LOC106639199 cDNA ORF clone, Copidosoma floridanum

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106639199
Entrez Gene ID	106639199
Full Name	protein sprint
Gene Type	protein-coding
Organism	Copidosoma floridanum

mRNA and Protein(s)

mRNA	Protein	Name
XM_014352701.1	XP_014208187.1	protein sprint

Pathways from BioSystems
Gene Ontology

The following LOC106639199 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106639199 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
OCo13248	XM_014352701.1 Latest version!	Copidosoma floridanum protein sprint (LOC106639199), 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)

LOC106639199 ( XM_014352701.1 ) cDNA ORF clone, Copidosoma floridanum -> XP_014208187.1 Copidosoma floridanum protein sprint (LOC106639199), mRNA.

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CloneID	OCo13248
Clone ID Related Accession (Same CDS sequence)	XM_014352701.1
Accession Version	XM_014352701.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4347bp) 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	protein sprint
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019379466.1) 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##

ATGCTGCCAC CGGTCGTCAG CAATACCAAC GGCGAGATAC TCACGCTGTA CACGAGCAAC 
AACAACGAAT CGCCGGGGAA TCATGGCAAC GGAAGACCGC CGAGGGGGCG ATACGCCGAG 
ATCGGAGTCA GGAGAAGCGG CGTCTTCCTG GAGCCGTGCC TCAACCACCA CCACGGCGGG 
CAGCCGAGCG GCAACGGGAG CCATCAGGCG TCAGTGACAA CGCCGGTCCA GGACAATTCA 
CCGCCACCTC CAACCTTGGA TCCACACCGT CGGCTCACCG TCGTCCCCCG GCTACATCAC 
GGACAGAGCG AGGGCTCGTT ATCGTCGGAC AACTCTGGAA TATCGGCCGG GTCGTCGAGC 
ACGGAAGAGG ATTCAGGCGA GTGCAACGGG GCCGGAGGCA TGAGAGGCGG TGGTGATGGT 
GTCGGCAACA ACGGGGGTGG CAACGACACC GGCTGCAACA TCACCCTCGT CGAGCGCCTG 
ATACGCTCGC ATCCGATCTG GTTCCTGCCG GGCATACAAC GGGCCGGCGC CTTTCACCTG 
CTCCAGGGCA AAGAGGAAGG GAATTTCGTA GTTCGACAAT CGAGCCAGAG CGACACGATG 
GCGCTGTCGG TAAGGCTGCC GGCCGGCCGG GGACCCTACA TCGAGCACTA CCTCATCCAG 
GCCAACAAGG GCAGGCTCAG CCTCGAGACG AGCGAGAATC GCTTCGACAA CATACCCTCG 
CTCATCGCCC ATTACTGCTC GTGCTGCGAC GAATTGCCGG TGCAGCTGAC GCTGCCGCGA 
GCGATGCGCG AGGCCAAGAA TAGACAGCAG CTCTCGTCGC TCGCGCTCTT GGGCCAAGAA 
TTCTGGAGGT ACCCGATGGC GAATCCCAAG CCCCCGGAGA GCGTGAGCAG CAGCAGCAAC 
ACGTCGAGTC TCAGCAGCTT TCACGGCGGT ATCAACAACA ACAACAATAA CTTGGGCACC 
CCCATGACTG AGAGCATCGT ACTGAATCTT ACTCCAATCA TACCAAAAGA ATCTCAAAAC 
ACATCACCCA ACAACACGAT AACAACGTCG ACCTTCGCAC CCCCGGGACC CCGCCAACCC 
CGACCAACCC CACCCAACAC CTTGAACCTA ACAACCTTCA ACGAGCCTTT GGAATCCAAG 
TGCGACATCA ACAAACTCTC CCCCCACGAT AAACTGTCCC AACGTCTAGT CTCGCCGAAC 
TTGGTCCAAA ACCTGGTAAG GTCACCTTCA CCCGTAGTCC ACAACGTCGA TACCAATGTC 
CTAAGTCCTC CGAGGGACAT CAAATGCGAG TTCGTTCGAG GCAGTCACTT CACCTCGAGC 
AACACTTCCA TAACGTCGAA TTTTCATCGA AACATCGCCA CTGGATTCAA CGACCTGAAC 
ATCAAGTCAC CGGACGTTGT CCAAATTGGA AACCATCTGT TGAAGAGTCC CCCACCACCA 
CCTCCCAGAT GGGCCAAGCC CGCGCAGCTT CAGAATCAGA AAAACATCAA CGCTACGAGC 
ACAGTCATGC TAAGCGTCAA TCAGAACGGT GAAATGAATA ACACTGTTCA GTCGACGCCG 
TCGGATACGC CACTCCTTAG TCCTCAAAGT GCCTCGTCGA ACAAGTCCCT GGGCTCAAAA 
TCCTCGTCGG CACAATCGTC GTCCGCGGCA ACGCCGGTTC TATCGTCCTC TTCGAAACTC 
GTTAGCAACG GCACTAGAAC GCCACAGGTC ATGTCTCCAT CAGTACTTTC GAGTACTGGA 
AAATCGTCGA GACGCAGAAA AGAACGAGAC GCGCGCAAGA ACTCTCAACA CTACCAGGAG 
TCGGACATCC TGGAGTCGTA CTGCAGAAGT TCGCCGGCCG ATAAAATATC CGACTACGAG 
GACATCTGGA ACACAAGCGA CTTCCCAAAC AGGTCGGCCA AAGAGAACCA GAACTACAAC 
GGCGAACAGA CGACGAGGAA TCACATGAAC GAGAACAAGG ATAGGATACT GAGTCCAGGT 
GAAAGTAAGG TGATCAGGGC TGAGCAGCTG GTCGTCCAGA CGAACGAGAA ACTGATCATC 
AGGAATGACA AGACGAGCGC GAACGAGAAA TTTAGCTATA AGGAAATCAC TAGTCCGGAA 
TTCACGAGCT TTAAGCCCCC GCAGGAGTCA AAGAGTCAGG AGACGACGCC GTCACCGGAG 
GACACGAGGA AACGACCTGA TCTTTTGTCA AGAGTTTGCA GCGCAAACTC CTTGAACAGC 
CCACTCAACC TAACGCCTCC GCGTAAGTTC GGCCTGATGG CTGCTGTAAC CCGCTCGGAG 
AGCAACAGTC CCATGACCCC TGACTCGAAG CACAGCAGTC CGTTTTACGC TGAGCCAGCG 
GATGCGATAC CTCGACCGGC TTTGTCGAAC GTGGCTCGTC GAAGACCGAA ACCCATGAAC 
TCGGTGACCA GCCGATTCCG GCACAGCGAG CCTGGTTGGC TTCAAGCCCA GCTCGCGGGT 
AATTGTAACC ACGCCTCGGC CCTGCACTCG ATAGACTGGG ACGAGAGCGA GGAGACGGAG 
GAGAAGACGC CCTTGATCTC GTCATCGGTG GACAATTTGG CCAGAAGACT GAGCGGCAGG 
GAACCAAAGA AGGGTCTACC CGTGGCGGCC AAGCCCGTCC AGCCGCCCAA GATCAAGCCC 
AAGATATTCA GTGACACTTC GTGGGCGGTC GACTCCAGCT GGGAGTTTAT TGGGAACGAT 
GCGGACAATT GTGAACCAGA CTACGACTGT GATACGGACT GCGACGTGGA AAACGTGGGC 
GGGAAGTTTC CCGATGACGA GCACGACAAG TACATCATAC GCAACACTTT GACCGCGCAA 
AGTATCATTT TACAAAGATA CCCAGAACTG CTGAAGTCTC CGGATGCAAC GGAGAGCTTG 
TACAGTGACC GGAACTCGTC GTACGACAAC GTCGAAAAAC GCCAGGCGAA CCACACGAGC 
ACCATGTCAA CGAGCTCGAC GGCGACCACG ACGACGGTAT CGTCGATATT GACGACGACA 
ACGGCGATAA CGACACTGGA TCCACGACGG CCCGTGACGA TCGTTGACCG CTGCAACAAC 
TACGTTCCGT CCGAATCCGA GACGATTTTG GATACGGACG CCGAGAGCGA TGTCGACAGG 
ATCAAGCGCA ACCGCAGCTG CAAGCTGGAA CGGCTGTATT CGCTTTTATC TCCACCTCGG 
CTGAACGTGC TGAAGCGTAA CGGCGATAAT GGCTCGAGTG CCGTTGGCTC GACCATACGA 
TCCTACGCGC TGCAGTTGGC CGCCGATAAA TCGACGACCT TCTCGCAAAA CATCGAGAAC 
TTCATTCAGT GCACGAAGGA GAGCAAGGAG GCCTCGCCCC AGGTCGTCAT GCGCAACATG 
CGGCAATTCA TGTCCGGCAT GAAGAACTAC TTGGTGAAGC ACGGCGAGCG TGAATTCGAG 
AAGGAGGTCG AGAAGGAGCG CCTCAAGCTC AAAGCCAACG AGTTCCTCAA TCTCGACCAC 
ATCCTCGAGG ACGTGATGAT GCACCTTGTG GTGAGGCCGC TGCGCGAGCA CGTCTACCGG 
CTCTTCGTCG AGAACTACAT GGCGGACGGC TCGATACCGA TGCTGGCTGA CAGCATCAAA 
CTCGCTCAGT CCAAGAACAT GTACGACTTT GGCGTCCAGC AAAAAATCTT GCCACCCACG 
GAAGCGAGCT TGGAGCGTAT CCTGAAGATC ATGCAAACGT TGCAAAAAGC CGACTCACCG 
CTTGAAAAAC TTGATAATCT ACTAATCGCA ATCTCTACTA TTTATAATTC AGTAAGACAC 
GCCAACTCGA ACAAAATGGT AATAATGGGC GCTGACGACC TGCTGCCTCT GATTATCTGG 
ATTTTGGCGC GCGGAAAGTT TGTGGATGCG GAAATCGAGT CGGAGTTCAT GTGGGGCCTT 
ATACACCCGT CCCTTTTAAC AGGCGAGGGT GGCTACTATC TCACGACCCT TTCGAGCGCC 
GTGCAGATAC TCAAAGGCCT GAAATCTAGT CAGGGGACCA TGTCGACGAT AAACGGATGT 
GGAACACCGG ATTGTTCTTC CGTTCTGCGA ATTCTCGTTC CAGACGAATT ACATGGTTCT 
CTTAATACAC GAACACTGCC AGTCCGACCG AACATGAATA CTCGTGATAT ATGCCGTATT 
CTTGCCCACA AGATAAGATG CACGAATCCT CAAGATTACG GCCTCTTCAA GCTCGTTCAA 
GGAGAAGAAA CTCTACTCGG AGATCAGGAG TGTCCACAGG ACATGTTGCA CTGTTTGTTC 
GCATACAAAC GAATCGATGC AAAGATCGCC TGGCCAAAGA CAGCTAACCC AACGACCCCG 
ACACTGAACA ATGGCAATCA CTCCTGA

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

RefSeq	XP_014208187.1
CDS	687..5033
Translation	MLPPVVSNTNGEILTLYTSNNNESPGNHGNGRPPRGRYAEIGVRRSGVFLEPCLNHHHGGQPSGNGSHQASVTTPVQDNSPPPPTLDPHRRLTVVPRLHHGQSEGSLSSDNSGISAGSSSTEEDSGECNGAGGMRGGGDGVGNNGGGNDTGCNITLVERLIRSHPIWFLPGIQRAGAFHLLQGKEEGNFVVRQSSQSDTMALSVRLPAGRGPYIEHYLIQANKGRLSLETSENRFDNIPSLIAHYCSCCDELPVQLTLPRAMREAKNRQQLSSLALLGQEFWRYPMANPKPPESVSSSSNTSSLSSFHGGINNNNNNLGTPMTESIVLNLTPIIPKESQNTSPNNTITTSTFAPPGPRQPRPTPPNTLNLTTFNEPLESKCDINKLSPHDKLSQRLVSPNLVQNLVRSPSPVVHNVDTNVLSPPRDIKCEFVRGSHFTSSNTSITSNFHRNIATGFNDLNIKSPDVVQIGNHLLKSPPPPPPRWAKPAQLQNQKNINATSTVMLSVNQNGEMNNTVQSTPSDTPLLSPQSASSNKSLGSKSSSAQSSSAATPVLSSSSKLVSNGTRTPQVMSPSVLSSTGKSSRRRKERDARKNSQHYQESDILESYCRSSPADKISDYEDIWNTSDFPNRSAKENQNYNGEQTTRNHMNENKDRILSPGESKVIRAEQLVVQTNEKLIIRNDKTSANEKFSYKEITSPEFTSFKPPQESKSQETTPSPEDTRKRPDLLSRVCSANSLNSPLNLTPPRKFGLMAAVTRSESNSPMTPDSKHSSPFYAEPADAIPRPALSNVARRRPKPMNSVTSRFRHSEPGWLQAQLAGNCNHASALHSIDWDESEETEEKTPLISSSVDNLARRLSGREPKKGLPVAAKPVQPPKIKPKIFSDTSWAVDSSWEFIGNDADNCEPDYDCDTDCDVENVGGKFPDDEHDKYIIRNTLTAQSIILQRYPELLKSPDATESLYSDRNSSYDNVEKRQANHTSTMSTSSTATTTTVSSILTTTTAITTLDPRRPVTIVDRCNNYVPSESETILDTDAESDVDRIKRNRSCKLERLYSLLSPPRLNVLKRNGDNGSSAVGSTIRSYALQLAADKSTTFSQNIENFIQCTKESKEASPQVVMRNMRQFMSGMKNYLVKHGEREFEKEVEKERLKLKANEFLNLDHILEDVMMHLVVRPLREHVYRLFVENYMADGSIPMLADSIKLAQSKNMYDFGVQQKILPPTEASLERILKIMQTLQKADSPLEKLDNLLIAISTIYNSVRHANSNKMVIMGADDLLPLIIWILARGKFVDAEIESEFMWGLIHPSLLTGEGGYYLTTLSSAVQILKGLKSSQGTMSTINGCGTPDCSSVLRILVPDELHGSLNTRTLPVRPNMNTRDICRILAHKIRCTNPQDYGLFKLVQGEETLLGDQECPQDMLHCLFAYKRIDAKIAWPKTANPTTPTLNNGNHS

Target ORF information:

RefSeq Version	XM_014352701.1
Organism	Copidosoma floridanum
Definition	Copidosoma floridanum protein sprint (LOC106639199), mRNA.

Target ORF information:

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

XM_014352701.1

ORF Insert Sequence:

ATGCTGCCAC CGGTCGTCAG CAATACCAAC GGCGAGATAC TCACGCTGTA CACGAGCAAC 
AACAACGAAT CGCCGGGGAA TCATGGCAAC GGAAGACCGC CGAGGGGGCG ATACGCCGAG 
ATCGGAGTCA GGAGAAGCGG CGTCTTCCTG GAGCCGTGCC TCAACCACCA CCACGGCGGG 
CAGCCGAGCG GCAACGGGAG CCATCAGGCG TCAGTGACAA CGCCGGTCCA GGACAATTCA 
CCGCCACCTC CAACCTTGGA TCCACACCGT CGGCTCACCG TCGTCCCCCG GCTACATCAC 
GGACAGAGCG AGGGCTCGTT ATCGTCGGAC AACTCTGGAA TATCGGCCGG GTCGTCGAGC 
ACGGAAGAGG ATTCAGGCGA GTGCAACGGG GCCGGAGGCA TGAGAGGCGG TGGTGATGGT 
GTCGGCAACA ACGGGGGTGG CAACGACACC GGCTGCAACA TCACCCTCGT CGAGCGCCTG 
ATACGCTCGC ATCCGATCTG GTTCCTGCCG GGCATACAAC GGGCCGGCGC CTTTCACCTG 
CTCCAGGGCA AAGAGGAAGG GAATTTCGTA GTTCGACAAT CGAGCCAGAG CGACACGATG 
GCGCTGTCGG TAAGGCTGCC GGCCGGCCGG GGACCCTACA TCGAGCACTA CCTCATCCAG 
GCCAACAAGG GCAGGCTCAG CCTCGAGACG AGCGAGAATC GCTTCGACAA CATACCCTCG 
CTCATCGCCC ATTACTGCTC GTGCTGCGAC GAATTGCCGG TGCAGCTGAC GCTGCCGCGA 
GCGATGCGCG AGGCCAAGAA TAGACAGCAG CTCTCGTCGC TCGCGCTCTT GGGCCAAGAA 
TTCTGGAGGT ACCCGATGGC GAATCCCAAG CCCCCGGAGA GCGTGAGCAG CAGCAGCAAC 
ACGTCGAGTC TCAGCAGCTT TCACGGCGGT ATCAACAACA ACAACAATAA CTTGGGCACC 
CCCATGACTG AGAGCATCGT ACTGAATCTT ACTCCAATCA TACCAAAAGA ATCTCAAAAC 
ACATCACCCA ACAACACGAT AACAACGTCG ACCTTCGCAC CCCCGGGACC CCGCCAACCC 
CGACCAACCC CACCCAACAC CTTGAACCTA ACAACCTTCA ACGAGCCTTT GGAATCCAAG 
TGCGACATCA ACAAACTCTC CCCCCACGAT AAACTGTCCC AACGTCTAGT CTCGCCGAAC 
TTGGTCCAAA ACCTGGTAAG GTCACCTTCA CCCGTAGTCC ACAACGTCGA TACCAATGTC 
CTAAGTCCTC CGAGGGACAT CAAATGCGAG TTCGTTCGAG GCAGTCACTT CACCTCGAGC 
AACACTTCCA TAACGTCGAA TTTTCATCGA AACATCGCCA CTGGATTCAA CGACCTGAAC 
ATCAAGTCAC CGGACGTTGT CCAAATTGGA AACCATCTGT TGAAGAGTCC CCCACCACCA 
CCTCCCAGAT GGGCCAAGCC CGCGCAGCTT CAGAATCAGA AAAACATCAA CGCTACGAGC 
ACAGTCATGC TAAGCGTCAA TCAGAACGGT GAAATGAATA ACACTGTTCA GTCGACGCCG 
TCGGATACGC CACTCCTTAG TCCTCAAAGT GCCTCGTCGA ACAAGTCCCT GGGCTCAAAA 
TCCTCGTCGG CACAATCGTC GTCCGCGGCA ACGCCGGTTC TATCGTCCTC TTCGAAACTC 
GTTAGCAACG GCACTAGAAC GCCACAGGTC ATGTCTCCAT CAGTACTTTC GAGTACTGGA 
AAATCGTCGA GACGCAGAAA AGAACGAGAC GCGCGCAAGA ACTCTCAACA CTACCAGGAG 
TCGGACATCC TGGAGTCGTA CTGCAGAAGT TCGCCGGCCG ATAAAATATC CGACTACGAG 
GACATCTGGA ACACAAGCGA CTTCCCAAAC AGGTCGGCCA AAGAGAACCA GAACTACAAC 
GGCGAACAGA CGACGAGGAA TCACATGAAC GAGAACAAGG ATAGGATACT GAGTCCAGGT 
GAAAGTAAGG TGATCAGGGC TGAGCAGCTG GTCGTCCAGA CGAACGAGAA ACTGATCATC 
AGGAATGACA AGACGAGCGC GAACGAGAAA TTTAGCTATA AGGAAATCAC TAGTCCGGAA 
TTCACGAGCT TTAAGCCCCC GCAGGAGTCA AAGAGTCAGG AGACGACGCC GTCACCGGAG 
GACACGAGGA AACGACCTGA TCTTTTGTCA AGAGTTTGCA GCGCAAACTC CTTGAACAGC 
CCACTCAACC TAACGCCTCC GCGTAAGTTC GGCCTGATGG CTGCTGTAAC CCGCTCGGAG 
AGCAACAGTC CCATGACCCC TGACTCGAAG CACAGCAGTC CGTTTTACGC TGAGCCAGCG 
GATGCGATAC CTCGACCGGC TTTGTCGAAC GTGGCTCGTC GAAGACCGAA ACCCATGAAC 
TCGGTGACCA GCCGATTCCG GCACAGCGAG CCTGGTTGGC TTCAAGCCCA GCTCGCGGGT 
AATTGTAACC ACGCCTCGGC CCTGCACTCG ATAGACTGGG ACGAGAGCGA GGAGACGGAG 
GAGAAGACGC CCTTGATCTC GTCATCGGTG GACAATTTGG CCAGAAGACT GAGCGGCAGG 
GAACCAAAGA AGGGTCTACC CGTGGCGGCC AAGCCCGTCC AGCCGCCCAA GATCAAGCCC 
AAGATATTCA GTGACACTTC GTGGGCGGTC GACTCCAGCT GGGAGTTTAT TGGGAACGAT 
GCGGACAATT GTGAACCAGA CTACGACTGT GATACGGACT GCGACGTGGA AAACGTGGGC 
GGGAAGTTTC CCGATGACGA GCACGACAAG TACATCATAC GCAACACTTT GACCGCGCAA 
AGTATCATTT TACAAAGATA CCCAGAACTG CTGAAGTCTC CGGATGCAAC GGAGAGCTTG 
TACAGTGACC GGAACTCGTC GTACGACAAC GTCGAAAAAC GCCAGGCGAA CCACACGAGC 
ACCATGTCAA CGAGCTCGAC GGCGACCACG ACGACGGTAT CGTCGATATT GACGACGACA 
ACGGCGATAA CGACACTGGA TCCACGACGG CCCGTGACGA TCGTTGACCG CTGCAACAAC 
TACGTTCCGT CCGAATCCGA GACGATTTTG GATACGGACG CCGAGAGCGA TGTCGACAGG 
ATCAAGCGCA ACCGCAGCTG CAAGCTGGAA CGGCTGTATT CGCTTTTATC TCCACCTCGG 
CTGAACGTGC TGAAGCGTAA CGGCGATAAT GGCTCGAGTG CCGTTGGCTC GACCATACGA 
TCCTACGCGC TGCAGTTGGC CGCCGATAAA TCGACGACCT TCTCGCAAAA CATCGAGAAC 
TTCATTCAGT GCACGAAGGA GAGCAAGGAG GCCTCGCCCC AGGTCGTCAT GCGCAACATG 
CGGCAATTCA TGTCCGGCAT GAAGAACTAC TTGGTGAAGC ACGGCGAGCG TGAATTCGAG 
AAGGAGGTCG AGAAGGAGCG CCTCAAGCTC AAAGCCAACG AGTTCCTCAA TCTCGACCAC 
ATCCTCGAGG ACGTGATGAT GCACCTTGTG GTGAGGCCGC TGCGCGAGCA CGTCTACCGG 
CTCTTCGTCG AGAACTACAT GGCGGACGGC TCGATACCGA TGCTGGCTGA CAGCATCAAA 
CTCGCTCAGT CCAAGAACAT GTACGACTTT GGCGTCCAGC AAAAAATCTT GCCACCCACG 
GAAGCGAGCT TGGAGCGTAT CCTGAAGATC ATGCAAACGT TGCAAAAAGC CGACTCACCG 
CTTGAAAAAC TTGATAATCT ACTAATCGCA ATCTCTACTA TTTATAATTC AGTAAGACAC 
GCCAACTCGA ACAAAATGGT AATAATGGGC GCTGACGACC TGCTGCCTCT GATTATCTGG 
ATTTTGGCGC GCGGAAAGTT TGTGGATGCG GAAATCGAGT CGGAGTTCAT GTGGGGCCTT 
ATACACCCGT CCCTTTTAAC AGGCGAGGGT GGCTACTATC TCACGACCCT TTCGAGCGCC 
GTGCAGATAC TCAAAGGCCT GAAATCTAGT CAGGGGACCA TGTCGACGAT AAACGGATGT 
GGAACACCGG ATTGTTCTTC CGTTCTGCGA ATTCTCGTTC CAGACGAATT ACATGGTTCT 
CTTAATACAC GAACACTGCC AGTCCGACCG AACATGAATA CTCGTGATAT ATGCCGTATT 
CTTGCCCACA AGATAAGATG CACGAATCCT CAAGATTACG GCCTCTTCAA GCTCGTTCAA 
GGAGAAGAAA CTCTACTCGG AGATCAGGAG TGTCCACAGG ACATGTTGCA CTGTTTGTTC 
GCATACAAAC GAATCGATGC AAAGATCGCC TGGCCAAAGA CAGCTAACCC AACGACCCCG 
ACACTGAACA ATGGCAATCA CTCCTGA