View Redoxidase 15940

Entry information : Le2CysPrx01(Solyc10g082030.1)

Entry ID	15940
Creation	2019-10-28 (Christophe Dunand)
Last sequence changes	2019-10-28 (Christophe Dunand)
Sequence status	complete
Reviewer	Not yet reviewed
Last annotation changes	2019-10-28 (Christophe Dunand)

Peroxidase information: Le2CysPrx01(Solyc10g082030.1)

Name

Le2CysPrx01(Solyc10g082030.1)

Class

Typical 2-Cysteine peroxiredoxin [Orthogroup: 2CysPrx001]

Taxonomy

Eukaryota Viridiplantae Streptophyta Solanaceae Solanum

Organism

Lycopersicon esculentum (Tomato) [TaxId: 4081 ]

Cellular localisation

N/D

Tissue type

N/D

Inducer

Constitutively induced

Repressor

N/D

Best BLASTp hits

Perox	score	E-value	Le2CysPrx01 start..stop	S start..stop
Nt2CysPrx01-1A	482	4.65e-175	1..267	1..271
Nt2CysPrx02-1A	464	6.06e-168	1..268	1..268
Hc2CysPrx	431	4.99e-155	1..267	1..272
Nt2CysPrx02-1B	431	1e-154	27..267	27..268

Literature and cross-references Le2CysPrx01(Solyc10g082030.1)

Protein sequence: Le2CysPrx01(Solyc10g082030.1)

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

Length (aa):	267
PWM (Da):	29443.06
PI (pH):	6.28

Sequence
Send to BLAST
Send to Peroxiscan

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

MACSASSSTA LLSYTSRASI SPKSHISQSI SVPSAFNGLR NCNPLVSRVA RSINTRVAQA ERRRFAVCAS SELPLVGNQA PDFEAEAVFD QEFIKVKLSE YIGKKYVILF FYPLDFTFVC PTEITAFSDR YEEFEKVNTE ILGVSVDSVF SHLAWVQTER KSGGLGDLNY PLISDVTKSI SKAYNVLIPD QGIALRGLFI IDKEGVIQHS TINNLGIGRS VDETLRTLQA LQYVQENPDE
VCPAGWKPGE KSMKPDPKGS KEYFASI*

Retrieve as FASTA

Remarks

Complete sequence from geniomic and ESTs. Highly expressed.

DNA ►
Send to BLAST

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

ATGGCTTGCT CTGCTTCTTC TTCAACTGCT CTGCTTTCTT ACACTTCCAG AGCTTCTATT TCACCTAAAT CACACATTTC TCAATCAATT TCCGTTCCTT CTGCTTTTAA TGGACTTCGT AATTGCAATC CCCTTGTTTC TCGTGTAGCT CGTTCAATCA ATACTCGGGT TGCTCAAGCA GAACGCCGTC GTTTTGCTGT CTGTGCCTCT GTAAGTTTTT CTAGGACCCC TTTTTGTTTT GCTTGGTTTT ATTGCATTTT GAGTTGATTT TCTGAAACTA TGAATGTTTT TGGAAAAAGG GTTTACTTTA ATTCTGGGGA AAGTTTGTTT CTTTACACAC TTTTTGAAGG AGTTCATAAT TAAACACTTT TCGAAATCTT AGTAGGTCCG TTGGTTAGTT GGGGGGTTTG ATTTTCGCTT CCCCTGGCCC CTCTATATAA TTAAAAGAAA CACTTGTCTA TTCAATTTTA TCACATCCAT TTGTGAAACT GTCATCATTT TGTTATTACT GCATTTGTGT TTTGCACTTG AATTTGGAAG CTCAATGTTG TTAGTTTGAA TGGAAAGGCA CCGTGTACAT TGGCCTGAGG CTTTCAGGCT TTAGCATTGT TTTTAGCATA CTTTATACTT TGAATTGTAA GGCAGTGTAA ATTGTATTTA TGGACTTGTC TTGAGGGAAA TGGGAATTAA AAATTATATG TTAAGTTATA TCTAAGTTGG TATTGGTAGA GTGGTAAACT GGAGTTCATA TCTAGGATTA ACTATAATTG TATGTTGTGT GCTTTATAAT AGTGATTTTA ATTAGAACTA ATGACCACCC AATGTATAGG ATAACAAGTA TTGAGCTTGG CTATCTAGTA GATATTAGAC TACGTATAAA CCAGTCAACT TAGTTTCTGT AGAGAGACCA GAAGTTGCAA AAGAAGACCA AGTAAAATTA AAAGGATTTT TTTTCTCGAG TTCTTAATAG TTTCAAGAAC TTACGTTTTC TTTTACCTCA GGATTCTCTG TGGTGGTTGT GCTTCTTTTT AGATCAGGAT TCAGCTATCT AATGTTGTTT CATGTATGTT TTCATATATA GAGTGAACTC CCACTTGTTG GAAATCAAGC ACCAGACTTT GAGGCTGAAG CTGTTTTTGA TCAAGAATTC ATCAAGGTAA TATATTTGTG TCATTTTTAC TTACCTGTTA TTGGACAAAA AATGCTTAAT TCCATTCAAA AAGTTTGCTT AGTTTTAGAT GTCCGAACAT GAATAATATA TTTATTTATC TGTATACAGA TTTAATTTAT GACTCTATAG TCTATACAAT AAAATCATAA ATATTTGATA TTATCACTGT ACGTTTAACC CATTAACAAC TTGGTTCGTA TTTTTTCCTT TTTTTCTGAA TTATGCTTTA GTTTTCATTA AAATCATAAG AAAAACAGAT TTATGGTTTA AAGGTGAAAG GTCCTGCATG AAATATGAAT ATATTTAAAT TGGAGTAGTT TCGTCTTTTT TCCTACTGTT TTTTCGGCTC ACTAGTTGCT ATATTTATCT GGAGTTTTGT TGGAATAATG CAGAGTAAGG GATGTAAACG TAATATTTAA AACCACATAG GAGGTTAGTG TTGCAAGCCT AAGTATCCAG GTGGTTCCTC TAATAAGAGA AAAAAATAAA CATTCGTCAA TCAGTCAAAT CTCATTTCTA AAATACTCTG TGTCAGCTAA GTTGCATTAC CTTGTCAGCT AAGAATAACC ACCATTGCTA AATTAGAAAT CCTGAGGGAG TGTATTTTGT TGGCTAACTC ATCTGGTTGC AGTTGGTGAT GGAAATGAGG ACATAGTAAG ACAGTGTGTC ATACCACCTC AATATGCAAC GTTTCCTGCT GATCTTAAAC TGTATGAAGT TTTAGATAAT ATGGCTTAGG TTCTTACTTT CACTTCTGGA TCTGTTTAGG GACTATTTGA CATTGGCACA ATTAATTGAA TTTTATAAAT TGTATCTGCA GTTTGCAATT ACAATAATCC TTTTTTATCC AGGTTAAATT GTCTGAGTAC ATCGGGAAGA AATACGTGAT TCTCTTTTTC TACCCGCTAG ACTTCACATT TGTTTGCCCT ACAGGTTGGT TTGTCCCTGA AATTTCTCTG CTGCCAATTT CAGATTATTC GTATTAGTTT TCACTGACTA TTTAGGTTGC AGAATGTGTT GTTTTAATGT AATATCTTTT TCTGTTACTG TAGAGATCAC TGCTTTCAGT GACCGTTATG AAGAATTTGA AAAGGTGAAC ACAGAAATAT TGGGTGTTTC TGTAGACAGT GTGGTAAGTA TTCTTTGCTT CAATTTTCCA TTATGAAGTT ATTAATATAT CAGCTTGTAT GTGTGTGCTC AGTTCTTTCA GTTTGTGCAT TTCATATGCT TACTTCAGTA TCATGTGATA GTTTAATTGT TATTTCTTCA ATTTGCCTAT GAAGGGTTAG TTTAACTTAA ATGGTTTGTA AGATCTTTAA GATGCCCATA TTCCTTCGGG GGGATAATTG GGGCGTGGAC ACAAGGGCTT TGTGATGTTG CATTTGTGCT GCTAACCACT TTCACTTGTT CGCAACTCTG TGTATCTTTG TAGTATGGCT TTAAGCAGAA GACTTTAACA TCTAATTTGT CTGCATAGAC ATGAGCAAGG GTTCCTCATC ACTTTTTCTT TCGCTTCACA GGAGTGAGAG GGTGGGTTGA GGTTGGTTAG GAGTGGATCT AGGAGACGTT CAAACAAAAT TCATTATCTT AAGAAAGATG TGGTAATATT TGGTGAAAGA ATCTCTTAAC CGGATATAAA GGAAGAATTT TCCCCATAAA ATAAGAAAAC TGTAAAGTAA ACAATTGGAC ACACCGAGCC AAGTTGGTTG TTCAGCTCAA CTTATCGGAT TCGAACAAGT TTGGCTCAAT TCCCTGAAGT TTGGATTTAG GTTACCTGGA GAAAAGTTAT GTATGCTTAA TTAGAAAAAC CCTTGGCCAA GCAAGACCGC AAGACCCCAT TTCTCAGAGT TGAACCCTTG ACCGCTGCTT GTTGGGTTCA ACTTTCCAAC ACCTTAATCT TTGGACTGAA GGGATATTAT TGCGGAGAGG TTGAATTTTC TTAGCCTTTA TTTCTTCAGC GGCAGTCACT GAAATAGCTT ATGACTTGTG AGAAACTCTT GTACAATGAA ATTTATATAT ACTCCAAAAA GTTGTTTGAC GAGAAATAGT GTTCAGGTTC TTTTGGGAGT AGATGATACG TTTCTTTTTC CTTTTGTCCC CTTTGTTCTT TAATTTTAAG CTCCCAACTT GTAAAATGTA AAATTGTGGT GCCTCAGTTA TGGAGTTATT TGCAATTATT CAATCGTAAT ATCCAATGAT TTTTGTCGCT ATTCTCTTGA GTACCTGTTT GATCTTTTAT TATTGATTTC ATGCTGTTGC TCTTGCAGTT CTCCCACCTT GCATGGGTCC AAACTGAGAG AAAGTCCGGT GGTCTAGGTG ATCTGAATTA TCCATTGATT TCTGACGTAA CCAAGTCAAT TTCAAAAGCA TACAATGTAC TGATCCCTGA CCAGGTATGT CGTTCTAAGA GTTCCTCGTA ATTGGTTCGA TGGTTTCTCG TGGCTTACAC ATTCTAGTGC TAAATGGAAT CAATTACCTA TGTTTTCTTC AGGGGATTGC ATTGAGAGGA CTTTTCATCA TTGACAAGGA AGGAGTTATT CAACATTCAA CCATTAACAA TCTTGGAATT GGTAGAAGCG TCGATGAAAC ATTGAGAACT CTTCAGGTAT AAATCGACCA TTTTGCCCCT ACACATTTCA GCGTCGTAGT GATTTGCTTA TAATTGCTTT GGGTGTGGCA AAAACAGGCG TTGCAATACG TTCAGGAGAA CCCAGACGAA GTGTGCCCAG CCGGATGGAA GCCAGGGGAG AAATCCATGA AGCCTGACCC CAAGGGCAGC AAAGAGTACT
TTGCATCCAT ATAA

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

Retrieve as FASTA