View Redoxidase 15928

Entry information : LeGPx09 (Solyc08g068800.2)

Entry ID	15928
Creation	2019-10-23 (Christophe Dunand)
Last sequence changes	2019-10-23 (Christophe Dunand)
Sequence status	complete
Reviewer	Not yet reviewed

Peroxidase information: LeGPx09 (Solyc08g068800.2)

Name (synonym)

LeGPx09 (Solyc08g068800.2)

Class

Plant glutathione peroxidase [Orthogroup: N/D] N/D

Taxonomy

Eukaryota Viridiplantae Streptophyta Solanaceae Solanum

Organism

Lycopersicon esculentum (Tomato) [TaxId: 4081 ]

Cellular localisation

N/D

Tissue type

Inducer

Repressor

Best BLASTp hits

Perox	score	E-value	LeGPx09 start..stop	S start..stop
LuGPx211	105	5.69e-28	41..245	39..239
PtGPx01	105	1.1e-27	25..245	15..230
NtGPx01-1B	101	2.38e-26	2..245	1..232
GhGPx01	100	1.56e-25	47..245	43..237

Literature and cross-references LeGPx09 (Solyc08g068800.2)

Protein sequence: LeGPx09 (Solyc08g068800.2)

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

Length (aa):	250
PWM (Da):	27938.3
PI (pH):	9.95

Sequence
Send to BLAST
Send to Peroxiscan

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

MMSSMVLSSP LSGLSHSKLI IFSNKYSSSP SKAHCIYFSN KISLESSSKS SFIHGDFTVP SPNLSTFVSK SSSSNTITAQ TSPLGEHVIY DFQAKEKKRG LSLGCFRGKV FLIVNIPEQG SIWTVSQYEL LHYLYDKYKS QGFEIAAFRY NKKETDKAGY SNAQKAPSGG QQQIKAAKFR VFDKVKINGR RAHPLFVHLR SKFGMGEAIT TEFHKFLVDR NGVPYKSFGL DTPCNVIEEE
VKHLILEDAD *

Retrieve as FASTA

Remarks

Complete sequence from gtenomic. No EST found. Orthologs specific to solenaceae!!!!

DNA ►
Send to BLAST

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

ATGATGAGCT CTATGGTTCT TTCATCACCT TTGAGTGGTC TATCACATTC CAAATTAATA ATATTTTCCA ACAAATACTC TTCTTCACCC TCTAAGGCTC ATTGTATTTA TTTTTCAAAC AAGATTTCTC TTGAATCCAG CTCCAAATCA TCATTTATAC ATGGTGATTT CACTGTTCCT TCACCAAATC TCTCAACATT TGTATCAAAA TCTTCTTCTT CCAATACTAT CACTGCCCAA ACCTCTCCAC TTGGTGAACA TGTCATCTAT GATTTTCAAG CTAAGGTATA GTTTTCTTGC TACTTCTTTG TGTTTATAAT ATTTGAAGGT TACTACACCA AAATAGCTTT TAGCGACAAT AAATATACAT ATTAACAAAG AGTGTTAAAA CTCTTACCAG CATTAGTTAA TGTAAAGATT ATACATCTGG ACCTAACTCA ACCACTAAAC TAGCTCACGA GGGGAGGATT GTCCATATAC ATATAACGAG ACTAATAGTC AGTTCGCCAA CCGACCAATT TGGGACTTCA ACCGACTATT CTAACATTTC CCTTTACGCC CGATTGGAGC GTGGACCGGG AGAGCGAAGA AGGATAAACC TAGCTCCGTA AAGATATAAT GCCTAAACCT AATCCACAGG AGACCATCAA TCTATTTTCC AATTATTGTG GAACTTTTAC CCAATAATTA ATTGTTATTT AGATCAAATA TCGCTAAGGG CTTTCAGAAT ATTTTTCGAA ATGTTATATA TATTTATAAC TAAAATATTA TTCTTCATCA CATACATATG CAGGAAAAGA AAAGAGGTCT CTCTCTCGGT TGCTTTAGAG GAAAAGTTTT TCTGATTGTC AATATTCCTG AGCAAGGGTA TCCTCTCTTG TCTTGTTTTC ACTTTAATTT TCTTACTTAT GCTTTAAATT ATATTTTTCT TTCAAGTATA TATTTTATTT AGGAAAAATG CACAAGTACC TCCTTAATCT ATGCTCGAAA TTTCAGAGAC ACACTTGTAC TATACTAAGG TCCTACACCC CCTTGAACTT ATTTTATAAG TAATTTTTTA TCCCTTTTTG AATTTTGTGA CACTAACTTG AAAAAAAAAG TCGACCAGCG TTGGACCCAC AAGAGAGTGT CACGTAGGCC AAAAGAAGTA AAAAATTATT AATAAAATAA GTTCAGTGAT AATAGAATAT TCGTATAGTA TAAGCGTTTC TAAAATTTCG AACATAGATA GATACTCGTG CATTATCCCT TTTATTTAAT GAAATGTCTT GTCAAGATAA ATGTATAATT ATTCAAATTC ATTTCTCTAT TATAAAAGCA ATTGAAATTT TGGTTATGTT GTTTTCAGTT CCATATGGAC AGTGTCGCAG TATGAATTAC TTCATTACCT ATATGACAAG TATAAATCTC AAGGTAATTA AATACATTAA TTAAATCTCA CTTTGTTCAT ATATATTTCT ATACATTTAT TAACAATATT TTATGTGTTT AACCTCTTTA TTAAACATAA TTTACTTTAA TTCTAAATGT AGGATTTGAG ATAGCTGCAT TTCGCTATAA TAAGAAAGAA ACAGACAAGG CAGGATATAG TAATGCACAA AAAGCACCAT CAGGGGGCCA ACAACAGATT AAAGCTGCTA AGTTCCGAGT ATTCGATAAG GTTGGTCTTT TATTTTTCTA TTGTACGTAG TGTTTTCCTA TCACAGTATT TTCATTATAA TGATTCAAAT TTTGAAATTT TAATTAATGA TAGAAAGATA TCTAGTAATA TAGCTCAGAA TAGAAAGATA TCTAGTAATA TGGCTCGGAA ATGATCTAAT ACGAAAATAA AGTTTTATTT GATCGATCCT TGTGTGTTAA AAATATAACT AAATAATAAA ATATGATTTT GGTCATATAT TTCTTTTCAA CATGATATTA GAGCATCTCC GATTAAAACA AGAGACTTAA TAGGAAACTC AATATTGTAT TATTTTTTTA ATTCTTCTCG TAAGTTTATA CTAGAAATAT ATTTCCTTTT ATAAAAATTA GTATAGCCAT TTTCATGTCA GATCACTGAA GGTCAAAATA AAAGATCAAG AAAGAGAAAA AAGAAAAAAA CAAATTTAAC TTTCCTTTTC TTCTGTGTGT TCGATGTTAT TGCAACTGAT TAGAAACACT TGAACAAGGT TAGTTGAGGA AAATTAAAAG TTACCTAAAT TTGTCTCAAA TAAAAGATAT ATCACGTTGT ATACTAGTGT ATATTACACA TAATTTTACA AAGAGATACA AAGATATACA AAAGACAGAT ATGTAGTGTC ATATACATGA GGATATATAT CTAAGAATCT AGTGGGGGAT ATACAGACAT TCAACTTCAA TCCATCTCAA ATCATATTCA AACACCATGA AAAATAATGT TGAAGCTTCT TGTAATTATA ATGTTCCTAA CAAAACTCAG TATCACCAAT TTGTATCATT GACACAAATA AGAAGAGGTC AAATCAAACA TCTCTCTTTA AATATTGATG ATGTGTCTAA TTTCTTTGAT ACGTGAAGTT AATTACTTTG AAAAAGAATT TACGACGATA TATATTATAT AAAATAAAGG GCGTATGATA TTATTATTTT TTTCTTTTGA TTTTTTTAAA ATTAATAATA ATGACAGGTT AAAATTAATG GTAGAAGAGC ACATCCATTA TTTGTACATC TAAGGTCAAA ATTTGGTATG GGAGAAGCTA TCACTACTGA ATTCCACAAG TTTTTAGTAG ATAGAAATGG AGTACCTTAC AAAAGCTTTG GATTGGACAC CCCATGTAAT GTGATCGAGG TATGTTTTCG TTTAATTTAT ATACATCGCG ATATTTGTAA GTGTAAAATT TTTTTAATGT ATGAATATAT
ATAAATACTT AATTACTTGT AATATTTTCT TCATTAATCA GGAAGAGGTT AAGCACTTAA TCTTGGAGGA TGCAGATTGA

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