Sequence Properties
first value : protein
second value (mature protein)
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Length (aa):  |
344 |
| PWM (Da): |
37614.94 |
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| PI (pH):
| 6.63 |
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Sequence
Send to BLAST
Send to Peroxiscan
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| .........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2 |
MAMALGFAAG SSLTLQHNST RFPKISTSRS SRGRCRVGYV STVICFASDP QQLKQARQDL NDLIKTARCN PLLTRLGWHD AGTYDKNIQE WPKCGGANGS LHFEIELNHK ANAGLVNALK
LLQPIKDKYP NITYADLFQL ASATAIEDAG GPEIPMKYGR LDAPRPEDCP PEGKLPDAGP PSPAAHLRDI FYRMGLTDKE IVALSGAHTL GRSRPERSGW GKPETKYTKD GPGAPGGQSW
TVEWLKFDNS YFKEIKEQRD QDLLVLPTDA VLFEDPGFKV YAEKYAVDQD AFFKDYAEAH AKLSNLGAKF DPVDGFSIAD APQTPAPEKF VAAKYSSGVT EDKA
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Retrieve as FASTA
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| Remarks |
Probably produced by alternative splicing (PtaAPx04 Thylakoid-bound form). Complete sequence from genomic (incorrect prediction, half of the sequence is misssing) and 29 ESTs. Specific stromal ESTs: CV031882, CX646653, CV032888, CO157930, CO167648, CO368385, CO368472, CF671253, and DR161383. |
DNA ►
Send to BLAST
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| .........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2 |
ATGGGGTTGA CAGATAAGGT TGGATAGAGC CTATTTGCAT CTGTCAACTT CAAGGCTTTT TGTCATGCAT CTGAATTCTG TCAGATATAA TTCTTTTGAA AATGCTTATC AATTTTGTTT
TCAGGAAATT GTTGCATTAT CAGGTGCGCA CACCCTTGGA AGATCCAGGC CAGAACGTAG TGGCTGGGGC AAGCCGGAAA CCAAATACAC AGTAAGTATG CAGCTTGTCA CCCTGATTTA
TTGCTTTGGT TGGCATTAGT TGCAGTTGAT CCTGACTCAA TTTTATTCAA AGGAAAATGA GGAGAAATCT ATGCTCAGCT GAGCCATGGT ATTAAAGGTG GATGATGAAG GTTGTTGCTA
AATCTGTTAG GGTGATTACT GACTATATAC ATACAGTAGG GGACCGACGA TGAAATTATT GTCTAAATCT GCTAGTCCTT ATATAGTGAA CAGTAACAAT TTTCTTGTGT GATGCTGATA
AAGACTGGCT AAAGTTGATG TTGAACTCAA ATAATCATTA CTACTAGGAT GGAAAATTTC CTAGTCTCGT ATGAATGCTG CATGTAGCAT GACACAAGCT TCATTCATTG CATTCAAGGG
TGCATGTGAT ACATGTCTAT GCATGCCTAG CATTTTAAAG AAAGCAAGGT TGTTTGTGGG GACAAAGCAC AACTTTATGT TGGGTTTCAT CAGATGCATT GTAACTAGTT CTTAAATGTA
CATTGATAAC TTCCAGCAAA GCTGTATTCT GGTGCAATAT GGAAGCTAAA TAAGTGTGAC GGCATATATG TTTCTGCAGA AAGATGGTCC AGGAGCACCA GGAGGTCAAT CCTGGACAGT
AGAGTGGCTG AAATTTGATA ATTCTTACTT CAAGGTATAA ACTTTAAATT GAGATACAAC ATAGCTTACT ATCTTATATT GTACATAACA TGGATTTATT CTTTTACCTA TTCCACACAG
GAGATAAAAG AGCAAAGGGA TCAAGATCTG CTGGTATTAC CAACTGATGC TGTTCTTTTT GAAGATCCTA GTTTCAAGGT GATTCTTGTA CTAGTCATCC GTGTGAATCT TCTCTTTTCT
TTTGCAAAAC TAACTAATTT AAAAACCATC TTGTTCCCCT CGTAGTTCCA AAGTCTGATG TCAACTTATG CATAATAATA GTAGCTTGAT AAGATTGACA CATAGTAATG ATGTCAAGAA
ATTTATTTAG AACTCTGAAG GATTGCACAG ACACAACTTT TAGAGTAGAT GTTGTAACTG ATATCAATGC AATACTGCGA GGAATATTGA GTTGCTTTTA CTTTCATCTT ACAGGTATAT
GCTGAAAAAT ATGCAGTTGA TCAGGATGCT TTTTTCAAGG ATTATGCAGA GGCTCATGCA AAACTGAGTA ATCTCGGTGC CAAGTTTGAT CCTGTTGATG TAAAGTTGCT AAGTCCAAAT
ACTCTGCCAT TCTTTTTAAG TTCAGTTGTT TTACTGTGAA CAAAGCTCAC TAGGACCAAT GTGAATGTAC AGTGTTAAAT GTCATAATGC AAAATTGAAT AATCATGGTG TCAATTTTAA
TCATCTTGAT GTAAAGTTGC TAAAGTCCAA ATACTTTGTG CCATTCATTT GAAGTTCCGT CATTCTACTG TGAATAAAGG TCACGAGGAT CAATGTGAAT GTACAGTTGT CTTACTGTGA
ACAAAGGTCA CTAGGATCAA TGTGAATGTA CAATGTTAAA TGTCATAGCT GGTCTAATAT TCTTTTATTA TGTTATTAGA ATATTTATGA GGGTAAAGAA ATAAGAATGA ATTATATTAA
TGTCCACTAA TGACCAAAGT AGGTCAATGG GACTTGAAAA TGCAGCAAAT AATAACAGCA ACATGAGGAG TGCCTAGGAC ATCTCCTCCC TTTACACAGA ATTAAAGTAA ATCAATAGCA
TGATATCCTA ACAAAAAAGT GGTGGATTCA TAATGAATAA ACGGTCTGCA AAAGGGTACA TCCCTGAAGG TGGAGACATT CCAAACAAGC AAGGACACAA AGAAAGAGAG CTGGCTGTAT
AACTGGCAGA AAGATGAAAT AGAAGAACTG CCTTTAATTT TATTAATTTT CTTAATTGAT GTCAAAAGGT GTCTCATTTA AAAGCTAGCT GTGTTTATTG CTGTTGTTAT TTTGCTGCTC
AAGGTCAGTA CTTCTGAAAT TTTATAGTGA TGTGCAAATC AGGGATTTTC CATTGCGGAT GCTCCTCAAA CACCAGCACC AGAGAAGTTT GTAGCTGCCA AGTACTCTTC TGGTGCAACT
GAAGACAAGG TAAATATACA TTTTTATATC CATCACTATC TTCTGTTATT TTCCCCATTA AATGCTTATT GCTGCCTGAA TTGCACACAA ACTTGAGATC TTCCAGAGTA GATCACCTCT
CATATGGGCC GTGAAATCTC ATCTTCCCTT GTTAGATGTG GAGTTGTATA ATGTAGTTTT TGATGGCATG CAGGCTTAG
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Retrieve as FASTA
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