LOC108744314 cDNA ORF clone, Agrilus planipennis(emerald ash borer)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108744314
Entrez Gene ID	108744314
Full Name	uncharacterized LOC108744314
Gene Type	protein-coding
Organism	Agrilus planipennis(emerald ash borer)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018480020.1	XP_018335522.1	uncharacterized protein LOC108744314

Pathways from BioSystems
Gene Ontology

The following LOC108744314 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108744314 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
OAg14610	XM_018480020.1 Latest version!	Agrilus planipennis uncharacterized LOC108744314 (LOC108744314), 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)

LOC108744314 ( XM_018480020.1 ) cDNA ORF clone, Agrilus planipennis(emerald ash borer) -> XP_018335522.1 Agrilus planipennis uncharacterized LOC108744314 (LOC108744314), mRNA.

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CloneID	OAg14610
Clone ID Related Accession (Same CDS sequence)	XM_018480020.1
Accession Version	XM_018480020.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4332bp) 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	2018-07-29
Organism	Agrilus planipennis(emerald ash borer)
Product	uncharacterized protein LOC108744314
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_020439021.1) 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 Name :: Agrilus planipennis Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTAATCA CCAAGTGCTT GACGAGGCAC GTGAGCCACT TCTTAATTCT TCTTTCGTTT 
ATCAAACACG TTCAGCTTTT GGGTTTGACC TTCGGTCAAA ATTCGGAAGT ATTACCGAAA 
GAACCTGAGG ACGGTCTCGT TACGTTGTCC GTACAAGAAA TGAGACAGAG ACCGAAAGGA 
AAATTGTACT TCGCCATAGC TGCACCAGCT GGCAGTCAGA CATACACTCG TGCATTCAAC 
AAAACATTGT TTAATATTAC ACAAAATTAC ATATTAAAAA AAGTGAATAA AGAACGGTAC 
AACATCACCC TGGACACACT GACGATAGAC TTGCCCGATA ATGGAACGTT TAGTGCAAAA 
TTGTTACAAA AAGTTTGCGA TCTATTCGAC GGTAAACACG TGGTGGCGGT TTTAGTAATA 
GGGGATTCAC CTGCGGCCTT CATGGTGTCT TATGCAGCCA AACACGCGGC GGTCCCGGTG 
CTTTGGGCCA GAGAACACAG CAGGATGCTA ACTGAATTCG GGAACTCGGA GTCGAGTTTC 
CTGGAGGTTC AACTGACCCC AGAGGGTCGT GAACTAGTCC AAGCGTTGCG CGGCCTGCTT 
TTGCAGGCCC ACTGGCATAC ATACACCCTC CTAGCAAACG AAGCATCGGC TACAGCTTTA 
CGCCGCCCAG ATCTTTGGGC AGCTTTAGCC GCCGCGCCAC TGCATCCTAC CTTAGTCGCT 
CTGCCGAACA TGCCACTACG ACGGCCCACC ACCGTTTTCA GAAAACTGGC CGATATATCA 
AGGCTCACAA GAGGAGTAAT CGTCCTGTTC AGTGACCGCG TTTTTGCACT TCGTATACTA 
GAAAACGCCC GTCGTCTAAA CATGATGGAC GGTCATTTCG TATGGATCTG GATCAACACC 
GCAAGCACAA GTGCGCAATC AGAATTCTAT AGTAGAGACC CGGATCAAGA ATTAAATAAT 
AATGTGAACT ATTCGGAGTT TTCATTCAAT TCAGATTTGT CGCGTTCAAA ACGTGCCAGT 
AACGCGAATA GTAAAATGAA AAGTGATACT AGTGATACGC ATCAGTTAAG TTTTTTATTA 
AATAATGACG ATTCGTTGAT TAATTTCGAT CATAATGAAG GCGTTGAAAG TTCTAAATTA 
AAAAATCGTC AAGAATCTGT AGGAAAAACG CCCCTATCGA AAAGGGGCAC TACGGTAATA 
ACATCGTCAG ACTTACCCGT CGGACTTCTT AGTCTACGTC CCTTACCGAT AAGGGTTGAT 
AGACATCTTG TCAAGGGGGC GGTTAAACTG CTTGTGGTTA CCCTCAAGCA GGTCTTAGAC 
CACTGCCCCG AATGGCTTTC TGCAAGCATC CTTCATCAAG AACTCAAGGC GTCCTGTTGG 
AGAACAGCGG GAGTCAAAGA ACTTAACTTC TCTACAGCTT ATGCCAGAGA ATTAAGATCT 
GCTACCGCCG ACGCCTTAGC AGGCAAAAGG ACTCTACAAG AAAACAGCGT TGAAAAAGTG 
GACAAATCAT TAGTATCTAG TTTCGAAATA CTAAACTTAG TTCCTGAGCT TAGTTCCAAG 
CGCGAGGACC ACGCAACAAG CAACAATAAA ACCGGCGTAG ACAGCGTTAA ACTTAAGTGG 
AAGAGGGTAG GGTTGATTTC GGGAAGTTCT GTTCGCCTAG ATACAATTAT TTGGCCAGGG 
GGTGACCTTT CTGTAGCCGC AGTATCAGCA AATGCCAGAA GTGTTTTCCG TATCGTTACA 
GCACTCTCTC CGCCCTTCGT GATGGAAAGC GAACTTGACG AAGACGGTCA GTGCTTAAGA 
GGTCTTCCGT GTCACCGCGT CCTAACACAC GATAAGGACA ATCTTACCCT TGTCTTCAAC 
GAACTCGACA AGTTAGAAGA AGAGCATGAA GAAGCCAAAA CGTTCGGACA TTTCGGACAC 
TTCCAGCATT TGGCGTCCAG CGAGCGCTTC CACCCGTTCT ACAAGTACAA ATATCGTACC 
AACTGTTGTT ACGGTTTGTC AATGGATCTC CTGGAGAACA TTGCCCACGA ACTCGAATTT 
GATTTCCACC TTTACATCGT TGCTGACGGA TTATTTGGGT CCAAGGTAGT CAGCGACAAG 
AAAACTCGCC GAGACGTTGG ACGAAGTTTC TGGGTGAACC GATTCCAGAA AGAACAAGTG 
ACAACGGGGG ATGTTGTGAA TGGTGGTAAT AGGGTGGAAG TGAAATGGAA TGGTATTGTA 
GGAGACCTTA TGTCGGAGGC GGCCCATATG TCATTCGCGG CCCTAAGTGT TTCGAGTGTT 
CGCAGCGAAG TGATAGACTT TAGTGTGCCG TATTTTTTTG CGGGCGTGTC GTCTTTGGCG 
GCGCCGCAGC AAAAGTCCGA GATACCGTTA ATGGCCTTCC TTTTGCCGTT TTCCACGGAA 
CTGTGGATAG CAATTTTCAC AAGTCTGAAC ATAACAGCTA TCGCCGTGGC CATCTACGAA 
TGGCTCTCGC CGTTCGGATT GAACCCTTGG GGGCGGCAAC GGTCGAAAAA TTTCAGTATG 
AGCTCGGCGC TTTGGGTTAT GTGGGGACTG TTGTGCGGAC ATTTGGTCGC GTTCAAGGCA 
CCGAAGAGCT GGCCTAATAA ATTCTTAATC AACGTTTGGG GCGGGTTCTC TGTTATTTTT 
GTTGCCAGCT ACACCGCCAA CATTGCCGCA CTTATTGCTG GACTTTTCTT TCGAAATACA 
GGCAACTACT ACGACCGAAC GTTCCTGAAC CAAAGGGTGG GAGCACCCCG AGCGTCAGCT 
GCAGAATATT ACGTACAAAA GGCGGATCCG ATGTTGTGGG AACATATGTT GAAATTTGGT 
TTAAAGAGCA TCGAAGAAGG CATCGAAAGG CTTAGGAACG GAACGTTGGA CATTGTGATA 
GCTGACACTC CCATCCTCGA TTATTACAGG GCTACCGACC ATTTGTGCAA ATTGCAAAAG 
ATAGGGACCG TTATCAACGA AGACACTTAC GCCGTAGGAA TGACAAAGGG CTTTCCATTA 
AGGAAGGAAC ACGAACAACG CCGAAGGAGG CGCAGCAAAG CACAATTTTT CGAAATGATC 
CAAGAAATAA GGAGCTCAAT TAACAGGCAG CAGCAAGAGT CACGTCCCCG GTCTCTTGAA 
TGCGTAACAG AAGACACCGA GTACCAACTG ACCGCTGCCG AAAAAAAATC TAATTTAAGT 
CCGAGCATCC TTCGCAGGAC CTTCATGAGA ACGAGTCCGA AAACTGAAAA CCCTCCGAAA 
CTCAAATCTC CAACCGCCTA TTTTAACAAG CAATTTTTCA GTCCGCGATC AAAAACAAAA 
CCAAAAACGG CATCGACATT AAATGTGCGA AGGTTCAGCT CGGACAGCGT ATTCTCATCC 
CAAACCTTAC ACACCGATAG GAGTAGTAGT GTCGGCAGGA GATTGAGCAA GGATGTATCG 
TGTCTGAGCA ATAGCCCTCC GGACATAAAC AGCAGGAGAT CTAGTTATCT AGACACCGTC 
AGTACAGGGA GCAAACTGGC AGGCAAAAGT CCCGTCTTAT CGATCGAGAA CGTTTCCGTA 
TGTAGTGCAA GGGTGAACGA CCTCCAGAGA AAGCTCTCCG ACGCCGAGAG TATCGGTAAG 
AAGCTGGCCA CGTTGCCTCT CTACGTCGGC GAACCTTTCA ACAAACAGCA CCTCCATCCC 
CAGTACAGCG CGACCCTCGG AAAAAGCGAT CAGACTCTCA ACAAGCCGGA GAAGCGTCGG 
GCGTCTAGAA CGCTCAGCTT CGATAATCAC ACGACAAAAA GCTATCAGAA TCTACCGGAT 
AGCGACGGAA ACTCGAACGC ATTACTTCGA GTCAGTTGCG AGGAGAAAAG CAATCTGTCA 
GACGACGAAA TTGCACGAAG AAACCGTCTC ACTATCGAAC AACTCCAACA ACAACTCGGC 
AACAAACGAA AACCCACCCC CACAGGCAAT AACTCCAAAC AAACATTCAA AGCAACCACC 
CAACCCCCTA TAATTCAAGT GGAAGACACA ACGCAGAAGC CTGCCGTGAT ACGACGACAC 
AAAACGCGAC ATCAAAGTTT AGGAGATGCC ACTTCCACGT CTCTTCCGAG AAAGAAGAAA 
TTGGAAGAGC AATCGCACTC GTTGGACGGA AATCCTTCTA CGACCAAAAG TAGAAGAAGG 
TGCCACGAAC ACGACCTTCC TCCCGCTCCT CCGCCACCAA ACTGCTCCCC GAGAAATTCG 
GACGGTGGAA AGTCTCCTTT GGATAGACTT TCGAAAGACG AATTGGTCAA TCTGTGGCGA 
AGTTCCGAAT CGGAATTGAG AAGTCATATA CTAAAAGCAA TAAGAGACAA AGAAACAGTC 
GATCCACCGT GA

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

RefSeq	XP_018335522.1
CDS	419..4750
Translation	MLITKCLTRHVSHFLILLSFIKHVQLLGLTFGQNSEVLPKEPEDGLVTLSVQEMRQRPKGKLYFAIAAPAGSQTYTRAFNKTLFNITQNYILKKVNKERYNITLDTLTIDLPDNGTFSAKLLQKVCDLFDGKHVVAVLVIGDSPAAFMVSYAAKHAAVPVLWAREHSRMLTEFGNSESSFLEVQLTPEGRELVQALRGLLLQAHWHTYTLLANEASATALRRPDLWAALAAAPLHPTLVALPNMPLRRPTTVFRKLADISRLTRGVIVLFSDRVFALRILENARRLNMMDGHFVWIWINTASTSAQSEFYSRDPDQELNNNVNYSEFSFNSDLSRSKRASNANSKMKSDTSDTHQLSFLLNNDDSLINFDHNEGVESSKLKNRQESVGKTPLSKRGTTVITSSDLPVGLLSLRPLPIRVDRHLVKGAVKLLVVTLKQVLDHCPEWLSASILHQELKASCWRTAGVKELNFSTAYARELRSATADALAGKRTLQENSVEKVDKSLVSSFEILNLVPELSSKREDHATSNNKTGVDSVKLKWKRVGLISGSSVRLDTIIWPGGDLSVAAVSANARSVFRIVTALSPPFVMESELDEDGQCLRGLPCHRVLTHDKDNLTLVFNELDKLEEEHEEAKTFGHFGHFQHLASSERFHPFYKYKYRTNCCYGLSMDLLENIAHELEFDFHLYIVADGLFGSKVVSDKKTRRDVGRSFWVNRFQKEQVTTGDVVNGGNRVEVKWNGIVGDLMSEAAHMSFAALSVSSVRSEVIDFSVPYFFAGVSSLAAPQQKSEIPLMAFLLPFSTELWIAIFTSLNITAIAVAIYEWLSPFGLNPWGRQRSKNFSMSSALWVMWGLLCGHLVAFKAPKSWPNKFLINVWGGFSVIFVASYTANIAALIAGLFFRNTGNYYDRTFLNQRVGAPRASAAEYYVQKADPMLWEHMLKFGLKSIEEGIERLRNGTLDIVIADTPILDYYRATDHLCKLQKIGTVINEDTYAVGMTKGFPLRKEHEQRRRRRSKAQFFEMIQEIRSSINRQQQESRPRSLECVTEDTEYQLTAAEKKSNLSPSILRRTFMRTSPKTENPPKLKSPTAYFNKQFFSPRSKTKPKTASTLNVRRFSSDSVFSSQTLHTDRSSSVGRRLSKDVSCLSNSPPDINSRRSSYLDTVSTGSKLAGKSPVLSIENVSVCSARVNDLQRKLSDAESIGKKLATLPLYVGEPFNKQHLHPQYSATLGKSDQTLNKPEKRRASRTLSFDNHTTKSYQNLPDSDGNSNALLRVSCEEKSNLSDDEIARRNRLTIEQLQQQLGNKRKPTPTGNNSKQTFKATTQPPIIQVEDTTQKPAVIRRHKTRHQSLGDATSTSLPRKKKLEEQSHSLDGNPSTTKSRRRCHEHDLPPAPPPPNCSPRNSDGGKSPLDRLSKDELVNLWRSSESELRSHILKAIRDKETVDPP

Target ORF information:

RefSeq Version	XM_018480020.1
Organism	Agrilus planipennis(emerald ash borer)
Definition	Agrilus planipennis uncharacterized LOC108744314 (LOC108744314), mRNA.

Target ORF information:

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

XM_018480020.1

ORF Insert Sequence:

ATGTTAATCA CCAAGTGCTT GACGAGGCAC GTGAGCCACT TCTTAATTCT TCTTTCGTTT 
ATCAAACACG TTCAGCTTTT GGGTTTGACC TTCGGTCAAA ATTCGGAAGT ATTACCGAAA 
GAACCTGAGG ACGGTCTCGT TACGTTGTCC GTACAAGAAA TGAGACAGAG ACCGAAAGGA 
AAATTGTACT TCGCCATAGC TGCACCAGCT GGCAGTCAGA CATACACTCG TGCATTCAAC 
AAAACATTGT TTAATATTAC ACAAAATTAC ATATTAAAAA AAGTGAATAA AGAACGGTAC 
AACATCACCC TGGACACACT GACGATAGAC TTGCCCGATA ATGGAACGTT TAGTGCAAAA 
TTGTTACAAA AAGTTTGCGA TCTATTCGAC GGTAAACACG TGGTGGCGGT TTTAGTAATA 
GGGGATTCAC CTGCGGCCTT CATGGTGTCT TATGCAGCCA AACACGCGGC GGTCCCGGTG 
CTTTGGGCCA GAGAACACAG CAGGATGCTA ACTGAATTCG GGAACTCGGA GTCGAGTTTC 
CTGGAGGTTC AACTGACCCC AGAGGGTCGT GAACTAGTCC AAGCGTTGCG CGGCCTGCTT 
TTGCAGGCCC ACTGGCATAC ATACACCCTC CTAGCAAACG AAGCATCGGC TACAGCTTTA 
CGCCGCCCAG ATCTTTGGGC AGCTTTAGCC GCCGCGCCAC TGCATCCTAC CTTAGTCGCT 
CTGCCGAACA TGCCACTACG ACGGCCCACC ACCGTTTTCA GAAAACTGGC CGATATATCA 
AGGCTCACAA GAGGAGTAAT CGTCCTGTTC AGTGACCGCG TTTTTGCACT TCGTATACTA 
GAAAACGCCC GTCGTCTAAA CATGATGGAC GGTCATTTCG TATGGATCTG GATCAACACC 
GCAAGCACAA GTGCGCAATC AGAATTCTAT AGTAGAGACC CGGATCAAGA ATTAAATAAT 
AATGTGAACT ATTCGGAGTT TTCATTCAAT TCAGATTTGT CGCGTTCAAA ACGTGCCAGT 
AACGCGAATA GTAAAATGAA AAGTGATACT AGTGATACGC ATCAGTTAAG TTTTTTATTA 
AATAATGACG ATTCGTTGAT TAATTTCGAT CATAATGAAG GCGTTGAAAG TTCTAAATTA 
AAAAATCGTC AAGAATCTGT AGGAAAAACG CCCCTATCGA AAAGGGGCAC TACGGTAATA 
ACATCGTCAG ACTTACCCGT CGGACTTCTT AGTCTACGTC CCTTACCGAT AAGGGTTGAT 
AGACATCTTG TCAAGGGGGC GGTTAAACTG CTTGTGGTTA CCCTCAAGCA GGTCTTAGAC 
CACTGCCCCG AATGGCTTTC TGCAAGCATC CTTCATCAAG AACTCAAGGC GTCCTGTTGG 
AGAACAGCGG GAGTCAAAGA ACTTAACTTC TCTACAGCTT ATGCCAGAGA ATTAAGATCT 
GCTACCGCCG ACGCCTTAGC AGGCAAAAGG ACTCTACAAG AAAACAGCGT TGAAAAAGTG 
GACAAATCAT TAGTATCTAG TTTCGAAATA CTAAACTTAG TTCCTGAGCT TAGTTCCAAG 
CGCGAGGACC ACGCAACAAG CAACAATAAA ACCGGCGTAG ACAGCGTTAA ACTTAAGTGG 
AAGAGGGTAG GGTTGATTTC GGGAAGTTCT GTTCGCCTAG ATACAATTAT TTGGCCAGGG 
GGTGACCTTT CTGTAGCCGC AGTATCAGCA AATGCCAGAA GTGTTTTCCG TATCGTTACA 
GCACTCTCTC CGCCCTTCGT GATGGAAAGC GAACTTGACG AAGACGGTCA GTGCTTAAGA 
GGTCTTCCGT GTCACCGCGT CCTAACACAC GATAAGGACA ATCTTACCCT TGTCTTCAAC 
GAACTCGACA AGTTAGAAGA AGAGCATGAA GAAGCCAAAA CGTTCGGACA TTTCGGACAC 
TTCCAGCATT TGGCGTCCAG CGAGCGCTTC CACCCGTTCT ACAAGTACAA ATATCGTACC 
AACTGTTGTT ACGGTTTGTC AATGGATCTC CTGGAGAACA TTGCCCACGA ACTCGAATTT 
GATTTCCACC TTTACATCGT TGCTGACGGA TTATTTGGGT CCAAGGTAGT CAGCGACAAG 
AAAACTCGCC GAGACGTTGG ACGAAGTTTC TGGGTGAACC GATTCCAGAA AGAACAAGTG 
ACAACGGGGG ATGTTGTGAA TGGTGGTAAT AGGGTGGAAG TGAAATGGAA TGGTATTGTA 
GGAGACCTTA TGTCGGAGGC GGCCCATATG TCATTCGCGG CCCTAAGTGT TTCGAGTGTT 
CGCAGCGAAG TGATAGACTT TAGTGTGCCG TATTTTTTTG CGGGCGTGTC GTCTTTGGCG 
GCGCCGCAGC AAAAGTCCGA GATACCGTTA ATGGCCTTCC TTTTGCCGTT TTCCACGGAA 
CTGTGGATAG CAATTTTCAC AAGTCTGAAC ATAACAGCTA TCGCCGTGGC CATCTACGAA 
TGGCTCTCGC CGTTCGGATT GAACCCTTGG GGGCGGCAAC GGTCGAAAAA TTTCAGTATG 
AGCTCGGCGC TTTGGGTTAT GTGGGGACTG TTGTGCGGAC ATTTGGTCGC GTTCAAGGCA 
CCGAAGAGCT GGCCTAATAA ATTCTTAATC AACGTTTGGG GCGGGTTCTC TGTTATTTTT 
GTTGCCAGCT ACACCGCCAA CATTGCCGCA CTTATTGCTG GACTTTTCTT TCGAAATACA 
GGCAACTACT ACGACCGAAC GTTCCTGAAC CAAAGGGTGG GAGCACCCCG AGCGTCAGCT 
GCAGAATATT ACGTACAAAA GGCGGATCCG ATGTTGTGGG AACATATGTT GAAATTTGGT 
TTAAAGAGCA TCGAAGAAGG CATCGAAAGG CTTAGGAACG GAACGTTGGA CATTGTGATA 
GCTGACACTC CCATCCTCGA TTATTACAGG GCTACCGACC ATTTGTGCAA ATTGCAAAAG 
ATAGGGACCG TTATCAACGA AGACACTTAC GCCGTAGGAA TGACAAAGGG CTTTCCATTA 
AGGAAGGAAC ACGAACAACG CCGAAGGAGG CGCAGCAAAG CACAATTTTT CGAAATGATC 
CAAGAAATAA GGAGCTCAAT TAACAGGCAG CAGCAAGAGT CACGTCCCCG GTCTCTTGAA 
TGCGTAACAG AAGACACCGA GTACCAACTG ACCGCTGCCG AAAAAAAATC TAATTTAAGT 
CCGAGCATCC TTCGCAGGAC CTTCATGAGA ACGAGTCCGA AAACTGAAAA CCCTCCGAAA 
CTCAAATCTC CAACCGCCTA TTTTAACAAG CAATTTTTCA GTCCGCGATC AAAAACAAAA 
CCAAAAACGG CATCGACATT AAATGTGCGA AGGTTCAGCT CGGACAGCGT ATTCTCATCC 
CAAACCTTAC ACACCGATAG GAGTAGTAGT GTCGGCAGGA GATTGAGCAA GGATGTATCG 
TGTCTGAGCA ATAGCCCTCC GGACATAAAC AGCAGGAGAT CTAGTTATCT AGACACCGTC 
AGTACAGGGA GCAAACTGGC AGGCAAAAGT CCCGTCTTAT CGATCGAGAA CGTTTCCGTA 
TGTAGTGCAA GGGTGAACGA CCTCCAGAGA AAGCTCTCCG ACGCCGAGAG TATCGGTAAG 
AAGCTGGCCA CGTTGCCTCT CTACGTCGGC GAACCTTTCA ACAAACAGCA CCTCCATCCC 
CAGTACAGCG CGACCCTCGG AAAAAGCGAT CAGACTCTCA ACAAGCCGGA GAAGCGTCGG 
GCGTCTAGAA CGCTCAGCTT CGATAATCAC ACGACAAAAA GCTATCAGAA TCTACCGGAT 
AGCGACGGAA ACTCGAACGC ATTACTTCGA GTCAGTTGCG AGGAGAAAAG CAATCTGTCA 
GACGACGAAA TTGCACGAAG AAACCGTCTC ACTATCGAAC AACTCCAACA ACAACTCGGC 
AACAAACGAA AACCCACCCC CACAGGCAAT AACTCCAAAC AAACATTCAA AGCAACCACC 
CAACCCCCTA TAATTCAAGT GGAAGACACA ACGCAGAAGC CTGCCGTGAT ACGACGACAC 
AAAACGCGAC ATCAAAGTTT AGGAGATGCC ACTTCCACGT CTCTTCCGAG AAAGAAGAAA 
TTGGAAGAGC AATCGCACTC GTTGGACGGA AATCCTTCTA CGACCAAAAG TAGAAGAAGG 
TGCCACGAAC ACGACCTTCC TCCCGCTCCT CCGCCACCAA ACTGCTCCCC GAGAAATTCG 
GACGGTGGAA AGTCTCCTTT GGATAGACTT TCGAAAGACG AATTGGTCAA TCTGTGGCGA 
AGTTCCGAAT CGGAATTGAG AAGTCATATA CTAAAAGCAA TAAGAGACAA AGAAACAGTC 
GATCCACCGT GA