WWC1 cDNA ORF clone, Numida meleagris(helmeted guineafowl)

Gene
Clones
gRNAs

Summary

Gene Symbol	WWC1
Entrez Gene ID	110405369
Full Name	WW and C2 domain containing 1
Gene Type	protein-coding
Organism	Numida meleagris(helmeted guineafowl)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021410601.1	XP_021266276.1	protein KIBRA isoform X1
XM_021410602.1	XP_021266277.1	protein KIBRA isoform X2

Pathways from BioSystems
Gene Ontology

The following WWC1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the WWC1 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
ONu07503	XM_021410601.1 Latest version!	Numida meleagris WW and C2 domain containing 1 (WWC1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
ONu07504	XM_021410602.1 Latest version!	Numida meleagris WW and C2 domain containing 1 (WWC1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00

ORF Online Only Promotion

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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)

WWC1 ( XM_021410601.1 ) cDNA ORF clone, Numida meleagris(helmeted guineafowl) -> XP_021266276.1 Numida meleagris WW and C2 domain containing 1 (WWC1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	ONu07503
Clone ID Related Accession (Same CDS sequence)	XM_021410601.1
Accession Version	XM_021410601.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3363bp) 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	2017-06-06
Organism	Numida meleagris(helmeted guineafowl)
Product	protein KIBRA isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034420.1) 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 :: Numida meleagris Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCGCGGA AGGAGCTGCC GCTGCCCGCG GGCTGGGAGG AGGCGCGGGA CTACGACGGG 
AAGGTGTACT ACATCGACCA CGGCAGCCGC ACCACCAGCT GGATCGACCC CCGCGACAGG 
TATACTAAAC CACTAACGTT TGCAGACTGC ATTAGCGATG AATTGCCATT AGGATGGGAA 
GAAGCGTATG ACCCTCAGGT TGGAGTTTAT TACATAGACC ACAACACCAA AACCACACAG 
ATAGAAGATC CTCGTGTGCA ATGGCGGCGG GAGCAGGAGC ATATGCTGAA GGACTATCTT 
GTCCTGGCTC AAGAGGCAAT TGCTGCACAG AAGGAGATCT ATCAAGTGAA ACAGCAGAGG 
CTTGAATTGG CCCAGCAAGA ATACCGGCAG CTGCATGATG TTTGGGAGCA CAAACTGGGC 
TCTCAGACCA GCTTGCTGTC TGGCTCATCA TCAAGTTCCA AGTATGACCC AGAGATCCTC 
AAAGCGGAGA TTGCTACTAC AAAATCCAGG GTCAATAAAC TAAAGAGAGA GGTCGCTCAC 
ATGAAGCAAG AACTCCAGTA CAAAGAGCAT GGATTTCAAA CGCTGAAAAA AATTGACATG 
AAAATGTCTG ATACTCAAGG TGGCTACAAA CTTGATGAAG CACAAGCCAT TTTAAGTGAA 
ATGAAAGCTC TCAAGAAAGC CATCACATCA GGGGAGAAGG AAAAGCAAGA CCTCATTCAG 
AGTTTAGCCA GGTTGAAAGA CAGCTTCGTC AATGACAGAG GATCACAGTC AGACCTGTGG 
GCCAGCAGTG TGTCCTTAGA AAGCTCAAGC CCTTCGTTAC CCAGGCAGTA CCTGGATGTC 
AGCTCCCAGA CGGATGTTTC AGGAAATTTT ATTACCAGCA GCAATAACCA GTTGGCTGAG 
AAAGTAAGAT TACGCCTTCG ATATGAAGAA GCAAAGAGAA GAATAGGAAA CCTGAAAATA 
CAACTGGCAA AGCTTGACAG TGAGGCCTGG CCTGGTGTGC TGGATTCTGA GCGGGATCGG 
CTAATATTAA TTAATGAGAA GGAGGAGCTC CTAAAAGAAA TGCGATTTAT TAGCCCCAGA 
AAATGGACTC GAGGAGAGGT AGAGAGACTG GAGACTGAGA GAAGGCGCTT AGAAGAAGAT 
CTTCAGGCTG CTAGAGACAC TCAGAGCAAA GCTCTAACTG AGAGATTGAA GTTGAATAGC 
AAAAGAAATC AGCTAGTCCG AGAACTGGAA GAAACAACAC GATTAGTTGC AATGTTGCAC 
ACTCAGCTGA AAAGTCTCTC TGCCAGCATG CTTTCCCTCT CCTCAAGTAG CAGCCCTGGC 
TCTCTTGCAT CGAGCAGAGG ATCTCTTGCC ACCTCCAGCC AGGATTCGTC CACCTCTACC 
AGCTTCACTG ACCTCTACTG TGAGCACATG GAGCAGTTGG AGCAGCTGGA CTCGGACTAT 
CAAAACAAGA TTGACTTGCT CTTGGAAGGA GCCACTGGAT TTAGGCCATC AGGCTGTATC 
ACCACTATTC ATGAAAATGA AGTAGCAAAA ACTCACAAAG CAGATGCCAC AACTCGCATA 
CAGGCTTTGA GATCACTGTC TGGTACTCCA AAATCCATGA CGTCTCTGTC CCCAAGGTCA 
TCTCTCTCTT CTCCATCCCC GCCTTGCTCT CCACTGGTGA TAGACGCACT CCTTACTGGT 
GATGCCTTTT CAAGCCATAT GGATTTTGAT GATGCAGAGA TAAGTACAAA TCTCTCCGAA 
CTCACCCTGA ACATCGGGAG TGGCAACTGT AGACTGGAAG AGCCTAGAGC AGGAGATAAA 
AATCTAGGTC AAGGTGTAAA TACAGCTGGA GGGACGGCAC TGAAGGTGGC ATGTGTGTCA 
GCTGCAGTGT CTGATGAATC TGTTGCTGGA GACAGCGGGG TATACGAAGC ATCTGTGCAA 
AGACCATGTG CGTCAGAAGT GATGGTGTTT GACGGTGATG ATACAGAAGC AGTTGGGACA 
GCTAAAGTGC AAATTGCAAT GAGATACGAT GAAAAAAATA AGCAATTTGC AATACTGGTC 
ATCCAGCTGA GTAATGTTCA AGCACTGCTG TTACAACAGG ACCAAAAAGT GAACATTCGC 
GTGGCAGTCC TGCCCTGTTT GGAAAGCACA AGCTGCTTGT TTCGCACAAG GCCGGTGGAA 
GTTTCAGACA ATCTCATGTA CAATGAAGTA TTTTGGGTTT CTATCTCTTA CCCAGCTTTA 
CGCCAGAAGA CTTTAAGAGT TGATGTTTGC ACTGTAGATA AATCTCGCCT TGAAGAATGT 
TTGGGTGGAG CACAAATTAG CCTTGCTGAA ATATGTAGAT CTGGAGAGAA ATCAACCCGT 
TGGTATAACC TCCTTAGTTC TAAGTATCTG CAGAAGCAAG ACAGGAAAAG TAAACAAGGA 
AACGTTCATT CTGAAATACC CTGCGCTGAT AAAACAGACT CTGTATCAGC GCTCTTAGAG 
CAGACAGCTG TTGAACTGGA AGCTGTGGAG AAGAAATTGG AGGAAAGCAG AACCACTTTA 
ACTAGTGGAG AGAGCTGGCA AGATGAAGAG GCTGCTGAGC AGGAAGAACT GGATGAGATC 
AGTGAAAATG AAGCAGAAGA GGAGGAAGAA TTCTGTGCTG GAAAATTGCT GTGGGAAACA 
GAAGAAAGTC TGGATTCCCA TCCTCATGTG GAAACAGTGG TAAAGGTGGA TAAAGAGACA 
AACACAGAGA GCCTTGCACA ATCTTCTGCT GTAGTTCGTC CAAAAGACAA AAGAGCAGCA 
AATCCACCGC AAACTCAGTT TGTCAGAGGT AGCACTATCA TCCGCTCCAA AACATTTTCA 
CCAGGACCAC AAAGTCAGTA TGTGTGTCGG CTGAATCGCA GCGATAGTGA CAGTTCAACG 
CTATCCAAAA AAACCCCCTT TGTTCGAAAT GCAATGGAGA GACGGAGCGT CAGAGTGAAA 
CGGCCTTCCA TTAAGTCTGT TGGTACAGAG CGCCTAATTC GCACTTCACT AGATCTGGAG 
CTGGACCTGC AGGCTTCAAA AACCTGGCAC GATCGGCTAG TTCAGGAGAT CTCTGTGCTG 
AGAGAACTGA AGGAGCAGTT AGAACAAGCT CAAAGTCAGG GTGAGAAAGA GTTACCGCAG 
TGGGTGAAGG ATGATGAGAG ATTTCGACTG CTGCTGAGGC TAGTGGAAAA GCGAGTGGAA 
AAAACAGAAC ACAAGTGTGA GCTCAAAGCT GACAAAATGA TGAGAGCTGC TGCCAAGGAT 
GTGCACCGGC TCCGAGGGCA GAGTCGGAAG GAGCCTTTGG AAGTACAGTC ATTCAGAGAG 
AAAATGGCAT TTTTCACACG GCCCAGGATA AACATTCCAA CGCTCTCAGC GGATGACGTG 
TGA

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

RefSeq	XP_021266276.1
CDS	91..3453
Translation	MPRKELPLPAGWEEARDYDGKVYYIDHGSRTTSWIDPRDRYTKPLTFADCISDELPLGWEEAYDPQVGVYYIDHNTKTTQIEDPRVQWRREQEHMLKDYLVLAQEAIAAQKEIYQVKQQRLELAQQEYRQLHDVWEHKLGSQTSLLSGSSSSSKYDPEILKAEIATTKSRVNKLKREVAHMKQELQYKEHGFQTLKKIDMKMSDTQGGYKLDEAQAILSEMKALKKAITSGEKEKQDLIQSLARLKDSFVNDRGSQSDLWASSVSLESSSPSLPRQYLDVSSQTDVSGNFITSSNNQLAEKVRLRLRYEEAKRRIGNLKIQLAKLDSEAWPGVLDSERDRLILINEKEELLKEMRFISPRKWTRGEVERLETERRRLEEDLQAARDTQSKALTERLKLNSKRNQLVRELEETTRLVAMLHTQLKSLSASMLSLSSSSSPGSLASSRGSLATSSQDSSTSTSFTDLYCEHMEQLEQLDSDYQNKIDLLLEGATGFRPSGCITTIHENEVAKTHKADATTRIQALRSLSGTPKSMTSLSPRSSLSSPSPPCSPLVIDALLTGDAFSSHMDFDDAEISTNLSELTLNIGSGNCRLEEPRAGDKNLGQGVNTAGGTALKVACVSAAVSDESVAGDSGVYEASVQRPCASEVMVFDGDDTEAVGTAKVQIAMRYDEKNKQFAILVIQLSNVQALLLQQDQKVNIRVAVLPCLESTSCLFRTRPVEVSDNLMYNEVFWVSISYPALRQKTLRVDVCTVDKSRLEECLGGAQISLAEICRSGEKSTRWYNLLSSKYLQKQDRKSKQGNVHSEIPCADKTDSVSALLEQTAVELEAVEKKLEESRTTLTSGESWQDEEAAEQEELDEISENEAEEEEEFCAGKLLWETEESLDSHPHVETVVKVDKETNTESLAQSSAVVRPKDKRAANPPQTQFVRGSTIIRSKTFSPGPQSQYVCRLNRSDSDSSTLSKKTPFVRNAMERRSVRVKRPSIKSVGTERLIRTSLDLELDLQASKTWHDRLVQEISVLRELKEQLEQAQSQGEKELPQWVKDDERFRLLLRLVEKRVEKTEHKCELKADKMMRAAAKDVHRLRGQSRKEPLEVQSFREKMAFFTRPRINIPTLSADDV

Target ORF information:

RefSeq Version	XM_021410601.1
Organism	Numida meleagris(helmeted guineafowl)
Definition	Numida meleagris WW and C2 domain containing 1 (WWC1), transcript variant X1, mRNA.

Target ORF information:

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

XM_021410601.1

ORF Insert Sequence:

ATGCCGCGGA AGGAGCTGCC GCTGCCCGCG GGCTGGGAGG AGGCGCGGGA CTACGACGGG 
AAGGTGTACT ACATCGACCA CGGCAGCCGC ACCACCAGCT GGATCGACCC CCGCGACAGG 
TATACTAAAC CACTAACGTT TGCAGACTGC ATTAGCGATG AATTGCCATT AGGATGGGAA 
GAAGCGTATG ACCCTCAGGT TGGAGTTTAT TACATAGACC ACAACACCAA AACCACACAG 
ATAGAAGATC CTCGTGTGCA ATGGCGGCGG GAGCAGGAGC ATATGCTGAA GGACTATCTT 
GTCCTGGCTC AAGAGGCAAT TGCTGCACAG AAGGAGATCT ATCAAGTGAA ACAGCAGAGG 
CTTGAATTGG CCCAGCAAGA ATACCGGCAG CTGCATGATG TTTGGGAGCA CAAACTGGGC 
TCTCAGACCA GCTTGCTGTC TGGCTCATCA TCAAGTTCCA AGTATGACCC AGAGATCCTC 
AAAGCGGAGA TTGCTACTAC AAAATCCAGG GTCAATAAAC TAAAGAGAGA GGTCGCTCAC 
ATGAAGCAAG AACTCCAGTA CAAAGAGCAT GGATTTCAAA CGCTGAAAAA AATTGACATG 
AAAATGTCTG ATACTCAAGG TGGCTACAAA CTTGATGAAG CACAAGCCAT TTTAAGTGAA 
ATGAAAGCTC TCAAGAAAGC CATCACATCA GGGGAGAAGG AAAAGCAAGA CCTCATTCAG 
AGTTTAGCCA GGTTGAAAGA CAGCTTCGTC AATGACAGAG GATCACAGTC AGACCTGTGG 
GCCAGCAGTG TGTCCTTAGA AAGCTCAAGC CCTTCGTTAC CCAGGCAGTA CCTGGATGTC 
AGCTCCCAGA CGGATGTTTC AGGAAATTTT ATTACCAGCA GCAATAACCA GTTGGCTGAG 
AAAGTAAGAT TACGCCTTCG ATATGAAGAA GCAAAGAGAA GAATAGGAAA CCTGAAAATA 
CAACTGGCAA AGCTTGACAG TGAGGCCTGG CCTGGTGTGC TGGATTCTGA GCGGGATCGG 
CTAATATTAA TTAATGAGAA GGAGGAGCTC CTAAAAGAAA TGCGATTTAT TAGCCCCAGA 
AAATGGACTC GAGGAGAGGT AGAGAGACTG GAGACTGAGA GAAGGCGCTT AGAAGAAGAT 
CTTCAGGCTG CTAGAGACAC TCAGAGCAAA GCTCTAACTG AGAGATTGAA GTTGAATAGC 
AAAAGAAATC AGCTAGTCCG AGAACTGGAA GAAACAACAC GATTAGTTGC AATGTTGCAC 
ACTCAGCTGA AAAGTCTCTC TGCCAGCATG CTTTCCCTCT CCTCAAGTAG CAGCCCTGGC 
TCTCTTGCAT CGAGCAGAGG ATCTCTTGCC ACCTCCAGCC AGGATTCGTC CACCTCTACC 
AGCTTCACTG ACCTCTACTG TGAGCACATG GAGCAGTTGG AGCAGCTGGA CTCGGACTAT 
CAAAACAAGA TTGACTTGCT CTTGGAAGGA GCCACTGGAT TTAGGCCATC AGGCTGTATC 
ACCACTATTC ATGAAAATGA AGTAGCAAAA ACTCACAAAG CAGATGCCAC AACTCGCATA 
CAGGCTTTGA GATCACTGTC TGGTACTCCA AAATCCATGA CGTCTCTGTC CCCAAGGTCA 
TCTCTCTCTT CTCCATCCCC GCCTTGCTCT CCACTGGTGA TAGACGCACT CCTTACTGGT 
GATGCCTTTT CAAGCCATAT GGATTTTGAT GATGCAGAGA TAAGTACAAA TCTCTCCGAA 
CTCACCCTGA ACATCGGGAG TGGCAACTGT AGACTGGAAG AGCCTAGAGC AGGAGATAAA 
AATCTAGGTC AAGGTGTAAA TACAGCTGGA GGGACGGCAC TGAAGGTGGC ATGTGTGTCA 
GCTGCAGTGT CTGATGAATC TGTTGCTGGA GACAGCGGGG TATACGAAGC ATCTGTGCAA 
AGACCATGTG CGTCAGAAGT GATGGTGTTT GACGGTGATG ATACAGAAGC AGTTGGGACA 
GCTAAAGTGC AAATTGCAAT GAGATACGAT GAAAAAAATA AGCAATTTGC AATACTGGTC 
ATCCAGCTGA GTAATGTTCA AGCACTGCTG TTACAACAGG ACCAAAAAGT GAACATTCGC 
GTGGCAGTCC TGCCCTGTTT GGAAAGCACA AGCTGCTTGT TTCGCACAAG GCCGGTGGAA 
GTTTCAGACA ATCTCATGTA CAATGAAGTA TTTTGGGTTT CTATCTCTTA CCCAGCTTTA 
CGCCAGAAGA CTTTAAGAGT TGATGTTTGC ACTGTAGATA AATCTCGCCT TGAAGAATGT 
TTGGGTGGAG CACAAATTAG CCTTGCTGAA ATATGTAGAT CTGGAGAGAA ATCAACCCGT 
TGGTATAACC TCCTTAGTTC TAAGTATCTG CAGAAGCAAG ACAGGAAAAG TAAACAAGGA 
AACGTTCATT CTGAAATACC CTGCGCTGAT AAAACAGACT CTGTATCAGC GCTCTTAGAG 
CAGACAGCTG TTGAACTGGA AGCTGTGGAG AAGAAATTGG AGGAAAGCAG AACCACTTTA 
ACTAGTGGAG AGAGCTGGCA AGATGAAGAG GCTGCTGAGC AGGAAGAACT GGATGAGATC 
AGTGAAAATG AAGCAGAAGA GGAGGAAGAA TTCTGTGCTG GAAAATTGCT GTGGGAAACA 
GAAGAAAGTC TGGATTCCCA TCCTCATGTG GAAACAGTGG TAAAGGTGGA TAAAGAGACA 
AACACAGAGA GCCTTGCACA ATCTTCTGCT GTAGTTCGTC CAAAAGACAA AAGAGCAGCA 
AATCCACCGC AAACTCAGTT TGTCAGAGGT AGCACTATCA TCCGCTCCAA AACATTTTCA 
CCAGGACCAC AAAGTCAGTA TGTGTGTCGG CTGAATCGCA GCGATAGTGA CAGTTCAACG 
CTATCCAAAA AAACCCCCTT TGTTCGAAAT GCAATGGAGA GACGGAGCGT CAGAGTGAAA 
CGGCCTTCCA TTAAGTCTGT TGGTACAGAG CGCCTAATTC GCACTTCACT AGATCTGGAG 
CTGGACCTGC AGGCTTCAAA AACCTGGCAC GATCGGCTAG TTCAGGAGAT CTCTGTGCTG 
AGAGAACTGA AGGAGCAGTT AGAACAAGCT CAAAGTCAGG GTGAGAAAGA GTTACCGCAG 
TGGGTGAAGG ATGATGAGAG ATTTCGACTG CTGCTGAGGC TAGTGGAAAA GCGAGTGGAA 
AAAACAGAAC ACAAGTGTGA GCTCAAAGCT GACAAAATGA TGAGAGCTGC TGCCAAGGAT 
GTGCACCGGC TCCGAGGGCA GAGTCGGAAG GAGCCTTTGG AAGTACAGTC ATTCAGAGAG 
AAAATGGCAT TTTTCACACG GCCCAGGATA AACATTCCAA CGCTCTCAGC GGATGACGTG 
TGA

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

WWC1 ( XM_021410602.1 ) cDNA ORF clone, Numida meleagris(helmeted guineafowl) -> XP_021266277.1 Numida meleagris WW and C2 domain containing 1 (WWC1), transcript variant X2, mRNA.

Price & Availability↑

CloneID	ONu07504
Clone ID Related Accession (Same CDS sequence)	XM_021410602.1
Accession Version	XM_021410602.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3285bp) 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	2017-06-06
Organism	Numida meleagris(helmeted guineafowl)
Product	protein KIBRA isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034420.1) 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 :: Numida meleagris Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGAAA GGAGGAGTGC TGAAAGACCT CTCCCGGTAA GGTATACTAA ACCACTAACG 
TTTGCAGACT GCATTAGCGA TGAATTGCCA TTAGGATGGG AAGAAGCGTA TGACCCTCAG 
GTTGGAGTTT ATTACATAGA CCACAACACC AAAACCACAC AGATAGAAGA TCCTCGTGTG 
CAATGGCGGC GGGAGCAGGA GCATATGCTG AAGGACTATC TTGTCCTGGC TCAAGAGGCA 
ATTGCTGCAC AGAAGGAGAT CTATCAAGTG AAACAGCAGA GGCTTGAATT GGCCCAGCAA 
GAATACCGGC AGCTGCATGA TGTTTGGGAG CACAAACTGG GCTCTCAGAC CAGCTTGCTG 
TCTGGCTCAT CATCAAGTTC CAAGTATGAC CCAGAGATCC TCAAAGCGGA GATTGCTACT 
ACAAAATCCA GGGTCAATAA ACTAAAGAGA GAGGTCGCTC ACATGAAGCA AGAACTCCAG 
TACAAAGAGC ATGGATTTCA AACGCTGAAA AAAATTGACA TGAAAATGTC TGATACTCAA 
GGTGGCTACA AACTTGATGA AGCACAAGCC ATTTTAAGTG AAATGAAAGC TCTCAAGAAA 
GCCATCACAT CAGGGGAGAA GGAAAAGCAA GACCTCATTC AGAGTTTAGC CAGGTTGAAA 
GACAGCTTCG TCAATGACAG AGGATCACAG TCAGACCTGT GGGCCAGCAG TGTGTCCTTA 
GAAAGCTCAA GCCCTTCGTT ACCCAGGCAG TACCTGGATG TCAGCTCCCA GACGGATGTT 
TCAGGAAATT TTATTACCAG CAGCAATAAC CAGTTGGCTG AGAAAGTAAG ATTACGCCTT 
CGATATGAAG AAGCAAAGAG AAGAATAGGA AACCTGAAAA TACAACTGGC AAAGCTTGAC 
AGTGAGGCCT GGCCTGGTGT GCTGGATTCT GAGCGGGATC GGCTAATATT AATTAATGAG 
AAGGAGGAGC TCCTAAAAGA AATGCGATTT ATTAGCCCCA GAAAATGGAC TCGAGGAGAG 
GTAGAGAGAC TGGAGACTGA GAGAAGGCGC TTAGAAGAAG ATCTTCAGGC TGCTAGAGAC 
ACTCAGAGCA AAGCTCTAAC TGAGAGATTG AAGTTGAATA GCAAAAGAAA TCAGCTAGTC 
CGAGAACTGG AAGAAACAAC ACGATTAGTT GCAATGTTGC ACACTCAGCT GAAAAGTCTC 
TCTGCCAGCA TGCTTTCCCT CTCCTCAAGT AGCAGCCCTG GCTCTCTTGC ATCGAGCAGA 
GGATCTCTTG CCACCTCCAG CCAGGATTCG TCCACCTCTA CCAGCTTCAC TGACCTCTAC 
TGTGAGCACA TGGAGCAGTT GGAGCAGCTG GACTCGGACT ATCAAAACAA GATTGACTTG 
CTCTTGGAAG GAGCCACTGG ATTTAGGCCA TCAGGCTGTA TCACCACTAT TCATGAAAAT 
GAAGTAGCAA AAACTCACAA AGCAGATGCC ACAACTCGCA TACAGGCTTT GAGATCACTG 
TCTGGTACTC CAAAATCCAT GACGTCTCTG TCCCCAAGGT CATCTCTCTC TTCTCCATCC 
CCGCCTTGCT CTCCACTGGT GATAGACGCA CTCCTTACTG GTGATGCCTT TTCAAGCCAT 
ATGGATTTTG ATGATGCAGA GATAAGTACA AATCTCTCCG AACTCACCCT GAACATCGGG 
AGTGGCAACT GTAGACTGGA AGAGCCTAGA GCAGGAGATA AAAATCTAGG TCAAGGTGTA 
AATACAGCTG GAGGGACGGC ACTGAAGGTG GCATGTGTGT CAGCTGCAGT GTCTGATGAA 
TCTGTTGCTG GAGACAGCGG GGTATACGAA GCATCTGTGC AAAGACCATG TGCGTCAGAA 
GTGATGGTGT TTGACGGTGA TGATACAGAA GCAGTTGGGA CAGCTAAAGT GCAAATTGCA 
ATGAGATACG ATGAAAAAAA TAAGCAATTT GCAATACTGG TCATCCAGCT GAGTAATGTT 
CAAGCACTGC TGTTACAACA GGACCAAAAA GTGAACATTC GCGTGGCAGT CCTGCCCTGT 
TTGGAAAGCA CAAGCTGCTT GTTTCGCACA AGGCCGGTGG AAGTTTCAGA CAATCTCATG 
TACAATGAAG TATTTTGGGT TTCTATCTCT TACCCAGCTT TACGCCAGAA GACTTTAAGA 
GTTGATGTTT GCACTGTAGA TAAATCTCGC CTTGAAGAAT GTTTGGGTGG AGCACAAATT 
AGCCTTGCTG AAATATGTAG ATCTGGAGAG AAATCAACCC GTTGGTATAA CCTCCTTAGT 
TCTAAGTATC TGCAGAAGCA AGACAGGAAA AGTAAACAAG GAAACGTTCA TTCTGAAATA 
CCCTGCGCTG ATAAAACAGA CTCTGTATCA GCGCTCTTAG AGCAGACAGC TGTTGAACTG 
GAAGCTGTGG AGAAGAAATT GGAGGAAAGC AGAACCACTT TAACTAGTGG AGAGAGCTGG 
CAAGATGAAG AGGCTGCTGA GCAGGAAGAA CTGGATGAGA TCAGTGAAAA TGAAGCAGAA 
GAGGAGGAAG AATTCTGTGC TGGAAAATTG CTGTGGGAAA CAGAAGAAAG TCTGGATTCC 
CATCCTCATG TGGAAACAGT GGTAAAGGTG GATAAAGAGA CAAACACAGA GAGCCTTGCA 
CAATCTTCTG CTGTAGTTCG TCCAAAAGAC AAAAGAGCAG CAAATCCACC GCAAACTCAG 
TTTGTCAGAG GTAGCACTAT CATCCGCTCC AAAACATTTT CACCAGGACC ACAAAGTCAG 
TATGTGTGTC GGCTGAATCG CAGCGATAGT GACAGTTCAA CGCTATCCAA AAAAACCCCC 
TTTGTTCGAA ATGCAATGGA GAGACGGAGC GTCAGAGTGA AACGGCCTTC CATTAAGTCT 
GTTGGTACAG AGCGCCTAAT TCGCACTTCA CTAGATCTGG AGCTGGACCT GCAGGCTTCA 
AAAACCTGGC ACGATCGGCT AGTTCAGGAG ATCTCTGTGC TGAGAGAACT GAAGGAGCAG 
TTAGAACAAG CTCAAAGTCA GGGTGAGAAA GAGTTACCGC AGTGGGTGAA GGATGATGAG 
AGATTTCGAC TGCTGCTGAG GCTAGTGGAA AAGCGAGTGG AAAAAACAGA ACACAAGTGT 
GAGCTCAAAG CTGACAAAAT GATGAGAGCT GCTGCCAAGG ATGTGCACCG GCTCCGAGGG 
CAGAGTCGGA AGGAGCCTTT GGAAGTACAG TCATTCAGAG AGAAAATGGC ATTTTTCACA 
CGGCCCAGGA TAAACATTCC AACGCTCTCA GCGGATGACG TGTGA

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

RefSeq	XP_021266277.1
CDS	16..3300
Translation	MEERRSAERPLPVRYTKPLTFADCISDELPLGWEEAYDPQVGVYYIDHNTKTTQIEDPRVQWRREQEHMLKDYLVLAQEAIAAQKEIYQVKQQRLELAQQEYRQLHDVWEHKLGSQTSLLSGSSSSSKYDPEILKAEIATTKSRVNKLKREVAHMKQELQYKEHGFQTLKKIDMKMSDTQGGYKLDEAQAILSEMKALKKAITSGEKEKQDLIQSLARLKDSFVNDRGSQSDLWASSVSLESSSPSLPRQYLDVSSQTDVSGNFITSSNNQLAEKVRLRLRYEEAKRRIGNLKIQLAKLDSEAWPGVLDSERDRLILINEKEELLKEMRFISPRKWTRGEVERLETERRRLEEDLQAARDTQSKALTERLKLNSKRNQLVRELEETTRLVAMLHTQLKSLSASMLSLSSSSSPGSLASSRGSLATSSQDSSTSTSFTDLYCEHMEQLEQLDSDYQNKIDLLLEGATGFRPSGCITTIHENEVAKTHKADATTRIQALRSLSGTPKSMTSLSPRSSLSSPSPPCSPLVIDALLTGDAFSSHMDFDDAEISTNLSELTLNIGSGNCRLEEPRAGDKNLGQGVNTAGGTALKVACVSAAVSDESVAGDSGVYEASVQRPCASEVMVFDGDDTEAVGTAKVQIAMRYDEKNKQFAILVIQLSNVQALLLQQDQKVNIRVAVLPCLESTSCLFRTRPVEVSDNLMYNEVFWVSISYPALRQKTLRVDVCTVDKSRLEECLGGAQISLAEICRSGEKSTRWYNLLSSKYLQKQDRKSKQGNVHSEIPCADKTDSVSALLEQTAVELEAVEKKLEESRTTLTSGESWQDEEAAEQEELDEISENEAEEEEEFCAGKLLWETEESLDSHPHVETVVKVDKETNTESLAQSSAVVRPKDKRAANPPQTQFVRGSTIIRSKTFSPGPQSQYVCRLNRSDSDSSTLSKKTPFVRNAMERRSVRVKRPSIKSVGTERLIRTSLDLELDLQASKTWHDRLVQEISVLRELKEQLEQAQSQGEKELPQWVKDDERFRLLLRLVEKRVEKTEHKCELKADKMMRAAAKDVHRLRGQSRKEPLEVQSFREKMAFFTRPRINIPTLSADDV

Target ORF information:

RefSeq Version	XM_021410602.1
Organism	Numida meleagris(helmeted guineafowl)
Definition	Numida meleagris WW and C2 domain containing 1 (WWC1), transcript variant X2, mRNA.

Target ORF information:

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

XM_021410602.1

ORF Insert Sequence:

ATGGAAGAAA GGAGGAGTGC TGAAAGACCT CTCCCGGTAA GGTATACTAA ACCACTAACG 
TTTGCAGACT GCATTAGCGA TGAATTGCCA TTAGGATGGG AAGAAGCGTA TGACCCTCAG 
GTTGGAGTTT ATTACATAGA CCACAACACC AAAACCACAC AGATAGAAGA TCCTCGTGTG 
CAATGGCGGC GGGAGCAGGA GCATATGCTG AAGGACTATC TTGTCCTGGC TCAAGAGGCA 
ATTGCTGCAC AGAAGGAGAT CTATCAAGTG AAACAGCAGA GGCTTGAATT GGCCCAGCAA 
GAATACCGGC AGCTGCATGA TGTTTGGGAG CACAAACTGG GCTCTCAGAC CAGCTTGCTG 
TCTGGCTCAT CATCAAGTTC CAAGTATGAC CCAGAGATCC TCAAAGCGGA GATTGCTACT 
ACAAAATCCA GGGTCAATAA ACTAAAGAGA GAGGTCGCTC ACATGAAGCA AGAACTCCAG 
TACAAAGAGC ATGGATTTCA AACGCTGAAA AAAATTGACA TGAAAATGTC TGATACTCAA 
GGTGGCTACA AACTTGATGA AGCACAAGCC ATTTTAAGTG AAATGAAAGC TCTCAAGAAA 
GCCATCACAT CAGGGGAGAA GGAAAAGCAA GACCTCATTC AGAGTTTAGC CAGGTTGAAA 
GACAGCTTCG TCAATGACAG AGGATCACAG TCAGACCTGT GGGCCAGCAG TGTGTCCTTA 
GAAAGCTCAA GCCCTTCGTT ACCCAGGCAG TACCTGGATG TCAGCTCCCA GACGGATGTT 
TCAGGAAATT TTATTACCAG CAGCAATAAC CAGTTGGCTG AGAAAGTAAG ATTACGCCTT 
CGATATGAAG AAGCAAAGAG AAGAATAGGA AACCTGAAAA TACAACTGGC AAAGCTTGAC 
AGTGAGGCCT GGCCTGGTGT GCTGGATTCT GAGCGGGATC GGCTAATATT AATTAATGAG 
AAGGAGGAGC TCCTAAAAGA AATGCGATTT ATTAGCCCCA GAAAATGGAC TCGAGGAGAG 
GTAGAGAGAC TGGAGACTGA GAGAAGGCGC TTAGAAGAAG ATCTTCAGGC TGCTAGAGAC 
ACTCAGAGCA AAGCTCTAAC TGAGAGATTG AAGTTGAATA GCAAAAGAAA TCAGCTAGTC 
CGAGAACTGG AAGAAACAAC ACGATTAGTT GCAATGTTGC ACACTCAGCT GAAAAGTCTC 
TCTGCCAGCA TGCTTTCCCT CTCCTCAAGT AGCAGCCCTG GCTCTCTTGC ATCGAGCAGA 
GGATCTCTTG CCACCTCCAG CCAGGATTCG TCCACCTCTA CCAGCTTCAC TGACCTCTAC 
TGTGAGCACA TGGAGCAGTT GGAGCAGCTG GACTCGGACT ATCAAAACAA GATTGACTTG 
CTCTTGGAAG GAGCCACTGG ATTTAGGCCA TCAGGCTGTA TCACCACTAT TCATGAAAAT 
GAAGTAGCAA AAACTCACAA AGCAGATGCC ACAACTCGCA TACAGGCTTT GAGATCACTG 
TCTGGTACTC CAAAATCCAT GACGTCTCTG TCCCCAAGGT CATCTCTCTC TTCTCCATCC 
CCGCCTTGCT CTCCACTGGT GATAGACGCA CTCCTTACTG GTGATGCCTT TTCAAGCCAT 
ATGGATTTTG ATGATGCAGA GATAAGTACA AATCTCTCCG AACTCACCCT GAACATCGGG 
AGTGGCAACT GTAGACTGGA AGAGCCTAGA GCAGGAGATA AAAATCTAGG TCAAGGTGTA 
AATACAGCTG GAGGGACGGC ACTGAAGGTG GCATGTGTGT CAGCTGCAGT GTCTGATGAA 
TCTGTTGCTG GAGACAGCGG GGTATACGAA GCATCTGTGC AAAGACCATG TGCGTCAGAA 
GTGATGGTGT TTGACGGTGA TGATACAGAA GCAGTTGGGA CAGCTAAAGT GCAAATTGCA 
ATGAGATACG ATGAAAAAAA TAAGCAATTT GCAATACTGG TCATCCAGCT GAGTAATGTT 
CAAGCACTGC TGTTACAACA GGACCAAAAA GTGAACATTC GCGTGGCAGT CCTGCCCTGT 
TTGGAAAGCA CAAGCTGCTT GTTTCGCACA AGGCCGGTGG AAGTTTCAGA CAATCTCATG 
TACAATGAAG TATTTTGGGT TTCTATCTCT TACCCAGCTT TACGCCAGAA GACTTTAAGA 
GTTGATGTTT GCACTGTAGA TAAATCTCGC CTTGAAGAAT GTTTGGGTGG AGCACAAATT 
AGCCTTGCTG AAATATGTAG ATCTGGAGAG AAATCAACCC GTTGGTATAA CCTCCTTAGT 
TCTAAGTATC TGCAGAAGCA AGACAGGAAA AGTAAACAAG GAAACGTTCA TTCTGAAATA 
CCCTGCGCTG ATAAAACAGA CTCTGTATCA GCGCTCTTAG AGCAGACAGC TGTTGAACTG 
GAAGCTGTGG AGAAGAAATT GGAGGAAAGC AGAACCACTT TAACTAGTGG AGAGAGCTGG 
CAAGATGAAG AGGCTGCTGA GCAGGAAGAA CTGGATGAGA TCAGTGAAAA TGAAGCAGAA 
GAGGAGGAAG AATTCTGTGC TGGAAAATTG CTGTGGGAAA CAGAAGAAAG TCTGGATTCC 
CATCCTCATG TGGAAACAGT GGTAAAGGTG GATAAAGAGA CAAACACAGA GAGCCTTGCA 
CAATCTTCTG CTGTAGTTCG TCCAAAAGAC AAAAGAGCAG CAAATCCACC GCAAACTCAG 
TTTGTCAGAG GTAGCACTAT CATCCGCTCC AAAACATTTT CACCAGGACC ACAAAGTCAG 
TATGTGTGTC GGCTGAATCG CAGCGATAGT GACAGTTCAA CGCTATCCAA AAAAACCCCC 
TTTGTTCGAA ATGCAATGGA GAGACGGAGC GTCAGAGTGA AACGGCCTTC CATTAAGTCT 
GTTGGTACAG AGCGCCTAAT TCGCACTTCA CTAGATCTGG AGCTGGACCT GCAGGCTTCA 
AAAACCTGGC ACGATCGGCT AGTTCAGGAG ATCTCTGTGC TGAGAGAACT GAAGGAGCAG 
TTAGAACAAG CTCAAAGTCA GGGTGAGAAA GAGTTACCGC AGTGGGTGAA GGATGATGAG 
AGATTTCGAC TGCTGCTGAG GCTAGTGGAA AAGCGAGTGG AAAAAACAGA ACACAAGTGT 
GAGCTCAAAG CTGACAAAAT GATGAGAGCT GCTGCCAAGG ATGTGCACCG GCTCCGAGGG 
CAGAGTCGGA AGGAGCCTTT GGAAGTACAG TCATTCAGAG AGAAAATGGC ATTTTTCACA 
CGGCCCAGGA TAAACATTCC AACGCTCTCA GCGGATGACG TGTGA