setdb1 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	setdb1
Entrez Gene ID	100490309
Full Name	SET domain bifurcated 1
General protein information	Preferred Names SET domain bifurcated 1 Names histone-lysine N-methyltransferase SETDB1
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
NM_001251835.1	NP_001238764.1	histone-lysine N-methyltransferase SETDB1

Pathways from BioSystems

Homologies

Pan troglodytes (chimpanzee)	SETDB1	XP_524864.3
Canis lupus familiaris (dog)	SETDB1	XP_540304.4
Gallus gallus (chicken)	LOC101751150	XP_004948398.1
Homo sapiens (human)	SETDB1	NP_001138887.1
Mus musculus (house mouse)	Setdb1	NP_061365.3
Xenopus tropicalis (tropical clawed frog)	setdb1	NP_001238764.1
	SETDB1	XP_001106711.2
Bos taurus (cattle)	SETDB1	NP_001178317.1
Rattus norvegicus (Norway rat)	Setdb1	NP_001258104.1
Danio rerio (zebrafish)	setdb1b	NP_001070745.2

Gene Ontology

The following setdb1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the setdb1 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
OXa20303	NM_001251835.1 Latest version!	Xenopus tropicalis SET domain bifurcated 1 (setdb1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00

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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)

setdb1 ( NM_001251835.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> NP_001238764.1 Xenopus tropicalis SET domain bifurcated 1 (setdb1), mRNA.

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CloneID	OXa20303
Clone ID Related Accession (Same CDS sequence)	NM_001251835.1
Accession Version	NM_001251835.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3855bp) 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	2017-06-14
Organism	Xenopus tropicalis(tropical clawed frog)
Product	histone-lysine N-methyltransferase SETDB1
Comment	Comment: INFERRED REFSEQ: This record is predicted by genome sequence analysis and is not yet supported by experimental evidence. The reference sequence was derived from AAMC03032908.1. On or before Oct 20, 2011 this sequence version replaced XM_002935469.1, XM_002935470.1. Sequence Note: The RefSeq transcript and protein were derived from genomic sequence to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on alignments. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA1025683, SAMEA1025686 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGACTCGC AGGAGACCAT GGAGTTGGAG CAGATGGTGG TGAAGGAGCT GGGCATTTCC 
ATGGATGATC TGCATGAACT GATAGACAGA GAGCTGGAAA AGATTGAGTT TGTGAAGCAG 
CGGAAAGCTC AGCTACTGGA ACTGGAGCAA CTGGTGAAAC AAAAAGAGGC AGAAGTGGAT 
CATGTAGACA AGCTTTTTGA CAATGCCACA AGAGCCGTGG ACGATTGTGA GATGCTGGTA 
AAGAGTCTGT ACAACCAAAT AGGTATGACC TACAAGGAGA GCAGCTCTGA AGATGAAGGA 
TCTTCAAAAC CAGTGGAGGT TATTGAGATC CCTGATGAAG ACGATGATGA CGTCATGAGT 
GTGGGATCAG GTGAAGCTGT GAGTAAGATT CCAAAAGAGA AACATTTGTT AAGAGAAGCA 
ATGGCTGCTA TGAAGAGATC AAGACAAGAT GTGCAGAGCA TTGTAGAAGC AATCCAAAAG 
AAGTCAGATG GACCCCAGAC TAGATTTTCT TCTCATCCCT CCTCACCAAC AAGCTCTGTG 
GGTGGCTCCA ATCAGGCCAG TGCCTCAAAT GATATGAGCA AAGATGGAGA CCTTGTCGTG 
GGGATGCGTA TCTTGGGCAA GAAGAGGACC AAAACCTGGC ATAAAGGAAC TCTGATCTCT 
ATACAGTGTG TGGGTCCTGG GAAAAAGTAC AAGGTCAAGT TTGACAACAA AGGGAAAAGC 
CTGTTGTCCG GTAACCACAT TGCCTATGAC TACCACCCAC CGCCTGAAAA TCTGGTTGTT 
GGTAGCAGAG TAGTAGCCAA GTATAAAGAT GGAAACCAGG TGTGGCTCTA TGCTGGAATT 
GTTGCTGAGC CTCCAAGCAA CAAGAATAAA ATGAGGTATC TGATCTTTTT TGATGATGGC 
TATGCATCCT ATGTTACCCA CGCAGAACTG TATCCTGTCT GCAGGCCCTT GATCAGTTCA 
TGGGAGGACA TCGAGGACGT GTCCTGCCGT GATTTTATTC AGGAATACGT CAACGCTTAC 
CCCAATAGGC CAATGGTTCT TCTGAAGAGC GGCCAGCTGA TTAAAACAGA GTGGGAAGGA 
ACGTGGTGGA AATCCAAGGT GGAAGAAGTT GATGGGAGTC TGGTGAAAAT CCTTTTTCTG 
GATGACAAGC GCTGTGAATG GATCTACCGA GGTTCTACAC GCCTGGAGCC CATGTTTAGC 
ATGAAGACCT CCACGGCCTC AACACAAGAG AAGAAGCAAG CTGGGCAGCA ACGGACGCGT 
CCTAATGTGG GTGCCATTAG GAGCAAGGGA CCTGTAGTAC AATACACACA TGACCTGACT 
GGCAGTGAGC CTGAACCCAA ACCTGCTGCA CCCCCATCTC CTCTGTCAAT CCCATCACCC 
CAGCTGATTG ACACAGACTC TGACAGTCAG CAGGCCCAGT CCAAGAAGCA AGTGGCTAAA 
AAAAGCACTT CATTTCGTCC AGGATCAGCG GGGTCCGGTC AGTCTTCCCC CATCCCCAGC 
GAATCAGTGC CGCCGCCACC ACCACCACCA CCTCCACCTC CTGTTGTTCA GCGTCCTTTC 
CAGTCCAACC AATCTGTACA GCCTGTCCAG TCTATACAGT CCATTCAGAA TATACAGACC 
ATCCAAACCA TTCAAGGCAT TCAAACCATC CAAGCTATCC AGCCAATTCA AACCATACAG 
ACTCTCCAGC CTATCCAAAC CATTCAGCCT CTGCAGACAA TTCAGACTCT CCAAGGAAAC 
AGGATTGTGA CTTCTATTCA ACAAATCCAT ATAATACAGG CGGAAAATGT TCCGGCAGAG 
ACCACCTACA AGGCCCCCAA AGAAAAGCTT TTCTACCTCC CTCATGTGTG CAACTATACT 
TGCCTGTCGC GCATTCGCCC CGTCTCCCAC CGTGGCAAGA ACCCCCTCTT GGTTCCATTA 
CTTTATGACT TCCGGCGAAT GACCGCCCGG CGGCGGGTGA ACCGCAAAAT GGGTTTCCAC 
GTCATCTACA AGACTCCCTG CGGCCTGAGC TTGCGCACAA TGCCGGAAAT TGAGCGGTAC 
CTTTTTGAGG TGGAATGCAG AATGCTCTTC CTGGAAATGT TTTGTTTGGA CCCTTACGTT 
TTGGTGGATC GGAAATTTCA GCCTCAGAAA CCCTTTTACT ACATCCCAGA CATCACATAT 
GGCAAGGAAG ATGTTCCACT TTCCTGTGTC AATGAAATAG ACAGGACCCC ACCTCCACAA 
GTGGCCTACA GCAAGGAGCG CATCCCTGGG AAAGGCGTCT TTATTAATAC CGGCGCCGAG 
TACCTTGTGG GATGTGACTG CACAGATGGC TGTAGGGACA AATCCAAATG TGCCTGTCAC 
CAGCTGACAA TCCAAGCCAC AGGCTGCACT CCAGGGGCAC AGCTGAACCC CATGGCCGGA 
TACCAGCACA AGCGCTTGGA AGAATGCCTT CCCACTGGTG TGTACGAGTG CAACAAGCGG 
TGCAAATGCA GTGCGAATAT GTGCAACAAC CGCCTTGTAC AACATGGGCT CCAGGTGCGC 
CTCCAACTCT TCAAAACCCA GAACAAGGGC TGGGGCATCC GGTGTTTGGA TGATATAGCG 
AAAGGCTCCT TTGTTTGCAT CTATGCAGGT AAGATCCTCA CAGACGACTT TGCGGACAAA 
GAGGGCCTGG AGATGGGGGA CGAGTACTTT GCTAACTTGG ACCACATTGA AAGTGTCGAG 
AACTATAAGG AAGGCTATGA GAGTGACGCC AAGTCTTCCT CCGATAGCAG TGGCGTAGAC 
CTTAAAGACG ACGATGAGGA AAACACTGGC AGCGAAGACC AGGACGAGTC CAATGACAGT 
TCAGATGACA ATTTCGGCAA GAACGAGGAC ATCACGACCA GCTCAGTGTG GCGCAGTTAC 
GCCACCCGCA GACAGACACG GGGCCAGAAG GAGAATGGAA CATCAGAGAC TGCTTCCAAG 
GACTCGGCTC TGGCCAGGCA GACCAGTCAG GATGAAACCA CGGATTGCAA ACTGCCGGAG 
GAGACCTCCA AGAACAAGGT GGCTTCCTGG TTAAGTTCAA ACACCATGGC GGACTCTCTT 
ATGGACTCTG ACAGCAGGTC TTCTCTAAAG ATGGGAGACG CATCAGAGAC CGATAAACCA 
AAGGAATCAG ACGAGGCCAG CAAATACCCA GGGTTCGGAG AAGGAAACAG GATGTACGGT 
TACAACCCCG CCCCGGCCAA AAAAGACGGT GTGCGACGGC CTGTTAGCAA AACCGCGTTG 
CACCAGAACA AGCGCCAGTC AAACTCTGCA CAGCCCACTG ATGAAGTCCT GACTTTATCC 
AGCAGCTCGG AGAGTGAGGT GGGAAGTGGG ACCAACGGGA CCAAAAAACC CGCCGCTCAG 
GCCACAGCGA ATGACAGCGA TGACATCCAG ACAATCTCAT CTGGGTCTGA CGAGGAAGAG 
GAGAAGAAGA ACGTAGCTAC TACTGCGGGG CCTGTCAAAA GACAAGTGGC TGTAAAATCC 
ACCCGAGGAT TCGCCTTAAA ATCCACACAC GGTATCACTG TGAAAACCAA CATGGCGTCG 
GGTGAGGGTG GTACCGGACG GCGGAACACA CGACAGTTCT TTGATGGGGA GGAGTCCTGT 
TACATTATTG ACGCTAAACT TGAAGGCAAC TTGGGCCGAT ACTTGAATCA TAGCTGCAGC 
CCCAACCTCT TTGTACAGAA TGTGTTTGTG GATACCCATG ATCTACGGTT CCCTTGGGTG 
GCCTTCTTTG CCAGCAAGAG GATACGCGCC GGCACGGAGC TCACCTGGGA TTACAATTAC 
GAGGTGGGAA GTGTAGAAGG AAAGAAACTG CTGTGCTGCT GCGGATCCAC GGAATGTCGT 
GGCCGTCTCT TATAA

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

RefSeq	NP_001238764.1
CDS	130..3984
Translation	MDSQETMELEQMVVKELGISMDDLHELIDRELEKIEFVKQRKAQLLELEQLVKQKEAEVDHVDKLFDNATRAVDDCEMLVKSLYNQIGMTYKESSSEDEGSSKPVEVIEIPDEDDDDVMSVGSGEAVSKIPKEKHLLREAMAAMKRSRQDVQSIVEAIQKKSDGPQTRFSSHPSSPTSSVGGSNQASASNDMSKDGDLVVGMRILGKKRTKTWHKGTLISIQCVGPGKKYKVKFDNKGKSLLSGNHIAYDYHPPPENLVVGSRVVAKYKDGNQVWLYAGIVAEPPSNKNKMRYLIFFDDGYASYVTHAELYPVCRPLISSWEDIEDVSCRDFIQEYVNAYPNRPMVLLKSGQLIKTEWEGTWWKSKVEEVDGSLVKILFLDDKRCEWIYRGSTRLEPMFSMKTSTASTQEKKQAGQQRTRPNVGAIRSKGPVVQYTHDLTGSEPEPKPAAPPSPLSIPSPQLIDTDSDSQQAQSKKQVAKKSTSFRPGSAGSGQSSPIPSESVPPPPPPPPPPPVVQRPFQSNQSVQPVQSIQSIQNIQTIQTIQGIQTIQAIQPIQTIQTLQPIQTIQPLQTIQTLQGNRIVTSIQQIHIIQAENVPAETTYKAPKEKLFYLPHVCNYTCLSRIRPVSHRGKNPLLVPLLYDFRRMTARRRVNRKMGFHVIYKTPCGLSLRTMPEIERYLFEVECRMLFLEMFCLDPYVLVDRKFQPQKPFYYIPDITYGKEDVPLSCVNEIDRTPPPQVAYSKERIPGKGVFINTGAEYLVGCDCTDGCRDKSKCACHQLTIQATGCTPGAQLNPMAGYQHKRLEECLPTGVYECNKRCKCSANMCNNRLVQHGLQVRLQLFKTQNKGWGIRCLDDIAKGSFVCIYAGKILTDDFADKEGLEMGDEYFANLDHIESVENYKEGYESDAKSSSDSSGVDLKDDDEENTGSEDQDESNDSSDDNFGKNEDITTSSVWRSYATRRQTRGQKENGTSETASKDSALARQTSQDETTDCKLPEETSKNKVASWLSSNTMADSLMDSDSRSSLKMGDASETDKPKESDEASKYPGFGEGNRMYGYNPAPAKKDGVRRPVSKTALHQNKRQSNSAQPTDEVLTLSSSSESEVGSGTNGTKKPAAQATANDSDDIQTISSGSDEEEEKKNVATTAGPVKRQVAVKSTRGFALKSTHGITVKTNMASGEGGTGRRNTRQFFDGEESCYIIDAKLEGNLGRYLNHSCSPNLFVQNVFVDTHDLRFPWVAFFASKRIRAGTELTWDYNYEVGSVEGKKLLCCCGSTECRGRLL

Target ORF information:

RefSeq Version	NM_001251835.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis SET domain bifurcated 1 (setdb1), mRNA.

Target ORF information:

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

NM_001251835.1

ORF Insert Sequence:

ATGGACTCGC AGGAGACCAT GGAGTTGGAG CAGATGGTGG TGAAGGAGCT GGGCATTTCC 
ATGGATGATC TGCATGAACT GATAGACAGA GAGCTGGAAA AGATTGAGTT TGTGAAGCAG 
CGGAAAGCTC AGCTACTGGA ACTGGAGCAA CTGGTGAAAC AAAAAGAGGC AGAAGTGGAT 
CATGTAGACA AGCTTTTTGA CAATGCCACA AGAGCCGTGG ACGATTGTGA GATGCTGGTA 
AAGAGTCTGT ACAACCAAAT AGGTATGACC TACAAGGAGA GCAGCTCTGA AGATGAAGGA 
TCTTCAAAAC CAGTGGAGGT TATTGAGATC CCTGATGAAG ACGATGATGA CGTCATGAGT 
GTGGGATCAG GTGAAGCTGT GAGTAAGATT CCAAAAGAGA AACATTTGTT AAGAGAAGCA 
ATGGCTGCTA TGAAGAGATC AAGACAAGAT GTGCAGAGCA TTGTAGAAGC AATCCAAAAG 
AAGTCAGATG GACCCCAGAC TAGATTTTCT TCTCATCCCT CCTCACCAAC AAGCTCTGTG 
GGTGGCTCCA ATCAGGCCAG TGCCTCAAAT GATATGAGCA AAGATGGAGA CCTTGTCGTG 
GGGATGCGTA TCTTGGGCAA GAAGAGGACC AAAACCTGGC ATAAAGGAAC TCTGATCTCT 
ATACAGTGTG TGGGTCCTGG GAAAAAGTAC AAGGTCAAGT TTGACAACAA AGGGAAAAGC 
CTGTTGTCCG GTAACCACAT TGCCTATGAC TACCACCCAC CGCCTGAAAA TCTGGTTGTT 
GGTAGCAGAG TAGTAGCCAA GTATAAAGAT GGAAACCAGG TGTGGCTCTA TGCTGGAATT 
GTTGCTGAGC CTCCAAGCAA CAAGAATAAA ATGAGGTATC TGATCTTTTT TGATGATGGC 
TATGCATCCT ATGTTACCCA CGCAGAACTG TATCCTGTCT GCAGGCCCTT GATCAGTTCA 
TGGGAGGACA TCGAGGACGT GTCCTGCCGT GATTTTATTC AGGAATACGT CAACGCTTAC 
CCCAATAGGC CAATGGTTCT TCTGAAGAGC GGCCAGCTGA TTAAAACAGA GTGGGAAGGA 
ACGTGGTGGA AATCCAAGGT GGAAGAAGTT GATGGGAGTC TGGTGAAAAT CCTTTTTCTG 
GATGACAAGC GCTGTGAATG GATCTACCGA GGTTCTACAC GCCTGGAGCC CATGTTTAGC 
ATGAAGACCT CCACGGCCTC AACACAAGAG AAGAAGCAAG CTGGGCAGCA ACGGACGCGT 
CCTAATGTGG GTGCCATTAG GAGCAAGGGA CCTGTAGTAC AATACACACA TGACCTGACT 
GGCAGTGAGC CTGAACCCAA ACCTGCTGCA CCCCCATCTC CTCTGTCAAT CCCATCACCC 
CAGCTGATTG ACACAGACTC TGACAGTCAG CAGGCCCAGT CCAAGAAGCA AGTGGCTAAA 
AAAAGCACTT CATTTCGTCC AGGATCAGCG GGGTCCGGTC AGTCTTCCCC CATCCCCAGC 
GAATCAGTGC CGCCGCCACC ACCACCACCA CCTCCACCTC CTGTTGTTCA GCGTCCTTTC 
CAGTCCAACC AATCTGTACA GCCTGTCCAG TCTATACAGT CCATTCAGAA TATACAGACC 
ATCCAAACCA TTCAAGGCAT TCAAACCATC CAAGCTATCC AGCCAATTCA AACCATACAG 
ACTCTCCAGC CTATCCAAAC CATTCAGCCT CTGCAGACAA TTCAGACTCT CCAAGGAAAC 
AGGATTGTGA CTTCTATTCA ACAAATCCAT ATAATACAGG CGGAAAATGT TCCGGCAGAG 
ACCACCTACA AGGCCCCCAA AGAAAAGCTT TTCTACCTCC CTCATGTGTG CAACTATACT 
TGCCTGTCGC GCATTCGCCC CGTCTCCCAC CGTGGCAAGA ACCCCCTCTT GGTTCCATTA 
CTTTATGACT TCCGGCGAAT GACCGCCCGG CGGCGGGTGA ACCGCAAAAT GGGTTTCCAC 
GTCATCTACA AGACTCCCTG CGGCCTGAGC TTGCGCACAA TGCCGGAAAT TGAGCGGTAC 
CTTTTTGAGG TGGAATGCAG AATGCTCTTC CTGGAAATGT TTTGTTTGGA CCCTTACGTT 
TTGGTGGATC GGAAATTTCA GCCTCAGAAA CCCTTTTACT ACATCCCAGA CATCACATAT 
GGCAAGGAAG ATGTTCCACT TTCCTGTGTC AATGAAATAG ACAGGACCCC ACCTCCACAA 
GTGGCCTACA GCAAGGAGCG CATCCCTGGG AAAGGCGTCT TTATTAATAC CGGCGCCGAG 
TACCTTGTGG GATGTGACTG CACAGATGGC TGTAGGGACA AATCCAAATG TGCCTGTCAC 
CAGCTGACAA TCCAAGCCAC AGGCTGCACT CCAGGGGCAC AGCTGAACCC CATGGCCGGA 
TACCAGCACA AGCGCTTGGA AGAATGCCTT CCCACTGGTG TGTACGAGTG CAACAAGCGG 
TGCAAATGCA GTGCGAATAT GTGCAACAAC CGCCTTGTAC AACATGGGCT CCAGGTGCGC 
CTCCAACTCT TCAAAACCCA GAACAAGGGC TGGGGCATCC GGTGTTTGGA TGATATAGCG 
AAAGGCTCCT TTGTTTGCAT CTATGCAGGT AAGATCCTCA CAGACGACTT TGCGGACAAA 
GAGGGCCTGG AGATGGGGGA CGAGTACTTT GCTAACTTGG ACCACATTGA AAGTGTCGAG 
AACTATAAGG AAGGCTATGA GAGTGACGCC AAGTCTTCCT CCGATAGCAG TGGCGTAGAC 
CTTAAAGACG ACGATGAGGA AAACACTGGC AGCGAAGACC AGGACGAGTC CAATGACAGT 
TCAGATGACA ATTTCGGCAA GAACGAGGAC ATCACGACCA GCTCAGTGTG GCGCAGTTAC 
GCCACCCGCA GACAGACACG GGGCCAGAAG GAGAATGGAA CATCAGAGAC TGCTTCCAAG 
GACTCGGCTC TGGCCAGGCA GACCAGTCAG GATGAAACCA CGGATTGCAA ACTGCCGGAG 
GAGACCTCCA AGAACAAGGT GGCTTCCTGG TTAAGTTCAA ACACCATGGC GGACTCTCTT 
ATGGACTCTG ACAGCAGGTC TTCTCTAAAG ATGGGAGACG CATCAGAGAC CGATAAACCA 
AAGGAATCAG ACGAGGCCAG CAAATACCCA GGGTTCGGAG AAGGAAACAG GATGTACGGT 
TACAACCCCG CCCCGGCCAA AAAAGACGGT GTGCGACGGC CTGTTAGCAA AACCGCGTTG 
CACCAGAACA AGCGCCAGTC AAACTCTGCA CAGCCCACTG ATGAAGTCCT GACTTTATCC 
AGCAGCTCGG AGAGTGAGGT GGGAAGTGGG ACCAACGGGA CCAAAAAACC CGCCGCTCAG 
GCCACAGCGA ATGACAGCGA TGACATCCAG ACAATCTCAT CTGGGTCTGA CGAGGAAGAG 
GAGAAGAAGA ACGTAGCTAC TACTGCGGGG CCTGTCAAAA GACAAGTGGC TGTAAAATCC 
ACCCGAGGAT TCGCCTTAAA ATCCACACAC GGTATCACTG TGAAAACCAA CATGGCGTCG 
GGTGAGGGTG GTACCGGACG GCGGAACACA CGACAGTTCT TTGATGGGGA GGAGTCCTGT 
TACATTATTG ACGCTAAACT TGAAGGCAAC TTGGGCCGAT ACTTGAATCA TAGCTGCAGC 
CCCAACCTCT TTGTACAGAA TGTGTTTGTG GATACCCATG ATCTACGGTT CCCTTGGGTG 
GCCTTCTTTG CCAGCAAGAG GATACGCGCC GGCACGGAGC TCACCTGGGA TTACAATTAC 
GAGGTGGGAA GTGTAGAAGG AAAGAAACTG CTGTGCTGCT GCGGATCCAC GGAATGTCGT 
GGCCGTCTCT TATAA