ZNF318 cDNA ORF clone, Lonchura striata domestica(Bengalese finch)

Gene
Clones
gRNAs

Summary

Gene Symbol	ZNF318
Entrez Gene ID	110477943
Full Name	zinc finger protein 318
Gene Type	protein-coding
Organism	Lonchura striata domestica(Bengalese finch)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021544206.1	XP_021399881.1	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
OLo73714	XM_021544206.1 Latest version!	Lonchura striata domestica zinc finger protein 318 (ZNF318), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1161.30 $1659.00

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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_021544206.1 ) cDNA ORF clone, Lonchura striata domestica(Bengalese finch) -> XP_021399881.1 Lonchura striata domestica zinc finger protein 318 (ZNF318), transcript variant X1, mRNA.

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CloneID	OLo73714
Clone ID Related Accession (Same CDS sequence)	XM_021544206.1
Accession Version	XM_021544206.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6132bp) 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	2019-11-04
Organism	Lonchura striata domestica(Bengalese finch)
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_042568.1) 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 Name :: Lonchura striata domestica Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTACCGCT CCAGCAGCGG CCGCTCCGGC CCTTCGTCCT CCTCCTCCTC CCACCGGCTG 
AAGGAGGGCT GCTCGTCGGC GTCCCGCGCC TCCCGCTTCA GCACATCGGG GCCGGGGCCA 
GGCCACGGCC GGCCTCCCCC GCCGATGCCC GCCGCCGCTT GCGCCGCCGA CTCGCCGCCG 
CGCTCCGCTT CGCCCCGTCC GCCGCCGCTT CGCCGCCACC GCTCCCCGTC GGGCCACCGC 
GGGCCCTGCC GCCGCTCTCC GTCGCCGCAT CGCAGCCGGA GGTTGCCATC GCCGCCGGGA 
GGAGCGGGGC TCGGCGGGCC TCGGGGCCGC CGGGGCAGCG AGCACGGAGA CGGCGGCAGC 
AGCCGGAGGC GCTCACCGAG TCTCCGCTCG GAGTCTTCCC TGGAACACAG TTTGCGGATT 
ACTGTTGGTA ATGACCGGTA TTGCATTGGC ACGCCAGAGC GAAGGAGACT GCCTGATAGA 
CTGGGCTCAC CAGTTGATAA CCTGAGTGAC AGGGATGATA TGGCTGATGG CCCAATATTC 
ACTAGAGGCC TCACATGTCC TCGTGGCCTT GAGAGATACC CAGCACATGA AGATCAGCCT 
TCAAGTCCCT TCATTCCGAG GCATGATGAA GACTACCGCA ACCGAGATGT TTTCCTCCAC 
CGTTCAGATT ACAGTCCACA CTATGGCCGT CGGGAGGAGC TGCCTCGTGG GTCTGACAGA 
GATGGTGACA AACTGAGGAG ATCCCCCTAC CCACTGAGGG CAGAGGAGAG GGGACGAGAA 
ATAAAGCGTC CACGGTACGA AAAGGATGAG AAGATGCATG GTGTGAGTGG AGAGCATCAA 
GGTTTCTCAT CAGGAACGCG AAACTACCGC AGGCGAAGCC GCAGCCGTAG TAGAAGCCTG 
AGCCCGTCGT ACCTGAATGA AGAATTCCGA GAGCTTGACC GTGCAAGGAG GAAAAGAGAA 
GAAGAAGAGC GCAGTAGAAA CTTGAATCAT GATGTTTCAG GCACTGGCTA TACGATCCCT 
GGCTTGACTA ACACATTACA GACTTCTGAG CCTCGGTATA CATACAGGCC TGAAGAAATC 
CCACCCATGC CCAAAAAATC TATTTTGAAG AAACGAGTAG AGATGGAAGT AGATTCTGCT 
GTTCAGCCTG AGGGCTTTTC AAGCAGTCCA GCCCCCAGCA AGGATCCTCC TCTTCTTTCT 
AGTCAGTCTT CTTTGCCCCA GAGCAACAAC ATAGCTCCTT TTGCTTCTGA AGTGGAAAAC 
TTTCTCAAAC GGTTTAACAA AGGCTCTCTT GTGGAGTCTT CAAACAAGGA GTTGTGTGAA 
GGTTTGTGTG AGTGGAACCC CCCCTCTGGG CCTCCTAAAG ACACTTTGAT GTTTGAAGAG 
AAGTTTGGAA GCTTCTTAAG TCACAAAGAA AAAGTAGAAC CCAAGTCAGA GCCCACTGAT 
CGCCATACTG ACTTCCTGCT GCCTCATGAG AGGGCCAGTC AGGATGGCAG TGGTTTCTCC 
CGAATTCTGG GCATGATGGC TGATTCTGTC AGTGCTCAGG AGAAGAGGAG GCGTAGCTTT 
CCTGACATTG AGGATGAAGA AAAATTTCTT TATGGTGATG AGGATGAAGA GACCAAAATT 
GAATCTCTTC CCATAGAGAA GCCTCCAGTT AGTTGTGGCA ATGAGATAAT AATACAGAAA 
ATGAGCCCGC CTCCTTCTCC TGCTCCAGCT GTCAAGATGG ATCCTTTAGA AGAGCCAAAT 
GCAGAGTATG CAAAGATCCA TGACTTACTC AAAACCATTG GACTTGACAT TGGTGTTGCT 
GAAATTGGAA AACTGGCTGT TCGTACCCAG GAACGCCTTC ATGGCAAAAA GCTGGCATCT 
CGTTCTCCAG ATCGTCGTTC TTCAGACACT CGCAGGCTGG ACGCTTGGGA GCTGCGCCGC 
AGCCGCAGTG ACACTCGTTC TCCTGAGTCG GGCCAGCAGC GTTCAGTGTC ACCTCCAGGC 
TCTTTCCAGC AGCCTAAAGA TGCGTCCTCT TTTCAGAAAT CAGACTATAT GAAGAACAGG 
CCAGTGGGAC AGGAGATACC TGCACATGCA CCAGAACAGC CTCTTCCTTC TGTCTCTCTC 
ATTCCTTCAA TTCCACCAAC TCCTGCTAGT TTGCCACCTA CACCTACTTC TGTTTCCCAA 
TACCAGATTC CCAGCTATTC CCATTACACT GCCGCTCAAA TGCCCCAAAA CTATCCCACT 
TCCACAATGG CACCTCCAGG ATACGATGCA TATGGGCACT ATATGGCATA TGCAGCTCCT 
GGCTGGCCCA TGTACCCCAC TGCCCAACAG CCTAATACTA CACTACCAGA AGCTCATGGT 
CTTCTTACTA TGGCCATGTC AGCGAACCCC ACACGTCCCA ATCTCCGGGT GATTGAGACA 
GTCTCTCTGG GAAAGGATGT CCCTGATGTA AAAAGAGATG GTTCTGTGCT TGTTCAAGTC 
CCTACCACTC CTTCTCATTC CAAAGCACCC CTTCGTCTGT CGTCACACCC TCTCAAAAAT 
ACCACAGAAA GGATGTCGGA TGAAAAAAAT CGGGCAGCTC AAAAGCAGAA GGTGATAGAA 
GAAAGAGAAA AACTGAAGAG TGATCGAGAA GCACGGCAGA AGAAGCTTTA CTATCTTAAG 
ACTGAATTGG ACAGGCTTCG TAAACAGCAA GGTGAGATGT TGAGGAAAAA ACGTCGTGAG 
AAGGACGGAC ACAAAGACCC CTTGTTGGTT GAGGTGAACA GACTACAAGA GAATATTATG 
AAGGAGATTG CAGAGCTGCA TAAAGAATCT GATGCAGCTG ACAAGAAGCA GTCTGAGCTT 
GACAAAGTAG CACAAATCCT GGGGATTAAC ATATTTGAAA AAGCCCGGAA ACCATCTGTG 
GAAACTAAAG ATTCCTCAGA AAAGAACAGC AAGTCAGAAA ATGCAAAAGG TGTAGAGAAA 
ACATCTTCCG CCAACAAGGA ATCAAAAACT ACTAATGAAA AATCCAGAGG TAGAAGCCCG 
AAGCCAGCAG AATCCTCTTC ACAGTCCTCC AAACATCCTT TCCAGTTGGC CAATATTTAT 
GAATATTATG ATGCAGGGAA CCACTGGTGC AAAGACTGCA ATACCATCTG CGGGACCATG 
TTTGACTTTT TCACACACAT GCATAATAAG AAACACAGAC AGACCCTGGA TCCTTACAAC 
AGACCTTGGG CTTCGAAGAC CCAGAGCGAG ACCAAACAAG AGTCCATAAA ACGCATTGAT 
AAGATAACGG TTCCTGCCAA AGGCTCTGAG TTTCTGATTC CCATCACTGG ATATTATTGC 
CAGCTCTGTC ATGAATTTTT TGGAGATCAG ATCTCAGCAG AGCAGCATGT GAAAAGTCAT 
CCCCACAATG AGAAGTATAA GAAATACATA GATGAAAACC CACTCTATGA AGAGAGGAGA 
AATCTAGACC GTCAGGCTGG ATTGGCTGTA GTTCTGGAAA CAGAGCGCAG GCGGCAAAAC 
GAGCTGAAAC GGAAACTGGT TGAGAAACAG AAGGAAGAGA AGGATGAGAA AACCCCAAAA 
ATAATAAAGA AAGAGGAAGT AAAGAGCATC CCAGAGTCTG GAGAAGGGAA TAATGAAACT 
CAAGGCAAAA CAGATTCTTC TGGGCGAAAA ATGGGTATCA CGGTAAAGCT AAAGAAGGAA 
GAGAAGACAG AGGAGAAAAA AGAAGAAAAG AAAGAGGAAT CTAAAAAGGA ATCACCAACC 
CAGACCTCCT TCGGGAAATT CAGCTGGAAA AAGACTGAGA GAGAGGATAA AACACCAGGA 
GCTATTGCAA AAGAAGAGAA TACAGAAGGA AACAAAGAGG AGAACAAGTG TCAGTCTGTG 
AAATCCCATA TCAAGCCCAT TGAAATCAAG TTGTCTGGGA AAACTGTTAT TCCACACACT 
AGCCCATGGA TACCAGTTGT TTCCACACCG ACACCAACAA AAATTCTCCC CAATCTACCA 
GTCCCCACCA TGATTTTCAG GAAGTCTAGT ACTGCAACAG TTAGTAAACC TCCACCTTTG 
AACACCTTTT TATCCATAAA ATCCTCTGGA ACTACCACCA AACCACTGCC AGTAGTAAAA 
GAAACAAATG CAGATCTTCT ACTGCCTCCA GAAATCATAT CAAAAGCTTT TGGAGGAGAA 
GAAGTAATTT TAAAAGGCTC AGAGGAGGAT TTGAAAGCAG CAGAGAAAAA TGAGTCTTCT 
CCGACAGCAG ATAGACTACC TCCACCTTGT CCTCCACCAG CAGTCCAGCC AGCAGCTCTC 
ATCCCCGCAG ATGAAGTAGC TCCAGGTGTG TCTGAAAGTG AACAGACAAT GTTGGCAATG 
CCTGTGAGAC CACCACCACC TTCAACTGCT TTCAGTGAAC AAGCGAAAAA GATAGAGAAA 
CGAAATTCTT GCTTGGCCAC AGCCAATGCT AAAGATCTCT ATGATATTTT CTACAGTAGT 
GGTGGAAAGG GTTCAGCTGA CAGCAGGCTT GCAAATTCTG CGCTTCCAAA TGGAGAAAAC 
CCTAACATAA CAAAACCTGC AGATTTATCT GCAAATCATA GAACAAACAG TAGTTCATCC 
TCATTGAAAG AGGATTCTGA GAATGTGGAT TCTTCACAGT GTAATAATCA AGTGACAGGG 
AGTTTGGTTC CTGTTGAAAA TCAGGCTGAC ATGAACAAGA AATCACTTCA GCCTCACCTA 
TCAGAAATGT CAGTCATAGA ATTAGCAGAA ACAAACCCTG TTTCTGGTAT CCAGATGTCT 
GCAGAAATTG GACTTGTTGA TACAGGAAGT GGAGAGCAGG CAGGCAGTCT GGAATACTGT 
GCTCTACAGA AAACTGAGGT CCAAGAGAAG ATTGGACAGG AAGATGGAAA TAGAACTCCA 
GTTACAAACA CAAATATTCC TAGTACCTTG GAGACAAGGA TAAAAGACTG GGAAATAAAA 
GCAGTAAAGC CTAAGCATAG TCTACACCCA AACACCTTGT CACCTGAGAT GCAGAACGAA 
ATTCAAAGTT TGGGAAATTC CCATTTGTTA GAGGAAAAGT TAAATGATAA CTGTAGAACT 
CACTCAGAAA CTGATAGTCC AGACTTGCTC TGGGGCACTT CCAGAACTAG TAATGGAAAA 
GAACAGAGAG TCACAACTGA TTCTTGTTCT GAAAGTGGTT GGGATCTACC AAGTACTTCA 
AATCCAGAAA TAAAGTCTGG TTCTAATGAG GTTAATGCTT CAGAATTGAC AGAAGGACAG 
ACAGAAACGA AAAACACCCT TTTAGAAGCT CAAGAAAAAG TTCAACCTAA ACCTTCAGGC 
CATACCGTGT TAGACAACCA AACCCAGAAG CAGGGAGTTG AACGGTTAGT CAGTACCTGC 
TTGAACATTG CTGAATTCAG ATCTGGTCTA GAGTTAGTAG CTGAAAATGA AAAAAAGTCA 
TTAGGACACA CTGGATCTGA TGCAAGAGCA GATAATCTTC TTTTCAATAG ACCATCAGAG 
GATATGAAAC ACATGAAGAC TCCCTCCCAG AAAGCAGACC TTGAGGTGAA AAGCACTGAT 
TTCAATTTGG GAGGCAATAA GGTAAAACGT GAATGTTTCA GCATCCTTTC AGAAGGACTT 
TTAAAGGAAA ATACAGAAGA AGTCACAAAA CCAGAAACTA TTGCTTCCAT TAGGCGGGAG 
TCCAGTAAAC TTAAAAAACT GGGCATTGAA AGAACAGTGA ATGAAACAGG GATTACTGAT 
TTTGCTACAT TGACTTCTGG TAGTTGTGAA GATAAAATTT GCACACAAAT TTCTCAGAAA 
CCTATGCTGC AGCCTGGATC ACAGACCTCA AGTAGTGACA CTGAAGAAAT GGTCACGCCG 
GTTCTAGAAA TGCAGGGCAT TTCTCCCACG TCTGAGATAC TTGTGCCAGT GGAGGAGACC 
AAAGGTGGCA CTGTTGAAAT GCTGTCACTG AGTTGTGACA GAGGCAGCAC AGAAAGTCAG 
GCATCTGGCT GTGTGGAAAC TTTAATGCCT GGGCTCAAAG AAATACATGG GAAGGTGGGT 
GGCTCAGGAA GCAAGGGAAT GTGCACCATC TGGAGCAAGA AGACTGAGCA AACAGAAGCT 
CCTGACAGTA GTTTGGAAGC TACAATGAAT TTGGGAATTG CTAAAAGCAT AGCAGAAAGC 
CCAGTGGGTT GA

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

RefSeq	XP_021399881.1
CDS	1..6132
Translation	MYRSSSGRSGPSSSSSSHRLKEGCSSASRASRFSTSGPGPGHGRPPPPMPAAACAADSPPRSASPRPPPLRRHRSPSGHRGPCRRSPSPHRSRRLPSPPGGAGLGGPRGRRGSEHGDGGSSRRRSPSLRSESSLEHSLRITVGNDRYCIGTPERRRLPDRLGSPVDNLSDRDDMADGPIFTRGLTCPRGLERYPAHEDQPSSPFIPRHDEDYRNRDVFLHRSDYSPHYGRREELPRGSDRDGDKLRRSPYPLRAEERGREIKRPRYEKDEKMHGVSGEHQGFSSGTRNYRRRSRSRSRSLSPSYLNEEFRELDRARRKREEEERSRNLNHDVSGTGYTIPGLTNTLQTSEPRYTYRPEEIPPMPKKSILKKRVEMEVDSAVQPEGFSSSPAPSKDPPLLSSQSSLPQSNNIAPFASEVENFLKRFNKGSLVESSNKELCEGLCEWNPPSGPPKDTLMFEEKFGSFLSHKEKVEPKSEPTDRHTDFLLPHERASQDGSGFSRILGMMADSVSAQEKRRRSFPDIEDEEKFLYGDEDEETKIESLPIEKPPVSCGNEIIIQKMSPPPSPAPAVKMDPLEEPNAEYAKIHDLLKTIGLDIGVAEIGKLAVRTQERLHGKKLASRSPDRRSSDTRRLDAWELRRSRSDTRSPESGQQRSVSPPGSFQQPKDASSFQKSDYMKNRPVGQEIPAHAPEQPLPSVSLIPSIPPTPASLPPTPTSVSQYQIPSYSHYTAAQMPQNYPTSTMAPPGYDAYGHYMAYAAPGWPMYPTAQQPNTTLPEAHGLLTMAMSANPTRPNLRVIETVSLGKDVPDVKRDGSVLVQVPTTPSHSKAPLRLSSHPLKNTTERMSDEKNRAAQKQKVIEEREKLKSDREARQKKLYYLKTELDRLRKQQGEMLRKKRREKDGHKDPLLVEVNRLQENIMKEIAELHKESDAADKKQSELDKVAQILGINIFEKARKPSVETKDSSEKNSKSENAKGVEKTSSANKESKTTNEKSRGRSPKPAESSSQSSKHPFQLANIYEYYDAGNHWCKDCNTICGTMFDFFTHMHNKKHRQTLDPYNRPWASKTQSETKQESIKRIDKITVPAKGSEFLIPITGYYCQLCHEFFGDQISAEQHVKSHPHNEKYKKYIDENPLYEERRNLDRQAGLAVVLETERRRQNELKRKLVEKQKEEKDEKTPKIIKKEEVKSIPESGEGNNETQGKTDSSGRKMGITVKLKKEEKTEEKKEEKKEESKKESPTQTSFGKFSWKKTEREDKTPGAIAKEENTEGNKEENKCQSVKSHIKPIEIKLSGKTVIPHTSPWIPVVSTPTPTKILPNLPVPTMIFRKSSTATVSKPPPLNTFLSIKSSGTTTKPLPVVKETNADLLLPPEIISKAFGGEEVILKGSEEDLKAAEKNESSPTADRLPPPCPPPAVQPAALIPADEVAPGVSESEQTMLAMPVRPPPPSTAFSEQAKKIEKRNSCLATANAKDLYDIFYSSGGKGSADSRLANSALPNGENPNITKPADLSANHRTNSSSSSLKEDSENVDSSQCNNQVTGSLVPVENQADMNKKSLQPHLSEMSVIELAETNPVSGIQMSAEIGLVDTGSGEQAGSLEYCALQKTEVQEKIGQEDGNRTPVTNTNIPSTLETRIKDWEIKAVKPKHSLHPNTLSPEMQNEIQSLGNSHLLEEKLNDNCRTHSETDSPDLLWGTSRTSNGKEQRVTTDSCSESGWDLPSTSNPEIKSGSNEVNASELTEGQTETKNTLLEAQEKVQPKPSGHTVLDNQTQKQGVERLVSTCLNIAEFRSGLELVAENEKKSLGHTGSDARADNLLFNRPSEDMKHMKTPSQKADLEVKSTDFNLGGNKVKRECFSILSEGLLKENTEEVTKPETIASIRRESSKLKKLGIERTVNETGITDFATLTSGSCEDKICTQISQKPMLQPGSQTSSSDTEEMVTPVLEMQGISPTSEILVPVEETKGGTVEMLSLSCDRGSTESQASGCVETLMPGLKEIHGKVGGSGSKGMCTIWSKKTEQTEAPDSSLEATMNLGIAKSIAESPVG

Target ORF information:

RefSeq Version	XM_021544206.1
Organism	Lonchura striata domestica(Bengalese finch)
Definition	Lonchura striata domestica zinc finger protein 318 (ZNF318), transcript variant X1, mRNA.

Target ORF information:

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

XM_021544206.1

ORF Insert Sequence:

ATGTACCGCT CCAGCAGCGG CCGCTCCGGC CCTTCGTCCT CCTCCTCCTC CCACCGGCTG 
AAGGAGGGCT GCTCGTCGGC GTCCCGCGCC TCCCGCTTCA GCACATCGGG GCCGGGGCCA 
GGCCACGGCC GGCCTCCCCC GCCGATGCCC GCCGCCGCTT GCGCCGCCGA CTCGCCGCCG 
CGCTCCGCTT CGCCCCGTCC GCCGCCGCTT CGCCGCCACC GCTCCCCGTC GGGCCACCGC 
GGGCCCTGCC GCCGCTCTCC GTCGCCGCAT CGCAGCCGGA GGTTGCCATC GCCGCCGGGA 
GGAGCGGGGC TCGGCGGGCC TCGGGGCCGC CGGGGCAGCG AGCACGGAGA CGGCGGCAGC 
AGCCGGAGGC GCTCACCGAG TCTCCGCTCG GAGTCTTCCC TGGAACACAG TTTGCGGATT 
ACTGTTGGTA ATGACCGGTA TTGCATTGGC ACGCCAGAGC GAAGGAGACT GCCTGATAGA 
CTGGGCTCAC CAGTTGATAA CCTGAGTGAC AGGGATGATA TGGCTGATGG CCCAATATTC 
ACTAGAGGCC TCACATGTCC TCGTGGCCTT GAGAGATACC CAGCACATGA AGATCAGCCT 
TCAAGTCCCT TCATTCCGAG GCATGATGAA GACTACCGCA ACCGAGATGT TTTCCTCCAC 
CGTTCAGATT ACAGTCCACA CTATGGCCGT CGGGAGGAGC TGCCTCGTGG GTCTGACAGA 
GATGGTGACA AACTGAGGAG ATCCCCCTAC CCACTGAGGG CAGAGGAGAG GGGACGAGAA 
ATAAAGCGTC CACGGTACGA AAAGGATGAG AAGATGCATG GTGTGAGTGG AGAGCATCAA 
GGTTTCTCAT CAGGAACGCG AAACTACCGC AGGCGAAGCC GCAGCCGTAG TAGAAGCCTG 
AGCCCGTCGT ACCTGAATGA AGAATTCCGA GAGCTTGACC GTGCAAGGAG GAAAAGAGAA 
GAAGAAGAGC GCAGTAGAAA CTTGAATCAT GATGTTTCAG GCACTGGCTA TACGATCCCT 
GGCTTGACTA ACACATTACA GACTTCTGAG CCTCGGTATA CATACAGGCC TGAAGAAATC 
CCACCCATGC CCAAAAAATC TATTTTGAAG AAACGAGTAG AGATGGAAGT AGATTCTGCT 
GTTCAGCCTG AGGGCTTTTC AAGCAGTCCA GCCCCCAGCA AGGATCCTCC TCTTCTTTCT 
AGTCAGTCTT CTTTGCCCCA GAGCAACAAC ATAGCTCCTT TTGCTTCTGA AGTGGAAAAC 
TTTCTCAAAC GGTTTAACAA AGGCTCTCTT GTGGAGTCTT CAAACAAGGA GTTGTGTGAA 
GGTTTGTGTG AGTGGAACCC CCCCTCTGGG CCTCCTAAAG ACACTTTGAT GTTTGAAGAG 
AAGTTTGGAA GCTTCTTAAG TCACAAAGAA AAAGTAGAAC CCAAGTCAGA GCCCACTGAT 
CGCCATACTG ACTTCCTGCT GCCTCATGAG AGGGCCAGTC AGGATGGCAG TGGTTTCTCC 
CGAATTCTGG GCATGATGGC TGATTCTGTC AGTGCTCAGG AGAAGAGGAG GCGTAGCTTT 
CCTGACATTG AGGATGAAGA AAAATTTCTT TATGGTGATG AGGATGAAGA GACCAAAATT 
GAATCTCTTC CCATAGAGAA GCCTCCAGTT AGTTGTGGCA ATGAGATAAT AATACAGAAA 
ATGAGCCCGC CTCCTTCTCC TGCTCCAGCT GTCAAGATGG ATCCTTTAGA AGAGCCAAAT 
GCAGAGTATG CAAAGATCCA TGACTTACTC AAAACCATTG GACTTGACAT TGGTGTTGCT 
GAAATTGGAA AACTGGCTGT TCGTACCCAG GAACGCCTTC ATGGCAAAAA GCTGGCATCT 
CGTTCTCCAG ATCGTCGTTC TTCAGACACT CGCAGGCTGG ACGCTTGGGA GCTGCGCCGC 
AGCCGCAGTG ACACTCGTTC TCCTGAGTCG GGCCAGCAGC GTTCAGTGTC ACCTCCAGGC 
TCTTTCCAGC AGCCTAAAGA TGCGTCCTCT TTTCAGAAAT CAGACTATAT GAAGAACAGG 
CCAGTGGGAC AGGAGATACC TGCACATGCA CCAGAACAGC CTCTTCCTTC TGTCTCTCTC 
ATTCCTTCAA TTCCACCAAC TCCTGCTAGT TTGCCACCTA CACCTACTTC TGTTTCCCAA 
TACCAGATTC CCAGCTATTC CCATTACACT GCCGCTCAAA TGCCCCAAAA CTATCCCACT 
TCCACAATGG CACCTCCAGG ATACGATGCA TATGGGCACT ATATGGCATA TGCAGCTCCT 
GGCTGGCCCA TGTACCCCAC TGCCCAACAG CCTAATACTA CACTACCAGA AGCTCATGGT 
CTTCTTACTA TGGCCATGTC AGCGAACCCC ACACGTCCCA ATCTCCGGGT GATTGAGACA 
GTCTCTCTGG GAAAGGATGT CCCTGATGTA AAAAGAGATG GTTCTGTGCT TGTTCAAGTC 
CCTACCACTC CTTCTCATTC CAAAGCACCC CTTCGTCTGT CGTCACACCC TCTCAAAAAT 
ACCACAGAAA GGATGTCGGA TGAAAAAAAT CGGGCAGCTC AAAAGCAGAA GGTGATAGAA 
GAAAGAGAAA AACTGAAGAG TGATCGAGAA GCACGGCAGA AGAAGCTTTA CTATCTTAAG 
ACTGAATTGG ACAGGCTTCG TAAACAGCAA GGTGAGATGT TGAGGAAAAA ACGTCGTGAG 
AAGGACGGAC ACAAAGACCC CTTGTTGGTT GAGGTGAACA GACTACAAGA GAATATTATG 
AAGGAGATTG CAGAGCTGCA TAAAGAATCT GATGCAGCTG ACAAGAAGCA GTCTGAGCTT 
GACAAAGTAG CACAAATCCT GGGGATTAAC ATATTTGAAA AAGCCCGGAA ACCATCTGTG 
GAAACTAAAG ATTCCTCAGA AAAGAACAGC AAGTCAGAAA ATGCAAAAGG TGTAGAGAAA 
ACATCTTCCG CCAACAAGGA ATCAAAAACT ACTAATGAAA AATCCAGAGG TAGAAGCCCG 
AAGCCAGCAG AATCCTCTTC ACAGTCCTCC AAACATCCTT TCCAGTTGGC CAATATTTAT 
GAATATTATG ATGCAGGGAA CCACTGGTGC AAAGACTGCA ATACCATCTG CGGGACCATG 
TTTGACTTTT TCACACACAT GCATAATAAG AAACACAGAC AGACCCTGGA TCCTTACAAC 
AGACCTTGGG CTTCGAAGAC CCAGAGCGAG ACCAAACAAG AGTCCATAAA ACGCATTGAT 
AAGATAACGG TTCCTGCCAA AGGCTCTGAG TTTCTGATTC CCATCACTGG ATATTATTGC 
CAGCTCTGTC ATGAATTTTT TGGAGATCAG ATCTCAGCAG AGCAGCATGT GAAAAGTCAT 
CCCCACAATG AGAAGTATAA GAAATACATA GATGAAAACC CACTCTATGA AGAGAGGAGA 
AATCTAGACC GTCAGGCTGG ATTGGCTGTA GTTCTGGAAA CAGAGCGCAG GCGGCAAAAC 
GAGCTGAAAC GGAAACTGGT TGAGAAACAG AAGGAAGAGA AGGATGAGAA AACCCCAAAA 
ATAATAAAGA AAGAGGAAGT AAAGAGCATC CCAGAGTCTG GAGAAGGGAA TAATGAAACT 
CAAGGCAAAA CAGATTCTTC TGGGCGAAAA ATGGGTATCA CGGTAAAGCT AAAGAAGGAA 
GAGAAGACAG AGGAGAAAAA AGAAGAAAAG AAAGAGGAAT CTAAAAAGGA ATCACCAACC 
CAGACCTCCT TCGGGAAATT CAGCTGGAAA AAGACTGAGA GAGAGGATAA AACACCAGGA 
GCTATTGCAA AAGAAGAGAA TACAGAAGGA AACAAAGAGG AGAACAAGTG TCAGTCTGTG 
AAATCCCATA TCAAGCCCAT TGAAATCAAG TTGTCTGGGA AAACTGTTAT TCCACACACT 
AGCCCATGGA TACCAGTTGT TTCCACACCG ACACCAACAA AAATTCTCCC CAATCTACCA 
GTCCCCACCA TGATTTTCAG GAAGTCTAGT ACTGCAACAG TTAGTAAACC TCCACCTTTG 
AACACCTTTT TATCCATAAA ATCCTCTGGA ACTACCACCA AACCACTGCC AGTAGTAAAA 
GAAACAAATG CAGATCTTCT ACTGCCTCCA GAAATCATAT CAAAAGCTTT TGGAGGAGAA 
GAAGTAATTT TAAAAGGCTC AGAGGAGGAT TTGAAAGCAG CAGAGAAAAA TGAGTCTTCT 
CCGACAGCAG ATAGACTACC TCCACCTTGT CCTCCACCAG CAGTCCAGCC AGCAGCTCTC 
ATCCCCGCAG ATGAAGTAGC TCCAGGTGTG TCTGAAAGTG AACAGACAAT GTTGGCAATG 
CCTGTGAGAC CACCACCACC TTCAACTGCT TTCAGTGAAC AAGCGAAAAA GATAGAGAAA 
CGAAATTCTT GCTTGGCCAC AGCCAATGCT AAAGATCTCT ATGATATTTT CTACAGTAGT 
GGTGGAAAGG GTTCAGCTGA CAGCAGGCTT GCAAATTCTG CGCTTCCAAA TGGAGAAAAC 
CCTAACATAA CAAAACCTGC AGATTTATCT GCAAATCATA GAACAAACAG TAGTTCATCC 
TCATTGAAAG AGGATTCTGA GAATGTGGAT TCTTCACAGT GTAATAATCA AGTGACAGGG 
AGTTTGGTTC CTGTTGAAAA TCAGGCTGAC ATGAACAAGA AATCACTTCA GCCTCACCTA 
TCAGAAATGT CAGTCATAGA ATTAGCAGAA ACAAACCCTG TTTCTGGTAT CCAGATGTCT 
GCAGAAATTG GACTTGTTGA TACAGGAAGT GGAGAGCAGG CAGGCAGTCT GGAATACTGT 
GCTCTACAGA AAACTGAGGT CCAAGAGAAG ATTGGACAGG AAGATGGAAA TAGAACTCCA 
GTTACAAACA CAAATATTCC TAGTACCTTG GAGACAAGGA TAAAAGACTG GGAAATAAAA 
GCAGTAAAGC CTAAGCATAG TCTACACCCA AACACCTTGT CACCTGAGAT GCAGAACGAA 
ATTCAAAGTT TGGGAAATTC CCATTTGTTA GAGGAAAAGT TAAATGATAA CTGTAGAACT 
CACTCAGAAA CTGATAGTCC AGACTTGCTC TGGGGCACTT CCAGAACTAG TAATGGAAAA 
GAACAGAGAG TCACAACTGA TTCTTGTTCT GAAAGTGGTT GGGATCTACC AAGTACTTCA 
AATCCAGAAA TAAAGTCTGG TTCTAATGAG GTTAATGCTT CAGAATTGAC AGAAGGACAG 
ACAGAAACGA AAAACACCCT TTTAGAAGCT CAAGAAAAAG TTCAACCTAA ACCTTCAGGC 
CATACCGTGT TAGACAACCA AACCCAGAAG CAGGGAGTTG AACGGTTAGT CAGTACCTGC 
TTGAACATTG CTGAATTCAG ATCTGGTCTA GAGTTAGTAG CTGAAAATGA AAAAAAGTCA 
TTAGGACACA CTGGATCTGA TGCAAGAGCA GATAATCTTC TTTTCAATAG ACCATCAGAG 
GATATGAAAC ACATGAAGAC TCCCTCCCAG AAAGCAGACC TTGAGGTGAA AAGCACTGAT 
TTCAATTTGG GAGGCAATAA GGTAAAACGT GAATGTTTCA GCATCCTTTC AGAAGGACTT 
TTAAAGGAAA ATACAGAAGA AGTCACAAAA CCAGAAACTA TTGCTTCCAT TAGGCGGGAG 
TCCAGTAAAC TTAAAAAACT GGGCATTGAA AGAACAGTGA ATGAAACAGG GATTACTGAT 
TTTGCTACAT TGACTTCTGG TAGTTGTGAA GATAAAATTT GCACACAAAT TTCTCAGAAA 
CCTATGCTGC AGCCTGGATC ACAGACCTCA AGTAGTGACA CTGAAGAAAT GGTCACGCCG 
GTTCTAGAAA TGCAGGGCAT TTCTCCCACG TCTGAGATAC TTGTGCCAGT GGAGGAGACC 
AAAGGTGGCA CTGTTGAAAT GCTGTCACTG AGTTGTGACA GAGGCAGCAC AGAAAGTCAG 
GCATCTGGCT GTGTGGAAAC TTTAATGCCT GGGCTCAAAG AAATACATGG GAAGGTGGGT 
GGCTCAGGAA GCAAGGGAAT GTGCACCATC TGGAGCAAGA AGACTGAGCA AACAGAAGCT 
CCTGACAGTA GTTTGGAAGC TACAATGAAT TTGGGAATTG CTAAAAGCAT AGCAGAAAGC 
CCAGTGGGTT GA