LOC107194166 cDNA ORF clone, Dufourea novaeangliae

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107194166
Entrez Gene ID	107194166
Full Name	kinase D-interacting substrate of 220 kDa
Gene Type	protein-coding
Organism	Dufourea novaeangliae

mRNA and Protein(s)

mRNA	Protein	Name
XM_015583736.1	XP_015439222.1	kinase D-interacting substrate of 220 kDa

Pathways from BioSystems
Gene Ontology

The following LOC107194166 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107194166 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
ODu02037	XM_015583736.1 Latest version!	Dufourea novaeangliae kinase D-interacting substrate of 220 kDa (LOC107194166), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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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)

LOC107194166 ( XM_015583736.1 ) cDNA ORF clone, Dufourea novaeangliae -> XP_015439222.1 Dufourea novaeangliae kinase D-interacting substrate of 220 kDa (LOC107194166), mRNA.

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CloneID	ODu02037
Clone ID Related Accession (Same CDS sequence)	XM_015583736.1
Accession Version	XM_015583736.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4917bp) 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	2016-02-08
Organism	Dufourea novaeangliae
Product	kinase D-interacting substrate of 220 kDa
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015373910.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Dufourea novaeangliae 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##

ATGTGGTTGA CGTTCGATTC GGACTCGAAT TGGACCCTGC ATCGGACGGA CTCGATGGTA 
TCGCTCTGCT ACCGATCTCT CACCAGCTAT ATCACAGACG ATAACCTCGC TGGTCTCCAG 
AACTTCCTCG AGAACAAGAG AGTGCAGGTC GACGACCGAG ACGAGAATGG TAGCACAGCC 
CTCATCCTTG CAGCGAGTAA AGGAAGGATA CACTTTGTGC GAGAACTCGT CAACCATGGA 
GCAGACGTTA ACGCCGAAGA TGGGGACAAC TGGACGGCGT TGTTGTGCGC AGCAAAGGAG 
GGTCACACCG ATGTCTGCCT TGAATTACTT GAACATGGGG CCGATTTGGA ACATAGAGAC 
ATGGGAGGGT GGACGGCACT CATGTGGGCG ACATACAAGG GTAGGTCACC GACGGTGACG 
ATGCTGCTGG CACGAGGAGC TGACGTCAAT GCGCACGGAA ACTTTCATAT ATCTTCCTTG 
TTATGGGCGG CGGGCAGGGG TTACCCTGAC ATTGTTAAGG ATCTCATTGC TCATGGTGCT 
AAAGTTAATG TTGGCGATAA GTATGGTACT ACAGCGCTGG TGTGGGCGTC GCGTAAAGGA 
AATGTAGAAA TTGTAGATAC TCTGTTAAAG GCTGGTGCTA ACGTCGATAC CGCTGGCATG 
GTAAGCACCA TCGATAATTA TATACATTTT TACTTAATTA CTTTACAGTA TTCAAAGGAC 
GGTTGCACGG CCCTAGCGTT AGCTTGTCGG GAGGGACATC ACGAGATAGC TAACGCACTT 
TTGAATGCTG GCGCGTACGT GAATATCCAG GACCGAGCTG GCGACACGAA CTTGATTCAT 
GCTGTGAAAG CTGGTCATAG AGGAGTGGTT GAATCTCTAT TAAAGAAGTA CGCGGACGTG 
GACATCGCCG GAAAGGATAA GAAAACCGCA ACTTACATAG CAGTAGAAAA AGGCAATATA 
CCGATATTAA AATTGTTACT AAACGCTAAC CCAGACTTGG AGATCGCGAC GAAAGACGGC 
GACACGCCAT TACTGCGGGC AGTTAGGTCG CGGAACGGTG AAATCGTGCA ATTATTGCTG 
GACAAGAAAG CGAAGGTTTC GGCGACCGAT AAAAAGGGCG ACACGGTACT TCATATAGCC 
ATGCGCGCGA GATCGAAAGC CATCGTCGAA ATATTACTGA GAAATCCGAA AAATAGCCAG 
CTGCTTTACC GTCCTAATAG ACAAGGCGAG ACACCGTACA ACATTGACAT TAACCATCCA 
AAGACGATTA TTGGGCAAAT ATTTGGTGCA CGACGTCTTA ACACTAATGA GGATAATGAA 
AATATGCTAG GTTATGATTT ATATAGCAGT GCATTGGCAG ACATTCTTAG CGAACCGTCA 
CTTTCAACGC CTATAACAGT CGGCCTTTAC GCAAAATGGG GTTCTGGGAA GTCTTTTTTA 
TTGAATAAGT TGAAAGAGGA AATGAAGAAC TTTGCTCGTC AGTGGATAGA TCCTGTGTTC 
CAATTCTCGT TCTTACTTTT CGTAGTGGTA TCTCACGTGT CCCTGTTAGT GGGTATCACC 
ATAGGTCTTG CCCTACAATC ATGGATAGCT GGTCTTGCCT GCGGTATTAG TCTTATTATT 
ACTACGTACG CTTTTCTGAT ACTTATCTGG TATGCTAATA AGAGATATGA TTGGTACTGG 
CCGTACAACT TCACAGTAGC TCTAACCACG AAGTTAAATT CGTTGAAGTT ATTGCTACAA 
GTGATATTCT GTCATCCTCC CGGTACCCGA GTTCACGACG ACGTCACTGT CCAACCGATA 
AAGTTCTATT TCACTGATCA AACCAGAGTA GGGACAACAT CTGCTGGAGA AAATGCTGTA 
GTACGAATGG TGGGATCTCT GTACGATTCC ATTGAAAACG ATTATGGCTC TCTGTCCACG 
AGATTATACA GAGCATTCAG ACCGAAACCT GATAAATCGA CCACAACTTG GAAGTGGCGT 
CATCTTTGCT GTCTACCGTA CATAGTCATA TTCGAGTTTT GTTTTTGCAG TTTACTCGTC 
GGTATTTCTG TGCTCACTGT CTACCTCATT GACATCTCTA GTAATGAGCC AACAATAGAA 
AGAGTCACGG CGCATATTAT TATGATAACT GTTGTCTTAA TACTGGGTGT CAGTGTAATA 
GCGAACTTGT ACACGTGGAA TCGAACGCTG CAAGCGCTGG TTTTCTCTCA GAGGCGACAT 
CTGCAACGTA GCATTTCGAA ATTGGAGACG TTAAAGAGCG AAGGCTTCAT ACAAACTTTG 
AGAAGCGAAG TTAGTTTAAT GACAGAAATG GTAAAATGTC TGGATAGCTT TATGACTCAA 
CAGAGTAGGT TAGTGATAAT TGTGGACGGT TTGGACAGTT GTGAACAGGA TAAAGTATTA 
TTAGTTCTGG ATGCTATACA AGCATTATTC AGTGATAATG GCTATCCCTT CGTTGTTATA 
TTAGCTATTG ATCCACATAT TATTGCCAAG GCAGTAGAAG TCAATAGTAG AAGATTATTC 
ACGGAATCAA ATATCGGGGG GCACGACTAT TTGCGCAATA TGGTGCATCT TCCGTTCTAT 
TTGCAAAACA GCGGTTTAAG GAAGGTGAAA ATTGCTCAAC AGACTGCCCA ACACAGTAGA 
AAAACCACGT GGACCGAAGC CGAGGAGAGT GTTAATTACA CCGCCACTAG TACAATGCAC 
CATTCGGTCT CCAATCGACG GCTCAGTACC GAATCCGGTA TAATGAACAG CACCGAGAAG 
TTGAAACCAC AAAGTAGAAA AGGCAGTAGA AAATTACGAC TAAGCGAGTC GATCGCTAGC 
AGTATTGGCA GCAATTTAAA TCGCCTGGGC GGCGCGCAGG ATCTGAATAA AATGCTTCTC 
ACCGACGATT ACTTCAGCGA CGTAAATCCT CGCAGCATGA GACGATTAAT GAACGTCGTT 
TATGTCACTG GGAGATTATT GAAAGCATTC CAAATTGATT TCAACTGGTA CCACTTAGCC 
AGTTGGATCA ACATCACGGA GCAATGGCCG TTCAGAACGT CTTGGTTGAT CCTGCATTAT 
GATATGTACG AGGATAGCTT GGACGATTCC ATGTCGTTGA AAAGCCTTTA CGATAAGATA 
CGCCCACAGA TACCAGTGCT TAAAGAAGTC CAACCTCTTT TGGAAATGGA CAGGGACGAA 
CGAAAGCTGG ACATTTTCCT GACTTTCCAT CGTTCCAGTC TGTTGATCAG CGATATGAAG 
ATATTTTTGC CGTTCACGAT CAATCTCGAT CCGTACATTA AGAAAAAGAT CAAAGAGGAG 
CAACAGACCA TCGAAGAGGA GACAGGACTT GGGCCTTACA AACAGTACAG TCCTTGGACT 
ATGAATACCA ATAGCCAAGA ACAGTGGAGC GCAGCTAGAC CTGGTTACAC CAACCGCAAC 
ATGAAATTAA TTAGGGCACC GAGTCTGCAA GGACCTGCGC CGCCACAGGT TTCAGCGACG 
CCATCTTGGT GCGTACAACC GTCATACGAT TGGCAGGCAC CACCTTGGGT ACAAATGCCC 
CCTATGGAAC CACCCACAAT TCAACCGGCA CTTTCTGCGA CAACAACTCT ACCGTCCGAA 
ATTTTGGAGA TCAGACTTTC ATCTCTAACT GTGAACGGTG TTTGCGACCT TCTCGATAGA 
ATTGATAGTC TGAGCCCCAA TCAAGCACCA CAGTACAAAA ATGTTATTAA GGATAATAAC 
ATTAACGGCA GGGTTTTACT GCACTGCGAC TTACATGAGT TGAAAAAGGT ACTTAAAATG 
ACATTCGGGG ATTGGGAATT GTTCCGTATG GTGGTCGCAT CACTTAGGGA ATTAGAATTG 
TCGTCGTTTA GTACCCACGA GGAAGGTTCT CGTAGTGTCC GATTTACCGT AGGATCAGAA 
CAAATTCAGC GAAAGGATCA TACTTTACAA ACCACGTCAA TACGTGTACC TACCCATGTC 
GAAAAAGAGA AAGGAACGTC GAGAACCGAT GGTGCTCCTA GGAGGGATCA GATCAAACAA 
TCCATTATGG AAAAACAAGT GACTTTAGAG GAGCAAATGA TTTGCGGAGC GTTACAAACA 
TTAAACGAAG AAGCCTGCGA GGATGTGTTA GATGTACCAT CTCCTGCAGT GGTACCAACG 
GACTCACATT CAGGATCGAC ATCGACGGGG GCTCAGGACA CCGATTACGT GATCCTCCAG 
TCGAATCCGC TTCTGCACTG GGTGCCGGTG AACGAAGAAC CGGAAACGTC GGACGACAGC 
TCCCTGGAGT CCACCATTCA TCTACAGCGT ACCAATTCAC AGCGCAGTAT CACCTCTCAA 
CTGAGCACAA GATCGGCCTG TTCGTACGGT CGAAAAGACC CAAGGAAAGG TGGCGGTAAT 
GCGAACAGTA GCAGGCCCGC CTCTCTGTTC GTGTCTCCGC CCCCGTCGCC CAGGCCGGCG 
TTCAGGTCGA AATCAACGGA CGAGAATTAT GTGTCGAATA GCATACCTCT TAAGCCAACA 
ATCTCGACGG CCATCAAGAA ACGACGATCC ACGTCGACGT TGAACGAGGA GATAGTCATA 
TCAGTGCCGG TTCCAAACAC CAGTCTGGAA AAGCTGGGCA AACTGAAAGA TCGGCTGATG 
GGCACACTGC CCGCCTCTCC TGCGCCCGGC GAGAGCGAGG ACGAATCAAC GCCGTTGGTC 
TCGGAACTGT CCACGCCCAC CCACTCGCAG TCGGACAGCG TATTCAGACA CGATTGCAGC 
GAGGAGAACA GTAGCTCCGT GTCGTCCAAT AAAAGTTTAC CGCGAGACGG CGAACGATAC 
GTGGACGTCG ATTATCCGGA CACGGTCTGC TTAATGGTCC GTGAGACCAC GCATCCGCGA 
TTTCTGTCGC GACAAGACGC CGAGGAATGG GACAACAACC CCGAGACACC TGTCTGA

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

RefSeq	XP_015439222.1
CDS	2..4918
Translation	MWLTFDSDSNWTLHRTDSMVSLCYRSLTSYITDDNLAGLQNFLENKRVQVDDRDENGSTALILAASKGRIHFVRELVNHGADVNAEDGDNWTALLCAAKEGHTDVCLELLEHGADLEHRDMGGWTALMWATYKGRSPTVTMLLARGADVNAHGNFHISSLLWAAGRGYPDIVKDLIAHGAKVNVGDKYGTTALVWASRKGNVEIVDTLLKAGANVDTAGMVSTIDNYIHFYLITLQYSKDGCTALALACREGHHEIANALLNAGAYVNIQDRAGDTNLIHAVKAGHRGVVESLLKKYADVDIAGKDKKTATYIAVEKGNIPILKLLLNANPDLEIATKDGDTPLLRAVRSRNGEIVQLLLDKKAKVSATDKKGDTVLHIAMRARSKAIVEILLRNPKNSQLLYRPNRQGETPYNIDINHPKTIIGQIFGARRLNTNEDNENMLGYDLYSSALADILSEPSLSTPITVGLYAKWGSGKSFLLNKLKEEMKNFARQWIDPVFQFSFLLFVVVSHVSLLVGITIGLALQSWIAGLACGISLIITTYAFLILIWYANKRYDWYWPYNFTVALTTKLNSLKLLLQVIFCHPPGTRVHDDVTVQPIKFYFTDQTRVGTTSAGENAVVRMVGSLYDSIENDYGSLSTRLYRAFRPKPDKSTTTWKWRHLCCLPYIVIFEFCFCSLLVGISVLTVYLIDISSNEPTIERVTAHIIMITVVLILGVSVIANLYTWNRTLQALVFSQRRHLQRSISKLETLKSEGFIQTLRSEVSLMTEMVKCLDSFMTQQSRLVIIVDGLDSCEQDKVLLVLDAIQALFSDNGYPFVVILAIDPHIIAKAVEVNSRRLFTESNIGGHDYLRNMVHLPFYLQNSGLRKVKIAQQTAQHSRKTTWTEAEESVNYTATSTMHHSVSNRRLSTESGIMNSTEKLKPQSRKGSRKLRLSESIASSIGSNLNRLGGAQDLNKMLLTDDYFSDVNPRSMRRLMNVVYVTGRLLKAFQIDFNWYHLASWINITEQWPFRTSWLILHYDMYEDSLDDSMSLKSLYDKIRPQIPVLKEVQPLLEMDRDERKLDIFLTFHRSSLLISDMKIFLPFTINLDPYIKKKIKEEQQTIEEETGLGPYKQYSPWTMNTNSQEQWSAARPGYTNRNMKLIRAPSLQGPAPPQVSATPSWCVQPSYDWQAPPWVQMPPMEPPTIQPALSATTTLPSEILEIRLSSLTVNGVCDLLDRIDSLSPNQAPQYKNVIKDNNINGRVLLHCDLHELKKVLKMTFGDWELFRMVVASLRELELSSFSTHEEGSRSVRFTVGSEQIQRKDHTLQTTSIRVPTHVEKEKGTSRTDGAPRRDQIKQSIMEKQVTLEEQMICGALQTLNEEACEDVLDVPSPAVVPTDSHSGSTSTGAQDTDYVILQSNPLLHWVPVNEEPETSDDSSLESTIHLQRTNSQRSITSQLSTRSACSYGRKDPRKGGGNANSSRPASLFVSPPPSPRPAFRSKSTDENYVSNSIPLKPTISTAIKKRRSTSTLNEEIVISVPVPNTSLEKLGKLKDRLMGTLPASPAPGESEDESTPLVSELSTPTHSQSDSVFRHDCSEENSSSVSSNKSLPRDGERYVDVDYPDTVCLMVRETTHPRFLSRQDAEEWDNNPETPV

Target ORF information:

RefSeq Version	XM_015583736.1
Organism	Dufourea novaeangliae
Definition	Dufourea novaeangliae kinase D-interacting substrate of 220 kDa (LOC107194166), mRNA.

Target ORF information:

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

XM_015583736.1

ORF Insert Sequence:

ATGTGGTTGA CGTTCGATTC GGACTCGAAT TGGACCCTGC ATCGGACGGA CTCGATGGTA 
TCGCTCTGCT ACCGATCTCT CACCAGCTAT ATCACAGACG ATAACCTCGC TGGTCTCCAG 
AACTTCCTCG AGAACAAGAG AGTGCAGGTC GACGACCGAG ACGAGAATGG TAGCACAGCC 
CTCATCCTTG CAGCGAGTAA AGGAAGGATA CACTTTGTGC GAGAACTCGT CAACCATGGA 
GCAGACGTTA ACGCCGAAGA TGGGGACAAC TGGACGGCGT TGTTGTGCGC AGCAAAGGAG 
GGTCACACCG ATGTCTGCCT TGAATTACTT GAACATGGGG CCGATTTGGA ACATAGAGAC 
ATGGGAGGGT GGACGGCACT CATGTGGGCG ACATACAAGG GTAGGTCACC GACGGTGACG 
ATGCTGCTGG CACGAGGAGC TGACGTCAAT GCGCACGGAA ACTTTCATAT ATCTTCCTTG 
TTATGGGCGG CGGGCAGGGG TTACCCTGAC ATTGTTAAGG ATCTCATTGC TCATGGTGCT 
AAAGTTAATG TTGGCGATAA GTATGGTACT ACAGCGCTGG TGTGGGCGTC GCGTAAAGGA 
AATGTAGAAA TTGTAGATAC TCTGTTAAAG GCTGGTGCTA ACGTCGATAC CGCTGGCATG 
GTAAGCACCA TCGATAATTA TATACATTTT TACTTAATTA CTTTACAGTA TTCAAAGGAC 
GGTTGCACGG CCCTAGCGTT AGCTTGTCGG GAGGGACATC ACGAGATAGC TAACGCACTT 
TTGAATGCTG GCGCGTACGT GAATATCCAG GACCGAGCTG GCGACACGAA CTTGATTCAT 
GCTGTGAAAG CTGGTCATAG AGGAGTGGTT GAATCTCTAT TAAAGAAGTA CGCGGACGTG 
GACATCGCCG GAAAGGATAA GAAAACCGCA ACTTACATAG CAGTAGAAAA AGGCAATATA 
CCGATATTAA AATTGTTACT AAACGCTAAC CCAGACTTGG AGATCGCGAC GAAAGACGGC 
GACACGCCAT TACTGCGGGC AGTTAGGTCG CGGAACGGTG AAATCGTGCA ATTATTGCTG 
GACAAGAAAG CGAAGGTTTC GGCGACCGAT AAAAAGGGCG ACACGGTACT TCATATAGCC 
ATGCGCGCGA GATCGAAAGC CATCGTCGAA ATATTACTGA GAAATCCGAA AAATAGCCAG 
CTGCTTTACC GTCCTAATAG ACAAGGCGAG ACACCGTACA ACATTGACAT TAACCATCCA 
AAGACGATTA TTGGGCAAAT ATTTGGTGCA CGACGTCTTA ACACTAATGA GGATAATGAA 
AATATGCTAG GTTATGATTT ATATAGCAGT GCATTGGCAG ACATTCTTAG CGAACCGTCA 
CTTTCAACGC CTATAACAGT CGGCCTTTAC GCAAAATGGG GTTCTGGGAA GTCTTTTTTA 
TTGAATAAGT TGAAAGAGGA AATGAAGAAC TTTGCTCGTC AGTGGATAGA TCCTGTGTTC 
CAATTCTCGT TCTTACTTTT CGTAGTGGTA TCTCACGTGT CCCTGTTAGT GGGTATCACC 
ATAGGTCTTG CCCTACAATC ATGGATAGCT GGTCTTGCCT GCGGTATTAG TCTTATTATT 
ACTACGTACG CTTTTCTGAT ACTTATCTGG TATGCTAATA AGAGATATGA TTGGTACTGG 
CCGTACAACT TCACAGTAGC TCTAACCACG AAGTTAAATT CGTTGAAGTT ATTGCTACAA 
GTGATATTCT GTCATCCTCC CGGTACCCGA GTTCACGACG ACGTCACTGT CCAACCGATA 
AAGTTCTATT TCACTGATCA AACCAGAGTA GGGACAACAT CTGCTGGAGA AAATGCTGTA 
GTACGAATGG TGGGATCTCT GTACGATTCC ATTGAAAACG ATTATGGCTC TCTGTCCACG 
AGATTATACA GAGCATTCAG ACCGAAACCT GATAAATCGA CCACAACTTG GAAGTGGCGT 
CATCTTTGCT GTCTACCGTA CATAGTCATA TTCGAGTTTT GTTTTTGCAG TTTACTCGTC 
GGTATTTCTG TGCTCACTGT CTACCTCATT GACATCTCTA GTAATGAGCC AACAATAGAA 
AGAGTCACGG CGCATATTAT TATGATAACT GTTGTCTTAA TACTGGGTGT CAGTGTAATA 
GCGAACTTGT ACACGTGGAA TCGAACGCTG CAAGCGCTGG TTTTCTCTCA GAGGCGACAT 
CTGCAACGTA GCATTTCGAA ATTGGAGACG TTAAAGAGCG AAGGCTTCAT ACAAACTTTG 
AGAAGCGAAG TTAGTTTAAT GACAGAAATG GTAAAATGTC TGGATAGCTT TATGACTCAA 
CAGAGTAGGT TAGTGATAAT TGTGGACGGT TTGGACAGTT GTGAACAGGA TAAAGTATTA 
TTAGTTCTGG ATGCTATACA AGCATTATTC AGTGATAATG GCTATCCCTT CGTTGTTATA 
TTAGCTATTG ATCCACATAT TATTGCCAAG GCAGTAGAAG TCAATAGTAG AAGATTATTC 
ACGGAATCAA ATATCGGGGG GCACGACTAT TTGCGCAATA TGGTGCATCT TCCGTTCTAT 
TTGCAAAACA GCGGTTTAAG GAAGGTGAAA ATTGCTCAAC AGACTGCCCA ACACAGTAGA 
AAAACCACGT GGACCGAAGC CGAGGAGAGT GTTAATTACA CCGCCACTAG TACAATGCAC 
CATTCGGTCT CCAATCGACG GCTCAGTACC GAATCCGGTA TAATGAACAG CACCGAGAAG 
TTGAAACCAC AAAGTAGAAA AGGCAGTAGA AAATTACGAC TAAGCGAGTC GATCGCTAGC 
AGTATTGGCA GCAATTTAAA TCGCCTGGGC GGCGCGCAGG ATCTGAATAA AATGCTTCTC 
ACCGACGATT ACTTCAGCGA CGTAAATCCT CGCAGCATGA GACGATTAAT GAACGTCGTT 
TATGTCACTG GGAGATTATT GAAAGCATTC CAAATTGATT TCAACTGGTA CCACTTAGCC 
AGTTGGATCA ACATCACGGA GCAATGGCCG TTCAGAACGT CTTGGTTGAT CCTGCATTAT 
GATATGTACG AGGATAGCTT GGACGATTCC ATGTCGTTGA AAAGCCTTTA CGATAAGATA 
CGCCCACAGA TACCAGTGCT TAAAGAAGTC CAACCTCTTT TGGAAATGGA CAGGGACGAA 
CGAAAGCTGG ACATTTTCCT GACTTTCCAT CGTTCCAGTC TGTTGATCAG CGATATGAAG 
ATATTTTTGC CGTTCACGAT CAATCTCGAT CCGTACATTA AGAAAAAGAT CAAAGAGGAG 
CAACAGACCA TCGAAGAGGA GACAGGACTT GGGCCTTACA AACAGTACAG TCCTTGGACT 
ATGAATACCA ATAGCCAAGA ACAGTGGAGC GCAGCTAGAC CTGGTTACAC CAACCGCAAC 
ATGAAATTAA TTAGGGCACC GAGTCTGCAA GGACCTGCGC CGCCACAGGT TTCAGCGACG 
CCATCTTGGT GCGTACAACC GTCATACGAT TGGCAGGCAC CACCTTGGGT ACAAATGCCC 
CCTATGGAAC CACCCACAAT TCAACCGGCA CTTTCTGCGA CAACAACTCT ACCGTCCGAA 
ATTTTGGAGA TCAGACTTTC ATCTCTAACT GTGAACGGTG TTTGCGACCT TCTCGATAGA 
ATTGATAGTC TGAGCCCCAA TCAAGCACCA CAGTACAAAA ATGTTATTAA GGATAATAAC 
ATTAACGGCA GGGTTTTACT GCACTGCGAC TTACATGAGT TGAAAAAGGT ACTTAAAATG 
ACATTCGGGG ATTGGGAATT GTTCCGTATG GTGGTCGCAT CACTTAGGGA ATTAGAATTG 
TCGTCGTTTA GTACCCACGA GGAAGGTTCT CGTAGTGTCC GATTTACCGT AGGATCAGAA 
CAAATTCAGC GAAAGGATCA TACTTTACAA ACCACGTCAA TACGTGTACC TACCCATGTC 
GAAAAAGAGA AAGGAACGTC GAGAACCGAT GGTGCTCCTA GGAGGGATCA GATCAAACAA 
TCCATTATGG AAAAACAAGT GACTTTAGAG GAGCAAATGA TTTGCGGAGC GTTACAAACA 
TTAAACGAAG AAGCCTGCGA GGATGTGTTA GATGTACCAT CTCCTGCAGT GGTACCAACG 
GACTCACATT CAGGATCGAC ATCGACGGGG GCTCAGGACA CCGATTACGT GATCCTCCAG 
TCGAATCCGC TTCTGCACTG GGTGCCGGTG AACGAAGAAC CGGAAACGTC GGACGACAGC 
TCCCTGGAGT CCACCATTCA TCTACAGCGT ACCAATTCAC AGCGCAGTAT CACCTCTCAA 
CTGAGCACAA GATCGGCCTG TTCGTACGGT CGAAAAGACC CAAGGAAAGG TGGCGGTAAT 
GCGAACAGTA GCAGGCCCGC CTCTCTGTTC GTGTCTCCGC CCCCGTCGCC CAGGCCGGCG 
TTCAGGTCGA AATCAACGGA CGAGAATTAT GTGTCGAATA GCATACCTCT TAAGCCAACA 
ATCTCGACGG CCATCAAGAA ACGACGATCC ACGTCGACGT TGAACGAGGA GATAGTCATA 
TCAGTGCCGG TTCCAAACAC CAGTCTGGAA AAGCTGGGCA AACTGAAAGA TCGGCTGATG 
GGCACACTGC CCGCCTCTCC TGCGCCCGGC GAGAGCGAGG ACGAATCAAC GCCGTTGGTC 
TCGGAACTGT CCACGCCCAC CCACTCGCAG TCGGACAGCG TATTCAGACA CGATTGCAGC 
GAGGAGAACA GTAGCTCCGT GTCGTCCAAT AAAAGTTTAC CGCGAGACGG CGAACGATAC 
GTGGACGTCG ATTATCCGGA CACGGTCTGC TTAATGGTCC GTGAGACCAC GCATCCGCGA 
TTTCTGTCGC GACAAGACGC CGAGGAATGG GACAACAACC CCGAGACACC TGTCTGA