LOC107343476 cDNA ORF clone, Acropora digitifera

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107343476
Entrez Gene ID	107343476
Full Name	nuclear pore complex protein Nup205-like
Gene Type	protein-coding
Organism	Acropora digitifera

mRNA and Protein(s)

mRNA	Protein	Name
XM_015909044.1	XP_015764530.1	nuclear pore complex protein Nup205-like

Pathways from BioSystems
Gene Ontology

The following LOC107343476 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107343476 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
OAc71873	XM_015909044.1 Latest version!	Acropora digitifera nuclear pore complex protein Nup205-like (LOC107343476), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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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)

LOC107343476 ( XM_015909044.1 ) cDNA ORF clone, Acropora digitifera -> XP_015764530.1 Acropora digitifera nuclear pore complex protein Nup205-like (LOC107343476), mRNA.

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CloneID	OAc71873
Clone ID Related Accession (Same CDS sequence)	XM_015909044.1
Accession Version	XM_015909044.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5550bp) 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	2016-03-13
Organism	Acropora digitifera
Product	nuclear pore complex protein Nup205-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015441264.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Acropora digitifera Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 2% of CDS bases ##RefSeq-Attributes-END##

ATGACGCCGG ATCTGGGAAT CCAACCCAGA CCACATCAGT GGGAGTTCAC TTTCCATTTC 
TTTAAAAATC TTATACAGCC AAAAAATGCC GATCACAGAG ATAAGCTAAA GAGAGCACCA 
ACCAGTGGCC TTCAACTTAC AGCTCATGCA GAAAAACAAA ATCTCCCAGA GCAGTTTGTT 
CAGGAAGTCT TGATTCTCAG TGACGTTCTT GATCTGAATG AATTTGTGTG CACTGATTTG 
CTTCTTGCTG GCGAACAACA GCAGCCTAAT TTTCCGGGTT TGACCAGAGG TTTGGTAGCT 
GTACTTCTCT ATCATGATGG ACGCAGATGT CTTGTCAGTG CATTGAAAAC ATTGATCCAG 
TCCCGTGAAG GAATCACATG GACAATGGGA CTCAATGAGG ACTTGTCTCA GCTAGCAACG 
AAGTTTACAG ATGAGCTCTT GCAAGAAGGG TTAATAACGA CAATTATTGA ACAACTCCAA 
GAGCTTGATG TTCAAAAGGA ACTTGACAAG CTTGAGCGAG GGCAGGGAAT TGGAGATGAG 
CATCATAAGC AACAACTTAT TGACTTCATC ACAGATCAAA GACAACTGTT GGCTGAGTGT 
CTGTACTGCT TTGCTTGTCA AGCACCTCTT CCAAAAAGAG AAGCCCTGCA ACTCTTGTCA 
GCTCTGAAGA AGCGTCCCTC CATTGATGCT GATGGCACCT TGGATAGTGT CACTCTGACA 
TTGCTAATGG CCATGTTGTA TTGTTTAAAT GTTGATCCTC TTGATGAAGC AGCTGAAATT 
CAGTCTTCCA TCAGAGGTAC TATTGGAGAC CTGTATGAAA AGGATCCTTG TGGTCTGGAA 
CTTGCTGCAG ATTTCTGGTG CCCAACAGAT ACAGGTTTAG GCACTTCTTT CTCACCTTAC 
AGCACAGGGA TCTCTTCTGC ATTGCGGCAA CGTGCATCTC AAAAGCAAGT AAGCCTCAAC 
AAGTTTCTAC GTTTGGCTGG TGATCTGTTG CCACCCCCAC TGTTTGTTCC ATATTTAGAC 
ATGTTGACTG GACTTGCTAA TAGTCCTGAA GCTGCCCACC ATTGCTTCAA TCTCCTCAAA 
TCTTCAGCTA ATGGTCCTGT GTCCTGGGAT CACTTCTTTG GCTCCTTGAA ACAGTATTAC 
ATGGATTTGA GACAGGATAG TGGCCGTTCA GTGATGATGT ATGGAAGTCT AACAAGGGAG 
ACTAGTCTCA GTCATAGGCC AGACATGTCA AACTACAATA TAACACCAGA GGAGTTAGAG 
GGGCTGGAGG CAGTACTGAG GGTAACTGAG AGAGTGGCTG ACAAAGATGA AATAGCTCGT 
TTAGCTATGT GTGAAAGTCA AGCCTGGCTA CCCATTGCAT CCTTGTTTGG TTTGCTTGGG 
TGTTCTGTGC CAGTGAAGCT GAAAGCACAG ATTCTTACAA CCCTGGCTGC ATTTGCAAAG 
TCTCCTGAAA TAGCTTCTTC AATGTGGTTC ACCTTGGAAC AATCACAGAT TCTTCAAACT 
GTAACTCCAA CAGGCCAAGC TGTGCAGCCG GGAGGAATAC AGGTTGAATT GAATGAACTT 
GAGGCACGCG ATGAAACATA CCCTGAAACA CGAGCATTTC TTAAGCTGCT GAATAATCTG 
ACAGATATTC CCCTTCCTTC TGCCCTGGGA TCAGGTTATC GTGTGCCAGG CTTTGAACCA 
TACCTGACAT TCTTAAGGGA TGACGTCTTT CTAAAGTTTA GTTCAAGAGG ATACCAAAAC 
CCTAATGAAA AGGTACTTGT AGCTAAACGC TGTGTTTACT ATCTTGTTAT CATTGCTATT 
AGGGAAGTTA CAGGAGAACT GAAGGTAGAA ATCTTTCGTG TGTGGCCAGG TGTGAGAGTG 
GACAAAATCC ATGCTTATTC TCTTAAATTT TCTGGTGTCA TAGAGGGGAA AAAGGAACTG 
GAGAAAGCTG CTTTACTTTG CTTGAGAATG ATCGAAACGT CTCTGGAAAA GCAAGAGCAA 
TTTGCGAACA CACTTCGCAG CGTCACACAA CAGTCTGCCA TCATGGTTTC ACGTTTAGAG 
GACCTGCTTC TGAGCATCAA TCCACGAACA AGTGCCGCTG ATTACTTACT GAAGATAATG 
GGATATCTTT GCCATCTTCA CACTGGTGCA GATCTGAGCC TGTCAGTGGT GAAAATCTTG 
TGTTTTGTTT GTCAATCCAC TCAAGTACAG CGCCATCTAA TCAGTATTTG TATGACCAAT 
CAGTCTTTGT CGAAGAAAAT CTTAATAGGA TTTGTGGACC ATTTGGAAAT CAATGAACCC 
GAAGATCTTC ATGAAAGAGA CGAACTTGGA AAAGAATTCG TTGATGAAAC GTCCCATAGT 
GTGTCGCAGA TTCGCAATGC AGTCAGACAG AATATTCTGA GGCTAATTCT TCATTCTCTC 
CAGCTCCCTC CGCCCAATCT CGCTCATTTT CTTTTGGGTT ATGAACTTAG AAAGCCTGTG 
GCAAAGACCA ACCTACAGGA TCCTGGGGTT CAAGGGGCCT CAAAGACCTG TCTGCACGCA 
GTCCTAGACA TGTTAAACAA AGGAGTAGAT ACACATCATG GACCCTCTTG TGTGACAGAA 
ACTCCCAAGT TTGCTGAGCT TGCATATCAA CTTATCTACA GTTTGTGCGC CAATAAGGAC 
ACTGCAACCC CAACGCTCCG CTACTTGAGA ACCAGCCACG ATTTCTTGTA CCAACACCTT 
CAGCATTTGC CTTTCAAAAA CCTTGTCAGC ATTGGCTCAG ATGGTGAACA GCCCACCTTA 
CCGATGCAAA CTATTGCCAG CCAGCAATCC TGGCTGCTGA AGACGGCGGC AATTGAACTG 
CGAATGACAG CGCAGGGACG TCAGAGGTCG CACGCGCAGA GACTTCTGGG GCTCTTAATG 
GGAGAACATT CTGCACTGCG CCCGAACGTG GGAACATCGC AGTTCCAAGA AATGGTTCCG 
CGACGTCTTG AAGATGATTT CACATCTGCT GATACCAGCC AGGCGGCTTA CGCTGACATG 
GGGCAGTCGC AGACGCGGCG CAAGCTTCTA GCCATCTTGG AGTCTGTAGA TTTTACACAA 
GATGTCCCCC CTGCATTGCA GCTGAATTAT TTTGACGCGG GTGTAACTGA GGAGGCCATA 
GCCTCTTGTG AACAGAAGGC CGAGGATATC GACGTGATGT TTTGTAACGT TCCAGTTCTT 
CACAAGCTGT TGATGACGGA AATAACTGGG GTGCAAGGGA CTGCAACGGC TGGGCAGAGA 
AACTTTTTGA TTCAGGAAGT CCGAGACATC CTTCAAAATG TTGTTCTTCG TAACATGATG 
CGAGAGAGCT TGCATATCAA AAAGGAAGCA TTTGAGGCTT GGAGACGTGT GATTGAAGTG 
GCTTTGGCAT CGTGTCCTGC AGATATTTTC CCAAGGGAGA CGCGGCAAAC CGTTATATCA 
GAGATACTGC AGGATCTGCT TTGCAGGATT GCAGATGAGA GTGCAATAGC AGAACTGACG 
TCACCAGTAT CCGGAGTCAT CTTATGCCTC ATGGCACACC TCCGACAGTG CACCATTTCC 
TTGAACTCCG CGACCACACC CATCTCTATA CCGGAGAGCT TTGGAGGGAG TAAATCCCTG 
CAACAATCTG GTTCCTCTCT CCCTGTTGGT GCGTCAGTGG CCATTCTAAA GGGGCTAATT 
GAAACTGTCC TGCGATCTGG AGGGGGTCTG CAGAGAGTTC GAGCCAACTT GTACGCTGCC 
CTGATGTACT TCATGCAGAC GGCGCCGGAA ACCCAAGAAA CGAAGGAGAA AGGTGTCGTA 
CTTAACCTTT CTCAGGTCTT GTATTCGTTC ATTTGCTTTG TTGAATTTTG TTTTAACGTT 
CTTGCCTGTA ACTCTCTTCA GATGCTAGCG TTTTCTCTTC TGGATGCAAT CATTGCCGTT 
GATTGGCAGC AGCGCTGGTT AAACTATGTC AGCATAAAAG GGTACCTCAG GCACATGACT 
GAGGCGCTGC CACACGAGGA CCACATTTTG CAATCCATGT TGGACCCTTC ACCTGAGCCC 
CTCAAGGCAT TGTACATCTA TGAGTCCAAG ATGGCGTTAT TCGCCCGTAT CGCTCAGTCA 
TTTGAAGGCG CCAAAGTGCT TCTTCAAGCA GGGCTGCTCT CACGCTTGGC GGAATGTAGT 
TTTCTTGATC AGAGACCAGA ACAGGAAAGG ATTGGTCTCT CTGGCAGCCT GTATGCTTAT 
GACCAAAATA TGAGTGAAGT TACACAGGAT TCGTTTGTTC CATCAGTGAT GGAGAGATAC 
AGGCAGCTGC TTATGCCTGC TCTCAAAGTC ATTCTTGCGA TACTGACATC TTTGGGATCT 
CAACACAAGG AAGCATCCAT CAAGGCGCTG CACTTTGTTG TATCCCACAT TGACGTTTTC 
GTAAGCATTC TTCAAGACCG ACAAGCCGTG CACACATCCG GATCACTGCA GGAGCTTTGC 
CTTGCTACAG GGATGATTTG CAACATGGCT TTGACCGAAG CTGTTCTCAC GATTGACTCT 
GAGGAACTTG GCCAAGAACA GATTCAACTC AGGGGACCTC TGGCTAGAAT CCAGCGTTTG 
ATGGTTGGCT TATTACCGCG ATATTGTACC AAGGAAAACT GGGAAAAGAT CATAAAATCC 
ATGATGGAGC AGCACAACGA GGAACCTGGT GCCAAGTACA GTCTAGTTGC GATGGAAACT 
ACCGAGAAAT TGCAAAGCAT TTGTTGTAAC ATTGTTGGTT TTTGCAAGAC AGTTATGAGT 
TCGACAGGAT CAGTTGGCTC TCATTGTCAT GTGCTCTTTG CACCTAATTT GACTATATCT 
TTGTCTCGGG ATTCCCGTCT CACAAGAGAA GCTGTTCGTC CTGTGACCGC GTTGTCTTCG 
TACCGATCTG TCAGTCTCGG TCTACCGGTG TCATTCTTGA AGAAATGCAG TGAAGAGATC 
CTAAAAACTG CTGAGTCGTG CTCTCAAACG CGGCTGAAGC TGCAGAATCT GACTGAGCTG 
TCCACCGATG AACTCAGAGA GCTAAGTCAA GCAGAGTTTA ACCGTGGAGC TTTGCAAGAG 
AGACTTTCTA CTCAGCTGAG ATATCAGCTG GCACATAAAT GCCTCACACA GATTGTGCGG 
TTTAAGGAAC ACGAAATTTC CTCTCTGTTG TATATTATCG AAAATTATTT GTTCATCATC 
TGGCGTCATT TAGATTTCTA CTTCTTACAT TGTATCCCGT CAGACGAGGA ACGGCGCATG 
CGTGGAGGTC CTAGTTTGAC CGATAATCGC ATGAGACGAC TGCAAGAATG GACTTCACAA 
TCTGGAACTT CTTTTTCTCC CGATCCTGCT TTTGAAGGCC AACAGCTTGG AGGCGGCGTT 
ACACGTGAGG AAATTGAAAC ACTCAAAAGA GAGGCCACCA GTGCACTGAC GGAGCTTTTT 
TTCAAGAAAC TTGTAGAAAT CGAACAGACT CACAGTAAGG GACGTACAAG ACTTAGCTTT 
CTTCAAGTTC TTGTACGCCG CATAAAAGGA CTGTTGACGA TACACGGAAC GCCCGCACGC 
ACAGAGCCCC TTACCAGCGG ATTACGATGA

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

RefSeq	XP_015764530.1
CDS	1..5550
Translation	MTPDLGIQPRPHQWEFTFHFFKNLIQPKNADHRDKLKRAPTSGLQLTAHAEKQNLPEQFVQEVLILSDVLDLNEFVCTDLLLAGEQQQPNFPGLTRGLVAVLLYHDGRRCLVSALKTLIQSREGITWTMGLNEDLSQLATKFTDELLQEGLITTIIEQLQELDVQKELDKLERGQGIGDEHHKQQLIDFITDQRQLLAECLYCFACQAPLPKREALQLLSALKKRPSIDADGTLDSVTLTLLMAMLYCLNVDPLDEAAEIQSSIRGTIGDLYEKDPCGLELAADFWCPTDTGLGTSFSPYSTGISSALRQRASQKQVSLNKFLRLAGDLLPPPLFVPYLDMLTGLANSPEAAHHCFNLLKSSANGPVSWDHFFGSLKQYYMDLRQDSGRSVMMYGSLTRETSLSHRPDMSNYNITPEELEGLEAVLRVTERVADKDEIARLAMCESQAWLPIASLFGLLGCSVPVKLKAQILTTLAAFAKSPEIASSMWFTLEQSQILQTVTPTGQAVQPGGIQVELNELEARDETYPETRAFLKLLNNLTDIPLPSALGSGYRVPGFEPYLTFLRDDVFLKFSSRGYQNPNEKVLVAKRCVYYLVIIAIREVTGELKVEIFRVWPGVRVDKIHAYSLKFSGVIEGKKELEKAALLCLRMIETSLEKQEQFANTLRSVTQQSAIMVSRLEDLLLSINPRTSAADYLLKIMGYLCHLHTGADLSLSVVKILCFVCQSTQVQRHLISICMTNQSLSKKILIGFVDHLEINEPEDLHERDELGKEFVDETSHSVSQIRNAVRQNILRLILHSLQLPPPNLAHFLLGYELRKPVAKTNLQDPGVQGASKTCLHAVLDMLNKGVDTHHGPSCVTETPKFAELAYQLIYSLCANKDTATPTLRYLRTSHDFLYQHLQHLPFKNLVSIGSDGEQPTLPMQTIASQQSWLLKTAAIELRMTAQGRQRSHAQRLLGLLMGEHSALRPNVGTSQFQEMVPRRLEDDFTSADTSQAAYADMGQSQTRRKLLAILESVDFTQDVPPALQLNYFDAGVTEEAIASCEQKAEDIDVMFCNVPVLHKLLMTEITGVQGTATAGQRNFLIQEVRDILQNVVLRNMMRESLHIKKEAFEAWRRVIEVALASCPADIFPRETRQTVISEILQDLLCRIADESAIAELTSPVSGVILCLMAHLRQCTISLNSATTPISIPESFGGSKSLQQSGSSLPVGASVAILKGLIETVLRSGGGLQRVRANLYAALMYFMQTAPETQETKEKGVVLNLSQVLYSFICFVEFCFNVLACNSLQMLAFSLLDAIIAVDWQQRWLNYVSIKGYLRHMTEALPHEDHILQSMLDPSPEPLKALYIYESKMALFARIAQSFEGAKVLLQAGLLSRLAECSFLDQRPEQERIGLSGSLYAYDQNMSEVTQDSFVPSVMERYRQLLMPALKVILAILTSLGSQHKEASIKALHFVVSHIDVFVSILQDRQAVHTSGSLQELCLATGMICNMALTEAVLTIDSEELGQEQIQLRGPLARIQRLMVGLLPRYCTKENWEKIIKSMMEQHNEEPGAKYSLVAMETTEKLQSICCNIVGFCKTVMSSTGSVGSHCHVLFAPNLTISLSRDSRLTREAVRPVTALSSYRSVSLGLPVSFLKKCSEEILKTAESCSQTRLKLQNLTELSTDELRELSQAEFNRGALQERLSTQLRYQLAHKCLTQIVRFKEHEISSLLYIIENYLFIIWRHLDFYFLHCIPSDEERRMRGGPSLTDNRMRRLQEWTSQSGTSFSPDPAFEGQQLGGGVTREEIETLKREATSALTELFFKKLVEIEQTHSKGRTRLSFLQVLVRRIKGLLTIHGTPARTEPLTSGLR

Target ORF information:

RefSeq Version	XM_015909044.1
Organism	Acropora digitifera
Definition	Acropora digitifera nuclear pore complex protein Nup205-like (LOC107343476), mRNA.

Target ORF information:

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

XM_015909044.1

ORF Insert Sequence:

ATGACGCCGG ATCTGGGAAT CCAACCCAGA CCACATCAGT GGGAGTTCAC TTTCCATTTC 
TTTAAAAATC TTATACAGCC AAAAAATGCC GATCACAGAG ATAAGCTAAA GAGAGCACCA 
ACCAGTGGCC TTCAACTTAC AGCTCATGCA GAAAAACAAA ATCTCCCAGA GCAGTTTGTT 
CAGGAAGTCT TGATTCTCAG TGACGTTCTT GATCTGAATG AATTTGTGTG CACTGATTTG 
CTTCTTGCTG GCGAACAACA GCAGCCTAAT TTTCCGGGTT TGACCAGAGG TTTGGTAGCT 
GTACTTCTCT ATCATGATGG ACGCAGATGT CTTGTCAGTG CATTGAAAAC ATTGATCCAG 
TCCCGTGAAG GAATCACATG GACAATGGGA CTCAATGAGG ACTTGTCTCA GCTAGCAACG 
AAGTTTACAG ATGAGCTCTT GCAAGAAGGG TTAATAACGA CAATTATTGA ACAACTCCAA 
GAGCTTGATG TTCAAAAGGA ACTTGACAAG CTTGAGCGAG GGCAGGGAAT TGGAGATGAG 
CATCATAAGC AACAACTTAT TGACTTCATC ACAGATCAAA GACAACTGTT GGCTGAGTGT 
CTGTACTGCT TTGCTTGTCA AGCACCTCTT CCAAAAAGAG AAGCCCTGCA ACTCTTGTCA 
GCTCTGAAGA AGCGTCCCTC CATTGATGCT GATGGCACCT TGGATAGTGT CACTCTGACA 
TTGCTAATGG CCATGTTGTA TTGTTTAAAT GTTGATCCTC TTGATGAAGC AGCTGAAATT 
CAGTCTTCCA TCAGAGGTAC TATTGGAGAC CTGTATGAAA AGGATCCTTG TGGTCTGGAA 
CTTGCTGCAG ATTTCTGGTG CCCAACAGAT ACAGGTTTAG GCACTTCTTT CTCACCTTAC 
AGCACAGGGA TCTCTTCTGC ATTGCGGCAA CGTGCATCTC AAAAGCAAGT AAGCCTCAAC 
AAGTTTCTAC GTTTGGCTGG TGATCTGTTG CCACCCCCAC TGTTTGTTCC ATATTTAGAC 
ATGTTGACTG GACTTGCTAA TAGTCCTGAA GCTGCCCACC ATTGCTTCAA TCTCCTCAAA 
TCTTCAGCTA ATGGTCCTGT GTCCTGGGAT CACTTCTTTG GCTCCTTGAA ACAGTATTAC 
ATGGATTTGA GACAGGATAG TGGCCGTTCA GTGATGATGT ATGGAAGTCT AACAAGGGAG 
ACTAGTCTCA GTCATAGGCC AGACATGTCA AACTACAATA TAACACCAGA GGAGTTAGAG 
GGGCTGGAGG CAGTACTGAG GGTAACTGAG AGAGTGGCTG ACAAAGATGA AATAGCTCGT 
TTAGCTATGT GTGAAAGTCA AGCCTGGCTA CCCATTGCAT CCTTGTTTGG TTTGCTTGGG 
TGTTCTGTGC CAGTGAAGCT GAAAGCACAG ATTCTTACAA CCCTGGCTGC ATTTGCAAAG 
TCTCCTGAAA TAGCTTCTTC AATGTGGTTC ACCTTGGAAC AATCACAGAT TCTTCAAACT 
GTAACTCCAA CAGGCCAAGC TGTGCAGCCG GGAGGAATAC AGGTTGAATT GAATGAACTT 
GAGGCACGCG ATGAAACATA CCCTGAAACA CGAGCATTTC TTAAGCTGCT GAATAATCTG 
ACAGATATTC CCCTTCCTTC TGCCCTGGGA TCAGGTTATC GTGTGCCAGG CTTTGAACCA 
TACCTGACAT TCTTAAGGGA TGACGTCTTT CTAAAGTTTA GTTCAAGAGG ATACCAAAAC 
CCTAATGAAA AGGTACTTGT AGCTAAACGC TGTGTTTACT ATCTTGTTAT CATTGCTATT 
AGGGAAGTTA CAGGAGAACT GAAGGTAGAA ATCTTTCGTG TGTGGCCAGG TGTGAGAGTG 
GACAAAATCC ATGCTTATTC TCTTAAATTT TCTGGTGTCA TAGAGGGGAA AAAGGAACTG 
GAGAAAGCTG CTTTACTTTG CTTGAGAATG ATCGAAACGT CTCTGGAAAA GCAAGAGCAA 
TTTGCGAACA CACTTCGCAG CGTCACACAA CAGTCTGCCA TCATGGTTTC ACGTTTAGAG 
GACCTGCTTC TGAGCATCAA TCCACGAACA AGTGCCGCTG ATTACTTACT GAAGATAATG 
GGATATCTTT GCCATCTTCA CACTGGTGCA GATCTGAGCC TGTCAGTGGT GAAAATCTTG 
TGTTTTGTTT GTCAATCCAC TCAAGTACAG CGCCATCTAA TCAGTATTTG TATGACCAAT 
CAGTCTTTGT CGAAGAAAAT CTTAATAGGA TTTGTGGACC ATTTGGAAAT CAATGAACCC 
GAAGATCTTC ATGAAAGAGA CGAACTTGGA AAAGAATTCG TTGATGAAAC GTCCCATAGT 
GTGTCGCAGA TTCGCAATGC AGTCAGACAG AATATTCTGA GGCTAATTCT TCATTCTCTC 
CAGCTCCCTC CGCCCAATCT CGCTCATTTT CTTTTGGGTT ATGAACTTAG AAAGCCTGTG 
GCAAAGACCA ACCTACAGGA TCCTGGGGTT CAAGGGGCCT CAAAGACCTG TCTGCACGCA 
GTCCTAGACA TGTTAAACAA AGGAGTAGAT ACACATCATG GACCCTCTTG TGTGACAGAA 
ACTCCCAAGT TTGCTGAGCT TGCATATCAA CTTATCTACA GTTTGTGCGC CAATAAGGAC 
ACTGCAACCC CAACGCTCCG CTACTTGAGA ACCAGCCACG ATTTCTTGTA CCAACACCTT 
CAGCATTTGC CTTTCAAAAA CCTTGTCAGC ATTGGCTCAG ATGGTGAACA GCCCACCTTA 
CCGATGCAAA CTATTGCCAG CCAGCAATCC TGGCTGCTGA AGACGGCGGC AATTGAACTG 
CGAATGACAG CGCAGGGACG TCAGAGGTCG CACGCGCAGA GACTTCTGGG GCTCTTAATG 
GGAGAACATT CTGCACTGCG CCCGAACGTG GGAACATCGC AGTTCCAAGA AATGGTTCCG 
CGACGTCTTG AAGATGATTT CACATCTGCT GATACCAGCC AGGCGGCTTA CGCTGACATG 
GGGCAGTCGC AGACGCGGCG CAAGCTTCTA GCCATCTTGG AGTCTGTAGA TTTTACACAA 
GATGTCCCCC CTGCATTGCA GCTGAATTAT TTTGACGCGG GTGTAACTGA GGAGGCCATA 
GCCTCTTGTG AACAGAAGGC CGAGGATATC GACGTGATGT TTTGTAACGT TCCAGTTCTT 
CACAAGCTGT TGATGACGGA AATAACTGGG GTGCAAGGGA CTGCAACGGC TGGGCAGAGA 
AACTTTTTGA TTCAGGAAGT CCGAGACATC CTTCAAAATG TTGTTCTTCG TAACATGATG 
CGAGAGAGCT TGCATATCAA AAAGGAAGCA TTTGAGGCTT GGAGACGTGT GATTGAAGTG 
GCTTTGGCAT CGTGTCCTGC AGATATTTTC CCAAGGGAGA CGCGGCAAAC CGTTATATCA 
GAGATACTGC AGGATCTGCT TTGCAGGATT GCAGATGAGA GTGCAATAGC AGAACTGACG 
TCACCAGTAT CCGGAGTCAT CTTATGCCTC ATGGCACACC TCCGACAGTG CACCATTTCC 
TTGAACTCCG CGACCACACC CATCTCTATA CCGGAGAGCT TTGGAGGGAG TAAATCCCTG 
CAACAATCTG GTTCCTCTCT CCCTGTTGGT GCGTCAGTGG CCATTCTAAA GGGGCTAATT 
GAAACTGTCC TGCGATCTGG AGGGGGTCTG CAGAGAGTTC GAGCCAACTT GTACGCTGCC 
CTGATGTACT TCATGCAGAC GGCGCCGGAA ACCCAAGAAA CGAAGGAGAA AGGTGTCGTA 
CTTAACCTTT CTCAGGTCTT GTATTCGTTC ATTTGCTTTG TTGAATTTTG TTTTAACGTT 
CTTGCCTGTA ACTCTCTTCA GATGCTAGCG TTTTCTCTTC TGGATGCAAT CATTGCCGTT 
GATTGGCAGC AGCGCTGGTT AAACTATGTC AGCATAAAAG GGTACCTCAG GCACATGACT 
GAGGCGCTGC CACACGAGGA CCACATTTTG CAATCCATGT TGGACCCTTC ACCTGAGCCC 
CTCAAGGCAT TGTACATCTA TGAGTCCAAG ATGGCGTTAT TCGCCCGTAT CGCTCAGTCA 
TTTGAAGGCG CCAAAGTGCT TCTTCAAGCA GGGCTGCTCT CACGCTTGGC GGAATGTAGT 
TTTCTTGATC AGAGACCAGA ACAGGAAAGG ATTGGTCTCT CTGGCAGCCT GTATGCTTAT 
GACCAAAATA TGAGTGAAGT TACACAGGAT TCGTTTGTTC CATCAGTGAT GGAGAGATAC 
AGGCAGCTGC TTATGCCTGC TCTCAAAGTC ATTCTTGCGA TACTGACATC TTTGGGATCT 
CAACACAAGG AAGCATCCAT CAAGGCGCTG CACTTTGTTG TATCCCACAT TGACGTTTTC 
GTAAGCATTC TTCAAGACCG ACAAGCCGTG CACACATCCG GATCACTGCA GGAGCTTTGC 
CTTGCTACAG GGATGATTTG CAACATGGCT TTGACCGAAG CTGTTCTCAC GATTGACTCT 
GAGGAACTTG GCCAAGAACA GATTCAACTC AGGGGACCTC TGGCTAGAAT CCAGCGTTTG 
ATGGTTGGCT TATTACCGCG ATATTGTACC AAGGAAAACT GGGAAAAGAT CATAAAATCC 
ATGATGGAGC AGCACAACGA GGAACCTGGT GCCAAGTACA GTCTAGTTGC GATGGAAACT 
ACCGAGAAAT TGCAAAGCAT TTGTTGTAAC ATTGTTGGTT TTTGCAAGAC AGTTATGAGT 
TCGACAGGAT CAGTTGGCTC TCATTGTCAT GTGCTCTTTG CACCTAATTT GACTATATCT 
TTGTCTCGGG ATTCCCGTCT CACAAGAGAA GCTGTTCGTC CTGTGACCGC GTTGTCTTCG 
TACCGATCTG TCAGTCTCGG TCTACCGGTG TCATTCTTGA AGAAATGCAG TGAAGAGATC 
CTAAAAACTG CTGAGTCGTG CTCTCAAACG CGGCTGAAGC TGCAGAATCT GACTGAGCTG 
TCCACCGATG AACTCAGAGA GCTAAGTCAA GCAGAGTTTA ACCGTGGAGC TTTGCAAGAG 
AGACTTTCTA CTCAGCTGAG ATATCAGCTG GCACATAAAT GCCTCACACA GATTGTGCGG 
TTTAAGGAAC ACGAAATTTC CTCTCTGTTG TATATTATCG AAAATTATTT GTTCATCATC 
TGGCGTCATT TAGATTTCTA CTTCTTACAT TGTATCCCGT CAGACGAGGA ACGGCGCATG 
CGTGGAGGTC CTAGTTTGAC CGATAATCGC ATGAGACGAC TGCAAGAATG GACTTCACAA 
TCTGGAACTT CTTTTTCTCC CGATCCTGCT TTTGAAGGCC AACAGCTTGG AGGCGGCGTT 
ACACGTGAGG AAATTGAAAC ACTCAAAAGA GAGGCCACCA GTGCACTGAC GGAGCTTTTT 
TTCAAGAAAC TTGTAGAAAT CGAACAGACT CACAGTAAGG GACGTACAAG ACTTAGCTTT 
CTTCAAGTTC TTGTACGCCG CATAAAAGGA CTGTTGACGA TACACGGAAC GCCCGCACGC 
ACAGAGCCCC TTACCAGCGG ATTACGATGA