NUP210 cDNA ORF clone, Tinamus guttatus(white-throated tinamou)

Gene
Clones
gRNAs

Summary

Gene Symbol	NUP210
Entrez Gene ID	104577458
Full Name	nucleoporin 210
Gene Type	protein-coding
Organism	Tinamus guttatus(white-throated tinamou)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010224919.1	XP_010223221.1	nuclear pore membrane glycoprotein 210

Pathways from BioSystems
Gene Ontology

The following NUP210 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the NUP210 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
OTi24596	XM_010224919.1 Latest version!	Tinamus guttatus nucleoporin 210kDa (NUP210), 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)

NUP210 ( XM_010224919.1 ) cDNA ORF clone, Tinamus guttatus(white-throated tinamou) -> XP_010223221.1 Tinamus guttatus nucleoporin 210kDa (NUP210), mRNA.

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CloneID	OTi24596
Clone ID Related Accession (Same CDS sequence)	XM_010224919.1
Accession Version	XM_010224919.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5820bp) 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	2014-11-12
Organism	Tinamus guttatus(white-throated tinamou)
Product	nuclear pore membrane glycoprotein 210
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_010588917.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Tinamus guttatus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 6% of CDS bases ##RefSeq-Attributes-END##

ATGGCTGGTG CTGCCCTGTG TTTGAAGCTC TCCTCCCCCA GCCCCTTGCA CTTTAAAAGG 
TTTTCCCCAA AGACAGCAGG CATTCTGGAG AAGCCTCCAG GAGAAAGGCC TAGATGGATG 
CAGCTTCACA ATCCCCACCC TTGGCATCTA GCACGCAGGC TCCGTATGTT TATGGGATTT 
GCAGTGGCTT ATCAGAGCCG CCATCATCAC CTGCAGAAGC AATTCCAAAC CTGCCCTGCC 
AGAGCAGCTT CCTTCATAGC TTTAACCCTT CCTGAGGCCC TAGTGCCAGG GCTCCCTGTG 
CAAGGAGCAG TGCTGGCTCC GGACAGGGAA ATCCTGGAGG CTGGAGCCCC CCAGCCGCTC 
TGCCAGCCCC AGCAGCTCCC TTGCTCTGAG GATGTGTCCT CCACCAGGCC CGAGGTCGCC 
AGCATTGAGC TGGCGGAGCA GGGTGAGCGC CAGTGTTCAC AGAAAGCTCT CGTCCAGGCC 
CGGTCCTCGC AGCCCACGCG TCAGACAAGC ATCATCTTTG CTGAAGATAT AACAACTGGA 
CAAGTGCTTC GATGTGATGC AATAGTTGAT ATAATTCATG CGATCCAAAT TGTGTCCACA 
ACAAGAGAAC TTTATCTTGA AGATTCACCA CTGAAGCTAA AAATTCAGGC TTTGGATTCT 
GAAGGAAACA CTTTCAGCAC ATTGGCAGGG TTAGTCTTTG ACTGGACAAT AGTAAAAGAC 
ACAGAGGCCG ATGGCTTCTC GGACTCCCAC AATGCCCTAC GTATACTCAA GTTCTTAGAA 
TCTACCTATA TACCTCCTTC CTACATATCA GAGATGGAAA AAGTGGCCAA ACAAGGAGAT 
ACCATTTTGG TATCTGGAAT GAAAACAGGC AGTTCTAAAT TAAAAGCAAG AATACAGGAG 
GGTGTCTACA AGAATGTACA TCCTGCAGAA GTCAGATTGC TTATTTTGGA AAACATCCTT 
TTAAATCCAG CATATGACAT TTACCTCCTG GTAGGAACAT CAATCCAATA CAGAGTTCAG 
AAAATAAGAC AAGGGAAGAT TACAGAATTA ATGATGCCCT CTGATCAGTA TGAACTGCAG 
CTGCAGAACA ACGTAGTCGG CCCCGAGGGA GATCCATCCC GGCCAGTTGC CAGCCTGGAT 
CAGGCAACGT CCATCGTAAC TGCAGTGCAG CCGGGACAGG CTAATCTCAT TCTTGGGCAC 
AAGAGTATTC GCATGCAAGG GGTGTCCAGA CTACCAAACA GCACCATCTA TGTTGTGAAT 
CCAGGTTATT TAGGATTTAC AGTTCACCCT GGTGATAGAT GGGTCCTAGA AACAGGCAGA 
ACTTATGAAA TTACCATTGA AGTGTATGAT AAATCAAGCA ATAAGGTGTA TTTATCTGAC 
AATATTAGAA TTGATACCAA GCTGTCCAAA GAATATTTTG AGGTTCTGAA ATCATCTTTG 
AATGGATCAT ATCATTATGT GAAAGCAATA AAGAAGGGTC AGACCATTAT TGATGCTGCA 
CTGACATCTG TAGTAGATCA GGATGGAGGT GTTCATACAT TGCCAGTTCC AGTGCGAAAC 
CAGCAGGATG TTGAAATTTA TGTTCCAATA GTTCTTTCAC CCAGCATTTT GACGTTTCCG 
TGGCAGCCAA GAGCAGGAAC CTACCAGTAC ACCATACAGG CCCATGGCGG AAGTGGAAAT 
TTCAGCTGGT CCTATTCTAA CCAGGCAGTT GCTACAGTGA CAGTCAAGGG AGTTATGACA 
ACTGGAAGTG ACATTGGTGT CAGTGTCATT CAGGCAATTG ATGTTCAGAA TCCACTGCAC 
TATGGAGAAA TGAAGGTGTA CGTGACTGAA CCCAGGGGGA TGGAGTTCCT GCCGTGCCAA 
GTTGAAGCGC GCATTGGCCA GACGTTGGAG CTGCCCCTGC GGATCAACGG CCTAACGAAC 
GTGGAGACGG GCGAGACGGT CCCACTGAGC GACTGCTCGC ACTTCGATCT GGTTGTGGAA 
GTAGAAAACC GAGGGGTGTT CAGGCCACTT CAAGGGAGAC TTAAACCAAC TGCAGATTTT 
TGTAGTGGAG TCAGAGTGAA AGCTGAAACT CAAGGATACA CAACACTTGT TGTTAGCTAT 
ACCCATGGTC ATATCCACCT CAGCGCTAGC ATCACCATTG CTGCCTATCT GCCATTAAAA 
ACTATTGATC CTCCATCTGT TGCTTTAGTG ACTTTGGGTT CCTCTAAAGA TATGTTATTT 
GAAGGAGGAC CCAGACCGTG GGTGCAAGAA CCTTCAAAGT TCTTCAGGAA CATCACTGCT 
GAGGACACAG AAAGTGTTGG TCTCTCTCTG TTTGGATTTC CTACGTCTCG GAATAATATG 
CAGCATTGGA TTAGAGCATC TTGCAAAAGC CTGGGAGAAC AAGTTATTGC CTTGACAGTT 
GGAAACAATC CCACAATCAC CAATCCTTTT CCAGCCGTTG AACCTGCTGT TGTGAAGTTT 
ATCTGTGCTG TCCCTTCACG ACTCACTTTG ACTCCTGTTT ATTCAAGTCC TCAGATTGAT 
CTCTCATGTC CTTTGCTGCA ACAAAACAAG CAGGTGGTGC CTGTTTCAAA TTATCGCAAT 
CCAGTATTGG ACTTGACTGC GTATGACCAA CAGGGCAGTA AATTTGATAA TTTCAGTTCT 
CTTAGCATTA TCTGGGAATC AACAAAAATG TCTCTAGCTA ATATAGAGCC AGATATGTTA 
ATGGAGCTCA CTCTGAAGGA AGATGCCGGC GGTCAAAAGA AAATGCATGG TTTGCAAACT 
GTCTTGGTTC ATCATGTATC TGGAACCACT GTGATCTCCG CAACTGCAAC AGGATACCAG 
CAATCTCATC TCAAAGCAGC TAAAGTGAAA GCACCGTATG AACCTCTTCT ACCTGTGTCT 
GCCACTATTG AGCTGATGCT AGTGGAAGAT GTGAAAGTGA GCCCTACCGA TGTCTCCATT 
TACAACCATC CCGAGATCCA GGCAGAGCTG TTCATCAGAG AAGGTTCTGG ATATTTTTTC 
ATTAACACAA GTGTTGCAAA TATTGTAAGA GTGGCTCATG AAGACACTCA AGGTATAGCT 
CTGGTGCATC CTTTGCTTCC AGGATCAGTG ACCGTGATGA TTCATGACTT GTGTTTGGCT 
TTCCCTGCAC CAGCGAAAGC TGAAATTTAT GTATCCGATA TACAGGAGGT GTACATCCGA 
GTTGTTGACA AGGTGGAGAT TGGAAAAACA GTTAAAGCTT CCGTCCGAGT TGTGGATGAT 
GCTAAGAAAC CTTTTCTGGT GAAATACTTT GCTGTCATGG ATCTAAAACT AAGGGCAGCT 
TCTCAGATTG TTTCGCTTGT CCCACTTGGT GAAGCTCTCG ATGACCACAC TGCCGCTTTT 
CTTGTGCATG GAATGGCCAT AGGTCAGACT AGTCTTATGG CAACTGTCGC TGACAGAAGA 
GGACAAAGAA TTAACTCTGC TCCACAACAG ATTGAAGTTT TTCCTCCATT CAGACTACTG 
CCAAGGAAAG TGACCCTGAT CATAGGTGCA ATGATTCAGA TCACTTCAGA AGGAGGCCCT 
CAACCTCAAT CCAACATAAT TTTCTCCATT AGTGATGAGA CGATTGCGTC AGTGAACAGC 
ACTGGACTAA TCAGGGGACT GGCAATTGGG AATGGGACAG TGACAGGAGT GGTACAGGCT 
GTTGATGCAG AGACGGGAAA GCTTGTTGTG GTGTCCCAGG ACAAAGTGGA AGTTGAAGTA 
GTACAGCTGA CAGCTGTTAG AATTCGTGCA CCAATTACAC GAATGAAAAC TGGTACACAG 
ATGCCAGTTT ATGTGATGGG CATCACTAGC AGTCAGACTC CTTTTTCATT TGGCAATGCA 
ATACCAGGAT TAACATTTCA CTGGTCTGTC ACAAAAAGAG ATATCTTGGA TATCAAGACA 
AGACACAATG AGGCTTCTTT TCAACTTCCG GCAAAATATA ACTTTGCAAT GGATGTTTAT 
GGCCGAGTAA AGGGAAGAAC AGGTTTGAAA GTTGTCGTCA AGGTCCTTGA TCCTGCAGCT 
GACCAGTTTT ACAACATGGC AAGAGAACTG TCAGATGAAA TCCAAATCCA GGTCTTTGAA 
AAACTTCACC TAGTTACTCC AGAAGTAGAA GCAGAGCAGA TCTTAATGTC ACCCAACTCC 
TTCATTAAAC TTCAGACAAA CAGGGATAGA GTGGCTTCAC TAAGTTACCG TGTCCTGGAT 
GGACCAGATA AAGTTCCTGT TGTGCAAATT GATGAGAGAG GTTTCCTTAA CTCTGGGTCC 
TTGGTAGGAT CATCAACAAT TGAAGTAATT TCGCAAGAAT CATTTGGAAT CAACCAGACT 
GTTATCGTTG CAGTTAAGGT TTACCCCATC TCCTACCTAA GAATCTCCAT GAGTCCTATT 
CTGCACACAC AAAACAAGGA GGCCCTGTTG GCTCTTCCGC TGGGTGTGAC ACTGACCTTT 
ACAGTCCATT TTCATGACAA CTCCGGAGAC ACCTTTCACT CACATAACTC TGTGCTCAAC 
TTCGCAACAA ACAGAGATGA CTTTGTACAG ATTGGGAAAG GAGCCACAAA CAACACGTTC 
GTAATCCGAA CTGTAAACGT GGGCTTGACC TTGCTGAAGG TTTGGGATGC CGAGCAAAGC 
GGAATTGCAG ACTACGTCCC GCTGCCCGTG CAACACGCCA TCTTCCCGGA GCTCGCGGAC 
GTGGTGGTGG GCGACGTCCT GTGTTTGAGC ACTTCACTTA CAAATCACGA AGGCCTGCCA 
GGAGTGTGGA GCTCCTCTCA GAGCAGCCTT CTCCAAATCG ACTCCAAGAC CGGCGCAGCT 
GTGGTGAGGG ATTCTGGGCT GGTCACTGTT TACTATGAGA TTCCTGGCTT GCTTAAGACA 
TACAGAGAGA TCCTGATTAA TGTACCTCAG AGTACTACAG CAATGCATGT AAGTGGAGTA 
CAAACAAGCT TGCAAGGAGT TGCAGCCTCC AAAGTAATAG TTTCAGTCGG GGAAAGAAGT 
AAAAATTTGA AAGGGGAGTG CTTGGCTGCT CAAATTGAAG CCATTGCTGA ATTACAACCA 
GAGTCCATTA TCAGTTGCCA CCTAAATTTT GACAGTGATG CCTTTGATTT CCCAGCACGT 
GATATTTTCT TAGCAGAACC TGGATTTGAT GCAATTTCAG GACATTACAC CTGTTCCATC 
ACTATGCACA GGCTGACTGA CAGGCAGCTG AAGCATCTCA GCACGAGGAA GACTGTGCTC 
AGAGTTGCAG CTTCAGTCCA AGGCAGCCGT TTCTCCGGAG AGCAGATCAG TGCCGAGGTG 
CCGTTCAATC CGGGGTTTTA TGCTGACCAA ACAGAAATGC TATTAAGTAA CCATTACACA 
AGCTCTGATG TGAAAATATT TGGTGCCACG GAAATTCTCG ATACCCTAGA GGTGAAATGT 
GAGTCACCAA TGGTAAAGGC ATTTAAGAAG GAGAAATCCT ATGGACTACC TAGTTACGTG 
GTCTACACTG TTAGTCTGTC CGATCTCAGA GTGTCAAGCC AGGGATCTTT ATCAACCGCT 
CTAACCATCT CTAGTCCAAT GACTGACCAA TCTATCACTA TCCCAGTGAC AGTGATTTAC 
TTGACTGACA GAAGCAGTGC ACAAGTGAGA CATGGATCCA GTTTATTCCA GCATTTTCCC 
GATTCCTATC AAGTAATGTT CTTCACGCTT TTTGCAGTAT TAGGAGGGAC AGCTCTTATG 
ATCATAGCTT ATCATGCAGC TTTCTCAACA AAAGAAGAAC AAACTTACCC AGCATTTACC 
CCAAGGACAA CTCCTCAACC CAGCCATAAC AGTAAGCAGC TGTTACACAG TTATAAATGA

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

RefSeq	XP_010223221.1
CDS	1..5820
Translation	MAGAALCLKLSSPSPLHFKRFSPKTAGILEKPPGERPRWMQLHNPHPWHLARRLRMFMGFAVAYQSRHHHLQKQFQTCPARAASFIALTLPEALVPGLPVQGAVLAPDREILEAGAPQPLCQPQQLPCSEDVSSTRPEVASIELAEQGERQCSQKALVQARSSQPTRQTSIIFAEDITTGQVLRCDAIVDIIHAIQIVSTTRELYLEDSPLKLKIQALDSEGNTFSTLAGLVFDWTIVKDTEADGFSDSHNALRILKFLESTYIPPSYISEMEKVAKQGDTILVSGMKTGSSKLKARIQEGVYKNVHPAEVRLLILENILLNPAYDIYLLVGTSIQYRVQKIRQGKITELMMPSDQYELQLQNNVVGPEGDPSRPVASLDQATSIVTAVQPGQANLILGHKSIRMQGVSRLPNSTIYVVNPGYLGFTVHPGDRWVLETGRTYEITIEVYDKSSNKVYLSDNIRIDTKLSKEYFEVLKSSLNGSYHYVKAIKKGQTIIDAALTSVVDQDGGVHTLPVPVRNQQDVEIYVPIVLSPSILTFPWQPRAGTYQYTIQAHGGSGNFSWSYSNQAVATVTVKGVMTTGSDIGVSVIQAIDVQNPLHYGEMKVYVTEPRGMEFLPCQVEARIGQTLELPLRINGLTNVETGETVPLSDCSHFDLVVEVENRGVFRPLQGRLKPTADFCSGVRVKAETQGYTTLVVSYTHGHIHLSASITIAAYLPLKTIDPPSVALVTLGSSKDMLFEGGPRPWVQEPSKFFRNITAEDTESVGLSLFGFPTSRNNMQHWIRASCKSLGEQVIALTVGNNPTITNPFPAVEPAVVKFICAVPSRLTLTPVYSSPQIDLSCPLLQQNKQVVPVSNYRNPVLDLTAYDQQGSKFDNFSSLSIIWESTKMSLANIEPDMLMELTLKEDAGGQKKMHGLQTVLVHHVSGTTVISATATGYQQSHLKAAKVKAPYEPLLPVSATIELMLVEDVKVSPTDVSIYNHPEIQAELFIREGSGYFFINTSVANIVRVAHEDTQGIALVHPLLPGSVTVMIHDLCLAFPAPAKAEIYVSDIQEVYIRVVDKVEIGKTVKASVRVVDDAKKPFLVKYFAVMDLKLRAASQIVSLVPLGEALDDHTAAFLVHGMAIGQTSLMATVADRRGQRINSAPQQIEVFPPFRLLPRKVTLIIGAMIQITSEGGPQPQSNIIFSISDETIASVNSTGLIRGLAIGNGTVTGVVQAVDAETGKLVVVSQDKVEVEVVQLTAVRIRAPITRMKTGTQMPVYVMGITSSQTPFSFGNAIPGLTFHWSVTKRDILDIKTRHNEASFQLPAKYNFAMDVYGRVKGRTGLKVVVKVLDPAADQFYNMARELSDEIQIQVFEKLHLVTPEVEAEQILMSPNSFIKLQTNRDRVASLSYRVLDGPDKVPVVQIDERGFLNSGSLVGSSTIEVISQESFGINQTVIVAVKVYPISYLRISMSPILHTQNKEALLALPLGVTLTFTVHFHDNSGDTFHSHNSVLNFATNRDDFVQIGKGATNNTFVIRTVNVGLTLLKVWDAEQSGIADYVPLPVQHAIFPELADVVVGDVLCLSTSLTNHEGLPGVWSSSQSSLLQIDSKTGAAVVRDSGLVTVYYEIPGLLKTYREILINVPQSTTAMHVSGVQTSLQGVAASKVIVSVGERSKNLKGECLAAQIEAIAELQPESIISCHLNFDSDAFDFPARDIFLAEPGFDAISGHYTCSITMHRLTDRQLKHLSTRKTVLRVAASVQGSRFSGEQISAEVPFNPGFYADQTEMLLSNHYTSSDVKIFGATEILDTLEVKCESPMVKAFKKEKSYGLPSYVVYTVSLSDLRVSSQGSLSTALTISSPMTDQSITIPVTVIYLTDRSSAQVRHGSSLFQHFPDSYQVMFFTLFAVLGGTALMIIAYHAAFSTKEEQTYPAFTPRTTPQPSHNSKQLLHSYK

Target ORF information:

RefSeq Version	XM_010224919.1
Organism	Tinamus guttatus(white-throated tinamou)
Definition	Tinamus guttatus nucleoporin 210kDa (NUP210), mRNA.

Target ORF information:

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

XM_010224919.1

ORF Insert Sequence:

ATGGCTGGTG CTGCCCTGTG TTTGAAGCTC TCCTCCCCCA GCCCCTTGCA CTTTAAAAGG 
TTTTCCCCAA AGACAGCAGG CATTCTGGAG AAGCCTCCAG GAGAAAGGCC TAGATGGATG 
CAGCTTCACA ATCCCCACCC TTGGCATCTA GCACGCAGGC TCCGTATGTT TATGGGATTT 
GCAGTGGCTT ATCAGAGCCG CCATCATCAC CTGCAGAAGC AATTCCAAAC CTGCCCTGCC 
AGAGCAGCTT CCTTCATAGC TTTAACCCTT CCTGAGGCCC TAGTGCCAGG GCTCCCTGTG 
CAAGGAGCAG TGCTGGCTCC GGACAGGGAA ATCCTGGAGG CTGGAGCCCC CCAGCCGCTC 
TGCCAGCCCC AGCAGCTCCC TTGCTCTGAG GATGTGTCCT CCACCAGGCC CGAGGTCGCC 
AGCATTGAGC TGGCGGAGCA GGGTGAGCGC CAGTGTTCAC AGAAAGCTCT CGTCCAGGCC 
CGGTCCTCGC AGCCCACGCG TCAGACAAGC ATCATCTTTG CTGAAGATAT AACAACTGGA 
CAAGTGCTTC GATGTGATGC AATAGTTGAT ATAATTCATG CGATCCAAAT TGTGTCCACA 
ACAAGAGAAC TTTATCTTGA AGATTCACCA CTGAAGCTAA AAATTCAGGC TTTGGATTCT 
GAAGGAAACA CTTTCAGCAC ATTGGCAGGG TTAGTCTTTG ACTGGACAAT AGTAAAAGAC 
ACAGAGGCCG ATGGCTTCTC GGACTCCCAC AATGCCCTAC GTATACTCAA GTTCTTAGAA 
TCTACCTATA TACCTCCTTC CTACATATCA GAGATGGAAA AAGTGGCCAA ACAAGGAGAT 
ACCATTTTGG TATCTGGAAT GAAAACAGGC AGTTCTAAAT TAAAAGCAAG AATACAGGAG 
GGTGTCTACA AGAATGTACA TCCTGCAGAA GTCAGATTGC TTATTTTGGA AAACATCCTT 
TTAAATCCAG CATATGACAT TTACCTCCTG GTAGGAACAT CAATCCAATA CAGAGTTCAG 
AAAATAAGAC AAGGGAAGAT TACAGAATTA ATGATGCCCT CTGATCAGTA TGAACTGCAG 
CTGCAGAACA ACGTAGTCGG CCCCGAGGGA GATCCATCCC GGCCAGTTGC CAGCCTGGAT 
CAGGCAACGT CCATCGTAAC TGCAGTGCAG CCGGGACAGG CTAATCTCAT TCTTGGGCAC 
AAGAGTATTC GCATGCAAGG GGTGTCCAGA CTACCAAACA GCACCATCTA TGTTGTGAAT 
CCAGGTTATT TAGGATTTAC AGTTCACCCT GGTGATAGAT GGGTCCTAGA AACAGGCAGA 
ACTTATGAAA TTACCATTGA AGTGTATGAT AAATCAAGCA ATAAGGTGTA TTTATCTGAC 
AATATTAGAA TTGATACCAA GCTGTCCAAA GAATATTTTG AGGTTCTGAA ATCATCTTTG 
AATGGATCAT ATCATTATGT GAAAGCAATA AAGAAGGGTC AGACCATTAT TGATGCTGCA 
CTGACATCTG TAGTAGATCA GGATGGAGGT GTTCATACAT TGCCAGTTCC AGTGCGAAAC 
CAGCAGGATG TTGAAATTTA TGTTCCAATA GTTCTTTCAC CCAGCATTTT GACGTTTCCG 
TGGCAGCCAA GAGCAGGAAC CTACCAGTAC ACCATACAGG CCCATGGCGG AAGTGGAAAT 
TTCAGCTGGT CCTATTCTAA CCAGGCAGTT GCTACAGTGA CAGTCAAGGG AGTTATGACA 
ACTGGAAGTG ACATTGGTGT CAGTGTCATT CAGGCAATTG ATGTTCAGAA TCCACTGCAC 
TATGGAGAAA TGAAGGTGTA CGTGACTGAA CCCAGGGGGA TGGAGTTCCT GCCGTGCCAA 
GTTGAAGCGC GCATTGGCCA GACGTTGGAG CTGCCCCTGC GGATCAACGG CCTAACGAAC 
GTGGAGACGG GCGAGACGGT CCCACTGAGC GACTGCTCGC ACTTCGATCT GGTTGTGGAA 
GTAGAAAACC GAGGGGTGTT CAGGCCACTT CAAGGGAGAC TTAAACCAAC TGCAGATTTT 
TGTAGTGGAG TCAGAGTGAA AGCTGAAACT CAAGGATACA CAACACTTGT TGTTAGCTAT 
ACCCATGGTC ATATCCACCT CAGCGCTAGC ATCACCATTG CTGCCTATCT GCCATTAAAA 
ACTATTGATC CTCCATCTGT TGCTTTAGTG ACTTTGGGTT CCTCTAAAGA TATGTTATTT 
GAAGGAGGAC CCAGACCGTG GGTGCAAGAA CCTTCAAAGT TCTTCAGGAA CATCACTGCT 
GAGGACACAG AAAGTGTTGG TCTCTCTCTG TTTGGATTTC CTACGTCTCG GAATAATATG 
CAGCATTGGA TTAGAGCATC TTGCAAAAGC CTGGGAGAAC AAGTTATTGC CTTGACAGTT 
GGAAACAATC CCACAATCAC CAATCCTTTT CCAGCCGTTG AACCTGCTGT TGTGAAGTTT 
ATCTGTGCTG TCCCTTCACG ACTCACTTTG ACTCCTGTTT ATTCAAGTCC TCAGATTGAT 
CTCTCATGTC CTTTGCTGCA ACAAAACAAG CAGGTGGTGC CTGTTTCAAA TTATCGCAAT 
CCAGTATTGG ACTTGACTGC GTATGACCAA CAGGGCAGTA AATTTGATAA TTTCAGTTCT 
CTTAGCATTA TCTGGGAATC AACAAAAATG TCTCTAGCTA ATATAGAGCC AGATATGTTA 
ATGGAGCTCA CTCTGAAGGA AGATGCCGGC GGTCAAAAGA AAATGCATGG TTTGCAAACT 
GTCTTGGTTC ATCATGTATC TGGAACCACT GTGATCTCCG CAACTGCAAC AGGATACCAG 
CAATCTCATC TCAAAGCAGC TAAAGTGAAA GCACCGTATG AACCTCTTCT ACCTGTGTCT 
GCCACTATTG AGCTGATGCT AGTGGAAGAT GTGAAAGTGA GCCCTACCGA TGTCTCCATT 
TACAACCATC CCGAGATCCA GGCAGAGCTG TTCATCAGAG AAGGTTCTGG ATATTTTTTC 
ATTAACACAA GTGTTGCAAA TATTGTAAGA GTGGCTCATG AAGACACTCA AGGTATAGCT 
CTGGTGCATC CTTTGCTTCC AGGATCAGTG ACCGTGATGA TTCATGACTT GTGTTTGGCT 
TTCCCTGCAC CAGCGAAAGC TGAAATTTAT GTATCCGATA TACAGGAGGT GTACATCCGA 
GTTGTTGACA AGGTGGAGAT TGGAAAAACA GTTAAAGCTT CCGTCCGAGT TGTGGATGAT 
GCTAAGAAAC CTTTTCTGGT GAAATACTTT GCTGTCATGG ATCTAAAACT AAGGGCAGCT 
TCTCAGATTG TTTCGCTTGT CCCACTTGGT GAAGCTCTCG ATGACCACAC TGCCGCTTTT 
CTTGTGCATG GAATGGCCAT AGGTCAGACT AGTCTTATGG CAACTGTCGC TGACAGAAGA 
GGACAAAGAA TTAACTCTGC TCCACAACAG ATTGAAGTTT TTCCTCCATT CAGACTACTG 
CCAAGGAAAG TGACCCTGAT CATAGGTGCA ATGATTCAGA TCACTTCAGA AGGAGGCCCT 
CAACCTCAAT CCAACATAAT TTTCTCCATT AGTGATGAGA CGATTGCGTC AGTGAACAGC 
ACTGGACTAA TCAGGGGACT GGCAATTGGG AATGGGACAG TGACAGGAGT GGTACAGGCT 
GTTGATGCAG AGACGGGAAA GCTTGTTGTG GTGTCCCAGG ACAAAGTGGA AGTTGAAGTA 
GTACAGCTGA CAGCTGTTAG AATTCGTGCA CCAATTACAC GAATGAAAAC TGGTACACAG 
ATGCCAGTTT ATGTGATGGG CATCACTAGC AGTCAGACTC CTTTTTCATT TGGCAATGCA 
ATACCAGGAT TAACATTTCA CTGGTCTGTC ACAAAAAGAG ATATCTTGGA TATCAAGACA 
AGACACAATG AGGCTTCTTT TCAACTTCCG GCAAAATATA ACTTTGCAAT GGATGTTTAT 
GGCCGAGTAA AGGGAAGAAC AGGTTTGAAA GTTGTCGTCA AGGTCCTTGA TCCTGCAGCT 
GACCAGTTTT ACAACATGGC AAGAGAACTG TCAGATGAAA TCCAAATCCA GGTCTTTGAA 
AAACTTCACC TAGTTACTCC AGAAGTAGAA GCAGAGCAGA TCTTAATGTC ACCCAACTCC 
TTCATTAAAC TTCAGACAAA CAGGGATAGA GTGGCTTCAC TAAGTTACCG TGTCCTGGAT 
GGACCAGATA AAGTTCCTGT TGTGCAAATT GATGAGAGAG GTTTCCTTAA CTCTGGGTCC 
TTGGTAGGAT CATCAACAAT TGAAGTAATT TCGCAAGAAT CATTTGGAAT CAACCAGACT 
GTTATCGTTG CAGTTAAGGT TTACCCCATC TCCTACCTAA GAATCTCCAT GAGTCCTATT 
CTGCACACAC AAAACAAGGA GGCCCTGTTG GCTCTTCCGC TGGGTGTGAC ACTGACCTTT 
ACAGTCCATT TTCATGACAA CTCCGGAGAC ACCTTTCACT CACATAACTC TGTGCTCAAC 
TTCGCAACAA ACAGAGATGA CTTTGTACAG ATTGGGAAAG GAGCCACAAA CAACACGTTC 
GTAATCCGAA CTGTAAACGT GGGCTTGACC TTGCTGAAGG TTTGGGATGC CGAGCAAAGC 
GGAATTGCAG ACTACGTCCC GCTGCCCGTG CAACACGCCA TCTTCCCGGA GCTCGCGGAC 
GTGGTGGTGG GCGACGTCCT GTGTTTGAGC ACTTCACTTA CAAATCACGA AGGCCTGCCA 
GGAGTGTGGA GCTCCTCTCA GAGCAGCCTT CTCCAAATCG ACTCCAAGAC CGGCGCAGCT 
GTGGTGAGGG ATTCTGGGCT GGTCACTGTT TACTATGAGA TTCCTGGCTT GCTTAAGACA 
TACAGAGAGA TCCTGATTAA TGTACCTCAG AGTACTACAG CAATGCATGT AAGTGGAGTA 
CAAACAAGCT TGCAAGGAGT TGCAGCCTCC AAAGTAATAG TTTCAGTCGG GGAAAGAAGT 
AAAAATTTGA AAGGGGAGTG CTTGGCTGCT CAAATTGAAG CCATTGCTGA ATTACAACCA 
GAGTCCATTA TCAGTTGCCA CCTAAATTTT GACAGTGATG CCTTTGATTT CCCAGCACGT 
GATATTTTCT TAGCAGAACC TGGATTTGAT GCAATTTCAG GACATTACAC CTGTTCCATC 
ACTATGCACA GGCTGACTGA CAGGCAGCTG AAGCATCTCA GCACGAGGAA GACTGTGCTC 
AGAGTTGCAG CTTCAGTCCA AGGCAGCCGT TTCTCCGGAG AGCAGATCAG TGCCGAGGTG 
CCGTTCAATC CGGGGTTTTA TGCTGACCAA ACAGAAATGC TATTAAGTAA CCATTACACA 
AGCTCTGATG TGAAAATATT TGGTGCCACG GAAATTCTCG ATACCCTAGA GGTGAAATGT 
GAGTCACCAA TGGTAAAGGC ATTTAAGAAG GAGAAATCCT ATGGACTACC TAGTTACGTG 
GTCTACACTG TTAGTCTGTC CGATCTCAGA GTGTCAAGCC AGGGATCTTT ATCAACCGCT 
CTAACCATCT CTAGTCCAAT GACTGACCAA TCTATCACTA TCCCAGTGAC AGTGATTTAC 
TTGACTGACA GAAGCAGTGC ACAAGTGAGA CATGGATCCA GTTTATTCCA GCATTTTCCC 
GATTCCTATC AAGTAATGTT CTTCACGCTT TTTGCAGTAT TAGGAGGGAC AGCTCTTATG 
ATCATAGCTT ATCATGCAGC TTTCTCAACA AAAGAAGAAC AAACTTACCC AGCATTTACC 
CCAAGGACAA CTCCTCAACC CAGCCATAAC AGTAAGCAGC TGTTACACAG TTATAAATGA