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Homology
BLAST of mRNA_H-paniculata_contig300.8148.1 vs. uniprot
Match: D7FXM6_ECTSI (Uncharacterized protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FXM6_ECTSI) HSP 1 Score: 110 bits (274), Expect = 1.310e-21 Identity = 95/298 (31.88%), Postives = 123/298 (41.28%), Query Frame = 1
Query: 361 EHDEWKDYSCATPWEYFVNDIDNAIGEFEATKTAAAAAAGGCVSSDNSSISKMGRSDPTSGSGPAHTAGRNNSNSNSGDVGGGNGKRNATDGRSDKSQRRKEVVYNGRTYVLRVM--------RQQQQQRWQPRQVECGN------------FPSLPTIFGEEECALDAMVSALPAGTAADEHD-EATRGKLERDEEEEAARVLRSWFGMGDFLCVHALGSETSSSFSSGSD-GPPLSLEQLLSTAVIAMDGRNCDTVVALQP----------GNTARDSGRYSWRGVGVKGYKTLLP 1158
EHD+WKD+SC T WEYF+ND+ A T RS+K Y+GR+Y LR + ++ G FP L + FGEEEC+LDA ++ P+ +AA E + E E+ EA +LRSWFG GD LC+H ++ +SS SG G LSLEQLLST V+AM+ R C V+A+Q G +RDS S RGV VKGY TL P
Sbjct: 17 EHDDWKDFSCVTKWEYFINDVAGAAAAI------------------------------------------------------------TTQRRSNKQL----TSYDGRSYCLRSLIAGPNSDNXXXXXXXXSKARMTAGGAATAGDEGDISAFPDLASFFGEEECSLDAWLAPEPSSSAATMSSREEEADEREFLEDVEAWHLLRSWFGFGDLLCLHEAATKPASSSRSGDGAGTGLSLEQLLSTGVMAMEDRRCGAVLAMQQQPGGDGNGRRGRGSRDSA--SRRGVSVKGYATLSP 248
BLAST of mRNA_H-paniculata_contig300.8148.1 vs. uniprot
Match: A0A6H5L3A9_9PHAE (Rab3 GTPase-activating protein catalytic subunit n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5L3A9_9PHAE) HSP 1 Score: 108 bits (269), Expect = 6.500e-21 Identity = 98/305 (32.13%), Postives = 125/305 (40.98%), Query Frame = 1
Query: 361 EHDEWKDYSCATPWEYFVNDIDNAIGEFEATKTAAAAAAGGCVSSDNSSISKMGRSDPTSGSGPAHTAGRNNSNSNSGDVGGGNGKRNATDGRSDKSQRRKEVVYNGRTYVLRVM--------RQQQQQRWQPRQVECGN------------FPSLPTIFGEEECALDAMVSALPAGTAADEHDEATRGKLERDEEEE-------AARVLRSWFGMGDFLCVHALGSETSSSFSSGSD-GPPLSLEQLLSTAVIAMDGRNCDTVVALQP----------GNTARDSGRYSWRGVGVKGYKTLLPF 1161
EHD+WKD+SC T WEYF+ND+ A AAAA T RS K K Y+GR+Y LR + ++ G FP L + FGEEEC+LDA ++ P+ ++A T E + +E A +LRSWFG GD LC+H + +SS SG G LSLEQLLST V+AM+ R C V+A+Q G +RDS S RGV VKGY TL P
Sbjct: 17 EHDDWKDFSCVTKWEYFINDV------------AGAAAA-------------------------------------------------TTQRRSTK----KLTSYDGRSYCLRRLIAGPNSDNXXXXXXXXXEARISAGGAATAGDEGDISEFPDLASFFGEEECSLDAWLAPEPSSSSA------TMSSREEEADEREFLEDMGAWHLLRSWFGFGDLLCLHEAATNPASSSRSGDGAGTVLSLEQLLSTGVMAMEDRRCGAVLAMQQQPGGDGDGRRGRCSRDSA--SRRGVSVKGYATLSPI 248
The following BLAST results are available for this feature:
Alignments
The following features are aligned
Analyses
This mRNA is derived from or has results from the following analyses
Properties
| Property Name | Value |
|---|
| Hectar predicted targeting category | other localisation |
| Exons | 5 |
| Model size | 1560 |
| Cds size | 1353 |
| Stop | 0 |
| Start | 1 |
Relationships
The following polypeptide feature(s) derives from this mRNA:
The following UTR feature(s) are a part of this mRNA:
The following CDS feature(s) are a part of this mRNA:
Sequences
The following sequences are available for this feature:
protein sequence of mRNA_H-paniculata_contig300.8148.1 >prot_H-paniculata_contig300.8148.1 ID=prot_H-paniculata_contig300.8148.1|Name=mRNA_H-paniculata_contig300.8148.1|organism=Halopteris paniculata Hal_grac_a_UBK monoicous|type=polypeptide|length=451bp
MEDTYEHQDIVTEVLPIIANSTDDKQHYSCEELNAHADDEIAPVENDTVV
GEHDEWKDYSCATPWEYFVNDIDNAIGEFEATKTAAAAAAGGCVSSDNSS
ISKMGRSDPTSGSGPAHTAGRNNSNSNSGDVGGGNGKRNATDGRSDKSQR
RKEVVYNGRTYVLRVMRQQQQQRWQPRQVECGNFPSLPTIFGEEECALDA
MVSALPAGTAADEHDEATRGKLERDEEEEAARVLRSWFGMGDFLCVHALG
SETSSSFSSGSDGPPLSLEQLLSTAVIAMDGRNCDTVVALQPGNTARDSG
RYSWRGVGVKGYKTLLPFPGGGGAVASTRPSVISSGKSNAGKNMEKSRKK
YDGDDDDDDDAGRELNAARSYNNVRSSSSSAGSEVVESKSKSAEELWSWT
ERAETIRMESETSRDLPPNRQCLEAFGDLLVSKASTTWGRERCDGRGGEC
G back to topmRNA from alignment at H-paniculata_contig300:9699..16452+ Legend: UTRpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >mRNA_H-paniculata_contig300.8148.1 ID=mRNA_H-paniculata_contig300.8148.1|Name=mRNA_H-paniculata_contig300.8148.1|organism=Halopteris paniculata Hal_grac_a_UBK monoicous|type=mRNA|length=6754bp|location=Sequence derived from alignment at H-paniculata_contig300:9699..16452+ (Halopteris paniculata Hal_grac_a_UBK monoicous)
ACACGATCGTTTTATGTACTCCATATTCTGTACTACTCAGTTGTACCAAT
AATCTAGTGTGCCTCACGGGTTGACCATGAGTCTGAGAGATTGAACTAGT
GTATGAAAGAATAAAACAAAATTAGAGAGAACGAAAGAAGTGAGCGGCAG
GAAACGTGAGAGAATGAGAGAGAGAGAGAATTGAGCTTACCAGCTCAGGT
GTGAGCCATGGAGGATACTTATGAACACCAAGGCAAGTATTCACTGCATT
TAAATCAAGGTGAAGCTAATGCAGTGTCTAAGGAAGCCGGGAGTGTCAAC
AGAAACAGAGACGGAAATGTTACCTTATTGTATAGACATACACACACATA
ATTGTTGCACTGCGGCTTGGAGGGTAAAAGTGCTGATTTGGTGCATTGCA
CACATTACACTGGTAACGGTTGACAGTCGATAGACAGACAGTACAGTACT
TGTACCGCAGTACATTGCCGCAGTCGTTTGGCCAACCCTGCACCCCACTG
GAGAATGATGGAAGCGCACAGTAGAGCACGACGAATTTCAATCGTTTCAT
GGTGCTATCGTTGAACAGATTTACGGTGACAACACGAAACCGCCGAAGTA
TTCAAGCGTATATTGAGATTTGGTTGCGCTAACTAAACCTTGAATCTAAG
TATTGCGGCAAATTTGAGTGGATTTTTCTGTGTATGTAGATCACTATTTC
AGTTTTTCGAGCGTGCCTGGAGAGTTTTTTCTTCTACTCTACTTGGTTGT
GCGCGGTATTAAACTAAGTGCAAAAAGATTGTTTCAGGTATACCTGGACA
AGTTCCGGCCAGAAACAGGTATATTGTCTACGAACTGCATAGCACTGCCT
AATAAACATAGCCATCTGATTGGCGGAGACATTCTCATACCTGACTGTGG
CTGCAATGCACCCAAGTGCACCATTTTATTTTATTTTCCGTAGCCTATAC
TTGGACCTCGGCAATTACCTGACACCGGCCGAAATTGTACTTGAATCGGG
CGAAAAACAACCGCGGAAAGTCTCATCCAACAACCCTGCAACAGTGGCAC
TAAGCGCACAGGCATTCACTTTCTGCGTTCTTCCTCCGCCAAATGGCAGC
TCTTCTCATTGTGCTAGACTCTCTGCCAACCTGATCTCCGACCACTACCC
ATATGCGACAAACATCCTGGACTAACGGATTTCCCGACGGAAACTGTTCG
ACCCCACGAAACCGCGGCATCAATCACCCGGAGATGCCTATATCAGCATA
TTGCATGTTAGGGATCCATGAGCGACAATAGCCCAGCATCACCCCACCCC
GCCACCCAGTGAACTACGCACCCCACGACCTACCATCAAAGCAAATGTTT
TTTCGCAGGATAGTAAGGGCTATCAGGTACCATGGCCAAGTTTGTGCCGG
CTGAGGTAGGGTAATAGTTTGCTGACACTCAATCGCTGAAAGCCTGCGTA
GTGTGTAAGCTGCTGTGCGATGGCGAAGGCATCAAGTTCGTTATTTACGT
GCCATACCCACAACAACGCCAGACGGGTCAGAGGAGAAGAACCAGAATAC
ATAAATCTAGGGTTGGCTGTCGGCGACGTAAAACGTCATATGCACACTGT
TTTTCTGGAGATAAGCGGCGGCAGATGATCAGAGTATTCGAATAATGAGC
AGGCAGACTAGTGATTGTTTTCCACTGTGGTAGGTAGTGTGTAACAAATA
TTTATTTTTAATAGTCGCCCTTGGGGTTTCCACAATACCACTAAAATATT
GTTTTAAAATTTTGTTGGGGGCAGCGGGGGGTCTACCTTAGCGGCTGGTT
GCTATTCCCTTGTGTACGTGTGTTTTCAATGTGAAAACGTAACGTTTTTT
TTTAGTCGTCTTCTTTTTCTAGAAAATAACAACGGATATTTTTTTGAAAG
ATTCAAAATAATGATTCACACACCAGGGGAGCTGACTCTTCCCTTCCTCC
CTCTCTCCCTACTTCGCCGCTCACTTTTGCAACACCTTGCACCCCCAACC
TCGTCACCTCGCTGACTACACAAGACATCGTAACGGAAGTCCTCCCCATT
ATTGCCAACTCAACCGACGATAAGCAACACTATTCTTGCGAGGAACTGAA
CGCGCACGCCGACGACGAGATAGCACCAGTAGAGAATGACACTGTAGTCG
GAGAACACGATGAATGGAAAGACTACTCGTGCGCCACCCCGTGGGAGTAC
TTCGTCAACGACATAGACAATGCCATCGGTGAATTCGAAGCAACAAAAAC
AGCAGCAGCAGCAGCAGCAGGGGGATGCGTCTCTAGCGACAACAGCAGTA
TATCCAAGATGGGGAGGTCTGATCCAACCTCTGGTTCAGGTCCAGCACAC
ACCGCAGGGCGCAATAATAGTAATAGTAACAGTGGCGATGTTGGAGGGGG
GAACGGGAAGCGTAATGCTACCGACGGCAGATCAGATAAATCCCAGCGGA
GGAAAGAAGTAGTGTACAATGGACGCACGTATGTCCTGCGAGTGATGCGG
CAACAGCAGCAGCAGCGTTGGCAGCCGCGGCAGGTTGAGTGTGGCAATTT
TCCTTCCCTGCCTACCATCTTCGGGGAGGAGGAGTGTGCGCTGGATGCCA
TGGTGTCGGCCCTTCCAGCCGGAACAGCGGCGGACGAGCACGACGAGGCC
ACTCGGGGGAAGCTTGAGCGGGACGAAGAAGAGGAGGCAGCACGGGTGCT
ACGTAGCTGGTGGGTGTGGAGCATGATCTCGTGGGGGAGGGGGGGGGTGT
ATTGCCCAGGCCAACTTGACCAACAGGACGACGTCAAAAACATGGGAGAA
GGATTTGAAACACACTGCAGTAGTACTGTAAATCGCCGTCGTTAAAATTG
GAAGTATGCTCATTCATTCTAATACTGCTTGCTTAGTGATGACTCGTTTC
ACAAACCGAACAAAATGGAAGATAATCTTGACAAGTTTCATTAGAGGTGA
CCGTGGAATGCACGCTCGGTGGTTACATGGATCTCATGAACCCTCTGTAC
CTTACATGGGTATTCCACAGTGGGGTTCCGTTCTACTCTGCTGTTCAAGA
TGCGAGAGCTGTTGGTGGCCTCACAAGTTCAAGAAGAGACGGGAATCTTG
TCTCCTCGAGGGCTGATCGACCCGGACGAATTCGAATACTTGCAAATGGT
TTTTCACAAAAAACTGAAAGTATTCGCCTGAGCTCCAGGATGAGCTCGTG
TATTCTATGTGCCCCGGACCATCCACGACTGCCAATAGTACTCGTAAATC
GAATGGACACGGGTGGGTACTTTATTCTGTGTGTCCAGTCATTCTGAAAC
TCGAGCGAGTACTTTCAGTTTTTTGTGAGAATCATTTCCAAGTTTTTGTA
TATGTCCGGGCGGTGAAGATTTTCTTCTATGTGCCTCTGGAATTCAACCC
ATTATTTCTTATTCCTTTTCGGAGAGTGAAGAAAAGAGTATCGCACCAGC
GGGAAAAACGGAGTAGTGGTGTTTCGAGGAGGGTTATTTCAGGAACAGCT
AGCTGCTTGAATCTCTGTTCTTTTCGTCAGGGGGGGGGAGATGTCAAGAA
TTATGGCCGTTTAGACCCGGCAGTGTTTGACCAGTACACTGATAAAACGA
CAAGAATGGCAATATATTAGAAATCCGAAACCTATACGAAGAACCGGAAA
ACTTTCGTAATTTGAAACTTCCGAATTCACACCATCTTTATTATGACTTT
TATCGTACACGTTCCGTAAGGGCTAAATAAAGAAAGAGATGTTGCAGTAT
ATAAGAGTAGTTGCAGTATATTGGCAGATACCTCATTATAGTATAGATAT
CATAATAGTTTTTACCATACTCTCCGAGCTAAACAAATATATTGAAGATT
TTTCTCTAACTTTTCCCTCCTTAACCCTCGGCACTCCACACCTAATTGTT
CCGAACTGATAGAGTTGACAGCCCACAGCTCTTGAGGGGGAGGGGGGGGG
GGTACTGGACCGATGAAGATTATAAAATGACCAGTATAATATGCATAGGC
ACACCACAAAAGCAAACAAACCAATAGGGGCTGGGCTGCATTTTTTCCTG
AAGACGTTCTGCAGCCTTATCGCTGTAGCGTGGAGATTTCTGTGTTCCGA
TAAAGGTCGATCAAGGTCGTCGTGAATTTTAAATCTTGGAACTAATACAG
CACGAAAATACATGATGCTTTCAAAAACCGATTCGAATCGATAGATAGCT
GTAGGTTTTTCATCCCGTCGTGGAGTGTTCCACTCTAGAGTATGACCTAT
AAATACCTCTGCACATATTACTACGTGTGAGCATGAATGTTGACTAAAGG
CTGAAGGTTCCTTGAAGGCGTGTTTACTTGAACACTCTCTGTCTCTCTCT
GTCTCTTACTATTTACCTCCCTGATTATGTTGAAGTATGGCACTAACCAG
AATATCAGGCAGTTGGGCCGCAATTCCCACTATTTGTATACTGGCTTTAT
CTTTTAGCCCAGACCTACTTTTGCCGGTATAAAATTTCGGAATGATGCAT
CATCTGCAATCTGTTTGGGTCCGCGGCGCGTTATCGCTTTAAAAAAATCG
TGTAATCCCAACGCTATGGAAACACCCATGGGCTACTTTACAGACGATAG
CCCACAACACGTAAACCTCTTGTATCTCGTATCCTCGAGTCCACTATGTG
AAATAAGCACATGTCGCCAGCAACTCTAAGAATGTTCCCAGAACTTTCCT
GCTATACCTCCATTCTCCGAGTATATTAACAGGCTGATTCTACACATGTT
TTTGCTCTATGTAGCCCCATAATAGCTGGTGAAAGCACCTACGTACATAA
TGAGAACGGTAGCATATCTGATACCTGCCGATAGCAACATCCCTATGGTT
GGTTTACCAGTAGTCCCCGTGCCCCGCGCGACCCGGGTCTCTCTGAGGTT
CGTGTTCTTCATGGAAACCCATCGCCACAGGACAAACGAGATGGGTGTAA
ACGATTTCCAGAATGGGTGTTACTTTGTCCTCTGTCCTTTTGTCCCTTGT
ATGATGTGGCGCCGGTGGTATTCTTCTGTTCGTTGCCTCGTCCAGGTTTG
GAATGGGAGACTTTCTCTGTGTCCACGCGTTGGGATCTGAGACGTCGTCC
TCTTTTTCGTCAGGAAGCGATGGTGAGGTACACACTGAGTAGGTCCATTC
CTTTCTCTCTGCTTCTTTGCCCGTCGGTCTCTACCTCTCTCTCTCTCTCG
GTATCTATTTCTATCCTTGCTTCTCTCTCGATCTTTCTCTCCCTGCGTGT
CTCTGTGTCTCGGTCGGTCTTCGTCTATTTCTGTCCATGTCTCTGTCTCT
GTCTCTTTGTCTCCCTGACTATCTTCAGCTGTTCGTCTCTCTCTCTCTCA
TTTACTCTCTTTACCTGTCTTCGACAATAGCAAATAATGATTGACACAAA
AAATTAGTGAAAGTGAACGTGAACGTGAAGGTTTTTTACGATCCTTTCAT
TCAAGAGGGGCAAGAGCCAAAGGTATTGGATAGCACAGCACAATGAAGCG
AAGCAAATATAAGGACCACCCGACGACTCGTCCTTAGGCGCTCTCTTAGC
CGGGCCGATGGCGGTTGCTACCCGATTCAACACTGTACCCAGGGGCTCGC
GCCAGCAGCAAGTGCCCTGCAGCACGTTCCTTGCCGCAAGTACTATAATA
GTAGCTCACACCTTTGTTTTTTTATCGCAATTTCTCTGAAGTACGAATCG
CGAACGAATTGATGGCAGGGCCGCCGCTCTCCCTGGAGCAGTTGCTGTCG
ACGGCTGTAATAGCCATGGATGGACGCAACTGCGATACCGTTGTTGCCCT
GCAGCCAGGGAACACCGCTCGCGGTGAGTTAGAAGCCATCGTAGGTACCA
GGTACATAGCTAGCTAGCTATACACAGATTTGAGTCGTGTCTCCTGTAAC
CCCAAAAAAAGTCAAGTTGAGTGAGGTGGGTGTCGAGGTGACGGAGAACG
ACCACATAAAGGATGATTATAGCCAGAGCAGTTATGGTCGGCGTACGCGT
TTCGGTCATCGATGATGCAAGTTTTAAAGAGTGTGTTTTTATTATCGAGA
TTGTTTTATACAGATATATATCCGTGATTGTAGGCTGATTATAAATGGCC
AACAGTCTCAATATGTGTACATAACCTCAACTTGGGTAAAATGAGTAATT
TTATTACACGTGCGTTTTAGTTCTGCTGACTGTGTGCCCCCCTCCCCCCC
CCTCTCCATTTTGGAAAACGCCTTCTTTCTTGGATGTCGCCCGCCTACCT
GCCTGTCCACCTATCGCCACGCCACACCGTGCTACTTAAACAGATTCTGG
GAGGTACTCATGGCGAGGGGTAGGCGTCAAGGGCTACAAAACCCTTCTTC
CCTTCCCTGGCGGCGGCGGTGCTGTTGCGTCAACACGACCAAGCGTGATA
TCCTCCGGGAAATCGAATGCGGGGAAAAACATGGAGAAAAGCAGAAAAAA
ATACGATGGTGATGATGATGATGATGATGATGCAGGAAGAGAATTAAACG
CCGCACGATCGTACAATAACGTGAGGTCTTCATCAAGTAGTGCCGGTTCA
GAGGTGGTAGAATCGAAATCGAAGAGTGCGGAGGAACTTTGGTCGTGGAC
GGAACGGGCTGAAACCATCCGCATGGAGAGCGAGACGTCACGAGACCTTC
CGCCAAACCGGCAGTGCCTGGAGGCATTCGGAGATCTCTTGGTGTCAAAG
GCGTCGACTACTTGGGGTCGGGAGCGATGTGATGGCCGCGGTGGAGAGTG
TGGG back to topCoding sequence (CDS) from alignment at H-paniculata_contig300:9699..16452+ >mRNA_H-paniculata_contig300.8148.1 ID=mRNA_H-paniculata_contig300.8148.1|Name=mRNA_H-paniculata_contig300.8148.1|organism=Halopteris paniculata Hal_grac_a_UBK monoicous|type=CDS|length=2706bp|location=Sequence derived from alignment at H-paniculata_contig300:9699..16452+ (Halopteris paniculata Hal_grac_a_UBK monoicous)
ATGGAGGATACTTATGAACACCAAGATGGAGGATACTTATGAACACCAAG
ACATCGTAACGGAAGTCCTCCCCATTATTGCCAACTCAACCGACGATAAG
CAACACTATTCTTGCGAGGAACTGAACGCGCACGCCGACGACGAGATAGC
ACCAGTAGAGAATGACACTGTAGTCGGAGAACACGATGAATGGAAAGACT
ACTCGTGCGCCACCCCGTGGGAGTACTTCGTCAACGACATAGACAATGCC
ATCGGTGAATTCGAAGCAACAAAAACAGCAGCAGCAGCAGCAGCAGGGGG
ATGCGTCTCTAGCGACAACAGCAGTATATCCAAGATGGGGAGGTCTGATC
CAACCTCTGGTTCAGGTCCAGCACACACCGCAGGGCGCAATAATAGTAAT
AGTAACAGTGGCGATGTTGGAGGGGGGAACGGGAAGCGTAATGCTACCGA
CGGCAGATCAGATAAATCCCAGCGGAGGAAAGAAGTAGTGTACAATGGAC
GCACGTATGTCCTGCGAGTGATGCGGCAACAGCAGCAGCAGCGTTGGCAG
CCGCGGCAGGTTGAGTGTGGCAATTTTCCTTCCCTGCCTACCATCTTCGG
GGAGGAGGAGTGTGCGCTGGATGCCATGGTGTCGGCCCTTCCAGCCGGAA
CAGCGGCGGACGAGCACGACGAGGCCACTCGGGGGAAGCTTGAGCGGGAC
GAAGAAGAGGAGGCAGCACGGGTGCTACGTAGCTGACATCGTAACGGAAG
TCCTCCCCATTATTGCCAACTCAACCGACGATAAGCAACACTATTCTTGC
GAGGAACTGAACGCGCACGCCGACGACGAGATAGCACCAGTAGAGAATGA
CACTGTAGTCGGAGAACACGATGAATGGAAAGACTACTCGTGCGCCACCC
CGTGGGAGTACTTCGTCAACGACATAGACAATGCCATCGGTGAATTCGAA
GCAACAAAAACAGCAGCAGCAGCAGCAGCAGGGGGATGCGTCTCTAGCGA
CAACAGCAGTATATCCAAGATGGGGAGGTCTGATCCAACCTCTGGTTCAG
GTCCAGCACACACCGCAGGGCGCAATAATAGTAATAGTAACAGTGGCGAT
GTTGGAGGGGGGAACGGGAAGCGTAATGCTACCGACGGCAGATCAGATAA
ATCCCAGCGGAGGAAAGAAGTAGTGTACAATGGACGCACGTATGTCCTGC
GAGTGATGCGGCAACAGCAGCAGCAGCGTTGGCAGCCGCGGCAGGTTGAG
TGTGGCAATTTTCCTTCCCTGCCTACCATCTTCGGGGAGGAGGAGTGTGC
GCTGGATGCCATGGTGTCGGCCCTTCCAGCCGGAACAGCGGCGGACGAGC
ACGACGAGGCCACTCGGGGGAAGCTTGAGCGGGACGAAGAAGAGGAGGCA
GCACGGGTGCTACGTAGCTGGTTTGGAATGGGAGACTTTCTCTGTGTCCA
CGCGTTGGGATCTGAGACGTCGTCCTCTTTTTCGTCAGGAAGCGATGGTT
TGGAATGGGAGACTTTCTCTGTGTCCACGCGTTGGGATCTGAGACGTCGT
CCTCTTTTTCGTCAGGAAGCGATGGGCCGCCGCTCTCCCTGGAGCAGTTG
CTGTCGACGGCTGTAATAGCCATGGATGGACGCAACTGCGATACCGTTGT
TGCCCTGCAGCCAGGGAACACCGCTCGCGGGCCGCCGCTCTCCCTGGAGC
AGTTGCTGTCGACGGCTGTAATAGCCATGGATGGACGCAACTGCGATACC
GTTGTTGCCCTGCAGCCAGGGAACACCGCTCGCGATTCTGGGAGGTACTC
ATGGCGAGGGGTAGGCGTCAAGGGCTACAAAACCCTTCTTCCCTTCCCTG
GCGGCGGCGGTGCTGTTGCGTCAACACGACCAAGCGTGATATCCTCCGGG
AAATCGAATGCGGGGAAAAACATGGAGAAAAGCAGAAAAAAATACGATGG
TGATGATGATGATGATGATGATGCAGGAAGAGAATTAAACGCCGCACGAT
CGTACAATAACGTGAGGTCTTCATCAAGTAGTGCCGGTTCAGAGGTGGTA
GAATCGAAATCGAAGAGTGCGGAGGAACTTTGGTCGTGGACGGAACGGGC
TGAAACCATCCGCATGGAGAGCGAGACGTCACGAGACCTTCCGCCAAACC
GGCAGTGCCTGGAGGCATTCGGAGATCTCTTGGTGTCAAAGGCGTCGACT
ACTTGGGGTCGGGAGCGATGTGATGGCCGCGGTGGAGAGTGTGGGATTCT
GGGAGGTACTCATGGCGAGGGGTAGGCGTCAAGGGCTACAAAACCCTTCT
TCCCTTCCCTGGCGGCGGCGGTGCTGTTGCGTCAACACGACCAAGCGTGA
TATCCTCCGGGAAATCGAATGCGGGGAAAAACATGGAGAAAAGCAGAAAA
AAATACGATGGTGATGATGATGATGATGATGATGCAGGAAGAGAATTAAA
CGCCGCACGATCGTACAATAACGTGAGGTCTTCATCAAGTAGTGCCGGTT
CAGAGGTGGTAGAATCGAAATCGAAGAGTGCGGAGGAACTTTGGTCGTGG
ACGGAACGGGCTGAAACCATCCGCATGGAGAGCGAGACGTCACGAGACCT
TCCGCCAAACCGGCAGTGCCTGGAGGCATTCGGAGATCTCTTGGTGTCAA
AGGCGTCGACTACTTGGGGTCGGGAGCGATGTGATGGCCGCGGTGGAGAG
TGTGGG back to top
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