AKAP11 cDNA ORF clone, Pygoscelis adeliae(Adelie penguin)

Gene
Clones
gRNAs

Summary

Gene Symbol	AKAP11
Entrez Gene ID	103915906
Full Name	A-kinase anchoring protein 11
Gene Type	protein-coding
Organism	Pygoscelis adeliae(Adelie penguin)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009322838.1	XP_009321113.1	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
OPy114237	XM_009322838.1 Latest version!	Pygoscelis adeliae 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_009322838.1 ) cDNA ORF clone, Pygoscelis adeliae(Adelie penguin) -> XP_009321113.1 Pygoscelis adeliae A kinase (PRKA) anchor protein 11 (AKAP11), mRNA.

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CloneID	OPy114237
Clone ID Related Accession (Same CDS sequence)	XM_009322838.1
Accession Version	XM_009322838.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5883bp) 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	2014-09-25
Organism	Pygoscelis adeliae(Adelie penguin)
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_008824665.1) 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 :: Pygoscelis adeliae 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##

ATGGATATGT ACGCCAGGGC TCAGGGCAAT CGAATGAAAC CGAGAATATC TGTGAAAAAG 
AGTTTTGGTG AAGGTGTACT GCACTCAATG AAGTCACTGC TACACAGCAG AAGAGAGTTA 
TGCAATATAT CAGCAGAGGA ATGTCTAAAT CGGGAAGAAC AAGATAATTT TATTGAGATT 
ACATTTATAG GTTTTCCGGA AGAGATGGGT ACTGCTCATT TGCAGGAGTT GGCAGCTGTT 
TCTGCAGAGC TCCCAGATGT TCTGAAATCG CTCCAATTGT GCAAACTAAA AGAGAACGAG 
GTTATATTTC TAAAAGATGT AAAGAAAACC TTGGCAAAAC CTTATGTCAT GAAACATCAG 
AATCAACTTC CTGAAGTGTT TTGTGTGATG AGACTGTCTC CTTCATTCCC AAGGATCAAA 
GTTGATTATA TATTTACCTT GCTGAGCAAG TATGCCACAG GCATAAGATA TGCAGTGGAA 
ATAAACTCAT TGCAAAAACA TCAAATAGAG ACATCCCATG GAGAAGATGA TGACACTAAT 
CAGTCAGTTT CTTCAATCGA GGATGATTTC GTCACTGCTT TCGAACACTT AGATGAAGAT 
GAGCCTTCAA AGATACAAAG TGCTGGTGCA TGCAGCTTTA GTTCTCGAAA CCATCGAGAT 
GCTGCTTCAC AGACCATCCC TGCTCAATGT TTAGAAGCTG TTGACTCAAA GGTCCTTGTG 
GGTTCTGCAC GTCGAAAGTC ATCTGCCAGA TCTTCTACTT TGATTGATAT TTTGGGACTT 
AAGGAACTGT CCTCAGTAAA AAATTCAGTT ACAACCTCAA TTTCTGACCC TTGGATACAA 
AGGAGTTTCT ATAAGCCATA TAATCCTTCT GATCAAGGTG TTAATTTTTT ATGTAAAACA 
TTGTTTTCCT CCTCTCCAGC TGAATCCTCT GAGTCAGATT GCTCCAGCCC AAGCCCCATT 
ATCTTCTTAG ATGAAGAAGG GTATCAAAAA AGCTTGAAGG CAAAACTTCA GCTGCCAAAA 
ATTCCAGTAG TGAAAGATGG TATAGAGGAT TCAGACTCAG AAGTAAGTGA ATTTTTTGAT 
AGTTTTGATC AGTTCGATGA GCTGGAACAA GCCTTGGAAA ACTCTTGTAA AGTTATTAGG 
GATCCCATCC TAGGGCATGC CTCCCAGAAA AGGAGGACTG CACATGAACA ATTGTCTTCT 
GCAAGCATTA CAATGAATCC TCAGAAATTC AAGTTTGATC GTCCCACTCT CCCAGCCAAT 
GTAAAGAAAC CAACTCCTCG TAAACCAGAA TCACCATATA GCAGCGTATT TGATGTCCCG 
GATTCCCCTC GCCCAGTTAA AACATCAGGG GAAGAGAATG GAGGCTTGTT CAGCCCTATT 
AGATCATCAG CTTTCAGTCC ACTAGGGAGC TGTGGTTCTT CTGAATGCTT ATGTCGAATT 
AATCTTGGTG GAGATGGGAC AGGTCAAAAT CACCATGATG CAGTTTATAA TAGTTATTCA 
GCATACGCTG ATAGTGTTTC ATTTGAAATA CTGGGTTCTG TTTTTCATTC TGAGTCCTCA 
TCAGAACAAG TATGTACAGG AAATGGTTTG AAACACAAAG GGATTGCTTT GAAAGAGAAA 
AAAGGTCAAG CTGCAGATCT CAAAATGAAA ACTGGTAAGG AGCCAGATAA ACAAGCAAAA 
TCTAAACATA AGTCATTAAT GATTAGAGAT AGCATTCAAA AATTTGCGAC TGAATTAGTT 
GAAAAAAGCT TTGGCAGTGC ATTTAAAGAC CTGCAAAAAG GCGTTTCTTC ATGCACCAAT 
GCACTTTGTC ATTTGGCTGC TAGGTTAACT TCTTCGGTCT TTCAAATGGC TTTTTATGAG 
ATTGGGAGAT GTAGAGCAAT CTCCCTGAAG GAGCGTGCAA TTAACGGGAT AGCAAACTTT 
TTGGTGAGTG AAGCTATAAC TGGTGCTTTG AAAGAACTGC GGCACGTAAA GAAGCAGATA 
TTTACTAACA CCGTTGCACG GTTTGCGGCA GACCTTGCTG AAGAACTTGT GTTTGAAGGA 
ATCATGGAAG TATGCCAGTT TTCATATCCA TCGACACCTA TAGCTGCACA GCCTTCATCA 
TTTGATTATG AAGACAAAGT GGTAAGATCC TATGCCAGAG ATTTGTCTGA ATCTGTCATT 
CAGGAGGCTT TTATTGAACT ATCTCAGGTT GATGTGACCT TCACAACGCA AGCAGCCATC 
AGTGTTTCCA TGGACAACAT TAAATATGTG AGCGCGGAAA GTATGTTAGA GTCAACGCAG 
ACTTCCACAG TTTTTCCTAA TTTTAATGAT AGGGTAGCAC TGAAGCCAAT CCAAGATTCC 
AAGAAGGAAT ATACAGTACA GCAAGCTCTA TTTTGCACTT CTGGTGTTGT AAGTTCAATA 
CCTGTGCCCT TCGCTGGAAG AGCTCTTTGT CAACATCAGG TTTCCTCTGA TGCTTATAAA 
GCAAAAGTAT CCACTGCTCC GAATTCTGAT GACAATGTGA AAATATACAA AGACTCCACT 
CATCCATTTT TCACAAGCAG AAAGAGAGAG GAGGAAGTCG CTTCTTTCAG AAATATATAC 
CTAACTTCAG ATCATAGTCA AAGTACTGAA AATACTCCAT CACTCTTTCG TGACCAAAAT 
GATACCAAAC AAACAAATAA CAGATCTGGA ATGAACAATA ATTCAGAATT AACAAGTGGG 
TCAAAAGGCA TTAATACTTT CTCTGGAACT ATGGTAGATA TGATAGTAAA TGAAGCTTAT 
GAAGCCATAA CCTCATCTAG AGTAACAAAA GCAGTAGAAG ATTACACGGA TTTTTTAACA 
AGAAAAATAA TAGATAAAAA ACCTTATGTG CAATGTATTG GTGAAGATTT CCCCAAGAAT 
GTATTTGCAG ATCACTTGGC CACGTATGTC ATAAAACAAT CTGTGGATGA AAGTAAAACT 
GTGTTATGCA ACACTAGTGA GAATTTAGCA TGTAATGTGA GCTCACAGAC TTACACAGAT 
ATCGGCAGAA AAGAACAATG TGTGATAAAG AAGCAAGAGG CTGAGAAACA AAGTAATATT 
TCTATAATTG TAGAACAACA ACAGATGCCT TTGAATAATC CATGTAAATT TCTTCTTACT 
CCAACTCACT CTGTTCAGTG TTTTTCAGAA TCTAAAGATT GTCGGCAGGA ACAAAAAGGA 
CACAGGTTTT CTTCAAAATC ACCACCGCCT TGTTCCACTG TGACTTTAGC TAGGCATGTT 
CTAGAGGACT TTACTGACAC AGGAAGCTGC TCAATAACAA ACTTAAACAA GGCCTCAAAA 
AACCATGATA CTCAGAAACC ATCATCAGGA CCTTTGACTT ACAGGCAGGC TGATTGTTTT 
CTGCATGCAA ATAGTTTTTC TTCAGTGATG TTTGGCAGTG AAGATGCTTT GCAGATGGAA 
GATAAATCAA GTCTCAAAGA TGGAAATACC TGCGTAATGC CTGATACACC CCCACCAACT 
CCTTTAGTAC CATGTCAAGG TAGTTCTGAA AGAAATCTAA GAAAACTGTC TAAGAAACTC 
AAGGGAGAAT TAGCAAAGGA ATTTGCACCT GCAACACCAC CTTCTACACC ATACAATCCA 
TCTGTTACTG GTTTGTCTGA AACTGAACAT GACTCTTTGG AAAACGAGGA ATTTATGCTG 
AAACTCATGC GGTCGCTTTC TGAAGAAGTG GAAAGTAGTG AAGATGAAGA TCATTCTGAA 
ATGCCCATTG AGAAAGAGGA GCGTTCAGAA AAAACAATTC AGTATGCAGA TTGCTTAGCT 
AGCCATATAA TTTCAATAGC GACTGAAATG GCTGCTTCCC ATTTAGATGG TAAAACAAAT 
GAAAGAGAAG CTGATAGACA GGTTCAGTTA GGTATGCAAA ACAGAAGATG TGGATATACT 
GCATTTATAA ATATCCCAGA AGAGACGTGC AATTCTTTAT GGAATTATGC AGGTGATATG 
GCAGGAAAAG TCATCAGTGA GGCCAAGAAA ATAGTGAAAT CAAGGCATTG TAAACTATTG 
AGGTTGAAGC GGGTTAACTG TCAGGTGGAT TGCCTTTATC TGAGAAAAGG CGATAAAGAT 
TATAGTTCAA AAGAACAGTG CGGCCCAGTG CGGGACCAGT GGCCGGGGGA GAGAGATTCA 
TCTGTACTTC CTTTACCGCA AGGTTCAGGC ATGGCAGGTT TGACTTCCAA ATACCCAAGC 
TGTGAAAGCG TGACTGACGA ATACGCAGAT CATATTATTC GAGTTCTGAA AAGAGAAGGT 
GGTAATGCTG AACTGTTAAT GGATCAGTAT GCTAGCAGAC TTGCTTACAG GTCTATCAAA 
TCAGGCTTAC AGCAAGCTGC TAGAAAAAAC AGATTGAGAT GCAACAGAAA GACATTTCCT 
GGGCAAAATG CACAGGTAAA TGGTAAGCTG GAGCTGATCA AAGCAGTGAA TAAAGATGCA 
GTACAGCAAG TGAAAAGCAG CACTCGTCGC TGTGAAGACC AAACGTATGG AAGGAGTATT 
GGCACGCAGA GAACAGAATG CACAGAGTTG TTACATTTTT CAGAATCCCT TGCTCGCAGT 
ATCACTTGTG ATGTCAGGAA GAAATTGAAA ATCTCAGGAG CATGTTTGCC AAAGTCTCTA 
ACAGATTCCT GTCTATATAA AAAGACTGAA CTTGATGAAG TCACAGGGGA TCTTATTAAA 
ACAACATTTT CTAGGACATT TCTTCCTTTC TCCCCAGATC ATAAACTGTA TCATAGTACA 
GGCAGTTTAA ATGAAAGTGG CTACAGTGAA GGCATAATTC AAGCTATAGA ACAATATGCT 
AGGAAAGTAG CTGATGATAC TCTAGAAATG AGTATAGAGT CGGCTGTTCT CCATGTGGCT 
GAAAACAGGA AAAATGGGGA TAGGCTCTCA TATACTGAGA AATTGTCTCC TTTTTCTGGA 
ACTGTCTGTA GATGCTTCAG TGCAAAGGAA CATCGGTACT GTACAGAAAG TACGTCTCAT 
CAGCTACCCG CACAAGAATC CTCCATTCCA GTGAGGCATT TGCTTCATTC TGGATTAGGT 
GGTGCCTGTC AAAAATCAAG AGTGTTTCAG CTTGATATTC CTAAAATTCA TGTTGATGTA 
GAACAGAAGA CAGTGTTTTC TGACAAGGGG GCTACTGCGG CTGTAGAGAA AGCAGAAGGA 
GAGCTGAGTT ACATGAGTCT GACAGCTGAC AGTGGTATTG GACAAGATGG AGTCAGTTTT 
GCTGAAAGCC TTACTACTGA AATAATGACA TCAGCTATGA CTAATATTGG TCAGGCAGTT 
AACATAAGCT CTGTTGGAAG AGAAGGATTT CACTCTGTTG AATCTATTGT TAGCCAGCAG 
ATGAGTCTTA GTATTGGTGA CGATAGCACT GGGAGTTGGT CCAATCTAAG TTTTGAAGAT 
GAACATCCTG ATGAGAGCAG CAGTTTTCTT CACCTCAGTG ACAGTAATGG TAACAGCAGT 
AGCTGGAGCA GTCTTGGTTT AGAAGGGGAT ATGTATGAGG AGAATTTATC CTTTCCAACA 
TCAGACAGTG ATGGAACAGA AGATAAAGAT GAGGACTCCA AGGATGCTGT AGAAGGTTTG 
GAGCAAATAC GAAAGACTTT AGCAATAGCG AATATTGATC TGGAACCAAA TCTAGTGGAC 
CCCCAGCTCA GAGCAGCACT CCAGTGGCTG GCAGCTTCTG AAACAGAGGT GTCTGATCTT 
CACTTTCATG ACACTGCTAC AAGGGAATTT GTCTTTCTTT CCAGAAGACT GCGAGAAAGA 
GATTGGAAAG TTGGAGATCT CTTGCAAGCG GTGCTGAAAT ACTGTGAAAT GATAGAGAAG 
GCGTCTGATG GAGACCAAGC TCTAAATAAG TCTTTTGTTG GTTGGCTTCT GGAAAATGTC 
TGA

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

RefSeq	XP_009321113.1
CDS	79..5961
Translation	MDMYARAQGNRMKPRISVKKSFGEGVLHSMKSLLHSRRELCNISAEECLNREEQDNFIEITFIGFPEEMGTAHLQELAAVSAELPDVLKSLQLCKLKENEVIFLKDVKKTLAKPYVMKHQNQLPEVFCVMRLSPSFPRIKVDYIFTLLSKYATGIRYAVEINSLQKHQIETSHGEDDDTNQSVSSIEDDFVTAFEHLDEDEPSKIQSAGACSFSSRNHRDAASQTIPAQCLEAVDSKVLVGSARRKSSARSSTLIDILGLKELSSVKNSVTTSISDPWIQRSFYKPYNPSDQGVNFLCKTLFSSSPAESSESDCSSPSPIIFLDEEGYQKSLKAKLQLPKIPVVKDGIEDSDSEVSEFFDSFDQFDELEQALENSCKVIRDPILGHASQKRRTAHEQLSSASITMNPQKFKFDRPTLPANVKKPTPRKPESPYSSVFDVPDSPRPVKTSGEENGGLFSPIRSSAFSPLGSCGSSECLCRINLGGDGTGQNHHDAVYNSYSAYADSVSFEILGSVFHSESSSEQVCTGNGLKHKGIALKEKKGQAADLKMKTGKEPDKQAKSKHKSLMIRDSIQKFATELVEKSFGSAFKDLQKGVSSCTNALCHLAARLTSSVFQMAFYEIGRCRAISLKERAINGIANFLVSEAITGALKELRHVKKQIFTNTVARFAADLAEELVFEGIMEVCQFSYPSTPIAAQPSSFDYEDKVVRSYARDLSESVIQEAFIELSQVDVTFTTQAAISVSMDNIKYVSAESMLESTQTSTVFPNFNDRVALKPIQDSKKEYTVQQALFCTSGVVSSIPVPFAGRALCQHQVSSDAYKAKVSTAPNSDDNVKIYKDSTHPFFTSRKREEEVASFRNIYLTSDHSQSTENTPSLFRDQNDTKQTNNRSGMNNNSELTSGSKGINTFSGTMVDMIVNEAYEAITSSRVTKAVEDYTDFLTRKIIDKKPYVQCIGEDFPKNVFADHLATYVIKQSVDESKTVLCNTSENLACNVSSQTYTDIGRKEQCVIKKQEAEKQSNISIIVEQQQMPLNNPCKFLLTPTHSVQCFSESKDCRQEQKGHRFSSKSPPPCSTVTLARHVLEDFTDTGSCSITNLNKASKNHDTQKPSSGPLTYRQADCFLHANSFSSVMFGSEDALQMEDKSSLKDGNTCVMPDTPPPTPLVPCQGSSERNLRKLSKKLKGELAKEFAPATPPSTPYNPSVTGLSETEHDSLENEEFMLKLMRSLSEEVESSEDEDHSEMPIEKEERSEKTIQYADCLASHIISIATEMAASHLDGKTNEREADRQVQLGMQNRRCGYTAFINIPEETCNSLWNYAGDMAGKVISEAKKIVKSRHCKLLRLKRVNCQVDCLYLRKGDKDYSSKEQCGPVRDQWPGERDSSVLPLPQGSGMAGLTSKYPSCESVTDEYADHIIRVLKREGGNAELLMDQYASRLAYRSIKSGLQQAARKNRLRCNRKTFPGQNAQVNGKLELIKAVNKDAVQQVKSSTRRCEDQTYGRSIGTQRTECTELLHFSESLARSITCDVRKKLKISGACLPKSLTDSCLYKKTELDEVTGDLIKTTFSRTFLPFSPDHKLYHSTGSLNESGYSEGIIQAIEQYARKVADDTLEMSIESAVLHVAENRKNGDRLSYTEKLSPFSGTVCRCFSAKEHRYCTESTSHQLPAQESSIPVRHLLHSGLGGACQKSRVFQLDIPKIHVDVEQKTVFSDKGATAAVEKAEGELSYMSLTADSGIGQDGVSFAESLTTEIMTSAMTNIGQAVNISSVGREGFHSVESIVSQQMSLSIGDDSTGSWSNLSFEDEHPDESSSFLHLSDSNGNSSSWSSLGLEGDMYEENLSFPTSDSDGTEDKDEDSKDAVEGLEQIRKTLAIANIDLEPNLVDPQLRAALQWLAASETEVSDLHFHDTATREFVFLSRRLRERDWKVGDLLQAVLKYCEMIEKASDGDQALNKSFVGWLLENV

Target ORF information:

RefSeq Version	XM_009322838.1
Organism	Pygoscelis adeliae(Adelie penguin)
Definition	Pygoscelis adeliae 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_009322838.1

ORF Insert Sequence:

ATGGATATGT ACGCCAGGGC TCAGGGCAAT CGAATGAAAC CGAGAATATC TGTGAAAAAG 
AGTTTTGGTG AAGGTGTACT GCACTCAATG AAGTCACTGC TACACAGCAG AAGAGAGTTA 
TGCAATATAT CAGCAGAGGA ATGTCTAAAT CGGGAAGAAC AAGATAATTT TATTGAGATT 
ACATTTATAG GTTTTCCGGA AGAGATGGGT ACTGCTCATT TGCAGGAGTT GGCAGCTGTT 
TCTGCAGAGC TCCCAGATGT TCTGAAATCG CTCCAATTGT GCAAACTAAA AGAGAACGAG 
GTTATATTTC TAAAAGATGT AAAGAAAACC TTGGCAAAAC CTTATGTCAT GAAACATCAG 
AATCAACTTC CTGAAGTGTT TTGTGTGATG AGACTGTCTC CTTCATTCCC AAGGATCAAA 
GTTGATTATA TATTTACCTT GCTGAGCAAG TATGCCACAG GCATAAGATA TGCAGTGGAA 
ATAAACTCAT TGCAAAAACA TCAAATAGAG ACATCCCATG GAGAAGATGA TGACACTAAT 
CAGTCAGTTT CTTCAATCGA GGATGATTTC GTCACTGCTT TCGAACACTT AGATGAAGAT 
GAGCCTTCAA AGATACAAAG TGCTGGTGCA TGCAGCTTTA GTTCTCGAAA CCATCGAGAT 
GCTGCTTCAC AGACCATCCC TGCTCAATGT TTAGAAGCTG TTGACTCAAA GGTCCTTGTG 
GGTTCTGCAC GTCGAAAGTC ATCTGCCAGA TCTTCTACTT TGATTGATAT TTTGGGACTT 
AAGGAACTGT CCTCAGTAAA AAATTCAGTT ACAACCTCAA TTTCTGACCC TTGGATACAA 
AGGAGTTTCT ATAAGCCATA TAATCCTTCT GATCAAGGTG TTAATTTTTT ATGTAAAACA 
TTGTTTTCCT CCTCTCCAGC TGAATCCTCT GAGTCAGATT GCTCCAGCCC AAGCCCCATT 
ATCTTCTTAG ATGAAGAAGG GTATCAAAAA AGCTTGAAGG CAAAACTTCA GCTGCCAAAA 
ATTCCAGTAG TGAAAGATGG TATAGAGGAT TCAGACTCAG AAGTAAGTGA ATTTTTTGAT 
AGTTTTGATC AGTTCGATGA GCTGGAACAA GCCTTGGAAA ACTCTTGTAA AGTTATTAGG 
GATCCCATCC TAGGGCATGC CTCCCAGAAA AGGAGGACTG CACATGAACA ATTGTCTTCT 
GCAAGCATTA CAATGAATCC TCAGAAATTC AAGTTTGATC GTCCCACTCT CCCAGCCAAT 
GTAAAGAAAC CAACTCCTCG TAAACCAGAA TCACCATATA GCAGCGTATT TGATGTCCCG 
GATTCCCCTC GCCCAGTTAA AACATCAGGG GAAGAGAATG GAGGCTTGTT CAGCCCTATT 
AGATCATCAG CTTTCAGTCC ACTAGGGAGC TGTGGTTCTT CTGAATGCTT ATGTCGAATT 
AATCTTGGTG GAGATGGGAC AGGTCAAAAT CACCATGATG CAGTTTATAA TAGTTATTCA 
GCATACGCTG ATAGTGTTTC ATTTGAAATA CTGGGTTCTG TTTTTCATTC TGAGTCCTCA 
TCAGAACAAG TATGTACAGG AAATGGTTTG AAACACAAAG GGATTGCTTT GAAAGAGAAA 
AAAGGTCAAG CTGCAGATCT CAAAATGAAA ACTGGTAAGG AGCCAGATAA ACAAGCAAAA 
TCTAAACATA AGTCATTAAT GATTAGAGAT AGCATTCAAA AATTTGCGAC TGAATTAGTT 
GAAAAAAGCT TTGGCAGTGC ATTTAAAGAC CTGCAAAAAG GCGTTTCTTC ATGCACCAAT 
GCACTTTGTC ATTTGGCTGC TAGGTTAACT TCTTCGGTCT TTCAAATGGC TTTTTATGAG 
ATTGGGAGAT GTAGAGCAAT CTCCCTGAAG GAGCGTGCAA TTAACGGGAT AGCAAACTTT 
TTGGTGAGTG AAGCTATAAC TGGTGCTTTG AAAGAACTGC GGCACGTAAA GAAGCAGATA 
TTTACTAACA CCGTTGCACG GTTTGCGGCA GACCTTGCTG AAGAACTTGT GTTTGAAGGA 
ATCATGGAAG TATGCCAGTT TTCATATCCA TCGACACCTA TAGCTGCACA GCCTTCATCA 
TTTGATTATG AAGACAAAGT GGTAAGATCC TATGCCAGAG ATTTGTCTGA ATCTGTCATT 
CAGGAGGCTT TTATTGAACT ATCTCAGGTT GATGTGACCT TCACAACGCA AGCAGCCATC 
AGTGTTTCCA TGGACAACAT TAAATATGTG AGCGCGGAAA GTATGTTAGA GTCAACGCAG 
ACTTCCACAG TTTTTCCTAA TTTTAATGAT AGGGTAGCAC TGAAGCCAAT CCAAGATTCC 
AAGAAGGAAT ATACAGTACA GCAAGCTCTA TTTTGCACTT CTGGTGTTGT AAGTTCAATA 
CCTGTGCCCT TCGCTGGAAG AGCTCTTTGT CAACATCAGG TTTCCTCTGA TGCTTATAAA 
GCAAAAGTAT CCACTGCTCC GAATTCTGAT GACAATGTGA AAATATACAA AGACTCCACT 
CATCCATTTT TCACAAGCAG AAAGAGAGAG GAGGAAGTCG CTTCTTTCAG AAATATATAC 
CTAACTTCAG ATCATAGTCA AAGTACTGAA AATACTCCAT CACTCTTTCG TGACCAAAAT 
GATACCAAAC AAACAAATAA CAGATCTGGA ATGAACAATA ATTCAGAATT AACAAGTGGG 
TCAAAAGGCA TTAATACTTT CTCTGGAACT ATGGTAGATA TGATAGTAAA TGAAGCTTAT 
GAAGCCATAA CCTCATCTAG AGTAACAAAA GCAGTAGAAG ATTACACGGA TTTTTTAACA 
AGAAAAATAA TAGATAAAAA ACCTTATGTG CAATGTATTG GTGAAGATTT CCCCAAGAAT 
GTATTTGCAG ATCACTTGGC CACGTATGTC ATAAAACAAT CTGTGGATGA AAGTAAAACT 
GTGTTATGCA ACACTAGTGA GAATTTAGCA TGTAATGTGA GCTCACAGAC TTACACAGAT 
ATCGGCAGAA AAGAACAATG TGTGATAAAG AAGCAAGAGG CTGAGAAACA AAGTAATATT 
TCTATAATTG TAGAACAACA ACAGATGCCT TTGAATAATC CATGTAAATT TCTTCTTACT 
CCAACTCACT CTGTTCAGTG TTTTTCAGAA TCTAAAGATT GTCGGCAGGA ACAAAAAGGA 
CACAGGTTTT CTTCAAAATC ACCACCGCCT TGTTCCACTG TGACTTTAGC TAGGCATGTT 
CTAGAGGACT TTACTGACAC AGGAAGCTGC TCAATAACAA ACTTAAACAA GGCCTCAAAA 
AACCATGATA CTCAGAAACC ATCATCAGGA CCTTTGACTT ACAGGCAGGC TGATTGTTTT 
CTGCATGCAA ATAGTTTTTC TTCAGTGATG TTTGGCAGTG AAGATGCTTT GCAGATGGAA 
GATAAATCAA GTCTCAAAGA TGGAAATACC TGCGTAATGC CTGATACACC CCCACCAACT 
CCTTTAGTAC CATGTCAAGG TAGTTCTGAA AGAAATCTAA GAAAACTGTC TAAGAAACTC 
AAGGGAGAAT TAGCAAAGGA ATTTGCACCT GCAACACCAC CTTCTACACC ATACAATCCA 
TCTGTTACTG GTTTGTCTGA AACTGAACAT GACTCTTTGG AAAACGAGGA ATTTATGCTG 
AAACTCATGC GGTCGCTTTC TGAAGAAGTG GAAAGTAGTG AAGATGAAGA TCATTCTGAA 
ATGCCCATTG AGAAAGAGGA GCGTTCAGAA AAAACAATTC AGTATGCAGA TTGCTTAGCT 
AGCCATATAA TTTCAATAGC GACTGAAATG GCTGCTTCCC ATTTAGATGG TAAAACAAAT 
GAAAGAGAAG CTGATAGACA GGTTCAGTTA GGTATGCAAA ACAGAAGATG TGGATATACT 
GCATTTATAA ATATCCCAGA AGAGACGTGC AATTCTTTAT GGAATTATGC AGGTGATATG 
GCAGGAAAAG TCATCAGTGA GGCCAAGAAA ATAGTGAAAT CAAGGCATTG TAAACTATTG 
AGGTTGAAGC GGGTTAACTG TCAGGTGGAT TGCCTTTATC TGAGAAAAGG CGATAAAGAT 
TATAGTTCAA AAGAACAGTG CGGCCCAGTG CGGGACCAGT GGCCGGGGGA GAGAGATTCA 
TCTGTACTTC CTTTACCGCA AGGTTCAGGC ATGGCAGGTT TGACTTCCAA ATACCCAAGC 
TGTGAAAGCG TGACTGACGA ATACGCAGAT CATATTATTC GAGTTCTGAA AAGAGAAGGT 
GGTAATGCTG AACTGTTAAT GGATCAGTAT GCTAGCAGAC TTGCTTACAG GTCTATCAAA 
TCAGGCTTAC AGCAAGCTGC TAGAAAAAAC AGATTGAGAT GCAACAGAAA GACATTTCCT 
GGGCAAAATG CACAGGTAAA TGGTAAGCTG GAGCTGATCA AAGCAGTGAA TAAAGATGCA 
GTACAGCAAG TGAAAAGCAG CACTCGTCGC TGTGAAGACC AAACGTATGG AAGGAGTATT 
GGCACGCAGA GAACAGAATG CACAGAGTTG TTACATTTTT CAGAATCCCT TGCTCGCAGT 
ATCACTTGTG ATGTCAGGAA GAAATTGAAA ATCTCAGGAG CATGTTTGCC AAAGTCTCTA 
ACAGATTCCT GTCTATATAA AAAGACTGAA CTTGATGAAG TCACAGGGGA TCTTATTAAA 
ACAACATTTT CTAGGACATT TCTTCCTTTC TCCCCAGATC ATAAACTGTA TCATAGTACA 
GGCAGTTTAA ATGAAAGTGG CTACAGTGAA GGCATAATTC AAGCTATAGA ACAATATGCT 
AGGAAAGTAG CTGATGATAC TCTAGAAATG AGTATAGAGT CGGCTGTTCT CCATGTGGCT 
GAAAACAGGA AAAATGGGGA TAGGCTCTCA TATACTGAGA AATTGTCTCC TTTTTCTGGA 
ACTGTCTGTA GATGCTTCAG TGCAAAGGAA CATCGGTACT GTACAGAAAG TACGTCTCAT 
CAGCTACCCG CACAAGAATC CTCCATTCCA GTGAGGCATT TGCTTCATTC TGGATTAGGT 
GGTGCCTGTC AAAAATCAAG AGTGTTTCAG CTTGATATTC CTAAAATTCA TGTTGATGTA 
GAACAGAAGA CAGTGTTTTC TGACAAGGGG GCTACTGCGG CTGTAGAGAA AGCAGAAGGA 
GAGCTGAGTT ACATGAGTCT GACAGCTGAC AGTGGTATTG GACAAGATGG AGTCAGTTTT 
GCTGAAAGCC TTACTACTGA AATAATGACA TCAGCTATGA CTAATATTGG TCAGGCAGTT 
AACATAAGCT CTGTTGGAAG AGAAGGATTT CACTCTGTTG AATCTATTGT TAGCCAGCAG 
ATGAGTCTTA GTATTGGTGA CGATAGCACT GGGAGTTGGT CCAATCTAAG TTTTGAAGAT 
GAACATCCTG ATGAGAGCAG CAGTTTTCTT CACCTCAGTG ACAGTAATGG TAACAGCAGT 
AGCTGGAGCA GTCTTGGTTT AGAAGGGGAT ATGTATGAGG AGAATTTATC CTTTCCAACA 
TCAGACAGTG ATGGAACAGA AGATAAAGAT GAGGACTCCA AGGATGCTGT AGAAGGTTTG 
GAGCAAATAC GAAAGACTTT AGCAATAGCG AATATTGATC TGGAACCAAA TCTAGTGGAC 
CCCCAGCTCA GAGCAGCACT CCAGTGGCTG GCAGCTTCTG AAACAGAGGT GTCTGATCTT 
CACTTTCATG ACACTGCTAC AAGGGAATTT GTCTTTCTTT CCAGAAGACT GCGAGAAAGA 
GATTGGAAAG TTGGAGATCT CTTGCAAGCG GTGCTGAAAT ACTGTGAAAT GATAGAGAAG 
GCGTCTGATG GAGACCAAGC TCTAAATAAG TCTTTTGTTG GTTGGCTTCT GGAAAATGTC 
TGA