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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s170 | supercontig | LSalAtl2s170:1035054..1044986 + |
Analyses
This mRNA is derived from or has results from the following analyses
| Analysis Name | Date Performed |
|---|
| ensembl | 2013-09-26 .965016 |
Properties
| Property Name | Value |
|---|
| Logic name | ensemblgenomes |
| Biotype | protein_coding |
| Evidence | IEA |
Cross References
External references for this mRNA
Relationships
This mRNA is a part of the following gene feature(s):
The following exon feature(s) are a part of this mRNA:
The following polypeptide feature(s) derives from this mRNA:
Sequences
The following sequences are available for this feature:
protein sequence of EMLSAP00000002968 >EMLSAP00000002968 ID=EMLSAP00000002968|Name=EMLSAP00000002968|organism=Lepeophtheirus salmonis|type=polypeptide|length=3014bp
MPQEEESSSSIWKIYKSYGNPHLEQAQQWLXYFLMRSYEEGVTHARPEVV
EDLVQVILRELNPEFNKQQPSPLKGRLWRIFIFLEQLEGRYVIVSNAHGF
AELLINLLEYLIEKTLQERRSSVEEADLAKRKTKIPKVDFYDVLALWRNI
DSKYCQSSKHSKNISLPENSLAKHQNDPFESKSTSKYSKKSHQVRLKNRL
RYTSKPPSKDVSKTHNSKYINILSKAYDDDSESTLQESFLLHSSKISYIP
QNPLDFDYFDMVLRSSDESIRINEWRRSIHNGYAPVARIPLRSPVTDELH
ESYDLFIVVLNVLTKLIDRETRVRNIKTSYFVALLVASFACEKVSVLLDE
NERITTTDLLLPLLKLLLTSLVELCFTSRDNSQVIILTSLNAVSRIFHSN
GPPPASLLQMQTCVLRIVSSLSFGGGSKLTLXALFDKRQGDCIQIFVKNE
DFHQTLKLITSQSNELPKEDIEDYFYELKKVFISYKGTCSNSGETVNLHS
AFRSLMIFSSELIRLYGLNSILPILKLDTGCILCVHPSFAWECLLQRSPV
PLREDIYKVVERIVIHYSLTHYNKDSRKKRDKPTSATSTPSSPVSSSYNA
SKFSDSDSAFCTSENSFDSKEQSLYGEHSSTLSTYLLLMEKFFQDEDNLM
DLMDHIMRLFNSVHPQMNKKIFLDVILPAFRIYKNHKILSSFCLFVLSSC
ITWETRFKSDKNVGYYELALQNDIPNLLSGISDRAFSVYSSFVRVELCKV
AFDITQDYFCDCXPEDILXRHTKYNRVVKLTAENKTVQKLYDLIVNTECV
NEELVILWEETFRXLVNFPHFKSFCXXXXXFGQVLIQLGTAKPVLTHRRD
GSSYNFHSLNKCLENVAEYYVENAPNPEVLKPITKEMFLVNFIPKRRPSQ
LTAPIFEKDDFFDNNTHLIEFPHEETHYDASDEDSTEEKSDKKEANPLFL
LNKTINKNKIVIQTSFNFIAACAEKFPSVAQYGISFWIRACKVDYETCKY
INKLKIPSFLIEEFKALIIDGKAKYVTLIESLAYFLDITTXPSAMPFLEL
LKTISLRVTNPLTPKYSIVFSSIKNYRFRTRIPSYYVIDFSFILWVKCTN
KNGTVFTFDSESGFFIGIDINPEQKNIFVYLSRNLVEVFTITFYSKGLAV
NGWNHITISMRPSKGELSVIVNGTLSFANKSAKYPISKGKGFSQVMTLFP
SVFEYSDIRICKGFLKEEDSLALFMRGHQHRSRNSEFIIKQFPDLLKIHP
LMSQVSQEEILIAHFDPQNPKHLLVYDEERDNIPSSLLPPSVVTSLCSDE
VIDNHGTRLWNVVGQCGGIGTLLLLEARILELKLPDVYFALGLEITLNVA
LNSFEGKEDFDLMDGFVLLSSLLASQKPGLFTLSVLVNKSLNEDIILFDP
HKLTIDWREVDKGPILIYPELLELVFVFSNLVSHQLDGEKYSKLQSGMDS
KSLFDVFIKLIGRLVEFSNDFHAHNHKQLREISFDSKLMHYLKESCIEDE
QFQLNMSTVEEIGDIFGTLIGSPPDLEMVSKMVKHCLFIHDPLFTYISHT
KSSIYLLESPSNNLLNDVHGNSATVSWKVEEGEEVAKKEIEEECTYHIVD
ECNQPWGRKSLERKMDNHKISQVMEAEINKVSPIEGKFSLLLCKFLNVLA
NSLINTPDGSNSRCSDVFQPEVLLSLVNHPHPGVRCEAVNLINCWLQRSS
TKGDKIYFLLSNQLLSFPVTEGIINKCLDIAHKIIGFNLQEYHSSSFFEE
DEPLISPPVALIPTLALLPYTVNELSLAHGIINHIHRVLAKDIATLKKLV
LNFELLRILXATLKAVTHTNNLCLDICGQDSREILTNDLNNLFGLVVYHF
VTDTRNENFDAIDRFMHLYLEETILNPHPFLIRSFMTIAEEALVLLQTSI
YGIDNSSVYNSRQKNNVLSPIIFSNKGDSINCGSSANENERTTYIKQNGK
IANRVQMANRFSKLYKLAGQFILCSSDRSMQLLSAEKFFFKSLVMFSLNE
LSSISERPKIRSIIQKEDLKLMSTRLFSFGLSPLVNLDLRIHILKILSKP
KDFHSLCKLGNNPIYLIKELIQNYSQLMSEDDRNFCYSFVKELDEIFSKF
MFSDEIIDMILHSIRENKSLFIHSVKDKFMKEKSRLEKLTESLTEMAVKY
TKSVMKAQTAESKTYIDAIRLNLIDKVKAQRGWKSIVEQLTHDMGPWVFE
SHRPKSWFLGEVEGEQRMRIRIEQRRLKISKKHYLPEHMHKGEEERLQYN
PFQFLLVGPLGMSEIIIDKLSSDNHIIMMEQCHLILPDDKFEGEVLVGNN
ALYYVHEFFTMTWYYDEIKELHLRRYELKEIGVELFLNQGVTRFLIFNSK
ESRVEFVNTVLEKNPHLSETSDPCVIMKRWQEGLITNFEYLMELNKLAGR
SFNDLMQYPIYPFVLSDYKSEVLDLTDXKFFXNLRKPVSIQNPDKESKYQ
ETYETIERECNQRKNXVQFPGVDLGPYHYXSHYSNSGIVLYFLQRLPPFT
NFFLKFQDGNFDLPDRTFHSMADTWRLASEDSITDVKELLPDLFCLPDLF
MNKEGLNFGVRQNGVVVNDVEVPLWSHKNPRMFIKIHRQALESNYVRENL
CHWIDLVFGYKQSGQAAIDAINVFHPSTYYGFNVDSIQDSVQRSARIAMI
QTYGQTPKQLFGKPHPMVKMDLISKKGNSAPNVFESVIGLRWGKYIGSPD
EKNPAIIWSSSIKKLAFTLVPISNNRIYGLPSNASLIFTKRCSNGDYGVI
YWNNSNHRLYLQMKGLKKSTYFPEHVTSIGTCSKDMSIWIGTQSGNISVF
PYDETLSLKHLGVLKLYAQSSAITNLEICSEFGLVISASKDGVLIFWDIK
KRSFIRSLTISESDIKFLRMSKTCGDLAIISQIDKFSSKLILSTINGHRV
ESKILEPQVTALCISSVSEGVSVNTIATGHASGLIRLWSSWDLSPMRDIS
TSQYYPILSLAFSLDNQHLYASTQNKEIIVFEKSESKGFSQPPKYLYCDD
SGDSILVDCYEPGS back to topmRNA from alignment at LSalAtl2s170:1035054..1044986+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000002968-698815 ID=EMLSAT00000002968-698815|Name=EMLSAT00000002968|organism=Lepeophtheirus salmonis|type=mRNA|length=9933bp|location=Sequence derived from alignment at LSalAtl2s170:1035054..1044986+ (Lepeophtheirus salmonis)
TTTTTTTTTCTTTGAGGGAGATTCCTTTCTGTACTTTATTGCGTGTGTGT
GTGTCTATGTCAGTGTCTTCCCACTTCCCAGTAGTAGTAAGTGCTCATTT
CAAGCCAAAAGGCTCTTTTCAACTCTATCGGATCGTGTCTCCGACGTCTC
CTCTCCCTGGATACTTTTGCTTAGGGTATTATTTATAAATTCCACCCTAT
CATAACTTCATTTCTATTATAGTTTCAAATTCGAAGACAAAATGTATTTT
AAAAATCGAGAATGTATAAAAATAAATTGACAAAGAGCATGAAAGAAGGA
GTAGAGTACTGTACATCATGGATCTATCAATTATTATTAATAGACTAATA
TAATCTAGTTCTCATGTCTATAAATATCCTATGAATTATCTCCTGTTGAC
TTTGTGGGTGTTGATCCTTTTGCCACCTCTCCCTACTTTAACTTAATATT
TCCAATCACCAGATAACAAAATAACAAATAAGTCTTTAACCCTCTTTCAT
TCTATCACAATCATGCGTCGATTCTTTTGTAGGCGGCCTCGGTGTAAGAT
CCTCATGATTCCCATCCTTAATTTTATTTTATTGTCTAGCTGCTCAACTG
ATTAATGATCCCCTTGTTTTTAGCTGCTCCAACGAGTATGCCGCAGGAGG
AAGAAAGTTCCAGCTCAATCTGGAAGATCTACAAAAGTTATGGGAATCCT
CATTTGGAGCAAGCACAGCAATGGCTGGYTTATTTTTTAATGCGATCCTA
TGAGGAAGGMGTAACTCATGCAAGGCCTGAAGTTGTGGAGGATTTAGTTC
AAGTGATTTTAAGGGAACTGAATCCTGAATTTAACAAACAACAGCCTTCA
CCACTAAAAGGACGACTATGGAGAATATTCATATTTTTGGAGCAGTTGGA
AGGTCGCTATGTCATTGTATCAAATGCTCATGGATTTGCTGAACTTTTAA
TTAATCTATTAGAAGTAAGTTCGTTTGGAAAAAGGATCACATAATATATA
TATATATTCATTGACTTCCCTAACTTAGTACCTAATCGAAAAAACACTAC
AGGAAAGACGGAGTTCAGTAGAGGAAGCAGATTTAGCGAAAAGGAAGACT
AAAATTCCTAAAGTGGATTTTTATGATGTTTTAGCACTTTGGAGGAACAT
TGACTCCAAGTATTGTCAGAGTTCGAAACATTCCAAAAATATTAGCTTAC
CTGAAAATTCTTTAGCTAAGCACCAAAATGATCCATTTGAAAGTAAAAGT
ACCTCTAAGTATTCAAAGAAGTCACATCAGGTCCGACTCAAAAATAGACT
TCGTTATACATCAAAGCCCCCCTCCAAAGATGTCTCAAAAACTCATAATT
CCAAATATATTAACATACTTAGTAAAGGTAAACAATTATCCTACTCAAAT
CATTAATTAATTATGTAAACTTTCCATTTTTTGCAGCCTATGATGATGAC
AGTGAGTCAACTCTTCAAGAAAGCTTTTTATTACATTCATCAAAGATAAG
CTATATTCCACAGAATCCTTTAGACTTTGACTACTTTGATATGGTTCTGC
GCTCAAGTGATGAATCTATACGTATAAACGAATGGAGACGTTCCATTCAC
AACGGATATGCTCCAGTGGCACGTATTCCACTTCGAAGCCCAGTGACTGA
TGAACTACACGAAAGTTACGACTTATTCATTGTTGTTTTGAATGTACTCA
CCAAATTAATAGATCGAGAAACGAGAGTTCGAAATATAAAGACATCTTAC
TTTGTTGCTCTTCTTGTAGCATCCTTCGCTTGTGAAAAAGTATCTGTATT
ATTGGATGAGAATGAACGGATAACTACTACGGACCTTTTGTTACCCTTAC
TTAAACTTTTGTTGACCTCGTTGGTCGAGCTTTGTTTTACCTCTCGGGAT
AATTCTCAAGTAATAATACTGACGAGCTTAAATGCAGTAAGTCGGATATT
TCATTCCAACGGACCTCCACCAGCATCTTTATTACAAATGCAAACATGTG
TTCTTCGCATTGTTTCATCCCTCTCATTTGGCGGAGGCTCCAAATTGACT
CTAKAAGCCTTATTTGACAAAAGACAAGGGGATTGTATTCAAATATTTGT
CAAAAATGAAGACTTTCACCAAACACTCAAATTAATTACGTCTCAATCCA
ATGAATTACCTAAAGAAGACATAGAAGATTACTTCTATGAACTGAAAAAA
GTATTTATTTCCTATAAAGGAACGTGCAGTAACAGCGGTGAAACTGTAAA
CCTACATTCCGCATTTAGATCTCTCATGATATTTTCCTCAGAGCTTATAA
GGCTCTATGGTCTCAATTCTATTTTACCCATTTTAAAACTTGATACAGGA
TGTATTTTATGTGTTCATCCCTCTTTTGCTTGGGAATGTCTTCTACAACG
TTCTCCAGTTCCTCTTCGTGAGGATATTTATAAAGTGGTAGAGCGGATTG
TTATTCACTATTCATTGACTCATTACAATAAGGACTCTCGTAAGAAAAGG
GACAAACCCACCTCTGCAACATCAACTCCGTCTTCTCCTGTCTCCTCATC
ATATAATGCGAGTAAGTTCTCAGATTCAGACTCTGCATTTTGCACGTCTG
AAAACTCATTTGACTCGAAAGAACAGTCCCTATATGGAGAGCATTCCTCC
ACTCTCTCCACTTATTTGCTACTCATGGAAAAGTTTTTCCAAGATGAAGA
TAATCTCATGGACTTGATGGATCATATAATGCGTCTCTTCAATTCTGTTC
ATCCTCAAATGAATAAAAAAATATTTTTGGACGTGATCCTCCCTGCCTTC
AGAATTTATAAAAACCATAAGATCCTCTCATCCTTTTGTTTATTTGTGTT
ATCCTCCTGCATCACTTGGGAAACTCGATTCAAGAGTGACAAAAACGTTG
GCTACTACGAACTCGCGCTTCAAAATGATATTCCTAATTTACTGTCGGGA
ATCTCTGACCGAGCCTTCTCAGTATATTCTTCCTTTGTGAGAGTTGAGCT
ATGTAAGGTAGCATTTGACATTACCCAAGATTATTTCTGTGATTGCARCC
CGGAAGATATACTCARCCGACATACCAAATATAACCGAGTTGTCAAACTA
ACAGCAGAAAATAAGACAGTACAAAAATTATATGATCTGATTGTCAATAC
TGAGTGTGTGAATGAAGAACTCGTCATCTTATGGGAAGAAACATTTCGAC
NCCTTGTCAATTTTCCCCATTTTAAAAGTTTTTGCTNNNNNNNNNNNNNG
TTTGGACAAGGTAGTTAAAGACTCTTTGGAACCCAATATAACGAACGTAA
CTGTTGTTTCTGTTCTGCTTAAAGTGCTCATTCAGTTGGGTACTGCAAAG
CCTGTTCTCACTCATCGAAGGGATGGTTCCTCCTATAATTTTCATTCATT
GAATAAATGTTTGGAAAATGTGGCTGAGTACTACGTTGAAAATGCACCAA
ATCCTGAGGTTTTAAAGCCCATTACCAAAGAAATGTTCCTGGTGAACTTC
ATTCCTAAAAGAAGGCCCTCCCAGTTGACAGCTCCCATATTCGAAAAGGA
TGACTTCTTTGATAATAATACACATTTAATTGAATTTCCACATGAAGAAA
CTCATTATGATGCATCAGATGAGGATTCTACAGAGGAAAAAAGTGATAAA
AAGGAAGCGAATCCCCTTTTTCTACTAAATAAGACCATTAATAAAAACAA
AATTGTCATTCAAACATCATTTAATTTTATAGCAGCCTGTGCGGAAAAGT
TTCCATCTGTTGCACAGTATGGAATATCCTTTTGGATTCGAGCCTGCAAA
GTTGATTATGAAACATGCAAATACATTAACAAATTGAAGATCCCTTCATT
TCTGATTGAAGAGTTCAAGGCTTTAATTATAGATGGGAAGGCCAAATATG
TCACTTTGATTGAAAGTCTGGCATACTTTTTAGACATTACAACAGTTAAT
TTTTGTCTTGAAAGAAAAGATTTAATCAACTTAATTGACATTTTTAAATC
CGAATCAGTTNCCAAGTGCGATGCCCTTTTTGGAACTACTTAAAACCATT
TCTTTACGAGTTACGAACCCTTTGACTCCCAAGTATTCCATTGTTTTTTC
CTCAATTAAAAACTATCGATTTCGTACTCGAATACCAAGCTACTATGTCA
TAGATTTTTCCTTCATTCTATGGGTTAAGTGTACAAATAAAAATGGAACA
GTATTTACCTTTGATTCCGAAAGTGGGTTCTTCATTGGGATTGATATAAA
TCCTGAACAGAAAAATATATTTGTATACTTATCCAGGAATTTGGTGGAAG
TCTTTACTATAACCTTCTACTCGAAAGGTCTTGCTGTGAATGGCTGGAAT
CACATAACTATTTCTATGAGACCTAGTAAGGGAGAACTTAGTGTGATAGT
TAATGGCACACTATCCTTTGCAAATAAAAGCGCCAAATATCCCATTTCAA
AAGGAAAGGGGTTTTCTCAAGTGATGACCCTTTTTCCGTCAGTGTTTGAA
TATTCGGACATTCGAATATGCAAAGGTTTTCTGAAAGAGGAGGATTCTTT
GGCGCTTTTCATGCGCGGTCATCAGCACCGGTCTCGAAATTCAGAATTTA
TCATCAAACAGTTCCCAGATCTTTTAAAAATCCATCCACTAATGAGTCAG
GTGTCCCAAGAAGAGATTCTTATAGCTCACTTTGATCCACAAAATCCAAA
ACATTTACTTGTATATGATGAGGAGCGGGATAATATCCCTTCTTCTCTTC
TGCCACCAAGTGTTGTAACAAGTCTTTGTAGTGATGAAGTGATTGACAAT
CATGGAACTCGACTTTGGAATGTAGTGGGACAGTGTGGTGGGATTGGAAC
TCTTCTACTCTTGGAGGCTAGGATCCTAGAATTAAAACTACCTGATGTTT
ATTTTGCATTAGGTCTGGAAATAACTTTAAACGTTGCTCTGAATTCATTT
GAGGGAAAGGAAGATTTTGATTTAATGGATGGGTTTGTCCTTCTCTCATC
ACTGTTGGCCTCACAAAAACCTGGTCTCTTCACACTGTCTGTCTTGGTAA
ATAAAAGTTTGAATGAGGATATTATACTCTTTGATCCACACAAGTTGACC
ATTGATTGGAGAGAAGTGGACAAAGGCCCAATTTTGATCTATCCAGAATT
ACTTGAACTCGTATTTGTTTTTTCTAACTTAGTTTCACACCAACTAGATG
GAGAGAAGTATAGCAAATTACAGAGTGGAATGGATTCAAAGTCATTGTTT
GATGTTTTTATTAAGCTCATTGGTCGACTTGTGGAATTCTCTAATGATTT
TCACGCACACAATCATAAACAGCTCAGGGAAATTAGTTTTGATTCGAAGC
TAATGCATTATCTAAAGGAATCATGCATTGAAGATGAACAATTTCAATTG
AATATGAGTACTGTTGAAGAAATAGGTGATATTTTTGGAACTCTTATTGG
ATCTCCTCCAGATCTGGAAATGGTATCCAAGATGGTAAAGCATTGTCTTT
TCATTCATGATCCATTATTCACTTATATTTCTCATACCAAATCCTCGATT
TATCTCTTAGAGTCTCCTTCTAATAATTTGTTGAATGATGTTCATGGAAA
CAGTGCTACGGTTTCATGGAAAGTTGAGGAAGGGGAAGAAGTGGCGAAGA
AAGAAATCGAAGAAGAATGTACGTATCACATAGTTGACGAATGTAATCAG
CCATGGGGAAGAAAGTCTCTGGAAAGGAAAATGGATAATCATAAAATAAG
TCAAGTTATGGAAGCTGAAATTAACAAAGTATCTCCAATAGAAGGAAAAT
TCTCTTTACTCCTTTGTAAATTTCTAAATGTACTGGCAAATTCTCTCATA
AATACGCCAGATGGTAGTAACTCACGATGTAGCGATGTTTTTCAACCTGA
AGTACTCCTTTCTTTGGTGAACCACCCACATCCCGGAGTTCGATGTGAAG
CTGTTAATTTGATTAATTGTTGGTTGCAACGATCTTCTACCAAAGGAGAT
AAAATATATTTTCTATTGTCAAATCAACTTTTATCCTTTCCTGTTACCGA
AGGGATCATCAACAAGTGTCTAGACATAGCACATAAAATAATTGGATTCA
ATTTGCAGGAATATCATTCTTCTTCTTTTTTCGAGGAGGATGAACCTCTT
ATATCTCCTCCTGTTGCATTAATCCCTACCCTTGCCCTTCTACCGTATAC
TGTGAATGAATTAAGTTTGGCTCATGGGATTATTAACCACATACATCGAG
TCTTAGCTAAAGATATTGCCACTTTGAAAAAGCTTGTTCTAAACTTTGAA
TTGTTGCGTATACTTRTAGCCACTCTGAAGGCTGTGACACATACCAATAA
TTTATGTTTAGATATATGTGGTCAGGATTCCAGGGAAATACTTACAAATG
ATCTGAATAACTTATTTGGTCTTGTGGTATATCATTTTGTGACGGACACA
CGAAATGAAAATTTTGATGCCATTGATAGATTTATGCATCTGTATTTGGA
GGAAACCATTCTTAACCCTCATCCATTTCTTATAAGGTCATTTATGACTA
TAGCTGAAGAGGCCCTCGTTCTTCTTCAAACATCAATTTATGGGATTGAC
AATTCAAGTGTTTATAATTCCAGACAGAAGAACAATGTTTTGAGTCCAAT
TATTTTTTCTAACAAAGGAGATTCTATCAACTGTGGATCCTCAGCCAACG
AAAATGAAAGAACTACATATATTAAGCAAAATGGAAAAATAGCAAATAGA
GTCCAAATGGCAAATCGTTTCAGCAAATTATATAAACTTGCAGGACAGTT
TATTTTATGTTCTTCTGATCGATCAATGCAGCTCTTATCAGCAGAGAAAT
TCTTCTTCAAATCCCTTGTCATGTTCTCACTCAATGAGTTGAGCTCAATA
TCTGAGCGTCCAAAAATACGCTCCATAATTCAAAAGGAAGATCTCAAGCT
CATGAGCACTCGTCTTTTTTCTTTTGGTTTGAGCCCTTTAGTGAACTTGG
ATTTGCGAATTCATATATTGAAGATTCTATCTAAGCCCAAAGATTTTCAC
TCACTCTGCAAACTCGGAAATAATCCAATTTATCTCATCAAAGAATTGAT
TCAAAACTATAGCCAATTAATGTCAGAGGATGATCGAAATTTCTGTTATT
CTTTTGTTAAAGAATTGGACGAAATTTTTTCAAAATTTATGTTTTCTGAT
GAAATCATCGATATGATCTTGCACTCTATTCGAGAGAACAAATCCTTATT
CATTCATTCTGTCAAGGATAAGTTTATGAAAGAAAAATCAAGATTGGAAA
AACTTACTGAGTCCTTGACTGAAATGGCAGTGAAATACACAAAAAGTGTA
ATGAAAGCTCAAACTGCGGAAAGTAAAACTTATATAGATGCAATACGTTT
AAACCTCATTGATAAAGTAAAAGCACAAAGAGGATGGAAATCCATTGTGG
AACAATTAACTCATGATATGGGACCTTGGGTTTTTGAGAGTCATCGTCCG
AAAAGTTGGTTCCTAGGGGAGGTAGAAGGTGAACAACGAATGAGGATTCG
AATTGAGCAACGTCGTTTAAAAATATCAAAGAAACATTATCTCCCAGAAC
ATATGCATAAAGGAGAGGAGGAAAGGCTACAATATAATCCCTTTCAGTTT
CTTTTAGTGGGTCCCCTTGGAATGAGCGAAATAATCATTGACAAATTGAG
TAGTGATAATCATATTATCATGATGGAGCAATGTCATCTTATACTCCCTG
ACGATAAATTTGAAGGAGAAGTTCTCGTGGGCAACAACGCATTGTATTAT
GTTCATGAATTTTTTACCATGACTTGGTATTATGATGAAATCAAGGAGTT
ACATTTAAGGCGTTACGAATTGAAAGAAATCGGTGTTGAGCTTTTCTTAA
ACCAAGGAGTAACTCGGTTTTTAATCTTTAATTCAAAGGAATCTCGAGTT
GAATTTGTTAACACAGTTTTGGAGAAAAACCCTCATCTTTCAGAGACTTC
AGATCCTTGTGTCATCATGAAAAGATGGCAAGAAGGTCTTATAACTAATT
TTGAATACTTAATGGAGCTGAATAAGTTAGCAGGACGAAGCTTCAACGAC
CTCATGCAATATCCCATCTATCCCTTTGTATTGAGTGACTACAAATCAGA
GGTTTTAGATTTAACGGATAYTAAATTCTTTRGTAATCTGCGTAAACCTG
TTTCAATTCAAAATCCTGACAAAGAGAGTAAATATCAAGAGACCTACGAA
ACAATTGAAAGGGAATGCAATCAAAGAAAGAATGWTGTTCAATTTCCTGG
GGTTGATTTAGGTCCCTATCACTATGYAAGCCATTATTCAAATTCTGGTA
TTGTCCTCTACTTTCTTCAAAGACTACCTCCATTCACGAATTTTTTTCTC
AAATTCCAAGATGGAAATTTTGATTTACCAGATCGTACATTTCATTCCAT
GGCAGACACATGGAGATTAGCTTCTGAAGACTCTATAACTGATGTTAAAG
AATTACTTCCAGATTTATTTTGTCTTCCAGATCTGTTTATGAACAAAGAA
GGTTTGAATTTCGGTGTACGACAAAATGGAGTCGTTGTCAATGATGTTGA
AGTTCCACTTTGGTCTCATAAAAATCCTCGTATGTTTATTAAGATTCATC
GACAAGCCCTTGAATCCAACTATGTTCGTGAAAATTTATGTCATTGGATA
GACTTAGTTTTTGGTTATAAACAGTCTGGTCAGGCAGCGATTGATGCCAT
CAATGTTTTTCATCCTTCTACTTATTATGGGTTTAATGTTGATTCGATTC
AAGACTCTGTACAGCGGTCGGCCCGTATAGCGATGATTCAAACCTATGGT
CAAACTCCAAAGCAACTTTTTGGTAAGCCTCATCCTATGGTGAAAATGGA
TCTTATTTCTAAAAAAGGAAATTCTGCTCCAAATGTTTTTGAATCTGTTA
TAGGACTCCGATGGGGCAAGTACATTGGCTCTCCTGACGAAAAAAATCCA
GCTATAATTTGGTCATCTTCCATTAAGAAACTCGCCTTTACTTTAGTTCC
TATATCTAATAATCGAATTTATGGTCTGCCCTCTAATGCGTCTCTTATTT
TTACAAAACGATGCTCTAATGGAGATTATGGAGTTATTTATTGGAATAAT
TCTAACCATAGACTTTACTTGCAAATGAAAGGACTCAAGAAAAGTACTTA
TTTTCCGGAACATGTTACGTCCATAGGAACTTGTTCAAAGGATATGAGTA
TATGGATCGGCACTCAGTCTGGAAATATATCTGTTTTTCCATATGATGAG
ACACTTTCTTTGAAACACCTTGGAGTCTTGAAGCTCTATGCTCAATCATC
AGCTATTACTAATCTGGAGATTTGCTCCGAGTTTGGATTGGTTATATCTG
CCTCCAAAGACGGCGTCCTCATCTTTTGGGATATCAAAAAGCGTTCTTTC
ATTCGGTCACTCACCATAAGTGAGAGTGATATTAAATTCCTCCGAATGTC
TAAAACTTGTGGAGACCTAGCTATTATCTCTCAAATTGATAAATTCTCAT
CCAAATTAATTCTTTCAACCATTAATGGACATCGGGTTGAGTCTAAAATC
CTAGAGCCTCAGGTGACTGCACTCTGCATCTCCTCCGTTTCAGAAGGAGT
GTCTGTCAATACCATAGCTACAGGACATGCTTCAGGTCTCATACGACTGT
GGTCTTCTTGGGATTTGTCGCCAATGCGAGATATATCTACGTCTCAGTAC
TATCCCATACTTTCCCTAGCTTTTAGTTTGGATAATCAGCATCTTTATGC
CTCTACTCAAAATAAAGAAATAATTGTGTTTGAAAAATCTGAATCCAAGG
GTTTTAGTCAACCTCCTAAATATTTATACTGTGATGATAGTGGTGATTCT
ATACTTGTAGATTGTTATGAGCCTGGGAGTTAG back to top
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