LOC105270548 cDNA ORF clone, Fopius arisanus

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105270548
Entrez Gene ID	105270548
Full Name	Rho guanine nucleotide exchange factor (GEF) 17
Gene Type	protein-coding
Organism	Fopius arisanus

mRNA and Protein(s)

mRNA	Protein	Name
XM_011311573.1	XP_011309875.1	rho guanine nucleotide exchange factor 17

Pathways from BioSystems
Gene Ontology

The following LOC105270548 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105270548 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
OFo53814	XM_011311573.1 Latest version!	Fopius arisanus rho guanine nucleotide exchange factor 17 (LOC105270548), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$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)

LOC105270548 ( XM_011311573.1 ) cDNA ORF clone, Fopius arisanus -> XP_011309875.1 Fopius arisanus rho guanine nucleotide exchange factor 17 (LOC105270548), mRNA.

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CloneID	OFo53814
Clone ID Related Accession (Same CDS sequence)	XM_011311573.1
Accession Version	XM_011311573.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5154bp) 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	2015-02-09
Organism	Fopius arisanus
Product	rho guanine nucleotide exchange factor 17
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011887829.1) 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 :: Fopius arisanus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCCCGTA TCAGCGGCGA CGGGGGTGGA GGTGGTGCCA AAAACGAGAA AAGCAGTGGT 
CTAGGGGGTT GGTTTGGAGG TGCAGCTCGA GTCATGACAG GAAGTGGAGG AGGTGGATAT 
GTCATCCTCG GGGGAACCAA ATATGGCATT CGCCTGTCAC AAGAGAGTAT TCCACCGGAG 
ACATCCCAAG AAGATCAAAT GGAAAAAATC CATCGAAATC CTCGACAGAG TGACTCCCGA 
GAATGTCTAA ACCCAGGAGA ATCGAAGGAG AGGTGCCCAG AGAGATCATC AGACCTATCA 
TCATCAATAA CCGATTGCTG TTGCATCGGT CCTCGATCAA AACTCCCACT TCCCCGTATA 
CCTCTGTCAT CCTGCACCAG AATATCCAAG GGTGGCGATA CAATTGGCAT GGGCAACACT 
GCCAGCACCA CTGGTGCAGA TGTAACAAAA ATTAGTGGTG AAGAAGAACG ACAGTCTATT 
CAATCTCCCA CTAGGTTTGA GTCGACTCGA CTGCCGCCAA ACTCAAATGC TAATAATAAC 
TGCGGGGGGC TGCTAATGGG GAGCCACGGC ACCCAGCCAC AATCATCCAC ATCATCATCC 
ACAACTCATA CCAACAGCAG TAATACTATC ACAACTACAG CTAACGCTGG CCTCGCTCCT 
TCTAGTTTCA CTCCAATTGC TCACAACACT GTCTCTGTAC CACGCCAAAT TGCTCAGTGG 
ACCAAACATC ATACCCTCAA GTTACAGGAA CCAGCAATAA CAGCAGTGGA CCGACTCCAC 
AGATTTCGAT GGAGCGGTGG CGGAGGCGGA GGTGCAGGAG GAAGAGGCAA AAAATCATCT 
TCTGGCCCCC GCAGCGAAAA AGCAGAGCGT CTCCGTGAAC TCACGGAAAA ATTACAAAAA 
GGTCCAGCCC CTGTGCCACC ACCTAGAAGA CCCTCCAGAA TTCACACGTC ATCACCACCA 
CCTAGTGGTG CACACCAGCA ATCGGCGAAT TCAGATGTTC GTCCATCATC AGGACGAAGT 
TACACTTACA GCGAAGGAAG TACATCATCG AGTAACAACA GTGATAATCC GAAGAAATTT 
GTGCGAAGTG AAAGTGTTGG TGAAGAGTGT CATCACGAGC ACGTGACGGA TGACAGTAGA 
AATAGGCCCC AATCATCGCC GAATCATGAT CATCATTATC ATCCACCTAA TCAGCATGGA 
TTTTTATCGA GACGTACGTC GAGATCGAGT AATGATAGTG GTGTCAATAG GCACAGTGGT 
GATATCGAGC AAGTTAAACG ATCAGCTGAC AGACACAGCG AACCAAAACA TTACAGACAG 
TGTAGTGATT CTTTGATAGA TAGTAATAAG TGTGTGAGTG ATATTGGAGA ATTAACGGGG 
GGTAATGAGA GCGAAGCGAG AGATGCATTG TCGAGATTGG AACCCAGAGG ACCACTCCTT 
GCTTTTCACA GAGGTGCACC CTGCAGAAGT GCATCATTTG GACAAGTGGA TTTTAATCAA 
GGAAATCGTC ACAGAACTCA AACAATTTCT CCACCAAATG GAGATGAGTC GAGTGACGTG 
CGTGCAAGTA CTTTACCAAG ACGTCGTGGT AACACATCGA GTCCAACGGC TTCGTCCCCT 
CAGAAAAGTC CAGATAGACA GAGTCCTTGT GCCTCAACCC CGAGTGTAGA CAGCGCGGTG 
GGATCAGCGG AAGGTCTCGG TGTTCATCAA TCAAGAACAC TCGAGGAGTT GCGACCCAGG 
AGCGATGGAT CTGATAGTCT AGCGACATCG AGTGCTCTAA CAAGTCCAGA ACCACCGGTT 
CCATCAGACA ATCACGACTT GAGGATAACA ACTCAAGAAT CTTCAGGTTC AGATCATGTC 
TTGATGGTGG AACAGCTGCA TCAAGTGATG GGGAGTAATA ACGGAGACGA AGTGGAGGCT 
AAAGTTATAA TAACACCACC GCCTGAAGAG CCTCGGTTGA GCCAAGCCAG TGAAACTAGT 
GAAGCTCTGA GTGAAACCCC ATCAGGTGCC TCATCACCGT CGGGTAAAAT CAGGCGCTGT 
CGGGGTGATA CCAGCAAGAG GCGAAAAGGG GTGTATATAA CTCAGTGGCC AGAGCCATCG 
GAGAATGAGA GGAATAAACT GGCTGCCCAG AGCAGCGAGG AAAAGGAAGA TCAGCCAGCG 
ACATTGAGCG ATCTATCCGA CTGCGAGGGC CACACACCAC GACGTTACAG CAAACGACCA 
CTCCGTGGAC CGTACGGTCA AATGCTCGAG GCAGAAATGG CTAAGCCACG ATCAACAGAT 
ATTGCACTGG AGGATAATAT TCGTCAGCGT CGAAAAATAT CAGCCAATTT GTCGTACAGT 
CCTGGAGTTA ACAGTAATTC TGAACCACCC ACACCGTGTC ATCACAGAAC AACATCGAGT 
CCGAGTAAAC TCGAGGGTCT ACCTGGCCCA AGTCCAGAAC TTCTAGCTGA ATTACTTCGT 
GGATCGTCCG AACGAGTTTC ACGATCACCT GCTCATCGAA ATGATACGAG GACACACGTT 
GTCGTGGAGC TCTACGATAC CGAGAAATCT TATGTCGAAG CGTTACAGAT ACTAGTCAAT 
AAATATCTCC AGACATTGAA GAATTCTGAG AATTCTGGAC TTGTCGATGC GGCGGTAGTA 
GATGAAATAT TTTATCAGGT CCCTGCAATT CTCAGTCACC ACGAAATATT CCTAGAAGAA 
TTGAGAAAGC GTCTAGAAAC CTGGGAACTT CGCCAGACAA TCGGTGACGT CTTCCTCGAC 
GTGTTCACCA AACCTGTTGT CCTGGAGACA TACACACTGT TCCTTGACAA CTGGAAATCA 
GCGAAGAAAG CGATAAAAAC GACATGCCAG ACAAAGCCAG CATTCGCTCG ATTTCTCGAC 
ACGATGGAAC GAGAACACAA GGGAAAACTA GGACTTGATC AGCTACTGAT CAAGCCAGTC 
CAGAAGATCC CGAGGTATGA ACTCCTCATT CAGAGGCTTC TGAAGCATAC GGACAAGAGC 
CATCCGGATT ATGAGCTGCT GACAGCTGCC CAGAGAGAAG TCCACGAGCT AGTTGTCAAA 
ATAAATTGCA CAGAGAGAGA ATCTCTCGAG TGGGAGCAAC AGCAAACAAC ACTCAGAGAG 
GTCCAATCCT TGGTTGAAGG ATTAGCTGGG ATAGTTACCA ATGATAGAGC ATTTGTACGA 
CACGATTTGG TGACAATCGC TTCGAATCAG GGCACCAGAA AAGAAAGAGC ATTATTTTTA 
TTTTCGGATC TTCTTGTCAT TACTAGTATT AAACGAAGAA GTGGAACCAT TCGAAAACCG 
TCAACAACAT CGTGTCCGAA TAGTTTAGTA GGTTTACTCG AAGCGAATAA ATACAAACTT 
CTCATGAGAA TTTCGCTCGA TGATCTTGAA GTGATGAAAG CCAAAGATGA AAACCTAAGG 
AGAATGGCAC GAGAGGTTGA TCACTTGAGA GAAGACTGCG CTAGGTTATC ACAACTTCAG 
GAACTCGCTG GTACTTTGCA TGGATCGAAG CATCAGCTCG AGGATCTTAT CAAAGAGTTG 
CTGAGCCAAA CGCAACGTCA ATTAGCCGAG AGAAATGCAG CGCATTCACA ACTCGCATGT 
TTGGAATTAA CTCTGAATAC TCAATCTGGA ATTGAAAACA TTTCAGTAAT GTTTACAAAA 
CCTGATAAAC GTGCGAGTTG GGAGGAGAGC TTCAATGAGG CCAAACAGAA ATTAGCATTT 
TCGGCTGATC GTAGACCTTG TCCAGAGTTC GTGGGACCTC TACCCATTCG AAAAACACGG 
GCTGGCCTAC AGTTTACCTG TGCGGCGCCA ACAATACTTA ATGGCCAAGG TGTTCGTGAT 
GTTTGGGTTT GCAATAGTGA TGGATATGTT GGACAAGTGT GTGTACTCAG TTTAACACCA 
GAACCTCCTC AAGTTACGTC CTGCAATGGT GTTTGCAATG CCCGGATTTT GTGTGTCGCA 
GGAATACCCG CTGGATCTTC TAGTTCGAAT TCATGTACTT TGAGTAAAAA GAAATTCACT 
GTTAGTAAAA GTGGAATCAG TATTTCAATT CAAGATACTG ATGTTAGCAG TGGAAACATC 
CAATTAGACA GTAGTTCGAG TTCAGAGGAT TCTGACTCAG ATGATATTCC CTGCGCCGAC 
ACAGCCGGTG GTTCATTGTG TGGAGATGTA TCGAGCATTG ATGGAACCAT CGAGGAAGAC 
ATGAATCAAC CAACCATGTG GTTGGGCACC GAAGACGGTT GCATTCACGT TTATAATTGC 
AACGACAACA TTCGCATTAA AAAAAATAAA GTGAAGATTC AACCCGGGAG CGGCGTCCAC 
TGTATCATGT ACGTCGAAGA TAAAGTATTC GCTTCTCTGG CCAACGGTGA CGTTGTGATT 
TATTCTCGTG ATCACTGTGG TTGGAATACC CTGGAACCAT TGACAGTATC AGTGGGAACG 
CCATCGTCAC CTGTCACAAA AATGGTACCA GTGGCTGGTA AATTGTGGTG CAGTTGTCAC 
AACATAGTGA AAGTTCTCAA CATCTCGACA TTAGAAATCG AGCACTCGAT GAATGTCAGT 
GGCGATACAA CACGACCAAT TTCGTGTATG GCAACATCTG GTGGTGTTGG AGTGTGGATA 
TCATTACACA ATAGTGCTGT TCTCCGACTT TTTCACGCAA CCACTTACGA GTGTCTCACC 
GACATCAATA TCGCTCCAGC CGTTACTAAA ATGCTCTCCA GTTGCGATGA TATAATTCGT 
CAGCATAAAG CTGCTTGTCT ACGTGTCACT GCATTGCTTG CGTGTAATGA TCTGTTGTGG 
ATTGGTACAA GCGCTGGAGT TCTACTTACC GTTCCCATTC CACACATGAA ACCATCGACG 
CAGAGATTAT CACAGCCACC ACTGGTTACG GGTATTCCCC ATGGTCACAC GGGTCACGTT 
CGATTTCTCA CGTGTGTGGA AATTCCGTCA CCCTCAAAGC CCGATCCTCT TCCAAAAGTT 
AATCTGTACT CAATGAAGAA TACTAAAACA AACCAGAATA ATATGGAACG TACTAAACTT 
CTTGTAATAT CCGGTGGTGA TGGCTACGAG GATTTTCGTG GTCCGCAGGC ATCTGCCGAA 
CTTCAAGCGG GACGTGAGGA TTCAACGAAT CATTTGTTGC TCTGGAAAGT TTGA

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

RefSeq	XP_011309875.1
CDS	556..5709
Translation	MPRISGDGGGGGAKNEKSSGLGGWFGGAARVMTGSGGGGYVILGGTKYGIRLSQESIPPETSQEDQMEKIHRNPRQSDSRECLNPGESKERCPERSSDLSSSITDCCCIGPRSKLPLPRIPLSSCTRISKGGDTIGMGNTASTTGADVTKISGEEERQSIQSPTRFESTRLPPNSNANNNCGGLLMGSHGTQPQSSTSSSTTHTNSSNTITTTANAGLAPSSFTPIAHNTVSVPRQIAQWTKHHTLKLQEPAITAVDRLHRFRWSGGGGGGAGGRGKKSSSGPRSEKAERLRELTEKLQKGPAPVPPPRRPSRIHTSSPPPSGAHQQSANSDVRPSSGRSYTYSEGSTSSSNNSDNPKKFVRSESVGEECHHEHVTDDSRNRPQSSPNHDHHYHPPNQHGFLSRRTSRSSNDSGVNRHSGDIEQVKRSADRHSEPKHYRQCSDSLIDSNKCVSDIGELTGGNESEARDALSRLEPRGPLLAFHRGAPCRSASFGQVDFNQGNRHRTQTISPPNGDESSDVRASTLPRRRGNTSSPTASSPQKSPDRQSPCASTPSVDSAVGSAEGLGVHQSRTLEELRPRSDGSDSLATSSALTSPEPPVPSDNHDLRITTQESSGSDHVLMVEQLHQVMGSNNGDEVEAKVIITPPPEEPRLSQASETSEALSETPSGASSPSGKIRRCRGDTSKRRKGVYITQWPEPSENERNKLAAQSSEEKEDQPATLSDLSDCEGHTPRRYSKRPLRGPYGQMLEAEMAKPRSTDIALEDNIRQRRKISANLSYSPGVNSNSEPPTPCHHRTTSSPSKLEGLPGPSPELLAELLRGSSERVSRSPAHRNDTRTHVVVELYDTEKSYVEALQILVNKYLQTLKNSENSGLVDAAVVDEIFYQVPAILSHHEIFLEELRKRLETWELRQTIGDVFLDVFTKPVVLETYTLFLDNWKSAKKAIKTTCQTKPAFARFLDTMEREHKGKLGLDQLLIKPVQKIPRYELLIQRLLKHTDKSHPDYELLTAAQREVHELVVKINCTERESLEWEQQQTTLREVQSLVEGLAGIVTNDRAFVRHDLVTIASNQGTRKERALFLFSDLLVITSIKRRSGTIRKPSTTSCPNSLVGLLEANKYKLLMRISLDDLEVMKAKDENLRRMAREVDHLREDCARLSQLQELAGTLHGSKHQLEDLIKELLSQTQRQLAERNAAHSQLACLELTLNTQSGIENISVMFTKPDKRASWEESFNEAKQKLAFSADRRPCPEFVGPLPIRKTRAGLQFTCAAPTILNGQGVRDVWVCNSDGYVGQVCVLSLTPEPPQVTSCNGVCNARILCVAGIPAGSSSSNSCTLSKKKFTVSKSGISISIQDTDVSSGNIQLDSSSSSEDSDSDDIPCADTAGGSLCGDVSSIDGTIEEDMNQPTMWLGTEDGCIHVYNCNDNIRIKKNKVKIQPGSGVHCIMYVEDKVFASLANGDVVIYSRDHCGWNTLEPLTVSVGTPSSPVTKMVPVAGKLWCSCHNIVKVLNISTLEIEHSMNVSGDTTRPISCMATSGGVGVWISLHNSAVLRLFHATTYECLTDINIAPAVTKMLSSCDDIIRQHKAACLRVTALLACNDLLWIGTSAGVLLTVPIPHMKPSTQRLSQPPLVTGIPHGHTGHVRFLTCVEIPSPSKPDPLPKVNLYSMKNTKTNQNNMERTKLLVISGGDGYEDFRGPQASAELQAGREDSTNHLLLWKV

Target ORF information:

RefSeq Version	XM_011311573.1
Organism	Fopius arisanus
Definition	Fopius arisanus rho guanine nucleotide exchange factor 17 (LOC105270548), mRNA.

Target ORF information:

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

XM_011311573.1

ORF Insert Sequence:

ATGCCCCGTA TCAGCGGCGA CGGGGGTGGA GGTGGTGCCA AAAACGAGAA AAGCAGTGGT 
CTAGGGGGTT GGTTTGGAGG TGCAGCTCGA GTCATGACAG GAAGTGGAGG AGGTGGATAT 
GTCATCCTCG GGGGAACCAA ATATGGCATT CGCCTGTCAC AAGAGAGTAT TCCACCGGAG 
ACATCCCAAG AAGATCAAAT GGAAAAAATC CATCGAAATC CTCGACAGAG TGACTCCCGA 
GAATGTCTAA ACCCAGGAGA ATCGAAGGAG AGGTGCCCAG AGAGATCATC AGACCTATCA 
TCATCAATAA CCGATTGCTG TTGCATCGGT CCTCGATCAA AACTCCCACT TCCCCGTATA 
CCTCTGTCAT CCTGCACCAG AATATCCAAG GGTGGCGATA CAATTGGCAT GGGCAACACT 
GCCAGCACCA CTGGTGCAGA TGTAACAAAA ATTAGTGGTG AAGAAGAACG ACAGTCTATT 
CAATCTCCCA CTAGGTTTGA GTCGACTCGA CTGCCGCCAA ACTCAAATGC TAATAATAAC 
TGCGGGGGGC TGCTAATGGG GAGCCACGGC ACCCAGCCAC AATCATCCAC ATCATCATCC 
ACAACTCATA CCAACAGCAG TAATACTATC ACAACTACAG CTAACGCTGG CCTCGCTCCT 
TCTAGTTTCA CTCCAATTGC TCACAACACT GTCTCTGTAC CACGCCAAAT TGCTCAGTGG 
ACCAAACATC ATACCCTCAA GTTACAGGAA CCAGCAATAA CAGCAGTGGA CCGACTCCAC 
AGATTTCGAT GGAGCGGTGG CGGAGGCGGA GGTGCAGGAG GAAGAGGCAA AAAATCATCT 
TCTGGCCCCC GCAGCGAAAA AGCAGAGCGT CTCCGTGAAC TCACGGAAAA ATTACAAAAA 
GGTCCAGCCC CTGTGCCACC ACCTAGAAGA CCCTCCAGAA TTCACACGTC ATCACCACCA 
CCTAGTGGTG CACACCAGCA ATCGGCGAAT TCAGATGTTC GTCCATCATC AGGACGAAGT 
TACACTTACA GCGAAGGAAG TACATCATCG AGTAACAACA GTGATAATCC GAAGAAATTT 
GTGCGAAGTG AAAGTGTTGG TGAAGAGTGT CATCACGAGC ACGTGACGGA TGACAGTAGA 
AATAGGCCCC AATCATCGCC GAATCATGAT CATCATTATC ATCCACCTAA TCAGCATGGA 
TTTTTATCGA GACGTACGTC GAGATCGAGT AATGATAGTG GTGTCAATAG GCACAGTGGT 
GATATCGAGC AAGTTAAACG ATCAGCTGAC AGACACAGCG AACCAAAACA TTACAGACAG 
TGTAGTGATT CTTTGATAGA TAGTAATAAG TGTGTGAGTG ATATTGGAGA ATTAACGGGG 
GGTAATGAGA GCGAAGCGAG AGATGCATTG TCGAGATTGG AACCCAGAGG ACCACTCCTT 
GCTTTTCACA GAGGTGCACC CTGCAGAAGT GCATCATTTG GACAAGTGGA TTTTAATCAA 
GGAAATCGTC ACAGAACTCA AACAATTTCT CCACCAAATG GAGATGAGTC GAGTGACGTG 
CGTGCAAGTA CTTTACCAAG ACGTCGTGGT AACACATCGA GTCCAACGGC TTCGTCCCCT 
CAGAAAAGTC CAGATAGACA GAGTCCTTGT GCCTCAACCC CGAGTGTAGA CAGCGCGGTG 
GGATCAGCGG AAGGTCTCGG TGTTCATCAA TCAAGAACAC TCGAGGAGTT GCGACCCAGG 
AGCGATGGAT CTGATAGTCT AGCGACATCG AGTGCTCTAA CAAGTCCAGA ACCACCGGTT 
CCATCAGACA ATCACGACTT GAGGATAACA ACTCAAGAAT CTTCAGGTTC AGATCATGTC 
TTGATGGTGG AACAGCTGCA TCAAGTGATG GGGAGTAATA ACGGAGACGA AGTGGAGGCT 
AAAGTTATAA TAACACCACC GCCTGAAGAG CCTCGGTTGA GCCAAGCCAG TGAAACTAGT 
GAAGCTCTGA GTGAAACCCC ATCAGGTGCC TCATCACCGT CGGGTAAAAT CAGGCGCTGT 
CGGGGTGATA CCAGCAAGAG GCGAAAAGGG GTGTATATAA CTCAGTGGCC AGAGCCATCG 
GAGAATGAGA GGAATAAACT GGCTGCCCAG AGCAGCGAGG AAAAGGAAGA TCAGCCAGCG 
ACATTGAGCG ATCTATCCGA CTGCGAGGGC CACACACCAC GACGTTACAG CAAACGACCA 
CTCCGTGGAC CGTACGGTCA AATGCTCGAG GCAGAAATGG CTAAGCCACG ATCAACAGAT 
ATTGCACTGG AGGATAATAT TCGTCAGCGT CGAAAAATAT CAGCCAATTT GTCGTACAGT 
CCTGGAGTTA ACAGTAATTC TGAACCACCC ACACCGTGTC ATCACAGAAC AACATCGAGT 
CCGAGTAAAC TCGAGGGTCT ACCTGGCCCA AGTCCAGAAC TTCTAGCTGA ATTACTTCGT 
GGATCGTCCG AACGAGTTTC ACGATCACCT GCTCATCGAA ATGATACGAG GACACACGTT 
GTCGTGGAGC TCTACGATAC CGAGAAATCT TATGTCGAAG CGTTACAGAT ACTAGTCAAT 
AAATATCTCC AGACATTGAA GAATTCTGAG AATTCTGGAC TTGTCGATGC GGCGGTAGTA 
GATGAAATAT TTTATCAGGT CCCTGCAATT CTCAGTCACC ACGAAATATT CCTAGAAGAA 
TTGAGAAAGC GTCTAGAAAC CTGGGAACTT CGCCAGACAA TCGGTGACGT CTTCCTCGAC 
GTGTTCACCA AACCTGTTGT CCTGGAGACA TACACACTGT TCCTTGACAA CTGGAAATCA 
GCGAAGAAAG CGATAAAAAC GACATGCCAG ACAAAGCCAG CATTCGCTCG ATTTCTCGAC 
ACGATGGAAC GAGAACACAA GGGAAAACTA GGACTTGATC AGCTACTGAT CAAGCCAGTC 
CAGAAGATCC CGAGGTATGA ACTCCTCATT CAGAGGCTTC TGAAGCATAC GGACAAGAGC 
CATCCGGATT ATGAGCTGCT GACAGCTGCC CAGAGAGAAG TCCACGAGCT AGTTGTCAAA 
ATAAATTGCA CAGAGAGAGA ATCTCTCGAG TGGGAGCAAC AGCAAACAAC ACTCAGAGAG 
GTCCAATCCT TGGTTGAAGG ATTAGCTGGG ATAGTTACCA ATGATAGAGC ATTTGTACGA 
CACGATTTGG TGACAATCGC TTCGAATCAG GGCACCAGAA AAGAAAGAGC ATTATTTTTA 
TTTTCGGATC TTCTTGTCAT TACTAGTATT AAACGAAGAA GTGGAACCAT TCGAAAACCG 
TCAACAACAT CGTGTCCGAA TAGTTTAGTA GGTTTACTCG AAGCGAATAA ATACAAACTT 
CTCATGAGAA TTTCGCTCGA TGATCTTGAA GTGATGAAAG CCAAAGATGA AAACCTAAGG 
AGAATGGCAC GAGAGGTTGA TCACTTGAGA GAAGACTGCG CTAGGTTATC ACAACTTCAG 
GAACTCGCTG GTACTTTGCA TGGATCGAAG CATCAGCTCG AGGATCTTAT CAAAGAGTTG 
CTGAGCCAAA CGCAACGTCA ATTAGCCGAG AGAAATGCAG CGCATTCACA ACTCGCATGT 
TTGGAATTAA CTCTGAATAC TCAATCTGGA ATTGAAAACA TTTCAGTAAT GTTTACAAAA 
CCTGATAAAC GTGCGAGTTG GGAGGAGAGC TTCAATGAGG CCAAACAGAA ATTAGCATTT 
TCGGCTGATC GTAGACCTTG TCCAGAGTTC GTGGGACCTC TACCCATTCG AAAAACACGG 
GCTGGCCTAC AGTTTACCTG TGCGGCGCCA ACAATACTTA ATGGCCAAGG TGTTCGTGAT 
GTTTGGGTTT GCAATAGTGA TGGATATGTT GGACAAGTGT GTGTACTCAG TTTAACACCA 
GAACCTCCTC AAGTTACGTC CTGCAATGGT GTTTGCAATG CCCGGATTTT GTGTGTCGCA 
GGAATACCCG CTGGATCTTC TAGTTCGAAT TCATGTACTT TGAGTAAAAA GAAATTCACT 
GTTAGTAAAA GTGGAATCAG TATTTCAATT CAAGATACTG ATGTTAGCAG TGGAAACATC 
CAATTAGACA GTAGTTCGAG TTCAGAGGAT TCTGACTCAG ATGATATTCC CTGCGCCGAC 
ACAGCCGGTG GTTCATTGTG TGGAGATGTA TCGAGCATTG ATGGAACCAT CGAGGAAGAC 
ATGAATCAAC CAACCATGTG GTTGGGCACC GAAGACGGTT GCATTCACGT TTATAATTGC 
AACGACAACA TTCGCATTAA AAAAAATAAA GTGAAGATTC AACCCGGGAG CGGCGTCCAC 
TGTATCATGT ACGTCGAAGA TAAAGTATTC GCTTCTCTGG CCAACGGTGA CGTTGTGATT 
TATTCTCGTG ATCACTGTGG TTGGAATACC CTGGAACCAT TGACAGTATC AGTGGGAACG 
CCATCGTCAC CTGTCACAAA AATGGTACCA GTGGCTGGTA AATTGTGGTG CAGTTGTCAC 
AACATAGTGA AAGTTCTCAA CATCTCGACA TTAGAAATCG AGCACTCGAT GAATGTCAGT 
GGCGATACAA CACGACCAAT TTCGTGTATG GCAACATCTG GTGGTGTTGG AGTGTGGATA 
TCATTACACA ATAGTGCTGT TCTCCGACTT TTTCACGCAA CCACTTACGA GTGTCTCACC 
GACATCAATA TCGCTCCAGC CGTTACTAAA ATGCTCTCCA GTTGCGATGA TATAATTCGT 
CAGCATAAAG CTGCTTGTCT ACGTGTCACT GCATTGCTTG CGTGTAATGA TCTGTTGTGG 
ATTGGTACAA GCGCTGGAGT TCTACTTACC GTTCCCATTC CACACATGAA ACCATCGACG 
CAGAGATTAT CACAGCCACC ACTGGTTACG GGTATTCCCC ATGGTCACAC GGGTCACGTT 
CGATTTCTCA CGTGTGTGGA AATTCCGTCA CCCTCAAAGC CCGATCCTCT TCCAAAAGTT 
AATCTGTACT CAATGAAGAA TACTAAAACA AACCAGAATA ATATGGAACG TACTAAACTT 
CTTGTAATAT CCGGTGGTGA TGGCTACGAG GATTTTCGTG GTCCGCAGGC ATCTGCCGAA 
CTTCAAGCGG GACGTGAGGA TTCAACGAAT CATTTGTTGC TCTGGAAAGT TTGA