AKAP11 cDNA ORF clone, Pelecanus crispus(Dalmatian pelican)

Gene
Clones
gRNAs

Summary

Gene Symbol	AKAP11
Entrez Gene ID	104025206
Full Name	A-kinase anchoring protein 11
Gene Type	protein-coding
Organism	Pelecanus crispus(Dalmatian pelican)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009493068.1	XP_009491343.1	A-kinase anchor protein 11

Pathways from BioSystems
Gene Ontology

The following AKAP11 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the AKAP11 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
OPe117828	XM_009493068.1 Latest version!	Pelecanus crispus A kinase (PRKA) anchor protein 11 (AKAP11), 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)

AKAP11 ( XM_009493068.1 ) cDNA ORF clone, Pelecanus crispus(Dalmatian pelican) -> XP_009491343.1 Pelecanus crispus A kinase (PRKA) anchor protein 11 (AKAP11), mRNA.

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CloneID	OPe117828
Clone ID Related Accession (Same CDS sequence)	XM_009493068.1
Accession Version	XM_009493068.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5763bp) 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	2014-10-05
Organism	Pelecanus crispus(Dalmatian pelican)
Product	A-kinase anchor protein 11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009066185.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Pelecanus crispus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 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##

ATGAGTTATC CTGTGAGAGA AGGAAAGGGT TGGAATCATT ATGTTGAGGA AGAGGAAAGG 
ATTACATTTA TAGGTTTTGC TGAAGAGATG GGTACTGCTC ATTTGCAGGA GTTGGCAGCT 
GTTTCTGCAG AGCTCCCAGA TGTTCTGAAA TCGCTCCAGC TGTGCAAACT AAAAGAAAAT 
GAGGTTATGT TTCTAAAAGA TGTAAAGAAA ACCTTGGCAA AACCTTATGT CATGAAACAT 
CAGAATCAAC TTCCTGAAGT GTTTTGTGTG ATGAGACTGT CTCCTTCATT CCCAAGGATC 
AAAGTTGATT ATATATTTAC CTTGCTGAGC AAGTATACCA CAGGCATAAG ATATGCAGTG 
GAAATAAACT CATCGCAAAA ACATCAAACA GAGACATCCC ATGGAGAAGA TGATGACACT 
AATCAGTCAG TTTCTTCAAT TGAAGATGAT TTTGTCACTG CTTTCGAACA CTTAGATGAA 
GATGAGCCTT CAAAGATACA AAGTGCTGGT GCGTGCAGCT TGACTTCTCG AAACCATCGA 
GATGCTGCTT CACAGACCAT CCCTGCTCAA TGTTTAGAAG CTGTTGACTC AAAGATCCTT 
GTGGGTTCTG CACGTCGAAA GTCGTCTGCC AGATCTTCTA CTTTGATTGA TATTTTGGGA 
CTTAAGGAAC TGTCCTCAGT AAAAAATTCA GTTACAACCT CAATTTCTGA TCCTTGGATA 
CAAAGGAGTT TCTATAAGCC ATATAATCCT TCTGATCAAG GTGTTAATTT TTTATGTAAA 
ACATTGTTTT CCTCCTCTCC AGCTGAGTCC TCTGAGTCAG ATTGCTCCAG CCCAAGCCCC 
ATCATCTTCT TAGATGAAGA AGGGTATCAA AAAAGTTTGA AGGCAAAACT TCAGCTGCCA 
AAAATTCCAG TAGTGAAAGA TGGTATAGAG GATTCGGACT CAGAAGTAAG TGAATTTTTT 
GATAGTTTTG ATCAGTTTGA TGAGCTGGAA CAAGCCTTGG AAAACTCTTG TAAAGTTATT 
AGGGATCCCA TCCTAGGGAA TCCCTCCCAG AAAAGGAGGA CTGCACATGA ACAATTGTCT 
TTTGCAAGCA TTACAATGAA TCCTCAGAAA TTCAAGTTTG ATCGTCCCAC TCTCCCAGCC 
AATGTAAAGA AACCAACTCC TCGTAAACCA GAATCACCAT ATAGCAGTGT CTTTGATGTC 
CCGGATTCCC CTCGCCCAGT TAAAACATCG GGGGAAGAGA ATGGAGGCTT GTTCAGCCCT 
ATTAGATCAT CGGCTTTCAG CCCACTAGGG AGCTGTGGTT CTTCTGAATG TTTATGTCGA 
ATTAATCTTG GTGGAGATGG GACAGGTCAA AATCACCATG ATGCAGTTTA TAATAGTTAT 
TCAGCATACG CTGATAGTGT TTCATTTGAA ATACTGGGTT CTGTTTTTCA TTCCGAGTCC 
TCATCGGAAC AGGTATGTGC AAGAAATGAT TTGAAACACA AAGGGATTGC ATTGAAAGAG 
AAAAAAGGTC AAGCTGCAGA TCTCAAAATG AAGACTGGTA AGGAATCAGA TAAACAAGCA 
AAATCTAAAC ATAAATCATT AATGATTAGA GATAGCATTC AAAAATTTGC AACTGAATTA 
GTTGAAAAAA GTTTTGGCAG TGCATTTAAA GACCTGCAAA AAGGCGTTTC TTCATGCACC 
AATGCACTTT GTCATTTGGC TGCTAGGTTA ACTTCTTCAG TCTTTCAGAT GGCTTTTTAT 
GAGATTGGAA GACGTAGAGC AATCTCCCTG AAGGAGCGTG CCATTAATGG GATAGCCAGC 
TTTTTGGTGA GTGAAGCTAT AACTGGTGCT TTGAAAGAAC TGCGGCACGT AAAGAAACAA 
ATATTTACCA ACACCGTTGC ACGGTTTGCG GCAGACCTTG CTGAAGAACT TGTGTTTGAA 
GGAATCATGG AAGTATGCCA GTTTTCATAT CCATCGACAC CTACAGCTGC ACAGCCTTCA 
TCATTTGATT ATGAAGACAA AGTGGTAAGA TCCTATGCCA GAGATTTGTC TGAATCTGTC 
ATTCAGGAGG CTTTTATTGA ACTATCTCAG GTTGATGTGA CCTTCACAAC ACAAGCAGCC 
ATTAGTGTTT CCATGGACAA CATTAAATAT GTGAGCGCAG AAAGTACGTT AGAGTCAACA 
CGGACTTCCA CGGTTTTTCC TAATTTTAAT GATAGGGTAG CACTGAAGCC AATCCAAGAT 
TCCAAGAAGG AATACACAGT ACAGCAAGCT CTATTTTGCA CCTCTGGTGT TGTAAGTTCA 
ATACCTGTGC CCTTAGCTGG AAGAGCTCTT TGTCAACATC AGGTTTCCTC TGATGCTTAT 
AAAGCAAGAG TATCCACTGC TCCGAATTCT GATGACAATA TGAAAATATA CAAAGATGCC 
ACTCATCCAT TTTTCACAAG CAGAAAGAGA GAGGAGGAAG TTGCTTCTTT CAGAAATATA 
TACCTGACTT CCGATCACAG TCAAAGTGCT GAAAATACTT CATCACTCTT ATATAACCAA 
AATGATATCA AACAAACAAA TAACAGATCT GGAATGAACA ATAATTCAGA ATTAACAGGA 
GCGTCAAAAG GCATTAATAC TTTCTCTGGA ACTATGGTAG ATATGATAGT AAATGAAGCT 
TATGAAGCCA TAACCTCATC TAGAGTAACT AAAGCAGTGG AAGAGTATAC AGATTTTTTA 
ACAAGAAAAA TAATAGATAA AAAACCTTAT GTGCAATGTG TTGATGAAGA TTTCCCCAAG 
AATGTGTTTG CAGATCACTT GGCCAAGTAT GTCATAACAC AATCTGTGGA TGAAAGTAAA 
AACGTGTTAT GCAACACTAG TGAGAATTTA CCATGTAATG TGAGCTCACA CGCTTATGCA 
GGTATCGGTA GAAAAGAACA ATGTGTGATA AAGAAGCAAG AGGCTGAGAA ACAAAGTAAT 
GTTTCTATAA TTGTGGAACA ACAGCAGATG CCTTTGAATA ATCCATGTAA ATTTCTTCTT 
ACTCCAACTC ATTCTGTTCA GTGTTTTTCA GAATCTAAAG ATTGTTGGCA GGAACAAAAA 
GGACACAGGT TTTCTTCAAA ATCACCACCG CCTTGTTCCA CTGTGACTTT TGCCAGGCAT 
GTTCTAGAGG ACTTTACTGA CTCGGGAAGC TGCTCAATAA CATACTTAAA CAAGCCCTCA 
AAAAACCATG ATACTCTGAA ACCATCATCA GGACCTTTGA CTTACAGGCA GGCTGATTGT 
TTTCTGCATA CAAATAGCTT TTCTTCAGTG GTGTTCGGCA GTGAAGATGC TTTGCAGATG 
GAAGATAAAT CAAGTCTCAA AGATGGAAAT ACCTGTGTAA TGCCTGATAC ACCCCCACCA 
ACTCCTTTAG TACCATGTCA AGGTAGTTCT GAAAGAAACC TAAGAAAACT GTCTAAGAAA 
CTCAAGGGAG AATTAGCAAA AGAATTTGCA CCTGCAACAC CACCTTCTAC ACCATACAAT 
CCATCTGTTA CTGGTTTATC TGAAACTGAA CATGACTCTT TGGAAAATGA GGAATTTATG 
CTGAAACTTA TGCGGTCGCT TTCTGAAGAA GTGGAAAGTA GTGAAGATGA AGATCATTCT 
GAAATGCCTG TTGAGAAAGA GCAGCATTCA GAAAAAACAA TTCAGTATGC AGATTGCTTA 
GCTAGCCATA TAATTTCAGT AGCGACTGAA ATGGCTGCTT CCCATTTAGA TGGTAAAACA 
AATGAAAGAG ACGCTGATAG GCAGGTTCAG TTAGGTATGC AAAACAAAAG ATGTGGATAT 
GCTGCATTTA TAAATATCCC AGAAGAGACG TGCAGTTCTT TATGGAATTA TGCAGGTGAT 
ATGGCAGGGA AAGTCATCAA TGAGGCCAAG AAAATAGTGA AATCAAGGCA TTGTAAACTG 
TTGAAGTTGA AGCGCGTTAA CTGTCAGGTG GATTGCCTTT ATCTGAGAAG AGGCGATAAA 
GATTATAGTT CAAAAGAACA GTGTGGTCCA GTGCGGGACC AGTGGCTGGG GGAGAAGGAT 
TCATCTGTAC TTCCTTTACC ACAAGGTTCA GGCATGACAG GTTTGACTTC CAAATACCCA 
AGCTGTGAGA GTGTGACTGA TGAATATGCA GATCATATTA TTCGAGTTTT GAAGAGAGAA 
GGTGGTGATG CTGAACTGTT GATGGATCAG TATGCTAGCA GACTTGCTTA CAGGTCTGTC 
AAATCAGGCT TACAGCAAGC TGCTAGAAAA ACTAAATTGA GATACAACAG AAAGACGTTT 
CCTGGGCAAA ATGCACAGGT AAATGGTAAG CTGGAGCTGA TCAAAGCAGT CAATAAAGAT 
GCAGTACAGC AGGTGAAAAG CAGCATTCAT TGCTGTGAAG ACCAACCATA TGAAAGGAGT 
ATTGGCACAC AGAGAACAGA ATGCACAGAG TTGTTACATT TTTCAGAATC CCTTGCTCGC 
AGTATCACTT GTGATGTCAG GAAGAAATTG AAAATGTCGG GAGCATGTTT GCCAAAGTCT 
CTAACAGATT CCTGTCTGTA TAAAAAGACT GAATTTGATG AAGTCACAGG GGATCTTATT 
AAAACAAGAT TTTCTAGGAC ATTTCTTCCT TTCTCCCCGG ATCATAAACT GTATCATAGT 
ACAGGCAGTT TAAATGAAAA TGGCTACAGT GAAGGCATAA TTCAAGCTAT AGAACAATAC 
GCTAGGAAAG TAGCAGATGA TACTCTAGAA ATGAGTTTAG AGTCGGCTGT TCTCCATGTG 
GCTGAAAACA GAAAAAATGG GGATAGGCTC TCATATACTG AGAAACTGTC TCCTTTTTCT 
GGAACTGTCT GTAGATGCTG CAGTATGAAG GAACATCGGT ACTGTACAGA AAGTACATCT 
CATGATCTAC CCGCGCAAGA AGCCTCCATT CCAGTGAGGC ATTTTCTTCA TTCTGGATTA 
GGTGGTGCCT GTCAAAAATC AAGAGTGTTT CAGCTTGATA TTCCTAAAAT TCACGTTGAT 
GTAGAACAGA AGATGGTGTT TTCTGACAAG GGGGCTACTG CGGCCGTAGA GAAAGCAGGA 
GAACTGAGTT ACACAAGTAT GACAGCTGAC AGTGGTATTG GACAAGATGG AGTCAGTTTT 
GCTGAAAGCC TTACTACTGA AATAATGACA TCAGCTATGA CTAATATTGG TCAGGCAGTT 
AACATAAGCT CTGTTGGAAG AGAAGGATTT CATTCTGTTG AATCTGTTGT TAGCCAGCAG 
ATGAGTCTTA GTATTGGTGA TGATAGCACT GGGAGTTGGT CCAATCTAAG TTTTGAAGAT 
GAACATCCTG ATGAGAGCAG CAGTTTTCTT CACCTCAGTG ACAGTAATGG TAACAGCAGT 
AGCTGGAGCA GTCTTGGTTT AGAAGGTGAT ATGTATGAGG AGAATTTATC CTTTCCAACA 
TCAGACAGTG ATGGAACAGA AGATAAAGAT GAGGACTGCA AGGATGCTGT AGAAGGTTTG 
GAGCAAGCAC GAAAGACTTT AGCAATAGTG AATGTTGATC TGGAACCAAA TCTAGTGGAC 
CCCCAGCTCA GAGCAGCACT CCAGTGGCTG GCAGCTTCTG AAACAGAGGT GTCTGATCTT 
CACTTTCATG ACACTGCTAT AAGGGAATTT GTCTTTCTTT CCAGAAGACT GCGAGAAAGA 
GATTGGAAAG TTGGAGATCT CTTGCAAGCA GTGCTGAAAT ATTGTGAAAT GATAGAGAAG 
GCATGTGATG GAGACCAAGC TCTAAATAAG TCTTTGGTTG GCTGGCTTCT GGAAAATGTC 
TGA

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

RefSeq	XP_009491343.1
CDS	1..5763
Translation	MSYPVREGKGWNHYVEEEERITFIGFAEEMGTAHLQELAAVSAELPDVLKSLQLCKLKENEVMFLKDVKKTLAKPYVMKHQNQLPEVFCVMRLSPSFPRIKVDYIFTLLSKYTTGIRYAVEINSSQKHQTETSHGEDDDTNQSVSSIEDDFVTAFEHLDEDEPSKIQSAGACSLTSRNHRDAASQTIPAQCLEAVDSKILVGSARRKSSARSSTLIDILGLKELSSVKNSVTTSISDPWIQRSFYKPYNPSDQGVNFLCKTLFSSSPAESSESDCSSPSPIIFLDEEGYQKSLKAKLQLPKIPVVKDGIEDSDSEVSEFFDSFDQFDELEQALENSCKVIRDPILGNPSQKRRTAHEQLSFASITMNPQKFKFDRPTLPANVKKPTPRKPESPYSSVFDVPDSPRPVKTSGEENGGLFSPIRSSAFSPLGSCGSSECLCRINLGGDGTGQNHHDAVYNSYSAYADSVSFEILGSVFHSESSSEQVCARNDLKHKGIALKEKKGQAADLKMKTGKESDKQAKSKHKSLMIRDSIQKFATELVEKSFGSAFKDLQKGVSSCTNALCHLAARLTSSVFQMAFYEIGRRRAISLKERAINGIASFLVSEAITGALKELRHVKKQIFTNTVARFAADLAEELVFEGIMEVCQFSYPSTPTAAQPSSFDYEDKVVRSYARDLSESVIQEAFIELSQVDVTFTTQAAISVSMDNIKYVSAESTLESTRTSTVFPNFNDRVALKPIQDSKKEYTVQQALFCTSGVVSSIPVPLAGRALCQHQVSSDAYKARVSTAPNSDDNMKIYKDATHPFFTSRKREEEVASFRNIYLTSDHSQSAENTSSLLYNQNDIKQTNNRSGMNNNSELTGASKGINTFSGTMVDMIVNEAYEAITSSRVTKAVEEYTDFLTRKIIDKKPYVQCVDEDFPKNVFADHLAKYVITQSVDESKNVLCNTSENLPCNVSSHAYAGIGRKEQCVIKKQEAEKQSNVSIIVEQQQMPLNNPCKFLLTPTHSVQCFSESKDCWQEQKGHRFSSKSPPPCSTVTFARHVLEDFTDSGSCSITYLNKPSKNHDTLKPSSGPLTYRQADCFLHTNSFSSVVFGSEDALQMEDKSSLKDGNTCVMPDTPPPTPLVPCQGSSERNLRKLSKKLKGELAKEFAPATPPSTPYNPSVTGLSETEHDSLENEEFMLKLMRSLSEEVESSEDEDHSEMPVEKEQHSEKTIQYADCLASHIISVATEMAASHLDGKTNERDADRQVQLGMQNKRCGYAAFINIPEETCSSLWNYAGDMAGKVINEAKKIVKSRHCKLLKLKRVNCQVDCLYLRRGDKDYSSKEQCGPVRDQWLGEKDSSVLPLPQGSGMTGLTSKYPSCESVTDEYADHIIRVLKREGGDAELLMDQYASRLAYRSVKSGLQQAARKTKLRYNRKTFPGQNAQVNGKLELIKAVNKDAVQQVKSSIHCCEDQPYERSIGTQRTECTELLHFSESLARSITCDVRKKLKMSGACLPKSLTDSCLYKKTEFDEVTGDLIKTRFSRTFLPFSPDHKLYHSTGSLNENGYSEGIIQAIEQYARKVADDTLEMSLESAVLHVAENRKNGDRLSYTEKLSPFSGTVCRCCSMKEHRYCTESTSHDLPAQEASIPVRHFLHSGLGGACQKSRVFQLDIPKIHVDVEQKMVFSDKGATAAVEKAGELSYTSMTADSGIGQDGVSFAESLTTEIMTSAMTNIGQAVNISSVGREGFHSVESVVSQQMSLSIGDDSTGSWSNLSFEDEHPDESSSFLHLSDSNGNSSSWSSLGLEGDMYEENLSFPTSDSDGTEDKDEDCKDAVEGLEQARKTLAIVNVDLEPNLVDPQLRAALQWLAASETEVSDLHFHDTAIREFVFLSRRLRERDWKVGDLLQAVLKYCEMIEKACDGDQALNKSLVGWLLENV

Target ORF information:

RefSeq Version	XM_009493068.1
Organism	Pelecanus crispus(Dalmatian pelican)
Definition	Pelecanus crispus A kinase (PRKA) anchor protein 11 (AKAP11), mRNA.

Target ORF information:

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

XM_009493068.1

ORF Insert Sequence:

ATGAGTTATC CTGTGAGAGA AGGAAAGGGT TGGAATCATT ATGTTGAGGA AGAGGAAAGG 
ATTACATTTA TAGGTTTTGC TGAAGAGATG GGTACTGCTC ATTTGCAGGA GTTGGCAGCT 
GTTTCTGCAG AGCTCCCAGA TGTTCTGAAA TCGCTCCAGC TGTGCAAACT AAAAGAAAAT 
GAGGTTATGT TTCTAAAAGA TGTAAAGAAA ACCTTGGCAA AACCTTATGT CATGAAACAT 
CAGAATCAAC TTCCTGAAGT GTTTTGTGTG ATGAGACTGT CTCCTTCATT CCCAAGGATC 
AAAGTTGATT ATATATTTAC CTTGCTGAGC AAGTATACCA CAGGCATAAG ATATGCAGTG 
GAAATAAACT CATCGCAAAA ACATCAAACA GAGACATCCC ATGGAGAAGA TGATGACACT 
AATCAGTCAG TTTCTTCAAT TGAAGATGAT TTTGTCACTG CTTTCGAACA CTTAGATGAA 
GATGAGCCTT CAAAGATACA AAGTGCTGGT GCGTGCAGCT TGACTTCTCG AAACCATCGA 
GATGCTGCTT CACAGACCAT CCCTGCTCAA TGTTTAGAAG CTGTTGACTC AAAGATCCTT 
GTGGGTTCTG CACGTCGAAA GTCGTCTGCC AGATCTTCTA CTTTGATTGA TATTTTGGGA 
CTTAAGGAAC TGTCCTCAGT AAAAAATTCA GTTACAACCT CAATTTCTGA TCCTTGGATA 
CAAAGGAGTT TCTATAAGCC ATATAATCCT TCTGATCAAG GTGTTAATTT TTTATGTAAA 
ACATTGTTTT CCTCCTCTCC AGCTGAGTCC TCTGAGTCAG ATTGCTCCAG CCCAAGCCCC 
ATCATCTTCT TAGATGAAGA AGGGTATCAA AAAAGTTTGA AGGCAAAACT TCAGCTGCCA 
AAAATTCCAG TAGTGAAAGA TGGTATAGAG GATTCGGACT CAGAAGTAAG TGAATTTTTT 
GATAGTTTTG ATCAGTTTGA TGAGCTGGAA CAAGCCTTGG AAAACTCTTG TAAAGTTATT 
AGGGATCCCA TCCTAGGGAA TCCCTCCCAG AAAAGGAGGA CTGCACATGA ACAATTGTCT 
TTTGCAAGCA TTACAATGAA TCCTCAGAAA TTCAAGTTTG ATCGTCCCAC TCTCCCAGCC 
AATGTAAAGA AACCAACTCC TCGTAAACCA GAATCACCAT ATAGCAGTGT CTTTGATGTC 
CCGGATTCCC CTCGCCCAGT TAAAACATCG GGGGAAGAGA ATGGAGGCTT GTTCAGCCCT 
ATTAGATCAT CGGCTTTCAG CCCACTAGGG AGCTGTGGTT CTTCTGAATG TTTATGTCGA 
ATTAATCTTG GTGGAGATGG GACAGGTCAA AATCACCATG ATGCAGTTTA TAATAGTTAT 
TCAGCATACG CTGATAGTGT TTCATTTGAA ATACTGGGTT CTGTTTTTCA TTCCGAGTCC 
TCATCGGAAC AGGTATGTGC AAGAAATGAT TTGAAACACA AAGGGATTGC ATTGAAAGAG 
AAAAAAGGTC AAGCTGCAGA TCTCAAAATG AAGACTGGTA AGGAATCAGA TAAACAAGCA 
AAATCTAAAC ATAAATCATT AATGATTAGA GATAGCATTC AAAAATTTGC AACTGAATTA 
GTTGAAAAAA GTTTTGGCAG TGCATTTAAA GACCTGCAAA AAGGCGTTTC TTCATGCACC 
AATGCACTTT GTCATTTGGC TGCTAGGTTA ACTTCTTCAG TCTTTCAGAT GGCTTTTTAT 
GAGATTGGAA GACGTAGAGC AATCTCCCTG AAGGAGCGTG CCATTAATGG GATAGCCAGC 
TTTTTGGTGA GTGAAGCTAT AACTGGTGCT TTGAAAGAAC TGCGGCACGT AAAGAAACAA 
ATATTTACCA ACACCGTTGC ACGGTTTGCG GCAGACCTTG CTGAAGAACT TGTGTTTGAA 
GGAATCATGG AAGTATGCCA GTTTTCATAT CCATCGACAC CTACAGCTGC ACAGCCTTCA 
TCATTTGATT ATGAAGACAA AGTGGTAAGA TCCTATGCCA GAGATTTGTC TGAATCTGTC 
ATTCAGGAGG CTTTTATTGA ACTATCTCAG GTTGATGTGA CCTTCACAAC ACAAGCAGCC 
ATTAGTGTTT CCATGGACAA CATTAAATAT GTGAGCGCAG AAAGTACGTT AGAGTCAACA 
CGGACTTCCA CGGTTTTTCC TAATTTTAAT GATAGGGTAG CACTGAAGCC AATCCAAGAT 
TCCAAGAAGG AATACACAGT ACAGCAAGCT CTATTTTGCA CCTCTGGTGT TGTAAGTTCA 
ATACCTGTGC CCTTAGCTGG AAGAGCTCTT TGTCAACATC AGGTTTCCTC TGATGCTTAT 
AAAGCAAGAG TATCCACTGC TCCGAATTCT GATGACAATA TGAAAATATA CAAAGATGCC 
ACTCATCCAT TTTTCACAAG CAGAAAGAGA GAGGAGGAAG TTGCTTCTTT CAGAAATATA 
TACCTGACTT CCGATCACAG TCAAAGTGCT GAAAATACTT CATCACTCTT ATATAACCAA 
AATGATATCA AACAAACAAA TAACAGATCT GGAATGAACA ATAATTCAGA ATTAACAGGA 
GCGTCAAAAG GCATTAATAC TTTCTCTGGA ACTATGGTAG ATATGATAGT AAATGAAGCT 
TATGAAGCCA TAACCTCATC TAGAGTAACT AAAGCAGTGG AAGAGTATAC AGATTTTTTA 
ACAAGAAAAA TAATAGATAA AAAACCTTAT GTGCAATGTG TTGATGAAGA TTTCCCCAAG 
AATGTGTTTG CAGATCACTT GGCCAAGTAT GTCATAACAC AATCTGTGGA TGAAAGTAAA 
AACGTGTTAT GCAACACTAG TGAGAATTTA CCATGTAATG TGAGCTCACA CGCTTATGCA 
GGTATCGGTA GAAAAGAACA ATGTGTGATA AAGAAGCAAG AGGCTGAGAA ACAAAGTAAT 
GTTTCTATAA TTGTGGAACA ACAGCAGATG CCTTTGAATA ATCCATGTAA ATTTCTTCTT 
ACTCCAACTC ATTCTGTTCA GTGTTTTTCA GAATCTAAAG ATTGTTGGCA GGAACAAAAA 
GGACACAGGT TTTCTTCAAA ATCACCACCG CCTTGTTCCA CTGTGACTTT TGCCAGGCAT 
GTTCTAGAGG ACTTTACTGA CTCGGGAAGC TGCTCAATAA CATACTTAAA CAAGCCCTCA 
AAAAACCATG ATACTCTGAA ACCATCATCA GGACCTTTGA CTTACAGGCA GGCTGATTGT 
TTTCTGCATA CAAATAGCTT TTCTTCAGTG GTGTTCGGCA GTGAAGATGC TTTGCAGATG 
GAAGATAAAT CAAGTCTCAA AGATGGAAAT ACCTGTGTAA TGCCTGATAC ACCCCCACCA 
ACTCCTTTAG TACCATGTCA AGGTAGTTCT GAAAGAAACC TAAGAAAACT GTCTAAGAAA 
CTCAAGGGAG AATTAGCAAA AGAATTTGCA CCTGCAACAC CACCTTCTAC ACCATACAAT 
CCATCTGTTA CTGGTTTATC TGAAACTGAA CATGACTCTT TGGAAAATGA GGAATTTATG 
CTGAAACTTA TGCGGTCGCT TTCTGAAGAA GTGGAAAGTA GTGAAGATGA AGATCATTCT 
GAAATGCCTG TTGAGAAAGA GCAGCATTCA GAAAAAACAA TTCAGTATGC AGATTGCTTA 
GCTAGCCATA TAATTTCAGT AGCGACTGAA ATGGCTGCTT CCCATTTAGA TGGTAAAACA 
AATGAAAGAG ACGCTGATAG GCAGGTTCAG TTAGGTATGC AAAACAAAAG ATGTGGATAT 
GCTGCATTTA TAAATATCCC AGAAGAGACG TGCAGTTCTT TATGGAATTA TGCAGGTGAT 
ATGGCAGGGA AAGTCATCAA TGAGGCCAAG AAAATAGTGA AATCAAGGCA TTGTAAACTG 
TTGAAGTTGA AGCGCGTTAA CTGTCAGGTG GATTGCCTTT ATCTGAGAAG AGGCGATAAA 
GATTATAGTT CAAAAGAACA GTGTGGTCCA GTGCGGGACC AGTGGCTGGG GGAGAAGGAT 
TCATCTGTAC TTCCTTTACC ACAAGGTTCA GGCATGACAG GTTTGACTTC CAAATACCCA 
AGCTGTGAGA GTGTGACTGA TGAATATGCA GATCATATTA TTCGAGTTTT GAAGAGAGAA 
GGTGGTGATG CTGAACTGTT GATGGATCAG TATGCTAGCA GACTTGCTTA CAGGTCTGTC 
AAATCAGGCT TACAGCAAGC TGCTAGAAAA ACTAAATTGA GATACAACAG AAAGACGTTT 
CCTGGGCAAA ATGCACAGGT AAATGGTAAG CTGGAGCTGA TCAAAGCAGT CAATAAAGAT 
GCAGTACAGC AGGTGAAAAG CAGCATTCAT TGCTGTGAAG ACCAACCATA TGAAAGGAGT 
ATTGGCACAC AGAGAACAGA ATGCACAGAG TTGTTACATT TTTCAGAATC CCTTGCTCGC 
AGTATCACTT GTGATGTCAG GAAGAAATTG AAAATGTCGG GAGCATGTTT GCCAAAGTCT 
CTAACAGATT CCTGTCTGTA TAAAAAGACT GAATTTGATG AAGTCACAGG GGATCTTATT 
AAAACAAGAT TTTCTAGGAC ATTTCTTCCT TTCTCCCCGG ATCATAAACT GTATCATAGT 
ACAGGCAGTT TAAATGAAAA TGGCTACAGT GAAGGCATAA TTCAAGCTAT AGAACAATAC 
GCTAGGAAAG TAGCAGATGA TACTCTAGAA ATGAGTTTAG AGTCGGCTGT TCTCCATGTG 
GCTGAAAACA GAAAAAATGG GGATAGGCTC TCATATACTG AGAAACTGTC TCCTTTTTCT 
GGAACTGTCT GTAGATGCTG CAGTATGAAG GAACATCGGT ACTGTACAGA AAGTACATCT 
CATGATCTAC CCGCGCAAGA AGCCTCCATT CCAGTGAGGC ATTTTCTTCA TTCTGGATTA 
GGTGGTGCCT GTCAAAAATC AAGAGTGTTT CAGCTTGATA TTCCTAAAAT TCACGTTGAT 
GTAGAACAGA AGATGGTGTT TTCTGACAAG GGGGCTACTG CGGCCGTAGA GAAAGCAGGA 
GAACTGAGTT ACACAAGTAT GACAGCTGAC AGTGGTATTG GACAAGATGG AGTCAGTTTT 
GCTGAAAGCC TTACTACTGA AATAATGACA TCAGCTATGA CTAATATTGG TCAGGCAGTT 
AACATAAGCT CTGTTGGAAG AGAAGGATTT CATTCTGTTG AATCTGTTGT TAGCCAGCAG 
ATGAGTCTTA GTATTGGTGA TGATAGCACT GGGAGTTGGT CCAATCTAAG TTTTGAAGAT 
GAACATCCTG ATGAGAGCAG CAGTTTTCTT CACCTCAGTG ACAGTAATGG TAACAGCAGT 
AGCTGGAGCA GTCTTGGTTT AGAAGGTGAT ATGTATGAGG AGAATTTATC CTTTCCAACA 
TCAGACAGTG ATGGAACAGA AGATAAAGAT GAGGACTGCA AGGATGCTGT AGAAGGTTTG 
GAGCAAGCAC GAAAGACTTT AGCAATAGTG AATGTTGATC TGGAACCAAA TCTAGTGGAC 
CCCCAGCTCA GAGCAGCACT CCAGTGGCTG GCAGCTTCTG AAACAGAGGT GTCTGATCTT 
CACTTTCATG ACACTGCTAT AAGGGAATTT GTCTTTCTTT CCAGAAGACT GCGAGAAAGA 
GATTGGAAAG TTGGAGATCT CTTGCAAGCA GTGCTGAAAT ATTGTGAAAT GATAGAGAAG 
GCATGTGATG GAGACCAAGC TCTAAATAAG TCTTTGGTTG GCTGGCTTCT GGAAAATGTC 
TGA