WDR11 cDNA ORF clone, Alligator mississippiensis(American alligator)

Gene
Clones
gRNAs

Summary

Gene Symbol	WDR11
Entrez Gene ID	102560532
Full Name	WD repeat domain 11
Gene Type	protein-coding
Organism	Alligator mississippiensis(American alligator)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019485905.1	XP_019341450.1	WD repeat-containing protein 11 isoform X1
XM_014594623.2	XP_014450109.1	WD repeat-containing protein 11 isoform X2

Pathways from BioSystems
Gene Ontology

The following WDR11 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the WDR11 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
OAl54735	XM_019485905.1 Latest version!	Alligator mississippiensis WD repeat domain 11 (WDR11), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OAl54736	XM_014594623.2 Latest version!	Alligator mississippiensis WD repeat domain 11 (WDR11), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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)

WDR11 ( XM_019485905.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019341450.1 Alligator mississippiensis WD repeat domain 11 (WDR11), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAl54735
Clone ID Related Accession (Same CDS sequence)	XM_019485905.1
Accession Version	XM_019485905.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3669bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	WD repeat-containing protein 11 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017709336.1) 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 :: Alligator mississippiensis Annotation Release 102 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##

ATGCTGCCCT TCACCGTCAA CATCAAGCTG TCGGCCCGGA CCCTCACCGG CGCCCTCAGC 
GCGCAGAACA GGGGGGCGGC GGACTGGGGC TGGCAAGGTT TGATTGCATA TGGATGTCAT 
TCCCTTGTAC TAGTAGTTGA TTCCAACACT GCCCAAACTT TACAAGTTTT GGAAAGGCAC 
AAAGCCAGCG TTGTCAAGGT TAAATGGGCT AAAGAAAACT ACCATCACAA CATTGGCTCT 
CCATATTCTC TGCGTTTAGC CTCTGCTGAT GCCACTGGAA AAATAATTGT TTGGGATGTG 
GCAACAGGAA CAGCTCGCTG TGAAATACAG GAACATACAA AACCAATCCA AGACATGCAA 
TGGTTGTGGA ATCAGGACGC TTCCCGAGAC TTACTCCTAG CAGTTCATCC ACCAAACTAT 
ATTGTCCTGT GGAATGCAGA CACAGGCACC AAGCTCTGGA AGAAAAGTTA TGCAGAAAAC 
ATTCTTTCCT TTTCATTCGA CCCCTTTGAT CCTTCACATT TAGCTTTGCT CACCAGTGAG 
GGCATAGTGT TCGTCTCAGA CTTCTCTCCT TCCAAGGCTC CTGCCAGTTC AGGGAAAAAA 
GTATACATCT CTAGTCCACA TTCTAGTCCT TCTCACAAGC TGGTTGCTGC TACAGGAGCT 
AAAAAAGCCC TTGATAAAGT AAAAATTCTA ATCAGTAATG AAAAACCAAG TGCTGAGTCC 
GTAACCCTGA ATGACTGCCT TCAGTTGTCA TACCTCCCTT CGAAAAGAAA CTACATGTTG 
CTACTCTATC CCAGAGAAAT TTTGATTCTT GACCTGGAAG TGAACCAGAC AGTGGGTGTG 
ATAGCAATTG AAAGAACAGG GATACCTTTT CTACAGGTAA TTCCCTGCTT TCAACGTGAT 
GGTTTGTTTT GCCTACATGA AAATGGATGT ATAACTTTAA GAGTTCGCAG ACTGAACAGT 
ATAATTGGCT CTCCAAATGA GGAACCAGAT CCAGATCCGG TTCAGGAGCT GATCTATGAT 
TTACGAAGTC AGTGTGATGC AATTAGGGTA ACAAAGACAG TTCGCCCATT CAGCATGGTT 
TGTTGCCCAG TGAATGAAAA CTCTGCAGCT CTCATCGTCA GTGATGGCAG GGTAATGATA 
TGGGAACTGA AGTCTACCAT TTCTGGCAGA AGCTTACGTG TTAGCAATTC AAGTGTATCA 
CCTTTGTATT CGCCAGCCTC TTTCTGTGGA ATCCCTGTAG GAGCATTCCA GAACAAACTT 
CCAGACCTTT CACTAGATAA CATGATAGCA GGACAAGGCA CAGTGGCTGA AGAACAGTTA 
AAAAATTCTT TCTTGCAAGA AGTTCACCTG AAATTTCTTC TGACGGGGCT GCTTTCAGGG 
CTTCCCCTGC CTCAGTTTGC TATCCGTATG TGTCCACCTC TTACAACAAA AAACCTAAAG 
CAGTATCAAG CACTCCTAGC TGTTGGGACA AGCAATGGCT CCGTCTTGGT GTATAATCTT 
ACCAGTGGAC TGCTACACAA GGAGTTAAGC ATTCATTCCT GCGAAGTCAA AGCCATTGAA 
TGGGTCAGCT TGACTGGTTT CCTCTCCTTT GCTACATCAG CACCCAACAA TTTGGGGTTA 
GTACGGAATG AGCTGCAGCT GGTTGATCTC CCAACAGGCA GGAGCATTGC ATTCCGTGGG 
GAACGAGGCA ATGATGAGCC AGCCATTGAA ATGATAAAGG TGTCTCATTT GAAGCAGTAC 
CTAGCTGTAG TATTTAAAGA CAAACCTCTG GAAATCTGGG ATGTGAGGAC ATGTACTGTT 
CTTAGAGAAA TGCCAAAAAA CTTCCCTGTG GTGACTGCTT TGGAATGGTC ACCTTCCCAT 
AACTTGAAGA GTTTAAGAAA AAAACAGCTT GCAGCCCGTG AAGCGATGGC CCGACAGACG 
GTTGCATCCG ATACAGAACT TATTAGTGTG GAATCTTCTG TTATCAGCTT GTTACAGGAG 
GCCGAAAGTA AATCTGAGCT GAGTCAGAAC ATTTCTGCCA GAGAGCACTT TGTGTTTACA 
GATACCGATG GGCAGATTTA TTATCTCACA GTAGAGGGAA ACTCGGTAAA AGACAGTGCA 
AGAATTCCTC CTGATGGAAA CATGGGAAGT ATTACTTGTA TTGCGTGGAA AGGAGATACC 
CTGGTTCTCG GAGATGTTGA TGGAAATTTA AACTTTTGGG ATTTAAAAGC TAGAGTATCC 
AGGGGGATCC CTACCCACCG AGGCTGGGTG AGAAAAATAC GCTTTGCCCC TGGAAAAGGA 
AACCAAAAAC TGATATCCTT GTTCAATGAT GGAGCTGAAG TTTGGGATGC AAAAGAGGTA 
CAGATGGTGA GCAGTTTAAG AAGTGGGAGA AATGTCAACT TCCGAATACT GGACGTAGAT 
TGGTGTACCT CGGATAAAGT GATTTTGGCA TCAGATGATG GGTGCATCAG AGTTCTAGAG 
ATGTCTATGA AGCCATCATG CTTTAAAATG GATGAGCAAG AGTTGACAGA ACCTGTGTGG 
TGTCCTTATC TCCTTGTTCC ACGGGCCTCA TTAGCTTTAA AAGCATTTTT GCTGCATCAG 
CCATGGAATG ATAAATATTC TCTAGATATT TTTCATGTTG ATTATCCAGA GAATGAAAAT 
GTTAAGAAAC TGATTCAAGA ACAGTTAAAT TCATTGTCCA ATGACATCAA GAAACTTTTG 
CTTGATCCTG AATTTACTGT CTTGCAAAGG TGCCTCCTGC TTTCAAGACT CTATGGTGAT 
GAATCTGAAC TGCATTTCTG GACTGTTGCT GCCCATTATT TGCATAATTT ATACCAGGAA 
AAAGTGCAAA CTGCAAAAAC TACAGACACA ATTATTCTTC CAGAAAAATT GGTCAATCCA 
TTGGATATAT GTTATGATAT ACTGTGTGAA AATTCCTATT TTCAGAAATT TCAGCTTGAA 
AGAGTAAATC TACAGGAAGT TAAAAGATCA ACTTATGATC ATACTAGGAA ATGTGCTGAC 
CAACTCCTCC TCCTTGGACA GACTGACAGA GCAGTACAAC TATTGTTAGA GACAAGTGCA 
GAAAATCCAC ATTATTACTG TGATTCACTC AAGGCCTGTT TGGTCACAAC AGTCACTTCA 
TCAGGTCCTT CTCAAAGCAC TATTAAACTG GTAGCAACTA ATATGATAGC AAATGGAAAG 
CTGGCAGAGG GAGTGCAGTT GCTGTGTCTG ATAGATAAAG CTGCTGACGC CTGTCGCTAT 
TTGCAAACCT ACGGTGAATG GAATCGTGCA GCTTGGCTTG CAAAAGTTCG TTTAAATGCA 
GAGGAGTGTG CTGATGTCTT GAAGCGCTGG GTGGATCACC TTTGCTCTCC ACAAATCAAC 
CAAAAATCAA AGGCCATCCT TGTCCTCTTG TCGCTTGGAT GCTTTACCAG AGTCGCAGAG 
ATGCTTCACA GCATGAGGTA TTTTGATAGA GCTGCTTTAT TTGTTGAAGC TTGTCTGAGG 
TATGATGCAA TAGAAGTTAA TGAAGATACA AATAAATTGA TCCATGCAAT ATTTGCAGAT 
TATGCCAGAA GCTTGAAGAC ACTGGGTTTT AAACATGGAT CAATTCAGTT TGCCTCGAAA 
GCAGGAGCAG CTGGCAAAGA TCTATTGAAT GAGCTTGAAC AACCTAAACA GGAAGTGACT 
AAAGGATGA

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

RefSeq	XP_019341450.1
CDS	52..3720
Translation	MLPFTVNIKLSARTLTGALSAQNRGAADWGWQGLIAYGCHSLVLVVDSNTAQTLQVLERHKASVVKVKWAKENYHHNIGSPYSLRLASADATGKIIVWDVATGTARCEIQEHTKPIQDMQWLWNQDASRDLLLAVHPPNYIVLWNADTGTKLWKKSYAENILSFSFDPFDPSHLALLTSEGIVFVSDFSPSKAPASSGKKVYISSPHSSPSHKLVAATGAKKALDKVKILISNEKPSAESVTLNDCLQLSYLPSKRNYMLLLYPREILILDLEVNQTVGVIAIERTGIPFLQVIPCFQRDGLFCLHENGCITLRVRRLNSIIGSPNEEPDPDPVQELIYDLRSQCDAIRVTKTVRPFSMVCCPVNENSAALIVSDGRVMIWELKSTISGRSLRVSNSSVSPLYSPASFCGIPVGAFQNKLPDLSLDNMIAGQGTVAEEQLKNSFLQEVHLKFLLTGLLSGLPLPQFAIRMCPPLTTKNLKQYQALLAVGTSNGSVLVYNLTSGLLHKELSIHSCEVKAIEWVSLTGFLSFATSAPNNLGLVRNELQLVDLPTGRSIAFRGERGNDEPAIEMIKVSHLKQYLAVVFKDKPLEIWDVRTCTVLREMPKNFPVVTALEWSPSHNLKSLRKKQLAAREAMARQTVASDTELISVESSVISLLQEAESKSELSQNISAREHFVFTDTDGQIYYLTVEGNSVKDSARIPPDGNMGSITCIAWKGDTLVLGDVDGNLNFWDLKARVSRGIPTHRGWVRKIRFAPGKGNQKLISLFNDGAEVWDAKEVQMVSSLRSGRNVNFRILDVDWCTSDKVILASDDGCIRVLEMSMKPSCFKMDEQELTEPVWCPYLLVPRASLALKAFLLHQPWNDKYSLDIFHVDYPENENVKKLIQEQLNSLSNDIKKLLLDPEFTVLQRCLLLSRLYGDESELHFWTVAAHYLHNLYQEKVQTAKTTDTIILPEKLVNPLDICYDILCENSYFQKFQLERVNLQEVKRSTYDHTRKCADQLLLLGQTDRAVQLLLETSAENPHYYCDSLKACLVTTVTSSGPSQSTIKLVATNMIANGKLAEGVQLLCLIDKAADACRYLQTYGEWNRAAWLAKVRLNAEECADVLKRWVDHLCSPQINQKSKAILVLLSLGCFTRVAEMLHSMRYFDRAALFVEACLRYDAIEVNEDTNKLIHAIFADYARSLKTLGFKHGSIQFASKAGAAGKDLLNELEQPKQEVTKG

Target ORF information:

RefSeq Version	XM_019485905.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis WD repeat domain 11 (WDR11), transcript variant X1, mRNA.

Target ORF information:

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

XM_019485905.1

ORF Insert Sequence:

ATGCTGCCCT TCACCGTCAA CATCAAGCTG TCGGCCCGGA CCCTCACCGG CGCCCTCAGC 
GCGCAGAACA GGGGGGCGGC GGACTGGGGC TGGCAAGGTT TGATTGCATA TGGATGTCAT 
TCCCTTGTAC TAGTAGTTGA TTCCAACACT GCCCAAACTT TACAAGTTTT GGAAAGGCAC 
AAAGCCAGCG TTGTCAAGGT TAAATGGGCT AAAGAAAACT ACCATCACAA CATTGGCTCT 
CCATATTCTC TGCGTTTAGC CTCTGCTGAT GCCACTGGAA AAATAATTGT TTGGGATGTG 
GCAACAGGAA CAGCTCGCTG TGAAATACAG GAACATACAA AACCAATCCA AGACATGCAA 
TGGTTGTGGA ATCAGGACGC TTCCCGAGAC TTACTCCTAG CAGTTCATCC ACCAAACTAT 
ATTGTCCTGT GGAATGCAGA CACAGGCACC AAGCTCTGGA AGAAAAGTTA TGCAGAAAAC 
ATTCTTTCCT TTTCATTCGA CCCCTTTGAT CCTTCACATT TAGCTTTGCT CACCAGTGAG 
GGCATAGTGT TCGTCTCAGA CTTCTCTCCT TCCAAGGCTC CTGCCAGTTC AGGGAAAAAA 
GTATACATCT CTAGTCCACA TTCTAGTCCT TCTCACAAGC TGGTTGCTGC TACAGGAGCT 
AAAAAAGCCC TTGATAAAGT AAAAATTCTA ATCAGTAATG AAAAACCAAG TGCTGAGTCC 
GTAACCCTGA ATGACTGCCT TCAGTTGTCA TACCTCCCTT CGAAAAGAAA CTACATGTTG 
CTACTCTATC CCAGAGAAAT TTTGATTCTT GACCTGGAAG TGAACCAGAC AGTGGGTGTG 
ATAGCAATTG AAAGAACAGG GATACCTTTT CTACAGGTAA TTCCCTGCTT TCAACGTGAT 
GGTTTGTTTT GCCTACATGA AAATGGATGT ATAACTTTAA GAGTTCGCAG ACTGAACAGT 
ATAATTGGCT CTCCAAATGA GGAACCAGAT CCAGATCCGG TTCAGGAGCT GATCTATGAT 
TTACGAAGTC AGTGTGATGC AATTAGGGTA ACAAAGACAG TTCGCCCATT CAGCATGGTT 
TGTTGCCCAG TGAATGAAAA CTCTGCAGCT CTCATCGTCA GTGATGGCAG GGTAATGATA 
TGGGAACTGA AGTCTACCAT TTCTGGCAGA AGCTTACGTG TTAGCAATTC AAGTGTATCA 
CCTTTGTATT CGCCAGCCTC TTTCTGTGGA ATCCCTGTAG GAGCATTCCA GAACAAACTT 
CCAGACCTTT CACTAGATAA CATGATAGCA GGACAAGGCA CAGTGGCTGA AGAACAGTTA 
AAAAATTCTT TCTTGCAAGA AGTTCACCTG AAATTTCTTC TGACGGGGCT GCTTTCAGGG 
CTTCCCCTGC CTCAGTTTGC TATCCGTATG TGTCCACCTC TTACAACAAA AAACCTAAAG 
CAGTATCAAG CACTCCTAGC TGTTGGGACA AGCAATGGCT CCGTCTTGGT GTATAATCTT 
ACCAGTGGAC TGCTACACAA GGAGTTAAGC ATTCATTCCT GCGAAGTCAA AGCCATTGAA 
TGGGTCAGCT TGACTGGTTT CCTCTCCTTT GCTACATCAG CACCCAACAA TTTGGGGTTA 
GTACGGAATG AGCTGCAGCT GGTTGATCTC CCAACAGGCA GGAGCATTGC ATTCCGTGGG 
GAACGAGGCA ATGATGAGCC AGCCATTGAA ATGATAAAGG TGTCTCATTT GAAGCAGTAC 
CTAGCTGTAG TATTTAAAGA CAAACCTCTG GAAATCTGGG ATGTGAGGAC ATGTACTGTT 
CTTAGAGAAA TGCCAAAAAA CTTCCCTGTG GTGACTGCTT TGGAATGGTC ACCTTCCCAT 
AACTTGAAGA GTTTAAGAAA AAAACAGCTT GCAGCCCGTG AAGCGATGGC CCGACAGACG 
GTTGCATCCG ATACAGAACT TATTAGTGTG GAATCTTCTG TTATCAGCTT GTTACAGGAG 
GCCGAAAGTA AATCTGAGCT GAGTCAGAAC ATTTCTGCCA GAGAGCACTT TGTGTTTACA 
GATACCGATG GGCAGATTTA TTATCTCACA GTAGAGGGAA ACTCGGTAAA AGACAGTGCA 
AGAATTCCTC CTGATGGAAA CATGGGAAGT ATTACTTGTA TTGCGTGGAA AGGAGATACC 
CTGGTTCTCG GAGATGTTGA TGGAAATTTA AACTTTTGGG ATTTAAAAGC TAGAGTATCC 
AGGGGGATCC CTACCCACCG AGGCTGGGTG AGAAAAATAC GCTTTGCCCC TGGAAAAGGA 
AACCAAAAAC TGATATCCTT GTTCAATGAT GGAGCTGAAG TTTGGGATGC AAAAGAGGTA 
CAGATGGTGA GCAGTTTAAG AAGTGGGAGA AATGTCAACT TCCGAATACT GGACGTAGAT 
TGGTGTACCT CGGATAAAGT GATTTTGGCA TCAGATGATG GGTGCATCAG AGTTCTAGAG 
ATGTCTATGA AGCCATCATG CTTTAAAATG GATGAGCAAG AGTTGACAGA ACCTGTGTGG 
TGTCCTTATC TCCTTGTTCC ACGGGCCTCA TTAGCTTTAA AAGCATTTTT GCTGCATCAG 
CCATGGAATG ATAAATATTC TCTAGATATT TTTCATGTTG ATTATCCAGA GAATGAAAAT 
GTTAAGAAAC TGATTCAAGA ACAGTTAAAT TCATTGTCCA ATGACATCAA GAAACTTTTG 
CTTGATCCTG AATTTACTGT CTTGCAAAGG TGCCTCCTGC TTTCAAGACT CTATGGTGAT 
GAATCTGAAC TGCATTTCTG GACTGTTGCT GCCCATTATT TGCATAATTT ATACCAGGAA 
AAAGTGCAAA CTGCAAAAAC TACAGACACA ATTATTCTTC CAGAAAAATT GGTCAATCCA 
TTGGATATAT GTTATGATAT ACTGTGTGAA AATTCCTATT TTCAGAAATT TCAGCTTGAA 
AGAGTAAATC TACAGGAAGT TAAAAGATCA ACTTATGATC ATACTAGGAA ATGTGCTGAC 
CAACTCCTCC TCCTTGGACA GACTGACAGA GCAGTACAAC TATTGTTAGA GACAAGTGCA 
GAAAATCCAC ATTATTACTG TGATTCACTC AAGGCCTGTT TGGTCACAAC AGTCACTTCA 
TCAGGTCCTT CTCAAAGCAC TATTAAACTG GTAGCAACTA ATATGATAGC AAATGGAAAG 
CTGGCAGAGG GAGTGCAGTT GCTGTGTCTG ATAGATAAAG CTGCTGACGC CTGTCGCTAT 
TTGCAAACCT ACGGTGAATG GAATCGTGCA GCTTGGCTTG CAAAAGTTCG TTTAAATGCA 
GAGGAGTGTG CTGATGTCTT GAAGCGCTGG GTGGATCACC TTTGCTCTCC ACAAATCAAC 
CAAAAATCAA AGGCCATCCT TGTCCTCTTG TCGCTTGGAT GCTTTACCAG AGTCGCAGAG 
ATGCTTCACA GCATGAGGTA TTTTGATAGA GCTGCTTTAT TTGTTGAAGC TTGTCTGAGG 
TATGATGCAA TAGAAGTTAA TGAAGATACA AATAAATTGA TCCATGCAAT ATTTGCAGAT 
TATGCCAGAA GCTTGAAGAC ACTGGGTTTT AAACATGGAT CAATTCAGTT TGCCTCGAAA 
GCAGGAGCAG CTGGCAAAGA TCTATTGAAT GAGCTTGAAC AACCTAAACA GGAAGTGACT 
AAAGGATGA

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

WDR11 ( XM_014594623.2 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_014450109.1 Alligator mississippiensis WD repeat domain 11 (WDR11), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAl54736
Clone ID Related Accession (Same CDS sequence)	XM_014594623.2
Accession Version	XM_014594623.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3666bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	WD repeat-containing protein 11 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017709336.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 9, 2016 this sequence version replaced XM_014594623.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Alligator mississippiensis Annotation Release 102 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##

ATGCTGCCCT TCACCGTCAA CATCAAGCTG TCGGCCCGGA CCCTCACCGG CGCCCTCAGC 
GCGCAGAACA GGGGGGCGGC GGACTGGGGC TGGCAAGGTT TGATTGCATA TGGATGTCAT 
TCCCTTGTAC TAGTAGTTGA TTCCAACACT GCCCAAACTT TACAAGTTTT GGAAAGGCAC 
AAAGCCAGCG TTGTCAAGGT TAAATGGGCT AAAGAAAACT ACCATCACAA CATTGGCTCT 
CCATATTCTC TGCGTTTAGC CTCTGCTGAT GCCACTGGAA AAATAATTGT TTGGGATGTG 
GCAACAGGAA CAGCTCGCTG TGAAATACAG GAACATACAA AACCAATCCA AGACATGCAA 
TGGTTGTGGA ATCAGGACGC TTCCCGAGAC TTACTCCTAG CAGTTCATCC ACCAAACTAT 
ATTGTCCTGT GGAATGCAGA CACAGGCACC AAGCTCTGGA AGAAAAGTTA TGCAGAAAAC 
ATTCTTTCCT TTTCATTCGA CCCCTTTGAT CCTTCACATT TAGCTTTGCT CACCAGTGAG 
GGCATAGTGT TCGTCTCAGA CTTCTCTCCT TCCAAGGCTC CTGCCAGTTC AGGGAAAAAA 
GTATACATCT CTAGTCCACA TTCTAGTCCT TCTCACAAGC TGGTTGCTGC TACAGGAGCT 
AAAAAAGCCC TTGATAAAGT AAAAATTCTA ATCAGTAATG AAAAACCAAG TGCTGAGTCC 
GTAACCCTGA ATGACTGCCT TCAGTTGTCA TACCTCCCTT CGAAAAGAAA CTACATGTTG 
CTACTCTATC CCAGAGAAAT TTTGATTCTT GACCTGGAAG TGAACCAGAC AGTGGGTGTG 
ATAGCAATTG AAAGAACAGG GATACCTTTT CTACAGGTAA TTCCCTGCTT TCAACGTGAT 
GGTTTGTTTT GCCTACATGA AAATGGATGT ATAACTTTAA GAGTTCGCAG ACTGAACAGT 
ATAATTGGCT CTCCAAATGA GGAACCAGAT CCAGATCCGG TTCAGGAGCT GATCTATGAT 
TTACGAAGTC AGTGTGATGC AATTAGGGTA ACAAAGACAG TTCGCCCATT CAGCATGGTT 
TGTTGCCCAG TGAATGAAAA CTCTGCAGCT CTCATCGTCA GTGATGGCAG GGTAATGATA 
TGGGAACTGA AGTCTACCAT TTCTGGCAGA AGCTTACGTG TTAGCAATTC AAGTGTATCA 
CCTTTGTATT CGCCAGCCTC TTTCTGTGGA ATCCCTGTAG GAGCATTCCA GAACAAACTT 
CCAGACCTTT CACTAGATAA CATGATAGGA CAAGGCACAG TGGCTGAAGA ACAGTTAAAA 
AATTCTTTCT TGCAAGAAGT TCACCTGAAA TTTCTTCTGA CGGGGCTGCT TTCAGGGCTT 
CCCCTGCCTC AGTTTGCTAT CCGTATGTGT CCACCTCTTA CAACAAAAAA CCTAAAGCAG 
TATCAAGCAC TCCTAGCTGT TGGGACAAGC AATGGCTCCG TCTTGGTGTA TAATCTTACC 
AGTGGACTGC TACACAAGGA GTTAAGCATT CATTCCTGCG AAGTCAAAGC CATTGAATGG 
GTCAGCTTGA CTGGTTTCCT CTCCTTTGCT ACATCAGCAC CCAACAATTT GGGGTTAGTA 
CGGAATGAGC TGCAGCTGGT TGATCTCCCA ACAGGCAGGA GCATTGCATT CCGTGGGGAA 
CGAGGCAATG ATGAGCCAGC CATTGAAATG ATAAAGGTGT CTCATTTGAA GCAGTACCTA 
GCTGTAGTAT TTAAAGACAA ACCTCTGGAA ATCTGGGATG TGAGGACATG TACTGTTCTT 
AGAGAAATGC CAAAAAACTT CCCTGTGGTG ACTGCTTTGG AATGGTCACC TTCCCATAAC 
TTGAAGAGTT TAAGAAAAAA ACAGCTTGCA GCCCGTGAAG CGATGGCCCG ACAGACGGTT 
GCATCCGATA CAGAACTTAT TAGTGTGGAA TCTTCTGTTA TCAGCTTGTT ACAGGAGGCC 
GAAAGTAAAT CTGAGCTGAG TCAGAACATT TCTGCCAGAG AGCACTTTGT GTTTACAGAT 
ACCGATGGGC AGATTTATTA TCTCACAGTA GAGGGAAACT CGGTAAAAGA CAGTGCAAGA 
ATTCCTCCTG ATGGAAACAT GGGAAGTATT ACTTGTATTG CGTGGAAAGG AGATACCCTG 
GTTCTCGGAG ATGTTGATGG AAATTTAAAC TTTTGGGATT TAAAAGCTAG AGTATCCAGG 
GGGATCCCTA CCCACCGAGG CTGGGTGAGA AAAATACGCT TTGCCCCTGG AAAAGGAAAC 
CAAAAACTGA TATCCTTGTT CAATGATGGA GCTGAAGTTT GGGATGCAAA AGAGGTACAG 
ATGGTGAGCA GTTTAAGAAG TGGGAGAAAT GTCAACTTCC GAATACTGGA CGTAGATTGG 
TGTACCTCGG ATAAAGTGAT TTTGGCATCA GATGATGGGT GCATCAGAGT TCTAGAGATG 
TCTATGAAGC CATCATGCTT TAAAATGGAT GAGCAAGAGT TGACAGAACC TGTGTGGTGT 
CCTTATCTCC TTGTTCCACG GGCCTCATTA GCTTTAAAAG CATTTTTGCT GCATCAGCCA 
TGGAATGATA AATATTCTCT AGATATTTTT CATGTTGATT ATCCAGAGAA TGAAAATGTT 
AAGAAACTGA TTCAAGAACA GTTAAATTCA TTGTCCAATG ACATCAAGAA ACTTTTGCTT 
GATCCTGAAT TTACTGTCTT GCAAAGGTGC CTCCTGCTTT CAAGACTCTA TGGTGATGAA 
TCTGAACTGC ATTTCTGGAC TGTTGCTGCC CATTATTTGC ATAATTTATA CCAGGAAAAA 
GTGCAAACTG CAAAAACTAC AGACACAATT ATTCTTCCAG AAAAATTGGT CAATCCATTG 
GATATATGTT ATGATATACT GTGTGAAAAT TCCTATTTTC AGAAATTTCA GCTTGAAAGA 
GTAAATCTAC AGGAAGTTAA AAGATCAACT TATGATCATA CTAGGAAATG TGCTGACCAA 
CTCCTCCTCC TTGGACAGAC TGACAGAGCA GTACAACTAT TGTTAGAGAC AAGTGCAGAA 
AATCCACATT ATTACTGTGA TTCACTCAAG GCCTGTTTGG TCACAACAGT CACTTCATCA 
GGTCCTTCTC AAAGCACTAT TAAACTGGTA GCAACTAATA TGATAGCAAA TGGAAAGCTG 
GCAGAGGGAG TGCAGTTGCT GTGTCTGATA GATAAAGCTG CTGACGCCTG TCGCTATTTG 
CAAACCTACG GTGAATGGAA TCGTGCAGCT TGGCTTGCAA AAGTTCGTTT AAATGCAGAG 
GAGTGTGCTG ATGTCTTGAA GCGCTGGGTG GATCACCTTT GCTCTCCACA AATCAACCAA 
AAATCAAAGG CCATCCTTGT CCTCTTGTCG CTTGGATGCT TTACCAGAGT CGCAGAGATG 
CTTCACAGCA TGAGGTATTT TGATAGAGCT GCTTTATTTG TTGAAGCTTG TCTGAGGTAT 
GATGCAATAG AAGTTAATGA AGATACAAAT AAATTGATCC ATGCAATATT TGCAGATTAT 
GCCAGAAGCT TGAAGACACT GGGTTTTAAA CATGGATCAA TTCAGTTTGC CTCGAAAGCA 
GGAGCAGCTG GCAAAGATCT ATTGAATGAG CTTGAACAAC CTAAACAGGA AGTGACTAAA 
GGATGA

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

RefSeq	XP_014450109.1
CDS	52..3717
Translation	MLPFTVNIKLSARTLTGALSAQNRGAADWGWQGLIAYGCHSLVLVVDSNTAQTLQVLERHKASVVKVKWAKENYHHNIGSPYSLRLASADATGKIIVWDVATGTARCEIQEHTKPIQDMQWLWNQDASRDLLLAVHPPNYIVLWNADTGTKLWKKSYAENILSFSFDPFDPSHLALLTSEGIVFVSDFSPSKAPASSGKKVYISSPHSSPSHKLVAATGAKKALDKVKILISNEKPSAESVTLNDCLQLSYLPSKRNYMLLLYPREILILDLEVNQTVGVIAIERTGIPFLQVIPCFQRDGLFCLHENGCITLRVRRLNSIIGSPNEEPDPDPVQELIYDLRSQCDAIRVTKTVRPFSMVCCPVNENSAALIVSDGRVMIWELKSTISGRSLRVSNSSVSPLYSPASFCGIPVGAFQNKLPDLSLDNMIGQGTVAEEQLKNSFLQEVHLKFLLTGLLSGLPLPQFAIRMCPPLTTKNLKQYQALLAVGTSNGSVLVYNLTSGLLHKELSIHSCEVKAIEWVSLTGFLSFATSAPNNLGLVRNELQLVDLPTGRSIAFRGERGNDEPAIEMIKVSHLKQYLAVVFKDKPLEIWDVRTCTVLREMPKNFPVVTALEWSPSHNLKSLRKKQLAAREAMARQTVASDTELISVESSVISLLQEAESKSELSQNISAREHFVFTDTDGQIYYLTVEGNSVKDSARIPPDGNMGSITCIAWKGDTLVLGDVDGNLNFWDLKARVSRGIPTHRGWVRKIRFAPGKGNQKLISLFNDGAEVWDAKEVQMVSSLRSGRNVNFRILDVDWCTSDKVILASDDGCIRVLEMSMKPSCFKMDEQELTEPVWCPYLLVPRASLALKAFLLHQPWNDKYSLDIFHVDYPENENVKKLIQEQLNSLSNDIKKLLLDPEFTVLQRCLLLSRLYGDESELHFWTVAAHYLHNLYQEKVQTAKTTDTIILPEKLVNPLDICYDILCENSYFQKFQLERVNLQEVKRSTYDHTRKCADQLLLLGQTDRAVQLLLETSAENPHYYCDSLKACLVTTVTSSGPSQSTIKLVATNMIANGKLAEGVQLLCLIDKAADACRYLQTYGEWNRAAWLAKVRLNAEECADVLKRWVDHLCSPQINQKSKAILVLLSLGCFTRVAEMLHSMRYFDRAALFVEACLRYDAIEVNEDTNKLIHAIFADYARSLKTLGFKHGSIQFASKAGAAGKDLLNELEQPKQEVTKG

Target ORF information:

RefSeq Version	XM_014594623.2
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis WD repeat domain 11 (WDR11), transcript variant X2, mRNA.

Target ORF information:

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

XM_014594623.2

ORF Insert Sequence:

ATGCTGCCCT TCACCGTCAA CATCAAGCTG TCGGCCCGGA CCCTCACCGG CGCCCTCAGC 
GCGCAGAACA GGGGGGCGGC GGACTGGGGC TGGCAAGGTT TGATTGCATA TGGATGTCAT 
TCCCTTGTAC TAGTAGTTGA TTCCAACACT GCCCAAACTT TACAAGTTTT GGAAAGGCAC 
AAAGCCAGCG TTGTCAAGGT TAAATGGGCT AAAGAAAACT ACCATCACAA CATTGGCTCT 
CCATATTCTC TGCGTTTAGC CTCTGCTGAT GCCACTGGAA AAATAATTGT TTGGGATGTG 
GCAACAGGAA CAGCTCGCTG TGAAATACAG GAACATACAA AACCAATCCA AGACATGCAA 
TGGTTGTGGA ATCAGGACGC TTCCCGAGAC TTACTCCTAG CAGTTCATCC ACCAAACTAT 
ATTGTCCTGT GGAATGCAGA CACAGGCACC AAGCTCTGGA AGAAAAGTTA TGCAGAAAAC 
ATTCTTTCCT TTTCATTCGA CCCCTTTGAT CCTTCACATT TAGCTTTGCT CACCAGTGAG 
GGCATAGTGT TCGTCTCAGA CTTCTCTCCT TCCAAGGCTC CTGCCAGTTC AGGGAAAAAA 
GTATACATCT CTAGTCCACA TTCTAGTCCT TCTCACAAGC TGGTTGCTGC TACAGGAGCT 
AAAAAAGCCC TTGATAAAGT AAAAATTCTA ATCAGTAATG AAAAACCAAG TGCTGAGTCC 
GTAACCCTGA ATGACTGCCT TCAGTTGTCA TACCTCCCTT CGAAAAGAAA CTACATGTTG 
CTACTCTATC CCAGAGAAAT TTTGATTCTT GACCTGGAAG TGAACCAGAC AGTGGGTGTG 
ATAGCAATTG AAAGAACAGG GATACCTTTT CTACAGGTAA TTCCCTGCTT TCAACGTGAT 
GGTTTGTTTT GCCTACATGA AAATGGATGT ATAACTTTAA GAGTTCGCAG ACTGAACAGT 
ATAATTGGCT CTCCAAATGA GGAACCAGAT CCAGATCCGG TTCAGGAGCT GATCTATGAT 
TTACGAAGTC AGTGTGATGC AATTAGGGTA ACAAAGACAG TTCGCCCATT CAGCATGGTT 
TGTTGCCCAG TGAATGAAAA CTCTGCAGCT CTCATCGTCA GTGATGGCAG GGTAATGATA 
TGGGAACTGA AGTCTACCAT TTCTGGCAGA AGCTTACGTG TTAGCAATTC AAGTGTATCA 
CCTTTGTATT CGCCAGCCTC TTTCTGTGGA ATCCCTGTAG GAGCATTCCA GAACAAACTT 
CCAGACCTTT CACTAGATAA CATGATAGGA CAAGGCACAG TGGCTGAAGA ACAGTTAAAA 
AATTCTTTCT TGCAAGAAGT TCACCTGAAA TTTCTTCTGA CGGGGCTGCT TTCAGGGCTT 
CCCCTGCCTC AGTTTGCTAT CCGTATGTGT CCACCTCTTA CAACAAAAAA CCTAAAGCAG 
TATCAAGCAC TCCTAGCTGT TGGGACAAGC AATGGCTCCG TCTTGGTGTA TAATCTTACC 
AGTGGACTGC TACACAAGGA GTTAAGCATT CATTCCTGCG AAGTCAAAGC CATTGAATGG 
GTCAGCTTGA CTGGTTTCCT CTCCTTTGCT ACATCAGCAC CCAACAATTT GGGGTTAGTA 
CGGAATGAGC TGCAGCTGGT TGATCTCCCA ACAGGCAGGA GCATTGCATT CCGTGGGGAA 
CGAGGCAATG ATGAGCCAGC CATTGAAATG ATAAAGGTGT CTCATTTGAA GCAGTACCTA 
GCTGTAGTAT TTAAAGACAA ACCTCTGGAA ATCTGGGATG TGAGGACATG TACTGTTCTT 
AGAGAAATGC CAAAAAACTT CCCTGTGGTG ACTGCTTTGG AATGGTCACC TTCCCATAAC 
TTGAAGAGTT TAAGAAAAAA ACAGCTTGCA GCCCGTGAAG CGATGGCCCG ACAGACGGTT 
GCATCCGATA CAGAACTTAT TAGTGTGGAA TCTTCTGTTA TCAGCTTGTT ACAGGAGGCC 
GAAAGTAAAT CTGAGCTGAG TCAGAACATT TCTGCCAGAG AGCACTTTGT GTTTACAGAT 
ACCGATGGGC AGATTTATTA TCTCACAGTA GAGGGAAACT CGGTAAAAGA CAGTGCAAGA 
ATTCCTCCTG ATGGAAACAT GGGAAGTATT ACTTGTATTG CGTGGAAAGG AGATACCCTG 
GTTCTCGGAG ATGTTGATGG AAATTTAAAC TTTTGGGATT TAAAAGCTAG AGTATCCAGG 
GGGATCCCTA CCCACCGAGG CTGGGTGAGA AAAATACGCT TTGCCCCTGG AAAAGGAAAC 
CAAAAACTGA TATCCTTGTT CAATGATGGA GCTGAAGTTT GGGATGCAAA AGAGGTACAG 
ATGGTGAGCA GTTTAAGAAG TGGGAGAAAT GTCAACTTCC GAATACTGGA CGTAGATTGG 
TGTACCTCGG ATAAAGTGAT TTTGGCATCA GATGATGGGT GCATCAGAGT TCTAGAGATG 
TCTATGAAGC CATCATGCTT TAAAATGGAT GAGCAAGAGT TGACAGAACC TGTGTGGTGT 
CCTTATCTCC TTGTTCCACG GGCCTCATTA GCTTTAAAAG CATTTTTGCT GCATCAGCCA 
TGGAATGATA AATATTCTCT AGATATTTTT CATGTTGATT ATCCAGAGAA TGAAAATGTT 
AAGAAACTGA TTCAAGAACA GTTAAATTCA TTGTCCAATG ACATCAAGAA ACTTTTGCTT 
GATCCTGAAT TTACTGTCTT GCAAAGGTGC CTCCTGCTTT CAAGACTCTA TGGTGATGAA 
TCTGAACTGC ATTTCTGGAC TGTTGCTGCC CATTATTTGC ATAATTTATA CCAGGAAAAA 
GTGCAAACTG CAAAAACTAC AGACACAATT ATTCTTCCAG AAAAATTGGT CAATCCATTG 
GATATATGTT ATGATATACT GTGTGAAAAT TCCTATTTTC AGAAATTTCA GCTTGAAAGA 
GTAAATCTAC AGGAAGTTAA AAGATCAACT TATGATCATA CTAGGAAATG TGCTGACCAA 
CTCCTCCTCC TTGGACAGAC TGACAGAGCA GTACAACTAT TGTTAGAGAC AAGTGCAGAA 
AATCCACATT ATTACTGTGA TTCACTCAAG GCCTGTTTGG TCACAACAGT CACTTCATCA 
GGTCCTTCTC AAAGCACTAT TAAACTGGTA GCAACTAATA TGATAGCAAA TGGAAAGCTG 
GCAGAGGGAG TGCAGTTGCT GTGTCTGATA GATAAAGCTG CTGACGCCTG TCGCTATTTG 
CAAACCTACG GTGAATGGAA TCGTGCAGCT TGGCTTGCAA AAGTTCGTTT AAATGCAGAG 
GAGTGTGCTG ATGTCTTGAA GCGCTGGGTG GATCACCTTT GCTCTCCACA AATCAACCAA 
AAATCAAAGG CCATCCTTGT CCTCTTGTCG CTTGGATGCT TTACCAGAGT CGCAGAGATG 
CTTCACAGCA TGAGGTATTT TGATAGAGCT GCTTTATTTG TTGAAGCTTG TCTGAGGTAT 
GATGCAATAG AAGTTAATGA AGATACAAAT AAATTGATCC ATGCAATATT TGCAGATTAT 
GCCAGAAGCT TGAAGACACT GGGTTTTAAA CATGGATCAA TTCAGTTTGC CTCGAAAGCA 
GGAGCAGCTG GCAAAGATCT ATTGAATGAG CTTGAACAAC CTAAACAGGA AGTGACTAAA 
GGATGA