCGCAGGAT TCGGGTACCA CCGGCCAACG TACACGCAAA TTTTGGCGAC GACGGAGGTG GCCAGTGGGA TAGGCATGGT GGTGTTAATG GGCATTGCAT TTGCACTGGC AGCCAAGTGG CCACGGCGTC GGTCACCGGT GCTGCCGGTG TCCCTCCGTC GTGTCACTGG TTACAACACA TTTTGGTACT CTCACCATTT GTTTGTCCTT GTCTATGCCC TGCTCATTAT TCACTCCATG TTCTTGTTCC TAACCGACAA GTTGATGGAG AAAACGGTAA CCCCTTTTTT ATGACTCTGT CCATCCTTAT TCTATGTATT ATTAATATTT ACTTTCTCGT GATTTTTGGC GTAATTTGTG CGCTTTGCAT TTGTAATACT GTTAGTCTAT GAAACTCTAA TATCAAATTT TAGATAATGA TTTTTTTTAA TCTAAAAACT ATGCATGCTA GGTGTGTTAT TGGGAAGACC ATGAGAGCCA CGTATCTGAC TCGTTTCGTT TGACTAGAAT TCTATTACTT GTCTCTTTCT AACATGTATT ATGTGTAACC TTTTTCTCTC TCTCTCTTGT TTTACTTTTA CCCAAAAAAT TAATAATAAT CAAAAAGTGG CAACGAGAAT GTGCATGATT GAATTATTAC CTCCTTCTGA ATTATTTAAA GTCCTTGCCG CTAATTTATT CCTGGTCGCT CATCATTGTA ATTAAGATGT AGCAAAAGTT GCTATAAAGC TCTTTAATTT ATTTAGACCT TCCAAAAAAA AGCTCTTTAA TTTACAAAAT TATAGAACAA ATTTGGTGTT GAATTTGAAT TTAGATTTAT TTTTCCATGT GCAGACATGG ATGTACATTG CTTTTCCAGT TTTATTATAC GCTGGGGAGA GGATCTTTCG AGCCATTAGA TCTGGATCTT ACGAAGTTGA TATTTTGAAG GTATTTGATC AGCCTTCTCT TATTTGCATT ATCTCTTGGT TTAAAGTTTC ATTTGATAAA TTTTATGCTG TTTGAGATTT TTAATATATA ATTGATTTTT TTTTTTAGTT TTTGATAACA AAATTTTCTG ATATATTAAA AGTTTTGTTC TAAATCTGTT TTTGTGGTGA GTTAAATGAA GATCTGATAT CATTTCAATG AATCTTTCAA TGTATTTAAA GTTGTTAAGA TAGTGTCATG TTATCTTTTA ACTCATGATA GAACCATAAT AAAACTTTTA AAATATTAGA AAATCAGAAT AATAAAAAAA TTTATTGGGA ACTCAAATAA AAAATCGAAT ATATACCAGG AAATTAAAAG TTATTTAGGC CAATAAATTT ATGGTACAGC CAAACATCTG AAATTTACCA AGAATAAATC TATTGTTTTT GTGAAGGATA ATTATTATCT TATTCTCTTT TCTTTTATGT TATTTTTCAT GTAGGCAAGT ATATGTCCAG GAAAAGTTTT GTACCTCAAA ATGCAAAAAC CAGAAGGTTT TAAGTTCCAT AGTGGCATGT ATATATTCAT TCAGTGCCCC CAAATTTCGC CCTTTGAATG GTACTTTTAT ATCTTTCACG TGACAATTTT ATTCAAGATT CAACATTATG CCATTTTTAT TCAATATTAA TTCAGCTCAT TCTTCCAGTT ATTATGATGT CAGGCTCGTC AATCAAATAT TGACATTCTA TTTGAGTTTC TTTTGTCTAA ATTTTCAGGC ATCCATTTTC CTTGACTTCA GGGCCACAAG ATGACTACCT CAGTGTGCAC ATTAGAACAC TCGGAGACTG GAGCTACCAA ATATATGATC TATTCCAAGA GGTGAAAATA GCAAAAGTTT TTTAGTGTAA AGTTATGCTT CCTAAATCCT TTGGTCTCAA AATTGATTCA TGATCTGCAG GCAGTGTTAT CACGATCAAA AGGGTGTCCA AAACTGTACA TAGATGGCCC TTATGGTTCT GCTGCTCAAG ACCATGTAAA GTACGACATT CTAGTACTAA TTGGTCTTGG CATAGGAGCA ACACCTTTCA TTAGCATCCT TAAAGATGTA GTTAAAGGTG TCCAGACAAC GCAAAATGAT CATGTAAGTT TTTTTTATTG TGTTTATTTA TTTGAGTATT TTCTTGGTCT GATAATGTTT TCACTAAAAT TCAATGGCTC TGCTTCCTTT AAACAAATGC CACATTTGGG CCTTTGAAAT AGAGTGGTCT CAGACAATGC AGCCTAACAA AGGGTCCATT AAAAGCATAT CTTTATTGGG TTACAAGAGA GCCAAACTCT TTTGACTGGT TTAGAGATGT CATGAAGGAA ATCTCAAATT CAACTAAAAA ACAGGTATGC CTAACTACAA TTTGTTTTGA TCATGGCATT GACATTATGC TCACGGCAAA AACTATGTCA GCACAACTTA TCTTTGATGC AATTTAAGAT CTTCAAGCAT TTTCTGACTG ATCAAGTTTT CTGATAATCT TTAAGTCGGT TGTGGAGATG CACAATTTCC TGACAAGTGT ACATCCAGAA GGAGATATTC GTTCAGCTTT GCTAAGTGTT ATTCAGGCCT TGCATGTTGC CAAGAATGGC ACTGACATAG TTTCCAGGAC TCAAGTAAGT GAATCTTCTC CTTAGTTTTG GTTAATATAT GCAGCCAAAA TATATAAATT ACAAGCAAAC TTTAAACTTA CATGAGTAGT GTTAAAGAAA ATCACACTCA AGATAGTTTA GGTTTGATGC CTTCTGGTTG AAGTTAGAAT ATGTTAATGT TTTTTGCTAT ATATATATAT ATATGTATAT ATTAAAAAAT GAATGATTTG TGCCAGATAC ACACATGTTT TGATATTGCT TGATTAAAAG ATACTTATCT ATCGAAATTT TCAGATACAC ACACATTTTG CTAGACCAAA TTGGTTCAAC ATATTTTCTA GATTGGCTCG CAAGCATGGA GGAGCTAAGA TTGGTGAGAA AAATATCCCT CGTACTTAAG GATTTCTTTT CTCTGAAAAT CCTTATCTCC AAATATGTAT ATAAGAAAAT AACAGGTTAA ATGGTTTTCA TAACTAAGAA TGTGGGTTTT TCTCGTACAG GGGTTTTCTA TTGTGGACCA TCTAAATTAG CAAGAGAATT
GAAGAAGTTG TGCACCAAAT TTTCCACCAA AACCACAACT AGATTTGTTT TCCACAAGGA AAATTACTAA

Retrieve as FASTA

CDS►
Send to BLAST

.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2

Retrieve as FASTA

cDNA►
Send to BLAST

.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2

ATATGAGCTG TTCTTGATAC ATATATCAGC TAGAAATGGA AACATTATTC ACTTTTTCTT TTTCCCTCCG AACTTCAACC AACACATACA CCCACATATC ACAACCTTTC CATTGCGTGG ATTTGTTTTC GATCTTCACC TGCCCTTACT TAATCTCCAT CCTCTCCCAA TCTGGCAAAT TCTCCAACAA AACCTCCATC CATTAACCTA ATTTTCTATA ACTTAGTCCA CACACTCCAG CCAAACCAAA CACATGATCT ATTATTCTTT TGATGTTAAC TTGTCTTTTC TCTTTTCAAT TCCCTCACTC AACCACTCAA TTCCAAAGAA AATTCCACAC TCGTACACAT GAAAAGAGAG AAGGTAAAAA ATAGAGGCAA GAAAATTGCC ACTTTCTTGT ATGTTGTAAA ACAATATAAA CAAATCCATC CAGCAACTCT TAACTAACTG CTTCTAGCTA GCTCCTTCGA TTGGTCAAAG TTGAATAATG CAATTATTAT TCAAGCAACT TTCTGCTCCT CATCAAGAAA ACCACTCATC ACCTTCTTTT CCTTGAAAGA AAATTTTATT AATTCCACCA CTATGCATTA CACTCCACAT TTTCTTTAGA ATATGTTGGA AACAAAACCT TCACTTTCCA TGACAACTTA ATCAAAGCCT CAATTCTCTT CATAGCCCAT CAATGGATGG ACTTGTAAAG TCTCAAGTTC CTCATGAACG TTCCCTCCTT GCTCTCTTCA AATCATCACC CTCTTCATCA TCGTTATCTT CCTCATTCTC TTCTTCTTGG ACCTCTGAAG TAGTCCTTCA GACAAGGTCC AAGATTCGGC GTGAAGGTGA GCCTAACAAT GTAGCAGACT TGAGATCGGA ACAAACACGT TCTCACATAA TAGAAAATGA AGCAATTCAA GGTGTGGGAT TCATCAATGG CATTGATGGT CACAGTGGAA TGGAGTGGAA GGATTTGGAG AAACGGTTCG ACCAGGTGGC ACGAACCGGA AGTGGAGCCG AACCGGTTGT GACATGGTCC GAATTTGGCT TCTGCATTGG GATGCACTCA TCACCAGAGT TTGCCAACGA ATTACTCAGA GCACTGAGAC GCGGCAAGGG CTGGAAATCC AATATCACCA AAACTGATTT GTACCATCTT TGGTTTCGGA TGAAGGATAA TTCTTTTAAC TCAAGAATGC GAATATTCTT TGACATGTGT AACAGAAACA AGGATGGAAG AATTACCGAG ACAGATATAA AGCAGACAAT TTTATTAACC GCTTCTACAA ATAAGCTATC CGTGACACAT GATGAAGCAG AGGACTATGC TTCTTTGATC ATGAAATTTC TAGACAAGAA AAACAAAGGC TACATTGAGA TATCTCAAAT GGGGTCTCTA TTCAAGGCAA CAAATCTATC AAATTCAAAG GCACATTCTC CAATGAAACA AGTATCATCA GTAGGTAGCA GCACACACAA TGTTCTTCAT AACACTAGCG GTGACTTTTG TGAAGAACAA CAAGAACCAA TGTCAAGGAC TGAAGTTTTG TTCAGAACTT ATTGGAGACG TGCTTGGATT GTTCTGGTTT GGTTGCTTGC ATGCTTGGGA TTGTTTGTGT GGAAATTTGT TCAATACCGC CATAGATCAG GGTTTGAAGT CATGGGTTAT TGTCTTCCTA CTGCTAAAGG TGCAGCTGAG ACCTTAAAAC TCAACATGGC TCTTGTTCTT CTTCCTGTTT GTAGAAACAC AATCACGTGG CTCCGCAAAC ACCGTCCGAT CAACTCTGTT GTTCCATTCA ATGACAACAT TAACTTCCAC AAGCTTATTG CAGGAGGAAT AGTGGTGGGT GTGATCCTGC ACGGTGGAAC GCACCTTGCG TGCGATTTCC CAAGAATCAG TGAGTCGGAT AAATCAATAT TCCGGCAAAC TATTGCCGCA GGATTCGGGT ACCACCGGCC AACGTACACG CAAATTTTGG CGACGACGGA GGTGGCCAGT GGGATAGGCA TGGTGGTGTT AATGGGCATT GCATTTGCAC TGGCAGCCAA GTGGCCACGG CGTCGGTCAC CGGTGCTGCC GGTGTCCCTC CGTCGTGTCA CTGGTTACAA CACATTTTGG TACTCTCACC ATTTGTTTGT CCTTGTCTAT GCCCTGCTCA TTATTCACTC CATGTTCTTG TTCCTAACCG ACAAGTTGAT GGAGAAAACG ACATGGATGT ACATTGCTTT TCCAGTTTTA TTATACGCTG GGGAGAGGAT CTTTCGAGCC ATTAGATCTG GATCTTACGA AGTTGATATT TTGAAGGCAA GTATATGTCC AGGAAAAGTT TTGTACCTCA AAATGCAAAA ACCAGAAGGT TTTAAGTTCC ATAGTGGCAT GTATATATTC ATTCAGTGCC CCCAAATTTC GCCCTTTGAA TGGCATCCAT TTTCCTTGAC TTCAGGGCCA CAAGATGACT ACCTCAGTGT GCACATTAGA ACACTCGGAG ACTGGAGCTA CCAAATATAT GATCTATTCC AAGAGGCAGT GTTATCACGA TCAAAAGGGT GTCCAAAACT GTACATAGAT GGCCCTTATG GTTCTGCTGC TCAAGACCAT GTAAAGTACG ACATTCTAGT ACTAATTGGT CTTGGCATAG GAGCAACACC TTTCATTAGC ATCCTTAAAG ATGTAGTTAA AGGTGTCCAG ACAACGCAAA ATGATCATAG TGGTCTCAGA CAATGCAGCC TAACAAAGGG TCCATTAAAA GCATATCTTT ATTGGGTTAC AAGAGAGCCA AACTCTTTTG ACTGGTTTAG AGATGTCATG AAGGAAATCT CAAATTCAAC TAAAAAACAG TCGGTTGTGG AGATGCACAA TTTCCTGACA AGTGTACATC CAGAAGGAGA TATTCGTTCA GCTTTGCTAA GTGTTATTCA GGCCTTGCAT GTTGCCAAGA ATGGCACTGA CATAGTTTCC AGGACTCAAA TACACACACA TTTTGCTAGA CCAAATTGGT TCAACATATT TTCTAGATTG GCTCGCAAGC ATGGAGGAGC TAAGATTGGG GTTTTCTATT GTGGACCATC TAAATTAGCA AGAGAATTGA AGAAGTTGTG CACCAAATTT TCCACCAAAA CCACAACTAG ATTTGTTTTC CACAAGGAAA ATTACTAAAC TTGTTTCTGA TGGAACATAT CTGTTGAAGC AATTCCTTAA TTAGGAAAGC AGTTCAGAAT CTTGGACAGT TTCCTTCTAT TTTGCCAGAG AATTTGTAAA TATATTTGCT GCTCTGGTGT CTCCGACATA CCAACTTCGA AGAGGATTCG GCAATTGAAA AATGAAAGAA AATACGTCAG TCTTCATTGT TCGTTGCAAG TTGAGTATGT GTATCCATGC TATTTCGGTA TTTGCTATAC ACCTCAGGTA GCAAATCATA CTTTTAGGAG AAGTATAAAC AAAATAAATT TTACAAAAGT ACGAGAGTGA CTATTCTATT ACAAACATAC TCCGTAATTA TCTGGTCTTT ACTTTAAATA TTAATCTAGG TCCATCTTTT TTTAAAAAAC AATTCTTGTA TTACAATTCT CTCATATGTC AAGGCAGCAA ACTTTATAGA CTGAGCTAAA
GAACAAATCT TGTACAATTT AACGGGTATC CGTATAACAA CATGTCAATA AACTGTGGAT TTTGAATCTA CA

Retrieve as FASTA