View Redoxidase 7175

Entry information : GmRboh03(Glyma.04G203200/ Glyma04g38040.1/GmRboh3)

Entry ID	7175
Creation	2010-02-02 (Christophe Dunand)
Last sequence changes	2010-02-02 (Christophe Dunand)
Sequence status	complete
Reviewer	Not yet reviewed
Last annotation changes	2020-05-17 (Christophe Dunand)

Peroxidase information: GmRboh03(Glyma.04G203200/ Glyma04g38040.1/GmRboh3)

Name

GmRboh03(Glyma.04G203200/ Glyma04g38040.1/GmRboh3)

Class

Respiratory burst oxidase homolog [Orthogroup: Rboh001]

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	GmRboh03 start..stop	S start..stop
GmRboh07	1768	0	1..928	1..941
PvRboh03	1666	0	1..928	1..930
PauRboh01	1664	0	1..928	1..922
CcajRboh05	1655	0	1..928	1..920

Literature and cross-references GmRboh03(Glyma.04G203200/ Glyma04g38040.1/GmRboh3)

DNA ref.	GenBank: ACUP01002697.1 (13641..7372)
EST ref.	GenBank: GR840497.1 [3' end] BQ253515.1 [Fragment]
Cluster/Prediction ref.	UniGene: Gma.19793

Protein sequence: GmRboh03(Glyma.04G203200/ Glyma04g38040.1/GmRboh3)

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

Length (aa):	928 (342)
PWM (Da):	104926.27 (35442.5)	Transmb domain:	o361-383i443-465o503-525i538-560o575-592i728-745o
PI (pH):	8.38 (4.31)	Peptide Signal:	cut: 20 range:20-361

Sequence
Send to BLAST
Send to Peroxiscan

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

MGTDVVVGGA SSDSHHHHRD SDIELIAERA PLPHSGPLNK RRSSKLNNTS SASTSATEEQ DEGDYVEVTM DIQGDSVALH SVKTVNNDQS EDEKLILLGK GMEKKRSFGA SVVRSASIRI QQVSQELKRF ASLSKQTASS RLHYDRNKSA ASHALKGLKF ISKTDAGAGW VEVERQFDAL TASTNGYLHR SLFAKCIEMN KESEAFAGEL FDALSRRREI QGDSINKAQL KDFWDQISDQ NFDSRLRTFF DMVDKDADGR ITEEEIKEII CLSATTNKLA NIQKQAEEYA ALIMEELDPE DTGFIMVNDL EMLLLHGPTH STRGDSKYLS QMLSLKLKPV DEDNPIRRWY TNTKYFLQDN WQRTWVLLLW IGVMLGLFAY KFVQYRREDA YEVMGHCVCM AKGAAETLKL NMAIILLPVC RNTITWLRNK TKLGIMVPFD DNLNFHKCIA VAVTIGVGIH GIYHLACDFP RLLDASSEKY KLMEPFFGDQ PSSYWFFVKS WEGVTGIIMV VLMAIAFTLA TPWFRRGRVK LPKPLNNLTG FNAFWYSHHL FVIVYALLIV HGIKLYLTKE WYKKTTWMYL AIPIIIYLSE RLTRALRSSI KPVRILKVAV YPGNVLSLHM SKPQGFRYKS GQYMFLNCAA VSPFEWHPFS ITSAPGDDYL SVHIRTLGDW TRSLKVKFSE CCQPPDNGKS GLLRAEYLQG DRSPSTLPKV LIDGPYGAPA QDYKQYEVVL LVGLGIGATP MISILKDIVN NMKAMEEEEE TNIEEGTNSG FGNKSPRGSS PHKKNSSSNF NTRRAYFYWV TREQGSFDWF KGVMNEVAEE DHKGVIELHN YCTSVYEEGD
ARSALIAMLQ SLNHAKNGVD IVSGTRVKSH FAKPNWRAVY KRIAVSHPRA RVGVFYCGPP ALTKELGQLA SDFSHNTNTK YDFHKENF*

Retrieve as FASTA

Remarks

Complete sequence from genomic (chromo 04, 11 introns) and 3 ESTs. Unigene mix ESTs from GmRboh07.

DNA ►
Send to BLAST

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

ATGGGAACAG ACGTGGTTGT CGGAGGAGCT TCTTCAGATT CACATCACCA CCACCGTGAC TCTGACATAG AACTCATTGC TGAAAGAGCA CCTTTACCTC ACAGTGGACC ACTGAACAAA AGAAGAAGTT CCAAATTAAA CAACACTTCT TCTGCTTCCA CCTCCGCCAC AGAGGAACAA GATGAAGGAG ACTACGTTGA GGTCACTATG GACATCCAAG GTGACTCTGT GGCACTTCAC AGTGTCAAAA CTGTTAACAA CGATCAAAGC GAAGATGAGA AACTGATTCT GCTTGGCAAA GGCATGGAGA AGAAAAGGTC CTTTGGTGCC TCCGTTGTGA GAAGTGCTTC CATTCGTATA CAACAAGTGT CTCAGGAGCT GAAGCGTTTT GCTTCCTTGT CGAAGCAAAC TGCATCTTCC AGATTGCACT ATGACAGGAA CAAATCCGCG GCTTCTCATG CTCTCAAGGG ACTCAAGTTT ATCAGCAAGA CTGATGCTGG TGCAGGGTGG GTTGAGGTTG AAAGGCAGTT TGATGCTCTC ACTGCTTCCA CTAATGGATA CCTGCATCGC TCTCTCTTTG CCAAGTGCAT AGGTATATTT GAGTTGATCA CTGGTCGAGA AATTACTCCA TGGTCCGAGA CTGTCGTGGT CACGGATAAT CTCCATGTGA CACATAGCAT AACTGAGTTT TATTGATTCT TTCTCGTAAA TTGAGAAAAA CTCAGTTACC TGTCACGTGA AGATTAGTCA TGATCATGGG CACTTGGTGG TTCTGGATCA TGTGATAATT TCTCGTGTTT TTTTTTCTTT ACTTAGCTTC AAATGTTTGT TGTTGGTGTA TGGAGTGGTT TTTTAGATGC GTTTGGTTTT AATTGTAGAG ATGAACAAGG AGTCAGAAGC CTTTGCAGGG GAGCTTTTTG ATGCGCTTTC TAGGAGGAGG GAAATTCAGG GGGATTCCAT TAACAAGGCC CAGCTGAAGG ACTTCTGGGA CCAGATTTCT GACCAGAATT TCGATTCTAG GCTCAGAACA TTCTTTGACA TGTAAGTCTA TGTTTGGTGT TTAGTTTCGT TCAAAAAGTA AAACGGAAAA GGCCTCGTTT GGTTTTCAGT AGGGTCTGAT TGTAAACTGA GTTTTGTTTT AATTTTCCCT CAAAACACAG TTTGAAATAA GAGAAGAGAG AAGGTTGCTT TTGGGGTCTT AATTTGTAAA ATGAAGTTCA TTAAAAAAGT TTGCAAACTA TATTCCAAAC ATACACTAAT TCTTTGATCT TTGCTTTTTC TGGTTTATAA AGTTTAAGTG AAAAAATATG TGGCGAATGT CCTGAAATAT GTTACCAAGC TTAATTTGTA ATGCAGGGTT GATAAAGATG CGGATGGAAG AATCACTGAG GAAGAAATTA AAGAGGTATG GCATCATAAA TTCACCACTA AGGAATTCTA ATATTGTTAC TTTTTAGTCT CATCAACTCA CAGAATTAGT AAAGTAGTTT TATGGGAAAC TTTTTTTCTG GTTTGCATTT TGTTCCCATT GGAATAGGAT TTTCCTTGAT TGTGTGATCG ATTCTGTTTT CAGATTATCT GCCTTAGCGC CACTACCAAC AAACTTGCAA ACATACAGAA GCAGGCAGAG GAATATGCGG CTTTGATCAT GGAAGAACTA GACCCTGAAG ACACAGGATT TATCATGGTA ATTAGTAATT GGATAAGCCT ATTATTTCAT ATTCATAAGA TAGGCATCAA AATGTTTTCA CTATTATAGA TTCTCATCTT AGCCACATTT CTTTGGCCAT TTGGTGATTA TTAATGTGAA AACAGGTAAA CGATCTAGAG ATGCTCTTGT TACATGGACC AACCCATTCT ACTAGAGGAG ATAGCAAGTA CCTGAGCCAA ATGCTAAGCT TAAAGCTTAA GCCTGTAGAT GAAGACAATC CTATTAGGAG GTGGTACACA AACACCAAGT ACTTCCTGCA GGACAATTGG CAAAGAACTT GGGTATTGCT GCTGTGGATT GGCGTCATGT TAGGTCTATT TGCCTACAAA TTTGTGCAGT ATAGGAGAGA AGATGCATAT GAGGTGATGG GCCATTGTGT ATGCATGGCC AAAGGTGCAG CTGAGACACT TAAATTGAAC ATGGCTATTA TCTTGCTACC AGTTTGCAGA AACACCATCA CTTGGCTAAG GAACAAGACC AAGCTTGGCA TTATGGTTCC TTTTGATGAC AACCTCAACT TCCACAAGGT AATGTTTACT GCTGGTTGTT CATTTGAGAA TTGAGTGAGA CTAAAAAAGA ACATATGTGT CACTATGTTC AAATGTTTGT TGAGACTTGG TAGCTTTAAT AAGTCAATAA GGTAATGAAA TTTGTAGTAG CAAGCACATT AGAGTTTTTT TTTTTTGCAG TGCATAGCTG TGGCAGTAAC AATCGGAGTT GGTATACATG GCATCTACCA TCTTGCTTGT GACTTTCCTC GCCTTCTTGA TGCAAGTAGC GAAAAGTACA AGCTCATGGA ACCTTTTTTC GGAGATCAAC CATCAAGTTA TTGGTTTTTT GTCAAATCAT GGGAAGGAGT AACAGGGATT ATCATGGTTG TGCTAATGGC AATAGCCTTC ACTTTAGCCA CCCCTTGGTT CAGGAGAGGC AGGGTCAAGC TACCCAAACC CCTCAACAAT CTCACCGGCT TCAACGCCTT CTGGTACTCA CATCATCTCT TTGTCATTGT CTATGCACTG CTCATTGTGC ATGGAATCAA ACTTTACTTG ACCAAGGAAT GGTACAAGAA AACGGTTAGC ACCTTCCTTT AGTTCTTTAG ACTTAAAGCT ATTTACATCT TTTAGTATAA CTTTTAAAGT AGTTATTTTA AAAACTAATA AGTTTATCAT ACATGACAGT ATGCAATTGG ACAACAGCTT AAAAACCCTT TACATTGTTA GTGTCTTCTG ATTAATATTG TTGAAACTTG TTATATGTGT TTTGTAGACC TGGATGTATT TGGCTATTCC CATTATCATT TACTTATCAG AAAGATTGAC TAGAGCACTC AGATCAAGCA TCAAGCCTGT GAGAATATTA AAGGTGAGCA TCGAATAATT TAATCACTCG TTGTATGAAA GAAATATATG GTCCCATTGA ATATTATTTT TGGCTAATCT GTGAAGTATG GTACATAAAA AGATTCTCGA AAGGTATGTC TCACCACATT TTCACTGCAC AATTTGAAGG TGGCTGTTTA TCCTGGAAAT GTGTTGTCTC TTCATATGTC AAAGCCCCAG GGATTTAGAT ACAAGAGTGG ACAATACATG TTTCTCAATT GTGCTGCTGT GTCTCCATTT GAATGGTATG AATTTGAAGA AAGTTTAATA ACTCTTGTGT TTTATAGCTA ATTTGCATCT AAATACCCTC AAGGTGCATG CACCTCCACT ATTTTTATGC TCTCATTTCT CAAAATCTAA GTCCTTCATA GTTAAATACA GTGTTTATGA TTTCACAGGC ATCCATTTTC TATAACCTCC GCCCCTGGTG ATGATTACCT TAGCGTTCAT ATCAGAACAC TTGGTGATTG GACCCGGAGT CTCAAAGTCA AGTTCTCAGA GGTGAATTCA GGTTAATTTT TGTTGGATAA TATGATTTGG ATAACACTAA TTTACATAGC AAAACTCAGA AATTCTTACA ATATTACATC TGTTTTTGTG GGTGCAATAT CACATTTTTC TTTAAAAAAA AATATTTGCA ATTCTACGTG TAATCTTGTT TACTTTCAAA TCCGTGTTCT CTTTTTCTGA TTAGCTAGGT TGTTACTTTT TGTTTCTTTC AGTGTTGCCA GCCACCGGAC AACGGCAAGA GTGGACTTCT AAGAGCTGAA TACTTGCAAG GAGATAGAAG TCCGAGGTAA TTAACCCACA TTTAACATGG GAAATGTCAC ATTTTAAATG AAAAAAATAT TCCTTTCACA AGATTTTTTT TTTATAATTT ATTGTTATTC TTATTTGTCA TATCATTTAT TCTACATGTT ATTTTCCTTT TCTATCTCTC CTTATTATTA TAAAAAATAT TATGAAAATA ACTTTATTTT TTAAAAAAAT GTGATGGATA GGCATGCCAA AAACGGATCA CAAACGCCAA CTGTATCATG TGATTGAATA TACCTGAGAT AATTAAGTCA TGAGTAGGGT TTTTTTTGGT AGGAAAAAAA CATAGAATTC ATACACACTG TTTAACTAAA TGATCTAAAC CTCTTTGATT ATGAATAATA TATGAAAAAC AACTCACATA ACTTACATAA TTTGGATGGG TTTGTTTTTA AAAAAAATTT AAAATGCTTT CGAGATTTTT ATTTGTTCAA TATTGTTTTT AAATTTTAAA TTATGAAGAA TAGTAAAATA ACTTCTTTAG GAAATTTTGT TAACTATTAT AAATTCTTTA GGCTTATTTT TTAATTTATA ATGTATTTTC AACAAAATAA GCATACCCTT TATCATTATA TTTTTTCTTT TATTTTTCTA GTTAAATAAA AATCAATCAT TTACACTATG TAAAACTTTA TTTGTTGGGT TAGACTTAGA AACTCATTCG CCAAAACATT GGGATTGGGC ATCTAAATTA AACAAACTTG TTTTGTTGTC GTTATTTAGC TTGGTGTCAA TAAATAATAA TGTTTGCCGA CATTCCCGAT GCCACCTTCC CACGAGCTTA GATTTTTTAT CGTCCTAGTG GCCAAAGCAA ACGGTTGCTA TTATTTCGAT TTCGGACTTA GAAAATTACT ATTATTATTA AAAAAAAATA AAGGAGATAA GGACGCTTGT TGAAAATGCT TGTTTATTGT TTGTAAGCGT GGTAGGTAAT CAATCAGCCC AAGCAATTTT ATTCATTTTG AATTGATTAA GTGTTAATTA AACACATAAC CCAAACGCTT TAAAATGTTC TGAATCAGAC TTACAAATTG TCATTTTCCC CTTATGCCAT CGTGTGAAGT ATATTCTTAC AACTTCAATT GTATAGTGAC AGGCAAATGA TACTTTATTT TAGTATATAC AAGTTCTATT GCTTAATTAG TGGCAAACAA GTAGTAATTT TCAACCTTCA TTATATTATC ATGTAGTACT CTCCCTAAAG TTCTAATTGA CGGTCCGTAC GGAGCACCAG CCCAAGACTA CAAGCAATAT GAGGTGGTTT TGCTAGTGGG GCTAGGAATT GGAGCCACCC CAATGATTAG TATACTTAAG GACATAGTGA ATAACATGAA AGCCATGGAA GAGGAAGAGG AGACCAACAT AGAGGAAGGA ACAAATAGTG GGTTTGGTAA TAAATCACCA AGAGGGTCGT CCCCACACAA GAAAAATAGC TCGAGCAACT TCAACACTAG GAGGGCCTAC TTCTATTGGG TGACAAGGGA GCAAGGGTCC TTTGATTGGT TCAAAGGGGT GATGAATGAG GTGGCTGAAG AGGATCATAA GGGGGTGATT GAGCTCCACA ACTATTGCAC TAGTGTCTAT GAAGAGGGTG ATGCTCGCTC AGCTCTTATT GCTATGTTGC AATCTCTAAA CCATGCCAAG AATGGCGTGG ACATTGTCTC TGGCACGCGT GTAAAGTCCC ACTTTGCTAA ACCTAATTGG CGCGCTGTCT ACAAGCGCAT TGCGGTTAGT CATCCACGAG CTCGTGTTGG TGAGTTCTCC ACTCTTTAAA TAAGTAACAT TGTTTTACAG AAAAATGATT ATTCACTCTA AAATATTTAT ATATGATAAA TTTGTTATAT TTAAAGTAAT TATTTTAAAA TAATTCAAAC AATACTTTAT GATTAAATAC CTTATCACTT ATTGTACATT TCTTTGTTTT GAACACCTTA TTCATACTCT TCATTTTTAT TTTTTTTCTC TTCTTATAAC ATCATATCAC TTATTGTACT TATATTTTTG AACTTTTTTC TTCTTCTCTC TATCTATCAA CTAGTATTTG GGGGTGTTCG AATATATTTT TCCTTCGGTT TTAGTCACAC TAGTACCTTC TTCCTAACAT GTGTACTTGT GCTTATGTGG TTTTAACCTT TTAAAAGTTC TCTCCGTGGA GGAGCTTTCG CAAAATAAAA TAAAGTGAAG CTTTGCAAAA ATTTGAATGG ATGGATATCA TCTAGATAGA GGAGAAAATA ATATGGGTCA GACCACGCCT ACATAATCTT AATCTGGATA ATCACCACGT TACAGACAGT TATATTTTTC TATTTACTAA AAAGAATTCA TAAAGTTTGA CAATGTGACA CATAGATATT GTTTTAGATG ATCTAAACCA TACAATGATT TCTCAAGATG GTGATTCAAA TTATTGTTTT GGTTGATGTG TGCCTCTAAC TAAAAACATG TTAATGTAAT
AATGCAGGGG TATTTTACTG TGGGCCACCA GCGCTAACCA AAGAGCTTGG TCAGTTAGCT TCGGATTTCT CTCACAACAC AAACACGAAA TATGATTTCC ACAAGGAAAA TTTCTAA

Retrieve as FASTA

CDS►
Send to BLAST

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

Retrieve as FASTA