PRRC2B cDNA ORF clone, Tursiops truncatus(common bottlenose dolphin)

Gene
Clones
gRNAs

Summary

Gene Symbol	PRRC2B
Entrez Gene ID	101335716
Full Name	proline rich coiled-coil 2B
Gene Type	protein-coding
Organism	Tursiops truncatus(common bottlenose dolphin)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019920159.1	XP_019775718.1	protein PRRC2B

Pathways from BioSystems
Gene Ontology

The following PRRC2B gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the PRRC2B 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
OTu58535	XM_019920159.1 Latest version!	Tursiops truncatus proline rich coiled-coil 2B (PRRC2B), 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)

PRRC2B ( XM_019920159.1 ) cDNA ORF clone, Tursiops truncatus(common bottlenose dolphin) -> XP_019775718.1 Tursiops truncatus proline rich coiled-coil 2B (PRRC2B), mRNA.

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CloneID	OTu58535
Clone ID Related Accession (Same CDS sequence)	XM_019920159.1
Accession Version	XM_019920159.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3825bp) 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	2017-01-11
Organism	Tursiops truncatus(common bottlenose dolphin)
Product	protein PRRC2B
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017844471.1) 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 :: Tursiops truncatus Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 3% of CDS bases ##RefSeq-Attributes-END##

ATGTCCGATC GTTTGGGGCA AATAACCAAG GGCAAGGATG GGAAAAGCAA GTATTCGACT 
CTCAGCCTGT TTGATAAGTA TAAAGGAAAA TCAGTAGACT CGATCAGATC CTCAGTTATT 
CCTAGACATG GCTTACAGAG TCTCGGGAAA GTTGCCACAG CCCGGCGTAT GCCACCGCCT 
GCAAACCTGC CAAGCTTGAA GTCTGAAAAC AAAGGAAACG ACCCCAACAT CGTTATAGTA 
CCCAAGGACG GGACGGGATG GGCAAACAAG CAGGATCAGC AAGACCCAAA GAGTTCCAGT 
GCGACGGCCT CTCAGCCGCC GGAGTTGCTG CCGCAGCCGG GTTTGCAGAA ATCTGTCTCC 
AATTTGCAGA AACCGACACA GTCGATCAGT CAGGAGAATA CAAATTCAGC GCCAGGTGGA 
CCAAAGTCAT GGGCACAGCT GAATGGAAAG CCAGCAGGAC ACGAAGGTGG TTTAAGGGCC 
TCAAGCCGAC TGTTATCCTT CTCTCCCGAG GAATTTCCGA CGCTGAAAGC AGCTGGAGGG 
CAGGACAAGG CTGGCAAAGA AAAGGGCGTC TTAGATCTGT CGTATGGGCC AGGACCAAGC 
CTCCGCCCTC AGAATGTGAC AAGCTGGAGG GAGGGCGGTG GGCGAAACAT AATTTCTGCC 
ACGTCTCTGA GCGCCTCCCC AACTGAGCTG GGCAGCAGGA ACTCGAGTGC GGGAGACGGA 
GCCCCCTCCT CGTCATGTAC CAGCGATTCT AAGGACCCCT CTCTCCGCCC GGCTCAGCCT 
GTCCGAAAAG GGGCTTCACA GTTCATGGGG AATGTATACC ACCCACCTAC CTACCATGAC 
ATGCTTCCTG CTTTTATGTG TTCGCCACAG TCATCAGAGA ACCAGGGTAC AGTGGAACGA 
GGATCTTTTC CCCTTCCCCA GCTCCGTCTT GAACCCCGTG TTCCTTTTAG ACAGTTCCAG 
ATGAATGACC AAGACGGAAA AGAAAACAGG CTGGGAATGA CTCGCCCGAT CCGTCCGCTG 
AGGCAGCTGG TGGAACGGGC GCCGAGGCCC ACCATCATCA ATGCGGAGAA CCTGCGGGGC 
CTTGACGACC TGGACACCGA TGCTGACGAC GGCTGGGCAG GCCTCCATGA AGAAGTGGAC 
TACTCGGAGA AGTTGAAGTT CAGCGATGAT GATGAGGAGG AGGAAGTTGT GAAGGACGGC 
AGGCCAAAGC GAAACCCAGG TCCGCCTGCC GCGGGGCCGC GCTGCCTCTC TAAGGTGCGT 
GAGGGTCCTG GGAAGGAGAG CCCATCCCAT CCTGGGGGCG CCTGTGCCCG GGTTGTGATG 
TGCGTTTCAT CTGAGACCGT CTCCTCTCGG CAGAAGTCCT CCGTGGGCAG TGTGTTCCGG 
CAGCAGTCTG TCGAGGACAA AGAGGACAAG CCACCCCCGA GGCAGAAGTT CGTCCAGTCG 
GAGATGTCCG AGGCCGTGGA GCGAGCCCGA AAGCGCCGGG AAGAGGAGGA GCGCCGGGCC 
CGGGAGGAGA GGTTGGCCGC CTGTGCCGCC AAACTCAAGC AGCTGGACCA GAAGTGCAGG 
CGGGCTCAGA AGGCGGGCGG GGCCCAGGAG CCGGCGGGGA AGGAGGCGCC CCGCTCTCCA 
GGCGCCCCAC AGGAGAATGG CCCAGCTGTC CGCAGAGGCT CCCCCGAGTT CTCTGCCCAG 
GAAGCCCCCA GCACGTTTTC GGAAGAAGCC CCTACAGCTC CTCCAGCTGT GGCTCAGGGC 
GGCGGCAGTG ACGAGCGGGC CAGGGAGCCT GGGTCCCCCG CGCAGGAGTT CAGCAAGTAC 
CAGAAGTCGC TTCCGCCCAG GTTCCAGCGC CAGCAGCAGC AGCAGCACCT GCCCAACTGG 
GTGTCTCTCC CTGGTCAGGA GCAGCTGTAC AGGATGCAGC ACTGGCAGCC GGTGTGCCCT 
CCGCCGCCCC ACCCGCAGCG CACCTTCTAC CCGCACCATC CTCAGATGCT GGGCTTCGAC 
CCCAGGTGGA TGATGATGCC TTCCTACATG GACCCACGAA TCCCACCCAC TCGGACCCCA 
GTGGATTTCT ATCCCTCAGC CCTACATCCC TCGGGATTGA TGAAACCCAT GATGGCCCAG 
GATTCTCTCA GTGGAACTGG CTGTCGCTCT GAGGATCAGA GCTGTGTGCC CCCACTGCCA 
GAAAGGAGAG TGACCACCGT CGATGCGGCC CCTGTGTGGA GCCCCGAGGG TTACGTGGCG 
TTGCAGAGCA AGGGCTACTC GCTCCCCCAC CCGAAATCCA GCGACACTTT GGCCACGGAC 
ATGCATGTCA GGAATGAAAG CTCTTACTCT GCCTCACCTG GAAGGTCAGG GGGCGTAAGT 
GCCCGGCGCG ATCTCCTTGA GGAGAGAGGG GAGGAGTACT TGAGTGCTTT TGACAAGAAG 
GCCCCAGCAG ACTTTGACAG CTGTGTCTCT TCTCAAAGAA TAGGCCAGGA GATTTTGTTT 
CCACCCCAAG AAAATGTTCA GGAAGCAGGC GCGCCTGGGA GTCACACCCC AAACCTCAGG 
TGTTCCACAC TGGAGCCCGA CTTTGCCCCG GCTGAGAAAA AACCAGAGTA TAGCGATTGG 
GACGTGAGCC GCCAGCCGAA GGCCGCCGAC CCAGACACCA GGGTCGAGAA AGAGGCGCCC 
CAGGAGGAGC TGTCCTTCAG TGTCTCCTCC TGGGAGAAGG AAGGGAGCCC TGGCAAACAG 
CCGGCCCTGG AGCCCGAGTG GACACCAGAA GCCCGGGGCA CCGGCAGTCA GCACCCGGAG 
CAGACCAGCA GGACCCGGAG GTCCGGCCCC ATCAAGAAGC CCGTCCTGAA GGCCCTCAAG 
GTGGAAGACA AGGAGAAGGA GCTCGACAAG GTGAAGCCGG AGCTGGGAGA GGGGAGCGCC 
CGCCTGGCTC GGGAGACGAC CACGGGCCGC AGGTCCCCCG AGCTCGCCTA CCAGAACTCC 
TCGGACCACG CCAACGAGGA GTGGGAGACG GCCTCGGAGA GCAGCGACTT CAGCGAGAGG 
CGGGAGAGGC GGGACGGGCC CGGGCCCGAG CCGGACCCCC AGGCCGACGG CCTGCCCGGG 
GCGAGCACGG GCGAGAAGAA GGAGCTGGCC AAGCGGAGCT TCTCCGGCCA GAGACCCCTC 
GCTGACAGAC AGAGCCGGAA GCTGGAGCCG GGAGGGTTCG GGGAGAAGCC TGTTAGGCCA 
GGTGGCGGTG AGACTTCTCC CCGTTATGAG AGCCATCAGA GTGGGACGCC TTTGAAAGCC 
AAAAGGTCCC CGGATGACAC CTTGCCTGGA GGTCTCGGCT GCAGCAGTGG GAGCGGCCAC 
TACACGCTGG AGCGGGCAGC CCATGCCACC TCTGACATCC CTGAAGCCTC CTGTGAGAAG 
GCAGAGAAGG AGGCCCAGCT GGCTGCCCAG AGGGCAGGCG AACAGGGAGA GACCATGAAA 
CCGTTTGACC TGAACTATGG AAATGCCGGC GTTGAAAACT GCGGATCCAG CCCCGGAGAG 
GAGGGTGAGG TGGGCTCTGT GGTGGGGGAA GGCTTCATCG AAGTCCTGAC CAAGAAGCAG 
CGCCGTGTGC TGGAGGAAGA GAGGAGAAGG AAGGAGCCAG CCGTGCAGGT ACCTGTCAAA 
GGCCGAAATC TTTCCTCTCG TATTCCTCCT CGGTTTGCGA AAAAGCAGAA CCACCTGTGC 
CTGGAGCAAG GTGATGGAGC TGTGCCTGGC AGTAGCCTGG GTACCGAGAT CTGGGAGAGC 
AGCGGCCAGG GTAAGAGCTC GGGGTCTGGG CCCAGCCGCT TGGCCCACGG CCGCCTCACC 
GGCTCGGGGC CTCTTATTAG GGAGCATCCT GCTTTGGGGC CGTGA

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

RefSeq	XP_019775718.1
CDS	2916..6740
Translation	MSDRLGQITKGKDGKSKYSTLSLFDKYKGKSVDSIRSSVIPRHGLQSLGKVATARRMPPPANLPSLKSENKGNDPNIVIVPKDGTGWANKQDQQDPKSSSATASQPPELLPQPGLQKSVSNLQKPTQSISQENTNSAPGGPKSWAQLNGKPAGHEGGLRASSRLLSFSPEEFPTLKAAGGQDKAGKEKGVLDLSYGPGPSLRPQNVTSWREGGGRNIISATSLSASPTELGSRNSSAGDGAPSSSCTSDSKDPSLRPAQPVRKGASQFMGNVYHPPTYHDMLPAFMCSPQSSENQGTVERGSFPLPQLRLEPRVPFRQFQMNDQDGKENRLGMTRPIRPLRQLVERAPRPTIINAENLRGLDDLDTDADDGWAGLHEEVDYSEKLKFSDDDEEEEVVKDGRPKRNPGPPAAGPRCLSKVREGPGKESPSHPGGACARVVMCVSSETVSSRQKSSVGSVFRQQSVEDKEDKPPPRQKFVQSEMSEAVERARKRREEEERRAREERLAACAAKLKQLDQKCRRAQKAGGAQEPAGKEAPRSPGAPQENGPAVRRGSPEFSAQEAPSTFSEEAPTAPPAVAQGGGSDERAREPGSPAQEFSKYQKSLPPRFQRQQQQQHLPNWVSLPGQEQLYRMQHWQPVCPPPPHPQRTFYPHHPQMLGFDPRWMMMPSYMDPRIPPTRTPVDFYPSALHPSGLMKPMMAQDSLSGTGCRSEDQSCVPPLPERRVTTVDAAPVWSPEGYVALQSKGYSLPHPKSSDTLATDMHVRNESSYSASPGRSGGVSARRDLLEERGEEYLSAFDKKAPADFDSCVSSQRIGQEILFPPQENVQEAGAPGSHTPNLRCSTLEPDFAPAEKKPEYSDWDVSRQPKAADPDTRVEKEAPQEELSFSVSSWEKEGSPGKQPALEPEWTPEARGTGSQHPEQTSRTRRSGPIKKPVLKALKVEDKEKELDKVKPELGEGSARLARETTTGRRSPELAYQNSSDHANEEWETASESSDFSERRERRDGPGPEPDPQADGLPGASTGEKKELAKRSFSGQRPLADRQSRKLEPGGFGEKPVRPGGGETSPRYESHQSGTPLKAKRSPDDTLPGGLGCSSGSGHYTLERAAHATSDIPEASCEKAEKEAQLAAQRAGEQGETMKPFDLNYGNAGVENCGSSPGEEGEVGSVVGEGFIEVLTKKQRRVLEEERRRKEPAVQVPVKGRNLSSRIPPRFAKKQNHLCLEQGDGAVPGSSLGTEIWESSGQGKSSGSGPSRLAHGRLTGSGPLIREHPALGP

Target ORF information:

RefSeq Version	XM_019920159.1
Organism	Tursiops truncatus(common bottlenose dolphin)
Definition	Tursiops truncatus proline rich coiled-coil 2B (PRRC2B), mRNA.

Target ORF information:

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

XM_019920159.1

ORF Insert Sequence:

ATGTCCGATC GTTTGGGGCA AATAACCAAG GGCAAGGATG GGAAAAGCAA GTATTCGACT 
CTCAGCCTGT TTGATAAGTA TAAAGGAAAA TCAGTAGACT CGATCAGATC CTCAGTTATT 
CCTAGACATG GCTTACAGAG TCTCGGGAAA GTTGCCACAG CCCGGCGTAT GCCACCGCCT 
GCAAACCTGC CAAGCTTGAA GTCTGAAAAC AAAGGAAACG ACCCCAACAT CGTTATAGTA 
CCCAAGGACG GGACGGGATG GGCAAACAAG CAGGATCAGC AAGACCCAAA GAGTTCCAGT 
GCGACGGCCT CTCAGCCGCC GGAGTTGCTG CCGCAGCCGG GTTTGCAGAA ATCTGTCTCC 
AATTTGCAGA AACCGACACA GTCGATCAGT CAGGAGAATA CAAATTCAGC GCCAGGTGGA 
CCAAAGTCAT GGGCACAGCT GAATGGAAAG CCAGCAGGAC ACGAAGGTGG TTTAAGGGCC 
TCAAGCCGAC TGTTATCCTT CTCTCCCGAG GAATTTCCGA CGCTGAAAGC AGCTGGAGGG 
CAGGACAAGG CTGGCAAAGA AAAGGGCGTC TTAGATCTGT CGTATGGGCC AGGACCAAGC 
CTCCGCCCTC AGAATGTGAC AAGCTGGAGG GAGGGCGGTG GGCGAAACAT AATTTCTGCC 
ACGTCTCTGA GCGCCTCCCC AACTGAGCTG GGCAGCAGGA ACTCGAGTGC GGGAGACGGA 
GCCCCCTCCT CGTCATGTAC CAGCGATTCT AAGGACCCCT CTCTCCGCCC GGCTCAGCCT 
GTCCGAAAAG GGGCTTCACA GTTCATGGGG AATGTATACC ACCCACCTAC CTACCATGAC 
ATGCTTCCTG CTTTTATGTG TTCGCCACAG TCATCAGAGA ACCAGGGTAC AGTGGAACGA 
GGATCTTTTC CCCTTCCCCA GCTCCGTCTT GAACCCCGTG TTCCTTTTAG ACAGTTCCAG 
ATGAATGACC AAGACGGAAA AGAAAACAGG CTGGGAATGA CTCGCCCGAT CCGTCCGCTG 
AGGCAGCTGG TGGAACGGGC GCCGAGGCCC ACCATCATCA ATGCGGAGAA CCTGCGGGGC 
CTTGACGACC TGGACACCGA TGCTGACGAC GGCTGGGCAG GCCTCCATGA AGAAGTGGAC 
TACTCGGAGA AGTTGAAGTT CAGCGATGAT GATGAGGAGG AGGAAGTTGT GAAGGACGGC 
AGGCCAAAGC GAAACCCAGG TCCGCCTGCC GCGGGGCCGC GCTGCCTCTC TAAGGTGCGT 
GAGGGTCCTG GGAAGGAGAG CCCATCCCAT CCTGGGGGCG CCTGTGCCCG GGTTGTGATG 
TGCGTTTCAT CTGAGACCGT CTCCTCTCGG CAGAAGTCCT CCGTGGGCAG TGTGTTCCGG 
CAGCAGTCTG TCGAGGACAA AGAGGACAAG CCACCCCCGA GGCAGAAGTT CGTCCAGTCG 
GAGATGTCCG AGGCCGTGGA GCGAGCCCGA AAGCGCCGGG AAGAGGAGGA GCGCCGGGCC 
CGGGAGGAGA GGTTGGCCGC CTGTGCCGCC AAACTCAAGC AGCTGGACCA GAAGTGCAGG 
CGGGCTCAGA AGGCGGGCGG GGCCCAGGAG CCGGCGGGGA AGGAGGCGCC CCGCTCTCCA 
GGCGCCCCAC AGGAGAATGG CCCAGCTGTC CGCAGAGGCT CCCCCGAGTT CTCTGCCCAG 
GAAGCCCCCA GCACGTTTTC GGAAGAAGCC CCTACAGCTC CTCCAGCTGT GGCTCAGGGC 
GGCGGCAGTG ACGAGCGGGC CAGGGAGCCT GGGTCCCCCG CGCAGGAGTT CAGCAAGTAC 
CAGAAGTCGC TTCCGCCCAG GTTCCAGCGC CAGCAGCAGC AGCAGCACCT GCCCAACTGG 
GTGTCTCTCC CTGGTCAGGA GCAGCTGTAC AGGATGCAGC ACTGGCAGCC GGTGTGCCCT 
CCGCCGCCCC ACCCGCAGCG CACCTTCTAC CCGCACCATC CTCAGATGCT GGGCTTCGAC 
CCCAGGTGGA TGATGATGCC TTCCTACATG GACCCACGAA TCCCACCCAC TCGGACCCCA 
GTGGATTTCT ATCCCTCAGC CCTACATCCC TCGGGATTGA TGAAACCCAT GATGGCCCAG 
GATTCTCTCA GTGGAACTGG CTGTCGCTCT GAGGATCAGA GCTGTGTGCC CCCACTGCCA 
GAAAGGAGAG TGACCACCGT CGATGCGGCC CCTGTGTGGA GCCCCGAGGG TTACGTGGCG 
TTGCAGAGCA AGGGCTACTC GCTCCCCCAC CCGAAATCCA GCGACACTTT GGCCACGGAC 
ATGCATGTCA GGAATGAAAG CTCTTACTCT GCCTCACCTG GAAGGTCAGG GGGCGTAAGT 
GCCCGGCGCG ATCTCCTTGA GGAGAGAGGG GAGGAGTACT TGAGTGCTTT TGACAAGAAG 
GCCCCAGCAG ACTTTGACAG CTGTGTCTCT TCTCAAAGAA TAGGCCAGGA GATTTTGTTT 
CCACCCCAAG AAAATGTTCA GGAAGCAGGC GCGCCTGGGA GTCACACCCC AAACCTCAGG 
TGTTCCACAC TGGAGCCCGA CTTTGCCCCG GCTGAGAAAA AACCAGAGTA TAGCGATTGG 
GACGTGAGCC GCCAGCCGAA GGCCGCCGAC CCAGACACCA GGGTCGAGAA AGAGGCGCCC 
CAGGAGGAGC TGTCCTTCAG TGTCTCCTCC TGGGAGAAGG AAGGGAGCCC TGGCAAACAG 
CCGGCCCTGG AGCCCGAGTG GACACCAGAA GCCCGGGGCA CCGGCAGTCA GCACCCGGAG 
CAGACCAGCA GGACCCGGAG GTCCGGCCCC ATCAAGAAGC CCGTCCTGAA GGCCCTCAAG 
GTGGAAGACA AGGAGAAGGA GCTCGACAAG GTGAAGCCGG AGCTGGGAGA GGGGAGCGCC 
CGCCTGGCTC GGGAGACGAC CACGGGCCGC AGGTCCCCCG AGCTCGCCTA CCAGAACTCC 
TCGGACCACG CCAACGAGGA GTGGGAGACG GCCTCGGAGA GCAGCGACTT CAGCGAGAGG 
CGGGAGAGGC GGGACGGGCC CGGGCCCGAG CCGGACCCCC AGGCCGACGG CCTGCCCGGG 
GCGAGCACGG GCGAGAAGAA GGAGCTGGCC AAGCGGAGCT TCTCCGGCCA GAGACCCCTC 
GCTGACAGAC AGAGCCGGAA GCTGGAGCCG GGAGGGTTCG GGGAGAAGCC TGTTAGGCCA 
GGTGGCGGTG AGACTTCTCC CCGTTATGAG AGCCATCAGA GTGGGACGCC TTTGAAAGCC 
AAAAGGTCCC CGGATGACAC CTTGCCTGGA GGTCTCGGCT GCAGCAGTGG GAGCGGCCAC 
TACACGCTGG AGCGGGCAGC CCATGCCACC TCTGACATCC CTGAAGCCTC CTGTGAGAAG 
GCAGAGAAGG AGGCCCAGCT GGCTGCCCAG AGGGCAGGCG AACAGGGAGA GACCATGAAA 
CCGTTTGACC TGAACTATGG AAATGCCGGC GTTGAAAACT GCGGATCCAG CCCCGGAGAG 
GAGGGTGAGG TGGGCTCTGT GGTGGGGGAA GGCTTCATCG AAGTCCTGAC CAAGAAGCAG 
CGCCGTGTGC TGGAGGAAGA GAGGAGAAGG AAGGAGCCAG CCGTGCAGGT ACCTGTCAAA 
GGCCGAAATC TTTCCTCTCG TATTCCTCCT CGGTTTGCGA AAAAGCAGAA CCACCTGTGC 
CTGGAGCAAG GTGATGGAGC TGTGCCTGGC AGTAGCCTGG GTACCGAGAT CTGGGAGAGC 
AGCGGCCAGG GTAAGAGCTC GGGGTCTGGG CCCAGCCGCT TGGCCCACGG CCGCCTCACC 
GGCTCGGGGC CTCTTATTAG GGAGCATCCT GCTTTGGGGC CGTGA