LOC106645617 cDNA ORF clone, Copidosoma floridanum

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106645617
Entrez Gene ID	106645617
Full Name	DNA-directed RNA polymerase I subunit RPA1
Gene Type	protein-coding
Organism	Copidosoma floridanum

mRNA and Protein(s)

mRNA	Protein	Name
XM_014361509.1	XP_014216995.1	DNA-directed RNA polymerase I subunit RPA1

Pathways from BioSystems
Gene Ontology

The following LOC106645617 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106645617 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
OCo19914	XM_014361509.1 Latest version!	Copidosoma floridanum DNA-directed RNA polymerase I subunit RPA1 (LOC106645617), 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)

LOC106645617 ( XM_014361509.1 ) cDNA ORF clone, Copidosoma floridanum -> XP_014216995.1 Copidosoma floridanum DNA-directed RNA polymerase I subunit RPA1 (LOC106645617), mRNA.

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CloneID	OCo19914
Clone ID Related Accession (Same CDS sequence)	XM_014361509.1
Accession Version	XM_014361509.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5157bp) 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	DNA-directed RNA polymerase I subunit RPA1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019379544.1) 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGAGTTCTA ACAGAGGATT CCGTCCCACG CCTATTCACT TGGATGCGAC AAAACTGCAA 
TTTCAATTTT TAACGGAACA AGACATTTTA AATTTAAGTG TAAAAGAAGT AACAGTACTT 
GAATCTTTTG ATGTCCTTGG TAATCCTGTA TATGGTGGAC CATATGATCC GGCGTTTGGA 
CCAGTGTCAG ATAAGTCAAC TCCATGCACA ACATGTAGTA ACAACATATC AAAGTGTAAT 
GGACATTATG GTCACATAAA GTTACCCTTA GCCATAGTCA ATCCACTTTT TCACATAATT 
TTACAAAAGA TACTAAAGAT GACATGTTTA AAGTGCTTTA CATTACAAAT ATCTCAGATT 
GAAAAAGATC TTTTGTTTGC TGAAGCACAG CTCATCGAAG ATGGCCACAT AAAGTACATA 
GAGGGCTTGC GCCAAGAAGT CATGTCCTCA TTACCAGAAT CTAAAGGCAA AGGCATTGCG 
AACTTGGATG ACGCGCTTGT ATACACAGCA CGAGATATAA TAAAATGTTA TGTAGATAGA 
GTTTATAGCC AAGCTAGAAA TAAAATGGGA CAAGTTTCTT TCAGCAGTGA AAACGATGAT 
TCCCAAAAGT TTTGTTTCCA ACGTCAAGTT TATATTGACA ACGCTATAAA GGAGATCAAG 
CCAAAAGACA AGTGTATCAA CTGTCACGTA TCAAGACCAA AGATAACTGT TATAAAAAAT 
CGAATAAAAT CACGCCAAAG GATACGTTTG GACAATGATA ATGATGAAGA AGTGGCTGAA 
GAGGGAAAAG AAAAAATGAC CGAAATGATG CTAATGCCCG ACGATTTAAA AAATATCATG 
CAAAGAATCT GGATCAGAGA AAAAAAAATA CTTTCAATGA TGATACCGTG CCTGAACTCG 
ATAAATGTGG AACATCCTAC AGACATATTT TTCCTCAGCG TCGTTCTCGT TGTGCCTCCA 
CTGGTGAGAC CGGTCAACAT GATGAACGGT CAGATAATGG AAAATCCGCA GACGGAAGTG 
TACAAATCGA TCCTCCGCAA CTGCGTCGTC CTACGCAACG TCGTGCAAGC CGTGAAGACC 
GGAGACACCA GCCTGATCCC CGATTCCGGC AAACTGCTGA TCCGAGACAT GCGTGGCGCT 
ACTCTCGTCG AAAAAATGTA CAACGCGTGG GTAGAGCTGC AGAGCAGCTG CGATCACTTG 
ATTGATCGGG ATCTTAGCAA GAACTCCGAC TCCGTCAACT GCCACGGCTT GCGCCAGATC 
GTGGAGAAAA AGGAGGGCGT CATTCGCATG AACATGATGG GCAAACGCGT CAACTTTGCC 
TGCCGCACGG TCATCACGCC TGACATGAAC ATCAATCTCG ACGAGATTGG CATCCCCGAG 
GAGTTCGCGA TGAAGCTCAC CTACCCGGTC TACGTGACTC CCCACAACGC AGCCTGGCTC 
AGGCAGCTCG TACTCAACGG GCCGGAAAAG TATCCGGGCG CGGTGAAAAT TCAGGGAATG 
GACGGCCGTA CGTCCCACTT GTCCAAGGAC AACTTTATCC AGCGCCAAGC CATGGCCAAG 
CGGCTCCTGA CTCAGGACGA AAAAGCGACC AAATTCCTCG ACGGCACCAA AGTCGTTTAC 
CGCCACCTTA TGAACGGTGA CGTTCTTCTG CTTAATCGGC AGCCTACTTT GCACAAGCCC 
AGTATAATGG CGCACAAGGC CCGCATACTT AAGGGTGAGC GCACCCTGAG GTTGCACTAC 
GCCAACTGCA AGTCGTACAA CGCCGATTTT GACGGCGACG AAATGAACGC CCACTTTCCG 
CAAAACGAGC TCGCTCGTGC CGAGGCTTAT CACATAGCCA GCGTGCCCTA CCAGTACCTG 
GTCCCCAAAG ACGGCACACC GCTCAGTGGC CTCATCCAGG ATCACGTGAT CTCGGGCGTA 
AAGCTCTCGT TGCGAGGCAA CTTCTTCGTC CAGGAGGACT ATCATCACTT TGTCTACTCG 
GCGCTGGCCA TGCTCCCCGG GAACATTATT CTTCTGCCAC CCGCCATCAT CAAGCCCCTG 
CCAATGTGGT CCGGCAAGCA GATCATCTCA ACAATCGTGA TTAACATCAT ACCGAGGGGA 
AAGGCGAGGA TCAACCTGAC ATCGTCGGCC AAGATTCACC ACAGTCAGTG GCAGAAGTGG 
AGACCGCGTC CCTGGGCGTG TGGCGTTCCG TTCGCTAACC CGATGACAAT GTCCGAAGCT 
GAGGTCATTT TTCGAGGTGG TGAGCTGCTC TGTGGCGTCC TCGACAAGAA CCACTACGGC 
GCGACACCCT TTGGCCTCGT TCACTGCGTG TACGAGCTCT ACGGCGGAGA CGCCTCGTGC 
AAGTTGCTCA GCGCCTTTGG CAAAGTTTTC CAGTGCTATC TGCAAAGGAT CGGCTTTACT 
CTAGGTATCG CCGATATTTT GGTGAAATAT CGATCAGACA GGAAGCGCGC TGAGATCATC 
AACATGTGCC GACAAATCGG AGATAGCGTG CAAAAAGAAA TATTGGAAGT GCCGGAAGAC 
ACGCCGATGG AAGAGGTGAC CGCGAAATTT GAAGAAAATT ACCAGAGCAA CCCAAAGTTT 
CGCAAGCAGG TCGACGAGAA ATACAAAAAA GCCTTGAGCG TCTACACCAA CAACATCAAC 
AAAGCCTGTT TGCCCCGTGG TCTGATCAAA GGCTTCCCAG AAAACAATCT CCAGCTCATG 
GTGCGATCAG GTGCCAAAGG TTCGTCCGTC AACACTTTGC AGATTTCGTG CTTGCTTGGG 
CAAATCGAGC TCGAGGGTAA GCGTCCCCCG CTCATGATAA GCGGCAAAAG TCTGCCCAGT 
TTTCCGGCCT ACGATTCAAG CCCGAGAGCT GGTGGTTTCA TCGATGGCCG ATTCATGACC 
GGTATTCGAC CTCAAGAGTA CTTTTTCCAT TGTATGGCTG GTCGCGAAGG TTTGATTGAT 
ACCGCTGTCA AAACCAGTAG ATCGGGATAC CTCCAGAGGT GTCTTATTAA ACATTTGGAA 
GGAGTGAAGG TCGAATATGA CTCAACAGTC CGAGATCAAG ACAACAATAT AATTCAATTC 
ATGTATGGTG AAGACGGTCT TGACATACTT AAATCCCAAT TTCTCAATGA CAAGCAAATG 
CAATTTTTAT ACGATAACAA GGATGCGGTT GTCGACGAAG ATCTGCTCAA GCAAATGAAG 
CGCGACGATA ACCCGAAAAC GATAGAGAAA ATCTTGAAAA AGATCAAAAA GTGGAAGAAA 
CGTCATGGCG ATGTGTCTTT AACAAAACAT GCGAGTCCCT TCACACATTT TTCAGCTGCT 
CATTATGACC CCAACAATCC CAAAAACAAA GTCATGAATG AGGGTTCCGG TCGTTACAAA 
GCTACAATTT CGCTTATGCG CAAGTGGATA CGGGCAGACG ATGAGACTAA AAATTTGTAC 
AAAGCTCAGG GTGCCAAGTG TCCCGAACCG ATAAATTCGC GATTCTGGCA GCATCGTACA 
TTTGGTGTGC TGTCCGAAAA GCTCGAAGAT TTGCTCGAAA ACTACGTAAA AAACAAGCCT 
GATATGAATA AAAGCGATCT TAGAGATCTG ATAAGTGCCA AGGTCATGAC TACTCTGTGC 
CAGCCTGGAG AACCTGTTGG ATTGTTAGCG GCTCAGTCCA TTGGTGAACC ATCGACTCAG 
ATGACACTGA ATACCTTCCA CTTTGCTGGT CGTGGTGAAA TGAACGTCAC TCTCGGTATT 
CCCAGGTTGA GAGAAATCTT AATGATGGCT TCAAAAAGTA TCAAGACACC AAGTATGGAA 
ATACCTTTCA AGAGTGATTT GGTCAAGCTT GAAAAGCAAT CCACAAAGCT AAAATTAAAA 
TTAACCAAGT GTTGTATAGC TGATGTGCTA AAGGAAATTA AGATTGACAG AAAGCTTCAC 
CTCGTTCCCC AGCGACGAAT GATGTATTCC CTCACGTTTG ACTTTTTACC GCACAAATCT 
TACAAAAAAG AATTCAATGT ACATCCCAAA GATACCATTG AAGGTGTTAA GAATAAGTTT 
CTCAAAGCGT TTTTCCAAAA GATCAAGGAA GCCAGTACTT ACTGTAGCGC GACCATAATG 
TGGACAGACG AAAAGGAACC GAAAAATTTA GATGAAAAAC TCGATAACGA AGAAGAGCCA 
AATCTGGATG AGTCGATGGC GAAACTCAAG GGTCGCATTG ATTTAGGTGA GACGCACGAG 
TCGTCGGACG AAGAAGAGCT AGGCGAAGAC GCGGACGCGA CTCAAGCTCG AAGGGTGAAA 
CAACATCGAG AAAACCAAGA ATACGACGAT CCCGAAGACG AGGAAATAGT GCCCGAAGAG 
GAAGAGGGAG AAAACGACGA GGAGGAGAAA AAATACAAGG GAAAGGAAAT TACGAATACG 
GAGACGAGCG CGAATGTTAA TACAGAAGAA GAATCCGTCG CTCCATCAAT GGAGGCAATC 
GTGGAAGAAC TGAGTGATGA AAAGAGACAT GTATTGGAAA AATTCAGGTT CGTAACGGAC 
TTTGAGTACG ATGAGGAAAA GTACAGGTGG TGCAAGGTCA CGTTTTATCT ACCTATTGCC 
CTTTCGAGAC TCGATATGCC CTCGATCGTC CGCGAGGTCG CGAACAAGGT CGTTCTATGG 
GAAATCCAGG GCGTGAAGAG AGCCATCACG TACCAAAATC AAAAGGGGAG CACAATTTTG 
AAAACTGAAG GCATCAATAT TATTGAGATG TTCAAGTACG CTGAAATTTT GGACCTGAAC 
AGGCTTTACT CAAACGACGT TTATGCTATT TCGCAAACAT ACGGCATCGA GGCGGCTAAC 
AGAGTCATCG TCAAGGAAGT CAAGGATGTG TTTGGAGCGT ACGGTATCCA CGTGAATCCG 
AGGCATTTGT TGTTGGTTGC CGATTACATG ACCACGAGTG GTGTCTTTTC GCCTTTGAGC 
CGTAAAGGTA TCGAAAGCTC GGGATCGCCG TTGCATCAGA TGAGCTTCGA GAGTTCAATG 
ACATTCCTAA AAATGGCCTC TCTTCAAGGT AAATTTGACA ATTTAACGTC GCCGTCCAGC 
CGACTCATGT TGGGTCTGCC AGTTACGGCT GGTACCGGAT GTTTCGAGGT GATGCTCGAT 
ATCAACAAAC AAATAGAATT GAATAAATAC TCTCAACCAT TATCTTTCAC GTTGTAA

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

RefSeq	XP_014216995.1
CDS	101..5257
Translation	MSSNRGFRPTPIHLDATKLQFQFLTEQDILNLSVKEVTVLESFDVLGNPVYGGPYDPAFGPVSDKSTPCTTCSNNISKCNGHYGHIKLPLAIVNPLFHIILQKILKMTCLKCFTLQISQIEKDLLFAEAQLIEDGHIKYIEGLRQEVMSSLPESKGKGIANLDDALVYTARDIIKCYVDRVYSQARNKMGQVSFSSENDDSQKFCFQRQVYIDNAIKEIKPKDKCINCHVSRPKITVIKNRIKSRQRIRLDNDNDEEVAEEGKEKMTEMMLMPDDLKNIMQRIWIREKKILSMMIPCLNSINVEHPTDIFFLSVVLVVPPLVRPVNMMNGQIMENPQTEVYKSILRNCVVLRNVVQAVKTGDTSLIPDSGKLLIRDMRGATLVEKMYNAWVELQSSCDHLIDRDLSKNSDSVNCHGLRQIVEKKEGVIRMNMMGKRVNFACRTVITPDMNINLDEIGIPEEFAMKLTYPVYVTPHNAAWLRQLVLNGPEKYPGAVKIQGMDGRTSHLSKDNFIQRQAMAKRLLTQDEKATKFLDGTKVVYRHLMNGDVLLLNRQPTLHKPSIMAHKARILKGERTLRLHYANCKSYNADFDGDEMNAHFPQNELARAEAYHIASVPYQYLVPKDGTPLSGLIQDHVISGVKLSLRGNFFVQEDYHHFVYSALAMLPGNIILLPPAIIKPLPMWSGKQIISTIVINIIPRGKARINLTSSAKIHHSQWQKWRPRPWACGVPFANPMTMSEAEVIFRGGELLCGVLDKNHYGATPFGLVHCVYELYGGDASCKLLSAFGKVFQCYLQRIGFTLGIADILVKYRSDRKRAEIINMCRQIGDSVQKEILEVPEDTPMEEVTAKFEENYQSNPKFRKQVDEKYKKALSVYTNNINKACLPRGLIKGFPENNLQLMVRSGAKGSSVNTLQISCLLGQIELEGKRPPLMISGKSLPSFPAYDSSPRAGGFIDGRFMTGIRPQEYFFHCMAGREGLIDTAVKTSRSGYLQRCLIKHLEGVKVEYDSTVRDQDNNIIQFMYGEDGLDILKSQFLNDKQMQFLYDNKDAVVDEDLLKQMKRDDNPKTIEKILKKIKKWKKRHGDVSLTKHASPFTHFSAAHYDPNNPKNKVMNEGSGRYKATISLMRKWIRADDETKNLYKAQGAKCPEPINSRFWQHRTFGVLSEKLEDLLENYVKNKPDMNKSDLRDLISAKVMTTLCQPGEPVGLLAAQSIGEPSTQMTLNTFHFAGRGEMNVTLGIPRLREILMMASKSIKTPSMEIPFKSDLVKLEKQSTKLKLKLTKCCIADVLKEIKIDRKLHLVPQRRMMYSLTFDFLPHKSYKKEFNVHPKDTIEGVKNKFLKAFFQKIKEASTYCSATIMWTDEKEPKNLDEKLDNEEEPNLDESMAKLKGRIDLGETHESSDEEELGEDADATQARRVKQHRENQEYDDPEDEEIVPEEEEGENDEEEKKYKGKEITNTETSANVNTEEESVAPSMEAIVEELSDEKRHVLEKFRFVTDFEYDEEKYRWCKVTFYLPIALSRLDMPSIVREVANKVVLWEIQGVKRAITYQNQKGSTILKTEGINIIEMFKYAEILDLNRLYSNDVYAISQTYGIEAANRVIVKEVKDVFGAYGIHVNPRHLLLVADYMTTSGVFSPLSRKGIESSGSPLHQMSFESSMTFLKMASLQGKFDNLTSPSSRLMLGLPVTAGTGCFEVMLDINKQIELNKYSQPLSFTL

Target ORF information:

RefSeq Version	XM_014361509.1
Organism	Copidosoma floridanum
Definition	Copidosoma floridanum DNA-directed RNA polymerase I subunit RPA1 (LOC106645617), mRNA.

Target ORF information:

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

XM_014361509.1

ORF Insert Sequence:

ATGAGTTCTA ACAGAGGATT CCGTCCCACG CCTATTCACT TGGATGCGAC AAAACTGCAA 
TTTCAATTTT TAACGGAACA AGACATTTTA AATTTAAGTG TAAAAGAAGT AACAGTACTT 
GAATCTTTTG ATGTCCTTGG TAATCCTGTA TATGGTGGAC CATATGATCC GGCGTTTGGA 
CCAGTGTCAG ATAAGTCAAC TCCATGCACA ACATGTAGTA ACAACATATC AAAGTGTAAT 
GGACATTATG GTCACATAAA GTTACCCTTA GCCATAGTCA ATCCACTTTT TCACATAATT 
TTACAAAAGA TACTAAAGAT GACATGTTTA AAGTGCTTTA CATTACAAAT ATCTCAGATT 
GAAAAAGATC TTTTGTTTGC TGAAGCACAG CTCATCGAAG ATGGCCACAT AAAGTACATA 
GAGGGCTTGC GCCAAGAAGT CATGTCCTCA TTACCAGAAT CTAAAGGCAA AGGCATTGCG 
AACTTGGATG ACGCGCTTGT ATACACAGCA CGAGATATAA TAAAATGTTA TGTAGATAGA 
GTTTATAGCC AAGCTAGAAA TAAAATGGGA CAAGTTTCTT TCAGCAGTGA AAACGATGAT 
TCCCAAAAGT TTTGTTTCCA ACGTCAAGTT TATATTGACA ACGCTATAAA GGAGATCAAG 
CCAAAAGACA AGTGTATCAA CTGTCACGTA TCAAGACCAA AGATAACTGT TATAAAAAAT 
CGAATAAAAT CACGCCAAAG GATACGTTTG GACAATGATA ATGATGAAGA AGTGGCTGAA 
GAGGGAAAAG AAAAAATGAC CGAAATGATG CTAATGCCCG ACGATTTAAA AAATATCATG 
CAAAGAATCT GGATCAGAGA AAAAAAAATA CTTTCAATGA TGATACCGTG CCTGAACTCG 
ATAAATGTGG AACATCCTAC AGACATATTT TTCCTCAGCG TCGTTCTCGT TGTGCCTCCA 
CTGGTGAGAC CGGTCAACAT GATGAACGGT CAGATAATGG AAAATCCGCA GACGGAAGTG 
TACAAATCGA TCCTCCGCAA CTGCGTCGTC CTACGCAACG TCGTGCAAGC CGTGAAGACC 
GGAGACACCA GCCTGATCCC CGATTCCGGC AAACTGCTGA TCCGAGACAT GCGTGGCGCT 
ACTCTCGTCG AAAAAATGTA CAACGCGTGG GTAGAGCTGC AGAGCAGCTG CGATCACTTG 
ATTGATCGGG ATCTTAGCAA GAACTCCGAC TCCGTCAACT GCCACGGCTT GCGCCAGATC 
GTGGAGAAAA AGGAGGGCGT CATTCGCATG AACATGATGG GCAAACGCGT CAACTTTGCC 
TGCCGCACGG TCATCACGCC TGACATGAAC ATCAATCTCG ACGAGATTGG CATCCCCGAG 
GAGTTCGCGA TGAAGCTCAC CTACCCGGTC TACGTGACTC CCCACAACGC AGCCTGGCTC 
AGGCAGCTCG TACTCAACGG GCCGGAAAAG TATCCGGGCG CGGTGAAAAT TCAGGGAATG 
GACGGCCGTA CGTCCCACTT GTCCAAGGAC AACTTTATCC AGCGCCAAGC CATGGCCAAG 
CGGCTCCTGA CTCAGGACGA AAAAGCGACC AAATTCCTCG ACGGCACCAA AGTCGTTTAC 
CGCCACCTTA TGAACGGTGA CGTTCTTCTG CTTAATCGGC AGCCTACTTT GCACAAGCCC 
AGTATAATGG CGCACAAGGC CCGCATACTT AAGGGTGAGC GCACCCTGAG GTTGCACTAC 
GCCAACTGCA AGTCGTACAA CGCCGATTTT GACGGCGACG AAATGAACGC CCACTTTCCG 
CAAAACGAGC TCGCTCGTGC CGAGGCTTAT CACATAGCCA GCGTGCCCTA CCAGTACCTG 
GTCCCCAAAG ACGGCACACC GCTCAGTGGC CTCATCCAGG ATCACGTGAT CTCGGGCGTA 
AAGCTCTCGT TGCGAGGCAA CTTCTTCGTC CAGGAGGACT ATCATCACTT TGTCTACTCG 
GCGCTGGCCA TGCTCCCCGG GAACATTATT CTTCTGCCAC CCGCCATCAT CAAGCCCCTG 
CCAATGTGGT CCGGCAAGCA GATCATCTCA ACAATCGTGA TTAACATCAT ACCGAGGGGA 
AAGGCGAGGA TCAACCTGAC ATCGTCGGCC AAGATTCACC ACAGTCAGTG GCAGAAGTGG 
AGACCGCGTC CCTGGGCGTG TGGCGTTCCG TTCGCTAACC CGATGACAAT GTCCGAAGCT 
GAGGTCATTT TTCGAGGTGG TGAGCTGCTC TGTGGCGTCC TCGACAAGAA CCACTACGGC 
GCGACACCCT TTGGCCTCGT TCACTGCGTG TACGAGCTCT ACGGCGGAGA CGCCTCGTGC 
AAGTTGCTCA GCGCCTTTGG CAAAGTTTTC CAGTGCTATC TGCAAAGGAT CGGCTTTACT 
CTAGGTATCG CCGATATTTT GGTGAAATAT CGATCAGACA GGAAGCGCGC TGAGATCATC 
AACATGTGCC GACAAATCGG AGATAGCGTG CAAAAAGAAA TATTGGAAGT GCCGGAAGAC 
ACGCCGATGG AAGAGGTGAC CGCGAAATTT GAAGAAAATT ACCAGAGCAA CCCAAAGTTT 
CGCAAGCAGG TCGACGAGAA ATACAAAAAA GCCTTGAGCG TCTACACCAA CAACATCAAC 
AAAGCCTGTT TGCCCCGTGG TCTGATCAAA GGCTTCCCAG AAAACAATCT CCAGCTCATG 
GTGCGATCAG GTGCCAAAGG TTCGTCCGTC AACACTTTGC AGATTTCGTG CTTGCTTGGG 
CAAATCGAGC TCGAGGGTAA GCGTCCCCCG CTCATGATAA GCGGCAAAAG TCTGCCCAGT 
TTTCCGGCCT ACGATTCAAG CCCGAGAGCT GGTGGTTTCA TCGATGGCCG ATTCATGACC 
GGTATTCGAC CTCAAGAGTA CTTTTTCCAT TGTATGGCTG GTCGCGAAGG TTTGATTGAT 
ACCGCTGTCA AAACCAGTAG ATCGGGATAC CTCCAGAGGT GTCTTATTAA ACATTTGGAA 
GGAGTGAAGG TCGAATATGA CTCAACAGTC CGAGATCAAG ACAACAATAT AATTCAATTC 
ATGTATGGTG AAGACGGTCT TGACATACTT AAATCCCAAT TTCTCAATGA CAAGCAAATG 
CAATTTTTAT ACGATAACAA GGATGCGGTT GTCGACGAAG ATCTGCTCAA GCAAATGAAG 
CGCGACGATA ACCCGAAAAC GATAGAGAAA ATCTTGAAAA AGATCAAAAA GTGGAAGAAA 
CGTCATGGCG ATGTGTCTTT AACAAAACAT GCGAGTCCCT TCACACATTT TTCAGCTGCT 
CATTATGACC CCAACAATCC CAAAAACAAA GTCATGAATG AGGGTTCCGG TCGTTACAAA 
GCTACAATTT CGCTTATGCG CAAGTGGATA CGGGCAGACG ATGAGACTAA AAATTTGTAC 
AAAGCTCAGG GTGCCAAGTG TCCCGAACCG ATAAATTCGC GATTCTGGCA GCATCGTACA 
TTTGGTGTGC TGTCCGAAAA GCTCGAAGAT TTGCTCGAAA ACTACGTAAA AAACAAGCCT 
GATATGAATA AAAGCGATCT TAGAGATCTG ATAAGTGCCA AGGTCATGAC TACTCTGTGC 
CAGCCTGGAG AACCTGTTGG ATTGTTAGCG GCTCAGTCCA TTGGTGAACC ATCGACTCAG 
ATGACACTGA ATACCTTCCA CTTTGCTGGT CGTGGTGAAA TGAACGTCAC TCTCGGTATT 
CCCAGGTTGA GAGAAATCTT AATGATGGCT TCAAAAAGTA TCAAGACACC AAGTATGGAA 
ATACCTTTCA AGAGTGATTT GGTCAAGCTT GAAAAGCAAT CCACAAAGCT AAAATTAAAA 
TTAACCAAGT GTTGTATAGC TGATGTGCTA AAGGAAATTA AGATTGACAG AAAGCTTCAC 
CTCGTTCCCC AGCGACGAAT GATGTATTCC CTCACGTTTG ACTTTTTACC GCACAAATCT 
TACAAAAAAG AATTCAATGT ACATCCCAAA GATACCATTG AAGGTGTTAA GAATAAGTTT 
CTCAAAGCGT TTTTCCAAAA GATCAAGGAA GCCAGTACTT ACTGTAGCGC GACCATAATG 
TGGACAGACG AAAAGGAACC GAAAAATTTA GATGAAAAAC TCGATAACGA AGAAGAGCCA 
AATCTGGATG AGTCGATGGC GAAACTCAAG GGTCGCATTG ATTTAGGTGA GACGCACGAG 
TCGTCGGACG AAGAAGAGCT AGGCGAAGAC GCGGACGCGA CTCAAGCTCG AAGGGTGAAA 
CAACATCGAG AAAACCAAGA ATACGACGAT CCCGAAGACG AGGAAATAGT GCCCGAAGAG 
GAAGAGGGAG AAAACGACGA GGAGGAGAAA AAATACAAGG GAAAGGAAAT TACGAATACG 
GAGACGAGCG CGAATGTTAA TACAGAAGAA GAATCCGTCG CTCCATCAAT GGAGGCAATC 
GTGGAAGAAC TGAGTGATGA AAAGAGACAT GTATTGGAAA AATTCAGGTT CGTAACGGAC 
TTTGAGTACG ATGAGGAAAA GTACAGGTGG TGCAAGGTCA CGTTTTATCT ACCTATTGCC 
CTTTCGAGAC TCGATATGCC CTCGATCGTC CGCGAGGTCG CGAACAAGGT CGTTCTATGG 
GAAATCCAGG GCGTGAAGAG AGCCATCACG TACCAAAATC AAAAGGGGAG CACAATTTTG 
AAAACTGAAG GCATCAATAT TATTGAGATG TTCAAGTACG CTGAAATTTT GGACCTGAAC 
AGGCTTTACT CAAACGACGT TTATGCTATT TCGCAAACAT ACGGCATCGA GGCGGCTAAC 
AGAGTCATCG TCAAGGAAGT CAAGGATGTG TTTGGAGCGT ACGGTATCCA CGTGAATCCG 
AGGCATTTGT TGTTGGTTGC CGATTACATG ACCACGAGTG GTGTCTTTTC GCCTTTGAGC 
CGTAAAGGTA TCGAAAGCTC GGGATCGCCG TTGCATCAGA TGAGCTTCGA GAGTTCAATG 
ACATTCCTAA AAATGGCCTC TCTTCAAGGT AAATTTGACA ATTTAACGTC GCCGTCCAGC 
CGACTCATGT TGGGTCTGCC AGTTACGGCT GGTACCGGAT GTTTCGAGGT GATGCTCGAT 
ATCAACAAAC AAATAGAATT GAATAAATAC TCTCAACCAT TATCTTTCAC GTTGTAA