LOC106103165 cDNA ORF clone, Papilio polytes(common Mormon)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106103165
Entrez Gene ID	106103165
Full Name	slit homolog 2 protein-like
Gene Type	protein-coding
Organism	Papilio polytes(common Mormon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_013282851.1	XP_013138305.1	slit homolog 2 protein-like

Pathways from BioSystems
Gene Ontology

The following LOC106103165 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106103165 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
OPa344615	XM_013282851.1 Latest version!	Papilio polytes slit homolog 2 protein-like (LOC106103165), 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)

LOC106103165 ( XM_013282851.1 ) cDNA ORF clone, Papilio polytes(common Mormon) -> XP_013138305.1 Papilio polytes slit homolog 2 protein-like (LOC106103165), mRNA.

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CloneID	OPa344615
Clone ID Related Accession (Same CDS sequence)	XM_013282851.1
Accession Version	XM_013282851.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4035bp) 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	2015-07-30
Organism	Papilio polytes(common Mormon)
Product	slit homolog 2 protein-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013525336.1) 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 :: Papilio polytes 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##

ATGCCAATAA AAGAAAATCT TGTGAATGGA CTCGAACGTA GAACTTTCAA TTGTATTATT 
GTGTATGTGT TATTCTACTG TTATGTTGTC GAAAGGAGCA CCGCGGCAGA GATGCCTCAC 
GAGTGCGCCT ACCGCAGCTT CGAGTCCGAA ACGCCGGAGA ACGCAGTGCT TTTCTGCAAG 
ATCCGAACTA TTAGCAGTTT GGAGCATCTG TTACGGAACA TCAGCCGAAC GCATTTCGAC 
GATTTGATTT CCTTGCACGT GCAATGCAGT GAAATTCTCT TCTTTGAAAG CACGCTCGCA 
ACTCACACCG ACAAAAATTC CGGAAAGAGT AGTGACTTGA GTAAACTGAG AGATCTCGTC 
ATTGACAAAT GCAAGATCCG TCAGATACCG GCGCGTGCTT TTGAAAACTT TAAGGATCTG 
AAACGATTGC ATGTTACGAC TCACAACAGT GAATGGTCCC CTATGACAAT GGAGCTGCAC 
GAGCAGGCAT TTTCAGGTTT GAATGAACTC ATCGACCTCG ATTTAAGTGA TAACAACATT 
TGGAGTACGA AAACTGAGAC GTTTTGTTGG TTGTATAGTT TAAAAACTTT AAATTTAAGT 
CAAAATCACT TGCAGAGTAT CAAGACTGTT GGTTTTTCAG ATTCATTAAG AGAGCAAAAT 
TTGAGCGTAA GAAGTTGTAA TTTAGTATTA GAGACCCTTG ATTTGTCTTA CAATGATTTG 
ATTGTTGTTA CTGATAATAG CCTTTCGAAG CTTCGTTCAT TGTCAAGATT GTTTCTTCAA 
AACAATGCGA TTTCAAGTCT CGAAGTAGGA GCTTTCGCTG GACTTCTCGG TTTACACGTT 
TTAAATTTAT CTAGTAATTT TATAAATTCG ATTCCTCCGG ATTTGTTTTC CGATACCAAA 
TCTTTAAAGG AAATAATATT AAGTAACAAT ACAATAAATG TACTCCCACC CGGTCTTTTC 
GAAGGCTTAG ACCAACTTCA AACATTAGAC CTTTCACATA ACGAACTCAC TAGTCAGTGG 
ATTAATAAGG GATCATTTGT AGGGTTACTG CGTATGGTAA TTTTAAACCT GTCATATAAT 
AGACTTACAA AGATCGATCG TTACATGTTT CAAGATTTGT ATAGTTTGCA AAAATTAAAC 
TTAGAGCACA ATGAAATTAC AAATATTGAG GAACATGCTT TTATAGAATT AAGAAACCTA 
CATTCTCTTA CTTTGTCGCA TAACAAACTC TCCCATCTCC ACACGCACTT GTTTACAGAT 
TTGCACGTTT TACATGAATT ATTCATTGAT AATAATAAAA TACGACATAT TGATGAAAAT 
GCTTTTGACA ATATGACAAC TATAGAGGAT TTGGGATTGA ATGATAATTT GATGTCGTCC 
ATACCCTCAT CTATACGCAA ATTACGGTCT CTGAGGTCAC TGGACATCGG AAACAACAAC 
ATAAGCCACC TAAGCCGAGA TCATTTTCGC GGCTTGTCTG AGCTTTTCGG GTTGCGGCTG 
GTAGATAACA AAGTTACTTA TTTAAATGAA GACACCTTCG AACATTTACC TCAATTACAA 
GTACTTAATT TAGCATCAAA TAAAATAAAA CACGTAACTC CTGGTTGTTT TCGTAAAAAC 
ATTAATCTCA AATTACTACG TATGGATGGG AATGAGATAA CGTCATTCGA TGGAATTTTC 
TCCACTCTAA ATAATTTAGT TTGGCTCAAT ATGTCGGCGA ACAAAATAGT ATCATTTGAT 
TTCAAAAGTT TTCCTAACAG CTTAGAATGG TTAGATATGC ACATGAATCA TATCGAAAGT 
TTCTTAAATG ACGATTTATA CTATACTGGT AATATAAAAC TATTGGATCT TAGCCATAAT 
AATATAAGTC AATTAACAGT AACATCTATA CCGAAAACAG TCGAAAAGTT GTATTTAAAC 
GATAATTATA TTCAACATAT TCAAGTTGCT ACATTTTCCA AGTTACAAAG ACTTTCTATG 
GTAACTTTAA ATAATAATAA ACTCGTTCAA CTTGACATGA ATGCCTTTCG TTTAGATCAA 
ATCGATGAAG ATAGTGATTT GCCCGAGTTC TTTATAAGCG GAAACCCATT TGTTTGTGAT 
TGTTCAATGG AATGGATTCA ACGCATTAAT TATTTGAGCC ACAGTCGACA GTACCCGCGT 
GTATTAGATC TAGACAAAGC GTATTGTTCA CTCGTCCACT CACGTACAAA ACAGAAAAAA 
ATGATTATAG ACATGTCACC TTCTGATTTT CTCTGTCCCT ACGAAAGCCA TTGTTTCGCC 
CTCTGTCATT GTTGTGATTT TGTCGCATGC GATTGTGAAA TGATTTGTCC CAATAATTGC 
AAATGCTATC ACGATATAAC ATGGAACGCA AATGTTGTTG ATTGCTCTAA TGCGGGGTAC 
ACAGAAGTTC CGGAGCGAAT CCCTATGGAT GCCACTGAAA TATATTTAGA TGGAAATCAT 
ATAAATAATT TAGGAAATCA TGTATTTATA GGAAAAAAGA AATTGCAAGT CCTTTATTTA 
AATAATACGA AATTAAAAGA AGTTAATAAT CAAACATTCA AAGGAGTAGA TTCCTTGAGA 
GTATTACATT TGGAAAATAA TAAATTGGTT GAATTAAAAG GTGACGAATT TCTTCATTTA 
AATAACTTGA ACGAACTATA TTTAGATCAC AATGCAATTG TACATGTGGC CAATAACACT 
TTTTCGTCAT TAAAATCTCT TTCCGTTCTT CGTATCGACG ACAATAAGCT TGTGAATTTT 
TTCCCTTGGA AATTATTAGC TTCTTCTTCT AAAAGTCTTG CACACGTTTC CATAGAAGGC 
AATCAGTACT CTTGTGATTG TAAAAGCATT GCCGAGTTAG ATTCATGGTT GCGACGCGAT 
CCAGGTGACC CAGAAAAAAT GTTATGCACA GACAGCAAAG GTAACCCCAC TAAAATAACT 
ATTGCTTCAG TTTTAAGTCA TTGTAAAGAG TACATGGGTT CTATGAATGA TCCTGATGTC 
TCCAAAAATG AGATCATTTC GACATCTTTA TTCCTTCCTG ACAACTATTT TGCAATTATT 
TGTGGCGTTA TAATAATTGT TGTTCTTGTA TGTCTCATAG GTGCAATTTT CTACGCTTTT 
CGATACGACG TCAGTGACTG GTTGTATACA AAGTACGGTG TACCTTTGTT CAAAGAACAG 
TCGTGCGCTA ACGTGGATAT GTTAGAGGGA AATCCGAATC ATATGTACGA TTACTACGTG 
ATATGCAATA CCAAAGATAC ACAATTTATT TATCATAATA TTATGTCTGA GATAGAGTTC 
AGAAAAATGA CCGCCAAAAA ACTGTCACTG AACGAGTCCA CATTGAATAT TCTAACGTTG 
GATAGTTTCT CGAAATCTCC TAAATTAACT AAACGTTTGT TAATAGTTCT CACAACTAAT 
TTTATATGTA ACGATCTGTG TGACATTCAC TTTAAGAACA TGTTTTATAG CTATTTAAAA 
TCATTAAATC GTAGCGATTT GAATAAGGTA ATATTCATTA AGATAGTTGA TAACAACCAA 
ATAAATGACG AGCTGGGATT TTTATTAGAT AATTTTAAGA ATTTATCTTG GAACGACCCA 
CGGTTTTGGG ACAGATTCGT AGCTTTGCTC AACTCCACTG ACACAATTAT AACCGTAAAA 
AGCTCCGAAA AGAGTGTTTT TAAGAAATCT TTGAGGCATA CACCAACTTT AAGGTATACC 
ACAATGCCGG TCTCGAACGA TACTTGCTCA AAGACTAATT TTACAAATTC ATTGCAGTAT 
TGCAAAAGGA ACGATGGAGA GTCGTCACAC AACGAAAGTT CCCCTTCCTC AGATAATAAC 
ACGTACGGCG AAGGGAACGA GTCTAACAAT AGTTACATGT CGATCGACAA CAGGACATGT 
TCTCGTTTTA ATTATGACCT CAGGCTATCC CCTAGTAGTG GTCACGTCTA TTCTAGAGTC 
GAGGACATTT CTCCGACCAC ACCTCGCTCT ATAACAGGCT CTTGTTCGGC TAAAGGACGC 
ACGTATTTCG TATGA

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

RefSeq	XP_013138305.1
CDS	167..4201
Translation	MPIKENLVNGLERRTFNCIIVYVLFYCYVVERSTAAEMPHECAYRSFESETPENAVLFCKIRTISSLEHLLRNISRTHFDDLISLHVQCSEILFFESTLATHTDKNSGKSSDLSKLRDLVIDKCKIRQIPARAFENFKDLKRLHVTTHNSEWSPMTMELHEQAFSGLNELIDLDLSDNNIWSTKTETFCWLYSLKTLNLSQNHLQSIKTVGFSDSLREQNLSVRSCNLVLETLDLSYNDLIVVTDNSLSKLRSLSRLFLQNNAISSLEVGAFAGLLGLHVLNLSSNFINSIPPDLFSDTKSLKEIILSNNTINVLPPGLFEGLDQLQTLDLSHNELTSQWINKGSFVGLLRMVILNLSYNRLTKIDRYMFQDLYSLQKLNLEHNEITNIEEHAFIELRNLHSLTLSHNKLSHLHTHLFTDLHVLHELFIDNNKIRHIDENAFDNMTTIEDLGLNDNLMSSIPSSIRKLRSLRSLDIGNNNISHLSRDHFRGLSELFGLRLVDNKVTYLNEDTFEHLPQLQVLNLASNKIKHVTPGCFRKNINLKLLRMDGNEITSFDGIFSTLNNLVWLNMSANKIVSFDFKSFPNSLEWLDMHMNHIESFLNDDLYYTGNIKLLDLSHNNISQLTVTSIPKTVEKLYLNDNYIQHIQVATFSKLQRLSMVTLNNNKLVQLDMNAFRLDQIDEDSDLPEFFISGNPFVCDCSMEWIQRINYLSHSRQYPRVLDLDKAYCSLVHSRTKQKKMIIDMSPSDFLCPYESHCFALCHCCDFVACDCEMICPNNCKCYHDITWNANVVDCSNAGYTEVPERIPMDATEIYLDGNHINNLGNHVFIGKKKLQVLYLNNTKLKEVNNQTFKGVDSLRVLHLENNKLVELKGDEFLHLNNLNELYLDHNAIVHVANNTFSSLKSLSVLRIDDNKLVNFFPWKLLASSSKSLAHVSIEGNQYSCDCKSIAELDSWLRRDPGDPEKMLCTDSKGNPTKITIASVLSHCKEYMGSMNDPDVSKNEIISTSLFLPDNYFAIICGVIIIVVLVCLIGAIFYAFRYDVSDWLYTKYGVPLFKEQSCANVDMLEGNPNHMYDYYVICNTKDTQFIYHNIMSEIEFRKMTAKKLSLNESTLNILTLDSFSKSPKLTKRLLIVLTTNFICNDLCDIHFKNMFYSYLKSLNRSDLNKVIFIKIVDNNQINDELGFLLDNFKNLSWNDPRFWDRFVALLNSTDTIITVKSSEKSVFKKSLRHTPTLRYTTMPVSNDTCSKTNFTNSLQYCKRNDGESSHNESSPSSDNNTYGEGNESNNSYMSIDNRTCSRFNYDLRLSPSSGHVYSRVEDISPTTPRSITGSCSAKGRTYFV

Target ORF information:

RefSeq Version	XM_013282851.1
Organism	Papilio polytes(common Mormon)
Definition	Papilio polytes slit homolog 2 protein-like (LOC106103165), mRNA.

Target ORF information:

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

XM_013282851.1

ORF Insert Sequence:

ATGCCAATAA AAGAAAATCT TGTGAATGGA CTCGAACGTA GAACTTTCAA TTGTATTATT 
GTGTATGTGT TATTCTACTG TTATGTTGTC GAAAGGAGCA CCGCGGCAGA GATGCCTCAC 
GAGTGCGCCT ACCGCAGCTT CGAGTCCGAA ACGCCGGAGA ACGCAGTGCT TTTCTGCAAG 
ATCCGAACTA TTAGCAGTTT GGAGCATCTG TTACGGAACA TCAGCCGAAC GCATTTCGAC 
GATTTGATTT CCTTGCACGT GCAATGCAGT GAAATTCTCT TCTTTGAAAG CACGCTCGCA 
ACTCACACCG ACAAAAATTC CGGAAAGAGT AGTGACTTGA GTAAACTGAG AGATCTCGTC 
ATTGACAAAT GCAAGATCCG TCAGATACCG GCGCGTGCTT TTGAAAACTT TAAGGATCTG 
AAACGATTGC ATGTTACGAC TCACAACAGT GAATGGTCCC CTATGACAAT GGAGCTGCAC 
GAGCAGGCAT TTTCAGGTTT GAATGAACTC ATCGACCTCG ATTTAAGTGA TAACAACATT 
TGGAGTACGA AAACTGAGAC GTTTTGTTGG TTGTATAGTT TAAAAACTTT AAATTTAAGT 
CAAAATCACT TGCAGAGTAT CAAGACTGTT GGTTTTTCAG ATTCATTAAG AGAGCAAAAT 
TTGAGCGTAA GAAGTTGTAA TTTAGTATTA GAGACCCTTG ATTTGTCTTA CAATGATTTG 
ATTGTTGTTA CTGATAATAG CCTTTCGAAG CTTCGTTCAT TGTCAAGATT GTTTCTTCAA 
AACAATGCGA TTTCAAGTCT CGAAGTAGGA GCTTTCGCTG GACTTCTCGG TTTACACGTT 
TTAAATTTAT CTAGTAATTT TATAAATTCG ATTCCTCCGG ATTTGTTTTC CGATACCAAA 
TCTTTAAAGG AAATAATATT AAGTAACAAT ACAATAAATG TACTCCCACC CGGTCTTTTC 
GAAGGCTTAG ACCAACTTCA AACATTAGAC CTTTCACATA ACGAACTCAC TAGTCAGTGG 
ATTAATAAGG GATCATTTGT AGGGTTACTG CGTATGGTAA TTTTAAACCT GTCATATAAT 
AGACTTACAA AGATCGATCG TTACATGTTT CAAGATTTGT ATAGTTTGCA AAAATTAAAC 
TTAGAGCACA ATGAAATTAC AAATATTGAG GAACATGCTT TTATAGAATT AAGAAACCTA 
CATTCTCTTA CTTTGTCGCA TAACAAACTC TCCCATCTCC ACACGCACTT GTTTACAGAT 
TTGCACGTTT TACATGAATT ATTCATTGAT AATAATAAAA TACGACATAT TGATGAAAAT 
GCTTTTGACA ATATGACAAC TATAGAGGAT TTGGGATTGA ATGATAATTT GATGTCGTCC 
ATACCCTCAT CTATACGCAA ATTACGGTCT CTGAGGTCAC TGGACATCGG AAACAACAAC 
ATAAGCCACC TAAGCCGAGA TCATTTTCGC GGCTTGTCTG AGCTTTTCGG GTTGCGGCTG 
GTAGATAACA AAGTTACTTA TTTAAATGAA GACACCTTCG AACATTTACC TCAATTACAA 
GTACTTAATT TAGCATCAAA TAAAATAAAA CACGTAACTC CTGGTTGTTT TCGTAAAAAC 
ATTAATCTCA AATTACTACG TATGGATGGG AATGAGATAA CGTCATTCGA TGGAATTTTC 
TCCACTCTAA ATAATTTAGT TTGGCTCAAT ATGTCGGCGA ACAAAATAGT ATCATTTGAT 
TTCAAAAGTT TTCCTAACAG CTTAGAATGG TTAGATATGC ACATGAATCA TATCGAAAGT 
TTCTTAAATG ACGATTTATA CTATACTGGT AATATAAAAC TATTGGATCT TAGCCATAAT 
AATATAAGTC AATTAACAGT AACATCTATA CCGAAAACAG TCGAAAAGTT GTATTTAAAC 
GATAATTATA TTCAACATAT TCAAGTTGCT ACATTTTCCA AGTTACAAAG ACTTTCTATG 
GTAACTTTAA ATAATAATAA ACTCGTTCAA CTTGACATGA ATGCCTTTCG TTTAGATCAA 
ATCGATGAAG ATAGTGATTT GCCCGAGTTC TTTATAAGCG GAAACCCATT TGTTTGTGAT 
TGTTCAATGG AATGGATTCA ACGCATTAAT TATTTGAGCC ACAGTCGACA GTACCCGCGT 
GTATTAGATC TAGACAAAGC GTATTGTTCA CTCGTCCACT CACGTACAAA ACAGAAAAAA 
ATGATTATAG ACATGTCACC TTCTGATTTT CTCTGTCCCT ACGAAAGCCA TTGTTTCGCC 
CTCTGTCATT GTTGTGATTT TGTCGCATGC GATTGTGAAA TGATTTGTCC CAATAATTGC 
AAATGCTATC ACGATATAAC ATGGAACGCA AATGTTGTTG ATTGCTCTAA TGCGGGGTAC 
ACAGAAGTTC CGGAGCGAAT CCCTATGGAT GCCACTGAAA TATATTTAGA TGGAAATCAT 
ATAAATAATT TAGGAAATCA TGTATTTATA GGAAAAAAGA AATTGCAAGT CCTTTATTTA 
AATAATACGA AATTAAAAGA AGTTAATAAT CAAACATTCA AAGGAGTAGA TTCCTTGAGA 
GTATTACATT TGGAAAATAA TAAATTGGTT GAATTAAAAG GTGACGAATT TCTTCATTTA 
AATAACTTGA ACGAACTATA TTTAGATCAC AATGCAATTG TACATGTGGC CAATAACACT 
TTTTCGTCAT TAAAATCTCT TTCCGTTCTT CGTATCGACG ACAATAAGCT TGTGAATTTT 
TTCCCTTGGA AATTATTAGC TTCTTCTTCT AAAAGTCTTG CACACGTTTC CATAGAAGGC 
AATCAGTACT CTTGTGATTG TAAAAGCATT GCCGAGTTAG ATTCATGGTT GCGACGCGAT 
CCAGGTGACC CAGAAAAAAT GTTATGCACA GACAGCAAAG GTAACCCCAC TAAAATAACT 
ATTGCTTCAG TTTTAAGTCA TTGTAAAGAG TACATGGGTT CTATGAATGA TCCTGATGTC 
TCCAAAAATG AGATCATTTC GACATCTTTA TTCCTTCCTG ACAACTATTT TGCAATTATT 
TGTGGCGTTA TAATAATTGT TGTTCTTGTA TGTCTCATAG GTGCAATTTT CTACGCTTTT 
CGATACGACG TCAGTGACTG GTTGTATACA AAGTACGGTG TACCTTTGTT CAAAGAACAG 
TCGTGCGCTA ACGTGGATAT GTTAGAGGGA AATCCGAATC ATATGTACGA TTACTACGTG 
ATATGCAATA CCAAAGATAC ACAATTTATT TATCATAATA TTATGTCTGA GATAGAGTTC 
AGAAAAATGA CCGCCAAAAA ACTGTCACTG AACGAGTCCA CATTGAATAT TCTAACGTTG 
GATAGTTTCT CGAAATCTCC TAAATTAACT AAACGTTTGT TAATAGTTCT CACAACTAAT 
TTTATATGTA ACGATCTGTG TGACATTCAC TTTAAGAACA TGTTTTATAG CTATTTAAAA 
TCATTAAATC GTAGCGATTT GAATAAGGTA ATATTCATTA AGATAGTTGA TAACAACCAA 
ATAAATGACG AGCTGGGATT TTTATTAGAT AATTTTAAGA ATTTATCTTG GAACGACCCA 
CGGTTTTGGG ACAGATTCGT AGCTTTGCTC AACTCCACTG ACACAATTAT AACCGTAAAA 
AGCTCCGAAA AGAGTGTTTT TAAGAAATCT TTGAGGCATA CACCAACTTT AAGGTATACC 
ACAATGCCGG TCTCGAACGA TACTTGCTCA AAGACTAATT TTACAAATTC ATTGCAGTAT 
TGCAAAAGGA ACGATGGAGA GTCGTCACAC AACGAAAGTT CCCCTTCCTC AGATAATAAC 
ACGTACGGCG AAGGGAACGA GTCTAACAAT AGTTACATGT CGATCGACAA CAGGACATGT 
TCTCGTTTTA ATTATGACCT CAGGCTATCC CCTAGTAGTG GTCACGTCTA TTCTAGAGTC 
GAGGACATTT CTCCGACCAC ACCTCGCTCT ATAACAGGCT CTTGTTCGGC TAAAGGACGC 
ACGTATTTCG TATGA