Wdr19 cDNA ORF clone, Mus caroli(Ryukyu mouse)

Gene
Clones
gRNAs

Summary

Gene Symbol	Wdr19
Entrez Gene ID	110295039
Full Name	WD repeat domain 19
Gene Type	protein-coding
Organism	Mus caroli(Ryukyu mouse)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021163489.1	XP_021019148.1	WD repeat-containing protein 19
XM_029477401.1	XP_029333261.1	WD repeat-containing protein 19

Pathways from BioSystems
Gene Ontology

The following Wdr19 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Wdr19 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
OMv01781	XM_021163489.1 Latest version!	Mus caroli WD repeat domain 19 (Wdr19), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OMv01781	XM_029477401.1 Latest version!	Mus caroli WD repeat domain 19 (Wdr19), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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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)

Wdr19 ( XM_021163489.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021019148.1 Mus caroli WD repeat domain 19 (Wdr19), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OMv01781
Clone ID Related Accession (Same CDS sequence)	XM_021163489.1 , XM_029477401.1
Accession Version	XM_021163489.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4026bp) 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	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	WD repeat-containing protein 19
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034574.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli 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##

ATGAAGCGTG TTTTCTCCCT GCTAGAAAAG TCTTGGCTTG GTGCTCCGAT ACAATTTGCC 
TGGCAAAAAT CATCAGGAAA CTACCTCGCA GTAACAGGAG CTGATTATAT TGTTAAAATC 
TTTGATCGCC ATGGCCAAAA AAGAAGTGAA ATTAGCTTGC CTGGCAACTG TGTTACCATG 
GATTGGGATA AAGATGGCGA TATCCTGGCA GTGATTGCTG AGAAGTCTAG TTGCATTTAT 
CTGTGGGATG CCAACACAAA TAAAACCAGC CAGCTGGACA ATGGCATGAG GGATCAAATG 
TCTTTCCTTC TTTGGTCAAA AATTGGAAGT TTCCTGGCTG TTGGGACCAT TAAAGGAAAT 
TTGCTCATTT ATAATCATCA GACATCTCGA AAGATTCCTG TTCTTGGAAA ACATACTAAG 
AAAATTACAT GTGGATGTTG GAATTCGGAG AATCTCCTGG CTTTGGGAGG CGAAGATAAA 
ATGATTACAG TTAGTAACCA GGAAGGCGAC ACAATAAGAC AGACAGCAGT GAAATCAGAG 
CCAAGCGACA TCAAGTTCTC CGCAAGCAAG ACAGATGAGC GAGTTTCTTC TGCTGAGAAC 
ACAATAAGTG CAGTGGTTGG CAAGAAAATG CTGTTTCTTT TTCATCTGAA TGAACCAGAT 
AACCCGGTGG ATCTGGAGTT TCAGCAAGCC TATGGCAATA TCGTCTGCTA TAGTTGGTAT 
GGAGATGGCT ACATCATGAT TGGCTTTTCC CGCGGGACGT TTTTGGCTAT TTCTACTCAC 
TTTCCGGAAG TTGGGCAAGA GATATTTAAG GCTCGTGACC ATAAGGATAA TCTAACCAGT 
GTGGCCTTGT CACAGACTCT GAACAAAGCT GCCACATGTG GCGATAACTG CATAAAAATC 
CATGATCTGA CAGAACTGAG AGACATGTAT GCTATAATTA ATCTGGATGA TGAGAATAAA 
GGGCTGGGTA CCTTATCCTG GACGGATGAT GGTCAGTTGC TAGCGCTGTC CACGCAAAGA 
GGCTCACTGC ATGTCTTCCT GACCAAGCTG CCCATCCTCG GGGACGCCTG TCACACAAGG 
ATTGCGTATC TCACCTCCCT CCTGGAGGTC ACCGTGGCCA ACCTCATTGA AGGAGAGCCG 
CCAATCACAG TCTCTGTGGA TGTGGAACCC ACCTTTGTCG CAGTAGGGCT CTATCATCTG 
GCCGTGGGGA TGAATAACCG GGCTTGGTTT TATGTCCTTG GTGAAAATGT TGTCAAAAAG 
TTAAAAGATG TGGAATATCT GGGAACAGTG GCCAGCATCT GCCTTCATTC TGACTACGCC 
GCTGCACTCT TTGAAGGCAA AATCCAGTTA CATTTGATAG AAAATGAAAT GTTGGACGCT 
CAGGAAGAGC GTGAGACTCG GCTCTTTCCA GCAGTGGATG ATAAGTGCCG GATTTTATGC 
CACGCCCTAA CTAGTGATTT CCTCATCTAC GGAACTGATA CTGGCATCAT TCACTATTTC 
TTCATCGAAG ACTGGCAGTT CGTTAATGAT TACCGGCATC CTGTTGGTGT GAAGAAGCTA 
TTTCCCGATC CAAATGGAAC CAGATTGGTT TTCATCGATG AGAAGAGTGA TGGATTTGTT 
TACTGTCCTG TTAATGATGC GACCTATGAG ATTCCAGACT TCTCACCAAC CATTAAAGGT 
GTTCTTTGGG AAAACTGGCC AATGGACAAA GGTGTCTTTA TTGCCTATGA TGATGACAAG 
GTGTATACAT ATGCATTTCA CAAGGACACC ATCCAAGGAT CCAAGGTTAT TTTGGCTGGC 
AGCACCAAAC TTCCCTTCTC CCATAAGCCT TTGCTGTTAT ACAATGGAGA ACTGACCTGC 
CAGACACAGA GTGGGAAAAT CAACTCCATC TACCTCAGCA CCCACAGCTT CCTTGGCAGC 
ATGAAAGACA CGGACCCAAC TGACCTGAGG CAAATGCTGA CGCAGACCCT GCTGCTCAAG 
CGGTTTTCTG ATGCTTGGGA TATATGCAAG ATGCTAAATG ACCGCACTTC GTGGAGTGAG 
CTGGCCAAAG CCTGTCTGCA TCACATGGAG GTGGAGTTTG CTATCCGAGT GTCCCGGACA 
ATGGGGGATG TTGGCACAGT GATGTCGTTG GAACAAATAA AGGGAATTGA GGACTACAAT 
CTTTTGGCAG GACATCTCGC CATGTTCACT AATGACTTCA ACCTGGCCCA GGACCTGTAC 
CTGGCATCCA ACTGCCCTGT GGCAGCCCTG GAGATGCGGC GGGACCTGCA GCACTGGGAC 
AGCGCTCTGC AGCTGGCGAA GCGCCTGGCC CCGGACCAGA TACCCTTCAT ATCCAAAGAG 
TATGCCATCC AGCTGGAGTT CACAGGCGAT TATGTAAACG CTCTGGCTCA TTATGAGAAG 
GGCATCACCG GTGATAATAA GGAACACGAC GAAGTGTGCC TGGCCGGAGT GGCTCAGATG 
TCCATTCGAA TGGGGGACAT CCGCAGAGGG GCTAACCAAG CCCTCAAGCA CCCCAGCAGG 
GTCCTCAAAA GAGACTGTGG AGCCATTCTG GAGAACATGA AGCAATTTTC AGAAGCTGCC 
CAGCTGTACG AAAAGGGCCA GTATTACGAC AGAGCTGCCT CTGTCTACAT CCGCTGCAAG 
AACTGGGCAA AAGTTGGCGA ACTTCTCCCT CATGTCTCCT CTCCTAAGAT CCACTTGCAG 
TATGCCAAAG CCAAGGAGGC AGACGGAAGG TACAAGGAAG CCGTGGTGGC GTATGAAAAT 
GCAAAGCAAT GGAACAGTGT CATCCGCATC TACCTGGATC ACCTCAACAA CCCCGAGAAG 
GCCGTGAGCA TCGTCAGAGA GACCCAGTCA CTGGACGGAG CCAAGATGGT AGCCAGGTTC 
TTTCTGCAGC TTGGTGACTA TGGGTCTGCC ATCCAGTTTC TAGTCCTGTC CAAATGTAAC 
AATGAAGCCT TCACCCTGGC TCAGCAGCAC AACAAAATGG AAATCTACGC AGACATCATT 
GGTGCTGAAG ACACAACTAA TGAAGACTAT CAAAGCATCG CCTTATATTT TGAAGGAGAA 
AAAAGACATT TTCAGGCTGG AAAATTCTTC TTACTGTGTG GCCAGTATTC ACGGGCACTA 
AAGCACTTCC TGAAATGCCC AAGCTCAGAA GATAATGTGG CAATAGAAAT GGCAATCGAA 
ACTGTGGGCC AGGCCAAAGA TGAACTGCTG ACCAATCAGC TGATAGACCA CCTGATGGGG 
GAGAGCGATG GCATGCCAAA GGATGCCAAG TACCTGTTCC GCTTGTACAT GGCGCTAAAG 
CAGTACCGTG AAGCAGCCCG GACCGCCATC ATCATCGCCA GAGAAGAGCA GTCTGCAGGA 
AACTATCGGA ATGCACACGA TGTTCTTTTC AGTATGTACG CAGAACTTAA AGCCCAGAAG 
ATCAAGATCC CCTCCGAAAT GGCCACCAAC CTCATGATCC TGCACAGTTA CATTCTCGTG 
AAGATTCATG TTAAGAGTGG AGACCACATG AAGGGAGCGC GCATGCTCAT TCGGGTGGCC 
AACAACATCA GCAAGTTCCC ATCGCACATC GTGCCTATCC TGACGTCTAC GGTGATTGAG 
TGTCACAGGG CAGGCCTGAA GAACTCTGCC TTCAGCTTTG CAGCTATGCT GATGAGGCCT 
GAATACCGCA ACAAAATCGA TGCCAAGTAC AAAAAGAAAA TTGAGGCGAT GGTCAGGAGA 
CCCGATACTT CAGAGACAGA AGAGGCCACC ACCCCATGTC CATTCTGCCA GTTTCTTCTC 
CCAGAATGTG AGCTCCTCTG TCCTGGCTGT AAAAACAACA TTCCCTATTG CATTGCAACA 
GGCCGACACA TGTTGAAAGA CGACTGGACA ATGTGCCCTC ACTGTGGCTT CCCTGCTCTG 
TACTCAGAAT TCAAGATCTT ACTCAACAGT GAAAGCACGT GTCCCATGTG TTCAGAAAGA 
TTAAACTCCA GTCAACTGAA AAAAATTACA GACTGCTCCC AGTACCTACG GACAGAGACG 
GAATAG

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

RefSeq	XP_021019148.1
CDS	54..4079
Translation	MKRVFSLLEKSWLGAPIQFAWQKSSGNYLAVTGADYIVKIFDRHGQKRSEISLPGNCVTMDWDKDGDILAVIAEKSSCIYLWDANTNKTSQLDNGMRDQMSFLLWSKIGSFLAVGTIKGNLLIYNHQTSRKIPVLGKHTKKITCGCWNSENLLALGGEDKMITVSNQEGDTIRQTAVKSEPSDIKFSASKTDERVSSAENTISAVVGKKMLFLFHLNEPDNPVDLEFQQAYGNIVCYSWYGDGYIMIGFSRGTFLAISTHFPEVGQEIFKARDHKDNLTSVALSQTLNKAATCGDNCIKIHDLTELRDMYAIINLDDENKGLGTLSWTDDGQLLALSTQRGSLHVFLTKLPILGDACHTRIAYLTSLLEVTVANLIEGEPPITVSVDVEPTFVAVGLYHLAVGMNNRAWFYVLGENVVKKLKDVEYLGTVASICLHSDYAAALFEGKIQLHLIENEMLDAQEERETRLFPAVDDKCRILCHALTSDFLIYGTDTGIIHYFFIEDWQFVNDYRHPVGVKKLFPDPNGTRLVFIDEKSDGFVYCPVNDATYEIPDFSPTIKGVLWENWPMDKGVFIAYDDDKVYTYAFHKDTIQGSKVILAGSTKLPFSHKPLLLYNGELTCQTQSGKINSIYLSTHSFLGSMKDTDPTDLRQMLTQTLLLKRFSDAWDICKMLNDRTSWSELAKACLHHMEVEFAIRVSRTMGDVGTVMSLEQIKGIEDYNLLAGHLAMFTNDFNLAQDLYLASNCPVAALEMRRDLQHWDSALQLAKRLAPDQIPFISKEYAIQLEFTGDYVNALAHYEKGITGDNKEHDEVCLAGVAQMSIRMGDIRRGANQALKHPSRVLKRDCGAILENMKQFSEAAQLYEKGQYYDRAASVYIRCKNWAKVGELLPHVSSPKIHLQYAKAKEADGRYKEAVVAYENAKQWNSVIRIYLDHLNNPEKAVSIVRETQSLDGAKMVARFFLQLGDYGSAIQFLVLSKCNNEAFTLAQQHNKMEIYADIIGAEDTTNEDYQSIALYFEGEKRHFQAGKFFLLCGQYSRALKHFLKCPSSEDNVAIEMAIETVGQAKDELLTNQLIDHLMGESDGMPKDAKYLFRLYMALKQYREAARTAIIIAREEQSAGNYRNAHDVLFSMYAELKAQKIKIPSEMATNLMILHSYILVKIHVKSGDHMKGARMLIRVANNISKFPSHIVPILTSTVIECHRAGLKNSAFSFAAMLMRPEYRNKIDAKYKKKIEAMVRRPDTSETEEATTPCPFCQFLLPECELLCPGCKNNIPYCIATGRHMLKDDWTMCPHCGFPALYSEFKILLNSESTCPMCSERLNSSQLKKITDCSQYLRTETE

Target ORF information:

RefSeq Version	XM_021163489.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli WD repeat domain 19 (Wdr19), transcript variant X1, mRNA.

Target ORF information:

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

XM_021163489.1

ORF Insert Sequence:

ATGAAGCGTG TTTTCTCCCT GCTAGAAAAG TCTTGGCTTG GTGCTCCGAT ACAATTTGCC 
TGGCAAAAAT CATCAGGAAA CTACCTCGCA GTAACAGGAG CTGATTATAT TGTTAAAATC 
TTTGATCGCC ATGGCCAAAA AAGAAGTGAA ATTAGCTTGC CTGGCAACTG TGTTACCATG 
GATTGGGATA AAGATGGCGA TATCCTGGCA GTGATTGCTG AGAAGTCTAG TTGCATTTAT 
CTGTGGGATG CCAACACAAA TAAAACCAGC CAGCTGGACA ATGGCATGAG GGATCAAATG 
TCTTTCCTTC TTTGGTCAAA AATTGGAAGT TTCCTGGCTG TTGGGACCAT TAAAGGAAAT 
TTGCTCATTT ATAATCATCA GACATCTCGA AAGATTCCTG TTCTTGGAAA ACATACTAAG 
AAAATTACAT GTGGATGTTG GAATTCGGAG AATCTCCTGG CTTTGGGAGG CGAAGATAAA 
ATGATTACAG TTAGTAACCA GGAAGGCGAC ACAATAAGAC AGACAGCAGT GAAATCAGAG 
CCAAGCGACA TCAAGTTCTC CGCAAGCAAG ACAGATGAGC GAGTTTCTTC TGCTGAGAAC 
ACAATAAGTG CAGTGGTTGG CAAGAAAATG CTGTTTCTTT TTCATCTGAA TGAACCAGAT 
AACCCGGTGG ATCTGGAGTT TCAGCAAGCC TATGGCAATA TCGTCTGCTA TAGTTGGTAT 
GGAGATGGCT ACATCATGAT TGGCTTTTCC CGCGGGACGT TTTTGGCTAT TTCTACTCAC 
TTTCCGGAAG TTGGGCAAGA GATATTTAAG GCTCGTGACC ATAAGGATAA TCTAACCAGT 
GTGGCCTTGT CACAGACTCT GAACAAAGCT GCCACATGTG GCGATAACTG CATAAAAATC 
CATGATCTGA CAGAACTGAG AGACATGTAT GCTATAATTA ATCTGGATGA TGAGAATAAA 
GGGCTGGGTA CCTTATCCTG GACGGATGAT GGTCAGTTGC TAGCGCTGTC CACGCAAAGA 
GGCTCACTGC ATGTCTTCCT GACCAAGCTG CCCATCCTCG GGGACGCCTG TCACACAAGG 
ATTGCGTATC TCACCTCCCT CCTGGAGGTC ACCGTGGCCA ACCTCATTGA AGGAGAGCCG 
CCAATCACAG TCTCTGTGGA TGTGGAACCC ACCTTTGTCG CAGTAGGGCT CTATCATCTG 
GCCGTGGGGA TGAATAACCG GGCTTGGTTT TATGTCCTTG GTGAAAATGT TGTCAAAAAG 
TTAAAAGATG TGGAATATCT GGGAACAGTG GCCAGCATCT GCCTTCATTC TGACTACGCC 
GCTGCACTCT TTGAAGGCAA AATCCAGTTA CATTTGATAG AAAATGAAAT GTTGGACGCT 
CAGGAAGAGC GTGAGACTCG GCTCTTTCCA GCAGTGGATG ATAAGTGCCG GATTTTATGC 
CACGCCCTAA CTAGTGATTT CCTCATCTAC GGAACTGATA CTGGCATCAT TCACTATTTC 
TTCATCGAAG ACTGGCAGTT CGTTAATGAT TACCGGCATC CTGTTGGTGT GAAGAAGCTA 
TTTCCCGATC CAAATGGAAC CAGATTGGTT TTCATCGATG AGAAGAGTGA TGGATTTGTT 
TACTGTCCTG TTAATGATGC GACCTATGAG ATTCCAGACT TCTCACCAAC CATTAAAGGT 
GTTCTTTGGG AAAACTGGCC AATGGACAAA GGTGTCTTTA TTGCCTATGA TGATGACAAG 
GTGTATACAT ATGCATTTCA CAAGGACACC ATCCAAGGAT CCAAGGTTAT TTTGGCTGGC 
AGCACCAAAC TTCCCTTCTC CCATAAGCCT TTGCTGTTAT ACAATGGAGA ACTGACCTGC 
CAGACACAGA GTGGGAAAAT CAACTCCATC TACCTCAGCA CCCACAGCTT CCTTGGCAGC 
ATGAAAGACA CGGACCCAAC TGACCTGAGG CAAATGCTGA CGCAGACCCT GCTGCTCAAG 
CGGTTTTCTG ATGCTTGGGA TATATGCAAG ATGCTAAATG ACCGCACTTC GTGGAGTGAG 
CTGGCCAAAG CCTGTCTGCA TCACATGGAG GTGGAGTTTG CTATCCGAGT GTCCCGGACA 
ATGGGGGATG TTGGCACAGT GATGTCGTTG GAACAAATAA AGGGAATTGA GGACTACAAT 
CTTTTGGCAG GACATCTCGC CATGTTCACT AATGACTTCA ACCTGGCCCA GGACCTGTAC 
CTGGCATCCA ACTGCCCTGT GGCAGCCCTG GAGATGCGGC GGGACCTGCA GCACTGGGAC 
AGCGCTCTGC AGCTGGCGAA GCGCCTGGCC CCGGACCAGA TACCCTTCAT ATCCAAAGAG 
TATGCCATCC AGCTGGAGTT CACAGGCGAT TATGTAAACG CTCTGGCTCA TTATGAGAAG 
GGCATCACCG GTGATAATAA GGAACACGAC GAAGTGTGCC TGGCCGGAGT GGCTCAGATG 
TCCATTCGAA TGGGGGACAT CCGCAGAGGG GCTAACCAAG CCCTCAAGCA CCCCAGCAGG 
GTCCTCAAAA GAGACTGTGG AGCCATTCTG GAGAACATGA AGCAATTTTC AGAAGCTGCC 
CAGCTGTACG AAAAGGGCCA GTATTACGAC AGAGCTGCCT CTGTCTACAT CCGCTGCAAG 
AACTGGGCAA AAGTTGGCGA ACTTCTCCCT CATGTCTCCT CTCCTAAGAT CCACTTGCAG 
TATGCCAAAG CCAAGGAGGC AGACGGAAGG TACAAGGAAG CCGTGGTGGC GTATGAAAAT 
GCAAAGCAAT GGAACAGTGT CATCCGCATC TACCTGGATC ACCTCAACAA CCCCGAGAAG 
GCCGTGAGCA TCGTCAGAGA GACCCAGTCA CTGGACGGAG CCAAGATGGT AGCCAGGTTC 
TTTCTGCAGC TTGGTGACTA TGGGTCTGCC ATCCAGTTTC TAGTCCTGTC CAAATGTAAC 
AATGAAGCCT TCACCCTGGC TCAGCAGCAC AACAAAATGG AAATCTACGC AGACATCATT 
GGTGCTGAAG ACACAACTAA TGAAGACTAT CAAAGCATCG CCTTATATTT TGAAGGAGAA 
AAAAGACATT TTCAGGCTGG AAAATTCTTC TTACTGTGTG GCCAGTATTC ACGGGCACTA 
AAGCACTTCC TGAAATGCCC AAGCTCAGAA GATAATGTGG CAATAGAAAT GGCAATCGAA 
ACTGTGGGCC AGGCCAAAGA TGAACTGCTG ACCAATCAGC TGATAGACCA CCTGATGGGG 
GAGAGCGATG GCATGCCAAA GGATGCCAAG TACCTGTTCC GCTTGTACAT GGCGCTAAAG 
CAGTACCGTG AAGCAGCCCG GACCGCCATC ATCATCGCCA GAGAAGAGCA GTCTGCAGGA 
AACTATCGGA ATGCACACGA TGTTCTTTTC AGTATGTACG CAGAACTTAA AGCCCAGAAG 
ATCAAGATCC CCTCCGAAAT GGCCACCAAC CTCATGATCC TGCACAGTTA CATTCTCGTG 
AAGATTCATG TTAAGAGTGG AGACCACATG AAGGGAGCGC GCATGCTCAT TCGGGTGGCC 
AACAACATCA GCAAGTTCCC ATCGCACATC GTGCCTATCC TGACGTCTAC GGTGATTGAG 
TGTCACAGGG CAGGCCTGAA GAACTCTGCC TTCAGCTTTG CAGCTATGCT GATGAGGCCT 
GAATACCGCA ACAAAATCGA TGCCAAGTAC AAAAAGAAAA TTGAGGCGAT GGTCAGGAGA 
CCCGATACTT CAGAGACAGA AGAGGCCACC ACCCCATGTC CATTCTGCCA GTTTCTTCTC 
CCAGAATGTG AGCTCCTCTG TCCTGGCTGT AAAAACAACA TTCCCTATTG CATTGCAACA 
GGCCGACACA TGTTGAAAGA CGACTGGACA ATGTGCCCTC ACTGTGGCTT CCCTGCTCTG 
TACTCAGAAT TCAAGATCTT ACTCAACAGT GAAAGCACGT GTCCCATGTG TTCAGAAAGA 
TTAAACTCCA GTCAACTGAA AAAAATTACA GACTGCTCCC AGTACCTACG GACAGAGACG 
GAATAG

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

Wdr19 ( XM_029477401.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_029333261.1 Mus caroli WD repeat domain 19 (Wdr19), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OMv01781
Clone ID Related Accession (Same CDS sequence)	XM_021163489.1 , XM_029477401.1
Accession Version	XM_029477401.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4026bp) 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	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	WD repeat-containing protein 19
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034574.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli 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##

ATGAAGCGTG TTTTCTCCCT GCTAGAAAAG TCTTGGCTTG GTGCTCCGAT ACAATTTGCC 
TGGCAAAAAT CATCAGGAAA CTACCTCGCA GTAACAGGAG CTGATTATAT TGTTAAAATC 
TTTGATCGCC ATGGCCAAAA AAGAAGTGAA ATTAGCTTGC CTGGCAACTG TGTTACCATG 
GATTGGGATA AAGATGGCGA TATCCTGGCA GTGATTGCTG AGAAGTCTAG TTGCATTTAT 
CTGTGGGATG CCAACACAAA TAAAACCAGC CAGCTGGACA ATGGCATGAG GGATCAAATG 
TCTTTCCTTC TTTGGTCAAA AATTGGAAGT TTCCTGGCTG TTGGGACCAT TAAAGGAAAT 
TTGCTCATTT ATAATCATCA GACATCTCGA AAGATTCCTG TTCTTGGAAA ACATACTAAG 
AAAATTACAT GTGGATGTTG GAATTCGGAG AATCTCCTGG CTTTGGGAGG CGAAGATAAA 
ATGATTACAG TTAGTAACCA GGAAGGCGAC ACAATAAGAC AGACAGCAGT GAAATCAGAG 
CCAAGCGACA TCAAGTTCTC CGCAAGCAAG ACAGATGAGC GAGTTTCTTC TGCTGAGAAC 
ACAATAAGTG CAGTGGTTGG CAAGAAAATG CTGTTTCTTT TTCATCTGAA TGAACCAGAT 
AACCCGGTGG ATCTGGAGTT TCAGCAAGCC TATGGCAATA TCGTCTGCTA TAGTTGGTAT 
GGAGATGGCT ACATCATGAT TGGCTTTTCC CGCGGGACGT TTTTGGCTAT TTCTACTCAC 
TTTCCGGAAG TTGGGCAAGA GATATTTAAG GCTCGTGACC ATAAGGATAA TCTAACCAGT 
GTGGCCTTGT CACAGACTCT GAACAAAGCT GCCACATGTG GCGATAACTG CATAAAAATC 
CATGATCTGA CAGAACTGAG AGACATGTAT GCTATAATTA ATCTGGATGA TGAGAATAAA 
GGGCTGGGTA CCTTATCCTG GACGGATGAT GGTCAGTTGC TAGCGCTGTC CACGCAAAGA 
GGCTCACTGC ATGTCTTCCT GACCAAGCTG CCCATCCTCG GGGACGCCTG TCACACAAGG 
ATTGCGTATC TCACCTCCCT CCTGGAGGTC ACCGTGGCCA ACCTCATTGA AGGAGAGCCG 
CCAATCACAG TCTCTGTGGA TGTGGAACCC ACCTTTGTCG CAGTAGGGCT CTATCATCTG 
GCCGTGGGGA TGAATAACCG GGCTTGGTTT TATGTCCTTG GTGAAAATGT TGTCAAAAAG 
TTAAAAGATG TGGAATATCT GGGAACAGTG GCCAGCATCT GCCTTCATTC TGACTACGCC 
GCTGCACTCT TTGAAGGCAA AATCCAGTTA CATTTGATAG AAAATGAAAT GTTGGACGCT 
CAGGAAGAGC GTGAGACTCG GCTCTTTCCA GCAGTGGATG ATAAGTGCCG GATTTTATGC 
CACGCCCTAA CTAGTGATTT CCTCATCTAC GGAACTGATA CTGGCATCAT TCACTATTTC 
TTCATCGAAG ACTGGCAGTT CGTTAATGAT TACCGGCATC CTGTTGGTGT GAAGAAGCTA 
TTTCCCGATC CAAATGGAAC CAGATTGGTT TTCATCGATG AGAAGAGTGA TGGATTTGTT 
TACTGTCCTG TTAATGATGC GACCTATGAG ATTCCAGACT TCTCACCAAC CATTAAAGGT 
GTTCTTTGGG AAAACTGGCC AATGGACAAA GGTGTCTTTA TTGCCTATGA TGATGACAAG 
GTGTATACAT ATGCATTTCA CAAGGACACC ATCCAAGGAT CCAAGGTTAT TTTGGCTGGC 
AGCACCAAAC TTCCCTTCTC CCATAAGCCT TTGCTGTTAT ACAATGGAGA ACTGACCTGC 
CAGACACAGA GTGGGAAAAT CAACTCCATC TACCTCAGCA CCCACAGCTT CCTTGGCAGC 
ATGAAAGACA CGGACCCAAC TGACCTGAGG CAAATGCTGA CGCAGACCCT GCTGCTCAAG 
CGGTTTTCTG ATGCTTGGGA TATATGCAAG ATGCTAAATG ACCGCACTTC GTGGAGTGAG 
CTGGCCAAAG CCTGTCTGCA TCACATGGAG GTGGAGTTTG CTATCCGAGT GTCCCGGACA 
ATGGGGGATG TTGGCACAGT GATGTCGTTG GAACAAATAA AGGGAATTGA GGACTACAAT 
CTTTTGGCAG GACATCTCGC CATGTTCACT AATGACTTCA ACCTGGCCCA GGACCTGTAC 
CTGGCATCCA ACTGCCCTGT GGCAGCCCTG GAGATGCGGC GGGACCTGCA GCACTGGGAC 
AGCGCTCTGC AGCTGGCGAA GCGCCTGGCC CCGGACCAGA TACCCTTCAT ATCCAAAGAG 
TATGCCATCC AGCTGGAGTT CACAGGCGAT TATGTAAACG CTCTGGCTCA TTATGAGAAG 
GGCATCACCG GTGATAATAA GGAACACGAC GAAGTGTGCC TGGCCGGAGT GGCTCAGATG 
TCCATTCGAA TGGGGGACAT CCGCAGAGGG GCTAACCAAG CCCTCAAGCA CCCCAGCAGG 
GTCCTCAAAA GAGACTGTGG AGCCATTCTG GAGAACATGA AGCAATTTTC AGAAGCTGCC 
CAGCTGTACG AAAAGGGCCA GTATTACGAC AGAGCTGCCT CTGTCTACAT CCGCTGCAAG 
AACTGGGCAA AAGTTGGCGA ACTTCTCCCT CATGTCTCCT CTCCTAAGAT CCACTTGCAG 
TATGCCAAAG CCAAGGAGGC AGACGGAAGG TACAAGGAAG CCGTGGTGGC GTATGAAAAT 
GCAAAGCAAT GGAACAGTGT CATCCGCATC TACCTGGATC ACCTCAACAA CCCCGAGAAG 
GCCGTGAGCA TCGTCAGAGA GACCCAGTCA CTGGACGGAG CCAAGATGGT AGCCAGGTTC 
TTTCTGCAGC TTGGTGACTA TGGGTCTGCC ATCCAGTTTC TAGTCCTGTC CAAATGTAAC 
AATGAAGCCT TCACCCTGGC TCAGCAGCAC AACAAAATGG AAATCTACGC AGACATCATT 
GGTGCTGAAG ACACAACTAA TGAAGACTAT CAAAGCATCG CCTTATATTT TGAAGGAGAA 
AAAAGACATT TTCAGGCTGG AAAATTCTTC TTACTGTGTG GCCAGTATTC ACGGGCACTA 
AAGCACTTCC TGAAATGCCC AAGCTCAGAA GATAATGTGG CAATAGAAAT GGCAATCGAA 
ACTGTGGGCC AGGCCAAAGA TGAACTGCTG ACCAATCAGC TGATAGACCA CCTGATGGGG 
GAGAGCGATG GCATGCCAAA GGATGCCAAG TACCTGTTCC GCTTGTACAT GGCGCTAAAG 
CAGTACCGTG AAGCAGCCCG GACCGCCATC ATCATCGCCA GAGAAGAGCA GTCTGCAGGA 
AACTATCGGA ATGCACACGA TGTTCTTTTC AGTATGTACG CAGAACTTAA AGCCCAGAAG 
ATCAAGATCC CCTCCGAAAT GGCCACCAAC CTCATGATCC TGCACAGTTA CATTCTCGTG 
AAGATTCATG TTAAGAGTGG AGACCACATG AAGGGAGCGC GCATGCTCAT TCGGGTGGCC 
AACAACATCA GCAAGTTCCC ATCGCACATC GTGCCTATCC TGACGTCTAC GGTGATTGAG 
TGTCACAGGG CAGGCCTGAA GAACTCTGCC TTCAGCTTTG CAGCTATGCT GATGAGGCCT 
GAATACCGCA ACAAAATCGA TGCCAAGTAC AAAAAGAAAA TTGAGGCGAT GGTCAGGAGA 
CCCGATACTT CAGAGACAGA AGAGGCCACC ACCCCATGTC CATTCTGCCA GTTTCTTCTC 
CCAGAATGTG AGCTCCTCTG TCCTGGCTGT AAAAACAACA TTCCCTATTG CATTGCAACA 
GGCCGACACA TGTTGAAAGA CGACTGGACA ATGTGCCCTC ACTGTGGCTT CCCTGCTCTG 
TACTCAGAAT TCAAGATCTT ACTCAACAGT GAAAGCACGT GTCCCATGTG TTCAGAAAGA 
TTAAACTCCA GTCAACTGAA AAAAATTACA GACTGCTCCC AGTACCTACG GACAGAGACG 
GAATAG

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

RefSeq	XP_029333261.1
CDS	54..4079
Translation	MKRVFSLLEKSWLGAPIQFAWQKSSGNYLAVTGADYIVKIFDRHGQKRSEISLPGNCVTMDWDKDGDILAVIAEKSSCIYLWDANTNKTSQLDNGMRDQMSFLLWSKIGSFLAVGTIKGNLLIYNHQTSRKIPVLGKHTKKITCGCWNSENLLALGGEDKMITVSNQEGDTIRQTAVKSEPSDIKFSASKTDERVSSAENTISAVVGKKMLFLFHLNEPDNPVDLEFQQAYGNIVCYSWYGDGYIMIGFSRGTFLAISTHFPEVGQEIFKARDHKDNLTSVALSQTLNKAATCGDNCIKIHDLTELRDMYAIINLDDENKGLGTLSWTDDGQLLALSTQRGSLHVFLTKLPILGDACHTRIAYLTSLLEVTVANLIEGEPPITVSVDVEPTFVAVGLYHLAVGMNNRAWFYVLGENVVKKLKDVEYLGTVASICLHSDYAAALFEGKIQLHLIENEMLDAQEERETRLFPAVDDKCRILCHALTSDFLIYGTDTGIIHYFFIEDWQFVNDYRHPVGVKKLFPDPNGTRLVFIDEKSDGFVYCPVNDATYEIPDFSPTIKGVLWENWPMDKGVFIAYDDDKVYTYAFHKDTIQGSKVILAGSTKLPFSHKPLLLYNGELTCQTQSGKINSIYLSTHSFLGSMKDTDPTDLRQMLTQTLLLKRFSDAWDICKMLNDRTSWSELAKACLHHMEVEFAIRVSRTMGDVGTVMSLEQIKGIEDYNLLAGHLAMFTNDFNLAQDLYLASNCPVAALEMRRDLQHWDSALQLAKRLAPDQIPFISKEYAIQLEFTGDYVNALAHYEKGITGDNKEHDEVCLAGVAQMSIRMGDIRRGANQALKHPSRVLKRDCGAILENMKQFSEAAQLYEKGQYYDRAASVYIRCKNWAKVGELLPHVSSPKIHLQYAKAKEADGRYKEAVVAYENAKQWNSVIRIYLDHLNNPEKAVSIVRETQSLDGAKMVARFFLQLGDYGSAIQFLVLSKCNNEAFTLAQQHNKMEIYADIIGAEDTTNEDYQSIALYFEGEKRHFQAGKFFLLCGQYSRALKHFLKCPSSEDNVAIEMAIETVGQAKDELLTNQLIDHLMGESDGMPKDAKYLFRLYMALKQYREAARTAIIIAREEQSAGNYRNAHDVLFSMYAELKAQKIKIPSEMATNLMILHSYILVKIHVKSGDHMKGARMLIRVANNISKFPSHIVPILTSTVIECHRAGLKNSAFSFAAMLMRPEYRNKIDAKYKKKIEAMVRRPDTSETEEATTPCPFCQFLLPECELLCPGCKNNIPYCIATGRHMLKDDWTMCPHCGFPALYSEFKILLNSESTCPMCSERLNSSQLKKITDCSQYLRTETE

Target ORF information:

RefSeq Version	XM_029477401.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli WD repeat domain 19 (Wdr19), transcript variant X2, mRNA.

Target ORF information:

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

XM_029477401.1

ORF Insert Sequence:

ATGAAGCGTG TTTTCTCCCT GCTAGAAAAG TCTTGGCTTG GTGCTCCGAT ACAATTTGCC 
TGGCAAAAAT CATCAGGAAA CTACCTCGCA GTAACAGGAG CTGATTATAT TGTTAAAATC 
TTTGATCGCC ATGGCCAAAA AAGAAGTGAA ATTAGCTTGC CTGGCAACTG TGTTACCATG 
GATTGGGATA AAGATGGCGA TATCCTGGCA GTGATTGCTG AGAAGTCTAG TTGCATTTAT 
CTGTGGGATG CCAACACAAA TAAAACCAGC CAGCTGGACA ATGGCATGAG GGATCAAATG 
TCTTTCCTTC TTTGGTCAAA AATTGGAAGT TTCCTGGCTG TTGGGACCAT TAAAGGAAAT 
TTGCTCATTT ATAATCATCA GACATCTCGA AAGATTCCTG TTCTTGGAAA ACATACTAAG 
AAAATTACAT GTGGATGTTG GAATTCGGAG AATCTCCTGG CTTTGGGAGG CGAAGATAAA 
ATGATTACAG TTAGTAACCA GGAAGGCGAC ACAATAAGAC AGACAGCAGT GAAATCAGAG 
CCAAGCGACA TCAAGTTCTC CGCAAGCAAG ACAGATGAGC GAGTTTCTTC TGCTGAGAAC 
ACAATAAGTG CAGTGGTTGG CAAGAAAATG CTGTTTCTTT TTCATCTGAA TGAACCAGAT 
AACCCGGTGG ATCTGGAGTT TCAGCAAGCC TATGGCAATA TCGTCTGCTA TAGTTGGTAT 
GGAGATGGCT ACATCATGAT TGGCTTTTCC CGCGGGACGT TTTTGGCTAT TTCTACTCAC 
TTTCCGGAAG TTGGGCAAGA GATATTTAAG GCTCGTGACC ATAAGGATAA TCTAACCAGT 
GTGGCCTTGT CACAGACTCT GAACAAAGCT GCCACATGTG GCGATAACTG CATAAAAATC 
CATGATCTGA CAGAACTGAG AGACATGTAT GCTATAATTA ATCTGGATGA TGAGAATAAA 
GGGCTGGGTA CCTTATCCTG GACGGATGAT GGTCAGTTGC TAGCGCTGTC CACGCAAAGA 
GGCTCACTGC ATGTCTTCCT GACCAAGCTG CCCATCCTCG GGGACGCCTG TCACACAAGG 
ATTGCGTATC TCACCTCCCT CCTGGAGGTC ACCGTGGCCA ACCTCATTGA AGGAGAGCCG 
CCAATCACAG TCTCTGTGGA TGTGGAACCC ACCTTTGTCG CAGTAGGGCT CTATCATCTG 
GCCGTGGGGA TGAATAACCG GGCTTGGTTT TATGTCCTTG GTGAAAATGT TGTCAAAAAG 
TTAAAAGATG TGGAATATCT GGGAACAGTG GCCAGCATCT GCCTTCATTC TGACTACGCC 
GCTGCACTCT TTGAAGGCAA AATCCAGTTA CATTTGATAG AAAATGAAAT GTTGGACGCT 
CAGGAAGAGC GTGAGACTCG GCTCTTTCCA GCAGTGGATG ATAAGTGCCG GATTTTATGC 
CACGCCCTAA CTAGTGATTT CCTCATCTAC GGAACTGATA CTGGCATCAT TCACTATTTC 
TTCATCGAAG ACTGGCAGTT CGTTAATGAT TACCGGCATC CTGTTGGTGT GAAGAAGCTA 
TTTCCCGATC CAAATGGAAC CAGATTGGTT TTCATCGATG AGAAGAGTGA TGGATTTGTT 
TACTGTCCTG TTAATGATGC GACCTATGAG ATTCCAGACT TCTCACCAAC CATTAAAGGT 
GTTCTTTGGG AAAACTGGCC AATGGACAAA GGTGTCTTTA TTGCCTATGA TGATGACAAG 
GTGTATACAT ATGCATTTCA CAAGGACACC ATCCAAGGAT CCAAGGTTAT TTTGGCTGGC 
AGCACCAAAC TTCCCTTCTC CCATAAGCCT TTGCTGTTAT ACAATGGAGA ACTGACCTGC 
CAGACACAGA GTGGGAAAAT CAACTCCATC TACCTCAGCA CCCACAGCTT CCTTGGCAGC 
ATGAAAGACA CGGACCCAAC TGACCTGAGG CAAATGCTGA CGCAGACCCT GCTGCTCAAG 
CGGTTTTCTG ATGCTTGGGA TATATGCAAG ATGCTAAATG ACCGCACTTC GTGGAGTGAG 
CTGGCCAAAG CCTGTCTGCA TCACATGGAG GTGGAGTTTG CTATCCGAGT GTCCCGGACA 
ATGGGGGATG TTGGCACAGT GATGTCGTTG GAACAAATAA AGGGAATTGA GGACTACAAT 
CTTTTGGCAG GACATCTCGC CATGTTCACT AATGACTTCA ACCTGGCCCA GGACCTGTAC 
CTGGCATCCA ACTGCCCTGT GGCAGCCCTG GAGATGCGGC GGGACCTGCA GCACTGGGAC 
AGCGCTCTGC AGCTGGCGAA GCGCCTGGCC CCGGACCAGA TACCCTTCAT ATCCAAAGAG 
TATGCCATCC AGCTGGAGTT CACAGGCGAT TATGTAAACG CTCTGGCTCA TTATGAGAAG 
GGCATCACCG GTGATAATAA GGAACACGAC GAAGTGTGCC TGGCCGGAGT GGCTCAGATG 
TCCATTCGAA TGGGGGACAT CCGCAGAGGG GCTAACCAAG CCCTCAAGCA CCCCAGCAGG 
GTCCTCAAAA GAGACTGTGG AGCCATTCTG GAGAACATGA AGCAATTTTC AGAAGCTGCC 
CAGCTGTACG AAAAGGGCCA GTATTACGAC AGAGCTGCCT CTGTCTACAT CCGCTGCAAG 
AACTGGGCAA AAGTTGGCGA ACTTCTCCCT CATGTCTCCT CTCCTAAGAT CCACTTGCAG 
TATGCCAAAG CCAAGGAGGC AGACGGAAGG TACAAGGAAG CCGTGGTGGC GTATGAAAAT 
GCAAAGCAAT GGAACAGTGT CATCCGCATC TACCTGGATC ACCTCAACAA CCCCGAGAAG 
GCCGTGAGCA TCGTCAGAGA GACCCAGTCA CTGGACGGAG CCAAGATGGT AGCCAGGTTC 
TTTCTGCAGC TTGGTGACTA TGGGTCTGCC ATCCAGTTTC TAGTCCTGTC CAAATGTAAC 
AATGAAGCCT TCACCCTGGC TCAGCAGCAC AACAAAATGG AAATCTACGC AGACATCATT 
GGTGCTGAAG ACACAACTAA TGAAGACTAT CAAAGCATCG CCTTATATTT TGAAGGAGAA 
AAAAGACATT TTCAGGCTGG AAAATTCTTC TTACTGTGTG GCCAGTATTC ACGGGCACTA 
AAGCACTTCC TGAAATGCCC AAGCTCAGAA GATAATGTGG CAATAGAAAT GGCAATCGAA 
ACTGTGGGCC AGGCCAAAGA TGAACTGCTG ACCAATCAGC TGATAGACCA CCTGATGGGG 
GAGAGCGATG GCATGCCAAA GGATGCCAAG TACCTGTTCC GCTTGTACAT GGCGCTAAAG 
CAGTACCGTG AAGCAGCCCG GACCGCCATC ATCATCGCCA GAGAAGAGCA GTCTGCAGGA 
AACTATCGGA ATGCACACGA TGTTCTTTTC AGTATGTACG CAGAACTTAA AGCCCAGAAG 
ATCAAGATCC CCTCCGAAAT GGCCACCAAC CTCATGATCC TGCACAGTTA CATTCTCGTG 
AAGATTCATG TTAAGAGTGG AGACCACATG AAGGGAGCGC GCATGCTCAT TCGGGTGGCC 
AACAACATCA GCAAGTTCCC ATCGCACATC GTGCCTATCC TGACGTCTAC GGTGATTGAG 
TGTCACAGGG CAGGCCTGAA GAACTCTGCC TTCAGCTTTG CAGCTATGCT GATGAGGCCT 
GAATACCGCA ACAAAATCGA TGCCAAGTAC AAAAAGAAAA TTGAGGCGAT GGTCAGGAGA 
CCCGATACTT CAGAGACAGA AGAGGCCACC ACCCCATGTC CATTCTGCCA GTTTCTTCTC 
CCAGAATGTG AGCTCCTCTG TCCTGGCTGT AAAAACAACA TTCCCTATTG CATTGCAACA 
GGCCGACACA TGTTGAAAGA CGACTGGACA ATGTGCCCTC ACTGTGGCTT CCCTGCTCTG 
TACTCAGAAT TCAAGATCTT ACTCAACAGT GAAAGCACGT GTCCCATGTG TTCAGAAAGA 
TTAAACTCCA GTCAACTGAA AAAAATTACA GACTGCTCCC AGTACCTACG GACAGAGACG 
GAATAG