CFAP43 cDNA ORF clone, Tursiops truncatus(common bottlenose dolphin)

Gene
Clones
gRNAs

Summary

Gene Symbol	CFAP43
Entrez Gene ID	101335041
Full Name	cilia and flagella associated protein 43
Synonyms	WDR96
Gene Type	protein-coding
Organism	Tursiops truncatus(common bottlenose dolphin)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019939602.1	XP_019795161.1	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
OTu45970	XM_019939602.1 Latest version!	Tursiops truncatus cilia and flagella associated protein 43 (CFAP43), 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)

CFAP43 ( XM_019939602.1 ) cDNA ORF clone, Tursiops truncatus(common bottlenose dolphin) -> XP_019795161.1 Tursiops truncatus cilia and flagella associated protein 43 (CFAP43), mRNA.

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CloneID	OTu45970
Clone ID Related Accession (Same CDS sequence)	XM_019939602.1
Accession Version	XM_019939602.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5085bp) 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	2017-01-11
Organism	Tursiops truncatus(common bottlenose dolphin)
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_017843484.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Tursiops truncatus Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 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##

ATGGCGCAAG GCCGGGAGCG AGATGAAGCC CACAACGTCG CCCTCGGCGC GTCCCTGTCT 
GTGAGATGGG TGCAAGGATT CCCCAGGCAG AATGTTCATT TTGTCAACGA CAGCACCATT 
TGCTACCCTT GTGGGAATTT CATAATATTT ATTAATATTG AAACCAAGAA AAAGACTGTA 
CTCCAGTGTA TGCATGGAAT CGTGGGTGTC GTGGCAACTA ACGTTCCTCA TGAGGTTGTG 
GCTTTTTCTG ACCGGCGGCT GAGACCCCTC ATCTACATAT ACAACTTTCC TGGATTAACC 
AGAAGGATCA GATTAAAAGG CAATGTTCTT CTGGACTACA CTTTACTTTC ATTCAGTTAC 
TGTGGCACCT ACCTGGCTAG TTACTCCTCC CTCCCAGAAT TTGAACTGGC CCTCTGGAAC 
TGGGAATCGG GTGTCATTTT GTGCAAGAAA TCACAACCCG GTATAGATGT GAGCCAGATG 
ACTTTTAACC CCATGAACTG GCACCAGTTG TGCTTGTCAA GTCCAAGTGC AGTGACTGTG 
TGGACAGTCG AAAGAAGTAA CCAGGAGCAT TATCTCGAAG CAAAGTCAGT AAGACTGCCT 
TTGGAAGATG GGTCATTTTG TAATGAAACA GATGTAGTTT TTCCCCAATC ATTGCCCAAA 
GATCCTGTCT ATGGACCTGT GCTCCCTGTG TCAGCCATTG CCGGAGTAGT GGGTGAAGAG 
GCAGAAACTT TCAGGCCTAA AGACGATCTA TATACTTTGG TTCACCCGAC TATGCACTGC 
TGGACTCCAA CAAGTGACCT ATATGTTGGC TGTGAAGAGG GTCATCTTTT AATGATTAGT 
GGAGAAAACT TGAAGGTAAC TGTGCTTAAT AAGATAGAAG ACGGACCACC AAGGGTTGGA 
AGAAATCTTG TCAGTCCAGT CACCGTGGCA TATCAGAAGG GAGGCGTGCT TGCTTCTGGA 
ATTGATGGCT TTGTGTATTC TTTTCTTATT AAAGATACAA ATTACAAAGT AGAGGATTTT 
CTTGAGGTTG AAGAGCCTGT GGAACATTTG ATGTTTTCTC CCAGTTACAG AATGTTGCTG 
ATTCAGACAG ACAAGGGATC TATTTATATT TACACTTTTG ATGAGGAGCC AACCTTTGAA 
AAACTCCTAG CGGCTTGTGA TGGGAAATTC CAGGCAACAG ACTTTATCAC ACCTGGAAAT 
GAATACTGCA TGACTCTCAC ACAGTCAGGA GAAGTTTGTG TTTGGGGTAT AGAGGATGGT 
GCTTGTGTCA GCAGGATTTA TCTGAATATC CCAGCAACAG TTCTGGCTTG CTCTCCCTCC 
TCCCTCTCTG CAGCCGTGGG GACCAAGGGT GGCTTTGTCC ACTTCCTCGA CATCCAGGAC 
GTTGAATCCC CTCACTCAGT TCATAAGGCC TATCTCTCTG AATCGCCCGT GCAGCACCTC 
CTGTATGACC AGAGAGGAAT ATATCTATTA GTTGGAACAT CAGAAGGACA CGTCTTTGTT 
ATCGATGCCA AACCCTCAAG CTTATTTCAG ATTCTTGGAT TCATAGAGGT GGGCAAAGGC 
ATTTTACAAA TATCCACAGT GTCTCCTTTG GAAACAGATA TAGTAGAAGT GATGGTGCTT 
TCCCCACTTC CAGAAACAGG AAGAAGCAGG CTGGAAATAT TTACTCTGCC TAAAATACTA 
CCACAAGTTT CTGCAAGCTT TGCTGATGAA CGAGGGAGGC TGAGAGATGC ATTCATTCAT 
AAGTTCGTGT ATGAGATAGA GCATACTCTG TCCTCAGCTG TCTTGAACTT TCAAAGTAGC 
CGAATATATG GCTTCTGTAA CCAAGTGCCA TACATCTGCA GCTATCTTCT TCCTGAAAAA 
GAGCATAGTG GTATTTGCAT TCTTAAGTCA TACCAAAAAG TACAAAGCAA GCAATATGGA 
CCTGGAATGC TCTCTCTGTC TCCACATGGA TTGTGGCTCA TAACAATAGC TAAATGTGGA 
ATTCTGTGTA TCCGAGATAT TCATACTTTG GAAACATTTG TTCAGTGTCG GAGTCATTCT 
CACCAGGGGC ATGGAATTCA GTCGGTGAGA ATTTCAATGG ATGGACAAAG CATTCTGGTG 
AATGGGAAGC ATGACGGCAC CCTTGTTAAC CTGAAATGGA GGCAGTTTGG AGGAAACTTA 
GCCAATGAAA TTCTTGAATA TAGCCAGCAA CTTTCAACTT ACCTGGAGAA CACCATGGAT 
GAGGAGAATG ATTATTTAAG TATAGCAAAA AAAGATTCCT TGGATTTGGG ATCAGAACCT 
GAACATGCAA TAAATGAGAA TGTGAGGTTA AGCGATGACT CATTACAAGA GGAATTAGTC 
AAAGTTGATA ATACGGTGGA AATTCCCTGG ATACAACAAA AAAACCAAGA GGCCATCAAA 
AACGAGGTTA AACTGTTTTC CAACAAAAGG AAAGAGATAA AAAGAGGAAT CAAAGCACTT 
GCTAAAACTA TTCTGGACAT GATGGAAGAA AATGAAGCAG TAGATAATAT TGCAAAATTA 
GAGCAACAAG AATTTGGCCT GGATCTTGAA GAACTGGAAA GACTCCACAA TGAAAGTGAG 
GAAGAAGTGG CAAAGGTATG GAAAAATCTG ATTATCTCTA CATTGTTTTA TTTTAAAGAA 
AGCTTCCATG GGCCATTTCA CTCATGCATG ATAACCTATG GATTAATTTT GTTGAGAGAA 
AACATGCCCC ACTCTGCCCC AGATACACAC AATTGTTCTA AAAATGGATT TATTTCATTT 
TGCTCTTTTT TTCCCAAGTG CTTTCACATC CCATGTGTGG TTGAGAACTT CCCAATGAAA 
GAACGCACAG ATGAAGAGTT GAAAGAATTG AAGAGAGTTG AGCAGCAAAA AGAGATTGAA 
GCAGAGTGTC TTAAACTACA GAAGGAAATT GTAGAGTTTC AGTCTGCAAT TATGTTGGTT 
AAAAAGCATC ATGAAGAGGA GGATGAAGAA GAGGAAGAAG ATGGGACAGC AAAAGATACC 
AACTTGCCCA ATTACCTGCT TGGTAGTCTG AGTACTGATT TTAGGGTACC TACCTCTTTG 
TTGTCAAGCC AACTGGAACT TCATTCCAGA GAGGAGAAAA TCAACCAAAT TATATTACTG 
AAAGATATTA TTTACAAGGT AAAAACTGCT TTCAATAATG AGTTTGATGC GGCATATAAA 
CAAAAAGAGA TTGAAATTGC ACGTGTGAAG GAAAAAAATG TAAGAATTCA AGAAATCGTT 
TTGGATCTGG AGTTGGAAGA AACAGTCTGG CAACCAGAAT TTGAGGACTG TGAGAAGCCA 
GAGAGAACCC TCATTGTGGA AAGTACTGAG ATTACAGCTC AGAGACATAT TAAACCACAG 
CAAAAAGTCA AAACAGAATT GCTTGTGACC CGGGAAATGG AGCGATTGCT TCTGTCACAG 
GGCTCCACCA CAAGACGCCG AGCCCTCATG GACATGATGG GAGGAGTTCT GGAAGTCAAG 
AAGGAAGACA TTTTGAGAAT GGTGATTCCT CAACCTGCTT TCATGTCAAA ACCTGATGCT 
TTGTGGTCTG AAAAGGAAAA GAAACAATTC AAAGAGTATG AGAAAAAAGT CAAGGAATTA 
AATGAAGAAA GAGATAAGTA TAGAAAGTCA TTAGAAACAG AAATGAAGAA ACTTCAAAAC 
TCTATTCAAG AAAGCACACA GAATTTTGAT GAACATTTGA AAAGACTCTT TGAAAGGAGA 
GTGAGGGCGG AGATGGCTGT CAGCCAGGAG GAATTGAAAA TAAACAACCT TGTGTTCTCC 
TTACTGTTGG ATGAAGAAAT AAGCTCCAGA GAAGCCTTCC TGAACAACTA CCTTGCAAGG 
AAGCAGGAGG AGAAAAGCCA GACTACAGAG GCCATCCGGA AATCTAGAGA AGACCACGAT 
ATGTACAAGG AACACTACGA CAACTTACTG GCGGAAGACA AAGTTCTAGA TCGCAGCTTT 
AAAAAGGAAT TTTCTGAAAT TCCCAGTCAT CAGGTGGATA TACTCTACAA ACTTTTTAAA 
CGCCGACCAA GGATTCACAA ACAAAAAGTG CACTCAGATA CGACCAGTCT TGTGCCTTTT 
GGAGAGCGAC CAGGATCTGG GAAATTGAAT AAGGATGCCT TTGCCCAGTT AATGAAAGCC 
ATGGATGACT TGGACAGTAT TAATAACATG CCACAAGGCT TGGACCCCTC CGTCTGGGAA 
CATTTCTGCA TGACCAGACG AGCGAAAGTG GAAAATGAAC AGAAAGTAAA GCAGAAAGCA 
GCTGGCTTAA TAGAAATGGT GGCTTTCCTC CAGAGGAGAA CTGAGGATGA TGAGAAGGTG 
CAACATGAAA TTGAAAAAGT ACTCCGTGAG CTCACCCTAT TACAGGAAGA CAAAGTGAAA 
TTCCAGTTGA ATTTGACAAT CCAAATCCTC CTTAAACAAG GGCAAGTAGA ACTGGAGAAT 
TTCCAGTTAC TGCTGGATTA TTCTGATGCA ATCCTCATCA ACAAGAACAT AGTTGAAGAC 
TTGAATTCTG TGATTCGGAC TCAAGGACAA AAGAAAGTTG CTAGCATGAT GGAAAGTAAA 
GAAGTCCACA AAGGAATATT TCAGATCGAG TGGGAACATA AGAAAATGGA GATGGAAATG 
GAAGATCTAA ATCAGAAGGC TCGGGATATT CAGATGCTGT TTTTTTCAAG AGATCGTCAA 
AAGTACCTAA ATGAACCAAA CTATGAGACT ATGATTGCCA TTCAGATTGG AGTAATGGAG 
CAAACCATTG CTGTTTTAGA TAAGACCCAC AAAAAGAATG TGGAAAGCTG CAAAAAGCTG 
CTTAAAAAAC TGAGAAGGTA CAGCAATCAA AAAGATGTAG CAAATTATAC CCTAAGCTGC 
AATTTACGAG AAGAACTGGT GGCTGTCTCA GAGAGAAAAG ACATCTGTAA TGCAGTGGGG 
TCTACACTGA CTTGTGAAAA GATTGCCAAA GAACGATATG AAAACATGAT GCAACAGCAA 
AAGTTAACAA AAATTTCAAA AGAACAAGCT GAGCAGATTT CAATACTACA GGCTGAAGTT 
GAAAGATTAA GGATGAAAAC ATTTCCTGCT TTCGTTCAAA TGTAA

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

RefSeq	XP_019795161.1
CDS	102..5186
Translation	MAQGRERDEAHNVALGASLSVRWVQGFPRQNVHFVNDSTICYPCGNFIIFINIETKKKTVLQCMHGIVGVVATNVPHEVVAFSDRRLRPLIYIYNFPGLTRRIRLKGNVLLDYTLLSFSYCGTYLASYSSLPEFELALWNWESGVILCKKSQPGIDVSQMTFNPMNWHQLCLSSPSAVTVWTVERSNQEHYLEAKSVRLPLEDGSFCNETDVVFPQSLPKDPVYGPVLPVSAIAGVVGEEAETFRPKDDLYTLVHPTMHCWTPTSDLYVGCEEGHLLMISGENLKVTVLNKIEDGPPRVGRNLVSPVTVAYQKGGVLASGIDGFVYSFLIKDTNYKVEDFLEVEEPVEHLMFSPSYRMLLIQTDKGSIYIYTFDEEPTFEKLLAACDGKFQATDFITPGNEYCMTLTQSGEVCVWGIEDGACVSRIYLNIPATVLACSPSSLSAAVGTKGGFVHFLDIQDVESPHSVHKAYLSESPVQHLLYDQRGIYLLVGTSEGHVFVIDAKPSSLFQILGFIEVGKGILQISTVSPLETDIVEVMVLSPLPETGRSRLEIFTLPKILPQVSASFADERGRLRDAFIHKFVYEIEHTLSSAVLNFQSSRIYGFCNQVPYICSYLLPEKEHSGICILKSYQKVQSKQYGPGMLSLSPHGLWLITIAKCGILCIRDIHTLETFVQCRSHSHQGHGIQSVRISMDGQSILVNGKHDGTLVNLKWRQFGGNLANEILEYSQQLSTYLENTMDEENDYLSIAKKDSLDLGSEPEHAINENVRLSDDSLQEELVKVDNTVEIPWIQQKNQEAIKNEVKLFSNKRKEIKRGIKALAKTILDMMEENEAVDNIAKLEQQEFGLDLEELERLHNESEEEVAKVWKNLIISTLFYFKESFHGPFHSCMITYGLILLRENMPHSAPDTHNCSKNGFISFCSFFPKCFHIPCVVENFPMKERTDEELKELKRVEQQKEIEAECLKLQKEIVEFQSAIMLVKKHHEEEDEEEEEDGTAKDTNLPNYLLGSLSTDFRVPTSLLSSQLELHSREEKINQIILLKDIIYKVKTAFNNEFDAAYKQKEIEIARVKEKNVRIQEIVLDLELEETVWQPEFEDCEKPERTLIVESTEITAQRHIKPQQKVKTELLVTREMERLLLSQGSTTRRRALMDMMGGVLEVKKEDILRMVIPQPAFMSKPDALWSEKEKKQFKEYEKKVKELNEERDKYRKSLETEMKKLQNSIQESTQNFDEHLKRLFERRVRAEMAVSQEELKINNLVFSLLLDEEISSREAFLNNYLARKQEEKSQTTEAIRKSREDHDMYKEHYDNLLAEDKVLDRSFKKEFSEIPSHQVDILYKLFKRRPRIHKQKVHSDTTSLVPFGERPGSGKLNKDAFAQLMKAMDDLDSINNMPQGLDPSVWEHFCMTRRAKVENEQKVKQKAAGLIEMVAFLQRRTEDDEKVQHEIEKVLRELTLLQEDKVKFQLNLTIQILLKQGQVELENFQLLLDYSDAILINKNIVEDLNSVIRTQGQKKVASMMESKEVHKGIFQIEWEHKKMEMEMEDLNQKARDIQMLFFSRDRQKYLNEPNYETMIAIQIGVMEQTIAVLDKTHKKNVESCKKLLKKLRRYSNQKDVANYTLSCNLREELVAVSERKDICNAVGSTLTCEKIAKERYENMMQQQKLTKISKEQAEQISILQAEVERLRMKTFPAFVQM

Target ORF information:

RefSeq Version	XM_019939602.1
Organism	Tursiops truncatus(common bottlenose dolphin)
Definition	Tursiops truncatus 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_019939602.1

ORF Insert Sequence:

ATGGCGCAAG GCCGGGAGCG AGATGAAGCC CACAACGTCG CCCTCGGCGC GTCCCTGTCT 
GTGAGATGGG TGCAAGGATT CCCCAGGCAG AATGTTCATT TTGTCAACGA CAGCACCATT 
TGCTACCCTT GTGGGAATTT CATAATATTT ATTAATATTG AAACCAAGAA AAAGACTGTA 
CTCCAGTGTA TGCATGGAAT CGTGGGTGTC GTGGCAACTA ACGTTCCTCA TGAGGTTGTG 
GCTTTTTCTG ACCGGCGGCT GAGACCCCTC ATCTACATAT ACAACTTTCC TGGATTAACC 
AGAAGGATCA GATTAAAAGG CAATGTTCTT CTGGACTACA CTTTACTTTC ATTCAGTTAC 
TGTGGCACCT ACCTGGCTAG TTACTCCTCC CTCCCAGAAT TTGAACTGGC CCTCTGGAAC 
TGGGAATCGG GTGTCATTTT GTGCAAGAAA TCACAACCCG GTATAGATGT GAGCCAGATG 
ACTTTTAACC CCATGAACTG GCACCAGTTG TGCTTGTCAA GTCCAAGTGC AGTGACTGTG 
TGGACAGTCG AAAGAAGTAA CCAGGAGCAT TATCTCGAAG CAAAGTCAGT AAGACTGCCT 
TTGGAAGATG GGTCATTTTG TAATGAAACA GATGTAGTTT TTCCCCAATC ATTGCCCAAA 
GATCCTGTCT ATGGACCTGT GCTCCCTGTG TCAGCCATTG CCGGAGTAGT GGGTGAAGAG 
GCAGAAACTT TCAGGCCTAA AGACGATCTA TATACTTTGG TTCACCCGAC TATGCACTGC 
TGGACTCCAA CAAGTGACCT ATATGTTGGC TGTGAAGAGG GTCATCTTTT AATGATTAGT 
GGAGAAAACT TGAAGGTAAC TGTGCTTAAT AAGATAGAAG ACGGACCACC AAGGGTTGGA 
AGAAATCTTG TCAGTCCAGT CACCGTGGCA TATCAGAAGG GAGGCGTGCT TGCTTCTGGA 
ATTGATGGCT TTGTGTATTC TTTTCTTATT AAAGATACAA ATTACAAAGT AGAGGATTTT 
CTTGAGGTTG AAGAGCCTGT GGAACATTTG ATGTTTTCTC CCAGTTACAG AATGTTGCTG 
ATTCAGACAG ACAAGGGATC TATTTATATT TACACTTTTG ATGAGGAGCC AACCTTTGAA 
AAACTCCTAG CGGCTTGTGA TGGGAAATTC CAGGCAACAG ACTTTATCAC ACCTGGAAAT 
GAATACTGCA TGACTCTCAC ACAGTCAGGA GAAGTTTGTG TTTGGGGTAT AGAGGATGGT 
GCTTGTGTCA GCAGGATTTA TCTGAATATC CCAGCAACAG TTCTGGCTTG CTCTCCCTCC 
TCCCTCTCTG CAGCCGTGGG GACCAAGGGT GGCTTTGTCC ACTTCCTCGA CATCCAGGAC 
GTTGAATCCC CTCACTCAGT TCATAAGGCC TATCTCTCTG AATCGCCCGT GCAGCACCTC 
CTGTATGACC AGAGAGGAAT ATATCTATTA GTTGGAACAT CAGAAGGACA CGTCTTTGTT 
ATCGATGCCA AACCCTCAAG CTTATTTCAG ATTCTTGGAT TCATAGAGGT GGGCAAAGGC 
ATTTTACAAA TATCCACAGT GTCTCCTTTG GAAACAGATA TAGTAGAAGT GATGGTGCTT 
TCCCCACTTC CAGAAACAGG AAGAAGCAGG CTGGAAATAT TTACTCTGCC TAAAATACTA 
CCACAAGTTT CTGCAAGCTT TGCTGATGAA CGAGGGAGGC TGAGAGATGC ATTCATTCAT 
AAGTTCGTGT ATGAGATAGA GCATACTCTG TCCTCAGCTG TCTTGAACTT TCAAAGTAGC 
CGAATATATG GCTTCTGTAA CCAAGTGCCA TACATCTGCA GCTATCTTCT TCCTGAAAAA 
GAGCATAGTG GTATTTGCAT TCTTAAGTCA TACCAAAAAG TACAAAGCAA GCAATATGGA 
CCTGGAATGC TCTCTCTGTC TCCACATGGA TTGTGGCTCA TAACAATAGC TAAATGTGGA 
ATTCTGTGTA TCCGAGATAT TCATACTTTG GAAACATTTG TTCAGTGTCG GAGTCATTCT 
CACCAGGGGC ATGGAATTCA GTCGGTGAGA ATTTCAATGG ATGGACAAAG CATTCTGGTG 
AATGGGAAGC ATGACGGCAC CCTTGTTAAC CTGAAATGGA GGCAGTTTGG AGGAAACTTA 
GCCAATGAAA TTCTTGAATA TAGCCAGCAA CTTTCAACTT ACCTGGAGAA CACCATGGAT 
GAGGAGAATG ATTATTTAAG TATAGCAAAA AAAGATTCCT TGGATTTGGG ATCAGAACCT 
GAACATGCAA TAAATGAGAA TGTGAGGTTA AGCGATGACT CATTACAAGA GGAATTAGTC 
AAAGTTGATA ATACGGTGGA AATTCCCTGG ATACAACAAA AAAACCAAGA GGCCATCAAA 
AACGAGGTTA AACTGTTTTC CAACAAAAGG AAAGAGATAA AAAGAGGAAT CAAAGCACTT 
GCTAAAACTA TTCTGGACAT GATGGAAGAA AATGAAGCAG TAGATAATAT TGCAAAATTA 
GAGCAACAAG AATTTGGCCT GGATCTTGAA GAACTGGAAA GACTCCACAA TGAAAGTGAG 
GAAGAAGTGG CAAAGGTATG GAAAAATCTG ATTATCTCTA CATTGTTTTA TTTTAAAGAA 
AGCTTCCATG GGCCATTTCA CTCATGCATG ATAACCTATG GATTAATTTT GTTGAGAGAA 
AACATGCCCC ACTCTGCCCC AGATACACAC AATTGTTCTA AAAATGGATT TATTTCATTT 
TGCTCTTTTT TTCCCAAGTG CTTTCACATC CCATGTGTGG TTGAGAACTT CCCAATGAAA 
GAACGCACAG ATGAAGAGTT GAAAGAATTG AAGAGAGTTG AGCAGCAAAA AGAGATTGAA 
GCAGAGTGTC TTAAACTACA GAAGGAAATT GTAGAGTTTC AGTCTGCAAT TATGTTGGTT 
AAAAAGCATC ATGAAGAGGA GGATGAAGAA GAGGAAGAAG ATGGGACAGC AAAAGATACC 
AACTTGCCCA ATTACCTGCT TGGTAGTCTG AGTACTGATT TTAGGGTACC TACCTCTTTG 
TTGTCAAGCC AACTGGAACT TCATTCCAGA GAGGAGAAAA TCAACCAAAT TATATTACTG 
AAAGATATTA TTTACAAGGT AAAAACTGCT TTCAATAATG AGTTTGATGC GGCATATAAA 
CAAAAAGAGA TTGAAATTGC ACGTGTGAAG GAAAAAAATG TAAGAATTCA AGAAATCGTT 
TTGGATCTGG AGTTGGAAGA AACAGTCTGG CAACCAGAAT TTGAGGACTG TGAGAAGCCA 
GAGAGAACCC TCATTGTGGA AAGTACTGAG ATTACAGCTC AGAGACATAT TAAACCACAG 
CAAAAAGTCA AAACAGAATT GCTTGTGACC CGGGAAATGG AGCGATTGCT TCTGTCACAG 
GGCTCCACCA CAAGACGCCG AGCCCTCATG GACATGATGG GAGGAGTTCT GGAAGTCAAG 
AAGGAAGACA TTTTGAGAAT GGTGATTCCT CAACCTGCTT TCATGTCAAA ACCTGATGCT 
TTGTGGTCTG AAAAGGAAAA GAAACAATTC AAAGAGTATG AGAAAAAAGT CAAGGAATTA 
AATGAAGAAA GAGATAAGTA TAGAAAGTCA TTAGAAACAG AAATGAAGAA ACTTCAAAAC 
TCTATTCAAG AAAGCACACA GAATTTTGAT GAACATTTGA AAAGACTCTT TGAAAGGAGA 
GTGAGGGCGG AGATGGCTGT CAGCCAGGAG GAATTGAAAA TAAACAACCT TGTGTTCTCC 
TTACTGTTGG ATGAAGAAAT AAGCTCCAGA GAAGCCTTCC TGAACAACTA CCTTGCAAGG 
AAGCAGGAGG AGAAAAGCCA GACTACAGAG GCCATCCGGA AATCTAGAGA AGACCACGAT 
ATGTACAAGG AACACTACGA CAACTTACTG GCGGAAGACA AAGTTCTAGA TCGCAGCTTT 
AAAAAGGAAT TTTCTGAAAT TCCCAGTCAT CAGGTGGATA TACTCTACAA ACTTTTTAAA 
CGCCGACCAA GGATTCACAA ACAAAAAGTG CACTCAGATA CGACCAGTCT TGTGCCTTTT 
GGAGAGCGAC CAGGATCTGG GAAATTGAAT AAGGATGCCT TTGCCCAGTT AATGAAAGCC 
ATGGATGACT TGGACAGTAT TAATAACATG CCACAAGGCT TGGACCCCTC CGTCTGGGAA 
CATTTCTGCA TGACCAGACG AGCGAAAGTG GAAAATGAAC AGAAAGTAAA GCAGAAAGCA 
GCTGGCTTAA TAGAAATGGT GGCTTTCCTC CAGAGGAGAA CTGAGGATGA TGAGAAGGTG 
CAACATGAAA TTGAAAAAGT ACTCCGTGAG CTCACCCTAT TACAGGAAGA CAAAGTGAAA 
TTCCAGTTGA ATTTGACAAT CCAAATCCTC CTTAAACAAG GGCAAGTAGA ACTGGAGAAT 
TTCCAGTTAC TGCTGGATTA TTCTGATGCA ATCCTCATCA ACAAGAACAT AGTTGAAGAC 
TTGAATTCTG TGATTCGGAC TCAAGGACAA AAGAAAGTTG CTAGCATGAT GGAAAGTAAA 
GAAGTCCACA AAGGAATATT TCAGATCGAG TGGGAACATA AGAAAATGGA GATGGAAATG 
GAAGATCTAA ATCAGAAGGC TCGGGATATT CAGATGCTGT TTTTTTCAAG AGATCGTCAA 
AAGTACCTAA ATGAACCAAA CTATGAGACT ATGATTGCCA TTCAGATTGG AGTAATGGAG 
CAAACCATTG CTGTTTTAGA TAAGACCCAC AAAAAGAATG TGGAAAGCTG CAAAAAGCTG 
CTTAAAAAAC TGAGAAGGTA CAGCAATCAA AAAGATGTAG CAAATTATAC CCTAAGCTGC 
AATTTACGAG AAGAACTGGT GGCTGTCTCA GAGAGAAAAG ACATCTGTAA TGCAGTGGGG 
TCTACACTGA CTTGTGAAAA GATTGCCAAA GAACGATATG AAAACATGAT GCAACAGCAA 
AAGTTAACAA AAATTTCAAA AGAACAAGCT GAGCAGATTT CAATACTACA GGCTGAAGTT 
GAAAGATTAA GGATGAAAAC ATTTCCTGCT TTCGTTCAAA TGTAA