ZNF106 cDNA ORF clone, Eurypyga helias(sunbittern)

Gene
Clones
gRNAs

Summary

Gene Symbol	ZNF106
Entrez Gene ID	104509372
Full Name	zinc finger protein 106
Gene Type	protein-coding
Organism	Eurypyga helias(sunbittern)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010151302.1	XP_010149604.1	zinc finger protein 106 isoform X1
XM_010151303.1	XP_010149605.1	zinc finger protein 106 isoform X2

Pathways from BioSystems
Gene Ontology

The following ZNF106 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ZNF106 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
OEu98470	XM_010151303.1 Latest version!	Eurypyga helias zinc finger protein 106 (ZNF106), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
OEu98469	XM_010151302.1 Latest version!	Eurypyga helias zinc finger protein 106 (ZNF106), transcript variant X1, 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)

ZNF106 ( XM_010151303.1 ) cDNA ORF clone, Eurypyga helias(sunbittern) -> XP_010149605.1 Eurypyga helias zinc finger protein 106 (ZNF106), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OEu98470
Clone ID Related Accession (Same CDS sequence)	XM_010151303.1
Accession Version	XM_010151303.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3321bp) 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	2014-11-05
Organism	Eurypyga helias(sunbittern)
Product	zinc finger protein 106 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_010249324.1) 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 :: Eurypyga helias 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##

ATGGTTCAAG AACGAAAATG CATATTATGT CATATTATGT ACAAGTCAAA AAAGGAGATG 
GAAGAACACA TGAGAAGCAT GCTTCACCAC AGAGAGCTTG AAAACTTGAA GGGAAGGTTT 
GGCATAGAGA TGGTGCCTCT TGTTCAAAAT GAGCAAGAGG GTCTAGAACT CGGTGAAGAA 
TCCGATCTGT CTACTCTGGA AGGATTCCAA TGGGAAGGGA TTTCCTTAGC AGTAGCTGGC 
TCAGCCAGAA AACGTAGCTT TTCTGAAAGC AGTGTCATTG CAGACAGAAA TCCTTCAGCT 
TATAGCTTCT TCACTGAACA AGCCAAAGCA AAAGAAAGTG GACAAAGGCA AATAATTGCA 
GCCAGCCACT CACATCACAC AGCACCTGGG TGTGAGGCAA GCACTGACAT TGAGGTTGGC 
TTGAAAGGGG AGAAATCATC TCTTCCTTTG TCACCATTTC TGTCTGAAAG AACCGAGACT 
GGTGGAAGGA GACACAGCCT ACAGACCACC TCTGAGGTCG CAGGTCTTGC AAAACAAGAC 
CAGGAGAGCC CAGAGAAGAG AACACCTCTT CTTGAAAAAC AGAATGTACT TGAAATCTTG 
GAAGAAAATC GTCCAGCTTC AAATAATGCT TCACTGCTTG CAGTGTCTAA TAACATAGAT 
GCAGCTACAG ACAGTAGCTG CACATCTGGT ACTGAGCAGA ATGACAGCCA AGGAATTGGA 
AAGAAACGAA GAGCAACTGG AGAGGGATCT TTTCCTGAAA TCCCTAGTCT AGAGAGAAAG 
AATAAGAGAA GAAAAATCAA AGGTAAAAAA GAACGTTCTC AGGTAGACCA GTTGTTGGCT 
ATATCACTGA GGGAAGAAGA GTTAATCAAG TCCCTGCGTA GTGTGGACAG CAGTCTTTTG 
CAGGCTAGGT CTGCCCTGCA TGCTGCGTAT GTTGAGGTTC AACAGTTCCT TGTACTACAG 
CAACAGATAA CCATGGAAAT GAGTACACTG AGAAGTCAGA GAATCCAGAT CTTGCAGGGG 
CTACAAGACA CGTATGAACC TTCCGAACTA TCAGAGCAAC TGTCCTGCAG TGTCTTAAGT 
GAGAGAAGAA ATAGCAAATC TCAGATGGCA GCTGACTTGA TTCCTGCAGG CTCCTTCTTG 
CCCTTTTTGG ACACTTCGTC TTCTATACCT CCTCTGGGAG CGGCTGTTCA TGTAAACATG 
CCATCACCAT TCCAGTCTTC CGGCAGCACG TCTGCTGCTC CTCCTGACTC CTCAGTACAA 
GTTAAACGAG AACCTGTGTC TCCAAAAGGC TCAGAAGAAA ATGTGAATTC CGTACTCCAG 
AGCTCTTCAT GTGCTTCACG AGCAAAAGAG ATGGAGCGGA AGGATGATGA GACCAACCAG 
AAAACTTCAG TGTTTCCAGT TCTCTCTGCA TACATATCCA TATCAGAGCT GGCAGCTTGT 
TTCCAACACG CTAATCAAGA TGTTCACAAG CCTGCTGTGG ACAGGGGAAA GGCTGGACTT 
CCTGAGAACC CTTCTTCTCA TTCACTCTCT GTTTTCAGCA AGAGAGAAGC AAATGGTACA 
GTGACTGAAA GCTTTTTACC GAATCAGTGT AGCACTTCCC TTCCAAAGCA TTCAGTCCTT 
CTAGAAATGC CAATGGATAA AACCCCCAGT CTGTCAGCAG AACTGTCTGA GCAATGGACG 
GCAACCACTG TAGTCCCAGC AGAAAAAGGG AACAGGAGGA GGAGAAAGTT AAGGAAGAAG 
AAAACTCTGA GGGCAGCCCA CGTGCCAGAG AACAGTGATA CAGAACAGGA TATAATTGAA 
TCTAAGCCTG TCCGGAAAGT CAAGGGTGGA AAAGTTCCTA AAGGAGAAAA AGTTACTACA 
TCCACTCTTC CAAGACTGGA AGATGGAGCT ACTGCTCAAA CAGCAAGAAA CAAAGATGAG 
AATGCCAGTG ATGCTTCCCT GGAACTAGTG GAACTTCCAG CACCCCAGTG TGAGGTGGTT 
GACGTTGGTT CATCAGAGTT GGGTGACGAG AAACCAGACA ACCCGTCAAA GAGGGCTTCA 
CGCAGCGCTG GGGATCAAGC AGTTCTAGAG GCGTTTTGCT CTGGTTATGA TGAAGTGAGC 
TCTACCAGTG ACACTCTCAT AGATTATAGG GATGATGGGA AAAGTGTGAC TGAGTTGCAG 
AATTCCATAT CATCCCTAAG AGGGTCAAAG AACTCATCAG AAGTGTCTTC AGAGCCAGGT 
GAGGATGAAG AACCTACAGA GGGAGACTTT GAGGGACACC TGGCGGCAGT GAATGCCATG 
CAGATTTTTG GGAATTTGTT GTATACCTGC TCAGCAGACA AAACTGTTCG TGCCTACAGT 
CTGGTTAGCA GGAAGTGCGT GGCCATCTTT GAAGGACATA CTTCAAAAGT GAACTGCCTC 
CTGGTCACTC AGACGTATGG GAAGAACGCT GCACTCTACA CTGGCTCAAG TGACCACACT 
ATCAACTGTT ACAATATCAA GACCAGAGAG TGTATGGAAC AGTTTAAACT GGAAGATCGA 
GTGCTCTGTT TACACAGTAG ATGGCGGATC CTTTATGCAG GCCTAGCAAA TGGCAGTGTG 
GTTACTTTCA GCATAAAGAA CAACAAGCAG ATCGATACCT TTGAATGCCA TGGCCCTAGA 
GCAGTGAGCT GTCTAGCCAC AGCTCAGGAA GGAGCATGCA AGCTGTTGGT AGTGGGCTCC 
TACGACTGCA CCATCAGCGT GCGAGATGCA CAGAATGGGC TGCTTCTCAG AACCCTGGAA 
GGACACAGCA AAACTATACT CTGCATGAAG GTGGTGAATG ATCTGGTATT CAGTGGCTCC 
AGTGATCAGT CTGTCCATGC ACACAACATT CATACTGGAG AGCTGGTACG GATCTATAAA 
GGCCACAACC ATGCAGTAAC AGTTGTCAAC ATTCTTGGCA AGGTGATGGT GACAGCATGC 
CTGGATAAAT TTGTTCGTGT TTATGAACTA CAGTCAAATG ACCGCTTGCA AGTCTACGGA 
GGCCACACTG ATATGATCAT GTGTATGACC ATCCATAAGA GCATGATCTA CACTGGATGT 
TACGATGGCA GTGTGAGAGC TGTGAGGCTT AATCTGATGC AGAATTATCG TTGCTGGTGG 
CATGGATGTT CACTGATCTT TGGAGTTGTG GACCATCTGA AACAACACTT GCTAAATGAC 
CACACCAACC CAAATTTTCA GACCCTGAAA TGTCGTTGGA AGAACTGTGA TGCTTTCTTC 
ACTTCCAGGA AAGGTTCCAA ACAGGATGCT GTAGGGCACA TTGAAAGACA TGCTGAGGAT 
GACAGCAGGA TTGACTCATG A

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

RefSeq	XP_010149605.1
CDS	1..3321
Translation	MVQERKCILCHIMYKSKKEMEEHMRSMLHHRELENLKGRFGIEMVPLVQNEQEGLELGEESDLSTLEGFQWEGISLAVAGSARKRSFSESSVIADRNPSAYSFFTEQAKAKESGQRQIIAASHSHHTAPGCEASTDIEVGLKGEKSSLPLSPFLSERTETGGRRHSLQTTSEVAGLAKQDQESPEKRTPLLEKQNVLEILEENRPASNNASLLAVSNNIDAATDSSCTSGTEQNDSQGIGKKRRATGEGSFPEIPSLERKNKRRKIKGKKERSQVDQLLAISLREEELIKSLRSVDSSLLQARSALHAAYVEVQQFLVLQQQITMEMSTLRSQRIQILQGLQDTYEPSELSEQLSCSVLSERRNSKSQMAADLIPAGSFLPFLDTSSSIPPLGAAVHVNMPSPFQSSGSTSAAPPDSSVQVKREPVSPKGSEENVNSVLQSSSCASRAKEMERKDDETNQKTSVFPVLSAYISISELAACFQHANQDVHKPAVDRGKAGLPENPSSHSLSVFSKREANGTVTESFLPNQCSTSLPKHSVLLEMPMDKTPSLSAELSEQWTATTVVPAEKGNRRRRKLRKKKTLRAAHVPENSDTEQDIIESKPVRKVKGGKVPKGEKVTTSTLPRLEDGATAQTARNKDENASDASLELVELPAPQCEVVDVGSSELGDEKPDNPSKRASRSAGDQAVLEAFCSGYDEVSSTSDTLIDYRDDGKSVTELQNSISSLRGSKNSSEVSSEPGEDEEPTEGDFEGHLAAVNAMQIFGNLLYTCSADKTVRAYSLVSRKCVAIFEGHTSKVNCLLVTQTYGKNAALYTGSSDHTINCYNIKTRECMEQFKLEDRVLCLHSRWRILYAGLANGSVVTFSIKNNKQIDTFECHGPRAVSCLATAQEGACKLLVVGSYDCTISVRDAQNGLLLRTLEGHSKTILCMKVVNDLVFSGSSDQSVHAHNIHTGELVRIYKGHNHAVTVVNILGKVMVTACLDKFVRVYELQSNDRLQVYGGHTDMIMCMTIHKSMIYTGCYDGSVRAVRLNLMQNYRCWWHGCSLIFGVVDHLKQHLLNDHTNPNFQTLKCRWKNCDAFFTSRKGSKQDAVGHIERHAEDDSRIDS

Target ORF information:

RefSeq Version	XM_010151303.1
Organism	Eurypyga helias(sunbittern)
Definition	Eurypyga helias zinc finger protein 106 (ZNF106), transcript variant X2, mRNA.

Target ORF information:

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

XM_010151303.1

ORF Insert Sequence:

ATGGTTCAAG AACGAAAATG CATATTATGT CATATTATGT ACAAGTCAAA AAAGGAGATG 
GAAGAACACA TGAGAAGCAT GCTTCACCAC AGAGAGCTTG AAAACTTGAA GGGAAGGTTT 
GGCATAGAGA TGGTGCCTCT TGTTCAAAAT GAGCAAGAGG GTCTAGAACT CGGTGAAGAA 
TCCGATCTGT CTACTCTGGA AGGATTCCAA TGGGAAGGGA TTTCCTTAGC AGTAGCTGGC 
TCAGCCAGAA AACGTAGCTT TTCTGAAAGC AGTGTCATTG CAGACAGAAA TCCTTCAGCT 
TATAGCTTCT TCACTGAACA AGCCAAAGCA AAAGAAAGTG GACAAAGGCA AATAATTGCA 
GCCAGCCACT CACATCACAC AGCACCTGGG TGTGAGGCAA GCACTGACAT TGAGGTTGGC 
TTGAAAGGGG AGAAATCATC TCTTCCTTTG TCACCATTTC TGTCTGAAAG AACCGAGACT 
GGTGGAAGGA GACACAGCCT ACAGACCACC TCTGAGGTCG CAGGTCTTGC AAAACAAGAC 
CAGGAGAGCC CAGAGAAGAG AACACCTCTT CTTGAAAAAC AGAATGTACT TGAAATCTTG 
GAAGAAAATC GTCCAGCTTC AAATAATGCT TCACTGCTTG CAGTGTCTAA TAACATAGAT 
GCAGCTACAG ACAGTAGCTG CACATCTGGT ACTGAGCAGA ATGACAGCCA AGGAATTGGA 
AAGAAACGAA GAGCAACTGG AGAGGGATCT TTTCCTGAAA TCCCTAGTCT AGAGAGAAAG 
AATAAGAGAA GAAAAATCAA AGGTAAAAAA GAACGTTCTC AGGTAGACCA GTTGTTGGCT 
ATATCACTGA GGGAAGAAGA GTTAATCAAG TCCCTGCGTA GTGTGGACAG CAGTCTTTTG 
CAGGCTAGGT CTGCCCTGCA TGCTGCGTAT GTTGAGGTTC AACAGTTCCT TGTACTACAG 
CAACAGATAA CCATGGAAAT GAGTACACTG AGAAGTCAGA GAATCCAGAT CTTGCAGGGG 
CTACAAGACA CGTATGAACC TTCCGAACTA TCAGAGCAAC TGTCCTGCAG TGTCTTAAGT 
GAGAGAAGAA ATAGCAAATC TCAGATGGCA GCTGACTTGA TTCCTGCAGG CTCCTTCTTG 
CCCTTTTTGG ACACTTCGTC TTCTATACCT CCTCTGGGAG CGGCTGTTCA TGTAAACATG 
CCATCACCAT TCCAGTCTTC CGGCAGCACG TCTGCTGCTC CTCCTGACTC CTCAGTACAA 
GTTAAACGAG AACCTGTGTC TCCAAAAGGC TCAGAAGAAA ATGTGAATTC CGTACTCCAG 
AGCTCTTCAT GTGCTTCACG AGCAAAAGAG ATGGAGCGGA AGGATGATGA GACCAACCAG 
AAAACTTCAG TGTTTCCAGT TCTCTCTGCA TACATATCCA TATCAGAGCT GGCAGCTTGT 
TTCCAACACG CTAATCAAGA TGTTCACAAG CCTGCTGTGG ACAGGGGAAA GGCTGGACTT 
CCTGAGAACC CTTCTTCTCA TTCACTCTCT GTTTTCAGCA AGAGAGAAGC AAATGGTACA 
GTGACTGAAA GCTTTTTACC GAATCAGTGT AGCACTTCCC TTCCAAAGCA TTCAGTCCTT 
CTAGAAATGC CAATGGATAA AACCCCCAGT CTGTCAGCAG AACTGTCTGA GCAATGGACG 
GCAACCACTG TAGTCCCAGC AGAAAAAGGG AACAGGAGGA GGAGAAAGTT AAGGAAGAAG 
AAAACTCTGA GGGCAGCCCA CGTGCCAGAG AACAGTGATA CAGAACAGGA TATAATTGAA 
TCTAAGCCTG TCCGGAAAGT CAAGGGTGGA AAAGTTCCTA AAGGAGAAAA AGTTACTACA 
TCCACTCTTC CAAGACTGGA AGATGGAGCT ACTGCTCAAA CAGCAAGAAA CAAAGATGAG 
AATGCCAGTG ATGCTTCCCT GGAACTAGTG GAACTTCCAG CACCCCAGTG TGAGGTGGTT 
GACGTTGGTT CATCAGAGTT GGGTGACGAG AAACCAGACA ACCCGTCAAA GAGGGCTTCA 
CGCAGCGCTG GGGATCAAGC AGTTCTAGAG GCGTTTTGCT CTGGTTATGA TGAAGTGAGC 
TCTACCAGTG ACACTCTCAT AGATTATAGG GATGATGGGA AAAGTGTGAC TGAGTTGCAG 
AATTCCATAT CATCCCTAAG AGGGTCAAAG AACTCATCAG AAGTGTCTTC AGAGCCAGGT 
GAGGATGAAG AACCTACAGA GGGAGACTTT GAGGGACACC TGGCGGCAGT GAATGCCATG 
CAGATTTTTG GGAATTTGTT GTATACCTGC TCAGCAGACA AAACTGTTCG TGCCTACAGT 
CTGGTTAGCA GGAAGTGCGT GGCCATCTTT GAAGGACATA CTTCAAAAGT GAACTGCCTC 
CTGGTCACTC AGACGTATGG GAAGAACGCT GCACTCTACA CTGGCTCAAG TGACCACACT 
ATCAACTGTT ACAATATCAA GACCAGAGAG TGTATGGAAC AGTTTAAACT GGAAGATCGA 
GTGCTCTGTT TACACAGTAG ATGGCGGATC CTTTATGCAG GCCTAGCAAA TGGCAGTGTG 
GTTACTTTCA GCATAAAGAA CAACAAGCAG ATCGATACCT TTGAATGCCA TGGCCCTAGA 
GCAGTGAGCT GTCTAGCCAC AGCTCAGGAA GGAGCATGCA AGCTGTTGGT AGTGGGCTCC 
TACGACTGCA CCATCAGCGT GCGAGATGCA CAGAATGGGC TGCTTCTCAG AACCCTGGAA 
GGACACAGCA AAACTATACT CTGCATGAAG GTGGTGAATG ATCTGGTATT CAGTGGCTCC 
AGTGATCAGT CTGTCCATGC ACACAACATT CATACTGGAG AGCTGGTACG GATCTATAAA 
GGCCACAACC ATGCAGTAAC AGTTGTCAAC ATTCTTGGCA AGGTGATGGT GACAGCATGC 
CTGGATAAAT TTGTTCGTGT TTATGAACTA CAGTCAAATG ACCGCTTGCA AGTCTACGGA 
GGCCACACTG ATATGATCAT GTGTATGACC ATCCATAAGA GCATGATCTA CACTGGATGT 
TACGATGGCA GTGTGAGAGC TGTGAGGCTT AATCTGATGC AGAATTATCG TTGCTGGTGG 
CATGGATGTT CACTGATCTT TGGAGTTGTG GACCATCTGA AACAACACTT GCTAAATGAC 
CACACCAACC CAAATTTTCA GACCCTGAAA TGTCGTTGGA AGAACTGTGA TGCTTTCTTC 
ACTTCCAGGA AAGGTTCCAA ACAGGATGCT GTAGGGCACA TTGAAAGACA TGCTGAGGAT 
GACAGCAGGA TTGACTCATG A

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

ZNF106 ( XM_010151302.1 ) cDNA ORF clone, Eurypyga helias(sunbittern) -> XP_010149604.1 Eurypyga helias zinc finger protein 106 (ZNF106), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OEu98469
Clone ID Related Accession (Same CDS sequence)	XM_010151302.1
Accession Version	XM_010151302.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5616bp) 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	2014-11-05
Organism	Eurypyga helias(sunbittern)
Product	zinc finger protein 106 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_010249324.1) 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 :: Eurypyga helias 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##

ATGGTTCAAG AACGAAAATG CATATTATGT CATATTATGT ACAAGTCAAA AAAGGAGATG 
GAAGAACACA TGAGAAGCAT GCTTCACCAC AGAGAGCTTG AAAACTTGAA GGGAAGGGAC 
AGCAACCATG AATGCCGGGT GTGCAGGGTG ACACTGGTGG GTTTGTCAGC ATATGCCAAG 
CACATCTCCA GCCAGCTGCA CAAAGACAAT GTTGATGCCC ATGACAGAAA AGGAGAGGAG 
AAAGAAGAGG CAGAAGAAGA ATACCTTGAC AAAGAACTCA TTCAGCTCAT CAAGCAAAAG 
AAGGAACAGA ACCGGCAAGC CGAACCAAGC TGTGCAAACC AAGAATTAGA ATGTGATGAT 
AGGAGATCAC AGAGAAGGCG AGAAGAAAGA GCTGCTTACA AAGAAAGAGA AGCTTATGAT 
CAGTCATCAA GACATCATCG TAATGCATCA CAAAGGGACT GGAAGTGGGA AAAGGATGAT 
TATATTAGTT GTAGACAAAG CAAATTTTCA CACAGTCAGA GGAACATGAA TATAAACAGA 
CATTCAGGTG GCCCAAGGGG ACGCTCTGGC TGGCACCAAA ATGTTTCAGG AAGCTCTTCA 
AGTCGGCGTA AATATGGCAA TTCTGGAAAT GTTTGGCATC CAAATGGGCG GGGAAGAGGA 
ACATCAAATT GGCATCATGG TGCCAGGGAT AGAAATTCTA CTTGGCATTT AGAAGGAACA 
GTTCCTTTTT CTAGCTGGAA TTCCAAGAGT TATGGAGGAA ACAGGAAATG TACTTCTCAT 
GGTGCAAATG ATTGGAATTT TGGAAGCTCA GGAGATAAAT ATTCAGTAGA TCCAATTAAA 
TATAATAAGG AAAGATATGT GCGGCAGTGG CAGGAGAAAG ACACTGATGT TCTCCCATAT 
AGAGATAGAA AAAATAGGAG TGACTTGCTT GATTTTACTA GTGATAAACT TCCTTCTGAG 
AGGGCATTGG ATTTTAGTAT GGTGAAGCAA CCAGAAAGCA AAAGAGCCAG TGGAAAAAGT 
GGCAGCCCTT CCAGAGATAA AATGCATCGC TGGACTCCCT ATCCATCCCA GAAAGCTGCA 
GAGCCGCCGC AACCACGGTC TGAAGATAAC GTTTCTAACA CTTCAGATAA AATGGATTCT 
GCATTTATGC CTCTTACTGA TTCATCATTG AAAGGAAAAA CTTGTGAACC CAATGTTAGC 
CTTTCAAAAC TTAAAAATCT TGAAGCATCT CCACCTTCTA ATGTAACCTC AGATCACCTT 
GATTCTTGCA AGGTAATTGA AGACTCTTCC AGTGGTGAAA ACCCAGACAA GGATGATAGC 
AGAAGCAATA GGATGCCATT GCTGAAATCC CCTCTTCTAA ATATCACAGA CATGAAGTTG 
TCTTCCCCAA AGCAAGACAG AAACAGTATC TTAAAAAAGA TCAAGCTTCT ATTATCCTCA 
GCTAGTGGCA AAGAGCAGAA TCATTTGAAT GCGCTGAAAT TGGAAACAAA CGGTCTCTCC 
TCTTACTCAT CGAAGCTGCC TGGTGCATGT GCTGATAACT TAGAAGACAA CAAAGATGTG 
CTTGACAGCA AGCTTGGAGA GACTGTTAGT AATTTAAGTG AAGCAAAGGA AGACCCCAAA 
GATACGCAAT CCAACCGTTC CTTGCAGAAT GCTCCCTTAA GATCTTGCAA GGTTACAAGT 
GACCAGAATA AGGAAGAAAC TGGGAAAGCA TTGCCAAAGG ATGAGTTCAA AATCAGTTCA 
TTACAAGATG TGAGCGATGA CAGTTTAATG GGAAGAGAGA AGTTAAACGC AAGAGTTGAA 
AAGTTGGGTT CTTCTGTTAG TTCTTATTTA CCCCATGACA CTCCAGAAGG TAAACCTGCC 
ACCTCTGAAA AGGAAGATGA TGAAAAGCCA TCTGCTTCAA GTATTGCTTC TGCTGATCTA 
AAAGATTCTA TGTTTCAGAT GGAATCCACA GTTTCTCCAT CAAGTGGTCA GGACCATTTG 
CATATGGATT TGAAAACCTC CCCGCAGGAT GGAGAAGGGG ATGAAGAACG TGTCAACTCA 
CAGGATCACT TAGAAATGGA AGGTTTTGAA AATCCTTCAG ATCATGAGCT GCAGAAAGGG 
GGAAGCCAGT CACTAGGCCT CCTTCTTCCT GATTTAAGCA AACTTGGCCT CCCAGCCTCT 
CTGCAAAGAG ACCTGACACG ACATATTAGT CTGAAGAGCA AAGTCGGGAC TCATCTTCCA 
GAGCCCAATC TCAATAACGC ACGGCGCATT CGGAATGTGA GCGGCCATCG GAGAAGTGAG 
ACAGAGAAGG AGTCGGGGCT TAAACCCACC CTCAGGCAGA TTCTTAGTGC TTCCCGTCGA 
AATGTAAACT GGGATCAAGT CATCCAGCAG GTAACCAAGA AGAAACAGGA ACTTGGCAAA 
GGTTTACCAA GGTTTGGCAT AGAGATGGTG CCTCTTGTTC AAAATGAGCA AGAGGGTCTA 
GAACTCGGTG AAGAATCCGA TCTGTCTACT CTGGAAGGAT TCCAATGGGA AGGGATTTCC 
TTAGCAGTAG CTGGCTCAGC CAGAAAACGT AGCTTTTCTG AAAGCAGTGT CATTGCAGAC 
AGAAATCCTT CAGCTTATAG CTTCTTCACT GAACAAGCCA AAGCAAAAGA AAGTGGACAA 
AGGCAAATAA TTGCAGCCAG CCACTCACAT CACACAGCAC CTGGGTGTGA GGCAAGCACT 
GACATTGAGG TTGGCTTGAA AGGGGAGAAA TCATCTCTTC CTTTGTCACC ATTTCTGTCT 
GAAAGAACCG AGACTGGTGG AAGGAGACAC AGCCTACAGA CCACCTCTGA GGTCGCAGGT 
CTTGCAAAAC AAGACCAGGA GAGCCCAGAG AAGAGAACAC CTCTTCTTGA AAAACAGAAT 
GTACTTGAAA TCTTGGAAGA AAATCGTCCA GCTTCAAATA ATGCTTCACT GCTTGCAGTG 
TCTAATAACA TAGATGCAGC TACAGACAGT AGCTGCACAT CTGGTACTGA GCAGAATGAC 
AGCCAAGGAA TTGGAAAGAA ACGAAGAGCA ACTGGAGAGG GATCTTTTCC TGAAATCCCT 
AGTCTAGAGA GAAAGAATAA GAGAAGAAAA ATCAAAGGTA AAAAAGAACG TTCTCAGGTA 
GACCAGTTGT TGGCTATATC ACTGAGGGAA GAAGAGTTAA TCAAGTCCCT GCGTAGTGTG 
GACAGCAGTC TTTTGCAGGC TAGGTCTGCC CTGCATGCTG CGTATGTTGA GGTTCAACAG 
TTCCTTGTAC TACAGCAACA GATAACCATG GAAATGAGTA CACTGAGAAG TCAGAGAATC 
CAGATCTTGC AGGGGCTACA AGACACGTAT GAACCTTCCG AACTATCAGA GCAACTGTCC 
TGCAGTGTCT TAAGTGAGAG AAGAAATAGC AAATCTCAGA TGGCAGCTGA CTTGATTCCT 
GCAGGCTCCT TCTTGCCCTT TTTGGACACT TCGTCTTCTA TACCTCCTCT GGGAGCGGCT 
GTTCATGTAA ACATGCCATC ACCATTCCAG TCTTCCGGCA GCACGTCTGC TGCTCCTCCT 
GACTCCTCAG TACAAGTTAA ACGAGAACCT GTGTCTCCAA AAGGCTCAGA AGAAAATGTG 
AATTCCGTAC TCCAGAGCTC TTCATGTGCT TCACGAGCAA AAGAGATGGA GCGGAAGGAT 
GATGAGACCA ACCAGAAAAC TTCAGTGTTT CCAGTTCTCT CTGCATACAT ATCCATATCA 
GAGCTGGCAG CTTGTTTCCA ACACGCTAAT CAAGATGTTC ACAAGCCTGC TGTGGACAGG 
GGAAAGGCTG GACTTCCTGA GAACCCTTCT TCTCATTCAC TCTCTGTTTT CAGCAAGAGA 
GAAGCAAATG GTACAGTGAC TGAAAGCTTT TTACCGAATC AGTGTAGCAC TTCCCTTCCA 
AAGCATTCAG TCCTTCTAGA AATGCCAATG GATAAAACCC CCAGTCTGTC AGCAGAACTG 
TCTGAGCAAT GGACGGCAAC CACTGTAGTC CCAGCAGAAA AAGGGAACAG GAGGAGGAGA 
AAGTTAAGGA AGAAGAAAAC TCTGAGGGCA GCCCACGTGC CAGAGAACAG TGATACAGAA 
CAGGATATAA TTGAATCTAA GCCTGTCCGG AAAGTCAAGG GTGGAAAAGT TCCTAAAGGA 
GAAAAAGTTA CTACATCCAC TCTTCCAAGA CTGGAAGATG GAGCTACTGC TCAAACAGCA 
AGAAACAAAG ATGAGAATGC CAGTGATGCT TCCCTGGAAC TAGTGGAACT TCCAGCACCC 
CAGTGTGAGG TGGTTGACGT TGGTTCATCA GAGTTGGGTG ACGAGAAACC AGACAACCCG 
TCAAAGAGGG CTTCACGCAG CGCTGGGGAT CAAGCAGTTC TAGAGGCGTT TTGCTCTGGT 
TATGATGAAG TGAGCTCTAC CAGTGACACT CTCATAGATT ATAGGGATGA TGGGAAAAGT 
GTGACTGAGT TGCAGAATTC CATATCATCC CTAAGAGGGT CAAAGAACTC ATCAGAAGTG 
TCTTCAGAGC CAGGTGAGGA TGAAGAACCT ACAGAGGGAG ACTTTGAGGG ACACCTGGCG 
GCAGTGAATG CCATGCAGAT TTTTGGGAAT TTGTTGTATA CCTGCTCAGC AGACAAAACT 
GTTCGTGCCT ACAGTCTGGT TAGCAGGAAG TGCGTGGCCA TCTTTGAAGG ACATACTTCA 
AAAGTGAACT GCCTCCTGGT CACTCAGACG TATGGGAAGA ACGCTGCACT CTACACTGGC 
TCAAGTGACC ACACTATCAA CTGTTACAAT ATCAAGACCA GAGAGTGTAT GGAACAGTTT 
AAACTGGAAG ATCGAGTGCT CTGTTTACAC AGTAGATGGC GGATCCTTTA TGCAGGCCTA 
GCAAATGGCA GTGTGGTTAC TTTCAGCATA AAGAACAACA AGCAGATCGA TACCTTTGAA 
TGCCATGGCC CTAGAGCAGT GAGCTGTCTA GCCACAGCTC AGGAAGGAGC ATGCAAGCTG 
TTGGTAGTGG GCTCCTACGA CTGCACCATC AGCGTGCGAG ATGCACAGAA TGGGCTGCTT 
CTCAGAACCC TGGAAGGACA CAGCAAAACT ATACTCTGCA TGAAGGTGGT GAATGATCTG 
GTATTCAGTG GCTCCAGTGA TCAGTCTGTC CATGCACACA ACATTCATAC TGGAGAGCTG 
GTACGGATCT ATAAAGGCCA CAACCATGCA GTAACAGTTG TCAACATTCT TGGCAAGGTG 
ATGGTGACAG CATGCCTGGA TAAATTTGTT CGTGTTTATG AACTACAGTC AAATGACCGC 
TTGCAAGTCT ACGGAGGCCA CACTGATATG ATCATGTGTA TGACCATCCA TAAGAGCATG 
ATCTACACTG GATGTTACGA TGGCAGTGTG AGAGCTGTGA GGCTTAATCT GATGCAGAAT 
TATCGTTGCT GGTGGCATGG ATGTTCACTG ATCTTTGGAG TTGTGGACCA TCTGAAACAA 
CACTTGCTAA ATGACCACAC CAACCCAAAT TTTCAGACCC TGAAATGTCG TTGGAAGAAC 
TGTGATGCTT TCTTCACTTC CAGGAAAGGT TCCAAACAGG ATGCTGTAGG GCACATTGAA 
AGACATGCTG AGGATGACAG CAGGATTGAC TCATGA

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

RefSeq	XP_010149604.1
CDS	29..5644
Translation	MVQERKCILCHIMYKSKKEMEEHMRSMLHHRELENLKGRDSNHECRVCRVTLVGLSAYAKHISSQLHKDNVDAHDRKGEEKEEAEEEYLDKELIQLIKQKKEQNRQAEPSCANQELECDDRRSQRRREERAAYKEREAYDQSSRHHRNASQRDWKWEKDDYISCRQSKFSHSQRNMNINRHSGGPRGRSGWHQNVSGSSSSRRKYGNSGNVWHPNGRGRGTSNWHHGARDRNSTWHLEGTVPFSSWNSKSYGGNRKCTSHGANDWNFGSSGDKYSVDPIKYNKERYVRQWQEKDTDVLPYRDRKNRSDLLDFTSDKLPSERALDFSMVKQPESKRASGKSGSPSRDKMHRWTPYPSQKAAEPPQPRSEDNVSNTSDKMDSAFMPLTDSSLKGKTCEPNVSLSKLKNLEASPPSNVTSDHLDSCKVIEDSSSGENPDKDDSRSNRMPLLKSPLLNITDMKLSSPKQDRNSILKKIKLLLSSASGKEQNHLNALKLETNGLSSYSSKLPGACADNLEDNKDVLDSKLGETVSNLSEAKEDPKDTQSNRSLQNAPLRSCKVTSDQNKEETGKALPKDEFKISSLQDVSDDSLMGREKLNARVEKLGSSVSSYLPHDTPEGKPATSEKEDDEKPSASSIASADLKDSMFQMESTVSPSSGQDHLHMDLKTSPQDGEGDEERVNSQDHLEMEGFENPSDHELQKGGSQSLGLLLPDLSKLGLPASLQRDLTRHISLKSKVGTHLPEPNLNNARRIRNVSGHRRSETEKESGLKPTLRQILSASRRNVNWDQVIQQVTKKKQELGKGLPRFGIEMVPLVQNEQEGLELGEESDLSTLEGFQWEGISLAVAGSARKRSFSESSVIADRNPSAYSFFTEQAKAKESGQRQIIAASHSHHTAPGCEASTDIEVGLKGEKSSLPLSPFLSERTETGGRRHSLQTTSEVAGLAKQDQESPEKRTPLLEKQNVLEILEENRPASNNASLLAVSNNIDAATDSSCTSGTEQNDSQGIGKKRRATGEGSFPEIPSLERKNKRRKIKGKKERSQVDQLLAISLREEELIKSLRSVDSSLLQARSALHAAYVEVQQFLVLQQQITMEMSTLRSQRIQILQGLQDTYEPSELSEQLSCSVLSERRNSKSQMAADLIPAGSFLPFLDTSSSIPPLGAAVHVNMPSPFQSSGSTSAAPPDSSVQVKREPVSPKGSEENVNSVLQSSSCASRAKEMERKDDETNQKTSVFPVLSAYISISELAACFQHANQDVHKPAVDRGKAGLPENPSSHSLSVFSKREANGTVTESFLPNQCSTSLPKHSVLLEMPMDKTPSLSAELSEQWTATTVVPAEKGNRRRRKLRKKKTLRAAHVPENSDTEQDIIESKPVRKVKGGKVPKGEKVTTSTLPRLEDGATAQTARNKDENASDASLELVELPAPQCEVVDVGSSELGDEKPDNPSKRASRSAGDQAVLEAFCSGYDEVSSTSDTLIDYRDDGKSVTELQNSISSLRGSKNSSEVSSEPGEDEEPTEGDFEGHLAAVNAMQIFGNLLYTCSADKTVRAYSLVSRKCVAIFEGHTSKVNCLLVTQTYGKNAALYTGSSDHTINCYNIKTRECMEQFKLEDRVLCLHSRWRILYAGLANGSVVTFSIKNNKQIDTFECHGPRAVSCLATAQEGACKLLVVGSYDCTISVRDAQNGLLLRTLEGHSKTILCMKVVNDLVFSGSSDQSVHAHNIHTGELVRIYKGHNHAVTVVNILGKVMVTACLDKFVRVYELQSNDRLQVYGGHTDMIMCMTIHKSMIYTGCYDGSVRAVRLNLMQNYRCWWHGCSLIFGVVDHLKQHLLNDHTNPNFQTLKCRWKNCDAFFTSRKGSKQDAVGHIERHAEDDSRIDS

Target ORF information:

RefSeq Version	XM_010151302.1
Organism	Eurypyga helias(sunbittern)
Definition	Eurypyga helias zinc finger protein 106 (ZNF106), transcript variant X1, mRNA.

Target ORF information:

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

XM_010151302.1

ORF Insert Sequence:

ATGGTTCAAG AACGAAAATG CATATTATGT CATATTATGT ACAAGTCAAA AAAGGAGATG 
GAAGAACACA TGAGAAGCAT GCTTCACCAC AGAGAGCTTG AAAACTTGAA GGGAAGGGAC 
AGCAACCATG AATGCCGGGT GTGCAGGGTG ACACTGGTGG GTTTGTCAGC ATATGCCAAG 
CACATCTCCA GCCAGCTGCA CAAAGACAAT GTTGATGCCC ATGACAGAAA AGGAGAGGAG 
AAAGAAGAGG CAGAAGAAGA ATACCTTGAC AAAGAACTCA TTCAGCTCAT CAAGCAAAAG 
AAGGAACAGA ACCGGCAAGC CGAACCAAGC TGTGCAAACC AAGAATTAGA ATGTGATGAT 
AGGAGATCAC AGAGAAGGCG AGAAGAAAGA GCTGCTTACA AAGAAAGAGA AGCTTATGAT 
CAGTCATCAA GACATCATCG TAATGCATCA CAAAGGGACT GGAAGTGGGA AAAGGATGAT 
TATATTAGTT GTAGACAAAG CAAATTTTCA CACAGTCAGA GGAACATGAA TATAAACAGA 
CATTCAGGTG GCCCAAGGGG ACGCTCTGGC TGGCACCAAA ATGTTTCAGG AAGCTCTTCA 
AGTCGGCGTA AATATGGCAA TTCTGGAAAT GTTTGGCATC CAAATGGGCG GGGAAGAGGA 
ACATCAAATT GGCATCATGG TGCCAGGGAT AGAAATTCTA CTTGGCATTT AGAAGGAACA 
GTTCCTTTTT CTAGCTGGAA TTCCAAGAGT TATGGAGGAA ACAGGAAATG TACTTCTCAT 
GGTGCAAATG ATTGGAATTT TGGAAGCTCA GGAGATAAAT ATTCAGTAGA TCCAATTAAA 
TATAATAAGG AAAGATATGT GCGGCAGTGG CAGGAGAAAG ACACTGATGT TCTCCCATAT 
AGAGATAGAA AAAATAGGAG TGACTTGCTT GATTTTACTA GTGATAAACT TCCTTCTGAG 
AGGGCATTGG ATTTTAGTAT GGTGAAGCAA CCAGAAAGCA AAAGAGCCAG TGGAAAAAGT 
GGCAGCCCTT CCAGAGATAA AATGCATCGC TGGACTCCCT ATCCATCCCA GAAAGCTGCA 
GAGCCGCCGC AACCACGGTC TGAAGATAAC GTTTCTAACA CTTCAGATAA AATGGATTCT 
GCATTTATGC CTCTTACTGA TTCATCATTG AAAGGAAAAA CTTGTGAACC CAATGTTAGC 
CTTTCAAAAC TTAAAAATCT TGAAGCATCT CCACCTTCTA ATGTAACCTC AGATCACCTT 
GATTCTTGCA AGGTAATTGA AGACTCTTCC AGTGGTGAAA ACCCAGACAA GGATGATAGC 
AGAAGCAATA GGATGCCATT GCTGAAATCC CCTCTTCTAA ATATCACAGA CATGAAGTTG 
TCTTCCCCAA AGCAAGACAG AAACAGTATC TTAAAAAAGA TCAAGCTTCT ATTATCCTCA 
GCTAGTGGCA AAGAGCAGAA TCATTTGAAT GCGCTGAAAT TGGAAACAAA CGGTCTCTCC 
TCTTACTCAT CGAAGCTGCC TGGTGCATGT GCTGATAACT TAGAAGACAA CAAAGATGTG 
CTTGACAGCA AGCTTGGAGA GACTGTTAGT AATTTAAGTG AAGCAAAGGA AGACCCCAAA 
GATACGCAAT CCAACCGTTC CTTGCAGAAT GCTCCCTTAA GATCTTGCAA GGTTACAAGT 
GACCAGAATA AGGAAGAAAC TGGGAAAGCA TTGCCAAAGG ATGAGTTCAA AATCAGTTCA 
TTACAAGATG TGAGCGATGA CAGTTTAATG GGAAGAGAGA AGTTAAACGC AAGAGTTGAA 
AAGTTGGGTT CTTCTGTTAG TTCTTATTTA CCCCATGACA CTCCAGAAGG TAAACCTGCC 
ACCTCTGAAA AGGAAGATGA TGAAAAGCCA TCTGCTTCAA GTATTGCTTC TGCTGATCTA 
AAAGATTCTA TGTTTCAGAT GGAATCCACA GTTTCTCCAT CAAGTGGTCA GGACCATTTG 
CATATGGATT TGAAAACCTC CCCGCAGGAT GGAGAAGGGG ATGAAGAACG TGTCAACTCA 
CAGGATCACT TAGAAATGGA AGGTTTTGAA AATCCTTCAG ATCATGAGCT GCAGAAAGGG 
GGAAGCCAGT CACTAGGCCT CCTTCTTCCT GATTTAAGCA AACTTGGCCT CCCAGCCTCT 
CTGCAAAGAG ACCTGACACG ACATATTAGT CTGAAGAGCA AAGTCGGGAC TCATCTTCCA 
GAGCCCAATC TCAATAACGC ACGGCGCATT CGGAATGTGA GCGGCCATCG GAGAAGTGAG 
ACAGAGAAGG AGTCGGGGCT TAAACCCACC CTCAGGCAGA TTCTTAGTGC TTCCCGTCGA 
AATGTAAACT GGGATCAAGT CATCCAGCAG GTAACCAAGA AGAAACAGGA ACTTGGCAAA 
GGTTTACCAA GGTTTGGCAT AGAGATGGTG CCTCTTGTTC AAAATGAGCA AGAGGGTCTA 
GAACTCGGTG AAGAATCCGA TCTGTCTACT CTGGAAGGAT TCCAATGGGA AGGGATTTCC 
TTAGCAGTAG CTGGCTCAGC CAGAAAACGT AGCTTTTCTG AAAGCAGTGT CATTGCAGAC 
AGAAATCCTT CAGCTTATAG CTTCTTCACT GAACAAGCCA AAGCAAAAGA AAGTGGACAA 
AGGCAAATAA TTGCAGCCAG CCACTCACAT CACACAGCAC CTGGGTGTGA GGCAAGCACT 
GACATTGAGG TTGGCTTGAA AGGGGAGAAA TCATCTCTTC CTTTGTCACC ATTTCTGTCT 
GAAAGAACCG AGACTGGTGG AAGGAGACAC AGCCTACAGA CCACCTCTGA GGTCGCAGGT 
CTTGCAAAAC AAGACCAGGA GAGCCCAGAG AAGAGAACAC CTCTTCTTGA AAAACAGAAT 
GTACTTGAAA TCTTGGAAGA AAATCGTCCA GCTTCAAATA ATGCTTCACT GCTTGCAGTG 
TCTAATAACA TAGATGCAGC TACAGACAGT AGCTGCACAT CTGGTACTGA GCAGAATGAC 
AGCCAAGGAA TTGGAAAGAA ACGAAGAGCA ACTGGAGAGG GATCTTTTCC TGAAATCCCT 
AGTCTAGAGA GAAAGAATAA GAGAAGAAAA ATCAAAGGTA AAAAAGAACG TTCTCAGGTA 
GACCAGTTGT TGGCTATATC ACTGAGGGAA GAAGAGTTAA TCAAGTCCCT GCGTAGTGTG 
GACAGCAGTC TTTTGCAGGC TAGGTCTGCC CTGCATGCTG CGTATGTTGA GGTTCAACAG 
TTCCTTGTAC TACAGCAACA GATAACCATG GAAATGAGTA CACTGAGAAG TCAGAGAATC 
CAGATCTTGC AGGGGCTACA AGACACGTAT GAACCTTCCG AACTATCAGA GCAACTGTCC 
TGCAGTGTCT TAAGTGAGAG AAGAAATAGC AAATCTCAGA TGGCAGCTGA CTTGATTCCT 
GCAGGCTCCT TCTTGCCCTT TTTGGACACT TCGTCTTCTA TACCTCCTCT GGGAGCGGCT 
GTTCATGTAA ACATGCCATC ACCATTCCAG TCTTCCGGCA GCACGTCTGC TGCTCCTCCT 
GACTCCTCAG TACAAGTTAA ACGAGAACCT GTGTCTCCAA AAGGCTCAGA AGAAAATGTG 
AATTCCGTAC TCCAGAGCTC TTCATGTGCT TCACGAGCAA AAGAGATGGA GCGGAAGGAT 
GATGAGACCA ACCAGAAAAC TTCAGTGTTT CCAGTTCTCT CTGCATACAT ATCCATATCA 
GAGCTGGCAG CTTGTTTCCA ACACGCTAAT CAAGATGTTC ACAAGCCTGC TGTGGACAGG 
GGAAAGGCTG GACTTCCTGA GAACCCTTCT TCTCATTCAC TCTCTGTTTT CAGCAAGAGA 
GAAGCAAATG GTACAGTGAC TGAAAGCTTT TTACCGAATC AGTGTAGCAC TTCCCTTCCA 
AAGCATTCAG TCCTTCTAGA AATGCCAATG GATAAAACCC CCAGTCTGTC AGCAGAACTG 
TCTGAGCAAT GGACGGCAAC CACTGTAGTC CCAGCAGAAA AAGGGAACAG GAGGAGGAGA 
AAGTTAAGGA AGAAGAAAAC TCTGAGGGCA GCCCACGTGC CAGAGAACAG TGATACAGAA 
CAGGATATAA TTGAATCTAA GCCTGTCCGG AAAGTCAAGG GTGGAAAAGT TCCTAAAGGA 
GAAAAAGTTA CTACATCCAC TCTTCCAAGA CTGGAAGATG GAGCTACTGC TCAAACAGCA 
AGAAACAAAG ATGAGAATGC CAGTGATGCT TCCCTGGAAC TAGTGGAACT TCCAGCACCC 
CAGTGTGAGG TGGTTGACGT TGGTTCATCA GAGTTGGGTG ACGAGAAACC AGACAACCCG 
TCAAAGAGGG CTTCACGCAG CGCTGGGGAT CAAGCAGTTC TAGAGGCGTT TTGCTCTGGT 
TATGATGAAG TGAGCTCTAC CAGTGACACT CTCATAGATT ATAGGGATGA TGGGAAAAGT 
GTGACTGAGT TGCAGAATTC CATATCATCC CTAAGAGGGT CAAAGAACTC ATCAGAAGTG 
TCTTCAGAGC CAGGTGAGGA TGAAGAACCT ACAGAGGGAG ACTTTGAGGG ACACCTGGCG 
GCAGTGAATG CCATGCAGAT TTTTGGGAAT TTGTTGTATA CCTGCTCAGC AGACAAAACT 
GTTCGTGCCT ACAGTCTGGT TAGCAGGAAG TGCGTGGCCA TCTTTGAAGG ACATACTTCA 
AAAGTGAACT GCCTCCTGGT CACTCAGACG TATGGGAAGA ACGCTGCACT CTACACTGGC 
TCAAGTGACC ACACTATCAA CTGTTACAAT ATCAAGACCA GAGAGTGTAT GGAACAGTTT 
AAACTGGAAG ATCGAGTGCT CTGTTTACAC AGTAGATGGC GGATCCTTTA TGCAGGCCTA 
GCAAATGGCA GTGTGGTTAC TTTCAGCATA AAGAACAACA AGCAGATCGA TACCTTTGAA 
TGCCATGGCC CTAGAGCAGT GAGCTGTCTA GCCACAGCTC AGGAAGGAGC ATGCAAGCTG 
TTGGTAGTGG GCTCCTACGA CTGCACCATC AGCGTGCGAG ATGCACAGAA TGGGCTGCTT 
CTCAGAACCC TGGAAGGACA CAGCAAAACT ATACTCTGCA TGAAGGTGGT GAATGATCTG 
GTATTCAGTG GCTCCAGTGA TCAGTCTGTC CATGCACACA ACATTCATAC TGGAGAGCTG 
GTACGGATCT ATAAAGGCCA CAACCATGCA GTAACAGTTG TCAACATTCT TGGCAAGGTG 
ATGGTGACAG CATGCCTGGA TAAATTTGTT CGTGTTTATG AACTACAGTC AAATGACCGC 
TTGCAAGTCT ACGGAGGCCA CACTGATATG ATCATGTGTA TGACCATCCA TAAGAGCATG 
ATCTACACTG GATGTTACGA TGGCAGTGTG AGAGCTGTGA GGCTTAATCT GATGCAGAAT 
TATCGTTGCT GGTGGCATGG ATGTTCACTG ATCTTTGGAG TTGTGGACCA TCTGAAACAA 
CACTTGCTAA ATGACCACAC CAACCCAAAT TTTCAGACCC TGAAATGTCG TTGGAAGAAC 
TGTGATGCTT TCTTCACTTC CAGGAAAGGT TCCAAACAGG ATGCTGTAGG GCACATTGAA 
AGACATGCTG AGGATGACAG CAGGATTGAC TCATGA