Entry information : MpalCCS01
Entry ID 15171
Creation 2018-04-24 (Christophe Dunand)
Last sequence changes 2018-04-24 (Christophe Dunand)
Sequence status complete
Reviewer Not yet reviewed
Last annotation changes 2018-04-24 (Christophe Dunand)
Peroxidase information: MpalCCS01
Name MpalCCS01
Class Copper chaperone for SOD    [Orthogroup: CCS001]
Taxonomy Eukaryota Viridiplantae Streptophyta Marchantiaceae Marchantia
Organism Marchantia paleacea    [TaxId: 56867 ]
Cellular localisation N/D
Tissue type N/D
Inducer N/D
Repressor N/D
Best BLASTp hits
Perox score E-value MpalCCS01
start..stop
S start..stop
MpCCS01 537 0 1..357 20..365
ThasCCS01 340 9e-117 119..355 84..317
AtCCS01 339 2e-116 108..355 68..316
HaCCS01 323 4e-110 111..355 70..311
Literature and cross-references MpalCCS01
Protein sequence: MpalCCS01
Sequence Properties
first value : protein
second value (mature protein)
Length (aa):   %s   357
PWM (Da):   %s   36798.44  
PI (pH):   %s   5.23
Sequence
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Send to Peroxiscan
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MACFRSLSLQ CLLPSAAAAA AAALATAAGG STTSFTLAHQ KLPLGFRTSE LCGSRPLYKA SSHSSSSSRG PGGGGEGVLS SVVGCLGVGG LALGSERTTM AVANAVPASA TEEEKNVGAA  LPDLLTEFMV DMKCEGCVKT VRNKIEPLEG VKEVEVDLAN QVVRILGSAS VKNLTTAIEQ SGRDVRLIGQ GVPSEFTISA AVAEFKGPQI HGVVRFAQVS MEMSRIEANF SGLTPGPHGW 
SINMYGDLTQ GAASTGGIYR PDSAHSAAST TEIMGELRTL EVGNDGAAEY TGTKMGLQVY DLIGRAVVIY ESEDKSKEGL TAAVIARSAG VGQNYKKLCS CDGTVIWEST NSDFVKL 

Retrieve as FASTA  
Remarks isotig02589
CDS
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ATGGCATGCT TCAGATCTCT GAGCTTGCAG TGCCTCTTGC CAAGTGCAGC GGCCGCAGCA GCAGCAGCGT TGGCAACAGC AGCAGGAGGG TCTACGACTT CGTTCACACT CGCGCACCAG  AAGCTTCCGC TTGGGTTTAG GACTTCGGAA CTTTGCGGAA GCAGGCCGTT GTACAAGGCG AGCAGCCACA GCAGCAGCAG CAGCAGGGGT CCAGGAGGAG GAGGAGAAGG AGTGCTCAGT  TCTGTTGTGG GGTGTTTGGG AGTCGGAGGT CTAGCTCTCG GGTCGGAGCG AACGACCATG GCCGTCGCAA ATGCCGTCCC TGCGAGTGCA ACCGAGGAAG AGAAGAATGT CGGGGCTGCA  CTCCCAGACC TTCTGACAGA ATTCATGGTG GATATGAAAT GTGAGGGATG TGTAAAAACT GTTCGCAACA AGATTGAACC ACTGGAAGGG GTGAAAGAGG TTGAAGTCGA TCTTGCAAAT  CAAGTGGTAA GAATTCTTGG GTCAGCTTCC GTAAAGAACT TAACTACAGC CATCGAGCAA AGTGGGCGTG ATGTGCGATT GATTGGTCAG GGCGTACCTT CAGAGTTTAC TATTTCAGCA  GCTGTGGCAG AGTTCAAGGG TCCTCAGATC CATGGTGTGG TCAGATTTGC CCAGGTGAGC ATGGAGATGT CTAGGATCGA GGCAAACTTC AGCGGATTAA CACCTGGGCC GCATGGCTGG  TCGATAAACA TGTATGGAGA TCTGACGCAA GGTGCTGCGA GCACAGGTGG TATTTACAGG CCAGATTCTG CACATTCAGC AGCTTCTACT ACCGAGATCA TGGGTGAGTT GCGAACATTA  GAAGTTGGCA ACGATGGAGC TGCCGAGTAC ACTGGAACGA AAATGGGTCT GCAAGTTTAT GATCTTATAG GACGAGCAGT GGTTATTTAC GAGAGTGAAG ACAAATCCAA GGAAGGGTTA 
ACTGCTGCTG TGATAGCGCG GAGTGCAGGT GTTGGTCAAA ATTACAAAAA ATTATGTAGC TGTGATGGCA CTGTTATTTG GGAGTCTACC AACAGTGACT TTGTGAAACT TTGA 

Retrieve as FASTA  
cDNA
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.........1 .........2 .........3 .........4 .........5 .........6 .........7 .........8 .........9 .........0 .........1 .........2
TTTTTTTGAA CTTGAAAGAA TATTTTATCA TAAATGCTAA CCCGATAACA AAGTTCCAGA CTATATATTT TGATGGTCTA TTTTCAACCA CGATCAAAGT AGAGAGTTAT ACAAAACTTG  TACTTAGCCA ATTGACATAG CTACACAATA CAGACCCTCA TTCAACCCAG CAACAAACGT CTCGAACCTT CAGTCTATTC AATATCGCAA CAGACAAGAT AGACAGAACC CACAAGGTAC  ACTCACTTGA TTGAAGAAAC AATCATGCCA CTCCCTACAC TCCATACCTC CACTCGTATC TATCTGGCTG TAACCCGTTG GAGGCCTCAT TTCTTCTTCT TCTCCTTGTT CATCATCATA  ATACTGAAAA AGTCAGCAGA ATCACAAATT TTGCAGAAAT TGGAAGGGGA ACGGGTGGGG TCGGTGCTGA CCAGGCTCGT CATGGAAAGA ACCACATGAA CCGAAGGCAG AAGAAATGAC  GAGCTGAGCG AGCAGAAGCG AGCGCAGAAG TGGTCGGCTC TGTGGCCTTT TAGCGCATGG CATGCTTCAG ATCTCTGAGC TTGCAGTGCC TCTTGCCAAG TGCAGCGGCC GCAGCAGCAG  CAGCGTTGGC AACAGCAGCA GGAGGGTCTA CGACTTCGTT CACACTCGCG CACCAGAAGC TTCCGCTTGG GTTTAGGACT TCGGAACTTT GCGGAAGCAG GCCGTTGTAC AAGGCGAGCA  GCCACAGCAG CAGCAGCAGC AGGGGTCCAG GAGGAGGAGG AGAAGGAGTG CTCAGTTCTG TTGTGGGGTG TTTGGGAGTC GGAGGTCTAG CTCTCGGGTC GGAGCGAACG ACCATGGCCG  TCGCAAATGC CGTCCCTGCG AGTGCAACCG AGGAAGAGAA GAATGTCGGG GCTGCACTCC CAGACCTTCT GACAGAATTC ATGGTGGATA TGAAATGTGA GGGATGTGTA AAAACTGTTC  GCAACAAGAT TGAACCACTG GAAGGGGTGA AAGAGGTTGA AGTCGATCTT GCAAATCAAG TGGTAAGAAT TCTTGGGTCA GCTTCCGTAA AGAACTTAAC TACAGCCATC GAGCAAAGTG  GGCGTGATGT GCGATTGATT GGTCAGGGCG TACCTTCAGA GTTTACTATT TCAGCAGCTG TGGCAGAGTT CAAGGGTCCT CAGATCCATG GTGTGGTCAG ATTTGCCCAG GTGAGCATGG  AGATGTCTAG GATCGAGGCA AACTTCAGCG GATTAACACC TGGGCCGCAT GGCTGGTCGA TAAACATGTA TGGAGATCTG ACGCAAGGTG CTGCGAGCAC AGGTGGTATT TACAGGCCAG  ATTCTGCACA TTCAGCAGCT TCTACTACCG AGATCATGGG TGAGTTGCGA ACATTAGAAG TTGGCAACGA TGGAGCTGCC GAGTACACTG GAACGAAAAT GGGTCTGCAA GTTTATGATC  TTATAGGACG AGCAGTGGTT ATTTACGAGA GTGAAGACAA ATCCAAGGAA GGGTTAACTG CTGCTGTGAT AGCGCGGAGT GCAGGTGTTG GTCAAAATTA CAAAAAATTA TGTAGCTGTG  ATGGCACTGT TATTTGGGAG TCTACCAACA GTGACTTTGT GAAACTTTGA CACTTTTTTC TTTCTTTTTT TTCTTCTTTA TTCATTAAGG TTCCGTAGTT TTAACGAAAA CATTAACTCT  ACACATTGTA TATGCAGCTT AACAATCCCT CACCTCTACA TCTTCAGTGT CCCGCTGAAA CGGTAGATCA CATCTCCATT TGTGGAGCAA AGTATCAGAC AGACGACACA TGTATATGAA  AGCACATGGC TCACGGAAGT AAAACCAGGG AGAGCTTTTT CACCCTGTTG TAATTGTGTT ACGTTACCTG GTCGTTGAGT GTTGATTTAA TTTTGTGCAA CATGTGGTAT GCCATTTGCA  GTCGATTAAG CTCCGTTCGT TCTGTGTGAC TCGTTTGGGA AAAACTCGTG CTTTGTTGAA GTTCCAGTCG CTAGAGCACC TCAGTTCTAC CGTATGAATA TGCGTCATGC AATCCTGTAT  TTGAAAGAAC AGTTCCACAT CTTTGCGCGT TCATAATTCA TTACAACTAA AAGTACTGTA AAAGTACTAT AAAAGAGCAC CCTTCTGAAG GTAAATTACT AATGTAAAAA TTGGCACATG  CATGCCGCAC ACTACGAGGA TATCGTTCCC AACAGGAGTT TTGTTCTTAC TTTCAAGGAA AATCAAATGC AGGTAAAGAT TGTGGAAGAC AAAACCTTTT GAGAAAATAG TGGAGGCAGA  ATGCCAGAAC GCCTTGTACA GTTCTTCAAC GAGAAAGGCC ACATTGCATC AAGTAGACTC GGCAATCAGG CCCCTCACAT TCACTAGGAT AATCTATCAC GCAAGAAAAA GCAATCAATT  CCCTGCTTAT AAGTAACAAG GTGGTACACT GAATATTGTT GTAGAAGAAG ATTCTAGCGA CGCCCGCCTG AAGTATATCA AAAAGTCTTG CAAACGCGAC CAGTGCGCCT TGAAAGGTGT 
CTGACAGTTG AAGTTAATAC AACAGCGACT GTGTGGTCAG AAACACGGAA AATAGGCAGA AGCTGTACAA GCAATCCAAC AAGATGAAGA GCCGAAGCAT AAACCAGAAA CTAA 

Retrieve as FASTA