TET2 cDNA ORF clone, Calidris pugnax(ruff)

Gene
Clones
gRNAs

Summary

Gene Symbol	TET2
Entrez Gene ID	106887564
Full Name	tet methylcytosine dioxygenase 2
Gene Type	protein-coding
Organism	Calidris pugnax(ruff)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014941172.1	XP_014796658.1	methylcytosine dioxygenase TET2

Pathways from BioSystems
Gene Ontology

The following TET2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TET2 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
OCa58231	XM_014941172.1 Latest version!	Calidris pugnax tet methylcytosine dioxygenase 2 (TET2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

TET2 ( XM_014941172.1 ) cDNA ORF clone, Calidris pugnax(ruff) -> XP_014796658.1 Calidris pugnax tet methylcytosine dioxygenase 2 (TET2), mRNA.

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CloneID	OCa58231
Clone ID Related Accession (Same CDS sequence)	XM_014941172.1
Accession Version	XM_014941172.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5904bp) 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	2015-12-08
Organism	Calidris pugnax(ruff)
Product	methylcytosine dioxygenase TET2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015090771.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Calidris pugnax Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAACAGG ACAGAACCAA CCATGTTGAC GGCAATAGAT TGAGTCCATT TTTAATACCA 
CAATCTTCTC ACGTTTGCCC GGCAGAGCCT TCTGCAGTGA AGCTACAGAA TGGAAGTCCA 
GCAACAGAGA GGCCTGAAGT TGAAGTAAAT GGAGACCACA AGCGGCTACT CATTAAAAGC 
AGCTATGGAG TGCCCCACCT GAAGGGAAAT CCAAACAACC GCGTTAGCCC TGACCTTTTA 
CAAGAAAAGA AAGTATATTC CAAATATATG CAAAATGGTG GGATAAAACG CACTTTTAGT 
GAGCCCTCTC TGTATGGACT TCATGAGAAC AAGAAAGCGA AACAAGACAA AGAGGTGAAC 
GGAGAAAAAG CTGAGCCAGA AGATAATAAT GAAAAACCAA GCGTCTCCAA TTGTTATAGT 
GAGAAGAAAC CCGAGAGTTT TACAAGACAA GAAAATGAAG TTTCAGATTT GATACAGCCT 
ACAAGATACA ACAGTGGTGG TTCAGAAAAC CCTCGTGACC TCCTGGTTCA GGATGAGCAG 
GAGCAGGAAA ACGTTCATTG CCACAACAGG GACATTGTCT TACTACTCAA GAACAAGGCG 
GTGCCAATGC CTAATGGTGC TACAGTTTCT GCCTCTTCCA TGGAAAGCAT GCATGGTGAA 
CTCCTGGAGA AAACACTGTC TCAATATTAT CCAGAACATG TTTCCATAGC AATGCAGAAG 
AACACATCTC ATATCAATGC CATTACCAGT CAGGCTACTA ATGAGTTGTC CTACGAGACA 
ACGCATTCAT CCCATACCTC AGGGCAGATC ACTTCCCCAC AGACCTCAAA CTCTGAGCTG 
CCTCAAGTGC CAGCTGTAGT GGTTACTGAG GTCTACAACG CAGAAGACTC CAGTAACCCA 
CCTGTATTGC CAGGTAGCTG TTCGCTTCAG AAACCAGAAC TACAGCTACA GCAGCAGATT 
CCAGGCTATG ATCCACGCCA GTTACCCGTA GGAAACAGTA CTGTTCGTGG AAGCGTAGGG 
CAGGTTCCCA ACCCAGACCT CTCTCTAAGT TCCAGCAGTA ACCTGCAAGC TCAGAGCGCC 
TCTCTGGAAA GGTTTTCTGA GCAAGCAGAA AAAAATGGTG CTTTCTTTAA ACAGAACTCA 
ACTTTTCACA AAGATTCCTC TACTCCTCCT GCTCCGGCAA TGAACAGTGC ACTGTCCGTC 
GTGGTGCGAG AAGGACTCCA TTCCTTTGAC AGCAGATGTG ACAAAACTCT TCCTGGGGAG 
ATAAAGAATG AAGAAGGGCA ACAGCAGGGA CCAATGTCAG AAAGTCCCAG CCTCAGCCAA 
CAACAACAAC TTCACCCTCA GCAGAGACTT CCGCAGCAGG CCCAAACGTC ACCAGATGCT 
AGTGAAAGCC ACCCCCAAGC CGCTGTGGCC GCCTCGATGC AGCAGCCCCC AGAAGAAACG 
ACGCCGGCGT CAGAGCCTCC CCTCCCGAAC CTGCAGGCGC GCGGAAGCGA GGGTGAGTTG 
CAGCAACACT ACCAGCCTTT CCCAGGACAC AGAGAACCTG AGATTCCTCC CGACAAAGCA 
AAGGACCAAG CGAAAGAGCC TGCGCAACAG GCTCCACGTT ATTCAAAACC AGCCTGGATA 
GAACTGGTTT CCACCCAGTT CCGCCAGGGA GAGCCTCCCC AAAAGCCCAG CGAAGCTTTA 
TTGCGATCCA TTCTGCAGTT CCAGGCAAAC ACAGCCGAAA CAGCCTACAC GAAACAGTAT 
GCTGGAAGTC CTGATGCATT AAAGGGGCCT TCAGGGCAGC CCCAGAGCCA GAAGATAATG 
CAACAGGAAC AAATCCCCCC GCTGTACAAA AGCGAGACCT CCCAGCTGCA GCCGCGTCCC 
ACAGCTGACC ACCAGCAGCT GCCCTTCCAG AAACACTCAC CGCAGCCACA GCTCACCAAG 
ATGGATTCCC TACTCCAGTC CCAAGTGCAG CAACACCCTC CGCAGCAGCT CCATTTCCAG 
CAACGACCAG AACAACAAGC CAAACAGCCT TTAGGGGCCC CGTTGAAACA GCAGCACTTG 
AATCCCCAGC CGGGGGAAAA CGAGCAATTC TTGCATTCAC ACATTTTGCA ACAGATGCTG 
CAAAAACAGG CACAGCAGGT GCAACTGCCG TGCAGTTCAC AGCTAACCCC AAACCAGCAA 
CAGGCTCTGC AAATGAAAAA TAAAGAGCTG CCCCAAGCCA TTTCCCACTC CCAAAGCAAC 
GCCGAACAGC CGCTAGACAG GACATCCTTC AATCAGCTTA AAGCAGATGA ATGTTTTCAA 
ACTGGGAATA AGTACATGAA ATCAGCTGCG TTCCCACTGC ACAGCCCTCA GCTAGGCCTA 
GAGCAGGGAC AGAGCACGAA CAACAAAGCT CCCCTTTACA CTCAGAAAGC AAACGCTGGT 
CTGCAGCATC CCTGCCCAAA CAACGTGCAC TCGATCTCCG AGAAGAAAGA AAACCCCACA 
AATATGGAAC GCTTCGGAGC CAACAAAATG CAGGATTTGC AACACGTGCA GTATTTTTCA 
AATAACTTGA CCGCAAAGCA AGATGTGAAT CACTCTTTCC AAGAACAAGA GCAACAGACA 
CAACAAGCTT CAGTGATACA GCTACCACCT CTCCAGCAAA CACAGTGCTA CGGTGGTGGC 
CTCAACCAAG ACCCCTTGAG CCAACAATCC ACGCAGATTC CTCAGCGGTA CTTACCACAC 
GGCCAGCAAA CCGCCCCACA CTCCCAAGAC CAGAGAGGCT CTCATTTGCA GTCCCAAACC 
CCTAAGGATT TTCAAAAGCA CGCTGCTTTA AGGTGGCATC TCTTGCAAAA ACAGGAGCAA 
CAAGCATACC AGCAACCCAA ACCCGAGATT GGTCCCAGTC CAGCACGCAA GCCTATAAAA 
ATCGAGGCTG GCACAAAGTC TAATGTCTGC ATGCGTCCAT CAGCTGGACA GCTGGAAAAC 
AAAATGTGGA AGAAAACAAT TAAACAAGAG AATCAGCACT TTGGCTGCGA GAACATGCAA 
CAAAAGAGCA TCATCGAGAC AATGGAACAG CAGCTAAAAC AGATACAGGT CAAATCACTG 
TTTGATCACA AAACTTTTAC TATCAAATCA CCTAAACATG TGAAGGTTGA AACAGCAGGC 
CCTATTACCA TCCTCTCAAG AAATACCAGT GCTGCAGATT TTGACACTCA GACCCCAATC 
TTAGATCAGC AAGCAAACCC GTCTGCTGAG AAAACCCCGA CCAAAAGAAC AGCTGGAACT 
GTTCTCAATA ATTTTTTAGA CTCACCTTCC AAGTTATTGG ATACTCCTGT AAAAAATTTA 
TTGGACACAC CTGCCAAAAC CCAGTATGAT TTCCCATCTT GCAGCTGTGT GGAGCAAATT 
ATTGAAAAAG ATGAAGGTCC TTTCTATACC CATCTAGGAG CCGGTCCTAA TGTGGCAGCT 
ATTAGAGAAA TCATGGAAGA AAGATTTGGA CAGAAGGGTA AAGCTATAAG GATTGAGAGG 
GTTGTCTACA CTGGGAAAGA AGGCAAAAGT TCTCAAGGAT GTCCAATTGC TAAATGGGTA 
GTCCGCAGAA GCAGTCAGGA GGAAAAGCTG CTCTGCCTGG TGCGCGAGCG AGCGGGACAC 
ACGTGCGAGA CGGCCGTGAT CGTCATCCTC ATCCTGGTGT GGGAGGGGAT CCCAACGAGC 
CTGGCCGACA AGCTCTACTC CGAACTCACC GACACGCTGC GGAAGTACGG CACGCTCACC 
AACCGGCGCT GCGCCCTCAA CGAAGAGCGG ACTTGTGCAT GTCAAGGGCT GGACCCTGAA 
ACTTGTGGTG CTTCATTTTC CTTTGGTTGC TCCTGGAGCA TGTACTACAA CGGTTGTAAG 
TTTGCCAGAA GCAAGATTCC GAGAAAGTTT AAGCTGATGG GGGACGACCC AAAAGAGGAA 
GAAAAACTAG AATCCAATTT GCAGAACCTG TCAACCCTGA TGGCACCTAC CTACAAGAAG 
CTTGCACCTG ATGCATATAA CAACCAGATC GAGTATGAGC ACAGAGCACC CGAGTGTCGC 
CTGGGCTTAA AAGAAGGTCG CCCGTTCTCA GGGGTCACCG CCTGCCTGGA TTTCTGCGCT 
CACGCCCACA GAGACCTGCA CAACATGCAG AACGGGAGTA CCCTGGTTTG CACACTAACT 
AGAGAAGACA ATCGTGAAAT CGGCCAAACA CCAGAAGATG AGCAGCTCCA CGTGCTCCCA 
TTATACAAAG TCTCTGACGT GGACGAGTTT GGAAGCGCTG AGGGCCAGGA GGAGAAGAAG 
AGGAACGGCA GCATCCAGGT CCTGACCTCC TTTCGCCGGA AAGTGAGGAT GTTAGCAGAG 
CCCGTCAAGA CGTGTCGGCA AAGGAAGCTA GAAGCGAAGA AAGCAGCTGC AGAAAAGCTT 
TCCTCCTTGG AGAACGGGTC TAGCAAAGCT GAGAGAGAGA AGTCTGCTGC AGCACGCAAC 
AAGCAAGGCA GCTCTGAGGC GGCAGGGCAC GCAAAGCAGC TAGCAGATCT TTTACGTCTT 
TCAGGACCAG CCACACAACA ACAACAGCAG CAGCAACAAC AACATCCACA GCGCACTCTC 
CCTAACAACC CTCAGCCAAA TCCTGTTAAC TCTTACTCGG GTTCAGGTTC TGCAAATCTC 
TATGTAAGGT TGCCTAATCC AGCCAATGCT TATCCGAGCT CTTCATACAC TTCAGATCCC 
TATGGAGGGT CCAGTCCCAT GAACCTCTAC ACAACCTCAT CACAGCCTGC GGGGTCTTAT 
TTGAATTCTT CCAGTCCCAT GAACCCTTAT TCAGGATCAT TAAGTCAAAA TAACCAATAT 
CCACCCTACC AATGCAATGG AAACATGCCT ATGGACAACT GCCCCCCTTA CTTGGGATCC 
TACTCTTCCC AGCATCAGCA CGTGGACTTG TATAGTTGCC AGAGCCAAGA CCCCATGTCT 
AAACTAAGTC TACCACCCAT TCAAACATTA TACCAGCATA GGTTTGGGAA TAACCAGAGT 
TTTGGTCCCA AGTACTTGAA TTACGGAAAC CAAAATATGC AGGTAGACTC CTTCAGTAAC 
TGCACCATTA GACCAAATGT ACACCACGTG GGGTCTTTCT CCTCTTACTC CACCCATGAG 
GCTGACGGCC ATTTTATGGA GGTTGCCTCA AGGTTAAAAT CTAATTTGAG TAATCCGAGC 
ATGGATTATG CCTCCATGAG TAAAAGCAGT GAACATCATC ATGTGCAACC CCTTCCACAT 
TTAGCGCACG ACTACCATTC TGCTCAAAAC ATGTTTAGTG GTCCTCCTAA TTCACTGCAT 
CTCCAAAGTA AGGATAGTGA AATGATTTCA CATGCAGTTA ATGGTTTGTC TAACATGCTT 
CCAGGTCAAA ACCATGATAG GACTACTTCC CAGGGTGGTT TAGATAAAGC TGAAGTGGTG 
AATCCAGAAA AAGCAGAGGA TCCCGATGAA GTCTGGTCAG ATAGCGAGCA GAGCTTTCTG 
GATCCAGAAA TTGGAGGAGT GGCAGTTGCT CCATCTCACG GGTCAATCCT CATAGAGTGC 
GCAAAACGTG AGCTCCACGC AACGACTCCC TTAAAAAACC CCAACAGGAA CCATCCCACC 
AGAATATCCC TCGTCTTTTA CCAGCACAAG AGCATGAACG AGCCGAAACA CGGTCTGGCT 
CTGTGGGAGG CAAAGATGGC TGAGAAGGCA AGAGAGAAAG AGGAGGAATG CGAGAAGTAC 
GGCCCAGACT ACGTGCCTCA GAAATCTTAC GGCAAAAAAG CCAAGCGGGA GCCCGCGGAG 
CCACACGAAC CCTCGGAGCC CACCTACCTG CGCTTCATCA AGTCTCTTGC ACAAAGGACA 
CTCTCGGTCA CCACAGACTC CACAGTAACT ACATCTCCAT ATGCCTTTAC ACGGGTTACA 
GGGCCTTACA ACCGATATAT CTAA

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

RefSeq	XP_014796658.1
CDS	33..5936
Translation	MEQDRTNHVDGNRLSPFLIPQSSHVCPAEPSAVKLQNGSPATERPEVEVNGDHKRLLIKSSYGVPHLKGNPNNRVSPDLLQEKKVYSKYMQNGGIKRTFSEPSLYGLHENKKAKQDKEVNGEKAEPEDNNEKPSVSNCYSEKKPESFTRQENEVSDLIQPTRYNSGGSENPRDLLVQDEQEQENVHCHNRDIVLLLKNKAVPMPNGATVSASSMESMHGELLEKTLSQYYPEHVSIAMQKNTSHINAITSQATNELSYETTHSSHTSGQITSPQTSNSELPQVPAVVVTEVYNAEDSSNPPVLPGSCSLQKPELQLQQQIPGYDPRQLPVGNSTVRGSVGQVPNPDLSLSSSSNLQAQSASLERFSEQAEKNGAFFKQNSTFHKDSSTPPAPAMNSALSVVVREGLHSFDSRCDKTLPGEIKNEEGQQQGPMSESPSLSQQQQLHPQQRLPQQAQTSPDASESHPQAAVAASMQQPPEETTPASEPPLPNLQARGSEGELQQHYQPFPGHREPEIPPDKAKDQAKEPAQQAPRYSKPAWIELVSTQFRQGEPPQKPSEALLRSILQFQANTAETAYTKQYAGSPDALKGPSGQPQSQKIMQQEQIPPLYKSETSQLQPRPTADHQQLPFQKHSPQPQLTKMDSLLQSQVQQHPPQQLHFQQRPEQQAKQPLGAPLKQQHLNPQPGENEQFLHSHILQQMLQKQAQQVQLPCSSQLTPNQQQALQMKNKELPQAISHSQSNAEQPLDRTSFNQLKADECFQTGNKYMKSAAFPLHSPQLGLEQGQSTNNKAPLYTQKANAGLQHPCPNNVHSISEKKENPTNMERFGANKMQDLQHVQYFSNNLTAKQDVNHSFQEQEQQTQQASVIQLPPLQQTQCYGGGLNQDPLSQQSTQIPQRYLPHGQQTAPHSQDQRGSHLQSQTPKDFQKHAALRWHLLQKQEQQAYQQPKPEIGPSPARKPIKIEAGTKSNVCMRPSAGQLENKMWKKTIKQENQHFGCENMQQKSIIETMEQQLKQIQVKSLFDHKTFTIKSPKHVKVETAGPITILSRNTSAADFDTQTPILDQQANPSAEKTPTKRTAGTVLNNFLDSPSKLLDTPVKNLLDTPAKTQYDFPSCSCVEQIIEKDEGPFYTHLGAGPNVAAIREIMEERFGQKGKAIRIERVVYTGKEGKSSQGCPIAKWVVRRSSQEEKLLCLVRERAGHTCETAVIVILILVWEGIPTSLADKLYSELTDTLRKYGTLTNRRCALNEERTCACQGLDPETCGASFSFGCSWSMYYNGCKFARSKIPRKFKLMGDDPKEEEKLESNLQNLSTLMAPTYKKLAPDAYNNQIEYEHRAPECRLGLKEGRPFSGVTACLDFCAHAHRDLHNMQNGSTLVCTLTREDNREIGQTPEDEQLHVLPLYKVSDVDEFGSAEGQEEKKRNGSIQVLTSFRRKVRMLAEPVKTCRQRKLEAKKAAAEKLSSLENGSSKAEREKSAAARNKQGSSEAAGHAKQLADLLRLSGPATQQQQQQQQQHPQRTLPNNPQPNPVNSYSGSGSANLYVRLPNPANAYPSSSYTSDPYGGSSPMNLYTTSSQPAGSYLNSSSPMNPYSGSLSQNNQYPPYQCNGNMPMDNCPPYLGSYSSQHQHVDLYSCQSQDPMSKLSLPPIQTLYQHRFGNNQSFGPKYLNYGNQNMQVDSFSNCTIRPNVHHVGSFSSYSTHEADGHFMEVASRLKSNLSNPSMDYASMSKSSEHHHVQPLPHLAHDYHSAQNMFSGPPNSLHLQSKDSEMISHAVNGLSNMLPGQNHDRTTSQGGLDKAEVVNPEKAEDPDEVWSDSEQSFLDPEIGGVAVAPSHGSILIECAKRELHATTPLKNPNRNHPTRISLVFYQHKSMNEPKHGLALWEAKMAEKAREKEEECEKYGPDYVPQKSYGKKAKREPAEPHEPSEPTYLRFIKSLAQRTLSVTTDSTVTTSPYAFTRVTGPYNRYI

Target ORF information:

RefSeq Version	XM_014941172.1
Organism	Calidris pugnax(ruff)
Definition	Calidris pugnax tet methylcytosine dioxygenase 2 (TET2), mRNA.

Target ORF information:

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

XM_014941172.1

ORF Insert Sequence:

ATGGAACAGG ACAGAACCAA CCATGTTGAC GGCAATAGAT TGAGTCCATT TTTAATACCA 
CAATCTTCTC ACGTTTGCCC GGCAGAGCCT TCTGCAGTGA AGCTACAGAA TGGAAGTCCA 
GCAACAGAGA GGCCTGAAGT TGAAGTAAAT GGAGACCACA AGCGGCTACT CATTAAAAGC 
AGCTATGGAG TGCCCCACCT GAAGGGAAAT CCAAACAACC GCGTTAGCCC TGACCTTTTA 
CAAGAAAAGA AAGTATATTC CAAATATATG CAAAATGGTG GGATAAAACG CACTTTTAGT 
GAGCCCTCTC TGTATGGACT TCATGAGAAC AAGAAAGCGA AACAAGACAA AGAGGTGAAC 
GGAGAAAAAG CTGAGCCAGA AGATAATAAT GAAAAACCAA GCGTCTCCAA TTGTTATAGT 
GAGAAGAAAC CCGAGAGTTT TACAAGACAA GAAAATGAAG TTTCAGATTT GATACAGCCT 
ACAAGATACA ACAGTGGTGG TTCAGAAAAC CCTCGTGACC TCCTGGTTCA GGATGAGCAG 
GAGCAGGAAA ACGTTCATTG CCACAACAGG GACATTGTCT TACTACTCAA GAACAAGGCG 
GTGCCAATGC CTAATGGTGC TACAGTTTCT GCCTCTTCCA TGGAAAGCAT GCATGGTGAA 
CTCCTGGAGA AAACACTGTC TCAATATTAT CCAGAACATG TTTCCATAGC AATGCAGAAG 
AACACATCTC ATATCAATGC CATTACCAGT CAGGCTACTA ATGAGTTGTC CTACGAGACA 
ACGCATTCAT CCCATACCTC AGGGCAGATC ACTTCCCCAC AGACCTCAAA CTCTGAGCTG 
CCTCAAGTGC CAGCTGTAGT GGTTACTGAG GTCTACAACG CAGAAGACTC CAGTAACCCA 
CCTGTATTGC CAGGTAGCTG TTCGCTTCAG AAACCAGAAC TACAGCTACA GCAGCAGATT 
CCAGGCTATG ATCCACGCCA GTTACCCGTA GGAAACAGTA CTGTTCGTGG AAGCGTAGGG 
CAGGTTCCCA ACCCAGACCT CTCTCTAAGT TCCAGCAGTA ACCTGCAAGC TCAGAGCGCC 
TCTCTGGAAA GGTTTTCTGA GCAAGCAGAA AAAAATGGTG CTTTCTTTAA ACAGAACTCA 
ACTTTTCACA AAGATTCCTC TACTCCTCCT GCTCCGGCAA TGAACAGTGC ACTGTCCGTC 
GTGGTGCGAG AAGGACTCCA TTCCTTTGAC AGCAGATGTG ACAAAACTCT TCCTGGGGAG 
ATAAAGAATG AAGAAGGGCA ACAGCAGGGA CCAATGTCAG AAAGTCCCAG CCTCAGCCAA 
CAACAACAAC TTCACCCTCA GCAGAGACTT CCGCAGCAGG CCCAAACGTC ACCAGATGCT 
AGTGAAAGCC ACCCCCAAGC CGCTGTGGCC GCCTCGATGC AGCAGCCCCC AGAAGAAACG 
ACGCCGGCGT CAGAGCCTCC CCTCCCGAAC CTGCAGGCGC GCGGAAGCGA GGGTGAGTTG 
CAGCAACACT ACCAGCCTTT CCCAGGACAC AGAGAACCTG AGATTCCTCC CGACAAAGCA 
AAGGACCAAG CGAAAGAGCC TGCGCAACAG GCTCCACGTT ATTCAAAACC AGCCTGGATA 
GAACTGGTTT CCACCCAGTT CCGCCAGGGA GAGCCTCCCC AAAAGCCCAG CGAAGCTTTA 
TTGCGATCCA TTCTGCAGTT CCAGGCAAAC ACAGCCGAAA CAGCCTACAC GAAACAGTAT 
GCTGGAAGTC CTGATGCATT AAAGGGGCCT TCAGGGCAGC CCCAGAGCCA GAAGATAATG 
CAACAGGAAC AAATCCCCCC GCTGTACAAA AGCGAGACCT CCCAGCTGCA GCCGCGTCCC 
ACAGCTGACC ACCAGCAGCT GCCCTTCCAG AAACACTCAC CGCAGCCACA GCTCACCAAG 
ATGGATTCCC TACTCCAGTC CCAAGTGCAG CAACACCCTC CGCAGCAGCT CCATTTCCAG 
CAACGACCAG AACAACAAGC CAAACAGCCT TTAGGGGCCC CGTTGAAACA GCAGCACTTG 
AATCCCCAGC CGGGGGAAAA CGAGCAATTC TTGCATTCAC ACATTTTGCA ACAGATGCTG 
CAAAAACAGG CACAGCAGGT GCAACTGCCG TGCAGTTCAC AGCTAACCCC AAACCAGCAA 
CAGGCTCTGC AAATGAAAAA TAAAGAGCTG CCCCAAGCCA TTTCCCACTC CCAAAGCAAC 
GCCGAACAGC CGCTAGACAG GACATCCTTC AATCAGCTTA AAGCAGATGA ATGTTTTCAA 
ACTGGGAATA AGTACATGAA ATCAGCTGCG TTCCCACTGC ACAGCCCTCA GCTAGGCCTA 
GAGCAGGGAC AGAGCACGAA CAACAAAGCT CCCCTTTACA CTCAGAAAGC AAACGCTGGT 
CTGCAGCATC CCTGCCCAAA CAACGTGCAC TCGATCTCCG AGAAGAAAGA AAACCCCACA 
AATATGGAAC GCTTCGGAGC CAACAAAATG CAGGATTTGC AACACGTGCA GTATTTTTCA 
AATAACTTGA CCGCAAAGCA AGATGTGAAT CACTCTTTCC AAGAACAAGA GCAACAGACA 
CAACAAGCTT CAGTGATACA GCTACCACCT CTCCAGCAAA CACAGTGCTA CGGTGGTGGC 
CTCAACCAAG ACCCCTTGAG CCAACAATCC ACGCAGATTC CTCAGCGGTA CTTACCACAC 
GGCCAGCAAA CCGCCCCACA CTCCCAAGAC CAGAGAGGCT CTCATTTGCA GTCCCAAACC 
CCTAAGGATT TTCAAAAGCA CGCTGCTTTA AGGTGGCATC TCTTGCAAAA ACAGGAGCAA 
CAAGCATACC AGCAACCCAA ACCCGAGATT GGTCCCAGTC CAGCACGCAA GCCTATAAAA 
ATCGAGGCTG GCACAAAGTC TAATGTCTGC ATGCGTCCAT CAGCTGGACA GCTGGAAAAC 
AAAATGTGGA AGAAAACAAT TAAACAAGAG AATCAGCACT TTGGCTGCGA GAACATGCAA 
CAAAAGAGCA TCATCGAGAC AATGGAACAG CAGCTAAAAC AGATACAGGT CAAATCACTG 
TTTGATCACA AAACTTTTAC TATCAAATCA CCTAAACATG TGAAGGTTGA AACAGCAGGC 
CCTATTACCA TCCTCTCAAG AAATACCAGT GCTGCAGATT TTGACACTCA GACCCCAATC 
TTAGATCAGC AAGCAAACCC GTCTGCTGAG AAAACCCCGA CCAAAAGAAC AGCTGGAACT 
GTTCTCAATA ATTTTTTAGA CTCACCTTCC AAGTTATTGG ATACTCCTGT AAAAAATTTA 
TTGGACACAC CTGCCAAAAC CCAGTATGAT TTCCCATCTT GCAGCTGTGT GGAGCAAATT 
ATTGAAAAAG ATGAAGGTCC TTTCTATACC CATCTAGGAG CCGGTCCTAA TGTGGCAGCT 
ATTAGAGAAA TCATGGAAGA AAGATTTGGA CAGAAGGGTA AAGCTATAAG GATTGAGAGG 
GTTGTCTACA CTGGGAAAGA AGGCAAAAGT TCTCAAGGAT GTCCAATTGC TAAATGGGTA 
GTCCGCAGAA GCAGTCAGGA GGAAAAGCTG CTCTGCCTGG TGCGCGAGCG AGCGGGACAC 
ACGTGCGAGA CGGCCGTGAT CGTCATCCTC ATCCTGGTGT GGGAGGGGAT CCCAACGAGC 
CTGGCCGACA AGCTCTACTC CGAACTCACC GACACGCTGC GGAAGTACGG CACGCTCACC 
AACCGGCGCT GCGCCCTCAA CGAAGAGCGG ACTTGTGCAT GTCAAGGGCT GGACCCTGAA 
ACTTGTGGTG CTTCATTTTC CTTTGGTTGC TCCTGGAGCA TGTACTACAA CGGTTGTAAG 
TTTGCCAGAA GCAAGATTCC GAGAAAGTTT AAGCTGATGG GGGACGACCC AAAAGAGGAA 
GAAAAACTAG AATCCAATTT GCAGAACCTG TCAACCCTGA TGGCACCTAC CTACAAGAAG 
CTTGCACCTG ATGCATATAA CAACCAGATC GAGTATGAGC ACAGAGCACC CGAGTGTCGC 
CTGGGCTTAA AAGAAGGTCG CCCGTTCTCA GGGGTCACCG CCTGCCTGGA TTTCTGCGCT 
CACGCCCACA GAGACCTGCA CAACATGCAG AACGGGAGTA CCCTGGTTTG CACACTAACT 
AGAGAAGACA ATCGTGAAAT CGGCCAAACA CCAGAAGATG AGCAGCTCCA CGTGCTCCCA 
TTATACAAAG TCTCTGACGT GGACGAGTTT GGAAGCGCTG AGGGCCAGGA GGAGAAGAAG 
AGGAACGGCA GCATCCAGGT CCTGACCTCC TTTCGCCGGA AAGTGAGGAT GTTAGCAGAG 
CCCGTCAAGA CGTGTCGGCA AAGGAAGCTA GAAGCGAAGA AAGCAGCTGC AGAAAAGCTT 
TCCTCCTTGG AGAACGGGTC TAGCAAAGCT GAGAGAGAGA AGTCTGCTGC AGCACGCAAC 
AAGCAAGGCA GCTCTGAGGC GGCAGGGCAC GCAAAGCAGC TAGCAGATCT TTTACGTCTT 
TCAGGACCAG CCACACAACA ACAACAGCAG CAGCAACAAC AACATCCACA GCGCACTCTC 
CCTAACAACC CTCAGCCAAA TCCTGTTAAC TCTTACTCGG GTTCAGGTTC TGCAAATCTC 
TATGTAAGGT TGCCTAATCC AGCCAATGCT TATCCGAGCT CTTCATACAC TTCAGATCCC 
TATGGAGGGT CCAGTCCCAT GAACCTCTAC ACAACCTCAT CACAGCCTGC GGGGTCTTAT 
TTGAATTCTT CCAGTCCCAT GAACCCTTAT TCAGGATCAT TAAGTCAAAA TAACCAATAT 
CCACCCTACC AATGCAATGG AAACATGCCT ATGGACAACT GCCCCCCTTA CTTGGGATCC 
TACTCTTCCC AGCATCAGCA CGTGGACTTG TATAGTTGCC AGAGCCAAGA CCCCATGTCT 
AAACTAAGTC TACCACCCAT TCAAACATTA TACCAGCATA GGTTTGGGAA TAACCAGAGT 
TTTGGTCCCA AGTACTTGAA TTACGGAAAC CAAAATATGC AGGTAGACTC CTTCAGTAAC 
TGCACCATTA GACCAAATGT ACACCACGTG GGGTCTTTCT CCTCTTACTC CACCCATGAG 
GCTGACGGCC ATTTTATGGA GGTTGCCTCA AGGTTAAAAT CTAATTTGAG TAATCCGAGC 
ATGGATTATG CCTCCATGAG TAAAAGCAGT GAACATCATC ATGTGCAACC CCTTCCACAT 
TTAGCGCACG ACTACCATTC TGCTCAAAAC ATGTTTAGTG GTCCTCCTAA TTCACTGCAT 
CTCCAAAGTA AGGATAGTGA AATGATTTCA CATGCAGTTA ATGGTTTGTC TAACATGCTT 
CCAGGTCAAA ACCATGATAG GACTACTTCC CAGGGTGGTT TAGATAAAGC TGAAGTGGTG 
AATCCAGAAA AAGCAGAGGA TCCCGATGAA GTCTGGTCAG ATAGCGAGCA GAGCTTTCTG 
GATCCAGAAA TTGGAGGAGT GGCAGTTGCT CCATCTCACG GGTCAATCCT CATAGAGTGC 
GCAAAACGTG AGCTCCACGC AACGACTCCC TTAAAAAACC CCAACAGGAA CCATCCCACC 
AGAATATCCC TCGTCTTTTA CCAGCACAAG AGCATGAACG AGCCGAAACA CGGTCTGGCT 
CTGTGGGAGG CAAAGATGGC TGAGAAGGCA AGAGAGAAAG AGGAGGAATG CGAGAAGTAC 
GGCCCAGACT ACGTGCCTCA GAAATCTTAC GGCAAAAAAG CCAAGCGGGA GCCCGCGGAG 
CCACACGAAC CCTCGGAGCC CACCTACCTG CGCTTCATCA AGTCTCTTGC ACAAAGGACA 
CTCTCGGTCA CCACAGACTC CACAGTAACT ACATCTCCAT ATGCCTTTAC ACGGGTTACA 
GGGCCTTACA ACCGATATAT CTAA