ZNF318 cDNA ORF clone, Ficedula albicollis(collared flycatcher)

Gene
Clones
gRNAs

Summary

Gene Symbol	ZNF318
Entrez Gene ID	101811758
Full Name	zinc finger protein 318
Gene Type	protein-coding
Organism	Ficedula albicollis(collared flycatcher)

mRNA and Protein(s)

mRNA	Protein	Name
XM_016296972.1	XP_016152458.1	zinc finger protein 318

Pathways from BioSystems
Gene Ontology

The following ZNF318 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ZNF318 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
OFi13117	XM_016296972.1 Latest version!	Ficedula albicollis zinc finger protein 318 (ZNF318), 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)

ZNF318 ( XM_016296972.1 ) cDNA ORF clone, Ficedula albicollis(collared flycatcher) -> XP_016152458.1 Ficedula albicollis zinc finger protein 318 (ZNF318), mRNA.

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CloneID	OFi13117
Clone ID Related Accession (Same CDS sequence)	XM_016296972.1
Accession Version	XM_016296972.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5898bp) 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	2016-04-19
Organism	Ficedula albicollis(collared flycatcher)
Product	zinc finger protein 318
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_021674.1) 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 Version :: Ficedula albicollis Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 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##

ATGAGCCCTG GAATTCCAAA GAGGAGTTTA GGAGCTGAAC TTCTAGCAGA ACAGACTGAC 
TGGCACCTCT GTCGTCCAGT GAGAGTCCAG AGCACCAATT GTAGGGATGC TACAAAAACC 
TCTGCAAAGC AGAGGCGTTC ACCGAGTCTC CGCTCCGAGT CTTCACTGGA GCACAGTTTG 
CGGATTACTG TTGGCAATGA CCGGTATTGC ATTGGCACCC CGGAGCGAAG GAGGCTGCCT 
GACAGACTGG GCTCACCAAT TGATAACCTG AGTGACAGGG ATGATATGGC TGACGGTCCA 
ATATTCACAA GAGGCCTCAC GTGTCCTCGA GGCCTTGAGA GATACCCAGC ACATGAAGAT 
CAGCCTTCAA GTCCCTTCAT TCCGAGGCAT GATGAAGACT ACCGCAACCG AGACGTTTTC 
CTCCACCGTT CAGATTACAG CCCACACTAT GGCCGTCGGG AGGAGCTGCC CCGTGGGTCC 
GACAGAGATG GTGACAAACT GAGGAGGTCC CCCTACCCAC TGAGGCCAGA GGAGAGGGGA 
CGAGAAATAA AGCGTCCACG GTATGAAAAG GATGAGAAGA TGCATGGTGT GAGTGGAGAG 
CATCAGGGTT TCTCGTCAGG AACACGAAAC TACCGCAGAC GAAGCCGCAG CCGCAGTAGA 
AGCCTGAGCC CGTCATACCT GAATGAAGAA TTCCGAGAGC TTGACCGAGC AAGGAGGAAA 
AGAGAAGAAG AAGAGCGCAG CAGAAACTTG AATCACGATG TTTCAGGCAG TGGCTACGCG 
ATCCCTGGCT TGACTAACAC GTTACAGACT TCTGAGCCTC GGTATACATA CAGGCCTGAG 
GAAATCCCAC CCATGCCCAA AAAATCTATT TTGAAGAAAC GAGTAGAGAT GGAAGTAGAG 
TCTGCTGTTC AGCCCGAGGG CTTTTCAAGC AGTCCAGCCT CCAGCAAGGA TCTTCCTCTT 
TCTAGTGAGT CTTCTTTGCC TCAGAGCAAC AACATAGCTC CTTTTGCCTC TGAAGTGGAA 
AACTTTCTCA AACGGTTTAA CAAAGGCTCT CTTGTGGAGT CTTCAAACCA GGAGCTGTGT 
GAAGATTTGT ATGAGTGGAA CCCACTCTCT GGGCCTCCCA AAGACCAAAC TTTGATGTTT 
GAAGAGAAGT TTGGAAACTT CTTAAGTCAC AAAGAAAAAG TAGAACCCAA GTCAGAGCCC 
ACTGATCGCC ATACTGACTT CCTGCTTCCT CACGAGAGGG CCAGTCAGGA TGGCAGTGGT 
TTCTCCCGAA TTCTGGGCAT GATGGCTGAT TCTGTCAGTG CTCAGGAGAA GAGGAGGCGT 
AGCTTTCCTG ACATTGAGGA TGAAGAGAAA TTTCTTTATG GTGATGAGGA TGAGGAGACC 
AAAATGGAAT CTGTCCCCAT AGAGAAGCCC CCAGAGAGTT GTGGCAATGA GATAATAATA 
CAGAAAATGA GCCCACCTCC TTCTCCTGCT CCAGCTGTCA AGACGGATCC TTTAGAAGAG 
CCAAACGCGG AGTACGCAAA GATCCACGAC TTACTCAAAA CCATAGGACT GGACATAGGT 
GTTGCTGAGA TTGGAAAACT GGCTGTTCGT ACCCAGGAGC GCCTTCATGG CAAAAAGCTG 
GCATCTCGTT CTCCGGATCG CCGCTCTTCG GACACGCGCA GGCTGGATGC CTGGGAGCTG 
CGCCGCAGCC GCAGTGACAC CCGTTCTCCT GAGTCCGGCC AGCAGCGGTC AGCCTCACCC 
CCGGGCTCTT GCCAGCACCC TAAAGACGCG GCCTCTCTTC AGAAATCAGA CTACGCTAAG 
AACAAGCCGG TGGGACAGGA GATACCTCCA CACGCACCAG AACAGCCTCT TCCCTCTGTC 
TCTCTCATTC CCTCAATTCC ACCAGCTCCT CCTAGTTTGC CACCTACACC TACTTCTGTT 
TCCCAATACC AAATTCCCAG CTATTCCCAC TACACTGCTG CTCAAATGCC CCAAAACTAT 
CCCCCTCCCA CAATGGCTCC TCCAGGATAC GATGCATATG GGCACTATAT GGCATATGCA 
GCCCCCGGCT GGCCCATGTA CCCCTCTGCC CAACAGCCTA ATCCTACGCT GCCAGAAGCT 
CATGGTCTTC TCACTATGGC CATGTCAGCG AACCCCACAC GTCCCAATCT CCGGGTGATC 
GAGACAGTCT CTCTGGGAAA GGATGTCCCT GATGTAAAAA GAGATGGTTC TGTGCTTGTT 
CAGGTCCCTA CCACTCCGTC TCATTCCAAA GCACCCCTTC GTCTGTCGTC ACACTCTCTC 
AAAAATACCA CAGAAAGGAT ATCGGATGAA AAGAACCGGG CAGCTCAAAA GCAGAAGGTA 
ATAGAAGAGA GAGAAAAACT GAAGAATGAT CGAGAAGCAC GGCAGAAGAA GCTTTACTAT 
CTCAAGACTG AATTGGACAG GCTTCGTAAA CAGCAAGGAG AGATGTTGAG GAAAAAACGT 
CGCGAGAAGG ACGGACACAA AGACCCGTTG TTGGTTGAGG TGAACAGACT ACAGGAGAAT 
ATTATGAAGG AGATTGCAGA GCTGCATAAA GAATCTGATG CGGCCGACAA GAAGCAGTCT 
GAGCTTGACA AAGTAGCACA AATCCTGGGG ATTAACATAT TCGAAAAACC CCGGAAACCA 
CCTGTGGAAA CTAAAGATTC CTCGGAAAAG AGCAGCAAGT CAGAAAATGC AAAAGGTGTG 
GAGAAAACAT CTTCCTCCAA CAAGGAATCA AAAACTACTA ATGAAAAATC AAGAGGTAGA 
AGCCCGAAGC CAGCAGAATC CTCTTCACAG TCCTCCAAAC ATCCTTTCCA GTTGGCCAAT 
ATTTATGAAT ATTATGATGC AGGGAACCAC TGGTGCAAAG ACTGCAATAC CATCTGCGGG 
ACCATGTTTG ACTTTTTCAC ACACATGCAT AATAAGAAAC ACAGACAGAC CCTGGATCCT 
TACAACAGAC CTTGGGCTTC GAAGACCCAG AGTGAGACCA AGCAAGACTC CATAAAACGC 
ATTGATAAGA TAACAGTTCC TGCTAAAGGC TCTGAGTTTC TGATTCCCAT CACTGGATAT 
TATTGCCAGC TCTGTCATGA ATTTTTTGGA GATCAAATCT CAGCAGAGCA GCATGTGAAA 
AGTCATCCCC ACAATGAGAA ATATAAGAAA TACATAGATG AAAACCCACT CTATGAAGAG 
AGGAGAAATC TAGACCGACA AGCTGGATTG GCTGTGGTTC TGGAAACAGA GCGCAGGCGG 
CAAAACGAGC TGAAACGGAA ACTGGTTGAG AAACAGAAGG AAGAGAAGGA TGAGAAAACC 
CCAAAAATAA TAAAAAAGGA GGAAGTAAAG AGCATCCCAG AATCTGGAGA AGGGAATAAT 
GAAACTCAAG GCAAAACAGA TTCTTCTGGG CGAAAAATGG GTATCACGGT AAAGCTAAAG 
AAGGAAGAGA AGACAGAGGA GAAGAAAGAA GAAAAGAAAG AGGAATCCAA AAAGGAACCA 
CCAAGCCAGA CCTCCTTTGG GAAATTCAGC TGGAAAAAGA CTGAGAGGGA GGATAAAACC 
CCAGGAGCTA TTCCGAAGGA AGAGAATGCA GAAGGAAACA AAGAGGAGAA CAAGTGTCAG 
TCTGTGAAAC CCCATCTCAA GCCCATTGAA ATCAAGCTGT CTGGGAAAAC TGTTATTCCA 
CACACTAGCC CATGGATACC AGTTGTTTCC ACACCGACAC CTACAAAAAT TCTCCCCAAT 
CTACCAGTCC CCACCATGAT TTTCAGGAAG TCTAATACTG CAACAGTTAG TAAACCACCA 
CCTTTGAACA CCTTTTTGTC CATAAAATCC TCTGGAACTA CCACCAAACC ACTGCCAGTG 
GTAAAAGAAA CAAGTGCAGA TCTTCTACTG CCTCCAGATA TCATATCAAA AGCTTTTGGA 
GGAGAAGAAG TAATTTTAAA AGGCTCAGAG GAGGATTTGA AAGCAGCAGA GAAAAATGAG 
TCTTCTCAGA CTGTAGATAA ATTACCTCCA CCCCGTCCTC CACCAGCAGT CCAGCCAGCA 
GCTGTCATCC CTGCAGATGA AGTAGCTCCA GGTGTGTCTG AAAGTGAACA GACAATGTTG 
GCAACGCCTG TGAGACCACC ACCACCTTCA ACTGCTTTCA GTGAACAGGC AAAAAAGATA 
GAGAAACGAA ATTCTTGCTT GGCCACAGCC AATGCTAAAG ATCTCTATGA TATTTTCTAC 
AGTAGTGGTG GAAAGGCTTC AGCTGACAGC AAACTTGCAA ATTCTGCACT TCCAAATGGA 
GAAAACCCTA ACATAACGAA ACCTGCAGAC TTACCTGCGA ATCACAAAGC AAATAGTAGC 
TCATCCTCGT TGAAAGAGGA TTCTGAGAAT GTGGATTCCT CACAGTGTAA TAACCAAGTG 
ACAGGGAGTT TGGTTCCTGT TGAAAATCAG GCTGAAATGA ACAAGAAATC ACTTCAGCCT 
CACCTATCAG AAATGTCAGT CACAGAATTA CCAGAAAAGA ATCCTGTTTC TGATATCCAG 
ATGCCTGCAG AAATTGGACT TGTTGATACA GGAGGTGGAG AGCAAGTAGG CAGTCTGGAA 
TTCTGTGATC TACAGAAAAC TGAGGTTCAT GACAAGGTTG GACAGGAAGA TGGAAATAAA 
ACTCCAGTTA CAAACACAAA TGTTCCTGGT ACCTTGGAGA AAGATACAAA GACGAAAGAC 
TGGGAAGTAA AAGCAGTAAA GCCTAAGCAT AGCCTACACC CAAAGACTTT GTTACCTGAG 
ACACAGAATG AAATTCAAAG TTGGGGAAAT TCCCATTTGG TAGAGGAAAA TTTAAATGAT 
AACTGTAGAA CTCACTCAGA AACTGATAGT CCGGACTTAC TCTGGGGCAC TTCCAGAGCT 
AGTAATGGAA AGGAGCAGAT AGTCACAACT CGTTCTTGTT CTGAAAGTGA TTGGGATCTA 
TCAAATACTC CAAATCCAGA AATAAAATCT GATTCTAATG AGGTTAATGT TTCAGAATTG 
ACAGAGGGAC AGACAGAAAC TAGAAGTACC GTATTAAAAG CTCAAGAAAA AGTTCAACCT 
AAACCTTCAG GCCATACGGT GTTGGATAAC CAAACCCAGA AGCAGGGAGC TGAGCGGTTA 
GTCAACACCT GCTCAAACAT GGTTGAACTC AGATCCAGTT TAGAATTAGT AGCTGAAAAT 
GAAAAAAAGT CATTAGGACA CATAGGATCT GATGCAAGAT TAGATAATTT TCTTTTCAAG 
AAACAATCAG AGGATGTGAA ACACATGAAG ACTCCCTCCC AGAAAGCAGA GCTTGAGTTG 
AAAAGCACTG ATTTCAATTT GGGAGACAAT AAGGTAAAAC ATGAATGTTT CAGCATCCTT 
TCAGCAGGAC TTTCAAAGGA AAATACAGAA GAAATCACAA AACTAGAAAC TATTGCATCC 
ATTAGGCTGG AGTCCAGTAA GCTTAAAAAA CTGGGCATTG AAAGAACAGT TAATGAAACT 
GAGATTACTG ATTTTGCTGC ATTGACTTCT GGTAGTTGTG AAGATAAAAT TTGCACACGG 
ATTTCTCAGA AACCTCTGCT GCAGCCTGGA TCACAGATGT CAAATAGTGA CACTGCAGAA 
GTGGTCATGC CAGTTCTAGA AATGCAGGGT GTTTCTCCCA CCTCTGAGAC ACTTGTGCAA 
GTGAAGGAGA GCAAAGGTGG TGAAATGTCA TCACTGAGTT GTGACAGAGG CAGCACAGAA 
GGTCAGGCTT CTGGGTGTGT GGAAACTGTA ATGCCTGGGC TCAAAGAAAC ACATGGGAAG 
GTGGGTGGCT CAGGAGGCAA GGGAATGTGC ACTATCCAGA GCAAGAAGAC TGAGCAAACA 
GAAGCTCCTG ACAGTAGTTT GCAAGCTACA ATGAACTCAG GAATTGCTGA AAGCATAGCA 
GAAAGCCCAG TGGGTTGA

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

RefSeq	XP_016152458.1
CDS	1..5898
Translation	MSPGIPKRSLGAELLAEQTDWHLCRPVRVQSTNCRDATKTSAKQRRSPSLRSESSLEHSLRITVGNDRYCIGTPERRRLPDRLGSPIDNLSDRDDMADGPIFTRGLTCPRGLERYPAHEDQPSSPFIPRHDEDYRNRDVFLHRSDYSPHYGRREELPRGSDRDGDKLRRSPYPLRPEERGREIKRPRYEKDEKMHGVSGEHQGFSSGTRNYRRRSRSRSRSLSPSYLNEEFRELDRARRKREEEERSRNLNHDVSGSGYAIPGLTNTLQTSEPRYTYRPEEIPPMPKKSILKKRVEMEVESAVQPEGFSSSPASSKDLPLSSESSLPQSNNIAPFASEVENFLKRFNKGSLVESSNQELCEDLYEWNPLSGPPKDQTLMFEEKFGNFLSHKEKVEPKSEPTDRHTDFLLPHERASQDGSGFSRILGMMADSVSAQEKRRRSFPDIEDEEKFLYGDEDEETKMESVPIEKPPESCGNEIIIQKMSPPPSPAPAVKTDPLEEPNAEYAKIHDLLKTIGLDIGVAEIGKLAVRTQERLHGKKLASRSPDRRSSDTRRLDAWELRRSRSDTRSPESGQQRSASPPGSCQHPKDAASLQKSDYAKNKPVGQEIPPHAPEQPLPSVSLIPSIPPAPPSLPPTPTSVSQYQIPSYSHYTAAQMPQNYPPPTMAPPGYDAYGHYMAYAAPGWPMYPSAQQPNPTLPEAHGLLTMAMSANPTRPNLRVIETVSLGKDVPDVKRDGSVLVQVPTTPSHSKAPLRLSSHSLKNTTERISDEKNRAAQKQKVIEEREKLKNDREARQKKLYYLKTELDRLRKQQGEMLRKKRREKDGHKDPLLVEVNRLQENIMKEIAELHKESDAADKKQSELDKVAQILGINIFEKPRKPPVETKDSSEKSSKSENAKGVEKTSSSNKESKTTNEKSRGRSPKPAESSSQSSKHPFQLANIYEYYDAGNHWCKDCNTICGTMFDFFTHMHNKKHRQTLDPYNRPWASKTQSETKQDSIKRIDKITVPAKGSEFLIPITGYYCQLCHEFFGDQISAEQHVKSHPHNEKYKKYIDENPLYEERRNLDRQAGLAVVLETERRRQNELKRKLVEKQKEEKDEKTPKIIKKEEVKSIPESGEGNNETQGKTDSSGRKMGITVKLKKEEKTEEKKEEKKEESKKEPPSQTSFGKFSWKKTEREDKTPGAIPKEENAEGNKEENKCQSVKPHLKPIEIKLSGKTVIPHTSPWIPVVSTPTPTKILPNLPVPTMIFRKSNTATVSKPPPLNTFLSIKSSGTTTKPLPVVKETSADLLLPPDIISKAFGGEEVILKGSEEDLKAAEKNESSQTVDKLPPPRPPPAVQPAAVIPADEVAPGVSESEQTMLATPVRPPPPSTAFSEQAKKIEKRNSCLATANAKDLYDIFYSSGGKASADSKLANSALPNGENPNITKPADLPANHKANSSSSSLKEDSENVDSSQCNNQVTGSLVPVENQAEMNKKSLQPHLSEMSVTELPEKNPVSDIQMPAEIGLVDTGGGEQVGSLEFCDLQKTEVHDKVGQEDGNKTPVTNTNVPGTLEKDTKTKDWEVKAVKPKHSLHPKTLLPETQNEIQSWGNSHLVEENLNDNCRTHSETDSPDLLWGTSRASNGKEQIVTTRSCSESDWDLSNTPNPEIKSDSNEVNVSELTEGQTETRSTVLKAQEKVQPKPSGHTVLDNQTQKQGAERLVNTCSNMVELRSSLELVAENEKKSLGHIGSDARLDNFLFKKQSEDVKHMKTPSQKAELELKSTDFNLGDNKVKHECFSILSAGLSKENTEEITKLETIASIRLESSKLKKLGIERTVNETEITDFAALTSGSCEDKICTRISQKPLLQPGSQMSNSDTAEVVMPVLEMQGVSPTSETLVQVKESKGGEMSSLSCDRGSTEGQASGCVETVMPGLKETHGKVGGSGGKGMCTIQSKKTEQTEAPDSSLQATMNSGIAESIAESPVG

Target ORF information:

RefSeq Version	XM_016296972.1
Organism	Ficedula albicollis(collared flycatcher)
Definition	Ficedula albicollis zinc finger protein 318 (ZNF318), mRNA.

Target ORF information:

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

XM_016296972.1

ORF Insert Sequence:

ATGAGCCCTG GAATTCCAAA GAGGAGTTTA GGAGCTGAAC TTCTAGCAGA ACAGACTGAC 
TGGCACCTCT GTCGTCCAGT GAGAGTCCAG AGCACCAATT GTAGGGATGC TACAAAAACC 
TCTGCAAAGC AGAGGCGTTC ACCGAGTCTC CGCTCCGAGT CTTCACTGGA GCACAGTTTG 
CGGATTACTG TTGGCAATGA CCGGTATTGC ATTGGCACCC CGGAGCGAAG GAGGCTGCCT 
GACAGACTGG GCTCACCAAT TGATAACCTG AGTGACAGGG ATGATATGGC TGACGGTCCA 
ATATTCACAA GAGGCCTCAC GTGTCCTCGA GGCCTTGAGA GATACCCAGC ACATGAAGAT 
CAGCCTTCAA GTCCCTTCAT TCCGAGGCAT GATGAAGACT ACCGCAACCG AGACGTTTTC 
CTCCACCGTT CAGATTACAG CCCACACTAT GGCCGTCGGG AGGAGCTGCC CCGTGGGTCC 
GACAGAGATG GTGACAAACT GAGGAGGTCC CCCTACCCAC TGAGGCCAGA GGAGAGGGGA 
CGAGAAATAA AGCGTCCACG GTATGAAAAG GATGAGAAGA TGCATGGTGT GAGTGGAGAG 
CATCAGGGTT TCTCGTCAGG AACACGAAAC TACCGCAGAC GAAGCCGCAG CCGCAGTAGA 
AGCCTGAGCC CGTCATACCT GAATGAAGAA TTCCGAGAGC TTGACCGAGC AAGGAGGAAA 
AGAGAAGAAG AAGAGCGCAG CAGAAACTTG AATCACGATG TTTCAGGCAG TGGCTACGCG 
ATCCCTGGCT TGACTAACAC GTTACAGACT TCTGAGCCTC GGTATACATA CAGGCCTGAG 
GAAATCCCAC CCATGCCCAA AAAATCTATT TTGAAGAAAC GAGTAGAGAT GGAAGTAGAG 
TCTGCTGTTC AGCCCGAGGG CTTTTCAAGC AGTCCAGCCT CCAGCAAGGA TCTTCCTCTT 
TCTAGTGAGT CTTCTTTGCC TCAGAGCAAC AACATAGCTC CTTTTGCCTC TGAAGTGGAA 
AACTTTCTCA AACGGTTTAA CAAAGGCTCT CTTGTGGAGT CTTCAAACCA GGAGCTGTGT 
GAAGATTTGT ATGAGTGGAA CCCACTCTCT GGGCCTCCCA AAGACCAAAC TTTGATGTTT 
GAAGAGAAGT TTGGAAACTT CTTAAGTCAC AAAGAAAAAG TAGAACCCAA GTCAGAGCCC 
ACTGATCGCC ATACTGACTT CCTGCTTCCT CACGAGAGGG CCAGTCAGGA TGGCAGTGGT 
TTCTCCCGAA TTCTGGGCAT GATGGCTGAT TCTGTCAGTG CTCAGGAGAA GAGGAGGCGT 
AGCTTTCCTG ACATTGAGGA TGAAGAGAAA TTTCTTTATG GTGATGAGGA TGAGGAGACC 
AAAATGGAAT CTGTCCCCAT AGAGAAGCCC CCAGAGAGTT GTGGCAATGA GATAATAATA 
CAGAAAATGA GCCCACCTCC TTCTCCTGCT CCAGCTGTCA AGACGGATCC TTTAGAAGAG 
CCAAACGCGG AGTACGCAAA GATCCACGAC TTACTCAAAA CCATAGGACT GGACATAGGT 
GTTGCTGAGA TTGGAAAACT GGCTGTTCGT ACCCAGGAGC GCCTTCATGG CAAAAAGCTG 
GCATCTCGTT CTCCGGATCG CCGCTCTTCG GACACGCGCA GGCTGGATGC CTGGGAGCTG 
CGCCGCAGCC GCAGTGACAC CCGTTCTCCT GAGTCCGGCC AGCAGCGGTC AGCCTCACCC 
CCGGGCTCTT GCCAGCACCC TAAAGACGCG GCCTCTCTTC AGAAATCAGA CTACGCTAAG 
AACAAGCCGG TGGGACAGGA GATACCTCCA CACGCACCAG AACAGCCTCT TCCCTCTGTC 
TCTCTCATTC CCTCAATTCC ACCAGCTCCT CCTAGTTTGC CACCTACACC TACTTCTGTT 
TCCCAATACC AAATTCCCAG CTATTCCCAC TACACTGCTG CTCAAATGCC CCAAAACTAT 
CCCCCTCCCA CAATGGCTCC TCCAGGATAC GATGCATATG GGCACTATAT GGCATATGCA 
GCCCCCGGCT GGCCCATGTA CCCCTCTGCC CAACAGCCTA ATCCTACGCT GCCAGAAGCT 
CATGGTCTTC TCACTATGGC CATGTCAGCG AACCCCACAC GTCCCAATCT CCGGGTGATC 
GAGACAGTCT CTCTGGGAAA GGATGTCCCT GATGTAAAAA GAGATGGTTC TGTGCTTGTT 
CAGGTCCCTA CCACTCCGTC TCATTCCAAA GCACCCCTTC GTCTGTCGTC ACACTCTCTC 
AAAAATACCA CAGAAAGGAT ATCGGATGAA AAGAACCGGG CAGCTCAAAA GCAGAAGGTA 
ATAGAAGAGA GAGAAAAACT GAAGAATGAT CGAGAAGCAC GGCAGAAGAA GCTTTACTAT 
CTCAAGACTG AATTGGACAG GCTTCGTAAA CAGCAAGGAG AGATGTTGAG GAAAAAACGT 
CGCGAGAAGG ACGGACACAA AGACCCGTTG TTGGTTGAGG TGAACAGACT ACAGGAGAAT 
ATTATGAAGG AGATTGCAGA GCTGCATAAA GAATCTGATG CGGCCGACAA GAAGCAGTCT 
GAGCTTGACA AAGTAGCACA AATCCTGGGG ATTAACATAT TCGAAAAACC CCGGAAACCA 
CCTGTGGAAA CTAAAGATTC CTCGGAAAAG AGCAGCAAGT CAGAAAATGC AAAAGGTGTG 
GAGAAAACAT CTTCCTCCAA CAAGGAATCA AAAACTACTA ATGAAAAATC AAGAGGTAGA 
AGCCCGAAGC CAGCAGAATC CTCTTCACAG TCCTCCAAAC ATCCTTTCCA GTTGGCCAAT 
ATTTATGAAT ATTATGATGC AGGGAACCAC TGGTGCAAAG ACTGCAATAC CATCTGCGGG 
ACCATGTTTG ACTTTTTCAC ACACATGCAT AATAAGAAAC ACAGACAGAC CCTGGATCCT 
TACAACAGAC CTTGGGCTTC GAAGACCCAG AGTGAGACCA AGCAAGACTC CATAAAACGC 
ATTGATAAGA TAACAGTTCC TGCTAAAGGC TCTGAGTTTC TGATTCCCAT CACTGGATAT 
TATTGCCAGC TCTGTCATGA ATTTTTTGGA GATCAAATCT CAGCAGAGCA GCATGTGAAA 
AGTCATCCCC ACAATGAGAA ATATAAGAAA TACATAGATG AAAACCCACT CTATGAAGAG 
AGGAGAAATC TAGACCGACA AGCTGGATTG GCTGTGGTTC TGGAAACAGA GCGCAGGCGG 
CAAAACGAGC TGAAACGGAA ACTGGTTGAG AAACAGAAGG AAGAGAAGGA TGAGAAAACC 
CCAAAAATAA TAAAAAAGGA GGAAGTAAAG AGCATCCCAG AATCTGGAGA AGGGAATAAT 
GAAACTCAAG GCAAAACAGA TTCTTCTGGG CGAAAAATGG GTATCACGGT AAAGCTAAAG 
AAGGAAGAGA AGACAGAGGA GAAGAAAGAA GAAAAGAAAG AGGAATCCAA AAAGGAACCA 
CCAAGCCAGA CCTCCTTTGG GAAATTCAGC TGGAAAAAGA CTGAGAGGGA GGATAAAACC 
CCAGGAGCTA TTCCGAAGGA AGAGAATGCA GAAGGAAACA AAGAGGAGAA CAAGTGTCAG 
TCTGTGAAAC CCCATCTCAA GCCCATTGAA ATCAAGCTGT CTGGGAAAAC TGTTATTCCA 
CACACTAGCC CATGGATACC AGTTGTTTCC ACACCGACAC CTACAAAAAT TCTCCCCAAT 
CTACCAGTCC CCACCATGAT TTTCAGGAAG TCTAATACTG CAACAGTTAG TAAACCACCA 
CCTTTGAACA CCTTTTTGTC CATAAAATCC TCTGGAACTA CCACCAAACC ACTGCCAGTG 
GTAAAAGAAA CAAGTGCAGA TCTTCTACTG CCTCCAGATA TCATATCAAA AGCTTTTGGA 
GGAGAAGAAG TAATTTTAAA AGGCTCAGAG GAGGATTTGA AAGCAGCAGA GAAAAATGAG 
TCTTCTCAGA CTGTAGATAA ATTACCTCCA CCCCGTCCTC CACCAGCAGT CCAGCCAGCA 
GCTGTCATCC CTGCAGATGA AGTAGCTCCA GGTGTGTCTG AAAGTGAACA GACAATGTTG 
GCAACGCCTG TGAGACCACC ACCACCTTCA ACTGCTTTCA GTGAACAGGC AAAAAAGATA 
GAGAAACGAA ATTCTTGCTT GGCCACAGCC AATGCTAAAG ATCTCTATGA TATTTTCTAC 
AGTAGTGGTG GAAAGGCTTC AGCTGACAGC AAACTTGCAA ATTCTGCACT TCCAAATGGA 
GAAAACCCTA ACATAACGAA ACCTGCAGAC TTACCTGCGA ATCACAAAGC AAATAGTAGC 
TCATCCTCGT TGAAAGAGGA TTCTGAGAAT GTGGATTCCT CACAGTGTAA TAACCAAGTG 
ACAGGGAGTT TGGTTCCTGT TGAAAATCAG GCTGAAATGA ACAAGAAATC ACTTCAGCCT 
CACCTATCAG AAATGTCAGT CACAGAATTA CCAGAAAAGA ATCCTGTTTC TGATATCCAG 
ATGCCTGCAG AAATTGGACT TGTTGATACA GGAGGTGGAG AGCAAGTAGG CAGTCTGGAA 
TTCTGTGATC TACAGAAAAC TGAGGTTCAT GACAAGGTTG GACAGGAAGA TGGAAATAAA 
ACTCCAGTTA CAAACACAAA TGTTCCTGGT ACCTTGGAGA AAGATACAAA GACGAAAGAC 
TGGGAAGTAA AAGCAGTAAA GCCTAAGCAT AGCCTACACC CAAAGACTTT GTTACCTGAG 
ACACAGAATG AAATTCAAAG TTGGGGAAAT TCCCATTTGG TAGAGGAAAA TTTAAATGAT 
AACTGTAGAA CTCACTCAGA AACTGATAGT CCGGACTTAC TCTGGGGCAC TTCCAGAGCT 
AGTAATGGAA AGGAGCAGAT AGTCACAACT CGTTCTTGTT CTGAAAGTGA TTGGGATCTA 
TCAAATACTC CAAATCCAGA AATAAAATCT GATTCTAATG AGGTTAATGT TTCAGAATTG 
ACAGAGGGAC AGACAGAAAC TAGAAGTACC GTATTAAAAG CTCAAGAAAA AGTTCAACCT 
AAACCTTCAG GCCATACGGT GTTGGATAAC CAAACCCAGA AGCAGGGAGC TGAGCGGTTA 
GTCAACACCT GCTCAAACAT GGTTGAACTC AGATCCAGTT TAGAATTAGT AGCTGAAAAT 
GAAAAAAAGT CATTAGGACA CATAGGATCT GATGCAAGAT TAGATAATTT TCTTTTCAAG 
AAACAATCAG AGGATGTGAA ACACATGAAG ACTCCCTCCC AGAAAGCAGA GCTTGAGTTG 
AAAAGCACTG ATTTCAATTT GGGAGACAAT AAGGTAAAAC ATGAATGTTT CAGCATCCTT 
TCAGCAGGAC TTTCAAAGGA AAATACAGAA GAAATCACAA AACTAGAAAC TATTGCATCC 
ATTAGGCTGG AGTCCAGTAA GCTTAAAAAA CTGGGCATTG AAAGAACAGT TAATGAAACT 
GAGATTACTG ATTTTGCTGC ATTGACTTCT GGTAGTTGTG AAGATAAAAT TTGCACACGG 
ATTTCTCAGA AACCTCTGCT GCAGCCTGGA TCACAGATGT CAAATAGTGA CACTGCAGAA 
GTGGTCATGC CAGTTCTAGA AATGCAGGGT GTTTCTCCCA CCTCTGAGAC ACTTGTGCAA 
GTGAAGGAGA GCAAAGGTGG TGAAATGTCA TCACTGAGTT GTGACAGAGG CAGCACAGAA 
GGTCAGGCTT CTGGGTGTGT GGAAACTGTA ATGCCTGGGC TCAAAGAAAC ACATGGGAAG 
GTGGGTGGCT CAGGAGGCAA GGGAATGTGC ACTATCCAGA GCAAGAAGAC TGAGCAAACA 
GAAGCTCCTG ACAGTAGTTT GCAAGCTACA ATGAACTCAG GAATTGCTGA AAGCATAGCA 
GAAAGCCCAG TGGGTTGA