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Associated RNAi Experiments
Homology
BLAST of EMLSAG00000001224 vs. C. finmarchicus
Match: gi|592753855|gb|GAXK01200558.1| (TSA: Calanus finmarchicus comp364095_c0_seq1 transcribed RNA sequence) HSP 1 Score: 41.5874 bits (96), Expect = 2.239e-2 Identity = 20/61 (32.79%), Postives = 35/61 (57.38%), Query Frame = 0
Query: 184 SNPNPSLSKTTSNIPTVTPNPTKFLHN----LPKGYELVKINDLTSNHEVIPWKKAKEILQ 240
+ P+P + ++ P +PT+F LP GYELV ++ LT +HEV+PW+ +++
Sbjct: 1099 TTPHPGATYSSPLYPHSPGSPTQFFTTPQPPLPPGYELVPVDQLTDDHEVVPWEDLPHLMK 1281 HSP 2 Score: 37.7354 bits (86), Expect = 3.340e-1 Identity = 24/68 (35.29%), Postives = 33/68 (48.53%), Query Frame = 0
Query: 122 YKLSLERSKDYQNWLKLKNKFLEEQSKKKMENSVTXXXXXXXXVFI-------VLPEERNSQTFPHFP 182
YK L+ S DYQ+WL+LKN FL E+ + ++ NV I + N+ FPHFP
Sbjct: 676 YKQILKNSNDYQHWLRLKNNFLRERKMLFAKTNLQAGNQPLENVPIQSGSNVQSSGDNDNNDKFPHFP 879 HSP 3 Score: 35.8094 bits (81), Expect = 1.572e+0 Identity = 14/25 (56.00%), Postives = 18/25 (72.00%), Query Frame = 0
Query: 1305 PKGIIPLILRSAKDDLKLIGNAIQY 1329
PKGI+ ++RSAKDDL GN I +
Sbjct: 6946 PKGILQTLIRSAKDDLNFAGNVINF 7020
BLAST of EMLSAG00000001224 vs. L. salmonis peptides
Match: EMLSAP00000001224 (pep:novel supercontig:LSalAtl2s:LSalAtl2s11:388009:397306:1 gene:EMLSAG00000001224 transcript:EMLSAT00000001224 description:"maker-LSalAtl2s11-augustus-gene-4.10") HSP 1 Score: 2645.92 bits (6857), Expect = 0.000e+0 Identity = 1333/1333 (100.00%), Postives = 1333/1333 (100.00%), Query Frame = 0
Query: 1 MAPRXLLLIHVLLFXLISLTECKVDTDLISAIPGVSDFFVFPSMRMSSFLSVLTSPDSRVQRMLPTPSALIRPKKDIWRGHLPGGNVNRPVFTTPFPSLNNKIQKKKPVRSEMKFEPISIEYKLSLERSKDYQNWLKLKNKFLEEQSKKKMENSVTNNENNNNNVFIVLPEERNSQTFPHFPLSNPNPSLSKTTSNIPTVTPNPTKFLHNLPKGYELVKINDLTSNHEVIPWKKAKEILQVSSTPLPPAIPPYKIWKRNPPISPDLPSLPISMHFPASSTTASSVKGPIINSIPPKVIHFGSDFTRLESKGNPVPIGVNSLTEGLPPVPRHTTPSRIIITPKGSTPHHPSTRSTPKPIQFTSIRPPPTTTFRHPTTTTFRPPTTPRSTTTTTRTSSPKRSSARSTSVIKPLTFTTTNYKPSTTPTTQIPLSLSSSMLASSLPKINKIYSNDYPSKRHVFRSQQHSGRPIMMERAELNHIQYPDIKSLEHVSSSILLNDAIQKQYYTSPSPVYKHMIINVPTRVPTRPTLIHIPTKPSSRVVHIVTRVPSKFLDTIGHIPETGHXSYKHNIRQPITYGASPSASPDYVKSLNVQSYKYPNYHLPPPIPSRPHHHPLLPQHPLPPHPPRPSSYPLHRYDRKILVGNHTKRIYITPDKDDKIHIELPPNISLADFLQRIHFKIPSEDESKKVFSAPTKFLAPLAETIKQTTTIHITKKPVSSTVVTASTIXLXPXTXLNPQAIVFTTEKLIDPSIKISTYDNPSNNNIIIYSEHKKILQNLADTIKDINVSIESLNSSLISSRTTTASTTIFSSPTANPFLLTTTTSSLFTLSTTTTDSIIKSSTESIQTMSDTPLMISIRRDVASLVSTVSELKDQRKNDAESIPKQVEKRLKNTFEDMSIMMKNINETLMRTILSSRSDTPSEEDEVNIQILQTELERLGGMIGELRLQTSQVPVEVISTLFKAKDQVRAAATAXEQINETXPFTTQNWFTSTPATTPNPFTTTITTSTSNNVFRTFKVGAKLNPEPISSSFRGGASSTITVTGDGVNSGGIIIGSAEPVEFIGNRSPQKLVEESTQNPQIEAEKIFLLQQRRLLIEEKNKLDEERRQLAVEKERQTYAFLPPTSTLRAPXPPLISSEPLFPFNDDSSPVRYQISSSKKAISQAPYSPVKYKNSQRRLKDDYDEVVYTDDNDWSSSDWQPSYKSSYIINPTKEVNENHGSKSFKRPSDDFKFYDTKTNSYIIQGHGLLESSDEVSFNSSPLEVILYPDSAKELLNSSAGKTKSYVIDPLLNEKGSATIGKEVVESPKGIIPLILRSAKDDLKLIGNAIQYALER 1333
MAPRXLLLIHVLLFXLISLTECKVDTDLISAIPGVSDFFVFPSMRMSSFLSVLTSPDSRVQRMLPTPSALIRPKKDIWRGHLPGGNVNRPVFTTPFPSLNNKIQKKKPVRSEMKFEPISIEYKLSLERSKDYQNWLKLKNKFLEEQSKKKMENSVTNNENNNNNVFIVLPEERNSQTFPHFPLSNPNPSLSKTTSNIPTVTPNPTKFLHNLPKGYELVKINDLTSNHEVIPWKKAKEILQVSSTPLPPAIPPYKIWKRNPPISPDLPSLPISMHFPASSTTASSVKGPIINSIPPKVIHFGSDFTRLESKGNPVPIGVNSLTEGLPPVPRHTTPSRIIITPKGSTPHHPSTRSTPKPIQFTSIRPPPTTTFRHPTTTTFRPPTTPRSTTTTTRTSSPKRSSARSTSVIKPLTFTTTNYKPSTTPTTQIPLSLSSSMLASSLPKINKIYSNDYPSKRHVFRSQQHSGRPIMMERAELNHIQYPDIKSLEHVSSSILLNDAIQKQYYTSPSPVYKHMIINVPTRVPTRPTLIHIPTKPSSRVVHIVTRVPSKFLDTIGHIPETGHXSYKHNIRQPITYGASPSASPDYVKSLNVQSYKYPNYHLPPPIPSRPHHHPLLPQHPLPPHPPRPSSYPLHRYDRKILVGNHTKRIYITPDKDDKIHIELPPNISLADFLQRIHFKIPSEDESKKVFSAPTKFLAPLAETIKQTTTIHITKKPVSSTVVTASTIXLXPXTXLNPQAIVFTTEKLIDPSIKISTYDNPSNNNIIIYSEHKKILQNLADTIKDINVSIESLNSSLISSRTTTASTTIFSSPTANPFLLTTTTSSLFTLSTTTTDSIIKSSTESIQTMSDTPLMISIRRDVASLVSTVSELKDQRKNDAESIPKQVEKRLKNTFEDMSIMMKNINETLMRTILSSRSDTPSEEDEVNIQILQTELERLGGMIGELRLQTSQVPVEVISTLFKAKDQVRAAATAXEQINETXPFTTQNWFTSTPATTPNPFTTTITTSTSNNVFRTFKVGAKLNPEPISSSFRGGASSTITVTGDGVNSGGIIIGSAEPVEFIGNRSPQKLVEESTQNPQIEAEKIFLLQQRRLLIEEKNKLDEERRQLAVEKERQTYAFLPPTSTLRAPXPPLISSEPLFPFNDDSSPVRYQISSSKKAISQAPYSPVKYKNSQRRLKDDYDEVVYTDDNDWSSSDWQPSYKSSYIINPTKEVNENHGSKSFKRPSDDFKFYDTKTNSYIIQGHGLLESSDEVSFNSSPLEVILYPDSAKELLNSSAGKTKSYVIDPLLNEKGSATIGKEVVESPKGIIPLILRSAKDDLKLIGNAIQYALER
Sbjct: 1 MAPRXLLLIHVLLFXLISLTECKVDTDLISAIPGVSDFFVFPSMRMSSFLSVLTSPDSRVQRMLPTPSALIRPKKDIWRGHLPGGNVNRPVFTTPFPSLNNKIQKKKPVRSEMKFEPISIEYKLSLERSKDYQNWLKLKNKFLEEQSKKKMENSVTNNENNNNNVFIVLPEERNSQTFPHFPLSNPNPSLSKTTSNIPTVTPNPTKFLHNLPKGYELVKINDLTSNHEVIPWKKAKEILQVSSTPLPPAIPPYKIWKRNPPISPDLPSLPISMHFPASSTTASSVKGPIINSIPPKVIHFGSDFTRLESKGNPVPIGVNSLTEGLPPVPRHTTPSRIIITPKGSTPHHPSTRSTPKPIQFTSIRPPPTTTFRHPTTTTFRPPTTPRSTTTTTRTSSPKRSSARSTSVIKPLTFTTTNYKPSTTPTTQIPLSLSSSMLASSLPKINKIYSNDYPSKRHVFRSQQHSGRPIMMERAELNHIQYPDIKSLEHVSSSILLNDAIQKQYYTSPSPVYKHMIINVPTRVPTRPTLIHIPTKPSSRVVHIVTRVPSKFLDTIGHIPETGHXSYKHNIRQPITYGASPSASPDYVKSLNVQSYKYPNYHLPPPIPSRPHHHPLLPQHPLPPHPPRPSSYPLHRYDRKILVGNHTKRIYITPDKDDKIHIELPPNISLADFLQRIHFKIPSEDESKKVFSAPTKFLAPLAETIKQTTTIHITKKPVSSTVVTASTIXLXPXTXLNPQAIVFTTEKLIDPSIKISTYDNPSNNNIIIYSEHKKILQNLADTIKDINVSIESLNSSLISSRTTTASTTIFSSPTANPFLLTTTTSSLFTLSTTTTDSIIKSSTESIQTMSDTPLMISIRRDVASLVSTVSELKDQRKNDAESIPKQVEKRLKNTFEDMSIMMKNINETLMRTILSSRSDTPSEEDEVNIQILQTELERLGGMIGELRLQTSQVPVEVISTLFKAKDQVRAAATAXEQINETXPFTTQNWFTSTPATTPNPFTTTITTSTSNNVFRTFKVGAKLNPEPISSSFRGGASSTITVTGDGVNSGGIIIGSAEPVEFIGNRSPQKLVEESTQNPQIEAEKIFLLQQRRLLIEEKNKLDEERRQLAVEKERQTYAFLPPTSTLRAPXPPLISSEPLFPFNDDSSPVRYQISSSKKAISQAPYSPVKYKNSQRRLKDDYDEVVYTDDNDWSSSDWQPSYKSSYIINPTKEVNENHGSKSFKRPSDDFKFYDTKTNSYIIQGHGLLESSDEVSFNSSPLEVILYPDSAKELLNSSAGKTKSYVIDPLLNEKGSATIGKEVVESPKGIIPLILRSAKDDLKLIGNAIQYALER 1333
The following BLAST results are available for this feature:
BLAST of EMLSAG00000001224 vs. GO
Analysis Date: 2014-04-02 ( Blast vs. GO)
Total hits: 0
| Match Name | E-value | Identity | Description | |
|---|
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BLAST of EMLSAG00000001224 vs. L. salmonis peptides
Analysis Date: 2014-05-10 ( Blastp vs. self)
Total hits: 1
| Match Name | E-value | Identity | Description | |
|---|
| EMLSAP00000001224 | 0.000e+0 | 100.00 | pep:novel supercontig:LSalAtl2s:LSalAtl2s11:388009... | [more] |
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Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s11 | supercontig | LSalAtl2s11:388009..397306 + |
Analyses
This gene is derived from or has results from the following analyses
Properties
| Property Name | Value |
|---|
| Logic name | ensemblgenomes |
| Description | maker-LSalAtl2s11-augustus-gene-4.10 |
| Biotype | protein_coding |
| Evidence | IEA |
| Note | Hypothetical protein |
Cross References
External references for this gene
Relationships
The following mRNA feature(s) are a part of this gene:
Sequences
The following sequences are available for this feature:
gene from alignment at LSalAtl2s11:388009..397306+ Legend: mRNA Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAG00000001224-683990 ID=EMLSAG00000001224-683990|Name=EMLSAG00000001224|organism=Lepeophtheirus salmonis|type=gene|length=9298bp|location=Sequence derived from alignment at LSalAtl2s11:388009..397306+ (Lepeophtheirus salmonis)
TAAAAAGAATTTCTGTCATTGAACAGGTGTATTATTGTGATTTCAAATTG
AATATGATTTTTCCAAGATCCAAGGGATGACAAAGGTGGAAGAATCGTAC
TTACAGAATGGCTCCRAGAGMATTATTACTAATCCACGTTCTCCTGTTTT
RTCTGATATCTCTAACAGAATGCAAAGTAGACACGGATTTAATCAGTGCA
ATACCAGGTGTTTCAGACTTTTTTGTTTTTCCGTCCATGCGTATGAGCTC
CTTTCTGAGTGTATTAACATCACCTGACTCAAGGGTGCAACGAATGCTAC
CAACACCAAGTGCATTAATTCGTCCTAAAAAAGACATTTGGAGAGGTCAT
CTCCCTGGGGGAAATGTGAATAGACCTGTATTCACTACACCCTTTCCTTC
GTTAAACAATAAAATCCAAAAAAAGAAACCTGTAAGGAGCGAGATGAAAT
TCGAACCCATTTCCATTGAATATAAATTGAGTTTAGAGAGGAGTAAAGAT
TATCAAAATTGGTTAAAACTCAAAAATAAATTTTTGGAAGAACAATCGAA
GAAGAAGATGGAAAATAGTGTTACAAATAATGAAAATAATAATAATAATG
TTTTCATCGTACTTCCAGAGGAGAGAAACTCCCAAACATTTCCTCATTTC
CCACTATCAAACCCAAACCCCTCCCTCAGCAAAACAACTTCAAATATTCC
TACAGTCACTCCAAATCCTACAAAATTCCTTCATAACTTACCAAAGGGAT
ATGAACTCGTGAAAATAAATGATTTAACTTCGAATCACGAAGTCATTCCA
TGGAAGAAAGCAAAAGAGATTCTTCAAGTCTCGTCCACTCCTCTTCCCCC
TGCGATTCCACCTTACAAAATATGGAAGAGAAATCCACCAATCAGTCCGG
ATCTTCCATCCCTTCCTATTTCCATGCATTTCCCAGCATCATCAACTACA
GCTTCCTCTGTAAAGGGCCCTATAATTAACTCCATCCCACCTAAAGTCAT
TCATTTTGGTAGTGATTTTACTAGGTTGGAATCGAAGGGGAATCCAGTTC
CTATAGGAGTCAATTCCCTCACTGAAGGACTCCCCCCTGTTCCAAGGCAC
ACTACTCCTTCGAGGTAATTAGATGTACATACATTTTGTCAGTTATAATT
AATCATCTATTTATTTGAAATACTGTGTATGCAATTCCTACAGTATGCGT
ACCTATAACTCAGTCCTAAGACTGTTTTGCAAAATTACCAATAACCACAG
AAAAGATCCCTTTCATCACATCAAGTGCAATTACGATTGAAACTCACTTA
TCCTTGCATGCGTAAATATCCCAAATAAATTATAATGGATTTCACGAGTG
ATGAAATCCATTTGATGTTTTTAATAACAATTTATTACGTTCAACATTCA
ATTTTGTTCTTACTCGAATGAAAATTTAAAATGTTCATGTAATACACATT
TACTTAATTAAACGTCTTGGTCATGGTCGAAATGATCGTTGTGGTTTGTG
TATATCACTAATTAAGAATATAGCAAATAACCAATTGAATTATTTTCAAG
GATTCTCACACAAAGGGTCATCGGCCTCCTCACTGACATGAAATATGATA
GTATGTGCTCGGTTATACCTACTTGACTTCTTAGAATTAGGTTGAAATTT
AAACTTAAGTCAGTTTGAATACAATGACGTCATAAACTCATAGTTTAAGT
TTAGGCTCAGTTGGCAAGGGTCTCTGCAGGGGTTGTAGGTAAATTATGCA
GCAGAGCAAAAAATTTAATATATGAAACTTTTTCAAAAAAATTAGTTAAA
ATTAGAAGTTAAAAACCAAGCCCATTAAAATATAATTCTGCAGACGTCCC
TGGTTTGTGCAACTCAAACTAAAGGCCAAGRAGCAAGGGCCACTTTTTAG
CTTGAGAAGATTCTATGTCCAATTTTTATCCTTTTCCCACACAAGATGTC
GCGTTTTCATATATCAAAGATTTTTCACTTTATCACTTTCTGCCATTATC
CCTCATGAGTCATGACGTAGATACATATGTACCCTCTTCCTCCTTTCGTA
AAATAGATCTTGTTAATTCAGTTAAAAAAGCGAATTCAAGGAGGTTGTAT
AGTAAGTCATAGAGTTATATTCAATTGGGTATAGTCAACGCCCAATATAG
ACAAAATTGTCACATATCCAATCATATTTGGACTAATATTGATTACGTGA
TCTTCGTTTTGCCACTTGGTGCAACCAAACTTTTGTGTTATTTAAATGAA
TGCTCGCAAAATCAAATAAATTTATATTCATTTAGAATAGTGAAAGTTAA
AGCTTGATCAAATACAAACATTCTACTGTTTGTTTGTAGATTTATAATAT
ACGGGGTGGTCCAGATAAATTGGGAGAAACTTTAAGGCATATAACAAACA
AACTAAAATCATATTTTTCTATATTATTTGATAGCTACAATTAATGACAT
TCAATTATTTATAATGAGATCTGCCTTTCTTGATAACCTCGTCCACATGC
CCCCGAAAGCATTAGCAGGACCAAGCGATCTCGTGTCGATCCAGCTTTGC
TATTATACGGATAATGGACTGTTTCAGGGCCTCCACAGACAAATGATACT
TGGCACATGCCTCATGTTCGACCAGAGATAGAAATCGCAGGGGTTCAGGT
CCAGGCAGTTTGGAAGCAAAAAAATTCGGGGTCTAAAAGGAGGACWTTTT
GMGGTCGAGCCATCCTGTKCCTGCCAAGCTCAACTAGTACAATGGCAAGG
CTGGATCTGCACAAGGTCACCCGGGCCTGCCAAAGCTTCCGGCCTCGTAT
AGCCTAGGTTATTAAGAGAATCATATTTCATTATAAATAATTGAATGCCA
TTAAATGTTACTTTCAATCAAAAAAAAAAAAAATTGCTTCCAACCCATCT
AGTTCGTTCGATATGAGCTTTTAAAGATTTTCTTAATTTATCTGGACCAC
CCTACAATGTTACACTGTCCTCCATTACGTATGTATGTAATGATGAAAAT
AGGATCTATCTAAAGGATTTTGACTTGTTAAAAAAATGAATATCTTGTTT
ATTATTATTTTTTTTTAATATTGCTTTGTGAGGGAAGAAAGTTGTGAACA
TATGTTATGGCTATTAAATCTTCCAATGCTCTCGAATGTACAAATATATA
TATACTTTAATAACAAAAAAAGAGAAATGTCATCTTCTGGTCCTGGGAAA
GTAAAAATAGGTTTGGTGAACTTTTAATTAAAAAAACAACTTTTCGGTCA
TAAATAATGCTTCAAAAAATAGAAATTACACTCAAAACATCTGTACTGAA
ATATTTTGTTTTATATAGCATAATACAATTAGTTAACGCAAAAACAATCT
CTAACAAAAATCAAGAAAAGGAGGAATGTCCAATTAATATTTTTATATAA
ATGTGTCCCAACATTGGATAACTATAAATTTTTTAGAACCCTCATATGAT
TGATGATAATTAATTTAGCCTGATATGCCCTTTCAAATTAAGTATATCCA
TTTCTGATTATTTCATTGTGAGGATGTATTTTAGCACCTTAAGTGCCATT
TGCGACGGCTCCAAAGGATGAATTAAAACAATTTGTATATAGAAATTAAC
GATAATTCAAATTCAACTTTGAGATTATTCTAGATTGTTTTTGTATTGAA
GGACCACATATGTACTTTTTTATACAAATATACACATATTTAAGCCTAGT
TTAAAGTGATGATTAGCACTTTATATAATTCATGACATATGAAGAGAATG
AGAGAATGACCAACATAAATAAGAAAATATCTTATCACTTCATTCTTTAT
TACAGAAGAAAAAACGATACAGTGATTGATAAGAAAACTATATGTATAAT
GCATATACATATATGTCGTGTACAAGTTGTAATTTCTATATGCAAGTTAT
TCAAGTTGTAATTTCTTCGTCTTAAAGTCCCTTATTAAATTGTAACATTA
GTCATTTTAATTAATAACCATCATTGCATGAATTAGTAAAAAGTATTTCA
TTAAATGATTAAAATGACACCAAAAATATCAGAACACTTCAAAGAATATT
AAATTGTTTCACTATCTGCATCACAATTATAAAAAAAATCTTTATTCAAA
CATATTTATGTTGTCGTAACTGGTACAATCTGTTTATACAAGTTACAACT
TGTACACGTCATAATAGGTTGGGAAAACTGAAGAAGTAATTTCGTATTTT
TCACTTTATTTCAATGCCTTACATGAAGTGTTACAGTCATCCAATTTAAG
CCATGTATGTCCCGTTCTGTTTGATAAATTTTTGTACACGAAAATCCAAC
TTCATAATGCCCTTCTCTTAGAAGCTCGTGTCCCTGTTGGTAAAAACTGG
GATAATCAATTTTCACAGAACTCTATTGATGCCAAATTTGAATCCCTAAG
CGTGTTGACCATAGACAGAAACAGGTGGTATTCACTTGGTACGGACTGTG
GGGTGGATACATAACAACTTCCCATCCGAGCTTCCAAAGATTCTGGAGCG
CCATCAAAGGTGTGTACGGACTGTTGTAGTTTTGATGAAACACTGTTCCT
CTCCTATTCGGGTTTCTTTTTGTATCCAGCCTTCTGCAAATGGCTCAAAA
CGGTTTTATGATCGATGTTCAGATCCTAGGAAATGTTATGACTGATATTA
TGACGGTCTATCTCGAAATTTCTCATGATTTCATCAACATTTCGACAACA
AGCCTGCCAGTGCGTGGCGCATCATTTACTTCCACTACGCCAGAACWAAA
TAGCTCGAACCATTGTTGTAAAACACGAGCCGAAAGAGTATCGGCCCCGA
ATACATTTCAAATTTTTTTCCCTTTTAGATAGTAAAAATGTAAAATATGG
CGAATTTCTTCCTTTGAGACCTTCATACTTGACGCCCCATAATTCTCGAC
TGAATTGACCAAGCGCAATACTGTCCAAAAAATGTTTGTAATATACACTT
ACACATTTACAACACTTCATCGTATGATCCGGTGTGACCAATAAGGAACA
AGATATACTTAGTTTTTTTTTAAAGGCGGGAAATACGAAATTACTATTTA
TCCCAACTATGTTATATATGTATCATATATATTGTGTAATTTTATCGAAA
TATAGATTAAAAGAGGATGAATCGATAAATTTTAAGAATATAATCATTTG
TATTCGTGAATGTTTTAAATTATCAGTTCAGAATAATCATATTAACTGAT
GGTAATCATAGGTATGTAAGTAGTATACTATGTATATAATGTCCTTATTG
CTTTAAAGTATGCATAACGTAATAAAATAGAACAAAGTAGTAACCACAAA
AAGGCCTCGATTAAAATATTAAGCAGTTTCTAAAGAAATACAAAAATATG
ATCAAAATGTGTAAAAAGTATTTCACATAAAATTATTTAAATATACATAA
TTATAACTAGTATCTTAATGAAAACCTTGTTTCTTTTATCAACATAAAGA
ATCATAATAACCCCTAAAGGATCCACACCTCATCATCCATCAACTCGAAG
TACTCCAAAGCCTATTCAATTTACATCCATTCGTCCTCCKCCTACGACAA
CTTTTCGTCATCCAACCACAACAACTTTTCGTCCCCCAACAACTCCAAGA
TCCACAACGACAACTACAAGAACCTCATCACCCAAACGCTCATCGGCAAG
AAGCACTTCTGTAATAAAACCCTTAACCTTCACCACAACTAACTATAAAC
CATCCACGACCCCCACAACACAAATTCCTTTAAGTCTGTCCTCTTCAATG
CTGGCGTCCTCCCTTCCCAAAATAAATAAGATATATTCAAATGATTATCC
ATCAAAGAGACATGTGTTTAGAAGCCAACAACACTCTGGAAGACCGATTA
TGATGGAAAGGTATGTAACCTATGGATCCAGAGTTGTACATAGTATATGT
ATTTGAAATTTTCTTCCTAAAGTAATATTTATTTTATACTTGTGGCTCTA
TATATAAAAACCACCTGTGCCAATCCTTATTTTATTGAAAAACCATAGAA
CTTAATAGTTATGAAAGTTTTCCCTTTAGATATTCTAAAGTAATACTTAA
AACTTATACCTATTGTAGAAAGTCCTTTAAAATATTATTATATCTTTAAT
CAAAGTAAGACACTAGACTGTCCCGATATTGGGTTATAATTTTTTCCCCT
CTGATCAAAGACCTTATCTACTAGGGACAGTAAAAAATGGCATCGTCATA
GTTTAAGGCCTCTCAGTCCATTTTATTTGAGAAAAAATGTGGGATTTTAG
TACTGGAACTAATAGGGTTAAATTTTGAATGGTTATGTTTCATAAAATAG
GGCCACCTCAAATCATTGAGCACATTTTATATCCCTTGAATGATAAAAAA
CAAGGTCCACAAAATCGGGTAAAAATATGAACCATAAAACGGTTCAGTCC
AATAAGCACACATGACACCCTAGCTAGAAAATTCCAACTCCATTTAATAC
CTTTTTTTAAATAATATTACAGAGCTGAATTGAATCATATTCAATATCCT
GACATCAAGTCCCTGGAGCATGTCTCATCAAGCATTTTACTAAATGATGC
TATTCAAAAGCAATATTACACATCACCAAGTCCTGTTTATAAACACATGA
TAATCAATGTACCAACAAGGGTTCCAACAAGACCAACATTGATACACATA
CCCACTAAACCATCTTCGAGAGTCGTCCACATCGTGACGCGTGTTCCTTC
AAAATTTCTTGATACCATAGGGCATATTCCAGAGACGGGGCATKCCTCCT
ACAAACATAACATTCGKCAACCAATAACATATGGGGCATCTCCGTCTGCA
TCCCCTGATTATGTGAAATCTCTCAATGTCCAGTCCTATAAATATCCAAA
CTATCACCTTCCTCCTCCAATCCCTTCACGCCCACATCATCATCCACTTC
TGCCTCARCATCCACTTCCACCTCATCCTCCACGTCCCTCATCATATCCT
CTCCATCGATACGATAGGAAAATCCTGGTTGGCAATCATACCAAGAGAAT
ATATATCACTCCAGACAAGGATGATAAAATCCATATTGAACTACCTCCCA
ATATTTCATTGGCAGACTTTCTTCAGAGAATACATTTCAAAATCCCGAGT
GAGGATGAAAGTAAGAAGGTATTTTCAGCACCGACTAAGTTTTTAGCCCC
TTTAGCTGAAACAATTAAACAAACGACGACGATTCATATAACAAAGAAGC
CCGTATCATCTACAGTAGTAACTGCTTCAACAATAKCTCTAKCRCCATRC
ACAKCTCTTAACCCCCAAGCCATTGTCTTTACAACCGAAAAATTGATTGA
TCCTTCAATAAAAATATCGACCTACGACAATCCTTCAAATAATAATATCA
TTATATACTCAGAACATAAAAAAATACTACAAAATTTAGCTGATACCATC
AAAGACATAAATGTTTCAATTGAGAGTCTGAACTCCTCATTAATCTCCTC
CCGAACCACAACAGCTTCTACAACGATCTTCTCTTCTCCTACTGCAAACC
CTTTTTTGTTGACGACAACCACAAGTTCACTCTTCACTTTATCAACAACA
ACTACTGATTCAATTATTAAATCTTCAACTGAAAGTATTCAAACAATGTC
GGACACCCCATTAATGATCAGCATACGAAGAGATGTTGCCTCTCTTGTAT
CAACCGTAAGTGAATTAAAGGATCAAAGGAAAAATGATGCGGAATCAATA
CCTAAACAAGTTGAAAAAAGACTCAAAAATACTTTTGAGGACATGAGTAT
CATGATGAAAAATATAAATGAGACTCTTATGAGAACAATATTGTCTTCAA
GGAGTGATACTCCATCAGAAGAAGATGAGGTAAACATACAAATATTACAG
ACTGAGCTAGAAAGACTTGGAGGAATGATTGGTGAGTTACGATTGCAAAC
TTCGCAAGTCCCTGTTGAAGTTATATCCACTCTTTTTAAAGCCAAAGATC
AAGTAAGAGCTGCCGCTACGGCTTRTGAACAAATAAAYGAGACGAGMCCT
TTTACAACACAAAACTGGTTTACTTCCACACCTGCAACTACACCAAACCC
ATTTACAACAACAATTACAACGTCAACATCAAATAATGTTTTTCGCACAT
TTAAAGTCGGAGCAAAATTGAATCCCGAGCCCATTTCCTCGTCCTTTAGA
GGAGGAGCCTCAAGTACAATAACCGTAACAGGTGACGGTGTCAACTCCGG
TGGAATCATTATAGGGTCAGCAGAGCCCGTGGAGTTCATTGGTAATCGTA
GTCCTCAAAAACTTGTTGAGGAATCAACGCAGAACCCGCAAATTGAGGCA
GAGAAAATCTTTCTACTTCAACAAAGGCGATTGCTTATAGAGGAGAAAAA
TAAATTGGATGAGGAACGTCGACAATTGGCTGTTGAGAAGGAAAGACAAA
CATATGCCTTTCTCCCGCCAACATCCACTCTAAGAGCACCATKCCCTCCA
CTGATATCTTCAGAACCTCTGTTCCCATTCAACGATGATTCTTCACCAGT
CAGGTATCAAATTTCATCCTCAAAAAAAGCCATTTCACAGGCCCCCTATT
CCCCAGTCAAATATAAAAATAGTCAAAGAAGGCTAAAAGATGACTATGAC
GAAGTTGTCTACACTGATGATAAGTAATTTTAACTTAACATATTTTGCAC
AAATGTTATCATTTAATTATATTTTCTTATTTAACTTTTCTAGCGATTGG
TCATCAAGTGACTGGCAACCCTCCTACAAATCATCATATATCATCAATCC
AACAAAAGAAGTAAATGAAAACCACGGATCAAAATCCTTTAAACGTCCTT
CTGATGATTTCAAATTTTATGATACAAAAACAAACAGCTACATCATTCAA
GGACATGGTCTATTGGAATCATCAGATGAAGTTTCCTTCAATAGCTCTCC
ATTAGAAGTTATTCTATATCCAGATTCGGCAAAAGAGCTACTTAATTCAA
GCGCTGGAAAGACAAAGAGCTACGTAATTGATCCTCTACTCAATGAAAAA
GGATCTGCAACTATTGGAAAGGAGGTGGTTGAGAGTCCTAAGGGGATCAT
ACCCCTAATCCTAAGATCTGCTAAAGACGATCTTAAACTAATTGGCAATG
CAATTCAGTACGCTTTAGAGAGATAATTTGACTATTTCAGACTTTTATTG
TATGTATATCTCTCAATATACTCACATCATTTAATGGTCGATATATCCTG
CATATTATATACATATTTCAGATCTTGGTCAAGGATTAATGGTCTAAAAG
AGTTCTTAGAATTTCAACTTATCCATTCGTCACTAAATGTTAAAATCC back to top
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