CFAP43 cDNA ORF clone, Aquila chrysaetos canadensis

Gene
Clones
gRNAs

Summary

Gene Symbol	CFAP43
Entrez Gene ID	105401715
Full Name	cilia and flagella associated protein 43
Gene Type	protein-coding
Organism	Aquila chrysaetos canadensis

mRNA and Protein(s)

mRNA	Protein	Name
XM_011576305.1	XP_011574607.1	cilia- and flagella-associated protein 43

Pathways from BioSystems
Gene Ontology

The following CFAP43 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CFAP43 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
OAq15735	XM_011576305.1 Latest version!	Aquila chrysaetos canadensis cilia and flagella associated protein 43 (CFAP43), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

CFAP43 ( XM_011576305.1 ) cDNA ORF clone, Aquila chrysaetos canadensis -> XP_011574607.1 Aquila chrysaetos canadensis cilia and flagella associated protein 43 (CFAP43), mRNA.

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CloneID	OAq15735
Clone ID Related Accession (Same CDS sequence)	XM_011576305.1
Accession Version	XM_011576305.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5121bp) 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	2015-03-12
Organism	Aquila chrysaetos canadensis
Product	cilia- and flagella-associated protein 43
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011950885.1) 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 :: Aquila chrysaetos canadensis 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## ##RefSeq-Attributes-START## ab initio :: 4% of CDS bases ##RefSeq-Attributes-END##

ATGGAGGCGG CCGGTGAGGC CCGGAGCGCG GCCCCGGCCC CGGCCGATGA GGAGCCTCGC 
GCCAAGGCCC CGGGGGACCG CCGCTGCTCC TCCTCGGCCG AGGAGGCTGC GCTGGAAGTG 
AGTTGGGTTC AGGGATTTTC AAAGAAGAAC TTTGGCTTTA TCAACAATCA AACTGTCTGC 
TACCCCTGTG GCAATTACAT CCTCTTCCTG AACATTGAAA CAAAGAAGAC GACAGTGCTG 
CAGTGTCAGA CTGGCCAGGT GGGAGCCTTT GCAGCGAATA GGAACAGTCA AGTGCTCGCC 
TTTTCAGACC GGAAGCTGAA TCCCGTCATA TATATCTACA CTTTTCCAGA ACTGAATAAA 
CTGGCAGAAT TAAAAGGTAA TGCTCAGCTG GACTACACCT TACTTGCATT TAGTTTCACA 
GGCCCATATG TAGCCAGTTA CTCTTCAATC CCAGAATTTG TTCTTTCAGT ATGGAACTGG 
CAAGAAAATA TCCTCCTGTG CAGTGAGACT CAGCCAGGGG TAACAGCAAC CTCTTTAACG 
TTTAATCCTA TGAATTGGCA ACAGCTGTGT TTTGTTAATG AGAGCTCCCT TACTATCTGG 
CATATTGAAA GGAATAATGA TGAGCATCAC CTTAAGCAAA ACCCTGTGAA ACTCCCTGAT 
GGACAAGGGT CTGTGAGTCC TCGTAAGGAT TTGTTTTTCC CAGTTTCTCA TAGTGAAGAT 
CCATATTATG GCCCTGATTT GCCAGTTTCA GCAATTGCTG GACTGGTAGG AGATGAAGCA 
GAAACATTCA TGCCTAGAAA TTATATTAAG CCTTCAGTGC ATCCTACTGC CCACTGCTGG 
ACTGCAACCT CAGAAATTTA CGTGGGCTGT AAAGAAGGAT ATGTTTTGGC AATTGATGCT 
GAGACATGCA GTGTTTCTGT TCTTCAACAA AAACCTCTGC CCGAATACAT GCGTAAAATA 
TCGGACGTGG TGTCATATGT TCGTAGAGAA GTACAGAAAA AGAAAGGTGG CAAACCAAAG 
GATCTGCAAA AACCAGTTTT ATTTGCCATG GCATTTTGTA ACGAGGGACT GTATGCAGCT 
GGAAGTGAGG GCATTTTATT CTTTTATCAC GTCAAAGGTC TGCAGTATGA GATGAAAATC 
TGTGCTGATA TCTTACAACC CATATCCAGC CTCATATTCT CTCCTGATTA CACCATACTT 
CTGCTTGTGA CTGACCAGGG GACAGTCTAT ACTTACAAAC CTGCCCAGAG TGGAGAAGTT 
GTCAAACTCT TGGATGCATG CAGCAGTTGT TTTCTGGCAG CTGATTTTCT TACTCCAGGG 
AACAAGTACT GTGTGTCTGT AACAATTTCA GGTGAAGTAC AAGTTTGGCT CCTGGAAGAT 
GGAACTTGCC TCAGCAAGCT AAACATTGAT ATTGAGGCAA CTGCTATGGC TTGCTGCCCC 
TCCTCCAACA GTGTTGCTGT AGGGACCAAA AGAGGTCAAA TCTATTTCCT TGATGTTACC 
AAAGTTGAAG CTCCACGAGT TGTTCACAGA ATTTTTCTTT CCAAATTTCC AGTGCTGTCT 
TTGCATTATG ACCAGAGTGG CCAGTTCCTC ATCGCTAGAG CTACAGAAGG ACATATCTTT 
ATTCTAGATG CCCGGCCTTC AAAATTATTC CAAGTTCTTG GATATGTAGT GTTGGCAGAT 
GAAGTGCTGG ATCTTTCTGT AGCTTCTGAC TTCAAGAATG ACTTAGTTGA AGTGGTGGTA 
CTTCTTAAAG TAGCAGAGGT CCAGCGAGCA ACACTGGAAA TTTTTTGTCT ATCTTCAGCA 
CTCACAACAG ATAATGATAA GTATGTTAAT GCACAAGGAA TGCTTAATGC TAGTGCCATT 
AAAAAGGAGC AGTATGATCT GGATTACCCT TTGAGCTCAG CAGTCAGATT GAAGGATAAC 
ATTGTGTATG GCTACTGTAC CTGTGCACCT TTCATCTGTA AATACCATCT CTCTGAAGAG 
AATATGTTGG AAGATCCATC AGTATTTTTA TCAGAAAAGA GGACTCCTAG CAATCAGTTT 
GGACCAGGTT TCCTCTGTTT ATCACCCAAC AGCCGGTGGC TGGCGTCAGC AGCAAAGGAT 
GGTGTTTTGT TCATCTATCA TACTTTTACT ATGGATATAC TTGCTCAAAA GCATTCTCAC 
TCATATCAAG GAGGGGGAAT CAGATCCGTG GTATTTTCGC TGGACGGCAA ATTTATCCTC 
GTTAATGGCG AAAATGATGG TGCCCTGGTG TGTCTGAAAT GGAAGAAGAT AAAGAAAACT 
GAAGTTAAGG AAGCTGCTTT TCACTGGCAG TCTCTTCTTG CTATACTGAA CAAGCCTACT 
TTGAATGAAA ATATTGTTTT AAAATCTATG GCAGAATGGC AGTTTGACCC AGAATCCACA 
TCGGAATCAC TTCCAGAAGA GAAATTTAAG GAGGCACCAG TTAAATCTTC CAATGTAGAG 
GTGACAGAAG AAGATGGAAA CATCACCAGT TTGTATTCAG CCAGTACCAA TGACATGACA 
TGGATAGGTC AGAAAATAAA GAAGGTCATT AGAGAAGAGA CTCAGAGGTT TGCTAACCAG 
AAGAAAGAGC TGCAAATGGG AATTAAAAAG CTGCGTAAAA CTATTCAGAA GATGATGCTT 
GAAAATGAAC AGGTGCCCGA CATTGAGAAA CTGGAGCAGC ACGAGTTCAA CCTGGATATT 
GAGGAACAGG AGAGAGCACA AGCAGAGGCT GAACGAGAAG TGGCCAGGGC AAGGAAGGAA 
ATTGAAATGG AGAATTTAGC CAACCGCTAT TTGCAGGATG TCATCAAACA TGAGTGCTGG 
GATGCTATGT GTGTAAAAGG ACGTGCAGTT AAGTGCTTCC GTATGGCTTG TGAAGTGAAG 
AATTATCCAC TGAAGGGACA CAGTGAAGAA GAGCTGGAAA CTTTGGAGAA AGTTCTTCGG 
TTAAAGAAGA TTGAGACAGC TGATCTTAAG GTTCAGAAGA AAAATCTTGA GACTGAGTCT 
GAGACTGTAT TACCTAAGGA AGAAGGAGAG AAGGCAGAAG AAGCAATGGC TGATGATAGT 
GCATCTGACT GCCTGATTGG AAGTCTGAGC TCTCAGTATG GTGGAGACAC ATCTATCCTA 
TACCACCAAT GGGACTTGCA CACCAGGGAG CAGAAAGTCA ATCAGATAGT ATTACTGAAG 
GACATCATTT ACAAAGTGAA AACTGCTTTT AATAAGGAAT TTGACATAGT TGCACAACAA 
AAGGAGCAGG AGATAGCACG AGTGAAAGAA AGAAACCTGA GGATCCGAGA AATCTTGGCA 
CAACTTGACC TCCAAGTGGA AGTGTGGGAG CCAGCTCTTA CAGATGATGA GATACCAGAG 
CAAGCACTCA CTGTTCAGGA TTCAGAGATT AAAGTTGAAA AATACTTGAC TCAACAAGAG 
AGAGAGAAAG CAGAAATGCT GGCTAAGCTT GAAATGGAAA GACACCTTGC TGCTATGGAC 
AATGAAAGAC TGCGTGCTCT TAATGACATG ATGGGTGGAG TGCTAGAAAT AAAAAAGGAA 
GACATCTTGA AAATGGATAT TCCTCCACCT CCTTTTATAT CCAAGCCTGA GCATGTTTGG 
AGTGATGAAG AAAAGAAAAT ATTTAGAGAA CATGAGAAAA AAGTCAAGCA GCTGAATGAA 
GAAAAAGAAA ATTATAGAAG GGCACTGGAA AATGAATTGA AGAAACTTGA AGCTTCCATC 
CAGGAAACAA CACAAAATTT TGATGAGACT GTGTGCAAAC TCTCTGAAAG GAAAGTGAAA 
ATAGAGATGG TCATCTATCA GGAAGAACTC AAAATAGTCA ATCTCATTTA TGCTTTACTG 
TTGGATGAAG AGTTGGACAC TAGAGAAGTT GGACTTCATA ATTTCCTTAT GAAAAAGGAG 
AAAGACAAAG TCAAGACTGC AAGAACAATT CAGACTACAA AAAATAAAAT TGAAGCTTAC 
ATAGACACCT ATGAAAATGC AATTGTTGAA GAGAAGAATC TGGAATGTGG TTTTACAAAG 
GAGTTTGCTG ATGTACCGGC GAATCTCTTT GATGAACTTT TCCAACTTTA CAAACATCGA 
CCAAAGACCC CAATGACAGA AATACTCCAT GACACAGCTA ACCCGTATGG GGATGGTTCA 
GGCTCAGCTG AAGATTACAA AGATGCACTT ACCCTTTTAA TGAAAGCCAT GGACAAACTG 
GATAGTCCTG AGCACATGCC TAATGGCTTA GACCTGCCTA TGTGGGAACA TTTTTGTCTA 
GCTAGACGAA ATAAAATGGA GAGTGAGGAG CTGGTGAAAT GGATGGCCCT AACACTGGCA 
GAGATGCAGG CCTTTCTCCA GAGAAGAATG GATGACAATG AGAAGATTAA GTCAGAAATA 
GAAGACATTT TCCAAGAACT CACTTGGCTG CAGGAGGAGA AGATGAAACT TCAATTGAAT 
TTGACTGTCC AGTTTTTGTT AAAACAAGGA CAGGTAGAAT TGGAAAGTAC TGAGATCCCA 
GACTACAGTG ATGCCATTCT TATTAATAAG AGTGTTATTG AAGAACTGAA TTGCTCTATC 
ATGGCTCAAG GACAAAAAAA AATTGCTAGC ATGGTGGAAT GTAAAGAATT CTCTAAAGGG 
ATATTTCAGC TGGAATGGGA ACACAAGAAA ATGAGAATGC AGATAGACGA TCTGAAACAG 
AAGGCTCGGG ATATTGTAAC ACTACCTATT TCAAAAGATC GCCAGCTATT CCTCACTGTG 
CTGAACTACG ACAGCCGCAT CGCCCACCAC ATTTCAGTGA TGGAGGAGAC TCTTGGCATC 
ATGGATAAGC TGCACAAGAA GAATGTGAAG AACCGTCAGA AAAGAATTAA AGAGTTGGAG 
AAGTGCATCA GTTTAAAAGA GGAAGCAAAC TACGAGCTCA GCCTGGAGCT GAAAGAAATG 
CTTGTCTCTG TTTCAGAAAG GAGGCATATC TTTGAGGCAG CTGACACACG GCATGTTTCT 
GAAAAGATTG CAAAGCAGCG TTACCGAGAG ATTTTGAAGC AGAAACACCT ACGGGGTCTT 
GTAAAGGAAC AGGAAGAACA GTTTGAAATT CTTCAGGCAG AAGTTGAAAG GCTGAAATCA 
AGAACATTTC CTATTCTTTA A

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

RefSeq	XP_011574607.1
CDS	1..5121
Translation	MEAAGEARSAAPAPADEEPRAKAPGDRRCSSSAEEAALEVSWVQGFSKKNFGFINNQTVCYPCGNYILFLNIETKKTTVLQCQTGQVGAFAANRNSQVLAFSDRKLNPVIYIYTFPELNKLAELKGNAQLDYTLLAFSFTGPYVASYSSIPEFVLSVWNWQENILLCSETQPGVTATSLTFNPMNWQQLCFVNESSLTIWHIERNNDEHHLKQNPVKLPDGQGSVSPRKDLFFPVSHSEDPYYGPDLPVSAIAGLVGDEAETFMPRNYIKPSVHPTAHCWTATSEIYVGCKEGYVLAIDAETCSVSVLQQKPLPEYMRKISDVVSYVRREVQKKKGGKPKDLQKPVLFAMAFCNEGLYAAGSEGILFFYHVKGLQYEMKICADILQPISSLIFSPDYTILLLVTDQGTVYTYKPAQSGEVVKLLDACSSCFLAADFLTPGNKYCVSVTISGEVQVWLLEDGTCLSKLNIDIEATAMACCPSSNSVAVGTKRGQIYFLDVTKVEAPRVVHRIFLSKFPVLSLHYDQSGQFLIARATEGHIFILDARPSKLFQVLGYVVLADEVLDLSVASDFKNDLVEVVVLLKVAEVQRATLEIFCLSSALTTDNDKYVNAQGMLNASAIKKEQYDLDYPLSSAVRLKDNIVYGYCTCAPFICKYHLSEENMLEDPSVFLSEKRTPSNQFGPGFLCLSPNSRWLASAAKDGVLFIYHTFTMDILAQKHSHSYQGGGIRSVVFSLDGKFILVNGENDGALVCLKWKKIKKTEVKEAAFHWQSLLAILNKPTLNENIVLKSMAEWQFDPESTSESLPEEKFKEAPVKSSNVEVTEEDGNITSLYSASTNDMTWIGQKIKKVIREETQRFANQKKELQMGIKKLRKTIQKMMLENEQVPDIEKLEQHEFNLDIEEQERAQAEAEREVARARKEIEMENLANRYLQDVIKHECWDAMCVKGRAVKCFRMACEVKNYPLKGHSEEELETLEKVLRLKKIETADLKVQKKNLETESETVLPKEEGEKAEEAMADDSASDCLIGSLSSQYGGDTSILYHQWDLHTREQKVNQIVLLKDIIYKVKTAFNKEFDIVAQQKEQEIARVKERNLRIREILAQLDLQVEVWEPALTDDEIPEQALTVQDSEIKVEKYLTQQEREKAEMLAKLEMERHLAAMDNERLRALNDMMGGVLEIKKEDILKMDIPPPPFISKPEHVWSDEEKKIFREHEKKVKQLNEEKENYRRALENELKKLEASIQETTQNFDETVCKLSERKVKIEMVIYQEELKIVNLIYALLLDEELDTREVGLHNFLMKKEKDKVKTARTIQTTKNKIEAYIDTYENAIVEEKNLECGFTKEFADVPANLFDELFQLYKHRPKTPMTEILHDTANPYGDGSGSAEDYKDALTLLMKAMDKLDSPEHMPNGLDLPMWEHFCLARRNKMESEELVKWMALTLAEMQAFLQRRMDDNEKIKSEIEDIFQELTWLQEEKMKLQLNLTVQFLLKQGQVELESTEIPDYSDAILINKSVIEELNCSIMAQGQKKIASMVECKEFSKGIFQLEWEHKKMRMQIDDLKQKARDIVTLPISKDRQLFLTVLNYDSRIAHHISVMEETLGIMDKLHKKNVKNRQKRIKELEKCISLKEEANYELSLELKEMLVSVSERRHIFEAADTRHVSEKIAKQRYREILKQKHLRGLVKEQEEQFEILQAEVERLKSRTFPIL

Target ORF information:

RefSeq Version	XM_011576305.1
Organism	Aquila chrysaetos canadensis
Definition	Aquila chrysaetos canadensis cilia and flagella associated protein 43 (CFAP43), mRNA.

Target ORF information:

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

XM_011576305.1

ORF Insert Sequence:

ATGGAGGCGG CCGGTGAGGC CCGGAGCGCG GCCCCGGCCC CGGCCGATGA GGAGCCTCGC 
GCCAAGGCCC CGGGGGACCG CCGCTGCTCC TCCTCGGCCG AGGAGGCTGC GCTGGAAGTG 
AGTTGGGTTC AGGGATTTTC AAAGAAGAAC TTTGGCTTTA TCAACAATCA AACTGTCTGC 
TACCCCTGTG GCAATTACAT CCTCTTCCTG AACATTGAAA CAAAGAAGAC GACAGTGCTG 
CAGTGTCAGA CTGGCCAGGT GGGAGCCTTT GCAGCGAATA GGAACAGTCA AGTGCTCGCC 
TTTTCAGACC GGAAGCTGAA TCCCGTCATA TATATCTACA CTTTTCCAGA ACTGAATAAA 
CTGGCAGAAT TAAAAGGTAA TGCTCAGCTG GACTACACCT TACTTGCATT TAGTTTCACA 
GGCCCATATG TAGCCAGTTA CTCTTCAATC CCAGAATTTG TTCTTTCAGT ATGGAACTGG 
CAAGAAAATA TCCTCCTGTG CAGTGAGACT CAGCCAGGGG TAACAGCAAC CTCTTTAACG 
TTTAATCCTA TGAATTGGCA ACAGCTGTGT TTTGTTAATG AGAGCTCCCT TACTATCTGG 
CATATTGAAA GGAATAATGA TGAGCATCAC CTTAAGCAAA ACCCTGTGAA ACTCCCTGAT 
GGACAAGGGT CTGTGAGTCC TCGTAAGGAT TTGTTTTTCC CAGTTTCTCA TAGTGAAGAT 
CCATATTATG GCCCTGATTT GCCAGTTTCA GCAATTGCTG GACTGGTAGG AGATGAAGCA 
GAAACATTCA TGCCTAGAAA TTATATTAAG CCTTCAGTGC ATCCTACTGC CCACTGCTGG 
ACTGCAACCT CAGAAATTTA CGTGGGCTGT AAAGAAGGAT ATGTTTTGGC AATTGATGCT 
GAGACATGCA GTGTTTCTGT TCTTCAACAA AAACCTCTGC CCGAATACAT GCGTAAAATA 
TCGGACGTGG TGTCATATGT TCGTAGAGAA GTACAGAAAA AGAAAGGTGG CAAACCAAAG 
GATCTGCAAA AACCAGTTTT ATTTGCCATG GCATTTTGTA ACGAGGGACT GTATGCAGCT 
GGAAGTGAGG GCATTTTATT CTTTTATCAC GTCAAAGGTC TGCAGTATGA GATGAAAATC 
TGTGCTGATA TCTTACAACC CATATCCAGC CTCATATTCT CTCCTGATTA CACCATACTT 
CTGCTTGTGA CTGACCAGGG GACAGTCTAT ACTTACAAAC CTGCCCAGAG TGGAGAAGTT 
GTCAAACTCT TGGATGCATG CAGCAGTTGT TTTCTGGCAG CTGATTTTCT TACTCCAGGG 
AACAAGTACT GTGTGTCTGT AACAATTTCA GGTGAAGTAC AAGTTTGGCT CCTGGAAGAT 
GGAACTTGCC TCAGCAAGCT AAACATTGAT ATTGAGGCAA CTGCTATGGC TTGCTGCCCC 
TCCTCCAACA GTGTTGCTGT AGGGACCAAA AGAGGTCAAA TCTATTTCCT TGATGTTACC 
AAAGTTGAAG CTCCACGAGT TGTTCACAGA ATTTTTCTTT CCAAATTTCC AGTGCTGTCT 
TTGCATTATG ACCAGAGTGG CCAGTTCCTC ATCGCTAGAG CTACAGAAGG ACATATCTTT 
ATTCTAGATG CCCGGCCTTC AAAATTATTC CAAGTTCTTG GATATGTAGT GTTGGCAGAT 
GAAGTGCTGG ATCTTTCTGT AGCTTCTGAC TTCAAGAATG ACTTAGTTGA AGTGGTGGTA 
CTTCTTAAAG TAGCAGAGGT CCAGCGAGCA ACACTGGAAA TTTTTTGTCT ATCTTCAGCA 
CTCACAACAG ATAATGATAA GTATGTTAAT GCACAAGGAA TGCTTAATGC TAGTGCCATT 
AAAAAGGAGC AGTATGATCT GGATTACCCT TTGAGCTCAG CAGTCAGATT GAAGGATAAC 
ATTGTGTATG GCTACTGTAC CTGTGCACCT TTCATCTGTA AATACCATCT CTCTGAAGAG 
AATATGTTGG AAGATCCATC AGTATTTTTA TCAGAAAAGA GGACTCCTAG CAATCAGTTT 
GGACCAGGTT TCCTCTGTTT ATCACCCAAC AGCCGGTGGC TGGCGTCAGC AGCAAAGGAT 
GGTGTTTTGT TCATCTATCA TACTTTTACT ATGGATATAC TTGCTCAAAA GCATTCTCAC 
TCATATCAAG GAGGGGGAAT CAGATCCGTG GTATTTTCGC TGGACGGCAA ATTTATCCTC 
GTTAATGGCG AAAATGATGG TGCCCTGGTG TGTCTGAAAT GGAAGAAGAT AAAGAAAACT 
GAAGTTAAGG AAGCTGCTTT TCACTGGCAG TCTCTTCTTG CTATACTGAA CAAGCCTACT 
TTGAATGAAA ATATTGTTTT AAAATCTATG GCAGAATGGC AGTTTGACCC AGAATCCACA 
TCGGAATCAC TTCCAGAAGA GAAATTTAAG GAGGCACCAG TTAAATCTTC CAATGTAGAG 
GTGACAGAAG AAGATGGAAA CATCACCAGT TTGTATTCAG CCAGTACCAA TGACATGACA 
TGGATAGGTC AGAAAATAAA GAAGGTCATT AGAGAAGAGA CTCAGAGGTT TGCTAACCAG 
AAGAAAGAGC TGCAAATGGG AATTAAAAAG CTGCGTAAAA CTATTCAGAA GATGATGCTT 
GAAAATGAAC AGGTGCCCGA CATTGAGAAA CTGGAGCAGC ACGAGTTCAA CCTGGATATT 
GAGGAACAGG AGAGAGCACA AGCAGAGGCT GAACGAGAAG TGGCCAGGGC AAGGAAGGAA 
ATTGAAATGG AGAATTTAGC CAACCGCTAT TTGCAGGATG TCATCAAACA TGAGTGCTGG 
GATGCTATGT GTGTAAAAGG ACGTGCAGTT AAGTGCTTCC GTATGGCTTG TGAAGTGAAG 
AATTATCCAC TGAAGGGACA CAGTGAAGAA GAGCTGGAAA CTTTGGAGAA AGTTCTTCGG 
TTAAAGAAGA TTGAGACAGC TGATCTTAAG GTTCAGAAGA AAAATCTTGA GACTGAGTCT 
GAGACTGTAT TACCTAAGGA AGAAGGAGAG AAGGCAGAAG AAGCAATGGC TGATGATAGT 
GCATCTGACT GCCTGATTGG AAGTCTGAGC TCTCAGTATG GTGGAGACAC ATCTATCCTA 
TACCACCAAT GGGACTTGCA CACCAGGGAG CAGAAAGTCA ATCAGATAGT ATTACTGAAG 
GACATCATTT ACAAAGTGAA AACTGCTTTT AATAAGGAAT TTGACATAGT TGCACAACAA 
AAGGAGCAGG AGATAGCACG AGTGAAAGAA AGAAACCTGA GGATCCGAGA AATCTTGGCA 
CAACTTGACC TCCAAGTGGA AGTGTGGGAG CCAGCTCTTA CAGATGATGA GATACCAGAG 
CAAGCACTCA CTGTTCAGGA TTCAGAGATT AAAGTTGAAA AATACTTGAC TCAACAAGAG 
AGAGAGAAAG CAGAAATGCT GGCTAAGCTT GAAATGGAAA GACACCTTGC TGCTATGGAC 
AATGAAAGAC TGCGTGCTCT TAATGACATG ATGGGTGGAG TGCTAGAAAT AAAAAAGGAA 
GACATCTTGA AAATGGATAT TCCTCCACCT CCTTTTATAT CCAAGCCTGA GCATGTTTGG 
AGTGATGAAG AAAAGAAAAT ATTTAGAGAA CATGAGAAAA AAGTCAAGCA GCTGAATGAA 
GAAAAAGAAA ATTATAGAAG GGCACTGGAA AATGAATTGA AGAAACTTGA AGCTTCCATC 
CAGGAAACAA CACAAAATTT TGATGAGACT GTGTGCAAAC TCTCTGAAAG GAAAGTGAAA 
ATAGAGATGG TCATCTATCA GGAAGAACTC AAAATAGTCA ATCTCATTTA TGCTTTACTG 
TTGGATGAAG AGTTGGACAC TAGAGAAGTT GGACTTCATA ATTTCCTTAT GAAAAAGGAG 
AAAGACAAAG TCAAGACTGC AAGAACAATT CAGACTACAA AAAATAAAAT TGAAGCTTAC 
ATAGACACCT ATGAAAATGC AATTGTTGAA GAGAAGAATC TGGAATGTGG TTTTACAAAG 
GAGTTTGCTG ATGTACCGGC GAATCTCTTT GATGAACTTT TCCAACTTTA CAAACATCGA 
CCAAAGACCC CAATGACAGA AATACTCCAT GACACAGCTA ACCCGTATGG GGATGGTTCA 
GGCTCAGCTG AAGATTACAA AGATGCACTT ACCCTTTTAA TGAAAGCCAT GGACAAACTG 
GATAGTCCTG AGCACATGCC TAATGGCTTA GACCTGCCTA TGTGGGAACA TTTTTGTCTA 
GCTAGACGAA ATAAAATGGA GAGTGAGGAG CTGGTGAAAT GGATGGCCCT AACACTGGCA 
GAGATGCAGG CCTTTCTCCA GAGAAGAATG GATGACAATG AGAAGATTAA GTCAGAAATA 
GAAGACATTT TCCAAGAACT CACTTGGCTG CAGGAGGAGA AGATGAAACT TCAATTGAAT 
TTGACTGTCC AGTTTTTGTT AAAACAAGGA CAGGTAGAAT TGGAAAGTAC TGAGATCCCA 
GACTACAGTG ATGCCATTCT TATTAATAAG AGTGTTATTG AAGAACTGAA TTGCTCTATC 
ATGGCTCAAG GACAAAAAAA AATTGCTAGC ATGGTGGAAT GTAAAGAATT CTCTAAAGGG 
ATATTTCAGC TGGAATGGGA ACACAAGAAA ATGAGAATGC AGATAGACGA TCTGAAACAG 
AAGGCTCGGG ATATTGTAAC ACTACCTATT TCAAAAGATC GCCAGCTATT CCTCACTGTG 
CTGAACTACG ACAGCCGCAT CGCCCACCAC ATTTCAGTGA TGGAGGAGAC TCTTGGCATC 
ATGGATAAGC TGCACAAGAA GAATGTGAAG AACCGTCAGA AAAGAATTAA AGAGTTGGAG 
AAGTGCATCA GTTTAAAAGA GGAAGCAAAC TACGAGCTCA GCCTGGAGCT GAAAGAAATG 
CTTGTCTCTG TTTCAGAAAG GAGGCATATC TTTGAGGCAG CTGACACACG GCATGTTTCT 
GAAAAGATTG CAAAGCAGCG TTACCGAGAG ATTTTGAAGC AGAAACACCT ACGGGGTCTT 
GTAAAGGAAC AGGAAGAACA GTTTGAAATT CTTCAGGCAG AAGTTGAAAG GCTGAAATCA 
AGAACATTTC CTATTCTTTA A