LOC107192531 cDNA ORF clone, Dufourea novaeangliae

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107192531
Entrez Gene ID	107192531
Full Name	probable multidrug resistance-associated protein lethal(2)03659
Gene Type	protein-coding
Organism	Dufourea novaeangliae

mRNA and Protein(s)

mRNA	Protein	Name
XM_015581810.1	XP_015437296.1	probable multidrug resistance-associated protein lethal(2)03659

Pathways from BioSystems
Gene Ontology

The following LOC107192531 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107192531 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
ODu10498	XM_015581810.1 Latest version!	Dufourea novaeangliae probable multidrug resistance-associated protein lethal(2)03659 (LOC107192531), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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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)

LOC107192531 ( XM_015581810.1 ) cDNA ORF clone, Dufourea novaeangliae -> XP_015437296.1 Dufourea novaeangliae probable multidrug resistance-associated protein lethal(2)03659 (LOC107192531), mRNA.

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CloneID	ODu10498
Clone ID Related Accession (Same CDS sequence)	XM_015581810.1
Accession Version	XM_015581810.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4179bp) 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	2016-02-08
Organism	Dufourea novaeangliae
Product	probable multidrug resistance-associated protein lethal(2)03659
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015374251.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Dufourea novaeangliae 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##

ATGGACTCGA GCAACGTGAA ATCGAATCCG AACCCGCGAG AAAAAGCGAA TTTACTGTCG 
GTCCTATTTT GGTGGTGGAC AATAGGATTG TTCAAGGCAG GCTACAAGAA GGTATTGCAA 
ACGGACGACT TGTACGATCC GTTGAAGACC GATAGATCGC ACGTGCTGGG AGACAGATTA 
GAAAAACGAT GGACAATCGA GCTCGAGAAC TCGAAGAAAT CCAAGCGACG ACCAAGCTTC 
CTGAGGGCCA TTTTTCGTAC CTTTCTATGG GAGTACAGTT GGCTCGCGCT GATGCAGATA 
CTGAACGAAT TTTTACTACG ATTAGGGACC CCGATGTTAC TCGGAGGGCT GCTGCGCTAC 
TTCCGGAAGA ACACAACCGA GACATACGAA ACAGCACTTC TGTACGCCGG TGGGATTTGC 
CTGGCGACCG CGATGAATGT GATTTTCTTG AACCAATCGA TCTTCGGAGC GTTCCATGTC 
GGTGCGAAAA TCCGTGTTGC GGCCTGTTCC GTTGTTTACA GGAAGGCGTT ACGTCTCAGT 
AAAACGGCGT TGGGCGAAAC AGCACCGGGT AAAATAGTGA ATTTGGTGGC CAACGATGTG 
AACAGATTCG ATCTGGTCTC GATTTTTATT CACCACATGT GGTCCGCCCC GTTATCTGGA 
CTGATCATCG CCTATTTCTT GTACACTGAG GCTGGATACG CTGGCCTGAT CGGCATCGCC 
GCGGTGTTCA TTGTTGTGCC GATTCAATCT TACACAGGAA AGCTGTCATC CAAGTTCCGA 
ATGCAAACCG CGATGAAAAC CGACGAAAGG GTGCGTCTGA TGGACGAGAT AATATCAGGT 
GTGCAGGTGA TAAAGATGTA TGCCTGGGAG AAACCGTTTT GTGCTCTTAT CGAAACTGCC 
AGAAAATTGG AACTGCAAGT GGTCACCAAG AGCTCGTACA TCAGGGGCAT CTACATGACC 
TTCAATTTGT TCACCACAAG AATGGCACTT TATAGCACTC TGATCAGCAT GCTGTTGTTC 
GGGAACGAAT TAACAGCGGA CAAAGTGTTC GTTTTCTCGT CCTATTTCAA CATATTGGCG 
CACACAATGT CGGGAATGTT TGTACGCGGG TTCGCTGAAA TAGCCGAATG TCTGGTCGCC 
GTGAGAAGGC TGCAGCATTT CCTGTTGTAC GAGGAGTTTC AGGAGAAAGG AGTCAGCTTG 
AGCAAGTTCG CTGCCAGTCT TAACGGTAGT ATCAACAGTG ACACAAAGCA GACGTCCGAT 
AAACCGTCGA GACATGATTT ACCGTACATC GACGACGAAG TGGACGGCTA TGAGAATCTG 
GACGAGTCGT CGGAGAGAAG ACGACATAAC GGTTTAGTGG TGGTCGCTAG CGACTTGTTG 
AAGAACACTG CGAATCTGGT GGGAGAGGAA AAACGGTCCT CCCTAATGAA CGAAGAAATA 
TGCGCAGTTA GGATGGACAA CGTGACAGCT AAATGGGAAC TGGGTCACTC GGAGAACACT 
TTGGAAGGTG TGAATTTAGA GATAGAAAAA GGAAAGATGT ACGCTGTGAT CGGCATGGTC 
GGGGCTGGCA AGAGTTCCTT CCTGTCCGCG ATTCTTGGAG AAATAGATGT TACAGAGGGT 
CAGGTGAAAG TCAATGGAAC TGTCAGCTAT GCGGGACAAG AGGCTTGGGT GTTTGGGTCC 
ACCGTTAGAC AGAACATACT GTTCGGCCAG TCGTATGATC GTCATCGTTA CCAAAAGGTT 
ATTAAAGCGT GCTCCCTTAC GCGAGATTTC AAACAATTTC CCCAGGGCGA TCAGACGACT 
GTCGGGGAAA GAGGTAGTTC TTTGTCAGGT GGACAGAAGG CTAGGATCAA TTTGGCCAGG 
TCCCTGTACA GGCAGGCGGA CATTTATTTA CTGGACGATC CTCTAAGCGC AGTGGACACG 
CACGTTAGTA AACATTTGTT CGAAGAATGT ATGCAACGAT ACTTGGCAGG GAAGACCAGG 
ATTTTGGCGA CCCATCAGTT GCAATACGTG AAAACCGTCG ACGCGATCAT ACTTATCGAG 
CAAGGAAAGG TCACCGTATT CACGACTTAT CAAGATCTGT TGAACAGACG ACCCGATTAT 
GCTCAACTTC TTGCAGCGGA GACTGAAGGA AACGACGACT CGTCGTTAGA GAAGAGCGTG 
ATGCGAAGAC AGTTTTCGTC GTCGAGTACC AGGAGCCGAA CACCGGAAGC CAGTACTGCT 
GGTACAGATG ATGAGGATGA GGACGAGGAT CCCGAAAAAT TAAACGACGG CTTCGAAGGA 
ACATCCCGTG GAACGGTCAA GGGGCCGATC TTCCTAAAGT ACTTCCAAAC TGGCGCTAAC 
TTATGTCTTG CGACAACAGT ACTTTTACTC TTTCTCTGTA CACAATTCAC CGTTAGTCTT 
AACGATTATT TCATTCCTAT TTTAGTAAAC GAAGAAGAGT CGCGGCACTA TAATTTACTT 
CAGAGCAGCT TGAATGCTAC CAACGAAACA TCAATCGATA CTTCTGACTT GTCGTCGACG 
TACAGTTATT TGTATATTTA CACGGCTATA ATAGTCGGCA TATTCACCAT TGGAATCACT 
AGATCCTTAA TATTTTACAA AGTATGCATA TTGTGCAGTC AAAAGTTACA CGACATGGCC 
TTCAGCGCCT TGATCCGAAC TGGTATGCGA TTTTTCGATA CGAATCCCAG TGGTAGGATC 
CTCAACAGAT TCTCCAAAGA CATGGGAGCG ATAGATGAAC TGCTACCGAA AGCAATACTC 
GACGCTGGCC AGATATGCAT GATGATGGTT GGATCGTTGG TCGTATCTTG CAGCGTCAAT 
CCACTTTTCC TGATCCCTAT ATTATTTCTG GGCTTTGTCT TTTACTGGAT ACGAAAAGTT 
TTTCTGAAGA CTAGCAAGAA TATCAAGAGA ATGGAAGGAG TTACTCGATC ACCTGTATTC 
ACTCATTTGA ATGCTACGCT CAATGGTTTG AGTACCATCA GAGCTTATTG CGCGCAGGAT 
ATACTGAAGA AAGAGTTTGA CAAACTGCAG GACGTTCATA CTTCAACTGT CTACATGTAC 
ATAGTAGCAA GCACTGCCTT TGGATTTTCT CTGGACGTCT TTTGCCTTGT GTTCATTTCA 
TTGGTCACCT TCAGTTTCCT TCTATTGGAA CAGGCATTCT CTGGAGGAGA AGTGGGTTTA 
GCTATTACCC AAGTGATGGC TATGACTGGA ATGATTCAAT GGGGTATGCG ACAAAATGCT 
GAGGTAGCTA ATCAGATGAT GGCTGTGGAA CGTGTGCTCG AATACACGCA AATAACACCC 
GAACCAAATC TTCGCGATAA AGGAAAATTC GTGAAAAAGA ACGAGAGAGC TATTGCACTT 
CCAGCTAATG CCCCGAAGAA CTGGCCCGTA TCGGGGACGA TAAAGTTTAA TAACGTATAT 
ATGCGATACG CCGAAGAAGA ACCTCCAGTG TTGAAAGGGC TGAATATCGT CATTCATGCG 
GGCGAGAAAA TAGGTATTGT GGGTAGAACT GGTGCTGGAA AATCCTCTTT GATATCCGCG 
TTATTCAGAC TAGCCAAAGT CGAAGGAATG ATTGAAATCG ATGGTGTAGA CGCTGCTTCT 
ATTTGCCTGG AAGATCTACG ATGCAATATA TCGATAATCC CTCAAGACCC AGTCTTATTC 
TCTGGTACAC TGAGACGCAA CTTAGATCCC TTTAACGAAT TCTCGGATAA AGCACTATGG 
GAAGCGCTCG AAGAGGTCGA GTTGAAAGAT GCCGTTGTCA CGGCTGGCAC TGGATTGGAA 
AGTCGAGTGT TGGATAGAGG CAGTAACTAC AGCGTAGGGC AAAGACAGTT GGTCTGTTTA 
GCAAGAGCAA TCTTAAGGAA CAATCGGATA CTCATGCTTG ACGAGGCAAC TGCGAATGTG 
GATCCACACA CTGACGCGTT GATTCAACGT ACGATAAGGA AAAAATTCGC CAGGTGCACT 
GTACTTACCA TTGCCCATCG GTTGATCACC ATTATGGACA GTGATAAAGT TTTAGTCATG 
GATAAAGGTC GTATGGCGGA ATACGAACAT CCACATATAC TGCTCCAAAA TGGCTACAGT 
CACTTTACGT CGTTGGTGAA GGAGACCGAT AGAGCAATGT ACGATCAATT AGTAAAGATA 
GCAAAACAGT CTTACATTGC CAAACACGGG GAACGATGA

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

RefSeq	XP_015437296.1
CDS	610..4788
Translation	MDSSNVKSNPNPREKANLLSVLFWWWTIGLFKAGYKKVLQTDDLYDPLKTDRSHVLGDRLEKRWTIELENSKKSKRRPSFLRAIFRTFLWEYSWLALMQILNEFLLRLGTPMLLGGLLRYFRKNTTETYETALLYAGGICLATAMNVIFLNQSIFGAFHVGAKIRVAACSVVYRKALRLSKTALGETAPGKIVNLVANDVNRFDLVSIFIHHMWSAPLSGLIIAYFLYTEAGYAGLIGIAAVFIVVPIQSYTGKLSSKFRMQTAMKTDERVRLMDEIISGVQVIKMYAWEKPFCALIETARKLELQVVTKSSYIRGIYMTFNLFTTRMALYSTLISMLLFGNELTADKVFVFSSYFNILAHTMSGMFVRGFAEIAECLVAVRRLQHFLLYEEFQEKGVSLSKFAASLNGSINSDTKQTSDKPSRHDLPYIDDEVDGYENLDESSERRRHNGLVVVASDLLKNTANLVGEEKRSSLMNEEICAVRMDNVTAKWELGHSENTLEGVNLEIEKGKMYAVIGMVGAGKSSFLSAILGEIDVTEGQVKVNGTVSYAGQEAWVFGSTVRQNILFGQSYDRHRYQKVIKACSLTRDFKQFPQGDQTTVGERGSSLSGGQKARINLARSLYRQADIYLLDDPLSAVDTHVSKHLFEECMQRYLAGKTRILATHQLQYVKTVDAIILIEQGKVTVFTTYQDLLNRRPDYAQLLAAETEGNDDSSLEKSVMRRQFSSSSTRSRTPEASTAGTDDEDEDEDPEKLNDGFEGTSRGTVKGPIFLKYFQTGANLCLATTVLLLFLCTQFTVSLNDYFIPILVNEEESRHYNLLQSSLNATNETSIDTSDLSSTYSYLYIYTAIIVGIFTIGITRSLIFYKVCILCSQKLHDMAFSALIRTGMRFFDTNPSGRILNRFSKDMGAIDELLPKAILDAGQICMMMVGSLVVSCSVNPLFLIPILFLGFVFYWIRKVFLKTSKNIKRMEGVTRSPVFTHLNATLNGLSTIRAYCAQDILKKEFDKLQDVHTSTVYMYIVASTAFGFSLDVFCLVFISLVTFSFLLLEQAFSGGEVGLAITQVMAMTGMIQWGMRQNAEVANQMMAVERVLEYTQITPEPNLRDKGKFVKKNERAIALPANAPKNWPVSGTIKFNNVYMRYAEEEPPVLKGLNIVIHAGEKIGIVGRTGAGKSSLISALFRLAKVEGMIEIDGVDAASICLEDLRCNISIIPQDPVLFSGTLRRNLDPFNEFSDKALWEALEEVELKDAVVTAGTGLESRVLDRGSNYSVGQRQLVCLARAILRNNRILMLDEATANVDPHTDALIQRTIRKKFARCTVLTIAHRLITIMDSDKVLVMDKGRMAEYEHPHILLQNGYSHFTSLVKETDRAMYDQLVKIAKQSYIAKHGER

Target ORF information:

RefSeq Version	XM_015581810.1
Organism	Dufourea novaeangliae
Definition	Dufourea novaeangliae probable multidrug resistance-associated protein lethal(2)03659 (LOC107192531), mRNA.

Target ORF information:

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

XM_015581810.1

ORF Insert Sequence:

ATGGACTCGA GCAACGTGAA ATCGAATCCG AACCCGCGAG AAAAAGCGAA TTTACTGTCG 
GTCCTATTTT GGTGGTGGAC AATAGGATTG TTCAAGGCAG GCTACAAGAA GGTATTGCAA 
ACGGACGACT TGTACGATCC GTTGAAGACC GATAGATCGC ACGTGCTGGG AGACAGATTA 
GAAAAACGAT GGACAATCGA GCTCGAGAAC TCGAAGAAAT CCAAGCGACG ACCAAGCTTC 
CTGAGGGCCA TTTTTCGTAC CTTTCTATGG GAGTACAGTT GGCTCGCGCT GATGCAGATA 
CTGAACGAAT TTTTACTACG ATTAGGGACC CCGATGTTAC TCGGAGGGCT GCTGCGCTAC 
TTCCGGAAGA ACACAACCGA GACATACGAA ACAGCACTTC TGTACGCCGG TGGGATTTGC 
CTGGCGACCG CGATGAATGT GATTTTCTTG AACCAATCGA TCTTCGGAGC GTTCCATGTC 
GGTGCGAAAA TCCGTGTTGC GGCCTGTTCC GTTGTTTACA GGAAGGCGTT ACGTCTCAGT 
AAAACGGCGT TGGGCGAAAC AGCACCGGGT AAAATAGTGA ATTTGGTGGC CAACGATGTG 
AACAGATTCG ATCTGGTCTC GATTTTTATT CACCACATGT GGTCCGCCCC GTTATCTGGA 
CTGATCATCG CCTATTTCTT GTACACTGAG GCTGGATACG CTGGCCTGAT CGGCATCGCC 
GCGGTGTTCA TTGTTGTGCC GATTCAATCT TACACAGGAA AGCTGTCATC CAAGTTCCGA 
ATGCAAACCG CGATGAAAAC CGACGAAAGG GTGCGTCTGA TGGACGAGAT AATATCAGGT 
GTGCAGGTGA TAAAGATGTA TGCCTGGGAG AAACCGTTTT GTGCTCTTAT CGAAACTGCC 
AGAAAATTGG AACTGCAAGT GGTCACCAAG AGCTCGTACA TCAGGGGCAT CTACATGACC 
TTCAATTTGT TCACCACAAG AATGGCACTT TATAGCACTC TGATCAGCAT GCTGTTGTTC 
GGGAACGAAT TAACAGCGGA CAAAGTGTTC GTTTTCTCGT CCTATTTCAA CATATTGGCG 
CACACAATGT CGGGAATGTT TGTACGCGGG TTCGCTGAAA TAGCCGAATG TCTGGTCGCC 
GTGAGAAGGC TGCAGCATTT CCTGTTGTAC GAGGAGTTTC AGGAGAAAGG AGTCAGCTTG 
AGCAAGTTCG CTGCCAGTCT TAACGGTAGT ATCAACAGTG ACACAAAGCA GACGTCCGAT 
AAACCGTCGA GACATGATTT ACCGTACATC GACGACGAAG TGGACGGCTA TGAGAATCTG 
GACGAGTCGT CGGAGAGAAG ACGACATAAC GGTTTAGTGG TGGTCGCTAG CGACTTGTTG 
AAGAACACTG CGAATCTGGT GGGAGAGGAA AAACGGTCCT CCCTAATGAA CGAAGAAATA 
TGCGCAGTTA GGATGGACAA CGTGACAGCT AAATGGGAAC TGGGTCACTC GGAGAACACT 
TTGGAAGGTG TGAATTTAGA GATAGAAAAA GGAAAGATGT ACGCTGTGAT CGGCATGGTC 
GGGGCTGGCA AGAGTTCCTT CCTGTCCGCG ATTCTTGGAG AAATAGATGT TACAGAGGGT 
CAGGTGAAAG TCAATGGAAC TGTCAGCTAT GCGGGACAAG AGGCTTGGGT GTTTGGGTCC 
ACCGTTAGAC AGAACATACT GTTCGGCCAG TCGTATGATC GTCATCGTTA CCAAAAGGTT 
ATTAAAGCGT GCTCCCTTAC GCGAGATTTC AAACAATTTC CCCAGGGCGA TCAGACGACT 
GTCGGGGAAA GAGGTAGTTC TTTGTCAGGT GGACAGAAGG CTAGGATCAA TTTGGCCAGG 
TCCCTGTACA GGCAGGCGGA CATTTATTTA CTGGACGATC CTCTAAGCGC AGTGGACACG 
CACGTTAGTA AACATTTGTT CGAAGAATGT ATGCAACGAT ACTTGGCAGG GAAGACCAGG 
ATTTTGGCGA CCCATCAGTT GCAATACGTG AAAACCGTCG ACGCGATCAT ACTTATCGAG 
CAAGGAAAGG TCACCGTATT CACGACTTAT CAAGATCTGT TGAACAGACG ACCCGATTAT 
GCTCAACTTC TTGCAGCGGA GACTGAAGGA AACGACGACT CGTCGTTAGA GAAGAGCGTG 
ATGCGAAGAC AGTTTTCGTC GTCGAGTACC AGGAGCCGAA CACCGGAAGC CAGTACTGCT 
GGTACAGATG ATGAGGATGA GGACGAGGAT CCCGAAAAAT TAAACGACGG CTTCGAAGGA 
ACATCCCGTG GAACGGTCAA GGGGCCGATC TTCCTAAAGT ACTTCCAAAC TGGCGCTAAC 
TTATGTCTTG CGACAACAGT ACTTTTACTC TTTCTCTGTA CACAATTCAC CGTTAGTCTT 
AACGATTATT TCATTCCTAT TTTAGTAAAC GAAGAAGAGT CGCGGCACTA TAATTTACTT 
CAGAGCAGCT TGAATGCTAC CAACGAAACA TCAATCGATA CTTCTGACTT GTCGTCGACG 
TACAGTTATT TGTATATTTA CACGGCTATA ATAGTCGGCA TATTCACCAT TGGAATCACT 
AGATCCTTAA TATTTTACAA AGTATGCATA TTGTGCAGTC AAAAGTTACA CGACATGGCC 
TTCAGCGCCT TGATCCGAAC TGGTATGCGA TTTTTCGATA CGAATCCCAG TGGTAGGATC 
CTCAACAGAT TCTCCAAAGA CATGGGAGCG ATAGATGAAC TGCTACCGAA AGCAATACTC 
GACGCTGGCC AGATATGCAT GATGATGGTT GGATCGTTGG TCGTATCTTG CAGCGTCAAT 
CCACTTTTCC TGATCCCTAT ATTATTTCTG GGCTTTGTCT TTTACTGGAT ACGAAAAGTT 
TTTCTGAAGA CTAGCAAGAA TATCAAGAGA ATGGAAGGAG TTACTCGATC ACCTGTATTC 
ACTCATTTGA ATGCTACGCT CAATGGTTTG AGTACCATCA GAGCTTATTG CGCGCAGGAT 
ATACTGAAGA AAGAGTTTGA CAAACTGCAG GACGTTCATA CTTCAACTGT CTACATGTAC 
ATAGTAGCAA GCACTGCCTT TGGATTTTCT CTGGACGTCT TTTGCCTTGT GTTCATTTCA 
TTGGTCACCT TCAGTTTCCT TCTATTGGAA CAGGCATTCT CTGGAGGAGA AGTGGGTTTA 
GCTATTACCC AAGTGATGGC TATGACTGGA ATGATTCAAT GGGGTATGCG ACAAAATGCT 
GAGGTAGCTA ATCAGATGAT GGCTGTGGAA CGTGTGCTCG AATACACGCA AATAACACCC 
GAACCAAATC TTCGCGATAA AGGAAAATTC GTGAAAAAGA ACGAGAGAGC TATTGCACTT 
CCAGCTAATG CCCCGAAGAA CTGGCCCGTA TCGGGGACGA TAAAGTTTAA TAACGTATAT 
ATGCGATACG CCGAAGAAGA ACCTCCAGTG TTGAAAGGGC TGAATATCGT CATTCATGCG 
GGCGAGAAAA TAGGTATTGT GGGTAGAACT GGTGCTGGAA AATCCTCTTT GATATCCGCG 
TTATTCAGAC TAGCCAAAGT CGAAGGAATG ATTGAAATCG ATGGTGTAGA CGCTGCTTCT 
ATTTGCCTGG AAGATCTACG ATGCAATATA TCGATAATCC CTCAAGACCC AGTCTTATTC 
TCTGGTACAC TGAGACGCAA CTTAGATCCC TTTAACGAAT TCTCGGATAA AGCACTATGG 
GAAGCGCTCG AAGAGGTCGA GTTGAAAGAT GCCGTTGTCA CGGCTGGCAC TGGATTGGAA 
AGTCGAGTGT TGGATAGAGG CAGTAACTAC AGCGTAGGGC AAAGACAGTT GGTCTGTTTA 
GCAAGAGCAA TCTTAAGGAA CAATCGGATA CTCATGCTTG ACGAGGCAAC TGCGAATGTG 
GATCCACACA CTGACGCGTT GATTCAACGT ACGATAAGGA AAAAATTCGC CAGGTGCACT 
GTACTTACCA TTGCCCATCG GTTGATCACC ATTATGGACA GTGATAAAGT TTTAGTCATG 
GATAAAGGTC GTATGGCGGA ATACGAACAT CCACATATAC TGCTCCAAAA TGGCTACAGT 
CACTTTACGT CGTTGGTGAA GGAGACCGAT AGAGCAATGT ACGATCAATT AGTAAAGATA 
GCAAAACAGT CTTACATTGC CAAACACGGG GAACGATGA