Dhx57 cDNA ORF clone, Marmota marmota marmota(Alpine marmot)

Gene
Clones
gRNAs

Summary

Gene Symbol	Dhx57
Entrez Gene ID	107137017
Full Name	DExH-box helicase 57
Gene Type	protein-coding
Organism	Marmota marmota marmota(Alpine marmot)

mRNA and Protein(s)

mRNA	Protein	Name
XM_015479399.1	XP_015334885.1	putative ATP-dependent RNA helicase DHX57

Pathways from BioSystems
Gene Ontology

The following Dhx57 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Dhx57 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
OMa88035	XM_015479399.1 Latest version!	Marmota marmota marmota DEAH-box helicase 57 (Dhx57), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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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)

Dhx57 ( XM_015479399.1 ) cDNA ORF clone, Marmota marmota marmota(Alpine marmot) -> XP_015334885.1 Marmota marmota marmota DEAH-box helicase 57 (Dhx57), mRNA.

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CloneID	OMa88035
Clone ID Related Accession (Same CDS sequence)	XM_015479399.1
Accession Version	XM_015479399.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4272bp) 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	2016-01-27
Organism	Marmota marmota marmota(Alpine marmot)
Product	putative ATP-dependent RNA helicase DHX57
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015351216.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Marmota marmota marmota Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 11% of CDS bases ##RefSeq-Attributes-END##

ATGAAGGAAA CTGAAGCCCA GAGAGGCTGG CTCTTGCCTA AGGTGTCACA ACAACGAATT 
CGGGCTGAAT CAATGTTAGA ATCCCCCCCA CACCGCAGTG TACACAGATT TGTCACACCC 
GGTCGGGAGT TACCGGGCCG AGCTCTGGCT CCCAAAAATT CTATTTACAG GTGCCCTTCC 
CCGCCAGGGC CTTGGGAGGA AGGGCACTCA CTTGCTGGAG AGAGGTCGGA GAAACTTTCT 
GGACTCTGCG ATTCCCCTTG GGCCGCCAGC TCTGCGGTAT GGAGGGAGCA AAGCGCTAGC 
CCACACAGCT CCCAGAGCGA CTCGGTTGCT TGGGCAACCG GGCAACCTCT CACCCGGAAG 
CGAATATGCG ATGAGCCAAT CAGGAGGCGC CGAAGCTGTG CAGCCGCAGC TGGGCCGCCG 
CGGAGCCGCT CCAGAACTTA TAATTTGGCT TCTTATACTA TTCTTATCTA CAAGGAATCT 
GGAGTCAGGG ATTTAAGAGG AATTTCTGGG GAGGAGGAAG ATGATGAGCC TGATTGTCTT 
GATGATGAGC AGTACTGGTC AGCTGGACAA GAACCTTCCC TTGCTCCGGA CTCTGATCCT 
TGGGAATATG CAGGCTCAGG CCCAGTTGAG CCTCATATTC CAGAATTTAC AGTCTCACCA 
TTTGCAGTGC AAAAACTTTC CAGGTATGGC TTCAACATTG AACACTGTCA AGCAGCTCTG 
AGGATTTGTG ATGGAGATTT GGGGGCATCA CTAGAGCATC TACTCATCCA GTGTTTTTCA 
GAGACATTTG GAGAAAGGAT GAAAATCTCT GAGGCAGCTG GCCACGCAAG CTTGGATGAA 
TGTGTGGAGC AGCGACAGGA AGAGGCACTT GCTCTCAGGT CAATTTGTGG AGAAAAATTT 
ATAGAAAGAA TTCAGAACAG GGTCTGGACC ATTGGATTGG AACTGGAATA TTTGACAAGT 
AAATTCTGCA AATCCAAGCA AAAGGAAAGC AAAAATGTGC GAGAGGCATC ACCTGAAACC 
TGTAAATTTT ACCTAAAAGG AAATTGTAAA TTTGGATCAA AATGCAAATT CAAACATGAA 
GTGCCCCCAA ATCAAATTGT TGGACGAGTA GAAAGAATTG TAGATGATTC TCATCTTAAT 
GCTAATGAAG ATGCATCTTT TTTATACGAG CTTGAAATCC GATTTTCTAA AGACCACAAG 
TACCCCTACC AAGCTCCCCT TGTGGCATTT TATTCCACCA ATGAGAATCT ACCTCTGGCT 
TGTCGTTTAC ATATTTCTGA ATTCCTTTAT GGCAAAGCCT TGACACTTTC AGAAACTTCA 
GAACCTGTTG TATATTCTTT GATAACCCTG TTAGAGGAAG AATCAGAAAT TGTCAAGTTA 
CTGACAAATA CCCATCACAA ATATAGTGTC CCTCCTGTGA ATTTTCTGCC AGTATCCTCT 
GGGACCAGAA TAAATAATCC AGCCTGTCGT AAACCAGTGA TTCCAAATCA TTATTTTGTT 
TCAAGTCAAA TATCAGAAGT TGGAAAAGAA TCAGAACCTG AGGAGGAGGC AGAAGAGGAT 
GAAGGTCCAG CACCAGTTAT AGTGGAGAAT GAAAGCTATG TGAACCTTAA GAAAAAGATT 
TCCAAAAGAT ATGACTGGCA GGCAAAATCA GTACATGCTG AAAATAGTAA AATCTGCAAG 
CAGTTCCGGA TGAAACAGGC TTCCAGACAG TTCCAGTCAG TTCTACAAGA AAGGCAGTCA 
CTCCCTGCAT GGGAAGAAAG AGAAACCATT CTTAAATTGT TGAGCAAGCA CCAAGTGGTT 
GTCATAAGTG GTATGACTGG ATGTGGGAAA ACCACACAGA TTCCACAGTT TATTCTGGAT 
GATTCTTTGA ATGGGCCACC TGAGAAAGTG GCTAACATCA TCTGTACCCA ACCCCGACGA 
ATCTCTGCAA TCTCTGTTGC TGAACGAGTT GCTAAAGAAA GAGCAGAAAG GGTGGGTCTG 
ACCGTGGGAT ATCAGATTCG GTTAGAAAGT GTCAAGTCTT CAGCCACCAG ACTGTTATAC 
TGCACCACAG GAGTGCTGCT GAGAAGGCTA GAAGGAGATA CGGCTCTCCA GGGAGTTACC 
CATATCATTG TTGATGAAGT TCATGAGAGG ACAGAAGAAA GTGACTTCTT ACTGCTAGTT 
TTGAAGGACA TTGTGTTGCA GAGGCCAACT CTTCAAGTTA TTCTAATGAG TGCAACTTTA 
AATGCTGAAC TCTTTTCAGA ATATTTCAAT TCCTGCCCAG TTATTACTAT ACCAGGTCGT 
ACATTTCCTG TTGATCAGTT TTTTCTGGAA GATGCAGTTG CTGTGACAAG ATATGTGTTA 
CAGGATGGGA GCCCATATAT GCGCTCCATG AAACAGATTG CAAAGGAAAA ACTTAAAGCA 
AGACGCAACA GAACTGCATT TGAAGAAGTA GAGGAAGACC TGAGGCTGTC TCTTCACCTC 
CAGGATCAGG ATTCTGTCAA AGATGCAGTG CCAGATCAAC AGTTAGATTT TAAGCAGCTC 
CTGGCCCGCT ATAAAGGGGT CAGCAAATCA GTCATCAAAA CAATGTCCAT TATGGATTTT 
GAAAAGGTTA ATCTTGAATT AATAGAGGCC TTGTTAGAGT GGATTGTGGA TGGAAAGCAC 
TCCTATCCTC CAGGTGCTAT ACTTGTATTT CTACCAGGAC TAGCAGAAAT CAAAATGCTT 
TATGAACAGC TACAGTCTAA TTCTCTTTTC AACAATCGAC GTAGTAATCG ATGTGTTATT 
CACCCTCTTC ACTCATCTTT ATCCAGTGAA GAGCAACAGG CTGTATTTGT AAAACCCCCA 
GTGGGTGTAA CCAAGATTAT AATTTCTACC AACATTGCTG AGACTTCCAT AACCATTGAT 
GATGTTGTCT ATGTCATTGA TTCTGGGAAA ATGAAAGAAA AGAGATATGA TGCCAGCAAA 
GGGATGGAAA GTCTAGAGGA TACTTTTGTA TCTCAAGCAA ATGCCCTGCA AAGAAAGGGT 
CGAGCCGGCC GTGTTGCATC TGGGGTCTGC TTCCATTTAT TTACTAGCCA TCACTACAAC 
CACCAGCTTT TAAAGCAGCA GCTACCAGAA ATACAAAGAG TGCCATTGGA ACAGCTGTGT 
CTAAGAATTA AAATTTTAGA GATGTTTAGC ACTCATAATC TGCAATCTGT GTTCTCTCGG 
CTCATTGAAC CTCCACATGC TGATTCTCTC CGTGCCTCAA AAATACGATT ACGAGACTTG 
GGAGCATTAA CTCTAGATGA AAAATTGACC CCTCTAGGAT ATCATTTGGC CTCTCTGCCT 
GTGGATGTGA GAATCGGCAA ACTGATGCTA TTTGGGTCTA TCTTCCGCTG TTTGGATCCT 
GCTCTCACCA TTGCTGCCAG CTTGGCCTTT AAATCACCTT TTGTGTCTCC CTGGGATAAA 
AAAGAAGAAG CCAACCAGAA AAAACTGGAA TTTGCATTTG CAAACAGTGA CTATCTGGCC 
CTTCTGCAAG CATACAAGGG GTGGCAACTG AGTACAAAAG AAGGTGGGCG TGCAAGTTAT 
AATTACTGCA GACAAAACTT CTTGTCAGGA AGAGTTCTGC AGGAAATGGC CAGCCTCAAA 
CGACAATTCA CTGAACTATT ATCGGATATA GGGTTTGTAA AGGAGGGACT CAGAGCAAGG 
GAAATTGAGA AAAGGGCCCA AGGAGGAGAT GGTGTCCTAG ATGCCACGGG AGAAGAGGCA 
AACTCAAATG CCGAGAACCC CAAGCTGATA TCAGCAATGC TATGTGCTGC TCTTTATCCA 
AATGTAGTGC AGGTGAAGAC CCCGGAAGGA AAATTTCAGA AGACCAGTAG TGGTGCTGTC 
AGAATGCAAC CAAAATCAGC TGAGTTGAAG TTTGTGACAA AGAATGATGG ATATGTACAC 
ATTCACCCTT CCTCTGTGAA CTATCAGGTC AGACACTTTG ACAGCCCCTA TCTGTTGTAC 
CATGAGAAAA TCAAAACAAG TCGGATATTC ATCCGTGACT GCAGCATGGT ATCTGTGTAC 
CCACTGGTCT TGTTTGGAGG AGGCCAAGTG AATGTGCAGC TTCAAAGAGG AGAGTTCGTG 
GTCTCCTTGG ATGATGGCTG GATCCGTTTT GTAGCTGCTT CTCATCAGGT GGCTGAATTA 
GTAAAGGAAC TTCGTTGTGA ACTTGACCAG CTCCTCCAGG ATAAAATTAA AAACCCAAGC 
ATAGATTTGT GTACCTGTCC TAGAGGCTCC CGGATCATCA GCACAATTGT GAAACTTGTC 
ACCACACAAT AA

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

RefSeq	XP_015334885.1
CDS	1..4272
Translation	MKETEAQRGWLLPKVSQQRIRAESMLESPPHRSVHRFVTPGRELPGRALAPKNSIYRCPSPPGPWEEGHSLAGERSEKLSGLCDSPWAASSAVWREQSASPHSSQSDSVAWATGQPLTRKRICDEPIRRRRSCAAAAGPPRSRSRTYNLASYTILIYKESGVRDLRGISGEEEDDEPDCLDDEQYWSAGQEPSLAPDSDPWEYAGSGPVEPHIPEFTVSPFAVQKLSRYGFNIEHCQAALRICDGDLGASLEHLLIQCFSETFGERMKISEAAGHASLDECVEQRQEEALALRSICGEKFIERIQNRVWTIGLELEYLTSKFCKSKQKESKNVREASPETCKFYLKGNCKFGSKCKFKHEVPPNQIVGRVERIVDDSHLNANEDASFLYELEIRFSKDHKYPYQAPLVAFYSTNENLPLACRLHISEFLYGKALTLSETSEPVVYSLITLLEEESEIVKLLTNTHHKYSVPPVNFLPVSSGTRINNPACRKPVIPNHYFVSSQISEVGKESEPEEEAEEDEGPAPVIVENESYVNLKKKISKRYDWQAKSVHAENSKICKQFRMKQASRQFQSVLQERQSLPAWEERETILKLLSKHQVVVISGMTGCGKTTQIPQFILDDSLNGPPEKVANIICTQPRRISAISVAERVAKERAERVGLTVGYQIRLESVKSSATRLLYCTTGVLLRRLEGDTALQGVTHIIVDEVHERTEESDFLLLVLKDIVLQRPTLQVILMSATLNAELFSEYFNSCPVITIPGRTFPVDQFFLEDAVAVTRYVLQDGSPYMRSMKQIAKEKLKARRNRTAFEEVEEDLRLSLHLQDQDSVKDAVPDQQLDFKQLLARYKGVSKSVIKTMSIMDFEKVNLELIEALLEWIVDGKHSYPPGAILVFLPGLAEIKMLYEQLQSNSLFNNRRSNRCVIHPLHSSLSSEEQQAVFVKPPVGVTKIIISTNIAETSITIDDVVYVIDSGKMKEKRYDASKGMESLEDTFVSQANALQRKGRAGRVASGVCFHLFTSHHYNHQLLKQQLPEIQRVPLEQLCLRIKILEMFSTHNLQSVFSRLIEPPHADSLRASKIRLRDLGALTLDEKLTPLGYHLASLPVDVRIGKLMLFGSIFRCLDPALTIAASLAFKSPFVSPWDKKEEANQKKLEFAFANSDYLALLQAYKGWQLSTKEGGRASYNYCRQNFLSGRVLQEMASLKRQFTELLSDIGFVKEGLRAREIEKRAQGGDGVLDATGEEANSNAENPKLISAMLCAALYPNVVQVKTPEGKFQKTSSGAVRMQPKSAELKFVTKNDGYVHIHPSSVNYQVRHFDSPYLLYHEKIKTSRIFIRDCSMVSVYPLVLFGGGQVNVQLQRGEFVVSLDDGWIRFVAASHQVAELVKELRCELDQLLQDKIKNPSIDLCTCPRGSRIISTIVKLVTTQ

Target ORF information:

RefSeq Version	XM_015479399.1
Organism	Marmota marmota marmota(Alpine marmot)
Definition	Marmota marmota marmota DEAH-box helicase 57 (Dhx57), mRNA.

Target ORF information:

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

XM_015479399.1

ORF Insert Sequence:

ATGAAGGAAA CTGAAGCCCA GAGAGGCTGG CTCTTGCCTA AGGTGTCACA ACAACGAATT 
CGGGCTGAAT CAATGTTAGA ATCCCCCCCA CACCGCAGTG TACACAGATT TGTCACACCC 
GGTCGGGAGT TACCGGGCCG AGCTCTGGCT CCCAAAAATT CTATTTACAG GTGCCCTTCC 
CCGCCAGGGC CTTGGGAGGA AGGGCACTCA CTTGCTGGAG AGAGGTCGGA GAAACTTTCT 
GGACTCTGCG ATTCCCCTTG GGCCGCCAGC TCTGCGGTAT GGAGGGAGCA AAGCGCTAGC 
CCACACAGCT CCCAGAGCGA CTCGGTTGCT TGGGCAACCG GGCAACCTCT CACCCGGAAG 
CGAATATGCG ATGAGCCAAT CAGGAGGCGC CGAAGCTGTG CAGCCGCAGC TGGGCCGCCG 
CGGAGCCGCT CCAGAACTTA TAATTTGGCT TCTTATACTA TTCTTATCTA CAAGGAATCT 
GGAGTCAGGG ATTTAAGAGG AATTTCTGGG GAGGAGGAAG ATGATGAGCC TGATTGTCTT 
GATGATGAGC AGTACTGGTC AGCTGGACAA GAACCTTCCC TTGCTCCGGA CTCTGATCCT 
TGGGAATATG CAGGCTCAGG CCCAGTTGAG CCTCATATTC CAGAATTTAC AGTCTCACCA 
TTTGCAGTGC AAAAACTTTC CAGGTATGGC TTCAACATTG AACACTGTCA AGCAGCTCTG 
AGGATTTGTG ATGGAGATTT GGGGGCATCA CTAGAGCATC TACTCATCCA GTGTTTTTCA 
GAGACATTTG GAGAAAGGAT GAAAATCTCT GAGGCAGCTG GCCACGCAAG CTTGGATGAA 
TGTGTGGAGC AGCGACAGGA AGAGGCACTT GCTCTCAGGT CAATTTGTGG AGAAAAATTT 
ATAGAAAGAA TTCAGAACAG GGTCTGGACC ATTGGATTGG AACTGGAATA TTTGACAAGT 
AAATTCTGCA AATCCAAGCA AAAGGAAAGC AAAAATGTGC GAGAGGCATC ACCTGAAACC 
TGTAAATTTT ACCTAAAAGG AAATTGTAAA TTTGGATCAA AATGCAAATT CAAACATGAA 
GTGCCCCCAA ATCAAATTGT TGGACGAGTA GAAAGAATTG TAGATGATTC TCATCTTAAT 
GCTAATGAAG ATGCATCTTT TTTATACGAG CTTGAAATCC GATTTTCTAA AGACCACAAG 
TACCCCTACC AAGCTCCCCT TGTGGCATTT TATTCCACCA ATGAGAATCT ACCTCTGGCT 
TGTCGTTTAC ATATTTCTGA ATTCCTTTAT GGCAAAGCCT TGACACTTTC AGAAACTTCA 
GAACCTGTTG TATATTCTTT GATAACCCTG TTAGAGGAAG AATCAGAAAT TGTCAAGTTA 
CTGACAAATA CCCATCACAA ATATAGTGTC CCTCCTGTGA ATTTTCTGCC AGTATCCTCT 
GGGACCAGAA TAAATAATCC AGCCTGTCGT AAACCAGTGA TTCCAAATCA TTATTTTGTT 
TCAAGTCAAA TATCAGAAGT TGGAAAAGAA TCAGAACCTG AGGAGGAGGC AGAAGAGGAT 
GAAGGTCCAG CACCAGTTAT AGTGGAGAAT GAAAGCTATG TGAACCTTAA GAAAAAGATT 
TCCAAAAGAT ATGACTGGCA GGCAAAATCA GTACATGCTG AAAATAGTAA AATCTGCAAG 
CAGTTCCGGA TGAAACAGGC TTCCAGACAG TTCCAGTCAG TTCTACAAGA AAGGCAGTCA 
CTCCCTGCAT GGGAAGAAAG AGAAACCATT CTTAAATTGT TGAGCAAGCA CCAAGTGGTT 
GTCATAAGTG GTATGACTGG ATGTGGGAAA ACCACACAGA TTCCACAGTT TATTCTGGAT 
GATTCTTTGA ATGGGCCACC TGAGAAAGTG GCTAACATCA TCTGTACCCA ACCCCGACGA 
ATCTCTGCAA TCTCTGTTGC TGAACGAGTT GCTAAAGAAA GAGCAGAAAG GGTGGGTCTG 
ACCGTGGGAT ATCAGATTCG GTTAGAAAGT GTCAAGTCTT CAGCCACCAG ACTGTTATAC 
TGCACCACAG GAGTGCTGCT GAGAAGGCTA GAAGGAGATA CGGCTCTCCA GGGAGTTACC 
CATATCATTG TTGATGAAGT TCATGAGAGG ACAGAAGAAA GTGACTTCTT ACTGCTAGTT 
TTGAAGGACA TTGTGTTGCA GAGGCCAACT CTTCAAGTTA TTCTAATGAG TGCAACTTTA 
AATGCTGAAC TCTTTTCAGA ATATTTCAAT TCCTGCCCAG TTATTACTAT ACCAGGTCGT 
ACATTTCCTG TTGATCAGTT TTTTCTGGAA GATGCAGTTG CTGTGACAAG ATATGTGTTA 
CAGGATGGGA GCCCATATAT GCGCTCCATG AAACAGATTG CAAAGGAAAA ACTTAAAGCA 
AGACGCAACA GAACTGCATT TGAAGAAGTA GAGGAAGACC TGAGGCTGTC TCTTCACCTC 
CAGGATCAGG ATTCTGTCAA AGATGCAGTG CCAGATCAAC AGTTAGATTT TAAGCAGCTC 
CTGGCCCGCT ATAAAGGGGT CAGCAAATCA GTCATCAAAA CAATGTCCAT TATGGATTTT 
GAAAAGGTTA ATCTTGAATT AATAGAGGCC TTGTTAGAGT GGATTGTGGA TGGAAAGCAC 
TCCTATCCTC CAGGTGCTAT ACTTGTATTT CTACCAGGAC TAGCAGAAAT CAAAATGCTT 
TATGAACAGC TACAGTCTAA TTCTCTTTTC AACAATCGAC GTAGTAATCG ATGTGTTATT 
CACCCTCTTC ACTCATCTTT ATCCAGTGAA GAGCAACAGG CTGTATTTGT AAAACCCCCA 
GTGGGTGTAA CCAAGATTAT AATTTCTACC AACATTGCTG AGACTTCCAT AACCATTGAT 
GATGTTGTCT ATGTCATTGA TTCTGGGAAA ATGAAAGAAA AGAGATATGA TGCCAGCAAA 
GGGATGGAAA GTCTAGAGGA TACTTTTGTA TCTCAAGCAA ATGCCCTGCA AAGAAAGGGT 
CGAGCCGGCC GTGTTGCATC TGGGGTCTGC TTCCATTTAT TTACTAGCCA TCACTACAAC 
CACCAGCTTT TAAAGCAGCA GCTACCAGAA ATACAAAGAG TGCCATTGGA ACAGCTGTGT 
CTAAGAATTA AAATTTTAGA GATGTTTAGC ACTCATAATC TGCAATCTGT GTTCTCTCGG 
CTCATTGAAC CTCCACATGC TGATTCTCTC CGTGCCTCAA AAATACGATT ACGAGACTTG 
GGAGCATTAA CTCTAGATGA AAAATTGACC CCTCTAGGAT ATCATTTGGC CTCTCTGCCT 
GTGGATGTGA GAATCGGCAA ACTGATGCTA TTTGGGTCTA TCTTCCGCTG TTTGGATCCT 
GCTCTCACCA TTGCTGCCAG CTTGGCCTTT AAATCACCTT TTGTGTCTCC CTGGGATAAA 
AAAGAAGAAG CCAACCAGAA AAAACTGGAA TTTGCATTTG CAAACAGTGA CTATCTGGCC 
CTTCTGCAAG CATACAAGGG GTGGCAACTG AGTACAAAAG AAGGTGGGCG TGCAAGTTAT 
AATTACTGCA GACAAAACTT CTTGTCAGGA AGAGTTCTGC AGGAAATGGC CAGCCTCAAA 
CGACAATTCA CTGAACTATT ATCGGATATA GGGTTTGTAA AGGAGGGACT CAGAGCAAGG 
GAAATTGAGA AAAGGGCCCA AGGAGGAGAT GGTGTCCTAG ATGCCACGGG AGAAGAGGCA 
AACTCAAATG CCGAGAACCC CAAGCTGATA TCAGCAATGC TATGTGCTGC TCTTTATCCA 
AATGTAGTGC AGGTGAAGAC CCCGGAAGGA AAATTTCAGA AGACCAGTAG TGGTGCTGTC 
AGAATGCAAC CAAAATCAGC TGAGTTGAAG TTTGTGACAA AGAATGATGG ATATGTACAC 
ATTCACCCTT CCTCTGTGAA CTATCAGGTC AGACACTTTG ACAGCCCCTA TCTGTTGTAC 
CATGAGAAAA TCAAAACAAG TCGGATATTC ATCCGTGACT GCAGCATGGT ATCTGTGTAC 
CCACTGGTCT TGTTTGGAGG AGGCCAAGTG AATGTGCAGC TTCAAAGAGG AGAGTTCGTG 
GTCTCCTTGG ATGATGGCTG GATCCGTTTT GTAGCTGCTT CTCATCAGGT GGCTGAATTA 
GTAAAGGAAC TTCGTTGTGA ACTTGACCAG CTCCTCCAGG ATAAAATTAA AAACCCAAGC 
ATAGATTTGT GTACCTGTCC TAGAGGCTCC CGGATCATCA GCACAATTGT GAAACTTGTC 
ACCACACAAT AA