LOC106103786 cDNA ORF clone, Papilio polytes(common Mormon)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106103786
Entrez Gene ID	106103786
Full Name	slit homolog 1 protein
Gene Type	protein-coding
Organism	Papilio polytes(common Mormon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_013283665.1	XP_013139119.1	slit homolog 1 protein

Pathways from BioSystems
Gene Ontology

The following LOC106103786 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106103786 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
OPa345265	XM_013283665.1 Latest version!	Papilio polytes slit homolog 1 protein (LOC106103786), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

LOC106103786 ( XM_013283665.1 ) cDNA ORF clone, Papilio polytes(common Mormon) -> XP_013139119.1 Papilio polytes slit homolog 1 protein (LOC106103786), mRNA.

Price & Availability↑

CloneID	OPa345265
Clone ID Related Accession (Same CDS sequence)	XM_013283665.1
Accession Version	XM_013283665.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4134bp) 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 1 protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013525473.1) 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##

ATGGGCATTT GTACTCAGCT GTTCAAAGTG GAATTCGGAA TCTACGCATT TCTTTTTATC 
ACCCATATTC AGATACTGCA AGGAGAAGAA CAATCTCAAT GTCCGAGTCT AACAGAGAAT 
CCAATCTGCC CTTGTTATAA TTTCAAAGAA GGGTTATTTC TCGAATGTCC CAGTGCCACT 
CCTGGTGTCG TAAGGAGTGT CCTATTGAAG ATCAAAGGAA CAATACAGTC GTTATCAATT 
TATGATCTAG ATGGATCTAT TACGGAGCTT AAACAGGACC TCCTTTCCCC ACAAACTAAA 
ATACTTAATT TACAAATTTC ACAATCAAAC ATTAATAGAA TCAATCCAAA CGCATTCTTA 
GCAATTCATG ATTCTTTACA AAGTTTAAGC ATAATATCTA GCAAACTAAA TGCAATTCCA 
CATGAATCTT TTTCGAAACT ACTCAAAATT GAGACTCTCG ATTTGCAGTT AAACGAGATT 
AAAGAAATAG AAGCGAAAAC ATTTAAAGAT GTTAAATTAA AGAAAATCAA CTTAAAAGCA 
AATAAACTGA CAAACATTTC GGAAAATGCA TTTTATAATT TAGAAGATTC TTTGACTGAA 
TTAGATATTA CCGAAAATTT CTTGGACGTA TTTCCATTGA CATCCATGGG AGGATTGTAT 
CAACTTAGCA ATTTAAAATT AGCTTGGAAT AAAATAAAAA CTATCCCAGA TAGCTTTAAT 
ATTACCATCA ATAATCTGGT TAATTTAGAT TTAAACTCTA ACTTATTTGT AAAAATTGAA 
AAGGAATGGT TACGATGTAT GCCAAATATT AAGACGTTAG CATTTTTTAG TAATCAAATA 
CAAACCATTG ACGAGGAGGC GTTTTTTCCC TTAGAACATT TAGAAAATAT AGATTTAAGT 
AGAAACAAGC TTATACACTT AGCGCAAAAT ACTTTTAAAA GAAATCTCAA AATACGTACA 
ATAGATTTAA GCTATAATCA TCTTCATGAA ATTGAAGGAG TCTTTTCCAA TCTTTTACAA 
CTTTCAGAAA TATTTTTATC CGATAACAAT ATACTAGAAA TACCATATAA TGCATTTCAA 
AACACACAAG GATTGACCGT TCTTAATTTA GAACATAATG CTTTACACAA ATTACATAAT 
AATTGCTTTT CATCTTTAAA AAATATAACA CAACTGCACA TGGGAACAAA CTTTTTAAAA 
AAACTTCCAA GTGATATTTT TAAATTCAAT GCCAAATTGG TAACTCTTAG TCTAGATAAT 
AATGAAATTA ATGAACTGGA CGAATTCATT TTCAGTACAC AGACAGAGTT AAGAGAAATT 
CGTTTGCAAA ACAATCATTT AAATTACATT AAGCGAAATG TATTTAGTCC TTTGCCGGGG 
CTATTAGAAT TACATTTACA AAATAATTTT ATAACTACTA TAGAATCACA TGCTTTTATA 
ACATTGAGAA AACTTCAGCA TATTAACTTA CAAGGAAATA TCTTAACGAC GATTGGAGAT 
ATATTTCCGA ATAGAAACTC TTCGTTAGTG TCGATTCAAC TTAGTGCGAA TACTTTAAAT 
CTGTTGAAAA ACAGTTCGTT AGAAGGACAG ACTAATGTGC ACATCATGTG GCTCACACAA 
AATAAAATAA AAGTATTAAA CGCTCATCTG TTTAGTGACT TAATCAATAT TCAAAGACTT 
TATCTTAAAA ATAATTCAAT AATGCACATT GAAAGTAAAA CATTTATTCG TTTAAGGAGA 
ATAAAGTTTT TAGATCTAAG CGATAACAAA CTAACCGGCT TAAACAACGA GACATTTTTT 
AATCTCACTT CTCTAGAAGA ACTTTATTTA CAAAATAACG AAATACGACA CGTTGCAAAA 
GATACATTTC AATCTTTGAT AAAACTGAAG GTTCTTGATC TATCTGACAA TAAGATAACT 
ATTTTAGATT TATTCCTTGC CCAGCTTCCA ATCAAACATC TCAGAATAAA CAACAACTTC 
ATTTCAACTA TTGAAATCAA CTCATTAAAA ACTATGCCGA ACTTAAGTGA TTTAGAGATG 
AGCAATAATT TTCTCAACTG GGAAAATATT ATAGAAGTTC AGATACCAGT ATTGAAATCA 
TTGGTTATTT CCAAGAACAA CTTTAGTATC CTAGAAAATA CGACATTTTC TCAATTACCC 
TCCCTACAGT CGTTATCATT AGAAAGTTCA AACATATCGC AGCTACGACC GGCCACTTTT 
ATCAAGAATC AGAATTTATT ACGAATCAAT TTGGCTTTTA ACATGCTACG AGACTTGCAT 
AAAGATGTTT TTGCTTACAC AACGATATTG CAAGAACTTA ATTTGAAAGG CAATCATTTT 
GCTGATTTTC CACACGTTGC GTTATTTAAT ATATCATCTT TGGAGATTTT AGATTTATGT 
CAGAACCAGT TAAAAAGCAT CGATTTTTTC AAATTTGTTG GTCTTCAAAA TCTAAGAACA 
TTGAATTTAT GTAAAAATGA AATATCCATT CTAAATGGCT TCAATTCTCC AGCATTAAAA 
AACTTGATAA CTCTGAACTT GAATAATAAT AAACTGACTG TTCTTCCTCC GAATTTTTTT 
CAACATTCGT TAGGTTTAAA AGAAATTGAT TTATCGAATA ACATTTTTAA GCACATTCCA 
AGCAACGGTC TTTCCGAAAC TGTACTGCCG GTGCTCGCTA CATTGAATAT GTCGTATAAC 
CCGTTAGTAC AACTACTACA GACATATCCT TTAAAACAAT TCCCACTTCT CGAGGAATTA 
GTTGTAACTA ACACGAATTT GACTATAATA ACAAGCAAAG ATTTCGAGAA TTTTCCATCT 
TTGAAGAAAT TGACTTTATC TAGCAACGAC ATAATCCGTT TGTCCCCGAG CGCATTCTCT 
AAACTCCATA TTTTAGAAGA ACTGGACCTA AGTCAAAATA AATTAGAAAA CATCCCTCGA 
GAGAGACTCC AAGGCTTATA TTCAGTTCGA ATGCTTAATA TCTCACGAAA TACACTGAGA 
GAGCTAGAAG AGTTTACGCC AGACTTGCAA AATTTGCAAA AGTTGGATAT CTCATTAAAT 
CATTTGACAA GAATAACAAA AGATAACTTT CGTAATCTAC AAAGTCTGGT TGAGTTGAAT 
TTAAGTGGAA ATTGGTTATC GTTCATTTCA TCGGAAGCAT TCCAGAACAT ACACAAACTG 
ACGTACATAG ACTTGAGTAG AAATTATATT GAAAAAATTC AAATGAAGAT GCTATCTGGA 
TTGGAAACTC AAGTTAAATC GCTGATTTTA GAAGAAAATC CCATCACGTG TGATTGCGAA 
TCCCAAGATC AATGGAAATG GATGCAAGAA CATCGTAAAA TTGTTTACAA AGGGACGAGA 
AACTTATTAT GTGAACATCC TGATGAACTG CAAGGTTTCC GTTTCACGGA ACTGACGCCG 
CACAAATTGT GCGACGTGCC CATTGTAGTA CGTGTGGCGA TACAAGATAT TCAAACATAT 
TCTGTAATTG TATCTTGGCA AAGCCGCAAT CAGACGGGAT TAAGTGGATT TCAAGTTGCT 
TACTTTAGCG AGCAAAATAC AAATAGTATA AGAGGGAAGT ATCTCAACCT TACTGCTCGA 
TCAACCAGAC TGAATCATTT AACTCCAGGG ACAAGGTACT ATATATGCGT TATAGCTATT 
GGAAATTTCG GAATATCAAC TGATTCGTCT ACTCCGGATG CGAGAGTTGC ACTGCCAAAA 
GAAAATCCTA GTGTAACATT ATTTGGTGAC GAACATCAAT TCAATTACTT AAAATCATCG 
ATGAACGATT CATTAACAAC AAAATGTGCC ACAGTTCGTA CGATAGAAAT ATTCGGAGCA 
GCTATGGATA GTCCTTTTTC TAATACGTAT TTGGGTCTAG CTGATATTTT AACGAGAAGA 
CTTAGTTTAG TAGTTGGATG CTGTATAGGT TTTATAGTAT TCATAGTGCT TGTATCAGCA 
TTGGGGTATA TAAAGACGAA AAAGCGTCCT GTTGTTATCA AATCTGAGGT TCAACAAACT 
CCGCAGTATA TATCCTATGA TAACTTCTCT ACTTCCAATC CAGAAGGACA GACTACAGAA 
ATGGATTTAA ATACAATTGT GGATAAAAGT AAAATACAAT TTAAACAAAA TTAG

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

RefSeq	XP_013139119.1
CDS	253..4386
Translation	MGICTQLFKVEFGIYAFLFITHIQILQGEEQSQCPSLTENPICPCYNFKEGLFLECPSATPGVVRSVLLKIKGTIQSLSIYDLDGSITELKQDLLSPQTKILNLQISQSNINRINPNAFLAIHDSLQSLSIISSKLNAIPHESFSKLLKIETLDLQLNEIKEIEAKTFKDVKLKKINLKANKLTNISENAFYNLEDSLTELDITENFLDVFPLTSMGGLYQLSNLKLAWNKIKTIPDSFNITINNLVNLDLNSNLFVKIEKEWLRCMPNIKTLAFFSNQIQTIDEEAFFPLEHLENIDLSRNKLIHLAQNTFKRNLKIRTIDLSYNHLHEIEGVFSNLLQLSEIFLSDNNILEIPYNAFQNTQGLTVLNLEHNALHKLHNNCFSSLKNITQLHMGTNFLKKLPSDIFKFNAKLVTLSLDNNEINELDEFIFSTQTELREIRLQNNHLNYIKRNVFSPLPGLLELHLQNNFITTIESHAFITLRKLQHINLQGNILTTIGDIFPNRNSSLVSIQLSANTLNLLKNSSLEGQTNVHIMWLTQNKIKVLNAHLFSDLINIQRLYLKNNSIMHIESKTFIRLRRIKFLDLSDNKLTGLNNETFFNLTSLEELYLQNNEIRHVAKDTFQSLIKLKVLDLSDNKITILDLFLAQLPIKHLRINNNFISTIEINSLKTMPNLSDLEMSNNFLNWENIIEVQIPVLKSLVISKNNFSILENTTFSQLPSLQSLSLESSNISQLRPATFIKNQNLLRINLAFNMLRDLHKDVFAYTTILQELNLKGNHFADFPHVALFNISSLEILDLCQNQLKSIDFFKFVGLQNLRTLNLCKNEISILNGFNSPALKNLITLNLNNNKLTVLPPNFFQHSLGLKEIDLSNNIFKHIPSNGLSETVLPVLATLNMSYNPLVQLLQTYPLKQFPLLEELVVTNTNLTIITSKDFENFPSLKKLTLSSNDIIRLSPSAFSKLHILEELDLSQNKLENIPRERLQGLYSVRMLNISRNTLRELEEFTPDLQNLQKLDISLNHLTRITKDNFRNLQSLVELNLSGNWLSFISSEAFQNIHKLTYIDLSRNYIEKIQMKMLSGLETQVKSLILEENPITCDCESQDQWKWMQEHRKIVYKGTRNLLCEHPDELQGFRFTELTPHKLCDVPIVVRVAIQDIQTYSVIVSWQSRNQTGLSGFQVAYFSEQNTNSIRGKYLNLTARSTRLNHLTPGTRYYICVIAIGNFGISTDSSTPDARVALPKENPSVTLFGDEHQFNYLKSSMNDSLTTKCATVRTIEIFGAAMDSPFSNTYLGLADILTRRLSLVVGCCIGFIVFIVLVSALGYIKTKKRPVVIKSEVQQTPQYISYDNFSTSNPEGQTTEMDLNTIVDKSKIQFKQN

Target ORF information:

RefSeq Version	XM_013283665.1
Organism	Papilio polytes(common Mormon)
Definition	Papilio polytes slit homolog 1 protein (LOC106103786), mRNA.

Target ORF information:

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

XM_013283665.1

ORF Insert Sequence:

ATGGGCATTT GTACTCAGCT GTTCAAAGTG GAATTCGGAA TCTACGCATT TCTTTTTATC 
ACCCATATTC AGATACTGCA AGGAGAAGAA CAATCTCAAT GTCCGAGTCT AACAGAGAAT 
CCAATCTGCC CTTGTTATAA TTTCAAAGAA GGGTTATTTC TCGAATGTCC CAGTGCCACT 
CCTGGTGTCG TAAGGAGTGT CCTATTGAAG ATCAAAGGAA CAATACAGTC GTTATCAATT 
TATGATCTAG ATGGATCTAT TACGGAGCTT AAACAGGACC TCCTTTCCCC ACAAACTAAA 
ATACTTAATT TACAAATTTC ACAATCAAAC ATTAATAGAA TCAATCCAAA CGCATTCTTA 
GCAATTCATG ATTCTTTACA AAGTTTAAGC ATAATATCTA GCAAACTAAA TGCAATTCCA 
CATGAATCTT TTTCGAAACT ACTCAAAATT GAGACTCTCG ATTTGCAGTT AAACGAGATT 
AAAGAAATAG AAGCGAAAAC ATTTAAAGAT GTTAAATTAA AGAAAATCAA CTTAAAAGCA 
AATAAACTGA CAAACATTTC GGAAAATGCA TTTTATAATT TAGAAGATTC TTTGACTGAA 
TTAGATATTA CCGAAAATTT CTTGGACGTA TTTCCATTGA CATCCATGGG AGGATTGTAT 
CAACTTAGCA ATTTAAAATT AGCTTGGAAT AAAATAAAAA CTATCCCAGA TAGCTTTAAT 
ATTACCATCA ATAATCTGGT TAATTTAGAT TTAAACTCTA ACTTATTTGT AAAAATTGAA 
AAGGAATGGT TACGATGTAT GCCAAATATT AAGACGTTAG CATTTTTTAG TAATCAAATA 
CAAACCATTG ACGAGGAGGC GTTTTTTCCC TTAGAACATT TAGAAAATAT AGATTTAAGT 
AGAAACAAGC TTATACACTT AGCGCAAAAT ACTTTTAAAA GAAATCTCAA AATACGTACA 
ATAGATTTAA GCTATAATCA TCTTCATGAA ATTGAAGGAG TCTTTTCCAA TCTTTTACAA 
CTTTCAGAAA TATTTTTATC CGATAACAAT ATACTAGAAA TACCATATAA TGCATTTCAA 
AACACACAAG GATTGACCGT TCTTAATTTA GAACATAATG CTTTACACAA ATTACATAAT 
AATTGCTTTT CATCTTTAAA AAATATAACA CAACTGCACA TGGGAACAAA CTTTTTAAAA 
AAACTTCCAA GTGATATTTT TAAATTCAAT GCCAAATTGG TAACTCTTAG TCTAGATAAT 
AATGAAATTA ATGAACTGGA CGAATTCATT TTCAGTACAC AGACAGAGTT AAGAGAAATT 
CGTTTGCAAA ACAATCATTT AAATTACATT AAGCGAAATG TATTTAGTCC TTTGCCGGGG 
CTATTAGAAT TACATTTACA AAATAATTTT ATAACTACTA TAGAATCACA TGCTTTTATA 
ACATTGAGAA AACTTCAGCA TATTAACTTA CAAGGAAATA TCTTAACGAC GATTGGAGAT 
ATATTTCCGA ATAGAAACTC TTCGTTAGTG TCGATTCAAC TTAGTGCGAA TACTTTAAAT 
CTGTTGAAAA ACAGTTCGTT AGAAGGACAG ACTAATGTGC ACATCATGTG GCTCACACAA 
AATAAAATAA AAGTATTAAA CGCTCATCTG TTTAGTGACT TAATCAATAT TCAAAGACTT 
TATCTTAAAA ATAATTCAAT AATGCACATT GAAAGTAAAA CATTTATTCG TTTAAGGAGA 
ATAAAGTTTT TAGATCTAAG CGATAACAAA CTAACCGGCT TAAACAACGA GACATTTTTT 
AATCTCACTT CTCTAGAAGA ACTTTATTTA CAAAATAACG AAATACGACA CGTTGCAAAA 
GATACATTTC AATCTTTGAT AAAACTGAAG GTTCTTGATC TATCTGACAA TAAGATAACT 
ATTTTAGATT TATTCCTTGC CCAGCTTCCA ATCAAACATC TCAGAATAAA CAACAACTTC 
ATTTCAACTA TTGAAATCAA CTCATTAAAA ACTATGCCGA ACTTAAGTGA TTTAGAGATG 
AGCAATAATT TTCTCAACTG GGAAAATATT ATAGAAGTTC AGATACCAGT ATTGAAATCA 
TTGGTTATTT CCAAGAACAA CTTTAGTATC CTAGAAAATA CGACATTTTC TCAATTACCC 
TCCCTACAGT CGTTATCATT AGAAAGTTCA AACATATCGC AGCTACGACC GGCCACTTTT 
ATCAAGAATC AGAATTTATT ACGAATCAAT TTGGCTTTTA ACATGCTACG AGACTTGCAT 
AAAGATGTTT TTGCTTACAC AACGATATTG CAAGAACTTA ATTTGAAAGG CAATCATTTT 
GCTGATTTTC CACACGTTGC GTTATTTAAT ATATCATCTT TGGAGATTTT AGATTTATGT 
CAGAACCAGT TAAAAAGCAT CGATTTTTTC AAATTTGTTG GTCTTCAAAA TCTAAGAACA 
TTGAATTTAT GTAAAAATGA AATATCCATT CTAAATGGCT TCAATTCTCC AGCATTAAAA 
AACTTGATAA CTCTGAACTT GAATAATAAT AAACTGACTG TTCTTCCTCC GAATTTTTTT 
CAACATTCGT TAGGTTTAAA AGAAATTGAT TTATCGAATA ACATTTTTAA GCACATTCCA 
AGCAACGGTC TTTCCGAAAC TGTACTGCCG GTGCTCGCTA CATTGAATAT GTCGTATAAC 
CCGTTAGTAC AACTACTACA GACATATCCT TTAAAACAAT TCCCACTTCT CGAGGAATTA 
GTTGTAACTA ACACGAATTT GACTATAATA ACAAGCAAAG ATTTCGAGAA TTTTCCATCT 
TTGAAGAAAT TGACTTTATC TAGCAACGAC ATAATCCGTT TGTCCCCGAG CGCATTCTCT 
AAACTCCATA TTTTAGAAGA ACTGGACCTA AGTCAAAATA AATTAGAAAA CATCCCTCGA 
GAGAGACTCC AAGGCTTATA TTCAGTTCGA ATGCTTAATA TCTCACGAAA TACACTGAGA 
GAGCTAGAAG AGTTTACGCC AGACTTGCAA AATTTGCAAA AGTTGGATAT CTCATTAAAT 
CATTTGACAA GAATAACAAA AGATAACTTT CGTAATCTAC AAAGTCTGGT TGAGTTGAAT 
TTAAGTGGAA ATTGGTTATC GTTCATTTCA TCGGAAGCAT TCCAGAACAT ACACAAACTG 
ACGTACATAG ACTTGAGTAG AAATTATATT GAAAAAATTC AAATGAAGAT GCTATCTGGA 
TTGGAAACTC AAGTTAAATC GCTGATTTTA GAAGAAAATC CCATCACGTG TGATTGCGAA 
TCCCAAGATC AATGGAAATG GATGCAAGAA CATCGTAAAA TTGTTTACAA AGGGACGAGA 
AACTTATTAT GTGAACATCC TGATGAACTG CAAGGTTTCC GTTTCACGGA ACTGACGCCG 
CACAAATTGT GCGACGTGCC CATTGTAGTA CGTGTGGCGA TACAAGATAT TCAAACATAT 
TCTGTAATTG TATCTTGGCA AAGCCGCAAT CAGACGGGAT TAAGTGGATT TCAAGTTGCT 
TACTTTAGCG AGCAAAATAC AAATAGTATA AGAGGGAAGT ATCTCAACCT TACTGCTCGA 
TCAACCAGAC TGAATCATTT AACTCCAGGG ACAAGGTACT ATATATGCGT TATAGCTATT 
GGAAATTTCG GAATATCAAC TGATTCGTCT ACTCCGGATG CGAGAGTTGC ACTGCCAAAA 
GAAAATCCTA GTGTAACATT ATTTGGTGAC GAACATCAAT TCAATTACTT AAAATCATCG 
ATGAACGATT CATTAACAAC AAAATGTGCC ACAGTTCGTA CGATAGAAAT ATTCGGAGCA 
GCTATGGATA GTCCTTTTTC TAATACGTAT TTGGGTCTAG CTGATATTTT AACGAGAAGA 
CTTAGTTTAG TAGTTGGATG CTGTATAGGT TTTATAGTAT TCATAGTGCT TGTATCAGCA 
TTGGGGTATA TAAAGACGAA AAAGCGTCCT GTTGTTATCA AATCTGAGGT TCAACAAACT 
CCGCAGTATA TATCCTATGA TAACTTCTCT ACTTCCAATC CAGAAGGACA GACTACAGAA 
ATGGATTTAA ATACAATTGT GGATAAAAGT AAAATACAAT TTAAACAAAA TTAG