ZNF608 cDNA ORF clone, Ficedula albicollis(collared flycatcher)

Gene
Clones
gRNAs

Summary

Gene Symbol	ZNF608
Entrez Gene ID	101821827
Full Name	zinc finger protein 608
Gene Type	protein-coding
Organism	Ficedula albicollis(collared flycatcher)

mRNA and Protein(s)

mRNA	Protein	Name
XM_005061154.1	XP_005061211.1	zinc finger protein 608

Pathways from BioSystems
Gene Ontology

The following ZNF608 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ZNF608 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
OFi21216	XM_005061154.1 Latest version!	Ficedula albicollis zinc finger protein 608 (ZNF608), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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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)

ZNF608 ( XM_005061154.1 ) cDNA ORF clone, Ficedula albicollis(collared flycatcher) -> XP_005061211.1 Ficedula albicollis zinc finger protein 608 (ZNF608), mRNA.

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CloneID	OFi21216
Clone ID Related Accession (Same CDS sequence)	XM_005061154.1
Accession Version	XM_005061154.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4512bp) 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 608
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_021700.1) 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##

ATGTCATTGA ACACTTCCAC TGCAGGAAAA GGTGTGGATC CAAACGCAGT TGACACTTAT 
GACAGTGGCG ATGATTGGGA AATCGGTGTT GGGAATTTAA TAATCGATTT GGACGCCGAT 
TTAGAGAAGG ACAGACAGAA ATTTGAGATG AATAATTCTA ATACCACCAG CAGCAGCAAC 
ACCAGCTCCA AGGATTGCGG GGGTCTGGCT TCCAGTGGGG CTAATGCTAC CTCAGCCTTA 
GCTGATGGCC TAAAATTTGC TTCTGTTCAG CCCACTGCTC CCCAGGGGAA TTCCTCTCAC 
AAAGAGACTA GCAAATCAAA AGTGAAAAGG AGTAAAACTT CTAAGGATGC TAATAAATCT 
CTGCCTTCTG CTGCCTTGTA TGGGATTCCT GAGATCAGCA GTGCTGGCAA AAGGCAGGAA 
GTCCAAGGGC GCCCTGGAGA GGCAACTGGC ATGAATTCAG CACTGGGTCA AAGTGTGAGC 
AGTAACCCAA ACGGCAATAA TAACAACACC AGCAACACCA CCACCGTTGC CTCTTGTGGG 
AAAAACAAAG AGGAGAAACC AGGTAAAGCC CCAGGCAGCA GAGGCTCCAA GCGGGATAAG 
GATGCAGGAA AATCCAGGAA GGACAAGCAG CATGACCTGC AGCAGGGCCA CCCCAATGGC 
AGTGGGGGTG GCAATAGCCA AATTCCCTCT GGGCACCTCT ATGGCTTCGG GGCCAAGGGA 
AGCAGTGGTG GAAGCAGCAG CCCCTTCCAC TGCACCTCCT CTGCTGTGGG GGAGGTGAGC 
AAAAGCACCC CGGATTCAGG GTTAATGGGG AACTCTGTTT TGGTAAAGAA GGAAGAGGAG 
GAGGAGGAGA GCCACAGGCG AATCAAGAAA TTGAAAACAG AAAAGGTTGA TCCCCTGTTT 
ACAGTGCCTG CACCTCCACC TCCGATTTCC AGCAGTATCA CACCTCAGAT TCTGCCCTCC 
TACTTTTCCC CATCTTCATC CAATATTGCA GCACCAGTTG AGCAGCTTTT GGTACGGACA 
CGTTCAGTGG GTGTAAATAC TTGCGAGGTT GGAGTAGTAA CAGAACCCGA ATGCCTTGGA 
CCCTGTGAGC CTGGGACCAG CGTGAACTTG GAAGGAATTG TGTGGCATGA AACTGAAGAA 
GGTGTCCTGG TGGTAAACGT TACATGGAGG AACAAGACTT ACGTGGGAAC ACTGCTGGAC 
TGCACAAAGC ATGACTGGGC CCCTCCTAGG TTTTGTGAAT CGCCAACGAG TGACCTGGAA 
ATGCGCGGAG GACGGGGCAG GGGAAAGCGG GCAAGGTCCG CGGCAGCTGC GGCTGTACCC 
GGGAATGACG CGAGTTTTGC AGAGTCCAGA GGGCTCCAGA ATAAAAACCG AGGCGGTGCC 
AATGGGAAGG GGAGGAGGGG CAGCCTTAAC TCGAGTGGGC GCAGAACACC CCCAAACTGT 
GCCATGGATG AAGTCAAAGC CAGCCCCTCG TCCACAAACA AGAGGAAAAC TAAGCCTCCT 
ATGGAGCTGG ATTTGAACTC CAGTTCAGAG GACAATAAGT CTGGAAAACG CATTCGTACT 
AACTCTAGAA GCACTCCCAC CACCCCACAG GGGAAACCCG AGACTGCTTT TTTGGACCAA 
GGCTGCTCTT CCCCAGTGCT GATTGACTGC CCTCACCCCA ACTGCAACAA GAAGTACAAG 
CACATTAATG GATTACGTTA CCATCAGGCT CATGCACACT TAGACCCAGA AAACAAACTG 
GAGTTTGAGC CTGACAGTGA AGACAAAATT TCAGACTGCG AGGAAGCACT GAGTAATGTG 
GCACTTGAAT GCAGTGAGCA AAGCACAAAT TTGCCAGGCT TTGATCCACT AAAAGCACCG 
ACATCTCCTT CCTCCATTGC TACCCCAGGG ACCCCCAAGG GAAAGAGGGA ACTGACCAGC 
AATGGCTCTG GTTCAGTTAT AAGCTCCAAA ACTGGCAAGA ATTCTGGCAA AAAGAAGGGT 
CTGAACAGTG AATTGAACAG CCTTCCAGTA ATTTCTAACA TGGCAGCCAC ACTGGATAAT 
TGCTCAGTAG CAGATGGCAA TTTGCAAACC GAGATGCCAA AATTGGAGGC TGAAGGGTTA 
ATTGACAAGA AGAGTTTGGG TGATAAAGGC AAGAAATCGA ACAACTGCAA AGTGGATAAA 
AACCTTTCCA AGCTGAAAAC AGCCAGGCCC ATTGCCCCAG CGCCAGCACC AACTCCTCCC 
CAGTTAATAG CTATACCTAC TACAGCCTTT ACAACCACCA CTACAGGGAC AATTCCAGGA 
CTGCCCTCTC TAACAACTAC TATTGTTCAG GCTACACCAA AGAGCCCTCC ACTGAAACCC 
ATTCAACCAA AGCCCACAAT TATGGGAGAG CCAAGCACTG TAAACCCAGC TCTCACATCA 
CTCAAAGACA AAAAGAAAAA GGAGAAGCGA AAGCTGAAGG ACAAAGAAAG CAAAGAGACA 
GGCAGCCCCA AGATGGATTC TAAGCTGGGG AAGCTGGAGG ATTCAAAAGG GTCTGGAAAA 
GATTTATCTG GACATTTTTT AAAGGACCAT CTCAACAAGA ATGAAGTGCT AGCTAATGGA 
TTGTCAGAGT CTCAAGAGAG CAGGATGGCA AGCATCAAGG CTGAAGCTGA TAAAGTTTAC 
ACATTCACAG ACAATGCGCC CAGCCCTTCC ATAGGGAGTG CCTCCAGGAT GGAATGCAGC 
ACTTTGGTGA ATGGACAATC TGCCATGGCC CCACTGCACG TGTTGACACA GAATGGCGCA 
GACAGCACGG CCGCTAAAAC CAACAGCCCT GCTTACTCAG ATATTTCTGA TGCAGCTGAT 
GATGGTGGCT CTGACAGCAG GTCAGAGGGC ATGAGGTCAA AGGCCAGCTC TCCATCAGAT 
ATTATTTCTA ATAAGGATGG TGTTGTAAAA GGGCATTCTT CAACCACAGC ACAATCAGCT 
CAAGGAAAAG AGTCTCATTC TCCCTATTAC CATGGCTACG ATCCTTACTA TTCCCCAAGT 
TACTTGCACT CTGGACAGGT CAGTGCCCCA GCAGCTGGGA ACAGCAGTAC CCCGCAGGGG 
CTGAAGATTA AAAAAGAGGC TGAGGAAGAG GCTGAGAAGA AAGAGAAGGC AGAATCGTCA 
GATGCCAAGA AAAGCGAAAG CACTTCCTCT AATTTGCAGC CGCAACACCA GTCGGTAATA 
ACTCAAAGAC ACCCTGCACT TGCTCAGTCA CTTTATTATG GACAGTATGC CTATGGGCTC 
TATATGGACC AAAAGTCCTT AATGGCCTCC AACCCTGCTT ACAGGCAGCA GTATGAAAAA 
TATTATGAGG ACCAGAGACT AGCAGAACAG AAAATGGCAC AAAGTGGCAG GGACTGTGAA 
AGGAAGAGTG AACCCCCCTT GAAGGAGATT GGGAAGGATG ACAACAAGCA GAAAAATATT 
CCATCTGCCA CTATTTCAAA GGCCCCTTCA ACTCCGGAGT CCAGCAAAAA TAACACTAAA 
ATAGGGTCAT CAGTTCCTAA CAAAGTTGAG GAGACAAGCA AATCACAGAT CCTTTCCAAT 
CACCAGCAGC AGCTTCAGTC TGACACTTTC AAAGCCAAAC AAATGGAAAA CCACCAGCTT 
ATAAAGGAGG CTGTGGAGAT GAAATCTGTT ATGGACTCAA TGAAGCAGAC AGGAGTAGAT 
CCAACCACAA GATTTAAACA GGATCCAGAT TCACGAACAT GGCATCATTA TGTCTACCAG 
CCCAAATACC TAGATCAGCA AAAATCAGAA GAACTTGATC GTGAGAAAAA GTTAAAAGAA 
GACAGCCCTA GAAAAACACC TAACAAGGAA AGTTCCCTGC CTAACCTTCC TGTCTCATTA 
GCAAGCATTA AAGAGGAGCC TAAAGAGGTC AAGCGTTCTG ATTCTCAATC AGTGGATGAG 
AGCAAGATAA AAAGCGATGA TCAAAAGACT CCTGTAAACT GGAAGGACTC TCGGGGTGCT 
AGAGTCGCAG TTTCCTCACC AATGAGTCAG CACCAGTCAT ACATCCAGTA CTTGCACGCC 
TATCCGTATC CGCAGATGTA CGATCCCAAC CATCCAGCCT ACCGTGCAGT CTCTCCTGTC 
CTAATGCACA GCTACCCTGG GGCCTATCTC TCTCCAGGAT TTCATTATCC GGTTTATGGG 
AAGATGTCAG GGAGAGAAGA GGCAGAGAAA GTCAATACTA GCCCGAGCAT CAATGCAAAA 
TCAACCACTG AGTCCAAAGC ACTGGATTTG CTCCAGCAGC ATGCCAACCA GTACCGCAGC 
AAGTCACCTG TTCCTGTGGA AAAATCACCA GCTGAGCGTG AGCGGGAAGC AGAGAGGGAG 
CGAGACCGCC ATTCTCCTTT CAGCCAGCGG CATCTCCACA CACACCACCA CACACACGTT 
GGAATGGGCT ACCCCCTTAT ACCTGGACAG TATGACCCAT TTCAAGGATT GACCTCTGCT 
GCCCTTGTTG CCACTCAGCA GGTGGCTGCA CAGGCATCTG CATCTGGTAT GTTTCCTGCA 
CAAAGAAGGT AA

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

RefSeq	XP_005061211.1
CDS	348..4859
Translation	MSLNTSTAGKGVDPNAVDTYDSGDDWEIGVGNLIIDLDADLEKDRQKFEMNNSNTTSSSNTSSKDCGGLASSGANATSALADGLKFASVQPTAPQGNSSHKETSKSKVKRSKTSKDANKSLPSAALYGIPEISSAGKRQEVQGRPGEATGMNSALGQSVSSNPNGNNNNTSNTTTVASCGKNKEEKPGKAPGSRGSKRDKDAGKSRKDKQHDLQQGHPNGSGGGNSQIPSGHLYGFGAKGSSGGSSSPFHCTSSAVGEVSKSTPDSGLMGNSVLVKKEEEEEESHRRIKKLKTEKVDPLFTVPAPPPPISSSITPQILPSYFSPSSSNIAAPVEQLLVRTRSVGVNTCEVGVVTEPECLGPCEPGTSVNLEGIVWHETEEGVLVVNVTWRNKTYVGTLLDCTKHDWAPPRFCESPTSDLEMRGGRGRGKRARSAAAAAVPGNDASFAESRGLQNKNRGGANGKGRRGSLNSSGRRTPPNCAMDEVKASPSSTNKRKTKPPMELDLNSSSEDNKSGKRIRTNSRSTPTTPQGKPETAFLDQGCSSPVLIDCPHPNCNKKYKHINGLRYHQAHAHLDPENKLEFEPDSEDKISDCEEALSNVALECSEQSTNLPGFDPLKAPTSPSSIATPGTPKGKRELTSNGSGSVISSKTGKNSGKKKGLNSELNSLPVISNMAATLDNCSVADGNLQTEMPKLEAEGLIDKKSLGDKGKKSNNCKVDKNLSKLKTARPIAPAPAPTPPQLIAIPTTAFTTTTTGTIPGLPSLTTTIVQATPKSPPLKPIQPKPTIMGEPSTVNPALTSLKDKKKKEKRKLKDKESKETGSPKMDSKLGKLEDSKGSGKDLSGHFLKDHLNKNEVLANGLSESQESRMASIKAEADKVYTFTDNAPSPSIGSASRMECSTLVNGQSAMAPLHVLTQNGADSTAAKTNSPAYSDISDAADDGGSDSRSEGMRSKASSPSDIISNKDGVVKGHSSTTAQSAQGKESHSPYYHGYDPYYSPSYLHSGQVSAPAAGNSSTPQGLKIKKEAEEEAEKKEKAESSDAKKSESTSSNLQPQHQSVITQRHPALAQSLYYGQYAYGLYMDQKSLMASNPAYRQQYEKYYEDQRLAEQKMAQSGRDCERKSEPPLKEIGKDDNKQKNIPSATISKAPSTPESSKNNTKIGSSVPNKVEETSKSQILSNHQQQLQSDTFKAKQMENHQLIKEAVEMKSVMDSMKQTGVDPTTRFKQDPDSRTWHHYVYQPKYLDQQKSEELDREKKLKEDSPRKTPNKESSLPNLPVSLASIKEEPKEVKRSDSQSVDESKIKSDDQKTPVNWKDSRGARVAVSSPMSQHQSYIQYLHAYPYPQMYDPNHPAYRAVSPVLMHSYPGAYLSPGFHYPVYGKMSGREEAEKVNTSPSINAKSTTESKALDLLQQHANQYRSKSPVPVEKSPAEREREAERERDRHSPFSQRHLHTHHHTHVGMGYPLIPGQYDPFQGLTSAALVATQQVAAQASASGMFPAQRR

Target ORF information:

RefSeq Version	XM_005061154.1
Organism	Ficedula albicollis(collared flycatcher)
Definition	Ficedula albicollis zinc finger protein 608 (ZNF608), mRNA.

Target ORF information:

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

XM_005061154.1

ORF Insert Sequence:

ATGTCATTGA ACACTTCCAC TGCAGGAAAA GGTGTGGATC CAAACGCAGT TGACACTTAT 
GACAGTGGCG ATGATTGGGA AATCGGTGTT GGGAATTTAA TAATCGATTT GGACGCCGAT 
TTAGAGAAGG ACAGACAGAA ATTTGAGATG AATAATTCTA ATACCACCAG CAGCAGCAAC 
ACCAGCTCCA AGGATTGCGG GGGTCTGGCT TCCAGTGGGG CTAATGCTAC CTCAGCCTTA 
GCTGATGGCC TAAAATTTGC TTCTGTTCAG CCCACTGCTC CCCAGGGGAA TTCCTCTCAC 
AAAGAGACTA GCAAATCAAA AGTGAAAAGG AGTAAAACTT CTAAGGATGC TAATAAATCT 
CTGCCTTCTG CTGCCTTGTA TGGGATTCCT GAGATCAGCA GTGCTGGCAA AAGGCAGGAA 
GTCCAAGGGC GCCCTGGAGA GGCAACTGGC ATGAATTCAG CACTGGGTCA AAGTGTGAGC 
AGTAACCCAA ACGGCAATAA TAACAACACC AGCAACACCA CCACCGTTGC CTCTTGTGGG 
AAAAACAAAG AGGAGAAACC AGGTAAAGCC CCAGGCAGCA GAGGCTCCAA GCGGGATAAG 
GATGCAGGAA AATCCAGGAA GGACAAGCAG CATGACCTGC AGCAGGGCCA CCCCAATGGC 
AGTGGGGGTG GCAATAGCCA AATTCCCTCT GGGCACCTCT ATGGCTTCGG GGCCAAGGGA 
AGCAGTGGTG GAAGCAGCAG CCCCTTCCAC TGCACCTCCT CTGCTGTGGG GGAGGTGAGC 
AAAAGCACCC CGGATTCAGG GTTAATGGGG AACTCTGTTT TGGTAAAGAA GGAAGAGGAG 
GAGGAGGAGA GCCACAGGCG AATCAAGAAA TTGAAAACAG AAAAGGTTGA TCCCCTGTTT 
ACAGTGCCTG CACCTCCACC TCCGATTTCC AGCAGTATCA CACCTCAGAT TCTGCCCTCC 
TACTTTTCCC CATCTTCATC CAATATTGCA GCACCAGTTG AGCAGCTTTT GGTACGGACA 
CGTTCAGTGG GTGTAAATAC TTGCGAGGTT GGAGTAGTAA CAGAACCCGA ATGCCTTGGA 
CCCTGTGAGC CTGGGACCAG CGTGAACTTG GAAGGAATTG TGTGGCATGA AACTGAAGAA 
GGTGTCCTGG TGGTAAACGT TACATGGAGG AACAAGACTT ACGTGGGAAC ACTGCTGGAC 
TGCACAAAGC ATGACTGGGC CCCTCCTAGG TTTTGTGAAT CGCCAACGAG TGACCTGGAA 
ATGCGCGGAG GACGGGGCAG GGGAAAGCGG GCAAGGTCCG CGGCAGCTGC GGCTGTACCC 
GGGAATGACG CGAGTTTTGC AGAGTCCAGA GGGCTCCAGA ATAAAAACCG AGGCGGTGCC 
AATGGGAAGG GGAGGAGGGG CAGCCTTAAC TCGAGTGGGC GCAGAACACC CCCAAACTGT 
GCCATGGATG AAGTCAAAGC CAGCCCCTCG TCCACAAACA AGAGGAAAAC TAAGCCTCCT 
ATGGAGCTGG ATTTGAACTC CAGTTCAGAG GACAATAAGT CTGGAAAACG CATTCGTACT 
AACTCTAGAA GCACTCCCAC CACCCCACAG GGGAAACCCG AGACTGCTTT TTTGGACCAA 
GGCTGCTCTT CCCCAGTGCT GATTGACTGC CCTCACCCCA ACTGCAACAA GAAGTACAAG 
CACATTAATG GATTACGTTA CCATCAGGCT CATGCACACT TAGACCCAGA AAACAAACTG 
GAGTTTGAGC CTGACAGTGA AGACAAAATT TCAGACTGCG AGGAAGCACT GAGTAATGTG 
GCACTTGAAT GCAGTGAGCA AAGCACAAAT TTGCCAGGCT TTGATCCACT AAAAGCACCG 
ACATCTCCTT CCTCCATTGC TACCCCAGGG ACCCCCAAGG GAAAGAGGGA ACTGACCAGC 
AATGGCTCTG GTTCAGTTAT AAGCTCCAAA ACTGGCAAGA ATTCTGGCAA AAAGAAGGGT 
CTGAACAGTG AATTGAACAG CCTTCCAGTA ATTTCTAACA TGGCAGCCAC ACTGGATAAT 
TGCTCAGTAG CAGATGGCAA TTTGCAAACC GAGATGCCAA AATTGGAGGC TGAAGGGTTA 
ATTGACAAGA AGAGTTTGGG TGATAAAGGC AAGAAATCGA ACAACTGCAA AGTGGATAAA 
AACCTTTCCA AGCTGAAAAC AGCCAGGCCC ATTGCCCCAG CGCCAGCACC AACTCCTCCC 
CAGTTAATAG CTATACCTAC TACAGCCTTT ACAACCACCA CTACAGGGAC AATTCCAGGA 
CTGCCCTCTC TAACAACTAC TATTGTTCAG GCTACACCAA AGAGCCCTCC ACTGAAACCC 
ATTCAACCAA AGCCCACAAT TATGGGAGAG CCAAGCACTG TAAACCCAGC TCTCACATCA 
CTCAAAGACA AAAAGAAAAA GGAGAAGCGA AAGCTGAAGG ACAAAGAAAG CAAAGAGACA 
GGCAGCCCCA AGATGGATTC TAAGCTGGGG AAGCTGGAGG ATTCAAAAGG GTCTGGAAAA 
GATTTATCTG GACATTTTTT AAAGGACCAT CTCAACAAGA ATGAAGTGCT AGCTAATGGA 
TTGTCAGAGT CTCAAGAGAG CAGGATGGCA AGCATCAAGG CTGAAGCTGA TAAAGTTTAC 
ACATTCACAG ACAATGCGCC CAGCCCTTCC ATAGGGAGTG CCTCCAGGAT GGAATGCAGC 
ACTTTGGTGA ATGGACAATC TGCCATGGCC CCACTGCACG TGTTGACACA GAATGGCGCA 
GACAGCACGG CCGCTAAAAC CAACAGCCCT GCTTACTCAG ATATTTCTGA TGCAGCTGAT 
GATGGTGGCT CTGACAGCAG GTCAGAGGGC ATGAGGTCAA AGGCCAGCTC TCCATCAGAT 
ATTATTTCTA ATAAGGATGG TGTTGTAAAA GGGCATTCTT CAACCACAGC ACAATCAGCT 
CAAGGAAAAG AGTCTCATTC TCCCTATTAC CATGGCTACG ATCCTTACTA TTCCCCAAGT 
TACTTGCACT CTGGACAGGT CAGTGCCCCA GCAGCTGGGA ACAGCAGTAC CCCGCAGGGG 
CTGAAGATTA AAAAAGAGGC TGAGGAAGAG GCTGAGAAGA AAGAGAAGGC AGAATCGTCA 
GATGCCAAGA AAAGCGAAAG CACTTCCTCT AATTTGCAGC CGCAACACCA GTCGGTAATA 
ACTCAAAGAC ACCCTGCACT TGCTCAGTCA CTTTATTATG GACAGTATGC CTATGGGCTC 
TATATGGACC AAAAGTCCTT AATGGCCTCC AACCCTGCTT ACAGGCAGCA GTATGAAAAA 
TATTATGAGG ACCAGAGACT AGCAGAACAG AAAATGGCAC AAAGTGGCAG GGACTGTGAA 
AGGAAGAGTG AACCCCCCTT GAAGGAGATT GGGAAGGATG ACAACAAGCA GAAAAATATT 
CCATCTGCCA CTATTTCAAA GGCCCCTTCA ACTCCGGAGT CCAGCAAAAA TAACACTAAA 
ATAGGGTCAT CAGTTCCTAA CAAAGTTGAG GAGACAAGCA AATCACAGAT CCTTTCCAAT 
CACCAGCAGC AGCTTCAGTC TGACACTTTC AAAGCCAAAC AAATGGAAAA CCACCAGCTT 
ATAAAGGAGG CTGTGGAGAT GAAATCTGTT ATGGACTCAA TGAAGCAGAC AGGAGTAGAT 
CCAACCACAA GATTTAAACA GGATCCAGAT TCACGAACAT GGCATCATTA TGTCTACCAG 
CCCAAATACC TAGATCAGCA AAAATCAGAA GAACTTGATC GTGAGAAAAA GTTAAAAGAA 
GACAGCCCTA GAAAAACACC TAACAAGGAA AGTTCCCTGC CTAACCTTCC TGTCTCATTA 
GCAAGCATTA AAGAGGAGCC TAAAGAGGTC AAGCGTTCTG ATTCTCAATC AGTGGATGAG 
AGCAAGATAA AAAGCGATGA TCAAAAGACT CCTGTAAACT GGAAGGACTC TCGGGGTGCT 
AGAGTCGCAG TTTCCTCACC AATGAGTCAG CACCAGTCAT ACATCCAGTA CTTGCACGCC 
TATCCGTATC CGCAGATGTA CGATCCCAAC CATCCAGCCT ACCGTGCAGT CTCTCCTGTC 
CTAATGCACA GCTACCCTGG GGCCTATCTC TCTCCAGGAT TTCATTATCC GGTTTATGGG 
AAGATGTCAG GGAGAGAAGA GGCAGAGAAA GTCAATACTA GCCCGAGCAT CAATGCAAAA 
TCAACCACTG AGTCCAAAGC ACTGGATTTG CTCCAGCAGC ATGCCAACCA GTACCGCAGC 
AAGTCACCTG TTCCTGTGGA AAAATCACCA GCTGAGCGTG AGCGGGAAGC AGAGAGGGAG 
CGAGACCGCC ATTCTCCTTT CAGCCAGCGG CATCTCCACA CACACCACCA CACACACGTT 
GGAATGGGCT ACCCCCTTAT ACCTGGACAG TATGACCCAT TTCAAGGATT GACCTCTGCT 
GCCCTTGTTG CCACTCAGCA GGTGGCTGCA CAGGCATCTG CATCTGGTAT GTTTCCTGCA 
CAAAGAAGGT AA