LOC108716786 cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108716786
Entrez Gene ID	108716786
Full Name	SET domain containing 1B L homeolog
General protein information	Preferred Names SET domain containing 1B L homeolog Names histone-lysine N-methyltransferase SETD1B-like
Gene Type	protein-coding
Organism	Xenopus laevis(African clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018263237.1	XP_018118726.1	histone-lysine N-methyltransferase SETD1B-like

Pathways from BioSystems
Gene Ontology

The following LOC108716786 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108716786 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
OAf15384	XM_018263237.1 Latest version!	Xenopus laevis histone-lysine N-methyltransferase SETD1B-like (LOC108716786), 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)

LOC108716786 ( XM_018263237.1 ) cDNA ORF clone, Xenopus laevis(African clawed frog) -> XP_018118726.1 Xenopus laevis histone-lysine N-methyltransferase SETD1B-like (LOC108716786), mRNA.

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CloneID	OAf15384
Clone ID Related Accession (Same CDS sequence)	XM_018263237.1
Accession Version	XM_018263237.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5868bp) 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	2016-09-19
Organism	Xenopus laevis(African clawed frog)
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 (NC_030724.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus laevis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTTTCA AGGAGGCCAA ACCTGGGGAC AGAGGCAAGA ACCCAGAAGA CCATGGCAGA 
AAGCAGACTG CACAGACTGC AAGCTGGATG AACGGGATGG AGGCAGGCAA CCAGCCCAGC 
ACTTCGGCCG AGAAGAAGGG TCACCATTGG CGGAGTTACA AGTTGATCAT CGACCCGGCT 
CTGAAGAAGG GGCAGCACAA ACTCTATCGT TACGATGGGC TCAGCTTCAG CATGCCTAAC 
TCCGGGGTCC CTCCAGTGGA TTCAGTAAGG GATCCCCGGA TCGGGCGTAT ATGGACCAAA 
ATTAAAGAGC TGGATTTGCT CGTCCCCAAG CTCAAGATCG ACGAGTTTTA TGTGGGGCCA 
GTGCCCCCCA AGCAAGTGAC GTTTGCCAAA TTGAATGATA ACATCCGCGA AAACTTCCTG 
GGGGACATGT GCAAGAAATA CGGGGAAGTG GAGGAGGTGG AGATCCTGTA TAACCCCAAA 
AACAAAAAAC ACCTGGGCAT TGCCAAAGTC CTATTCGCCA CCGTGAAAGG CGCCAGGGAC 
GCGGTGAAAC ATTTGCACAA CACCTCGGTC ATGGGCAACA TCATTCACGT GGAGCTGGAC 
ACGAAAGGTG AAACGCGTAT GCGCTTCTAT GAACTCTTGG TTAATGGTTA TTATACTCCT 
CAGACTCTTC CAGTTGGAAC TGATTTGGAT GCTTCTCCCA CTGTGAATGA AACGCCACAG 
GTTGTTGTTG TTGAGCCAGT GAAACGTACA AAAGAGACTT CCATTGGTGC ATCAGTTACC 
CCAAACAGCA GTACTCCATT TTCCCATGAT ACAGCCTATT CAAGCTCTCG GCAAGGTACG 
CCTAATTCTT ACAGCCAGTT TACACCACAG TCACAAGGGA CTCCTCATAC TCCCCGCTTA 
GGAACCCCTT TCTCGCAGGA TTCCAGTTAT TCCAGTCGTC AAACAACGCC AGCTTTTCAT 
TACGGACAGG ACTCTGGTTT TAAACCAAGG AGACATGAAA AAAAGTTTAC GGATGCTTAT 
AACAGAAGGC CAGGCCACCA CTATGTACAC AGTTCTGGAT CCTACAGGGG GCCTGAACAC 
ACATCTAATG TGGCCAAACC TCAAGCAGAA ATATTGCAGC TTCCCCGTAC TCCACCTAGC 
GGGAATTATA AATCCGCATT TTCACCTTAT CAAGGAAGTA CTGTTTTCCC TCAAACAGAT 
GAGAGCCAGT ATCCTCAAAC ATCAAGGGAT ATGGAGTACA GAAGGATAGG GCCTCAGACT 
TCAGAATCAT ATACTGATGC AGGGTGCAAC TCTGCCAGTT TGGAACTGAA AATAGTAAAA 
GAGAAACCAG AGGAACCTCC ACCTCCAGAG CCTGACTCTA CCACAGAGCA AAAAATATCA 
TTTTCTCAGA CCCCAGAGAG GTGTGAGACA CCTGGAACTC CAACTCTGGA GGCTGAAATG 
CAGCATGACA GTTTGGACAC ACGGATTGCA ATGCTATTAA AAGAGCAAAG AACCCAGCTG 
CATTTAATTG CTGGTGAGCA AAACTCAGAC CATGAAATAA GGATGGAGGG AAGTCCAATA 
TCATCCTCTT CCTCTCAGCT TTCTCCAATC CCTCCTTATA GTTCAAGCTC CCATTACCAG 
GATGTTACCC CTTCATCCCG ACCCTCAAGC ACAGGATTAG AGGATATTAG CCCAACCCCA 
TTGCCAGATT CTGATGATGA TGATGAGCCG ATTCCTGGCA CTGCCTCGCT TTGCCAGAAC 
TCAAGGTCAG CATCTCCCAT AGACCAGATA AACCAGCCTG TCCGAAAAAT GGAGAGTCTG 
GATAAGAAAG AACTTTTAGT GGGTGATGAA ACCCCAACAT CTGAGAAAAT GGATGAGGGT 
CCTCCATCCT CGGGAGAGGA CATGGAGATC TCAGATGATG AAGTTACCCC TTCTCCAATC 
ACAAGTGCAG AGTGTCCCAT AACCAGTTCA TCTGTCATTG CCTCAGTCAT TCCCATTCCA 
CCACCTAGGT TTCCGCCTCT GCCCCCACCA CCTCCTCCAC AGCCTGGATT TCCCATGCCA 
CCTCCTTTAC CCCCTCCACC GCCTCCTACC CATCCATCAG TAACAGTACC ACCACCTCCA 
TTGCCTGCAC CACCTGGGGT GCCTCCGCAT CACATATTGC ACCCTCCACC TCCATATCGT 
CATTTCCCTA TGATGCAAGG GGAAATGATG ACTGTCCTTG GGAACCACTG GGGTGGGATG 
ACAATGTCCT TCCAAATGCA AACTCAAATG CTCAGCCGTA TGATGCAAGG GCAGGGTTCT 
TACCCCTACC ACCATTTCAT GGGAGGCTCC ATGCAGTTTG GTAACCAGCA CCCTTATCGG 
CCATTTGCTA TATCTGCACA CCTTTCCAGA GGACAGCCTT GGCCACCCTT TCCAAAGTTT 
GATCCATCTG TACCACCACC AGGCTACAAG CCCAAAAAGG AGGATCCTCA CAAAGCAACA 
GTGGATGGCG TCTTGCAAGT CATTGTCAAG GAGCTGAAAG CTATAATGAA AAGAGATCTG 
AACCGCAAGA TGGTTGAGGT GGTGGCTTTT AGGGCGTTTG ATGAATGGTG GGATAAAAAG 
GAAAGTTTGG CAAAGCAATC TTTAACACCT GTAAAATCTG GGGAGAGCAA GGACGAAGAT 
AAACAAAAGA CTAAGGAGCA AATAACATCT AGCCTCCTGG AAAGCTGGAA TAAAGGGGAG 
GGATTAGGCT TTGAGGGTAT TGGACTGGGC ATTGGTCTGC GTGGTGCAAT CCGACTACCC 
TCTTTTAAGG TAAAGCGGAA AGAACCTCCT GATGCTGCAC TGGCTGGAGA TCAGAAGAGG 
ATTCGTCCAT CACATTCAGT AGATGATGAG GATGAAGAGT CTGAAAGAGA TCGAGATCTC 
TCTGGTACAG CATCTGACTT ATCAAAGAAA GATGCTGATG CAGTAAACAT CCGAAGAAGG 
CCAGCAAGAC CCTTAGACAG TGAAGGGGAA GAAGAGGTTG AAAGTGAAGG AGATGATGGG 
GAGACTTCAG ATAAAGAAGA CTCATCTTCT GAGAAAGAAG ACCAAGATGA TGCTTCTGTC 
TCGGCTTTGT CCAGTAAAAA GCAGCTGTAT GGGGCAAAAG AGGATGAGGA TGATGATGAT 
GCACAAAGCA GTGGGAAAGA AGAGGATGTT GTTTCAGAGG AAGATGACAC CACCAGTGTA 
GCTTCTTCCA GAGCTGAGAT GGATTCTTCT GATGTAAGTG AGGAATCTTC AGAGTATGAG 
TCAAGCTCAG ATTCAGATGA CGAAATAGAG GGGGATGACG ACGAAGAAGA AGAACTAATC 
TTCGAGGAGG ATCAATCTGA GGAACTAGAT TTTGGTCAGG AAGATGATAT TGAGACTGAA 
AGGGAAGTAG ACGTCTTCAG GGAGGACGTG TCTGAAGGTA GCAGTTCAGC AAAGGCAGAA 
ACAGATTTAG AAGATGATGA ATTGCAAAAA ATAGAGCTAG ATATTGCACA ACCGGCACAA 
GAGACATCAC ATCTGAGAAA GAAAGACCTA GATGTACCAC TGGTTGAGTC TAAAGAACAC 
AAACCGGATA CCTTAGAGGC GGAGAAGCTC TCTGCAGTAC CCAAGCAAGA GGATGTTTTT 
AAGGAACATG AAAAAGCACC ATCACCAATG AATGAAGAGG AAGAGTATAT AGAGCTTCAT 
TTAGAACCTG TGCCTTTGGG TTCAGAAAAT GCACCTGCAG CTGTACAAGA GTCTATGACC 
ATCCGTCCCT TAACACCAAC TGGCGCTTTT GGTGAATCTG GTCCTGTTCT CAAGCTTGAA 
GAACCCAGGC TGCAACTTAA TTTGACTCGG ATTGTTGCAG AAGATGAAGA ACTGTACCCT 
CGCACACCTG GCCGGGACAC AGCTGCTCAT TCAGATACAG AGGTCACGTT TCAGCCTGGT 
TTGAAAGTGC CCCCATCCAG CCTTCCTCTT TTGCAAAGCC ACAGTAAGGA AGATGAGTGT 
TCGCTTCCCC CTGAAAAGCA TACTGGTCAC TTAAAGGTGA CTAAGACATT GTCAGAGGAA 
GAACTGCCCC GTACACCAGG CAGAGATATC GTGGTTAAGA CCTCCCACCT TGGGAAGTCT 
CAGAGTACAG AGACCATTCC TGCAACACCA GGTAGTGATG CTCCACTCAC AGGTAACAGT 
CTTATGCTGG CTTCCCCGCA CATACCTGGT AGTCCCTTTT CTTATCTCTC CCAGTCACCA 
GGAATAATTA ACAGTGGTAT TCCAAGGACA CCTGGAAGAG ATTTTAACTT CACCCCAACC 
TTCCCAGAAT CAAATACAAT ATTCACCTGC CACCCTTCTG GCAAAACACC CTCTGTAGAT 
GAGCCAGATA AAAAGTCATT TAAAGAACCA ACCAGTGCTT CCTTAACTAT GAACAGTGTT 
CCTTCACCCA TCTCATTTGC TAGCCCGCCT AGAGGGGTAC CACACATGGA CATAAGGTTA 
GAGACAGATG ATCTGGAATC ATCTGATGCT CCAGCATACT TTTCTAATAA ATTATTAAGT 
GAGGAGAGCG AATGTGAGTT TACTAAAGAA CAGCTGCCTT CCACTGATGA ATCTGCACCT 
TCACCACCTC TCCCTCCTAC AGAGAAGAGG AAAGAAGACA GATCCAAAAA ACCTCTTTCT 
GCTCATGAAT TTGAGTCTTG TGTTGGGAAA AACTATGAAA CTTCTGCTGT TGCCTTGTCA 
GAAGGTGGTT TGGGTAAACA GTTGTTTATA GGACAACCTG ATGCTGTCAG TGGTATTAAA 
GATCCATCAG CTGTGCCACT GGATTTTAGG AATGATGGTC TCTCTGAAAA CACAGTTCAT 
GAATCTATTA TTCAAAAAGT CCCTTTAAAA GAGTTGGAAA ATCAGTTGAA AGAAGTTTTA 
AAAGAGGAGG AGGATATAAC TAAACATAAA AAGTCAAGGA ACTCCAGGCT TAAACAATAT 
GATGAGTTTT CAACTGTACC TTCTCCTGAA TATTCCCCAC CCCGTGCAAT GTTTAAACCT 
CGCTCTGAAT TTGAGGAGAT GACCATTCTG TATGATATAT GGAATGGAGG AATAGATGAT 
GAAGATATCA AATACATGTG CATAACCTAT GATAGACTGT TACAGCAAGA TAATGGCATG 
GACTGGCTCA ATGACACATT ATGGGTTTAC CACCCTACAA CCAGTGTTTA TTCCCCCAAG 
AAGAAGAAAC GAGATGATGG TTTACGGGAG CATGTAACAG GATGTGCCCG TAGCGAGGGA 
TATTATAAAA TTGATGACAA AGACAAACTT AAATACCTCA TTAACAACCG TTCTTTGGCT 
GAAGAGCCTC CCATTGATAC CCAGGGAAAG AGTATCCCAG CTCAGCCTCA GGCCTCCACC 
CGAGCAGGCT CGGAAAGAAG GTCAGAACAG CGCAGACTGC TCTCTTCCTT TACTGGGAGT 
TGTGACAGCG ACTTGCTCAA ATTTAATCAG CTGAAGTTCC GAAAGAAAAA GTTGCGTTTC 
TGCAGGAGCC ATATACACGA CTGGGGTCTT TTTGCCATGG AACCAATTGT AGCTGATGAA 
ATGGTGATTG AGTATGTTGG ACAAAATATT AGACAGGTAA TTGCAGATAT GAGGGAAAAG 
CGATATGAGG ATGAAGGAAT CGGCAGCAGT TATATGTTTA GGGTGGACCA CGACACCATC 
ATTGATGCGA CAAAATGTGG GAATTTTGCA CGGTTCATTA ACCACAGCTG TAATCCTAAT 
TGCTATGCAA AGGTTGTTAC TGTGGAGTCT CAAAAGAAGA TTGTGATCTA CTCTAAACAG 
TATATCAATG TGAATGAAGA GATAACATAT GATTACAAGT TCCCTATAGA GGATGTGAAG 
ATCCCTTGTC TTTGCGGAGC AGAGAACTGC AGAGGGACGC TAAATTAG

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

RefSeq	XP_018118726.1
CDS	1290..7157
Translation	MSFKEAKPGDRGKNPEDHGRKQTAQTASWMNGMEAGNQPSTSAEKKGHHWRSYKLIIDPALKKGQHKLYRYDGLSFSMPNSGVPPVDSVRDPRIGRIWTKIKELDLLVPKLKIDEFYVGPVPPKQVTFAKLNDNIRENFLGDMCKKYGEVEEVEILYNPKNKKHLGIAKVLFATVKGARDAVKHLHNTSVMGNIIHVELDTKGETRMRFYELLVNGYYTPQTLPVGTDLDASPTVNETPQVVVVEPVKRTKETSIGASVTPNSSTPFSHDTAYSSSRQGTPNSYSQFTPQSQGTPHTPRLGTPFSQDSSYSSRQTTPAFHYGQDSGFKPRRHEKKFTDAYNRRPGHHYVHSSGSYRGPEHTSNVAKPQAEILQLPRTPPSGNYKSAFSPYQGSTVFPQTDESQYPQTSRDMEYRRIGPQTSESYTDAGCNSASLELKIVKEKPEEPPPPEPDSTTEQKISFSQTPERCETPGTPTLEAEMQHDSLDTRIAMLLKEQRTQLHLIAGEQNSDHEIRMEGSPISSSSSQLSPIPPYSSSSHYQDVTPSSRPSSTGLEDISPTPLPDSDDDDEPIPGTASLCQNSRSASPIDQINQPVRKMESLDKKELLVGDETPTSEKMDEGPPSSGEDMEISDDEVTPSPITSAECPITSSSVIASVIPIPPPRFPPLPPPPPPQPGFPMPPPLPPPPPPTHPSVTVPPPPLPAPPGVPPHHILHPPPPYRHFPMMQGEMMTVLGNHWGGMTMSFQMQTQMLSRMMQGQGSYPYHHFMGGSMQFGNQHPYRPFAISAHLSRGQPWPPFPKFDPSVPPPGYKPKKEDPHKATVDGVLQVIVKELKAIMKRDLNRKMVEVVAFRAFDEWWDKKESLAKQSLTPVKSGESKDEDKQKTKEQITSSLLESWNKGEGLGFEGIGLGIGLRGAIRLPSFKVKRKEPPDAALAGDQKRIRPSHSVDDEDEESERDRDLSGTASDLSKKDADAVNIRRRPARPLDSEGEEEVESEGDDGETSDKEDSSSEKEDQDDASVSALSSKKQLYGAKEDEDDDDAQSSGKEEDVVSEEDDTTSVASSRAEMDSSDVSEESSEYESSSDSDDEIEGDDDEEEELIFEEDQSEELDFGQEDDIETEREVDVFREDVSEGSSSAKAETDLEDDELQKIELDIAQPAQETSHLRKKDLDVPLVESKEHKPDTLEAEKLSAVPKQEDVFKEHEKAPSPMNEEEEYIELHLEPVPLGSENAPAAVQESMTIRPLTPTGAFGESGPVLKLEEPRLQLNLTRIVAEDEELYPRTPGRDTAAHSDTEVTFQPGLKVPPSSLPLLQSHSKEDECSLPPEKHTGHLKVTKTLSEEELPRTPGRDIVVKTSHLGKSQSTETIPATPGSDAPLTGNSLMLASPHIPGSPFSYLSQSPGIINSGIPRTPGRDFNFTPTFPESNTIFTCHPSGKTPSVDEPDKKSFKEPTSASLTMNSVPSPISFASPPRGVPHMDIRLETDDLESSDAPAYFSNKLLSEESECEFTKEQLPSTDESAPSPPLPPTEKRKEDRSKKPLSAHEFESCVGKNYETSAVALSEGGLGKQLFIGQPDAVSGIKDPSAVPLDFRNDGLSENTVHESIIQKVPLKELENQLKEVLKEEEDITKHKKSRNSRLKQYDEFSTVPSPEYSPPRAMFKPRSEFEEMTILYDIWNGGIDDEDIKYMCITYDRLLQQDNGMDWLNDTLWVYHPTTSVYSPKKKKRDDGLREHVTGCARSEGYYKIDDKDKLKYLINNRSLAEEPPIDTQGKSIPAQPQASTRAGSERRSEQRRLLSSFTGSCDSDLLKFNQLKFRKKKLRFCRSHIHDWGLFAMEPIVADEMVIEYVGQNIRQVIADMREKRYEDEGIGSSYMFRVDHDTIIDATKCGNFARFINHSCNPNCYAKVVTVESQKKIVIYSKQYINVNEEITYDYKFPIEDVKIPCLCGAENCRGTLN

Target ORF information:

RefSeq Version	XM_018263237.1
Organism	Xenopus laevis(African clawed frog)
Definition	Xenopus laevis histone-lysine N-methyltransferase SETD1B-like (LOC108716786), mRNA.

Target ORF information:

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

XM_018263237.1

ORF Insert Sequence:

ATGTCTTTCA AGGAGGCCAA ACCTGGGGAC AGAGGCAAGA ACCCAGAAGA CCATGGCAGA 
AAGCAGACTG CACAGACTGC AAGCTGGATG AACGGGATGG AGGCAGGCAA CCAGCCCAGC 
ACTTCGGCCG AGAAGAAGGG TCACCATTGG CGGAGTTACA AGTTGATCAT CGACCCGGCT 
CTGAAGAAGG GGCAGCACAA ACTCTATCGT TACGATGGGC TCAGCTTCAG CATGCCTAAC 
TCCGGGGTCC CTCCAGTGGA TTCAGTAAGG GATCCCCGGA TCGGGCGTAT ATGGACCAAA 
ATTAAAGAGC TGGATTTGCT CGTCCCCAAG CTCAAGATCG ACGAGTTTTA TGTGGGGCCA 
GTGCCCCCCA AGCAAGTGAC GTTTGCCAAA TTGAATGATA ACATCCGCGA AAACTTCCTG 
GGGGACATGT GCAAGAAATA CGGGGAAGTG GAGGAGGTGG AGATCCTGTA TAACCCCAAA 
AACAAAAAAC ACCTGGGCAT TGCCAAAGTC CTATTCGCCA CCGTGAAAGG CGCCAGGGAC 
GCGGTGAAAC ATTTGCACAA CACCTCGGTC ATGGGCAACA TCATTCACGT GGAGCTGGAC 
ACGAAAGGTG AAACGCGTAT GCGCTTCTAT GAACTCTTGG TTAATGGTTA TTATACTCCT 
CAGACTCTTC CAGTTGGAAC TGATTTGGAT GCTTCTCCCA CTGTGAATGA AACGCCACAG 
GTTGTTGTTG TTGAGCCAGT GAAACGTACA AAAGAGACTT CCATTGGTGC ATCAGTTACC 
CCAAACAGCA GTACTCCATT TTCCCATGAT ACAGCCTATT CAAGCTCTCG GCAAGGTACG 
CCTAATTCTT ACAGCCAGTT TACACCACAG TCACAAGGGA CTCCTCATAC TCCCCGCTTA 
GGAACCCCTT TCTCGCAGGA TTCCAGTTAT TCCAGTCGTC AAACAACGCC AGCTTTTCAT 
TACGGACAGG ACTCTGGTTT TAAACCAAGG AGACATGAAA AAAAGTTTAC GGATGCTTAT 
AACAGAAGGC CAGGCCACCA CTATGTACAC AGTTCTGGAT CCTACAGGGG GCCTGAACAC 
ACATCTAATG TGGCCAAACC TCAAGCAGAA ATATTGCAGC TTCCCCGTAC TCCACCTAGC 
GGGAATTATA AATCCGCATT TTCACCTTAT CAAGGAAGTA CTGTTTTCCC TCAAACAGAT 
GAGAGCCAGT ATCCTCAAAC ATCAAGGGAT ATGGAGTACA GAAGGATAGG GCCTCAGACT 
TCAGAATCAT ATACTGATGC AGGGTGCAAC TCTGCCAGTT TGGAACTGAA AATAGTAAAA 
GAGAAACCAG AGGAACCTCC ACCTCCAGAG CCTGACTCTA CCACAGAGCA AAAAATATCA 
TTTTCTCAGA CCCCAGAGAG GTGTGAGACA CCTGGAACTC CAACTCTGGA GGCTGAAATG 
CAGCATGACA GTTTGGACAC ACGGATTGCA ATGCTATTAA AAGAGCAAAG AACCCAGCTG 
CATTTAATTG CTGGTGAGCA AAACTCAGAC CATGAAATAA GGATGGAGGG AAGTCCAATA 
TCATCCTCTT CCTCTCAGCT TTCTCCAATC CCTCCTTATA GTTCAAGCTC CCATTACCAG 
GATGTTACCC CTTCATCCCG ACCCTCAAGC ACAGGATTAG AGGATATTAG CCCAACCCCA 
TTGCCAGATT CTGATGATGA TGATGAGCCG ATTCCTGGCA CTGCCTCGCT TTGCCAGAAC 
TCAAGGTCAG CATCTCCCAT AGACCAGATA AACCAGCCTG TCCGAAAAAT GGAGAGTCTG 
GATAAGAAAG AACTTTTAGT GGGTGATGAA ACCCCAACAT CTGAGAAAAT GGATGAGGGT 
CCTCCATCCT CGGGAGAGGA CATGGAGATC TCAGATGATG AAGTTACCCC TTCTCCAATC 
ACAAGTGCAG AGTGTCCCAT AACCAGTTCA TCTGTCATTG CCTCAGTCAT TCCCATTCCA 
CCACCTAGGT TTCCGCCTCT GCCCCCACCA CCTCCTCCAC AGCCTGGATT TCCCATGCCA 
CCTCCTTTAC CCCCTCCACC GCCTCCTACC CATCCATCAG TAACAGTACC ACCACCTCCA 
TTGCCTGCAC CACCTGGGGT GCCTCCGCAT CACATATTGC ACCCTCCACC TCCATATCGT 
CATTTCCCTA TGATGCAAGG GGAAATGATG ACTGTCCTTG GGAACCACTG GGGTGGGATG 
ACAATGTCCT TCCAAATGCA AACTCAAATG CTCAGCCGTA TGATGCAAGG GCAGGGTTCT 
TACCCCTACC ACCATTTCAT GGGAGGCTCC ATGCAGTTTG GTAACCAGCA CCCTTATCGG 
CCATTTGCTA TATCTGCACA CCTTTCCAGA GGACAGCCTT GGCCACCCTT TCCAAAGTTT 
GATCCATCTG TACCACCACC AGGCTACAAG CCCAAAAAGG AGGATCCTCA CAAAGCAACA 
GTGGATGGCG TCTTGCAAGT CATTGTCAAG GAGCTGAAAG CTATAATGAA AAGAGATCTG 
AACCGCAAGA TGGTTGAGGT GGTGGCTTTT AGGGCGTTTG ATGAATGGTG GGATAAAAAG 
GAAAGTTTGG CAAAGCAATC TTTAACACCT GTAAAATCTG GGGAGAGCAA GGACGAAGAT 
AAACAAAAGA CTAAGGAGCA AATAACATCT AGCCTCCTGG AAAGCTGGAA TAAAGGGGAG 
GGATTAGGCT TTGAGGGTAT TGGACTGGGC ATTGGTCTGC GTGGTGCAAT CCGACTACCC 
TCTTTTAAGG TAAAGCGGAA AGAACCTCCT GATGCTGCAC TGGCTGGAGA TCAGAAGAGG 
ATTCGTCCAT CACATTCAGT AGATGATGAG GATGAAGAGT CTGAAAGAGA TCGAGATCTC 
TCTGGTACAG CATCTGACTT ATCAAAGAAA GATGCTGATG CAGTAAACAT CCGAAGAAGG 
CCAGCAAGAC CCTTAGACAG TGAAGGGGAA GAAGAGGTTG AAAGTGAAGG AGATGATGGG 
GAGACTTCAG ATAAAGAAGA CTCATCTTCT GAGAAAGAAG ACCAAGATGA TGCTTCTGTC 
TCGGCTTTGT CCAGTAAAAA GCAGCTGTAT GGGGCAAAAG AGGATGAGGA TGATGATGAT 
GCACAAAGCA GTGGGAAAGA AGAGGATGTT GTTTCAGAGG AAGATGACAC CACCAGTGTA 
GCTTCTTCCA GAGCTGAGAT GGATTCTTCT GATGTAAGTG AGGAATCTTC AGAGTATGAG 
TCAAGCTCAG ATTCAGATGA CGAAATAGAG GGGGATGACG ACGAAGAAGA AGAACTAATC 
TTCGAGGAGG ATCAATCTGA GGAACTAGAT TTTGGTCAGG AAGATGATAT TGAGACTGAA 
AGGGAAGTAG ACGTCTTCAG GGAGGACGTG TCTGAAGGTA GCAGTTCAGC AAAGGCAGAA 
ACAGATTTAG AAGATGATGA ATTGCAAAAA ATAGAGCTAG ATATTGCACA ACCGGCACAA 
GAGACATCAC ATCTGAGAAA GAAAGACCTA GATGTACCAC TGGTTGAGTC TAAAGAACAC 
AAACCGGATA CCTTAGAGGC GGAGAAGCTC TCTGCAGTAC CCAAGCAAGA GGATGTTTTT 
AAGGAACATG AAAAAGCACC ATCACCAATG AATGAAGAGG AAGAGTATAT AGAGCTTCAT 
TTAGAACCTG TGCCTTTGGG TTCAGAAAAT GCACCTGCAG CTGTACAAGA GTCTATGACC 
ATCCGTCCCT TAACACCAAC TGGCGCTTTT GGTGAATCTG GTCCTGTTCT CAAGCTTGAA 
GAACCCAGGC TGCAACTTAA TTTGACTCGG ATTGTTGCAG AAGATGAAGA ACTGTACCCT 
CGCACACCTG GCCGGGACAC AGCTGCTCAT TCAGATACAG AGGTCACGTT TCAGCCTGGT 
TTGAAAGTGC CCCCATCCAG CCTTCCTCTT TTGCAAAGCC ACAGTAAGGA AGATGAGTGT 
TCGCTTCCCC CTGAAAAGCA TACTGGTCAC TTAAAGGTGA CTAAGACATT GTCAGAGGAA 
GAACTGCCCC GTACACCAGG CAGAGATATC GTGGTTAAGA CCTCCCACCT TGGGAAGTCT 
CAGAGTACAG AGACCATTCC TGCAACACCA GGTAGTGATG CTCCACTCAC AGGTAACAGT 
CTTATGCTGG CTTCCCCGCA CATACCTGGT AGTCCCTTTT CTTATCTCTC CCAGTCACCA 
GGAATAATTA ACAGTGGTAT TCCAAGGACA CCTGGAAGAG ATTTTAACTT CACCCCAACC 
TTCCCAGAAT CAAATACAAT ATTCACCTGC CACCCTTCTG GCAAAACACC CTCTGTAGAT 
GAGCCAGATA AAAAGTCATT TAAAGAACCA ACCAGTGCTT CCTTAACTAT GAACAGTGTT 
CCTTCACCCA TCTCATTTGC TAGCCCGCCT AGAGGGGTAC CACACATGGA CATAAGGTTA 
GAGACAGATG ATCTGGAATC ATCTGATGCT CCAGCATACT TTTCTAATAA ATTATTAAGT 
GAGGAGAGCG AATGTGAGTT TACTAAAGAA CAGCTGCCTT CCACTGATGA ATCTGCACCT 
TCACCACCTC TCCCTCCTAC AGAGAAGAGG AAAGAAGACA GATCCAAAAA ACCTCTTTCT 
GCTCATGAAT TTGAGTCTTG TGTTGGGAAA AACTATGAAA CTTCTGCTGT TGCCTTGTCA 
GAAGGTGGTT TGGGTAAACA GTTGTTTATA GGACAACCTG ATGCTGTCAG TGGTATTAAA 
GATCCATCAG CTGTGCCACT GGATTTTAGG AATGATGGTC TCTCTGAAAA CACAGTTCAT 
GAATCTATTA TTCAAAAAGT CCCTTTAAAA GAGTTGGAAA ATCAGTTGAA AGAAGTTTTA 
AAAGAGGAGG AGGATATAAC TAAACATAAA AAGTCAAGGA ACTCCAGGCT TAAACAATAT 
GATGAGTTTT CAACTGTACC TTCTCCTGAA TATTCCCCAC CCCGTGCAAT GTTTAAACCT 
CGCTCTGAAT TTGAGGAGAT GACCATTCTG TATGATATAT GGAATGGAGG AATAGATGAT 
GAAGATATCA AATACATGTG CATAACCTAT GATAGACTGT TACAGCAAGA TAATGGCATG 
GACTGGCTCA ATGACACATT ATGGGTTTAC CACCCTACAA CCAGTGTTTA TTCCCCCAAG 
AAGAAGAAAC GAGATGATGG TTTACGGGAG CATGTAACAG GATGTGCCCG TAGCGAGGGA 
TATTATAAAA TTGATGACAA AGACAAACTT AAATACCTCA TTAACAACCG TTCTTTGGCT 
GAAGAGCCTC CCATTGATAC CCAGGGAAAG AGTATCCCAG CTCAGCCTCA GGCCTCCACC 
CGAGCAGGCT CGGAAAGAAG GTCAGAACAG CGCAGACTGC TCTCTTCCTT TACTGGGAGT 
TGTGACAGCG ACTTGCTCAA ATTTAATCAG CTGAAGTTCC GAAAGAAAAA GTTGCGTTTC 
TGCAGGAGCC ATATACACGA CTGGGGTCTT TTTGCCATGG AACCAATTGT AGCTGATGAA 
ATGGTGATTG AGTATGTTGG ACAAAATATT AGACAGGTAA TTGCAGATAT GAGGGAAAAG 
CGATATGAGG ATGAAGGAAT CGGCAGCAGT TATATGTTTA GGGTGGACCA CGACACCATC 
ATTGATGCGA CAAAATGTGG GAATTTTGCA CGGTTCATTA ACCACAGCTG TAATCCTAAT 
TGCTATGCAA AGGTTGTTAC TGTGGAGTCT CAAAAGAAGA TTGTGATCTA CTCTAAACAG 
TATATCAATG TGAATGAAGA GATAACATAT GATTACAAGT TCCCTATAGA GGATGTGAAG 
ATCCCTTGTC TTTGCGGAGC AGAGAACTGC AGAGGGACGC TAAATTAG