ZGRF1 cDNA ORF clone, Cariama cristata(Red-legged seriema)

Gene
Clones
gRNAs

Summary

Gene Symbol	ZGRF1
Entrez Gene ID	104161624
Full Name	zinc finger GRF-type containing 1
Gene Type	protein-coding
Organism	Cariama cristata(Red-legged seriema)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009700124.1	XP_009698426.1	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
OCa458222	XM_009700124.1 Latest version!	Cariama cristata 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_009700124.1 ) cDNA ORF clone, Cariama cristata(Red-legged seriema) -> XP_009698426.1 Cariama cristata zinc finger, GRF-type containing 1 (ZGRF1), mRNA.

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CloneID	OCa458222
Clone ID Related Accession (Same CDS sequence)	XM_009700124.1
Accession Version	XM_009700124.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6171bp) 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	2014-10-20
Organism	Cariama cristata(Red-legged seriema)
Product	protein ZGRF1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009616282.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Cariama cristata Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 41% of CDS bases ##RefSeq-Attributes-END##

ATGGCTTCTC AAGAATTTAT TGTATTGTAC ACTCACCAAA AAATGAAAAA ATCAAAAACA 
TGGCAAGATG GAATTCTGAG GATTAGAACT GGTGGAAATA AGGCTATCTT GTTTGACGAT 
AAAGGACAAT GTTTGGAGAG TATTTTTATA AAATCTCAGG TGAATGCTGG TGATAATTTA 
GAAAGTGAAC GATATTTGAT CACAGTTGAA GCAGTAAAAG CTAATGAAAA ATCTCCTGAA 
GATCAGCCAA GGAAAGCAGA AACTCCGGCA GTGGATAGAA ATGCTGTAAA ACCTGGTGTT 
CTGCCTCCAA GACATCTCTC TGTCGGCTTG AAAAGGAAGT TTACGGGTTT CCAAGGGCCA 
CGCCAAGTTG AAAAGAAAAT ATCAACAATG GAAGATGGAG AAAACCCAAC GATATTGCCT 
TTATCTAAGC AGTATCAGGG TAATTTTCCA TCCAAGTTTT ATACTACCTC TCCATTATTT 
TCTACAATTA GCAAGAAGGA TGCAGAAACA AATCTGTCTG CAGACTTTCA TGAAGATGTG 
TGTACAGATA ACAACAGAGA ACACATGTCT CTCTCCTCAC TGCTTTCAGC TCCGTTTCTT 
GACAGATGTG AGGAGACAGA GAAGCAAAAG TCTGATCAGT CCATTGTGAA GCCAGAATCT 
CCTCTAATTA CTGGGCACGC TAAATCTAGT AGTCAGGCAG CCGGTCACGA GGCAATGTCA 
CACAACATCA GGAGCACAGC ACAGATAATA GCTCTTTTGA AGTCTAAACC AACAGAAGGA 
TGCAGAGAGC AAACAACATC TGAAGTCACA GAATGTCTTT CTGGGTTTCA GGCATTAGAA 
AACGCAGATC GTTCATATAC CAAAAAAACC GCTATCCTAC CTGCTTTTTC AGGCAATCCT 
GCCAAAAGAA TAATTCAAAA TATTCAGCAC CTGCCTTTTA TGGAGGGAAC TGTAATTGAT 
AAAAAGGAAT GGAATGCTGA AATGCTTCTA AATTCAGCTA AAGAACAACC TTGTGTTGAA 
ATCACAGGAC AGAGACATGA CAAAAAGGTA AATAATTTGA GTCAAGATTT ACAAGATCCC 
TGCAATACAA ATATTTGCTT CCTACCTGAA TCCACCATAA GTAGCATGAG TGACAGTCAG 
TTTGTCCCAT CCTCAGGTGA TGTTTCACAT TCGGCAAGTC CAATCACCTT TGGAAAAAAT 
CTCTCCAGGT ACAGGGAGCG TTCAGTGACT AACCATCTTC AGGAGAATTC ATCGGTGAAG 
TTGCAAAGTG AGCTTCAGCT GAGGCAAAAT GCAGAAAGAG TGCCTAATGA CCTGGAGCTC 
TCTGTGGACG TAACATTGAC TGAAATTGGA ACTGTAAAGG AGGAATTAAG CATGCATGGC 
AAAGACTGTG GTCCAGATGA ACAAGTGATG GAGGTTAACT TTAATCTAAT GGAGGCTTTT 
AATTTTAATG ACACAGACAA TGAAGACCTG TGTGAAAGAG ATGTGAATAA GCTCACTGAA 
GGAGACGTGC TTTCACAAAG TCCAGATTGC TTAAAGGGAG AAGATGTAGA GCACAGTGCT 
GCATTGAGAC TTCATTCTTG CAGTGAAGTA GTGACACACA GTGAAAATAA AGAAGTCAAA 
TATTCAACAT TTGACAGAGA GAATGATGGA AATCACTGCA CTGAGGGTAT ACCATCTTGG 
CTTTGTGACA ACAGTGTCGG AGGTACAGGG AGAATTCCCG AAGACTCTGC AAACCAGACC 
AGAATTGAAG TGGAACTTTT GGGTGATGGA CACGACATAA ATGAGATTAA TGAAAGTCAA 
CTAAGTATTG AAGCCACAAA CAAGAAGAAG GATCTTGATG GCTGTGCAGC GCATATCATT 
AATGGCACAT CATGGATAAA AAGCAAGCCC TCTGACCTTT TGCCTGGTGA CACAAATGTT 
AATGAATGTC ACTCTAAAAC CAGTATGTTT GAGAAAACTG AAAATATTTC ATCTGTTTCT 
ACCAGCAGAA TAATTTCTGC AATGGACAAA AAGACCGAAG AAGATGTTGC ACAGCTTGGA 
TGCATGAAAT TCCCAGATGC TGAACGCTTC TGGGGTGCTA AGAGTGATGA CATTAAACCA 
GGTAGTTCTT TGCTGGCTTT GTCACGAAAA TCAGATCCTA GCTATGGCTC ATTCCAATAT 
ATTGCAGAAG ACCATCAAAA GGTATTTGGC ATTTCACATA AGGAAGACAC TCTCATTTCC 
AGAAGTTCTG TCTATCCTTT AGGAAAAGAC CATTCATCTC CAGAGGAAAC AGCAATAGGT 
GAAACTGAGT TTGAAAATGT AGAGAGCATA AATGCCTTTC ATGAAGCTTG CAAAGGTGAA 
AGAATAGAAA TGGATTGCCT GAAATGCACG GCAATGGCTG AAAATTCATC AGATCTTCCT 
GATTTGGTAA ACAATATCGC TCTTCTAAGA GCTTTGTCTC AACATAGCAC AGCATTAGAA 
AGCTTACAAA AGATTGAGGA AAATAATAGC ATATTATATG AAGCAGAGAC TTCTAAAGAA 
ATATTTGAAC ACCTTGTGAA AGATGAAGCT ATAAAATACT TTACAGAAAT GCCTTACTCA 
GAAAGTATAC AGGCATCTTC CTCTTCATAC TTTGATTCTC CTGGCTTTAT GCCCAGCTGT 
GTGGACAATT TATTACAGAA AACAGAAGCT TGTATTCTGC CAATAGCAGT GGCCCAAAGC 
GACCCTAGGA CATCTGGCTG CCAACCAAAG CCTGTTGCGT TTCAAGGGCA CGAAGTAAAG 
GGATCAGCAG CTAGTGAGAT AATGTTGAGA GCTCCCTGCT CACAACTAGG ATGGCAGCAG 
TACCCCGGTA ATACGGAGGT TGCAGCTGAG AGATTTTTGT CACCCTCGTT TTCAACCAAT 
TATGTCCTTT CTGACTTCAG ACAGTCTCCA GGTTCAAGAA GTCTTCATGA GGATGATATC 
GACTTTATCA GAGAAGAGAA TTTTCAAAAG AAGTCTAACA TTATTAAAGA GTCAAGAATG 
GATCAGTCCC CACAGGAGAA ATCCAGCGAT CCAGAGGAAT GCAACCTCTC CAGGTTCAAA 
CCCACAGTTA AAACGCGAAC TCCATTTGTC ACTCTTCCTG CCACTGAGAA GATTCCTGAC 
GCAGTTTATC CAACTGACAG CAAGGAGGTC CAGCAATCTT TCGGCTCTTC AGTCGTAAAT 
TTATGCAACA AGTCAGCGGT ATTTCCTATT AGTGCTTTTT GCCCTGAGGA CAGAAATTAT 
GAAACCTCTG TGTTTGGAGA TTATACGGAA GACAGACAAA GGGAATCTGT GCAACCAGTG 
TTCCCTAATG TGGCTTCACA ATATAGACAA AGCAAGTGGC TAAAATATCA AAACAGTGCT 
CGGTGTGACT CGGTAACTCA AAACAGCGAC GACAGGGAAG TGACTGATGA CATCTGTGCT 
GAGAACGTCC TTGGAATGCT GCTGGGTGAC ACAGGAGGAA GCAGTGCTGC GAATCAAAGT 
GCTCCCGGCT CTGCACCGCT ACTGACGGCA AAAAACATGC TTGGTAAATG CTGTGCAAAT 
ACCAGCAACC AAGATTTGAT TTCAGAGAGG AAGTTACTTT CTCTGCACTT AAGTCAGACA 
CCTTTGGCTG AAGCAACACA AAAGGTGTTA AGTCATCTGA GCTGCCACAC TGTAACAGGA 
GACGGCCAGG ACATAACAAT TTCTGAGTTG TCTTTTCCTA ATGTGGATAA AGTAAAACAT 
GCTGATCTTC CTAAAAGAAA GATTTCCATA CCAACTGTGT TTCAGTCTCA TGTTCACTAC 
AAACAGATTT TTAAAGCTGC TCTGACAGAG CAATTAAACA TAATGCTATT TGAGTTGTCA 
CAAAGATTAC ACAATTCTCT TTCAAAAGTG GATATATCAT TTTACACTTC ATTGAAAGAT 
GGGCAAAGTG CGAGCAAAGA AAGCTGCGTT CCACTCTGCA ATCACATGCA TCCTGCTAAG 
CTTGTTATGG TTAAAAAAGA AGGTCAAAAC AAGGGTCGTT TGTTCTATAC CTGTGATGCC 
CCAAAAGCTG AACAGTGTTC ATTTTTCAAG TGGATAGAAG ATGTGAACCC TGCACAGATA 
AAATCCAGAC CTAGTGTAGT GCTCCGTGAT ATAAAAAGTA TTGGGACATA CCTCAGAAGT 
CAAAAGATTT CTCTCTATGA GGGATGCCAG CTTTTGGTGA GGAAAGCCTT TGAAATTCAA 
CCACAGAGGT GTAGTAAGTT CAAGAAACTT GTGAATACAC CTGCCAGATT TGATGGCGAT 
TCCAAAACCA AATTATACCT CAAACTAAGC AGAAAGGACC ATTATTCTCT CTATAGCAAA 
GATGATATTT GGGTTGTTTC GAAGACTCTG AACTTTGATC CCATTGATAC TTTCATTGCA 
AGTAGTGCGT TCTTTGGACC GTCCTCCAAC AACGAAATAG AATTACTCCC ACTGAAAGGC 
TACTGTCCCT CAAACTGGCG ATCAAATATG TTTGTTCATG CCTTGCTGGT TTGTAATGCT 
AGTGGTGAGC TTACATCTTT AAGAAATCTG GAGGAGCACT TCACTCCATC TACGTTACCA 
CTAATACCAT ATCTACTAAA GATGAATTTT GATTCTGAAA ATGCTTCTAA TAGAGTCAAC 
AAAAGGAAAT TTATTCCACC TGCCATCAGC CTGAAACGCA CAATGATGTA TGGACCTGTC 
AGCACTGAAG TGGCAATGGG ACTAGCTAAA AAGATGATCC AAACGTTTTC ATTGAACCCA 
GATCAAGCTA CATCACTGAT TCAGATAGCT CAGATGATGA CCTCATGTGA AAACATCAAA 
CCAGCGGGAG AACATCAGAT CTTCCCTATC ACAATCATAC GTGGTGTTTT TGGAGCTGGA 
AAGAGCTATC TGCTGTCTGT GGTGATCTTG TTCCTAGTAC AGCTCTTTGA AAGCAGTGAA 
GCTACGGAGG GGCCAAGGCC AGCTCCATGG AAACTTCTGA TTGCTTCTTC CACTAACGTT 
GCCGTTGACA GGATACTGCT GGGTCTACTC GATCTTGGAT TTGAGGATTT TATCAGAGTG 
GGAAGTATTA GGAAAATCAC CAAAGCAATT CTTCCCCATA GTTTACATGC TGGCTCAGGA 
AATGAAAACG AGCAGTTAAA AGAGCTGCTT GCTCTTATGA AAGAAGATTT AACTCCAGTT 
GAAAAAATGT ACGTAAGGAA GAGTATTGAG CAACATAAAC TGGGGACCAA TAAAACTATA 
CTGCAACAGG TAAAAGTGGT TGGAGTGACC TGTGCTGCCT GCCCCTTCCC TTGTCTGAAT 
ACTCTTAAGT TTCCTGTAGT GATGCTGGAT GAGTGCAGTC AGATGACTGA ACCCGCTTCT 
CTCCTTCCGA TTGCAAGGTT TCAGTGTGAA AAGCTAGTCC TTGTTGGAGA CCCTAAGCAA 
TTACCACCAA CTATTCAAGG GTCTGAGAGT GTTCACGAAA AGGGATTGGA GCAGACGCTC 
TTTGACCGGC TTTGCTTAAT GGGACATAAA ACAATTCTTC TTCGGACACA GTACCGATGT 
CACCCTGCTA TTAGTGCCAT AGCCAACGAG CTGTTCTATG GAGGAAGTCT GATAGATGGT 
GTTTCAGAGA AAGACAGAAG TCCTTTATTG GATTGGCTTC CAACACTATG TTTTTATAGT 
GTTAATGGGG TAGAGCAAAT TGAAAGAGAC AACAGCTTTT ATAACATGGC AGAAGTTCAT 
TTTACAGTCA AGCTCATCCA GTCTCTGGTT GCAAGTGGAA TTAAAGGATC TGCAGTCGGT 
GTGATTACTC TTTATAAATC ACAGATGTGC AAGATTCAGA ATTTGCTTAC TGATGTACAC 
TCTGAGGCTT TTGAAATGAA AGCTGTCCAG GTGTCCACCG TCGACGCATT CCAAGGAGCT 
GAGAAGGAGA TCATTGTTTT GTCGTGCGTA AGAACAAGAC AAATTGGGTT CATAGACTCA 
GAAAAGAGAA TGAACGTTGC ACTAACGAGA GCAAAGAGGC ATTTGTTGAT TGTTGGAAAT 
CTGGCCTGTT TAAGTAGGAA CAGGCTGTGG GGAAGAGTAA TTCATCACTG CAAAGGATGG 
GAAAATGGAT TACAACATGG AAGCCAGTGT GAGCAGCAGC TAAACAACAT TCTTAAGTGT 
TACTTGGAGA AACGGAAGGA AGAGGAGCAG AACAAGAAGC AGGAAAAATA A

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

RefSeq	XP_009698426.1
CDS	1..6171
Translation	MASQEFIVLYTHQKMKKSKTWQDGILRIRTGGNKAILFDDKGQCLESIFIKSQVNAGDNLESERYLITVEAVKANEKSPEDQPRKAETPAVDRNAVKPGVLPPRHLSVGLKRKFTGFQGPRQVEKKISTMEDGENPTILPLSKQYQGNFPSKFYTTSPLFSTISKKDAETNLSADFHEDVCTDNNREHMSLSSLLSAPFLDRCEETEKQKSDQSIVKPESPLITGHAKSSSQAAGHEAMSHNIRSTAQIIALLKSKPTEGCREQTTSEVTECLSGFQALENADRSYTKKTAILPAFSGNPAKRIIQNIQHLPFMEGTVIDKKEWNAEMLLNSAKEQPCVEITGQRHDKKVNNLSQDLQDPCNTNICFLPESTISSMSDSQFVPSSGDVSHSASPITFGKNLSRYRERSVTNHLQENSSVKLQSELQLRQNAERVPNDLELSVDVTLTEIGTVKEELSMHGKDCGPDEQVMEVNFNLMEAFNFNDTDNEDLCERDVNKLTEGDVLSQSPDCLKGEDVEHSAALRLHSCSEVVTHSENKEVKYSTFDRENDGNHCTEGIPSWLCDNSVGGTGRIPEDSANQTRIEVELLGDGHDINEINESQLSIEATNKKKDLDGCAAHIINGTSWIKSKPSDLLPGDTNVNECHSKTSMFEKTENISSVSTSRIISAMDKKTEEDVAQLGCMKFPDAERFWGAKSDDIKPGSSLLALSRKSDPSYGSFQYIAEDHQKVFGISHKEDTLISRSSVYPLGKDHSSPEETAIGETEFENVESINAFHEACKGERIEMDCLKCTAMAENSSDLPDLVNNIALLRALSQHSTALESLQKIEENNSILYEAETSKEIFEHLVKDEAIKYFTEMPYSESIQASSSSYFDSPGFMPSCVDNLLQKTEACILPIAVAQSDPRTSGCQPKPVAFQGHEVKGSAASEIMLRAPCSQLGWQQYPGNTEVAAERFLSPSFSTNYVLSDFRQSPGSRSLHEDDIDFIREENFQKKSNIIKESRMDQSPQEKSSDPEECNLSRFKPTVKTRTPFVTLPATEKIPDAVYPTDSKEVQQSFGSSVVNLCNKSAVFPISAFCPEDRNYETSVFGDYTEDRQRESVQPVFPNVASQYRQSKWLKYQNSARCDSVTQNSDDREVTDDICAENVLGMLLGDTGGSSAANQSAPGSAPLLTAKNMLGKCCANTSNQDLISERKLLSLHLSQTPLAEATQKVLSHLSCHTVTGDGQDITISELSFPNVDKVKHADLPKRKISIPTVFQSHVHYKQIFKAALTEQLNIMLFELSQRLHNSLSKVDISFYTSLKDGQSASKESCVPLCNHMHPAKLVMVKKEGQNKGRLFYTCDAPKAEQCSFFKWIEDVNPAQIKSRPSVVLRDIKSIGTYLRSQKISLYEGCQLLVRKAFEIQPQRCSKFKKLVNTPARFDGDSKTKLYLKLSRKDHYSLYSKDDIWVVSKTLNFDPIDTFIASSAFFGPSSNNEIELLPLKGYCPSNWRSNMFVHALLVCNASGELTSLRNLEEHFTPSTLPLIPYLLKMNFDSENASNRVNKRKFIPPAISLKRTMMYGPVSTEVAMGLAKKMIQTFSLNPDQATSLIQIAQMMTSCENIKPAGEHQIFPITIIRGVFGAGKSYLLSVVILFLVQLFESSEATEGPRPAPWKLLIASSTNVAVDRILLGLLDLGFEDFIRVGSIRKITKAILPHSLHAGSGNENEQLKELLALMKEDLTPVEKMYVRKSIEQHKLGTNKTILQQVKVVGVTCAACPFPCLNTLKFPVVMLDECSQMTEPASLLPIARFQCEKLVLVGDPKQLPPTIQGSESVHEKGLEQTLFDRLCLMGHKTILLRTQYRCHPAISAIANELFYGGSLIDGVSEKDRSPLLDWLPTLCFYSVNGVEQIERDNSFYNMAEVHFTVKLIQSLVASGIKGSAVGVITLYKSQMCKIQNLLTDVHSEAFEMKAVQVSTVDAFQGAEKEIIVLSCVRTRQIGFIDSEKRMNVALTRAKRHLLIVGNLACLSRNRLWGRVIHHCKGWENGLQHGSQCEQQLNNILKCYLEKRKEEEQNKKQEK

Target ORF information:

RefSeq Version	XM_009700124.1
Organism	Cariama cristata(Red-legged seriema)
Definition	Cariama cristata 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_009700124.1

ORF Insert Sequence:

ATGGCTTCTC AAGAATTTAT TGTATTGTAC ACTCACCAAA AAATGAAAAA ATCAAAAACA 
TGGCAAGATG GAATTCTGAG GATTAGAACT GGTGGAAATA AGGCTATCTT GTTTGACGAT 
AAAGGACAAT GTTTGGAGAG TATTTTTATA AAATCTCAGG TGAATGCTGG TGATAATTTA 
GAAAGTGAAC GATATTTGAT CACAGTTGAA GCAGTAAAAG CTAATGAAAA ATCTCCTGAA 
GATCAGCCAA GGAAAGCAGA AACTCCGGCA GTGGATAGAA ATGCTGTAAA ACCTGGTGTT 
CTGCCTCCAA GACATCTCTC TGTCGGCTTG AAAAGGAAGT TTACGGGTTT CCAAGGGCCA 
CGCCAAGTTG AAAAGAAAAT ATCAACAATG GAAGATGGAG AAAACCCAAC GATATTGCCT 
TTATCTAAGC AGTATCAGGG TAATTTTCCA TCCAAGTTTT ATACTACCTC TCCATTATTT 
TCTACAATTA GCAAGAAGGA TGCAGAAACA AATCTGTCTG CAGACTTTCA TGAAGATGTG 
TGTACAGATA ACAACAGAGA ACACATGTCT CTCTCCTCAC TGCTTTCAGC TCCGTTTCTT 
GACAGATGTG AGGAGACAGA GAAGCAAAAG TCTGATCAGT CCATTGTGAA GCCAGAATCT 
CCTCTAATTA CTGGGCACGC TAAATCTAGT AGTCAGGCAG CCGGTCACGA GGCAATGTCA 
CACAACATCA GGAGCACAGC ACAGATAATA GCTCTTTTGA AGTCTAAACC AACAGAAGGA 
TGCAGAGAGC AAACAACATC TGAAGTCACA GAATGTCTTT CTGGGTTTCA GGCATTAGAA 
AACGCAGATC GTTCATATAC CAAAAAAACC GCTATCCTAC CTGCTTTTTC AGGCAATCCT 
GCCAAAAGAA TAATTCAAAA TATTCAGCAC CTGCCTTTTA TGGAGGGAAC TGTAATTGAT 
AAAAAGGAAT GGAATGCTGA AATGCTTCTA AATTCAGCTA AAGAACAACC TTGTGTTGAA 
ATCACAGGAC AGAGACATGA CAAAAAGGTA AATAATTTGA GTCAAGATTT ACAAGATCCC 
TGCAATACAA ATATTTGCTT CCTACCTGAA TCCACCATAA GTAGCATGAG TGACAGTCAG 
TTTGTCCCAT CCTCAGGTGA TGTTTCACAT TCGGCAAGTC CAATCACCTT TGGAAAAAAT 
CTCTCCAGGT ACAGGGAGCG TTCAGTGACT AACCATCTTC AGGAGAATTC ATCGGTGAAG 
TTGCAAAGTG AGCTTCAGCT GAGGCAAAAT GCAGAAAGAG TGCCTAATGA CCTGGAGCTC 
TCTGTGGACG TAACATTGAC TGAAATTGGA ACTGTAAAGG AGGAATTAAG CATGCATGGC 
AAAGACTGTG GTCCAGATGA ACAAGTGATG GAGGTTAACT TTAATCTAAT GGAGGCTTTT 
AATTTTAATG ACACAGACAA TGAAGACCTG TGTGAAAGAG ATGTGAATAA GCTCACTGAA 
GGAGACGTGC TTTCACAAAG TCCAGATTGC TTAAAGGGAG AAGATGTAGA GCACAGTGCT 
GCATTGAGAC TTCATTCTTG CAGTGAAGTA GTGACACACA GTGAAAATAA AGAAGTCAAA 
TATTCAACAT TTGACAGAGA GAATGATGGA AATCACTGCA CTGAGGGTAT ACCATCTTGG 
CTTTGTGACA ACAGTGTCGG AGGTACAGGG AGAATTCCCG AAGACTCTGC AAACCAGACC 
AGAATTGAAG TGGAACTTTT GGGTGATGGA CACGACATAA ATGAGATTAA TGAAAGTCAA 
CTAAGTATTG AAGCCACAAA CAAGAAGAAG GATCTTGATG GCTGTGCAGC GCATATCATT 
AATGGCACAT CATGGATAAA AAGCAAGCCC TCTGACCTTT TGCCTGGTGA CACAAATGTT 
AATGAATGTC ACTCTAAAAC CAGTATGTTT GAGAAAACTG AAAATATTTC ATCTGTTTCT 
ACCAGCAGAA TAATTTCTGC AATGGACAAA AAGACCGAAG AAGATGTTGC ACAGCTTGGA 
TGCATGAAAT TCCCAGATGC TGAACGCTTC TGGGGTGCTA AGAGTGATGA CATTAAACCA 
GGTAGTTCTT TGCTGGCTTT GTCACGAAAA TCAGATCCTA GCTATGGCTC ATTCCAATAT 
ATTGCAGAAG ACCATCAAAA GGTATTTGGC ATTTCACATA AGGAAGACAC TCTCATTTCC 
AGAAGTTCTG TCTATCCTTT AGGAAAAGAC CATTCATCTC CAGAGGAAAC AGCAATAGGT 
GAAACTGAGT TTGAAAATGT AGAGAGCATA AATGCCTTTC ATGAAGCTTG CAAAGGTGAA 
AGAATAGAAA TGGATTGCCT GAAATGCACG GCAATGGCTG AAAATTCATC AGATCTTCCT 
GATTTGGTAA ACAATATCGC TCTTCTAAGA GCTTTGTCTC AACATAGCAC AGCATTAGAA 
AGCTTACAAA AGATTGAGGA AAATAATAGC ATATTATATG AAGCAGAGAC TTCTAAAGAA 
ATATTTGAAC ACCTTGTGAA AGATGAAGCT ATAAAATACT TTACAGAAAT GCCTTACTCA 
GAAAGTATAC AGGCATCTTC CTCTTCATAC TTTGATTCTC CTGGCTTTAT GCCCAGCTGT 
GTGGACAATT TATTACAGAA AACAGAAGCT TGTATTCTGC CAATAGCAGT GGCCCAAAGC 
GACCCTAGGA CATCTGGCTG CCAACCAAAG CCTGTTGCGT TTCAAGGGCA CGAAGTAAAG 
GGATCAGCAG CTAGTGAGAT AATGTTGAGA GCTCCCTGCT CACAACTAGG ATGGCAGCAG 
TACCCCGGTA ATACGGAGGT TGCAGCTGAG AGATTTTTGT CACCCTCGTT TTCAACCAAT 
TATGTCCTTT CTGACTTCAG ACAGTCTCCA GGTTCAAGAA GTCTTCATGA GGATGATATC 
GACTTTATCA GAGAAGAGAA TTTTCAAAAG AAGTCTAACA TTATTAAAGA GTCAAGAATG 
GATCAGTCCC CACAGGAGAA ATCCAGCGAT CCAGAGGAAT GCAACCTCTC CAGGTTCAAA 
CCCACAGTTA AAACGCGAAC TCCATTTGTC ACTCTTCCTG CCACTGAGAA GATTCCTGAC 
GCAGTTTATC CAACTGACAG CAAGGAGGTC CAGCAATCTT TCGGCTCTTC AGTCGTAAAT 
TTATGCAACA AGTCAGCGGT ATTTCCTATT AGTGCTTTTT GCCCTGAGGA CAGAAATTAT 
GAAACCTCTG TGTTTGGAGA TTATACGGAA GACAGACAAA GGGAATCTGT GCAACCAGTG 
TTCCCTAATG TGGCTTCACA ATATAGACAA AGCAAGTGGC TAAAATATCA AAACAGTGCT 
CGGTGTGACT CGGTAACTCA AAACAGCGAC GACAGGGAAG TGACTGATGA CATCTGTGCT 
GAGAACGTCC TTGGAATGCT GCTGGGTGAC ACAGGAGGAA GCAGTGCTGC GAATCAAAGT 
GCTCCCGGCT CTGCACCGCT ACTGACGGCA AAAAACATGC TTGGTAAATG CTGTGCAAAT 
ACCAGCAACC AAGATTTGAT TTCAGAGAGG AAGTTACTTT CTCTGCACTT AAGTCAGACA 
CCTTTGGCTG AAGCAACACA AAAGGTGTTA AGTCATCTGA GCTGCCACAC TGTAACAGGA 
GACGGCCAGG ACATAACAAT TTCTGAGTTG TCTTTTCCTA ATGTGGATAA AGTAAAACAT 
GCTGATCTTC CTAAAAGAAA GATTTCCATA CCAACTGTGT TTCAGTCTCA TGTTCACTAC 
AAACAGATTT TTAAAGCTGC TCTGACAGAG CAATTAAACA TAATGCTATT TGAGTTGTCA 
CAAAGATTAC ACAATTCTCT TTCAAAAGTG GATATATCAT TTTACACTTC ATTGAAAGAT 
GGGCAAAGTG CGAGCAAAGA AAGCTGCGTT CCACTCTGCA ATCACATGCA TCCTGCTAAG 
CTTGTTATGG TTAAAAAAGA AGGTCAAAAC AAGGGTCGTT TGTTCTATAC CTGTGATGCC 
CCAAAAGCTG AACAGTGTTC ATTTTTCAAG TGGATAGAAG ATGTGAACCC TGCACAGATA 
AAATCCAGAC CTAGTGTAGT GCTCCGTGAT ATAAAAAGTA TTGGGACATA CCTCAGAAGT 
CAAAAGATTT CTCTCTATGA GGGATGCCAG CTTTTGGTGA GGAAAGCCTT TGAAATTCAA 
CCACAGAGGT GTAGTAAGTT CAAGAAACTT GTGAATACAC CTGCCAGATT TGATGGCGAT 
TCCAAAACCA AATTATACCT CAAACTAAGC AGAAAGGACC ATTATTCTCT CTATAGCAAA 
GATGATATTT GGGTTGTTTC GAAGACTCTG AACTTTGATC CCATTGATAC TTTCATTGCA 
AGTAGTGCGT TCTTTGGACC GTCCTCCAAC AACGAAATAG AATTACTCCC ACTGAAAGGC 
TACTGTCCCT CAAACTGGCG ATCAAATATG TTTGTTCATG CCTTGCTGGT TTGTAATGCT 
AGTGGTGAGC TTACATCTTT AAGAAATCTG GAGGAGCACT TCACTCCATC TACGTTACCA 
CTAATACCAT ATCTACTAAA GATGAATTTT GATTCTGAAA ATGCTTCTAA TAGAGTCAAC 
AAAAGGAAAT TTATTCCACC TGCCATCAGC CTGAAACGCA CAATGATGTA TGGACCTGTC 
AGCACTGAAG TGGCAATGGG ACTAGCTAAA AAGATGATCC AAACGTTTTC ATTGAACCCA 
GATCAAGCTA CATCACTGAT TCAGATAGCT CAGATGATGA CCTCATGTGA AAACATCAAA 
CCAGCGGGAG AACATCAGAT CTTCCCTATC ACAATCATAC GTGGTGTTTT TGGAGCTGGA 
AAGAGCTATC TGCTGTCTGT GGTGATCTTG TTCCTAGTAC AGCTCTTTGA AAGCAGTGAA 
GCTACGGAGG GGCCAAGGCC AGCTCCATGG AAACTTCTGA TTGCTTCTTC CACTAACGTT 
GCCGTTGACA GGATACTGCT GGGTCTACTC GATCTTGGAT TTGAGGATTT TATCAGAGTG 
GGAAGTATTA GGAAAATCAC CAAAGCAATT CTTCCCCATA GTTTACATGC TGGCTCAGGA 
AATGAAAACG AGCAGTTAAA AGAGCTGCTT GCTCTTATGA AAGAAGATTT AACTCCAGTT 
GAAAAAATGT ACGTAAGGAA GAGTATTGAG CAACATAAAC TGGGGACCAA TAAAACTATA 
CTGCAACAGG TAAAAGTGGT TGGAGTGACC TGTGCTGCCT GCCCCTTCCC TTGTCTGAAT 
ACTCTTAAGT TTCCTGTAGT GATGCTGGAT GAGTGCAGTC AGATGACTGA ACCCGCTTCT 
CTCCTTCCGA TTGCAAGGTT TCAGTGTGAA AAGCTAGTCC TTGTTGGAGA CCCTAAGCAA 
TTACCACCAA CTATTCAAGG GTCTGAGAGT GTTCACGAAA AGGGATTGGA GCAGACGCTC 
TTTGACCGGC TTTGCTTAAT GGGACATAAA ACAATTCTTC TTCGGACACA GTACCGATGT 
CACCCTGCTA TTAGTGCCAT AGCCAACGAG CTGTTCTATG GAGGAAGTCT GATAGATGGT 
GTTTCAGAGA AAGACAGAAG TCCTTTATTG GATTGGCTTC CAACACTATG TTTTTATAGT 
GTTAATGGGG TAGAGCAAAT TGAAAGAGAC AACAGCTTTT ATAACATGGC AGAAGTTCAT 
TTTACAGTCA AGCTCATCCA GTCTCTGGTT GCAAGTGGAA TTAAAGGATC TGCAGTCGGT 
GTGATTACTC TTTATAAATC ACAGATGTGC AAGATTCAGA ATTTGCTTAC TGATGTACAC 
TCTGAGGCTT TTGAAATGAA AGCTGTCCAG GTGTCCACCG TCGACGCATT CCAAGGAGCT 
GAGAAGGAGA TCATTGTTTT GTCGTGCGTA AGAACAAGAC AAATTGGGTT CATAGACTCA 
GAAAAGAGAA TGAACGTTGC ACTAACGAGA GCAAAGAGGC ATTTGTTGAT TGTTGGAAAT 
CTGGCCTGTT TAAGTAGGAA CAGGCTGTGG GGAAGAGTAA TTCATCACTG CAAAGGATGG 
GAAAATGGAT TACAACATGG AAGCCAGTGT GAGCAGCAGC TAAACAACAT TCTTAAGTGT 
TACTTGGAGA AACGGAAGGA AGAGGAGCAG AACAAGAAGC AGGAAAAATA A