TET2 cDNA ORF clone, Aquila chrysaetos canadensis

Gene
Clones
gRNAs

Summary

Gene Symbol	TET2
Entrez Gene ID	105400638
Full Name	tet methylcytosine dioxygenase 2
Gene Type	protein-coding
Organism	Aquila chrysaetos canadensis

mRNA and Protein(s)

mRNA	Protein	Name
XM_011574450.1	XP_011572752.1	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
OAq14333	XM_011574450.1 Latest version!	Aquila chrysaetos canadensis 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_011574450.1 ) cDNA ORF clone, Aquila chrysaetos canadensis -> XP_011572752.1 Aquila chrysaetos canadensis tet methylcytosine dioxygenase 2 (TET2), mRNA.

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CloneID	OAq14333
Clone ID Related Accession (Same CDS sequence)	XM_011574450.1
Accession Version	XM_011574450.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5892bp) 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	methylcytosine dioxygenase TET2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011950881.1) 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 :: 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##

ATGGAACAGG ACAGAACCAA CCATGTTGAC GGCAATAGAT TGAGTCCATT TCTAATACCG 
CAATCTTCTC ACGTTTGCCA GACAGAGCCT TCTGCAGTGA AGCTACAGAA TGGAAGTCCA 
GCAACAGAGA GGCCTGAAGT TGAAGTAAAT GGAGACCACA AGCGGCTATT CATTAAAAGC 
AACTATGGAG TGCCCTACCT GAAGGGAAGT CCAAACAACC GCGTTAGCCC TGACCTTTTA 
CAAGAAAAGA AAGTATATTC CAAATATATG CAAAATGGTG GGATAAAACG CACTTTTAGT 
GAGCCCTCTC TGTATGGACT TCATGAAAAC AAGAAAGTGA AACAAGACAA AGAGGTAAAC 
GGAGAAAAAG CTGAGCCAGA GAATAATAAT GAAAAACCAA GCGTCTCCAA TTGTTACAGT 
GAGAAGAAAC CCGAGAGTTT TACAGGACAA GAAAATGAAG CTTCAGATTT GATACAGTCT 
ACAAGATACA ACAGTGGTGG TTCAGAAAAC CCTCATGACC TCCTGATTCA GGATAAGCAG 
GAGCAGGAGA ATGTTCGTTG CCACAACGGG GACATTGTCT TACTACTTAA GAACAAGGCA 
GTGCCAATGC CTAATGGTGC TACAGTTTCT GCCTCTTCCA TGGAAAACAT GCGTGGTGAA 
CTCCTGGAGA AAACACTGTC TCAATATTAT CCAGAACATG TTTCCATAGC AATGCAGAAG 
AACACATCTC ATATCAATGC CATTACCAGT CAGGCTACTA ATGAGTTGTC CTATGAGACA 
ACGCATTCAT CCCATACCTC AGGGCAGATC ACTTCCCCAC AGACCTCAAA CTCTGAGCTG 
CCTCAAGTGC CAGCTGTAGT GGTTACTGAG GTCTACAACA CAGAAGACTC CAGTAAACCA 
CCTGTATTGC CAGGTAGCTG TTCGCTTCAG AAACCAGAAC TACAGCTACA GCAACAGATT 
CCAGGCTATG ATCCACACCA GTTACCCATA GGAAACAGTA CTGTTCATGG AAGTGTAGGG 
CAGGTTCCCA ACCAAGACCT CTCTCTAAGT TCCAGCAGTA ACCTGCAAGC TCAGAGCGCC 
GCTCTGGAAA GGTTTTCTGA GCAAGCAGAA AAAAATGGTG CTTTCTTTAA ACAGAACTCA 
ACGTTTTACA AAGATTCCTC CACTCCTCCT GCTCCAAAAA AGAACAGTGC ACTGTCCGTT 
GTGGTGCGAG AAGGACACCA TTCCTATGAC AACAGATGTG ATGAAGCTCT TCCTGGGGAG 
GTAAAGAATG AAGGGCAACA GCAGGGACCA ATGTCAGAAA GTCCCAGCCT CAGCCAACAA 
CAGCTTCACC CTCAGCAGAG ACTTCCGCAG CAGGCACAAA CGTCACAACA AGATGTCAGT 
GAAAGCAACC CGCAAGCTGC TGTGGCCGCC TCAATTCAGC AGCACCCAGA AGAAATGACG 
CCGGCGTCAG AGCCCCCCCT CCAAAACCTG CAAGTGTGCG GAAGTGAGGG TGAGTTGCAG 
CAACACTATC AGCATTTCCC AGGACAGAGA GAACCTGAGA TTCCTCCGGA CAAAGAAAAG 
GACCAAGTGA AAGAGCCTGT GCAACAGGCT CAATATTATT CAAAACCAGC CTGGATAGAA 
CTGGTTTCCA CCCAGTTCCG CCAGGGAGAG CCTTCCCAAA AGCCCAGCGA AGCATTATTG 
CGATCAATTC TTCAGTTCCA GGTAAACACA GCCGAAACAG CCTATACAAA GCAGTATGCT 
GGAAGTCCTG ATGCATTAAA GGGGCCTTCA GGACAGCCCC AGAGCCAGAA GATAATGCAA 
CAGGCACAAA TTCCGCCATT GTACAAAAGC GAGACCTCCC AGCTGCAGCC GCATCCCACA 
GCTGACAAGC AGCTGCCGTT CCAGAAACAC TCACCGCAGC CACAGCTCAC GAAGATGGAT 
TCCCTACTCA AGTCCCAAGT GCAGCAACAC CCTCCGCAGC AGCTCCATTT CCAGCAAAGA 
CCAGAACAAC AAGCCGAACA GCCTTTAGGG GCCCCCTTGA AACAGCAGCA CTTGAATCCC 
CAGCCAGGGG AAAACAACCA ATTCTTGCAT TCACACATTT TGCAACAGAT GCTTCAAAAA 
CAGGCACAGC AGGTGCAACT GCCGTGCAGT CCGCAGCTAA CCCCAAACCA GCAACAGGCT 
CTGCAGATGA AAAATAAAGA CCTGCCCCAA ACCATTTCCC ACTCCCAAAG CAATGCTGAG 
CAGCCGCTAG ACAGGACATC CTTCAATCAG CTTAAAGTAG ATGAATGTTT TCAAACTGGG 
AATAAGTACA TGAAATCAAC AGCATTCCCA CTGCATAACC CTCAGCTAGG CCTAGAGCAG 
GTACAGAGCA TGAACAACAA AGCTCCCCTT TACACTCAGA AAGCAAATGC TAGTCTGCAG 
CATCCCTGCC CAAACAACGT GCACTTGATT TCTGAGAAGA AAGAAAACAC CGCAAATATT 
GAATGCTTTG GAGCCAACAA AATGCAGGAC TTGCAACATG TGCAGTATTT TTCAAATAAC 
TTGACCACAA AGCAAGATGT GAATCACTCT TTTCAAGAAC AAGAGCAACA GACACAACAA 
ACTTCAGTTA TACAGCTACC ACCACTCCAG CAAACACAAT GCTACGGTGG TAGTCTGAAC 
CAAGATCTCC CGAGCCAACA AGCTACGCAG ATTCCTCAGC GGTACTTACC ACACAGCCAG 
CAAACTGCCC CACACTCCCA AGACCAGAGA GGCTGTCATT TGCAGTCCCA AACCCCTAAG 
GATTTTCAAA AGCACGCTGC TCTAAGGTGG CATCTCTTGC AAAAACAGGA GCAACAAGCA 
TACCAGCAAC CCAAAACCGA GATTGGTCCC AATGCAGCAC GCAAGCCTAT AAAAATTGAG 
GCTGGCACAA AGTCTAACGT CTGCATGCGT CCATCAGCTG GACAGCTGGA AAACAAAATG 
TGGAAAAAAA CAATTAAACA AGAGAATCAG CACTTTGGCT GTGAGAACAT GCAACAAAAG 
AGCATCATCG AGACAATGGA ACAGCAGCTA AAACAGATAC AGGTCAAATC ACTGTTTGAT 
CACAAGACTT TTACTATCAA ATCACCTAAA CATGTGAAGG TTGAAACAGC AGGCCCTATT 
ACCATCCTGT CAAGAAATAC CAGTGCTGCA GATTTTGACA CTCAGACCCC AATCTTAGAT 
CAGCAAGCAA ACTCGTCTGC TGAGAAAACT CCGACCAAAA GAACAGCTGG AACTGTTCTC 
AATAATTTTT TAGACTCACC TTCCAAGTTA TTGGATACTC CTGTAAAAAA TTTATTGGAC 
ACACCTGCCA AAACCCAGTA TGATTTCCCA TCTTGCAGCT GTGTTGAGCA AATTATTGAA 
AAAGATGAAG GTCCTTTCTA TACCCATCTA GGAGCCGGTC CTAATGTGGC AGCTATTAGA 
GAAATCATGG AAGAAAGATT TGGACAGAAG GGTAAAGCTA TAAGGATTGA GAGGGTTGTC 
TACACTGGGA AAGAAGGCAA AAGTTCTCAA GGATGTCCAA TTGCTAAATG GGTAGTCCGC 
AGAAGCAGTC AGGAGGAAAA GCTACTCTGC TTGGTGCGCG AGCGAGCAGG CCACACATGT 
GAGACAGCCG TGATTGTGAT TCTCATCCTG GTCTGGGAGG GAATCCCAAC AAGCCTAGCC 
GACAAGCTCT ACTCCGAACT CACCGACACC CTAAGGAAGT ACGGCACGCT CACGAACCGG 
CGGTGCGCCC TGAACGAAGA ACGGACTTGC GCGTGTCAAG GGCTGGACCC TGAAACTTGT 
GGTGCTTCAT TTTCCTTTGG TTGCTCCTGG AGCATGTACT ACAATGGTTG TAAGTTTGCC 
AGAAGCAAGA TTCCAAGAAA GTTTAAGCTG ATGGGGGATG ACCCAAAAGA GGAAGAAAAA 
CTAGAATCCA ATTTGCAGAA TCTGTCAACC CTGATGGCAC CTACCTACAA GAAGCTTGCA 
CCTGATGCAT ATAACAACCA GATCGAGTAT GAACACAGAG CACCTGAGTG TCGTCTGGGT 
TTAAAAGAAG GTCGCCCATT CTCAGGGGTC ACTGCCTGCC TGGATTTTTG CGCTCATGCT 
CACAGAGACT TGCACAATAT GCAGAACGGG AGTACACTGG TTTGCACACT AACTAGAGAA 
GACAATCGTG AAATTGGCCA AACACCAGAA GATGAGCAGC TCCACGTGCT CCCATTATAC 
AAAGTCTCTG ATGTGGATGA GTTTGGAAGC ACTGAAGGCC AGGAGGAGAA GAAGAGGAAT 
GGCAGCATCC AGGTCCTTAC CTCCTTTCGC CGAAAAGTAA GGATGTTAGC AGAGCCTGTT 
AAGACGTGTC GGCAAAGGAA GCTAGAAGCA AAGAAGGCAG CTGCAGAAAA GCTTTCCTCC 
TTGGAGAATG GGTCTAGCAA AGCTGAAAGA GATAAGTCTG CTGCAGCACG CAACAAGCAA 
GGCAACTCTG AGGCGGCAGG TCATGCAAAG CAGCTAGCAG ATCTTTTACG TCTTTCAGGA 
CCAGCCACAC AACAGCAACA TCAGCAGCAA CATCCACAGC GCACTCTCCC TAACAACGCT 
CAGTCAAATC CTATTAACTC TTACTCGGGT TCAGGTTCTG CAAATCTCTA TGTAAGGTTG 
CCTAATCCAG CCAATGCTTA TCCAAGCTCT TCATACACTT CAGATCCCTA TGGAGGGTCC 
AGTCCCATGA ACCTCTATAC AACCTCATCA CAGCCTGTGG GGTCTTATTT GAATTCTTCC 
AGTCCCATGA ACCCTTATTC AGGATCATTA AGTCAAAATA ACCAATATCC ACCCTACCAA 
TGCAATGGAA ACATACCTAT GGACAACTGC TCCTCTTACT TGGGCTCTTA CCCTTCCCAG 
CATCAGCACA TGGACTTGTA TAGTTGCCAG AGCCAAGACC ATATGTCTAA ACTAAGTCTA 
CCACCCATTC AAACATTATA CCAGCATAGG TTTGGGAATA GCCAGAGTTT TGGTCCCAAG 
TACTTGAATT ATGGAAACCA AAATATGCAG GTAGACTCCT TCAGTAATTG CACCATTAGA 
CCAAATGTAC ACCACGTAGG GTCTTTTTCC TCTTACTCCA CCCATGAGGC TGATGGCCAT 
TTTATGGAGG TTGCCTCAAG GTTAAAATCT AATCTGAGTA ATCCAAGCAT GGATTATGCC 
TCCATGAGTA AAAACAGTGA ACATCATCAC ATGCAACCCC CTCCACATTT AGCACACGAC 
TACCATTCTT CTCTGAGTAT GTTTAGTGGT CCTCCTAATT CATTGCATCT CCAAAATAAG 
GATAGTGAAA TGATTTCACA TGCAGTTAAT GGTTTGTCTA ACATGCTTCC AGGTCAAAAC 
CATGATAGGA CTACTCCCCA GGGTGGTTTA GATAAAACTG ATGTGCTGAA TCCAGAAAAA 
GCAGAGGATC CCGATGAAGT CTGGTCAGAT AGTGAGCAGA GCTTTCTGGA TCCAGAAATT 
GGAGGAGTGG CAGTTGCTCC ATCTCATGGG TCAATTCTCA TAGAGTGCGC AAAACGTGAG 
CTCCACGCAA CAACTCCCTT AAAAAATCCC AACAGGAACC ATCCCACCAG AATATCGCTT 
GTCTTTTACC AGCACAAGAG TATGAATGAG CCAAAACATG GTCTGGCTCT GTGGGAGGCA 
AAGATGGCTG AGAAGGCAAG AGAGAAGGAA GAGGAATGTG AAAAGTACGG TCCAGACTAT 
GTGCCTCAGA AATCTTACGG CAAAAAAGCA AAGCGGGAGC CTGCTGAGCC ACACGAACCC 
TCTGAGCCAA CGTACGTGCG CTTCATCAAG TCTCTTGCAC AAAGGACACT GTCGGTCACC 
ACAGACTCCA CAGTAACTAC ATCTCCATAT GCCTTTACAC GGGTTACAGG GCCTTACAAC 
CGATATATCT AA

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

RefSeq	XP_011572752.1
CDS	42..5933
Translation	MEQDRTNHVDGNRLSPFLIPQSSHVCQTEPSAVKLQNGSPATERPEVEVNGDHKRLFIKSNYGVPYLKGSPNNRVSPDLLQEKKVYSKYMQNGGIKRTFSEPSLYGLHENKKVKQDKEVNGEKAEPENNNEKPSVSNCYSEKKPESFTGQENEASDLIQSTRYNSGGSENPHDLLIQDKQEQENVRCHNGDIVLLLKNKAVPMPNGATVSASSMENMRGELLEKTLSQYYPEHVSIAMQKNTSHINAITSQATNELSYETTHSSHTSGQITSPQTSNSELPQVPAVVVTEVYNTEDSSKPPVLPGSCSLQKPELQLQQQIPGYDPHQLPIGNSTVHGSVGQVPNQDLSLSSSSNLQAQSAALERFSEQAEKNGAFFKQNSTFYKDSSTPPAPKKNSALSVVVREGHHSYDNRCDEALPGEVKNEGQQQGPMSESPSLSQQQLHPQQRLPQQAQTSQQDVSESNPQAAVAASIQQHPEEMTPASEPPLQNLQVCGSEGELQQHYQHFPGQREPEIPPDKEKDQVKEPVQQAQYYSKPAWIELVSTQFRQGEPSQKPSEALLRSILQFQVNTAETAYTKQYAGSPDALKGPSGQPQSQKIMQQAQIPPLYKSETSQLQPHPTADKQLPFQKHSPQPQLTKMDSLLKSQVQQHPPQQLHFQQRPEQQAEQPLGAPLKQQHLNPQPGENNQFLHSHILQQMLQKQAQQVQLPCSPQLTPNQQQALQMKNKDLPQTISHSQSNAEQPLDRTSFNQLKVDECFQTGNKYMKSTAFPLHNPQLGLEQVQSMNNKAPLYTQKANASLQHPCPNNVHLISEKKENTANIECFGANKMQDLQHVQYFSNNLTTKQDVNHSFQEQEQQTQQTSVIQLPPLQQTQCYGGSLNQDLPSQQATQIPQRYLPHSQQTAPHSQDQRGCHLQSQTPKDFQKHAALRWHLLQKQEQQAYQQPKTEIGPNAARKPIKIEAGTKSNVCMRPSAGQLENKMWKKTIKQENQHFGCENMQQKSIIETMEQQLKQIQVKSLFDHKTFTIKSPKHVKVETAGPITILSRNTSAADFDTQTPILDQQANSSAEKTPTKRTAGTVLNNFLDSPSKLLDTPVKNLLDTPAKTQYDFPSCSCVEQIIEKDEGPFYTHLGAGPNVAAIREIMEERFGQKGKAIRIERVVYTGKEGKSSQGCPIAKWVVRRSSQEEKLLCLVRERAGHTCETAVIVILILVWEGIPTSLADKLYSELTDTLRKYGTLTNRRCALNEERTCACQGLDPETCGASFSFGCSWSMYYNGCKFARSKIPRKFKLMGDDPKEEEKLESNLQNLSTLMAPTYKKLAPDAYNNQIEYEHRAPECRLGLKEGRPFSGVTACLDFCAHAHRDLHNMQNGSTLVCTLTREDNREIGQTPEDEQLHVLPLYKVSDVDEFGSTEGQEEKKRNGSIQVLTSFRRKVRMLAEPVKTCRQRKLEAKKAAAEKLSSLENGSSKAERDKSAAARNKQGNSEAAGHAKQLADLLRLSGPATQQQHQQQHPQRTLPNNAQSNPINSYSGSGSANLYVRLPNPANAYPSSSYTSDPYGGSSPMNLYTTSSQPVGSYLNSSSPMNPYSGSLSQNNQYPPYQCNGNIPMDNCSSYLGSYPSQHQHMDLYSCQSQDHMSKLSLPPIQTLYQHRFGNSQSFGPKYLNYGNQNMQVDSFSNCTIRPNVHHVGSFSSYSTHEADGHFMEVASRLKSNLSNPSMDYASMSKNSEHHHMQPPPHLAHDYHSSLSMFSGPPNSLHLQNKDSEMISHAVNGLSNMLPGQNHDRTTPQGGLDKTDVLNPEKAEDPDEVWSDSEQSFLDPEIGGVAVAPSHGSILIECAKRELHATTPLKNPNRNHPTRISLVFYQHKSMNEPKHGLALWEAKMAEKAREKEEECEKYGPDYVPQKSYGKKAKREPAEPHEPSEPTYVRFIKSLAQRTLSVTTDSTVTTSPYAFTRVTGPYNRYI

Target ORF information:

RefSeq Version	XM_011574450.1
Organism	Aquila chrysaetos canadensis
Definition	Aquila chrysaetos canadensis 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_011574450.1

ORF Insert Sequence:

ATGGAACAGG ACAGAACCAA CCATGTTGAC GGCAATAGAT TGAGTCCATT TCTAATACCG 
CAATCTTCTC ACGTTTGCCA GACAGAGCCT TCTGCAGTGA AGCTACAGAA TGGAAGTCCA 
GCAACAGAGA GGCCTGAAGT TGAAGTAAAT GGAGACCACA AGCGGCTATT CATTAAAAGC 
AACTATGGAG TGCCCTACCT GAAGGGAAGT CCAAACAACC GCGTTAGCCC TGACCTTTTA 
CAAGAAAAGA AAGTATATTC CAAATATATG CAAAATGGTG GGATAAAACG CACTTTTAGT 
GAGCCCTCTC TGTATGGACT TCATGAAAAC AAGAAAGTGA AACAAGACAA AGAGGTAAAC 
GGAGAAAAAG CTGAGCCAGA GAATAATAAT GAAAAACCAA GCGTCTCCAA TTGTTACAGT 
GAGAAGAAAC CCGAGAGTTT TACAGGACAA GAAAATGAAG CTTCAGATTT GATACAGTCT 
ACAAGATACA ACAGTGGTGG TTCAGAAAAC CCTCATGACC TCCTGATTCA GGATAAGCAG 
GAGCAGGAGA ATGTTCGTTG CCACAACGGG GACATTGTCT TACTACTTAA GAACAAGGCA 
GTGCCAATGC CTAATGGTGC TACAGTTTCT GCCTCTTCCA TGGAAAACAT GCGTGGTGAA 
CTCCTGGAGA AAACACTGTC TCAATATTAT CCAGAACATG TTTCCATAGC AATGCAGAAG 
AACACATCTC ATATCAATGC CATTACCAGT CAGGCTACTA ATGAGTTGTC CTATGAGACA 
ACGCATTCAT CCCATACCTC AGGGCAGATC ACTTCCCCAC AGACCTCAAA CTCTGAGCTG 
CCTCAAGTGC CAGCTGTAGT GGTTACTGAG GTCTACAACA CAGAAGACTC CAGTAAACCA 
CCTGTATTGC CAGGTAGCTG TTCGCTTCAG AAACCAGAAC TACAGCTACA GCAACAGATT 
CCAGGCTATG ATCCACACCA GTTACCCATA GGAAACAGTA CTGTTCATGG AAGTGTAGGG 
CAGGTTCCCA ACCAAGACCT CTCTCTAAGT TCCAGCAGTA ACCTGCAAGC TCAGAGCGCC 
GCTCTGGAAA GGTTTTCTGA GCAAGCAGAA AAAAATGGTG CTTTCTTTAA ACAGAACTCA 
ACGTTTTACA AAGATTCCTC CACTCCTCCT GCTCCAAAAA AGAACAGTGC ACTGTCCGTT 
GTGGTGCGAG AAGGACACCA TTCCTATGAC AACAGATGTG ATGAAGCTCT TCCTGGGGAG 
GTAAAGAATG AAGGGCAACA GCAGGGACCA ATGTCAGAAA GTCCCAGCCT CAGCCAACAA 
CAGCTTCACC CTCAGCAGAG ACTTCCGCAG CAGGCACAAA CGTCACAACA AGATGTCAGT 
GAAAGCAACC CGCAAGCTGC TGTGGCCGCC TCAATTCAGC AGCACCCAGA AGAAATGACG 
CCGGCGTCAG AGCCCCCCCT CCAAAACCTG CAAGTGTGCG GAAGTGAGGG TGAGTTGCAG 
CAACACTATC AGCATTTCCC AGGACAGAGA GAACCTGAGA TTCCTCCGGA CAAAGAAAAG 
GACCAAGTGA AAGAGCCTGT GCAACAGGCT CAATATTATT CAAAACCAGC CTGGATAGAA 
CTGGTTTCCA CCCAGTTCCG CCAGGGAGAG CCTTCCCAAA AGCCCAGCGA AGCATTATTG 
CGATCAATTC TTCAGTTCCA GGTAAACACA GCCGAAACAG CCTATACAAA GCAGTATGCT 
GGAAGTCCTG ATGCATTAAA GGGGCCTTCA GGACAGCCCC AGAGCCAGAA GATAATGCAA 
CAGGCACAAA TTCCGCCATT GTACAAAAGC GAGACCTCCC AGCTGCAGCC GCATCCCACA 
GCTGACAAGC AGCTGCCGTT CCAGAAACAC TCACCGCAGC CACAGCTCAC GAAGATGGAT 
TCCCTACTCA AGTCCCAAGT GCAGCAACAC CCTCCGCAGC AGCTCCATTT CCAGCAAAGA 
CCAGAACAAC AAGCCGAACA GCCTTTAGGG GCCCCCTTGA AACAGCAGCA CTTGAATCCC 
CAGCCAGGGG AAAACAACCA ATTCTTGCAT TCACACATTT TGCAACAGAT GCTTCAAAAA 
CAGGCACAGC AGGTGCAACT GCCGTGCAGT CCGCAGCTAA CCCCAAACCA GCAACAGGCT 
CTGCAGATGA AAAATAAAGA CCTGCCCCAA ACCATTTCCC ACTCCCAAAG CAATGCTGAG 
CAGCCGCTAG ACAGGACATC CTTCAATCAG CTTAAAGTAG ATGAATGTTT TCAAACTGGG 
AATAAGTACA TGAAATCAAC AGCATTCCCA CTGCATAACC CTCAGCTAGG CCTAGAGCAG 
GTACAGAGCA TGAACAACAA AGCTCCCCTT TACACTCAGA AAGCAAATGC TAGTCTGCAG 
CATCCCTGCC CAAACAACGT GCACTTGATT TCTGAGAAGA AAGAAAACAC CGCAAATATT 
GAATGCTTTG GAGCCAACAA AATGCAGGAC TTGCAACATG TGCAGTATTT TTCAAATAAC 
TTGACCACAA AGCAAGATGT GAATCACTCT TTTCAAGAAC AAGAGCAACA GACACAACAA 
ACTTCAGTTA TACAGCTACC ACCACTCCAG CAAACACAAT GCTACGGTGG TAGTCTGAAC 
CAAGATCTCC CGAGCCAACA AGCTACGCAG ATTCCTCAGC GGTACTTACC ACACAGCCAG 
CAAACTGCCC CACACTCCCA AGACCAGAGA GGCTGTCATT TGCAGTCCCA AACCCCTAAG 
GATTTTCAAA AGCACGCTGC TCTAAGGTGG CATCTCTTGC AAAAACAGGA GCAACAAGCA 
TACCAGCAAC CCAAAACCGA GATTGGTCCC AATGCAGCAC GCAAGCCTAT AAAAATTGAG 
GCTGGCACAA AGTCTAACGT CTGCATGCGT CCATCAGCTG GACAGCTGGA AAACAAAATG 
TGGAAAAAAA CAATTAAACA AGAGAATCAG CACTTTGGCT GTGAGAACAT GCAACAAAAG 
AGCATCATCG AGACAATGGA ACAGCAGCTA AAACAGATAC AGGTCAAATC ACTGTTTGAT 
CACAAGACTT TTACTATCAA ATCACCTAAA CATGTGAAGG TTGAAACAGC AGGCCCTATT 
ACCATCCTGT CAAGAAATAC CAGTGCTGCA GATTTTGACA CTCAGACCCC AATCTTAGAT 
CAGCAAGCAA ACTCGTCTGC TGAGAAAACT CCGACCAAAA GAACAGCTGG AACTGTTCTC 
AATAATTTTT TAGACTCACC TTCCAAGTTA TTGGATACTC CTGTAAAAAA TTTATTGGAC 
ACACCTGCCA AAACCCAGTA TGATTTCCCA TCTTGCAGCT GTGTTGAGCA AATTATTGAA 
AAAGATGAAG GTCCTTTCTA TACCCATCTA GGAGCCGGTC CTAATGTGGC AGCTATTAGA 
GAAATCATGG AAGAAAGATT TGGACAGAAG GGTAAAGCTA TAAGGATTGA GAGGGTTGTC 
TACACTGGGA AAGAAGGCAA AAGTTCTCAA GGATGTCCAA TTGCTAAATG GGTAGTCCGC 
AGAAGCAGTC AGGAGGAAAA GCTACTCTGC TTGGTGCGCG AGCGAGCAGG CCACACATGT 
GAGACAGCCG TGATTGTGAT TCTCATCCTG GTCTGGGAGG GAATCCCAAC AAGCCTAGCC 
GACAAGCTCT ACTCCGAACT CACCGACACC CTAAGGAAGT ACGGCACGCT CACGAACCGG 
CGGTGCGCCC TGAACGAAGA ACGGACTTGC GCGTGTCAAG GGCTGGACCC TGAAACTTGT 
GGTGCTTCAT TTTCCTTTGG TTGCTCCTGG AGCATGTACT ACAATGGTTG TAAGTTTGCC 
AGAAGCAAGA TTCCAAGAAA GTTTAAGCTG ATGGGGGATG ACCCAAAAGA GGAAGAAAAA 
CTAGAATCCA ATTTGCAGAA TCTGTCAACC CTGATGGCAC CTACCTACAA GAAGCTTGCA 
CCTGATGCAT ATAACAACCA GATCGAGTAT GAACACAGAG CACCTGAGTG TCGTCTGGGT 
TTAAAAGAAG GTCGCCCATT CTCAGGGGTC ACTGCCTGCC TGGATTTTTG CGCTCATGCT 
CACAGAGACT TGCACAATAT GCAGAACGGG AGTACACTGG TTTGCACACT AACTAGAGAA 
GACAATCGTG AAATTGGCCA AACACCAGAA GATGAGCAGC TCCACGTGCT CCCATTATAC 
AAAGTCTCTG ATGTGGATGA GTTTGGAAGC ACTGAAGGCC AGGAGGAGAA GAAGAGGAAT 
GGCAGCATCC AGGTCCTTAC CTCCTTTCGC CGAAAAGTAA GGATGTTAGC AGAGCCTGTT 
AAGACGTGTC GGCAAAGGAA GCTAGAAGCA AAGAAGGCAG CTGCAGAAAA GCTTTCCTCC 
TTGGAGAATG GGTCTAGCAA AGCTGAAAGA GATAAGTCTG CTGCAGCACG CAACAAGCAA 
GGCAACTCTG AGGCGGCAGG TCATGCAAAG CAGCTAGCAG ATCTTTTACG TCTTTCAGGA 
CCAGCCACAC AACAGCAACA TCAGCAGCAA CATCCACAGC GCACTCTCCC TAACAACGCT 
CAGTCAAATC CTATTAACTC TTACTCGGGT TCAGGTTCTG CAAATCTCTA TGTAAGGTTG 
CCTAATCCAG CCAATGCTTA TCCAAGCTCT TCATACACTT CAGATCCCTA TGGAGGGTCC 
AGTCCCATGA ACCTCTATAC AACCTCATCA CAGCCTGTGG GGTCTTATTT GAATTCTTCC 
AGTCCCATGA ACCCTTATTC AGGATCATTA AGTCAAAATA ACCAATATCC ACCCTACCAA 
TGCAATGGAA ACATACCTAT GGACAACTGC TCCTCTTACT TGGGCTCTTA CCCTTCCCAG 
CATCAGCACA TGGACTTGTA TAGTTGCCAG AGCCAAGACC ATATGTCTAA ACTAAGTCTA 
CCACCCATTC AAACATTATA CCAGCATAGG TTTGGGAATA GCCAGAGTTT TGGTCCCAAG 
TACTTGAATT ATGGAAACCA AAATATGCAG GTAGACTCCT TCAGTAATTG CACCATTAGA 
CCAAATGTAC ACCACGTAGG GTCTTTTTCC TCTTACTCCA CCCATGAGGC TGATGGCCAT 
TTTATGGAGG TTGCCTCAAG GTTAAAATCT AATCTGAGTA ATCCAAGCAT GGATTATGCC 
TCCATGAGTA AAAACAGTGA ACATCATCAC ATGCAACCCC CTCCACATTT AGCACACGAC 
TACCATTCTT CTCTGAGTAT GTTTAGTGGT CCTCCTAATT CATTGCATCT CCAAAATAAG 
GATAGTGAAA TGATTTCACA TGCAGTTAAT GGTTTGTCTA ACATGCTTCC AGGTCAAAAC 
CATGATAGGA CTACTCCCCA GGGTGGTTTA GATAAAACTG ATGTGCTGAA TCCAGAAAAA 
GCAGAGGATC CCGATGAAGT CTGGTCAGAT AGTGAGCAGA GCTTTCTGGA TCCAGAAATT 
GGAGGAGTGG CAGTTGCTCC ATCTCATGGG TCAATTCTCA TAGAGTGCGC AAAACGTGAG 
CTCCACGCAA CAACTCCCTT AAAAAATCCC AACAGGAACC ATCCCACCAG AATATCGCTT 
GTCTTTTACC AGCACAAGAG TATGAATGAG CCAAAACATG GTCTGGCTCT GTGGGAGGCA 
AAGATGGCTG AGAAGGCAAG AGAGAAGGAA GAGGAATGTG AAAAGTACGG TCCAGACTAT 
GTGCCTCAGA AATCTTACGG CAAAAAAGCA AAGCGGGAGC CTGCTGAGCC ACACGAACCC 
TCTGAGCCAA CGTACGTGCG CTTCATCAAG TCTCTTGCAC AAAGGACACT GTCGGTCACC 
ACAGACTCCA CAGTAACTAC ATCTCCATAT GCCTTTACAC GGGTTACAGG GCCTTACAAC 
CGATATATCT AA