WDR17 cDNA ORF clone, Protobothrops mucrosquamatus

Gene
Clones
gRNAs

Summary

Gene Symbol	WDR17
Entrez Gene ID	107285711
Full Name	WD repeat domain 17
Gene Type	protein-coding
Organism	Protobothrops mucrosquamatus

mRNA and Protein(s)

mRNA	Protein	Name
XM_015813940.1	XP_015669426.1	WD repeat-containing protein 17

Pathways from BioSystems
Gene Ontology

The following WDR17 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the WDR17 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
OPr28548	XM_015813940.1 Latest version!	Protobothrops mucrosquamatus WD repeat domain 17 (WDR17), 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)

WDR17 ( XM_015813940.1 ) cDNA ORF clone, Protobothrops mucrosquamatus -> XP_015669426.1 Protobothrops mucrosquamatus WD repeat domain 17 (WDR17), mRNA.

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CloneID	OPr28548
Clone ID Related Accession (Same CDS sequence)	XM_015813940.1
Accession Version	XM_015813940.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3948bp) 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	WD repeat-containing protein 17
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015386559.1) 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##

ATGGCTTGGA TAACTTGTAT TTCACATTGG TTTGATGAAG AAGATTGGTA TGAGGAACAA 
CAAAGAGCAA AAATGGCACA GGTTAAGCAA GTGGGTCTAT TAGCAGCTGG CTGTCAACCA 
TGGAATAAAG ATGTATGTGC AGCTAGTGGG GATAGATTTG CCTATTGTGC AACCCTGGCT 
ATTTATATAT ATCAGTTGGA TCATCAGTAT AATGAATTCA AGTTATGGGC AATTATGTCT 
GAACACAAGA AGATCATTAC AGCTATTTCT TGGTGTCCCC ATAATCAGGA TCTGTTTGCA 
AGTGCAAGTG CAGAAAACCT AGTAATAATT TGGAATGTGG CTGAACAAAA AATTGCTGCC 
AAATTGCACA ATACAAAAGG TATTCCTGCG TTTCTTAGTT GGTGCTGGAA TATAGGTGAC 
GCTGTTGCAT TTGCCTCGCA TAGAGGTCCA TTGTATATTT GGACATTTTC AGGGCCAGAG 
AGTGGTGTAG TGGTACATAA TGAAGCTCAC AGTTTTATGT CAGATATTTG TCTGTTTAGA 
TGGCATCCCA AGAGAAAAGG AAAAGTAGTG TTTGGTCATA CTGATGGAAG TCTTTCTCTT 
TTTCAGCCAG GTTGTAAGTG TCAGAAACAT GTTCTGAGAC CAGAATCACT TGAAGGGACA 
GATGAGGAAG ATCCTATCAC CGCTCTGGAA TGGGACCCTC TGTCAACAGA TTATCTTCTT 
GTTGCAAATT TGCATAATGG AATCCATCTT GTTGATTCAG AATCTTTCTC CTATATCACA 
GCCTTTAATC TTCCTAGTGC AGCAGCATCT GTGCAGTGCT TAGCTTGGGT TCCTAGTGCA 
CCTGGAATGT TTATCACTGG AGATTCTCAG ATTGGTGTAT TGCGTGTCTG GAATGTATCA 
CGAACAACAC CAATAGATAA TTTTAAGTTG AAGAAAACGG GTTTCCATGG CCTACATGTA 
CTTAGTTCTC CTCCAAAGAA GAATACATTT TTTTCACAGT CTCGTACAAA AAACCATCAT 
ACATCATCTA CAAGTGAGGC TGTTCCACCT CCAAGTCTAA CTCAGAATCA AGCATTTTCA 
CTTCCCCCTG GACATGCTGT CTGCTGTTTT ATGGATGGTG GAGTAGGGCT TTATAACATG 
GGAGATAAGA AATGGGAATT TCTTAGAGAT TTGGGTCATG TTGAAACCAT CTTTGATTGT 
AAATTCAAAC CTGATAACCC TGACCTTTTA GCTACAGCAT CATTTGATGG AACAATAAAA 
ATATGGGATA TAACTACTTT AACAGCTATC TGTACCTCTC CTGGTAATGA GGGAGTCATA 
TATTCACTTT CATGGGCTCC AGGGGACTTG AATTGTATAG CTGGTGCAAC TTCAAGAAAT 
GGTGGTTTCA TCTGGGATGT GTCACGGGAC AAAATGATAA CTCGCTTCAG TGAGCATGGG 
AAGAATGGAA TCTTCTGCAT TGCATGGAGT CATAAAGATT CCAAAAGGAT AGCAACCTGC 
AGTGGTGATG GATTCTGCAT TATTAGGACA ATTGATGGCA AAATTCTCCA CAAGTACAAA 
CACCCAGCTG CAGTTTTTGG CTGTGATTGG AGTCAAAACA ACAAAGATAT GATAGCGACC 
GGATGTGAAG ATAAAAATGT CCGTGTTTAT TATCTAGCAA CTAGTTCTGA TCAGCCACTG 
AAAGTATTCA GTGGGCATAC AGCCAAAGTA TTTCATGTAA GATGGTCTCC CCTTAGAGAA 
GGAATACTTT GCAGTGGTTC TGATGATGGC ACTGTTCGGA TATGGGATTA CACACAAGAT 
GCTTGTATCA ATATTCTTAG TGGGCATACA GCACCAGTAC GAGGATTGTT GTGGAATACA 
GAAATACCTT ATCTATTGAT ATCTGGCAGT TGGGATTATA CAATCAAAGT ATGGGACACA 
AGAGATGGTA CATGCCTGGA CACTGTGTAT GATCATGGTG CAGATGTTTA TGGATTAACT 
TGTCATCCTA GCTACCCCTT CACTATGGCC TCTTGTTCCC GAGATTCCAC TGTGAGACTT 
TGGTCTTTAA CACCTCTGAT AAATCCTCTC CACTTATGCA TCTTGGCAGA CAGATCATGG 
GATGAGATAA TTGGAAACAT TGATCGTGCG GTTGAAATAG GTGCTCCTCC TTTGCTCTGT 
GGAAAAGTAT CTAGGGATAT TAAACAAGAA ATAGAGAAGC TAAATAGTAA TCCTCGAGGA 
AGAAAGCTAA GGTGGTTTTC AGAATGTTTA TCACCCCGAG GAGGCAGTAA AAACTTATGG 
GATCTGGTTG CAGTAATAAA GGGTCAAGAT GATAGTTTGC TCCCACAGAA TTATTACAAA 
GGAATTATGC ATATGAAACA TTTGGTTAAA TTTAGAATGT CCAAAGCACA AGAACTTACA 
ACAGTAAAGA TGTCTAAATT TGGAGGAGGC ATTGGTGTAC CTAGCAAGGA GAAAAGGCTA 
AAAGAAGCAG CAGAGATACA TCTGAGACTA GGTCAAATTC AGAGATACTG TGAACTTATG 
GTGGAGCTTG GAGAGTGGGA CAGAGCACTG TCAGTTGCAC CAGGAGTATC TATGAAATAT 
TGGAAGAAAT TAATGCAAAG GAGAGCTGAC CAATTAATTC AGGAAGAAAA TGATGAAGTT 
ATTCCATACT GCATAGCAAT TGGTGATGTG AAGAAGCTTG TTACATTTTT CATTTCAAGT 
GGTCAACTTA AAGAAGCTCT CTTAGTTGCA CAGGCAGCAT GTGAAGGAAA TGTGAAAGCA 
TTTCAGAGTT CAGCAGCAGA TGAGTCAGAA TATTTTGAAG GGAATAGCAT AGAAAATTAC 
AATGATCTCC TACATAAAGT CAGTAAAGAA CTTGCTGAGT GGTATTTTCA GGATGGCTGT 
GCAGTGCTGG CTGCTTGTTG TCATTTAGCT GTTGAGAATA TTGAGCTTGC CATGGCAAAC 
CTGATTCGAG GAAATGAACT GGAGTTGGCA GTCAGTGTGG GCACCGTCTT AGGAGAATGT 
GCAGCTCAGG GAACGCATTA TGCACTAGAG TTACTGGCAA GAAAATGTAT GACTATTCCA 
ACATGCTTTC CATCACTTGG ATACAGGGAT TTAGCAGGAG ATCTTCTCAT GATGATTCCT 
GATAACGAAC TACAATTAAT AAAACTGTGT GCTTTTTATC CTGGATGCAC AACAGAGATA 
AATGACCTAC ATGAAAAGTG CAGATTACCA GATGTAGAAG AATGTATGCA ATTAGCAGAG 
AAAGCTCAGA CAGATGGAAA TATATTTGAG TCAATAAAGT ATTATTTGTT AACTGCAGAA 
TCAGAAAAGG CACTTCCTAT AGGAATTCAG TATGTCAAAG AACAAATTAG TAGTTCAGAT 
TGGACACTTG ATGCAGTATA TCCTTTTTTG GATCTTCTCA GCTATATACG CACAGAAAAA 
TTGTTGCTGC ATAAATGTAG TGAATTTAGA AATGAATTGT TAATATTAAG TGGCTACATT 
GGGGCTTTAC TGGCTATTAG AAGACAATAT ATCAGCATTG TACCAGCTCT TTATGAATAT 
ACAAGCCAGC TTTTAAAAAG AAGGGAAGTA TGTGTACCCC TGAAAATAAA GCAACTCTCT 
GAGGAACTAG ATGCTTGGAG AGCTTGTAGC CAATCATTAA ACAAGTCTTC TGATGAATTA 
CTACAGATAC TGCCATCTGA ATTGCAACAA CAGATTTATA CAACAATGCT ATCACGAATT 
AAAGAAGAGC CTCTTCAAGT AACCATAGGA ACAAATTATG TTTCTGGATC TAACTTTCCT 
AGTCATTCAG ATGTTCATAT CTCTTGTTTG ACAGGATTAA AAATACAGGG TCCTGTATTT 
TTCCTTGAAG ATGGAAAGTC AACAATTTCA CTCAGCGATG CATTGATGTG GGCAAAAGTG 
AATCCTTTCT CTCCACTGGG GACAGGAATA CGGCTCAACC CATTCTGA

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

RefSeq	XP_015669426.1
CDS	1..3948
Translation	MAWITCISHWFDEEDWYEEQQRAKMAQVKQVGLLAAGCQPWNKDVCAASGDRFAYCATLAIYIYQLDHQYNEFKLWAIMSEHKKIITAISWCPHNQDLFASASAENLVIIWNVAEQKIAAKLHNTKGIPAFLSWCWNIGDAVAFASHRGPLYIWTFSGPESGVVVHNEAHSFMSDICLFRWHPKRKGKVVFGHTDGSLSLFQPGCKCQKHVLRPESLEGTDEEDPITALEWDPLSTDYLLVANLHNGIHLVDSESFSYITAFNLPSAAASVQCLAWVPSAPGMFITGDSQIGVLRVWNVSRTTPIDNFKLKKTGFHGLHVLSSPPKKNTFFSQSRTKNHHTSSTSEAVPPPSLTQNQAFSLPPGHAVCCFMDGGVGLYNMGDKKWEFLRDLGHVETIFDCKFKPDNPDLLATASFDGTIKIWDITTLTAICTSPGNEGVIYSLSWAPGDLNCIAGATSRNGGFIWDVSRDKMITRFSEHGKNGIFCIAWSHKDSKRIATCSGDGFCIIRTIDGKILHKYKHPAAVFGCDWSQNNKDMIATGCEDKNVRVYYLATSSDQPLKVFSGHTAKVFHVRWSPLREGILCSGSDDGTVRIWDYTQDACINILSGHTAPVRGLLWNTEIPYLLISGSWDYTIKVWDTRDGTCLDTVYDHGADVYGLTCHPSYPFTMASCSRDSTVRLWSLTPLINPLHLCILADRSWDEIIGNIDRAVEIGAPPLLCGKVSRDIKQEIEKLNSNPRGRKLRWFSECLSPRGGSKNLWDLVAVIKGQDDSLLPQNYYKGIMHMKHLVKFRMSKAQELTTVKMSKFGGGIGVPSKEKRLKEAAEIHLRLGQIQRYCELMVELGEWDRALSVAPGVSMKYWKKLMQRRADQLIQEENDEVIPYCIAIGDVKKLVTFFISSGQLKEALLVAQAACEGNVKAFQSSAADESEYFEGNSIENYNDLLHKVSKELAEWYFQDGCAVLAACCHLAVENIELAMANLIRGNELELAVSVGTVLGECAAQGTHYALELLARKCMTIPTCFPSLGYRDLAGDLLMMIPDNELQLIKLCAFYPGCTTEINDLHEKCRLPDVEECMQLAEKAQTDGNIFESIKYYLLTAESEKALPIGIQYVKEQISSSDWTLDAVYPFLDLLSYIRTEKLLLHKCSEFRNELLILSGYIGALLAIRRQYISIVPALYEYTSQLLKRREVCVPLKIKQLSEELDAWRACSQSLNKSSDELLQILPSELQQQIYTTMLSRIKEEPLQVTIGTNYVSGSNFPSHSDVHISCLTGLKIQGPVFFLEDGKSTISLSDALMWAKVNPFSPLGTGIRLNPF

Target ORF information:

RefSeq Version	XM_015813940.1
Organism	Protobothrops mucrosquamatus
Definition	Protobothrops mucrosquamatus WD repeat domain 17 (WDR17), mRNA.

Target ORF information:

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

XM_015813940.1

ORF Insert Sequence:

ATGGCTTGGA TAACTTGTAT TTCACATTGG TTTGATGAAG AAGATTGGTA TGAGGAACAA 
CAAAGAGCAA AAATGGCACA GGTTAAGCAA GTGGGTCTAT TAGCAGCTGG CTGTCAACCA 
TGGAATAAAG ATGTATGTGC AGCTAGTGGG GATAGATTTG CCTATTGTGC AACCCTGGCT 
ATTTATATAT ATCAGTTGGA TCATCAGTAT AATGAATTCA AGTTATGGGC AATTATGTCT 
GAACACAAGA AGATCATTAC AGCTATTTCT TGGTGTCCCC ATAATCAGGA TCTGTTTGCA 
AGTGCAAGTG CAGAAAACCT AGTAATAATT TGGAATGTGG CTGAACAAAA AATTGCTGCC 
AAATTGCACA ATACAAAAGG TATTCCTGCG TTTCTTAGTT GGTGCTGGAA TATAGGTGAC 
GCTGTTGCAT TTGCCTCGCA TAGAGGTCCA TTGTATATTT GGACATTTTC AGGGCCAGAG 
AGTGGTGTAG TGGTACATAA TGAAGCTCAC AGTTTTATGT CAGATATTTG TCTGTTTAGA 
TGGCATCCCA AGAGAAAAGG AAAAGTAGTG TTTGGTCATA CTGATGGAAG TCTTTCTCTT 
TTTCAGCCAG GTTGTAAGTG TCAGAAACAT GTTCTGAGAC CAGAATCACT TGAAGGGACA 
GATGAGGAAG ATCCTATCAC CGCTCTGGAA TGGGACCCTC TGTCAACAGA TTATCTTCTT 
GTTGCAAATT TGCATAATGG AATCCATCTT GTTGATTCAG AATCTTTCTC CTATATCACA 
GCCTTTAATC TTCCTAGTGC AGCAGCATCT GTGCAGTGCT TAGCTTGGGT TCCTAGTGCA 
CCTGGAATGT TTATCACTGG AGATTCTCAG ATTGGTGTAT TGCGTGTCTG GAATGTATCA 
CGAACAACAC CAATAGATAA TTTTAAGTTG AAGAAAACGG GTTTCCATGG CCTACATGTA 
CTTAGTTCTC CTCCAAAGAA GAATACATTT TTTTCACAGT CTCGTACAAA AAACCATCAT 
ACATCATCTA CAAGTGAGGC TGTTCCACCT CCAAGTCTAA CTCAGAATCA AGCATTTTCA 
CTTCCCCCTG GACATGCTGT CTGCTGTTTT ATGGATGGTG GAGTAGGGCT TTATAACATG 
GGAGATAAGA AATGGGAATT TCTTAGAGAT TTGGGTCATG TTGAAACCAT CTTTGATTGT 
AAATTCAAAC CTGATAACCC TGACCTTTTA GCTACAGCAT CATTTGATGG AACAATAAAA 
ATATGGGATA TAACTACTTT AACAGCTATC TGTACCTCTC CTGGTAATGA GGGAGTCATA 
TATTCACTTT CATGGGCTCC AGGGGACTTG AATTGTATAG CTGGTGCAAC TTCAAGAAAT 
GGTGGTTTCA TCTGGGATGT GTCACGGGAC AAAATGATAA CTCGCTTCAG TGAGCATGGG 
AAGAATGGAA TCTTCTGCAT TGCATGGAGT CATAAAGATT CCAAAAGGAT AGCAACCTGC 
AGTGGTGATG GATTCTGCAT TATTAGGACA ATTGATGGCA AAATTCTCCA CAAGTACAAA 
CACCCAGCTG CAGTTTTTGG CTGTGATTGG AGTCAAAACA ACAAAGATAT GATAGCGACC 
GGATGTGAAG ATAAAAATGT CCGTGTTTAT TATCTAGCAA CTAGTTCTGA TCAGCCACTG 
AAAGTATTCA GTGGGCATAC AGCCAAAGTA TTTCATGTAA GATGGTCTCC CCTTAGAGAA 
GGAATACTTT GCAGTGGTTC TGATGATGGC ACTGTTCGGA TATGGGATTA CACACAAGAT 
GCTTGTATCA ATATTCTTAG TGGGCATACA GCACCAGTAC GAGGATTGTT GTGGAATACA 
GAAATACCTT ATCTATTGAT ATCTGGCAGT TGGGATTATA CAATCAAAGT ATGGGACACA 
AGAGATGGTA CATGCCTGGA CACTGTGTAT GATCATGGTG CAGATGTTTA TGGATTAACT 
TGTCATCCTA GCTACCCCTT CACTATGGCC TCTTGTTCCC GAGATTCCAC TGTGAGACTT 
TGGTCTTTAA CACCTCTGAT AAATCCTCTC CACTTATGCA TCTTGGCAGA CAGATCATGG 
GATGAGATAA TTGGAAACAT TGATCGTGCG GTTGAAATAG GTGCTCCTCC TTTGCTCTGT 
GGAAAAGTAT CTAGGGATAT TAAACAAGAA ATAGAGAAGC TAAATAGTAA TCCTCGAGGA 
AGAAAGCTAA GGTGGTTTTC AGAATGTTTA TCACCCCGAG GAGGCAGTAA AAACTTATGG 
GATCTGGTTG CAGTAATAAA GGGTCAAGAT GATAGTTTGC TCCCACAGAA TTATTACAAA 
GGAATTATGC ATATGAAACA TTTGGTTAAA TTTAGAATGT CCAAAGCACA AGAACTTACA 
ACAGTAAAGA TGTCTAAATT TGGAGGAGGC ATTGGTGTAC CTAGCAAGGA GAAAAGGCTA 
AAAGAAGCAG CAGAGATACA TCTGAGACTA GGTCAAATTC AGAGATACTG TGAACTTATG 
GTGGAGCTTG GAGAGTGGGA CAGAGCACTG TCAGTTGCAC CAGGAGTATC TATGAAATAT 
TGGAAGAAAT TAATGCAAAG GAGAGCTGAC CAATTAATTC AGGAAGAAAA TGATGAAGTT 
ATTCCATACT GCATAGCAAT TGGTGATGTG AAGAAGCTTG TTACATTTTT CATTTCAAGT 
GGTCAACTTA AAGAAGCTCT CTTAGTTGCA CAGGCAGCAT GTGAAGGAAA TGTGAAAGCA 
TTTCAGAGTT CAGCAGCAGA TGAGTCAGAA TATTTTGAAG GGAATAGCAT AGAAAATTAC 
AATGATCTCC TACATAAAGT CAGTAAAGAA CTTGCTGAGT GGTATTTTCA GGATGGCTGT 
GCAGTGCTGG CTGCTTGTTG TCATTTAGCT GTTGAGAATA TTGAGCTTGC CATGGCAAAC 
CTGATTCGAG GAAATGAACT GGAGTTGGCA GTCAGTGTGG GCACCGTCTT AGGAGAATGT 
GCAGCTCAGG GAACGCATTA TGCACTAGAG TTACTGGCAA GAAAATGTAT GACTATTCCA 
ACATGCTTTC CATCACTTGG ATACAGGGAT TTAGCAGGAG ATCTTCTCAT GATGATTCCT 
GATAACGAAC TACAATTAAT AAAACTGTGT GCTTTTTATC CTGGATGCAC AACAGAGATA 
AATGACCTAC ATGAAAAGTG CAGATTACCA GATGTAGAAG AATGTATGCA ATTAGCAGAG 
AAAGCTCAGA CAGATGGAAA TATATTTGAG TCAATAAAGT ATTATTTGTT AACTGCAGAA 
TCAGAAAAGG CACTTCCTAT AGGAATTCAG TATGTCAAAG AACAAATTAG TAGTTCAGAT 
TGGACACTTG ATGCAGTATA TCCTTTTTTG GATCTTCTCA GCTATATACG CACAGAAAAA 
TTGTTGCTGC ATAAATGTAG TGAATTTAGA AATGAATTGT TAATATTAAG TGGCTACATT 
GGGGCTTTAC TGGCTATTAG AAGACAATAT ATCAGCATTG TACCAGCTCT TTATGAATAT 
ACAAGCCAGC TTTTAAAAAG AAGGGAAGTA TGTGTACCCC TGAAAATAAA GCAACTCTCT 
GAGGAACTAG ATGCTTGGAG AGCTTGTAGC CAATCATTAA ACAAGTCTTC TGATGAATTA 
CTACAGATAC TGCCATCTGA ATTGCAACAA CAGATTTATA CAACAATGCT ATCACGAATT 
AAAGAAGAGC CTCTTCAAGT AACCATAGGA ACAAATTATG TTTCTGGATC TAACTTTCCT 
AGTCATTCAG ATGTTCATAT CTCTTGTTTG ACAGGATTAA AAATACAGGG TCCTGTATTT 
TTCCTTGAAG ATGGAAAGTC AACAATTTCA CTCAGCGATG CATTGATGTG GGCAAAAGTG 
AATCCTTTCT CTCCACTGGG GACAGGAATA CGGCTCAACC CATTCTGA