SETD2 cDNA ORF clone, Apteryx australis mantelli

Gene
Clones
gRNAs

Summary

Gene Symbol	SETD2
Entrez Gene ID	106489380
Full Name	SET domain containing 2
Gene Type	protein-coding
Organism	Apteryx australis mantelli

mRNA and Protein(s)

mRNA	Protein	Name
XM_013948566.1	XP_013804020.1	histone-lysine N-methyltransferase SETD2

Pathways from BioSystems
Gene Ontology

The following SETD2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SETD2 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
OAp18569	XM_013948566.1 Latest version!	Apteryx australis mantelli SET domain containing 2 (SETD2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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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)

SETD2 ( XM_013948566.1 ) cDNA ORF clone, Apteryx australis mantelli -> XP_013804020.1 Apteryx australis mantelli SET domain containing 2 (SETD2), mRNA.

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CloneID	OAp18569
Clone ID Related Accession (Same CDS sequence)	XM_013948566.1
Accession Version	XM_013948566.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4809bp) 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	histone-lysine N-methyltransferase SETD2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013996709.1) 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGACCTTG GGGATGCTTC TGGTCCAGCT GAAGAATCTT CACCTCCAAA ACCGAAGGTA 
GAACTAGGGA AGATCCATTT TAAGAAACAT TTGCTTAATG TTACAGCAAA ACCGCCGCCA 
GCTGCAGCAG CAGCAGCAGC AACGCTACCA CCGCCGCCGG CTGTGGCACC GGTGACAGAA 
CTGGTGGCAG TGGCCGCAGA ATTTCCGTCA GCGCCACCAC CTCCGCCTCC TCCACCTCCG 
TCAACAGTGT CACCACCAGC ACCCATGCCA GTTCCTGCCA CAGCAGCCTT GCCACAACTG 
CCGGTGACAT TGCTGTCGAC ACTGTTGCTG TCGCCACCTG TAGAAGCAGA AGTCCCCGCT 
TCAAAGGAGC CATGTCACGC AGTACCGAAG GAAACTTTGG AACCGGACGT TAGGCAGGAT 
GCTGTATCGC ACAGTTCTGA GGAACATTTA ACTCAAAACG CGCTCGAGCA GACGGAAATA 
ACTCCGCAGA AGGAAGATTC CCATATTGGG AAAGAGGATG AAATTTCAGA CAGCTCGAAA 
GGTGCTTCCC TGTGCTCTAG GAAACAGGGT TCGAAGAGGA AGTTCTCTCA GTCTGATGGC 
ACCTTCCTGG GTTCCGAATC CGATGAGGAT TCCGTGAGGA CTTCTTCCAG CCAACGGTCA 
CATGAGCTAA AAATTTCAAG TACGGAAAAA GAGAGAGATC CCAGAAAAAG TTCTGCATCC 
CTCAGAGGGG AAGAACTGGT GAAGTCATCC TCACGATCTA AATCGGACAG AGATGAAAAA 
TATTCTAGTT ACTCAAAATC AGAAAGAGAT TCGCGGTATG GGTCCTCCCG ATCTAGATCA 
GACAGAGAAA GAAGGCGGAG CCGGTCTCAT TCTCGTTCCC GATCTGATCG GGGCTCTAGA 
ACCAGCTCTT CCTATTCGAG GTCAGAGCGC TCGCATTACT ATGAATCCGA CCGGAGATAC 
CATCGGAGCT CCCCTTACAG AGAAAGGACA AGATATTCTC GCTCATACGC AGATAACAGG 
GGGCGAGAAA GTTCTGATTC GGAAGATGAC TACAGGAGGA CACATTCCAG ATCGAGTGAC 
TCGAGGCGTA CGTCGTCCCA TTCCTCCTCG TACAGAGATT CTAGGACTTC TTACTCTAAA 
TCGGACAGGG ACAGCAAAAT AGAGTCATCT CATGCTGAAA TGGAGAGGAG AGGGAAGTCT 
TCTTCAAAAG CAGATAGAGA TTCAAAAAGG ACTTCAGAAA GTGAAGTTAC CAAAAGGTGC 
TCTCCCCTTA ATGAGCTAGG GTATCGAAAG GGGACATCCC GTTCTAAACC TGACAGTAAT 
GTGAATTCCT CCCGTTATAA GTCCACCCCT TCAAAGACCC CTGCACCAAA GTCTGATAAA 
TTTAAAAGTT CTTTCTGTTG TACAGAATCG ATTGAAGAAA TAAAGCAGCA GTCTAATTCT 
CTAGATTTAG AGACCGCTTG TCTAAAAAGC AGTGAGATGA GAATGTCCAT TGCAAAAAAA 
TTTGAAAGGG AAAAGACACT TTCTCCATTA GATCAGTTAA ACGAGTCAGC CGCTTTTAAA 
GAGATAGATG AGTCAAAAGT TGGTTTTCCT AACTCAAAAT CTGATGAACT TACAGGAAAT 
GAATGCCATG ACAGTGTTAA GGAACAAGAA ACTTTAATAA AGATAAAGCA TGACCAATTA 
AGAACTTGTT TCCCTATGGA ATTGAACATA AATGGGTCCC CAGAAGGTAG GTCTGATGAC 
TTGGCAACTT CCAGTGCCTC CAAAACGGAG GACGTTGCAG CGTCTTCAGA CGATAGTCTG 
TGTAGGTCAG AAGCATCACC TGTAATAAAA ACGAGTAAGT TGTATGCGTT GCCATCTAAT 
GGATTTGAAA GCGTGTGTGC ATCTAAAGAA CAAGAACTAG ACGATCCTCA TGTGCAGTCT 
AGTGAGTGTA ACAGTTCGTT TAAAGAAACA GAGGCTCCAG TTGCAGAGCA GCAAGGGGAG 
GCTGTGTCTT TGCCCGTTGT GAATGTAGAT CATTCAAAAA CTTTACTTAA GAAGCTGGAT 
GATCAGGCCA CCCCATGTGA CAAAACCAAA GAATCAGTTT TTTGCTACAT TTCAGATGAT 
GCTACCCCTT CTTTGTATCA TTCAGAAGTT GAAATTGAAG TTGAACCAGC AGATTTAAAA 
GTTACTTCAG AGACTTTTCT GGACATTCAT GTAGAACCAC AAACAGTTAC GTGCGATTAT 
GAAAGCGTGG AGGATCAAAA TTCAAAGTCT ACATGTGAAG ATGAGCAGTA TCATATTACT 
CCTTCCCATA AAATTAGCTT AACTGTGGAT AGTTCAAGCA GAGATTCCTC CCAGGACGGG 
TATTCCCTGA GAATCAAGTT AGACAATCCC GTCGTTTCAC AGCAGCCAGA CGAAGTCGTC 
ACTTCCAAGT GGGATAGAGC CCAGCTGGAT AAAGGTGAGA AGCTGCTGCA GCTTTCTGAA 
ACGGAAGAGA TGCAGGAATT AGATAGTCAG CACGTTGATC TTAATTTAGC AAAAGGAAAA 
CCATCGTTTA AAGATGAACA CTCGTATTAT TCAGAAGTAC CGCTGGAACA CCGGAACAGA 
GAGGAAGCAG CAGAAGAAAG TGCTGTTTCT ACTGAAAGAA TTGGGTCAGA TGATCTGTCT 
CTCGGAGTAT CAGTTGAGAG GGATGAAGGA AACGAGTCCT TGGTGGCTTC AGCTTTTTCA 
GAAGCTTTGT TTCCATCTTG CGATGTTGTT GTCACGGCAG AAGAAACAGA AACTGTAACT 
CAAGCCCCCA CATGTGACAG TAGCGGCAAT GCTTCCGAAT TTGTTCCCGC TCGCAACGAT 
GACTATTCGG ACACAGCAGA AAGCGACAGT GATCCGGGCA GTGAGGAAAG CGACACGGAA 
GACTCGGATT CTGATGACGG CGTGCCGCGG AAACGGCTCC AGTCCATCGT GGTGGTGCCA 
AAAAACTCTA CCATACCGAT GGAGGAAAGC AGCCCGTGCT CATCTCGGAG CAGCCAAGGG 
ACTAGGCGCT ACTCTGACCA CTGGGATGAC GAGAGACCGG AGTCCAGCAG GCCTTACTAC 
GAGGAGAGGT CAGAGAATCT GGCAAGTAAA AATGGGCCAC AAATGGAGAG CAGATGTTCT 
CCTAGAGGAA TGGACAAGAG TCTGGCAACA TCTACTGAGC TTAGCAGAAA GGAAATGGAA 
GAGCTGCGCC CGGACGCTTC CCAGCCTCAG AGCGATGGCG TGGACAGTAC AAGTCAGGCA 
GACCTGACAG CAGATTCCAA CAGCAAATCC AGTGCGGAGC AGAGAATGAT ACTGGAGCTG 
GTCTCTGCGG GTAGACCAAT TGGCCGGCAA GAAGAGCAGA CGTTTTGTCT GCCCGAGAGT 
TTTGAAGGTG CTGATAAATC TCGACACCAA ACAACTTCTT CCAAGCCAGA CAGTAGGCAA 
GGCAAGGGCG GGCTTAATCA GTCTGGCCTC GGAGACTTTT CCAGGGTGGA CGGCTTTCAT 
ACGACAGAGG ATTTGGGTGG TTTGGGCTGG GACTTTTCCC AGCCGGAGAA GCCCAGTAGC 
ACGTATCAGC AGCCTGATAG CAGCTTTGGG GTCTACTCGG GTTATGTTTA CCAGCCTGGT 
TCGGGAGTGT ACAGCGGCTC TCAGAGTTAC TGGCAAGGCA ATGGTTATTG GGATGCCAGA 
TCTGCTAGCC GGCCTTCTGG AATGAATTAT GAGCGAGTTC AAGGACAAGT ACCAGATTCC 
TTGACGGAGG ATCACGAGGA GTACGAAGAG GATGACCGCT GGGATGATGA CTGTAAGCCT 
CATTTTCCCA GCCAGTCGAG CAAATTTCAC GTTCCTGGAC AGAAAGAAAA AGGTTCTGTG 
CAGGCGCATG AGATCAGCAG TAATTCCACT AAGGAGCCCG TGTCCGTTGG TGAGAAAAAG 
GAGGAGGCGA AGGTTTTGGA AAAGAACGAT GTGAAGGAGC GAGGACCACC CAAAAAAAGA 
CGCCAAGAGT TGGAAAGCGA CTCTGAGAGC GATGGAGACT CGAGAGAGAG GAAGAAGGTA 
AAAATGGAGG GGGAGCAAGT CGACTTGTCG CCGCAGGATT CCTCCATGGT TGGTCGGTTG 
TGTATTATGG AAGACTTCAG AGACCCGCAG CGCTGGAAGG AGTTTGCCAA GCAAGGAAAA 
ATGCCCTGCT ACTTCGACCT TATTGAGGAA AATGTGTACT TGACAGAAAG GAAGAAGAAC 
AAATCTCACC GGGATATTAA GCGAATGCTG TGCGAATGCC CTCCTCTTTC CAAAGAAGAG 
CGAGCTCAGG GGGAGGTCGC TTGTGGCGAA GACTGTCTCA ATCGCCTGCT TATGATAGAG 
TGTTCTTCCA GGTGCCCAAA TGGCGACTAC TGTTCCAACA GGCGGTTCCA GAAGAAACAG 
CATGCAGATG TTGAAGTGAT CCTCACTGAG AAGAAAGGTT GGGGGCTCAG AGCTGCCAAA 
GATCTCCCAT CCAACACTTT TGTGTTGGAG TACTGCGGAG AAGTGCTGGA CCACAAGGAA 
TTCAAGGCCC GGGTGAAGGA ATACGCTCGG AACAAGAACA TTCACTATTA CTTCATGGCC 
CTGAAAAACG ATGAGATAAT AGATGCTACC CAGAAAGGAA ACTGCTCTCG TTTTATGAAC 
CACAGCTGTG AACCAAACTG CGAGACACAA AAGTGGACTG TGAACGGGCA GCTCAGAGTT 
GGATTTTTCA CCACCAAACT AGTGCCCTCT GGCTCAGAGC TGACGTTCGA CTACCAGTTT 
CAGAGATATG GGTACGTTTT TCTCTCTTTC CGCTGCAGCT GTTGGAAGTG GGCTTTTGGG 
GAGCGTTGA

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

RefSeq	XP_013804020.1
CDS	275..5083
Translation	MDLGDASGPAEESSPPKPKVELGKIHFKKHLLNVTAKPPPAAAAAAATLPPPPAVAPVTELVAVAAEFPSAPPPPPPPPPSTVSPPAPMPVPATAALPQLPVTLLSTLLLSPPVEAEVPASKEPCHAVPKETLEPDVRQDAVSHSSEEHLTQNALEQTEITPQKEDSHIGKEDEISDSSKGASLCSRKQGSKRKFSQSDGTFLGSESDEDSVRTSSSQRSHELKISSTEKERDPRKSSASLRGEELVKSSSRSKSDRDEKYSSYSKSERDSRYGSSRSRSDRERRRSRSHSRSRSDRGSRTSSSYSRSERSHYYESDRRYHRSSPYRERTRYSRSYADNRGRESSDSEDDYRRTHSRSSDSRRTSSHSSSYRDSRTSYSKSDRDSKIESSHAEMERRGKSSSKADRDSKRTSESEVTKRCSPLNELGYRKGTSRSKPDSNVNSSRYKSTPSKTPAPKSDKFKSSFCCTESIEEIKQQSNSLDLETACLKSSEMRMSIAKKFEREKTLSPLDQLNESAAFKEIDESKVGFPNSKSDELTGNECHDSVKEQETLIKIKHDQLRTCFPMELNINGSPEGRSDDLATSSASKTEDVAASSDDSLCRSEASPVIKTSKLYALPSNGFESVCASKEQELDDPHVQSSECNSSFKETEAPVAEQQGEAVSLPVVNVDHSKTLLKKLDDQATPCDKTKESVFCYISDDATPSLYHSEVEIEVEPADLKVTSETFLDIHVEPQTVTCDYESVEDQNSKSTCEDEQYHITPSHKISLTVDSSSRDSSQDGYSLRIKLDNPVVSQQPDEVVTSKWDRAQLDKGEKLLQLSETEEMQELDSQHVDLNLAKGKPSFKDEHSYYSEVPLEHRNREEAAEESAVSTERIGSDDLSLGVSVERDEGNESLVASAFSEALFPSCDVVVTAEETETVTQAPTCDSSGNASEFVPARNDDYSDTAESDSDPGSEESDTEDSDSDDGVPRKRLQSIVVVPKNSTIPMEESSPCSSRSSQGTRRYSDHWDDERPESSRPYYEERSENLASKNGPQMESRCSPRGMDKSLATSTELSRKEMEELRPDASQPQSDGVDSTSQADLTADSNSKSSAEQRMILELVSAGRPIGRQEEQTFCLPESFEGADKSRHQTTSSKPDSRQGKGGLNQSGLGDFSRVDGFHTTEDLGGLGWDFSQPEKPSSTYQQPDSSFGVYSGYVYQPGSGVYSGSQSYWQGNGYWDARSASRPSGMNYERVQGQVPDSLTEDHEEYEEDDRWDDDCKPHFPSQSSKFHVPGQKEKGSVQAHEISSNSTKEPVSVGEKKEEAKVLEKNDVKERGPPKKRRQELESDSESDGDSRERKKVKMEGEQVDLSPQDSSMVGRLCIMEDFRDPQRWKEFAKQGKMPCYFDLIEENVYLTERKKNKSHRDIKRMLCECPPLSKEERAQGEVACGEDCLNRLLMIECSSRCPNGDYCSNRRFQKKQHADVEVILTEKKGWGLRAAKDLPSNTFVLEYCGEVLDHKEFKARVKEYARNKNIHYYFMALKNDEIIDATQKGNCSRFMNHSCEPNCETQKWTVNGQLRVGFFTTKLVPSGSELTFDYQFQRYGYVFLSFRCSCWKWAFGER

Target ORF information:

RefSeq Version	XM_013948566.1
Organism	Apteryx australis mantelli
Definition	Apteryx australis mantelli SET domain containing 2 (SETD2), mRNA.

Target ORF information:

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

XM_013948566.1

ORF Insert Sequence:

ATGGACCTTG GGGATGCTTC TGGTCCAGCT GAAGAATCTT CACCTCCAAA ACCGAAGGTA 
GAACTAGGGA AGATCCATTT TAAGAAACAT TTGCTTAATG TTACAGCAAA ACCGCCGCCA 
GCTGCAGCAG CAGCAGCAGC AACGCTACCA CCGCCGCCGG CTGTGGCACC GGTGACAGAA 
CTGGTGGCAG TGGCCGCAGA ATTTCCGTCA GCGCCACCAC CTCCGCCTCC TCCACCTCCG 
TCAACAGTGT CACCACCAGC ACCCATGCCA GTTCCTGCCA CAGCAGCCTT GCCACAACTG 
CCGGTGACAT TGCTGTCGAC ACTGTTGCTG TCGCCACCTG TAGAAGCAGA AGTCCCCGCT 
TCAAAGGAGC CATGTCACGC AGTACCGAAG GAAACTTTGG AACCGGACGT TAGGCAGGAT 
GCTGTATCGC ACAGTTCTGA GGAACATTTA ACTCAAAACG CGCTCGAGCA GACGGAAATA 
ACTCCGCAGA AGGAAGATTC CCATATTGGG AAAGAGGATG AAATTTCAGA CAGCTCGAAA 
GGTGCTTCCC TGTGCTCTAG GAAACAGGGT TCGAAGAGGA AGTTCTCTCA GTCTGATGGC 
ACCTTCCTGG GTTCCGAATC CGATGAGGAT TCCGTGAGGA CTTCTTCCAG CCAACGGTCA 
CATGAGCTAA AAATTTCAAG TACGGAAAAA GAGAGAGATC CCAGAAAAAG TTCTGCATCC 
CTCAGAGGGG AAGAACTGGT GAAGTCATCC TCACGATCTA AATCGGACAG AGATGAAAAA 
TATTCTAGTT ACTCAAAATC AGAAAGAGAT TCGCGGTATG GGTCCTCCCG ATCTAGATCA 
GACAGAGAAA GAAGGCGGAG CCGGTCTCAT TCTCGTTCCC GATCTGATCG GGGCTCTAGA 
ACCAGCTCTT CCTATTCGAG GTCAGAGCGC TCGCATTACT ATGAATCCGA CCGGAGATAC 
CATCGGAGCT CCCCTTACAG AGAAAGGACA AGATATTCTC GCTCATACGC AGATAACAGG 
GGGCGAGAAA GTTCTGATTC GGAAGATGAC TACAGGAGGA CACATTCCAG ATCGAGTGAC 
TCGAGGCGTA CGTCGTCCCA TTCCTCCTCG TACAGAGATT CTAGGACTTC TTACTCTAAA 
TCGGACAGGG ACAGCAAAAT AGAGTCATCT CATGCTGAAA TGGAGAGGAG AGGGAAGTCT 
TCTTCAAAAG CAGATAGAGA TTCAAAAAGG ACTTCAGAAA GTGAAGTTAC CAAAAGGTGC 
TCTCCCCTTA ATGAGCTAGG GTATCGAAAG GGGACATCCC GTTCTAAACC TGACAGTAAT 
GTGAATTCCT CCCGTTATAA GTCCACCCCT TCAAAGACCC CTGCACCAAA GTCTGATAAA 
TTTAAAAGTT CTTTCTGTTG TACAGAATCG ATTGAAGAAA TAAAGCAGCA GTCTAATTCT 
CTAGATTTAG AGACCGCTTG TCTAAAAAGC AGTGAGATGA GAATGTCCAT TGCAAAAAAA 
TTTGAAAGGG AAAAGACACT TTCTCCATTA GATCAGTTAA ACGAGTCAGC CGCTTTTAAA 
GAGATAGATG AGTCAAAAGT TGGTTTTCCT AACTCAAAAT CTGATGAACT TACAGGAAAT 
GAATGCCATG ACAGTGTTAA GGAACAAGAA ACTTTAATAA AGATAAAGCA TGACCAATTA 
AGAACTTGTT TCCCTATGGA ATTGAACATA AATGGGTCCC CAGAAGGTAG GTCTGATGAC 
TTGGCAACTT CCAGTGCCTC CAAAACGGAG GACGTTGCAG CGTCTTCAGA CGATAGTCTG 
TGTAGGTCAG AAGCATCACC TGTAATAAAA ACGAGTAAGT TGTATGCGTT GCCATCTAAT 
GGATTTGAAA GCGTGTGTGC ATCTAAAGAA CAAGAACTAG ACGATCCTCA TGTGCAGTCT 
AGTGAGTGTA ACAGTTCGTT TAAAGAAACA GAGGCTCCAG TTGCAGAGCA GCAAGGGGAG 
GCTGTGTCTT TGCCCGTTGT GAATGTAGAT CATTCAAAAA CTTTACTTAA GAAGCTGGAT 
GATCAGGCCA CCCCATGTGA CAAAACCAAA GAATCAGTTT TTTGCTACAT TTCAGATGAT 
GCTACCCCTT CTTTGTATCA TTCAGAAGTT GAAATTGAAG TTGAACCAGC AGATTTAAAA 
GTTACTTCAG AGACTTTTCT GGACATTCAT GTAGAACCAC AAACAGTTAC GTGCGATTAT 
GAAAGCGTGG AGGATCAAAA TTCAAAGTCT ACATGTGAAG ATGAGCAGTA TCATATTACT 
CCTTCCCATA AAATTAGCTT AACTGTGGAT AGTTCAAGCA GAGATTCCTC CCAGGACGGG 
TATTCCCTGA GAATCAAGTT AGACAATCCC GTCGTTTCAC AGCAGCCAGA CGAAGTCGTC 
ACTTCCAAGT GGGATAGAGC CCAGCTGGAT AAAGGTGAGA AGCTGCTGCA GCTTTCTGAA 
ACGGAAGAGA TGCAGGAATT AGATAGTCAG CACGTTGATC TTAATTTAGC AAAAGGAAAA 
CCATCGTTTA AAGATGAACA CTCGTATTAT TCAGAAGTAC CGCTGGAACA CCGGAACAGA 
GAGGAAGCAG CAGAAGAAAG TGCTGTTTCT ACTGAAAGAA TTGGGTCAGA TGATCTGTCT 
CTCGGAGTAT CAGTTGAGAG GGATGAAGGA AACGAGTCCT TGGTGGCTTC AGCTTTTTCA 
GAAGCTTTGT TTCCATCTTG CGATGTTGTT GTCACGGCAG AAGAAACAGA AACTGTAACT 
CAAGCCCCCA CATGTGACAG TAGCGGCAAT GCTTCCGAAT TTGTTCCCGC TCGCAACGAT 
GACTATTCGG ACACAGCAGA AAGCGACAGT GATCCGGGCA GTGAGGAAAG CGACACGGAA 
GACTCGGATT CTGATGACGG CGTGCCGCGG AAACGGCTCC AGTCCATCGT GGTGGTGCCA 
AAAAACTCTA CCATACCGAT GGAGGAAAGC AGCCCGTGCT CATCTCGGAG CAGCCAAGGG 
ACTAGGCGCT ACTCTGACCA CTGGGATGAC GAGAGACCGG AGTCCAGCAG GCCTTACTAC 
GAGGAGAGGT CAGAGAATCT GGCAAGTAAA AATGGGCCAC AAATGGAGAG CAGATGTTCT 
CCTAGAGGAA TGGACAAGAG TCTGGCAACA TCTACTGAGC TTAGCAGAAA GGAAATGGAA 
GAGCTGCGCC CGGACGCTTC CCAGCCTCAG AGCGATGGCG TGGACAGTAC AAGTCAGGCA 
GACCTGACAG CAGATTCCAA CAGCAAATCC AGTGCGGAGC AGAGAATGAT ACTGGAGCTG 
GTCTCTGCGG GTAGACCAAT TGGCCGGCAA GAAGAGCAGA CGTTTTGTCT GCCCGAGAGT 
TTTGAAGGTG CTGATAAATC TCGACACCAA ACAACTTCTT CCAAGCCAGA CAGTAGGCAA 
GGCAAGGGCG GGCTTAATCA GTCTGGCCTC GGAGACTTTT CCAGGGTGGA CGGCTTTCAT 
ACGACAGAGG ATTTGGGTGG TTTGGGCTGG GACTTTTCCC AGCCGGAGAA GCCCAGTAGC 
ACGTATCAGC AGCCTGATAG CAGCTTTGGG GTCTACTCGG GTTATGTTTA CCAGCCTGGT 
TCGGGAGTGT ACAGCGGCTC TCAGAGTTAC TGGCAAGGCA ATGGTTATTG GGATGCCAGA 
TCTGCTAGCC GGCCTTCTGG AATGAATTAT GAGCGAGTTC AAGGACAAGT ACCAGATTCC 
TTGACGGAGG ATCACGAGGA GTACGAAGAG GATGACCGCT GGGATGATGA CTGTAAGCCT 
CATTTTCCCA GCCAGTCGAG CAAATTTCAC GTTCCTGGAC AGAAAGAAAA AGGTTCTGTG 
CAGGCGCATG AGATCAGCAG TAATTCCACT AAGGAGCCCG TGTCCGTTGG TGAGAAAAAG 
GAGGAGGCGA AGGTTTTGGA AAAGAACGAT GTGAAGGAGC GAGGACCACC CAAAAAAAGA 
CGCCAAGAGT TGGAAAGCGA CTCTGAGAGC GATGGAGACT CGAGAGAGAG GAAGAAGGTA 
AAAATGGAGG GGGAGCAAGT CGACTTGTCG CCGCAGGATT CCTCCATGGT TGGTCGGTTG 
TGTATTATGG AAGACTTCAG AGACCCGCAG CGCTGGAAGG AGTTTGCCAA GCAAGGAAAA 
ATGCCCTGCT ACTTCGACCT TATTGAGGAA AATGTGTACT TGACAGAAAG GAAGAAGAAC 
AAATCTCACC GGGATATTAA GCGAATGCTG TGCGAATGCC CTCCTCTTTC CAAAGAAGAG 
CGAGCTCAGG GGGAGGTCGC TTGTGGCGAA GACTGTCTCA ATCGCCTGCT TATGATAGAG 
TGTTCTTCCA GGTGCCCAAA TGGCGACTAC TGTTCCAACA GGCGGTTCCA GAAGAAACAG 
CATGCAGATG TTGAAGTGAT CCTCACTGAG AAGAAAGGTT GGGGGCTCAG AGCTGCCAAA 
GATCTCCCAT CCAACACTTT TGTGTTGGAG TACTGCGGAG AAGTGCTGGA CCACAAGGAA 
TTCAAGGCCC GGGTGAAGGA ATACGCTCGG AACAAGAACA TTCACTATTA CTTCATGGCC 
CTGAAAAACG ATGAGATAAT AGATGCTACC CAGAAAGGAA ACTGCTCTCG TTTTATGAAC 
CACAGCTGTG AACCAAACTG CGAGACACAA AAGTGGACTG TGAACGGGCA GCTCAGAGTT 
GGATTTTTCA CCACCAAACT AGTGCCCTCT GGCTCAGAGC TGACGTTCGA CTACCAGTTT 
CAGAGATATG GGTACGTTTT TCTCTCTTTC CGCTGCAGCT GTTGGAAGTG GGCTTTTGGG 
GAGCGTTGA