LOC107342760 cDNA ORF clone, Acropora digitifera

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107342760
Entrez Gene ID	107342760
Full Name	histone-lysine N-methyltransferase SETD1B-like
Gene Type	protein-coding
Organism	Acropora digitifera

mRNA and Protein(s)

mRNA	Protein	Name
XM_015908251.1	XP_015763737.1	histone-lysine N-methyltransferase SETD1B-like

Pathways from BioSystems
Gene Ontology

The following LOC107342760 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107342760 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
OAc71236	XM_015908251.1 Latest version!	Acropora digitifera histone-lysine N-methyltransferase SETD1B-like (LOC107342760), 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)

LOC107342760 ( XM_015908251.1 ) cDNA ORF clone, Acropora digitifera -> XP_015763737.1 Acropora digitifera histone-lysine N-methyltransferase SETD1B-like (LOC107342760), mRNA.

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CloneID	OAc71236
Clone ID Related Accession (Same CDS sequence)	XM_015908251.1
Accession Version	XM_015908251.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5664bp) 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	2016-03-13
Organism	Acropora digitifera
Product	histone-lysine N-methyltransferase SETD1B-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015441247.1) 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 :: Acropora digitifera 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGTCCTATG AACCGCCAGT TCTTTCAAAG AAACATGGCT TTGGTGATGC AAAGGCGTCC 
GAAGCCAGCA CTAGACTCGT ACAAGCACGA CTTATCCAAG GAGAGAAGCC AGTGAATGGT 
TTAACGAAAC CATTACCTGA ACCAAACGAG AATGGACATC GACAAGACTT CAAACTTCTC 
ATAGATCCCG CCATAAAGAA AGGACACTCT AAAATCTACC GATATAATGG TGTTTTTCCA 
GGGCAATTGC CGGTTATCCC CAAGGACCCC CGCTCCAGGA GAACGCGAAT ATGGGCTCTC 
AACAAAGCAG ATCTGCCAGT TCCAAATTTT AAGGTGGACA AGTGGTACGT TGGAATTCCT 
CCACAACGAG AAGTTTACTT CTCAGGATTA AACGATAACG TGGACAAGAA ATTCTTAGAA 
GGAATGTGTG AGCGTTATGG TAAAGTTGAT GCCATCAAAA TTTACTTTGA CCCACAAACA 
AAGAAACATA CTGGAAAGGG ACGGGTAACA TTTGCAAGTA CTGGTGCGGC GAAGTTGGCA 
GTAGCTAAAC TGGATCACAC CTCTGTCATG GGAAACATTA TAAAAGCACA CATAGAATCA 
AACATCAAAG GAGCTGAGGG TCATGGCAGG CAGCGTGTTG CAGAGAATCC TCCAAGGAGG 
AACTCAGGGC ATGATTCAAG TATCAGTGTG CAGTTGCCAA CTCCGTCACC CACCATATTA 
TCGCAATCAT CCTCAGCAGA TAGCTCTATG CTGTCACCTT CCTTGTTGTT GATGAAAAGT 
CCTGCATCAT CCGTACGTCT ACCAAACGAC ATCTGGGGAA CATCACTTGG TGGTTCATGG 
GACAAGACGT CTGTGAGTGG AAACAAGTTA TCCCAGAGTG GATCAGCCTT CATTTCTCCA 
CAGAGTGTGT CATCGGTTCA GTCTGGATTT GAACCTGTGT CCCCACCCCA CAACTTCACA 
AAAAACAATG AACCACCTCC CCCCCCTCCT CCAGTCTCTA AGCCACCACC ACTTCCGGTG 
GATAACAAGT ATCCTCCAGC ACCAGCCAAT CAAAAGAGCC GCCAGCCATC TTCCTACATG 
AATTACGAAG ACATATCCCC TGATCCCATC TTCTCACCGG GAGAAGATGA AAGAGAAAAG 
ACTGACTTGA AAATTATGCC TAAAAAACTT GAATCTTGTA AAAGAGATTC CAAACATTCT 
TCCTCCTCTC CTAGCAGAGC TCGTTCACCT CGCTTCAACA GAAATGAGAG TTATTTAAAA 
TGGGAAAAAA AGAAACAAGA TGAACGAGAA GAGAAGTATC GTGAGAAAGC TAAGGAATTT 
GATCGCCACA ATGGAGGATC AGATAGGGAC TCTCGGTGTA ATGATGATCG AAGGCTTGAC 
TACAAATATA AACATGATGG ATGTCTTGAT AAACGAGATT ATTACAGACG TGAAGATTAT 
GATAGGAACA GACCTGGAGC TCGCTATGAC AAAGATGATT ATAAACATGC TCACAGGAAA 
GAGAGGTATA GTCTTAGTCC AAGAAGAGAT GAATTCAGAT ACTCTGATCA TAGGGATTCC 
AAAACAAGAG ATCCTAGGTT ACGAGATAAA GAGAGTGAAG GCTCTGGTGG AAGAGACCCG 
CCCATTAAAG ATGTCAAGTT TTACGATAGA GGGCAGAGAG GAGAAGATGG ATCCAGTCGA 
GATCCACGGT TAAGAGGAAA AACTGTTGAG GTATCTGATG TCTGTTCCAA AGTGCCAAAG 
GCAGCACCGG GTCTGCAAGA GAAAAGAAGC AGTTTAGAGT CAAAAGATGT TGGGAAAAGT 
GAACTACGAA AGACTCTTAG TGAGAGCGTA CCTTCACTTG TGGATGGCCA GAGTTATCTT 
TGTGACTCCA AAAGCAAGGA TGCAAGTGTA AAAGAATTAT TGGTTAAAGT GGAAAAAAGT 
ATTTGTCATA GTAAAGAGGG TGAATGCAAA GGCAGTGGTG AAAAGTCAGG AGAAGATGTT 
GAAATTGAAG GAGAACAAGA GGACAACACA TCTTGTTCAG TAGAGCCTGA CAGCAACACT 
GCTATTAGTG CAGCAGAGAT TATATCATCC GTAGTAAGTG GCTCTTCACT GAGTAAAACA 
TATGGTCCGA ATAAGTATTC TGAAGATGCT TACACAGTTG GAGTAGAGAC GTATTCTGAC 
GAGGAACCTT TGCCTCCTGG TGATGAATAT GATGTTGCTC ATGAAGTGCA ACTCGACATT 
GCCAGAAGTA AAATCAAAGC TGCACAGAAT GCTGTCAAGA AACGAAAATT TTCTGAAACA 
GTGGAGGATG AAAAGAAGAG CAGTGGACCA AAATCCAAAA AAATTCAAAT AGTACTTAAA 
AGTGTTCAGC TAAATGAAAC AGAAGGCGAC CTATTAATTG CACAGAGTTC GGACAGTAAT 
TCAAAGCAGG AGGAATCTGA TGGTGGCTGG AGTAATGTGT CACCTAAAGT TGTGGCAGAT 
GTTGCCCTGG AATGTGAACA ATCAGAAGTT AGCACTTCAC GGTTGGCAAA CTTGCCACTT 
ACTGAGGACA TCTCACCATG TAATTCACCT ACTGTTGAGA CAACAAGTCA CATAGAATGC 
AGCAGTGAAT TAACTTCCAA AGAACCTGCC TCTATTGATA TTTATTCAGA CATTGAAGGC 
AATGAAGATG ACCAATGTGT TGTGGATGTG AAAAATGATG ACAATGACGA TGCCATGTCA 
TTGTCATCCA TTAGTTCAAA TGAAGACACC TTGGAAGTAA ATGAACCTGA TTTGCCAAAG 
ACAGAGAGCA TTTCTGTTCC TCCTCCAAGT GTTGTTTTCC CGCCATATCC ACCGCCCATG 
TTCAATCCCA GTATTCCACC TCCTCCATTC TTTAACCCAA GGGTACCTCC TCCACCTTTG 
GTTCCTGTCA CAGTTCCCCC TCCACCCATC CCTGCACATC CATCTGTTCC ACCTCCTTCC 
CTTCATCCAC CTTTAAATGC AGGGCCAATT CTTCCACCGA CAGTCCCTCC CCCTCCTCCT 
GCTGGCACAG CTGTCCCTAT TCCACGAATT CCTCCCCCAA TTATCGGTAG TTCTTCAGGG 
TTTTATGACC CAAGAGTTCC ACCTCCAATT TCATGTGGTA GTTATCACAG CAGTGGAGGT 
TTTGCCTACC AAAAACAAGA GTATAAGAAA CCTTGGAGAG CTGTTATCAT TGATGAGGTC 
TATAGGAACA TTTGTGGTGA ATTGGACACT GTGCTCAAGA GAGACATGTT TAAGAAACTT 
GTTGAGGCAT CTGCATTCAA AGCTTTGGAG TCATGGTGGG ATAACAAGAC AAAGCCAAAG 
ACAGTCTCAC AGACAACAGC AAATTCTTCA CGAAACCTTC CTCCAGCATC TACTGCAGGG 
ATCTCCTCAA ACCTAGGAGC TGGAGCTTCC ACCATTGGAC CCAGTCCTTT TGAGAGGTCA 
CCCAGCATGC TGTTGGGTCT GCGTGCTTCC CTCCCAAAAT TACCTTCTTT CAAAGTCAAG 
AGAACACCAG AAGTTGAGAA GGTGGTCAGT GGGTCGAGAA AGCGCAGCAA TACTGAATCC 
TCGGAAGTGC TTGAGAGACA AACGAAGAAG CAGATCTTGG AGGAACCAGA CTTAGAGTTG 
GATGCTGAAT TAGAGAACAG TTCTGGAAGT TATAAGCGCT TGCGCCTAAA TAACAAGTTA 
GAGGAGGCTG AACGAAGTCA GTCACCATTT CAGCAACTGG ATGATAATGT GGATGTGGCT 
CCACGTGCAA CAATAGTGAG ATATTCTGAA GTAGAAGAAC GACGACCCAG CACAGGTTCA 
TCTTTATACC ATAAGGTGTA CTCAAGTAGT AGCAGTGAAT CCGAGAGCCA CGCCAGTGAA 
TCTGATGATG AGGAGGAAGA GGAGAGTGAG GAAGAAGAGA GCCAAAGTGA GAGTGACACT 
GAGAGCGAAG AAGAAACAGA ATCAGAAAGT GAAGAAGAAA AAGAAGAAGA CAACAACAGG 
GTGATTGTCA CTGATTTGGA TGTAGAACAT GAAAGGCAGA AAGAGCTAAT GATGACTGAA 
GGTGTGGAAA AACAACCAGT TGATGTGCCA AAGGTGTCCT TGTCTGAAGC ATCTTTAGAT 
TCCTTGAGTG CTGAGGATAT TGACAGTGCA GAGACTGAAA GCAGACAACC ATGCATCACA 
ACTGACAAAG CAGCCTTGGC TGAAACAATG AGCCATCAGG CTGATGAGGA GTCACCTAAA 
GAGACGTACC AGGGTTTCCA CATTGCTAAC ATTGTACCTG ATTTATTCAA AGACAAAGAT 
GCTGCCCCTG AGGAAGGAAG TGTTTTGTCT GAGAATGAAA TGGAAATAGG AGAAAAGCAT 
CATGAACTCA GTACGGAATT GAATGTTAAA ACTCAAACTC AAGATGTTGA GGACAAAAGA 
TACAGTCAAC CTGAATGTAT AAACACAACA ATATTAGAAA AACCTTTCGA AAAAATGGAT 
GGAAATGTTG TTACTGGGGA TTTCAAACCA CCAAGTATTG ATTCTATTTG TGAAGAAAAT 
GAACTCAAAT CTCCACGCCT GGATCATCTT GAAGAGAAGG AAGACTTTGG AGGAAATGAA 
GATGATGACT TTGTTGAAAA GCGAATGCCA GTTCTGTCTC TGGACAAGCC TTTGGCTGTG 
TCACTTGTTG AATTAGATCA TTCGTATGGT TTAGTGGCTC CAGTGGAAAT GAAACCATTA 
ATTAAACCAG TTGAAGAAGC CGACAGTAAG GAGTCTCACT TTGATGATGA CAGTCGGCAC 
TTGACAGAGT CACCTGTCAT TGACATATTG AACATTGATT CGGAAGTTGT GCCCAGTCCT 
CAGATGCCTC AGTTTCCTGT CAGATCATTT GAGAGTGATG ATGAACTTGT TTATGAATTT 
CATCGACTAG GAATTGATGC AGAGGACTGT TACTACATGA AGGTTGGCTT TGAGCAGCTT 
CAACAGGTTG GCTCCGAGTC TGTTGTTGAT GCACACTGGA TAGGTCATCC ACCTACTTGT 
CAAGTTGCAA CTAAATTGCG TCGCAAGCAG AAACCCGAGA ATGGTGTCCG CGTACATGTG 
ACTGGTTGTG CAAGAACTGA AGGATTTTAC CGCATTGACA TCAAGGAAAA AGCCAAGTAT 
CTACAAGCCC AGCGCCGGCA ACTGCAGTGC CAGGAAAATG TCACCAAACA AGAATTGGTA 
AAGAGAATAA TTGAACGAGC AAGTTTTCGA TTTTGGAAAA ATGTGACAAC AATTAGTGTT 
ATTCATTTGC AGGTACGAAA AAAGCAGCTT CGATTCGGCA AGTCTGGCAT TCACGATTGG 
GGTCTGTTTG CAATGGAGTC CATGGCTGCC GATGAGATGG TAACAGAGTA TGTTGGAGAG 
GTGATTCGAC AGTCAATGGC TGATATTCGT GAGCGACGAT ATGAGGAAAT GGGCATTGGC 
TCCAGTTACC TTTTTAGAGT GGATCAAGAA ACAATTATTG ACGCCACTAC TAAGGGAAAC 
TTTGCACGAT TTATCAACCA CAGTTGTGAC CCAAATTGTT ATGCCAAGAT TGTTACGTTA 
GAAAATGCCA AGAAAATTGT GATATATTCC AAGAGAGATA TCGAAGTCAA CGAAGAAATC 
ACATATGATT ATAAATTCCC AATCGAAGAT GAGAAAATCC CTTGTTTGTG TGGAGTGCCA 
CAATGTAGAG GCACTTTGAA CTAA

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

RefSeq	XP_015763737.1
CDS	150..5813
Translation	MSYEPPVLSKKHGFGDAKASEASTRLVQARLIQGEKPVNGLTKPLPEPNENGHRQDFKLLIDPAIKKGHSKIYRYNGVFPGQLPVIPKDPRSRRTRIWALNKADLPVPNFKVDKWYVGIPPQREVYFSGLNDNVDKKFLEGMCERYGKVDAIKIYFDPQTKKHTGKGRVTFASTGAAKLAVAKLDHTSVMGNIIKAHIESNIKGAEGHGRQRVAENPPRRNSGHDSSISVQLPTPSPTILSQSSSADSSMLSPSLLLMKSPASSVRLPNDIWGTSLGGSWDKTSVSGNKLSQSGSAFISPQSVSSVQSGFEPVSPPHNFTKNNEPPPPPPPVSKPPPLPVDNKYPPAPANQKSRQPSSYMNYEDISPDPIFSPGEDEREKTDLKIMPKKLESCKRDSKHSSSSPSRARSPRFNRNESYLKWEKKKQDEREEKYREKAKEFDRHNGGSDRDSRCNDDRRLDYKYKHDGCLDKRDYYRREDYDRNRPGARYDKDDYKHAHRKERYSLSPRRDEFRYSDHRDSKTRDPRLRDKESEGSGGRDPPIKDVKFYDRGQRGEDGSSRDPRLRGKTVEVSDVCSKVPKAAPGLQEKRSSLESKDVGKSELRKTLSESVPSLVDGQSYLCDSKSKDASVKELLVKVEKSICHSKEGECKGSGEKSGEDVEIEGEQEDNTSCSVEPDSNTAISAAEIISSVVSGSSLSKTYGPNKYSEDAYTVGVETYSDEEPLPPGDEYDVAHEVQLDIARSKIKAAQNAVKKRKFSETVEDEKKSSGPKSKKIQIVLKSVQLNETEGDLLIAQSSDSNSKQEESDGGWSNVSPKVVADVALECEQSEVSTSRLANLPLTEDISPCNSPTVETTSHIECSSELTSKEPASIDIYSDIEGNEDDQCVVDVKNDDNDDAMSLSSISSNEDTLEVNEPDLPKTESISVPPPSVVFPPYPPPMFNPSIPPPPFFNPRVPPPPLVPVTVPPPPIPAHPSVPPPSLHPPLNAGPILPPTVPPPPPAGTAVPIPRIPPPIIGSSSGFYDPRVPPPISCGSYHSSGGFAYQKQEYKKPWRAVIIDEVYRNICGELDTVLKRDMFKKLVEASAFKALESWWDNKTKPKTVSQTTANSSRNLPPASTAGISSNLGAGASTIGPSPFERSPSMLLGLRASLPKLPSFKVKRTPEVEKVVSGSRKRSNTESSEVLERQTKKQILEEPDLELDAELENSSGSYKRLRLNNKLEEAERSQSPFQQLDDNVDVAPRATIVRYSEVEERRPSTGSSLYHKVYSSSSSESESHASESDDEEEEESEEEESQSESDTESEEETESESEEEKEEDNNRVIVTDLDVEHERQKELMMTEGVEKQPVDVPKVSLSEASLDSLSAEDIDSAETESRQPCITTDKAALAETMSHQADEESPKETYQGFHIANIVPDLFKDKDAAPEEGSVLSENEMEIGEKHHELSTELNVKTQTQDVEDKRYSQPECINTTILEKPFEKMDGNVVTGDFKPPSIDSICEENELKSPRLDHLEEKEDFGGNEDDDFVEKRMPVLSLDKPLAVSLVELDHSYGLVAPVEMKPLIKPVEEADSKESHFDDDSRHLTESPVIDILNIDSEVVPSPQMPQFPVRSFESDDELVYEFHRLGIDAEDCYYMKVGFEQLQQVGSESVVDAHWIGHPPTCQVATKLRRKQKPENGVRVHVTGCARTEGFYRIDIKEKAKYLQAQRRQLQCQENVTKQELVKRIIERASFRFWKNVTTISVIHLQVRKKQLRFGKSGIHDWGLFAMESMAADEMVTEYVGEVIRQSMADIRERRYEEMGIGSSYLFRVDQETIIDATTKGNFARFINHSCDPNCYAKIVTLENAKKIVIYSKRDIEVNEEITYDYKFPIEDEKIPCLCGVPQCRGTLN

Target ORF information:

RefSeq Version	XM_015908251.1
Organism	Acropora digitifera
Definition	Acropora digitifera histone-lysine N-methyltransferase SETD1B-like (LOC107342760), mRNA.

Target ORF information:

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

XM_015908251.1

ORF Insert Sequence:

ATGTCCTATG AACCGCCAGT TCTTTCAAAG AAACATGGCT TTGGTGATGC AAAGGCGTCC 
GAAGCCAGCA CTAGACTCGT ACAAGCACGA CTTATCCAAG GAGAGAAGCC AGTGAATGGT 
TTAACGAAAC CATTACCTGA ACCAAACGAG AATGGACATC GACAAGACTT CAAACTTCTC 
ATAGATCCCG CCATAAAGAA AGGACACTCT AAAATCTACC GATATAATGG TGTTTTTCCA 
GGGCAATTGC CGGTTATCCC CAAGGACCCC CGCTCCAGGA GAACGCGAAT ATGGGCTCTC 
AACAAAGCAG ATCTGCCAGT TCCAAATTTT AAGGTGGACA AGTGGTACGT TGGAATTCCT 
CCACAACGAG AAGTTTACTT CTCAGGATTA AACGATAACG TGGACAAGAA ATTCTTAGAA 
GGAATGTGTG AGCGTTATGG TAAAGTTGAT GCCATCAAAA TTTACTTTGA CCCACAAACA 
AAGAAACATA CTGGAAAGGG ACGGGTAACA TTTGCAAGTA CTGGTGCGGC GAAGTTGGCA 
GTAGCTAAAC TGGATCACAC CTCTGTCATG GGAAACATTA TAAAAGCACA CATAGAATCA 
AACATCAAAG GAGCTGAGGG TCATGGCAGG CAGCGTGTTG CAGAGAATCC TCCAAGGAGG 
AACTCAGGGC ATGATTCAAG TATCAGTGTG CAGTTGCCAA CTCCGTCACC CACCATATTA 
TCGCAATCAT CCTCAGCAGA TAGCTCTATG CTGTCACCTT CCTTGTTGTT GATGAAAAGT 
CCTGCATCAT CCGTACGTCT ACCAAACGAC ATCTGGGGAA CATCACTTGG TGGTTCATGG 
GACAAGACGT CTGTGAGTGG AAACAAGTTA TCCCAGAGTG GATCAGCCTT CATTTCTCCA 
CAGAGTGTGT CATCGGTTCA GTCTGGATTT GAACCTGTGT CCCCACCCCA CAACTTCACA 
AAAAACAATG AACCACCTCC CCCCCCTCCT CCAGTCTCTA AGCCACCACC ACTTCCGGTG 
GATAACAAGT ATCCTCCAGC ACCAGCCAAT CAAAAGAGCC GCCAGCCATC TTCCTACATG 
AATTACGAAG ACATATCCCC TGATCCCATC TTCTCACCGG GAGAAGATGA AAGAGAAAAG 
ACTGACTTGA AAATTATGCC TAAAAAACTT GAATCTTGTA AAAGAGATTC CAAACATTCT 
TCCTCCTCTC CTAGCAGAGC TCGTTCACCT CGCTTCAACA GAAATGAGAG TTATTTAAAA 
TGGGAAAAAA AGAAACAAGA TGAACGAGAA GAGAAGTATC GTGAGAAAGC TAAGGAATTT 
GATCGCCACA ATGGAGGATC AGATAGGGAC TCTCGGTGTA ATGATGATCG AAGGCTTGAC 
TACAAATATA AACATGATGG ATGTCTTGAT AAACGAGATT ATTACAGACG TGAAGATTAT 
GATAGGAACA GACCTGGAGC TCGCTATGAC AAAGATGATT ATAAACATGC TCACAGGAAA 
GAGAGGTATA GTCTTAGTCC AAGAAGAGAT GAATTCAGAT ACTCTGATCA TAGGGATTCC 
AAAACAAGAG ATCCTAGGTT ACGAGATAAA GAGAGTGAAG GCTCTGGTGG AAGAGACCCG 
CCCATTAAAG ATGTCAAGTT TTACGATAGA GGGCAGAGAG GAGAAGATGG ATCCAGTCGA 
GATCCACGGT TAAGAGGAAA AACTGTTGAG GTATCTGATG TCTGTTCCAA AGTGCCAAAG 
GCAGCACCGG GTCTGCAAGA GAAAAGAAGC AGTTTAGAGT CAAAAGATGT TGGGAAAAGT 
GAACTACGAA AGACTCTTAG TGAGAGCGTA CCTTCACTTG TGGATGGCCA GAGTTATCTT 
TGTGACTCCA AAAGCAAGGA TGCAAGTGTA AAAGAATTAT TGGTTAAAGT GGAAAAAAGT 
ATTTGTCATA GTAAAGAGGG TGAATGCAAA GGCAGTGGTG AAAAGTCAGG AGAAGATGTT 
GAAATTGAAG GAGAACAAGA GGACAACACA TCTTGTTCAG TAGAGCCTGA CAGCAACACT 
GCTATTAGTG CAGCAGAGAT TATATCATCC GTAGTAAGTG GCTCTTCACT GAGTAAAACA 
TATGGTCCGA ATAAGTATTC TGAAGATGCT TACACAGTTG GAGTAGAGAC GTATTCTGAC 
GAGGAACCTT TGCCTCCTGG TGATGAATAT GATGTTGCTC ATGAAGTGCA ACTCGACATT 
GCCAGAAGTA AAATCAAAGC TGCACAGAAT GCTGTCAAGA AACGAAAATT TTCTGAAACA 
GTGGAGGATG AAAAGAAGAG CAGTGGACCA AAATCCAAAA AAATTCAAAT AGTACTTAAA 
AGTGTTCAGC TAAATGAAAC AGAAGGCGAC CTATTAATTG CACAGAGTTC GGACAGTAAT 
TCAAAGCAGG AGGAATCTGA TGGTGGCTGG AGTAATGTGT CACCTAAAGT TGTGGCAGAT 
GTTGCCCTGG AATGTGAACA ATCAGAAGTT AGCACTTCAC GGTTGGCAAA CTTGCCACTT 
ACTGAGGACA TCTCACCATG TAATTCACCT ACTGTTGAGA CAACAAGTCA CATAGAATGC 
AGCAGTGAAT TAACTTCCAA AGAACCTGCC TCTATTGATA TTTATTCAGA CATTGAAGGC 
AATGAAGATG ACCAATGTGT TGTGGATGTG AAAAATGATG ACAATGACGA TGCCATGTCA 
TTGTCATCCA TTAGTTCAAA TGAAGACACC TTGGAAGTAA ATGAACCTGA TTTGCCAAAG 
ACAGAGAGCA TTTCTGTTCC TCCTCCAAGT GTTGTTTTCC CGCCATATCC ACCGCCCATG 
TTCAATCCCA GTATTCCACC TCCTCCATTC TTTAACCCAA GGGTACCTCC TCCACCTTTG 
GTTCCTGTCA CAGTTCCCCC TCCACCCATC CCTGCACATC CATCTGTTCC ACCTCCTTCC 
CTTCATCCAC CTTTAAATGC AGGGCCAATT CTTCCACCGA CAGTCCCTCC CCCTCCTCCT 
GCTGGCACAG CTGTCCCTAT TCCACGAATT CCTCCCCCAA TTATCGGTAG TTCTTCAGGG 
TTTTATGACC CAAGAGTTCC ACCTCCAATT TCATGTGGTA GTTATCACAG CAGTGGAGGT 
TTTGCCTACC AAAAACAAGA GTATAAGAAA CCTTGGAGAG CTGTTATCAT TGATGAGGTC 
TATAGGAACA TTTGTGGTGA ATTGGACACT GTGCTCAAGA GAGACATGTT TAAGAAACTT 
GTTGAGGCAT CTGCATTCAA AGCTTTGGAG TCATGGTGGG ATAACAAGAC AAAGCCAAAG 
ACAGTCTCAC AGACAACAGC AAATTCTTCA CGAAACCTTC CTCCAGCATC TACTGCAGGG 
ATCTCCTCAA ACCTAGGAGC TGGAGCTTCC ACCATTGGAC CCAGTCCTTT TGAGAGGTCA 
CCCAGCATGC TGTTGGGTCT GCGTGCTTCC CTCCCAAAAT TACCTTCTTT CAAAGTCAAG 
AGAACACCAG AAGTTGAGAA GGTGGTCAGT GGGTCGAGAA AGCGCAGCAA TACTGAATCC 
TCGGAAGTGC TTGAGAGACA AACGAAGAAG CAGATCTTGG AGGAACCAGA CTTAGAGTTG 
GATGCTGAAT TAGAGAACAG TTCTGGAAGT TATAAGCGCT TGCGCCTAAA TAACAAGTTA 
GAGGAGGCTG AACGAAGTCA GTCACCATTT CAGCAACTGG ATGATAATGT GGATGTGGCT 
CCACGTGCAA CAATAGTGAG ATATTCTGAA GTAGAAGAAC GACGACCCAG CACAGGTTCA 
TCTTTATACC ATAAGGTGTA CTCAAGTAGT AGCAGTGAAT CCGAGAGCCA CGCCAGTGAA 
TCTGATGATG AGGAGGAAGA GGAGAGTGAG GAAGAAGAGA GCCAAAGTGA GAGTGACACT 
GAGAGCGAAG AAGAAACAGA ATCAGAAAGT GAAGAAGAAA AAGAAGAAGA CAACAACAGG 
GTGATTGTCA CTGATTTGGA TGTAGAACAT GAAAGGCAGA AAGAGCTAAT GATGACTGAA 
GGTGTGGAAA AACAACCAGT TGATGTGCCA AAGGTGTCCT TGTCTGAAGC ATCTTTAGAT 
TCCTTGAGTG CTGAGGATAT TGACAGTGCA GAGACTGAAA GCAGACAACC ATGCATCACA 
ACTGACAAAG CAGCCTTGGC TGAAACAATG AGCCATCAGG CTGATGAGGA GTCACCTAAA 
GAGACGTACC AGGGTTTCCA CATTGCTAAC ATTGTACCTG ATTTATTCAA AGACAAAGAT 
GCTGCCCCTG AGGAAGGAAG TGTTTTGTCT GAGAATGAAA TGGAAATAGG AGAAAAGCAT 
CATGAACTCA GTACGGAATT GAATGTTAAA ACTCAAACTC AAGATGTTGA GGACAAAAGA 
TACAGTCAAC CTGAATGTAT AAACACAACA ATATTAGAAA AACCTTTCGA AAAAATGGAT 
GGAAATGTTG TTACTGGGGA TTTCAAACCA CCAAGTATTG ATTCTATTTG TGAAGAAAAT 
GAACTCAAAT CTCCACGCCT GGATCATCTT GAAGAGAAGG AAGACTTTGG AGGAAATGAA 
GATGATGACT TTGTTGAAAA GCGAATGCCA GTTCTGTCTC TGGACAAGCC TTTGGCTGTG 
TCACTTGTTG AATTAGATCA TTCGTATGGT TTAGTGGCTC CAGTGGAAAT GAAACCATTA 
ATTAAACCAG TTGAAGAAGC CGACAGTAAG GAGTCTCACT TTGATGATGA CAGTCGGCAC 
TTGACAGAGT CACCTGTCAT TGACATATTG AACATTGATT CGGAAGTTGT GCCCAGTCCT 
CAGATGCCTC AGTTTCCTGT CAGATCATTT GAGAGTGATG ATGAACTTGT TTATGAATTT 
CATCGACTAG GAATTGATGC AGAGGACTGT TACTACATGA AGGTTGGCTT TGAGCAGCTT 
CAACAGGTTG GCTCCGAGTC TGTTGTTGAT GCACACTGGA TAGGTCATCC ACCTACTTGT 
CAAGTTGCAA CTAAATTGCG TCGCAAGCAG AAACCCGAGA ATGGTGTCCG CGTACATGTG 
ACTGGTTGTG CAAGAACTGA AGGATTTTAC CGCATTGACA TCAAGGAAAA AGCCAAGTAT 
CTACAAGCCC AGCGCCGGCA ACTGCAGTGC CAGGAAAATG TCACCAAACA AGAATTGGTA 
AAGAGAATAA TTGAACGAGC AAGTTTTCGA TTTTGGAAAA ATGTGACAAC AATTAGTGTT 
ATTCATTTGC AGGTACGAAA AAAGCAGCTT CGATTCGGCA AGTCTGGCAT TCACGATTGG 
GGTCTGTTTG CAATGGAGTC CATGGCTGCC GATGAGATGG TAACAGAGTA TGTTGGAGAG 
GTGATTCGAC AGTCAATGGC TGATATTCGT GAGCGACGAT ATGAGGAAAT GGGCATTGGC 
TCCAGTTACC TTTTTAGAGT GGATCAAGAA ACAATTATTG ACGCCACTAC TAAGGGAAAC 
TTTGCACGAT TTATCAACCA CAGTTGTGAC CCAAATTGTT ATGCCAAGAT TGTTACGTTA 
GAAAATGCCA AGAAAATTGT GATATATTCC AAGAGAGATA TCGAAGTCAA CGAAGAAATC 
ACATATGATT ATAAATTCCC AATCGAAGAT GAGAAAATCC CTTGTTTGTG TGGAGTGCCA 
CAATGTAGAG GCACTTTGAA CTAA