View Redoxidase 14255

Entry information : HaMDAR01 (HanXRQChr03g0085961)

Entry ID	14255
Creation	2016-11-28 (Christophe Dunand)
Last sequence changes	2017-11-02 (Christophe Dunand)
Sequence status	complete
Reviewer	Not yet reviewed
Last annotation changes	2017-11-23 (Catherine Mathe (Scipio))

Peroxidase information: HaMDAR01 (HanXRQChr03g0085961)

Name (synonym)

HaMDAR01 (HanXRQChr03g0085961)

Class

Monodhydroascorbate Reductase [Orthogroup: MDAR003]

Taxonomy

Eukaryota Viridiplantae Streptophyta Asteraceae Helianthus

Organism

Helianthus annuus (Sunflower) [TaxId: 4232 ]

Cellular localisation

N/D

Tissue type

N/D

Inducer

N/D

Repressor

N/D

Best BLASTp hits

Perox	score	E-value	HaMDAR01 start..stop	S start..stop
LeMDAR02	799	0	1..487	1..482
AtMDAR01	754	0	1..487	8..491
ThasMDAR01	746	0	1..487	8..491
MpMDAR03	600	0	18..487	16..484

Gene structure Fichierperl './assets/cgi-bin/draw_exon.pl' '14255' 'join(144833631..144833800,144833903..144834002,144834160..144834237,144834508..144834579,144835157..144835275,144835351..144835435,144835547..144835636,144835731..144835832,144835931..144836020,144836094..144836177,144836266..144836337,144836434..144836617,144836708..144836811,144836897..144837006,144837197..144837212)'

Exons►

Exon	Start..End	Size	Exon	Start..End	Size	Exon	Start..End	Size	Exon	Start..End	Size
N° 1	144833631..144833800	168	N° 2	144833903..144834002	98	N° 3	144834160..144834237	76	N° 4	144834508..144834579	70
N° 5	144835157..144835275	117	N° 6	144835351..144835435	83	N° 7	144835547..144835636	88	N° 8	144835731..144835832	100
N° 9	144835931..144836020	88	N° 10	144836094..144836177	82	N° 11	144836266..144836337	70	N° 12	144836434..144836617	182
N° 13	144836708..144836811	102	N° 14	144836897..144837006	108	N° 15	144837197..144837212	14
join(144833631..144833800,144833903..144834002,144834160..144834237,144834508..1 44834579,144835157..144835275,144835351..144835435,144835547..144835636,14483573 1..144835832,144835931..144836020,144836094..144836177,144836266..144836337,1448 36434..144836617,144836708..144836811,144836897..144837006,144837197..144837212)

Literature and cross-references HaMDAR01 (HanXRQChr03g0085961)

DNA ref.	HanXRQ genome: HanXRQChr03 (144833631..144837212)

Protein sequence: HaMDAR01 (HanXRQChr03g0085961)

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

Length (aa):	491
PWM (Da):	52945.23
PI (pH):	7.6

Sequence
Send to BLAST
Send to Peroxiscan

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

MASICSSLSIKSGVSLWCPRSPSLDSHHSSVVTSRSFHQRRNYVVSASSSFANDNREFVIVGGGNAAGYAARTFVEHGMADGKLCIVSKAYAPYERPALTKGYLFPLDKKPARLPGFHTC
VGSGGERQTSDWYKEKGIEMIYEDPVTAIDAEKRTLTTNSGKLLKFGSLIIATGCTASRFPEKIGGNLRGVHYIRDVADADSLVSSAKAQKVVVVGGGYIGMEVAAAAVGWNLDTTVIFP
ETHLLPRLFTPSLAQKYEELYQENGVKFIKGASIKSLEAGPDGNVTGVKLENGSTIEADLVVIGIGAKPAVSPFDKAVSLNTTVGGIEVDGLFRSSLPGIFAVGDVAAFPLKMYNKISRV
EHVDHARRSAQHCVKALLTAQTHTYDYLPYFYSRVFEYEGSSRKVWWQFFGDNVGEAIQIGNFDPKIATFWLDSGKLKGVLLESGSPEFQLLPKLAKSQPSIDKVKLQSAASVEEALEIA
SASILETA

Retrieve as FASTA

Remarks

DNA ►
Send to BLAST

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

ATGGCGAGTATATGTAGTTCACTATCGATCAAGAGTGGGGTTTCCTTATGGTGTCCTCGATCTCCATCTCTTGATTCTCACCATTCTTCAGTTGTTACTTCCAGAAGCTTCCACCAGAGG
AGAAACTACGTCGTTTCTGCATCTTCTTCTTTTGCTAATGATAATCGAGAGAGTGAGTTCTTTCTTGTAAAAATTTGATTTTTCTTTTTTGAGTTTTGTCAAAAAAAAAAAAAAAAAAAA
AAAAAAAACTGTTTTGAGATTGGATAGGTTGCAGGTTTGTGATAGTTGGAGGTGGAAATGCTGCTGGATATGCAGCTAGGACTTTCGTCGAACACGGAATGGCTGATGGGAAGCTGTGTA
TTGTTTCCAAAGAGAGGTAGTCTTAGTTAATTAGGGTTTATGGGTGTTTAAAGGTGGAAACTTGAATAATGAATTCAGATCAAGGATTATAATTACATAATTCTGGTAGTTATTATAGTT
TGCTGTTCTGTTTTTGAGTTGCAAAGTGAAGGATTGTTATGGTATCAATGCAGGCGTATGCTCCGTATGAACGCCCTGCTTTGACGAAAGGCTATTTGTTTCCGTTAGATAAGAAGCCAG
CTCGTTTGCCGCGGTAAGCCAGTTTGCTTGATCTGATACCATTGGGGGAGTTATTGTTACTTAAGCAGTTAAGCGTAATACGTTTGTAACTGAAAATGAATCGATATTTGATGAACTAAA
TTGACATTGCGAATGATAATGTTGAGTTTTATTATTGCTTTTGTGTTGCATATGATCGTGTCGATACAATTAGAGATGTGTATCCGTTTTAGGTTGCATTTATTTACATTATGCAAATAT
GTCATCTGTATTTGTTTTTTTTTCACCGTTTATATTCTATTAGGGCTTTCACACTTGTGTCGGCTCAGGAGGTGAGAGGCAGACATCTGATTGGTACAAGGAGAAAGGGATTGAGAGGTA
TATTATTTTTTGGACTCTTGTCTTCATGCGGATAAATAGAATTTCTGTTTCAAGCTGGTCATTATTCTGCTATGAATTTGGATCGACTTTATTTAGGGTATGTTTGGCATGGAGCTTTTA
GGAGCTTCAAGCTTTAAGCTTTTAAGAAAAAGCTCCTACTTAATAAAAAGTCTTGTTTGGTTGAAGGAGCTTTAAGCTTTTAGGTTAGGAGCTTGAAGCTTTTGGTTGAACGCTACTACT
AGTAGCGTTTAGAAGGAGCTACAAGCTTTTAGGGAAAAATGACTATTTTAACCTCTCAAAATAAGAAACTTTTTAATGCACCAACTTTCTAAATTTTTAGTTATGTCCATTTTGGTAATT
TTATACATTTTATTAAAAGCTCCAGCTACTCTACCAAACACCAAATATATCTAAAAAGCTACAGCTACTAGCTACCAGCTACAGCTAACAGCTTTCAGCCACCAGCTACCAGCTTGCAGC
TTTCAGCTACCAGCCACCAGCTACTTTTGCCAAACATACCCTTAGTTGACTGTAACATTAGAAGATTAAAGTGTAATTCCCGAGCTTACTGCAGATGATTTATGAAGATCCAGTGACAGC
AATTGATGCAGAGAAACGAACATTGACAACAAATTCAGGAAAATTGCTCAAATTTGGATCCCTCATAATTGCCACAGGGTGCACTGCATCTAGAGGTAATTCTTTCTGCATTCTTGTAAG
TTGTGAATCTTGTTCGTTTATACGCATCAATGTGATATACGTTTGCTCAGATTTCCAGAGAAAATCGGTGGAAACTTACGTGGTGTTCACTATATTCGAGATGTTGCTGATGCTGATTCA
TTAGTATCATCACTATAGTAAGTGTTCCTTAATATTTATAATAATTTGTCCTATATGGCTATATGCCTATACCTAACTAGTTTTTAGGAACTCTGTACCGATTTATTTTAATGGATACAA
TTTGCTAGGCTAAAGCACAAAAAGTAGTAGTGGTTGGTGGTGGTTATATCGGCATGGAAGTTGCCGCTGCTGCTGTTGGATGGAACCTTGACACAACTCTGTAAGATTTTACTCACATTC
AACATTTTATTTAAAATAATAATCTTTAATAAATGAGCTTCTAACTTCCGTAGTTTATTTTCCAACAATAATAGGTCATATTTCCCGAAACTCATCTTCTTCCAAGGCTATTCACTCCTT
CACTTGCCCAAAAATACGAAGAACTTTATCAAGAGAACGGCGTTAAGTTCATCAAGAGGTTCTTTTTCTCCCTACGCATTAATACTCTGCACACAACTACACAAGCCCGCACGCACATTC
AACATAATCGTGGTTAACAATAGTTTTCTTTCACAGGGTGCTTCTATAAAGAGCTTGGAAGCTGGTCCTGATGGAAATGTTACTGGTGTAAAACTTGAAAACGGATCTACAATTGAAGCA
GATTTGTGGTAACTTAATTACAACATTTTTGCACACTAACCTTTTAGCATAATTTATACTTTTCTTTTCAATTTTTTCCAGGTCGTTATCGGTATTGGAGCAAAACCGGCTGTCAGTCCT
TTTGATAAAGCCGTTAGCTTAAATACAACCGTTGGTGGGATAGAGAGGTTAGCAACTTAGCATAATCAATTTTTTTGTAAATAATCATTTATTCAAGTAAAAAGCCTTTAAAATTCATAA
TTTATGTATCTTCAGGTTGACGGCCTGTTTCGAAGCAGTCTTCCCGGGATTTTCGCTGTTGGTGATGTGGCAGCGTTCCCATTAAAAAAGTGTGTTTTTTTATTTATTTTTCTCGAAACT
CGTCAGCTACCGCCGTACATTGTTGGCACTTACATTAACATTATATGATTGTTTGTGACGAACAGATGTACAATAAGATTTCACGTGTAGAACATGTTGATCATGCTCGTCGTTCTGCTC
AGCATTGTGTAAAAGCATTACTAACCGCACAAACTCACACGTATGATTATCTCCCGTATTTCTACTCGAGAGTTTTCGAATATGAAGGTAGTTCAAGGAAAGTATGGTGGCAATTTTTTG
GGGATAACGCGGTAAGCACATGTCAAAAAAAACTGTATTTTTCTACGTACCAAGGTGAATTTCCTTAAAAAGGTTATTAACTTAGCACCCGTCTTGAACAGTTGGAGAGGCAATTCAAAT
CGGGAACTTTGATCCAAAAATTGCTACATTTTGGTTGGACTCTGGTAAATTAAAGGGTGTGCTTCTTGAAAGCGGATCTCCGGAGAGGTATGTGAATTGAAGTTGTTAAGCATTCTTTTA
GCTTGATTTATTTCCAGTTACGTTATATTCTGCTTTGTGTGTGTGATTATAGGAGTTCCAACTGCTACCTAAACTAGCGAAGAGTCAACCATCTATCGACAAAGTCAAACTTCAGAGTGC
AGCTTCAGTTGAGGAAGCCCTTGAAATTGCCAGTGCTTCTATATGTAGGTTGCAACTCACCTTGTTTATCGTATGCGTTTTGGAACTGCTTATTTATTTATTATAATTTGAAGTCGTAAT
AACCAGAATTTAAAGAGTGGTTGAATTGTCGCCTTTGGATGAATCAGTTTGCAACAAGACTTATTTTCATATTACAACTTTCTATTAATCAGGTTTTGTTTGTTTGATTTACAGACTAGA
GACTGCATGA

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

CCCTATACCA CCCCTCATTA TTATGAGTGT CCTTAAACTG CATCAGAAGG ACTACAAATG CCCTTTCGAT CTGTTTTAGA GCCAATTTTT TATTTATTAT TTTTTTCTAC TATACACACA CAAATCATGA CCTTCTTCTC CATTATGCAC TCAGGTTTGA CCCCCACTCT TCTCTCTATC TATATATAAA ACTGATCATA AACCCTAATT CTAAAATTCA TAAAATTTCA AAAGCTGCAA CTGTTAGACG ATCAATGGCG AGTATATGTA GTTCACTATC GATCAAGAGT GGGGTTTCCT TATGGTGTCC TCGATCTCCA TCTCTTGATT CTCACCATTC TTCAGTTGTT ACTTCCAGAA GCTTCCACCA GAGGAGAAAC TACGTCGTTT CTGCATCTTC TTCTTTTGCT AATGATAATC GAGAGTTTGT GATAGTTGGA GGTGGAAATG CTGCTGGATA TGCAGCTAGG ACTTTCGTCG AACACGGAAT GGCTGATGGG AAGCTGTGTA TTGTTTCCAA AGAGGCGTAT GCTCCGTATG AACGCCCTGC TTTGACGAAA GGCTATTTGT TTCCGTTAGA TAAGAAGCCA GCTCGTTTGC CGGGCTTTCA CACTTGTGTC GGCTCAGGAG GTGAGAGGCA GACATCTGAT TGGTACAAGG AGAAAGGGAT TGAGATGATT TATGAAGATC CAGTGACAGC AATTGATGCA GAGAAACGAA CATTGACAAC AAATTCAGGA AAATTGCTCA AATTTGGATC CCTCATAATT GCCACAGGGT GCACTGCATC TAGATTTCCA GAGAAAATCG GTGGAAACTT ACGTGGTGTT CACTATATTC GAGATGTTGC TGATGCTGAT TCATTAGTAT CATCACTAGC TAAAGCACAA AAAGTAGTAG TGGTTGGTGG TGGTTATATC GGCATGGAAG TTGCCGCTGC TGCTGTTGGA TGGAACCTTG ACACAACTGT CATATTTCCC GAAACTCATC TTCTTCCAAG GCTATTCACT CCTTCACTTG CCCAAAAATA CGAAGAACTT TATCAAGAGA ACGGCGTTAA GTTCATCAAG GGTGCTTCTA TAAAGAGCTT GGAAGCTGGT CCTGATGGAA ATGTTACTGG TGTAAAACTT GAAAACGGAT CTACAATTGA AGCAGATTTG GTCGTTATCG GTATTGGAGC AAAACCGGCT GTCAGTCCTT TTGATAAAGC CGTTAGCTTA AATACAACCG TTGGTGGGAT AGAGGTTGAC GGCCTGTTTC GAAGCAGTCT TCCCGGGATT TTCGCTGTTG GTGATGTGGC AGCGTTCCCA TTAAAAATGT ACAATAAGAT TTCACGTGTA GAACATGTTG ATCATGCTCG TCGTTCTGCT CAGCATTGTG TAAAAGCATT ACTAACCGCA CAAACTCACA CGTATGATTA TCTCCCGTAT TTCTACTCGA GAGTTTTCGA ATATGAAGGT AGTTCAAGGA AAGTATGGTG GCAATTTTTT GGGGATAACG TTGGAGAGGC AATTCAAATC GGGAACTTTG ATCCAAAAAT TGCTACATTT TGGTTGGACT CTGGTAAATT AAAGGGTGTG CTTCTTGAAA GCGGATCTCC GGAGGAGTTC CAACTGCTAC CTAAACTAGC GAAGAGTCAA CCATCTATCG ACAAAGTCAA ACTTCAGAGT GCAGCTTCAG TTGAGGAAGC CCTTGAAATT GCCAGTGCTT CTATACTAGA GACTGCATGA TATACATATA GGGAAAAAGG CAGAGGATGT ATTACTATTA TACATTTTCC TCGAGGTACA ACGTGTAATG CAGAAGGTGC GACATGCGCA TCTTCTCAGT TTCGTATTCC CGACAGCCTA AATAAATAAG AGTCCCTTTT CTGGCCTCTG TTTGACAAGG TCCAAGTTAC CAGTTTAGCC ATTGGCCTAC TTTCTAGTTG ATTGCCATTG GATTGTTTAA TGGTGGCTGT AAATGAAATC TTGCAATAAA AGTGTTGTTT TACTTGACTT TATTTGTGTA CATCTTATTG TTTTAACATG TATGCTTGTT
TTAACTACCG AAAAACGCAC GTAGCC

Retrieve as FASTA