LOC105153179 cDNA ORF clone, Acromyrmex echinatior(Panamanian leafcutter ant)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105153179
Entrez Gene ID	105153179
Full Name	fatty acid synthase-like
Gene Type	protein-coding
Organism	Acromyrmex echinatior(Panamanian leafcutter ant)

mRNA and Protein(s)

mRNA	Protein	Name
XM_011067885.1	XP_011066187.1	fatty acid synthase-like

Pathways from BioSystems
Gene Ontology

The following LOC105153179 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105153179 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
OAc137851	XM_011067885.1 Latest version!	Acromyrmex echinatior fatty acid synthase-like (LOC105153179), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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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)

LOC105153179 ( XM_011067885.1 ) cDNA ORF clone, Acromyrmex echinatior(Panamanian leafcutter ant) -> XP_011066187.1 Acromyrmex echinatior fatty acid synthase-like (LOC105153179), mRNA.

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CloneID	OAc137851
Clone ID Related Accession (Same CDS sequence)	XM_011067885.1
Accession Version	XM_011067885.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6108bp) 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	fatty acid synthase-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011627660.1) 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##

ATGGATGGCA AAGAAACATG TAAATGTTGG AACGATATTG ATCCCGGTGA GGAAATCGTT 
ATTTCTGGTA TTGCTGGCAG ATTTCCTAAT TCACGTGATA TGAAACATTT TAAAGAAAAT 
TTATTTAATA AAATTGATCT TGTAAGAGAA GATCATAACC GATGGCAAAT AGATCATGCG 
GAATTTCCAC GTCGTATGGG AACTGTCAAT AATGTAGAAA AATTTGATGC GGATTTTTTT 
GGATTGTCTT TCGAGCAAGC ACATATGCTT GTACCTGAAG CGAGAATATT ATTGGAACAT 
TCTTATGAAG CAATTATCGA TGCGGGGATC AATCCAAAAC AATTACAAGG AAAAAATACT 
GCCTTAATTA TAGGGACATC TTGTATTGAA TCACAAGAAA AGCTCATATT TAAAGACACT 
AAGTCAAGAG GTCAGAACAT TTTTGGATGC CATAAATCTG CAACGGCAAA TATGATTTCG 
TACTGTTTGG ATCTGAAAGG ACCATCTTGT ACCATTGATA CAGCATGCAG TTCTAGCCTT 
CATGCTATGG CTGTTGGTTA TAATTATATC AAATCAGGAA AATGCGAAGA CGCAATAATT 
GGAACAGCAC AATTATGTCT TTATCCCATG ATAAATTTGC AATTCGCTCG ACTTGGTGTT 
TTGTCAAACA ACGGTTATTG CAGACCATTT GATACCGCTG CTAACGGTTA TACGCGTAGT 
GAAACAATTG CAGTAGTATA CCTTCAAAAA GCGAAAAATG CTAAGAGGAT TTATGCCATA 
TTACCGCATA TTAAACTAAA TAGCGATGGT TACAAAGAAG AAGGAATAAC ATATCCTTCA 
TCACAAATGC AATATACCTT ATTAAAGGAA TTTTACGAAG AATACAAACT ACCAACATCT 
TGTTTGGATT ATATCGAAGC ACATGGTACC GCTACCAAAG CTGGTGATCC ACAAGAAGTT 
AATGCTATCT ATAACAGTTT GTGTAAAAAT AGAGAAACTC CATTAATGAT CGGCTCCGTG 
AAATCTAATC TCGGGCATTC TGAGCCTGCA AGTGGTTTTA ATCAGATCGC TAAGGTAATA 
ATAGGATTCG AAACTGGTTT TGTTCCACCA AATATTAATT ATACATCGCC AAGGAAAGAT 
ATAGATGCCT TATTAAATGG GAGCATTCGT GTCATCCAAG AACAAATGCC ACTCAAAAAC 
GGTTGTGTAG GAATCAATTG TTACGGTTTT GGAGGATCAA ACGCTCATAT GTTATTGAAG 
TGGAATCCCA AACAGAAAAT TAATAATGGA GCACCAAATG ATGATTTACC TAGACTTGTC 
ATATTATCTG GACGTACTGA AGAATCTGTG AAGTTATTTT TAAATGATAT TGCTAACCAT 
CCAATAGATG TAGAATATAT TCGCCTGTTA CATGATATTC ATGCAGACAA TATAACGGGT 
CATCCATGGA GAGGGTATAT AATATTGAAT TCTTTTCAAC AAGATTCAAT AAAGGAAATC 
CGAAATTATG AAGGCTTGAA TAGACCTGTC TGGTTTATAT TTTCAGCCTT AGGTTCGCAC 
TGGCCAGGAA TGGGTCAAAA CTTATTAAAG TTCCATGTCT TTGCTAAAGC GATAAGAAAG 
TGCGATGATA TTTTAAAGCC GTATGGTATA AGTATCATAG ACATTATGAC AAAAATGGAA 
GAAAGCATAT GCGAAAACAG GTTAAACATT TTTCTCGAAA TCGTCGCCAT TCAGATTGGC 
TTAGTAGATC TCCTAACATC TTTAGGAATT ACTCCTGATT ACATGATTAG TCACTCTGCT 
GGTGAACTTG GTTGTGCATA CGCAGATAAG TGCCTCACTA TTGAACAAAC TATTTTATCA 
GCATACTTTA TTGGTTTGGC ATGTGCCGAT GAAAAAATAA TTCATAGCTC GATGATGGTT 
GTCAATATCA ATTACGAGCA TCTTAAAAAT ATATGTCCAG CGAATATTGA AATAATATGC 
TACAATAGTG ACAACAGCAG CGTCGTATGT GGATCAAAGG AATCCATAGA AGAATTTATG 
AAAAAATTAC AGGTCAACAA TATTTACGTG AAGAAGATCA ACTGCAACAT ACCATTTCAC 
AGTTCTTACG TTGCATCCGT GGAAAGTCAG CTTCTGCTTA ATTTAAATAA AATAATACCA 
TGCCCAAAAA AACGGAGTTC AAAGTGGATC AGCACTTCTA TACCTCGCAC CAAATGGTTT 
ACTTCAACAT CAAAGTTATC ATCGGCAGAC TATCACACTC AAAGTACATT AAACAAGGTC 
CTTTTTTCAC AAACAACGGA ATTAATTCCA AGTAACGCTG TGGTCATCGA AATCGCACCA 
GACGATGTTC TACACTACAT TTTGACAAGC TCTTTACCTC TAAACGTGAC AAACTTAGTA 
TTAACACGAC AAACCGAAAA AAATATTAAT ACAATTCTAC AAGGAATTGG AAAGCTTTAC 
AATTGCGGTT TACAGCCACA AGTTGCCAAT TTGTACCCAT CAGTTGAATT TCCAGTTAGT 
CGAGGAACTC CTATGATTTC TCCATCAATC AGATGGGATC ATTCTGAAAA TTGGTTTGTA 
CCGAAAGAAA AACTCGAGTT TATAGAATCG AGAGGAAGAT ATGTCAATAT TTTACTCAAC 
GATGAGGATT ATGAATATAT GAGCGATCAC GTAATTGATG GGAAAAATTT GCTACCCGCG 
ACAGGTTATT TGGGACTCAT ATGGAAAACT ATTGGCATGA TGAAAGGACA AATATACACA 
ACGATACCGA TAGTTTTCCA AGATGTAAAA TTTATTCGTG CTATTCATTT GTCGAAAAAT 
GATACTGTGC AACTATATAT TGCAATACAG ACAGATGGAA AGTTTGAAAT AACGGAAGGA 
GATAACGTTA TTGTAACAGG TACAGTATAC GAGACATTGA ATCCAGAACA AGAAATGATT 
CCGACAGATC TCTTACCGAA GAATAATGAT GTTGATGAAG ATATGACTGC ACGAGATATC 
TACAAAGAGT TGAAATTGCG TGGATACCAA TATAGGGGTT CATTTCAGGG ATTAAAGAGT 
ATCTCTGTTT CGGGATCCCA AGGACATATC GTTTGGAAAA ATAGTTGGGA AACATTTATG 
GACATTATGT TACAAATGCT AATTTTCAGA TATGACACTA GGGATTTGTA TGTTCCAACG 
AGTATACAAA AATTAGTGAT CAATCCAATG CTTCATGCTT CGAAGCTGCG TGAAAGCATA 
GATAATGCAA AAGTTACAAC AGACACAGAA AAACTGTTAC AGGTACAAGT GTACAAAGAG 
ATAGACATGA TAAAAGCTGG TGGTATAGAG ATTCGAGGTC TGAAAGCTAC TCAGATCTTT 
CGCCGGAATT TAACCCAAGA TGCTGTTATC GAGGAACACA CGTTTGTAGC TCACTGTGAT 
CGCGCTAATA TTTCCTTGAA CGAAGCAATT CGGTTATCTG CTCAACTCGT ATTGGAAGAT 
CATCAAATTA TAAAAATGCA AGTCACTGAA TTAGTAGAAG ATGTCGATGA TGTTGAATTA 
AAATATCTTT CATCTTCGTT GCTACTTGAG GCATTTGGTG ATATACCACT GATACAAGTG 
AATGTCACAC TATTAACATC ACCAAATCGT TTCAAGCCAG AAGATTTACC GCAAAATTTC 
TCAATCAAAG ATTTTGAAAA GTCTTTAGAT GACAAAACTT TAATTATTGC TGGATTTAAC 
CTTTTGACCA AACAACATGC ATCATTACAG CGACTGTTGC CATTTTTGGA AAAGGGTGGT 
TATCTGTTAA CTCGTGAGAA GTGCGACTTA ACTGATTATA AAAAACATTT GCAGCAATAC 
AAATTAAACG TTATACTCGA AAAACGCACT GATAAAGAAT TAGTTGTGCT TCTGAAAAAA 
AAAGTTTCAA TAAGAGAAAA GACTGTTGTT TACATAAGTA ATGATAACTT TAATTGGTTG 
GAGAATCTAA AATCGCTTTT GAGCGACGAG AACAAGAATA ATAGAATTAT AATTGTAGGA 
GAGAAAAATT TTGAGTGCGG TTTATTAGGT TTTATTAACT GCTTGAGAAA AGAGCCAAGT 
GGAGAAATTG TTAGGGGTGT GCTCCTTCAA GATGAACAGG CACCTAAATT CTCTCTTGAA 
GACCCCTTCT ATCAAGAACA ATTGCAGAAA GATATGACCA TTAATGTGTT GCGATCTAAT 
AAAACTTGGG GATCATACAG ACATTTAAAA TTGCCGCGAC CCGAAGCCGT ACCTGTACCT 
ACCGCTCATG TCTGTCAAAG GGTTCGAGGA AACTTAAATA CATTCTGTTG GATAGAAAAT 
AATTTATCTC TTGTGTCTCG TCGTGAGGAT TTAGTGCACG TTGTCTACTC GTCTTTGAAT 
TTTAAAGATG TAATGTTCGC CACTGGTAAA TTGACATTTC AAAGTACGAC TTTAAAAGAA 
CGATTATTTC AGTATGTACC TCTTGGAATA GAATTCGTGG GTTTCGATGC TAACGGACAA 
CGTATAATGG GAATTCGTGA CACCGATTGC ATAGCAAACG TCATTACGAA AGATGAAAAT 
CTTTGTTGGA AGATACCCGA TATGTGGACA TTTGAAGAAG CGGCATCAGT CCCGTGCGTT 
TATAGCACGG TTTATTTAGC CTTATACATT TATGGAAAAA TGAAAAAGGG CGATAAAATA 
CTTATACATT CTGGTACTGG AGGTATTGGA CAAGCAGCTA TTCATCTCGC TCTTAAAGAA 
AGATGCGAGG TGTTTACTAC CGTCGGCACA AGTGATAAAC GAAGCTTTCT TAAGAAAATG 
TTTCCGAACA TTCCGGATAA TCATATTGGA AATTCTCGAG ATACGAGTTT TGAACAAATG 
ATAATGCAGC AGACGAAAGG TCGCGGCGTC GACATTGTGC TAAATTCATT GGCGGAAGAA 
AAGTTAATCG TGTCTGTTCG ATGTTTAGCT CAAAATGGTC GATTCTTAGA GATTGGAAAA 
TTTGATCTTG TATCTAATAA TTCCCTGAAT ATATCTGAGT TTAATAAAGG TATTAGCTTT 
CATGGGATTA TACTGGATAA TATGTTCAAA GGTGATCACA AATATAAGTC CCTATTGTTC 
AAAATGATAG CCAATGGTTT AAAAAATGGA ACAATTAAAC CAATTCAAAC AAAAATTTTT 
CCAAAAACTG ATATTGAAGA AGCTTTCAGG TTTATGGCCA GCGGGAAACA CACAGGAAAG 
ATAATTATAA ATATTCATGA GAAGGATGAA CCTTTAGATA AGCACATTCT CGCGTATCGT 
CGCTATTATT GTCTCAAAGA TAGGAGTTAC ATTATATTAG GAGGTCTAGG CGGATTTGGT 
TTAGAATTAA CTGATTGGCT TATAATTCGT GGTGCCAGAA ACATCGTTCT GATTTCAAGA 
AATGGAATAA AAAACGGTTA TCAACGCATG AAAATTCGAC TATGGAAATC GTACGGCGTA 
AACGTTCTGA TCATCAAGAA TATCGATGTT GCTGATCTCA AAGATTGCGA ATATATTTTA 
AGGACTGCAG AAAAAGAAGC TCCAGTGGAC GCTATATTCA ATCTGGGTGT GGTACTGAAA 
GATGACATCT TCAAAAACCA AACTGCAGAA TCATTTGCAG AGTCCTTCCA ATCGAAGGCT 
CGTGCAACGC AAATGCTGGA TAAACTTTCT AGGAAAATCT GTCTTAACTT GCGGCACTTT 
GTGGTGTTCT CTTCCGTTTC CTGCGGCAGA GGAAACGCTG GTCAGACGAA TTATGGCATG 
GCCAATTCCA TCATGGAGAG AATTTGCGAG AAAAGAGCGG AGGAAGGATT ACCAGGATTG 
GCGATTCAGT GGGGAGCTGT GGGTGATGTG GGTCTTGTTG CCGATATGCA GGAGGACAAT 
AAAGAATTAA TTATCGGTGG CACTCTACAG CAAAAGATAT CCTGCTGTCT CGACGAGCTT 
GATAAGTTTC TACTTCAAAG TCGGCCCATT GTAAGCAGCA TGGTTGTAGC TGAAAAAAAA 
AAGAAATGTC AAGGAAATCT GATAGAAACA ATTGCTGATA TTTTATGTAG GTGCTCCTAT 
GGAGACTGTA CAAGAGATTC GAAATCTTAC TTTCGCAAAA CTCCTTAA

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

RefSeq	XP_011066187.1
CDS	57..6164
Translation	MDGKETCKCWNDIDPGEEIVISGIAGRFPNSRDMKHFKENLFNKIDLVREDHNRWQIDHAEFPRRMGTVNNVEKFDADFFGLSFEQAHMLVPEARILLEHSYEAIIDAGINPKQLQGKNTALIIGTSCIESQEKLIFKDTKSRGQNIFGCHKSATANMISYCLDLKGPSCTIDTACSSSLHAMAVGYNYIKSGKCEDAIIGTAQLCLYPMINLQFARLGVLSNNGYCRPFDTAANGYTRSETIAVVYLQKAKNAKRIYAILPHIKLNSDGYKEEGITYPSSQMQYTLLKEFYEEYKLPTSCLDYIEAHGTATKAGDPQEVNAIYNSLCKNRETPLMIGSVKSNLGHSEPASGFNQIAKVIIGFETGFVPPNINYTSPRKDIDALLNGSIRVIQEQMPLKNGCVGINCYGFGGSNAHMLLKWNPKQKINNGAPNDDLPRLVILSGRTEESVKLFLNDIANHPIDVEYIRLLHDIHADNITGHPWRGYIILNSFQQDSIKEIRNYEGLNRPVWFIFSALGSHWPGMGQNLLKFHVFAKAIRKCDDILKPYGISIIDIMTKMEESICENRLNIFLEIVAIQIGLVDLLTSLGITPDYMISHSAGELGCAYADKCLTIEQTILSAYFIGLACADEKIIHSSMMVVNINYEHLKNICPANIEIICYNSDNSSVVCGSKESIEEFMKKLQVNNIYVKKINCNIPFHSSYVASVESQLLLNLNKIIPCPKKRSSKWISTSIPRTKWFTSTSKLSSADYHTQSTLNKVLFSQTTELIPSNAVVIEIAPDDVLHYILTSSLPLNVTNLVLTRQTEKNINTILQGIGKLYNCGLQPQVANLYPSVEFPVSRGTPMISPSIRWDHSENWFVPKEKLEFIESRGRYVNILLNDEDYEYMSDHVIDGKNLLPATGYLGLIWKTIGMMKGQIYTTIPIVFQDVKFIRAIHLSKNDTVQLYIAIQTDGKFEITEGDNVIVTGTVYETLNPEQEMIPTDLLPKNNDVDEDMTARDIYKELKLRGYQYRGSFQGLKSISVSGSQGHIVWKNSWETFMDIMLQMLIFRYDTRDLYVPTSIQKLVINPMLHASKLRESIDNAKVTTDTEKLLQVQVYKEIDMIKAGGIEIRGLKATQIFRRNLTQDAVIEEHTFVAHCDRANISLNEAIRLSAQLVLEDHQIIKMQVTELVEDVDDVELKYLSSSLLLEAFGDIPLIQVNVTLLTSPNRFKPEDLPQNFSIKDFEKSLDDKTLIIAGFNLLTKQHASLQRLLPFLEKGGYLLTREKCDLTDYKKHLQQYKLNVILEKRTDKELVVLLKKKVSIREKTVVYISNDNFNWLENLKSLLSDENKNNRIIIVGEKNFECGLLGFINCLRKEPSGEIVRGVLLQDEQAPKFSLEDPFYQEQLQKDMTINVLRSNKTWGSYRHLKLPRPEAVPVPTAHVCQRVRGNLNTFCWIENNLSLVSRREDLVHVVYSSLNFKDVMFATGKLTFQSTTLKERLFQYVPLGIEFVGFDANGQRIMGIRDTDCIANVITKDENLCWKIPDMWTFEEAASVPCVYSTVYLALYIYGKMKKGDKILIHSGTGGIGQAAIHLALKERCEVFTTVGTSDKRSFLKKMFPNIPDNHIGNSRDTSFEQMIMQQTKGRGVDIVLNSLAEEKLIVSVRCLAQNGRFLEIGKFDLVSNNSLNISEFNKGISFHGIILDNMFKGDHKYKSLLFKMIANGLKNGTIKPIQTKIFPKTDIEEAFRFMASGKHTGKIIINIHEKDEPLDKHILAYRRYYCLKDRSYIILGGLGGFGLELTDWLIIRGARNIVLISRNGIKNGYQRMKIRLWKSYGVNVLIIKNIDVADLKDCEYILRTAEKEAPVDAIFNLGVVLKDDIFKNQTAESFAESFQSKARATQMLDKLSRKICLNLRHFVVFSSVSCGRGNAGQTNYGMANSIMERICEKRAEEGLPGLAIQWGAVGDVGLVADMQEDNKELIIGGTLQQKISCCLDELDKFLLQSRPIVSSMVVAEKKKKCQGNLIETIADILCRCSYGDCTRDSKSYFRKTP

Target ORF information:

RefSeq Version	XM_011067885.1
Organism	Acromyrmex echinatior(Panamanian leafcutter ant)
Definition	Acromyrmex echinatior fatty acid synthase-like (LOC105153179), mRNA.

Target ORF information:

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

XM_011067885.1

ORF Insert Sequence:

ATGGATGGCA AAGAAACATG TAAATGTTGG AACGATATTG ATCCCGGTGA GGAAATCGTT 
ATTTCTGGTA TTGCTGGCAG ATTTCCTAAT TCACGTGATA TGAAACATTT TAAAGAAAAT 
TTATTTAATA AAATTGATCT TGTAAGAGAA GATCATAACC GATGGCAAAT AGATCATGCG 
GAATTTCCAC GTCGTATGGG AACTGTCAAT AATGTAGAAA AATTTGATGC GGATTTTTTT 
GGATTGTCTT TCGAGCAAGC ACATATGCTT GTACCTGAAG CGAGAATATT ATTGGAACAT 
TCTTATGAAG CAATTATCGA TGCGGGGATC AATCCAAAAC AATTACAAGG AAAAAATACT 
GCCTTAATTA TAGGGACATC TTGTATTGAA TCACAAGAAA AGCTCATATT TAAAGACACT 
AAGTCAAGAG GTCAGAACAT TTTTGGATGC CATAAATCTG CAACGGCAAA TATGATTTCG 
TACTGTTTGG ATCTGAAAGG ACCATCTTGT ACCATTGATA CAGCATGCAG TTCTAGCCTT 
CATGCTATGG CTGTTGGTTA TAATTATATC AAATCAGGAA AATGCGAAGA CGCAATAATT 
GGAACAGCAC AATTATGTCT TTATCCCATG ATAAATTTGC AATTCGCTCG ACTTGGTGTT 
TTGTCAAACA ACGGTTATTG CAGACCATTT GATACCGCTG CTAACGGTTA TACGCGTAGT 
GAAACAATTG CAGTAGTATA CCTTCAAAAA GCGAAAAATG CTAAGAGGAT TTATGCCATA 
TTACCGCATA TTAAACTAAA TAGCGATGGT TACAAAGAAG AAGGAATAAC ATATCCTTCA 
TCACAAATGC AATATACCTT ATTAAAGGAA TTTTACGAAG AATACAAACT ACCAACATCT 
TGTTTGGATT ATATCGAAGC ACATGGTACC GCTACCAAAG CTGGTGATCC ACAAGAAGTT 
AATGCTATCT ATAACAGTTT GTGTAAAAAT AGAGAAACTC CATTAATGAT CGGCTCCGTG 
AAATCTAATC TCGGGCATTC TGAGCCTGCA AGTGGTTTTA ATCAGATCGC TAAGGTAATA 
ATAGGATTCG AAACTGGTTT TGTTCCACCA AATATTAATT ATACATCGCC AAGGAAAGAT 
ATAGATGCCT TATTAAATGG GAGCATTCGT GTCATCCAAG AACAAATGCC ACTCAAAAAC 
GGTTGTGTAG GAATCAATTG TTACGGTTTT GGAGGATCAA ACGCTCATAT GTTATTGAAG 
TGGAATCCCA AACAGAAAAT TAATAATGGA GCACCAAATG ATGATTTACC TAGACTTGTC 
ATATTATCTG GACGTACTGA AGAATCTGTG AAGTTATTTT TAAATGATAT TGCTAACCAT 
CCAATAGATG TAGAATATAT TCGCCTGTTA CATGATATTC ATGCAGACAA TATAACGGGT 
CATCCATGGA GAGGGTATAT AATATTGAAT TCTTTTCAAC AAGATTCAAT AAAGGAAATC 
CGAAATTATG AAGGCTTGAA TAGACCTGTC TGGTTTATAT TTTCAGCCTT AGGTTCGCAC 
TGGCCAGGAA TGGGTCAAAA CTTATTAAAG TTCCATGTCT TTGCTAAAGC GATAAGAAAG 
TGCGATGATA TTTTAAAGCC GTATGGTATA AGTATCATAG ACATTATGAC AAAAATGGAA 
GAAAGCATAT GCGAAAACAG GTTAAACATT TTTCTCGAAA TCGTCGCCAT TCAGATTGGC 
TTAGTAGATC TCCTAACATC TTTAGGAATT ACTCCTGATT ACATGATTAG TCACTCTGCT 
GGTGAACTTG GTTGTGCATA CGCAGATAAG TGCCTCACTA TTGAACAAAC TATTTTATCA 
GCATACTTTA TTGGTTTGGC ATGTGCCGAT GAAAAAATAA TTCATAGCTC GATGATGGTT 
GTCAATATCA ATTACGAGCA TCTTAAAAAT ATATGTCCAG CGAATATTGA AATAATATGC 
TACAATAGTG ACAACAGCAG CGTCGTATGT GGATCAAAGG AATCCATAGA AGAATTTATG 
AAAAAATTAC AGGTCAACAA TATTTACGTG AAGAAGATCA ACTGCAACAT ACCATTTCAC 
AGTTCTTACG TTGCATCCGT GGAAAGTCAG CTTCTGCTTA ATTTAAATAA AATAATACCA 
TGCCCAAAAA AACGGAGTTC AAAGTGGATC AGCACTTCTA TACCTCGCAC CAAATGGTTT 
ACTTCAACAT CAAAGTTATC ATCGGCAGAC TATCACACTC AAAGTACATT AAACAAGGTC 
CTTTTTTCAC AAACAACGGA ATTAATTCCA AGTAACGCTG TGGTCATCGA AATCGCACCA 
GACGATGTTC TACACTACAT TTTGACAAGC TCTTTACCTC TAAACGTGAC AAACTTAGTA 
TTAACACGAC AAACCGAAAA AAATATTAAT ACAATTCTAC AAGGAATTGG AAAGCTTTAC 
AATTGCGGTT TACAGCCACA AGTTGCCAAT TTGTACCCAT CAGTTGAATT TCCAGTTAGT 
CGAGGAACTC CTATGATTTC TCCATCAATC AGATGGGATC ATTCTGAAAA TTGGTTTGTA 
CCGAAAGAAA AACTCGAGTT TATAGAATCG AGAGGAAGAT ATGTCAATAT TTTACTCAAC 
GATGAGGATT ATGAATATAT GAGCGATCAC GTAATTGATG GGAAAAATTT GCTACCCGCG 
ACAGGTTATT TGGGACTCAT ATGGAAAACT ATTGGCATGA TGAAAGGACA AATATACACA 
ACGATACCGA TAGTTTTCCA AGATGTAAAA TTTATTCGTG CTATTCATTT GTCGAAAAAT 
GATACTGTGC AACTATATAT TGCAATACAG ACAGATGGAA AGTTTGAAAT AACGGAAGGA 
GATAACGTTA TTGTAACAGG TACAGTATAC GAGACATTGA ATCCAGAACA AGAAATGATT 
CCGACAGATC TCTTACCGAA GAATAATGAT GTTGATGAAG ATATGACTGC ACGAGATATC 
TACAAAGAGT TGAAATTGCG TGGATACCAA TATAGGGGTT CATTTCAGGG ATTAAAGAGT 
ATCTCTGTTT CGGGATCCCA AGGACATATC GTTTGGAAAA ATAGTTGGGA AACATTTATG 
GACATTATGT TACAAATGCT AATTTTCAGA TATGACACTA GGGATTTGTA TGTTCCAACG 
AGTATACAAA AATTAGTGAT CAATCCAATG CTTCATGCTT CGAAGCTGCG TGAAAGCATA 
GATAATGCAA AAGTTACAAC AGACACAGAA AAACTGTTAC AGGTACAAGT GTACAAAGAG 
ATAGACATGA TAAAAGCTGG TGGTATAGAG ATTCGAGGTC TGAAAGCTAC TCAGATCTTT 
CGCCGGAATT TAACCCAAGA TGCTGTTATC GAGGAACACA CGTTTGTAGC TCACTGTGAT 
CGCGCTAATA TTTCCTTGAA CGAAGCAATT CGGTTATCTG CTCAACTCGT ATTGGAAGAT 
CATCAAATTA TAAAAATGCA AGTCACTGAA TTAGTAGAAG ATGTCGATGA TGTTGAATTA 
AAATATCTTT CATCTTCGTT GCTACTTGAG GCATTTGGTG ATATACCACT GATACAAGTG 
AATGTCACAC TATTAACATC ACCAAATCGT TTCAAGCCAG AAGATTTACC GCAAAATTTC 
TCAATCAAAG ATTTTGAAAA GTCTTTAGAT GACAAAACTT TAATTATTGC TGGATTTAAC 
CTTTTGACCA AACAACATGC ATCATTACAG CGACTGTTGC CATTTTTGGA AAAGGGTGGT 
TATCTGTTAA CTCGTGAGAA GTGCGACTTA ACTGATTATA AAAAACATTT GCAGCAATAC 
AAATTAAACG TTATACTCGA AAAACGCACT GATAAAGAAT TAGTTGTGCT TCTGAAAAAA 
AAAGTTTCAA TAAGAGAAAA GACTGTTGTT TACATAAGTA ATGATAACTT TAATTGGTTG 
GAGAATCTAA AATCGCTTTT GAGCGACGAG AACAAGAATA ATAGAATTAT AATTGTAGGA 
GAGAAAAATT TTGAGTGCGG TTTATTAGGT TTTATTAACT GCTTGAGAAA AGAGCCAAGT 
GGAGAAATTG TTAGGGGTGT GCTCCTTCAA GATGAACAGG CACCTAAATT CTCTCTTGAA 
GACCCCTTCT ATCAAGAACA ATTGCAGAAA GATATGACCA TTAATGTGTT GCGATCTAAT 
AAAACTTGGG GATCATACAG ACATTTAAAA TTGCCGCGAC CCGAAGCCGT ACCTGTACCT 
ACCGCTCATG TCTGTCAAAG GGTTCGAGGA AACTTAAATA CATTCTGTTG GATAGAAAAT 
AATTTATCTC TTGTGTCTCG TCGTGAGGAT TTAGTGCACG TTGTCTACTC GTCTTTGAAT 
TTTAAAGATG TAATGTTCGC CACTGGTAAA TTGACATTTC AAAGTACGAC TTTAAAAGAA 
CGATTATTTC AGTATGTACC TCTTGGAATA GAATTCGTGG GTTTCGATGC TAACGGACAA 
CGTATAATGG GAATTCGTGA CACCGATTGC ATAGCAAACG TCATTACGAA AGATGAAAAT 
CTTTGTTGGA AGATACCCGA TATGTGGACA TTTGAAGAAG CGGCATCAGT CCCGTGCGTT 
TATAGCACGG TTTATTTAGC CTTATACATT TATGGAAAAA TGAAAAAGGG CGATAAAATA 
CTTATACATT CTGGTACTGG AGGTATTGGA CAAGCAGCTA TTCATCTCGC TCTTAAAGAA 
AGATGCGAGG TGTTTACTAC CGTCGGCACA AGTGATAAAC GAAGCTTTCT TAAGAAAATG 
TTTCCGAACA TTCCGGATAA TCATATTGGA AATTCTCGAG ATACGAGTTT TGAACAAATG 
ATAATGCAGC AGACGAAAGG TCGCGGCGTC GACATTGTGC TAAATTCATT GGCGGAAGAA 
AAGTTAATCG TGTCTGTTCG ATGTTTAGCT CAAAATGGTC GATTCTTAGA GATTGGAAAA 
TTTGATCTTG TATCTAATAA TTCCCTGAAT ATATCTGAGT TTAATAAAGG TATTAGCTTT 
CATGGGATTA TACTGGATAA TATGTTCAAA GGTGATCACA AATATAAGTC CCTATTGTTC 
AAAATGATAG CCAATGGTTT AAAAAATGGA ACAATTAAAC CAATTCAAAC AAAAATTTTT 
CCAAAAACTG ATATTGAAGA AGCTTTCAGG TTTATGGCCA GCGGGAAACA CACAGGAAAG 
ATAATTATAA ATATTCATGA GAAGGATGAA CCTTTAGATA AGCACATTCT CGCGTATCGT 
CGCTATTATT GTCTCAAAGA TAGGAGTTAC ATTATATTAG GAGGTCTAGG CGGATTTGGT 
TTAGAATTAA CTGATTGGCT TATAATTCGT GGTGCCAGAA ACATCGTTCT GATTTCAAGA 
AATGGAATAA AAAACGGTTA TCAACGCATG AAAATTCGAC TATGGAAATC GTACGGCGTA 
AACGTTCTGA TCATCAAGAA TATCGATGTT GCTGATCTCA AAGATTGCGA ATATATTTTA 
AGGACTGCAG AAAAAGAAGC TCCAGTGGAC GCTATATTCA ATCTGGGTGT GGTACTGAAA 
GATGACATCT TCAAAAACCA AACTGCAGAA TCATTTGCAG AGTCCTTCCA ATCGAAGGCT 
CGTGCAACGC AAATGCTGGA TAAACTTTCT AGGAAAATCT GTCTTAACTT GCGGCACTTT 
GTGGTGTTCT CTTCCGTTTC CTGCGGCAGA GGAAACGCTG GTCAGACGAA TTATGGCATG 
GCCAATTCCA TCATGGAGAG AATTTGCGAG AAAAGAGCGG AGGAAGGATT ACCAGGATTG 
GCGATTCAGT GGGGAGCTGT GGGTGATGTG GGTCTTGTTG CCGATATGCA GGAGGACAAT 
AAAGAATTAA TTATCGGTGG CACTCTACAG CAAAAGATAT CCTGCTGTCT CGACGAGCTT 
GATAAGTTTC TACTTCAAAG TCGGCCCATT GTAAGCAGCA TGGTTGTAGC TGAAAAAAAA 
AAGAAATGTC AAGGAAATCT GATAGAAACA ATTGCTGATA TTTTATGTAG GTGCTCCTAT 
GGAGACTGTA CAAGAGATTC GAAATCTTAC TTTCGCAAAA CTCCTTAA