LOC106638925 cDNA ORF clone, Copidosoma floridanum

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106638925
Entrez Gene ID	106638925
Full Name	uncharacterized LOC106638925
Gene Type	protein-coding
Organism	Copidosoma floridanum

mRNA and Protein(s)

mRNA	Protein	Name
XM_014352316.1	XP_014207802.1	uncharacterized protein LOC106638925

Pathways from BioSystems
Gene Ontology

The following LOC106638925 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106638925 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
OCo12955	XM_014352316.1 Latest version!	Copidosoma floridanum uncharacterized LOC106638925 (LOC106638925), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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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)

LOC106638925 ( XM_014352316.1 ) cDNA ORF clone, Copidosoma floridanum -> XP_014207802.1 Copidosoma floridanum uncharacterized LOC106638925 (LOC106638925), mRNA.

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CloneID	OCo12955
Clone ID Related Accession (Same CDS sequence)	XM_014352316.1
Accession Version	XM_014352316.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4695bp) 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	uncharacterized protein LOC106638925
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014327305.1) 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 :: 63% of CDS bases ##RefSeq-Attributes-END##

ATGGATATTG AAACAGTTAG GGTAATTGAA CTTCTATTTC CAGATGGTAT TCCAGAGACT 
TGGAAGGAGA ATCCAGATTT TTATCAGTAC TTCTCGAAAG TTGGTGGATA TGATGTGGAC 
AGATTGATTA AAGAGCCAGA CCATTTAACT GACGAGAAAA ATGCTATTCA GCAAAATGTA 
AAAGCTCTTG TTTTTTCAAA CTATAAAACA TTTATACAAG TTGCTGAAAG TTCCAGAGTA 
TGTAATAAGG AGTTTAATCA AACAGAAGAT AATTTGGATT CCTTACTAGA AAAAATTCCA 
AAATTTGTGG ACAAATGTAA ATCGTTCTGC GACACATCTA AAGAAATAAG CACTTACAAA 
AGACTGAACA ATTTAACATT GACTAAAAGT TCCGAGATTC TTGAAATATT AGAACTACCC 
CAGTTAATGG AATCATGTCT AAAGAGTAAT CAATATACAG AAGCCCTCGA ACTGGCACAC 
TATGCAAGAC ATATAGGTGC AAAACATAAA GATATTCCGG TTATCAAAAA TGTAGTTGAA 
GAAATAGAAA ACATCTGGTC TCTAATGGTA AACCAAGTTG TCAACTCCTT AAAAGAAGAT 
TTACCACTCC CAAGATGCTT ACAACTTATT GGGTTGTTAC GTTCAATGGA TGCATTTACA 
GAATCAGAAC TTCGTATCAA GTTTATTCAA GCTCGAGATA CTTGGTTTCG AACATTACTA 
GAATCAATAT CAAAGGATGA TCCCACCACG CATTTAACAA AGACTATTGA ATTATCAAGA 
ATACACTTAT TTAACATCAT AACTCAATAC AAAGCTATGT TCAATGATGA TGATCATTTG 
TCTTTGAATA GAGACTCAGT AATAATTGAT TCTGAAATTT TTCGTCAATG GTTAGAAGAA 
AAGATATCAC AATTTCTTTT AACATTGGAA AAAGACTTGC CAGGAGTGAC TTCTATTGAT 
TCGATATTAG GACAGTGCAC ATATTTTGGG TTATCTTTCG GAAGAGTAGG ATCAGATTTC 
ACAGGTCGCA TGTCTGACAT CTTCATAAAT GTAATAGTTG GTAAATTTGA AAACGGTATA 
GCAAGAGCTA CAAAAAAATT TGAAAAAGCC ATGGAGTCAT TTACATTGAT TCTCAAGCTA 
CAAAGGCTCG ATATCAAAAT TGAACCTGTG ATAAATTCTG AAAATCCACC TGAGCAGCTT 
GTGGAATATT ATCCTCTGGC TGAGTATTGC AATGGTCTTA TAGCAACCTT CAACGAATTA 
AGGTTGAACA CCCCTATAGC ACTTGCGCAA TCATTTACAA GATTTTTACA AAATTCATTG 
TTTACAATAT CAATAACAAT TTCATCATTT TATAAAAAGC GACAAAAGAA CTTTACTTCA 
TCCGACAGAG AAAGTGTTGC AAGATTTGCA GAATGTTTTA GCGAGATGCT TATTCCTTAC 
GTCCAGTATT GTATACACGC CTTATTCCCC CCAAATCAGG TTGCAGTTCA CCTTGGCACG 
TCAGTTAGTC AATTACAAAA AGATGAAATA ACATATTTAA ATCAAAAGTA TATTTTTGAG 
CCTATAGAAT CACTTTTACC TATAAAAAAC ATTCCAATAG AGATATACTT ACCTGAAATG 
TCCACTGAAA ATTTAATTCC TGTAGAGACC ATCCCTGAAA TTGAAATAGC ACAACCAAAG 
TCTGATAATT TTTGTGACAG GACTGATTTT TCTTCAGAAA AGTCACTAAC TGGTGAAAAC 
GATCAAGAAT TAACTAAGTT TATGAGTCGT TTTTGGGAAT TAGAAAAGGT GCCGCCAAAA 
AAAATTAAGA AACAAGCAGA AGAGTCTTCC AGCGAGTTGC ATTATCAAAA AAACACGTCT 
TGTGACTCTA ATGGTCGTTA CATTGTTCGT TTACCATTTA AAAGCAAAAT CTCTGATTTA 
GGGTACATGT CGGCAGTTCA TGACAAAAGC GAGAACGATT TTTATATGCC GCATCATCCT 
GTTATCAAGC TCTCAAGTAC AACGACTAAG GTGAGAGTAG TTTTCAATGC TTCTTCGAAA 
TCTGCCAAAA ATATGTCTTT AAATGACATA TTAATGGTTG GTCCGAGGAT CCAGGATAAA 
CTCTTTGAGC ATCTCTTACA ATTTTGTTCG TACGTTTTCG TCATGACAGC TGATATAGCT 
CAGATGTATA GGCAGGTTTT CGTTGATCCT AGAGATCGTT TAGCTGTTAA AAAGCATTTA 
ATAATCGATA ATCCCATTCG AATCGAGATT CATGGTTTTT GTGATGCCAG CGATTTAGGA 
TACGGAACAT GTATATACGT TAGATCGGTT GATACTGCGG GAAAGATCAT CACGCGATTG 
GCCTGTTCAA AATCTCGGGT TACACCACTC AAGGCTTTAA ATGGAGACAT CGAGTGGAAC 
CACATACGTT CTGGAGATAA TCCAGCTGAT ACCTTATCAC GACGTCAAAC CCCAGCTCAT 
TTTTTGAAAA ATAAAACTTG GTTTACAGGA CCTACATGGT TTTCTCGAAT GGAATCTTTA 
CGGCCCATTA GTTTAATCAT TGAAGGTTCT GATAAACCAG ATATGAAACG CCAAGCTGAA 
AGGTTTCACA TGGAAATCGA TCATTTAACA ACAATCGGCA AAACGAAAAA TACCAGATTG 
GGTTCTCTTA ATCCTTTCTT TGATGATCAA GAATTATTAC GCGCTGTTCA CATAGAAATA 
GTCAGTGATA TGACTACTGA GGGTTTTTTG GGCGGATTTA AACGCTTCGT AACCAGAACA 
GATCTGCCCG AGCATGTTTA CTCAGATAAT GGATCTAACT CTATTGGCGC TAAAAATGAG 
TTAGGTGAGC TTTTTCGGTT GATCAAATCA GAAAGCTATC AAGAGAAAGT GAACAGATAT 
GCCGCGCAAA AGAATATTAT TTGGCATTTT ACACCGCCTT TATCACCGCA CTTTGGTGGT 
ATCTGGGAGG CTGCTGTCAA ATCTTTCAAA CATCACTTGA AACGCGTAAT CGGCCAGCAA 
TTGTTAACAT TCGAAGTGCT CAATACATTA GTAATTGAAA TCAAGGGTAT ACTAAATTCA 
CGACCTATTT ATTCACTCTC TTCTGATCCC AACGATTCTA TCGCGTTAAC TCCAGCGCAC 
GCGCTTGTAG GCAGACCTTT GACCATGTTG CCAGTTCATG ACTTTTCTCT CGTCCCTGAA 
AATCGCTTAT CAGCTTCGAA TTTCATCACG AAAGCCCGTC AAGACTTTTG GAAACGCTGG 
TACCTTGAAA ACCTTAGTGA ACTTCAAAAG CGTCAAAAAT GGCAAAATAC GAATGCTAAG 
ATTGAAATAA ATTCTTTAGT CATTGTAATG GATAAAGACA TACCTTGTAC GCATTGGAAG 
TTAGGCATCG TTACTGAAAT ATACCTAGGT AAAGATGGAA ATGTGAGGGT GGTTTTGGTA 
AAGACAACGA AAGCTGGATA TTCTGCTTTA GAAGAGGGCA TCGCCAACCC ACCAGTCTAC 
GTCTCCAGAA CCTTTGGCAC AGACGGCTCC ATAACAGAAG GGTATTCTTG GTACGTCTGT 
CCAGAGGATA TCAACCACAA ACAACATCCG CAAAGCGATC AGAGTACCTC AACTACATCA 
GTTATAGACT CAAAAAAAGA ATACAAAAAA CTTAGTGAAT TTTATAATCT GATACGAGAA 
TTTAATGATG GAGACTTACC GATTTCTATT TTTATTGAGA AATGTCAAGC CCTTGAAAAA 
TATGCTAAGC CTGAGAAAAA AGATCCCTTT ATGCAAACCA TTGAAGCTAA GATTACTGGA 
GATAGCTTGG CCCAGCTTCA AGCCGAGTTG TCTCGAGTGG TTCAGGGGAT ACAAGAGAAT 
GTATCACAGT ATGGATTGAG AGTAACAAAA ATTTTACAAA CTGAAATAAG TTTAATCTCT 
GAAGATTATC CCCTTGAATC GATCGAGATA GAAGCATTCG GAAAATTCAA GAAAATTTTA 
TGTACCCAAC CCCTTTTACA ATATCCTGAT TTCACGCGAC CCTTCATTTT AACTACAGAC 
GCCTTTGATC TTGCCTTAGG AGCCATCCTA AGTCAGGGGG ACATTGGAAA AACAAACTCC 
AATGCAGACG CGCTCTCGCG AAATCCAGTG CTCCTACCTG CTCTTAATTG CCCCGAATAC 
ACCTCCCAGG AAATTATAAT TGATAGGGCT TTTTATATAG ACACCACAAA AACAAACCTT 
TCTGATATTC CCTCCAATGA AACTAGGCCT AATACACACA TTGAAGAAGC AATCCCTGCA 
GGAACAGACC CCCTAGAAAC AGAAAGACAC ACGAATTACG AACTAATACG CATAAACAAT 
GGACTAGGAT CTATTCTCGC CCGTACAGTG GCGCCATTGG GTTCGGAAGG CCTGCCGAAT 
CCGGTGCTGG TGTGCAAGAC ATCACCGAAG TCTAGTTCGC AACACCAGCT AAGAAAAAGT 
AGAGAAATAG GGAGCACCTG TGCTGATGGT TTGCCCCTGG TACTCAAGCC GGCACAGGTA 
GAAACTCTAG ACAGAAAAGA AAAAAAGATA GGGAGCGCCT GTGCTGATGG TTTGCCCCAG 
GTGCTTAAGC CGGCACAGGT AGAAGCTCAA GAAATAAATT TAGCCTGGGA GCCCACAAAG 
GAACAGGGGT CGCGTCTAGA CAAGCAAGAA ACAATAAGAA ACAAGAAAAT CTTAAGTGTT 
AAGGGCAGAC GATAA

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

RefSeq	XP_014207802.1
CDS	183..4877
Translation	MDIETVRVIELLFPDGIPETWKENPDFYQYFSKVGGYDVDRLIKEPDHLTDEKNAIQQNVKALVFSNYKTFIQVAESSRVCNKEFNQTEDNLDSLLEKIPKFVDKCKSFCDTSKEISTYKRLNNLTLTKSSEILEILELPQLMESCLKSNQYTEALELAHYARHIGAKHKDIPVIKNVVEEIENIWSLMVNQVVNSLKEDLPLPRCLQLIGLLRSMDAFTESELRIKFIQARDTWFRTLLESISKDDPTTHLTKTIELSRIHLFNIITQYKAMFNDDDHLSLNRDSVIIDSEIFRQWLEEKISQFLLTLEKDLPGVTSIDSILGQCTYFGLSFGRVGSDFTGRMSDIFINVIVGKFENGIARATKKFEKAMESFTLILKLQRLDIKIEPVINSENPPEQLVEYYPLAEYCNGLIATFNELRLNTPIALAQSFTRFLQNSLFTISITISSFYKKRQKNFTSSDRESVARFAECFSEMLIPYVQYCIHALFPPNQVAVHLGTSVSQLQKDEITYLNQKYIFEPIESLLPIKNIPIEIYLPEMSTENLIPVETIPEIEIAQPKSDNFCDRTDFSSEKSLTGENDQELTKFMSRFWELEKVPPKKIKKQAEESSSELHYQKNTSCDSNGRYIVRLPFKSKISDLGYMSAVHDKSENDFYMPHHPVIKLSSTTTKVRVVFNASSKSAKNMSLNDILMVGPRIQDKLFEHLLQFCSYVFVMTADIAQMYRQVFVDPRDRLAVKKHLIIDNPIRIEIHGFCDASDLGYGTCIYVRSVDTAGKIITRLACSKSRVTPLKALNGDIEWNHIRSGDNPADTLSRRQTPAHFLKNKTWFTGPTWFSRMESLRPISLIIEGSDKPDMKRQAERFHMEIDHLTTIGKTKNTRLGSLNPFFDDQELLRAVHIEIVSDMTTEGFLGGFKRFVTRTDLPEHVYSDNGSNSIGAKNELGELFRLIKSESYQEKVNRYAAQKNIIWHFTPPLSPHFGGIWEAAVKSFKHHLKRVIGQQLLTFEVLNTLVIEIKGILNSRPIYSLSSDPNDSIALTPAHALVGRPLTMLPVHDFSLVPENRLSASNFITKARQDFWKRWYLENLSELQKRQKWQNTNAKIEINSLVIVMDKDIPCTHWKLGIVTEIYLGKDGNVRVVLVKTTKAGYSALEEGIANPPVYVSRTFGTDGSITEGYSWYVCPEDINHKQHPQSDQSTSTTSVIDSKKEYKKLSEFYNLIREFNDGDLPISIFIEKCQALEKYAKPEKKDPFMQTIEAKITGDSLAQLQAELSRVVQGIQENVSQYGLRVTKILQTEISLISEDYPLESIEIEAFGKFKKILCTQPLLQYPDFTRPFILTTDAFDLALGAILSQGDIGKTNSNADALSRNPVLLPALNCPEYTSQEIIIDRAFYIDTTKTNLSDIPSNETRPNTHIEEAIPAGTDPLETERHTNYELIRINNGLGSILARTVAPLGSEGLPNPVLVCKTSPKSSSQHQLRKSREIGSTCADGLPLVLKPAQVETLDRKEKKIGSACADGLPQVLKPAQVEAQEINLAWEPTKEQGSRLDKQETIRNKKILSVKGRR

Target ORF information:

RefSeq Version	XM_014352316.1
Organism	Copidosoma floridanum
Definition	Copidosoma floridanum uncharacterized LOC106638925 (LOC106638925), mRNA.

Target ORF information:

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

XM_014352316.1

ORF Insert Sequence:

ATGGATATTG AAACAGTTAG GGTAATTGAA CTTCTATTTC CAGATGGTAT TCCAGAGACT 
TGGAAGGAGA ATCCAGATTT TTATCAGTAC TTCTCGAAAG TTGGTGGATA TGATGTGGAC 
AGATTGATTA AAGAGCCAGA CCATTTAACT GACGAGAAAA ATGCTATTCA GCAAAATGTA 
AAAGCTCTTG TTTTTTCAAA CTATAAAACA TTTATACAAG TTGCTGAAAG TTCCAGAGTA 
TGTAATAAGG AGTTTAATCA AACAGAAGAT AATTTGGATT CCTTACTAGA AAAAATTCCA 
AAATTTGTGG ACAAATGTAA ATCGTTCTGC GACACATCTA AAGAAATAAG CACTTACAAA 
AGACTGAACA ATTTAACATT GACTAAAAGT TCCGAGATTC TTGAAATATT AGAACTACCC 
CAGTTAATGG AATCATGTCT AAAGAGTAAT CAATATACAG AAGCCCTCGA ACTGGCACAC 
TATGCAAGAC ATATAGGTGC AAAACATAAA GATATTCCGG TTATCAAAAA TGTAGTTGAA 
GAAATAGAAA ACATCTGGTC TCTAATGGTA AACCAAGTTG TCAACTCCTT AAAAGAAGAT 
TTACCACTCC CAAGATGCTT ACAACTTATT GGGTTGTTAC GTTCAATGGA TGCATTTACA 
GAATCAGAAC TTCGTATCAA GTTTATTCAA GCTCGAGATA CTTGGTTTCG AACATTACTA 
GAATCAATAT CAAAGGATGA TCCCACCACG CATTTAACAA AGACTATTGA ATTATCAAGA 
ATACACTTAT TTAACATCAT AACTCAATAC AAAGCTATGT TCAATGATGA TGATCATTTG 
TCTTTGAATA GAGACTCAGT AATAATTGAT TCTGAAATTT TTCGTCAATG GTTAGAAGAA 
AAGATATCAC AATTTCTTTT AACATTGGAA AAAGACTTGC CAGGAGTGAC TTCTATTGAT 
TCGATATTAG GACAGTGCAC ATATTTTGGG TTATCTTTCG GAAGAGTAGG ATCAGATTTC 
ACAGGTCGCA TGTCTGACAT CTTCATAAAT GTAATAGTTG GTAAATTTGA AAACGGTATA 
GCAAGAGCTA CAAAAAAATT TGAAAAAGCC ATGGAGTCAT TTACATTGAT TCTCAAGCTA 
CAAAGGCTCG ATATCAAAAT TGAACCTGTG ATAAATTCTG AAAATCCACC TGAGCAGCTT 
GTGGAATATT ATCCTCTGGC TGAGTATTGC AATGGTCTTA TAGCAACCTT CAACGAATTA 
AGGTTGAACA CCCCTATAGC ACTTGCGCAA TCATTTACAA GATTTTTACA AAATTCATTG 
TTTACAATAT CAATAACAAT TTCATCATTT TATAAAAAGC GACAAAAGAA CTTTACTTCA 
TCCGACAGAG AAAGTGTTGC AAGATTTGCA GAATGTTTTA GCGAGATGCT TATTCCTTAC 
GTCCAGTATT GTATACACGC CTTATTCCCC CCAAATCAGG TTGCAGTTCA CCTTGGCACG 
TCAGTTAGTC AATTACAAAA AGATGAAATA ACATATTTAA ATCAAAAGTA TATTTTTGAG 
CCTATAGAAT CACTTTTACC TATAAAAAAC ATTCCAATAG AGATATACTT ACCTGAAATG 
TCCACTGAAA ATTTAATTCC TGTAGAGACC ATCCCTGAAA TTGAAATAGC ACAACCAAAG 
TCTGATAATT TTTGTGACAG GACTGATTTT TCTTCAGAAA AGTCACTAAC TGGTGAAAAC 
GATCAAGAAT TAACTAAGTT TATGAGTCGT TTTTGGGAAT TAGAAAAGGT GCCGCCAAAA 
AAAATTAAGA AACAAGCAGA AGAGTCTTCC AGCGAGTTGC ATTATCAAAA AAACACGTCT 
TGTGACTCTA ATGGTCGTTA CATTGTTCGT TTACCATTTA AAAGCAAAAT CTCTGATTTA 
GGGTACATGT CGGCAGTTCA TGACAAAAGC GAGAACGATT TTTATATGCC GCATCATCCT 
GTTATCAAGC TCTCAAGTAC AACGACTAAG GTGAGAGTAG TTTTCAATGC TTCTTCGAAA 
TCTGCCAAAA ATATGTCTTT AAATGACATA TTAATGGTTG GTCCGAGGAT CCAGGATAAA 
CTCTTTGAGC ATCTCTTACA ATTTTGTTCG TACGTTTTCG TCATGACAGC TGATATAGCT 
CAGATGTATA GGCAGGTTTT CGTTGATCCT AGAGATCGTT TAGCTGTTAA AAAGCATTTA 
ATAATCGATA ATCCCATTCG AATCGAGATT CATGGTTTTT GTGATGCCAG CGATTTAGGA 
TACGGAACAT GTATATACGT TAGATCGGTT GATACTGCGG GAAAGATCAT CACGCGATTG 
GCCTGTTCAA AATCTCGGGT TACACCACTC AAGGCTTTAA ATGGAGACAT CGAGTGGAAC 
CACATACGTT CTGGAGATAA TCCAGCTGAT ACCTTATCAC GACGTCAAAC CCCAGCTCAT 
TTTTTGAAAA ATAAAACTTG GTTTACAGGA CCTACATGGT TTTCTCGAAT GGAATCTTTA 
CGGCCCATTA GTTTAATCAT TGAAGGTTCT GATAAACCAG ATATGAAACG CCAAGCTGAA 
AGGTTTCACA TGGAAATCGA TCATTTAACA ACAATCGGCA AAACGAAAAA TACCAGATTG 
GGTTCTCTTA ATCCTTTCTT TGATGATCAA GAATTATTAC GCGCTGTTCA CATAGAAATA 
GTCAGTGATA TGACTACTGA GGGTTTTTTG GGCGGATTTA AACGCTTCGT AACCAGAACA 
GATCTGCCCG AGCATGTTTA CTCAGATAAT GGATCTAACT CTATTGGCGC TAAAAATGAG 
TTAGGTGAGC TTTTTCGGTT GATCAAATCA GAAAGCTATC AAGAGAAAGT GAACAGATAT 
GCCGCGCAAA AGAATATTAT TTGGCATTTT ACACCGCCTT TATCACCGCA CTTTGGTGGT 
ATCTGGGAGG CTGCTGTCAA ATCTTTCAAA CATCACTTGA AACGCGTAAT CGGCCAGCAA 
TTGTTAACAT TCGAAGTGCT CAATACATTA GTAATTGAAA TCAAGGGTAT ACTAAATTCA 
CGACCTATTT ATTCACTCTC TTCTGATCCC AACGATTCTA TCGCGTTAAC TCCAGCGCAC 
GCGCTTGTAG GCAGACCTTT GACCATGTTG CCAGTTCATG ACTTTTCTCT CGTCCCTGAA 
AATCGCTTAT CAGCTTCGAA TTTCATCACG AAAGCCCGTC AAGACTTTTG GAAACGCTGG 
TACCTTGAAA ACCTTAGTGA ACTTCAAAAG CGTCAAAAAT GGCAAAATAC GAATGCTAAG 
ATTGAAATAA ATTCTTTAGT CATTGTAATG GATAAAGACA TACCTTGTAC GCATTGGAAG 
TTAGGCATCG TTACTGAAAT ATACCTAGGT AAAGATGGAA ATGTGAGGGT GGTTTTGGTA 
AAGACAACGA AAGCTGGATA TTCTGCTTTA GAAGAGGGCA TCGCCAACCC ACCAGTCTAC 
GTCTCCAGAA CCTTTGGCAC AGACGGCTCC ATAACAGAAG GGTATTCTTG GTACGTCTGT 
CCAGAGGATA TCAACCACAA ACAACATCCG CAAAGCGATC AGAGTACCTC AACTACATCA 
GTTATAGACT CAAAAAAAGA ATACAAAAAA CTTAGTGAAT TTTATAATCT GATACGAGAA 
TTTAATGATG GAGACTTACC GATTTCTATT TTTATTGAGA AATGTCAAGC CCTTGAAAAA 
TATGCTAAGC CTGAGAAAAA AGATCCCTTT ATGCAAACCA TTGAAGCTAA GATTACTGGA 
GATAGCTTGG CCCAGCTTCA AGCCGAGTTG TCTCGAGTGG TTCAGGGGAT ACAAGAGAAT 
GTATCACAGT ATGGATTGAG AGTAACAAAA ATTTTACAAA CTGAAATAAG TTTAATCTCT 
GAAGATTATC CCCTTGAATC GATCGAGATA GAAGCATTCG GAAAATTCAA GAAAATTTTA 
TGTACCCAAC CCCTTTTACA ATATCCTGAT TTCACGCGAC CCTTCATTTT AACTACAGAC 
GCCTTTGATC TTGCCTTAGG AGCCATCCTA AGTCAGGGGG ACATTGGAAA AACAAACTCC 
AATGCAGACG CGCTCTCGCG AAATCCAGTG CTCCTACCTG CTCTTAATTG CCCCGAATAC 
ACCTCCCAGG AAATTATAAT TGATAGGGCT TTTTATATAG ACACCACAAA AACAAACCTT 
TCTGATATTC CCTCCAATGA AACTAGGCCT AATACACACA TTGAAGAAGC AATCCCTGCA 
GGAACAGACC CCCTAGAAAC AGAAAGACAC ACGAATTACG AACTAATACG CATAAACAAT 
GGACTAGGAT CTATTCTCGC CCGTACAGTG GCGCCATTGG GTTCGGAAGG CCTGCCGAAT 
CCGGTGCTGG TGTGCAAGAC ATCACCGAAG TCTAGTTCGC AACACCAGCT AAGAAAAAGT 
AGAGAAATAG GGAGCACCTG TGCTGATGGT TTGCCCCTGG TACTCAAGCC GGCACAGGTA 
GAAACTCTAG ACAGAAAAGA AAAAAAGATA GGGAGCGCCT GTGCTGATGG TTTGCCCCAG 
GTGCTTAAGC CGGCACAGGT AGAAGCTCAA GAAATAAATT TAGCCTGGGA GCCCACAAAG 
GAACAGGGGT CGCGTCTAGA CAAGCAAGAA ACAATAAGAA ACAAGAAAAT CTTAAGTGTT 
AAGGGCAGAC GATAA