LOC105148270 cDNA ORF clone, Acromyrmex echinatior(Panamanian leafcutter ant)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105148270
Entrez Gene ID	105148270
Full Name	uncharacterized LOC105148270
Gene Type	protein-coding
Organism	Acromyrmex echinatior(Panamanian leafcutter ant)

mRNA and Protein(s)

mRNA	Protein	Name
XM_011059899.1	XP_011058201.1	uncharacterized protein LOC105148270

Pathways from BioSystems
Gene Ontology

The following LOC105148270 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105148270 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
OAc131945	XM_011059899.1 Latest version!	Acromyrmex echinatior uncharacterized LOC105148270 (LOC105148270), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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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)

LOC105148270 ( XM_011059899.1 ) cDNA ORF clone, Acromyrmex echinatior(Panamanian leafcutter ant) -> XP_011058201.1 Acromyrmex echinatior uncharacterized LOC105148270 (LOC105148270), mRNA.

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CloneID	OAc131945
Clone ID Related Accession (Same CDS sequence)	XM_011059899.1
Accession Version	XM_011059899.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5952bp) 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	uncharacterized protein LOC105148270
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011627202.1) 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGTTTTCA GTGCGATAGT AGTGACGTCA GCCTTGAAGA GCGCTATCGG CTTAATGGGT 
ACAGGTTTAT GGCTCGTACC ATTGTTAATT GCGGGTCTTT CTTACTATCG TTACGATCAA 
CTGGATCCTG AGAGTCGACT CATCGACAGG CACCCTCTCT ACTCTGATTA CGATTTTATT 
GTAATTGGAA GCGGATCGGC TGGAGCGGTA ATTGCTAGTC GACTATCGGA AATACCAAAC 
TGGAATGTGC TATTGTTAGA GGCCGGCCCA GATGAAAACG AAATTACAGA CGTGCCATCT 
CTGGCTGCAT ACTTGCAGTT GAGCACGTTG GATTGGAAGT ACAAGACTGA GGCTACAGGT 
AAAGCTTGCT TGGCTATGAA GGGCGGTCGT TGTAATTGGC CAAGAGGTAA AGTGATAGGC 
GGAAGTAGTG TTTTTAACTA CATGCTATAT GTGCGTGGTA ATAAACAAGA CTACGATCAT 
TGGGAATCGC TCGGTAATCC CGGTTGGGGA TATGATCAAG TTCTCTACTA CTTCAAAAAA 
TCAGAAGACA ATCGGAATCC ATACTTGCGG AGAAGTCCAT ATCACGCGAC CGATGGCTAC 
CTAACAGTAC AGGAATCGCC GTGGAAGACT CCTTTAGTGG TTGCTTTTGT TCAAGCAGGC 
GTTGAATTGG GATACGAAAA CAGGGACATA AATGGCGAAA AGCAGACGGG TTTTATGATA 
TCTCAAGGAA CTATTCGCAG GGGAAGCAGA TGTTCCACCG CGAAGGCTTT CTTGCGGCCT 
ATACGATTAC GCAAGAACAT TCATATAGCT ATGAATAGTC ACGTGACGAG AATCGTGATC 
GATCCGTTAA CTATGAGAGC GATTGGCGTC GAGTTTGTTA GGAATGGTCG CAGACAAATA 
ATAAGAGCAC GGAAGGAGGT GATATTGTCA GCAGGTGCCA TTAACAGTCC TCAAATTTTG 
ATGCTATCGG GAATCGGACC GAAGGAACAT CTACAACATG TTGGTATTCC TGTTATCAAA 
GATCTTCAAG TCGGCGAAAA TCTTCAGGAT CATGTAGGAA TGGGCGGTTT GACATTTTTG 
ATCGATAAAT CAGTTGCTAT AGTTCAAGAT CGTTTTCAGG CGATTCCGAT GATGATGCAT 
TATGTGATTA ACGGCCGAGG TCCCATGACG ACCTTGGGTG GCGTTGAAGG TTACGCCTTT 
GTAAATACAA AGTATGCTAA TCACTCTATC GATTATCCGG ACGTGCAATT CCATATGGCG 
CCAGCCTCCA TTAATTCTGA CGCGGGAATA CAAGTTCGGA AAGTTTTAGG GTTAACAGAC 
GAAGTATACA ACACCGTCTA CAGACCAATT AACAATCGAG ACGCCTGGAC CATCATGCCT 
CTTCTGTTAA GGCCCAAGTC TCGTGGCACT ATACGTTTGA GAAGTTCCAA TCCTTTTCAT 
CATCCTATTA TCAATGCGAA TTATTTTTCT GATCCTATGG ACATAGCCAT CTTGGTGGAA 
GGTGCGAAGA TTGCGCTCAA AGTCAGCGAG GCAAAAGTCT TTAAACAATT TGGCTCAAAA 
CTTCATCGCG TCAAACTTCC GGGATGTAAA CACATCAAAT TCGGTACCGA TGCTTACTGG 
GAATGTCATA TTCGACATAT TTCTATGACA ATTTATCACC CGGTAGGAAC AGCTAAAATG 
GGACCACCGA CTGACCCTAC AGCCGTAGTG GATCCTAGAT TGCGAGTTTA CGGTGTCGCG 
GGTCTTCGAG TTATCGATGC ATCTATCATG CCGACGATAT GCAGTGGTAA CACAAACGCT 
CCTGTCATTA TGATCGGTGA AAAAGGTGCT GACCTCATTA AACAAGATTG GCTATCACCA 
TCGACAGTTA ATCACGAAAT TAAACGTGAG CTCAGAAAAG ATATCTTTTT CTTAACGGCG 
TGTACATCGT TCGTATACGC CGATATATTT TTCTTGTTTG TTAGATTGTA TAGTGATATG 
GATATTTACG CATACAGTGA CACTCGTAAA ACATGGACCT CAACGCCGGT ATATATGCCA 
GGCGAACGTC CAAGTGCTGT TTTCTATTAT CGTGCCCCAC TCGAGACACA TCCAATAGTC 
AATAATCAAC TTGCGCCGGA CAAGATGCCG AGTCTCCTTT ACCTTCTCAG TGCCGCCGCC 
GTAATTGTTC CATTGCAGTC GAGCAGACAA CCGATAATGA ACAAATACCA CAATCTTTAC 
GGCAATAATA CGAGCGAACG CGTGTTGACG AATATATTTA ATTTTGGTAT CGGAGCTCTA 
AATTTTCTAC AACAAGGTCA ACATTATATG AACCACGAAA TACCGGATAT GGTTCCGCAA 
TTTGGAGCAA TGTACGATTT CGTGGTAATA GGCGCCGGAA CGGCCGGTGC CACGATAGCT 
GCGAGGTTAA GTGAGATTCA TCAGGTTGAA GTGTTATTGA TCGAAGCTGG AACTAAAGAG 
AATTTTCTTA TGGATATCCC GCTTCTCGTT CACATGTTGC AGCTAAGCAA CGATATCAAT 
TGGAAGTATC AAACTAAATC GTCCAACAAG TATTGTCTTG GCATGGAAGG CAACAGGTGT 
AACTGGCCTA GAGGCAAAGT AATGGGCGGT AGCAGTGTGC TAAACTATAT GATTGCAACC 
AGAGGAGGCG CCGAGGATTA TGATCGATGG GCTAAAATGG GGAACAAGGG TTGGGCTTAC 
AAGGATGTCC TCAAATACTT CAAAAAGCTG GAGACAATCG ATATCCCAGA GCTGCAATCA 
GACAATATTT ATCACGGAAC TAAGGGACCG TTACATATTT CTTATTCGTT ATTCCATACG 
CCATTGGCAA AGGCTTTCTT AGATGCTGGC AAAGAGCTGG GATACCCGGA ATTGGATTAT 
AACGGAAAGA ATATGATAGG ATTTTCGTAT GTGCAGACCA CATCGATAAA TGGCACCCGC 
ATGAGCAGCA ACAGAGCTTA TCTACACCCA GCAAGAAATC GCCGGAATCT TCATGTGACA 
CGTGAAAGCA AGGTGAAAAA AATATTGATT GATCGTCATA CAAATCGGGC GATTGGCGTG 
GAATTTATCA AACATCGTCG AATTAACAGG GTGTTTGCGA GTAAAGAGAT AATTTTATGC 
GCGGGTGCCA TCGGATCACC ACAATTACTA ATGTTGTCTG GCATCGGACC GGCCAAACAT 
CTTAGTGAGC TCGGCATAAA CGTCGTCCGG GATTTGCCGG TTGGTAAAAA TCTGATGGAT 
CATGTAGCTT TTGGCGATCT AACGTGGACA GTAGATGAGC CAGTAAGTAT TCGAACAGAT 
AATATGATGA ATCCCATTCA TCCGTATATG AAAGACTTTC TGATTAGACA ATCGGGACCA 
TTAACGATCC CAGGTGGGTG CGAAGCCCTC GCTTTCATTG ACACAAAGCA TTCAACGAAA 
CTTCATGGTT TACCGGACAT TGAACTGCTA TTTATTGGTG GTGGAATGAA AGGAGATATA 
GTTCTACCGA CTGTAATGGG TTTGAACAAT GCAATGCGTC AGATATGGAA CAAATATATC 
ACCACTTACG GCTGGACCAT ACTACCGATG TTATTAAAAC CAAAAAGTCG TGGATGGATA 
AGACTATTGG CCAACGACAT TAATGTTAAA CCTGAGATCG TGCCAAATTA CTTCGACAAT 
CCGGAAGATG TCAAGACGAT GATAAACGGC ATTAAAGCTG CAATAAGCGT CGGTCAAACG 
GAAGCAATGA AACTGTATGA TTCACGATTG ATAAACGATA CTTTACCTAC ATGTAAAAAC 
TATAAGTATG ATTCTTACGA TTATTGGGAG TGCGCGATGA GGACGGCATC TCTTACTATC 
TATCATTATA GTGGCACTTG CAAGATGGGA TCGAAAGAAG ATCCGACTGC TGTCGTCGAT 
CCTAGATTAA AGGTGATTGG CATTCAAGGA TTGCGAGTAG CAGATGGTTC CATTATGCCT 
GAAATTATAT CAGCACATAC AAATATACCT ATTTTTATGA TTGCTGAAAA GCTGGCAGAT 
ATGGTCAAAG AAGATTGGGG ATACTTGAAT AAATTAATAT CCCAATACGA TTGTCACAGT 
GTACAAGGAG GACACGCAAA AAATAATCGC TCTATAGCGA CTCATTATAA ACGAACCTTA 
TACAGCATGA AAACACTGTG GCTATTCATC ATAATCGTGG CGACAAGCAG TGCTCATAAT 
TTCTTAAACA ATGTCAAGAA TTATATTCAT TCATTCGGAA AGGAGGAAAA ATTTACAAGC 
AAAAGCAAAT ATGATTTTAT CATCGTAGGT GCCGGATCAT CAGGTTCTGT GTTAGCTAAT 
CGTTTATCAG AGAATGAGAA ATGGAAAATT CTGTTACTAG AAGCGGGTTA TATGCCAAAC 
TTTTTAAATC GGATTCCAAT ATTTGTCGGC TATTTTCAAT TAACTGGTTA CAATTGGGGT 
TACAATGTAG AACCACAAAA GAATGCCTGT CTAGGGATGG TGAATCGTCA GTGTGCTTGG 
CCGCGAGGTA GAGGTTTAGG TGGCACGAGT ATCTTGAACT ATATGATCCA TACACGTGGG 
AACAAACTTG ACTACGACCA ATGGGCTAGT TTGGGCAACG TGGGCTGGTC TTACATGGAC 
GTTCTGCCAT ATTTTAAAAA AAGTGAAAGA TTTAATATAC CAGGTTTCAA GAATTCTTCA 
TATCATAATG AAAACGGTTA TATATGCGTG GAACATGTCC CATATCATAC AAAGTTGGCG 
ACTGCGTTTC TAAATGCTGG ACAAGAATTG GAATATAAAA TTGTGGATTA CAATGGCCAA 
GATCAGAAAG GTTTCTCGTA CATCCAGGTG AACATAGATC ATGGAAAGCG TTGCACTGGC 
GGCACGACCT ATCTCGGGCA GATCAATCGA CCGAACTTGG AGATTATCAC CGGTGCTAGA 
GTGACCAAAA TACTAATCGA CGCGGATAAT CGAGCTTACG GCGTTGAATA CATCAAGGAT 
ACCGTATGGA AGAAAGTGAC TTGCTCAAAG GAAGTTTTAT TATCAGCCGG TACAATTGAC 
TCGGCGAAAT TGTTAATGTT GTCAGGAATT GGACCAAAAG AACATCTTGA AGAATTGAAC 
ATCCCAGTGA TTCAAGACTC CAAGGTCGGT TACAGTATGT ACGAACACGT CGGTTTCCTA 
GGATTAACTT TCATGGTGAA TCAGAGCGAG TCGCTGCTAC AAAGCAGGCT GCTTAATCCA 
AACTTGTTGC TGGAGTACCT TCTATACAAA CGTGGCCCGA TGTCGATTCC AGGAGGTGCA 
GAGGCACTAG CATTCATCAG TACCAAATAC GCTCCTGACG AGAGACCGGA CGTTGAACTT 
CTCTTTGTGT CTGGTTCTCT ACATTCGGAC AATGGTCAGG TTTTAAAAAA AGCTCTAAGA 
CTTTCAGATG ATCTGTACGA TACCATCTTT AAACCGATCG AAGAGCAGGA CGCCTGGTCT 
ATCTGGCCGA TCGTTCAACA TCCTAGAAGC GTCGGCCGTC TCACATTGCA ATCGAAGAAC 
CCATTCGAGC CACCCAAAAT GGATCCAAAC TTTTTCAGCC ATCCGGTCGA TATAGAGATT 
ATTCTGGAAG GAATAAAGCA CGCTATCAAC ATATCCAAAA CCAAAGCCTT TCAGGCTTAC 
GGCAGTCGAT TGCATGATTT AAAAATACCA GGCTGTAAAC AGTTTGAATT TGCTTCCGAT 
GATTATTGGC GTTGTGCCAT CAAGCATCTG CCATCCATGA TGAATCATGA AATAGGAACC 
GTCAAAATGG GACCTCGGAC GGACACTTAT GCTGTCGTTG ACCCGCAGCT AAGAGTGTAC 
GGAATCAAGG CACTTAGAGT AGTGGACGCT TCAATTATGC CTACGATACC TAATGGCCAC 
GTGAATGCGG GAATATATAT GATTGGCGAA AAAGCTGCAG ATATGATAAA AGAATCTTGG 
AAAAATGAGT GA

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

RefSeq	XP_011058201.1
CDS	935..6886
Translation	MVFSAIVVTSALKSAIGLMGTGLWLVPLLIAGLSYYRYDQLDPESRLIDRHPLYSDYDFIVIGSGSAGAVIASRLSEIPNWNVLLLEAGPDENEITDVPSLAAYLQLSTLDWKYKTEATGKACLAMKGGRCNWPRGKVIGGSSVFNYMLYVRGNKQDYDHWESLGNPGWGYDQVLYYFKKSEDNRNPYLRRSPYHATDGYLTVQESPWKTPLVVAFVQAGVELGYENRDINGEKQTGFMISQGTIRRGSRCSTAKAFLRPIRLRKNIHIAMNSHVTRIVIDPLTMRAIGVEFVRNGRRQIIRARKEVILSAGAINSPQILMLSGIGPKEHLQHVGIPVIKDLQVGENLQDHVGMGGLTFLIDKSVAIVQDRFQAIPMMMHYVINGRGPMTTLGGVEGYAFVNTKYANHSIDYPDVQFHMAPASINSDAGIQVRKVLGLTDEVYNTVYRPINNRDAWTIMPLLLRPKSRGTIRLRSSNPFHHPIINANYFSDPMDIAILVEGAKIALKVSEAKVFKQFGSKLHRVKLPGCKHIKFGTDAYWECHIRHISMTIYHPVGTAKMGPPTDPTAVVDPRLRVYGVAGLRVIDASIMPTICSGNTNAPVIMIGEKGADLIKQDWLSPSTVNHEIKRELRKDIFFLTACTSFVYADIFFLFVRLYSDMDIYAYSDTRKTWTSTPVYMPGERPSAVFYYRAPLETHPIVNNQLAPDKMPSLLYLLSAAAVIVPLQSSRQPIMNKYHNLYGNNTSERVLTNIFNFGIGALNFLQQGQHYMNHEIPDMVPQFGAMYDFVVIGAGTAGATIAARLSEIHQVEVLLIEAGTKENFLMDIPLLVHMLQLSNDINWKYQTKSSNKYCLGMEGNRCNWPRGKVMGGSSVLNYMIATRGGAEDYDRWAKMGNKGWAYKDVLKYFKKLETIDIPELQSDNIYHGTKGPLHISYSLFHTPLAKAFLDAGKELGYPELDYNGKNMIGFSYVQTTSINGTRMSSNRAYLHPARNRRNLHVTRESKVKKILIDRHTNRAIGVEFIKHRRINRVFASKEIILCAGAIGSPQLLMLSGIGPAKHLSELGINVVRDLPVGKNLMDHVAFGDLTWTVDEPVSIRTDNMMNPIHPYMKDFLIRQSGPLTIPGGCEALAFIDTKHSTKLHGLPDIELLFIGGGMKGDIVLPTVMGLNNAMRQIWNKYITTYGWTILPMLLKPKSRGWIRLLANDINVKPEIVPNYFDNPEDVKTMINGIKAAISVGQTEAMKLYDSRLINDTLPTCKNYKYDSYDYWECAMRTASLTIYHYSGTCKMGSKEDPTAVVDPRLKVIGIQGLRVADGSIMPEIISAHTNIPIFMIAEKLADMVKEDWGYLNKLISQYDCHSVQGGHAKNNRSIATHYKRTLYSMKTLWLFIIIVATSSAHNFLNNVKNYIHSFGKEEKFTSKSKYDFIIVGAGSSGSVLANRLSENEKWKILLLEAGYMPNFLNRIPIFVGYFQLTGYNWGYNVEPQKNACLGMVNRQCAWPRGRGLGGTSILNYMIHTRGNKLDYDQWASLGNVGWSYMDVLPYFKKSERFNIPGFKNSSYHNENGYICVEHVPYHTKLATAFLNAGQELEYKIVDYNGQDQKGFSYIQVNIDHGKRCTGGTTYLGQINRPNLEIITGARVTKILIDADNRAYGVEYIKDTVWKKVTCSKEVLLSAGTIDSAKLLMLSGIGPKEHLEELNIPVIQDSKVGYSMYEHVGFLGLTFMVNQSESLLQSRLLNPNLLLEYLLYKRGPMSIPGGAEALAFISTKYAPDERPDVELLFVSGSLHSDNGQVLKKALRLSDDLYDTIFKPIEEQDAWSIWPIVQHPRSVGRLTLQSKNPFEPPKMDPNFFSHPVDIEIILEGIKHAINISKTKAFQAYGSRLHDLKIPGCKQFEFASDDYWRCAIKHLPSMMNHEIGTVKMGPRTDTYAVVDPQLRVYGIKALRVVDASIMPTIPNGHVNAGIYMIGEKAADMIKESWKNE

Target ORF information:

RefSeq Version	XM_011059899.1
Organism	Acromyrmex echinatior(Panamanian leafcutter ant)
Definition	Acromyrmex echinatior uncharacterized LOC105148270 (LOC105148270), mRNA.

Target ORF information:

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

XM_011059899.1

ORF Insert Sequence:

ATGGTTTTCA GTGCGATAGT AGTGACGTCA GCCTTGAAGA GCGCTATCGG CTTAATGGGT 
ACAGGTTTAT GGCTCGTACC ATTGTTAATT GCGGGTCTTT CTTACTATCG TTACGATCAA 
CTGGATCCTG AGAGTCGACT CATCGACAGG CACCCTCTCT ACTCTGATTA CGATTTTATT 
GTAATTGGAA GCGGATCGGC TGGAGCGGTA ATTGCTAGTC GACTATCGGA AATACCAAAC 
TGGAATGTGC TATTGTTAGA GGCCGGCCCA GATGAAAACG AAATTACAGA CGTGCCATCT 
CTGGCTGCAT ACTTGCAGTT GAGCACGTTG GATTGGAAGT ACAAGACTGA GGCTACAGGT 
AAAGCTTGCT TGGCTATGAA GGGCGGTCGT TGTAATTGGC CAAGAGGTAA AGTGATAGGC 
GGAAGTAGTG TTTTTAACTA CATGCTATAT GTGCGTGGTA ATAAACAAGA CTACGATCAT 
TGGGAATCGC TCGGTAATCC CGGTTGGGGA TATGATCAAG TTCTCTACTA CTTCAAAAAA 
TCAGAAGACA ATCGGAATCC ATACTTGCGG AGAAGTCCAT ATCACGCGAC CGATGGCTAC 
CTAACAGTAC AGGAATCGCC GTGGAAGACT CCTTTAGTGG TTGCTTTTGT TCAAGCAGGC 
GTTGAATTGG GATACGAAAA CAGGGACATA AATGGCGAAA AGCAGACGGG TTTTATGATA 
TCTCAAGGAA CTATTCGCAG GGGAAGCAGA TGTTCCACCG CGAAGGCTTT CTTGCGGCCT 
ATACGATTAC GCAAGAACAT TCATATAGCT ATGAATAGTC ACGTGACGAG AATCGTGATC 
GATCCGTTAA CTATGAGAGC GATTGGCGTC GAGTTTGTTA GGAATGGTCG CAGACAAATA 
ATAAGAGCAC GGAAGGAGGT GATATTGTCA GCAGGTGCCA TTAACAGTCC TCAAATTTTG 
ATGCTATCGG GAATCGGACC GAAGGAACAT CTACAACATG TTGGTATTCC TGTTATCAAA 
GATCTTCAAG TCGGCGAAAA TCTTCAGGAT CATGTAGGAA TGGGCGGTTT GACATTTTTG 
ATCGATAAAT CAGTTGCTAT AGTTCAAGAT CGTTTTCAGG CGATTCCGAT GATGATGCAT 
TATGTGATTA ACGGCCGAGG TCCCATGACG ACCTTGGGTG GCGTTGAAGG TTACGCCTTT 
GTAAATACAA AGTATGCTAA TCACTCTATC GATTATCCGG ACGTGCAATT CCATATGGCG 
CCAGCCTCCA TTAATTCTGA CGCGGGAATA CAAGTTCGGA AAGTTTTAGG GTTAACAGAC 
GAAGTATACA ACACCGTCTA CAGACCAATT AACAATCGAG ACGCCTGGAC CATCATGCCT 
CTTCTGTTAA GGCCCAAGTC TCGTGGCACT ATACGTTTGA GAAGTTCCAA TCCTTTTCAT 
CATCCTATTA TCAATGCGAA TTATTTTTCT GATCCTATGG ACATAGCCAT CTTGGTGGAA 
GGTGCGAAGA TTGCGCTCAA AGTCAGCGAG GCAAAAGTCT TTAAACAATT TGGCTCAAAA 
CTTCATCGCG TCAAACTTCC GGGATGTAAA CACATCAAAT TCGGTACCGA TGCTTACTGG 
GAATGTCATA TTCGACATAT TTCTATGACA ATTTATCACC CGGTAGGAAC AGCTAAAATG 
GGACCACCGA CTGACCCTAC AGCCGTAGTG GATCCTAGAT TGCGAGTTTA CGGTGTCGCG 
GGTCTTCGAG TTATCGATGC ATCTATCATG CCGACGATAT GCAGTGGTAA CACAAACGCT 
CCTGTCATTA TGATCGGTGA AAAAGGTGCT GACCTCATTA AACAAGATTG GCTATCACCA 
TCGACAGTTA ATCACGAAAT TAAACGTGAG CTCAGAAAAG ATATCTTTTT CTTAACGGCG 
TGTACATCGT TCGTATACGC CGATATATTT TTCTTGTTTG TTAGATTGTA TAGTGATATG 
GATATTTACG CATACAGTGA CACTCGTAAA ACATGGACCT CAACGCCGGT ATATATGCCA 
GGCGAACGTC CAAGTGCTGT TTTCTATTAT CGTGCCCCAC TCGAGACACA TCCAATAGTC 
AATAATCAAC TTGCGCCGGA CAAGATGCCG AGTCTCCTTT ACCTTCTCAG TGCCGCCGCC 
GTAATTGTTC CATTGCAGTC GAGCAGACAA CCGATAATGA ACAAATACCA CAATCTTTAC 
GGCAATAATA CGAGCGAACG CGTGTTGACG AATATATTTA ATTTTGGTAT CGGAGCTCTA 
AATTTTCTAC AACAAGGTCA ACATTATATG AACCACGAAA TACCGGATAT GGTTCCGCAA 
TTTGGAGCAA TGTACGATTT CGTGGTAATA GGCGCCGGAA CGGCCGGTGC CACGATAGCT 
GCGAGGTTAA GTGAGATTCA TCAGGTTGAA GTGTTATTGA TCGAAGCTGG AACTAAAGAG 
AATTTTCTTA TGGATATCCC GCTTCTCGTT CACATGTTGC AGCTAAGCAA CGATATCAAT 
TGGAAGTATC AAACTAAATC GTCCAACAAG TATTGTCTTG GCATGGAAGG CAACAGGTGT 
AACTGGCCTA GAGGCAAAGT AATGGGCGGT AGCAGTGTGC TAAACTATAT GATTGCAACC 
AGAGGAGGCG CCGAGGATTA TGATCGATGG GCTAAAATGG GGAACAAGGG TTGGGCTTAC 
AAGGATGTCC TCAAATACTT CAAAAAGCTG GAGACAATCG ATATCCCAGA GCTGCAATCA 
GACAATATTT ATCACGGAAC TAAGGGACCG TTACATATTT CTTATTCGTT ATTCCATACG 
CCATTGGCAA AGGCTTTCTT AGATGCTGGC AAAGAGCTGG GATACCCGGA ATTGGATTAT 
AACGGAAAGA ATATGATAGG ATTTTCGTAT GTGCAGACCA CATCGATAAA TGGCACCCGC 
ATGAGCAGCA ACAGAGCTTA TCTACACCCA GCAAGAAATC GCCGGAATCT TCATGTGACA 
CGTGAAAGCA AGGTGAAAAA AATATTGATT GATCGTCATA CAAATCGGGC GATTGGCGTG 
GAATTTATCA AACATCGTCG AATTAACAGG GTGTTTGCGA GTAAAGAGAT AATTTTATGC 
GCGGGTGCCA TCGGATCACC ACAATTACTA ATGTTGTCTG GCATCGGACC GGCCAAACAT 
CTTAGTGAGC TCGGCATAAA CGTCGTCCGG GATTTGCCGG TTGGTAAAAA TCTGATGGAT 
CATGTAGCTT TTGGCGATCT AACGTGGACA GTAGATGAGC CAGTAAGTAT TCGAACAGAT 
AATATGATGA ATCCCATTCA TCCGTATATG AAAGACTTTC TGATTAGACA ATCGGGACCA 
TTAACGATCC CAGGTGGGTG CGAAGCCCTC GCTTTCATTG ACACAAAGCA TTCAACGAAA 
CTTCATGGTT TACCGGACAT TGAACTGCTA TTTATTGGTG GTGGAATGAA AGGAGATATA 
GTTCTACCGA CTGTAATGGG TTTGAACAAT GCAATGCGTC AGATATGGAA CAAATATATC 
ACCACTTACG GCTGGACCAT ACTACCGATG TTATTAAAAC CAAAAAGTCG TGGATGGATA 
AGACTATTGG CCAACGACAT TAATGTTAAA CCTGAGATCG TGCCAAATTA CTTCGACAAT 
CCGGAAGATG TCAAGACGAT GATAAACGGC ATTAAAGCTG CAATAAGCGT CGGTCAAACG 
GAAGCAATGA AACTGTATGA TTCACGATTG ATAAACGATA CTTTACCTAC ATGTAAAAAC 
TATAAGTATG ATTCTTACGA TTATTGGGAG TGCGCGATGA GGACGGCATC TCTTACTATC 
TATCATTATA GTGGCACTTG CAAGATGGGA TCGAAAGAAG ATCCGACTGC TGTCGTCGAT 
CCTAGATTAA AGGTGATTGG CATTCAAGGA TTGCGAGTAG CAGATGGTTC CATTATGCCT 
GAAATTATAT CAGCACATAC AAATATACCT ATTTTTATGA TTGCTGAAAA GCTGGCAGAT 
ATGGTCAAAG AAGATTGGGG ATACTTGAAT AAATTAATAT CCCAATACGA TTGTCACAGT 
GTACAAGGAG GACACGCAAA AAATAATCGC TCTATAGCGA CTCATTATAA ACGAACCTTA 
TACAGCATGA AAACACTGTG GCTATTCATC ATAATCGTGG CGACAAGCAG TGCTCATAAT 
TTCTTAAACA ATGTCAAGAA TTATATTCAT TCATTCGGAA AGGAGGAAAA ATTTACAAGC 
AAAAGCAAAT ATGATTTTAT CATCGTAGGT GCCGGATCAT CAGGTTCTGT GTTAGCTAAT 
CGTTTATCAG AGAATGAGAA ATGGAAAATT CTGTTACTAG AAGCGGGTTA TATGCCAAAC 
TTTTTAAATC GGATTCCAAT ATTTGTCGGC TATTTTCAAT TAACTGGTTA CAATTGGGGT 
TACAATGTAG AACCACAAAA GAATGCCTGT CTAGGGATGG TGAATCGTCA GTGTGCTTGG 
CCGCGAGGTA GAGGTTTAGG TGGCACGAGT ATCTTGAACT ATATGATCCA TACACGTGGG 
AACAAACTTG ACTACGACCA ATGGGCTAGT TTGGGCAACG TGGGCTGGTC TTACATGGAC 
GTTCTGCCAT ATTTTAAAAA AAGTGAAAGA TTTAATATAC CAGGTTTCAA GAATTCTTCA 
TATCATAATG AAAACGGTTA TATATGCGTG GAACATGTCC CATATCATAC AAAGTTGGCG 
ACTGCGTTTC TAAATGCTGG ACAAGAATTG GAATATAAAA TTGTGGATTA CAATGGCCAA 
GATCAGAAAG GTTTCTCGTA CATCCAGGTG AACATAGATC ATGGAAAGCG TTGCACTGGC 
GGCACGACCT ATCTCGGGCA GATCAATCGA CCGAACTTGG AGATTATCAC CGGTGCTAGA 
GTGACCAAAA TACTAATCGA CGCGGATAAT CGAGCTTACG GCGTTGAATA CATCAAGGAT 
ACCGTATGGA AGAAAGTGAC TTGCTCAAAG GAAGTTTTAT TATCAGCCGG TACAATTGAC 
TCGGCGAAAT TGTTAATGTT GTCAGGAATT GGACCAAAAG AACATCTTGA AGAATTGAAC 
ATCCCAGTGA TTCAAGACTC CAAGGTCGGT TACAGTATGT ACGAACACGT CGGTTTCCTA 
GGATTAACTT TCATGGTGAA TCAGAGCGAG TCGCTGCTAC AAAGCAGGCT GCTTAATCCA 
AACTTGTTGC TGGAGTACCT TCTATACAAA CGTGGCCCGA TGTCGATTCC AGGAGGTGCA 
GAGGCACTAG CATTCATCAG TACCAAATAC GCTCCTGACG AGAGACCGGA CGTTGAACTT 
CTCTTTGTGT CTGGTTCTCT ACATTCGGAC AATGGTCAGG TTTTAAAAAA AGCTCTAAGA 
CTTTCAGATG ATCTGTACGA TACCATCTTT AAACCGATCG AAGAGCAGGA CGCCTGGTCT 
ATCTGGCCGA TCGTTCAACA TCCTAGAAGC GTCGGCCGTC TCACATTGCA ATCGAAGAAC 
CCATTCGAGC CACCCAAAAT GGATCCAAAC TTTTTCAGCC ATCCGGTCGA TATAGAGATT 
ATTCTGGAAG GAATAAAGCA CGCTATCAAC ATATCCAAAA CCAAAGCCTT TCAGGCTTAC 
GGCAGTCGAT TGCATGATTT AAAAATACCA GGCTGTAAAC AGTTTGAATT TGCTTCCGAT 
GATTATTGGC GTTGTGCCAT CAAGCATCTG CCATCCATGA TGAATCATGA AATAGGAACC 
GTCAAAATGG GACCTCGGAC GGACACTTAT GCTGTCGTTG ACCCGCAGCT AAGAGTGTAC 
GGAATCAAGG CACTTAGAGT AGTGGACGCT TCAATTATGC CTACGATACC TAATGGCCAC 
GTGAATGCGG GAATATATAT GATTGGCGAA AAAGCTGCAG ATATGATAAA AGAATCTTGG 
AAAAATGAGT GA