ZNF592 cDNA ORF clone, Ficedula albicollis(collared flycatcher)

Gene
Clones
gRNAs

Summary

Gene Symbol	ZNF592
Entrez Gene ID	101807644
Full Name	zinc finger protein 592
Gene Type	protein-coding
Organism	Ficedula albicollis(collared flycatcher)

mRNA and Protein(s)

mRNA	Protein	Name
XM_005051682.2	XP_005051739.1	zinc finger protein 592

Pathways from BioSystems
Gene Ontology

The following ZNF592 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ZNF592 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
OFi03045	XM_005051682.2 Latest version!	Ficedula albicollis zinc finger protein 592 (ZNF592), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

ZNF592 ( XM_005051682.2 ) cDNA ORF clone, Ficedula albicollis(collared flycatcher) -> XP_005051739.1 Ficedula albicollis zinc finger protein 592 (ZNF592), mRNA.

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CloneID	OFi03045
Clone ID Related Accession (Same CDS sequence)	XM_005051682.2
Accession Version	XM_005051682.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3876bp) 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 592
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_021682.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Apr 20, 2016 this sequence version replaced XM_005051682.1. ##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##

ATGGGGGACA TGAAAACCCC TGACTTTGAT GACCTCTTGG CTGCTTTTGA CATCCCTGAT 
CCAACTAGTC TCGATGCTAA GGAGACCATT CCATCAGCTG GGGAGGAGAG TGAGAATCAC 
CTGAAGTCAT CGGGAATGTG CATCGATGAG AATGTGTCCT TATCCCACTC TCTGCCTCCC 
TCTGATGCAC CTGTTGTGAG TGTGATAGTG AAGAACACAA GTCGCCAGGA GTCTTTTGAG 
GCAGAAAAGG AGGGGAATCA CCTTGGAACT GGTCTGTTAC ACAATGGGTT TCGTGGCTCT 
GATCTGCCAG CAGAGGCTCA TGCTTTAGTC CATAATTATG GCAAGTTTGA GTCAACTTTT 
ATTAATGGTG ACAGCTCGAG GGGTTACTCC GATAAACTGG ACGAGTCCAA GTCGGAGCCT 
TTGCCAACAT TTAGTCAGTT TAGCCCCATT TCCAGCCCTG AACCGGAGGA TACATTCAAA 
GAGAACAGTA TTGGGGATAA ACCCAAACAT GCCCAAACTC CCTATTTTCC ACCGCCTTCA 
GTATATGTAC CAACAGGGGC TTCAGTCCTA GATCATCTTA GGAAGGTGCC AGAGCCCGAA 
TTAAGCATGT TTGATCAGTA CTGTAAAAAG GAACAGAAGA TGGAAATCCA CTGCCAGCCA 
CAGAACAGGC TGGAAATGAG CAGGAGAGAG CAAGACAGAG CAGTGGAGAG GTTTGCAGAG 
TCAAGCAAGG ACTTGTTAGC TACCAACAGC TTTCTTGGAG AAGGCTTGGT GTTTGGAGAC 
CTCCCTCACA ATAATTTAGG AGACAGCAAG GGGTCTGTGC CCGAGCTAAA CATGTCTTCG 
TCAATACCAC CTCGGCAGAG GCTAAAGCCA ACCCATTCCA AGTTGTCATC CTGTGTGGCA 
GCATTAGTAG CTCTTCAGGC CAAAAAGGTT GTGTGCATTC CAAAAAGCGA TCAGCCAAAT 
TTTACCAAGG AACCTGGTCC TTTTAAAGAC GGGACAAAGG GAAGTCCAAA AATGCCCAAG 
TCACCAAAGA GTCCCCGAAG CCCCTTGGAG GTGGTGAGGA AGGCTAACAA GCAGCCCGAG 
AGTCCTCGAA GTGTGTGCAG CGACAGCAGT GGGAAAGGCT CTCCTTCCAT GGCAGCTGGC 
TCCCCGCCAG CTATTCCCAA AGTTAGAATA AAGACTATCA AGACATCTTC CGGTGAAATT 
AAAAGGACTG TAACTAGAAT TTTGCCAGAA AATGATGAGT TGGGCAAATC TTCAGAAGAG 
TCACCTGCGG AAACCTCTTC TGCTGAAGAG CTTATCAAAT CTTTCCCATC TCCTGACACC 
AGTGCAGTTA CAGAAAGTGA GGCTGGCAGG AATTCAACCA AAAACAGGGC TGCTGTGGCT 
ATCCAGCTGT CAAATGTGAT GAGTCCTTAC TCAGACAGTA TGAAAATGGA TATTGCAAAC 
AGCACATGTA CTGTGTCCTT GTCTCCACTG CCAAACTGCG GCAGTGGTGC CATAAAAGTG 
GGGGTCAAGA GGCAGCAGCA GGGTACCATG GTGCAGCCAT CCAACACAAA CACCTCCAGC 
CTTCTTCCCA AAGCTGTACA CTTGGCAAAT CTCAACTTGG TCCCCCACAG TGTTGCTGCT 
TCTGTTACAG TGAAGACATC AGCACAGAGG CGAAACCAGC CTCAGGTGAC ACAGATGTCA 
GTGCCACTGG TGCACCAAGT CAAGAAAGCT GCTCCCATTG TCATGGAGGC ATTCCATAAA 
GTGCTGCACA GTGCCAATCC AGTGCCAATA TATACTCCAA ACCTTAGCCC CCCGCCTGAC 
ACTAGTATTA ATTTACCTGC TTCTGGGTAT TGTTGCCTGG AATGTGGGGA CTCATTTGCC 
TTAGAGAAAA GCCTGACTCA ACACTATAGT AGGCGAAGCG TTCACATTGA AGTCATGTGC 
ACTCAGTGTT CAACTATGCT CCTTTTTTTT AATAAGTGTA GCTTGCTTAA ACATGCACGA 
GATCATAAGA ACAAGGGATT TATCATGCAG TGTTCTCAGC TGCTTATGAA ACCAATTTCC 
ATAGACCAAA TGTTTCTACC TTCTTCTACA AGCTCTTCAG CCTCTCCAGC TCCTCAGACT 
TTGCTCTCGT CCTCTCCTCT ACCTAAGTCC AGTGCTGCTT CAGGAGGCGG GGTAGGGATT 
TCTGTGAACA CTCAGCCAGC CTTGCCTCTC TACACAGACC CACAGAGGCT AATCCGTCAT 
GGACTTAAGT GTTTGGAGTG TAACAAGCAG GAGCAGGATT ACACTTCTTT AGCAGCTCAT 
TACCAGAGAA CCTCAGAAGA TAATGAGAGA CTGACGTGTC AAGTGTGCCA GATGATGCTG 
CCCAACCAGT GCAGTTACTG TGCCCACCAG AGGATCCACG CCCACAAGTC GCCGTACTGC 
TGCCCGGAGT GTGGAGCCGT GTGCCGCTCC GCCTACTTCC AGACCCACGT CAGGGAGAAC 
TGCCTGCACT ACTCCCGCAA AGTTGGCTTC AGGTGCATCC ATTGTGGAGT TGTCTTCATG 
ACCCTGGCCA TGCTCAAAGT GCACATCCAC GAGAAACATT GTGAAGTCTT CCACAAGTGT 
TCTTTTTGCC CGAAGGCCTT CAAGTCTGCC GAAAGCACCA TGGCTCACGT GGCCAGCCAG 
CACCCAGCAG AGCCTCACAA GACTACTCAG GTGATCTACA AATGCTCTTG TGAGATGGTC 
TTTAACAAGA AGAAGCTGCT CCAAGAGCAC TTCCAGCAGA ACACCAGCAA GCTGTTAGTG 
GGAGTGTTTA AGTGCCCACA GTGTCAGCTG GTGTATATGC AGAAGCAGCA ACTCATGCAG 
CATGTTAAGG GTGTTCATGG AGTCCCCCAT AATCCTGAAG AGCTCTCAAA CTTTCGGCAG 
AAGTCTGAGA AGGCATCAAG GAACCAGGTT CATACCTTAC CAAAGGAGCT TTTGGTAGCC 
AATGGGACTT CCCCCTCTGC TCTGACGAGG AAAGAGGTGA GGGTGGAAGG ACATAATCCT 
GAATCCAAGT CCAGACTGAG AAGAACTGGT TGGACTTGCA AGGAATGTTC ACAGTGGATC 
CCTGATCGGG AAACCTATGT GTCCCACATG AAGAGAAATC ATGGAAGGTC CATGAAGAGG 
TACCCCTGCC GCCAGTGCGA GCGCTCGTTC AACGCCTCCA ACAGCCTGCG CAGACACATC 
CGCAACAACC ACGACACAGC AAAGAAAGTC TACACCTGCT GGTACTGTAC AGATGAAAAT 
CAGACATTTC CTCAACCATT CATGCTGGAG AACCACATCA GCCTCATGCA CGGCATCAAA 
AACCCAGACT TATCCCAGAT GGCCAAAGCA AAAACTCCAG AGGGAGACAG AGCAGAAGCA 
AAGTCTCCCA AGAGGATGGC AGCGGATGAG CTGGGTCAGG CAGAGAGCAC TGCAGCTTTG 
GATGCTCCAC CAGCCAAAAA ACTGAAAGCC CCTTGGAAAT GTGCAAAGTG CAGCTTTGCG 
ACGGACAGCC GGACTGAGTT CCAGGAACAC ATACCTCGGC ACAAGACCGA CAGCTCCACC 
TTCCAGTGCT CCTTCTGCGG CCTGTGCTAC ACCTCTCACA TCTCTCTGAA CAGACACCTT 
TTCATTGTTC ATAAAGTCAA AGATGAGGAG GAAGAAGAAG AGGAGGAGGA AGAGGAGGAG 
GAGGAGGAGG AAGATGAAAG GCAGAAGTTA CAAACAGAGA TGGGTAAGAA TGGACATGAG 
GACTACAATG GCGAGTTGTA CACTACAGTG GAAGAGGACA ACAAATACAA AGAGTGCAAA 
AGTGACTCAG CTCTTTGTGA GCACAGTCAG ACGTGTGGCG CAGAAGGCAC CAACAGCACC 
TCACAGAACA ATCATTCAAA GTCTCTTAAG ACTTAA

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

RefSeq	XP_005051739.1
CDS	621..4496
Translation	MGDMKTPDFDDLLAAFDIPDPTSLDAKETIPSAGEESENHLKSSGMCIDENVSLSHSLPPSDAPVVSVIVKNTSRQESFEAEKEGNHLGTGLLHNGFRGSDLPAEAHALVHNYGKFESTFINGDSSRGYSDKLDESKSEPLPTFSQFSPISSPEPEDTFKENSIGDKPKHAQTPYFPPPSVYVPTGASVLDHLRKVPEPELSMFDQYCKKEQKMEIHCQPQNRLEMSRREQDRAVERFAESSKDLLATNSFLGEGLVFGDLPHNNLGDSKGSVPELNMSSSIPPRQRLKPTHSKLSSCVAALVALQAKKVVCIPKSDQPNFTKEPGPFKDGTKGSPKMPKSPKSPRSPLEVVRKANKQPESPRSVCSDSSGKGSPSMAAGSPPAIPKVRIKTIKTSSGEIKRTVTRILPENDELGKSSEESPAETSSAEELIKSFPSPDTSAVTESEAGRNSTKNRAAVAIQLSNVMSPYSDSMKMDIANSTCTVSLSPLPNCGSGAIKVGVKRQQQGTMVQPSNTNTSSLLPKAVHLANLNLVPHSVAASVTVKTSAQRRNQPQVTQMSVPLVHQVKKAAPIVMEAFHKVLHSANPVPIYTPNLSPPPDTSINLPASGYCCLECGDSFALEKSLTQHYSRRSVHIEVMCTQCSTMLLFFNKCSLLKHARDHKNKGFIMQCSQLLMKPISIDQMFLPSSTSSSASPAPQTLLSSSPLPKSSAASGGGVGISVNTQPALPLYTDPQRLIRHGLKCLECNKQEQDYTSLAAHYQRTSEDNERLTCQVCQMMLPNQCSYCAHQRIHAHKSPYCCPECGAVCRSAYFQTHVRENCLHYSRKVGFRCIHCGVVFMTLAMLKVHIHEKHCEVFHKCSFCPKAFKSAESTMAHVASQHPAEPHKTTQVIYKCSCEMVFNKKKLLQEHFQQNTSKLLVGVFKCPQCQLVYMQKQQLMQHVKGVHGVPHNPEELSNFRQKSEKASRNQVHTLPKELLVANGTSPSALTRKEVRVEGHNPESKSRLRRTGWTCKECSQWIPDRETYVSHMKRNHGRSMKRYPCRQCERSFNASNSLRRHIRNNHDTAKKVYTCWYCTDENQTFPQPFMLENHISLMHGIKNPDLSQMAKAKTPEGDRAEAKSPKRMAADELGQAESTAALDAPPAKKLKAPWKCAKCSFATDSRTEFQEHIPRHKTDSSTFQCSFCGLCYTSHISLNRHLFIVHKVKDEEEEEEEEEEEEEEEEDERQKLQTEMGKNGHEDYNGELYTTVEEDNKYKECKSDSALCEHSQTCGAEGTNSTSQNNHSKSLKT

Target ORF information:

RefSeq Version	XM_005051682.2
Organism	Ficedula albicollis(collared flycatcher)
Definition	Ficedula albicollis zinc finger protein 592 (ZNF592), mRNA.

Target ORF information:

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

XM_005051682.2

ORF Insert Sequence:

ATGGGGGACA TGAAAACCCC TGACTTTGAT GACCTCTTGG CTGCTTTTGA CATCCCTGAT 
CCAACTAGTC TCGATGCTAA GGAGACCATT CCATCAGCTG GGGAGGAGAG TGAGAATCAC 
CTGAAGTCAT CGGGAATGTG CATCGATGAG AATGTGTCCT TATCCCACTC TCTGCCTCCC 
TCTGATGCAC CTGTTGTGAG TGTGATAGTG AAGAACACAA GTCGCCAGGA GTCTTTTGAG 
GCAGAAAAGG AGGGGAATCA CCTTGGAACT GGTCTGTTAC ACAATGGGTT TCGTGGCTCT 
GATCTGCCAG CAGAGGCTCA TGCTTTAGTC CATAATTATG GCAAGTTTGA GTCAACTTTT 
ATTAATGGTG ACAGCTCGAG GGGTTACTCC GATAAACTGG ACGAGTCCAA GTCGGAGCCT 
TTGCCAACAT TTAGTCAGTT TAGCCCCATT TCCAGCCCTG AACCGGAGGA TACATTCAAA 
GAGAACAGTA TTGGGGATAA ACCCAAACAT GCCCAAACTC CCTATTTTCC ACCGCCTTCA 
GTATATGTAC CAACAGGGGC TTCAGTCCTA GATCATCTTA GGAAGGTGCC AGAGCCCGAA 
TTAAGCATGT TTGATCAGTA CTGTAAAAAG GAACAGAAGA TGGAAATCCA CTGCCAGCCA 
CAGAACAGGC TGGAAATGAG CAGGAGAGAG CAAGACAGAG CAGTGGAGAG GTTTGCAGAG 
TCAAGCAAGG ACTTGTTAGC TACCAACAGC TTTCTTGGAG AAGGCTTGGT GTTTGGAGAC 
CTCCCTCACA ATAATTTAGG AGACAGCAAG GGGTCTGTGC CCGAGCTAAA CATGTCTTCG 
TCAATACCAC CTCGGCAGAG GCTAAAGCCA ACCCATTCCA AGTTGTCATC CTGTGTGGCA 
GCATTAGTAG CTCTTCAGGC CAAAAAGGTT GTGTGCATTC CAAAAAGCGA TCAGCCAAAT 
TTTACCAAGG AACCTGGTCC TTTTAAAGAC GGGACAAAGG GAAGTCCAAA AATGCCCAAG 
TCACCAAAGA GTCCCCGAAG CCCCTTGGAG GTGGTGAGGA AGGCTAACAA GCAGCCCGAG 
AGTCCTCGAA GTGTGTGCAG CGACAGCAGT GGGAAAGGCT CTCCTTCCAT GGCAGCTGGC 
TCCCCGCCAG CTATTCCCAA AGTTAGAATA AAGACTATCA AGACATCTTC CGGTGAAATT 
AAAAGGACTG TAACTAGAAT TTTGCCAGAA AATGATGAGT TGGGCAAATC TTCAGAAGAG 
TCACCTGCGG AAACCTCTTC TGCTGAAGAG CTTATCAAAT CTTTCCCATC TCCTGACACC 
AGTGCAGTTA CAGAAAGTGA GGCTGGCAGG AATTCAACCA AAAACAGGGC TGCTGTGGCT 
ATCCAGCTGT CAAATGTGAT GAGTCCTTAC TCAGACAGTA TGAAAATGGA TATTGCAAAC 
AGCACATGTA CTGTGTCCTT GTCTCCACTG CCAAACTGCG GCAGTGGTGC CATAAAAGTG 
GGGGTCAAGA GGCAGCAGCA GGGTACCATG GTGCAGCCAT CCAACACAAA CACCTCCAGC 
CTTCTTCCCA AAGCTGTACA CTTGGCAAAT CTCAACTTGG TCCCCCACAG TGTTGCTGCT 
TCTGTTACAG TGAAGACATC AGCACAGAGG CGAAACCAGC CTCAGGTGAC ACAGATGTCA 
GTGCCACTGG TGCACCAAGT CAAGAAAGCT GCTCCCATTG TCATGGAGGC ATTCCATAAA 
GTGCTGCACA GTGCCAATCC AGTGCCAATA TATACTCCAA ACCTTAGCCC CCCGCCTGAC 
ACTAGTATTA ATTTACCTGC TTCTGGGTAT TGTTGCCTGG AATGTGGGGA CTCATTTGCC 
TTAGAGAAAA GCCTGACTCA ACACTATAGT AGGCGAAGCG TTCACATTGA AGTCATGTGC 
ACTCAGTGTT CAACTATGCT CCTTTTTTTT AATAAGTGTA GCTTGCTTAA ACATGCACGA 
GATCATAAGA ACAAGGGATT TATCATGCAG TGTTCTCAGC TGCTTATGAA ACCAATTTCC 
ATAGACCAAA TGTTTCTACC TTCTTCTACA AGCTCTTCAG CCTCTCCAGC TCCTCAGACT 
TTGCTCTCGT CCTCTCCTCT ACCTAAGTCC AGTGCTGCTT CAGGAGGCGG GGTAGGGATT 
TCTGTGAACA CTCAGCCAGC CTTGCCTCTC TACACAGACC CACAGAGGCT AATCCGTCAT 
GGACTTAAGT GTTTGGAGTG TAACAAGCAG GAGCAGGATT ACACTTCTTT AGCAGCTCAT 
TACCAGAGAA CCTCAGAAGA TAATGAGAGA CTGACGTGTC AAGTGTGCCA GATGATGCTG 
CCCAACCAGT GCAGTTACTG TGCCCACCAG AGGATCCACG CCCACAAGTC GCCGTACTGC 
TGCCCGGAGT GTGGAGCCGT GTGCCGCTCC GCCTACTTCC AGACCCACGT CAGGGAGAAC 
TGCCTGCACT ACTCCCGCAA AGTTGGCTTC AGGTGCATCC ATTGTGGAGT TGTCTTCATG 
ACCCTGGCCA TGCTCAAAGT GCACATCCAC GAGAAACATT GTGAAGTCTT CCACAAGTGT 
TCTTTTTGCC CGAAGGCCTT CAAGTCTGCC GAAAGCACCA TGGCTCACGT GGCCAGCCAG 
CACCCAGCAG AGCCTCACAA GACTACTCAG GTGATCTACA AATGCTCTTG TGAGATGGTC 
TTTAACAAGA AGAAGCTGCT CCAAGAGCAC TTCCAGCAGA ACACCAGCAA GCTGTTAGTG 
GGAGTGTTTA AGTGCCCACA GTGTCAGCTG GTGTATATGC AGAAGCAGCA ACTCATGCAG 
CATGTTAAGG GTGTTCATGG AGTCCCCCAT AATCCTGAAG AGCTCTCAAA CTTTCGGCAG 
AAGTCTGAGA AGGCATCAAG GAACCAGGTT CATACCTTAC CAAAGGAGCT TTTGGTAGCC 
AATGGGACTT CCCCCTCTGC TCTGACGAGG AAAGAGGTGA GGGTGGAAGG ACATAATCCT 
GAATCCAAGT CCAGACTGAG AAGAACTGGT TGGACTTGCA AGGAATGTTC ACAGTGGATC 
CCTGATCGGG AAACCTATGT GTCCCACATG AAGAGAAATC ATGGAAGGTC CATGAAGAGG 
TACCCCTGCC GCCAGTGCGA GCGCTCGTTC AACGCCTCCA ACAGCCTGCG CAGACACATC 
CGCAACAACC ACGACACAGC AAAGAAAGTC TACACCTGCT GGTACTGTAC AGATGAAAAT 
CAGACATTTC CTCAACCATT CATGCTGGAG AACCACATCA GCCTCATGCA CGGCATCAAA 
AACCCAGACT TATCCCAGAT GGCCAAAGCA AAAACTCCAG AGGGAGACAG AGCAGAAGCA 
AAGTCTCCCA AGAGGATGGC AGCGGATGAG CTGGGTCAGG CAGAGAGCAC TGCAGCTTTG 
GATGCTCCAC CAGCCAAAAA ACTGAAAGCC CCTTGGAAAT GTGCAAAGTG CAGCTTTGCG 
ACGGACAGCC GGACTGAGTT CCAGGAACAC ATACCTCGGC ACAAGACCGA CAGCTCCACC 
TTCCAGTGCT CCTTCTGCGG CCTGTGCTAC ACCTCTCACA TCTCTCTGAA CAGACACCTT 
TTCATTGTTC ATAAAGTCAA AGATGAGGAG GAAGAAGAAG AGGAGGAGGA AGAGGAGGAG 
GAGGAGGAGG AAGATGAAAG GCAGAAGTTA CAAACAGAGA TGGGTAAGAA TGGACATGAG 
GACTACAATG GCGAGTTGTA CACTACAGTG GAAGAGGACA ACAAATACAA AGAGTGCAAA 
AGTGACTCAG CTCTTTGTGA GCACAGTCAG ACGTGTGGCG CAGAAGGCAC CAACAGCACC 
TCACAGAACA ATCATTCAAA GTCTCTTAAG ACTTAA