View Redoxidase 15946

Entry information : LePTOX01(Solyc11g011990.1)

Entry ID	15946
Creation	2019-10-29 (Christophe Dunand)
Last sequence changes	2019-10-29 (Christophe Dunand)
Sequence status	complete
Reviewer	Not yet reviewed
Last annotation changes	2019-10-29 (Christophe Dunand)

Peroxidase information: LePTOX01(Solyc11g011990.1)

Name

LePTOX01(Solyc11g011990.1)

Class

Plastid Terminal Oxidase [Orthogroup: PTOX001]

Taxonomy

Eukaryota Viridiplantae Streptophyta Solanaceae Solanum

Organism

Lycopersicon esculentum (Tomato) [TaxId: 4081 ]

Cellular localisation

N/D

Tissue type

N/D

Inducer

N/D

Repressor

N/D

Best BLASTp hits

Perox	score	E-value	LePTOX01 start..stop	S start..stop
AtPTOX01	482	3.43e-172	63..359	54..350
ThasPTOX01	481	2.12e-171	2..361	4..358
HaPTOX03	474	2.68e-169	62..360	44..333
OsPTOX01	427	1.78e-150	42..362	25..336

Literature and cross-references LePTOX01(Solyc11g011990.1)

Protein sequence: LePTOX01(Solyc11g011990.1)

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

Length (aa):	366
PWM (Da):	41950.26	Transmb domain:	i143-165o206-225i
PI (pH):	5.97

Sequence
Send to BLAST
Send to Peroxiscan

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

MAISISAMSF GTSVSSYSCF RARSFEKSSV LCNSQNPCRF NSVFPIRKSD GASRCSVSRK SCRVRATLLQ ENEEEVVVEK SFAPKSFPDN VGGGSNGKPP DDSSSNGLEK WVIKLEQSVN ILLTDSVIKI LDTLYHNRNY ARFFVLETIA RVPYFAFISV LHMYESFGWW RRADYMKVHF AESWNEMHHL LIMEELGGNA WWFDRFLAQH IAIFYYFMTV LMYALSPRMA YHFSECVESH AYETYDKFIK DQGEELKNLP APKIAVDYYT GGDLYLFDEF QTSREPNTRR PKIDNLYDVF MNIRDDEAEH CKTMKACQTH GSLRSPHTDP CDDSEDDTGC SVPQADCIGI VDCIKKSVTD
TQVTKR*

Retrieve as FASTA

Remarks

Complete sequence from gneomic and ESTs.

DNA ►
Send to BLAST

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

ATGGCGATTT CGATTTCTGC TATGAGTTTT GGAACCTCAG TTTCTTCATA TTCTTGTTTT AGAGCTAGGA GTTTTGAGAA GTCATCAGTT TTATGCAATT CCCAGAACCC ATGTCGGTTT AATTCTGTTT TTCCGATTCG GAAATCTGAT GGGGCTTCAC GGTGTTCTGT TTCTAGGTAA ATTATTGCAT AAAGTTCTTG TTTTTATGGT AAATCAGCTC AAAAATATGA TTTTTCCCCC AAATATTTGC TGTTTTTTGG GGTTGTCGTT TAGTATATTT TTGTTGGAAT TTGAAATTGA CAGTTGTGGC TAAGAGAATT GATTTATTTC TTTGGTTATT TAGTTTGTGT CAATTGCAAA TGATTAGCAT TCAATGATTA AAATAAAGGC AACCCGATGC ACTAAGCTTC CACTAGTTTT ACGCCATTTT ACAGTAGCAC AACTCAAACT CGTGACCTCT AGGTAACCTA GCAGCAATTT TACAAGTTAC GTCAAGGCTC CATTCTTAAT GGATATTTCT TAAAAGAATT TTGCTACGCA TTTACGAGTT AAAAAGGACA TTTAGTTAGT ATTTGAATCT TGCAAATGAT TAGCATTGAA AAGAAGTTCT TGTGCTTTTG TTGCTTAAGA AGATAGTTTA TATAGTATTA GAATGTAATG AGCTCAAATA GAGCCGAATG AATATAGAGG ATCTTGTAGT CGACTTGAAC TAGTTTGGAA TCGAGGCAAG TTAATTGTTT GATTGCTTTT TTGTAGTAAT TTGCAGGTTG ATTGACATTT TCTTGAACTT GACATAGATG AATGACGTCC TTCTCTCCGT TGTACAATTG TCTGCAGGAA ATCATGTAGA GTTCGAGCAA CGTTGTTACA AGAGAATGAA GAAGAAGTGG TTGTGGAGAA ATCTTTTGCA CCTAAGAGTT TTCCTGATAA CGTGGGAGGG GGAAGTAATG GGAAGCCACC AGATGATTCA TCCTCTAACG GTCTAGAGAA ATGGGTTATA AAGCTTGAGC AGTCTGTAAA TATCTTACTC ACGGTAAGTA TTACATTTTC TGAATCTAAT TAGTGTCTTG TATATTTCTT TTCAACTCGA CAACAGGCAT CTTCGTCGGA ATTGCGTGTC AATTAATATC AGTCCACTAT GGCTCGACCT TAAAATAAGT TAATCTTGGC TATATGGATT CATGCAGCAT GGTGCCAATA AGTTATTTCT TCACTATTAA CTACACAATG GCCTATCCTT TCTCCCTTTC CGTAAAAGAA GAAAACACAA CTAGATATGA TCATGGTTTA TGTTAAAGTT TTTGTTTGAA TCACTTTAGT TGCAACTTGA GCAATGCATC GGAATTCGGT AATAGAGTGT GCAATTTCAT CTTCTTCTGA TATGTTTTGT ATTGTAAGTT TATGGAATTG CTTTGTGCAG AGTGAATAAG TTATTTTCTG AAATTAATTT TATAGTATTA TGTGATACGT TGATGAAAAG GTGTTTGACA GTATTTTCTA TTAGGAACAT CTTTATTGCA ACAGGTTGAC TGCTGAGTAG CTTTTCAATA TTTTCATTTG GTTTGAAATT TGTCTGATTT CAAAATTATG CCTGATAATT TCAGGATTCA GTGATAAAGA TTCTTGACAC TTTGTATCAC AACCGAAACT ATGCGAGGTT TTTTGTTCTG GAAACAATTG CAAGGGTTCC TTATTTTGGT AAGTACTATT CTTTCAAGCT GCTGATTGTT TTGTAGTACC TAGATCACTT TTCAAACGTC TTCCTGTAAG ATTTGAAAGG GAGTTCTGTT TTGTTTTTTT GCTCACATGT AATTACTACA GTACTTCCGT AGTGCTACCT TTATAATACT ATCAACAACA ATAAATACCT AGTGTGATCC CATAAGTGGG GCTCAGGGAG GTTGGGGTGT ATGCAGACCT TACTCCTACC TTGGAGAGGT AGACCAGTTG TTTCTGAAAA GACCCTCGGC TCAAGAAAAG CATTTTCAAA ACAGGTTTGA AGGATATATG AGCAAAGAGC TCTGATGAAA TTACATAGAA AAACAGAGAA AAATATTGAC AACAAAGTAG TAACGATAAT ACAATCACCA TTCTCTCATA AGGAGATCAC TTCTCAAACG TCTCTCTGAG TTTAGGTATA TATTAATTAT TTATTCTACT TGTTTCTTAC CTCTGAACAT ACACTCTAAC TTGGTCATCG TGCAAGAGAT ATGATTGTAC CTTTCTAAAG CAGGTTACTG ACATGCTTCT TTTCCCCGTT GAAGGCCATA AATATCTTTG AGCGATTTGA AGAGACCGAA TAACCCTTTC TTGATTTATT GTACTCATGA AAGATACTAT TGTAAATCCA ACTTCTAATA AAGACATGTG TGGCCATGTG TTCATAACAG CATTTATATC GGTTCTTCAC ATGTATGAGA GCTTTGGCTG GTGGAGAAGG GCAGATTATA TGAAAGTGCA TTTTGCTGAA AGCTGGAATG AGATGCACCA TTTGCTCATT ATGGAAGTAA TGCTCCTTCT AACTTCTTGA TTTCCTTTCA ATGCATCCAA GTTTTATTTT CCTCTCTGCC TTTTAATTAA ACTGATGAGC ATCTGTCTTT CCGGTTTAGT GAGTGACTTG TATATGTTCT GTCTTAACTA GCCATAGTTT ATTCAGAATG AGTTAAAATG TGAAGAGCTT GATGTTTCGT TTTCTCCATG TGCAAGTTTG AACTTTTTGC TGGAAGAGTA TATTACAGCT CATTTACTTA TTTACTGAAA GAATAAACTT TTTCTCTGGG ATGGGCTTGT ACAAATTTGC GCATCAATGT AATGAACGTA TATGTCAGGC ATCACAAGCC CTTAATTTCT AGAAATTTTA TTGCGATATA ATACCAATAT TTCTTTGTCT TGGTATTAAT GGTAATTGTG GTTCAACTGC AGGAATTAGG GGGAAATGCT TGGTGGTTTG ATCGATTTCT TGCACAACAT ATAGCTATAT TCTATTATTT CATGACAGTC TTGATGTATG CTTTGAGCCC GAGAATGGCA TGTAAGTTGA AATATTAAGA TCTGATTTAA TCATTTTTCT GCAACGTACC CGTGTTCTTT CAATGCGTCT CTGTGGGTTT AGCTTTCACG GTTTATCCAT TCACAGTTTC CCCTGGCTTT TGTACGAGTT TCATCTTTTC ATTGTTGTTG TTTTTAGGGG AAGCATTAGC ATATTTTAAG TCTTACTTTA TTTAAATATT TGGGGGAGGA AGGCACTTTT GATATTTTTG CCGTTCTTTG CCTGGCTTTA AGTTCTTTGA TTTGTTTACC TTAATAAAAT TGGTGATTGG TCACGATTTT ATGTTTGATA AGGCCCTTAA GGAGTGACCG ATGAGTTTTT TTTATGTATG GCCCATTATC AAGCAGTGTT ATCAAAGGCG CGCTTTAAGC CTAAAGCGAC GCTCAAAACG TGTTGAGCGT TTAGCCTCGC TTTATGTGCA CTTTAGTGTT GTCATCAAGG TTCCAAGGCA AGCATTTCCT TGCCAATGAG CCTCTTATGA AGAATTTGAA GCTAAACAAT TGATATTTCA CTCTATCATA AATTTTTTTC AATTTGGTTA GTCATATATT TTAAACATTC ATGTTTATAA TTATTAAGTT TTGGACTAAA CATATATATT TTATTCTTTG CTCCCTTTGT GCCTTTTTTC GTTAAAGCCC ACGCTTTATT TGCGCTTTGC GCTTAAAGCC CCCACAGACC TTAGAGCTTT TTTGCGCTTT TCGCCTTTGA TAACTCTGTT ATCAAGGCTA ATATCGATAC ATTGATTGGT GTTCCTTCAA TTCTCGCAGA TCATTTCTCT GAATGTGTGG AGAGCCATGC ATACGAGACT TACGATAAAT TCATCAAGGA TCAAGGAGGT AATTTTTTTT TAAAGAAGTT GAATAGTTTG AACAACAATG TTGCACTGAT GGAATTAGAA GTGCTAGTTT CTTTAAATTT GTTTGGCCGT TTCTCGAGGA TATGCTGTAC TATACTTCAA TTTGTTTGTT TCGAACTCTT TCCTTTTTGG CAACTCTTTA ATACCTACAT TCAGCAATGC ATGTTTAAGA CCACGAGAAT CAAGGGCATT TTGGTACGAA CAAATTGAAG CGAAGGGAGT ATATATTCTT AACTAATATG TAGTCCGAAT GCTTCTGCAG AGGAATTGAA GAATTTGCCC GCTCCAAAGA TTGCAGTGGA CTACTACACG GGAGGTGACT TATATTTATT TGGTGAGTGT TACATATCTT CCTTAATACT CTCGTGACTC GATATCTATC TGGTTCAGTA ATCTAAACCG TTTTGTGATT GCATCAGATG AGTTTCAAAC TTCACGAGAG CCTAATACTC GAAGACCAAA AATAGGTAAA ACACACACCT CATATACCTT TAGTAAAACC GTTTTTAGAC AAGTGAGAGT ATAATACTGA TTGAAGTCTT GCGTTTCCTG TTTAGATAAT CTCTATGACG TATTCATGAA CATTAGAGAT GACGAAGCAG AGCATTGTAA AACGATGAAA GCCTGTCAAA CTCACGGGAG CCTTCGTTCT CCACACACAG ATCCATGCGA TGATTCTGAA GATGATACAG GGTGTTCCGT ACCTCAAGCT GATTGTATAG GTATCGTGGA TTGTATAAAG AAGTCAGTCA CCGATACTCA AGTAACCAAA
AGGTAG

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