LOC109854983 cDNA ORF clone, Pseudomyrmex gracilis

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC109854983
Entrez Gene ID	109854983
Full Name	toll-like receptor Tollo
Gene Type	protein-coding
Organism	Pseudomyrmex gracilis

mRNA and Protein(s)

mRNA	Protein	Name
XM_020428689.1	XP_020284278.1	toll-like receptor Tollo

Pathways from BioSystems
Gene Ontology

The following LOC109854983 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC109854983 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
OPs46639	XM_020428689.1 Latest version!	Pseudomyrmex gracilis toll-like receptor Tollo (LOC109854983), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00

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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)

LOC109854983 ( XM_020428689.1 ) cDNA ORF clone, Pseudomyrmex gracilis -> XP_020284278.1 Pseudomyrmex gracilis toll-like receptor Tollo (LOC109854983), mRNA.

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CloneID	OPs46639
Clone ID Related Accession (Same CDS sequence)	XM_020428689.1
Accession Version	XM_020428689.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4020bp) 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	2017-03-07
Organism	Pseudomyrmex gracilis
Product	toll-like receptor Tollo
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_018020661.1) 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 :: Pseudomyrmex gracilis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTGCGT TTGCGAGAAT ATGCGTAATG AAAACGCATA ATCGTCGCGT GGCGTCGTCA 
TGGCATTCGT GGCAAGTTTT TCGGTCAGCC ACGATTGTTC TGTGTGTGCT GTTGGATTAT 
TATTGTTCGG TGCAAGGGCG CAGCATCACA AGTCTCGAGG CGCCGAGCGA CTGTGAGTGG 
AGAAAGGACG ATGAAGAAGG AAGAGAGAAA GATCTGTACT GTAAAGTTCG AACAATCGCG 
AACGTGCCGG GGCTGATCGG TAATCTCTCG TCCATACAAG TAGATTCCAT AACATCGATG 
GGATTGGAAT GCAGCGACGT GTTGGTCTTC GATAGCAAGC TAGAAAATCC GCACAGTTTT 
TTCTCGCCGT TGCCGCGTCT CGAGAAGCTG CGTGTCGATC ATTGCAAGAT CGATTTTTTG 
CCGGGCGGCG TGTTCGCTTC GTTGCACAAT CTTCGAAGTC TGACTTTGCG AACGCACAAC 
GGCGACTGGT CGACTATGTC ATTGGAGTTG CATCGCGATA CGTTCCGCGG CCTTACAAGT 
CTCCAACATC TCGATCTCTC CGATAATAAT CTATGGACGT TACCGTCGGA ATTGCTCTGC 
TCGGTGCAGA GTCTCACGAG GTTGAATCTG ACGCGCAACA AGTTACAAGA CATGAGCTCC 
CTCGGCTTCT CTGATTGGGT CGCGACCTGC ACGCCCAATC TCGAAAGTTT GGACATTAGT 
GACAACGACC TCAGTGCCTT GCCCGATCAC GCTCTCAGCA GCTTGCGTAG CCTGAGTATG 
CTGAAGATAC AAGATAACGC GATCGCCTCT GTTGGTGATC ACGCTCTTGC CGGTCTCGCG 
TCTCTACGAA TCCTTAACAT GTCTAGCAAC AGACTCGTCG CACTGCCTCC TGAATTGTTT 
TCGAAAACAC GAGATCTGAG AGAACTTATA CTTAGCAACA ATTCCCTTTC CGTATTAGCG 
CCTGGATTAC TGGACAATCT CGAGAAACTT CAAGTGTTGG ACCTTAGCAA TAACGAATTG 
ACAAATCAGT GGGTAAATCG GGATACTTTT CCACGGCTAG TCCGCCTCGC TGTTCTTGAC 
TTGTCGTTCA ACATGTTGAC AAGGATAGAC GCGTACGTTT TCAAGGGTCT GTACAGTCTA 
CAGATTCTCA AGCTTGAGTA TAACAAAATC GACACGTTGG TCGATGGTTG CTTTGCCTCG 
CTCACCAATC TGCATTCTCT CACGTTGTCA CGTAACAAGA TCGCCAGATT CGATCCGGTG 
CACACGATCG GTCTCGGCGC TCTCGGCCAG CTTTTTCTGG AGAACAATCA ACTGTCTTAC 
TTAGACAAGC ATGTGTTTGT TAATCTTACA AAACTTATAG ATCTTTCTTT GAATGATAAC 
ATTCTGATGG GAATTCCCCA TGCGATTCGT ATGCTGAGGA AGCTGAGAAC CCTCGATTTA 
GGTAACAACA ACGTGTCGAA AATTGATAAT GACTCGTTCG TTGGTTTGGA CGAGCTTTAC 
GGATTGCGTT TAGTGGATAA TAAGCTCGAG AATGTGTCAC GCGAGGCGTT CGCGTCCTTA 
CCGTCGTTGC AGGTACTCAA TCTATCGAAC AATCTCATTC GTCACGTGGA ACAGAGCGCG 
TTCGCGAGTA ATCCGGTATT ACGAGCCATA AGGTTGGACG GAAATCAATT GACGGAAATT 
CGAGGCACCT TTACAAGTCT CTCGTCTCTT GTCTGGCTGA ATGTGTCCGA TAATAAGTTG 
CTGTGGTTTG ACTACAGCCA CCTACCGTCC AGCATAGAAT GGCTGGATAT ACACTCGAAT 
CAAATAAGTG AGCTGGGAAA CTATTACAAC ATGCGCAGCA ATTTGCGAAT AAAGACACTG 
GATGCTAGTT TCAATCTCAT CACCGAGATT GCAGATGTTA ATGTGCCAGA TAGTGTGGAA 
ACATTAGTGC TCAACAACAA CAAGATACGT AACGTAGCGG CTGACACATT TTTGAAAAAA 
GTAAACTTAC AGAAAGTAAT TCTTTACGGA AACGAGATCA GAAATTTAGA ACAGTCCGCT 
GTCAGTCTGC AAGTGTCAAA AGATAAAGAA TTACCTGAGC TTTATATTGG CAACAATCCT 
ATTGTTTGCG ACTGTACTAT GGAATGGTTG CTGTACGACA ATATAGAATT AACTCGCGAC 
CGTCAATATC CGCGCGTTAT GGATTTGGAC GCCATCACAT GTGAGATGGT GCACGCGCGC 
GCCACACCGC GACGTCCGCT GGTGACCTTG AAGTCAAACG ACTTTCTCTG TCAATATTAC 
ACACACTGCT TCACTCTCTG TCATTGTTGC GATTTCGACG CATGTGATTG TGACATGAGC 
TGTCCGGATA ACTGCACGTG CTATCATGAT CACAGCTGGT CCAGCAACGT CATCGACTGC 
TCCAACGCGG GATTCAGAAC AGTACCCGAT CTGATACCGA TGGACGCCAC GGAAATTTAT 
TTAGACGGCA ATGAACTAGG CGATCTAGGT AGTCACATTT TTCTTGGCAA GCGTCGTCTG 
GAAGTGTTAT ATTTAAATAA CAGCGGGATC GTTGCGATAC ATAATCACAC GTTCAATGGC 
GTCGAGTCTT TGCGAGTTCT TCATCTAGAA GACAACACAT TGCGAGAGCT GCGGGGCTCC 
GAGTTTGATC AACTGGAGAA CATATCGGAG CTGTATTTGG ATCACAACGC TATCGCTACC 
GTGGCGAACA CAACTTTCAA GAAGATGCGC AATCTCACGG TTCTGCGATT GGACAGCAAT 
CGCATCGTCG ATTTTCGACC GTGGGAAGCT CTGTCGAGCC TCAACGGCGA CACCAAGATT 
GCTTTGGAAG GCAACGCCTG GAGTTGTGAA TGCGGGAACG CCGGCAGACT TCGCGCATGG 
CTTGCAGAAC ACCGCGGTGA TCCAGAGAGA ATGTATTGTC GCGACGGCGT TGAGACGTTA 
GCTCAAGCAA TGAAACGATG TGGTGATCCA TCTAAGGAAG CTGTGAGTCG AGGCATCCAG 
GAAATTCCGC TGCTAGGTGG CAACTTCGTG CCGTTGCTCG CGGGTACTTT GGTAACCATC 
ATTGGTATTT GTCTTGTTGT CGCTTTGGGC TTTATTTTTC GTCAAGACGT GCGCCTCTGG 
GCCCACGCGC GCTATGGTCT GCGTCTCGGT AAAATGACAG CGCCACCTGA TGAAGAAAGA 
GACCGATTAT ATGACGGTTA CATTGTTTAT AGCGAACGGG ACGAGGATTT CGTCTCTAGA 
TTCCTAGCAG CTGAACTAGA ACAAGCCGGA TTGACACTCT GTCTGCATTG GCGCGATTTG 
CCGCCAACCA GACCGCAAGA ATCGTTACCG CCAGCCGCGG CTGCCGCCAG ACGCATCGTC 
ATCATTTTCT CGCCGGTATT TTTGACAAAC GAGTGGCAGC ATCCCGATTT CCGCGCCGCT 
CTCAGGACAG CATTGGAGAA TATTAGGCCG ACTTCACGGA AACGCCGAGT AGTAGTGCTC 
CTAGCTACTG AAACGTCTAC TCGGGATCCG GAGCTGCAGT TGTTATTACA GACGTGCACG 
GTAGTGATCT GGGGCGAAAA AAGGTTCTGG GAGAAACTCA GATTTGCTAT GCCGGATTCG 
GTAGACAAGC GACGGGATAG CAAGAAGGCC AATGACCGCA ACAGCCGCAC GCCGACGCGA 
TACACCGCGG CGCCGTCGAC CGCGGTAGAT GTGTGGACCA AGCCTAATGG CGTTTTGGTC 
GCGCCAGTGC ACCATGCGCC CACGCCGACG CCCACGCAGT CTACCTACGT CAGCTCGGCG 
TCCAGCCGAA CCGAGGACGA GGACAGTGGT GCGGAGCATC AGCACCAGCA TCACCACCAT 
CAGCATCATG AGCACGGCTA TAGCGCGCTG CACTCCGGTA ACGGCCGTCC GGCTAGTCTG 
TCTTCCAGGG GCAGCCATCT ATATAGCACG ATACCGGAAC CACCGATGAT GCCAACCGCG 
CCGCCTGGGG ACATCATCGC CTCCCCGCAT CCGGGCAATC CGCGTACTTA CTTCGTCTAG

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

RefSeq	XP_020284278.1
CDS	414..4433
Translation	MSAFARICVMKTHNRRVASSWHSWQVFRSATIVLCVLLDYYCSVQGRSITSLEAPSDCEWRKDDEEGREKDLYCKVRTIANVPGLIGNLSSIQVDSITSMGLECSDVLVFDSKLENPHSFFSPLPRLEKLRVDHCKIDFLPGGVFASLHNLRSLTLRTHNGDWSTMSLELHRDTFRGLTSLQHLDLSDNNLWTLPSELLCSVQSLTRLNLTRNKLQDMSSLGFSDWVATCTPNLESLDISDNDLSALPDHALSSLRSLSMLKIQDNAIASVGDHALAGLASLRILNMSSNRLVALPPELFSKTRDLRELILSNNSLSVLAPGLLDNLEKLQVLDLSNNELTNQWVNRDTFPRLVRLAVLDLSFNMLTRIDAYVFKGLYSLQILKLEYNKIDTLVDGCFASLTNLHSLTLSRNKIARFDPVHTIGLGALGQLFLENNQLSYLDKHVFVNLTKLIDLSLNDNILMGIPHAIRMLRKLRTLDLGNNNVSKIDNDSFVGLDELYGLRLVDNKLENVSREAFASLPSLQVLNLSNNLIRHVEQSAFASNPVLRAIRLDGNQLTEIRGTFTSLSSLVWLNVSDNKLLWFDYSHLPSSIEWLDIHSNQISELGNYYNMRSNLRIKTLDASFNLITEIADVNVPDSVETLVLNNNKIRNVAADTFLKKVNLQKVILYGNEIRNLEQSAVSLQVSKDKELPELYIGNNPIVCDCTMEWLLYDNIELTRDRQYPRVMDLDAITCEMVHARATPRRPLVTLKSNDFLCQYYTHCFTLCHCCDFDACDCDMSCPDNCTCYHDHSWSSNVIDCSNAGFRTVPDLIPMDATEIYLDGNELGDLGSHIFLGKRRLEVLYLNNSGIVAIHNHTFNGVESLRVLHLEDNTLRELRGSEFDQLENISELYLDHNAIATVANTTFKKMRNLTVLRLDSNRIVDFRPWEALSSLNGDTKIALEGNAWSCECGNAGRLRAWLAEHRGDPERMYCRDGVETLAQAMKRCGDPSKEAVSRGIQEIPLLGGNFVPLLAGTLVTIIGICLVVALGFIFRQDVRLWAHARYGLRLGKMTAPPDEERDRLYDGYIVYSERDEDFVSRFLAAELEQAGLTLCLHWRDLPPTRPQESLPPAAAAARRIVIIFSPVFLTNEWQHPDFRAALRTALENIRPTSRKRRVVVLLATETSTRDPELQLLLQTCTVVIWGEKRFWEKLRFAMPDSVDKRRDSKKANDRNSRTPTRYTAAPSTAVDVWTKPNGVLVAPVHHAPTPTPTQSTYVSSASSRTEDEDSGAEHQHQHHHHQHHEHGYSALHSGNGRPASLSSRGSHLYSTIPEPPMMPTAPPGDIIASPHPGNPRTYFV

Target ORF information:

RefSeq Version	XM_020428689.1
Organism	Pseudomyrmex gracilis
Definition	Pseudomyrmex gracilis toll-like receptor Tollo (LOC109854983), mRNA.

Target ORF information:

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

XM_020428689.1

ORF Insert Sequence:

ATGAGTGCGT TTGCGAGAAT ATGCGTAATG AAAACGCATA ATCGTCGCGT GGCGTCGTCA 
TGGCATTCGT GGCAAGTTTT TCGGTCAGCC ACGATTGTTC TGTGTGTGCT GTTGGATTAT 
TATTGTTCGG TGCAAGGGCG CAGCATCACA AGTCTCGAGG CGCCGAGCGA CTGTGAGTGG 
AGAAAGGACG ATGAAGAAGG AAGAGAGAAA GATCTGTACT GTAAAGTTCG AACAATCGCG 
AACGTGCCGG GGCTGATCGG TAATCTCTCG TCCATACAAG TAGATTCCAT AACATCGATG 
GGATTGGAAT GCAGCGACGT GTTGGTCTTC GATAGCAAGC TAGAAAATCC GCACAGTTTT 
TTCTCGCCGT TGCCGCGTCT CGAGAAGCTG CGTGTCGATC ATTGCAAGAT CGATTTTTTG 
CCGGGCGGCG TGTTCGCTTC GTTGCACAAT CTTCGAAGTC TGACTTTGCG AACGCACAAC 
GGCGACTGGT CGACTATGTC ATTGGAGTTG CATCGCGATA CGTTCCGCGG CCTTACAAGT 
CTCCAACATC TCGATCTCTC CGATAATAAT CTATGGACGT TACCGTCGGA ATTGCTCTGC 
TCGGTGCAGA GTCTCACGAG GTTGAATCTG ACGCGCAACA AGTTACAAGA CATGAGCTCC 
CTCGGCTTCT CTGATTGGGT CGCGACCTGC ACGCCCAATC TCGAAAGTTT GGACATTAGT 
GACAACGACC TCAGTGCCTT GCCCGATCAC GCTCTCAGCA GCTTGCGTAG CCTGAGTATG 
CTGAAGATAC AAGATAACGC GATCGCCTCT GTTGGTGATC ACGCTCTTGC CGGTCTCGCG 
TCTCTACGAA TCCTTAACAT GTCTAGCAAC AGACTCGTCG CACTGCCTCC TGAATTGTTT 
TCGAAAACAC GAGATCTGAG AGAACTTATA CTTAGCAACA ATTCCCTTTC CGTATTAGCG 
CCTGGATTAC TGGACAATCT CGAGAAACTT CAAGTGTTGG ACCTTAGCAA TAACGAATTG 
ACAAATCAGT GGGTAAATCG GGATACTTTT CCACGGCTAG TCCGCCTCGC TGTTCTTGAC 
TTGTCGTTCA ACATGTTGAC AAGGATAGAC GCGTACGTTT TCAAGGGTCT GTACAGTCTA 
CAGATTCTCA AGCTTGAGTA TAACAAAATC GACACGTTGG TCGATGGTTG CTTTGCCTCG 
CTCACCAATC TGCATTCTCT CACGTTGTCA CGTAACAAGA TCGCCAGATT CGATCCGGTG 
CACACGATCG GTCTCGGCGC TCTCGGCCAG CTTTTTCTGG AGAACAATCA ACTGTCTTAC 
TTAGACAAGC ATGTGTTTGT TAATCTTACA AAACTTATAG ATCTTTCTTT GAATGATAAC 
ATTCTGATGG GAATTCCCCA TGCGATTCGT ATGCTGAGGA AGCTGAGAAC CCTCGATTTA 
GGTAACAACA ACGTGTCGAA AATTGATAAT GACTCGTTCG TTGGTTTGGA CGAGCTTTAC 
GGATTGCGTT TAGTGGATAA TAAGCTCGAG AATGTGTCAC GCGAGGCGTT CGCGTCCTTA 
CCGTCGTTGC AGGTACTCAA TCTATCGAAC AATCTCATTC GTCACGTGGA ACAGAGCGCG 
TTCGCGAGTA ATCCGGTATT ACGAGCCATA AGGTTGGACG GAAATCAATT GACGGAAATT 
CGAGGCACCT TTACAAGTCT CTCGTCTCTT GTCTGGCTGA ATGTGTCCGA TAATAAGTTG 
CTGTGGTTTG ACTACAGCCA CCTACCGTCC AGCATAGAAT GGCTGGATAT ACACTCGAAT 
CAAATAAGTG AGCTGGGAAA CTATTACAAC ATGCGCAGCA ATTTGCGAAT AAAGACACTG 
GATGCTAGTT TCAATCTCAT CACCGAGATT GCAGATGTTA ATGTGCCAGA TAGTGTGGAA 
ACATTAGTGC TCAACAACAA CAAGATACGT AACGTAGCGG CTGACACATT TTTGAAAAAA 
GTAAACTTAC AGAAAGTAAT TCTTTACGGA AACGAGATCA GAAATTTAGA ACAGTCCGCT 
GTCAGTCTGC AAGTGTCAAA AGATAAAGAA TTACCTGAGC TTTATATTGG CAACAATCCT 
ATTGTTTGCG ACTGTACTAT GGAATGGTTG CTGTACGACA ATATAGAATT AACTCGCGAC 
CGTCAATATC CGCGCGTTAT GGATTTGGAC GCCATCACAT GTGAGATGGT GCACGCGCGC 
GCCACACCGC GACGTCCGCT GGTGACCTTG AAGTCAAACG ACTTTCTCTG TCAATATTAC 
ACACACTGCT TCACTCTCTG TCATTGTTGC GATTTCGACG CATGTGATTG TGACATGAGC 
TGTCCGGATA ACTGCACGTG CTATCATGAT CACAGCTGGT CCAGCAACGT CATCGACTGC 
TCCAACGCGG GATTCAGAAC AGTACCCGAT CTGATACCGA TGGACGCCAC GGAAATTTAT 
TTAGACGGCA ATGAACTAGG CGATCTAGGT AGTCACATTT TTCTTGGCAA GCGTCGTCTG 
GAAGTGTTAT ATTTAAATAA CAGCGGGATC GTTGCGATAC ATAATCACAC GTTCAATGGC 
GTCGAGTCTT TGCGAGTTCT TCATCTAGAA GACAACACAT TGCGAGAGCT GCGGGGCTCC 
GAGTTTGATC AACTGGAGAA CATATCGGAG CTGTATTTGG ATCACAACGC TATCGCTACC 
GTGGCGAACA CAACTTTCAA GAAGATGCGC AATCTCACGG TTCTGCGATT GGACAGCAAT 
CGCATCGTCG ATTTTCGACC GTGGGAAGCT CTGTCGAGCC TCAACGGCGA CACCAAGATT 
GCTTTGGAAG GCAACGCCTG GAGTTGTGAA TGCGGGAACG CCGGCAGACT TCGCGCATGG 
CTTGCAGAAC ACCGCGGTGA TCCAGAGAGA ATGTATTGTC GCGACGGCGT TGAGACGTTA 
GCTCAAGCAA TGAAACGATG TGGTGATCCA TCTAAGGAAG CTGTGAGTCG AGGCATCCAG 
GAAATTCCGC TGCTAGGTGG CAACTTCGTG CCGTTGCTCG CGGGTACTTT GGTAACCATC 
ATTGGTATTT GTCTTGTTGT CGCTTTGGGC TTTATTTTTC GTCAAGACGT GCGCCTCTGG 
GCCCACGCGC GCTATGGTCT GCGTCTCGGT AAAATGACAG CGCCACCTGA TGAAGAAAGA 
GACCGATTAT ATGACGGTTA CATTGTTTAT AGCGAACGGG ACGAGGATTT CGTCTCTAGA 
TTCCTAGCAG CTGAACTAGA ACAAGCCGGA TTGACACTCT GTCTGCATTG GCGCGATTTG 
CCGCCAACCA GACCGCAAGA ATCGTTACCG CCAGCCGCGG CTGCCGCCAG ACGCATCGTC 
ATCATTTTCT CGCCGGTATT TTTGACAAAC GAGTGGCAGC ATCCCGATTT CCGCGCCGCT 
CTCAGGACAG CATTGGAGAA TATTAGGCCG ACTTCACGGA AACGCCGAGT AGTAGTGCTC 
CTAGCTACTG AAACGTCTAC TCGGGATCCG GAGCTGCAGT TGTTATTACA GACGTGCACG 
GTAGTGATCT GGGGCGAAAA AAGGTTCTGG GAGAAACTCA GATTTGCTAT GCCGGATTCG 
GTAGACAAGC GACGGGATAG CAAGAAGGCC AATGACCGCA ACAGCCGCAC GCCGACGCGA 
TACACCGCGG CGCCGTCGAC CGCGGTAGAT GTGTGGACCA AGCCTAATGG CGTTTTGGTC 
GCGCCAGTGC ACCATGCGCC CACGCCGACG CCCACGCAGT CTACCTACGT CAGCTCGGCG 
TCCAGCCGAA CCGAGGACGA GGACAGTGGT GCGGAGCATC AGCACCAGCA TCACCACCAT 
CAGCATCATG AGCACGGCTA TAGCGCGCTG CACTCCGGTA ACGGCCGTCC GGCTAGTCTG 
TCTTCCAGGG GCAGCCATCT ATATAGCACG ATACCGGAAC CACCGATGAT GCCAACCGCG 
CCGCCTGGGG ACATCATCGC CTCCCCGCAT CCGGGCAATC CGCGTACTTA CTTCGTCTAG