LOC105153871 cDNA ORF clone, Acromyrmex echinatior(Panamanian leafcutter ant)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105153871
Entrez Gene ID	105153871
Full Name	ATP-binding cassette sub-family A member 2-like
Gene Type	protein-coding
Organism	Acromyrmex echinatior(Panamanian leafcutter ant)

mRNA and Protein(s)

mRNA	Protein	Name
XM_011068991.1	XP_011067293.1	LOW QUALITY PROTEIN: ATP-binding cassette sub-family A member 2-like

Pathways from BioSystems
Gene Ontology

The following LOC105153871 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105153871 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
OAc138668	XM_011068991.1 Latest version!	Acromyrmex echinatior ATP-binding cassette sub-family A member 2-like (LOC105153871), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

LOC105153871 ( XM_011068991.1 ) cDNA ORF clone, Acromyrmex echinatior(Panamanian leafcutter ant) -> XP_011067293.1 Acromyrmex echinatior ATP-binding cassette sub-family A member 2-like (LOC105153871), mRNA.

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CloneID	OAc138668
Clone ID Related Accession (Same CDS sequence)	XM_011068991.1
Accession Version	XM_011068991.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5160bp) 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	LOW QUALITY PROTEIN: ATP-binding cassette sub-family A member 2-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011627818.1) 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 :: 33% of CDS bases frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGCTGAGGA TAAGAGAGAT CATCAGGCAT CCAAAATTGA GAAGATTTGG AACGAGATGG 
CGGATTTTTA TGTGGAAAGC CGTGCTTATG AGGCTGCATA ACCGTATAAC CACTGCACTG 
GAGATAATTA TAGCCATTGT CTTTTCGTTA CAGATACGTT TAATGTTTGA ACCGTTTGCT 
CTTCATTTGC AGGATTTAGA TCAATACAGT CGCAACGATA TCCTAACAAA ATTGCCAGAT 
GATGTACAAT GTTGGTATGC ACCAAGAAAT GCATTTATAG ATGAGTTAAT GCTGAAAGCC 
ACGAAAATGC TTCATACAAA TATTCAAGCG GCCGACAGTG AAATTAACCT TGTACATTCA 
CGTTACGCAA AAAATGATAC TTCTAAAGTA TTATGGGCAA TATTCGAGAT TGATAAGCTC 
ACATCTGGAA AATCAAAGGT CTTAGAATAT AAAATACGTT CATCTGAAAT AGGCGAGAAT 
CAGATGATTA TGATGCATGA GGAAGAACCT GCCTATAAGG ATCCATATGT ATTAAGTGGT 
TTCATGGCTT TACAAATTGC GATTGAGAAA TCTTTTGTGG AGATGTGGAC AAATCCGACA 
TTACCAAAGA TTGCTGATAA TCTAATTATT GGCCGATTTC CATTTTATAA AGTCAATTTT 
TTAATTTTAC CGTATATCAT TCGACCTAAC ATAAGCATAA TCTATTATGT GATGGTTGTT 
GCTTTCCTTT TGCTGCCAGC AGCAACGTTA AAAAAGGCAC TTCACGATAA ACAAACTGGA 
TTCAGAAGTC TTATGAGATT AACAAATATA TCTTTCACAA TGTTGTACAT CGGATGGCTC 
AATTATCTTA TGATCATTCT ATTACCCGTG ACGATCGTAT GCACAATCCT TTTGTTTCCT 
GTGTTTTCGG ATGCAAATGT GTTAGTCATT GCTATATTTA TCATAATGTA CAATATACTA 
TCAATGCTCT TCATGTTCAC CATCAGCACA TTTTTCGATC ATCCTACGAA AGCATTGCTT 
ACATCGGTTT TGTTTTGGCT CTTTTTGACG CACTTGACTA TCGTTCTGGA TCAGTTTTTG 
ATAACAGAAT CTATGTTGTG GAGGATTAGT TCACTGATTC TGCCGCATAG TGGTTTGCTT 
TATGGAATAA TAGCCTTCAC AACTTACACG AATTTCGTGG TGCATTATGT CATTATGACT 
TTTACGCTGA TAGATGATTA TAGCGAAAAT TTGAAATACA TGTGGCAATA CAGACGAGTA 
TTGCCAAAAC CGCGCAATCA CATTGGTCCT ACCTCGTACT TGTGGCCGCG GTGGCTTCCT 
GAACTGATAA CACTACGAGA TGCCCACAAT ATCATTCACG CCGTAGAAAA AATTCCTGTT 
AGCTTGATTC TATTTATCTG GATATTGCAT ATTATTTTTT GGTATTTACT AGCGGTATAC 
TTAGATAATG TTAATCCAGG AAAATTTGGC AGCGCAAAGC CCTGGTACTA TTTATTCAAA 
AAACCTGTTT ATGATGACAA TGATTTAATT ATCCGAGGAT CAACTAACTG GTCAGCAGTG 
GAGCACACAC CATCATATAT AAAGCCATCT ATTCGAGTGA GATGTGTTCG AAAGGAATTT 
GGTAGGATTG GCGAAAGTAT TACGGCTATA AATGATGTAA CGATCGATTT TTATAATCAA 
GAATTCAGTG TTATTCTCGG TCACAATGGT GCTGGCAAAA GTTGTTTGTT AAAGATAATA 
ACCGGAATGT ACAAACCAAC TCATGGCCAT GTTTATTTGG AAAATGGAAA TTCTGTATAT 
CCAATTGGTT ATTGTCCGCA GGAAAATATA TTGGTAAATT ACTTGACAAC GATTCAGCAT 
CTTTATATAT TTGGTATGAT AAAAGGAATG ACTTATGAGG ATGCTTATAG GGAATCATTA 
AAATTGTTAA AACAATTGGA TTTAGAATAT GTCAAGGATT CGAAAATGAA ATCTTGCTCC 
TTTGGTACGC AAAGAAGAAT TTGTTTTGCA ATGGCACTTA TTGGCAATAC TAAGATCCTC 
ATTCTCGACG AACCTACATA CAGTGTTGAT CCTGAGCACA AAAGACAAAT ATGGGATTTA 
CTTTTAGATA TAAAAAGACA TAAAACGATA ATAATGGCAA CGAATTCCAT GGAAGCTGCA 
GATTTTCTTG CTGATAGGAT TGCTATTATT GCAAACGGAA AGATTGAATG TTACGGTTCA 
AAAATGTATC TGAATCGTCG ATATGGAATC GGTTATGTCT TGAGTTTATT GGTACAAGAA 
GATTGCAATG TGGAGCGAAT CCATACAGAA ATACAAGAAT TTTCAGCAGA TCCAATTAAT 
CTACGAAGCA TGATGGGTTT AGTAATAAGA TTTGATGTGC CAAGGAATAG TCGATTCACC 
AAATTACTCC AACATTTAGA ATTTAACAAA GAAGAATTAA AAATTGTGTC AGTTGCATTA 
AGTGCTGCTA GCATCGAAGG TCAATTTCTT AGAATAAGTT TAGAAAGCCA GTTTAAAGAA 
CGTGGTGTAA AATTACCTAG CAACAAATAT GAACTTATTG TGCAACAGAG ACGACGGCAC 
TTGTTACAAA GAGCTGAACC ATGGATCCGC TTGACCGGTG ACGTTTTATG GCGGCAGCAA 
ATTCTCGCAA TATTCTTAAA AAAATTAATA CATATCGCTT CGTCTTGGAA AATGTACACA 
TTTTCGATAA CTGTAGCAAT CATTACTCTC GTCTTGGCCA CTATAATCGC AGAATTGAGC 
AATTTCACAC TCTTCGACAC AACCGAGAGA GTAATGAATC TGACGAGTTA CATGGACAAC 
AATTTTCACG TGCTATATTA TGCGGCTGAT GATAAATCTA TAAAAGATTT TCTTGTAACA 
TTGTACGTTA CTAGTCAAAC CTACAGTGAG AAGTATAATT GTCATATCTC TGAAAACATT 
CCCGCCACGG ATTTAATGAT GCAGCCTGAT TTACATTCTA TAGAGTTTAG GGATCGTTAC 
GTGATGTCTA TCGACATGTA CACAGATGGC CGCGTACAAC TTATGTATTC GTCCACTGCA 
ATACATAGTG GACCAATTGC ACTAAATTTA CTACATAATG CGTTATTGCG TTATCATTGC 
GGCTCAGATA ATTGTTGGAT CAAATTGGTT AGTCGACCAC TACCTCGTCC GGAGCAGTGG 
CAACATTTAT TGGTTCATCC ACGTAGCATA CGAAACTGGG AAAACGCTGC TATAATAATA 
ACTTTGTTCC TTCTTCTGCC CTCTATTGAC ATGGGTATAC GAGAAAAAAA TACACGTTCA 
AAAATGCTGC AAATTAATGC GATCGGTATG TCTACGGAAT TTATTGGAAT TTATTGGATC 
CCGACGTATA TTATTGATTT CCTTTTGTAT GCGTTCTCCA TAATAATCTT CGAAATTATT 
ATCTTAAGTA TCTATCGCCG CACGTTGCAC TTCTCAAATT TAGAGATTGT TCAAATACTA 
ATGATATTTC TATGTTACGG AGCGTGCGCC ATTCCATTAG GTTATTGCAT ACAACTTTTT 
ACAAGAAAAC CGGAAAATGC ATACCTAAGT GTGATACTGA TCAATATTGT AACCATATTA 
TTGGTAAACA GCTCCGTTAT ATTTCCATGG ATATTTCGAG TATTCAGCAA TGGTGTAAGA 
TACGTTCTTA TACATATATT TCCACCATAC GTTCTAGCTT GTGCTTTAGG CAATTACATT 
ATGCTGAATT TATATAATAG ACAGTGCAGT TATTTTAATA CTTGCGATAC AGAATTTTAT 
ATGGAAGATC CATGTTGTCA AAATTGTAAA GGCAAAGGTT GTTACAAACA CTTGGATGTA 
ATGCTGATTA AACAATCCAG CTTTGAGTAT AAACATTCGA TCACAGACGA TATACTTTTA 
ATGGTATCCC AAATGTTCGC CTTTTTCATA CTGCTGGAAG TTTTTGAAGA AAAAAATCGT 
AGAAAATGGT ATAGTTATTT TATGCCTTCC GAGAAAGATG ATGATATTTT AGAATTGGAA 
GTTGTGCAAG AAAAGAAGCG AGTCGAAGAA TATATGAAAC ATTATGACGA AACAAAATTG 
CTTCCACCGC GAGTTGCTCT CGTTGTTCAA AATTTAACAA AAAAATACGC TAAAAAACCG 
GTAGTTAACA GAATCAATTT TAGTATCCAC AATCAAGAGT GTTTCGGTTT GTTAGGATTT 
AATGATGTGG GAAAATCAAC AATATACAAA GCGCTGGTAG GTCAAATAAA AATATCAGCT 
GGAAAAGCAG TGATATATGA ATACGAGTTC ACAAGAAATC AAGAGATGTT TGTAGGTATG 
ATAGGATACT GTCCACAAAT TAATGGACTA AGTGATTTTA TGACTGGAAG ACAATACTTG 
CAACTTCACG CAGCACTTCG CGGTGTTCCA TATGGAAGTA TCAACGAAGA AGTAAATAAA 
TGGCTTGATG TATTAGATAT GTTGGACTTT GAGAACCTGA AAATTATTCA CTATCCTTGG 
GGAATTCAAA GAAAACTTTG CATACTCCAA AGTCTTACCG GCGATTTACC GATGATATTT 
ATGGACGAGC CTTCCGCTGG AATTGACGTA ATGACTAGTC ACGCAATCTG CGAAATTTTG 
CACCAGATAC GGGAGATGGG AAGATCTATA TTAATCACTA CGCACAGCAT GCGAGAAGCA 
GAAGCGATGT GTTTGCGCGT TGGTATTTTA GTTAATGGCC AATTTATTGC AATTGGATCT 
TGCGAATATT TAAAGGCAAA ATATGGCCGG AACTTTATAT TAAGTATTAA AATAGTACCA 
GGATACCACC TTACTATTCT TGAGAAGATT AAAAAAATCA TTAACGAGAC TTTTCCAACA 
ATAAGATTTA AAGACAGTTA TTTGGGTGTT CTTAAATACG AATTGGAAAG TGGGATTTCG 
TACAGCTATG TGTTTGATAA ACTCGAAAAG CTAAGACAGA GATATGTGTG GATTACAGAC 
TTCTCGGTTA CTCAGCCGTC AATGGATGAA GTATTCTTAA CTTTAGTAAA GAAGCAAAAG 
GAATCTCATA AGAAGTTGAC ACTTTACGAA CGACTACGTT CTTACGTTAT AGATCATTTT 
CGATGTTATC CCTATAGCAT ATGCCCGATA CGGGGCAGAT GGTTGAAAGT GTTAAGTTAG

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

RefSeq	XP_011067293.1
CDS	1..5160
Translation	MLRIREIIRHPKLRRFGTRWRIFMWKAVLMRLHNRITTALEIIIAIVFSLQIRLMFEPFALHLQDLDQYSRNDILTKLPDDVQCWYAPRNAFIDELMLKATKMLHTNIQAADSEINLVHSRYAKNDTSKVLWAIFEIDKLTSGKSKVLEYKIRSSEIGENQMIMMHEEEPAYKDPYVLSGFMALQIAIEKSFVEMWTNPTLPKIADNLIIGRFPFYKVNFLILPYIIRPNISIIYYVMVVAFLLLPAATLKKALHDKQTGFRSLMRLTNISFTMLYIGWLNYLMIILLPVTIVCTILLFPVFSDANVLVIAIFIIMYNILSMLFMFTISTFFDHPTKALLTSVLFWLFLTHLTIVLDQFLITESMLWRISSLILPHSGLLYGIIAFTTYTNFVVHYVIMTFTLIDDYSENLKYMWQYRRVLPKPRNHIGPTSYLWPRWLPELITLRDAHNIIHAVEKIPVSLILFIWILHIIFWYLLAVYLDNVNPGKFGSAKPWYYLFKKPVYDDNDLIIRGSTNWSAVEHTPSYIKPSIRVRCVRKEFGRIGESITAINDVTIDFYNQEFSVILGHNGAGKSCLLKIITGMYKPTHGHVYLENGNSVYPIGYCPQENILVNYLTTIQHLYIFGMIKGMTYEDAYRESLKLLKQLDLEYVKDSKMKSCSFGTQRRICFAMALIGNTKILILDEPTYSVDPEHKRQIWDLLLDIKRHKTIIMATNSMEAADFLADRIAIIANGKIECYGSKMYLNRRYGIGYVLSLLVQEDCNVERIHTEIQEFSADPINLRSMMGLVIRFDVPRNSRFTKLLQHLEFNKEELKIVSVALSAASIEGQFLRISLESQFKERGVKLPSNKYELIVQQRRRHLLQRAEPWIRLTGDVLWRQQILAIFLKKLIHIASSWKMYTFSITVAIITLVLATIIAELSNFTLFDTTERVMNLTSYMDNNFHVLYYAADDKSIKDFLVTLYVTSQTYSEKYNCHISENIPATDLMMQPDLHSIEFRDRYVMSIDMYTDGRVQLMYSSTAIHSGPIALNLLHNALLRYHCGSDNCWIKLVSRPLPRPEQWQHLLVHPRSIRNWENAAIIITLFLLLPSIDMGIREKNTRSKMLQINAIGMSTEFIGIYWIPTYIIDFLLYAFSIIIFEIIILSIYRRTLHFSNLEIVQILMIFLCYGACAIPLGYCIQLFTRKPENAYLSVILINIVTILLVNSSVIFPWIFRVFSNGVRYVLIHIFPPYVLACALGNYIMLNLYNRQCSYFNTCDTEFYMEDPCCQNCKGKGCYKHLDVMLIKQSSFEYKHSITDDILLMVSQMFAFFILLEVFEEKNRRKWYSYFMPSEKDDDILELEVVQEKKRVEEYMKHYDETKLLPPRVALVVQNLTKKYAKKPVVNRINFSIHNQECFGLLGFNDVGKSTIYKALVGQIKISAGKAVIYEYEFTRNQEMFVGMIGYCPQINGLSDFMTGRQYLQLHAALRGVPYGSINEEVNKWLDVLDMLDFENLKIIHYPWGIQRKLCILQSLTGDLPMIFMDEPSAGIDVMTSHAICEILHQIREMGRSILITTHSMREAEAMCLRVGILVNGQFIAIGSCEYLKAKYGRNFILSIKIVPGYHLTILEKIKKIINETFPTIRFKDSYLGVLKYELESGISYSYVFDKLEKLRQRYVWITDFSVTQPSMDEVFLTLVKKQKESHKKLTLYERLRSYVIDHFRCYPYSICPIRGRWLKVLS

Target ORF information:

RefSeq Version	XM_011068991.1
Organism	Acromyrmex echinatior(Panamanian leafcutter ant)
Definition	Acromyrmex echinatior ATP-binding cassette sub-family A member 2-like (LOC105153871), mRNA.

Target ORF information:

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

XM_011068991.1

ORF Insert Sequence:

ATGCTGAGGA TAAGAGAGAT CATCAGGCAT CCAAAATTGA GAAGATTTGG AACGAGATGG 
CGGATTTTTA TGTGGAAAGC CGTGCTTATG AGGCTGCATA ACCGTATAAC CACTGCACTG 
GAGATAATTA TAGCCATTGT CTTTTCGTTA CAGATACGTT TAATGTTTGA ACCGTTTGCT 
CTTCATTTGC AGGATTTAGA TCAATACAGT CGCAACGATA TCCTAACAAA ATTGCCAGAT 
GATGTACAAT GTTGGTATGC ACCAAGAAAT GCATTTATAG ATGAGTTAAT GCTGAAAGCC 
ACGAAAATGC TTCATACAAA TATTCAAGCG GCCGACAGTG AAATTAACCT TGTACATTCA 
CGTTACGCAA AAAATGATAC TTCTAAAGTA TTATGGGCAA TATTCGAGAT TGATAAGCTC 
ACATCTGGAA AATCAAAGGT CTTAGAATAT AAAATACGTT CATCTGAAAT AGGCGAGAAT 
CAGATGATTA TGATGCATGA GGAAGAACCT GCCTATAAGG ATCCATATGT ATTAAGTGGT 
TTCATGGCTT TACAAATTGC GATTGAGAAA TCTTTTGTGG AGATGTGGAC AAATCCGACA 
TTACCAAAGA TTGCTGATAA TCTAATTATT GGCCGATTTC CATTTTATAA AGTCAATTTT 
TTAATTTTAC CGTATATCAT TCGACCTAAC ATAAGCATAA TCTATTATGT GATGGTTGTT 
GCTTTCCTTT TGCTGCCAGC AGCAACGTTA AAAAAGGCAC TTCACGATAA ACAAACTGGA 
TTCAGAAGTC TTATGAGATT AACAAATATA TCTTTCACAA TGTTGTACAT CGGATGGCTC 
AATTATCTTA TGATCATTCT ATTACCCGTG ACGATCGTAT GCACAATCCT TTTGTTTCCT 
GTGTTTTCGG ATGCAAATGT GTTAGTCATT GCTATATTTA TCATAATGTA CAATATACTA 
TCAATGCTCT TCATGTTCAC CATCAGCACA TTTTTCGATC ATCCTACGAA AGCATTGCTT 
ACATCGGTTT TGTTTTGGCT CTTTTTGACG CACTTGACTA TCGTTCTGGA TCAGTTTTTG 
ATAACAGAAT CTATGTTGTG GAGGATTAGT TCACTGATTC TGCCGCATAG TGGTTTGCTT 
TATGGAATAA TAGCCTTCAC AACTTACACG AATTTCGTGG TGCATTATGT CATTATGACT 
TTTACGCTGA TAGATGATTA TAGCGAAAAT TTGAAATACA TGTGGCAATA CAGACGAGTA 
TTGCCAAAAC CGCGCAATCA CATTGGTCCT ACCTCGTACT TGTGGCCGCG GTGGCTTCCT 
GAACTGATAA CACTACGAGA TGCCCACAAT ATCATTCACG CCGTAGAAAA AATTCCTGTT 
AGCTTGATTC TATTTATCTG GATATTGCAT ATTATTTTTT GGTATTTACT AGCGGTATAC 
TTAGATAATG TTAATCCAGG AAAATTTGGC AGCGCAAAGC CCTGGTACTA TTTATTCAAA 
AAACCTGTTT ATGATGACAA TGATTTAATT ATCCGAGGAT CAACTAACTG GTCAGCAGTG 
GAGCACACAC CATCATATAT AAAGCCATCT ATTCGAGTGA GATGTGTTCG AAAGGAATTT 
GGTAGGATTG GCGAAAGTAT TACGGCTATA AATGATGTAA CGATCGATTT TTATAATCAA 
GAATTCAGTG TTATTCTCGG TCACAATGGT GCTGGCAAAA GTTGTTTGTT AAAGATAATA 
ACCGGAATGT ACAAACCAAC TCATGGCCAT GTTTATTTGG AAAATGGAAA TTCTGTATAT 
CCAATTGGTT ATTGTCCGCA GGAAAATATA TTGGTAAATT ACTTGACAAC GATTCAGCAT 
CTTTATATAT TTGGTATGAT AAAAGGAATG ACTTATGAGG ATGCTTATAG GGAATCATTA 
AAATTGTTAA AACAATTGGA TTTAGAATAT GTCAAGGATT CGAAAATGAA ATCTTGCTCC 
TTTGGTACGC AAAGAAGAAT TTGTTTTGCA ATGGCACTTA TTGGCAATAC TAAGATCCTC 
ATTCTCGACG AACCTACATA CAGTGTTGAT CCTGAGCACA AAAGACAAAT ATGGGATTTA 
CTTTTAGATA TAAAAAGACA TAAAACGATA ATAATGGCAA CGAATTCCAT GGAAGCTGCA 
GATTTTCTTG CTGATAGGAT TGCTATTATT GCAAACGGAA AGATTGAATG TTACGGTTCA 
AAAATGTATC TGAATCGTCG ATATGGAATC GGTTATGTCT TGAGTTTATT GGTACAAGAA 
GATTGCAATG TGGAGCGAAT CCATACAGAA ATACAAGAAT TTTCAGCAGA TCCAATTAAT 
CTACGAAGCA TGATGGGTTT AGTAATAAGA TTTGATGTGC CAAGGAATAG TCGATTCACC 
AAATTACTCC AACATTTAGA ATTTAACAAA GAAGAATTAA AAATTGTGTC AGTTGCATTA 
AGTGCTGCTA GCATCGAAGG TCAATTTCTT AGAATAAGTT TAGAAAGCCA GTTTAAAGAA 
CGTGGTGTAA AATTACCTAG CAACAAATAT GAACTTATTG TGCAACAGAG ACGACGGCAC 
TTGTTACAAA GAGCTGAACC ATGGATCCGC TTGACCGGTG ACGTTTTATG GCGGCAGCAA 
ATTCTCGCAA TATTCTTAAA AAAATTAATA CATATCGCTT CGTCTTGGAA AATGTACACA 
TTTTCGATAA CTGTAGCAAT CATTACTCTC GTCTTGGCCA CTATAATCGC AGAATTGAGC 
AATTTCACAC TCTTCGACAC AACCGAGAGA GTAATGAATC TGACGAGTTA CATGGACAAC 
AATTTTCACG TGCTATATTA TGCGGCTGAT GATAAATCTA TAAAAGATTT TCTTGTAACA 
TTGTACGTTA CTAGTCAAAC CTACAGTGAG AAGTATAATT GTCATATCTC TGAAAACATT 
CCCGCCACGG ATTTAATGAT GCAGCCTGAT TTACATTCTA TAGAGTTTAG GGATCGTTAC 
GTGATGTCTA TCGACATGTA CACAGATGGC CGCGTACAAC TTATGTATTC GTCCACTGCA 
ATACATAGTG GACCAATTGC ACTAAATTTA CTACATAATG CGTTATTGCG TTATCATTGC 
GGCTCAGATA ATTGTTGGAT CAAATTGGTT AGTCGACCAC TACCTCGTCC GGAGCAGTGG 
CAACATTTAT TGGTTCATCC ACGTAGCATA CGAAACTGGG AAAACGCTGC TATAATAATA 
ACTTTGTTCC TTCTTCTGCC CTCTATTGAC ATGGGTATAC GAGAAAAAAA TACACGTTCA 
AAAATGCTGC AAATTAATGC GATCGGTATG TCTACGGAAT TTATTGGAAT TTATTGGATC 
CCGACGTATA TTATTGATTT CCTTTTGTAT GCGTTCTCCA TAATAATCTT CGAAATTATT 
ATCTTAAGTA TCTATCGCCG CACGTTGCAC TTCTCAAATT TAGAGATTGT TCAAATACTA 
ATGATATTTC TATGTTACGG AGCGTGCGCC ATTCCATTAG GTTATTGCAT ACAACTTTTT 
ACAAGAAAAC CGGAAAATGC ATACCTAAGT GTGATACTGA TCAATATTGT AACCATATTA 
TTGGTAAACA GCTCCGTTAT ATTTCCATGG ATATTTCGAG TATTCAGCAA TGGTGTAAGA 
TACGTTCTTA TACATATATT TCCACCATAC GTTCTAGCTT GTGCTTTAGG CAATTACATT 
ATGCTGAATT TATATAATAG ACAGTGCAGT TATTTTAATA CTTGCGATAC AGAATTTTAT 
ATGGAAGATC CATGTTGTCA AAATTGTAAA GGCAAAGGTT GTTACAAACA CTTGGATGTA 
ATGCTGATTA AACAATCCAG CTTTGAGTAT AAACATTCGA TCACAGACGA TATACTTTTA 
ATGGTATCCC AAATGTTCGC CTTTTTCATA CTGCTGGAAG TTTTTGAAGA AAAAAATCGT 
AGAAAATGGT ATAGTTATTT TATGCCTTCC GAGAAAGATG ATGATATTTT AGAATTGGAA 
GTTGTGCAAG AAAAGAAGCG AGTCGAAGAA TATATGAAAC ATTATGACGA AACAAAATTG 
CTTCCACCGC GAGTTGCTCT CGTTGTTCAA AATTTAACAA AAAAATACGC TAAAAAACCG 
GTAGTTAACA GAATCAATTT TAGTATCCAC AATCAAGAGT GTTTCGGTTT GTTAGGATTT 
AATGATGTGG GAAAATCAAC AATATACAAA GCGCTGGTAG GTCAAATAAA AATATCAGCT 
GGAAAAGCAG TGATATATGA ATACGAGTTC ACAAGAAATC AAGAGATGTT TGTAGGTATG 
ATAGGATACT GTCCACAAAT TAATGGACTA AGTGATTTTA TGACTGGAAG ACAATACTTG 
CAACTTCACG CAGCACTTCG CGGTGTTCCA TATGGAAGTA TCAACGAAGA AGTAAATAAA 
TGGCTTGATG TATTAGATAT GTTGGACTTT GAGAACCTGA AAATTATTCA CTATCCTTGG 
GGAATTCAAA GAAAACTTTG CATACTCCAA AGTCTTACCG GCGATTTACC GATGATATTT 
ATGGACGAGC CTTCCGCTGG AATTGACGTA ATGACTAGTC ACGCAATCTG CGAAATTTTG 
CACCAGATAC GGGAGATGGG AAGATCTATA TTAATCACTA CGCACAGCAT GCGAGAAGCA 
GAAGCGATGT GTTTGCGCGT TGGTATTTTA GTTAATGGCC AATTTATTGC AATTGGATCT 
TGCGAATATT TAAAGGCAAA ATATGGCCGG AACTTTATAT TAAGTATTAA AATAGTACCA 
GGATACCACC TTACTATTCT TGAGAAGATT AAAAAAATCA TTAACGAGAC TTTTCCAACA 
ATAAGATTTA AAGACAGTTA TTTGGGTGTT CTTAAATACG AATTGGAAAG TGGGATTTCG 
TACAGCTATG TGTTTGATAA ACTCGAAAAG CTAAGACAGA GATATGTGTG GATTACAGAC 
TTCTCGGTTA CTCAGCCGTC AATGGATGAA GTATTCTTAA CTTTAGTAAA GAAGCAAAAG 
GAATCTCATA AGAAGTTGAC ACTTTACGAA CGACTACGTT CTTACGTTAT AGATCATTTT 
CGATGTTATC CCTATAGCAT ATGCCCGATA CGGGGCAGAT GGTTGAAAGT GTTAAGTTAG