DDX60 cDNA ORF clone, Pelecanus crispus(Dalmatian pelican)

Gene
Clones
gRNAs

Summary

Gene Symbol	DDX60
Entrez Gene ID	104033166
Full Name	DExD/H-box helicase 60
Gene Type	protein-coding
Organism	Pelecanus crispus(Dalmatian pelican)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009485727.1	XP_009484002.1	probable ATP-dependent RNA helicase DDX60

Pathways from BioSystems
Gene Ontology

The following DDX60 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the DDX60 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OPe121612	XM_009485727.1 Latest version!	Pelecanus crispus DEAD (Asp-Glu-Ala-Asp) box polypeptide 60 (DDX60), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

DDX60 ( XM_009485727.1 ) cDNA ORF clone, Pelecanus crispus(Dalmatian pelican) -> XP_009484002.1 Pelecanus crispus DEAD (Asp-Glu-Ala-Asp) box polypeptide 60 (DDX60), mRNA.

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CloneID	OPe121612
Clone ID Related Accession (Same CDS sequence)	XM_009485727.1
Accession Version	XM_009485727.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5487bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2014-10-05
Organism	Pelecanus crispus(Dalmatian pelican)
Product	probable ATP-dependent RNA helicase DDX60
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009094306.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Pelecanus crispus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGATTCTG CAGAAGATCG TTTCAAGAAA GTCATTCATA ATGATGCAAA TGAGAATGCT 
AGCGATGATG ATATGGAAAG TCATTGTAGT GACAGTGAGA AAATAGGCTT CATTCCAACA 
AAGAAACATA AAGAGAGTGG GAGTGCAAAT GACAGTGATG ACGAGGATGA GACCAGTGAC 
AAAGCTGAAG CAGCTGTTAT GCAGATGCTT AAAAAAGAGG AAGACAGAGA AAAAGAAGCC 
AAAGACCCAG ATTACAGTAA CGCTTATAGT GTCTCAGCCA TTGAAGAAGT GACACAGCAG 
GCATCACAAA CTGAAGTCAA GGATTTCAGA GTTCTCCAGC ATGAACGTGA TTCCCAAAGC 
CCTGAAATAA GAAAACATCT TGAATTTCTG AAGAAGTTGA GGCTACACAT TTGGGAATCC 
TTATCAAGAG CTCAGTATGT CAGTCTGCTA AAAGACTTTG TTGAGTCTGA ATTCTTTGTG 
ATAGATGGGG ATTCCTTACT ACTTATGTTT TTAGATGAGA AAACACAATA TCTAAACTTC 
TTCTACCAAG TTGAATGCTT CCTACAGGAT TTCACTGAAA AAGGTGCAAA ATACGTCATT 
GTTTTTTTCA AGGATGCAGA ACAGATGTAC TTTCCGTATC CTCATTTTCT TTTCTTACGT 
ACTGCTTTAA TAGAACACCT GAGGCATAAC ACAGGCACCA CCGTTCATAC AGAATTTTCC 
AATTGTTTAT CATTCAAATG GGATATTTTC CTGAAGAAAA GCTATCCTTA CTTCATCATT 
GTATCTGACA TAGGACTGAC CTCTCTCCAA ACAGACTATT TATCTATTTT AATTACTCAT 
TCACTGTCAA AGAAAATCAA CGTTGTGCTT GCTTCAGGAC AGGAGTATGA TATTCTTAGA 
GTTTACGGAT ATCATGTTCA GAGTGTGTAT AAACATAGAT CATTTTTTAA AAAGTATAAA 
CCAGATCTGC GATATGCCTG TGAAAACCTA GCTAAGTACA AAGAACCATT CATGTGTCTA 
TATGAACATC TCAAGCTGAG CCTGAAAAGC ATACAGAAAG AGGTTCGCCA GACTGTCTGT 
CTCCTGAAAC AACTGTGGCC TGAAGGATCT GACATTCGGC GTGTGGTCTG TGTTCTTGCT 
TGGGCCGTGG GATTAAAAAT ATACAGCAAC CTGTTGGAAA ATGCAGATAC TTCCGTGAGA 
GCAAAGACAG CAACCGTAAG AATTCAAAGA AGTAAACCCC TATCTCTGGA AGAAGCAGCT 
GACCTCTGTA GAATGCAATG TCTTACAGTG GCTTTCCTTC TTCATATGCC TCTTTCACAG 
AGAGCTCAGA TTAGGATCAT GAAATCCTGC TGGACTAAGC AAGTTTTACC CTTAATAAAA 
ATGCAACAGT TGTGTACGCA TTTTGCTCTG ACACAGCTAA ATGATACAAA TGATTGGAAA 
TTGGATTTAA CTTACCTGCC TGACTTAAAT GATGATTCAC TGCTCAGAAA TCTTGCATAT 
TACTATGAGG CTGAGTACAC TGAAGGATTA GAGTCCAAAA AGGAATTGGG AAAAGAAGTG 
GAGAATGAAT ACCAACATTT ATGGGACACA CTAACAAAAT TGGCTGTGAA ATACAGTTTT 
GGAGATGCTT TCCCAATACG AAAGACCTCC CAGCTCTTTC TTGAACAACA ACAGACATTA 
TTTAGAGGCT ATAAAGAAGA AATTCCTAAT ATTGGACTTA TCTCAGTGAA ATCTGATCTT 
GTTGAAGATT ATGCTGGAGA TGTTTTGAAG AACCTGCCTG TTTTAGAAAG CAATGATCCT 
GCAGTTACTT CACTTGTTAA GTACAAGGAA TTTGATGAGC TTCGTCACTG GCATTCTGGC 
AGGCCTTTGA CTGAAGAATA TGAGCGAGTA CGGTGCAATG CTGATGCAAA ATCCAAAGAT 
CCAGAAGAAA GAAGACAAAT ACAAAAGTTG CAGACTTTTC GTCATTTTTA TGGAAGCACT 
TTGGAAGACA GCACTTCAAA ACTTATTGTA CAGCAAGAGG ATGTGTCAAG GAATGCTAAT 
GCTGCTGTCA AAAAGACACA AAAACCCCAT AAAAGTAAAG CAGAAAGAAT TGCAGAGGAG 
AACAACAGGC GGCTAAAAAC TAAAGAAGAA AAGAAAGAAC AAGAGCAATG GAAAGCCTTG 
TGTATACCAA CTGAAAAGGA AATAAAAGCA AATATGACTG TTGGAATAAA TAAAATGGAG 
AAGTTTCTCA AGACTCTTAA AAGTAAATCT GTGAAGTTCA GTGTAGAAAT GACAGCACTG 
TCTGCCTGTT TAGCAGTGTG GAAAGAACAC TGCAGAGAGC AAGGTGACAA ACCTAAAGAT 
TTAAGCAAAG CTGTTCAGGT CATGAGGAGA ATTCATATCC TCCTTGAAAA ATATCAAGAC 
CTCTTGGAGA AACCACATCT ACAAAAGCTG ACCAGATATC TAAGACTTCT TGGATTTGAG 
AATTTGGCAT GCTCTCTATC TGGCCAGCAA AAGGAAGGAA GATTACATAA TGATCAGAAT 
GTAAGCAAGT ATGCTATCGA AGAGGGTCCA GCTCGCTTTC AACTACAATA CATGGATTAT 
TACTTGCTCA GAGAAGAGAG AAATGATCCA GATCCCCGCG TGCAACATTT CATACCAGAC 
ACATGGCAGC GAGAACTTCT TGATGCTGTA GATAATAATG AGTCTGCGGT GATTGTTGCT 
CCCACTTCAT CAGGAAAAAC GTATGCATCA TACTATTGCA TGGAAAAAGT TCTGAAAACG 
AGCAATGATG GAGTAGTTGT GTATGTTGCT CCTACAAAGG CCCTTGTAAA CCAAGTGGTG 
GGAACTATAT ACAGTCGATT CACCAAGAAA CTTCCGGATG GATTGGTAGT GTGTGGAGTC 
TTCACGCGAG ATTATCGCAA TGATGTCATG AATTGTCAGA TACTAGTGAC AGTGCCACAA 
TGTTTAGAAA TCTTGATGCT GTCTCCTCGT TGCCAGAAAT GGACCAAACA GATACAATAT 
GTTATATTTG ATGAGGTCCA TTGTCTTGGT GGTGAAATTG GAGCAGAGGT TTGGGAGCAT 
CTTCTGGTAA CAATTCGGTG TCCATTTTTG GCACTCTCTG CTACTGTCAG TAACCCGGAG 
CACCTAACTG AGTGGTTACA ATCTGTGAAA AGGTATTGGC AACATGCTGA GAAGACAATA 
GAAGGAAGCT CTGCAAACTC TGAAAAGAAC TTTACAAGAA AATGTAAAGT GAAATCTAAA 
GTACAAGAAC AAAAGAAATC ATATCGTGTT AGACTAGTCT TGTATGAAGA AAGATACAAT 
GATTTGGAAA AGTATGTGTG TTCTTTAAAG GGCAGTGATT TTATCATTGA ACATTTTCAT 
CCGTGTGCTG CATTAACAGT CAATCATATT GAGACCTATG GTATTCCTTC AGATCTTTCT 
CTGTCTCCAC GAGAGAGCAT CCAGCTTTAT GACACAATGG TAAAAGTCTG GCAAAAGTGG 
CAAAGGGCAC AGGAGCTAGA TCCTGAGGAG TTTGTCTCTT TCAAGAATAA AGTAGTAATA 
AAAAAGGCAG ATGTGAGGAA ATATGAACAG GAACTGAAGA AAGAACTAAG CAAATGGATT 
GAGCTTGGCC AAAGACAGAA GGTGAATGAG CTACTGGAGC ACCTTAAGCC AAAACCTGTG 
GATTGCTCAG AACAGGAAAA GTGGAAGCAT TTTGCAAACT TTGTTGATAA ATTACATGAG 
ATGGATAAGT TGCCTGCCAT ATTTTTTATA TTTAATGTGG ATTCAGTGGA ATGTGCAGCC 
AAGAATGTAT TCCTCAATTT GCTGAGAAAA CAAAGAAGTG AACAAGACCC TAACACCGAG 
AGGGAAAAAG AACGTTTAAG GGACGAACTA AGAAAGGTGA CAAAAACGCT AATAAAACTC 
AACTCTCGGG ATACCAAAAA GTTGAGCTCC AGTAAAATGG AAAGCATGGT ATGTCTTTCG 
ACTACAAAAC AACAGTTAGA AAAAAGACTT AAAAAGCTAA CTGCTATCCC TTCTATGTAT 
ACTTACACTG ATCCTAAAGC AGTGGATGAA GATACTTTGA GGAAGATTTT TCATCGACTT 
AGGTTTGAGA GAAGAGGTTA TCTGCAGCAA ATGATGGCAC TGAGGGGTAT TGGGTATCAT 
CATGCATCTA TGGCTGCCAA GGAAAGACAA GTAGTGGAGA TGCTTTTCAG GCTGGGATAT 
ATCAAGGTAG TCACAGCTAC TTCAACACTT GCTCTAGGAA TCAACATGCC ATGTAAATCT 
GTTGTCTTTG CTGAAGATTC TGTCTTCTTA GATGCCCTAA ATTACAGGCA GATGTCAGGA 
CGAGCTGGAA GACGGGGACA AGATATGATT GGAAATGTGT TCTTCTACGA TATCCCATTG 
CCCAAAGTGG AAAGACTTAT CAAATCCAAT GTACCTCAGT TGAAAGGCCA GTTTCCTCTG 
ACTGTTTCCT TAATATTGAG ACTCATGCTG TTGGCTGCGA AGGCTGATGA CAAAGCAGAT 
GCCAAAGCAA AGGCATTGTC AGTGTTGAAA CACTCACTGA TGGCATTCAG AAAAGAAAGA 
TATGCTGAAA TATTAAAAAT TTATTTTATG TTTTCCTTGC AATTTCTTAT CAAAGAGGGC 
TACTTGGATC AAGAAGGTAA CCCCATAGGA TTTGCTGGAC TTGTGACACA CTTGTACTAT 
CATGAACCTT CAAATTTTGT TTTAGTGAGC TTTCTTGTGA AAGGTTTATT CCACAAATTG 
TGCCAGCCAA TTAAAGGCTC AACTGTTTTT TCAGAAGATG TCCTGGAAAA GCTAGTGCTC 
ATTCTAGCAA ACCTGTTTGG GAGAAAATAT CTTCCAGCCT GCTCAATGAA ATATAAACGG 
TCATTTTGCC AGTCAAAGGT CTTTCTAGAA GATCTGCCAG AAGACTTTGC AGATGCTGTA 
AATGAGTACA ACGCCAAAGT AGAGGAAAAT TTTGCTCACT TTCTTCTGAC AACTGCCAAG 
CTGGCAGATA TTGAACAAGA GTACAGGCTT CCACTGTCAA AGACAGATTT TACATCTAAG 
AATTGGCATG GCTCTGAACT AGCATCTTAT TTGATGGACA ACACCAAAAG CGTATCTGCC 
ATCTCACCTT TTGCATGTTT ATCTGGAGTG GTTGATAATG ATCTATTTCA TGGGGAGATC 
ATTAATAAAG CTGTCTTACG TTCTCTTGGA ATTAATGTCA CAAACTGCCC CCTGCTTTAT 
TTGAACAAGT ATGATAATCA AGGAAGGAAG AGGCCACTCA ATGCATATGC ACTGGACTTC 
TATAAGCATG GTTGCTTGAT TGCATTGACA ACTGATAACT GGTTAACTGA AGGAGATGCT 
TACTACGCAC TCAAGGATTT TTCACTCCTC ATTAAATCTA TTGGAACATC ACTGAGTGAA 
CTGTGTGACG ATCCAAATGA TAATGTTCTA CTGGCATTTC AACAACTGGG CGAAATCTAT 
GAAGAGAAAC TGAAGTGTGT TACCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_009484002.1
CDS	1..5487
Translation	MDSAEDRFKKVIHNDANENASDDDMESHCSDSEKIGFIPTKKHKESGSANDSDDEDETSDKAEAAVMQMLKKEEDREKEAKDPDYSNAYSVSAIEEVTQQASQTEVKDFRVLQHERDSQSPEIRKHLEFLKKLRLHIWESLSRAQYVSLLKDFVESEFFVIDGDSLLLMFLDEKTQYLNFFYQVECFLQDFTEKGAKYVIVFFKDAEQMYFPYPHFLFLRTALIEHLRHNTGTTVHTEFSNCLSFKWDIFLKKSYPYFIIVSDIGLTSLQTDYLSILITHSLSKKINVVLASGQEYDILRVYGYHVQSVYKHRSFFKKYKPDLRYACENLAKYKEPFMCLYEHLKLSLKSIQKEVRQTVCLLKQLWPEGSDIRRVVCVLAWAVGLKIYSNLLENADTSVRAKTATVRIQRSKPLSLEEAADLCRMQCLTVAFLLHMPLSQRAQIRIMKSCWTKQVLPLIKMQQLCTHFALTQLNDTNDWKLDLTYLPDLNDDSLLRNLAYYYEAEYTEGLESKKELGKEVENEYQHLWDTLTKLAVKYSFGDAFPIRKTSQLFLEQQQTLFRGYKEEIPNIGLISVKSDLVEDYAGDVLKNLPVLESNDPAVTSLVKYKEFDELRHWHSGRPLTEEYERVRCNADAKSKDPEERRQIQKLQTFRHFYGSTLEDSTSKLIVQQEDVSRNANAAVKKTQKPHKSKAERIAEENNRRLKTKEEKKEQEQWKALCIPTEKEIKANMTVGINKMEKFLKTLKSKSVKFSVEMTALSACLAVWKEHCREQGDKPKDLSKAVQVMRRIHILLEKYQDLLEKPHLQKLTRYLRLLGFENLACSLSGQQKEGRLHNDQNVSKYAIEEGPARFQLQYMDYYLLREERNDPDPRVQHFIPDTWQRELLDAVDNNESAVIVAPTSSGKTYASYYCMEKVLKTSNDGVVVYVAPTKALVNQVVGTIYSRFTKKLPDGLVVCGVFTRDYRNDVMNCQILVTVPQCLEILMLSPRCQKWTKQIQYVIFDEVHCLGGEIGAEVWEHLLVTIRCPFLALSATVSNPEHLTEWLQSVKRYWQHAEKTIEGSSANSEKNFTRKCKVKSKVQEQKKSYRVRLVLYEERYNDLEKYVCSLKGSDFIIEHFHPCAALTVNHIETYGIPSDLSLSPRESIQLYDTMVKVWQKWQRAQELDPEEFVSFKNKVVIKKADVRKYEQELKKELSKWIELGQRQKVNELLEHLKPKPVDCSEQEKWKHFANFVDKLHEMDKLPAIFFIFNVDSVECAAKNVFLNLLRKQRSEQDPNTEREKERLRDELRKVTKTLIKLNSRDTKKLSSSKMESMVCLSTTKQQLEKRLKKLTAIPSMYTYTDPKAVDEDTLRKIFHRLRFERRGYLQQMMALRGIGYHHASMAAKERQVVEMLFRLGYIKVVTATSTLALGINMPCKSVVFAEDSVFLDALNYRQMSGRAGRRGQDMIGNVFFYDIPLPKVERLIKSNVPQLKGQFPLTVSLILRLMLLAAKADDKADAKAKALSVLKHSLMAFRKERYAEILKIYFMFSLQFLIKEGYLDQEGNPIGFAGLVTHLYYHEPSNFVLVSFLVKGLFHKLCQPIKGSTVFSEDVLEKLVLILANLFGRKYLPACSMKYKRSFCQSKVFLEDLPEDFADAVNEYNAKVEENFAHFLLTTAKLADIEQEYRLPLSKTDFTSKNWHGSELASYLMDNTKSVSAISPFACLSGVVDNDLFHGEIINKAVLRSLGINVTNCPLLYLNKYDNQGRKRPLNAYALDFYKHGCLIALTTDNWLTEGDAYYALKDFSLLIKSIGTSLSELCDDPNDNVLLAFQQLGEIYEEKLKCVT

Target ORF information:

RefSeq Version	XM_009485727.1
Organism	Pelecanus crispus(Dalmatian pelican)
Definition	Pelecanus crispus DEAD (Asp-Glu-Ala-Asp) box polypeptide 60 (DDX60), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_009485727.1

ORF Insert Sequence:

ATGGATTCTG CAGAAGATCG TTTCAAGAAA GTCATTCATA ATGATGCAAA TGAGAATGCT 
AGCGATGATG ATATGGAAAG TCATTGTAGT GACAGTGAGA AAATAGGCTT CATTCCAACA 
AAGAAACATA AAGAGAGTGG GAGTGCAAAT GACAGTGATG ACGAGGATGA GACCAGTGAC 
AAAGCTGAAG CAGCTGTTAT GCAGATGCTT AAAAAAGAGG AAGACAGAGA AAAAGAAGCC 
AAAGACCCAG ATTACAGTAA CGCTTATAGT GTCTCAGCCA TTGAAGAAGT GACACAGCAG 
GCATCACAAA CTGAAGTCAA GGATTTCAGA GTTCTCCAGC ATGAACGTGA TTCCCAAAGC 
CCTGAAATAA GAAAACATCT TGAATTTCTG AAGAAGTTGA GGCTACACAT TTGGGAATCC 
TTATCAAGAG CTCAGTATGT CAGTCTGCTA AAAGACTTTG TTGAGTCTGA ATTCTTTGTG 
ATAGATGGGG ATTCCTTACT ACTTATGTTT TTAGATGAGA AAACACAATA TCTAAACTTC 
TTCTACCAAG TTGAATGCTT CCTACAGGAT TTCACTGAAA AAGGTGCAAA ATACGTCATT 
GTTTTTTTCA AGGATGCAGA ACAGATGTAC TTTCCGTATC CTCATTTTCT TTTCTTACGT 
ACTGCTTTAA TAGAACACCT GAGGCATAAC ACAGGCACCA CCGTTCATAC AGAATTTTCC 
AATTGTTTAT CATTCAAATG GGATATTTTC CTGAAGAAAA GCTATCCTTA CTTCATCATT 
GTATCTGACA TAGGACTGAC CTCTCTCCAA ACAGACTATT TATCTATTTT AATTACTCAT 
TCACTGTCAA AGAAAATCAA CGTTGTGCTT GCTTCAGGAC AGGAGTATGA TATTCTTAGA 
GTTTACGGAT ATCATGTTCA GAGTGTGTAT AAACATAGAT CATTTTTTAA AAAGTATAAA 
CCAGATCTGC GATATGCCTG TGAAAACCTA GCTAAGTACA AAGAACCATT CATGTGTCTA 
TATGAACATC TCAAGCTGAG CCTGAAAAGC ATACAGAAAG AGGTTCGCCA GACTGTCTGT 
CTCCTGAAAC AACTGTGGCC TGAAGGATCT GACATTCGGC GTGTGGTCTG TGTTCTTGCT 
TGGGCCGTGG GATTAAAAAT ATACAGCAAC CTGTTGGAAA ATGCAGATAC TTCCGTGAGA 
GCAAAGACAG CAACCGTAAG AATTCAAAGA AGTAAACCCC TATCTCTGGA AGAAGCAGCT 
GACCTCTGTA GAATGCAATG TCTTACAGTG GCTTTCCTTC TTCATATGCC TCTTTCACAG 
AGAGCTCAGA TTAGGATCAT GAAATCCTGC TGGACTAAGC AAGTTTTACC CTTAATAAAA 
ATGCAACAGT TGTGTACGCA TTTTGCTCTG ACACAGCTAA ATGATACAAA TGATTGGAAA 
TTGGATTTAA CTTACCTGCC TGACTTAAAT GATGATTCAC TGCTCAGAAA TCTTGCATAT 
TACTATGAGG CTGAGTACAC TGAAGGATTA GAGTCCAAAA AGGAATTGGG AAAAGAAGTG 
GAGAATGAAT ACCAACATTT ATGGGACACA CTAACAAAAT TGGCTGTGAA ATACAGTTTT 
GGAGATGCTT TCCCAATACG AAAGACCTCC CAGCTCTTTC TTGAACAACA ACAGACATTA 
TTTAGAGGCT ATAAAGAAGA AATTCCTAAT ATTGGACTTA TCTCAGTGAA ATCTGATCTT 
GTTGAAGATT ATGCTGGAGA TGTTTTGAAG AACCTGCCTG TTTTAGAAAG CAATGATCCT 
GCAGTTACTT CACTTGTTAA GTACAAGGAA TTTGATGAGC TTCGTCACTG GCATTCTGGC 
AGGCCTTTGA CTGAAGAATA TGAGCGAGTA CGGTGCAATG CTGATGCAAA ATCCAAAGAT 
CCAGAAGAAA GAAGACAAAT ACAAAAGTTG CAGACTTTTC GTCATTTTTA TGGAAGCACT 
TTGGAAGACA GCACTTCAAA ACTTATTGTA CAGCAAGAGG ATGTGTCAAG GAATGCTAAT 
GCTGCTGTCA AAAAGACACA AAAACCCCAT AAAAGTAAAG CAGAAAGAAT TGCAGAGGAG 
AACAACAGGC GGCTAAAAAC TAAAGAAGAA AAGAAAGAAC AAGAGCAATG GAAAGCCTTG 
TGTATACCAA CTGAAAAGGA AATAAAAGCA AATATGACTG TTGGAATAAA TAAAATGGAG 
AAGTTTCTCA AGACTCTTAA AAGTAAATCT GTGAAGTTCA GTGTAGAAAT GACAGCACTG 
TCTGCCTGTT TAGCAGTGTG GAAAGAACAC TGCAGAGAGC AAGGTGACAA ACCTAAAGAT 
TTAAGCAAAG CTGTTCAGGT CATGAGGAGA ATTCATATCC TCCTTGAAAA ATATCAAGAC 
CTCTTGGAGA AACCACATCT ACAAAAGCTG ACCAGATATC TAAGACTTCT TGGATTTGAG 
AATTTGGCAT GCTCTCTATC TGGCCAGCAA AAGGAAGGAA GATTACATAA TGATCAGAAT 
GTAAGCAAGT ATGCTATCGA AGAGGGTCCA GCTCGCTTTC AACTACAATA CATGGATTAT 
TACTTGCTCA GAGAAGAGAG AAATGATCCA GATCCCCGCG TGCAACATTT CATACCAGAC 
ACATGGCAGC GAGAACTTCT TGATGCTGTA GATAATAATG AGTCTGCGGT GATTGTTGCT 
CCCACTTCAT CAGGAAAAAC GTATGCATCA TACTATTGCA TGGAAAAAGT TCTGAAAACG 
AGCAATGATG GAGTAGTTGT GTATGTTGCT CCTACAAAGG CCCTTGTAAA CCAAGTGGTG 
GGAACTATAT ACAGTCGATT CACCAAGAAA CTTCCGGATG GATTGGTAGT GTGTGGAGTC 
TTCACGCGAG ATTATCGCAA TGATGTCATG AATTGTCAGA TACTAGTGAC AGTGCCACAA 
TGTTTAGAAA TCTTGATGCT GTCTCCTCGT TGCCAGAAAT GGACCAAACA GATACAATAT 
GTTATATTTG ATGAGGTCCA TTGTCTTGGT GGTGAAATTG GAGCAGAGGT TTGGGAGCAT 
CTTCTGGTAA CAATTCGGTG TCCATTTTTG GCACTCTCTG CTACTGTCAG TAACCCGGAG 
CACCTAACTG AGTGGTTACA ATCTGTGAAA AGGTATTGGC AACATGCTGA GAAGACAATA 
GAAGGAAGCT CTGCAAACTC TGAAAAGAAC TTTACAAGAA AATGTAAAGT GAAATCTAAA 
GTACAAGAAC AAAAGAAATC ATATCGTGTT AGACTAGTCT TGTATGAAGA AAGATACAAT 
GATTTGGAAA AGTATGTGTG TTCTTTAAAG GGCAGTGATT TTATCATTGA ACATTTTCAT 
CCGTGTGCTG CATTAACAGT CAATCATATT GAGACCTATG GTATTCCTTC AGATCTTTCT 
CTGTCTCCAC GAGAGAGCAT CCAGCTTTAT GACACAATGG TAAAAGTCTG GCAAAAGTGG 
CAAAGGGCAC AGGAGCTAGA TCCTGAGGAG TTTGTCTCTT TCAAGAATAA AGTAGTAATA 
AAAAAGGCAG ATGTGAGGAA ATATGAACAG GAACTGAAGA AAGAACTAAG CAAATGGATT 
GAGCTTGGCC AAAGACAGAA GGTGAATGAG CTACTGGAGC ACCTTAAGCC AAAACCTGTG 
GATTGCTCAG AACAGGAAAA GTGGAAGCAT TTTGCAAACT TTGTTGATAA ATTACATGAG 
ATGGATAAGT TGCCTGCCAT ATTTTTTATA TTTAATGTGG ATTCAGTGGA ATGTGCAGCC 
AAGAATGTAT TCCTCAATTT GCTGAGAAAA CAAAGAAGTG AACAAGACCC TAACACCGAG 
AGGGAAAAAG AACGTTTAAG GGACGAACTA AGAAAGGTGA CAAAAACGCT AATAAAACTC 
AACTCTCGGG ATACCAAAAA GTTGAGCTCC AGTAAAATGG AAAGCATGGT ATGTCTTTCG 
ACTACAAAAC AACAGTTAGA AAAAAGACTT AAAAAGCTAA CTGCTATCCC TTCTATGTAT 
ACTTACACTG ATCCTAAAGC AGTGGATGAA GATACTTTGA GGAAGATTTT TCATCGACTT 
AGGTTTGAGA GAAGAGGTTA TCTGCAGCAA ATGATGGCAC TGAGGGGTAT TGGGTATCAT 
CATGCATCTA TGGCTGCCAA GGAAAGACAA GTAGTGGAGA TGCTTTTCAG GCTGGGATAT 
ATCAAGGTAG TCACAGCTAC TTCAACACTT GCTCTAGGAA TCAACATGCC ATGTAAATCT 
GTTGTCTTTG CTGAAGATTC TGTCTTCTTA GATGCCCTAA ATTACAGGCA GATGTCAGGA 
CGAGCTGGAA GACGGGGACA AGATATGATT GGAAATGTGT TCTTCTACGA TATCCCATTG 
CCCAAAGTGG AAAGACTTAT CAAATCCAAT GTACCTCAGT TGAAAGGCCA GTTTCCTCTG 
ACTGTTTCCT TAATATTGAG ACTCATGCTG TTGGCTGCGA AGGCTGATGA CAAAGCAGAT 
GCCAAAGCAA AGGCATTGTC AGTGTTGAAA CACTCACTGA TGGCATTCAG AAAAGAAAGA 
TATGCTGAAA TATTAAAAAT TTATTTTATG TTTTCCTTGC AATTTCTTAT CAAAGAGGGC 
TACTTGGATC AAGAAGGTAA CCCCATAGGA TTTGCTGGAC TTGTGACACA CTTGTACTAT 
CATGAACCTT CAAATTTTGT TTTAGTGAGC TTTCTTGTGA AAGGTTTATT CCACAAATTG 
TGCCAGCCAA TTAAAGGCTC AACTGTTTTT TCAGAAGATG TCCTGGAAAA GCTAGTGCTC 
ATTCTAGCAA ACCTGTTTGG GAGAAAATAT CTTCCAGCCT GCTCAATGAA ATATAAACGG 
TCATTTTGCC AGTCAAAGGT CTTTCTAGAA GATCTGCCAG AAGACTTTGC AGATGCTGTA 
AATGAGTACA ACGCCAAAGT AGAGGAAAAT TTTGCTCACT TTCTTCTGAC AACTGCCAAG 
CTGGCAGATA TTGAACAAGA GTACAGGCTT CCACTGTCAA AGACAGATTT TACATCTAAG 
AATTGGCATG GCTCTGAACT AGCATCTTAT TTGATGGACA ACACCAAAAG CGTATCTGCC 
ATCTCACCTT TTGCATGTTT ATCTGGAGTG GTTGATAATG ATCTATTTCA TGGGGAGATC 
ATTAATAAAG CTGTCTTACG TTCTCTTGGA ATTAATGTCA CAAACTGCCC CCTGCTTTAT 
TTGAACAAGT ATGATAATCA AGGAAGGAAG AGGCCACTCA ATGCATATGC ACTGGACTTC 
TATAAGCATG GTTGCTTGAT TGCATTGACA ACTGATAACT GGTTAACTGA AGGAGATGCT 
TACTACGCAC TCAAGGATTT TTCACTCCTC ATTAAATCTA TTGGAACATC ACTGAGTGAA 
CTGTGTGACG ATCCAAATGA TAATGTTCTA CTGGCATTTC AACAACTGGG CGAAATCTAT 
GAAGAGAAAC TGAAGTGTGT TACCTGA