WDR19 cDNA ORF clone, Balearica regulorum gibbericeps(East African grey crowned-crane)

Gene
Clones
gRNAs

Summary

Gene Symbol	WDR19
Entrez Gene ID	104635559
Full Name	WD repeat domain 19
Gene Type	protein-coding
Organism	Balearica regulorum gibbericeps(East African grey crowned-crane)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010302411.1	XP_010300713.1	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
OBa186636	XM_010302411.1 Latest version!	Balearica regulorum gibbericeps WD repeat domain 19 (WDR19), 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)

WDR19 ( XM_010302411.1 ) cDNA ORF clone, Balearica regulorum gibbericeps(East African grey crowned-crane) -> XP_010300713.1 Balearica regulorum gibbericeps WD repeat domain 19 (WDR19), mRNA.

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CloneID	OBa186636
Clone ID Related Accession (Same CDS sequence)	XM_010302411.1
Accession Version	XM_010302411.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3855bp) 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	2014-11-17
Organism	Balearica regulorum gibbericeps(East African grey crowned-crane)
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 (NW_010755341.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Balearica regulorum gibbericeps Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 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##

ATGGACTGGG ATAAAGATGG AGATACTTTA GCAATAATCA CAGACAAATC TAGTGCCATA 
TTTCTGTGGG ATGCGAACAC AAACAAAACA AGCCAAGTAG ACAGTGGCAT GAGGGATGCA 
ATGTCTTTCG TATTATGGTC TCGAGTTGGA ACTTTACTTG CTGTTGGAAC AACAAAGGGA 
AACTTACTCA TATATAACCG TCAGACTTCT CGCAAGATTC CTGTTCTTGG TAAGCACACT 
AGGCGGATTA CTTGTGGTTG TTGGAGTACT GAAAACCTTC TGGCTCTAGG CGGTGAAGAC 
AAAATGATTA CTATAAGCAA TCAGGAAGGG GATACTATAA GACAGACCTC AGTGAGCTCA 
GATCCCAGTG ATATGCAGTT CTCAGTTATG AAGACTGATG AAAGAATATC AACCAGGGAA 
AGCACAGTAA GTGTAGTGGT TGGCAAGAAG ACTCTCTTTC TTTTTAATTT GAATGATCCT 
GATAACCCGA TTGATCTGAA ATTTCAGCAG CCTTATGGCA GTATTGTAAC CTACAGATGG 
TACGGTGATG GCTACATTAT GATTGGTTTC TCACGAGGGT GTTTTGTAGT CATTTCTACA 
CACATTCGTG AGATAGGTCA AGAAATCTTT CAAGCTCATA ATCATAAGGA TAATCTAAGC 
AGCATTGCCA TATCACAGTC ATTAAACAAA GCTGCATCAT GTGGAGACAA TTGCATTAAA 
ATCCATGATC TGTCTGACCT GAGAGAAATG TATGCCATAA TAAACTTGGA TGATGAAAAC 
AAAGGTGTAG ATCAGCTGGC TTGGACAGAT GATGGACAGT TGCTGGCAGT ATCAACACGA 
AGAGGTTCCC TCCATGTTTT CTTGACAAAG CTTCCAATCC TTGGAGATGC TTGCAGTACA 
CGGATTGCGT ACCTCACTTC TCTTCTTGAA GTTACTGTAG CAAATCACGT GGAGAGAGAG 
GTACCAGTCA CAGTCTCTGT TGAAGTAGAG CCCAGTTTTG TTGCTATTGG TGTTTATCAT 
TTGGCTGTAG GAATGAACAA TCGGGCTTGG TTTTATGCAC TTGGAGAGAA TAATGTAAAA 
AAGCTTAAAG ATGTGGAGTA CCTGGGAACA GTAGCAAGTA TGCACCTTAA TTCTGATTAT 
GCTGCTGCTC TCTTTGAGGG TAAAGTCCAG TTGCATATGA TAGAAAGTGA AGGTTTGGAT 
GCTCAGGAAG AAAGAGAAAC TCGACTATTC CCAGCAGATG ATGATAAATA CCGAATTTTG 
TGCCATGCTT TAACTAGTGA CTTCCTCATA TATGGTACAG ACACTGGAGT TATTCATTAT 
TTCTACATTG AAGACTGGCA ATATGTGAAT GAGTATCGGC ATCCTGTCAG TGTGAGAAAA 
ATTTTTCCAG ATCCCAATGG AACCAGATTG GCTTTCATAG ATGACAAAAG TGATGGCTTT 
GTCTATTGTC CAGTAAATGA TAGCTTATAT GAGATTCCAA ACTTCTCACC AGCTATTAAA 
GGAATCCTGT GGGAAAACTG GCCAATGGAT AAAGGTGTTT TTGTTGCTTT TGATGATGAT 
AAAGTGTACA CTTATGTATT TCATAAGGAT GCCATTCAAG GATCAAAGAT TATTTTGGCA 
GGTGGCACGG AAGTCCCTTT TTCACATAAA CCTTTGTTGC TGTATAATGG AGAATTAACC 
TGTCAGACTC TGAGTGGGAA AACAAACAAT ATCTATCTAA GCACTCACAG TTTCCTTGGC 
AATTGGAAAG ACTTTGGACC TAATGAGCTG ACACAAATGC TTACTCAGAC TTTAATGTTG 
AAAAGGTTTT CTGAAGCATG GGAGGTGTGC AGACTTCTGA ATGACCAGTC TGGTTGGAAT 
GAGCTGGCCA AAGCTTGCTT GCATCATATG GAGGTGGATT TTGCAATACG TGTTTATCGG 
ACATCTGGTA ATGCTGGGAT GGTGATGTCA CTAGAGCAAA TAAAGGGAAT AGAAGACCAC 
AACCTTTTAG CAGGACATCT TGCCATGTTT ACTAGTGATT TTAATCTGGC TCAGGATTTA 
TATCTGGCAT CCTCCTGTCC TATTGCTGCA CTTGAGATGC GAAAAGACTT GCAGCACTGG 
GACAGTGCAC TTCAGCTGGC TAAGCGTTTG GCCCCAGACC AAATCCCCTT CATATCAAAG 
GAATATGCAA TGCAGCTTGA ATTCACGGGT GATTATATTA ATGCTCTGGC ACATTATGAG 
AAGGGAGTCA CTGGAAACAA TAAGGAACAT GATGAGGCTT GCCTTGCTGG AGTGGCTCAA 
ATGTCCATCC GAATGGGAGA TATCCGCCGA GGGGTAAACC AGGCCATTAA ACATCCCAGT 
AGGTTACTAA AAAGAGACTG TGGAGCTATT CTGGAGAGCA TGAAGCAATT TTCAGAAGCT 
GCTCAGCTGT ATGAGAAGGG ACAATATTAT GACAAGGCAG CATCAGTATA CATCCGGTGT 
AAAAACTGGG CAAAGGTTGG TGAACTACTT CCTCATGTTT CATCTCCAAA GATTCACTTA 
CAATATGCAA AAGCCAAAGA AGCAGATGGC AGGTACAAGG AAGCTGTGAT AGCTTATGAG 
CATGCAAAAC AATGGGACAG TGTAATTCGA CTATATTTGG ACCACCTCAA TAATCCTGAA 
AAGGCTGTTA ATATTGTGAG AGAAACACAG TCTCTTGACG GAGCAAAGAT GGTGGCCAGA 
TTCTTTCTGC AGCTTGGTGA CTATGGTTCT GCCATCCAGT TCCTGGTCAT GTCCAAGTGC 
AATAATGAAG CTTTCACATT AGCTCAACAA CACAACAAGA TGGAGATTTA TGCTGATATA 
ATCAGTTCTG AAAGTACTAC CAATGAAGAT TATCAGAGCA TTGCATTATA TTTTGAAGGA 
GAAAAGAAAT ATTTCCAGGC GGGAAAATTT TTCTTGCTGT GTGGTCAATA TGGACGGGCA 
TTAAAGCACT TTATGAAAAG TCCAAGCACA GAAGATAACT TGGCTATAGA AATGGCAATT 
GAAACAGTGG GACGGGCAAA AGATGAAGCC CTAACAAATC AGCTGATAGA CTATCTTATG 
GGAGAGAGTG ATGGCATGCC CAAGGATGCC AAGTACCTAT TCCGCTTATA CATGGCACTA 
AAGCAATACA GAGAAGCTGC CAGAACTGCT ATAATAATTG CCAGGGAGGA GCAGTGTTCA 
GGAAACTACC GAAATGCACA TGATGTTCTT TTCAGTATGT ATTCAGAGTT AAAGACCCAG 
AAGATTAAAA TTCCTTCTGA GATGGCTACA AACCTTATGA TTCTACACAG CTATATTTTA 
GTGAAGACTT ACGTGAGACG TGGTGATCAC CTGAAGGGAG CACGTATGCT TATACGTGTA 
GCCAACAACA TCAGCAAGTT CCCATCACAC ATTGTGCCAA TTTTGACTTC AACTGTAATT 
GAGTGTCATA GAGCAGGATT GAAGAACTCA GCCTTCAGTT TTGCTGCTAT GTTGATGAGA 
CCTGAGTATC GTAATAAAAT AGATCTTAAA TACAAAAAGA AAATTGAAGC AATGGTCAGA 
CGTCCAGACA CAACAGAGAC AGAAGAGCCA ACAACAGCCT GTCCCTATTG TGCATTCCAG 
CTTCCAGAGT GTGAACTGTT GTGTCCCAGC TGTAAAAACA ATCTCCCGTA CTGTATTGCA 
ACTGGTCGGC ATATGGTTCA GGATGACTGG ACAGTCTGCC CACACTGTGA CTTCCCTGCC 
CTCTATTCAG AATTCAAGAA CATGTTACAG ACTGAAAACA TATGTCCAAT GTGTTCTGAA 
CGGATTAACA TTGCTCATCT TAAGAAAATA AATGATTGCA CACAGTACCT CAAACCAGAA 
GATGGAGACC AATAA

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

RefSeq	XP_010300713.1
CDS	169..4023
Translation	MDWDKDGDTLAIITDKSSAIFLWDANTNKTSQVDSGMRDAMSFVLWSRVGTLLAVGTTKGNLLIYNRQTSRKIPVLGKHTRRITCGCWSTENLLALGGEDKMITISNQEGDTIRQTSVSSDPSDMQFSVMKTDERISTRESTVSVVVGKKTLFLFNLNDPDNPIDLKFQQPYGSIVTYRWYGDGYIMIGFSRGCFVVISTHIREIGQEIFQAHNHKDNLSSIAISQSLNKAASCGDNCIKIHDLSDLREMYAIINLDDENKGVDQLAWTDDGQLLAVSTRRGSLHVFLTKLPILGDACSTRIAYLTSLLEVTVANHVEREVPVTVSVEVEPSFVAIGVYHLAVGMNNRAWFYALGENNVKKLKDVEYLGTVASMHLNSDYAAALFEGKVQLHMIESEGLDAQEERETRLFPADDDKYRILCHALTSDFLIYGTDTGVIHYFYIEDWQYVNEYRHPVSVRKIFPDPNGTRLAFIDDKSDGFVYCPVNDSLYEIPNFSPAIKGILWENWPMDKGVFVAFDDDKVYTYVFHKDAIQGSKIILAGGTEVPFSHKPLLLYNGELTCQTLSGKTNNIYLSTHSFLGNWKDFGPNELTQMLTQTLMLKRFSEAWEVCRLLNDQSGWNELAKACLHHMEVDFAIRVYRTSGNAGMVMSLEQIKGIEDHNLLAGHLAMFTSDFNLAQDLYLASSCPIAALEMRKDLQHWDSALQLAKRLAPDQIPFISKEYAMQLEFTGDYINALAHYEKGVTGNNKEHDEACLAGVAQMSIRMGDIRRGVNQAIKHPSRLLKRDCGAILESMKQFSEAAQLYEKGQYYDKAASVYIRCKNWAKVGELLPHVSSPKIHLQYAKAKEADGRYKEAVIAYEHAKQWDSVIRLYLDHLNNPEKAVNIVRETQSLDGAKMVARFFLQLGDYGSAIQFLVMSKCNNEAFTLAQQHNKMEIYADIISSESTTNEDYQSIALYFEGEKKYFQAGKFFLLCGQYGRALKHFMKSPSTEDNLAIEMAIETVGRAKDEALTNQLIDYLMGESDGMPKDAKYLFRLYMALKQYREAARTAIIIAREEQCSGNYRNAHDVLFSMYSELKTQKIKIPSEMATNLMILHSYILVKTYVRRGDHLKGARMLIRVANNISKFPSHIVPILTSTVIECHRAGLKNSAFSFAAMLMRPEYRNKIDLKYKKKIEAMVRRPDTTETEEPTTACPYCAFQLPECELLCPSCKNNLPYCIATGRHMVQDDWTVCPHCDFPALYSEFKNMLQTENICPMCSERINIAHLKKINDCTQYLKPEDGDQ

Target ORF information:

RefSeq Version	XM_010302411.1
Organism	Balearica regulorum gibbericeps(East African grey crowned-crane)
Definition	Balearica regulorum gibbericeps WD repeat domain 19 (WDR19), mRNA.

Target ORF information:

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

XM_010302411.1

ORF Insert Sequence:

ATGGACTGGG ATAAAGATGG AGATACTTTA GCAATAATCA CAGACAAATC TAGTGCCATA 
TTTCTGTGGG ATGCGAACAC AAACAAAACA AGCCAAGTAG ACAGTGGCAT GAGGGATGCA 
ATGTCTTTCG TATTATGGTC TCGAGTTGGA ACTTTACTTG CTGTTGGAAC AACAAAGGGA 
AACTTACTCA TATATAACCG TCAGACTTCT CGCAAGATTC CTGTTCTTGG TAAGCACACT 
AGGCGGATTA CTTGTGGTTG TTGGAGTACT GAAAACCTTC TGGCTCTAGG CGGTGAAGAC 
AAAATGATTA CTATAAGCAA TCAGGAAGGG GATACTATAA GACAGACCTC AGTGAGCTCA 
GATCCCAGTG ATATGCAGTT CTCAGTTATG AAGACTGATG AAAGAATATC AACCAGGGAA 
AGCACAGTAA GTGTAGTGGT TGGCAAGAAG ACTCTCTTTC TTTTTAATTT GAATGATCCT 
GATAACCCGA TTGATCTGAA ATTTCAGCAG CCTTATGGCA GTATTGTAAC CTACAGATGG 
TACGGTGATG GCTACATTAT GATTGGTTTC TCACGAGGGT GTTTTGTAGT CATTTCTACA 
CACATTCGTG AGATAGGTCA AGAAATCTTT CAAGCTCATA ATCATAAGGA TAATCTAAGC 
AGCATTGCCA TATCACAGTC ATTAAACAAA GCTGCATCAT GTGGAGACAA TTGCATTAAA 
ATCCATGATC TGTCTGACCT GAGAGAAATG TATGCCATAA TAAACTTGGA TGATGAAAAC 
AAAGGTGTAG ATCAGCTGGC TTGGACAGAT GATGGACAGT TGCTGGCAGT ATCAACACGA 
AGAGGTTCCC TCCATGTTTT CTTGACAAAG CTTCCAATCC TTGGAGATGC TTGCAGTACA 
CGGATTGCGT ACCTCACTTC TCTTCTTGAA GTTACTGTAG CAAATCACGT GGAGAGAGAG 
GTACCAGTCA CAGTCTCTGT TGAAGTAGAG CCCAGTTTTG TTGCTATTGG TGTTTATCAT 
TTGGCTGTAG GAATGAACAA TCGGGCTTGG TTTTATGCAC TTGGAGAGAA TAATGTAAAA 
AAGCTTAAAG ATGTGGAGTA CCTGGGAACA GTAGCAAGTA TGCACCTTAA TTCTGATTAT 
GCTGCTGCTC TCTTTGAGGG TAAAGTCCAG TTGCATATGA TAGAAAGTGA AGGTTTGGAT 
GCTCAGGAAG AAAGAGAAAC TCGACTATTC CCAGCAGATG ATGATAAATA CCGAATTTTG 
TGCCATGCTT TAACTAGTGA CTTCCTCATA TATGGTACAG ACACTGGAGT TATTCATTAT 
TTCTACATTG AAGACTGGCA ATATGTGAAT GAGTATCGGC ATCCTGTCAG TGTGAGAAAA 
ATTTTTCCAG ATCCCAATGG AACCAGATTG GCTTTCATAG ATGACAAAAG TGATGGCTTT 
GTCTATTGTC CAGTAAATGA TAGCTTATAT GAGATTCCAA ACTTCTCACC AGCTATTAAA 
GGAATCCTGT GGGAAAACTG GCCAATGGAT AAAGGTGTTT TTGTTGCTTT TGATGATGAT 
AAAGTGTACA CTTATGTATT TCATAAGGAT GCCATTCAAG GATCAAAGAT TATTTTGGCA 
GGTGGCACGG AAGTCCCTTT TTCACATAAA CCTTTGTTGC TGTATAATGG AGAATTAACC 
TGTCAGACTC TGAGTGGGAA AACAAACAAT ATCTATCTAA GCACTCACAG TTTCCTTGGC 
AATTGGAAAG ACTTTGGACC TAATGAGCTG ACACAAATGC TTACTCAGAC TTTAATGTTG 
AAAAGGTTTT CTGAAGCATG GGAGGTGTGC AGACTTCTGA ATGACCAGTC TGGTTGGAAT 
GAGCTGGCCA AAGCTTGCTT GCATCATATG GAGGTGGATT TTGCAATACG TGTTTATCGG 
ACATCTGGTA ATGCTGGGAT GGTGATGTCA CTAGAGCAAA TAAAGGGAAT AGAAGACCAC 
AACCTTTTAG CAGGACATCT TGCCATGTTT ACTAGTGATT TTAATCTGGC TCAGGATTTA 
TATCTGGCAT CCTCCTGTCC TATTGCTGCA CTTGAGATGC GAAAAGACTT GCAGCACTGG 
GACAGTGCAC TTCAGCTGGC TAAGCGTTTG GCCCCAGACC AAATCCCCTT CATATCAAAG 
GAATATGCAA TGCAGCTTGA ATTCACGGGT GATTATATTA ATGCTCTGGC ACATTATGAG 
AAGGGAGTCA CTGGAAACAA TAAGGAACAT GATGAGGCTT GCCTTGCTGG AGTGGCTCAA 
ATGTCCATCC GAATGGGAGA TATCCGCCGA GGGGTAAACC AGGCCATTAA ACATCCCAGT 
AGGTTACTAA AAAGAGACTG TGGAGCTATT CTGGAGAGCA TGAAGCAATT TTCAGAAGCT 
GCTCAGCTGT ATGAGAAGGG ACAATATTAT GACAAGGCAG CATCAGTATA CATCCGGTGT 
AAAAACTGGG CAAAGGTTGG TGAACTACTT CCTCATGTTT CATCTCCAAA GATTCACTTA 
CAATATGCAA AAGCCAAAGA AGCAGATGGC AGGTACAAGG AAGCTGTGAT AGCTTATGAG 
CATGCAAAAC AATGGGACAG TGTAATTCGA CTATATTTGG ACCACCTCAA TAATCCTGAA 
AAGGCTGTTA ATATTGTGAG AGAAACACAG TCTCTTGACG GAGCAAAGAT GGTGGCCAGA 
TTCTTTCTGC AGCTTGGTGA CTATGGTTCT GCCATCCAGT TCCTGGTCAT GTCCAAGTGC 
AATAATGAAG CTTTCACATT AGCTCAACAA CACAACAAGA TGGAGATTTA TGCTGATATA 
ATCAGTTCTG AAAGTACTAC CAATGAAGAT TATCAGAGCA TTGCATTATA TTTTGAAGGA 
GAAAAGAAAT ATTTCCAGGC GGGAAAATTT TTCTTGCTGT GTGGTCAATA TGGACGGGCA 
TTAAAGCACT TTATGAAAAG TCCAAGCACA GAAGATAACT TGGCTATAGA AATGGCAATT 
GAAACAGTGG GACGGGCAAA AGATGAAGCC CTAACAAATC AGCTGATAGA CTATCTTATG 
GGAGAGAGTG ATGGCATGCC CAAGGATGCC AAGTACCTAT TCCGCTTATA CATGGCACTA 
AAGCAATACA GAGAAGCTGC CAGAACTGCT ATAATAATTG CCAGGGAGGA GCAGTGTTCA 
GGAAACTACC GAAATGCACA TGATGTTCTT TTCAGTATGT ATTCAGAGTT AAAGACCCAG 
AAGATTAAAA TTCCTTCTGA GATGGCTACA AACCTTATGA TTCTACACAG CTATATTTTA 
GTGAAGACTT ACGTGAGACG TGGTGATCAC CTGAAGGGAG CACGTATGCT TATACGTGTA 
GCCAACAACA TCAGCAAGTT CCCATCACAC ATTGTGCCAA TTTTGACTTC AACTGTAATT 
GAGTGTCATA GAGCAGGATT GAAGAACTCA GCCTTCAGTT TTGCTGCTAT GTTGATGAGA 
CCTGAGTATC GTAATAAAAT AGATCTTAAA TACAAAAAGA AAATTGAAGC AATGGTCAGA 
CGTCCAGACA CAACAGAGAC AGAAGAGCCA ACAACAGCCT GTCCCTATTG TGCATTCCAG 
CTTCCAGAGT GTGAACTGTT GTGTCCCAGC TGTAAAAACA ATCTCCCGTA CTGTATTGCA 
ACTGGTCGGC ATATGGTTCA GGATGACTGG ACAGTCTGCC CACACTGTGA CTTCCCTGCC 
CTCTATTCAG AATTCAAGAA CATGTTACAG ACTGAAAACA TATGTCCAAT GTGTTCTGAA 
CGGATTAACA TTGCTCATCT TAAGAAAATA AATGATTGCA CACAGTACCT CAAACCAGAA 
GATGGAGACC AATAA