LOC105152151 cDNA ORF clone, Acromyrmex echinatior(Panamanian leafcutter ant)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105152151
Entrez Gene ID	105152151
Full Name	1-phosphatidylinositol 3-phosphate 5-kinase
Gene Type	protein-coding
Organism	Acromyrmex echinatior(Panamanian leafcutter ant)

mRNA and Protein(s)

mRNA	Protein	Name
XM_011066256.1	XP_011064558.1	1-phosphatidylinositol 3-phosphate 5-kinase

Pathways from BioSystems
Gene Ontology

The following LOC105152151 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105152151 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
OAc136659	XM_011066256.1 Latest version!	Acromyrmex echinatior 1-phosphatidylinositol 3-phosphate 5-kinase (LOC105152151), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

LOC105152151 ( XM_011066256.1 ) cDNA ORF clone, Acromyrmex echinatior(Panamanian leafcutter ant) -> XP_011064558.1 Acromyrmex echinatior 1-phosphatidylinositol 3-phosphate 5-kinase (LOC105152151), mRNA.

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CloneID	OAc136659
Clone ID Related Accession (Same CDS sequence)	XM_011066256.1
Accession Version	XM_011066256.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5724bp) 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	2015-01-12
Organism	Acromyrmex echinatior(Panamanian leafcutter ant)
Product	1-phosphatidylinositol 3-phosphate 5-kinase
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011627522.1) 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 :: Acromyrmex echinatior Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCTGATA GTGTGAGTAA ACAGTGTTAT GAGTGTGGCG AAAGATTTAC GACGTTTCGA 
CGAAGACATC ATTGTCGCGT GTGTGGACAA ATCTTCTGTT CCAAGTGTTG CTCTGATCAA 
ATACCAGGGA AAATTATGGG ATGCACTGGA GATCTTAGAG TTTGTACATA TTGCTGTAAA 
GTAGTTCTTT CGTACTTGCA ATCATCGGAT ATGAGGAGTG ATTTGTCGGC GGATTTGAAA 
GCTCTGCAGG AGGATCTTCA AGTAAAGTAT GGAAATGATT CACCGCTATT AGCACGAAAA 
CATGCTAATG AAACAATGGG CGACGAAACA TCGATATGTC GAAAGCCAAG TGTGGGATAC 
ATGGAAGAGA ACTATGCAAC TGAACGGTCG AGCGGTAGCT ATTTAACTTC ACAGGAACGT 
TCTCTTGTAT TACAAAATTC AGCTTCTTTA AGAATGATCT GGGAGGAATT ATTTCGCTCC 
AGTCAAGCCA TTCAATTGCA AACACATAGA ATTCGACTGA AAAGTTATCA CAATTGTTTT 
CTGGCGAATG AATTGGTGAA TTGGATGATA GCTCAGAATA AAGCGGCAAC CCGTGTGCAG 
GCGACTGCGA TAGGTCAGGC ATTACTAGAA GCGGGTTTTA TCGAATCAGT TGTCGCTGAT 
TATGTATTCA GCGATTCGGC GACCGTATTT AGACCGGTAC CGTTATCTTC CTTGCAAAAT 
ATAGACTTGT TAACAGAAAA GCGAACGACT TGCGATGCGC AAGAGCCAGC CTGGGTAAAA 
ACTATTCCTC AACACGATTC GGCTACGGAT TCTGAGAGCG AGACTAAGCC GATGAGCTCG 
CACTCGCAAA CCTTCGGTCG TTTGCCGTCG TCCAGTTCGA GCTTTTATCT GGATTTAAAT 
CTAGAAGCAT CCACCGTCAC ATTAAAAAGA CCAACCTCGG AAGATTTAAC CGCGATTTCT 
GTCGACAGTA GCGATGGAAT AATCGAACAG AAGGAAATTA ATCTTAAATC GCACGACTGC 
AATCTCAAAA TATGTGACGA TCTTTTAAGT GATACGCTTC AAGTACACGA GTTTAAGGAA 
AAAAACAGTT GGCACAGAGC AACTAATTTG AGGACAGCTT TTGGCGAATT AAGCGCGTAC 
GAATGTTTAA CGTCTGCGTA CAAAGCGCAT GAAGATTCTC TTATTAAGCA ACTTCTTAGC 
AAGGAAGGTT TGTCGCAAAC ATGGTCGAAT ACGATTTTGT CTATCGCGCA CCAGATAATC 
GATCATGTTA GACCGGATCT GAATCATGAC GCAGATAATC TAGATATTCG ACAATATGTG 
CAGTTCAAGA AATGCCTCGG TGATAGCAGA GATGACTGCG AGATCGTGTC TGGTATAATT 
TGTAGTAAGA ATATTGCTCA TCGCGGTATG AACGCTATGA TCGCTCATCC GAAAATCTTA 
TTGTTACAAT GCGGACTAAT GTATCAACGT GTAGAAGGCA AATTGATAAG CTTGGAGCCT 
GTAATGATGC AGGAAAATGA GTATCTCGGG CACACAGTGG CGAGAATCAC CGCTCTGGGT 
CCGGATGTAG TATTAGTACA TCGATCCGTA GCCAGATTAG CTCAGGATAG ATTAAGAGAA 
TGTGGCGTGA CATTAGTGCT AAATGTAAAG CTTAGTGTGC TAAAGAGAGT CGCGCGATGC 
ACGGGTGCTA GTATTGTAAA CACTATAGAC GCGCACATAA GCGCAAGATA TATGCTTGGC 
ACGTGCAAGA AATTTTATTT AAGAAATTTT CCAGATGAGC GAAGAGGTGT CAAGACACTG 
ATGTATTTCG AAGGCTGTGC AAATCCGCAT TTAGGTGCGA CAATTGTATT GCGAGGCGGA 
TCACAGCTCG AATTAAAGAA GGTGAAAAAC GTCACATCAA TGATGATCTT CGCGGCTTAC 
TCGTGGCGTC TTGAAAAGTC ATTTCTCATG GATGAATTCG CTAAACCACC GTCACCTAAG 
GACAATTCGT TTCTGGATGA AACTTCTCAG AAGGATTCCT CGAGTGACGA GAAGACCGAG 
AAACTCGAAA CCTGCGTTAT CGATGAACAG ACACACGTGA TCGAAATGAA GAAACTGTCA 
AAGATAAATC AAAATCACGA AAATATTCCT TACAGTGATC AAAAAATACA GAATATCCAG 
ACAAATAATT CAAATACGCC TAAGAATGAA AATGACTCCG AAAATATTTT AAGTACGAAT 
TCTTTAAGAG AAGTTTCGTC GATGTTATCG GAAGATTCCG ATCCTTATGA CACCTTAAAA 
TTGTTTAAAA AGAAATTAAA ACCATCTCTA CATGATTCAA AAGATACCGT GCCAGTGTCT 
TGCGAGAACA GTATGGTTCC ACATAATGAC GATAAATCCA AAAATTTGTT GATAGATACG 
GGTTTTGATT CCAATATCAC AGAAATATGT AATAATTCCG CGGAATTGTT CGCAAGCAAG 
GAGACATCTA TTGAACAAAA AACCGACGAT CTCGTCGACA AGGCGAAATT GAAAGAAAAG 
ATATCCTCGG AAGAGAAACG TATCTACGGG GAGTCCATAA GCGATCGGAG CGATCCATTG 
CATCAATATT TAAACGAGGA TGATGAAGAT GTGTTTAATC GTACGAGTCC GAGCGGTCAA 
CGCTTAAGTG TCGCCGATTT TCCACTGTTC AACAAATTCA AGAAAGCGCT CCAGGACACC 
GTTTTGAGCG TATCACCGTA TTTAAAATTT TCAATACCCT ATTTGGAGAC CGAACTCGGA 
AGGAATTGCA TACTGAGGAG CTTTTTTCCG CGAGAGATCT ATTATTCGGA ACAATTTTTA 
GACAAAGTCA AGGAGATCAG GACGAACAGC GTGACTGTGA GCGAGCAGAT CGACAATCGC 
GAGTGTGTAA ACATCAAGTT GAAATCGCAG CATCCGTTCG TCCAGGCTCG TCTTACCACG 
GACGTTGATA ATCGCGAGGT GCAGAGTCTT CTAGCAAACT TCCGTGCGTG CGGTAACAGA 
CTTTATCCGA CGCATAACGT ACTGCTAGAT AGGATGCAGC AATCGCCAGC GTTCGAGAGC 
AACGAGCAAC AGATGCCTTC CTGGCCGGAT TGTTTGGATC CCAACAGCCA TCAACGCTTG 
TCCGTGCTGT TTTGCAGTTT CTCGCACACC GGCAATGACA ACCCGGCGTT CTGCGTGAAT 
CCCTGGATCG TAAACATGAC TATGTACGGT CAGAACGACA TCGCGCTCGG CCGCTTCCTG 
GAGCGTTATT GCCTGACGAC GGAATATAAA TGTCCGGCAC AGAATTGTCG CGCACAAATT 
GCTCAACATG TTAGGCGCTT CGCGCACGAC GGCGGTTGCG TGCATATCAC CCTCAGCGAG 
ATGAGCTGCG AGCCGTTCGT GCAGGAAGAC ACTGATCAAA TCTTGATGTG GAGCAAGTGC 
ATCAAGTGTA AGAGCGTGTC ACCGGTGATA CCAATGTCGG GCGATACTTG GTGCTTATCA 
TTTGCTAAAT ATCTTGAGCT ATGTTTCTAC GGTGGTGTCT ACACGAAACG CGGTATGGAC 
GCGTGTCAGC ATTCCTTACA TCATGATCAC TACCAGTATT TCACACGCAG GAATATGCTG 
GCTGTTTTCA AATTTACCAA GATTTCGCAG TGGGAGATCT CGCTGCCACC GCCATTGATT 
AACATCACCT ATGATCCGAA GCAACACGCC AATGTGATTG AAGAGATGAA GATCGTGACA 
TTGAAAGGCG ATGAAGTTTT CTCAGCGATA CGAGAAAAGC TGACGAGTTT GCAGACGGAC 
CTGGAAGGCT TGAACCTCGC CAAACAACAA CTAGCTAAAG ATCAGCAATA CTTTAAGAAT 
AAGATTGAAG AGATTCAATT GAAGCTAACG TCACCAACAC TAGAGAATAA AAAGTTAGAA 
GGTAAAACTT CCGAGAAACA GGTGCAAGGG CTGATGTTCA GGATCGAGGA TGGCATTGTA 
ATACTTAAAC GGCTCATTGC GGAGGCTGTG TTCACGTGGA ATAGCAAATT GTCGGAGATA 
TCAGCCAAAA AAAAGGACGA ACGGCCACGT CGATTCACCG AACGATCCAT GACAGTCGGC 
AGTAACAGTA TAGTCGAAAC CGACGGATAC ATAACTGAAG ACACCGCATC GGAGTCACAA 
ATCGAAGACT TGAGCCCTAT GTCGGCCGAT TACAATGCTG TCGACGCGAT CGCAGCGGCA 
CAAAGTGATT TCCAAGCATC CGAAGTGATC GAGAATTCTG ACAATGAGCC ACCAGAATCC 
GCTAATAATC CCGAAGACAT CGTCACTGTT CAGGGCTCAC CGAAAATGCA TCAGAGATCA 
CATTCTGACG TTCTACCACT GTCTTCCGAT GACATGCATG ATAAAAAGAA GAAGAAGAAG 
ACGATTTTGT CACAATTGCT GCCGTCTGTT TCTGTGAATC ATACAATTTC GAATCCTTTG 
GGGTCTTTAG AACATTACCT GCTGCCTCTT GGGTCCGTGG TACCTATAGT AGTCTATGAA 
TCCGAGCTTT CGTCTATAAT TGCGTATGCT TTGGACTCAC ATGACTACAA GCACACGTTG 
CAGGAGCTCT TACGTTCAAC GAAGGGACCA GAATCGAACC CTAGTCCGTT GAGCAAACGC 
AAGTTTCCCG AAGGTAAGGA CAGCTCCCTC GACCTGGCGC AATCAAATGA ATTCAAGCGG 
CCGTCTGTGC TGTCCTTCTT TCGAGGCAAC AGTCCCAACT CAGCCAGCAG TCCTATTGAA 
TCTGACAAGA ATATGTCAAA TGCAGAAACG AGCGGCGGTA CCGTAGTCGG TCCTGACGTT 
GACGACGACA AGAAAGCGAC CAAGCAGCAG AATTACATTG AAGTACAATT TAATGATGCC 
ACAACCAATT TCTTCTGCAG GATATACTTT GCCGCGCAGT TTGCTGCGCT CAGAGAGAAC 
GTTTTACCCT GTGGTGAGGA TGGCTTCACG AGGAGTCTAA GTCGAACCGT GCAGTGGGCA 
GCCAGAGGCG GAAAGAGCGG CAGTGCTTTC TGTAAGAGCA GAGATGATAG ATTCATCATA 
AAGGAAATGT CTCGGCTCGA TATGCAAATC TTCCTCGATT TCGCACCCAA TTATTTTGCC 
TACATGGAAA GGTGTCAGCA AACCAAACAA CCGACGTTGC TGGGCAAAAT AGTTGGTGTG 
TACAGAGTGT CGTTTAAGAA CAACACAACC AACGCGGCGC TTCGTACTAG TGTGTTAGTA 
ATGGAGAATC TCTTTTATAA TCGAATCATT ACTGACAAAT TCGATTTGAA AGGATCTGTG 
CGGAATCGGC TGGCGAATCC TGACAATACA TGCCACGAAG GTGAATTGGT TTTGTTGGAC 
GAGAATTTGT TGAACATGAG CTGTGACTCT CCTCTGTATA TTCGATCGCA TTCCAAAGCA 
GTATTAAATC GAGCCATCGA GCAGGACACA AAATTCTTAG CTGACAATTC CGTAATGGAT 
TATTCATTAT TAGTAGGTTT GGAACCAAGC TCCGACGAAC TCGTGCTCGG TATAATAGAT 
TATATAAGAA CATTCACGTG GGATAAAAAA CTGGAGACGA TGGTGAAAAA ATCCGGTATA 
TTGGGTGGTC AAGGTAAATT GCCGACCATA ATATCGCCGC AGGAATACCG CGACAGATTT 
ATAGCTGCGA TGCATCGCTA CTTCCTGCCA GTACCAGATA GATGGTCAGG TCTAGGTAGA 
AGTGTTGAGA TACCATCACA ATAG

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

RefSeq	XP_011064558.1
CDS	82..5805
Translation	MPDSVSKQCYECGERFTTFRRRHHCRVCGQIFCSKCCSDQIPGKIMGCTGDLRVCTYCCKVVLSYLQSSDMRSDLSADLKALQEDLQVKYGNDSPLLARKHANETMGDETSICRKPSVGYMEENYATERSSGSYLTSQERSLVLQNSASLRMIWEELFRSSQAIQLQTHRIRLKSYHNCFLANELVNWMIAQNKAATRVQATAIGQALLEAGFIESVVADYVFSDSATVFRPVPLSSLQNIDLLTEKRTTCDAQEPAWVKTIPQHDSATDSESETKPMSSHSQTFGRLPSSSSSFYLDLNLEASTVTLKRPTSEDLTAISVDSSDGIIEQKEINLKSHDCNLKICDDLLSDTLQVHEFKEKNSWHRATNLRTAFGELSAYECLTSAYKAHEDSLIKQLLSKEGLSQTWSNTILSIAHQIIDHVRPDLNHDADNLDIRQYVQFKKCLGDSRDDCEIVSGIICSKNIAHRGMNAMIAHPKILLLQCGLMYQRVEGKLISLEPVMMQENEYLGHTVARITALGPDVVLVHRSVARLAQDRLRECGVTLVLNVKLSVLKRVARCTGASIVNTIDAHISARYMLGTCKKFYLRNFPDERRGVKTLMYFEGCANPHLGATIVLRGGSQLELKKVKNVTSMMIFAAYSWRLEKSFLMDEFAKPPSPKDNSFLDETSQKDSSSDEKTEKLETCVIDEQTHVIEMKKLSKINQNHENIPYSDQKIQNIQTNNSNTPKNENDSENILSTNSLREVSSMLSEDSDPYDTLKLFKKKLKPSLHDSKDTVPVSCENSMVPHNDDKSKNLLIDTGFDSNITEICNNSAELFASKETSIEQKTDDLVDKAKLKEKISSEEKRIYGESISDRSDPLHQYLNEDDEDVFNRTSPSGQRLSVADFPLFNKFKKALQDTVLSVSPYLKFSIPYLETELGRNCILRSFFPREIYYSEQFLDKVKEIRTNSVTVSEQIDNRECVNIKLKSQHPFVQARLTTDVDNREVQSLLANFRACGNRLYPTHNVLLDRMQQSPAFESNEQQMPSWPDCLDPNSHQRLSVLFCSFSHTGNDNPAFCVNPWIVNMTMYGQNDIALGRFLERYCLTTEYKCPAQNCRAQIAQHVRRFAHDGGCVHITLSEMSCEPFVQEDTDQILMWSKCIKCKSVSPVIPMSGDTWCLSFAKYLELCFYGGVYTKRGMDACQHSLHHDHYQYFTRRNMLAVFKFTKISQWEISLPPPLINITYDPKQHANVIEEMKIVTLKGDEVFSAIREKLTSLQTDLEGLNLAKQQLAKDQQYFKNKIEEIQLKLTSPTLENKKLEGKTSEKQVQGLMFRIEDGIVILKRLIAEAVFTWNSKLSEISAKKKDERPRRFTERSMTVGSNSIVETDGYITEDTASESQIEDLSPMSADYNAVDAIAAAQSDFQASEVIENSDNEPPESANNPEDIVTVQGSPKMHQRSHSDVLPLSSDDMHDKKKKKKTILSQLLPSVSVNHTISNPLGSLEHYLLPLGSVVPIVVYESELSSIIAYALDSHDYKHTLQELLRSTKGPESNPSPLSKRKFPEGKDSSLDLAQSNEFKRPSVLSFFRGNSPNSASSPIESDKNMSNAETSGGTVVGPDVDDDKKATKQQNYIEVQFNDATTNFFCRIYFAAQFAALRENVLPCGEDGFTRSLSRTVQWAARGGKSGSAFCKSRDDRFIIKEMSRLDMQIFLDFAPNYFAYMERCQQTKQPTLLGKIVGVYRVSFKNNTTNAALRTSVLVMENLFYNRIITDKFDLKGSVRNRLANPDNTCHEGELVLLDENLLNMSCDSPLYIRSHSKAVLNRAIEQDTKFLADNSVMDYSLLVGLEPSSDELVLGIIDYIRTFTWDKKLETMVKKSGILGGQGKLPTIISPQEYRDRFIAAMHRYFLPVPDRWSGLGRSVEIPSQ

Target ORF information:

RefSeq Version	XM_011066256.1
Organism	Acromyrmex echinatior(Panamanian leafcutter ant)
Definition	Acromyrmex echinatior 1-phosphatidylinositol 3-phosphate 5-kinase (LOC105152151), mRNA.

Target ORF information:

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

XM_011066256.1

ORF Insert Sequence:

ATGCCTGATA GTGTGAGTAA ACAGTGTTAT GAGTGTGGCG AAAGATTTAC GACGTTTCGA 
CGAAGACATC ATTGTCGCGT GTGTGGACAA ATCTTCTGTT CCAAGTGTTG CTCTGATCAA 
ATACCAGGGA AAATTATGGG ATGCACTGGA GATCTTAGAG TTTGTACATA TTGCTGTAAA 
GTAGTTCTTT CGTACTTGCA ATCATCGGAT ATGAGGAGTG ATTTGTCGGC GGATTTGAAA 
GCTCTGCAGG AGGATCTTCA AGTAAAGTAT GGAAATGATT CACCGCTATT AGCACGAAAA 
CATGCTAATG AAACAATGGG CGACGAAACA TCGATATGTC GAAAGCCAAG TGTGGGATAC 
ATGGAAGAGA ACTATGCAAC TGAACGGTCG AGCGGTAGCT ATTTAACTTC ACAGGAACGT 
TCTCTTGTAT TACAAAATTC AGCTTCTTTA AGAATGATCT GGGAGGAATT ATTTCGCTCC 
AGTCAAGCCA TTCAATTGCA AACACATAGA ATTCGACTGA AAAGTTATCA CAATTGTTTT 
CTGGCGAATG AATTGGTGAA TTGGATGATA GCTCAGAATA AAGCGGCAAC CCGTGTGCAG 
GCGACTGCGA TAGGTCAGGC ATTACTAGAA GCGGGTTTTA TCGAATCAGT TGTCGCTGAT 
TATGTATTCA GCGATTCGGC GACCGTATTT AGACCGGTAC CGTTATCTTC CTTGCAAAAT 
ATAGACTTGT TAACAGAAAA GCGAACGACT TGCGATGCGC AAGAGCCAGC CTGGGTAAAA 
ACTATTCCTC AACACGATTC GGCTACGGAT TCTGAGAGCG AGACTAAGCC GATGAGCTCG 
CACTCGCAAA CCTTCGGTCG TTTGCCGTCG TCCAGTTCGA GCTTTTATCT GGATTTAAAT 
CTAGAAGCAT CCACCGTCAC ATTAAAAAGA CCAACCTCGG AAGATTTAAC CGCGATTTCT 
GTCGACAGTA GCGATGGAAT AATCGAACAG AAGGAAATTA ATCTTAAATC GCACGACTGC 
AATCTCAAAA TATGTGACGA TCTTTTAAGT GATACGCTTC AAGTACACGA GTTTAAGGAA 
AAAAACAGTT GGCACAGAGC AACTAATTTG AGGACAGCTT TTGGCGAATT AAGCGCGTAC 
GAATGTTTAA CGTCTGCGTA CAAAGCGCAT GAAGATTCTC TTATTAAGCA ACTTCTTAGC 
AAGGAAGGTT TGTCGCAAAC ATGGTCGAAT ACGATTTTGT CTATCGCGCA CCAGATAATC 
GATCATGTTA GACCGGATCT GAATCATGAC GCAGATAATC TAGATATTCG ACAATATGTG 
CAGTTCAAGA AATGCCTCGG TGATAGCAGA GATGACTGCG AGATCGTGTC TGGTATAATT 
TGTAGTAAGA ATATTGCTCA TCGCGGTATG AACGCTATGA TCGCTCATCC GAAAATCTTA 
TTGTTACAAT GCGGACTAAT GTATCAACGT GTAGAAGGCA AATTGATAAG CTTGGAGCCT 
GTAATGATGC AGGAAAATGA GTATCTCGGG CACACAGTGG CGAGAATCAC CGCTCTGGGT 
CCGGATGTAG TATTAGTACA TCGATCCGTA GCCAGATTAG CTCAGGATAG ATTAAGAGAA 
TGTGGCGTGA CATTAGTGCT AAATGTAAAG CTTAGTGTGC TAAAGAGAGT CGCGCGATGC 
ACGGGTGCTA GTATTGTAAA CACTATAGAC GCGCACATAA GCGCAAGATA TATGCTTGGC 
ACGTGCAAGA AATTTTATTT AAGAAATTTT CCAGATGAGC GAAGAGGTGT CAAGACACTG 
ATGTATTTCG AAGGCTGTGC AAATCCGCAT TTAGGTGCGA CAATTGTATT GCGAGGCGGA 
TCACAGCTCG AATTAAAGAA GGTGAAAAAC GTCACATCAA TGATGATCTT CGCGGCTTAC 
TCGTGGCGTC TTGAAAAGTC ATTTCTCATG GATGAATTCG CTAAACCACC GTCACCTAAG 
GACAATTCGT TTCTGGATGA AACTTCTCAG AAGGATTCCT CGAGTGACGA GAAGACCGAG 
AAACTCGAAA CCTGCGTTAT CGATGAACAG ACACACGTGA TCGAAATGAA GAAACTGTCA 
AAGATAAATC AAAATCACGA AAATATTCCT TACAGTGATC AAAAAATACA GAATATCCAG 
ACAAATAATT CAAATACGCC TAAGAATGAA AATGACTCCG AAAATATTTT AAGTACGAAT 
TCTTTAAGAG AAGTTTCGTC GATGTTATCG GAAGATTCCG ATCCTTATGA CACCTTAAAA 
TTGTTTAAAA AGAAATTAAA ACCATCTCTA CATGATTCAA AAGATACCGT GCCAGTGTCT 
TGCGAGAACA GTATGGTTCC ACATAATGAC GATAAATCCA AAAATTTGTT GATAGATACG 
GGTTTTGATT CCAATATCAC AGAAATATGT AATAATTCCG CGGAATTGTT CGCAAGCAAG 
GAGACATCTA TTGAACAAAA AACCGACGAT CTCGTCGACA AGGCGAAATT GAAAGAAAAG 
ATATCCTCGG AAGAGAAACG TATCTACGGG GAGTCCATAA GCGATCGGAG CGATCCATTG 
CATCAATATT TAAACGAGGA TGATGAAGAT GTGTTTAATC GTACGAGTCC GAGCGGTCAA 
CGCTTAAGTG TCGCCGATTT TCCACTGTTC AACAAATTCA AGAAAGCGCT CCAGGACACC 
GTTTTGAGCG TATCACCGTA TTTAAAATTT TCAATACCCT ATTTGGAGAC CGAACTCGGA 
AGGAATTGCA TACTGAGGAG CTTTTTTCCG CGAGAGATCT ATTATTCGGA ACAATTTTTA 
GACAAAGTCA AGGAGATCAG GACGAACAGC GTGACTGTGA GCGAGCAGAT CGACAATCGC 
GAGTGTGTAA ACATCAAGTT GAAATCGCAG CATCCGTTCG TCCAGGCTCG TCTTACCACG 
GACGTTGATA ATCGCGAGGT GCAGAGTCTT CTAGCAAACT TCCGTGCGTG CGGTAACAGA 
CTTTATCCGA CGCATAACGT ACTGCTAGAT AGGATGCAGC AATCGCCAGC GTTCGAGAGC 
AACGAGCAAC AGATGCCTTC CTGGCCGGAT TGTTTGGATC CCAACAGCCA TCAACGCTTG 
TCCGTGCTGT TTTGCAGTTT CTCGCACACC GGCAATGACA ACCCGGCGTT CTGCGTGAAT 
CCCTGGATCG TAAACATGAC TATGTACGGT CAGAACGACA TCGCGCTCGG CCGCTTCCTG 
GAGCGTTATT GCCTGACGAC GGAATATAAA TGTCCGGCAC AGAATTGTCG CGCACAAATT 
GCTCAACATG TTAGGCGCTT CGCGCACGAC GGCGGTTGCG TGCATATCAC CCTCAGCGAG 
ATGAGCTGCG AGCCGTTCGT GCAGGAAGAC ACTGATCAAA TCTTGATGTG GAGCAAGTGC 
ATCAAGTGTA AGAGCGTGTC ACCGGTGATA CCAATGTCGG GCGATACTTG GTGCTTATCA 
TTTGCTAAAT ATCTTGAGCT ATGTTTCTAC GGTGGTGTCT ACACGAAACG CGGTATGGAC 
GCGTGTCAGC ATTCCTTACA TCATGATCAC TACCAGTATT TCACACGCAG GAATATGCTG 
GCTGTTTTCA AATTTACCAA GATTTCGCAG TGGGAGATCT CGCTGCCACC GCCATTGATT 
AACATCACCT ATGATCCGAA GCAACACGCC AATGTGATTG AAGAGATGAA GATCGTGACA 
TTGAAAGGCG ATGAAGTTTT CTCAGCGATA CGAGAAAAGC TGACGAGTTT GCAGACGGAC 
CTGGAAGGCT TGAACCTCGC CAAACAACAA CTAGCTAAAG ATCAGCAATA CTTTAAGAAT 
AAGATTGAAG AGATTCAATT GAAGCTAACG TCACCAACAC TAGAGAATAA AAAGTTAGAA 
GGTAAAACTT CCGAGAAACA GGTGCAAGGG CTGATGTTCA GGATCGAGGA TGGCATTGTA 
ATACTTAAAC GGCTCATTGC GGAGGCTGTG TTCACGTGGA ATAGCAAATT GTCGGAGATA 
TCAGCCAAAA AAAAGGACGA ACGGCCACGT CGATTCACCG AACGATCCAT GACAGTCGGC 
AGTAACAGTA TAGTCGAAAC CGACGGATAC ATAACTGAAG ACACCGCATC GGAGTCACAA 
ATCGAAGACT TGAGCCCTAT GTCGGCCGAT TACAATGCTG TCGACGCGAT CGCAGCGGCA 
CAAAGTGATT TCCAAGCATC CGAAGTGATC GAGAATTCTG ACAATGAGCC ACCAGAATCC 
GCTAATAATC CCGAAGACAT CGTCACTGTT CAGGGCTCAC CGAAAATGCA TCAGAGATCA 
CATTCTGACG TTCTACCACT GTCTTCCGAT GACATGCATG ATAAAAAGAA GAAGAAGAAG 
ACGATTTTGT CACAATTGCT GCCGTCTGTT TCTGTGAATC ATACAATTTC GAATCCTTTG 
GGGTCTTTAG AACATTACCT GCTGCCTCTT GGGTCCGTGG TACCTATAGT AGTCTATGAA 
TCCGAGCTTT CGTCTATAAT TGCGTATGCT TTGGACTCAC ATGACTACAA GCACACGTTG 
CAGGAGCTCT TACGTTCAAC GAAGGGACCA GAATCGAACC CTAGTCCGTT GAGCAAACGC 
AAGTTTCCCG AAGGTAAGGA CAGCTCCCTC GACCTGGCGC AATCAAATGA ATTCAAGCGG 
CCGTCTGTGC TGTCCTTCTT TCGAGGCAAC AGTCCCAACT CAGCCAGCAG TCCTATTGAA 
TCTGACAAGA ATATGTCAAA TGCAGAAACG AGCGGCGGTA CCGTAGTCGG TCCTGACGTT 
GACGACGACA AGAAAGCGAC CAAGCAGCAG AATTACATTG AAGTACAATT TAATGATGCC 
ACAACCAATT TCTTCTGCAG GATATACTTT GCCGCGCAGT TTGCTGCGCT CAGAGAGAAC 
GTTTTACCCT GTGGTGAGGA TGGCTTCACG AGGAGTCTAA GTCGAACCGT GCAGTGGGCA 
GCCAGAGGCG GAAAGAGCGG CAGTGCTTTC TGTAAGAGCA GAGATGATAG ATTCATCATA 
AAGGAAATGT CTCGGCTCGA TATGCAAATC TTCCTCGATT TCGCACCCAA TTATTTTGCC 
TACATGGAAA GGTGTCAGCA AACCAAACAA CCGACGTTGC TGGGCAAAAT AGTTGGTGTG 
TACAGAGTGT CGTTTAAGAA CAACACAACC AACGCGGCGC TTCGTACTAG TGTGTTAGTA 
ATGGAGAATC TCTTTTATAA TCGAATCATT ACTGACAAAT TCGATTTGAA AGGATCTGTG 
CGGAATCGGC TGGCGAATCC TGACAATACA TGCCACGAAG GTGAATTGGT TTTGTTGGAC 
GAGAATTTGT TGAACATGAG CTGTGACTCT CCTCTGTATA TTCGATCGCA TTCCAAAGCA 
GTATTAAATC GAGCCATCGA GCAGGACACA AAATTCTTAG CTGACAATTC CGTAATGGAT 
TATTCATTAT TAGTAGGTTT GGAACCAAGC TCCGACGAAC TCGTGCTCGG TATAATAGAT 
TATATAAGAA CATTCACGTG GGATAAAAAA CTGGAGACGA TGGTGAAAAA ATCCGGTATA 
TTGGGTGGTC AAGGTAAATT GCCGACCATA ATATCGCCGC AGGAATACCG CGACAGATTT 
ATAGCTGCGA TGCATCGCTA CTTCCTGCCA GTACCAGATA GATGGTCAGG TCTAGGTAGA 
AGTGTTGAGA TACCATCACA ATAG