View Redoxidase 3311

Entry information : MtRboh02 (Medtr7g113130.1[4.0] / Medtr7g138940.1[3.0])

Entry ID	3311
Creation	2006-12-13 (Christophe Dunand)
Last sequence changes	2006-12-13 (Christophe Dunand)
Sequence status	complete
Reviewer	Messaoudi
Last annotation changes	2014-07-31 (Messaoudi)

Peroxidase information: MtRboh02 (Medtr7g113130.1[4.0] / Medtr7g138940.1[3.0])

Name (synonym)

MtRboh02 (Medtr7g113130.1[4.0] / Medtr7g138940.1[3.0])

Class

Respiratory burst oxidase homolog [Orthogroup: Rboh001]

Taxonomy

Eukaryota Viridiplantae Streptophyta Fabaceae Medicago

Organism

Medicago truncatula (barrel medic) [TaxId: 3880 ]

Cellular localisation

Plasma membrane

Tissue type

Roots

Inducers

Pathogen interaction
Phytophthora infection
Salt stress
Wounding

Repressor

N/D

Best BLASTp hits

Perox	score	E-value	MtRboh02 start..stop	S start..stop
PsRboh05	1727	0	1..895	1..897
CarRboh03	1687	0	1..895	2..891
AdurRboh03	1653	0	1..895	1..882
AipaRboh05	1652	0	1..895	1..882

Gene structure Fichierperl './assets/cgi-bin/draw_exon.pl' '3311' 'complement(join(46559944..46560053,46560217..46560731,46560894..46560967,46561104..46561322,46561442..46561537,46561639..46562025,46562123..46562551,46562858..46562971,46564048..46564096,46564989..46565148,46565729..46566263))'

Exons►

Exon	Start..End	Size	Exon	Start..End	Size	Exon	Start..End	Size	Exon	Start..End	Size
N° 1	46565729..46566263	533	N° 2	46564989..46565148	158	N° 3	46564048..46564096	47	N° 4	46562858..46562971	112
N° 5	46562123..46562551	427	N° 6	46561639..46562025	385	N° 7	46561442..46561537	94	N° 8	46561104..46561322	217
N° 9	46560894..46560967	72	N° 10	46560217..46560731	513	N° 11	46559944..46560053	108
complement(join(46559944..46560053,46560217..46560731,46560894..46560967,4656110 4..46561322,46561442..46561537,46561639..46562025,46562123..46562551,46562858..4 6562971,46564048..46564096,46564989..46565148,46565729..46566263))

Literature and cross-references MtRboh02 (Medtr7g113130.1[4.0] / Medtr7g138940.1[3.0])

Literature	Saeed,N.A. and Rose,R.J. Expression of MtRBOH genes in response to wounding, tissue culture and salinity in Medicago truncatula
Protein ref.	UniProtKB: Q5ENY3 A7DWR6 [Fragment]
DNA ref.	GenBank: AC154391 (51835..58151) Phytozome 12: chr7 (46566263..46559944)
mRNA ref.	GenBank: AY821802.1
Cluster/Prediction ref.	Phytozome Gene 12: 31078779 UniGene: Mtr.10800 Mtr.17017 [Fragment]
Omic ref.	Gene atlas: Mtr.43415.1.S1_s_at Mtr.8638.1.S1_at Mtr.945.1.S1_s_at Legoo: Mtr.43415.1.S1_s_at

Protein sequence: MtRboh02 (Medtr7g113130.1[4.0] / Medtr7g138940.1[3.0])

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

Length (aa):	895
PWM (Da):	101568.53	Transmb domain:	o346-365i486-508o528-550i710-727o
PI (pH):	9.84

Sequence
Send to BLAST
Send to Peroxiscan

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

MEISQERENHHQEIWSETESNGSRSTRVGFSGSLSGPLSGPLVSNNKKKSSKKSARFSDEVDQDYVEITLDVRDDTVSVQNIRGGDSETALLASRLEKRPSTLSVKLKQVSQELKRMTSS
KKFDRVDRAKSGAARALKGLKFMTKNVGTDRGWSQVEKRFDELEVDGKLPKTRFSQCIGMNESKDFAGELFDALARRRGITSASITKDELRQFWEQITDQSFDSRLQTFFDMVDKNADGR
ISEDEVKIITLSASANKLSKLQERAEEYAALIMEELDPDNLGFIELHNLEMLLLQAPAQSTHMHTDSRVLSQMLSQKLVPTKEYNPIKRSLRSLNYFIEDNWKRIWVIALWLSICAALFT
WKFIQYKNRSAFRVMGYCVTIAKGAAETLKFNMALILMPVCRNTITWLRSKTKLGVVVPFDDNINFHKVIAFGIAIGVGLHAISHLTCDFPRLLHATDAEYVPMKKFFGDHRPNNYWWFV
KGTEGWTGIVMVVLMAIAFTLAQPWFRRNKLKLPPLLKKLTGFNAFWYSHHLFVIVYALLIVHGYFLYLSKKWYKKTTWMYLAIPMIIYACERLLRAFRSGYKSVKILKVAVYPGNVLAL
HVSKPQGFKYHSGQYIFVNCADVSPFQWHPFSITSAPGDDYVSVHIRTAGDWTSQLKAVFAKACQPASGDQSGLLRADMLQGNNIPRMPKLLIDGPYGAPAQDYKDYEVILLVGLGIGAT
PLISILKDVLNNMKQQKDIEQGVVESGVKNNKRKPFATNRAYFYWVTREQGSFEWFKGVMDEIADYDKDGLIELHNYCTSVYEEGDARSALITMLQSLHHAKSGVDIVSGTRVKTHFARP
NWRTVFKHTALKHPGKRGVFYCGAAGLVGQLKSLSLDFSRKTNTKFEFHKENF

Retrieve as FASTA

Remarks

Complete sequence from genomic (Chromo 7, 10 introns), 1 cDNA (AY821802) and 47 ESTs.

DNA ►
Send to BLAST

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

ATGGAGATTAGTCAAGAGAGAGAGAATCATCATCAAGAAATATGGTCGGAGACGGAGAGTAACGGAAGCAGAAGCACGAGAGTAGGCTTCAGTGGATCTCTAAGCGGACCTTTAAGCGGT
CCGTTAGTTTCCAACAACAAGAAGAAAAGCAGTAAGAAAAGCGCCAGGTTCAGTGATGAGGTGGATCAGGATTACGTGGAGATTACACTTGACGTTCGCGATGACACCGTTTCGGTCCAG
AATATTCGAGGCGGTGATTCTGAAACGGCGTTACTGGCTAGCCGTTTGGAGAAACGTCCGTCAACTTTGTCCGTTAAACTTAAGCAGGTTTCGCAGGAACTGAAACGCATGACTTCTTCA
AAGAAGTTCGATAGGGTTGATAGGGCGAAATCTGGTGCTGCTCGTGCACTGAAAGGACTTAAGTTTATGACCAAAAACGTTGGTACTGATCGTGGTTGGTCTCAGGTGGAGAAGCGATTT
GATGAATTGGAAGTTGATGGAAAACTCCCCAAAACGCGCTTCAGCCAGTGCATAGGTATATTATGCATCATCATCATCATTGTTATTTTGTTTAATTTCCCACTAGCTAGCCACTAATTA
ATAGAAAATGACACTGTCACTAGTTAGTAAATTATTCATGTTTTATCCCACTAACTCTATACAAGATACTAGTATATTTTGTGTCAAGAAAAAATATATACTAGAATAGTTTGATGGGAC
CAGTCTATTATGGCAAACTAATTAATTTTCGAATATAGACTCCACCTAAGATGTTCACATTTAGTGTACACTGCAACAGTACGACTCCTTGAATATTATCAACAAAAGAAAAGATATATT
TTTTTTTTTAAGATTAATAAGAAAAAAAGACATCTAGGTGTGAAAATGATGAGAAAAATATCATAGATGTTAAAATTGAAAACTAAAAATAGAGATGTAATAGAAATGGCTTACGAGTGA
TGCTACTATGGTAAGTACTTAATGTTTGAATTCATTTTAACTGAATTTTGAATTTTGATGAGCGACTGTGATAAATTCATTGTGATACAAACATGCATTAAGAATGTCTTTCAATTCTTA
AAATTGATGTTGTTGCGGAATATAATGTGGAATAGGAGAATGAACGAGTCAAAGGATTTTGCTGGTGAGTTATTTGATGCATTGGCTCGTCGCCGGGGGATAACATCAGCTTCCATAACC
AAGGATGAACTGCGCCAATTTTGGGAACAAATTACGGACCAAAGCTTTGATTCAAGACTGCAGACCTTCTTTGATATGTAAAATTTAATTTCCTTTATCGTTATCGTTTTATAATAATTT
TTTTTTTTTTATGATAGCTTAGGATATGCCATAGTTAATTAAGAAATTAATCATTTGATCAAAAGAAAAATCGCTATCAAGACATAAGAAAAACTACGCCGCACTCGGTGCTATTTTCAT
GTGAACACAGTGTCCTGAGTCATCGTACTATTATTGTCTTATTTTTTAATTATTAGTGTACAAAAGGATATAAACCAAACAAATTGCATTATGATGATGGTGATGATGACAGGAACGTAC
CCGAAGAAAGTGATGAGAAATAATGGCCACATGAAATCGTGATATTTTGTTGTGGCCTGTGGGGTTGGCGGATTTGAAATCAAACACCATTTAAAAAATGTTTTTAAATTTGTTACATGG
TAATAGTATTAAAGTTTATAACGTGGTATTTTATAGAAGCTTTGTGACATGGTTTAATTTTTGGATGTACATTATTTTTCAATATTTTTGTTAGTTCTCCCAATCTTGGGAAAATTTAGT
AGTATATGGAATGGTCGGGGTGGGCCTAGATTGTGAAGAAAAAAGAATCATGAAATTGAATGCAAAGGAATAAAATGAATGAATCAAACTGTTGGCTCTTTTTTAAAATGAAAAGATGGA
AATAATCAAGGATTGGGTTGCCCCTTTAAGGAAAAGAACGAGTCAAGGAGTTGTTAACTTAGATTGACAATTTAAAATTTTCAACCAAATTAGTAGCAGCTATTTAAGAAAGAACAATAT
AGTAGTATACGCGTAATATCTTAGTCAAAAATTAGAAGCCAAATGTCAACATGATTGAATTTTGATTGGGTCTACACCCACTCCTTATCTTTGTTGTCCATAATTAACAATTATTTTAAA
TCATGCCAGGGGGTGGACAAGAATGCTGACGGGAGAATCTCGGAAGACGAAGTTAAAGAGGTGAGAATTTATTTACGGCTGGCTACTCGATCACTATTTATAAATTTTTAGCATCTTTAG
AAGCAAAAAAATAAATTGGAATCACTATTTTAAATTATTAGATAAATTTACATTATTTTTTCTAAAAAATATATCTATAAATATACTTTTAATTTGTTTTGGAAAATAATAAATAAATAT
TGAATACATCGGTAAATAAATAATAATTTAATAATAATCATATACACGGTTATACAAATAATGTACACATTAATTACAATACCAACTTTTTTAATATTTGTGAAAATTAAACAAAGATGC
TATAAAAAGCGATAAAGGAGGTAATATTAGCACATTGTGGATTGACATATCTGAATAAGTGAGATGTTCGAAGATCAAACTGAGATTCCTGCCTATATTATGTAATGTCTCTTTCAATTT
GGTTAAGTTTGCGGGGGAGAATTATTTCTATATCTTTTATTATATAAATGTAACTATATCATTAATTGTTATTTTTAAGAACCGTAATTACTTGTCATTTTGGTAGGAACTAGTTTACGA
CAAAATTACAATATTGTATTTTTTGCTAAATTATTTGACCAATACAATTGTATTATTATTTCTAAAAAAAGGGAATAACTCTTGTAACAAACATAGCATTGCTTGGTATCAAAATAAAAT
ATACTACCTCCGTTCCTTTTTAATTGTCACTTTTGCAGAAATTTTTTGTTTATAATTAACTGTCACTTTCAAAGTTCAGTACAACATTAAATATTGTTTTGACATTATTACCCTTGATTA
TTTATTGTAGAGAGAGAAATATATGAAATGAGATATTAAATGAGGAAGGTTATTATAGGAAAAAGAAAAATTGTTATATCAAAAGTAGTAAAATGCATTTGTTGTCTTGTATTGTGTAAA
AAACATAAAAGTGACAATTAAAAATGAACGGAGTAGCAGTACTCCTCTAATATAAAGAGTAGTTTGCAACTGATAATGCATTAAATTTTGTTCACCCTGTAATACTGGTTTAGTATTACT
CATTTGGCAAGTAACTTCGTGGAGTTGTGAACATTGTTTTATGATGTGTTTTACAGATATTATTACCTTAAGTGCTTCTGCTAACAAGCTGTCAAAACTACAAGAACGCGCGGAAGAATA
CGCTGCTCTAATCATGGAGGAGTTGGATCCAGACAACCTTGGATTTATTGAGGTTTGTATTCTATTTTAAATATTAAATTCCAAACAAACTAAGCTAAGCATTGAAACGGCACTTAAACT
GGACCAGTAGTATGAAAATGTGATTTTTCTAACTAGATTAGTGGTTAAGCAATGTAAAAGGTTGGATTACTCTAAATGGAAATACTCAATTAATGTCAAGGGTGTGAAAATATAAACATA
GAAATATGCTGGATTTTATTAAAAGCAAAGATGATTAACGATCTAACAGTTAGTATAATCTAGTGATGCATGTTTAAAGTTCTTCCACATAATTCTTATATTTTTCTGTCATGTGCAGTT

TTACACAACTTGGAAATGCTTCTTTTGCAAGCTCCAGCACAGTCAACCCACATGCACACAGATAGTAGAGTTTTGAGTCAAATGTTGAGCCAGAAACTAGTTCCTACCAAAGAGTACAAC
CCCATCAAGCGTAGTTTACGATCATTGAACTACTTCATCGAAGATAATTGGAAACGAATTTGGGTTATAGCACTCTGGCTTTCCATTTGTGCTGCCCTTTTCACATGGAAATTCATTCAA
TACAAGAATCGTTCTGCGTTTCGTGTCATGGGATATTGTGTCACAATAGCAAAGGGTGCTGCTGAGACTCTCAAGTTCAACATGGCATTAATTTTAATGCCTGTTTGTAGAAACACCATC
ACTTGGCTCAGAAGCAAGACCAAATTAGGAGTTGTTGTTCCCTTTGATGATAACATCAACTTTCACAAGGTATATTGATAATTAACTCTTATTTATTTGATTTCAATTATTTCACTTTTT
ATTAATTAACCACTGACTTCAATATTGCATCTATATATTTGTTTAGGTGTGATAGCTTTTGGCATTGCAATTGGTGTAGGGTTACATGCTATTTCCCATTTAACATGTGACTTCCCAAGG
CTATTACATGCAACAGATGCTGAATATGTTCCCATGAAGAAATTTTTTGGTGATCATAGGCCCAACAATTATTGGTGGTTTGTAAAAGGTACAGAGGGTTGGACTGGGATAGTCATGGTA
GTGCTTATGGCTATAGCTTTTACTTTGGCCCAACCTTGGTTCCGAAGAAACAAGCTTAAGCTCCCTCCACTTTTGAAGAAGCTCACTGGTTTCAATGCTTTTTGGTATTCACATCACCTC
TTTGTCATTGTTTATGCTCTTCTTATTGTCCATGGATACTTCTTATACCTCTCCAAGAAATGGTACAAGAAAACGGTATGCAGCAAAGTCCCATTCTTTTAATAAAATTAATTGCACTTT
TGGTCACTTGGTTTGAGTTATATCTAAATTTGGTTGTGCAAAATTCATTGACACAGACACTTGGATGTATCTTGCCATTCCTATGATAATATACGCATGTGAGCGACTACTTCGTGCTTT
TAGGTCTGGCTACAAAAGTGTCAAGATTTTGAAGGTACATATAAATTATGAAACTGAACTTATTTTCTGTAAAATTCAAATTCTCTTACCAATGGCATTACAGGCCAAATATACTAAATT
AAATTTCTAACATGTTTTCTCTTCTAAATAAAGGTGTTGCAGTGTACCCCGGAAATGTGTTGGCCTTGCATGTGTCTAAACCACAAGGATTTAAGTACCACAGTGGACAATATATTTTTG
TTAATTGCGCAGATGTCTCCCCATTTCAATGGCATCCTTTTTCTATTACATCAGCCCCTGGAGATGATTATGTAAGCGTTCACATTCGGACTGCGGGTGACTGGACATCACAATTGAAGG
CTGTTTTCGCCAAGGTATTTATAAATTTTATACTTCCAACCATTTTTCTTAATTTGAAATGGTAATGTTATAAGTTAGTGTTGTACATTTTCTCAAATATGTTTATTATTATGTAAATGC
TAACCACTTCATCGACATGATTTGATGCAGGCGCATGTCAGCCAGCAAGCGGTGACCAAAGTGGTCTTCTAAGAGCTGATATGTTACAAGGCAACAACATACCAAGGTTAGCTATCTTTG
ATATTTTCTTATGTATAATTTTACTTTTTTGAGTTCATTGAGTTGTTTATCTCATAGACTTAAAACTCATCAATACCTGTGCAAAATTAAAGAAAAATTTCATTTTTTATTTTTTGAGGA
TTCTAATAGAATTGAAATGAAATTGCAGGAGATGCCAAAGCTATTGATTGATGGACCTTATGGAGCACCAGCACAAGACTACAAAGACTATGAAGTGATCCTTCTAGTAGGTTTAGGAAT
TGGTGCCACCCCATTGATTAGCATACTCAAAGATGTACTAAACAACATGAAACAACAAAAAGACATAGAACAAGGAGTGGTAGAAAGTGGAGTTAAAAACAACAAAAGAAAGCCATTTGC
CACGAACAGAGCCTATTTCTATTGGGTTACTCGTGAACAAGGTTCCTTTGAATGGTTTAAAGGTGTGATGGATGAAATCGCAGATTATGACAAGGATGGACTGATTGAACTTCATAATTA
TTGCACAAGTGTGTATGAAGAAGGAGATGCTAGATCAGCTTTGATCACTATGCTTCAATCACTTCATCATGCCAAAAGTGGTGTGGATATTGTTTCAGGGACAAGGGTTAAAACACATTT
TGCTAGACCAAATTGGCGTACTGTGTTTAAACATACTGCTCTCAAACATCCTGGCAAAAGAGTTGGTAAGTATCAATATTGAACTGTTGCTCTTCATTCAATTGTTAAATTTTATTTGGT
CTGAACTTGTTTCAAGATTCGAACGCGTTTTCCTGTCCTTAACTAATTGTTAATTGTTTTACCATCATAGATATAATGCTTAACTTAATTTCAATATATTTTTTCCAGGTGTGTTTTTTA
CTGTGGGGCGGCTGGATTGGTTGGACAACTTAAAAGTCTTTCTCTGGATTTTTCAAGGAAAACCAACACTAAATTTGAGTTTCATAAAGAGAATTTTTAG

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

ATCTATACAT ATTCATTTCT CCTCCAAATT AACATACTAC TAATCAACCT TCCAGCCTTT CATTCATAAT AGATCAATTC AAGTTCATTC AATCTTCTCA TCTAATCTAA TAAATATTTA TACATACTAT ATATTATACT ACGAGTTGAT CGATCGGAGA TGGAGATTAG TCAAGAGAGA GAGAATCATC ATCAAGAAAT ATGGTCGGAG ACGGAGAGTA ACGGAAGCAG AAGCACGAGA GTAGGCTTCA GTGGATCTCT AAGCGGACCT TTAAGCGGTC CGTTAGTTTC CAACAACAAG AAGAAAAGCA GTAAGAAAAG CGCCAGGTTC AGTGATGAGG TGGATCAGGA TTACGTGGAG ATTACACTTG ACGTTCGCGA TGACACCGTT TCGGTCCAGA ATATTCGAGG CGGTGATTCT GAAACGGCGT TACTGGCTAG CCGTTTGGAG AAACGTCCGT CAACTTTGTC CGTTAAACTT AAGCAGGTTT CGCAGGAACT GAAACGCATG ACTTCTTCAA AGAAGTTCGA TAGGGTTGAT AGGGCGAAAT CTGGTGCTGC TCGTGCACTG AAAGGACTTA AGTTTATGAC CAAAAACGTT GGTACTGATC GTGGTTGGTC TCAGGTGGAG AAGCGATTTG ATGAATTGGA AGTTGATGGA AAACTCCCCA AAACGCGCTT CAGCCAGTGC ATAGGAATGA ACGAGTCAAA GGATTTTGCT GGTGAGTTAT TTGATGCATT GGCTCGTCGC CGGGGGATAA CATCAGCTTC CATAACCAAG GATGAACTGC GCCAATTTTG GGAACAAATT ACGGACCAAA GCTTTGATTC AAGACTGCAG ACCTTCTTTG ATATGGTGGA CAAGAATGCT GACGGGAGAA TCTCGGAAGA CGAAGTTAAA GAGATTATTA CCTTAAGTGC TTCTGCTAAC AAGCTGTCAA AACTACAAGA ACGCGCGGAA GAATACGCTG CTCTAATCAT GGAGGAGTTG GATCCAGACA ACCTTGGATT TATTGAGTTA CACAACTTGG AAATGCTTCT TTTGCAAGCT CCAGCACAGT CAACCCACAT GCACACAGAT AGTAGAGTTT TGAGTCAAAT GTTGAGCCAG AAACTAGTTC CTACCAAAGA GTACAACCCC ATCAAGCGTA GTTTACGATC ATTGAACTAC TTCATCGAAG ATAATTGGAA ACGAATTTGG GTTATAGCAC TCTGGCTTTC CATTTGTGCT GCCCTTTTCA CATGGAAATT CATTCAATAC AAGAATCGTT CTGCGTTTCG TGTCATGGGA TATTGTGTCA CAATAGCAAA GGGTGCTGCT GAGACTCTCA AGTTCAACAT GGCATTAATT TTAATGCCTG TTTGTAGAAA CACCATCACT TGGCTCAGAA GCAAGACCAA ATTAGGAGTT GTTGTTCCCT TTGATGATAA CATCAACTTT CACAAGGTGA TAGCTTTTGG CATTGCAATT GGTGTAGGGT TACATGCTAT TTCCCATTTA ACATGTGACT TCCCAAGGCT ATTACATGCA ACAGATGCTG AATATGTTCC CATGAAGAAA TTTTTTGGTG ATCATAGGCC CAACAATTAT TGGTGGTTTG TAAAAGGTAC AGAGGGTTGG ACTGGGATAG TCATGGTAGT GCTTATGGCT ATAGCTTTTA CTTTGGCCCA ACCTTGGTTC CGAAGAAACA AGCTTAAGCT CCCTCCACTT TTGAAGAAGC TCACTGGTTT CAATGCTTTT TGGTATTCAC ATCACCTCTT TGTCATTGTT TATGCTCTTC TTATTGTCCA TGGATACTTC TTATACCTCT CCAAGAAATG GTACAAGAAA ACGACTTGGA TGTATCTTGC CATTCCTATG ATAATATACG CATGTGAGCG ACTACTTCGT GCTTTTAGGT CTGGCTACAA AAGTGTCAAG ATTTTGAAGG TTGCAGTGTA CCCCGGAAAT GTGTTGGCCT TGCATGTGTC TAAACCACAA GGATTTAAGT ACCACAGTGG ACAATATATT TTTGTTAATT GCGCAGATGT CTCCCCATTT CAATGGCATC CTTTTTCTAT TACATCAGCC CCTGGAGATG ATTATGTAAG CGTTCACATT CGGACTGCGG GTGACTGGAC ATCACAATTG AAGGCTGTTT TCGCCAAGGC ATGTCAGCCA GCAAGCGGTG ACCAAAGTGG TCTTCTAAGA GCTGATATGT TACAAGGCAA CAACATACCA AGGATGCCAA AGCTATTGAT TGATGGACCT TATGGAGCAC CAGCACAAGA CTACAAAGAC TATGAAGTGA TCCTTCTAGT AGGTTTAGGA ATTGGTGCCA CCCCATTGAT TAGCATACTC AAAGATGTAC TAAACAACAT GAAACAACAA AAAGACATAG AACAAGGAGT GGTAGAAAGT GGAGTTAAAA ACAACAAAAG AAAGCCATTT GCCACGAACA GAGCCTATTT CTATTGGGTT ACTCGTGAAC AAGGTTCCTT TGAATGGTTT AAAGGTGTGA TGGATGAAAT CGCAGATTAT GACAAGGATG GACTGATTGA ACTTCATAAT TATTGCACAA GTGTGTATGA AGAAGGAGAT GCTAGATCAG CTTTGATCAC TATGCTTCAA TCACTTCATC ATGCCAAAAG TGGTGTGGAT ATTGTTTCAG GGACAAGGGT TAAAACACAT TTTGCTAGAC CAAATTGGCG TACTGTGTTT AAACATACTG CTCTCAAACA TCCTGGCAAA AGAGTTGGTG TTTTTTACTG TGGGGCGGCT GGATTGGTTG GACAACTTAA AAGTCTTTCT CTGGATTTTT CAAGGAAAAC CAACACTAAA TTTGAGTTTC ATAAAGAGAA TTTTTAGATT CTTTTGGTCA CAACACGATA TTTTTTTCTT CAATTGTAAC CTAAGTAGTG AAGGAACATT ATTTATATGT AGTTTGCTGC TCTCCTTTTT TGTTATAGTC TTTTAGATGT AGATAAGCAG CTAGCTAGCA TTCTATTCAT AAAGTTGTAT ACGTGTGTAA ATCCGTTGCA TTCACTTCGA TGTAAAGGGA AGTCATGTTA GATATAATAG AACCAAAGAA ATCATCAAAC TATGATGATT ATTGTAACAC ATAATAAACT CTCTTTTATT TATACAAATC AAAGTATTTC ACCTATAAAA AGTTGTGACT GCACATTGCT ATGTACAACA TCGTCAAGAA TATACACTTG GAATATTCAT ATATTTTGGA TTTTGACAAG TGGTTGTGGA
TGATTTTGAC AGAGTCCATA CCATTTGGAA GGGACTTTTA GAGTAGATAC AGGTCTGATA TAGACAAGCT T

Retrieve as FASTA