TET2 cDNA ORF clone, Apteryx australis mantelli

Gene
Clones
gRNAs

Summary

Gene Symbol	TET2
Entrez Gene ID	106492014
Full Name	tet methylcytosine dioxygenase 2
Gene Type	protein-coding
Organism	Apteryx australis mantelli

mRNA and Protein(s)

mRNA	Protein	Name
XM_013951713.1	XP_013807167.1	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
OAp20898	XM_013951713.1 Latest version!	Apteryx australis mantelli 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_013951713.1 ) cDNA ORF clone, Apteryx australis mantelli -> XP_013807167.1 Apteryx australis mantelli tet methylcytosine dioxygenase 2 (TET2), mRNA.

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CloneID	OAp20898
Clone ID Related Accession (Same CDS sequence)	XM_013951713.1
Accession Version	XM_013951713.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5880bp) 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	2015-09-08
Organism	Apteryx australis mantelli
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_014000569.1) 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 :: Apteryx australis mantelli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAACAGG ACAGAACCAA CCATGTTGAC GGCAATAGAT TGAGTCCATT TCTAATACCG 
CAATCTTCTC ACGTTTGCCA GACAGAGCCT TTTTCAATGA AGCTACAGAA TGGAAGTCCA 
GTAACAGAGA GGCCCAAAGT TGAAGTAAAT GGTGACCATG AGTGGCTATT CATTAAAAGC 
AACCACGGAG TGCCCCACGT GAAGGGAAAT CCAAATAATC GAGTTAGCCC TGACCTTTTA 
CAGGAAAAGA AAGTATATTC CAAATATATG CAAAATGGTG GGATAAAACG CACTTTCAGT 
GAGCCCTCTC TGTATGGACT TCATCAGAGC AAGAAAGTTA AACAAGACAA AGAAGTAAAC 
GGAGAAAAAG CTGAGCCAGA AGATAATTAT GAAAAACCAA GTGTCTCCAA TTGTTACAGT 
GAGAAGAAAA CAGAGAGTTT TACAGGACAA GAAAATGAAG CTACAGATTT GAAACAGACT 
TCAAGATACA ACAGTGGTGG TTCAGAAAAC CCTCAAGACC TCCTGGTGCA GAATGAGCAG 
GAGCGGGAAA ACGTTCATTG CCACAACAGA GACATTGTCT TACTACTTAA GAACAAGGCA 
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 GTCTACAATG CAGAAGACTC CAGTAAACCA 
CCTGTATTGC CAGGTAGCTA TTCACTTCAG AAACCAGAAC TACAGCTACA GCAACAGATT 
CCAGGCTATG ATACACACCA GTTATCTGTA GGAAACAGTA CTGTTCGTGG AAATATGGGG 
CAGGCTCCCA ACCAAGACCT CTCTCTTAGT TCCAGCAGTA ACCTGCAAGC TCAGAAGGCC 
ACTCTGGAAA GGTTTTCTGA GCAAGCAGAA AATAATGGTG CTTTGTTTAA ACAGAACTCA 
ATGTTTAATA ACGATTCCTC CGCTCCTCCT GCTCCAGAAA TGAACAGTGC ACTATCCGTT 
GTGGTGCGAG AAGGACACCA TTCCTACGAC AATATATGTG ATGAAACTCT TCCTAAAGAG 
ATTAAGAATG AAGGGCAACA GCAGGGACCA ATGTCAGAAA GTCCCGGCCT CGGCCAGCAA 
CAACTTCACC CTCAGCAGAG ACTTCCACAG CAGCCTCAGG CGTCACAACA AGATGTCAGT 
GAAAGCAACC CACAAGCTGC TGCGGCTGCC TCAATTCAGC AGCGCTCAGA AGAAGTGACG 
CCGACATCAG AGCCTCCCAT CCAAAACCTG CAAGTATGTG GAAGTGACAG TGAGTTGCAG 
CAACACTATC AGCATTTCCC AGGACAGAGA GAACACGATA TTCCTCCTGA GAAAGAAAAG 
GACCAAGTGA AAGAGTCTGT GCAACAGACT CCCCATTACT CAAAAGCAGC CTGGATAGAG 
TTGGTCTCCA CTCAGTTTCG CCAGGGAGAG CCTCCTCAGA AGCCCAACGA AGCATTGTTA 
CGATCAATTC TTCAGTTCCA GGCAAATACA TCTGAACCAG CCTATACAAA ACAGTACGCT 
GGAAGTCCTG ATGCATTAAA GGGGCCATTG GGGCAGCCCC AGAGCCAGAA GATAATGCAA 
CAGGAACAAA TTCCTCTGCT GTACAAAAGT GAGACCTCCC AGCTACAGCC GCCTCCCACA 
GCTGACCAGC AGCTGCCGTT CCAAAAACAC TCACCACAGC TCACGAAGAT GGATTCTCTA 
CTTAAGTCCC AAGTGCAGCA ACACCCTACA CAGCAGCTCC ATCTCCAGCA AAGACCAGAA 
CAACAAGCCG AACAGCCATT AGGGGCCCCA CTGAAACAGC AGCACTTGAA TCCCCAGCCA 
GGGGAAAATG AGCAATTCCT GCATTCACAC ATTTTACAAC AGATGCTTCA AAAACAGGCA 
CAGCAGACAC AACTGTCACG CAGTCCGCAG CTAACCCCAA ACCAGCAACA GCACCAGGCT 
CTGCAAATGA AAAATAAAGA ACTGCCTCAA ACCATTTCCC ATTCCCAAAG CAACACCGAA 
CAGCCGCTAG ACAGGACATC CTTCAATCAG CTTAAAGCAG ATGAATGTTT TCAAACTGGG 
AATAAGTACG TGAAATCAAC TGCATTCCCA CTGCATAACC CTCAGCTAGG ACTAGAGCAG 
GTCCAGAGCA TGAACAGCAA AGCTCCCCTT TACAGTCAGA AAAGGGATGC CAGTCTGCAG 
CATCCCTGCC CAAACAATGT GCACTTGATT GCTGAGAAGA AGGAGAGTGC CGCGAATATT 
GAACGCTTTG GAGCAAACAA AATGCAGGAC TTGCAACACG TGCAGTATTT TTCAAATAAC 
TTGACCCCAA AGCAAGATGT GAATCACTGT TTTCAAGAAC AAGAACAACA GACACAACAA 
GCTTCAGTTA TACAGCTACC ACTCCAGCAA ACACAAGGCT ATGGCAGTAG CCTGAATCAA 
GATATCCCTA GCCAACAAGC TACACAAATT CCTCAGCGGT ACTTACCACA CAGCCAACAA 
ACTCCCCCAC ACTCACAAGA CCAGAGAGGC TGTCATTTTC AGTCCCCCAA CCATAAGGAT 
TTTCAAAAGC ATGCTGCTCT AAGGTGGCAT CTCTTACAAA AACAGGAGCA ACAAGCATAC 
CAGCAACCCA AAACTGAGAT TGGTCCCAGT GCAGTGCGCA AGCCTATCAA AATTGAAGCT 
GGCTCAAAGT CTAATGTCTG CATGCGCCCA TCAACTGGAC AGCTGGAAAA CAAAATGTGG 
AAAAAAACAA TTAAACAAGA GAATCAGCAC TTTGGCTGTG AGAACATGCA ACAGAAGAGC 
ATCATTGAGA CAATGGAACA GCAGCTAAAA CAGATACAGG TCAAATCACT GTTTGATCAC 
AAGACTTTTA CTATCAAATC ACCCAAACAT GTGAAGGTTG AAACAGCAGG CCCTATCACC 
ATACTATCAA GAAATACCAG TGCTGCAGAA TTTGACACTC AAACCCCCAT CTTAGATCAA 
CAAGCAAACT CCTCTGCTGA GAAAACCCCG ACCAAAAGAA CAGCTGGAAC TGTTCTCAAT 
AATTTTTTAG ACTCACCTTC CAAGTTATTG GATACTCCTG TAAAAAATTT ATTGGACACA 
CCTGCCAAAA CCCAGTATGA TTTCCCATCT TGCAGCTGTG TTGAGCAAAT TATTGAAAAA 
GATGAAGGTC CTTTCTATAC CCATCTAGGA GCCGGTCCTA ATGTGGCAGC TATTAGAGAA 
ATCATGGAAG AAAGATTTGG ACAGAAAGGT AAAGCTATAA GGATTGAGAG GGTTGTCTAC 
ACTGGGAAAG AAGGCAAAAG TTCCCAAGGA TGTCCTATTG CTAAATGGGT AGTCCGCAGA 
AGCAGTCAGG AGGAAAAGCT ACTCTGCTTG GTGCGCGAGC GAGCGGGCCA CACATGCGAG 
ACAGCGGTGA TTGTGATTCT CATCCTGGTC TGGGAGGGGA TCCCGACAAG CCTGGCCGAC 
AAGCTGTATT CCGAACTCAC TGACACCCTG AGAAAGTACG GCACACTCAC GAACCGGCGC 
TGCGCCCTGA ACGAAGAACG GACTTGCGCA TGTCAAGGGC TGGACCCTGA AACTTGTGGT 
GCTTCATTTT CCTTCGGTTG CTCCTGGAGC ATGTACTACA ACGGTTGCAA GTTCGCCAGA 
AGCAAGATTC CAAGAAAGTT TAAGCTGATG GGGGATGACC CAAAAGAGGA AGAAAAACTA 
GAATCCAATT TGCAGAATCT ATCAACCCTG ATGGCGCCCA CCTACAAGAA GCTCGCACCT 
GATGCATATA ATAACCAGAT CGAGTATGAA CACAGAGCAC CGGAGTGTCG CCTGGGTTTA 
AAAGAAGGTC GCCCATTCTC AGGGGTCACT GCCTGCCTGG ATTTTTGCGC TCACGCTCAC 
AGAGACTTGC ACAATATGCA GAACGGGAGT ACACTGGTTT GCACACTAAC TAGAGAAGAC 
AATCGTGAAA TTGGCCAAAC ACCAGAAGAT GAGCAGCTGC ACGTGCTCCC GTTATACAAA 
GTCTCTGACG TAGATGAGTT CGGAAGTGCT GAAGGCCAGG AGGAGAAGAA GAGGAATGGC 
AGCATCCAGG TCCTTACCTC CTTTCGCCGG AAAGTAAGGA TGTTAGCAGA GCCTGTTAAG 
ACCTGTCGGC AAAGGAAGCT AGAAGCAAAG AAAGCAGCAG CAGAAAAGCT TTCCTCCTTG 
GAGAATGGAT CTAGCAAAGC TGAAAGAGAG AAGGCTGCTG CAGCACGCAA CAAGCAAGGC 
AGTTCAGAGG CAGCAGGTCA TGCAAAGCAG CTAGCAGATC TTTTACGCCT TTCAGGACCG 
GCCACACAAC AGCAGCAGCA TCCACAGCGC ACTCTCCCTA ACAACCCTCA GTCAAATCCT 
GTTAACTCTT ACTCGGGTTC AGGTTCTGCA AATCTTTATG CGAGGTTGCC TAATCCAGCC 
AATGCTTACC CAAGCTCTTC CTACACTTCA GATCCTTACG GAGGGTCCAG TCCCATGAAC 
CTCTATACAA CTTCATCACA GCCTGCAGGG TCTTATTTGA ATTCTTCCAG TCCCATGAAC 
CCTTATTCAG GATCACTAAG TCAAAATAAC CAATATCCAC CCTACCAATG CAATGGAAAC 
GTACCTATGG ACAACTGCCC CTCTTACTTG GGCTCCTACT CTTCCCAGCA TCAGCACATG 
GACTTGTATA GGTGTCAGAG CCAAGATCCT ATGTCTAAAC TAAGTCTACC ACCCATTCAA 
ACATTATACC AGCATAGGTT TGGGAATAAC CAGAGTTTTG GTCCCAAGTA CTTGAATTAT 
GGAAACCAAA ATATGCAGGT AGACTCCTTC AGTAACTGCA CCATTAGACC AAATGTACAC 
CACGTAGGGT CTTTTTCCTC TTACTCCACC CATGAGGCTG ATGGCCATTT TATGGAGGTT 
GCCTCAAGGT TAAAATCTAA TCTGAGTAAT CCAAGCATGG ACTATGCCTC CATGAGTAAA 
AACAGTGAAC ATCACCACGT GCAGCCCTCT CCACATTTAG CACATGACTA CCATTCTGCT 
CCAAGTATAT TTAGTGGTGC TCCTAATTCG CTGCATCTCC AAAATAAGGA TAGCGAAATG 
ATTTCACACA CAGCTAATGG TCTGTCTAAC ATGCTTCCAG GTCAAAACCA TGATAGGACT 
ACTCCCCAAG GTTGTTTAGA TAAAACTGAT GTGTTGAATC CAGAAAAAGC AGAGGATCCT 
GATGAAGTCT GGTCAGATAG TGAGCAGAGC TTTCTGGATC CAGAAATTGG AGGAGTGGCA 
GTTGCTCCAT CTCATGGGTC AATTCTCATA GAGTGTGCAA AACGTGAGCT CCATGCAACA 
ACCCCCCTAA AAAACCCCAA CAGGAACCAT CCCACCAGAA TATCCCTTGT CTTTTACCAG 
CACAAGAGCA TGAATGAGCC AAAACACGGT CTGGCTCTGT GGGAGGCGAA GATGGCTGAG 
AAGGCAAGAG AGAAAGAAGA GGAATGTGAA AAGTACGGTC CAGACTACGT GCCTCAGAAA 
TCTTACGGCA AAAAAGCAAA GCGAGAGCCT GCCGAACCTC ACGAACCCTC AGAACCAACG 
TACGTGCGCT TCATCAAGTC TCTCGCGCAA CGGACACTGT CGGTCACCAC AGACTCCACA 
GTAACTACAT CTCCATATGC CTTTACACGG GTTACAGGGC CTTACAACAG ATATATCTAA

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

RefSeq	XP_013807167.1
CDS	24..5903
Translation	MEQDRTNHVDGNRLSPFLIPQSSHVCQTEPFSMKLQNGSPVTERPKVEVNGDHEWLFIKSNHGVPHVKGNPNNRVSPDLLQEKKVYSKYMQNGGIKRTFSEPSLYGLHQSKKVKQDKEVNGEKAEPEDNYEKPSVSNCYSEKKTESFTGQENEATDLKQTSRYNSGGSENPQDLLVQNEQERENVHCHNRDIVLLLKNKAVPMPNGATVSASSMESMHGELLEKTLSQYYPEHVSIAMQKNTSHINAITSQATNELSYETTHSSHTSGQITSPQTSNSELPQVPAVVVTEVYNAEDSSKPPVLPGSYSLQKPELQLQQQIPGYDTHQLSVGNSTVRGNMGQAPNQDLSLSSSSNLQAQKATLERFSEQAENNGALFKQNSMFNNDSSAPPAPEMNSALSVVVREGHHSYDNICDETLPKEIKNEGQQQGPMSESPGLGQQQLHPQQRLPQQPQASQQDVSESNPQAAAAASIQQRSEEVTPTSEPPIQNLQVCGSDSELQQHYQHFPGQREHDIPPEKEKDQVKESVQQTPHYSKAAWIELVSTQFRQGEPPQKPNEALLRSILQFQANTSEPAYTKQYAGSPDALKGPLGQPQSQKIMQQEQIPLLYKSETSQLQPPPTADQQLPFQKHSPQLTKMDSLLKSQVQQHPTQQLHLQQRPEQQAEQPLGAPLKQQHLNPQPGENEQFLHSHILQQMLQKQAQQTQLSRSPQLTPNQQQHQALQMKNKELPQTISHSQSNTEQPLDRTSFNQLKADECFQTGNKYVKSTAFPLHNPQLGLEQVQSMNSKAPLYSQKRDASLQHPCPNNVHLIAEKKESAANIERFGANKMQDLQHVQYFSNNLTPKQDVNHCFQEQEQQTQQASVIQLPLQQTQGYGSSLNQDIPSQQATQIPQRYLPHSQQTPPHSQDQRGCHFQSPNHKDFQKHAALRWHLLQKQEQQAYQQPKTEIGPSAVRKPIKIEAGSKSNVCMRPSTGQLENKMWKKTIKQENQHFGCENMQQKSIIETMEQQLKQIQVKSLFDHKTFTIKSPKHVKVETAGPITILSRNTSAAEFDTQTPILDQQANSSAEKTPTKRTAGTVLNNFLDSPSKLLDTPVKNLLDTPAKTQYDFPSCSCVEQIIEKDEGPFYTHLGAGPNVAAIREIMEERFGQKGKAIRIERVVYTGKEGKSSQGCPIAKWVVRRSSQEEKLLCLVRERAGHTCETAVIVILILVWEGIPTSLADKLYSELTDTLRKYGTLTNRRCALNEERTCACQGLDPETCGASFSFGCSWSMYYNGCKFARSKIPRKFKLMGDDPKEEEKLESNLQNLSTLMAPTYKKLAPDAYNNQIEYEHRAPECRLGLKEGRPFSGVTACLDFCAHAHRDLHNMQNGSTLVCTLTREDNREIGQTPEDEQLHVLPLYKVSDVDEFGSAEGQEEKKRNGSIQVLTSFRRKVRMLAEPVKTCRQRKLEAKKAAAEKLSSLENGSSKAEREKAAAARNKQGSSEAAGHAKQLADLLRLSGPATQQQQHPQRTLPNNPQSNPVNSYSGSGSANLYARLPNPANAYPSSSYTSDPYGGSSPMNLYTTSSQPAGSYLNSSSPMNPYSGSLSQNNQYPPYQCNGNVPMDNCPSYLGSYSSQHQHMDLYRCQSQDPMSKLSLPPIQTLYQHRFGNNQSFGPKYLNYGNQNMQVDSFSNCTIRPNVHHVGSFSSYSTHEADGHFMEVASRLKSNLSNPSMDYASMSKNSEHHHVQPSPHLAHDYHSAPSIFSGAPNSLHLQNKDSEMISHTANGLSNMLPGQNHDRTTPQGCLDKTDVLNPEKAEDPDEVWSDSEQSFLDPEIGGVAVAPSHGSILIECAKRELHATTPLKNPNRNHPTRISLVFYQHKSMNEPKHGLALWEAKMAEKAREKEEECEKYGPDYVPQKSYGKKAKREPAEPHEPSEPTYVRFIKSLAQRTLSVTTDSTVTTSPYAFTRVTGPYNRYI

Target ORF information:

RefSeq Version	XM_013951713.1
Organism	Apteryx australis mantelli
Definition	Apteryx australis mantelli 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_013951713.1

ORF Insert Sequence:

ATGGAACAGG ACAGAACCAA CCATGTTGAC GGCAATAGAT TGAGTCCATT TCTAATACCG 
CAATCTTCTC ACGTTTGCCA GACAGAGCCT TTTTCAATGA AGCTACAGAA TGGAAGTCCA 
GTAACAGAGA GGCCCAAAGT TGAAGTAAAT GGTGACCATG AGTGGCTATT CATTAAAAGC 
AACCACGGAG TGCCCCACGT GAAGGGAAAT CCAAATAATC GAGTTAGCCC TGACCTTTTA 
CAGGAAAAGA AAGTATATTC CAAATATATG CAAAATGGTG GGATAAAACG CACTTTCAGT 
GAGCCCTCTC TGTATGGACT TCATCAGAGC AAGAAAGTTA AACAAGACAA AGAAGTAAAC 
GGAGAAAAAG CTGAGCCAGA AGATAATTAT GAAAAACCAA GTGTCTCCAA TTGTTACAGT 
GAGAAGAAAA CAGAGAGTTT TACAGGACAA GAAAATGAAG CTACAGATTT GAAACAGACT 
TCAAGATACA ACAGTGGTGG TTCAGAAAAC CCTCAAGACC TCCTGGTGCA GAATGAGCAG 
GAGCGGGAAA ACGTTCATTG CCACAACAGA GACATTGTCT TACTACTTAA GAACAAGGCA 
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 GTCTACAATG CAGAAGACTC CAGTAAACCA 
CCTGTATTGC CAGGTAGCTA TTCACTTCAG AAACCAGAAC TACAGCTACA GCAACAGATT 
CCAGGCTATG ATACACACCA GTTATCTGTA GGAAACAGTA CTGTTCGTGG AAATATGGGG 
CAGGCTCCCA ACCAAGACCT CTCTCTTAGT TCCAGCAGTA ACCTGCAAGC TCAGAAGGCC 
ACTCTGGAAA GGTTTTCTGA GCAAGCAGAA AATAATGGTG CTTTGTTTAA ACAGAACTCA 
ATGTTTAATA ACGATTCCTC CGCTCCTCCT GCTCCAGAAA TGAACAGTGC ACTATCCGTT 
GTGGTGCGAG AAGGACACCA TTCCTACGAC AATATATGTG ATGAAACTCT TCCTAAAGAG 
ATTAAGAATG AAGGGCAACA GCAGGGACCA ATGTCAGAAA GTCCCGGCCT CGGCCAGCAA 
CAACTTCACC CTCAGCAGAG ACTTCCACAG CAGCCTCAGG CGTCACAACA AGATGTCAGT 
GAAAGCAACC CACAAGCTGC TGCGGCTGCC TCAATTCAGC AGCGCTCAGA AGAAGTGACG 
CCGACATCAG AGCCTCCCAT CCAAAACCTG CAAGTATGTG GAAGTGACAG TGAGTTGCAG 
CAACACTATC AGCATTTCCC AGGACAGAGA GAACACGATA TTCCTCCTGA GAAAGAAAAG 
GACCAAGTGA AAGAGTCTGT GCAACAGACT CCCCATTACT CAAAAGCAGC CTGGATAGAG 
TTGGTCTCCA CTCAGTTTCG CCAGGGAGAG CCTCCTCAGA AGCCCAACGA AGCATTGTTA 
CGATCAATTC TTCAGTTCCA GGCAAATACA TCTGAACCAG CCTATACAAA ACAGTACGCT 
GGAAGTCCTG ATGCATTAAA GGGGCCATTG GGGCAGCCCC AGAGCCAGAA GATAATGCAA 
CAGGAACAAA TTCCTCTGCT GTACAAAAGT GAGACCTCCC AGCTACAGCC GCCTCCCACA 
GCTGACCAGC AGCTGCCGTT CCAAAAACAC TCACCACAGC TCACGAAGAT GGATTCTCTA 
CTTAAGTCCC AAGTGCAGCA ACACCCTACA CAGCAGCTCC ATCTCCAGCA AAGACCAGAA 
CAACAAGCCG AACAGCCATT AGGGGCCCCA CTGAAACAGC AGCACTTGAA TCCCCAGCCA 
GGGGAAAATG AGCAATTCCT GCATTCACAC ATTTTACAAC AGATGCTTCA AAAACAGGCA 
CAGCAGACAC AACTGTCACG CAGTCCGCAG CTAACCCCAA ACCAGCAACA GCACCAGGCT 
CTGCAAATGA AAAATAAAGA ACTGCCTCAA ACCATTTCCC ATTCCCAAAG CAACACCGAA 
CAGCCGCTAG ACAGGACATC CTTCAATCAG CTTAAAGCAG ATGAATGTTT TCAAACTGGG 
AATAAGTACG TGAAATCAAC TGCATTCCCA CTGCATAACC CTCAGCTAGG ACTAGAGCAG 
GTCCAGAGCA TGAACAGCAA AGCTCCCCTT TACAGTCAGA AAAGGGATGC CAGTCTGCAG 
CATCCCTGCC CAAACAATGT GCACTTGATT GCTGAGAAGA AGGAGAGTGC CGCGAATATT 
GAACGCTTTG GAGCAAACAA AATGCAGGAC TTGCAACACG TGCAGTATTT TTCAAATAAC 
TTGACCCCAA AGCAAGATGT GAATCACTGT TTTCAAGAAC AAGAACAACA GACACAACAA 
GCTTCAGTTA TACAGCTACC ACTCCAGCAA ACACAAGGCT ATGGCAGTAG CCTGAATCAA 
GATATCCCTA GCCAACAAGC TACACAAATT CCTCAGCGGT ACTTACCACA CAGCCAACAA 
ACTCCCCCAC ACTCACAAGA CCAGAGAGGC TGTCATTTTC AGTCCCCCAA CCATAAGGAT 
TTTCAAAAGC ATGCTGCTCT AAGGTGGCAT CTCTTACAAA AACAGGAGCA ACAAGCATAC 
CAGCAACCCA AAACTGAGAT TGGTCCCAGT GCAGTGCGCA AGCCTATCAA AATTGAAGCT 
GGCTCAAAGT CTAATGTCTG CATGCGCCCA TCAACTGGAC AGCTGGAAAA CAAAATGTGG 
AAAAAAACAA TTAAACAAGA GAATCAGCAC TTTGGCTGTG AGAACATGCA ACAGAAGAGC 
ATCATTGAGA CAATGGAACA GCAGCTAAAA CAGATACAGG TCAAATCACT GTTTGATCAC 
AAGACTTTTA CTATCAAATC ACCCAAACAT GTGAAGGTTG AAACAGCAGG CCCTATCACC 
ATACTATCAA GAAATACCAG TGCTGCAGAA TTTGACACTC AAACCCCCAT CTTAGATCAA 
CAAGCAAACT CCTCTGCTGA GAAAACCCCG ACCAAAAGAA CAGCTGGAAC TGTTCTCAAT 
AATTTTTTAG ACTCACCTTC CAAGTTATTG GATACTCCTG TAAAAAATTT ATTGGACACA 
CCTGCCAAAA CCCAGTATGA TTTCCCATCT TGCAGCTGTG TTGAGCAAAT TATTGAAAAA 
GATGAAGGTC CTTTCTATAC CCATCTAGGA GCCGGTCCTA ATGTGGCAGC TATTAGAGAA 
ATCATGGAAG AAAGATTTGG ACAGAAAGGT AAAGCTATAA GGATTGAGAG GGTTGTCTAC 
ACTGGGAAAG AAGGCAAAAG TTCCCAAGGA TGTCCTATTG CTAAATGGGT AGTCCGCAGA 
AGCAGTCAGG AGGAAAAGCT ACTCTGCTTG GTGCGCGAGC GAGCGGGCCA CACATGCGAG 
ACAGCGGTGA TTGTGATTCT CATCCTGGTC TGGGAGGGGA TCCCGACAAG CCTGGCCGAC 
AAGCTGTATT CCGAACTCAC TGACACCCTG AGAAAGTACG GCACACTCAC GAACCGGCGC 
TGCGCCCTGA ACGAAGAACG GACTTGCGCA TGTCAAGGGC TGGACCCTGA AACTTGTGGT 
GCTTCATTTT CCTTCGGTTG CTCCTGGAGC ATGTACTACA ACGGTTGCAA GTTCGCCAGA 
AGCAAGATTC CAAGAAAGTT TAAGCTGATG GGGGATGACC CAAAAGAGGA AGAAAAACTA 
GAATCCAATT TGCAGAATCT ATCAACCCTG ATGGCGCCCA CCTACAAGAA GCTCGCACCT 
GATGCATATA ATAACCAGAT CGAGTATGAA CACAGAGCAC CGGAGTGTCG CCTGGGTTTA 
AAAGAAGGTC GCCCATTCTC AGGGGTCACT GCCTGCCTGG ATTTTTGCGC TCACGCTCAC 
AGAGACTTGC ACAATATGCA GAACGGGAGT ACACTGGTTT GCACACTAAC TAGAGAAGAC 
AATCGTGAAA TTGGCCAAAC ACCAGAAGAT GAGCAGCTGC ACGTGCTCCC GTTATACAAA 
GTCTCTGACG TAGATGAGTT CGGAAGTGCT GAAGGCCAGG AGGAGAAGAA GAGGAATGGC 
AGCATCCAGG TCCTTACCTC CTTTCGCCGG AAAGTAAGGA TGTTAGCAGA GCCTGTTAAG 
ACCTGTCGGC AAAGGAAGCT AGAAGCAAAG AAAGCAGCAG CAGAAAAGCT TTCCTCCTTG 
GAGAATGGAT CTAGCAAAGC TGAAAGAGAG AAGGCTGCTG CAGCACGCAA CAAGCAAGGC 
AGTTCAGAGG CAGCAGGTCA TGCAAAGCAG CTAGCAGATC TTTTACGCCT TTCAGGACCG 
GCCACACAAC AGCAGCAGCA TCCACAGCGC ACTCTCCCTA ACAACCCTCA GTCAAATCCT 
GTTAACTCTT ACTCGGGTTC AGGTTCTGCA AATCTTTATG CGAGGTTGCC TAATCCAGCC 
AATGCTTACC CAAGCTCTTC CTACACTTCA GATCCTTACG GAGGGTCCAG TCCCATGAAC 
CTCTATACAA CTTCATCACA GCCTGCAGGG TCTTATTTGA ATTCTTCCAG TCCCATGAAC 
CCTTATTCAG GATCACTAAG TCAAAATAAC CAATATCCAC CCTACCAATG CAATGGAAAC 
GTACCTATGG ACAACTGCCC CTCTTACTTG GGCTCCTACT CTTCCCAGCA TCAGCACATG 
GACTTGTATA GGTGTCAGAG CCAAGATCCT ATGTCTAAAC TAAGTCTACC ACCCATTCAA 
ACATTATACC AGCATAGGTT TGGGAATAAC CAGAGTTTTG GTCCCAAGTA CTTGAATTAT 
GGAAACCAAA ATATGCAGGT AGACTCCTTC AGTAACTGCA CCATTAGACC AAATGTACAC 
CACGTAGGGT CTTTTTCCTC TTACTCCACC CATGAGGCTG ATGGCCATTT TATGGAGGTT 
GCCTCAAGGT TAAAATCTAA TCTGAGTAAT CCAAGCATGG ACTATGCCTC CATGAGTAAA 
AACAGTGAAC ATCACCACGT GCAGCCCTCT CCACATTTAG CACATGACTA CCATTCTGCT 
CCAAGTATAT TTAGTGGTGC TCCTAATTCG CTGCATCTCC AAAATAAGGA TAGCGAAATG 
ATTTCACACA CAGCTAATGG TCTGTCTAAC ATGCTTCCAG GTCAAAACCA TGATAGGACT 
ACTCCCCAAG GTTGTTTAGA TAAAACTGAT GTGTTGAATC CAGAAAAAGC AGAGGATCCT 
GATGAAGTCT GGTCAGATAG TGAGCAGAGC TTTCTGGATC CAGAAATTGG AGGAGTGGCA 
GTTGCTCCAT CTCATGGGTC AATTCTCATA GAGTGTGCAA AACGTGAGCT CCATGCAACA 
ACCCCCCTAA AAAACCCCAA CAGGAACCAT CCCACCAGAA TATCCCTTGT CTTTTACCAG 
CACAAGAGCA TGAATGAGCC AAAACACGGT CTGGCTCTGT GGGAGGCGAA GATGGCTGAG 
AAGGCAAGAG AGAAAGAAGA GGAATGTGAA AAGTACGGTC CAGACTACGT GCCTCAGAAA 
TCTTACGGCA AAAAAGCAAA GCGAGAGCCT GCCGAACCTC ACGAACCCTC AGAACCAACG 
TACGTGCGCT TCATCAAGTC TCTCGCGCAA CGGACACTGT CGGTCACCAC AGACTCCACA 
GTAACTACAT CTCCATATGC CTTTACACGG GTTACAGGGC CTTACAACAG ATATATCTAA