ZNF827 cDNA ORF clone, Protobothrops mucrosquamatus

Gene
Clones
gRNAs

Summary

Gene Symbol	ZNF827
Entrez Gene ID	107286199
Full Name	zinc finger protein 827
Gene Type	protein-coding
Organism	Protobothrops mucrosquamatus

mRNA and Protein(s)

mRNA	Protein	Name
XM_015814519.1	XP_015670005.1	zinc finger protein 827

Pathways from BioSystems
Gene Ontology

The following ZNF827 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ZNF827 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
OPr29016	XM_015814519.1 Latest version!	Protobothrops mucrosquamatus zinc finger protein 827 (ZNF827), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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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)

ZNF827 ( XM_015814519.1 ) cDNA ORF clone, Protobothrops mucrosquamatus -> XP_015670005.1 Protobothrops mucrosquamatus zinc finger protein 827 (ZNF827), mRNA.

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CloneID	OPr29016
Clone ID Related Accession (Same CDS sequence)	XM_015814519.1
Accession Version	XM_015814519.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3885bp) 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	2019-05-22
Organism	Protobothrops mucrosquamatus
Product	zinc finger protein 827
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015386606.1) 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 Name :: Protobothrops mucrosquamatus 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## ##RefSeq-Attributes-START## ab initio :: 4% of CDS bases ##RefSeq-Attributes-END##

ATGAGAAAAA AAGCCCTGGC CATAGTTGAA AAATTGGCAA CTCCCTTTCT GGTACAGAAC 
AGCACAGGCT TGGACAACTG CATCAATGTT ATGACACTGA TAAAGTCTAA CTTCAATGAT 
TCAATTACAC AAGTGACCCC TAGTTGTGGA AACTATAATC TCCAACAGGA TGGTACTAGA 
CAGGAAGAAG CCGAAGAGGA GCTTAGTGAG GAAGAGCCTT GGTTTGGGAA CTCTTCAGAA 
ACCCCATCAG AAGCATCTTA TGGAGAAATC CAGGAGAACT TCAAATTATC CTTTGAGGAT 
AGGATCCAAG AACAATCCAC ATCTCCAGAT ACTTCTTTGG GTAGCGGGAC TCCTAGCAGC 
AACACATTGG AATTGGTGGT TGTTGAGAAT GAGGGCATGA GAGATGTATT ACAGAACAAG 
GAACATCTCT CTTCTAGCGT ATCTTCTATC TGTGATGATG ATAATAATCC TGGCCCAAAC 
AAGCCGTTGA GTAGTAACTT GAGACGTCTG TTGGAGGCTG GTTCTCTCAA GCTAGACACT 
ACTATCACGG TTAATGGCCG GGTTGAGTCC CCAGTAAATC TTGGCTCAAA TATCTCTTTT 
TCTCCAGCTA CACATCATGC CCAGCAGCTA AGTGTCCTTG CAAGAAAGCT AGCTGAAAAA 
CAGGAACAAA ACGATCAGTA TGGCCCAAAC ACAGGTTTCA TATGGAATCA AGGCAAATGG 
TTGCCTAACT CAATGCCCTC TTGCAGCTTG TCTCCAGATT CAGCAATTCT AAAATTGAAA 
GCCGCTGCCA ATGCAGTCCT TCAGGACAAG TCTCTTTCTC GAACTGAAGA TCCAACAATA 
AGGTTTGAAA CCTTCCCTTC ACCATTTAGT TCTCAATCAG CAAGCTCCAC CTTAGCTGCA 
TTATCAAAGA AGGTCAGTGA AAGAAGCATG ACTCCTGGTC AGGACCACTC ACCGCCAGCA 
AATTCTTTCC TTTCTCTCAC CTCAATGACT TCTTCAGCAG CCCTACTCAA GGAGGTGGCT 
GCAAGAGCTG CAGGCAGCCT TTTGGCTGAA AAGAAAAAGT CACTGATTGT AGAACCTCCC 
TTGCAGCTTT CAGACATGAA GCAAGAGAAA GTGACTCCAC CACAGTCTTT GGAACTATTG 
TTACTCCCAG CCCCTAAAGG AAGAACTTCT AAAACCACAA ATTCAGCCTC AGAAGAAGAA 
AGTGGAAAAC CTTTCCAATG TCCAATCTGT GGCTTGGTTA TAAAAAGGAA GAGCTACTGG 
AAACGGCACA TGGTGATCCA CACAGGCTTA AAAAGTCATC AGTGTCCTTT GTGTCCATTT 
CGTTGTGCAC GGAAAGACAA TTTGAAGTCA CATATGAAGG TTCACCAACA CCAGGACCGG 
GGAGAGACAT TTCAGTGCCA GCTGTGTCCA TTTACTTCCT CTCGCCATTT CAGTCTGAAA 
CTCCACATGC GTTGCCACCA ACACTTTCTG AGAACAGAAG CCAAAGTGAA GGAAGAGATT 
CCAGAAATGG ATGTCAAGGT CTCACCACTA CTGAGTGACA ACTCCAGAAT GGGTCAGGAG 
GTGGATGGAG GAACAGACCA TGTAGGGACT ACTGCTGCCT CTAGATCTCC TGATGCACTT 
GGGCAGGTGG GAACTATCAT TCCACCTCTG CTAGTCAAAG AAGAACCCAA AGATGACAGC 
AGTGCCCCTA GCCCCTCTTT AGCCCTCAAT GTTGTTGACA GAATTGCCAA CAGTACAAAG 
CTAAAAGACT CAATTGACTT TGTGACCAAT ACAGCATCAG CACTTTTCAG TCAAGATATA 
TCGGTCAAGA TGGCTTCAGA TTTTCTCATG AAACTTTCAG CAGAAAGTTG CAAGGAATCC 
CAGACAATAA AGATTAAAGA AGAGCCAATG GAGGTTGAGA TTCATGACTC CCATGCTTCT 
GTTTCACCTA GCCAAAATGT CAGTTACAGC ACTTTACTCA GGCAAGAGAT AACTGAACAG 
GTTCAAAAGA TCCCTGAAAG CCGTGTAGTT CCGGAGAGAA ACCTCTTTAG CCAAGATATA 
TCCGTGAAAA TGGCTTCAGA ATTACTTTTT CAATTGTCAG AAAAAGTGAG CAAAGAGCAC 
AATCAGTCTA AAGATAATAC CATCACAATT ACAACTAGCC CATTTTTTTC TGAAGATACT 
TTTAGACAAT CACCATTCAC TTCCAACTCA AAAGATCTTC TGTCTAATGA GAGTGCTGTT 
CAGGGAAGAA CATCAGTTCT AGAAACAGAG AAGATAGGAC TGGAAACTGG AAATGGGTTG 
CCGTCCTGGA AATTTAATGA CCAGCTCTTT CCTTGTGATG TATGTGGAAA AGTGTTTGGC 
CGACAACAGA CGTTGTCCCG ACATCTCTCC CTGCACACGG AAGAGAGAAA ATATAAATGC 
CATTTGTGCC CATATGCTGC TAAGTGCCGT GCTAATCTGA ACCAGCATCT GACTGTGCAT 
TCTGTGAAGT TGGTGAGTAC AGACACTGAG GACATTGTCA GCGCTGTCAC ATCTGAAGGC 
AATGATGGGA AGAAGCATCC TTATTACTAC AGTTGTCATG TGTGTGGATT TGAAACAGAG 
CTGAATGTCC AGTTTGTCAG TCATATGTCG CTTCATGTGG ATAAAGAACA ATGGATGTTT 
TCTATTTGCT GCACAGCCTG TGATTTTGTT ACCATGGAAG AGGCAGAGAT GAAGGCTCAT 
GTTGCCACCA AGCATACAGG TGAAGAAAGG AAAACACCCA GTGATTCAAC CAGTCCTTCT 
TCTTCTTCCT TGTCAGCACT TAGTGATTCT GCCAATAGTA AAGAAGATGC AGATATCAGC 
CCCAAGCCCA AGGGATCCAA TAACCTGCTA GTTATTTCCG TAGTGCCTGG TAGTCAGACT 
CTATTAAATG CGGAAGAAAA ATCAGAGAAA GGTTTTGAAT GTGTTTTCTG TAACTTTGTC 
TGCAAAACAA AAACCATGTT TGAGCGCCAT TTGCAAATCC ACCTGATTAC ACGGATGTTT 
GAATGTGATG TGTGCCACAA GTTCATGAAG ACTCCTGAGC AATTACTGGA GCACAAGAAA 
TGCCATACTG TCCCCACTGG TGGGCTCAAG TGTCCCTTCT GCATTTATTC CACAAACCGT 
CCAGCAGCAA TGGAATGCCA TTTGAAAACC CACTACAAAA TGGAGTACAA GTGCCGGATC 
TGCCAAGCAG TGAAAGCCAA TCAGCTCGAG CTGGAAATGC ACGTTCGAGA GCATCGCCTT 
GGCAACCACT ACAAGTGCGA TCAGTGTGGC TATCTTTCAA AGACTGCCAA CAAGCTGATA 
GAGCATGTGC GTGTGCATAC AGGGGAACGC CCTTTTCACT GTGACCAGTG CAGCTACAGC 
TGCAAACGCA AAGACAATCT CAACCTGCAC AAGAAACTCA AGCATGCGCC CCGGCAGACC 
TTCAGCTGTG AAGAGTGCCT CTTCAAGACC ACCCACCCAT TTGTCTTCAG CCGCCATGTG 
AAGAAACATC AAAATGGTGA CTGCTCTGAA GAGGAGAAAA AAGGGCAGGG TGTGAATTCT 
AAGGAAGCCA GGCCCCTGCT CGTGGCCAAC AGTTCCCGCA GCCTCTTGTC CCCTCTCTCA 
GTGATGTCAG CCTCCCATGC TCTTCAGACA GTGGCCATGT CAGCCGCTCA AAGTGGCCGG 
GCAGAGCTGA GGTCCTTGAC CGTAAACGGC ACTTCCCTGT GCTTTGATAA ATACCGGAAC 
TCTGAGTTTG CCCACCTCAT TCCCTTGACC ATGTTTTTCC CAAAAAACCA CTTTGAAATC 
ACATTCCATC CGCCTCAATC ACAGACCCTA CGTTTGGATG ACACTTCGCC AAAACACTCC 
TTCCTTGCCT ATCTCGGACT AACAGAAAGA GCAGACGCTC TCTAG

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

RefSeq	XP_015670005.1
CDS	1..3885
Translation	MRKKALAIVEKLATPFLVQNSTGLDNCINVMTLIKSNFNDSITQVTPSCGNYNLQQDGTRQEEAEEELSEEEPWFGNSSETPSEASYGEIQENFKLSFEDRIQEQSTSPDTSLGSGTPSSNTLELVVVENEGMRDVLQNKEHLSSSVSSICDDDNNPGPNKPLSSNLRRLLEAGSLKLDTTITVNGRVESPVNLGSNISFSPATHHAQQLSVLARKLAEKQEQNDQYGPNTGFIWNQGKWLPNSMPSCSLSPDSAILKLKAAANAVLQDKSLSRTEDPTIRFETFPSPFSSQSASSTLAALSKKVSERSMTPGQDHSPPANSFLSLTSMTSSAALLKEVAARAAGSLLAEKKKSLIVEPPLQLSDMKQEKVTPPQSLELLLLPAPKGRTSKTTNSASEEESGKPFQCPICGLVIKRKSYWKRHMVIHTGLKSHQCPLCPFRCARKDNLKSHMKVHQHQDRGETFQCQLCPFTSSRHFSLKLHMRCHQHFLRTEAKVKEEIPEMDVKVSPLLSDNSRMGQEVDGGTDHVGTTAASRSPDALGQVGTIIPPLLVKEEPKDDSSAPSPSLALNVVDRIANSTKLKDSIDFVTNTASALFSQDISVKMASDFLMKLSAESCKESQTIKIKEEPMEVEIHDSHASVSPSQNVSYSTLLRQEITEQVQKIPESRVVPERNLFSQDISVKMASELLFQLSEKVSKEHNQSKDNTITITTSPFFSEDTFRQSPFTSNSKDLLSNESAVQGRTSVLETEKIGLETGNGLPSWKFNDQLFPCDVCGKVFGRQQTLSRHLSLHTEERKYKCHLCPYAAKCRANLNQHLTVHSVKLVSTDTEDIVSAVTSEGNDGKKHPYYYSCHVCGFETELNVQFVSHMSLHVDKEQWMFSICCTACDFVTMEEAEMKAHVATKHTGEERKTPSDSTSPSSSSLSALSDSANSKEDADISPKPKGSNNLLVISVVPGSQTLLNAEEKSEKGFECVFCNFVCKTKTMFERHLQIHLITRMFECDVCHKFMKTPEQLLEHKKCHTVPTGGLKCPFCIYSTNRPAAMECHLKTHYKMEYKCRICQAVKANQLELEMHVREHRLGNHYKCDQCGYLSKTANKLIEHVRVHTGERPFHCDQCSYSCKRKDNLNLHKKLKHAPRQTFSCEECLFKTTHPFVFSRHVKKHQNGDCSEEEKKGQGVNSKEARPLLVANSSRSLLSPLSVMSASHALQTVAMSAAQSGRAELRSLTVNGTSLCFDKYRNSEFAHLIPLTMFFPKNHFEITFHPPQSQTLRLDDTSPKHSFLAYLGLTERADAL

Target ORF information:

RefSeq Version	XM_015814519.1
Organism	Protobothrops mucrosquamatus
Definition	Protobothrops mucrosquamatus zinc finger protein 827 (ZNF827), mRNA.

Target ORF information:

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

XM_015814519.1

ORF Insert Sequence:

ATGAGAAAAA AAGCCCTGGC CATAGTTGAA AAATTGGCAA CTCCCTTTCT GGTACAGAAC 
AGCACAGGCT TGGACAACTG CATCAATGTT ATGACACTGA TAAAGTCTAA CTTCAATGAT 
TCAATTACAC AAGTGACCCC TAGTTGTGGA AACTATAATC TCCAACAGGA TGGTACTAGA 
CAGGAAGAAG CCGAAGAGGA GCTTAGTGAG GAAGAGCCTT GGTTTGGGAA CTCTTCAGAA 
ACCCCATCAG AAGCATCTTA TGGAGAAATC CAGGAGAACT TCAAATTATC CTTTGAGGAT 
AGGATCCAAG AACAATCCAC ATCTCCAGAT ACTTCTTTGG GTAGCGGGAC TCCTAGCAGC 
AACACATTGG AATTGGTGGT TGTTGAGAAT GAGGGCATGA GAGATGTATT ACAGAACAAG 
GAACATCTCT CTTCTAGCGT ATCTTCTATC TGTGATGATG ATAATAATCC TGGCCCAAAC 
AAGCCGTTGA GTAGTAACTT GAGACGTCTG TTGGAGGCTG GTTCTCTCAA GCTAGACACT 
ACTATCACGG TTAATGGCCG GGTTGAGTCC CCAGTAAATC TTGGCTCAAA TATCTCTTTT 
TCTCCAGCTA CACATCATGC CCAGCAGCTA AGTGTCCTTG CAAGAAAGCT AGCTGAAAAA 
CAGGAACAAA ACGATCAGTA TGGCCCAAAC ACAGGTTTCA TATGGAATCA AGGCAAATGG 
TTGCCTAACT CAATGCCCTC TTGCAGCTTG TCTCCAGATT CAGCAATTCT AAAATTGAAA 
GCCGCTGCCA ATGCAGTCCT TCAGGACAAG TCTCTTTCTC GAACTGAAGA TCCAACAATA 
AGGTTTGAAA CCTTCCCTTC ACCATTTAGT TCTCAATCAG CAAGCTCCAC CTTAGCTGCA 
TTATCAAAGA AGGTCAGTGA AAGAAGCATG ACTCCTGGTC AGGACCACTC ACCGCCAGCA 
AATTCTTTCC TTTCTCTCAC CTCAATGACT TCTTCAGCAG CCCTACTCAA GGAGGTGGCT 
GCAAGAGCTG CAGGCAGCCT TTTGGCTGAA AAGAAAAAGT CACTGATTGT AGAACCTCCC 
TTGCAGCTTT CAGACATGAA GCAAGAGAAA GTGACTCCAC CACAGTCTTT GGAACTATTG 
TTACTCCCAG CCCCTAAAGG AAGAACTTCT AAAACCACAA ATTCAGCCTC AGAAGAAGAA 
AGTGGAAAAC CTTTCCAATG TCCAATCTGT GGCTTGGTTA TAAAAAGGAA GAGCTACTGG 
AAACGGCACA TGGTGATCCA CACAGGCTTA AAAAGTCATC AGTGTCCTTT GTGTCCATTT 
CGTTGTGCAC GGAAAGACAA TTTGAAGTCA CATATGAAGG TTCACCAACA CCAGGACCGG 
GGAGAGACAT TTCAGTGCCA GCTGTGTCCA TTTACTTCCT CTCGCCATTT CAGTCTGAAA 
CTCCACATGC GTTGCCACCA ACACTTTCTG AGAACAGAAG CCAAAGTGAA GGAAGAGATT 
CCAGAAATGG ATGTCAAGGT CTCACCACTA CTGAGTGACA ACTCCAGAAT GGGTCAGGAG 
GTGGATGGAG GAACAGACCA TGTAGGGACT ACTGCTGCCT CTAGATCTCC TGATGCACTT 
GGGCAGGTGG GAACTATCAT TCCACCTCTG CTAGTCAAAG AAGAACCCAA AGATGACAGC 
AGTGCCCCTA GCCCCTCTTT AGCCCTCAAT GTTGTTGACA GAATTGCCAA CAGTACAAAG 
CTAAAAGACT CAATTGACTT TGTGACCAAT ACAGCATCAG CACTTTTCAG TCAAGATATA 
TCGGTCAAGA TGGCTTCAGA TTTTCTCATG AAACTTTCAG CAGAAAGTTG CAAGGAATCC 
CAGACAATAA AGATTAAAGA AGAGCCAATG GAGGTTGAGA TTCATGACTC CCATGCTTCT 
GTTTCACCTA GCCAAAATGT CAGTTACAGC ACTTTACTCA GGCAAGAGAT AACTGAACAG 
GTTCAAAAGA TCCCTGAAAG CCGTGTAGTT CCGGAGAGAA ACCTCTTTAG CCAAGATATA 
TCCGTGAAAA TGGCTTCAGA ATTACTTTTT CAATTGTCAG AAAAAGTGAG CAAAGAGCAC 
AATCAGTCTA AAGATAATAC CATCACAATT ACAACTAGCC CATTTTTTTC TGAAGATACT 
TTTAGACAAT CACCATTCAC TTCCAACTCA AAAGATCTTC TGTCTAATGA GAGTGCTGTT 
CAGGGAAGAA CATCAGTTCT AGAAACAGAG AAGATAGGAC TGGAAACTGG AAATGGGTTG 
CCGTCCTGGA AATTTAATGA CCAGCTCTTT CCTTGTGATG TATGTGGAAA AGTGTTTGGC 
CGACAACAGA CGTTGTCCCG ACATCTCTCC CTGCACACGG AAGAGAGAAA ATATAAATGC 
CATTTGTGCC CATATGCTGC TAAGTGCCGT GCTAATCTGA ACCAGCATCT GACTGTGCAT 
TCTGTGAAGT TGGTGAGTAC AGACACTGAG GACATTGTCA GCGCTGTCAC ATCTGAAGGC 
AATGATGGGA AGAAGCATCC TTATTACTAC AGTTGTCATG TGTGTGGATT TGAAACAGAG 
CTGAATGTCC AGTTTGTCAG TCATATGTCG CTTCATGTGG ATAAAGAACA ATGGATGTTT 
TCTATTTGCT GCACAGCCTG TGATTTTGTT ACCATGGAAG AGGCAGAGAT GAAGGCTCAT 
GTTGCCACCA AGCATACAGG TGAAGAAAGG AAAACACCCA GTGATTCAAC CAGTCCTTCT 
TCTTCTTCCT TGTCAGCACT TAGTGATTCT GCCAATAGTA AAGAAGATGC AGATATCAGC 
CCCAAGCCCA AGGGATCCAA TAACCTGCTA GTTATTTCCG TAGTGCCTGG TAGTCAGACT 
CTATTAAATG CGGAAGAAAA ATCAGAGAAA GGTTTTGAAT GTGTTTTCTG TAACTTTGTC 
TGCAAAACAA AAACCATGTT TGAGCGCCAT TTGCAAATCC ACCTGATTAC ACGGATGTTT 
GAATGTGATG TGTGCCACAA GTTCATGAAG ACTCCTGAGC AATTACTGGA GCACAAGAAA 
TGCCATACTG TCCCCACTGG TGGGCTCAAG TGTCCCTTCT GCATTTATTC CACAAACCGT 
CCAGCAGCAA TGGAATGCCA TTTGAAAACC CACTACAAAA TGGAGTACAA GTGCCGGATC 
TGCCAAGCAG TGAAAGCCAA TCAGCTCGAG CTGGAAATGC ACGTTCGAGA GCATCGCCTT 
GGCAACCACT ACAAGTGCGA TCAGTGTGGC TATCTTTCAA AGACTGCCAA CAAGCTGATA 
GAGCATGTGC GTGTGCATAC AGGGGAACGC CCTTTTCACT GTGACCAGTG CAGCTACAGC 
TGCAAACGCA AAGACAATCT CAACCTGCAC AAGAAACTCA AGCATGCGCC CCGGCAGACC 
TTCAGCTGTG AAGAGTGCCT CTTCAAGACC ACCCACCCAT TTGTCTTCAG CCGCCATGTG 
AAGAAACATC AAAATGGTGA CTGCTCTGAA GAGGAGAAAA AAGGGCAGGG TGTGAATTCT 
AAGGAAGCCA GGCCCCTGCT CGTGGCCAAC AGTTCCCGCA GCCTCTTGTC CCCTCTCTCA 
GTGATGTCAG CCTCCCATGC TCTTCAGACA GTGGCCATGT CAGCCGCTCA AAGTGGCCGG 
GCAGAGCTGA GGTCCTTGAC CGTAAACGGC ACTTCCCTGT GCTTTGATAA ATACCGGAAC 
TCTGAGTTTG CCCACCTCAT TCCCTTGACC ATGTTTTTCC CAAAAAACCA CTTTGAAATC 
ACATTCCATC CGCCTCAATC ACAGACCCTA CGTTTGGATG ACACTTCGCC AAAACACTCC 
TTCCTTGCCT ATCTCGGACT AACAGAAAGA GCAGACGCTC TCTAG