RALGAPA2 cDNA ORF clone, Aquila chrysaetos canadensis

Gene
Clones
gRNAs

Summary

Gene Symbol	RALGAPA2
Entrez Gene ID	105415826
Full Name	Ral GTPase activating protein catalytic alpha subunit 2
Gene Type	protein-coding
Organism	Aquila chrysaetos canadensis

mRNA and Protein(s)

mRNA	Protein	Name
XM_011601764.1	XP_011600066.1	ral GTPase-activating protein subunit alpha-2

Pathways from BioSystems
Gene Ontology

The following RALGAPA2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the RALGAPA2 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
OAq11381	XM_011601764.1 Latest version!	Aquila chrysaetos canadensis Ral GTPase activating protein, alpha subunit 2 (catalytic) (RALGAPA2), 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)

RALGAPA2 ( XM_011601764.1 ) cDNA ORF clone, Aquila chrysaetos canadensis -> XP_011600066.1 Aquila chrysaetos canadensis Ral GTPase activating protein, alpha subunit 2 (catalytic) (RALGAPA2), mRNA.

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CloneID	OAq11381
Clone ID Related Accession (Same CDS sequence)	XM_011601764.1
Accession Version	XM_011601764.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5760bp) 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	2015-03-12
Organism	Aquila chrysaetos canadensis
Product	ral GTPase-activating protein subunit alpha-2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011950873.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Aquila chrysaetos canadensis 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##

ATGTTCTCCA GGAAGGGCCA CGCCGATGTC AGGAAATCCA CCCAGAAGGC GCTGGACCCC 
AAGCGGGACG TACTCACCCG CCTCAAGCAC CTCCGGGCGC TGCTGGATAT TGTGGATGGA 
ACTGACCTGA AGCAATTTTT TGAGAACAAT TATTCTCAAA TTTATTTTAT ATTCTATGAA 
AACTTCATAA CACTGGAAAA CAGCTTGAAA CAAAAAGGGA ATAAATCACA AAGGGAGGAG 
CTGGACTCCA TTCTCTTTCT TTTTGAAAAA ATATTGCAGC TACTACCTGA GAGGATTTTT 
TATCGATGGC ATTTTCGCAG TATAGGGTCG ATTCTGAAGA AACTTTTGCA CACTGGAAAT 
TCTCTCAAGA TAAGATGTGA AGGAATCCGA CTGTTTCTTC TTTGGCTTCA AGCTCTTCAG 
ACTAATTGTG CGGAAGAGCA GATATTAATA TTTGCATGCC TTGTGCCTGG CTTCCCACCC 
ATTATGTCTT CACGAGGTCC CTGTACACTA GATAACCTCA TTAGTCCTCC TAATTTGCCA 
GACGCTAAGA TTTTTCCAGA AGAAATAACC CCACTTTTGC CAGCTGTCTC TGGAGAGAAA 
ATCGCTGAAG ACCAAACCTG CTATTTTCTT CAGCTACTGT TAAAATACAT GGTAATTCAG 
GCTGCAAGCT TAGAGTGGAA GAATAAGGAG AACCAAGACA CTGGTTTTAA GTTTCTCTTT 
ACCTTGTTTA GAAAATACTA TCTTCCTCAC TTGTTTCCAT CTTTTACAAA GCTAACCAAC 
CTCTACAAAC CTGTTCTTGA TATTCCTGAT ATAAGACCAA GACCAGTATA CATTACTGCA 
ACACGAAACA ATGAAAATGT CTATAGCACA AAAATCCCAT ATATGGCAGC TCGAGTTGTT 
TTTATTAAGT GGCTTGTTAC TTTCTTTCTT GAAAAGAAAT ACTTAACTGC TGTTCAGAAT 
ACAAAAAATG GAGGAGAAAT GCTCCCTAAA ATTATTCAGA CTGTTGGTGT TGTAAACCAA 
GATAAAAATG CAGAGCTGGA AACCAGTATG TCTTATGCAA GCGAGCAGGA GAGAAGCCAT 
TCTAACAGCA GCACCTTGTC CGACAGAAGG CTCAGCAATT CCAGCCTCTG CAGCATCGAA 
GAGCAGCACC GGACTGTCTA TGAGATGGTG CAGAGAATCC TCTTATCCAC TCGAGGATAT 
GTTAACTTTG TTAATGAGGT GTTTCGACAA GCTTTTTTAT TGCCACCTTC TGATGTATCT 
GCAACACGAA AAGTGGTTAA GGTCTATCGA AAGTGGATAC TGCAAGAGAA ACCTGTGTTC 
ATGGAGGAGC CAGACAAAAA GGAAGACAGT CAGGATGCTG TTGTCAACTT AGAGGATTCA 
TCAGTGCAAA CGGATGGTAA ACATCTTTCC TCTGACCATT CAGGACATAA GCGCTCATCC 
AGCTGGGGAA GAACATACTC CTTTACCAGT GCTGTTAGCA GAGGATGTAT ATTAGAAGAT 
GAGGACAAAA ATGTTAAAGC TGGTGCTCAA GCTGCGTTAC AGGTATTCTT GACAAACTCA 
GCGAATGTTT TCTTATTGGA ACCATGCATT GAAGTCCCTG TGCTTTTGAA GGAGCAAGTT 
GATGCTTGCA AAGCAGTTCT GAGTATCTTT AGGCGCATGA TAATGGAACT ATCAATGAAT 
AAGAAGACAT GGGAACAGAT GTTACAGATA CTCCTTAGAA TAACAGAAGC TGTGATGCAG 
AAGCCAAAAG AAAACCAAAC AGAGGATACG TTCGCTCAAA GCATGTCAGG ATTACTTTTC 
CGAACCCTCA TTGTGGCTTG GGTCAGAGCA AACCTGAGCG TTTACATTTC TCGGGAGCTG 
TGGGATGAGC TGCTCAGTGT TCTGTCTGCC CTGACAGACT GGGAGGAGCT CATAAATGAG 
TGGGCCAATA TCATGGACTC TCTAACAGCG GTGCTAGCAA GGACCGTGTA TGGGGTGGAA 
ATGACAAACT TGCCATTGGA TAAGCTCAGT GAACAAAAGG AAAAAAAGCA GAGAGGAAAA 
GGTGGCATTT TAGAGCCTCA GAAGACAGCT GTAGTGGGAA GATCTTTTTC ATTAAGTTGG 
AAAAGTCATC CTGAAGTTGT GGAACCAATG AGGTTCAGAA GTGCTACAAC TTCTGGAGCC 
CCAGGAGTTG AGAAAGCAAG AAATATTGTT CGTCAGAGAG CAACAGAAGT TGAAGAATCT 
CAACAGCTGG AAAATTCAAC AGGCCTATTT GCAGACCAAG AGCAGCAGCT AACTCGAAGT 
AGCAGCACTT CAGATATTAC AGATCAGTTC CCATCTGATT TTTTTCAAGG TAAAAAGACT 
GGAAGTTCTC ATAATTTAAC TCCTTCAGAC TCCAAATCAG TTCAGGAAAA TAAGGGATAT 
ACAAAGAAGG AACATGAAGC TGAGCAAGTA CTAGTACGAA GAAGCAGTAG TACAGCTGAA 
TTAGATTTGA AAGTAGACTT GCAGCAATCA CATGGAAATC AGAGAGAGAG AGAAAAAAGT 
GAAAGCATTA GCAGTGACAC ATCCAATGGC TATAATAATG AAGTAGAGAT CGCACTTATC 
CCCTGGCAAG CTTCTGAAGA AGACCATGAA GTTAATGCAT CAGCAGATGT TTGTGTGGAT 
CCTGATGCAC CTCGCTGGCT TCAGCTTAGT CCTTCAGATA CTGCAAATTT AACAGACAGT 
AGTGAATTCC TTGCTGATGA CTGCAGTATA ATTGCTGGTG GAAGCCTTAT CGGTTGGCAT 
CCTGATTCTG CTGCTGTGCT ATGGAGGAGG ATCTTGGGAA TTCTTGGAGA TGTGAACAAT 
ATACAGTCAC CTAAAATCCA TGCGAAAGTT TTTGGGTATC TTTATGAGTT GTGGTATAAA 
CTTGCAAAGA TACGGGACAA CCTTGCTATA AGCGTGGACA ATCAGTCTAC TCCCTCTCCT 
CCTGTCTTGA TCCCTCCTCT CAGAATATTT GCATCATGGT TGTTCAAGGC AACCACCCTG 
CCAAATGAAT ATAAGGAAGG CAAACTTCAG GCATACAGGC TGATCTGTGC TATGATGACT 
AGGCGTCAAG ATGTTCTGCC AAATTCTGAT TTCCTGGTTC ATTTTTATTT TGTGATGCAC 
CTTGGCTTAA CAAGTGAAGA CCAGGATATC TTAAATACTG TCATAAAGCA CTGCCCACCT 
TGGTTTTTCT TCCTGGGCTT ACCTGGCTTT ACAATGCTGA TAGGAGACTT CATTACCGCA 
GCGGCCAGGG TTCTGAGCAC AGACATGCTA GAGGCTCCCC GTTCAGAAGC TCACACCATC 
CTTGGTTCTC TTGTTTGCTT TCCAAATATC TACCAAGAAA TCCCACTGTT GCGGCCCATT 
TCAGAAGCCG GTGAAATCAT CGCAGGAACT GCAGATGTGA AGTGTTACCT CATAAATATT 
TTATTGAAGA ATGCTACAGA GGAGCCAAGT GAAGGTGCAA GATGCATAGC CATTTGTGGC 
CTTGGAGTTT GGATATGTGA AGAACTAACG CAGTGCACAA ACCACCCCCA AGTGAAGGAA 
GCAATCAATG TCATAGGTGT GACACTGAAG TTTTCTAATA AACTGGTAGC TCAGGTAGCC 
TGTGATGTTC TTCAGCTGCT GGTTTCTTAC TGGCAAAAGC TTCAGAAGTA CGAATCCTCT 
CTGTCCAGAA AAATTACTGA AATCCTTGTG GCCACTATTG CATTTCTTTT GCCGAGTGCT 
GAATACTCCT CTGTGGAAGC AGATAAAAAG TTTATAGTTT CACTGCTACT TTGCTTGTTG 
GATTGGTGTA TGGCATTACC CATGAAAATG CTACTGGAGC CGGTGTCTGC TGGTGTTCTT 
GAAGATCAGC ATGCATCCAA AGCTCCTTTA CTGGACTATA TTTACAGAGT TCTGCACTGT 
TGTGTGAATG GCTCCAGCAC GTACACTCAG CAAAGCCATT ATGTGCTGAG TCTGGCAGAT 
CTCTCGTCCA GTGATTACGA CCCATTTTTG CCACTGGGGA GTGTCAAGAG CTCTGAGCCA 
GCCCAGTGCC ACTCCTCCAC GGATTTGGGC AACCTGCTCA CTGTCGCTGA GGAAAAAAAA 
AGGAGGAATT TAGAATTGAT ACCTTTAACA GCACGGATGG TTATGACTCA CCTGGTGAAT 
CACCTGAGCC ACTACCCACT CAACGGAGGC CCTGCCATTC TTCACAGTCT CCTTAGCGAG 
AACCACGACA ACTCCTATGT GGAGTCCTCC GAGCTGTCCT CAGAAGTCTT CCGGAGTCCC 
AACCTGCAGC TCTTCGTATT TAATGACAGT ACTCTTATAT CTTACCTCCA AATCCCTACA 
GAGAAGACGA CGAACACTGA GCCAGCAGCA ACCCCTTCGG ACGTAAGGGT AATTGTCAGA 
GATATCTCAG GGAAGTACTC TTGGGATGGG AGAATATTGT ATGGACCTCT GGAGGGCTGC 
CTTCCACGGC AGAGCAGAAC GAATGCATTT GTGATCTCAG GCAACCCTGA GCACCACTTC 
ATTTCCCAGA AAGACATTTT TCAGGTGGAA GAAGGAGAAG ACGCTCTCGA CCAATTGCTG 
GAAAAGATTG CTAACACCAG TCCTGAATGC CTTTTACATC CCCAACGAAA GCTGAATGAG 
CCATCGCCGC CACCCTTTGG TATGAGCTAC GACCAAGAGA ATGCAATCAC TGAAGCCCTG 
ATGAGGCAGA GCGACCAGGA AAAAGAGTAT ATATTTAAAT GCAGCTCGGA CTTCAGTATG 
AAGGTGGCCC GTCAAGAAGA ACCACGTCCT GCTGAACCTC AAGCATCCTT TTATTTCTGT 
CGGCTGTTGC TAAATGACTT GGGAATGAAC TCCTGGGACA GAAGGAAAAG CTTTCATCTT 
CTTAAGAAAA ATTCAAAATT ACTGCGAGAA CTGAAAAATC TGGATTCCCG CCAATGCCGT 
GAAACTCACA AGATTGCAGT GTTTTACATT GCAGAAGGAC AGGAGGACAA ATGTTCAATA 
CTGTCCAATG CAAGGGGAAG CCAGGCATAT GAAGATTTTG TTGCTGGACT GGGCTGGGAG 
GTTGATCTTT CAACACACGG TGGGTTTATG GGTGGCCTGC AGCGCAATGG CAGCACAGGA 
CAAACGGCAC CCTATTATGC TACCTCTACT GTGGAAATAA TTTTTCATGT GTCTACAAGA 
ATGCCATCAG ATTCAGACGA TTCACTGACC AAAAAGCTTC GTCACTTGGG AAATGATGAG 
GTTCACATCG TCTGGTCTGA ACACACCAGG AACTACCGCA GAGGCATTAT ACCAACAGAT 
TTTGGAGATG TTTTAATTGT TATTTATCCA ATGAAGAATC ACATGTTTTT CATAGAGATA 
ATGAAGAAAC CAGAGGTGCC ATTTTTTGGT CCTCTCTTCG ATGGAGCAAT CGTGACTGCA 
AAACTGCTGC CAAGCCTCAT ATGTGCCACG TGCATCAATG CCAGCAGAGC CGTCAAGTCA 
CTCATCCCGC TCTACCAGAG CTTTTATGAG GAGAGAGCTC TGTATCTCGA AGCAATAATC 
CAGAACCATA AAGAAGTAAT GACATTTGAG GATTTTGCTG CTCAGGTCTT TTCTCCCTCT 
CCCAGCTACT CCCTTGGTGG AACTGGCTGC CTCACCACAA GTGCAAGCGC TGACCTTACT 
GTCTCCATAG GAATAGAGTT AGCAGACCAG ACCTCGCCCA CGTTACCACG CGCCTCGAAG 
AGCAGAGTCT CCGGGAAGCT TCGCCGCTCC GCCAGTGCTC TCAGCAAGTC TTCCAACTGA

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

RefSeq	XP_011600066.1
CDS	37..5796
Translation	MFSRKGHADVRKSTQKALDPKRDVLTRLKHLRALLDIVDGTDLKQFFENNYSQIYFIFYENFITLENSLKQKGNKSQREELDSILFLFEKILQLLPERIFYRWHFRSIGSILKKLLHTGNSLKIRCEGIRLFLLWLQALQTNCAEEQILIFACLVPGFPPIMSSRGPCTLDNLISPPNLPDAKIFPEEITPLLPAVSGEKIAEDQTCYFLQLLLKYMVIQAASLEWKNKENQDTGFKFLFTLFRKYYLPHLFPSFTKLTNLYKPVLDIPDIRPRPVYITATRNNENVYSTKIPYMAARVVFIKWLVTFFLEKKYLTAVQNTKNGGEMLPKIIQTVGVVNQDKNAELETSMSYASEQERSHSNSSTLSDRRLSNSSLCSIEEQHRTVYEMVQRILLSTRGYVNFVNEVFRQAFLLPPSDVSATRKVVKVYRKWILQEKPVFMEEPDKKEDSQDAVVNLEDSSVQTDGKHLSSDHSGHKRSSSWGRTYSFTSAVSRGCILEDEDKNVKAGAQAALQVFLTNSANVFLLEPCIEVPVLLKEQVDACKAVLSIFRRMIMELSMNKKTWEQMLQILLRITEAVMQKPKENQTEDTFAQSMSGLLFRTLIVAWVRANLSVYISRELWDELLSVLSALTDWEELINEWANIMDSLTAVLARTVYGVEMTNLPLDKLSEQKEKKQRGKGGILEPQKTAVVGRSFSLSWKSHPEVVEPMRFRSATTSGAPGVEKARNIVRQRATEVEESQQLENSTGLFADQEQQLTRSSSTSDITDQFPSDFFQGKKTGSSHNLTPSDSKSVQENKGYTKKEHEAEQVLVRRSSSTAELDLKVDLQQSHGNQREREKSESISSDTSNGYNNEVEIALIPWQASEEDHEVNASADVCVDPDAPRWLQLSPSDTANLTDSSEFLADDCSIIAGGSLIGWHPDSAAVLWRRILGILGDVNNIQSPKIHAKVFGYLYELWYKLAKIRDNLAISVDNQSTPSPPVLIPPLRIFASWLFKATTLPNEYKEGKLQAYRLICAMMTRRQDVLPNSDFLVHFYFVMHLGLTSEDQDILNTVIKHCPPWFFFLGLPGFTMLIGDFITAAARVLSTDMLEAPRSEAHTILGSLVCFPNIYQEIPLLRPISEAGEIIAGTADVKCYLINILLKNATEEPSEGARCIAICGLGVWICEELTQCTNHPQVKEAINVIGVTLKFSNKLVAQVACDVLQLLVSYWQKLQKYESSLSRKITEILVATIAFLLPSAEYSSVEADKKFIVSLLLCLLDWCMALPMKMLLEPVSAGVLEDQHASKAPLLDYIYRVLHCCVNGSSTYTQQSHYVLSLADLSSSDYDPFLPLGSVKSSEPAQCHSSTDLGNLLTVAEEKKRRNLELIPLTARMVMTHLVNHLSHYPLNGGPAILHSLLSENHDNSYVESSELSSEVFRSPNLQLFVFNDSTLISYLQIPTEKTTNTEPAATPSDVRVIVRDISGKYSWDGRILYGPLEGCLPRQSRTNAFVISGNPEHHFISQKDIFQVEEGEDALDQLLEKIANTSPECLLHPQRKLNEPSPPPFGMSYDQENAITEALMRQSDQEKEYIFKCSSDFSMKVARQEEPRPAEPQASFYFCRLLLNDLGMNSWDRRKSFHLLKKNSKLLRELKNLDSRQCRETHKIAVFYIAEGQEDKCSILSNARGSQAYEDFVAGLGWEVDLSTHGGFMGGLQRNGSTGQTAPYYATSTVEIIFHVSTRMPSDSDDSLTKKLRHLGNDEVHIVWSEHTRNYRRGIIPTDFGDVLIVIYPMKNHMFFIEIMKKPEVPFFGPLFDGAIVTAKLLPSLICATCINASRAVKSLIPLYQSFYEERALYLEAIIQNHKEVMTFEDFAAQVFSPSPSYSLGGTGCLTTSASADLTVSIGIELADQTSPTLPRASKSRVSGKLRRSASALSKSSN

Target ORF information:

RefSeq Version	XM_011601764.1
Organism	Aquila chrysaetos canadensis
Definition	Aquila chrysaetos canadensis Ral GTPase activating protein, alpha subunit 2 (catalytic) (RALGAPA2), mRNA.

Target ORF information:

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

XM_011601764.1

ORF Insert Sequence:

ATGTTCTCCA GGAAGGGCCA CGCCGATGTC AGGAAATCCA CCCAGAAGGC GCTGGACCCC 
AAGCGGGACG TACTCACCCG CCTCAAGCAC CTCCGGGCGC TGCTGGATAT TGTGGATGGA 
ACTGACCTGA AGCAATTTTT TGAGAACAAT TATTCTCAAA TTTATTTTAT ATTCTATGAA 
AACTTCATAA CACTGGAAAA CAGCTTGAAA CAAAAAGGGA ATAAATCACA AAGGGAGGAG 
CTGGACTCCA TTCTCTTTCT TTTTGAAAAA ATATTGCAGC TACTACCTGA GAGGATTTTT 
TATCGATGGC ATTTTCGCAG TATAGGGTCG ATTCTGAAGA AACTTTTGCA CACTGGAAAT 
TCTCTCAAGA TAAGATGTGA AGGAATCCGA CTGTTTCTTC TTTGGCTTCA AGCTCTTCAG 
ACTAATTGTG CGGAAGAGCA GATATTAATA TTTGCATGCC TTGTGCCTGG CTTCCCACCC 
ATTATGTCTT CACGAGGTCC CTGTACACTA GATAACCTCA TTAGTCCTCC TAATTTGCCA 
GACGCTAAGA TTTTTCCAGA AGAAATAACC CCACTTTTGC CAGCTGTCTC TGGAGAGAAA 
ATCGCTGAAG ACCAAACCTG CTATTTTCTT CAGCTACTGT TAAAATACAT GGTAATTCAG 
GCTGCAAGCT TAGAGTGGAA GAATAAGGAG AACCAAGACA CTGGTTTTAA GTTTCTCTTT 
ACCTTGTTTA GAAAATACTA TCTTCCTCAC TTGTTTCCAT CTTTTACAAA GCTAACCAAC 
CTCTACAAAC CTGTTCTTGA TATTCCTGAT ATAAGACCAA GACCAGTATA CATTACTGCA 
ACACGAAACA ATGAAAATGT CTATAGCACA AAAATCCCAT ATATGGCAGC TCGAGTTGTT 
TTTATTAAGT GGCTTGTTAC TTTCTTTCTT GAAAAGAAAT ACTTAACTGC TGTTCAGAAT 
ACAAAAAATG GAGGAGAAAT GCTCCCTAAA ATTATTCAGA CTGTTGGTGT TGTAAACCAA 
GATAAAAATG CAGAGCTGGA AACCAGTATG TCTTATGCAA GCGAGCAGGA GAGAAGCCAT 
TCTAACAGCA GCACCTTGTC CGACAGAAGG CTCAGCAATT CCAGCCTCTG CAGCATCGAA 
GAGCAGCACC GGACTGTCTA TGAGATGGTG CAGAGAATCC TCTTATCCAC TCGAGGATAT 
GTTAACTTTG TTAATGAGGT GTTTCGACAA GCTTTTTTAT TGCCACCTTC TGATGTATCT 
GCAACACGAA AAGTGGTTAA GGTCTATCGA AAGTGGATAC TGCAAGAGAA ACCTGTGTTC 
ATGGAGGAGC CAGACAAAAA GGAAGACAGT CAGGATGCTG TTGTCAACTT AGAGGATTCA 
TCAGTGCAAA CGGATGGTAA ACATCTTTCC TCTGACCATT CAGGACATAA GCGCTCATCC 
AGCTGGGGAA GAACATACTC CTTTACCAGT GCTGTTAGCA GAGGATGTAT ATTAGAAGAT 
GAGGACAAAA ATGTTAAAGC TGGTGCTCAA GCTGCGTTAC AGGTATTCTT GACAAACTCA 
GCGAATGTTT TCTTATTGGA ACCATGCATT GAAGTCCCTG TGCTTTTGAA GGAGCAAGTT 
GATGCTTGCA AAGCAGTTCT GAGTATCTTT AGGCGCATGA TAATGGAACT ATCAATGAAT 
AAGAAGACAT GGGAACAGAT GTTACAGATA CTCCTTAGAA TAACAGAAGC TGTGATGCAG 
AAGCCAAAAG AAAACCAAAC AGAGGATACG TTCGCTCAAA GCATGTCAGG ATTACTTTTC 
CGAACCCTCA TTGTGGCTTG GGTCAGAGCA AACCTGAGCG TTTACATTTC TCGGGAGCTG 
TGGGATGAGC TGCTCAGTGT TCTGTCTGCC CTGACAGACT GGGAGGAGCT CATAAATGAG 
TGGGCCAATA TCATGGACTC TCTAACAGCG GTGCTAGCAA GGACCGTGTA TGGGGTGGAA 
ATGACAAACT TGCCATTGGA TAAGCTCAGT GAACAAAAGG AAAAAAAGCA GAGAGGAAAA 
GGTGGCATTT TAGAGCCTCA GAAGACAGCT GTAGTGGGAA GATCTTTTTC ATTAAGTTGG 
AAAAGTCATC CTGAAGTTGT GGAACCAATG AGGTTCAGAA GTGCTACAAC TTCTGGAGCC 
CCAGGAGTTG AGAAAGCAAG AAATATTGTT CGTCAGAGAG CAACAGAAGT TGAAGAATCT 
CAACAGCTGG AAAATTCAAC AGGCCTATTT GCAGACCAAG AGCAGCAGCT AACTCGAAGT 
AGCAGCACTT CAGATATTAC AGATCAGTTC CCATCTGATT TTTTTCAAGG TAAAAAGACT 
GGAAGTTCTC ATAATTTAAC TCCTTCAGAC TCCAAATCAG TTCAGGAAAA TAAGGGATAT 
ACAAAGAAGG AACATGAAGC TGAGCAAGTA CTAGTACGAA GAAGCAGTAG TACAGCTGAA 
TTAGATTTGA AAGTAGACTT GCAGCAATCA CATGGAAATC AGAGAGAGAG AGAAAAAAGT 
GAAAGCATTA GCAGTGACAC ATCCAATGGC TATAATAATG AAGTAGAGAT CGCACTTATC 
CCCTGGCAAG CTTCTGAAGA AGACCATGAA GTTAATGCAT CAGCAGATGT TTGTGTGGAT 
CCTGATGCAC CTCGCTGGCT TCAGCTTAGT CCTTCAGATA CTGCAAATTT AACAGACAGT 
AGTGAATTCC TTGCTGATGA CTGCAGTATA ATTGCTGGTG GAAGCCTTAT CGGTTGGCAT 
CCTGATTCTG CTGCTGTGCT ATGGAGGAGG ATCTTGGGAA TTCTTGGAGA TGTGAACAAT 
ATACAGTCAC CTAAAATCCA TGCGAAAGTT TTTGGGTATC TTTATGAGTT GTGGTATAAA 
CTTGCAAAGA TACGGGACAA CCTTGCTATA AGCGTGGACA ATCAGTCTAC TCCCTCTCCT 
CCTGTCTTGA TCCCTCCTCT CAGAATATTT GCATCATGGT TGTTCAAGGC AACCACCCTG 
CCAAATGAAT ATAAGGAAGG CAAACTTCAG GCATACAGGC TGATCTGTGC TATGATGACT 
AGGCGTCAAG ATGTTCTGCC AAATTCTGAT TTCCTGGTTC ATTTTTATTT TGTGATGCAC 
CTTGGCTTAA CAAGTGAAGA CCAGGATATC TTAAATACTG TCATAAAGCA CTGCCCACCT 
TGGTTTTTCT TCCTGGGCTT ACCTGGCTTT ACAATGCTGA TAGGAGACTT CATTACCGCA 
GCGGCCAGGG TTCTGAGCAC AGACATGCTA GAGGCTCCCC GTTCAGAAGC TCACACCATC 
CTTGGTTCTC TTGTTTGCTT TCCAAATATC TACCAAGAAA TCCCACTGTT GCGGCCCATT 
TCAGAAGCCG GTGAAATCAT CGCAGGAACT GCAGATGTGA AGTGTTACCT CATAAATATT 
TTATTGAAGA ATGCTACAGA GGAGCCAAGT GAAGGTGCAA GATGCATAGC CATTTGTGGC 
CTTGGAGTTT GGATATGTGA AGAACTAACG CAGTGCACAA ACCACCCCCA AGTGAAGGAA 
GCAATCAATG TCATAGGTGT GACACTGAAG TTTTCTAATA AACTGGTAGC TCAGGTAGCC 
TGTGATGTTC TTCAGCTGCT GGTTTCTTAC TGGCAAAAGC TTCAGAAGTA CGAATCCTCT 
CTGTCCAGAA AAATTACTGA AATCCTTGTG GCCACTATTG CATTTCTTTT GCCGAGTGCT 
GAATACTCCT CTGTGGAAGC AGATAAAAAG TTTATAGTTT CACTGCTACT TTGCTTGTTG 
GATTGGTGTA TGGCATTACC CATGAAAATG CTACTGGAGC CGGTGTCTGC TGGTGTTCTT 
GAAGATCAGC ATGCATCCAA AGCTCCTTTA CTGGACTATA TTTACAGAGT TCTGCACTGT 
TGTGTGAATG GCTCCAGCAC GTACACTCAG CAAAGCCATT ATGTGCTGAG TCTGGCAGAT 
CTCTCGTCCA GTGATTACGA CCCATTTTTG CCACTGGGGA GTGTCAAGAG CTCTGAGCCA 
GCCCAGTGCC ACTCCTCCAC GGATTTGGGC AACCTGCTCA CTGTCGCTGA GGAAAAAAAA 
AGGAGGAATT TAGAATTGAT ACCTTTAACA GCACGGATGG TTATGACTCA CCTGGTGAAT 
CACCTGAGCC ACTACCCACT CAACGGAGGC CCTGCCATTC TTCACAGTCT CCTTAGCGAG 
AACCACGACA ACTCCTATGT GGAGTCCTCC GAGCTGTCCT CAGAAGTCTT CCGGAGTCCC 
AACCTGCAGC TCTTCGTATT TAATGACAGT ACTCTTATAT CTTACCTCCA AATCCCTACA 
GAGAAGACGA CGAACACTGA GCCAGCAGCA ACCCCTTCGG ACGTAAGGGT AATTGTCAGA 
GATATCTCAG GGAAGTACTC TTGGGATGGG AGAATATTGT ATGGACCTCT GGAGGGCTGC 
CTTCCACGGC AGAGCAGAAC GAATGCATTT GTGATCTCAG GCAACCCTGA GCACCACTTC 
ATTTCCCAGA AAGACATTTT TCAGGTGGAA GAAGGAGAAG ACGCTCTCGA CCAATTGCTG 
GAAAAGATTG CTAACACCAG TCCTGAATGC CTTTTACATC CCCAACGAAA GCTGAATGAG 
CCATCGCCGC CACCCTTTGG TATGAGCTAC GACCAAGAGA ATGCAATCAC TGAAGCCCTG 
ATGAGGCAGA GCGACCAGGA AAAAGAGTAT ATATTTAAAT GCAGCTCGGA CTTCAGTATG 
AAGGTGGCCC GTCAAGAAGA ACCACGTCCT GCTGAACCTC AAGCATCCTT TTATTTCTGT 
CGGCTGTTGC TAAATGACTT GGGAATGAAC TCCTGGGACA GAAGGAAAAG CTTTCATCTT 
CTTAAGAAAA ATTCAAAATT ACTGCGAGAA CTGAAAAATC TGGATTCCCG CCAATGCCGT 
GAAACTCACA AGATTGCAGT GTTTTACATT GCAGAAGGAC AGGAGGACAA ATGTTCAATA 
CTGTCCAATG CAAGGGGAAG CCAGGCATAT GAAGATTTTG TTGCTGGACT GGGCTGGGAG 
GTTGATCTTT CAACACACGG TGGGTTTATG GGTGGCCTGC AGCGCAATGG CAGCACAGGA 
CAAACGGCAC CCTATTATGC TACCTCTACT GTGGAAATAA TTTTTCATGT GTCTACAAGA 
ATGCCATCAG ATTCAGACGA TTCACTGACC AAAAAGCTTC GTCACTTGGG AAATGATGAG 
GTTCACATCG TCTGGTCTGA ACACACCAGG AACTACCGCA GAGGCATTAT ACCAACAGAT 
TTTGGAGATG TTTTAATTGT TATTTATCCA ATGAAGAATC ACATGTTTTT CATAGAGATA 
ATGAAGAAAC CAGAGGTGCC ATTTTTTGGT CCTCTCTTCG ATGGAGCAAT CGTGACTGCA 
AAACTGCTGC CAAGCCTCAT ATGTGCCACG TGCATCAATG CCAGCAGAGC CGTCAAGTCA 
CTCATCCCGC TCTACCAGAG CTTTTATGAG GAGAGAGCTC TGTATCTCGA AGCAATAATC 
CAGAACCATA AAGAAGTAAT GACATTTGAG GATTTTGCTG CTCAGGTCTT TTCTCCCTCT 
CCCAGCTACT CCCTTGGTGG AACTGGCTGC CTCACCACAA GTGCAAGCGC TGACCTTACT 
GTCTCCATAG GAATAGAGTT AGCAGACCAG ACCTCGCCCA CGTTACCACG CGCCTCGAAG 
AGCAGAGTCT CCGGGAAGCT TCGCCGCTCC GCCAGTGCTC TCAGCAAGTC TTCCAACTGA