ZGRF1 cDNA ORF clone, Aquila chrysaetos canadensis

Gene
Clones
gRNAs

Summary

Gene Symbol	ZGRF1
Entrez Gene ID	105405657
Full Name	zinc finger GRF-type containing 1
Gene Type	protein-coding
Organism	Aquila chrysaetos canadensis

mRNA and Protein(s)

mRNA	Protein	Name
XM_011583456.1	XP_011581758.1	protein ZGRF1

Pathways from BioSystems
Gene Ontology

The following ZGRF1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ZGRF1 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
OAq20984	XM_011583456.1 Latest version!	Aquila chrysaetos canadensis zinc finger, GRF-type containing 1 (ZGRF1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$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)

ZGRF1 ( XM_011583456.1 ) cDNA ORF clone, Aquila chrysaetos canadensis -> XP_011581758.1 Aquila chrysaetos canadensis zinc finger, GRF-type containing 1 (ZGRF1), mRNA.

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CloneID	OAq20984
Clone ID Related Accession (Same CDS sequence)	XM_011583456.1
Accession Version	XM_011583456.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6174bp) 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	protein ZGRF1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011950912.1) 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 :: 31% of CDS bases ##RefSeq-Attributes-END##

ATGGCTTCTC AAGAATTTAC TGTATTATAC ACTCACCAAA AAATGAAAAA ATCAAAAACG 
TGGCAAGATG GAATTCTGAG GATTAGAACT GGTGGAAATA AGGCTATCTT GTTTGATGAT 
AAAGGACAAT GTTTGGAGAG TATTTTTATA AAATCTCAGG TGAATGTTGG AGATAATTTA 
GAAAGTGAAC GATACTTGAT CACAGTTGAA GCAGTAAAAG TTAATGAAAA ATGTTTTGAA 
GATCAGCCAA GGAAAGCAGA AACGCCAGCA GTGGATAGAA ATGGCGTAAA ATCTGGTGTT 
CTACCTCCAA GACATCTGTC TGTTGGCTTG AAACGGAAGT TTACGGGTTT CCAAGGGCCA 
CGGCAAGTTG AAAAGAAAAT ATCAACAATG GAAGATGGAG AAAACCCAAC AATATTGCCT 
TTATCTAAGC ATTGTCAGGG TACTTTTCCA TCCAAGTTTT ATGTTACCTC TCCGTTATTT 
TCTACGATTT GCAAGAAGGA TGCAGAAACA AATCTATCTG CAGACTTTCA TGAAGATGTG 
TGTACGGATA ATGATGGAGA ACATACGTCT CTCTCGTCAC TGCTTTCAGC TCCATTTCTT 
GGCAGATGTG AGGAGACAGA GAGGCAAAAC TCTGATCGGT CCATTGTGAA GCCAGAATCT 
CCTCCAGTTA CTGGGCACGC CAAATCTAGT AGTCAGACAG CTGGTCACAG GGCAGTGTCA 
TGCAACATCA GGAGCACAGC ACAGATAATA GCTCTTTTGG AGTCTAAACC AACACAAGGA 
TGCAGACATC AAACATCGTC TGAGGTCACA GAATGTCTTT TTAGGTCTCA GGCATCAGAA 
AATGCAGATA GTTTATACAG ACAAAAACCC ACAATCCTAC CTGCTTTTTC AGGCAACCCT 
GCCAAAAGAC TCATTCAAAA TATTCAGCAT CTGCCTTTTA CGAAGGGAAC TGTAAATGAT 
AAAAAAGAAT GGAATGCTGA AATGCTTTTA AATTCAGCTG AACAACCTTG TGATAAAGAA 
GCCACAGGAC AGAGACATGA CAAAAAGGCA TATAATTTAA GTCAAGACTT ACAAGATCCC 
TGCAATACAA ATAGTTGCTT CCTACCTGAA TCCACCCGAA GTAGAAGGAG TGACAGTCAG 
TTTGTCCCAT CCTCAGGTGA CGTTTCATGT TCAGTAAGTC CAATCACCTT TGAAAAAAAT 
CTCTCCAGAT ACAGGGAGGA TTCATCTGTG AAGTTGCAAA GTGAGCTTCA GCCAAGACAA 
AATTCAGAAA GAATACCTAG TGACCAGGAG CTCTCTGTGG ACGTAACATT GACTAAAATT 
GGATTTGTAA AGGAGGAATT AAGTACGCAT GGCAAAGACT GTGGTCCAGA TGAACAGGTG 
ATGGAGGTTA ACTTTAATCT AATGGAGGCT TTTGATTTTA ATGACACAGA CAATGAAGAC 
CTGTGTGAAA GAGATGTGAA TAAGCTCACC GAAGGAGACA TGCTTTCACA AAGTCCACGT 
TGCTTAAAGG GAGAAGATGT TGCACAAAAT GCTGCATTGA GACTTCATTC TTGCTGTGAA 
GTAGTGACGC ACAGTAAAAA CGAAGAAGTC AAATGTTCAA CGTTTGACGG AGAAAATGGT 
GGAAATAACT GCACTGAGGG TATACCATCT CAGCTTTGTG ACAACGATGT TGGAGATACA 
GGGAGAACTG CAGAAGACTC TGCAAACCAG ACCAGAATTG AAGTGGAACT TTTGGGTAAT 
GGACACAATG TAAGAGAGAC TAATGACAGT CAATTAAGTA TTGAAGCCAC AAACAATAAG 
AAGGATATTG ATGGCTGTGC AGCGCATACC ATTGATGGCA CGTCATGGAT AAATAGCAAG 
CACTCTGATC TTTTGCCTGG TGACACAAAT GTTAATGAAT GTCCCCCTAA AACTAGTATG 
TTTGAGAAAA CTGAAAGTAT TTCATGTATT TCTACCAGCA GAATAATCTC TGCAATGGAC 
AAAAGGACTG AAGAAGATGT ACAGCTTGGA TGCATTAAAT CCCCAGATGT TGATTTAGAA 
CACTTCTGGG GTACTAGGAG TGATGACATT AAACCAGGTA GTCCTTTGCT GGCTTTGTCA 
CAAAAATCAG AGCCTAGCTG TGGCTCGTTC CAATATATCA CAGAAGGCCA TCAAAAGGTA 
TTTGGCATTT CACATAAGGA AGATACTCTC ATTTCCAGAA ATTCTATCTA TCCTTTAAGA 
AATGGCCGTT TGTCTCTAGA GGAAACGGCA ATAGGTAAAA CCGAGTTTGA AAATGCAGAG 
AGCATATATG CCTTTCATGA AGCCTGCAAA GGTGAAGGAC TAGGAACAGA TTGCCTGAAA 
TGCACAGCAA TGGCTGAAAA TTCATCAGAC CTTCCTGATT TGGTAAAAAA TATCGCTCTT 
CTAAGAGCTT TGACTCAACA TAGTACACCA TTAGAAAGCT TACAAGAGAT GGAGGAAAAT 
AATAGTGTAT TATATGAAGC AGAGACTTCT AAAGAGATAT TTGAACCCCC TGTGAAAGAT 
GAAGCTATAA AACAGTTTAC AGAAATGCCT TACTCAGAAA GTATACAGGC ATCTTCCTGT 
TCATACTTTG ATTCTTCTGG CCTTATGCCC AACTGTGTGG ACAATTTATT ACAGAAAACA 
ATAGCAGTGG CCCAAAGAGA CCCTAGGACG CTTGACTGCC AACCAAAGCC TGTTGTGTTT 
CAAGGGCACC AAGTAAAGGG ATCAGCAGCT AGTGAGATAA TGTTGAGAGC TCCCTGCTCA 
CAGCTAGGAT GGCAGCAGTA CCAAGATAAT ATGGAGTTTG CAGCCGAAAG ATTTTTGTCA 
CCCCTGTTTT CAAGGAAGTA TGTCATTTCT GACTTCAGAC AGATGATTTC GTCAGTAGAA 
CTGACTTCCT CACTTGATCC AGACTCTACA ATTTCTCCAG CTTCAGGAAG TGAGGAAACT 
GTCAGAGACA TACAGGAGCC CCTGATACAC AGGATCTTGC CAAGTGAACC AGAACTTGCA 
GAAATTTTTT TCACACGGGA GAAACCCAGC TATCCAGAGG AAGGCAACTT CTCAAGATTT 
AAACCAACAG TTAAAACACG AACTCCATTT GTCACTCTTC CTGCCACTGA GAAGATTTCT 
GACGCAGTTT ATCCAACTGA CAGAGAGCAG GTCCAGCGAT CTTTTGGCTC TTCAGCAGTC 
CATTTAGGCA ACAAGTCACC GGTATTTCCT ATTAGTGCTT TTGGCCCTGA GGACAGAAAT 
TATGAAACCT CTGTGTTTGG AGAATATATG GAAGACAGAG AAAGGGAATC CGTACAACCA 
GTGTTCCCTA ATGTGACTGC ACAATATAGA CAAAGCAAGT GGCTAAAATA CCAAAACAGT 
GCTCAGTGTG ACTTGATAAC TCAAAACAGC GATGATGGGG AAGTGACTGA TGACATCTGT 
GCTGAGGACA TCCTTGGAAT GCCGCTGGGT GACACAGGAG AGAGCAGTGC TGTGAATAAA 
AGTGCTCCCG GCTCCACACC TCTACTGACA GCAAAGAGCA TGCTTGGTAA ACGCTGTGCA 
AATACCAGCA ATCAAGATTT GATTTCAGAG AGGAAGTTAC TTTCTCTGCA CTTAAGTCAG 
ACACCTTTGG CTGAAGCAAC ACAAAAGGTG TTAAGTCATC TGAGCTGCCA CACTGTAACA 
GGAGACGGCC AGGACATAAC AATTTCTGAG TTGTCTTTTC CTAATGTGGA TAAAGTAAAA 
TACGCTAATC TTCCTAAAAG AAAGGTTTCC ATACCAACTG TGTTTCAGTC GCATGTTCAC 
TACAAACAGA TCTTTAAAGC TGCTCTGACA GAGCAATTAA ACATAATGCT GTTTGACTTG 
TCACAAAGAT TACACAATGC TCTTTCAAAA GTGGATATAT CATTTCACAC TTCATTAAAA 
GATGGGCAAA GTGAGAGCAA AGCAAGCTGC GTTCCACTCT GCAATCACAT GCAACCTGCT 
AAGCTTGTTA CGGTTAAAAA AGAAGGCCAA AACAAGGGTC GTTTGTTCTA TACCTGTGAT 
GCCCCAAAAG CTGAGCAGTG TTCGTTTTTC AAGTGGATAG AAGATGTGAA CCCCACACAG 
ATAAAATCCA GACCTAGTGT AGTGCTTCAT GATATAAAGA GTATTGGGAC ATACCTCAGA 
AGTCAAAAGA TTTCTCTCTG TGAGGGATGC CAGCTTTTGG TGAGGAAAGC CTTTGAAATT 
CAAACACAGC GGTGTAGGAA GTTCAAGAAA ATGATGAATA CACCTGCCAG GTTTGATGGC 
GATTCCAAAA CCAAATTATA CCTCAAACTG AGCAGAAAGG AGCATTATTC TCTCTATAGC 
AAAGATGATA TTTGGGTTGT TTCGAAGACT CTGAACTTTG ATCCCCTTGA TACTTTCATT 
GCATGTAGTG CTTTCTTTGG ACCATCCTCC AACAATGAAG TAGAATTACT ACCACTGAAA 
GGCTACTGTC CCTCAAACTG GCGATCAAAT ACGTTTGTTC ATGCCTTGCT GGTTTGTAAT 
GCTAGTGGTG AGCTGACATC TCTAAGAAAT ATGGAGGAGC ACTTCAATCC ATCTACATTA 
CCACTAGTAC CATACCTACT AAAAATGAAT TTTGATTCTA AAAATGCTAC TAGTAGTGTC 
AACAAAAGAA AATTTATTCC ACCTGCCATC AGTCTGAAAC GCACAATGAT GTATGGACCT 
GTCAGCACTG AAGTGGCAAT GGGACTAGCT AAAAAGATGA TCCAAACATT CTCGTTGAAC 
CCAGATCAAG CTACATCACT GATTCAGATA GCTCAAATGA TGACCTCATG TGAAAATATC 
AAACCAGTGG AAGAACATCA GAACTTCCCT ATCACAATCA TACGTGGTGT TTTTGGGGCT 
GGAAAGAGCT ATCTGCTGTC CGTTGTGATT TTGTTCCTAG TCCAGCTCTT TGAGAGCAGT 
GAAGCTATGG AGGGTCCAAG GCCAGCTCCA TGGAAACTTC TGATTGCTTC TTCCACTAAT 
GTTGCTGTTG ACAGGATACT GCTGGGTCTA CTTGATCTTG GATTTGAGGA TTTTATCAGA 
GTGGGAAGTA TTAGGAAAAT CACCAAAGCA ATTCTTCCCC ATAGTTTACA TGCTGGCTCA 
GGAAATGAAA ATGAGCAGTT AAAAGAGCTG CTTGCTCTCA TGAAGGAAGA CTTAACTCCA 
GTTGAAAAAA TATACGTAAG GAAGAGTATT GAGCAACATA AACTGGGGAC CAATAAAACT 
ATACTGCAAC AGGTGAAAGT GGTTGGAGTG ACCTGTGCTG CCTGCCCGTT TCCTTGTCTG 
AATACTCTTA AGTTTCCTGT AGTGATGCTG GATGAGTGCA GTCAGATGAC TGAACCCGCT 
TCTCTCCTTC CTATTGCAAG GTTTCAGTGT GAAAAGCTAG TCCTTGTTGG AGACCCTAAG 
CAATTACCAC CAACTATTCA AGGGTCTGAG AGTGTTCATG AAAACGGATT GGAGCAGACT 
CTCTTTGACC GCCTTTGCTT AATGGGACAT AAACCAATAC TTCTTCGGAC ACAGTACCGA 
TGTCACCCTG CTATTAGTGC CATAGCCAAC GAGCTGTTCT ATGAAGGAAA TCTGATAGAT 
GGTGTTTCTG AGAAAGATAG AAGTCCTTTA TTGGATTGGC TTCCAACGCT ATGTTTTTAT 
AGTGTTAATG GGGTGGAGCA AATTGAAAGA GACAACAGCT TTTATAACGT GGCAGAAGTT 
CATTTTACAG TCAAGCTCAT CCAGTCTCTG ATTGCAAGTG GAATAGAAGG ATCTGCAATT 
GGTGTGATTA CTCTTTATAA ATCACAGATG TGTAAGGTTT GTAATTTGCT TAGTGGCGTA 
CACTCTGAGG CTTTTGAAAT TAAAGCTGTC CAGGTGTCCA CTGTAGACGC GTTCCAAGGA 
GCTGAGAAGG AGATCATTGT TTTGTCATGT GTAAGAACAA GACAAATCGG GTTCATAGAC 
TCGGAAAAGA GAATGAACGT TGCACTAACG AGAGCAAAGA GGCATTTGTT GATTGTTGGA 
AATCTGGCCT GTTTAAGTAG GAACAGACTG TGGGGAAGAG TAATTCATCA CTGCAAAGGA 
TGGGAAAATG GATTACAACA CGTAAGCCAG TGTGAGCAGC AGCTAAACAA CATTCTTAAG 
TGTTATTTGG AGAAACGAAA GGAAAAGGAA CAGAATAAGA AAAAGGAAAA ATAA

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

RefSeq	XP_011581758.1
CDS	1..6174
Translation	MASQEFTVLYTHQKMKKSKTWQDGILRIRTGGNKAILFDDKGQCLESIFIKSQVNVGDNLESERYLITVEAVKVNEKCFEDQPRKAETPAVDRNGVKSGVLPPRHLSVGLKRKFTGFQGPRQVEKKISTMEDGENPTILPLSKHCQGTFPSKFYVTSPLFSTICKKDAETNLSADFHEDVCTDNDGEHTSLSSLLSAPFLGRCEETERQNSDRSIVKPESPPVTGHAKSSSQTAGHRAVSCNIRSTAQIIALLESKPTQGCRHQTSSEVTECLFRSQASENADSLYRQKPTILPAFSGNPAKRLIQNIQHLPFTKGTVNDKKEWNAEMLLNSAEQPCDKEATGQRHDKKAYNLSQDLQDPCNTNSCFLPESTRSRRSDSQFVPSSGDVSCSVSPITFEKNLSRYREDSSVKLQSELQPRQNSERIPSDQELSVDVTLTKIGFVKEELSTHGKDCGPDEQVMEVNFNLMEAFDFNDTDNEDLCERDVNKLTEGDMLSQSPRCLKGEDVAQNAALRLHSCCEVVTHSKNEEVKCSTFDGENGGNNCTEGIPSQLCDNDVGDTGRTAEDSANQTRIEVELLGNGHNVRETNDSQLSIEATNNKKDIDGCAAHTIDGTSWINSKHSDLLPGDTNVNECPPKTSMFEKTESISCISTSRIISAMDKRTEEDVQLGCIKSPDVDLEHFWGTRSDDIKPGSPLLALSQKSEPSCGSFQYITEGHQKVFGISHKEDTLISRNSIYPLRNGRLSLEETAIGKTEFENAESIYAFHEACKGEGLGTDCLKCTAMAENSSDLPDLVKNIALLRALTQHSTPLESLQEMEENNSVLYEAETSKEIFEPPVKDEAIKQFTEMPYSESIQASSCSYFDSSGLMPNCVDNLLQKTIAVAQRDPRTLDCQPKPVVFQGHQVKGSAASEIMLRAPCSQLGWQQYQDNMEFAAERFLSPLFSRKYVISDFRQMISSVELTSSLDPDSTISPASGSEETVRDIQEPLIHRILPSEPELAEIFFTREKPSYPEEGNFSRFKPTVKTRTPFVTLPATEKISDAVYPTDREQVQRSFGSSAVHLGNKSPVFPISAFGPEDRNYETSVFGEYMEDRERESVQPVFPNVTAQYRQSKWLKYQNSAQCDLITQNSDDGEVTDDICAEDILGMPLGDTGESSAVNKSAPGSTPLLTAKSMLGKRCANTSNQDLISERKLLSLHLSQTPLAEATQKVLSHLSCHTVTGDGQDITISELSFPNVDKVKYANLPKRKVSIPTVFQSHVHYKQIFKAALTEQLNIMLFDLSQRLHNALSKVDISFHTSLKDGQSESKASCVPLCNHMQPAKLVTVKKEGQNKGRLFYTCDAPKAEQCSFFKWIEDVNPTQIKSRPSVVLHDIKSIGTYLRSQKISLCEGCQLLVRKAFEIQTQRCRKFKKMMNTPARFDGDSKTKLYLKLSRKEHYSLYSKDDIWVVSKTLNFDPLDTFIACSAFFGPSSNNEVELLPLKGYCPSNWRSNTFVHALLVCNASGELTSLRNMEEHFNPSTLPLVPYLLKMNFDSKNATSSVNKRKFIPPAISLKRTMMYGPVSTEVAMGLAKKMIQTFSLNPDQATSLIQIAQMMTSCENIKPVEEHQNFPITIIRGVFGAGKSYLLSVVILFLVQLFESSEAMEGPRPAPWKLLIASSTNVAVDRILLGLLDLGFEDFIRVGSIRKITKAILPHSLHAGSGNENEQLKELLALMKEDLTPVEKIYVRKSIEQHKLGTNKTILQQVKVVGVTCAACPFPCLNTLKFPVVMLDECSQMTEPASLLPIARFQCEKLVLVGDPKQLPPTIQGSESVHENGLEQTLFDRLCLMGHKPILLRTQYRCHPAISAIANELFYEGNLIDGVSEKDRSPLLDWLPTLCFYSVNGVEQIERDNSFYNVAEVHFTVKLIQSLIASGIEGSAIGVITLYKSQMCKVCNLLSGVHSEAFEIKAVQVSTVDAFQGAEKEIIVLSCVRTRQIGFIDSEKRMNVALTRAKRHLLIVGNLACLSRNRLWGRVIHHCKGWENGLQHVSQCEQQLNNILKCYLEKRKEKEQNKKKEK

Target ORF information:

RefSeq Version	XM_011583456.1
Organism	Aquila chrysaetos canadensis
Definition	Aquila chrysaetos canadensis zinc finger, GRF-type containing 1 (ZGRF1), mRNA.

Target ORF information:

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

XM_011583456.1

ORF Insert Sequence:

ATGGCTTCTC AAGAATTTAC TGTATTATAC ACTCACCAAA AAATGAAAAA ATCAAAAACG 
TGGCAAGATG GAATTCTGAG GATTAGAACT GGTGGAAATA AGGCTATCTT GTTTGATGAT 
AAAGGACAAT GTTTGGAGAG TATTTTTATA AAATCTCAGG TGAATGTTGG AGATAATTTA 
GAAAGTGAAC GATACTTGAT CACAGTTGAA GCAGTAAAAG TTAATGAAAA ATGTTTTGAA 
GATCAGCCAA GGAAAGCAGA AACGCCAGCA GTGGATAGAA ATGGCGTAAA ATCTGGTGTT 
CTACCTCCAA GACATCTGTC TGTTGGCTTG AAACGGAAGT TTACGGGTTT CCAAGGGCCA 
CGGCAAGTTG AAAAGAAAAT ATCAACAATG GAAGATGGAG AAAACCCAAC AATATTGCCT 
TTATCTAAGC ATTGTCAGGG TACTTTTCCA TCCAAGTTTT ATGTTACCTC TCCGTTATTT 
TCTACGATTT GCAAGAAGGA TGCAGAAACA AATCTATCTG CAGACTTTCA TGAAGATGTG 
TGTACGGATA ATGATGGAGA ACATACGTCT CTCTCGTCAC TGCTTTCAGC TCCATTTCTT 
GGCAGATGTG AGGAGACAGA GAGGCAAAAC TCTGATCGGT CCATTGTGAA GCCAGAATCT 
CCTCCAGTTA CTGGGCACGC CAAATCTAGT AGTCAGACAG CTGGTCACAG GGCAGTGTCA 
TGCAACATCA GGAGCACAGC ACAGATAATA GCTCTTTTGG AGTCTAAACC AACACAAGGA 
TGCAGACATC AAACATCGTC TGAGGTCACA GAATGTCTTT TTAGGTCTCA GGCATCAGAA 
AATGCAGATA GTTTATACAG ACAAAAACCC ACAATCCTAC CTGCTTTTTC AGGCAACCCT 
GCCAAAAGAC TCATTCAAAA TATTCAGCAT CTGCCTTTTA CGAAGGGAAC TGTAAATGAT 
AAAAAAGAAT GGAATGCTGA AATGCTTTTA AATTCAGCTG AACAACCTTG TGATAAAGAA 
GCCACAGGAC AGAGACATGA CAAAAAGGCA TATAATTTAA GTCAAGACTT ACAAGATCCC 
TGCAATACAA ATAGTTGCTT CCTACCTGAA TCCACCCGAA GTAGAAGGAG TGACAGTCAG 
TTTGTCCCAT CCTCAGGTGA CGTTTCATGT TCAGTAAGTC CAATCACCTT TGAAAAAAAT 
CTCTCCAGAT ACAGGGAGGA TTCATCTGTG AAGTTGCAAA GTGAGCTTCA GCCAAGACAA 
AATTCAGAAA GAATACCTAG TGACCAGGAG CTCTCTGTGG ACGTAACATT GACTAAAATT 
GGATTTGTAA AGGAGGAATT AAGTACGCAT GGCAAAGACT GTGGTCCAGA TGAACAGGTG 
ATGGAGGTTA ACTTTAATCT AATGGAGGCT TTTGATTTTA ATGACACAGA CAATGAAGAC 
CTGTGTGAAA GAGATGTGAA TAAGCTCACC GAAGGAGACA TGCTTTCACA AAGTCCACGT 
TGCTTAAAGG GAGAAGATGT TGCACAAAAT GCTGCATTGA GACTTCATTC TTGCTGTGAA 
GTAGTGACGC ACAGTAAAAA CGAAGAAGTC AAATGTTCAA CGTTTGACGG AGAAAATGGT 
GGAAATAACT GCACTGAGGG TATACCATCT CAGCTTTGTG ACAACGATGT TGGAGATACA 
GGGAGAACTG CAGAAGACTC TGCAAACCAG ACCAGAATTG AAGTGGAACT TTTGGGTAAT 
GGACACAATG TAAGAGAGAC TAATGACAGT CAATTAAGTA TTGAAGCCAC AAACAATAAG 
AAGGATATTG ATGGCTGTGC AGCGCATACC ATTGATGGCA CGTCATGGAT AAATAGCAAG 
CACTCTGATC TTTTGCCTGG TGACACAAAT GTTAATGAAT GTCCCCCTAA AACTAGTATG 
TTTGAGAAAA CTGAAAGTAT TTCATGTATT TCTACCAGCA GAATAATCTC TGCAATGGAC 
AAAAGGACTG AAGAAGATGT ACAGCTTGGA TGCATTAAAT CCCCAGATGT TGATTTAGAA 
CACTTCTGGG GTACTAGGAG TGATGACATT AAACCAGGTA GTCCTTTGCT GGCTTTGTCA 
CAAAAATCAG AGCCTAGCTG TGGCTCGTTC CAATATATCA CAGAAGGCCA TCAAAAGGTA 
TTTGGCATTT CACATAAGGA AGATACTCTC ATTTCCAGAA ATTCTATCTA TCCTTTAAGA 
AATGGCCGTT TGTCTCTAGA GGAAACGGCA ATAGGTAAAA CCGAGTTTGA AAATGCAGAG 
AGCATATATG CCTTTCATGA AGCCTGCAAA GGTGAAGGAC TAGGAACAGA TTGCCTGAAA 
TGCACAGCAA TGGCTGAAAA TTCATCAGAC CTTCCTGATT TGGTAAAAAA TATCGCTCTT 
CTAAGAGCTT TGACTCAACA TAGTACACCA TTAGAAAGCT TACAAGAGAT GGAGGAAAAT 
AATAGTGTAT TATATGAAGC AGAGACTTCT AAAGAGATAT TTGAACCCCC TGTGAAAGAT 
GAAGCTATAA AACAGTTTAC AGAAATGCCT TACTCAGAAA GTATACAGGC ATCTTCCTGT 
TCATACTTTG ATTCTTCTGG CCTTATGCCC AACTGTGTGG ACAATTTATT ACAGAAAACA 
ATAGCAGTGG CCCAAAGAGA CCCTAGGACG CTTGACTGCC AACCAAAGCC TGTTGTGTTT 
CAAGGGCACC AAGTAAAGGG ATCAGCAGCT AGTGAGATAA TGTTGAGAGC TCCCTGCTCA 
CAGCTAGGAT GGCAGCAGTA CCAAGATAAT ATGGAGTTTG CAGCCGAAAG ATTTTTGTCA 
CCCCTGTTTT CAAGGAAGTA TGTCATTTCT GACTTCAGAC AGATGATTTC GTCAGTAGAA 
CTGACTTCCT CACTTGATCC AGACTCTACA ATTTCTCCAG CTTCAGGAAG TGAGGAAACT 
GTCAGAGACA TACAGGAGCC CCTGATACAC AGGATCTTGC CAAGTGAACC AGAACTTGCA 
GAAATTTTTT TCACACGGGA GAAACCCAGC TATCCAGAGG AAGGCAACTT CTCAAGATTT 
AAACCAACAG TTAAAACACG AACTCCATTT GTCACTCTTC CTGCCACTGA GAAGATTTCT 
GACGCAGTTT ATCCAACTGA CAGAGAGCAG GTCCAGCGAT CTTTTGGCTC TTCAGCAGTC 
CATTTAGGCA ACAAGTCACC GGTATTTCCT ATTAGTGCTT TTGGCCCTGA GGACAGAAAT 
TATGAAACCT CTGTGTTTGG AGAATATATG GAAGACAGAG AAAGGGAATC CGTACAACCA 
GTGTTCCCTA ATGTGACTGC ACAATATAGA CAAAGCAAGT GGCTAAAATA CCAAAACAGT 
GCTCAGTGTG ACTTGATAAC TCAAAACAGC GATGATGGGG AAGTGACTGA TGACATCTGT 
GCTGAGGACA TCCTTGGAAT GCCGCTGGGT GACACAGGAG AGAGCAGTGC TGTGAATAAA 
AGTGCTCCCG GCTCCACACC TCTACTGACA GCAAAGAGCA TGCTTGGTAA ACGCTGTGCA 
AATACCAGCA ATCAAGATTT GATTTCAGAG AGGAAGTTAC TTTCTCTGCA CTTAAGTCAG 
ACACCTTTGG CTGAAGCAAC ACAAAAGGTG TTAAGTCATC TGAGCTGCCA CACTGTAACA 
GGAGACGGCC AGGACATAAC AATTTCTGAG TTGTCTTTTC CTAATGTGGA TAAAGTAAAA 
TACGCTAATC TTCCTAAAAG AAAGGTTTCC ATACCAACTG TGTTTCAGTC GCATGTTCAC 
TACAAACAGA TCTTTAAAGC TGCTCTGACA GAGCAATTAA ACATAATGCT GTTTGACTTG 
TCACAAAGAT TACACAATGC TCTTTCAAAA GTGGATATAT CATTTCACAC TTCATTAAAA 
GATGGGCAAA GTGAGAGCAA AGCAAGCTGC GTTCCACTCT GCAATCACAT GCAACCTGCT 
AAGCTTGTTA CGGTTAAAAA AGAAGGCCAA AACAAGGGTC GTTTGTTCTA TACCTGTGAT 
GCCCCAAAAG CTGAGCAGTG TTCGTTTTTC AAGTGGATAG AAGATGTGAA CCCCACACAG 
ATAAAATCCA GACCTAGTGT AGTGCTTCAT GATATAAAGA GTATTGGGAC ATACCTCAGA 
AGTCAAAAGA TTTCTCTCTG TGAGGGATGC CAGCTTTTGG TGAGGAAAGC CTTTGAAATT 
CAAACACAGC GGTGTAGGAA GTTCAAGAAA ATGATGAATA CACCTGCCAG GTTTGATGGC 
GATTCCAAAA CCAAATTATA CCTCAAACTG AGCAGAAAGG AGCATTATTC TCTCTATAGC 
AAAGATGATA TTTGGGTTGT TTCGAAGACT CTGAACTTTG ATCCCCTTGA TACTTTCATT 
GCATGTAGTG CTTTCTTTGG ACCATCCTCC AACAATGAAG TAGAATTACT ACCACTGAAA 
GGCTACTGTC CCTCAAACTG GCGATCAAAT ACGTTTGTTC ATGCCTTGCT GGTTTGTAAT 
GCTAGTGGTG AGCTGACATC TCTAAGAAAT ATGGAGGAGC ACTTCAATCC ATCTACATTA 
CCACTAGTAC CATACCTACT AAAAATGAAT TTTGATTCTA AAAATGCTAC TAGTAGTGTC 
AACAAAAGAA AATTTATTCC ACCTGCCATC AGTCTGAAAC GCACAATGAT GTATGGACCT 
GTCAGCACTG AAGTGGCAAT GGGACTAGCT AAAAAGATGA TCCAAACATT CTCGTTGAAC 
CCAGATCAAG CTACATCACT GATTCAGATA GCTCAAATGA TGACCTCATG TGAAAATATC 
AAACCAGTGG AAGAACATCA GAACTTCCCT ATCACAATCA TACGTGGTGT TTTTGGGGCT 
GGAAAGAGCT ATCTGCTGTC CGTTGTGATT TTGTTCCTAG TCCAGCTCTT TGAGAGCAGT 
GAAGCTATGG AGGGTCCAAG GCCAGCTCCA TGGAAACTTC TGATTGCTTC TTCCACTAAT 
GTTGCTGTTG ACAGGATACT GCTGGGTCTA CTTGATCTTG GATTTGAGGA TTTTATCAGA 
GTGGGAAGTA TTAGGAAAAT CACCAAAGCA ATTCTTCCCC ATAGTTTACA TGCTGGCTCA 
GGAAATGAAA ATGAGCAGTT AAAAGAGCTG CTTGCTCTCA TGAAGGAAGA CTTAACTCCA 
GTTGAAAAAA TATACGTAAG GAAGAGTATT GAGCAACATA AACTGGGGAC CAATAAAACT 
ATACTGCAAC AGGTGAAAGT GGTTGGAGTG ACCTGTGCTG CCTGCCCGTT TCCTTGTCTG 
AATACTCTTA AGTTTCCTGT AGTGATGCTG GATGAGTGCA GTCAGATGAC TGAACCCGCT 
TCTCTCCTTC CTATTGCAAG GTTTCAGTGT GAAAAGCTAG TCCTTGTTGG AGACCCTAAG 
CAATTACCAC CAACTATTCA AGGGTCTGAG AGTGTTCATG AAAACGGATT GGAGCAGACT 
CTCTTTGACC GCCTTTGCTT AATGGGACAT AAACCAATAC TTCTTCGGAC ACAGTACCGA 
TGTCACCCTG CTATTAGTGC CATAGCCAAC GAGCTGTTCT ATGAAGGAAA TCTGATAGAT 
GGTGTTTCTG AGAAAGATAG AAGTCCTTTA TTGGATTGGC TTCCAACGCT ATGTTTTTAT 
AGTGTTAATG GGGTGGAGCA AATTGAAAGA GACAACAGCT TTTATAACGT GGCAGAAGTT 
CATTTTACAG TCAAGCTCAT CCAGTCTCTG ATTGCAAGTG GAATAGAAGG ATCTGCAATT 
GGTGTGATTA CTCTTTATAA ATCACAGATG TGTAAGGTTT GTAATTTGCT TAGTGGCGTA 
CACTCTGAGG CTTTTGAAAT TAAAGCTGTC CAGGTGTCCA CTGTAGACGC GTTCCAAGGA 
GCTGAGAAGG AGATCATTGT TTTGTCATGT GTAAGAACAA GACAAATCGG GTTCATAGAC 
TCGGAAAAGA GAATGAACGT TGCACTAACG AGAGCAAAGA GGCATTTGTT GATTGTTGGA 
AATCTGGCCT GTTTAAGTAG GAACAGACTG TGGGGAAGAG TAATTCATCA CTGCAAAGGA 
TGGGAAAATG GATTACAACA CGTAAGCCAG TGTGAGCAGC AGCTAAACAA CATTCTTAAG 
TGTTATTTGG AGAAACGAAA GGAAAAGGAA CAGAATAAGA AAAAGGAAAA ATAA