LOC105151521 cDNA ORF clone, Acromyrmex echinatior(Panamanian leafcutter ant)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105151521
Entrez Gene ID	105151521
Full Name	DNA polymerase alpha catalytic subunit
Gene Type	protein-coding
Organism	Acromyrmex echinatior(Panamanian leafcutter ant)

mRNA and Protein(s)

mRNA	Protein	Name
XM_011065281.1	XP_011063583.1	DNA polymerase alpha catalytic subunit

Pathways from BioSystems
Gene Ontology

The following LOC105151521 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105151521 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
OAc123864	XM_011065281.1 Latest version!	Acromyrmex echinatior DNA polymerase alpha catalytic subunit (LOC105151521), 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)

LOC105151521 ( XM_011065281.1 ) cDNA ORF clone, Acromyrmex echinatior(Panamanian leafcutter ant) -> XP_011063583.1 Acromyrmex echinatior DNA polymerase alpha catalytic subunit (LOC105151521), mRNA.

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CloneID	OAc123864
Clone ID Related Accession (Same CDS sequence)	XM_011065281.1
Accession Version	XM_011065281.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4383bp) 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	DNA polymerase alpha catalytic subunit
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011626625.1) 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##

ATGGACGATT CGCAGGCATC TACGTCTGGC AGGTCCAGGC GTCAGAAGAT CGATAAGACT 
GGCAGGCTCT CGGCTCTGGA AAGATTGAAG GAAGCTCGAA GTGGTAACAA GCGCAAATAC 
GAGGTTGAAG AGCTAGAAAA TGTTTATGAT GAAGTAGATG AGAAAGAATA CAGTAATACT 
GTTTTAAAAC GCCAACGAGA TGATTGGATA GTTGATGATG GAGAAAGTGG ATATATCGAA 
GATGGAAGAG AAATTTTTGA TGATGATCTG GATGAAGAAA GCATCCGGGA AGCGAGAAAA 
CAGAGGAATA GCATGGCTGG CCCTAGAAAA AGAAAGAAGG AAGACAACAA GAAGAAAGGA 
GATATTCAAA GTATGATTAG GAATATGCCT TCTAAGAAAG ATGTTAATGT AATTCAGATT 
AAAGATGATG ATATTTTGGG AGAATTGCTC AGTGAGATTT CTACCAATAA AAAGACTACA 
AGTAGTCCTA AACTAGGAAG CAACAGAAAT AAATTTTGTC ATACAGTTCA TTCTAACATT 
ACACAAACAT ATCAGGCTTC ATCTATGAAT CAAAAAGAAG CTGATAAAAT AATATCTGAA 
AAACTAGTGA CAATTGTATC AAATTTTGAT AATATTCCAC AAAGTGAAAG TCAGATAATT 
GAGGATGATG ATGATATGAC ATTATTTGAT GCGCCACAGA AGAAGAGTAC AAGTAAACCA 
GTAGAATTAA ATAATTATTC AAAAATTGAA GAAAATTCAA AGTCAGAAGA TCAAAGCACA 
AAAAAATCAA TGGAATCTAA TAAGCAAAGT GCGAGTCAGA TTATTGAGGA AGAAAATACC 
CCTATAATGG ATCTTAGTGA ATGTGTTGAA GATCTATCCA CAATAGATTT TGATGATGGA 
AGTATGGATA CTGACTTTTC ATCGTCGATA AATAACGTTA AATCTCAAAA AATAGATGTA 
AAGACTCCTG AAATAGGTGT AAAGATTCCT GCTCATAAAA CTTCTATTAA AAGTATGAAA 
ATCGGTAATG CCATTGACTT AACAGAAGTA GCGCCACAAC TAGTCAAGAC AAAAGATGAG 
GAAGAAGTAT TTAGGTTCTA CTATCTAGAT GCATATGAAA ATCCTTACAA GAATCCTGGA 
ACTGTGTATC TCTTCGGCAA GACTTATGTA TCTAGCCATG ATACATACTG TTCATGTTGT 
GTTATGGTGC ATTGTATTCC AAGGAGAATA TATCTCTTGC CCAGAAAATA TATAAAAAAC 
ACTGAATCGC AATTAACTAC CATGGAAGAT GTGTATAAAG AGTTCGATGA GTACGCCAAT 
AAGATGCGTA TAATGGAGTT CAATTGCAAA GAAGTGAAGA AGCACTATTC CTTTGAAAAG 
GAGGGTACAC CGAAAACTTC AGACTATTTG GAAGTCAGAT ATAATGCACG CTATCCAGCA 
ATCGATTCGA ATTACTCTGG TCCGGCGATA GAACACGTTT TTGGCACAAC AGTGAATGCA 
TTAGAGCTAT TGCTTATAGA ACGAAAAATT AAGGGACCTT GCTGGTTAGA CATTAAGAAT 
ATATCCCCCA CTGCAGGGCG ATTTGCTTGG TGCCCACAGA TTGTTGTTAC TTCAGACATG 
AACAATATAT CGCTGTGTTC CCAAGAGAAA GCTAAGCCCC CAATGGTAAT AGCGACTATA 
AATGTGAGGA TGTCTTTAAA TGCGAAGTTG CAGAATGAAG TAGTGATGGT TGTTGTATTA 
ATTCATCATA AGTACAATGT TGATAAGGAA CCACCAAAGC CGCCTTATGA ACGTCAATTT 
TGTTTTGTTA CACGTCCACG AGATACTCCC TGGCCACGGC AAATTCGTGA TGCCTTCCTG 
AAAGTTCCGA ATACCGAAGT AATAAAATGT GAAACTGAAA GCGATTTACT TGAAGAGCTG 
TTAACTTTAA TACAGAAAGT GGATCCTGAT TTAATAATAG GCTATGACTG TGCATTTCAG 
TTCGATGTTT TAATGCAGAG AATGTTTACA TTAAAAGTGT CTAATTGGAA CAGAATGGGA 
AGATTAAAAT CATCGACTCC TCCCTTACTT AGGGGAAAAA TAATCCTTAA TCAAGCGTTT 
GTCGGTCGTC CAGTTTGTGA TATACAAGTT TCGGCAAAAG AATTGAACTT AAAAGTTAGG 
AGTTATGATC TGCAATCACT TTGCAGCGCA GTATTAAAGA CGAAGGAACA CGAATATAAA 
GAGATTACGC CAGCGGAAAC TCCATTATTT TTCAATACAG CGGATAAAGT GTTAAATTTA 
ATGCATGTAA CATTAAAAGA AGCAAAATAC ATTATAACTA TAGTGATGGA TCTCAACGTT 
ATACCACTCG CACTTCAAAT TACTTGTTTA GCAGGCAATA TTTTATCAAG GACGCTATTA 
GTTTTTGTAC ATTGTTATTA CGAAATTATT ATTTATGCTT GGTACACTAA TACCAGATAT 
TTACTAGATG GTCCGCGTAG GAAGGCTGCG GCGTACACTG GAGGTCTAGT GCTTGAGCCG 
AAGAAAGGTT TCTACGATAA ACTGGTACTT CTGATGGACT TCAATTCCCT ATATCCGAGT 
ATTATACAGG AATACAATTT ATGTTTTACC ACCGTGCCCG GTGCGGCATA TACTGACGTC 
GAGCAATTAA CTATTCCTGA GTCGAATCTG GAGCCAGGTG TAGTTCCGAC AGAGATTCAC 
AAGTTAGTCA AAAGCAGACA GCAGATCAAA CAGCTTATGA AAACGCAAAA GAATTTATCA 
CCAGCACAGA AAATGGATTA TCATATCAGG CAAATGGCAT TGAAGCTCAC GGCTAATTCT 
ATGTATGGAT GTTTAGGAGC GACACATTGT CGATTTTATG CTAAAGGCCT CGCTGCTCTG 
ATAACAGCCA AGGGTCGGGA GATTCTGGAG GATACGAAGC ACTTAGTTGA GAAACTGCAG 
TACGAAGTAA TTTATGGTGA TACTGATTCT TTAATGATAA ACACCAATAT TTTGGAATAC 
GACGACGTTT TCTTGATCGG CAAAAAAATT ATGCGCGAAG TCAATAACCG ATATAAGAAA 
GTCGAATTAG ATATCGATGG AGTATTCCGA TATCTATTGC TATTACAAAA GAAGAAATAT 
GCCGCCGTTA TGATGTCGAA AATAGATGGT CAAATACAAT TGACGCAGGA ACACAAAGGT 
TTGGATATCG TCAGAAGAGA TTGGTGTCCA TTAGCTTGCG ACACTGGAAA AAAAATTTTG 
GATATACTTC TCTGCGATCA GTCGAGCGAA ACGCGTTTGG AACAAGTCGT GCAGATTTTG 
CAAAATGTTG CGAAAAGTGT AAAGGAAGGA ACGACACCAC TGTCATCATT TGTTATCACT 
AAACAATTGT CGAAAAATCC AGATGCGTAT CCAGATAAAA AACAATTGTC TCATGTTATG 
GTAGCACTTA GATTAAACAA AGCGGGTGGT CGGATGTGGA AAGCCGGTGA CACTCTGCCA 
TACGTTATAT GCAAGGATGA AACCAATGCG AGTGCGACGG AACGGGCGTA TCACATTGAT 
GAAGTAAAGA ATAGTGAGAA ATTAAAGGTG GATGTCAATT ACTATCTGCT AAGTCAAATA 
TTCCCTGTAG TGTTACGAAT TTGTGAGCCA ATCGAGGGTA TCGACGATGT TTTCTTAGCC 
AACAATTTAG GTTTACAATT TATTTATAAA CCTAAGACGA TATCATGCGA GGCAACCCTA 
AACTTACCGC TAGCTATTAA TGATGATAGG TTCAACAATT GTCTTCCTTT GACATTTAAA 
TGCAAAAATG AACGATGTAA TACGGAAATA ATTATTAAGG ATACTGTTAC AGAATTTCAT 
TCTGGTCGAC AGTTATCACT TAGCATGTGC CCTAATCAAG ATTGTAAATT ACCACCTTGG 
AAATATGCAA ATGTGATACA AAATGTAGTT CAACTTGCCA TGAGAAAAGC AATTACTAAG 
TACTACAATG GTTGGTTGGA ATGCGAAAAT CCACTTTGTT CCAACAGAAC AAGACGACTA 
CCATTGGATT TCACGAAGAA ATTTCCAGAT TGTTCAATGT GCAAGGACGT TTCTATGAAT 
AGAGTTTATT CTGGAACAGA TCTGTATAAT CAATTGTACT ATTATCATAA AATGTTCGAC 
ATTACTCAAC CAGCTTACAA ACATTTATTA TCTCAATGTT CACGGGATAT GATAGCCGCA 
TATAACACAC TAAAAGAAGC AATTGACAGG CAATTGAAAC GAAATAAATT TTCATGTGTA 
AATATCACAG GAATATTCAG CAGTGCCAGT GCTAATTCTG CGGGAATGTT TGTCAATCAT 
GGTACGTGGG AGGATTTTGA CGAACTGGGG GATATATCTG ACGACACAGA TAAAGAAGTT 
TAA

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

RefSeq	XP_011063583.1
CDS	86..4468
Translation	MDDSQASTSGRSRRQKIDKTGRLSALERLKEARSGNKRKYEVEELENVYDEVDEKEYSNTVLKRQRDDWIVDDGESGYIEDGREIFDDDLDEESIREARKQRNSMAGPRKRKKEDNKKKGDIQSMIRNMPSKKDVNVIQIKDDDILGELLSEISTNKKTTSSPKLGSNRNKFCHTVHSNITQTYQASSMNQKEADKIISEKLVTIVSNFDNIPQSESQIIEDDDDMTLFDAPQKKSTSKPVELNNYSKIEENSKSEDQSTKKSMESNKQSASQIIEEENTPIMDLSECVEDLSTIDFDDGSMDTDFSSSINNVKSQKIDVKTPEIGVKIPAHKTSIKSMKIGNAIDLTEVAPQLVKTKDEEEVFRFYYLDAYENPYKNPGTVYLFGKTYVSSHDTYCSCCVMVHCIPRRIYLLPRKYIKNTESQLTTMEDVYKEFDEYANKMRIMEFNCKEVKKHYSFEKEGTPKTSDYLEVRYNARYPAIDSNYSGPAIEHVFGTTVNALELLLIERKIKGPCWLDIKNISPTAGRFAWCPQIVVTSDMNNISLCSQEKAKPPMVIATINVRMSLNAKLQNEVVMVVVLIHHKYNVDKEPPKPPYERQFCFVTRPRDTPWPRQIRDAFLKVPNTEVIKCETESDLLEELLTLIQKVDPDLIIGYDCAFQFDVLMQRMFTLKVSNWNRMGRLKSSTPPLLRGKIILNQAFVGRPVCDIQVSAKELNLKVRSYDLQSLCSAVLKTKEHEYKEITPAETPLFFNTADKVLNLMHVTLKEAKYIITIVMDLNVIPLALQITCLAGNILSRTLLVFVHCYYEIIIYAWYTNTRYLLDGPRRKAAAYTGGLVLEPKKGFYDKLVLLMDFNSLYPSIIQEYNLCFTTVPGAAYTDVEQLTIPESNLEPGVVPTEIHKLVKSRQQIKQLMKTQKNLSPAQKMDYHIRQMALKLTANSMYGCLGATHCRFYAKGLAALITAKGREILEDTKHLVEKLQYEVIYGDTDSLMINTNILEYDDVFLIGKKIMREVNNRYKKVELDIDGVFRYLLLLQKKKYAAVMMSKIDGQIQLTQEHKGLDIVRRDWCPLACDTGKKILDILLCDQSSETRLEQVVQILQNVAKSVKEGTTPLSSFVITKQLSKNPDAYPDKKQLSHVMVALRLNKAGGRMWKAGDTLPYVICKDETNASATERAYHIDEVKNSEKLKVDVNYYLLSQIFPVVLRICEPIEGIDDVFLANNLGLQFIYKPKTISCEATLNLPLAINDDRFNNCLPLTFKCKNERCNTEIIIKDTVTEFHSGRQLSLSMCPNQDCKLPPWKYANVIQNVVQLAMRKAITKYYNGWLECENPLCSNRTRRLPLDFTKKFPDCSMCKDVSMNRVYSGTDLYNQLYYYHKMFDITQPAYKHLLSQCSRDMIAAYNTLKEAIDRQLKRNKFSCVNITGIFSSASANSAGMFVNHGTWEDFDELGDISDDTDKEV

Target ORF information:

RefSeq Version	XM_011065281.1
Organism	Acromyrmex echinatior(Panamanian leafcutter ant)
Definition	Acromyrmex echinatior DNA polymerase alpha catalytic subunit (LOC105151521), mRNA.

Target ORF information:

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

XM_011065281.1

ORF Insert Sequence:

ATGGACGATT CGCAGGCATC TACGTCTGGC AGGTCCAGGC GTCAGAAGAT CGATAAGACT 
GGCAGGCTCT CGGCTCTGGA AAGATTGAAG GAAGCTCGAA GTGGTAACAA GCGCAAATAC 
GAGGTTGAAG AGCTAGAAAA TGTTTATGAT GAAGTAGATG AGAAAGAATA CAGTAATACT 
GTTTTAAAAC GCCAACGAGA TGATTGGATA GTTGATGATG GAGAAAGTGG ATATATCGAA 
GATGGAAGAG AAATTTTTGA TGATGATCTG GATGAAGAAA GCATCCGGGA AGCGAGAAAA 
CAGAGGAATA GCATGGCTGG CCCTAGAAAA AGAAAGAAGG AAGACAACAA GAAGAAAGGA 
GATATTCAAA GTATGATTAG GAATATGCCT TCTAAGAAAG ATGTTAATGT AATTCAGATT 
AAAGATGATG ATATTTTGGG AGAATTGCTC AGTGAGATTT CTACCAATAA AAAGACTACA 
AGTAGTCCTA AACTAGGAAG CAACAGAAAT AAATTTTGTC ATACAGTTCA TTCTAACATT 
ACACAAACAT ATCAGGCTTC ATCTATGAAT CAAAAAGAAG CTGATAAAAT AATATCTGAA 
AAACTAGTGA CAATTGTATC AAATTTTGAT AATATTCCAC AAAGTGAAAG TCAGATAATT 
GAGGATGATG ATGATATGAC ATTATTTGAT GCGCCACAGA AGAAGAGTAC AAGTAAACCA 
GTAGAATTAA ATAATTATTC AAAAATTGAA GAAAATTCAA AGTCAGAAGA TCAAAGCACA 
AAAAAATCAA TGGAATCTAA TAAGCAAAGT GCGAGTCAGA TTATTGAGGA AGAAAATACC 
CCTATAATGG ATCTTAGTGA ATGTGTTGAA GATCTATCCA CAATAGATTT TGATGATGGA 
AGTATGGATA CTGACTTTTC ATCGTCGATA AATAACGTTA AATCTCAAAA AATAGATGTA 
AAGACTCCTG AAATAGGTGT AAAGATTCCT GCTCATAAAA CTTCTATTAA AAGTATGAAA 
ATCGGTAATG CCATTGACTT AACAGAAGTA GCGCCACAAC TAGTCAAGAC AAAAGATGAG 
GAAGAAGTAT TTAGGTTCTA CTATCTAGAT GCATATGAAA ATCCTTACAA GAATCCTGGA 
ACTGTGTATC TCTTCGGCAA GACTTATGTA TCTAGCCATG ATACATACTG TTCATGTTGT 
GTTATGGTGC ATTGTATTCC AAGGAGAATA TATCTCTTGC CCAGAAAATA TATAAAAAAC 
ACTGAATCGC AATTAACTAC CATGGAAGAT GTGTATAAAG AGTTCGATGA GTACGCCAAT 
AAGATGCGTA TAATGGAGTT CAATTGCAAA GAAGTGAAGA AGCACTATTC CTTTGAAAAG 
GAGGGTACAC CGAAAACTTC AGACTATTTG GAAGTCAGAT ATAATGCACG CTATCCAGCA 
ATCGATTCGA ATTACTCTGG TCCGGCGATA GAACACGTTT TTGGCACAAC AGTGAATGCA 
TTAGAGCTAT TGCTTATAGA ACGAAAAATT AAGGGACCTT GCTGGTTAGA CATTAAGAAT 
ATATCCCCCA CTGCAGGGCG ATTTGCTTGG TGCCCACAGA TTGTTGTTAC TTCAGACATG 
AACAATATAT CGCTGTGTTC CCAAGAGAAA GCTAAGCCCC CAATGGTAAT AGCGACTATA 
AATGTGAGGA TGTCTTTAAA TGCGAAGTTG CAGAATGAAG TAGTGATGGT TGTTGTATTA 
ATTCATCATA AGTACAATGT TGATAAGGAA CCACCAAAGC CGCCTTATGA ACGTCAATTT 
TGTTTTGTTA CACGTCCACG AGATACTCCC TGGCCACGGC AAATTCGTGA TGCCTTCCTG 
AAAGTTCCGA ATACCGAAGT AATAAAATGT GAAACTGAAA GCGATTTACT TGAAGAGCTG 
TTAACTTTAA TACAGAAAGT GGATCCTGAT TTAATAATAG GCTATGACTG TGCATTTCAG 
TTCGATGTTT TAATGCAGAG AATGTTTACA TTAAAAGTGT CTAATTGGAA CAGAATGGGA 
AGATTAAAAT CATCGACTCC TCCCTTACTT AGGGGAAAAA TAATCCTTAA TCAAGCGTTT 
GTCGGTCGTC CAGTTTGTGA TATACAAGTT TCGGCAAAAG AATTGAACTT AAAAGTTAGG 
AGTTATGATC TGCAATCACT TTGCAGCGCA GTATTAAAGA CGAAGGAACA CGAATATAAA 
GAGATTACGC CAGCGGAAAC TCCATTATTT TTCAATACAG CGGATAAAGT GTTAAATTTA 
ATGCATGTAA CATTAAAAGA AGCAAAATAC ATTATAACTA TAGTGATGGA TCTCAACGTT 
ATACCACTCG CACTTCAAAT TACTTGTTTA GCAGGCAATA TTTTATCAAG GACGCTATTA 
GTTTTTGTAC ATTGTTATTA CGAAATTATT ATTTATGCTT GGTACACTAA TACCAGATAT 
TTACTAGATG GTCCGCGTAG GAAGGCTGCG GCGTACACTG GAGGTCTAGT GCTTGAGCCG 
AAGAAAGGTT TCTACGATAA ACTGGTACTT CTGATGGACT TCAATTCCCT ATATCCGAGT 
ATTATACAGG AATACAATTT ATGTTTTACC ACCGTGCCCG GTGCGGCATA TACTGACGTC 
GAGCAATTAA CTATTCCTGA GTCGAATCTG GAGCCAGGTG TAGTTCCGAC AGAGATTCAC 
AAGTTAGTCA AAAGCAGACA GCAGATCAAA CAGCTTATGA AAACGCAAAA GAATTTATCA 
CCAGCACAGA AAATGGATTA TCATATCAGG CAAATGGCAT TGAAGCTCAC GGCTAATTCT 
ATGTATGGAT GTTTAGGAGC GACACATTGT CGATTTTATG CTAAAGGCCT CGCTGCTCTG 
ATAACAGCCA AGGGTCGGGA GATTCTGGAG GATACGAAGC ACTTAGTTGA GAAACTGCAG 
TACGAAGTAA TTTATGGTGA TACTGATTCT TTAATGATAA ACACCAATAT TTTGGAATAC 
GACGACGTTT TCTTGATCGG CAAAAAAATT ATGCGCGAAG TCAATAACCG ATATAAGAAA 
GTCGAATTAG ATATCGATGG AGTATTCCGA TATCTATTGC TATTACAAAA GAAGAAATAT 
GCCGCCGTTA TGATGTCGAA AATAGATGGT CAAATACAAT TGACGCAGGA ACACAAAGGT 
TTGGATATCG TCAGAAGAGA TTGGTGTCCA TTAGCTTGCG ACACTGGAAA AAAAATTTTG 
GATATACTTC TCTGCGATCA GTCGAGCGAA ACGCGTTTGG AACAAGTCGT GCAGATTTTG 
CAAAATGTTG CGAAAAGTGT AAAGGAAGGA ACGACACCAC TGTCATCATT TGTTATCACT 
AAACAATTGT CGAAAAATCC AGATGCGTAT CCAGATAAAA AACAATTGTC TCATGTTATG 
GTAGCACTTA GATTAAACAA AGCGGGTGGT CGGATGTGGA AAGCCGGTGA CACTCTGCCA 
TACGTTATAT GCAAGGATGA AACCAATGCG AGTGCGACGG AACGGGCGTA TCACATTGAT 
GAAGTAAAGA ATAGTGAGAA ATTAAAGGTG GATGTCAATT ACTATCTGCT AAGTCAAATA 
TTCCCTGTAG TGTTACGAAT TTGTGAGCCA ATCGAGGGTA TCGACGATGT TTTCTTAGCC 
AACAATTTAG GTTTACAATT TATTTATAAA CCTAAGACGA TATCATGCGA GGCAACCCTA 
AACTTACCGC TAGCTATTAA TGATGATAGG TTCAACAATT GTCTTCCTTT GACATTTAAA 
TGCAAAAATG AACGATGTAA TACGGAAATA ATTATTAAGG ATACTGTTAC AGAATTTCAT 
TCTGGTCGAC AGTTATCACT TAGCATGTGC CCTAATCAAG ATTGTAAATT ACCACCTTGG 
AAATATGCAA ATGTGATACA AAATGTAGTT CAACTTGCCA TGAGAAAAGC AATTACTAAG 
TACTACAATG GTTGGTTGGA ATGCGAAAAT CCACTTTGTT CCAACAGAAC AAGACGACTA 
CCATTGGATT TCACGAAGAA ATTTCCAGAT TGTTCAATGT GCAAGGACGT TTCTATGAAT 
AGAGTTTATT CTGGAACAGA TCTGTATAAT CAATTGTACT ATTATCATAA AATGTTCGAC 
ATTACTCAAC CAGCTTACAA ACATTTATTA TCTCAATGTT CACGGGATAT GATAGCCGCA 
TATAACACAC TAAAAGAAGC AATTGACAGG CAATTGAAAC GAAATAAATT TTCATGTGTA 
AATATCACAG GAATATTCAG CAGTGCCAGT GCTAATTCTG CGGGAATGTT TGTCAATCAT 
GGTACGTGGG AGGATTTTGA CGAACTGGGG GATATATCTG ACGACACAGA TAAAGAAGTT 
TAA