cfap74 cDNA ORF clone, Amphiprion ocellaris(clown anemonefish)

Gene
Clones
gRNAs

Summary

Gene Symbol	cfap74
Entrez Gene ID	111564727
Full Name	cilia and flagella associated protein 74
Gene Type	protein-coding
Organism	Amphiprion ocellaris(clown anemonefish)

mRNA and Protein(s)

mRNA	Protein	Name
XM_023264494.1	XP_023120262.1	cilia- and flagella-associated protein 74

Pathways from BioSystems
Gene Ontology

The following cfap74 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the cfap74 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
OAm103723	XM_023264494.1 Latest version!	Amphiprion ocellaris cilia and flagella associated protein 74 (cfap74), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

cfap74 ( XM_023264494.1 ) cDNA ORF clone, Amphiprion ocellaris(clown anemonefish) -> XP_023120262.1 Amphiprion ocellaris cilia and flagella associated protein 74 (cfap74), mRNA.

Price & Availability↑

CloneID	OAm103723
Clone ID Related Accession (Same CDS sequence)	XM_023264494.1
Accession Version	XM_023264494.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4956bp) 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	2017-12-12
Organism	Amphiprion ocellaris(clown anemonefish)
Product	cilia- and flagella-associated protein 74
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019376181.1) 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 Name :: Amphiprion ocellaris Annotation Release 100 Annotation Version :: 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 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##

ATGGACAGAG AGGCCGGTGG AAGCCTGCTG GAAGAATCTG CTGTGGAGTC AGACTGTTTG 
CAGCTGCAGG ATGATGATCC ATCTCAGGAG ACCATTAAAG ATAAAGGACC AGCCCTTCCT 
TTTGACTTTG AGTGGTTAGA AGAATTGTCC GATGAGGATG ATGGGGATGC TGGTGGTGAC 
CTTGCAGTTG CGTCCGACAT CGGTAAGAAG TGGAGTTATG CCGAGACAGC ACGGATGTTC 
AAGCTGAGAC GAAACCTGGA CCAGCTGGAC TGCTTTCACC GACAGAAGGA GCATGACGTG 
CTGAAAGCCA GAGAAAAGCT GAATCTCTGC CGTCAGAATA TTGAAAGTTT GTTGGAGCAG 
AGGGATCATT TGGAGAGTAA AATAGAGCAA CAGAAAGCAA CAGACAACAG CAGTGTGGCA 
GTGTTTCGAC TGAGAGCCCA GCATAAGCAT CTGTGTCAGA AGCTGCAGAG TGAGGAGGAG 
CTGGAGGGCC ACATCAACGC CGAACTGAAG CAACAAGAAT TGGAGCTGAA TGAGGTGGAG 
GTGGAGCTTG GCAAGTTCTC CTTGCTGCGA CAGGAGGTGC AGGAAGAGGA GCAACTCTTC 
CAGGTCGTTA AAGCGCAGAC GGCAGCAGCA AGGCTGGAGC AGGAGAGGAG AGTCAACCAG 
AACCTGCAAC TCAAGATGCA GCAACTCAGG GATAAACAGG CTGCCATGTT GAAGAAGGAG 
GAGACTGAAT GTCAGAAGAA GATTGAAGCG AACCAAGCAA GCCACAAGAT AGCTGCCAAG 
TACTTGAAAC AGACCATTAA AAGGATACAT CAGCAAGAGG CTGAGAAGGA GCAGCAGAAC 
AGGGAGTTAC TGGAGAAGAG GATACAGGCT GTCAAGTCAC TGAAATCTAA CATAGCAGCC 
ACCCAAGAGA GTTTCCGGGT CCAGCAAAGT GCAGCAAAAG CAAACGCCCA GAAAAAAGAA 
CAGCAACAAA GACAACTAAG AGAATCCCTG CAGGCCCAAG GCATCAACAG TATCAAACAA 
ATGTACCAAC ACAAACAACT ACAGGAGATA AAACAACAAC AGGAGGAATT TGAGAAGAGC 
CAGAAGTCAA AGAGGGTGGA GATTATAGAA AAAGTCCATC AGCAGGACCA GCTGATGAGG 
AGCAAAAAGA GGAACCAGAC CATGCTGCTC AAACCCACTG ACAAGTTCCA GGCTCTGAGG 
AGGACCAGAG AGAAGTTCTG GTACTACCTG GATCCCACCC CCCCATCAGC CCCCGAGGAG 
AGAGACACAA TTTTACGAGA GTTTAGTGAC AGCAGCAGCT CATCATCAGC TGCCTCTGAT 
GTTGAGGACC TGGAGGAAAC CATCCAGCAG GAAGTGGATC GCCACAGCCT TGCTGAGCCT 
GAATTCTCTG GACTGTGGGA ACAGAATTAC AAGATGCTCT TCAATGCAAC GTCTGGGCAG 
ATGCAAAGAG AAGTGAAGCA AGAGGAGCCT GAAAAGACCA GTGCAAAGCT CAACATAACT 
CCTATAAAAG TTCATGGAAA AGAGTTCAAA GGGCCTTCCT TCATCAGTAA ACCAGAGGTC 
ATCGACTTCC AGAACTTTGA AGTGGGGAAA AAGTATAAGA AGAAAATCAT CTTGACCAAC 
ATCAGCTACA CCATTAACCA CTGCAAGTTC CTCAAAGTCT CTGCTCAGCT GAAAGACTTT 
ATCTCTATCA ACTTTGAGCC TCCTGGTTCC CTGTCTACTG GGATGGCCTG TGACCTACAG 
GTTGTTTTCC ATCCAATGAT CAACAAGGAC TTAGAAGGAG AGATCCAGTT TGCATCAGCA 
GTCGGTCCCT TCTCTGTGCC CGTCAGATGC ACTATAAAGA AATGTATCCT GAAGGTTGAC 
AGCCAGTTCA TTGACTTTGG GTCGCACGTC GTGGGCCAGA CTGTTTCACG GACTATCACC 
TTGACCAACA AGGGTGCACT GGCCACTCTC TTCAGCCTGG ACACGTCCCC GTGTCTCAGT 
CCAGAAACTA GAGATGTCCA GATGCCATCC CAGGTCTCAG CCAACACATG CCAGGTGACA 
TGCAGTCAGA ACACAGCATC TAATAACCAC AAGAGTTCTG CATCCATGGA TGCTGCAGAA 
ATCCGACCAA ACCAACAGAG TCAGGAGCTC TCTGAGACAG TACAGCAGGA GCAAGCAGCA 
TCAGAGGCTT CAGTGACGTG TCCAGAAGCA GTTCCAGAGG CTTACCTGTC CTCAGATGTC 
AACATCCAGA CAGACCAGGT CCAGTCAGAC TCCAGTGACA TAAGACTAGG AAATGTGAGA 
GAGGGAGAGG TCGGACCATT TGAAAGCATC AAACTGGAGA TTGTATTCAC ACCAACCATC 
CCAGGAGACA ACAAACTGGA CTTTCACATC AAATTCTCTG ACACAACCAC CACACCGATA 
CCCATCCAGG TGAGGGGTGT GGCAGTCAGC ATCCCTGTGT GGGTAGTTGA GCCCAATATC 
GACCTGAAGA TCTGCACATT TGATCGTCTT TTTCAAGACA CTATTGTGGT CCAAAGCAGA 
GCCAGCACAG CTATGAAACT GACCTTTGAA GTGTGCCCGG AAATGAGGAA ACACATGGAG 
ATCCTACCAA AGACTGGCTT CATCCAGGCT CAATCAAGCT TTAATGCCCA GCTGAAGTTC 
ATGCCGAGAC GTTCCCTAGC CACAGATGCC AAGAAGTTTT TTGATAGCGA TACAGGAGTT 
CTGGAGGTTC CAATGGCAGT GCAAGTGGCA GACCAGGTGC AGCCTGCCCA TTTCACAGTC 
CAAGCAGTTG TGACCTCTTC AGACCTGCAG TTTGACCAGA CTGAGGTGGA CTTTGGCTAC 
TGTTCCATTT ACCAGTCGGT CAAGAGTAGC ATTCGTCTGA CCAATATATC CCTCTTACCA 
CAAGACTTTG GCTTTGTGGG TGTCCCAGAG TTTATTGAGA TCGAGCCCAA TGATGGATTT 
GGTACTCTGC TTCCACAAGA AACTCTGGAG ATTGATCTGA TTTTCAGCGC TAAAATGGCC 
AAAAAATACC ACTTCCAACT CAACTGCAAG TCTGGAATTA ACAGAGATTT TCTGCTGCCT 
TGCCGAGCAG TGGGCGTCCA CCCGCCACTG GAGCTCTCCC ATTCCCTGGT CCGGTTTGGG 
GACACAGCAG TAGGTGACCA CGCCACTGCC ACAGTTTACC TGATCAACCA TCACACTGAC 
CGGTTCCAAT CCAAACAACC AGTGGGCAAA GTCAACATGG CTCCTGCAGT CCACAGGCTG 
TTTTCCTTTG TCCTACCAGA GAATTCCGAC ATCACCATCA CTCCACTTGC AGGACGGCTT 
CTCCCCGGAG AGAGATGTCT AGTCCAGGTG ATATTTAGTC CCAGACTGTT GGACAAGGAG 
ATCAAAGAAG AGGCACTGCA TCGCCTTCAC CGAGCCAAGT TGCTCCGTGA GAAGGAGCTG 
GAGAGAAACA AGCATACTGA GACTCAAAAA AAGATCCAGG TGGAACCCAG TAAAGGGAAA 
AAGGCATCTG TGAATCCCAA GAACAGCAAG ATGTCCAATG ACCCAAAGAC AGACAAACTA 
CCTGAATCAC CAGATCCTGC AAATATACAG CCGGGGTCCG AGCACTATGA GGAGGCAAAG 
GCCTCCCTGT TGTACTCTTT CAGTCGACGC TACAGAGAGT ACACCATCCC CTGCTTTGTG 
TCAGATGGAG ACCCTCCAGA GGAAGACAGG CAGGCCCAGC CGGCATGGAG TCCCATCAAT 
ACGCTCTACA TGAAGCTCCA GTGTGCTGCT GTACAGCCCC CTCTAGTGGT GACCTCCCAC 
AATGGACACA ATATCATAGA CTTCCACCAG GTGGCAGTGG GAGAGAAATC GATTAAAAAG 
TTTACAGTTC AGAACATTTC AAAGGAATCA TTGGATCTGA GGTCATCAGT ATTGGACATG 
CAAGGTCCTT TTTCACTCCT CAATGCTCTC AGATGCATAA GACCTGGAGA AAAACATACT 
TTAACACTGG CCTTCAGTCC CACTCTGGAC AAAAAGTACC GTGAAATGCT GGAGGTGCAA 
AGCCAGAAGA TGACGTTGGA AATGACTCTG CGTGGTGAAG GCGTCGTCCC TGCTGTCACC 
TCGTCCCACA CTGGGGGTCT CCTTGACTTT GGCTATGTGT TGGAAAAAGA GACAACCTCA 
CAAGTTATAA AGTTACAGAA CGACTCACCT TTAGCCGTGG GTTTCAGGGT GCTGCTGGCC 
AGTCTCTCTC CATCCAGGCC TTGTGGTGGA GCTGACAGGG TGGCCCTGCT GTTAGACAGA 
TATGTAGACT CTCAGGACCA GTCTCCTGTA GGGAGCCAGA ACTACAGTGG GCTGAGTGTG 
TTCAGTGTGG TGCCAGGAGA GGGCAGCATT GCTCCAGGAC AGAGCCAAGA CATTACCATC 
ACCTTCCAGC CGGACCACCC TTCTATCAAC TATTCTGACA AACTCACTAT AGAGCTCATG 
AATAAGAGTA AAGTGTGTGT GCTGGATCTG AAAGGTGCGG CCTCTTTACA TAACACGTAT 
CTATGTGGAG GAGACCTGCT GACTGTGCCC ATCGAGTCCC TCCTCCCTTC ACTAATAGCC 
GATCAACCTC AGCTCACAGC AGAGCCAGAA GTGGTGGAGA GGCCCAGTAT CCCTTTGCTG 
GTGACCCTGC GGGCCAGCTA CTGTGCAGGT GTCATTACAC CTGCAGTCAG GGAGCTGCAG 
GTGGGCTGCA TCCGCTCCAC TCAGTCCACT AAGAAGAGTG GGGAGTTTCA CTGGGATAAC 
ATGACATCCC TGCAGCAGCA TGGCTTCACT GTGGAGCCCT GCAAAGGCAA CGTGGAGGCA 
AGCCACAAAC GCACCATCAC CATCACATGG ACTCCTCACA GTGGATATAA GCCCCATGAG 
GTGGTGCAGT TGTGTGTGCC TCTCACTGTA AAGGGCGATG AGATGAATGT TTACAGAGTC 
ACCCTGATGG CTTCAGTGTC CATGTGTGCT GACTGA

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

RefSeq	XP_023120262.1
CDS	142..5097
Translation	MDREAGGSLLEESAVESDCLQLQDDDPSQETIKDKGPALPFDFEWLEELSDEDDGDAGGDLAVASDIGKKWSYAETARMFKLRRNLDQLDCFHRQKEHDVLKAREKLNLCRQNIESLLEQRDHLESKIEQQKATDNSSVAVFRLRAQHKHLCQKLQSEEELEGHINAELKQQELELNEVEVELGKFSLLRQEVQEEEQLFQVVKAQTAAARLEQERRVNQNLQLKMQQLRDKQAAMLKKEETECQKKIEANQASHKIAAKYLKQTIKRIHQQEAEKEQQNRELLEKRIQAVKSLKSNIAATQESFRVQQSAAKANAQKKEQQQRQLRESLQAQGINSIKQMYQHKQLQEIKQQQEEFEKSQKSKRVEIIEKVHQQDQLMRSKKRNQTMLLKPTDKFQALRRTREKFWYYLDPTPPSAPEERDTILREFSDSSSSSSAASDVEDLEETIQQEVDRHSLAEPEFSGLWEQNYKMLFNATSGQMQREVKQEEPEKTSAKLNITPIKVHGKEFKGPSFISKPEVIDFQNFEVGKKYKKKIILTNISYTINHCKFLKVSAQLKDFISINFEPPGSLSTGMACDLQVVFHPMINKDLEGEIQFASAVGPFSVPVRCTIKKCILKVDSQFIDFGSHVVGQTVSRTITLTNKGALATLFSLDTSPCLSPETRDVQMPSQVSANTCQVTCSQNTASNNHKSSASMDAAEIRPNQQSQELSETVQQEQAASEASVTCPEAVPEAYLSSDVNIQTDQVQSDSSDIRLGNVREGEVGPFESIKLEIVFTPTIPGDNKLDFHIKFSDTTTTPIPIQVRGVAVSIPVWVVEPNIDLKICTFDRLFQDTIVVQSRASTAMKLTFEVCPEMRKHMEILPKTGFIQAQSSFNAQLKFMPRRSLATDAKKFFDSDTGVLEVPMAVQVADQVQPAHFTVQAVVTSSDLQFDQTEVDFGYCSIYQSVKSSIRLTNISLLPQDFGFVGVPEFIEIEPNDGFGTLLPQETLEIDLIFSAKMAKKYHFQLNCKSGINRDFLLPCRAVGVHPPLELSHSLVRFGDTAVGDHATATVYLINHHTDRFQSKQPVGKVNMAPAVHRLFSFVLPENSDITITPLAGRLLPGERCLVQVIFSPRLLDKEIKEEALHRLHRAKLLREKELERNKHTETQKKIQVEPSKGKKASVNPKNSKMSNDPKTDKLPESPDPANIQPGSEHYEEAKASLLYSFSRRYREYTIPCFVSDGDPPEEDRQAQPAWSPINTLYMKLQCAAVQPPLVVTSHNGHNIIDFHQVAVGEKSIKKFTVQNISKESLDLRSSVLDMQGPFSLLNALRCIRPGEKHTLTLAFSPTLDKKYREMLEVQSQKMTLEMTLRGEGVVPAVTSSHTGGLLDFGYVLEKETTSQVIKLQNDSPLAVGFRVLLASLSPSRPCGGADRVALLLDRYVDSQDQSPVGSQNYSGLSVFSVVPGEGSIAPGQSQDITITFQPDHPSINYSDKLTIELMNKSKVCVLDLKGAASLHNTYLCGGDLLTVPIESLLPSLIADQPQLTAEPEVVERPSIPLLVTLRASYCAGVITPAVRELQVGCIRSTQSTKKSGEFHWDNMTSLQQHGFTVEPCKGNVEASHKRTITITWTPHSGYKPHEVVQLCVPLTVKGDEMNVYRVTLMASVSMCAD

Target ORF information:

RefSeq Version	XM_023264494.1
Organism	Amphiprion ocellaris(clown anemonefish)
Definition	Amphiprion ocellaris cilia and flagella associated protein 74 (cfap74), mRNA.

Target ORF information:

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

XM_023264494.1

ORF Insert Sequence:

ATGGACAGAG AGGCCGGTGG AAGCCTGCTG GAAGAATCTG CTGTGGAGTC AGACTGTTTG 
CAGCTGCAGG ATGATGATCC ATCTCAGGAG ACCATTAAAG ATAAAGGACC AGCCCTTCCT 
TTTGACTTTG AGTGGTTAGA AGAATTGTCC GATGAGGATG ATGGGGATGC TGGTGGTGAC 
CTTGCAGTTG CGTCCGACAT CGGTAAGAAG TGGAGTTATG CCGAGACAGC ACGGATGTTC 
AAGCTGAGAC GAAACCTGGA CCAGCTGGAC TGCTTTCACC GACAGAAGGA GCATGACGTG 
CTGAAAGCCA GAGAAAAGCT GAATCTCTGC CGTCAGAATA TTGAAAGTTT GTTGGAGCAG 
AGGGATCATT TGGAGAGTAA AATAGAGCAA CAGAAAGCAA CAGACAACAG CAGTGTGGCA 
GTGTTTCGAC TGAGAGCCCA GCATAAGCAT CTGTGTCAGA AGCTGCAGAG TGAGGAGGAG 
CTGGAGGGCC ACATCAACGC CGAACTGAAG CAACAAGAAT TGGAGCTGAA TGAGGTGGAG 
GTGGAGCTTG GCAAGTTCTC CTTGCTGCGA CAGGAGGTGC AGGAAGAGGA GCAACTCTTC 
CAGGTCGTTA AAGCGCAGAC GGCAGCAGCA AGGCTGGAGC AGGAGAGGAG AGTCAACCAG 
AACCTGCAAC TCAAGATGCA GCAACTCAGG GATAAACAGG CTGCCATGTT GAAGAAGGAG 
GAGACTGAAT GTCAGAAGAA GATTGAAGCG AACCAAGCAA GCCACAAGAT AGCTGCCAAG 
TACTTGAAAC AGACCATTAA AAGGATACAT CAGCAAGAGG CTGAGAAGGA GCAGCAGAAC 
AGGGAGTTAC TGGAGAAGAG GATACAGGCT GTCAAGTCAC TGAAATCTAA CATAGCAGCC 
ACCCAAGAGA GTTTCCGGGT CCAGCAAAGT GCAGCAAAAG CAAACGCCCA GAAAAAAGAA 
CAGCAACAAA GACAACTAAG AGAATCCCTG CAGGCCCAAG GCATCAACAG TATCAAACAA 
ATGTACCAAC ACAAACAACT ACAGGAGATA AAACAACAAC AGGAGGAATT TGAGAAGAGC 
CAGAAGTCAA AGAGGGTGGA GATTATAGAA AAAGTCCATC AGCAGGACCA GCTGATGAGG 
AGCAAAAAGA GGAACCAGAC CATGCTGCTC AAACCCACTG ACAAGTTCCA GGCTCTGAGG 
AGGACCAGAG AGAAGTTCTG GTACTACCTG GATCCCACCC CCCCATCAGC CCCCGAGGAG 
AGAGACACAA TTTTACGAGA GTTTAGTGAC AGCAGCAGCT CATCATCAGC TGCCTCTGAT 
GTTGAGGACC TGGAGGAAAC CATCCAGCAG GAAGTGGATC GCCACAGCCT TGCTGAGCCT 
GAATTCTCTG GACTGTGGGA ACAGAATTAC AAGATGCTCT TCAATGCAAC GTCTGGGCAG 
ATGCAAAGAG AAGTGAAGCA AGAGGAGCCT GAAAAGACCA GTGCAAAGCT CAACATAACT 
CCTATAAAAG TTCATGGAAA AGAGTTCAAA GGGCCTTCCT TCATCAGTAA ACCAGAGGTC 
ATCGACTTCC AGAACTTTGA AGTGGGGAAA AAGTATAAGA AGAAAATCAT CTTGACCAAC 
ATCAGCTACA CCATTAACCA CTGCAAGTTC CTCAAAGTCT CTGCTCAGCT GAAAGACTTT 
ATCTCTATCA ACTTTGAGCC TCCTGGTTCC CTGTCTACTG GGATGGCCTG TGACCTACAG 
GTTGTTTTCC ATCCAATGAT CAACAAGGAC TTAGAAGGAG AGATCCAGTT TGCATCAGCA 
GTCGGTCCCT TCTCTGTGCC CGTCAGATGC ACTATAAAGA AATGTATCCT GAAGGTTGAC 
AGCCAGTTCA TTGACTTTGG GTCGCACGTC GTGGGCCAGA CTGTTTCACG GACTATCACC 
TTGACCAACA AGGGTGCACT GGCCACTCTC TTCAGCCTGG ACACGTCCCC GTGTCTCAGT 
CCAGAAACTA GAGATGTCCA GATGCCATCC CAGGTCTCAG CCAACACATG CCAGGTGACA 
TGCAGTCAGA ACACAGCATC TAATAACCAC AAGAGTTCTG CATCCATGGA TGCTGCAGAA 
ATCCGACCAA ACCAACAGAG TCAGGAGCTC TCTGAGACAG TACAGCAGGA GCAAGCAGCA 
TCAGAGGCTT CAGTGACGTG TCCAGAAGCA GTTCCAGAGG CTTACCTGTC CTCAGATGTC 
AACATCCAGA CAGACCAGGT CCAGTCAGAC TCCAGTGACA TAAGACTAGG AAATGTGAGA 
GAGGGAGAGG TCGGACCATT TGAAAGCATC AAACTGGAGA TTGTATTCAC ACCAACCATC 
CCAGGAGACA ACAAACTGGA CTTTCACATC AAATTCTCTG ACACAACCAC CACACCGATA 
CCCATCCAGG TGAGGGGTGT GGCAGTCAGC ATCCCTGTGT GGGTAGTTGA GCCCAATATC 
GACCTGAAGA TCTGCACATT TGATCGTCTT TTTCAAGACA CTATTGTGGT CCAAAGCAGA 
GCCAGCACAG CTATGAAACT GACCTTTGAA GTGTGCCCGG AAATGAGGAA ACACATGGAG 
ATCCTACCAA AGACTGGCTT CATCCAGGCT CAATCAAGCT TTAATGCCCA GCTGAAGTTC 
ATGCCGAGAC GTTCCCTAGC CACAGATGCC AAGAAGTTTT TTGATAGCGA TACAGGAGTT 
CTGGAGGTTC CAATGGCAGT GCAAGTGGCA GACCAGGTGC AGCCTGCCCA TTTCACAGTC 
CAAGCAGTTG TGACCTCTTC AGACCTGCAG TTTGACCAGA CTGAGGTGGA CTTTGGCTAC 
TGTTCCATTT ACCAGTCGGT CAAGAGTAGC ATTCGTCTGA CCAATATATC CCTCTTACCA 
CAAGACTTTG GCTTTGTGGG TGTCCCAGAG TTTATTGAGA TCGAGCCCAA TGATGGATTT 
GGTACTCTGC TTCCACAAGA AACTCTGGAG ATTGATCTGA TTTTCAGCGC TAAAATGGCC 
AAAAAATACC ACTTCCAACT CAACTGCAAG TCTGGAATTA ACAGAGATTT TCTGCTGCCT 
TGCCGAGCAG TGGGCGTCCA CCCGCCACTG GAGCTCTCCC ATTCCCTGGT CCGGTTTGGG 
GACACAGCAG TAGGTGACCA CGCCACTGCC ACAGTTTACC TGATCAACCA TCACACTGAC 
CGGTTCCAAT CCAAACAACC AGTGGGCAAA GTCAACATGG CTCCTGCAGT CCACAGGCTG 
TTTTCCTTTG TCCTACCAGA GAATTCCGAC ATCACCATCA CTCCACTTGC AGGACGGCTT 
CTCCCCGGAG AGAGATGTCT AGTCCAGGTG ATATTTAGTC CCAGACTGTT GGACAAGGAG 
ATCAAAGAAG AGGCACTGCA TCGCCTTCAC CGAGCCAAGT TGCTCCGTGA GAAGGAGCTG 
GAGAGAAACA AGCATACTGA GACTCAAAAA AAGATCCAGG TGGAACCCAG TAAAGGGAAA 
AAGGCATCTG TGAATCCCAA GAACAGCAAG ATGTCCAATG ACCCAAAGAC AGACAAACTA 
CCTGAATCAC CAGATCCTGC AAATATACAG CCGGGGTCCG AGCACTATGA GGAGGCAAAG 
GCCTCCCTGT TGTACTCTTT CAGTCGACGC TACAGAGAGT ACACCATCCC CTGCTTTGTG 
TCAGATGGAG ACCCTCCAGA GGAAGACAGG CAGGCCCAGC CGGCATGGAG TCCCATCAAT 
ACGCTCTACA TGAAGCTCCA GTGTGCTGCT GTACAGCCCC CTCTAGTGGT GACCTCCCAC 
AATGGACACA ATATCATAGA CTTCCACCAG GTGGCAGTGG GAGAGAAATC GATTAAAAAG 
TTTACAGTTC AGAACATTTC AAAGGAATCA TTGGATCTGA GGTCATCAGT ATTGGACATG 
CAAGGTCCTT TTTCACTCCT CAATGCTCTC AGATGCATAA GACCTGGAGA AAAACATACT 
TTAACACTGG CCTTCAGTCC CACTCTGGAC AAAAAGTACC GTGAAATGCT GGAGGTGCAA 
AGCCAGAAGA TGACGTTGGA AATGACTCTG CGTGGTGAAG GCGTCGTCCC TGCTGTCACC 
TCGTCCCACA CTGGGGGTCT CCTTGACTTT GGCTATGTGT TGGAAAAAGA GACAACCTCA 
CAAGTTATAA AGTTACAGAA CGACTCACCT TTAGCCGTGG GTTTCAGGGT GCTGCTGGCC 
AGTCTCTCTC CATCCAGGCC TTGTGGTGGA GCTGACAGGG TGGCCCTGCT GTTAGACAGA 
TATGTAGACT CTCAGGACCA GTCTCCTGTA GGGAGCCAGA ACTACAGTGG GCTGAGTGTG 
TTCAGTGTGG TGCCAGGAGA GGGCAGCATT GCTCCAGGAC AGAGCCAAGA CATTACCATC 
ACCTTCCAGC CGGACCACCC TTCTATCAAC TATTCTGACA AACTCACTAT AGAGCTCATG 
AATAAGAGTA AAGTGTGTGT GCTGGATCTG AAAGGTGCGG CCTCTTTACA TAACACGTAT 
CTATGTGGAG GAGACCTGCT GACTGTGCCC ATCGAGTCCC TCCTCCCTTC ACTAATAGCC 
GATCAACCTC AGCTCACAGC AGAGCCAGAA GTGGTGGAGA GGCCCAGTAT CCCTTTGCTG 
GTGACCCTGC GGGCCAGCTA CTGTGCAGGT GTCATTACAC CTGCAGTCAG GGAGCTGCAG 
GTGGGCTGCA TCCGCTCCAC TCAGTCCACT AAGAAGAGTG GGGAGTTTCA CTGGGATAAC 
ATGACATCCC TGCAGCAGCA TGGCTTCACT GTGGAGCCCT GCAAAGGCAA CGTGGAGGCA 
AGCCACAAAC GCACCATCAC CATCACATGG ACTCCTCACA GTGGATATAA GCCCCATGAG 
GTGGTGCAGT TGTGTGTGCC TCTCACTGTA AAGGGCGATG AGATGAATGT TTACAGAGTC 
ACCCTGATGG CTTCAGTGTC CATGTGTGCT GACTGA