LOC106644298 cDNA ORF clone, Copidosoma floridanum

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106644298
Entrez Gene ID	106644298
Full Name	vascular endothelial growth factor receptor 1-like
Gene Type	protein-coding
Organism	Copidosoma floridanum

mRNA and Protein(s)

mRNA	Protein	Name
XM_014359736.1	XP_014215222.1	vascular endothelial growth factor receptor 1-like

Pathways from BioSystems
Gene Ontology

The following LOC106644298 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106644298 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
OCo18589	XM_014359736.1 Latest version!	Copidosoma floridanum vascular endothelial growth factor receptor 1-like (LOC106644298), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00

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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)

LOC106644298 ( XM_014359736.1 ) cDNA ORF clone, Copidosoma floridanum -> XP_014215222.1 Copidosoma floridanum vascular endothelial growth factor receptor 1-like (LOC106644298), mRNA.

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CloneID	OCo18589
Clone ID Related Accession (Same CDS sequence)	XM_014359736.1
Accession Version	XM_014359736.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5001bp) 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	vascular endothelial growth factor receptor 1-like
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014327613.1) 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## ##RefSeq-Attributes-START## ab initio :: 66% of CDS bases ##RefSeq-Attributes-END##

ATGGTTAAAA TTAATTCTGT TCTGGTAAAA AGATTAAAGT ATCCAAGCAT AGTATTACTC 
GAAATCAAAA CGGCAGTTGG ACGTTTCAAA GATTATCAAC TGTTGTTGGC GACACTGGCT 
GCCATGAAAA GTGTATTTGT ACAAAGTTTC AAGGGATTTC AGTACCCTAT AGTAACAGAT 
GTGTGTATTG GTTACAATAT TATTCCGTGC CGTACTACTT CCCCTAAATT TCAAGTGACT 
CTTAAACAAG GGAACAAGAA AATAGAGCCT AGTGGAAACA TAAGTTTTGA CCCTAAAATT 
GGTTATGTTA TGACAAATCT GAGGGTTCCA GTACTTCAAA AATATACTTG TGAGGTAAAT 
CAAAATAATT CATCACAGAA AATAAGTTTT CGCCTTCACG AAATACCTTC TTGCATAAGT 
AAACCCCATT TAAAAATAAA TGGACGAAAA AAAGTCACTA GAGGCTCAAA GTTGACCATC 
AAATGTCAAT TTAGAGTTAA AAGAGATGTT AACTTTTACA GCATCTGGTG GAAGAGTCCA 
CAAAACTTGA CTTCCGCCAA AGTTTTGGAT CCTGTTAAAG AAGAGTATGA ATATTTTTTG 
GGACGTAATT CCCATTTGGT AACATCTGTA TTTATTCTAA ACAATGTTAC GCAAAATGAT 
GAGGGCAATT ACACTTGCGA AATAAAATCG TCACTCAATG AAACAGCAAG TGACAGTATT 
TTTGTCCGTA TTTACGATCC AAATAACTCA TTTATCAATT TAACGTCTGA TAATAAAGAG 
AAAATCAGTA TCAATGGTGG TACAGCAGTT TTCAAAGCTT ATGTTGATGC ATATCCAATA 
CCCAATCTAA CATGGCTTGA CCGTCACGGC AACGAGATTA TTTCGAGTTT TCAAAGAATC 
ATAACACACT CGTATCCTAA AACTGAACTT TTATTAACAT TAACTCAGAA GAAAGACGAA 
GGAATTTACA CACTTAAAGC CAATAATACC ATTTTAGTAA AGTATTTGAA CTTTACACTT 
GAAGTTTACG CAAAACCAAA AGTAAGACTT CACAATTTCA ACACAAAATT CTATTACAGC 
TTTAACGAAA GTTTAACGTT TGTTAGCAAA GTCTATTGTT ATCCTAAGTG TAACATATCG 
TGGATTTACA AGAAGTGCCT TAAATATTTT AGAAGCGATT GTCAATCTGT GAAGCTACAG 
GGTATAGAGA TTGATGAGCA AAGTAACACA ACTATATCCA AAGTAACATT GAACCTGGAT 
GCAGAGGGCA TGATTATTTG TTTAGTAAGT AATACTTATG GCTCTGATGC TGATTTACGG 
GAAATTCTTC TTACTGATGG ACTACCTAAC GTTTCCTTCG GAATAATTAA GCCAAAGGAA 
GAAATATTTG AAGGTGACAA TGTTATTTTA ACTTGTTCTG CTGTGAAACG GAAATTTTCT 
TCAGTAAAAT GGTTTTATGA TGATGAAATA GTGACAAATT CCGTTCCACA AAAACCTAGC 
TTTATTCATG TTAATATGAA TGATACCGAA GTGAGGCGGT TGGCAGATGA TGCTAAAAAC 
CCCGTTTATT TGTCATGCTA TGTTGATGGA ATGCCAAAAC CTATTATTAC ATGGGCTAAA 
GATGGTTTAC CTTTAAAGTT ATCGAAACCG CAGTTTGGTG TTGTGGACAA TAATCAAAAA 
TTGATCATAA GATATTTCTC AGAAAATGAT GGTGGAAAAT ATTCATTTCC ACAAAAACCT 
AGCTTCATTG ATGTTAATAT GAATGATACC GAAGTGAGGC GGTTGGCAGA TGATGCTAAA 
AACCCCGTTT ACTTGTCATG CTACGTGGAT GGACTGCCAA AACCTGTTAT TACATGGTCT 
AAAGATGGTT TACCTTTAAA GTTATCGGAA CCGCAGTTTG GTGTTGTGGA CAATAATCAA 
AAATTGATCA TAAGATATTT CTCAGAAAAT GATGGTGGAA AATATTCATG TATTGCTGAA 
AATCGATTGG GAAAAATAGA GAAATCACAA AAAGTTGTCA TAATAGGGCT CAACAAGACT 
TTGTTTTGGA TTGAAATAAC AGTTTGGTTA ATTATAATTA TCATCTCTTT TTCATTTTTC 
TTTTACCTAA GAATACAACG TAAGATGATG GTCACAGAAG AGTTGTCTCA CACTGGACTT 
ACAAACTTTG AGGATGGAGA AATTAATTCA ATAAGTTCAG AATTAACTCT AGACGATCAA 
GCAGAACTTC TTCCGTACGA CAAAAAATGG GAATTTTCCA GAGAAAAATT ACGGTTTGAA 
AAACAGTTAG GACGTGGAGC TTTTGGAGTT GTGTACAAGG CAGAAGCTTA TGGGATTTGT 
CCCAACGAGT CTTCTACTAC TATAGCTGTA AAAATGGTCC GACGAAATGC TGAATCAACG 
TGTATTGATG CTCTGGCAAG AGAATTAAAA ATAATGAGTC ATCTGGGACA GCACCCAAAT 
GTTGTAAATC TCCTTGGTGC CTGCACAAAA AATATTGCTA GCGGTAAACT TTTAGTTATT 
GTCGAGTTTT GTAGATTTGG AAATCTAGAA AGTTATTTAC GCCATTATCA AGAAAACCTC 
ATTAATCCAA TTCATGTGAC TAATGGTAGA ATGAATCTAT TTGTTAAGAA AGGATTAAAA 
AGCGGTCATA TAATGCACAA TGGTATAAGT ATTAACTGCG ACTACATCCA ACCCGGCTGG 
CGCTCTAATT ACAACGGTGA CTATGAAAAT AGGAATGTCG AGCCTCTCTG CTGTCAGGAT 
TTTTTAATTT GGGCGTTTCA GGTGGCACAT GGTATGGAGT ACCTCGTTCG AAGAAAGGTT 
CTGCATTGCG ACTTGGCTGC GAGGAATATT TTACTAGCAG ATAATAATAT CATCAAAATT 
TGTGACTTTG GTTTGGCCAA GAAGATATAT CAAGATGACA TTTACAAGAA ACAGAGCAAA 
GATCCGTTGC CCCTGAGGTG GATGGCCATA GAGTCTATTA CTTATCGAAT TTTCTCTACG 
AAATCAGATG TCTGGTCTTT TGGTGTAGTA CTGTGGGAAT TTTTTACTTT TGCTGAGATC 
CCATACCCAA CCATGGATGA AGAGAAGATG TATCACAAAC TCATCGAGGG TTACAGAATG 
GAAAAGCCTG AATATGCTAC CAAAGATATT TACGATATTA TGCTTCATTG CTGGAAGGCT 
GACCCGAATC AAAGGCCATC ATTCACAGAC CTTAGTAAAA GTATTGGGAA ACTTTTCGAC 
GATAGCATCA AAAGAAAGTT TTTACAATTG TACCATACAT ACGAGAACAT AAACAAAGCA 
AATGATTTGG AAGAAAAAAT TGATTACTTA TCAAAAATGG CATCTCCTGA TAACTTTACA 
CATGTCCCAC CTCAGCACGA CTACGTCAAC ACATTGCCAC AACTTGCGAA ACCATTGTAT 
GTAAACACTT CCGCAAAAGT TTTGGATCCT GTTGAAGAAG AGTATGAAGA TTTTTTGGAA 
ATTAATTCCT ATTTAGTAAC GTCTGTATTT ATTCTAAACA ATGTTACGCA AAATGATGAG 
GGCAATTATA CTTGTGAAAT ACGATCATCA ATCAATCGAA CAACAAGTGA CAGTACATAT 
ATCCGTGTTT TTGATCCAAA TAACTCATTT ATCAATTTAA CATCTGATCA TGAAAAAAGA 
AGTGGCATCA TTGGTGGTTC AGTAGTTTTC ATAGCTCACG TTGATGCGTA TCCAATACCA 
AAGCTCACAT GGCTTTACCG TAATGGAAAG AAGATCAAAT CAAGTTTTTT GTGTGTTATA 
TTACAGTCAG ATACTAACGT AGTAATGATA CGAAAATTTT TGCAAAAGAG AGATAAAGGA 
ATTTATACAC TTAAAGCTGA TAATACCATA ATAGTAAAGT ATTTCAACTT TACTCTCGAA 
GAAGTTTACG AAAAGCCACA AGTGGGAATT TATGAGATCA ACGTTAAATC TTATTACAAC 
TTTAATGAGA GTTCAATGTT TATTTGCGAA GCCTACTGTT ATCCTAAGTG TAATATATCA 
TGGATTTACA GGAAGGGCCC TATATTTAAA GACGATTTTG AATCTCGGGA ACTAAAGAGA 
ATTTTCTACT TCAAATGCAA GCCAGGGAAG ACAACTCGGC AGAGTCTTGG CAGTCACAAC 
GGCCGCCTTC TTAGTGGTTT TCTCAACGGC ATACCCACAG AGAAGGTATT ATCCAGGGCA 
CCCAGGCCCA CTTTCCTGAC TAACGGTGAA CGACACGAAA CAACGTGTGA ATCGTCGGTT 
GGACACTCAA CAGAATCGGA GAAAAAACGA AAGTCGCATA TTTCTGGTAA AATATATAAT 
TTCACCCGCG AGCGTAAGAC AGAAGTAAAT GAAAACAAAA AAGAAATTTT GCCAACATGG 
CAAATTAATA AAGAAATACA TACCGATAAA CTGACTGTTG ATACATCAAC AATCGTAGTA 
GGCAAAAAGT TTTATCAAGT TACCAAGGTA CAAGGTGATG GTAATTGCCT GTATAGAGCA 
CTACTAGTCC ATCTGTTCGG TGATGAAAAC CATCACTCTG ACATACGTAC AACTCTAGTC 
AATTACGTAG TTAATAATTG GAATGAATTG CAAGTTCATC TTCTCTTTAA TGGTTGCAAG 
CATAAATTTA AAGATGCGGC GCATTATGAA ATCGTGATGG GTTGTGATAA AGAATTTGGT 
ACTGCTTTTG AAGCTGGGAT GTTCGTATCG GTGTACAATT TAAACGTTAA ATTGAAAAGA 
AAAGTGTCCG GAGATTGGGT TTGTTACCCA ATGATCAGTA CATCTAAGTC AACTGTGACA 
GTACATTTAC TTTTTACGGG TAATGATTTA AATGGCCACT GGGATTATTT AACAGAAATC 
GGTGAAACTA CCACCACTAC TACAACATAT CAAAAATGCG AGTCCCTTTG TTCAGAAAAA 
TCCAATAAAT ACAACAGATC CCAAAAAGCT CAAAAAAGAA GTAAAAAACG AAAAAATGGA 
TACTACCGCT GGTACAAATG A

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

RefSeq	XP_014215222.1
CDS	1..5001
Translation	MVKINSVLVKRLKYPSIVLLEIKTAVGRFKDYQLLLATLAAMKSVFVQSFKGFQYPIVTDVCIGYNIIPCRTTSPKFQVTLKQGNKKIEPSGNISFDPKIGYVMTNLRVPVLQKYTCEVNQNNSSQKISFRLHEIPSCISKPHLKINGRKKVTRGSKLTIKCQFRVKRDVNFYSIWWKSPQNLTSAKVLDPVKEEYEYFLGRNSHLVTSVFILNNVTQNDEGNYTCEIKSSLNETASDSIFVRIYDPNNSFINLTSDNKEKISINGGTAVFKAYVDAYPIPNLTWLDRHGNEIISSFQRIITHSYPKTELLLTLTQKKDEGIYTLKANNTILVKYLNFTLEVYAKPKVRLHNFNTKFYYSFNESLTFVSKVYCYPKCNISWIYKKCLKYFRSDCQSVKLQGIEIDEQSNTTISKVTLNLDAEGMIICLVSNTYGSDADLREILLTDGLPNVSFGIIKPKEEIFEGDNVILTCSAVKRKFSSVKWFYDDEIVTNSVPQKPSFIHVNMNDTEVRRLADDAKNPVYLSCYVDGMPKPIITWAKDGLPLKLSKPQFGVVDNNQKLIIRYFSENDGGKYSFPQKPSFIDVNMNDTEVRRLADDAKNPVYLSCYVDGLPKPVITWSKDGLPLKLSEPQFGVVDNNQKLIIRYFSENDGGKYSCIAENRLGKIEKSQKVVIIGLNKTLFWIEITVWLIIIIISFSFFFYLRIQRKMMVTEELSHTGLTNFEDGEINSISSELTLDDQAELLPYDKKWEFSREKLRFEKQLGRGAFGVVYKAEAYGICPNESSTTIAVKMVRRNAESTCIDALARELKIMSHLGQHPNVVNLLGACTKNIASGKLLVIVEFCRFGNLESYLRHYQENLINPIHVTNGRMNLFVKKGLKSGHIMHNGISINCDYIQPGWRSNYNGDYENRNVEPLCCQDFLIWAFQVAHGMEYLVRRKVLHCDLAARNILLADNNIIKICDFGLAKKIYQDDIYKKQSKDPLPLRWMAIESITYRIFSTKSDVWSFGVVLWEFFTFAEIPYPTMDEEKMYHKLIEGYRMEKPEYATKDIYDIMLHCWKADPNQRPSFTDLSKSIGKLFDDSIKRKFLQLYHTYENINKANDLEEKIDYLSKMASPDNFTHVPPQHDYVNTLPQLAKPLYVNTSAKVLDPVEEEYEDFLEINSYLVTSVFILNNVTQNDEGNYTCEIRSSINRTTSDSTYIRVFDPNNSFINLTSDHEKRSGIIGGSVVFIAHVDAYPIPKLTWLYRNGKKIKSSFLCVILQSDTNVVMIRKFLQKRDKGIYTLKADNTIIVKYFNFTLEEVYEKPQVGIYEINVKSYYNFNESSMFICEAYCYPKCNISWIYRKGPIFKDDFESRELKRIFYFKCKPGKTTRQSLGSHNGRLLSGFLNGIPTEKVLSRAPRPTFLTNGERHETTCESSVGHSTESEKKRKSHISGKIYNFTRERKTEVNENKKEILPTWQINKEIHTDKLTVDTSTIVVGKKFYQVTKVQGDGNCLYRALLVHLFGDENHHSDIRTTLVNYVVNNWNELQVHLLFNGCKHKFKDAAHYEIVMGCDKEFGTAFEAGMFVSVYNLNVKLKRKVSGDWVCYPMISTSKSTVTVHLLFTGNDLNGHWDYLTEIGETTTTTTTYQKCESLCSEKSNKYNRSQKAQKRSKKRKNGYYRWYK

Target ORF information:

RefSeq Version	XM_014359736.1
Organism	Copidosoma floridanum
Definition	Copidosoma floridanum vascular endothelial growth factor receptor 1-like (LOC106644298), mRNA.

Target ORF information:

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

XM_014359736.1

ORF Insert Sequence:

ATGGTTAAAA TTAATTCTGT TCTGGTAAAA AGATTAAAGT ATCCAAGCAT AGTATTACTC 
GAAATCAAAA CGGCAGTTGG ACGTTTCAAA GATTATCAAC TGTTGTTGGC GACACTGGCT 
GCCATGAAAA GTGTATTTGT ACAAAGTTTC AAGGGATTTC AGTACCCTAT AGTAACAGAT 
GTGTGTATTG GTTACAATAT TATTCCGTGC CGTACTACTT CCCCTAAATT TCAAGTGACT 
CTTAAACAAG GGAACAAGAA AATAGAGCCT AGTGGAAACA TAAGTTTTGA CCCTAAAATT 
GGTTATGTTA TGACAAATCT GAGGGTTCCA GTACTTCAAA AATATACTTG TGAGGTAAAT 
CAAAATAATT CATCACAGAA AATAAGTTTT CGCCTTCACG AAATACCTTC TTGCATAAGT 
AAACCCCATT TAAAAATAAA TGGACGAAAA AAAGTCACTA GAGGCTCAAA GTTGACCATC 
AAATGTCAAT TTAGAGTTAA AAGAGATGTT AACTTTTACA GCATCTGGTG GAAGAGTCCA 
CAAAACTTGA CTTCCGCCAA AGTTTTGGAT CCTGTTAAAG AAGAGTATGA ATATTTTTTG 
GGACGTAATT CCCATTTGGT AACATCTGTA TTTATTCTAA ACAATGTTAC GCAAAATGAT 
GAGGGCAATT ACACTTGCGA AATAAAATCG TCACTCAATG AAACAGCAAG TGACAGTATT 
TTTGTCCGTA TTTACGATCC AAATAACTCA TTTATCAATT TAACGTCTGA TAATAAAGAG 
AAAATCAGTA TCAATGGTGG TACAGCAGTT TTCAAAGCTT ATGTTGATGC ATATCCAATA 
CCCAATCTAA CATGGCTTGA CCGTCACGGC AACGAGATTA TTTCGAGTTT TCAAAGAATC 
ATAACACACT CGTATCCTAA AACTGAACTT TTATTAACAT TAACTCAGAA GAAAGACGAA 
GGAATTTACA CACTTAAAGC CAATAATACC ATTTTAGTAA AGTATTTGAA CTTTACACTT 
GAAGTTTACG CAAAACCAAA AGTAAGACTT CACAATTTCA ACACAAAATT CTATTACAGC 
TTTAACGAAA GTTTAACGTT TGTTAGCAAA GTCTATTGTT ATCCTAAGTG TAACATATCG 
TGGATTTACA AGAAGTGCCT TAAATATTTT AGAAGCGATT GTCAATCTGT GAAGCTACAG 
GGTATAGAGA TTGATGAGCA AAGTAACACA ACTATATCCA AAGTAACATT GAACCTGGAT 
GCAGAGGGCA TGATTATTTG TTTAGTAAGT AATACTTATG GCTCTGATGC TGATTTACGG 
GAAATTCTTC TTACTGATGG ACTACCTAAC GTTTCCTTCG GAATAATTAA GCCAAAGGAA 
GAAATATTTG AAGGTGACAA TGTTATTTTA ACTTGTTCTG CTGTGAAACG GAAATTTTCT 
TCAGTAAAAT GGTTTTATGA TGATGAAATA GTGACAAATT CCGTTCCACA AAAACCTAGC 
TTTATTCATG TTAATATGAA TGATACCGAA GTGAGGCGGT TGGCAGATGA TGCTAAAAAC 
CCCGTTTATT TGTCATGCTA TGTTGATGGA ATGCCAAAAC CTATTATTAC ATGGGCTAAA 
GATGGTTTAC CTTTAAAGTT ATCGAAACCG CAGTTTGGTG TTGTGGACAA TAATCAAAAA 
TTGATCATAA GATATTTCTC AGAAAATGAT GGTGGAAAAT ATTCATTTCC ACAAAAACCT 
AGCTTCATTG ATGTTAATAT GAATGATACC GAAGTGAGGC GGTTGGCAGA TGATGCTAAA 
AACCCCGTTT ACTTGTCATG CTACGTGGAT GGACTGCCAA AACCTGTTAT TACATGGTCT 
AAAGATGGTT TACCTTTAAA GTTATCGGAA CCGCAGTTTG GTGTTGTGGA CAATAATCAA 
AAATTGATCA TAAGATATTT CTCAGAAAAT GATGGTGGAA AATATTCATG TATTGCTGAA 
AATCGATTGG GAAAAATAGA GAAATCACAA AAAGTTGTCA TAATAGGGCT CAACAAGACT 
TTGTTTTGGA TTGAAATAAC AGTTTGGTTA ATTATAATTA TCATCTCTTT TTCATTTTTC 
TTTTACCTAA GAATACAACG TAAGATGATG GTCACAGAAG AGTTGTCTCA CACTGGACTT 
ACAAACTTTG AGGATGGAGA AATTAATTCA ATAAGTTCAG AATTAACTCT AGACGATCAA 
GCAGAACTTC TTCCGTACGA CAAAAAATGG GAATTTTCCA GAGAAAAATT ACGGTTTGAA 
AAACAGTTAG GACGTGGAGC TTTTGGAGTT GTGTACAAGG CAGAAGCTTA TGGGATTTGT 
CCCAACGAGT CTTCTACTAC TATAGCTGTA AAAATGGTCC GACGAAATGC TGAATCAACG 
TGTATTGATG CTCTGGCAAG AGAATTAAAA ATAATGAGTC ATCTGGGACA GCACCCAAAT 
GTTGTAAATC TCCTTGGTGC CTGCACAAAA AATATTGCTA GCGGTAAACT TTTAGTTATT 
GTCGAGTTTT GTAGATTTGG AAATCTAGAA AGTTATTTAC GCCATTATCA AGAAAACCTC 
ATTAATCCAA TTCATGTGAC TAATGGTAGA ATGAATCTAT TTGTTAAGAA AGGATTAAAA 
AGCGGTCATA TAATGCACAA TGGTATAAGT ATTAACTGCG ACTACATCCA ACCCGGCTGG 
CGCTCTAATT ACAACGGTGA CTATGAAAAT AGGAATGTCG AGCCTCTCTG CTGTCAGGAT 
TTTTTAATTT GGGCGTTTCA GGTGGCACAT GGTATGGAGT ACCTCGTTCG AAGAAAGGTT 
CTGCATTGCG ACTTGGCTGC GAGGAATATT TTACTAGCAG ATAATAATAT CATCAAAATT 
TGTGACTTTG GTTTGGCCAA GAAGATATAT CAAGATGACA TTTACAAGAA ACAGAGCAAA 
GATCCGTTGC CCCTGAGGTG GATGGCCATA GAGTCTATTA CTTATCGAAT TTTCTCTACG 
AAATCAGATG TCTGGTCTTT TGGTGTAGTA CTGTGGGAAT TTTTTACTTT TGCTGAGATC 
CCATACCCAA CCATGGATGA AGAGAAGATG TATCACAAAC TCATCGAGGG TTACAGAATG 
GAAAAGCCTG AATATGCTAC CAAAGATATT TACGATATTA TGCTTCATTG CTGGAAGGCT 
GACCCGAATC AAAGGCCATC ATTCACAGAC CTTAGTAAAA GTATTGGGAA ACTTTTCGAC 
GATAGCATCA AAAGAAAGTT TTTACAATTG TACCATACAT ACGAGAACAT AAACAAAGCA 
AATGATTTGG AAGAAAAAAT TGATTACTTA TCAAAAATGG CATCTCCTGA TAACTTTACA 
CATGTCCCAC CTCAGCACGA CTACGTCAAC ACATTGCCAC AACTTGCGAA ACCATTGTAT 
GTAAACACTT CCGCAAAAGT TTTGGATCCT GTTGAAGAAG AGTATGAAGA TTTTTTGGAA 
ATTAATTCCT ATTTAGTAAC GTCTGTATTT ATTCTAAACA ATGTTACGCA AAATGATGAG 
GGCAATTATA CTTGTGAAAT ACGATCATCA ATCAATCGAA CAACAAGTGA CAGTACATAT 
ATCCGTGTTT TTGATCCAAA TAACTCATTT ATCAATTTAA CATCTGATCA TGAAAAAAGA 
AGTGGCATCA TTGGTGGTTC AGTAGTTTTC ATAGCTCACG TTGATGCGTA TCCAATACCA 
AAGCTCACAT GGCTTTACCG TAATGGAAAG AAGATCAAAT CAAGTTTTTT GTGTGTTATA 
TTACAGTCAG ATACTAACGT AGTAATGATA CGAAAATTTT TGCAAAAGAG AGATAAAGGA 
ATTTATACAC TTAAAGCTGA TAATACCATA ATAGTAAAGT ATTTCAACTT TACTCTCGAA 
GAAGTTTACG AAAAGCCACA AGTGGGAATT TATGAGATCA ACGTTAAATC TTATTACAAC 
TTTAATGAGA GTTCAATGTT TATTTGCGAA GCCTACTGTT ATCCTAAGTG TAATATATCA 
TGGATTTACA GGAAGGGCCC TATATTTAAA GACGATTTTG AATCTCGGGA ACTAAAGAGA 
ATTTTCTACT TCAAATGCAA GCCAGGGAAG ACAACTCGGC AGAGTCTTGG CAGTCACAAC 
GGCCGCCTTC TTAGTGGTTT TCTCAACGGC ATACCCACAG AGAAGGTATT ATCCAGGGCA 
CCCAGGCCCA CTTTCCTGAC TAACGGTGAA CGACACGAAA CAACGTGTGA ATCGTCGGTT 
GGACACTCAA CAGAATCGGA GAAAAAACGA AAGTCGCATA TTTCTGGTAA AATATATAAT 
TTCACCCGCG AGCGTAAGAC AGAAGTAAAT GAAAACAAAA AAGAAATTTT GCCAACATGG 
CAAATTAATA AAGAAATACA TACCGATAAA CTGACTGTTG ATACATCAAC AATCGTAGTA 
GGCAAAAAGT TTTATCAAGT TACCAAGGTA CAAGGTGATG GTAATTGCCT GTATAGAGCA 
CTACTAGTCC ATCTGTTCGG TGATGAAAAC CATCACTCTG ACATACGTAC AACTCTAGTC 
AATTACGTAG TTAATAATTG GAATGAATTG CAAGTTCATC TTCTCTTTAA TGGTTGCAAG 
CATAAATTTA AAGATGCGGC GCATTATGAA ATCGTGATGG GTTGTGATAA AGAATTTGGT 
ACTGCTTTTG AAGCTGGGAT GTTCGTATCG GTGTACAATT TAAACGTTAA ATTGAAAAGA 
AAAGTGTCCG GAGATTGGGT TTGTTACCCA ATGATCAGTA CATCTAAGTC AACTGTGACA 
GTACATTTAC TTTTTACGGG TAATGATTTA AATGGCCACT GGGATTATTT AACAGAAATC 
GGTGAAACTA CCACCACTAC TACAACATAT CAAAAATGCG AGTCCCTTTG TTCAGAAAAA 
TCCAATAAAT ACAACAGATC CCAAAAAGCT CAAAAAAGAA GTAAAAAACG AAAAAATGGA 
TACTACCGCT GGTACAAATG A