WDR64 cDNA ORF clone, Alligator mississippiensis(American alligator)

Gene
Clones
gRNAs

Summary

Gene Symbol	WDR64
Entrez Gene ID	102577389
Full Name	WD repeat domain 64
Gene Type	protein-coding
Organism	Alligator mississippiensis(American alligator)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019500548.1	XP_019356093.1	WD repeat-containing protein 64

Pathways from BioSystems
Gene Ontology

The following WDR64 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the WDR64 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
OAl72320	XM_019500548.1 Latest version!	Alligator mississippiensis WD repeat domain 64 (WDR64), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00

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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)

WDR64 ( XM_019500548.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019356093.1 Alligator mississippiensis WD repeat domain 64 (WDR64), mRNA.

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CloneID	OAl72320
Clone ID Related Accession (Same CDS sequence)	XM_019500548.1
Accession Version	XM_019500548.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3321bp) 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 64
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017713578.1) 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGTCTGATT GGAAGGATTC AGATAAACAG AACTGCTCTA CCTTTTCTGA TGTGGCAAAT 
TTCAAGAATG CTTTAAGGCA GTTTCAGAAA GTAGTTGAAA AAACAGTAGC TCAGAAGAAG 
GAGGAAAGAT TAGGCCTGTA CATTAAAGAT GAGAATGAAA TAGATTATGA TAAATTCTGT 
GCAACAGTAC AGACTCTTTT TGGTCCGGAA GTGAAAGATC AAGATGTTAA GGCCTTTTTT 
AGGAAAATTA GTAACAATCC TGATGGAAAA ATAGAATGGT GTGAGATCTT TGGCTATTTT 
ATAATAGAAG GAGATGCTCT TGCTTCCCAG CTGGATGAAG AGAACATGGT TTTCCTGGTG 
TCCCGAAGGC GGCAGATTAC CAAAGCAGGT GTCAAGAGAC GAGATGCGAT TAGGTGTATA 
GTTAAGGTGC CACAGCTGGA TTTCCTGGTG ACAGCTTCTC AGAAAGGCAC ATTAACTGTT 
TTTAATAGCC AGATGAGGGT TCTGGCCAGC ACAAATATTG CAGATAGTTC ATGGATTACT 
GGATGCGACT ACCTTACTCA GCTCAAACGG GTGGTGGCTG TAACTGAAAG AACTGTTATC 
ATCTGGGATT ATAAATCACA AGGCAGCTGC CAGGATAATT GCTTTATTAT CAAACCAATG 
GAACATTGTC TGCTTTGTGT ATCTACGGTG AATATATCAG ATCAACAGGC TAAGGATGAC 
ATTTTAATGG GAGATGATGG TGGTCATGTC AGCCTACTTA CAGTGACCAG TGATGACTTT 
GGACTGAAGC AGTCTAAAGC CAAACGAAAA TCACAATTGC ACGTCTTGGA TTCAAGGAAC 
TTTAAAAACA TTAAACGGAA ACTACATGAT GACTGGGTTG TGAAAGTTAA GTACATCTCT 
GTCCTGAATT GTTTTGGATC CTGCTCCTTA GACAGCGTAC ATTCATTTGT TTTGGATGAC 
TTAAAGAGAC TAGAGGACAA CAAACCTGTC AGAGAATTTT CTGTCCCAAA GGGAGTTAAT 
GCCTTCACAT ATTGTGGAAA AGCAAACATT ATTGTTACCG GAGGTGATGA TAAAGTTCTT 
CGTTTATGGC ATCCCAGTAT AAACACCAAG CCAGTGGGGA AACTGTTGGG GCATTTATTT 
AGCATCATGG AGATTGTCAC AAATGAAAAA GATCAGCACA TTGTCAGCCT TTCCTCTGCA 
AAGGTTTTTA GAGTGTGGGA TATACAGACC CTTTCGCTAC TTCAGGTCTT CCATGATATT 
CAAGGAAGAC CTGGAGAAAT GCAGATTTAT GCTATGGTAT TTGACAATAC CCACGGCAAA 
CTGATTACAG GATCATCTGT CATTGATATT TATCCTCTAA CCCGTATGAT ACAAGATACA 
AAACAAATCC CACAAACACA TGAGAAAAGC ATTAATGTAC TGGCTTACAA CTGGGCTTTT 
CACCAAGTTC TCACCATTTG TGCTGAATCT ATTGTGAAGA TTTGGGAACT CGAAACAGGA 
TATCAAGTAT ACCAGATTGA AGATGCCCAT GGGCCGAATA TTGAAATAAC ATGTGCAGCG 
ATTGAGAAAA GTGGTTTTCA TTTTGCTACA GGGGCATGTG ATGGAACAAT GAAAATTTGG 
GATTTTGGAA GTGGGCAGGA GATTAAAGAT TTGCCTCTAG CACGAGAGAG CAGAGAAGAT 
GAGCAGTGGC TGCAGCTAGT TTATCTGAAG GCTAATGAAA GTCAGCACAT GATCCTAGCC 
TTGGAGCAGA GTGGAAAGAT CAAAATTGTT CAGACTAATA AAGGGGAAGC TTATCTGACT 
GTCACCTGGG AGCTTCCTGA GGCTATACCA TTTTTGCAAA AGAACGCCAT CATATGTGTA 
CAGCTGAAAC CCAATACAAG GCAACCAAAT GGATTTTTTC CAGATGTTCA GCTGTTGCTT 
GACTCCAGTT ATGAGAATGA AGAAACACAG GATCTGCCAC CTGGCTCAGA AACAAAGTGC 
TTTGATGTGT TAAAAGTAGA GGAATACAGC TTGTTAGCTA CTGGCAGAGC AAATGGTGGA 
ATTACTTTGT GGAATTTTGA ATCAGCCACT GTCAGATACT TGTGGAGAAG TCGTCAGTGC 
AATCAGACCT CTGCCCCTGT AGTATCTGGA GTCACTGCTC TGCTCTTCCT TTTCCCACCT 
GCCTCATTTT CCAGGCATGC TACTCCCGGG TCCTCGATTG TTTCTCTCTT TATGAGTGAT 
ATCACTGCCA TACAGGGCCC TGAATACAGC CATGTGAGCC TGAAGAAGGA GAATCTGAAA 
AGTGAAGTAA ATATTAAAAT AACAGAAGAT ACAGAAGGAG AAGTGGAGGA GACAGTCAAG 
TCTAAGAGCG TGAGCTTCTT TGATCCCAAA GGAGAAGCAC CTGGAATATC CAAAAACTTC 
TCAGGATATA AACGTTCACC AATATTGGCT TCTGCTCATG AAAATGGAAA CATCTATCTG 
TGGAATATAA AGGGAGATCT GCTGAGAGAA GTTTTGCCCT TCACAAAATA CTCTGCTACT 
CCTTTGACAG TCTTGTGCAT AGACCTCTCT GTGAGAATGC TTTTGGCTGG CAGCAAGGAA 
GGACATATTA TGTGCTGGGA TATTGGCTCA TTTCTGGAAG ATCCAGAAGA TAGTAACAAG 
CAAGTAAAGC AGCAACTTTT CTGGAGAGCT CATTCTACCA AGGTAGTCAG CTTATTCTAT 
GAAAAGGAGA AAAAAGTGGT GGTAACAGCC TCTGTGGATG GTTCTGTCAG GCTCTGGCAT 
GCAACCAATG GACACTATTT TGGTTATTTG GGACAGCCCA GGGTGTTTGA ATTATCGGAA 
CCCAGTGATT TGATTTTGCC CTGTGATATT AATGAATTTC CTACCATAAT AAAAGAAAGC 
AACAAATACA TGGAAATGAA ACAGACGTTT GAATATCCTC TAGTACTGGA CAGGGAAAAA 
TGGAAATCAC TGACCAGATC ATCATTAATT ATAAGGAAGC CAAGACCTGC TGAAGTGGAT 
CGGGATTTCA AGTTTTTCAA AGCCCTCGCT TCTCCTAAGA TTAATAGACA ACCTTTGGAG 
AGTTTCAAGT CAGGAAACAA AGAAGCTGGG GTTGTGTTTG GATCTCTACC TATATACAGA 
GTCATCAGTT CAGCAAAGCT AAGAAATTTT CCCCCACTGT GTTCAGACCC AAACCGAGAG 
TCTGTGGGGA GCATTGTCAA AAGGCATAAG CGTCCTGCAA TTTGTGAACA ATCACGTTCT 
TCGGTAAGAA AAACTGAAAA ATGGACTGTG ACCCCTGGGG AAAGTCTGGC TCAATCCTTT 
CCTTCAACCA ACCCTTCCTA A

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

RefSeq	XP_019356093.1
CDS	1..3321
Translation	MSDWKDSDKQNCSTFSDVANFKNALRQFQKVVEKTVAQKKEERLGLYIKDENEIDYDKFCATVQTLFGPEVKDQDVKAFFRKISNNPDGKIEWCEIFGYFIIEGDALASQLDEENMVFLVSRRRQITKAGVKRRDAIRCIVKVPQLDFLVTASQKGTLTVFNSQMRVLASTNIADSSWITGCDYLTQLKRVVAVTERTVIIWDYKSQGSCQDNCFIIKPMEHCLLCVSTVNISDQQAKDDILMGDDGGHVSLLTVTSDDFGLKQSKAKRKSQLHVLDSRNFKNIKRKLHDDWVVKVKYISVLNCFGSCSLDSVHSFVLDDLKRLEDNKPVREFSVPKGVNAFTYCGKANIIVTGGDDKVLRLWHPSINTKPVGKLLGHLFSIMEIVTNEKDQHIVSLSSAKVFRVWDIQTLSLLQVFHDIQGRPGEMQIYAMVFDNTHGKLITGSSVIDIYPLTRMIQDTKQIPQTHEKSINVLAYNWAFHQVLTICAESIVKIWELETGYQVYQIEDAHGPNIEITCAAIEKSGFHFATGACDGTMKIWDFGSGQEIKDLPLARESREDEQWLQLVYLKANESQHMILALEQSGKIKIVQTNKGEAYLTVTWELPEAIPFLQKNAIICVQLKPNTRQPNGFFPDVQLLLDSSYENEETQDLPPGSETKCFDVLKVEEYSLLATGRANGGITLWNFESATVRYLWRSRQCNQTSAPVVSGVTALLFLFPPASFSRHATPGSSIVSLFMSDITAIQGPEYSHVSLKKENLKSEVNIKITEDTEGEVEETVKSKSVSFFDPKGEAPGISKNFSGYKRSPILASAHENGNIYLWNIKGDLLREVLPFTKYSATPLTVLCIDLSVRMLLAGSKEGHIMCWDIGSFLEDPEDSNKQVKQQLFWRAHSTKVVSLFYEKEKKVVVTASVDGSVRLWHATNGHYFGYLGQPRVFELSEPSDLILPCDINEFPTIIKESNKYMEMKQTFEYPLVLDREKWKSLTRSSLIIRKPRPAEVDRDFKFFKALASPKINRQPLESFKSGNKEAGVVFGSLPIYRVISSAKLRNFPPLCSDPNRESVGSIVKRHKRPAICEQSRSSVRKTEKWTVTPGESLAQSFPSTNPS

Target ORF information:

RefSeq Version	XM_019500548.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis WD repeat domain 64 (WDR64), mRNA.

Target ORF information:

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

XM_019500548.1

ORF Insert Sequence:

ATGTCTGATT GGAAGGATTC AGATAAACAG AACTGCTCTA CCTTTTCTGA TGTGGCAAAT 
TTCAAGAATG CTTTAAGGCA GTTTCAGAAA GTAGTTGAAA AAACAGTAGC TCAGAAGAAG 
GAGGAAAGAT TAGGCCTGTA CATTAAAGAT GAGAATGAAA TAGATTATGA TAAATTCTGT 
GCAACAGTAC AGACTCTTTT TGGTCCGGAA GTGAAAGATC AAGATGTTAA GGCCTTTTTT 
AGGAAAATTA GTAACAATCC TGATGGAAAA ATAGAATGGT GTGAGATCTT TGGCTATTTT 
ATAATAGAAG GAGATGCTCT TGCTTCCCAG CTGGATGAAG AGAACATGGT TTTCCTGGTG 
TCCCGAAGGC GGCAGATTAC CAAAGCAGGT GTCAAGAGAC GAGATGCGAT TAGGTGTATA 
GTTAAGGTGC CACAGCTGGA TTTCCTGGTG ACAGCTTCTC AGAAAGGCAC ATTAACTGTT 
TTTAATAGCC AGATGAGGGT TCTGGCCAGC ACAAATATTG CAGATAGTTC ATGGATTACT 
GGATGCGACT ACCTTACTCA GCTCAAACGG GTGGTGGCTG TAACTGAAAG AACTGTTATC 
ATCTGGGATT ATAAATCACA AGGCAGCTGC CAGGATAATT GCTTTATTAT CAAACCAATG 
GAACATTGTC TGCTTTGTGT ATCTACGGTG AATATATCAG ATCAACAGGC TAAGGATGAC 
ATTTTAATGG GAGATGATGG TGGTCATGTC AGCCTACTTA CAGTGACCAG TGATGACTTT 
GGACTGAAGC AGTCTAAAGC CAAACGAAAA TCACAATTGC ACGTCTTGGA TTCAAGGAAC 
TTTAAAAACA TTAAACGGAA ACTACATGAT GACTGGGTTG TGAAAGTTAA GTACATCTCT 
GTCCTGAATT GTTTTGGATC CTGCTCCTTA GACAGCGTAC ATTCATTTGT TTTGGATGAC 
TTAAAGAGAC TAGAGGACAA CAAACCTGTC AGAGAATTTT CTGTCCCAAA GGGAGTTAAT 
GCCTTCACAT ATTGTGGAAA AGCAAACATT ATTGTTACCG GAGGTGATGA TAAAGTTCTT 
CGTTTATGGC ATCCCAGTAT AAACACCAAG CCAGTGGGGA AACTGTTGGG GCATTTATTT 
AGCATCATGG AGATTGTCAC AAATGAAAAA GATCAGCACA TTGTCAGCCT TTCCTCTGCA 
AAGGTTTTTA GAGTGTGGGA TATACAGACC CTTTCGCTAC TTCAGGTCTT CCATGATATT 
CAAGGAAGAC CTGGAGAAAT GCAGATTTAT GCTATGGTAT TTGACAATAC CCACGGCAAA 
CTGATTACAG GATCATCTGT CATTGATATT TATCCTCTAA CCCGTATGAT ACAAGATACA 
AAACAAATCC CACAAACACA TGAGAAAAGC ATTAATGTAC TGGCTTACAA CTGGGCTTTT 
CACCAAGTTC TCACCATTTG TGCTGAATCT ATTGTGAAGA TTTGGGAACT CGAAACAGGA 
TATCAAGTAT ACCAGATTGA AGATGCCCAT GGGCCGAATA TTGAAATAAC ATGTGCAGCG 
ATTGAGAAAA GTGGTTTTCA TTTTGCTACA GGGGCATGTG ATGGAACAAT GAAAATTTGG 
GATTTTGGAA GTGGGCAGGA GATTAAAGAT TTGCCTCTAG CACGAGAGAG CAGAGAAGAT 
GAGCAGTGGC TGCAGCTAGT TTATCTGAAG GCTAATGAAA GTCAGCACAT GATCCTAGCC 
TTGGAGCAGA GTGGAAAGAT CAAAATTGTT CAGACTAATA AAGGGGAAGC TTATCTGACT 
GTCACCTGGG AGCTTCCTGA GGCTATACCA TTTTTGCAAA AGAACGCCAT CATATGTGTA 
CAGCTGAAAC CCAATACAAG GCAACCAAAT GGATTTTTTC CAGATGTTCA GCTGTTGCTT 
GACTCCAGTT ATGAGAATGA AGAAACACAG GATCTGCCAC CTGGCTCAGA AACAAAGTGC 
TTTGATGTGT TAAAAGTAGA GGAATACAGC TTGTTAGCTA CTGGCAGAGC AAATGGTGGA 
ATTACTTTGT GGAATTTTGA ATCAGCCACT GTCAGATACT TGTGGAGAAG TCGTCAGTGC 
AATCAGACCT CTGCCCCTGT AGTATCTGGA GTCACTGCTC TGCTCTTCCT TTTCCCACCT 
GCCTCATTTT CCAGGCATGC TACTCCCGGG TCCTCGATTG TTTCTCTCTT TATGAGTGAT 
ATCACTGCCA TACAGGGCCC TGAATACAGC CATGTGAGCC TGAAGAAGGA GAATCTGAAA 
AGTGAAGTAA ATATTAAAAT AACAGAAGAT ACAGAAGGAG AAGTGGAGGA GACAGTCAAG 
TCTAAGAGCG TGAGCTTCTT TGATCCCAAA GGAGAAGCAC CTGGAATATC CAAAAACTTC 
TCAGGATATA AACGTTCACC AATATTGGCT TCTGCTCATG AAAATGGAAA CATCTATCTG 
TGGAATATAA AGGGAGATCT GCTGAGAGAA GTTTTGCCCT TCACAAAATA CTCTGCTACT 
CCTTTGACAG TCTTGTGCAT AGACCTCTCT GTGAGAATGC TTTTGGCTGG CAGCAAGGAA 
GGACATATTA TGTGCTGGGA TATTGGCTCA TTTCTGGAAG ATCCAGAAGA TAGTAACAAG 
CAAGTAAAGC AGCAACTTTT CTGGAGAGCT CATTCTACCA AGGTAGTCAG CTTATTCTAT 
GAAAAGGAGA AAAAAGTGGT GGTAACAGCC TCTGTGGATG GTTCTGTCAG GCTCTGGCAT 
GCAACCAATG GACACTATTT TGGTTATTTG GGACAGCCCA GGGTGTTTGA ATTATCGGAA 
CCCAGTGATT TGATTTTGCC CTGTGATATT AATGAATTTC CTACCATAAT AAAAGAAAGC 
AACAAATACA TGGAAATGAA ACAGACGTTT GAATATCCTC TAGTACTGGA CAGGGAAAAA 
TGGAAATCAC TGACCAGATC ATCATTAATT ATAAGGAAGC CAAGACCTGC TGAAGTGGAT 
CGGGATTTCA AGTTTTTCAA AGCCCTCGCT TCTCCTAAGA TTAATAGACA ACCTTTGGAG 
AGTTTCAAGT CAGGAAACAA AGAAGCTGGG GTTGTGTTTG GATCTCTACC TATATACAGA 
GTCATCAGTT CAGCAAAGCT AAGAAATTTT CCCCCACTGT GTTCAGACCC AAACCGAGAG 
TCTGTGGGGA GCATTGTCAA AAGGCATAAG CGTCCTGCAA TTTGTGAACA ATCACGTTCT 
TCGGTAAGAA AAACTGAAAA ATGGACTGTG ACCCCTGGGG AAAGTCTGGC TCAATCCTTT 
CCTTCAACCA ACCCTTCCTA A