LOC106635800 cDNA ORF clone, Copidosoma floridanum

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106635800
Entrez Gene ID	106635800
Full Name	tectonin beta-propeller repeat-containing protein
Gene Type	protein-coding
Organism	Copidosoma floridanum

mRNA and Protein(s)

mRNA	Protein	Name
XM_014347943.1	XP_014203429.1	tectonin beta-propeller repeat-containing protein isoform X1
XM_014347944.1	XP_014203430.1	tectonin beta-propeller repeat-containing protein

Pathways from BioSystems
Gene Ontology

The following LOC106635800 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106635800 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
OCo09627	XM_014347943.1 Latest version!	Copidosoma floridanum tectonin beta-propeller repeat-containing protein (LOC106635800), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OCo09628	XM_014347944.1 Latest version!	Copidosoma floridanum tectonin beta-propeller repeat-containing protein (LOC106635800), 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)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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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)

LOC106635800 ( XM_014347943.1 ) cDNA ORF clone, Copidosoma floridanum -> XP_014203429.1 Copidosoma floridanum tectonin beta-propeller repeat-containing protein (LOC106635800), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OCo09627
Clone ID Related Accession (Same CDS sequence)	XM_014347943.1
Accession Version	XM_014347943.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4053bp) 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	2015-10-04
Organism	Copidosoma floridanum
Product	tectonin beta-propeller repeat-containing protein isoform X1
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014327225.1) 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 :: Copidosoma floridanum 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##

ATGCCAAGCT CAAACCTGTA CGCCATCAAC CATGAAGGCA GAATTTTTTA TCTCTCCACT 
ACTGGAACAA TGTGGAGAGA GTTTATGTAC GTGGGCCTTG AGTTCAAACA AATGTCTGCT 
GCACCTCATT TTATGTGGGC CATTGGGAGC GATCGACAAG TTTATGTACA CGTGCATGGC 
CTGGATATTC CAATAAGGAT CAAAGAAGAA GCTTATGAAA ATGAGCGTTG GTTACCTATT 
GAAGGATTTG GTGGAAAGTT ACTGCCAACA GACAGATATC ACTTTTCCAA TCAAGATGGT 
ACGGTCGATC GTAGCCGTGA CAAAGTTAAA TTACCATCCA TGGCATGGCA GTGGGAAGGT 
GACTGGTGTA TCGAAACAAC CTTAGATGGA CAACCATTAG ATCATGATGG CTGGACTTAT 
GCTGTGGACT TTCCTGCTAC GTACACTCCA AAAAAACAAT GGAAATCGTG TGTTAGAAGA 
AGGAAATGGG TACGTTACCG TCGCTACAGC GCTATGAATT CTTGGTGCGC CATTGCACCT 
CTCCACAAGG ATGCAACAAA AGAACCTTTT ATAGACGTTT CGATTGGAGG TCATCAAACA 
CCAGGAGGCA ATCCAGGAGG ACTTATAGTT TGGGCAGTAA CTGCTCACGG GAGGGTAATG 
TTTAGAGTTG GTGTTAGTAC AACATCTCCT GAAGGATTAC GATGGAGTGA GATCAAAATG 
AACTCAGGAG ACGAAGCGGC TCAAGTCAGT GTTGGAGCAA CAGGATTAGT TTGGCTGACG 
TTATTGAATG GAAAAGCTGT TGTACGTACT GGAGTCACTA GGGAAAATCT AATGGGAGAC 
GAATGGATTG AAGTGGAGCC ACCACAACCC GAATTGCGTC TTACTCAAAT TAGTGTTGGC 
TGTGATGCTG TGTGGGCCGT AACACACGAG GGTAGTGTTT GGTTTAGAAA AGGAATAAAA 
GGTGAAATGG GAGGTGTGTG CGAACAGCTA GCTGTTGGAA CTGGTTGGGT TGAAATGTCC 
ACTAAAATGA TACTAGTTTC TGTAGCTCTA AACGACCAGG TTTGGGCTAT TGGACATGAA 
GACAGGTGTT TGTATTATCG TACTGGTATT ACGCGATCGG AATTGACTGG TAAAAAATGG 
AAAGCGATTA ACGCGCCTTT TCAGTTGAGT AGAGCGAGTA GCAATGCCAG CCTATCTAGC 
AACAGACATA GTATTTGTGG TACTCCTCGC CAACAGCGTC ATGCTTACGG TTCTCTGCAA 
AATCAAAGGC CTTTGAGCAC TAGTGAAGCT TTAATCAGGG AATGGGAAGA TCAATCGAGA 
TCAGCCCCTG CACCCACTTC CTTGAAACTT TTTCAAAAAC ATCACGAGCT ACCTGAAAAT 
AGTATTCAAA AGTCAAATAA ATCAATAACT AATCAAAGCC AAAGTACAAG TTCTGCAGGA 
TCTTCCGAGC TCAATGATGT AAACGATAGT GTAGCTAATA TAACGATATC CAATGAAACT 
TTAAATAAGA GTGGAGAGTC CATAATTGTA TCTGGAAAGG GAATGGGCAG CACAGTTAAG 
GTCAATCCTG GGTCATGGAG TCCAGTACAC TCAGTCGGGT CGATGGTTGG TGCCGAGGCC 
AATCCAGAAA CTGATGGCAG TATATTTGAC CCTGACTTGA CTGGAGACAC GGGTGTGTTT 
GGGGAAGACG AAAGTAATTC TGCTGTTTAT TGGGCTGAAT GTGATATGCT TTGGTGCAGA 
GTTGACGCTG GTGCGTGTTT ACTGGACCCA AATAATCCGC CAAAATGGAT ATTAGAAACA 
AATGGTTCGT CGCAAGGTGA AACAGCCGAA CCATGGAGAG TGCATATTTT GAGTGAATTA 
AAAAGTAGAA TGAAAAATGT TGATTTTGAT TTCTCGCTGT GTGAAAAAGC CATTGAAAAA 
TCCTCGTGGG TAAAAAATGG CGAAGCCAAA TGTAAATTAA AAGGTTCAGC TACTTTTGAA 
GAATGTATTG TAGAACTAGA ATGGATAAGT AGCGATACTG GTTCATTGGA TTCTGGCACT 
GTGACAATAT TAAATCCTGA TGGGGCAACT GCTCTTGTTC AATTTCCCAT ATCAGAGATA 
GTTTGTGTGG TTTGCTGTAG CGAACCGGGC AGTCCACGTC TAGCCATTTA TACTCCTAGA 
TTAAATAAGT CGAAAATTCT GAGATTACAA TTTGGCAGTG ATGCAGAACT TGAAGATTGG 
ATAGCACATC TCACTTCTGT ATCTTGCCAA ATGAATAATG CATTTGGGCC ACCGAGTTCG 
AATGCTATTT GGGCTACAAC TGCTTTGGGT GATGTTTTCG TGTACGACCC AGTTCTTGCA 
GAGGAAAATC AGTATTTAGA AGGCTTGTAC AGTCAAGAAC TCGACGTGGC AGGAAAAAGT 
TTGCCCTTTG AAAGTATTTT ACACAATGGT TTTGGACCTG GAAGCTCTTT ACACGCGTCA 
GTGTGCATTC ATAATGATGC AGACAGCATG TATGTTTTTT CCAGAATATC GTTTAATTTT 
GTTTGCTTCT CGTGGACCAC CAACAAATAC AACAAAAGCA TAGAGAGTAA CGACGTTGCT 
TTTCACTTTA ATCCGCGTCT GAGTGAAAGT GTGATCGTCA GAAACACGTA TCAGAACAAT 
CAGTGGGGTG ACGAGGAGAG AGGTGGTGAA AGTCCGCTCA GAGCTGGCTC GGATTTTTCT 
CTGATAATCA ATTGCGAAGA GCGGGGATAT CGGATTTTCA TTAATAATAC CGAGTTCACG 
TTTTTCTGTC ACAGAATACC ACCACACAAT GTAACTCATT TGCGAATCAA AGGAAAAATG 
ACGTTGTGCA GCGTAATTTA TAAGTCAAAA TCTGTGATTA TCGAGCCAAT ATCAATGTTC 
TGGAGACAAA TGGGAGGACA CTTGAAGAAA GTTGAAACTT GCAATTCGGG AGTGACTTGG 
GGTATCGCTT ACGACAGCAC ACCTTGGGTT TATACAGGCG GTTGGGGTGG CACTTTTTTA 
AAAGGCTTAG ATTTTAGTAA TACTGACGTC AATCCGATGA TAGATACCCA TAATTATTAC 
ATTTACGAAA ATCAGCGCTG GAATCCAGTG ACTGGCTACA CATCTCACGG CCTGCCAACG 
GACAGGTACA TGTGGAGCGA TGCTTCCGGA CGGCAGAAGC GTACACGAGA AAATACAAAA 
TTACTGTCTT GCCATTGGCA ATGGGTGTCC GAGTGGATAC TGGACTTTCA TACTCCAGGA 
GGAGTCGATC GCGATGGTTG GCAATACGCG ACGGATTTTC CATCCCAATA TCATGGAAAG 
AAACATTTCA CGGATTACGT AAGGCGAAGA AGATGGTTTA GAAAATGCCA GTTAACCACT 
TACGGGCCTT GGAAAGAACT AGGAAATACC AAATTAGTCG ACGTGTCCTT ATTTACCTCT 
GATGATCCAG ATTCAGATTC ACCTATTCAC GTATGGGCAG TTGCTACAAA TGGAGAGGCA 
TTATTTCGAC GTGGTGTTTC CAAATTTTGC TTAACGGGTG TTTCGTGGGA ACATATTCCC 
AGCGATCAAC CATTGATCAA TATTTCAATT GGTCCTAATG GACAAGTTTG GGCTGTTGGC 
AAAAATGGAT CGACTTACTG GAGGTTTGGG GTTACTCGTA GCAAACCAAC AGGGGAATCT 
TGGCAAAATG TAGAGCCACC ACAAGGAATG CACATAAAAC AAATTGCAGT TGGTTCAAAC 
GCAGTGTGGG CCCTGGACAG TTTGGGAAAG TTATCGGTTC GCCGCGAAAT TCAGCCAAAC 
GTATTTCCCG AAGGCACACA TTGGCAAACA ATAACTTCAA TGATAAACGA TCCCATTCAT 
ATCGACGTCT CTGTAGCAAA TGCCAAACAA GGATTTAGGC ATGTTGCAGT TGGCCACATT 
CCTGGACAAG TTTGGGCGGT GTCGGGAGCT GGACTGGTGT GTCGAAGGAT CGGTATTACA 
GATGACAATC CAGCTGGTTC TGGCTGGGTC ACAGGCATAG GGGCCAATTG GCAGTACATA 
TCTGTTGGAG GACTCGTGAA CAAAACAAGT TAA

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

RefSeq	XP_014203429.1
CDS	265..4317
Translation	MPSSNLYAINHEGRIFYLSTTGTMWREFMYVGLEFKQMSAAPHFMWAIGSDRQVYVHVHGLDIPIRIKEEAYENERWLPIEGFGGKLLPTDRYHFSNQDGTVDRSRDKVKLPSMAWQWEGDWCIETTLDGQPLDHDGWTYAVDFPATYTPKKQWKSCVRRRKWVRYRRYSAMNSWCAIAPLHKDATKEPFIDVSIGGHQTPGGNPGGLIVWAVTAHGRVMFRVGVSTTSPEGLRWSEIKMNSGDEAAQVSVGATGLVWLTLLNGKAVVRTGVTRENLMGDEWIEVEPPQPELRLTQISVGCDAVWAVTHEGSVWFRKGIKGEMGGVCEQLAVGTGWVEMSTKMILVSVALNDQVWAIGHEDRCLYYRTGITRSELTGKKWKAINAPFQLSRASSNASLSSNRHSICGTPRQQRHAYGSLQNQRPLSTSEALIREWEDQSRSAPAPTSLKLFQKHHELPENSIQKSNKSITNQSQSTSSAGSSELNDVNDSVANITISNETLNKSGESIIVSGKGMGSTVKVNPGSWSPVHSVGSMVGAEANPETDGSIFDPDLTGDTGVFGEDESNSAVYWAECDMLWCRVDAGACLLDPNNPPKWILETNGSSQGETAEPWRVHILSELKSRMKNVDFDFSLCEKAIEKSSWVKNGEAKCKLKGSATFEECIVELEWISSDTGSLDSGTVTILNPDGATALVQFPISEIVCVVCCSEPGSPRLAIYTPRLNKSKILRLQFGSDAELEDWIAHLTSVSCQMNNAFGPPSSNAIWATTALGDVFVYDPVLAEENQYLEGLYSQELDVAGKSLPFESILHNGFGPGSSLHASVCIHNDADSMYVFSRISFNFVCFSWTTNKYNKSIESNDVAFHFNPRLSESVIVRNTYQNNQWGDEERGGESPLRAGSDFSLIINCEERGYRIFINNTEFTFFCHRIPPHNVTHLRIKGKMTLCSVIYKSKSVIIEPISMFWRQMGGHLKKVETCNSGVTWGIAYDSTPWVYTGGWGGTFLKGLDFSNTDVNPMIDTHNYYIYENQRWNPVTGYTSHGLPTDRYMWSDASGRQKRTRENTKLLSCHWQWVSEWILDFHTPGGVDRDGWQYATDFPSQYHGKKHFTDYVRRRRWFRKCQLTTYGPWKELGNTKLVDVSLFTSDDPDSDSPIHVWAVATNGEALFRRGVSKFCLTGVSWEHIPSDQPLINISIGPNGQVWAVGKNGSTYWRFGVTRSKPTGESWQNVEPPQGMHIKQIAVGSNAVWALDSLGKLSVRREIQPNVFPEGTHWQTITSMINDPIHIDVSVANAKQGFRHVAVGHIPGQVWAVSGAGLVCRRIGITDDNPAGSGWVTGIGANWQYISVGGLVNKTS

Target ORF information:

RefSeq Version	XM_014347943.1
Organism	Copidosoma floridanum
Definition	Copidosoma floridanum tectonin beta-propeller repeat-containing protein (LOC106635800), transcript variant X1, mRNA.

Target ORF information:

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

XM_014347943.1

ORF Insert Sequence:

ATGCCAAGCT CAAACCTGTA CGCCATCAAC CATGAAGGCA GAATTTTTTA TCTCTCCACT 
ACTGGAACAA TGTGGAGAGA GTTTATGTAC GTGGGCCTTG AGTTCAAACA AATGTCTGCT 
GCACCTCATT TTATGTGGGC CATTGGGAGC GATCGACAAG TTTATGTACA CGTGCATGGC 
CTGGATATTC CAATAAGGAT CAAAGAAGAA GCTTATGAAA ATGAGCGTTG GTTACCTATT 
GAAGGATTTG GTGGAAAGTT ACTGCCAACA GACAGATATC ACTTTTCCAA TCAAGATGGT 
ACGGTCGATC GTAGCCGTGA CAAAGTTAAA TTACCATCCA TGGCATGGCA GTGGGAAGGT 
GACTGGTGTA TCGAAACAAC CTTAGATGGA CAACCATTAG ATCATGATGG CTGGACTTAT 
GCTGTGGACT TTCCTGCTAC GTACACTCCA AAAAAACAAT GGAAATCGTG TGTTAGAAGA 
AGGAAATGGG TACGTTACCG TCGCTACAGC GCTATGAATT CTTGGTGCGC CATTGCACCT 
CTCCACAAGG ATGCAACAAA AGAACCTTTT ATAGACGTTT CGATTGGAGG TCATCAAACA 
CCAGGAGGCA ATCCAGGAGG ACTTATAGTT TGGGCAGTAA CTGCTCACGG GAGGGTAATG 
TTTAGAGTTG GTGTTAGTAC AACATCTCCT GAAGGATTAC GATGGAGTGA GATCAAAATG 
AACTCAGGAG ACGAAGCGGC TCAAGTCAGT GTTGGAGCAA CAGGATTAGT TTGGCTGACG 
TTATTGAATG GAAAAGCTGT TGTACGTACT GGAGTCACTA GGGAAAATCT AATGGGAGAC 
GAATGGATTG AAGTGGAGCC ACCACAACCC GAATTGCGTC TTACTCAAAT TAGTGTTGGC 
TGTGATGCTG TGTGGGCCGT AACACACGAG GGTAGTGTTT GGTTTAGAAA AGGAATAAAA 
GGTGAAATGG GAGGTGTGTG CGAACAGCTA GCTGTTGGAA CTGGTTGGGT TGAAATGTCC 
ACTAAAATGA TACTAGTTTC TGTAGCTCTA AACGACCAGG TTTGGGCTAT TGGACATGAA 
GACAGGTGTT TGTATTATCG TACTGGTATT ACGCGATCGG AATTGACTGG TAAAAAATGG 
AAAGCGATTA ACGCGCCTTT TCAGTTGAGT AGAGCGAGTA GCAATGCCAG CCTATCTAGC 
AACAGACATA GTATTTGTGG TACTCCTCGC CAACAGCGTC ATGCTTACGG TTCTCTGCAA 
AATCAAAGGC CTTTGAGCAC TAGTGAAGCT TTAATCAGGG AATGGGAAGA TCAATCGAGA 
TCAGCCCCTG CACCCACTTC CTTGAAACTT TTTCAAAAAC ATCACGAGCT ACCTGAAAAT 
AGTATTCAAA AGTCAAATAA ATCAATAACT AATCAAAGCC AAAGTACAAG TTCTGCAGGA 
TCTTCCGAGC TCAATGATGT AAACGATAGT GTAGCTAATA TAACGATATC CAATGAAACT 
TTAAATAAGA GTGGAGAGTC CATAATTGTA TCTGGAAAGG GAATGGGCAG CACAGTTAAG 
GTCAATCCTG GGTCATGGAG TCCAGTACAC TCAGTCGGGT CGATGGTTGG TGCCGAGGCC 
AATCCAGAAA CTGATGGCAG TATATTTGAC CCTGACTTGA CTGGAGACAC GGGTGTGTTT 
GGGGAAGACG AAAGTAATTC TGCTGTTTAT TGGGCTGAAT GTGATATGCT TTGGTGCAGA 
GTTGACGCTG GTGCGTGTTT ACTGGACCCA AATAATCCGC CAAAATGGAT ATTAGAAACA 
AATGGTTCGT CGCAAGGTGA AACAGCCGAA CCATGGAGAG TGCATATTTT GAGTGAATTA 
AAAAGTAGAA TGAAAAATGT TGATTTTGAT TTCTCGCTGT GTGAAAAAGC CATTGAAAAA 
TCCTCGTGGG TAAAAAATGG CGAAGCCAAA TGTAAATTAA AAGGTTCAGC TACTTTTGAA 
GAATGTATTG TAGAACTAGA ATGGATAAGT AGCGATACTG GTTCATTGGA TTCTGGCACT 
GTGACAATAT TAAATCCTGA TGGGGCAACT GCTCTTGTTC AATTTCCCAT ATCAGAGATA 
GTTTGTGTGG TTTGCTGTAG CGAACCGGGC AGTCCACGTC TAGCCATTTA TACTCCTAGA 
TTAAATAAGT CGAAAATTCT GAGATTACAA TTTGGCAGTG ATGCAGAACT TGAAGATTGG 
ATAGCACATC TCACTTCTGT ATCTTGCCAA ATGAATAATG CATTTGGGCC ACCGAGTTCG 
AATGCTATTT GGGCTACAAC TGCTTTGGGT GATGTTTTCG TGTACGACCC AGTTCTTGCA 
GAGGAAAATC AGTATTTAGA AGGCTTGTAC AGTCAAGAAC TCGACGTGGC AGGAAAAAGT 
TTGCCCTTTG AAAGTATTTT ACACAATGGT TTTGGACCTG GAAGCTCTTT ACACGCGTCA 
GTGTGCATTC ATAATGATGC AGACAGCATG TATGTTTTTT CCAGAATATC GTTTAATTTT 
GTTTGCTTCT CGTGGACCAC CAACAAATAC AACAAAAGCA TAGAGAGTAA CGACGTTGCT 
TTTCACTTTA ATCCGCGTCT GAGTGAAAGT GTGATCGTCA GAAACACGTA TCAGAACAAT 
CAGTGGGGTG ACGAGGAGAG AGGTGGTGAA AGTCCGCTCA GAGCTGGCTC GGATTTTTCT 
CTGATAATCA ATTGCGAAGA GCGGGGATAT CGGATTTTCA TTAATAATAC CGAGTTCACG 
TTTTTCTGTC ACAGAATACC ACCACACAAT GTAACTCATT TGCGAATCAA AGGAAAAATG 
ACGTTGTGCA GCGTAATTTA TAAGTCAAAA TCTGTGATTA TCGAGCCAAT ATCAATGTTC 
TGGAGACAAA TGGGAGGACA CTTGAAGAAA GTTGAAACTT GCAATTCGGG AGTGACTTGG 
GGTATCGCTT ACGACAGCAC ACCTTGGGTT TATACAGGCG GTTGGGGTGG CACTTTTTTA 
AAAGGCTTAG ATTTTAGTAA TACTGACGTC AATCCGATGA TAGATACCCA TAATTATTAC 
ATTTACGAAA ATCAGCGCTG GAATCCAGTG ACTGGCTACA CATCTCACGG CCTGCCAACG 
GACAGGTACA TGTGGAGCGA TGCTTCCGGA CGGCAGAAGC GTACACGAGA AAATACAAAA 
TTACTGTCTT GCCATTGGCA ATGGGTGTCC GAGTGGATAC TGGACTTTCA TACTCCAGGA 
GGAGTCGATC GCGATGGTTG GCAATACGCG ACGGATTTTC CATCCCAATA TCATGGAAAG 
AAACATTTCA CGGATTACGT AAGGCGAAGA AGATGGTTTA GAAAATGCCA GTTAACCACT 
TACGGGCCTT GGAAAGAACT AGGAAATACC AAATTAGTCG ACGTGTCCTT ATTTACCTCT 
GATGATCCAG ATTCAGATTC ACCTATTCAC GTATGGGCAG TTGCTACAAA TGGAGAGGCA 
TTATTTCGAC GTGGTGTTTC CAAATTTTGC TTAACGGGTG TTTCGTGGGA ACATATTCCC 
AGCGATCAAC CATTGATCAA TATTTCAATT GGTCCTAATG GACAAGTTTG GGCTGTTGGC 
AAAAATGGAT CGACTTACTG GAGGTTTGGG GTTACTCGTA GCAAACCAAC AGGGGAATCT 
TGGCAAAATG TAGAGCCACC ACAAGGAATG CACATAAAAC AAATTGCAGT TGGTTCAAAC 
GCAGTGTGGG CCCTGGACAG TTTGGGAAAG TTATCGGTTC GCCGCGAAAT TCAGCCAAAC 
GTATTTCCCG AAGGCACACA TTGGCAAACA ATAACTTCAA TGATAAACGA TCCCATTCAT 
ATCGACGTCT CTGTAGCAAA TGCCAAACAA GGATTTAGGC ATGTTGCAGT TGGCCACATT 
CCTGGACAAG TTTGGGCGGT GTCGGGAGCT GGACTGGTGT GTCGAAGGAT CGGTATTACA 
GATGACAATC CAGCTGGTTC TGGCTGGGTC ACAGGCATAG GGGCCAATTG GCAGTACATA 
TCTGTTGGAG GACTCGTGAA CAAAACAAGT TAA

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

LOC106635800 ( XM_014347944.1 ) cDNA ORF clone, Copidosoma floridanum -> XP_014203430.1 Copidosoma floridanum tectonin beta-propeller repeat-containing protein (LOC106635800), mRNA.

Price & Availability↑

CloneID	OCo09628
Clone ID Related Accession (Same CDS sequence)	XM_014347944.1
Accession Version	XM_014347944.1 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	2017-12-25
Organism	Copidosoma floridanum
Product	tectonin beta-propeller repeat-containing protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019379845.1) 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 Name :: Copidosoma floridanum Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCAAGCT CAAACCTGTA CGCCATCAAC CATGAAGGCA GAATTTTTTA TCTCTCCACT 
ACTGGAACAA TGTGGAGAGA GTTTATGTAC GTGGGCCTTG AGTTCAAACA AATGTCTGCT 
GCACCTCATT TTATGTGGGC CATTGGGAGC GATCGACAAG TTTATGTACA CGTGCATGGC 
CTGGATATTC CAATAAGGAT CAAAGAAGAA GCTTATGAAA ATGAGCGTTG GTTACCTATT 
GAAGGATTTG GTGGAAAGTT ACTGCCAACA GACAGATATC ACTTTTCCAA TCAAGATGGT 
ACGGTCGATC GTAGCCGTGA CAAAGTTAAA TTACCATCCA TGGCATGGCA GTGGGAAGGT 
GACTGGTGTA TCGAAACAAC CTTAGATGGA CAACCATTAG ATCATGATGG CTGGACTTAT 
GCTGTGGACT TTCCTGCTAC GTACACTCCA AAAAAACAAT GGAAATCGTG TGTTAGAAGA 
AGGAAATGGG TACGTTACCG TCGCTACAGC GCTATGAATT CTTGGTGCGC CATTGCACCT 
CTCCACAAGG ATGCAACAAA AGAACCTTTT ATAGACGTTT CGATTGGAGG TCATCAAACA 
CCAGGAGGCA ATCCAGGAGG ACTTATAGTT TGGGCAGTAA CTGCTCACGG GAGGGTAATG 
TTTAGAGTTG GTGTTAGTAC AACATCTCCT GAAGGATTAC GATGGAGTGA GATCAAAATG 
AACTCAGGAG ACGAAGCGGC TCAAGTCAGT GTTGGAGCAA CAGGATTAGT TTGGCTGACG 
TTATTGAATG GAAAAGCTGT TGTACGTACT GGAGTCACTA GGGAAAATCT AATGGGAGAC 
GAATGGATTG AAGTGGAGCC ACCACAACCC GAATTGCGTC TTACTCAAAT TAGTGTTGGC 
TGTGATGCTG TGTGGGCCGT AACACACGAG GGTAGTGTTT GGTTTAGAAA AGGAATAAAA 
GGTGAAATGG GAGGTGTGTG CGAACAGCTA GCTGTTGGAA CTGGTTGGGT TGAAATGTCC 
ACTAAAATGA TACTAGTTTC TGTAGCTCTA AACGACCAGG TTTGGGCTAT TGGACATGAA 
GACAGGTGTT TGTATTATCG TACTGGTATT ACGCGATCGG AATTGACTGG TAAAAAATGG 
AAAGCGATTA ACGCGCCTTT TCAGTTGAGT AGAGCGAGTA GCAATGCCAG CCTATCTAGC 
AACAGACATA GTATTTGTGG TACTCCTCGC CAACAGCGTC ATGCTTACGG TTCTCTGCAA 
AATCAAAGGC CTTTGAGCAC TAGTGAAGCT TTAATCAGGG AATGGGAAGA TCAATCGAGA 
TCAGCCCCTG CACCCACTTC CTTGAAACTT TTTCAAAAAC ATCACGAGCT ACCTGAAAAT 
AGTATTCAAA AGTCAAATAA ATCAATAACT AATCAAAGCC AAAGTACAAG TTCTGCAGGA 
TCTTCCGAGC TCAATGATGT AAACGATAGT GTAGCTAATA TAACGATATC CAATGAAACT 
TTAAATAAGA GTGGAGAGTC CATAATTGTA TCTGGAAAGG GAATGGGCAG CACAGTTAAG 
GTCAATCCTG GGTCATGGAG TCCAGTACAC TCAGTCGGGT CGATGGTTGG TGCCGAGGCC 
AATCCAGAAA CTGATGGCAG TATATTTGAC CCTGACTTGA CTGGAGACAC GGGTGTGTTT 
GGGGAAGACG AAAGTAATTC TGCTGTTTAT TGGGCTGAAT GTGATATGCT TTGGTGCAGA 
GTTGACGCTG GTGCGTGTTT ACTGGACCCA AATAATCCGC CAAAATGGAT ATTAGAAACA 
AATGGTTCGT CGCAAGGTGA AACAGCCGAA CCATGGAGAG TGCATATTTT GAGTGAATTA 
AAAAGTAGAA TGAAAAATGT TGATTTTGAT TTCTCGCTGT GTGAAAAAGC CATTGAAAAA 
TCCTCGTGGG TAAAAAATGG CGAAGCCAAA TGTAAATTAA AAGGTTCAGC TACTTTTGAA 
GAATGTATTG TAGAACTAGA ATGGATAAGT AGCGATACTG GTTCATTGGA TTCTGGCACT 
GTGACAATAT TAAATCCTGA TGGGGCAACT GCTCTTGTTC AATTTCCCAT ATCAGAGATA 
GTTTGTGTGG TTTGCTGTAG CGAACCGGGC AGTCCACGTC TAGCCATTTA TACTCCTAGA 
TTAAATAAGT CGAAAATTCT GAGATTACAA TTTGGCAGTG ATGCAGAACT TGAAGATTGG 
ATAGCACATC TCACTTCTGT ATCTTGCCAA ATGAATAATG CATTTGGGCC ACCGAGTTCG 
AATGCTATTT GGGCTACAAC TGCTTTGGGT GATGTTTTCG TGTACGACCC AGTTCTTGCA 
GAGGAAAATC AGTATTTAGA AGGCTTGTAC AGTCAAGAAC TCGACGTGGC AGGAAAAAGT 
TTGCCCTTTG AAAGTATTTT ACACAATGGT TTTGGACCTG GAAGCTCTTT ACACGCGTCA 
GTGTGCATTC ATAATGATGC AGACAGAATA TCGTTTAATT TTGTTTGCTT CTCGTGGACC 
ACCAACAAAT ACAACAAAAG CATAGAGAGT AACGACGTTG CTTTTCACTT TAATCCGCGT 
CTGAGTGAAA GTGTGATCGT CAGAAACACG TATCAGAACA ATCAGTGGGG TGACGAGGAG 
AGAGGTGGTG AAAGTCCGCT CAGAGCTGGC TCGGATTTTT CTCTGATAAT CAATTGCGAA 
GAGCGGGGAT ATCGGATTTT CATTAATAAT ACCGAGTTCA CGTTTTTCTG TCACAGAATA 
CCACCACACA ATGTAACTCA TTTGCGAATC AAAGGAAAAA TGACGTTGTG CAGCGTAATT 
TATAAGTCAA AATCTGTGAT TATCGAGCCA ATATCAATGT TCTGGAGACA AATGGGAGGA 
CACTTGAAGA AAGTTGAAAC TTGCAATTCG GGAGTGACTT GGGGTATCGC TTACGACAGC 
ACACCTTGGG TTTATACAGG CGGTTGGGGT GGCACTTTTT TAAAAGGCTT AGATTTTAGT 
AATACTGACG TCAATCCGAT GATAGATACC CATAATTATT ACATTTACGA AAATCAGCGC 
TGGAATCCAG TGACTGGCTA CACATCTCAC GGCCTGCCAA CGGACAGGTA CATGTGGAGC 
GATGCTTCCG GACGGCAGAA GCGTACACGA GAAAATACAA AATTACTGTC TTGCCATTGG 
CAATGGGTGT CCGAGTGGAT ACTGGACTTT CATACTCCAG GAGGAGTCGA TCGCGATGGT 
TGGCAATACG CGACGGATTT TCCATCCCAA TATCATGGAA AGAAACATTT CACGGATTAC 
GTAAGGCGAA GAAGATGGTT TAGAAAATGC CAGTTAACCA CTTACGGGCC TTGGAAAGAA 
CTAGGAAATA CCAAATTAGT CGACGTGTCC TTATTTACCT CTGATGATCC AGATTCAGAT 
TCACCTATTC ACGTATGGGC AGTTGCTACA AATGGAGAGG CATTATTTCG ACGTGGTGTT 
TCCAAATTTT GCTTAACGGG TGTTTCGTGG GAACATATTC CCAGCGATCA ACCATTGATC 
AATATTTCAA TTGGTCCTAA TGGACAAGTT TGGGCTGTTG GCAAAAATGG ATCGACTTAC 
TGGAGGTTTG GGGTTACTCG TAGCAAACCA ACAGGGGAAT CTTGGCAAAA TGTAGAGCCA 
CCACAAGGAA TGCACATAAA ACAAATTGCA GTTGGTTCAA ACGCAGTGTG GGCCCTGGAC 
AGTTTGGGAA AGTTATCGGT TCGCCGCGAA ATTCAGCCAA ACGTATTTCC CGAAGGCACA 
CATTGGCAAA CAATAACTTC AATGATAAAC GATCCCATTC ATATCGACGT CTCTGTAGCA 
AATGCCAAAC AAGGATTTAG GCATGTTGCA GTTGGCCACA TTCCTGGACA AGTTTGGGCG 
GTGTCGGGAG CTGGACTGGT GTGTCGAAGG ATCGGTATTA CAGATGACAA TCCAGCTGGT 
TCTGGCTGGG TCACAGGCAT AGGGGCCAAT TGGCAGTACA TATCTGTTGG AGGACTCGTG 
AACAAAACAA GTTAA

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

RefSeq	XP_014203430.1
CDS	265..4299
Translation	MPSSNLYAINHEGRIFYLSTTGTMWREFMYVGLEFKQMSAAPHFMWAIGSDRQVYVHVHGLDIPIRIKEEAYENERWLPIEGFGGKLLPTDRYHFSNQDGTVDRSRDKVKLPSMAWQWEGDWCIETTLDGQPLDHDGWTYAVDFPATYTPKKQWKSCVRRRKWVRYRRYSAMNSWCAIAPLHKDATKEPFIDVSIGGHQTPGGNPGGLIVWAVTAHGRVMFRVGVSTTSPEGLRWSEIKMNSGDEAAQVSVGATGLVWLTLLNGKAVVRTGVTRENLMGDEWIEVEPPQPELRLTQISVGCDAVWAVTHEGSVWFRKGIKGEMGGVCEQLAVGTGWVEMSTKMILVSVALNDQVWAIGHEDRCLYYRTGITRSELTGKKWKAINAPFQLSRASSNASLSSNRHSICGTPRQQRHAYGSLQNQRPLSTSEALIREWEDQSRSAPAPTSLKLFQKHHELPENSIQKSNKSITNQSQSTSSAGSSELNDVNDSVANITISNETLNKSGESIIVSGKGMGSTVKVNPGSWSPVHSVGSMVGAEANPETDGSIFDPDLTGDTGVFGEDESNSAVYWAECDMLWCRVDAGACLLDPNNPPKWILETNGSSQGETAEPWRVHILSELKSRMKNVDFDFSLCEKAIEKSSWVKNGEAKCKLKGSATFEECIVELEWISSDTGSLDSGTVTILNPDGATALVQFPISEIVCVVCCSEPGSPRLAIYTPRLNKSKILRLQFGSDAELEDWIAHLTSVSCQMNNAFGPPSSNAIWATTALGDVFVYDPVLAEENQYLEGLYSQELDVAGKSLPFESILHNGFGPGSSLHASVCIHNDADRISFNFVCFSWTTNKYNKSIESNDVAFHFNPRLSESVIVRNTYQNNQWGDEERGGESPLRAGSDFSLIINCEERGYRIFINNTEFTFFCHRIPPHNVTHLRIKGKMTLCSVIYKSKSVIIEPISMFWRQMGGHLKKVETCNSGVTWGIAYDSTPWVYTGGWGGTFLKGLDFSNTDVNPMIDTHNYYIYENQRWNPVTGYTSHGLPTDRYMWSDASGRQKRTRENTKLLSCHWQWVSEWILDFHTPGGVDRDGWQYATDFPSQYHGKKHFTDYVRRRRWFRKCQLTTYGPWKELGNTKLVDVSLFTSDDPDSDSPIHVWAVATNGEALFRRGVSKFCLTGVSWEHIPSDQPLINISIGPNGQVWAVGKNGSTYWRFGVTRSKPTGESWQNVEPPQGMHIKQIAVGSNAVWALDSLGKLSVRREIQPNVFPEGTHWQTITSMINDPIHIDVSVANAKQGFRHVAVGHIPGQVWAVSGAGLVCRRIGITDDNPAGSGWVTGIGANWQYISVGGLVNKTS

Target ORF information:

RefSeq Version	XM_014347944.1
Organism	Copidosoma floridanum
Definition	Copidosoma floridanum tectonin beta-propeller repeat-containing protein (LOC106635800), mRNA.

Target ORF information:

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

XM_014347944.1

ORF Insert Sequence:

ATGCCAAGCT CAAACCTGTA CGCCATCAAC CATGAAGGCA GAATTTTTTA TCTCTCCACT 
ACTGGAACAA TGTGGAGAGA GTTTATGTAC GTGGGCCTTG AGTTCAAACA AATGTCTGCT 
GCACCTCATT TTATGTGGGC CATTGGGAGC GATCGACAAG TTTATGTACA CGTGCATGGC 
CTGGATATTC CAATAAGGAT CAAAGAAGAA GCTTATGAAA ATGAGCGTTG GTTACCTATT 
GAAGGATTTG GTGGAAAGTT ACTGCCAACA GACAGATATC ACTTTTCCAA TCAAGATGGT 
ACGGTCGATC GTAGCCGTGA CAAAGTTAAA TTACCATCCA TGGCATGGCA GTGGGAAGGT 
GACTGGTGTA TCGAAACAAC CTTAGATGGA CAACCATTAG ATCATGATGG CTGGACTTAT 
GCTGTGGACT TTCCTGCTAC GTACACTCCA AAAAAACAAT GGAAATCGTG TGTTAGAAGA 
AGGAAATGGG TACGTTACCG TCGCTACAGC GCTATGAATT CTTGGTGCGC CATTGCACCT 
CTCCACAAGG ATGCAACAAA AGAACCTTTT ATAGACGTTT CGATTGGAGG TCATCAAACA 
CCAGGAGGCA ATCCAGGAGG ACTTATAGTT TGGGCAGTAA CTGCTCACGG GAGGGTAATG 
TTTAGAGTTG GTGTTAGTAC AACATCTCCT GAAGGATTAC GATGGAGTGA GATCAAAATG 
AACTCAGGAG ACGAAGCGGC TCAAGTCAGT GTTGGAGCAA CAGGATTAGT TTGGCTGACG 
TTATTGAATG GAAAAGCTGT TGTACGTACT GGAGTCACTA GGGAAAATCT AATGGGAGAC 
GAATGGATTG AAGTGGAGCC ACCACAACCC GAATTGCGTC TTACTCAAAT TAGTGTTGGC 
TGTGATGCTG TGTGGGCCGT AACACACGAG GGTAGTGTTT GGTTTAGAAA AGGAATAAAA 
GGTGAAATGG GAGGTGTGTG CGAACAGCTA GCTGTTGGAA CTGGTTGGGT TGAAATGTCC 
ACTAAAATGA TACTAGTTTC TGTAGCTCTA AACGACCAGG TTTGGGCTAT TGGACATGAA 
GACAGGTGTT TGTATTATCG TACTGGTATT ACGCGATCGG AATTGACTGG TAAAAAATGG 
AAAGCGATTA ACGCGCCTTT TCAGTTGAGT AGAGCGAGTA GCAATGCCAG CCTATCTAGC 
AACAGACATA GTATTTGTGG TACTCCTCGC CAACAGCGTC ATGCTTACGG TTCTCTGCAA 
AATCAAAGGC CTTTGAGCAC TAGTGAAGCT TTAATCAGGG AATGGGAAGA TCAATCGAGA 
TCAGCCCCTG CACCCACTTC CTTGAAACTT TTTCAAAAAC ATCACGAGCT ACCTGAAAAT 
AGTATTCAAA AGTCAAATAA ATCAATAACT AATCAAAGCC AAAGTACAAG TTCTGCAGGA 
TCTTCCGAGC TCAATGATGT AAACGATAGT GTAGCTAATA TAACGATATC CAATGAAACT 
TTAAATAAGA GTGGAGAGTC CATAATTGTA TCTGGAAAGG GAATGGGCAG CACAGTTAAG 
GTCAATCCTG GGTCATGGAG TCCAGTACAC TCAGTCGGGT CGATGGTTGG TGCCGAGGCC 
AATCCAGAAA CTGATGGCAG TATATTTGAC CCTGACTTGA CTGGAGACAC GGGTGTGTTT 
GGGGAAGACG AAAGTAATTC TGCTGTTTAT TGGGCTGAAT GTGATATGCT TTGGTGCAGA 
GTTGACGCTG GTGCGTGTTT ACTGGACCCA AATAATCCGC CAAAATGGAT ATTAGAAACA 
AATGGTTCGT CGCAAGGTGA AACAGCCGAA CCATGGAGAG TGCATATTTT GAGTGAATTA 
AAAAGTAGAA TGAAAAATGT TGATTTTGAT TTCTCGCTGT GTGAAAAAGC CATTGAAAAA 
TCCTCGTGGG TAAAAAATGG CGAAGCCAAA TGTAAATTAA AAGGTTCAGC TACTTTTGAA 
GAATGTATTG TAGAACTAGA ATGGATAAGT AGCGATACTG GTTCATTGGA TTCTGGCACT 
GTGACAATAT TAAATCCTGA TGGGGCAACT GCTCTTGTTC AATTTCCCAT ATCAGAGATA 
GTTTGTGTGG TTTGCTGTAG CGAACCGGGC AGTCCACGTC TAGCCATTTA TACTCCTAGA 
TTAAATAAGT CGAAAATTCT GAGATTACAA TTTGGCAGTG ATGCAGAACT TGAAGATTGG 
ATAGCACATC TCACTTCTGT ATCTTGCCAA ATGAATAATG CATTTGGGCC ACCGAGTTCG 
AATGCTATTT GGGCTACAAC TGCTTTGGGT GATGTTTTCG TGTACGACCC AGTTCTTGCA 
GAGGAAAATC AGTATTTAGA AGGCTTGTAC AGTCAAGAAC TCGACGTGGC AGGAAAAAGT 
TTGCCCTTTG AAAGTATTTT ACACAATGGT TTTGGACCTG GAAGCTCTTT ACACGCGTCA 
GTGTGCATTC ATAATGATGC AGACAGAATA TCGTTTAATT TTGTTTGCTT CTCGTGGACC 
ACCAACAAAT ACAACAAAAG CATAGAGAGT AACGACGTTG CTTTTCACTT TAATCCGCGT 
CTGAGTGAAA GTGTGATCGT CAGAAACACG TATCAGAACA ATCAGTGGGG TGACGAGGAG 
AGAGGTGGTG AAAGTCCGCT CAGAGCTGGC TCGGATTTTT CTCTGATAAT CAATTGCGAA 
GAGCGGGGAT ATCGGATTTT CATTAATAAT ACCGAGTTCA CGTTTTTCTG TCACAGAATA 
CCACCACACA ATGTAACTCA TTTGCGAATC AAAGGAAAAA TGACGTTGTG CAGCGTAATT 
TATAAGTCAA AATCTGTGAT TATCGAGCCA ATATCAATGT TCTGGAGACA AATGGGAGGA 
CACTTGAAGA AAGTTGAAAC TTGCAATTCG GGAGTGACTT GGGGTATCGC TTACGACAGC 
ACACCTTGGG TTTATACAGG CGGTTGGGGT GGCACTTTTT TAAAAGGCTT AGATTTTAGT 
AATACTGACG TCAATCCGAT GATAGATACC CATAATTATT ACATTTACGA AAATCAGCGC 
TGGAATCCAG TGACTGGCTA CACATCTCAC GGCCTGCCAA CGGACAGGTA CATGTGGAGC 
GATGCTTCCG GACGGCAGAA GCGTACACGA GAAAATACAA AATTACTGTC TTGCCATTGG 
CAATGGGTGT CCGAGTGGAT ACTGGACTTT CATACTCCAG GAGGAGTCGA TCGCGATGGT 
TGGCAATACG CGACGGATTT TCCATCCCAA TATCATGGAA AGAAACATTT CACGGATTAC 
GTAAGGCGAA GAAGATGGTT TAGAAAATGC CAGTTAACCA CTTACGGGCC TTGGAAAGAA 
CTAGGAAATA CCAAATTAGT CGACGTGTCC TTATTTACCT CTGATGATCC AGATTCAGAT 
TCACCTATTC ACGTATGGGC AGTTGCTACA AATGGAGAGG CATTATTTCG ACGTGGTGTT 
TCCAAATTTT GCTTAACGGG TGTTTCGTGG GAACATATTC CCAGCGATCA ACCATTGATC 
AATATTTCAA TTGGTCCTAA TGGACAAGTT TGGGCTGTTG GCAAAAATGG ATCGACTTAC 
TGGAGGTTTG GGGTTACTCG TAGCAAACCA ACAGGGGAAT CTTGGCAAAA TGTAGAGCCA 
CCACAAGGAA TGCACATAAA ACAAATTGCA GTTGGTTCAA ACGCAGTGTG GGCCCTGGAC 
AGTTTGGGAA AGTTATCGGT TCGCCGCGAA ATTCAGCCAA ACGTATTTCC CGAAGGCACA 
CATTGGCAAA CAATAACTTC AATGATAAAC GATCCCATTC ATATCGACGT CTCTGTAGCA 
AATGCCAAAC AAGGATTTAG GCATGTTGCA GTTGGCCACA TTCCTGGACA AGTTTGGGCG 
GTGTCGGGAG CTGGACTGGT GTGTCGAAGG ATCGGTATTA CAGATGACAA TCCAGCTGGT 
TCTGGCTGGG TCACAGGCAT AGGGGCCAAT TGGCAGTACA TATCTGTTGG AGGACTCGTG 
AACAAAACAA GTTAA