LOC105154058 cDNA ORF clone, Acromyrmex echinatior(Panamanian leafcutter ant)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105154058
Entrez Gene ID	105154058
Full Name	histone-lysine N-methyltransferase SETD1
Gene Type	protein-coding
Organism	Acromyrmex echinatior(Panamanian leafcutter ant)

mRNA and Protein(s)

mRNA	Protein	Name
XM_011069315.1	XP_011067617.1	histone-lysine N-methyltransferase SETD1

Pathways from BioSystems
Gene Ontology

The following LOC105154058 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105154058 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
OAc138923	XM_011069315.1 Latest version!	Acromyrmex echinatior histone-lysine N-methyltransferase SETD1 (LOC105154058), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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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)

LOC105154058 ( XM_011069315.1 ) cDNA ORF clone, Acromyrmex echinatior(Panamanian leafcutter ant) -> XP_011067617.1 Acromyrmex echinatior histone-lysine N-methyltransferase SETD1 (LOC105154058), mRNA.

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CloneID	OAc138923
Clone ID Related Accession (Same CDS sequence)	XM_011069315.1
Accession Version	XM_011069315.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4542bp) 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	histone-lysine N-methyltransferase SETD1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011627850.1) 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##

ATGAACGGCA TGGAGAGACA TGGTCATGGA CATGGACATT CACATGCGCA TTCGCATCGG 
CATCGCCATT CCCATGGCAG TTCTCAGAGC TCATCGCAGA ACTCGAATCA ACCGTCTTCA 
AAACATAGTC ATAGCCACGT GACACATTCG CAGAAGGATA CGGCTGTGCC ACCAGCGACT 
CAGAAGACTC AGAGAAATTT CAAGCTACTG GTCGATCCAT TTTTAGTTAA AGGAGCTACA 
AGATTATGTA GGTATGATGG GACTGTTCCA GGCGATCCAA CGTATCCACA GGTTCAACCT 
CGAGATCCCA GATCGCAATT AACTAGAATC TGGACTCGAT TGGAACAGCT TGATCTACCT 
GTACCTAGAT TTAAAATTGA TTCCAATTAC TGTGGAGAAC CTCCTCCACT AGAGGTAACG 
TTTTGCCATT TAAATGACAA TATTGATAAG ACATTTTTAA CAAACATGGT TCAGAAGTTT 
GGATCTATAG AAGAGCTTAC TATTTATTAC CATCCGTTAA ACAATAAACA TCTTGGCATA 
GCAAGAGTGG TGTTTGAATC GACCAAGGCT TCTAAAGCAT GTGTAGAAAA GTTGAATAAT 
ACATCTGTGA TGGGGAAGGT ATTAAGGGTT TTTCTGGATC CCTTTGGCGA AGAATGTAAG 
AAGATGTTTG AGGAATTAAC TATGGAGAAA AAACCACCTG AAAAGAAGGT GGAAAAAGAG 
CCATCGAAGC CAGAGCCAGA GCCAGAAAAA CATCAGACAC CAGTGGAAAA GGCTTTACCC 
GAGGAAAGGG ATGACTTTAG AAATAGTAAA AAACCTATTC TAAATATAGA AAAGAACAGA 
GAGCCATACG TAGAAAATTC AAGATACAAC AAGTATAGAG ACTATCCTAC GCCGAGTGGC 
AGTGCAGGTA GTGATTTGGG TTATGGAACA GCGCCCAGTG AATTGAATTA TTCTAGTAAT 
TATTCTCAAA ATTCTACTCC AGCAACAAAT TATGACTTTT ACTACAGCAA TTATCATCAT 
CAACCTCCGA GTAGCTATTT AACTAATATC TCACAAAATG TGTCACAGAA TATACCTATT 
CAACAGAACT CGAATGTATG GTGGGGTAAT AATTCTGGAT CAGCAGCATA TTCAAGCTCA 
ACTTCCGTCT GGCCAATTCA ACCACATGCA ACAAATTTGG ACAATACTGG TTCTAATGTC 
ACACCGATTA ATAATAAAAC TTCCAGTGCA AAAGCGCATA CCACTCCTAA AAAGGAAAAG 
GAGAATCAAA CTACAGCAAA GAGTACACCT CGTGATTCTC CTGATGAAAC TCGCAAGACA 
TTAGATTTAG ATACAAGAAT TGCTATGTTA CTAAAGGATA AAGCAGGTGG AATGGCACCT 
CCTTTCTTAC AGTTTGGCAG TGACTCAGAA GATGACAAAA AATCTCAATT TGGTGACAAT 
GAGATGTTAT CAGACCCACC CAGCCCTTTC CTCTCACATG AGATATACAA ACAGTGTTTT 
GATAAAATAG TAGAGAGAAA CAAAGAACGA AGAAAAGTTC ATGAAAATAG CATTAGTCAG 
TTTTCCGTGG ATGAGGATTT AGGTAGTGTC ATAAGTTCCA GTGAAGATGA AGCATTGTTA 
GGAAGTTATA GCCCAGCACC TGATGACAAT GAACCAGAGC CACCTAAGGA ACCACCTCCA 
CCTCCACCGC CTGACGACGA CAGAATGTCT TTGAGTCCTT TAAGTTCAGG AGATGAAAAA 
ATTGAGGAAG TAATAGCACA GACTGAACCT TCAAATCAAC TATATCCGAC AACTGGTTAT 
CCAGGACATT TGACTCACTA TCCTTCTAAT GATGTTTATA ATTGGCCACG ACCGACACAA 
TATCCCTATC CTTATGGAAC AACTTACTTA CAAAGCCATT ATCAACCTAA CACAGCGTCT 
TTTTCGGCAA CAATGGGAAA TCATCAAGGA GCAAATTATT ATTCCTCTTT TCAATCTCGG 
TTACATGCTA TGGCAAATTA TAATATCACA AAAGATCCAC AGGGACCTAC TATCAATGGA 
GTATTAAGCA GAGTTGTAAA TGAACTAAAA CAAATTCTAA AGAAAGATTT TAATAAGAAG 
ATGATAGAGA ACACAGCATT CAAATTATTT GAAGTTTGGT GGGACGAAAA GAAATCAGAA 
AAAAATCAAA TTCAGGGTAA CAGTGATAAT ATTATTGTCA ATAATACAAC AAAAGAAGAT 
GTAAAATCGC AGGGATTGTC ATCATTATTG GAGCAAGCAA CACCACTGGG GCTCAATTAC 
GATGGTTTTG GTTTGGGTAT TAGAGCTAGT ATGCCAAAGA TGCCTTCATT TAGGCGCAAG 
ATCAAAGCTC CAAGCCCATT ACCGCAGGAT GAGGACAGTC GACAATCGGG TCATGCTGAT 
ATGGAAACAA TTGAAAGTGA TAGTGATCTA GATATACCAC CTGTACAAAA AACAAAAAAA 
CCGATGACTT CTCTCCCGAC TATTTCTTCC TCGTCTACTA CGTCTTCGTC AATCGAAAGT 
AGTAGCGAGG AGATTAGTTC CAGTGAATCT TCCGATAGTT CAAATGAAAG TTCTGATGAA 
GAAGCTTGCT TTGAGGATGA GCAAGATACA GATAGCCGAA TGTCCGACAA TAGGCCTTTG 
GCTTGTAATA GCGAAGATCC TGATATTTTG ATGGAACTTG CGATCCAAAG GTCTCTAGAC 
TGTCCTACAC CAACTGGCAG AGAAACGCCG ATACCAGATA TCAAAATTAA AGATCAAAAT 
TCAAACGAAT TCCCGCAGAT TGATGATGAC AATCTGAATA GTTCATTATC TTCTTCTATA 
AGATATGAAA GCATAAAAGA AGAGGAAAGA ATTTCTGAGA CATTACCTAT AGTGGAAGAA 
AAACCATTTG ATGTGTGTAG AATTTTAGAC AAGGAAGTGA AAGATACATC GAAAATCACT 
GAAGATAAGG GAACGCAGAG CGACATGAAA CCGGTAATAA TAACATCAGC AATAAAGGAA 
GAGGTGTTAC CGGACATACA AAAAATGGAA AATTCGGCTG CGGAAGCTCT GATGACTCTA 
GCTGGACACG ATAATATTAT ACGGCACAAG AGTCCAGGTC CTATACAATC TAATATTATT 
AGAGCGCTAC AGACAATGTC AGCAAAATAC ATCAATGACG AACCTATTTT GAAGGATAAT 
GAAAAGATTG AAATGTTTAG TGAGATTCCT ACAACTGACT CAGAGGAAGA GAGTTTAGAA 
ATCAGAAGAC TAAGGTATCA AGCTGAGACA GAACTTCGAT TGAATGGACA GCGGACACCA 
AGTTCACCTG GTTCTCAGGC TTCGCAGGTG TATATGGAAC ATTCGTATTC GTTACCACCT 
GCACAACCTG AGCCGGTGGA ACCGGTGATA CGAGTACCAC CAGCCTCGAT GAAAGTAAAA 
CATCCAAAGA TTGTTAAATT GGCGAAATCG AAAGATAATA CTCATAAAAT CGAGAAACAG 
AAATCCAAGA AATATACAAA AATACACAGC AATCAGAATC ATGTGGGAGA GAAGGAAAAT 
ATCCGAAATG ATTATATATA TGATAAGCTT CCTAAACAGG TTCCAGAACC GACTGTCACG 
TACAAAGAAC GAGATCTTAT GTCAGAAATG GCTATTTTGT ATGAATTTTT AACTAGGGGA 
ATAGACTCGG AGGATGTAGA ATATTTGAGA AGAAGTTACG AGGCTTTATT AGCGGACGAC 
ACTCAAGGTT ACTGGTTGAA CGATACGCAC TGGGTTGATC ATTCGCCGAC GGATGTACCA 
AGCCCCGCGA AAAAAAGGAA ACGAGACGAA CTCCGATTGC ATGCGAGTGG AAGTGCTAGA 
ACGGAAGGAT ATTACAAAGT TGACATCAGG GAGAAGGCTA AACATAAACA TCATTATGCT 
CAAAGTATAC AGCGCAGTAA TGATGTGGAG GACAGCGGCG GCTCTTACAG TGGAGGTGAT 
GGTGTAATGA ATGGTCCAAA AAATAATTCT AAAGCGTTGA CTGGTAAAAT GCAAGCATTG 
TCACGCGAGG CACGAAGTAA TCAACGCCGA CTATTAACAG CTTTTGGAAT TGATACAGAC 
AGTGATCTCC TTAAGTTTAA TCAATTAAAG TTCCGTAAAA AGCAATTGAA GTTTGCTAAA 
TCTGGTATTC ACGATTGGGG CTTGTTCGCC ATGGAACCAA TCGCGGCCGA TGAAATGGTT 
ATCGAATATG TTGGACAAAT GGTTAGACCG GTTGTAGCCG ATCTACGAGA AGCTCAATAC 
GAAGCCACTG GAATTGGAAG TTCTTACCTC TTCCGCATCG ATTTAGATAC AATTATCGAT 
GCGACGAAAT GCGGCAATTT GGCGAGGTTT ATAAATCACA GTTGTAATCC GAATTGTTAC 
GCAAAAGTAA TCACGATCGA AAGCCAAAAG AAGATCGTAA TCTACAGTAA ACAACCGATA 
GGAGTTAATG AAGAAATTAC TTATGATTAT AAATTCCCAT TGGAGGATGA CAAAATCCCT 
TGCCTTTGCG GAGCTCCTCA ATGCCGTGGT ACCCTCAACT GA

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

RefSeq	XP_011067617.1
CDS	161..4702
Translation	MNGMERHGHGHGHSHAHSHRHRHSHGSSQSSSQNSNQPSSKHSHSHVTHSQKDTAVPPATQKTQRNFKLLVDPFLVKGATRLCRYDGTVPGDPTYPQVQPRDPRSQLTRIWTRLEQLDLPVPRFKIDSNYCGEPPPLEVTFCHLNDNIDKTFLTNMVQKFGSIEELTIYYHPLNNKHLGIARVVFESTKASKACVEKLNNTSVMGKVLRVFLDPFGEECKKMFEELTMEKKPPEKKVEKEPSKPEPEPEKHQTPVEKALPEERDDFRNSKKPILNIEKNREPYVENSRYNKYRDYPTPSGSAGSDLGYGTAPSELNYSSNYSQNSTPATNYDFYYSNYHHQPPSSYLTNISQNVSQNIPIQQNSNVWWGNNSGSAAYSSSTSVWPIQPHATNLDNTGSNVTPINNKTSSAKAHTTPKKEKENQTTAKSTPRDSPDETRKTLDLDTRIAMLLKDKAGGMAPPFLQFGSDSEDDKKSQFGDNEMLSDPPSPFLSHEIYKQCFDKIVERNKERRKVHENSISQFSVDEDLGSVISSSEDEALLGSYSPAPDDNEPEPPKEPPPPPPPDDDRMSLSPLSSGDEKIEEVIAQTEPSNQLYPTTGYPGHLTHYPSNDVYNWPRPTQYPYPYGTTYLQSHYQPNTASFSATMGNHQGANYYSSFQSRLHAMANYNITKDPQGPTINGVLSRVVNELKQILKKDFNKKMIENTAFKLFEVWWDEKKSEKNQIQGNSDNIIVNNTTKEDVKSQGLSSLLEQATPLGLNYDGFGLGIRASMPKMPSFRRKIKAPSPLPQDEDSRQSGHADMETIESDSDLDIPPVQKTKKPMTSLPTISSSSTTSSSIESSSEEISSSESSDSSNESSDEEACFEDEQDTDSRMSDNRPLACNSEDPDILMELAIQRSLDCPTPTGRETPIPDIKIKDQNSNEFPQIDDDNLNSSLSSSIRYESIKEEERISETLPIVEEKPFDVCRILDKEVKDTSKITEDKGTQSDMKPVIITSAIKEEVLPDIQKMENSAAEALMTLAGHDNIIRHKSPGPIQSNIIRALQTMSAKYINDEPILKDNEKIEMFSEIPTTDSEEESLEIRRLRYQAETELRLNGQRTPSSPGSQASQVYMEHSYSLPPAQPEPVEPVIRVPPASMKVKHPKIVKLAKSKDNTHKIEKQKSKKYTKIHSNQNHVGEKENIRNDYIYDKLPKQVPEPTVTYKERDLMSEMAILYEFLTRGIDSEDVEYLRRSYEALLADDTQGYWLNDTHWVDHSPTDVPSPAKKRKRDELRLHASGSARTEGYYKVDIREKAKHKHHYAQSIQRSNDVEDSGGSYSGGDGVMNGPKNNSKALTGKMQALSREARSNQRRLLTAFGIDTDSDLLKFNQLKFRKKQLKFAKSGIHDWGLFAMEPIAADEMVIEYVGQMVRPVVADLREAQYEATGIGSSYLFRIDLDTIIDATKCGNLARFINHSCNPNCYAKVITIESQKKIVIYSKQPIGVNEEITYDYKFPLEDDKIPCLCGAPQCRGTLN

Target ORF information:

RefSeq Version	XM_011069315.1
Organism	Acromyrmex echinatior(Panamanian leafcutter ant)
Definition	Acromyrmex echinatior histone-lysine N-methyltransferase SETD1 (LOC105154058), mRNA.

Target ORF information:

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

XM_011069315.1

ORF Insert Sequence:

ATGAACGGCA TGGAGAGACA TGGTCATGGA CATGGACATT CACATGCGCA TTCGCATCGG 
CATCGCCATT CCCATGGCAG TTCTCAGAGC TCATCGCAGA ACTCGAATCA ACCGTCTTCA 
AAACATAGTC ATAGCCACGT GACACATTCG CAGAAGGATA CGGCTGTGCC ACCAGCGACT 
CAGAAGACTC AGAGAAATTT CAAGCTACTG GTCGATCCAT TTTTAGTTAA AGGAGCTACA 
AGATTATGTA GGTATGATGG GACTGTTCCA GGCGATCCAA CGTATCCACA GGTTCAACCT 
CGAGATCCCA GATCGCAATT AACTAGAATC TGGACTCGAT TGGAACAGCT TGATCTACCT 
GTACCTAGAT TTAAAATTGA TTCCAATTAC TGTGGAGAAC CTCCTCCACT AGAGGTAACG 
TTTTGCCATT TAAATGACAA TATTGATAAG ACATTTTTAA CAAACATGGT TCAGAAGTTT 
GGATCTATAG AAGAGCTTAC TATTTATTAC CATCCGTTAA ACAATAAACA TCTTGGCATA 
GCAAGAGTGG TGTTTGAATC GACCAAGGCT TCTAAAGCAT GTGTAGAAAA GTTGAATAAT 
ACATCTGTGA TGGGGAAGGT ATTAAGGGTT TTTCTGGATC CCTTTGGCGA AGAATGTAAG 
AAGATGTTTG AGGAATTAAC TATGGAGAAA AAACCACCTG AAAAGAAGGT GGAAAAAGAG 
CCATCGAAGC CAGAGCCAGA GCCAGAAAAA CATCAGACAC CAGTGGAAAA GGCTTTACCC 
GAGGAAAGGG ATGACTTTAG AAATAGTAAA AAACCTATTC TAAATATAGA AAAGAACAGA 
GAGCCATACG TAGAAAATTC AAGATACAAC AAGTATAGAG ACTATCCTAC GCCGAGTGGC 
AGTGCAGGTA GTGATTTGGG TTATGGAACA GCGCCCAGTG AATTGAATTA TTCTAGTAAT 
TATTCTCAAA ATTCTACTCC AGCAACAAAT TATGACTTTT ACTACAGCAA TTATCATCAT 
CAACCTCCGA GTAGCTATTT AACTAATATC TCACAAAATG TGTCACAGAA TATACCTATT 
CAACAGAACT CGAATGTATG GTGGGGTAAT AATTCTGGAT CAGCAGCATA TTCAAGCTCA 
ACTTCCGTCT GGCCAATTCA ACCACATGCA ACAAATTTGG ACAATACTGG TTCTAATGTC 
ACACCGATTA ATAATAAAAC TTCCAGTGCA AAAGCGCATA CCACTCCTAA AAAGGAAAAG 
GAGAATCAAA CTACAGCAAA GAGTACACCT CGTGATTCTC CTGATGAAAC TCGCAAGACA 
TTAGATTTAG ATACAAGAAT TGCTATGTTA CTAAAGGATA AAGCAGGTGG AATGGCACCT 
CCTTTCTTAC AGTTTGGCAG TGACTCAGAA GATGACAAAA AATCTCAATT TGGTGACAAT 
GAGATGTTAT CAGACCCACC CAGCCCTTTC CTCTCACATG AGATATACAA ACAGTGTTTT 
GATAAAATAG TAGAGAGAAA CAAAGAACGA AGAAAAGTTC ATGAAAATAG CATTAGTCAG 
TTTTCCGTGG ATGAGGATTT AGGTAGTGTC ATAAGTTCCA GTGAAGATGA AGCATTGTTA 
GGAAGTTATA GCCCAGCACC TGATGACAAT GAACCAGAGC CACCTAAGGA ACCACCTCCA 
CCTCCACCGC CTGACGACGA CAGAATGTCT TTGAGTCCTT TAAGTTCAGG AGATGAAAAA 
ATTGAGGAAG TAATAGCACA GACTGAACCT TCAAATCAAC TATATCCGAC AACTGGTTAT 
CCAGGACATT TGACTCACTA TCCTTCTAAT GATGTTTATA ATTGGCCACG ACCGACACAA 
TATCCCTATC CTTATGGAAC AACTTACTTA CAAAGCCATT ATCAACCTAA CACAGCGTCT 
TTTTCGGCAA CAATGGGAAA TCATCAAGGA GCAAATTATT ATTCCTCTTT TCAATCTCGG 
TTACATGCTA TGGCAAATTA TAATATCACA AAAGATCCAC AGGGACCTAC TATCAATGGA 
GTATTAAGCA GAGTTGTAAA TGAACTAAAA CAAATTCTAA AGAAAGATTT TAATAAGAAG 
ATGATAGAGA ACACAGCATT CAAATTATTT GAAGTTTGGT GGGACGAAAA GAAATCAGAA 
AAAAATCAAA TTCAGGGTAA CAGTGATAAT ATTATTGTCA ATAATACAAC AAAAGAAGAT 
GTAAAATCGC AGGGATTGTC ATCATTATTG GAGCAAGCAA CACCACTGGG GCTCAATTAC 
GATGGTTTTG GTTTGGGTAT TAGAGCTAGT ATGCCAAAGA TGCCTTCATT TAGGCGCAAG 
ATCAAAGCTC CAAGCCCATT ACCGCAGGAT GAGGACAGTC GACAATCGGG TCATGCTGAT 
ATGGAAACAA TTGAAAGTGA TAGTGATCTA GATATACCAC CTGTACAAAA AACAAAAAAA 
CCGATGACTT CTCTCCCGAC TATTTCTTCC TCGTCTACTA CGTCTTCGTC AATCGAAAGT 
AGTAGCGAGG AGATTAGTTC CAGTGAATCT TCCGATAGTT CAAATGAAAG TTCTGATGAA 
GAAGCTTGCT TTGAGGATGA GCAAGATACA GATAGCCGAA TGTCCGACAA TAGGCCTTTG 
GCTTGTAATA GCGAAGATCC TGATATTTTG ATGGAACTTG CGATCCAAAG GTCTCTAGAC 
TGTCCTACAC CAACTGGCAG AGAAACGCCG ATACCAGATA TCAAAATTAA AGATCAAAAT 
TCAAACGAAT TCCCGCAGAT TGATGATGAC AATCTGAATA GTTCATTATC TTCTTCTATA 
AGATATGAAA GCATAAAAGA AGAGGAAAGA ATTTCTGAGA CATTACCTAT AGTGGAAGAA 
AAACCATTTG ATGTGTGTAG AATTTTAGAC AAGGAAGTGA AAGATACATC GAAAATCACT 
GAAGATAAGG GAACGCAGAG CGACATGAAA CCGGTAATAA TAACATCAGC AATAAAGGAA 
GAGGTGTTAC CGGACATACA AAAAATGGAA AATTCGGCTG CGGAAGCTCT GATGACTCTA 
GCTGGACACG ATAATATTAT ACGGCACAAG AGTCCAGGTC CTATACAATC TAATATTATT 
AGAGCGCTAC AGACAATGTC AGCAAAATAC ATCAATGACG AACCTATTTT GAAGGATAAT 
GAAAAGATTG AAATGTTTAG TGAGATTCCT ACAACTGACT CAGAGGAAGA GAGTTTAGAA 
ATCAGAAGAC TAAGGTATCA AGCTGAGACA GAACTTCGAT TGAATGGACA GCGGACACCA 
AGTTCACCTG GTTCTCAGGC TTCGCAGGTG TATATGGAAC ATTCGTATTC GTTACCACCT 
GCACAACCTG AGCCGGTGGA ACCGGTGATA CGAGTACCAC CAGCCTCGAT GAAAGTAAAA 
CATCCAAAGA TTGTTAAATT GGCGAAATCG AAAGATAATA CTCATAAAAT CGAGAAACAG 
AAATCCAAGA AATATACAAA AATACACAGC AATCAGAATC ATGTGGGAGA GAAGGAAAAT 
ATCCGAAATG ATTATATATA TGATAAGCTT CCTAAACAGG TTCCAGAACC GACTGTCACG 
TACAAAGAAC GAGATCTTAT GTCAGAAATG GCTATTTTGT ATGAATTTTT AACTAGGGGA 
ATAGACTCGG AGGATGTAGA ATATTTGAGA AGAAGTTACG AGGCTTTATT AGCGGACGAC 
ACTCAAGGTT ACTGGTTGAA CGATACGCAC TGGGTTGATC ATTCGCCGAC GGATGTACCA 
AGCCCCGCGA AAAAAAGGAA ACGAGACGAA CTCCGATTGC ATGCGAGTGG AAGTGCTAGA 
ACGGAAGGAT ATTACAAAGT TGACATCAGG GAGAAGGCTA AACATAAACA TCATTATGCT 
CAAAGTATAC AGCGCAGTAA TGATGTGGAG GACAGCGGCG GCTCTTACAG TGGAGGTGAT 
GGTGTAATGA ATGGTCCAAA AAATAATTCT AAAGCGTTGA CTGGTAAAAT GCAAGCATTG 
TCACGCGAGG CACGAAGTAA TCAACGCCGA CTATTAACAG CTTTTGGAAT TGATACAGAC 
AGTGATCTCC TTAAGTTTAA TCAATTAAAG TTCCGTAAAA AGCAATTGAA GTTTGCTAAA 
TCTGGTATTC ACGATTGGGG CTTGTTCGCC ATGGAACCAA TCGCGGCCGA TGAAATGGTT 
ATCGAATATG TTGGACAAAT GGTTAGACCG GTTGTAGCCG ATCTACGAGA AGCTCAATAC 
GAAGCCACTG GAATTGGAAG TTCTTACCTC TTCCGCATCG ATTTAGATAC AATTATCGAT 
GCGACGAAAT GCGGCAATTT GGCGAGGTTT ATAAATCACA GTTGTAATCC GAATTGTTAC 
GCAAAAGTAA TCACGATCGA AAGCCAAAAG AAGATCGTAA TCTACAGTAA ACAACCGATA 
GGAGTTAATG AAGAAATTAC TTATGATTAT AAATTCCCAT TGGAGGATGA CAAAATCCCT 
TGCCTTTGCG GAGCTCCTCA ATGCCGTGGT ACCCTCAACT GA