ATP13A5 cDNA ORF clone, Numida meleagris(helmeted guineafowl)

Gene
Clones
gRNAs

Summary

Gene Symbol	ATP13A5
Entrez Gene ID	110397279
Full Name	ATPase 13A5
Gene Type	protein-coding
Organism	Numida meleagris(helmeted guineafowl)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021393336.1	XP_021249011.1	probable cation-transporting ATPase 13A5 isoform X1
XM_021393338.1	XP_021249013.1	probable cation-transporting ATPase 13A5 isoform X3
XM_021393343.1	XP_021249018.1	probable cation-transporting ATPase 13A5 isoform X7
XM_021393337.1	XP_021249012.1	probable cation-transporting ATPase 13A5 isoform X2
XM_021393339.1	XP_021249014.1	probable cation-transporting ATPase 13A5 isoform X4
XM_021393342.1	XP_021249017.1	probable cation-transporting ATPase 13A5 isoform X6
XM_021393340.1	XP_021249015.1	probable cation-transporting ATPase 13A5 isoform X5

Pathways from BioSystems
Gene Ontology

The following ATP13A5 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ATP13A5 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)
ONu21104	XM_021393343.1 Latest version!	Numida meleagris ATPase 13A5 (ATP13A5), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$510.30 $729.00
ONu21098	XM_021393336.1 Latest version!	Numida meleagris ATPase 13A5 (ATP13A5), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
ONu21099	XM_021393337.1 Latest version!	Numida meleagris ATPase 13A5 (ATP13A5), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
ONu21100	XM_021393338.1 Latest version!	Numida meleagris ATPase 13A5 (ATP13A5), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
ONu21101	XM_021393339.1 Latest version!	Numida meleagris ATPase 13A5 (ATP13A5), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
ONu21102	XM_021393340.1 Latest version!	Numida meleagris ATPase 13A5 (ATP13A5), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
ONu21103	XM_021393342.1 Latest version!	Numida meleagris ATPase 13A5 (ATP13A5), transcript variant X10, 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)

ATP13A5 ( XM_021393343.1 ) cDNA ORF clone, Numida meleagris(helmeted guineafowl) -> XP_021249018.1 Numida meleagris ATPase 13A5 (ATP13A5), transcript variant X11, mRNA.

Price & Availability↑

CloneID	ONu21104
Clone ID Related Accession (Same CDS sequence)	XM_021393343.1
Accession Version	XM_021393343.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2982bp) 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	probable cation-transporting ATPase 13A5 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034412.1) 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##

ATGGAGGAAA AGATTTGGAA GGATCATTAT GTGCTCCTCA ACAAGGATGA AGAAAATGAG 
CTGGAGGCTT TTGGCTACAA AAGCCAGGGC TGCCGGAAGG CCCTGTGCAT TGCTGGATAC 
ATCTTGTCCT GCGGGGCTCT GCTGCTGCTG TTCTACTGGA AGCCAGAATG GGATGTGTGG 
GCAAACTGTG TCCCCTGCAG CTTGGAAGAA GCAGATGTCA TCCTACTCAG AACAACTGAT 
GAGTTTCAGA AATACACCCA GAAGAAGGTG ACCTGGATTG ATTTGTCCAC TTTGGCACTA 
CCCGTTGGTA GTAATTCAGA ATGTCCTCTC ATAGATGATA AAGACTCTGT TATAAACAGA 
GCCATAATGA AGCCACAGTT AAAGATGAGA TGTATTCAAG TACAGAAAAT CCGTTACATT 
TGGGACTTTT CTGTAAAAGA GTTCAGGAAA GTTGGATCAC TGGAAGACAG CAACACGTGT 
CACAGCATAC ACCACAAGTT TGGAGCCGGC CTGACAGGGG AAGAACGGAA AATCAGGCAG 
CTGGTGTGTG GGCCTAATGC CATCGAAGTT GAAATCCGTC CCATTTGGAA GTTACTTTTT 
AAAGAGATTT TAAACCCCTT CTATGTGTTC CAAGCCTTCA CTCTCACTCT GTGGCTGAGC 
CAAGGCTACA TTGAATACTC AGTGGCCATC ATAGTCCTGT CAGTCATTTC TGTTGGCCTA 
ACTGTGTATG ATCTCAGACA GCAGTCTACC AAGCTGCATG ACCTCGTTGA GGAGCATAAC 
AAAGTCCAGG TTACAGTCTG CACAAAGAAC GAAGGTTTCA AAGAACTGGA GTCTCGTTGC 
TTAGTCCCAG GAGATGTTTT TCTTTTAGAT GGAAAAAAGC TCTCCCTCCC ATGTGATGCT 
ATCCTGATTG ATGGAAGTTG CATTGTGAAT GAAGGGATGC TCACAGGTGA AAGCATTCCA 
GTTATGAAGA CCCCATTGCC TCTCGCGGAG AGCCCGGAGC CCTGGAAAAC ACACAGCATG 
GAGGACTACC GAAGACATGT CCTCTTCTGT GGGACTGAAG TCATCCAGGC AAAGTCATCT 
GGCAGAGGGC TGGTGCGGGC CGTGGTGCTG CAAACCGGGT TCAACACTGC TAAAGGTGAC 
TTGGTGAGGT CTATCCTCTA CCCCAGACCT GTGAACTTCC AGCTCTACCG AGATGCCTTC 
AAATTCATTC TAGGCCTCTC TGCCATTGGT GTGTTGGGAT TGATATACAC CGTTTGTGTG 
TTCACATACC ACAAAAAGCC AGTGGCAGAT GTCGTGTCCA TGGCCCTCCT CCTCCTCACC 
GCAGCTGTGC CTCCTGCCAT CCCCGCTGCC CTGACCACGG GCACCGTTTA TGCCCAAAGG 
AGGCTGAAGA AAAAGAAGAT TTTCTGCATC ACTCCACAGA GGATTAATAT CTGCGGGCAA 
ATCAACCTCG TCTGCTTTGA CAAAACGGGC ACGTTGACAG AAGATGGACT GGACCTGTGG 
GGCATCCTCC CTTCTGAGGG AAGCTGCTTT CAGAAAATCC ACAAGTTTCC ATCCAGCACT 
CCTCTGCCCT GGGGACCGGT GTGTGGAGCC ATGGTGAGCT GCCACTCCCT GGTGGTTCTG 
GATAAGAAGA TTCAAGGAGA CCCACTGGAC CTGAAAATGT TTGAGGGCAC ACACTGGGAG 
ATAGAAGAGT CCAGCACAGC TTGGGATAGG GCCGGTGCTA TTGATGCCTG CATCGTTAGA 
CCGGGGCCGA ACGCCAGCAG CGCCCCCGTG GAAGGAATTG CAATCCTGCA TCAATTCCCA 
TTTTCCTCTG GGCTGCAGAG GATGTCTGTT GTTTCACAGA AGATTGGAGA GGAGCAGTAT 
GACCTGTACA TGAAAGGAGC ACCAGAAATA GTGTCCAGCT TTTGCAGACA AGAAACCGTC 
CCAGCTGATT TCTTGGAGGA GCTTAAGTCA TACACAAGCC AAGGCTTCAG AGTGATTGCC 
CTGGCCCATA AATTGCTGAG CCTTCCAGAG GATGTAGATG TGAGTAACCT GGAGAGAGAA 
GAGGCAGAGT CTGAGCTAGA GTTTCTGGGC CTCCTGGTGA TGGAGAACCG CCTGAAGCCA 
GAAACAAAGC CTGTGCTGCG AGAGCTGGCC GCTGCCCGCA TCAGGAGCAT CATGGTCACA 
GGGGACAACC TTCAGACAGC AGTCACGGTG GCCAGGAGCG CGGCTATGAT TCACGAGGGC 
AGCAAAGTCA TCATCATTGA AGCCAGCGAA CCAGAGGGCT CCGCTCCAGC TTCCATTGCC 
TGGCGGTTGG CAGAAGGCAG CAAGGAGGTG TGTGCCAATA CCCAGGAAAA GATCACATTG 
GAAGGAGAAA GCTGCAACTA CCATTTTGCA ATGAATGGGA AGTCCTACCA GGTTCTCCTA 
AAGCACTTCT ACAGCTTGCT GCCAAAAATA CTGCTGAATG CGACTGTCTT CGCTAGGATG 
TCTCCTGGCC AGAAATCCAG CCTTGTTGAA GAGCTTCAGA AACTCGATTA CTACGTGGGT 
ATGTGTGGTG ATGGAGCCAA TGACTGCGGG GCTCTGAAGA TGGCCCATGC AGGGATATCG 
CTGTCGGAGC AGGAGGCATC GGTGGCCTCG CCTTTCACCT CACAGATCCC CAACATCCAG 
TGCATGCCGG AGCTGATCAG GGAAGGTCGA GCTGCTTTGG TGGCTTCCTT TGCTGTTGTT 
AAATACCTGA CCCTGTACGG CCTGATACAG TTTGTTGGCA CCGCTCTGCT GTTCTGGCAA 
CTGCAAATCT TTGGGAATTA CCAGTATTTG ATTCAAGACA TGGTCATTAC CCTCCTGGTT 
TGCCTAACAA TGAGCCTGAC AGAAGCCTAC CCAAAGCTGG CACCCTATCG CCCTCCTGGC 
CAGCTCATCT CCCCTCCTTT GCTGCTCTCT GTTATTCTCA ACGTGTGCTT TACCATAGCC 
CTGCAGACCT GTGGCTTCCT GCTGGTGAAG AAGCAGCCCT GA

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

RefSeq	XP_021249018.1
CDS	302..3283
Translation	MEEKIWKDHYVLLNKDEENELEAFGYKSQGCRKALCIAGYILSCGALLLLFYWKPEWDVWANCVPCSLEEADVILLRTTDEFQKYTQKKVTWIDLSTLALPVGSNSECPLIDDKDSVINRAIMKPQLKMRCIQVQKIRYIWDFSVKEFRKVGSLEDSNTCHSIHHKFGAGLTGEERKIRQLVCGPNAIEVEIRPIWKLLFKEILNPFYVFQAFTLTLWLSQGYIEYSVAIIVLSVISVGLTVYDLRQQSTKLHDLVEEHNKVQVTVCTKNEGFKELESRCLVPGDVFLLDGKKLSLPCDAILIDGSCIVNEGMLTGESIPVMKTPLPLAESPEPWKTHSMEDYRRHVLFCGTEVIQAKSSGRGLVRAVVLQTGFNTAKGDLVRSILYPRPVNFQLYRDAFKFILGLSAIGVLGLIYTVCVFTYHKKPVADVVSMALLLLTAAVPPAIPAALTTGTVYAQRRLKKKKIFCITPQRINICGQINLVCFDKTGTLTEDGLDLWGILPSEGSCFQKIHKFPSSTPLPWGPVCGAMVSCHSLVVLDKKIQGDPLDLKMFEGTHWEIEESSTAWDRAGAIDACIVRPGPNASSAPVEGIAILHQFPFSSGLQRMSVVSQKIGEEQYDLYMKGAPEIVSSFCRQETVPADFLEELKSYTSQGFRVIALAHKLLSLPEDVDVSNLEREEAESELEFLGLLVMENRLKPETKPVLRELAAARIRSIMVTGDNLQTAVTVARSAAMIHEGSKVIIIEASEPEGSAPASIAWRLAEGSKEVCANTQEKITLEGESCNYHFAMNGKSYQVLLKHFYSLLPKILLNATVFARMSPGQKSSLVEELQKLDYYVGMCGDGANDCGALKMAHAGISLSEQEASVASPFTSQIPNIQCMPELIREGRAALVASFAVVKYLTLYGLIQFVGTALLFWQLQIFGNYQYLIQDMVITLLVCLTMSLTEAYPKLAPYRPPGQLISPPLLLSVILNVCFTIALQTCGFLLVKKQP

Target ORF information:

RefSeq Version	XM_021393343.1
Organism	Numida meleagris(helmeted guineafowl)
Definition	Numida meleagris ATPase 13A5 (ATP13A5), transcript variant X11, mRNA.

Target ORF information:

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

XM_021393343.1

ORF Insert Sequence:

ATGGAGGAAA AGATTTGGAA GGATCATTAT GTGCTCCTCA ACAAGGATGA AGAAAATGAG 
CTGGAGGCTT TTGGCTACAA AAGCCAGGGC TGCCGGAAGG CCCTGTGCAT TGCTGGATAC 
ATCTTGTCCT GCGGGGCTCT GCTGCTGCTG TTCTACTGGA AGCCAGAATG GGATGTGTGG 
GCAAACTGTG TCCCCTGCAG CTTGGAAGAA GCAGATGTCA TCCTACTCAG AACAACTGAT 
GAGTTTCAGA AATACACCCA GAAGAAGGTG ACCTGGATTG ATTTGTCCAC TTTGGCACTA 
CCCGTTGGTA GTAATTCAGA ATGTCCTCTC ATAGATGATA AAGACTCTGT TATAAACAGA 
GCCATAATGA AGCCACAGTT AAAGATGAGA TGTATTCAAG TACAGAAAAT CCGTTACATT 
TGGGACTTTT CTGTAAAAGA GTTCAGGAAA GTTGGATCAC TGGAAGACAG CAACACGTGT 
CACAGCATAC ACCACAAGTT TGGAGCCGGC CTGACAGGGG AAGAACGGAA AATCAGGCAG 
CTGGTGTGTG GGCCTAATGC CATCGAAGTT GAAATCCGTC CCATTTGGAA GTTACTTTTT 
AAAGAGATTT TAAACCCCTT CTATGTGTTC CAAGCCTTCA CTCTCACTCT GTGGCTGAGC 
CAAGGCTACA TTGAATACTC AGTGGCCATC ATAGTCCTGT CAGTCATTTC TGTTGGCCTA 
ACTGTGTATG ATCTCAGACA GCAGTCTACC AAGCTGCATG ACCTCGTTGA GGAGCATAAC 
AAAGTCCAGG TTACAGTCTG CACAAAGAAC GAAGGTTTCA AAGAACTGGA GTCTCGTTGC 
TTAGTCCCAG GAGATGTTTT TCTTTTAGAT GGAAAAAAGC TCTCCCTCCC ATGTGATGCT 
ATCCTGATTG ATGGAAGTTG CATTGTGAAT GAAGGGATGC TCACAGGTGA AAGCATTCCA 
GTTATGAAGA CCCCATTGCC TCTCGCGGAG AGCCCGGAGC CCTGGAAAAC ACACAGCATG 
GAGGACTACC GAAGACATGT CCTCTTCTGT GGGACTGAAG TCATCCAGGC AAAGTCATCT 
GGCAGAGGGC TGGTGCGGGC CGTGGTGCTG CAAACCGGGT TCAACACTGC TAAAGGTGAC 
TTGGTGAGGT CTATCCTCTA CCCCAGACCT GTGAACTTCC AGCTCTACCG AGATGCCTTC 
AAATTCATTC TAGGCCTCTC TGCCATTGGT GTGTTGGGAT TGATATACAC CGTTTGTGTG 
TTCACATACC ACAAAAAGCC AGTGGCAGAT GTCGTGTCCA TGGCCCTCCT CCTCCTCACC 
GCAGCTGTGC CTCCTGCCAT CCCCGCTGCC CTGACCACGG GCACCGTTTA TGCCCAAAGG 
AGGCTGAAGA AAAAGAAGAT TTTCTGCATC ACTCCACAGA GGATTAATAT CTGCGGGCAA 
ATCAACCTCG TCTGCTTTGA CAAAACGGGC ACGTTGACAG AAGATGGACT GGACCTGTGG 
GGCATCCTCC CTTCTGAGGG AAGCTGCTTT CAGAAAATCC ACAAGTTTCC ATCCAGCACT 
CCTCTGCCCT GGGGACCGGT GTGTGGAGCC ATGGTGAGCT GCCACTCCCT GGTGGTTCTG 
GATAAGAAGA TTCAAGGAGA CCCACTGGAC CTGAAAATGT TTGAGGGCAC ACACTGGGAG 
ATAGAAGAGT CCAGCACAGC TTGGGATAGG GCCGGTGCTA TTGATGCCTG CATCGTTAGA 
CCGGGGCCGA ACGCCAGCAG CGCCCCCGTG GAAGGAATTG CAATCCTGCA TCAATTCCCA 
TTTTCCTCTG GGCTGCAGAG GATGTCTGTT GTTTCACAGA AGATTGGAGA GGAGCAGTAT 
GACCTGTACA TGAAAGGAGC ACCAGAAATA GTGTCCAGCT TTTGCAGACA AGAAACCGTC 
CCAGCTGATT TCTTGGAGGA GCTTAAGTCA TACACAAGCC AAGGCTTCAG AGTGATTGCC 
CTGGCCCATA AATTGCTGAG CCTTCCAGAG GATGTAGATG TGAGTAACCT GGAGAGAGAA 
GAGGCAGAGT CTGAGCTAGA GTTTCTGGGC CTCCTGGTGA TGGAGAACCG CCTGAAGCCA 
GAAACAAAGC CTGTGCTGCG AGAGCTGGCC GCTGCCCGCA TCAGGAGCAT CATGGTCACA 
GGGGACAACC TTCAGACAGC AGTCACGGTG GCCAGGAGCG CGGCTATGAT TCACGAGGGC 
AGCAAAGTCA TCATCATTGA AGCCAGCGAA CCAGAGGGCT CCGCTCCAGC TTCCATTGCC 
TGGCGGTTGG CAGAAGGCAG CAAGGAGGTG TGTGCCAATA CCCAGGAAAA GATCACATTG 
GAAGGAGAAA GCTGCAACTA CCATTTTGCA ATGAATGGGA AGTCCTACCA GGTTCTCCTA 
AAGCACTTCT ACAGCTTGCT GCCAAAAATA CTGCTGAATG CGACTGTCTT CGCTAGGATG 
TCTCCTGGCC AGAAATCCAG CCTTGTTGAA GAGCTTCAGA AACTCGATTA CTACGTGGGT 
ATGTGTGGTG ATGGAGCCAA TGACTGCGGG GCTCTGAAGA TGGCCCATGC AGGGATATCG 
CTGTCGGAGC AGGAGGCATC GGTGGCCTCG CCTTTCACCT CACAGATCCC CAACATCCAG 
TGCATGCCGG AGCTGATCAG GGAAGGTCGA GCTGCTTTGG TGGCTTCCTT TGCTGTTGTT 
AAATACCTGA CCCTGTACGG CCTGATACAG TTTGTTGGCA CCGCTCTGCT GTTCTGGCAA 
CTGCAAATCT TTGGGAATTA CCAGTATTTG ATTCAAGACA TGGTCATTAC CCTCCTGGTT 
TGCCTAACAA TGAGCCTGAC AGAAGCCTAC CCAAAGCTGG CACCCTATCG CCCTCCTGGC 
CAGCTCATCT CCCCTCCTTT GCTGCTCTCT GTTATTCTCA ACGTGTGCTT TACCATAGCC 
CTGCAGACCT GTGGCTTCCT GCTGGTGAAG AAGCAGCCCT GA

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

ATP13A5 ( XM_021393336.1 ) cDNA ORF clone, Numida meleagris(helmeted guineafowl) -> XP_021249011.1 Numida meleagris ATPase 13A5 (ATP13A5), transcript variant X1, mRNA.

Price & Availability↑

CloneID	ONu21098
Clone ID Related Accession (Same CDS sequence)	XM_021393336.1
Accession Version	XM_021393336.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3564bp) 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	probable cation-transporting ATPase 13A5 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034412.1) 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##

ATGGAGGAAA AGATTTGGAA GGATCATTAT GTGCTCCTCA ACAAGGATGA AGAAAATGAG 
CTGGAGGCTT TTGGCTACAA AAGCCAGGGC TGCCGGAAGG CCCTGTGCAT TGCTGGATAC 
ATCTTGTCCT GCGGGGCTCT GCTGCTGCTG TTCTACTGGA AGCCAGAATG GGATGTGTGG 
GCAAACTGTG TCCCCTGCAG CTTGGAAGAA GCAGATGTCA TCCTACTCAG AACAACTGAT 
GAGTTTCAGA AATACACCCA GAAGAAGGTG ACCTGGATTG ATTTGTCCAC TTTGGCACTA 
CCCGTTGGTA GTAATTCAGA ATGTCCTCTC ATAGATGATA AAGACTCTGT TATAAACAGA 
GCCATAATGA AGCCACAGTT AAAGATGAGA TGTATTCAAG TACAGAAAAT CCGTTACATT 
TGGGACTTTT CTGTAAAAGA GTTCAGGAAA GTTGGATCAC TGGAAGACAG CAACACGTGT 
CACAGCATAC ACCACAAGTT TGGAGCCGGC CTGACAGGGG AAGAACGGAA AATCAGGCAG 
CTGGTGTGTG GGCCTAATGC CATCGAAGTT GAAATCCGTC CCATTTGGAA GTTACTTTTT 
AAAGAGATTT TAAACCCCTT CTATGTGTTC CAAGCCTTCA CTCTCACTCT GTGGCTGAGC 
CAAGGCTACA TTGAATACTC AGTGGCCATC ATAGTCCTGT CAGTCATTTC TGTTGGCCTA 
ACTGTGTATG ATCTCAGACA GCAGTCTACC AAGCTGCATG ACCTCGTTGA GGAGCATAAC 
AAAGTCCAGG TTACAGTCTG CACAAAGAAC GAAGGTTTCA AAGAACTGGA GTCTCGTTGC 
TTAGTCCCAG GAGATGTTTT TCTTTTAGAT GGAAAAAAGC TCTCCCTCCC ATGTGATGCT 
ATCCTGATTG ATGGAAGTTG CATTGTGAAT GAAGGGATGC TCACAGGTGA AAGCATTCCA 
GTTATGAAGA CCCCATTGCC TCTCGCGGAG AGCCCGGAGC CCTGGAAAAC ACACAGCATG 
GAGGACTACC GAAGACATGT CCTCTTCTGT GGGACTGAAG TCATCCAGGC AAAGTCATCT 
GGCAGAGGGC TGGTGCGGGC CGTGGTGCTG CAAACCGGGT TCAACACTGC TAAAGGTGAC 
TTGGTGAGGT CTATCCTCTA CCCCAGACCT GTGAACTTCC AGCTCTACCG AGATGCCTTC 
AAATTCATTC TAGGCCTCTC TGCCATTGGT GTGTTGGGAT TGATATACAC CGTTTGTGTG 
TTCACATACC ACAAAAAGCC AGTGGCAGAT GTCGTGTCCA TGGCCCTCCT CCTCCTCACC 
GCAGCTGTGC CTCCTGCCAT CCCCGCTGCC CTGACCACGG GCACCGTTTA TGCCCAAAGG 
AGGCTGAAGA AAAAGAAGAT TTTCTGCATC ACTCCACAGA GGATTAATAT CTGCGGGCAA 
ATCAACCTCG TCTGCTTTGA CAAAACGGGC ACGTTGACAG AAGATGGACT GGACCTGTGG 
GGCATCCTCC CTTCTGAGGG AAGCTGCTTT CAGAAAATCC ACAAGTTTCC ATCCAGCACT 
CCTCTGCCCT GGGGACCGGT GTGTGGAGCC ATGGTGAGCT GCCACTCCCT GGTGGTTCTG 
GATAAGAAGA TTCAAGGAGA CCCACTGGAC CTGAAAATGT TTGAGGGCAC ACACTGGGAG 
ATAGAAGAGT CCAGCACAGC TTGGGATAGG GCCGGTGCTA TTGATGCCTG CATCGTTAGA 
CCGGGGCCGA ACGCCAGCAG CGCCCCCGTG GAAGGAATTG CAATCCTGCA TCAATTCCCA 
TTTTCCTCTG GGCTGCAGAG GATGTCTGTT GTTTCACAGA AGATTGGAGA GGAGCAGTAT 
GACCTGTACA TGAAAGGAGC ACCAGAAATA GTGTCCAGCT TTTGCAGACA AGAAACCGTC 
CCAGCTGATT TCTTGGAGGA GCTTAAGTCA TACACAAGCC AAGGCTTCAG AGTGATTGCC 
CTGGCCCATA AATTGCTGAG CCTTCCAGAG GATGTAGATG TGAGTAACCT GGAGAGAGAA 
GAGGCAGAGT CTGAGCTAGA GTTTCTGGGC CTCCTGGTGA TGGAGAACCG CCTGAAGCCA 
GAAACAAAGC CTGTGCTGCG AGAGCTGGCC GCTGCCCGCA TCAGGAGCAT CATGGTCACA 
GGGGACAACC TTCAGACAGC AGTCACGGTG GCCAGGAGCG CGGCTATGAT TCACGAGGGC 
AGCAAAGTCA TCATCATTGA AGCCAGCGAA CCAGAGGGCT CCGCTCCAGC TTCCATTGCC 
TGGCGGTTGG CAGAAGGCAG CAAGGAGGTG TGTGCCAATA CCCAGGAAAA GATCACATTG 
GAAGGAGAAA GCTGCAACTA CCATTTTGCA ATGAATGGGA AGTCCTACCA GGTTCTCCTA 
AAGCACTTCT ACAGCTTGCT GCCAAAAATA CTGCTGAATG CGACTGTCTT CGCTAGGATG 
TCTCCTGGCC AGAAATCCAG CCTTGTTGAA GAGCTTCAGA AACTCGATTA CTACGTGGGT 
ATGTGTGGTG ATGGAGCCAA TGACTGCGGG GCTCTGAAGA TGGCCCATGC AGGGATATCG 
CTGTCGGAGC AGGAGGCATC GGTGGCCTCG CCTTTCACCT CACAGATCCC CAACATCCAG 
TGCATGCCGG AGCTGATCAG GGAAGGTCGA GCTGCTTTGG TGGCTTCCTT TGCTGTTGTT 
AAATACCTGA CCCTGTACGG CCTGATACAG TTTGTTGGCA CCGCTCTGCT GTTCTGGCAA 
CTGCAAATCT TTGGGAATTA CCAGTATTTG ATTCAAGACA TGGTCATTAC CCTCCTGGTT 
TGCCTAACAA TGAGCCTGAC AGAAGCCTAC CCAAAGCTGG CACCCTATCG CCCTCCTGGC 
CAGCTCATCT CCCCTCCTTT GCTGCTCTCT GTTATTCTCA ACGTGTGCTT TACCATAGCC 
CTGCAGACCT GTGGCTTCCT GCTGGTGAAG AAGCAGCCCT GGTATGTAGC GCTGGCCAGC 
TGGAGACATT GCTCGCTCGG GAACCAGACC TTGCCCTCTG CCGACCCAGG GGGAAACGGT 
ACCAGCAGCA GCAGTGCCCA GAGCACCGTC CTCAGCTACG AAGGCACAAC ATTGTGGCCA 
CTGTCTTCCA TCAACTGCAT CATTGTGGCC TTTGTCTTTT CCAAAGGAAA GCCCTTCCGC 
AAGCCCATCT ACACCAATTA TGTATTTTCA GCCCTCCTGG CCCTCCAGCT CGCCGTCTGC 
CTCTTCCTCT TCCTCGCTGA CATGGATGCT GTGTACAGTG GCATGCAGTT TCTTTGCACT 
CCTGTGATCT GGAGAGTTTA TGTCCTACTG ATGCTCTTGG TCACCTTCTG TGTATCTTTT 
TTTACGGAGG ATGTTCTCCT GCAGAACAAG CACCTCTGGA TGCTGATTAA AGCCTGCGTT 
GGGTACCAGT CGAAAAGCCA GTACCGAAAG TGGCAGTGGA TGCTGCAGAG GGATCCAAAC 
TGGCCTCCTG TAAACACCAA GGATTTTGCA GCAAGAAGCA CAGCTGAGGT TTACATTAAC 
CCCAGCTACG AGCACAGGGA CTAG

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

RefSeq	XP_021249011.1
CDS	302..3865
Translation	MEEKIWKDHYVLLNKDEENELEAFGYKSQGCRKALCIAGYILSCGALLLLFYWKPEWDVWANCVPCSLEEADVILLRTTDEFQKYTQKKVTWIDLSTLALPVGSNSECPLIDDKDSVINRAIMKPQLKMRCIQVQKIRYIWDFSVKEFRKVGSLEDSNTCHSIHHKFGAGLTGEERKIRQLVCGPNAIEVEIRPIWKLLFKEILNPFYVFQAFTLTLWLSQGYIEYSVAIIVLSVISVGLTVYDLRQQSTKLHDLVEEHNKVQVTVCTKNEGFKELESRCLVPGDVFLLDGKKLSLPCDAILIDGSCIVNEGMLTGESIPVMKTPLPLAESPEPWKTHSMEDYRRHVLFCGTEVIQAKSSGRGLVRAVVLQTGFNTAKGDLVRSILYPRPVNFQLYRDAFKFILGLSAIGVLGLIYTVCVFTYHKKPVADVVSMALLLLTAAVPPAIPAALTTGTVYAQRRLKKKKIFCITPQRINICGQINLVCFDKTGTLTEDGLDLWGILPSEGSCFQKIHKFPSSTPLPWGPVCGAMVSCHSLVVLDKKIQGDPLDLKMFEGTHWEIEESSTAWDRAGAIDACIVRPGPNASSAPVEGIAILHQFPFSSGLQRMSVVSQKIGEEQYDLYMKGAPEIVSSFCRQETVPADFLEELKSYTSQGFRVIALAHKLLSLPEDVDVSNLEREEAESELEFLGLLVMENRLKPETKPVLRELAAARIRSIMVTGDNLQTAVTVARSAAMIHEGSKVIIIEASEPEGSAPASIAWRLAEGSKEVCANTQEKITLEGESCNYHFAMNGKSYQVLLKHFYSLLPKILLNATVFARMSPGQKSSLVEELQKLDYYVGMCGDGANDCGALKMAHAGISLSEQEASVASPFTSQIPNIQCMPELIREGRAALVASFAVVKYLTLYGLIQFVGTALLFWQLQIFGNYQYLIQDMVITLLVCLTMSLTEAYPKLAPYRPPGQLISPPLLLSVILNVCFTIALQTCGFLLVKKQPWYVALASWRHCSLGNQTLPSADPGGNGTSSSSAQSTVLSYEGTTLWPLSSINCIIVAFVFSKGKPFRKPIYTNYVFSALLALQLAVCLFLFLADMDAVYSGMQFLCTPVIWRVYVLLMLLVTFCVSFFTEDVLLQNKHLWMLIKACVGYQSKSQYRKWQWMLQRDPNWPPVNTKDFAARSTAEVYINPSYEHRD

Target ORF information:

RefSeq Version	XM_021393336.1
Organism	Numida meleagris(helmeted guineafowl)
Definition	Numida meleagris ATPase 13A5 (ATP13A5), transcript variant X1, mRNA.

Target ORF information:

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

XM_021393336.1

ORF Insert Sequence:

ATGGAGGAAA AGATTTGGAA GGATCATTAT GTGCTCCTCA ACAAGGATGA AGAAAATGAG 
CTGGAGGCTT TTGGCTACAA AAGCCAGGGC TGCCGGAAGG CCCTGTGCAT TGCTGGATAC 
ATCTTGTCCT GCGGGGCTCT GCTGCTGCTG TTCTACTGGA AGCCAGAATG GGATGTGTGG 
GCAAACTGTG TCCCCTGCAG CTTGGAAGAA GCAGATGTCA TCCTACTCAG AACAACTGAT 
GAGTTTCAGA AATACACCCA GAAGAAGGTG ACCTGGATTG ATTTGTCCAC TTTGGCACTA 
CCCGTTGGTA GTAATTCAGA ATGTCCTCTC ATAGATGATA AAGACTCTGT TATAAACAGA 
GCCATAATGA AGCCACAGTT AAAGATGAGA TGTATTCAAG TACAGAAAAT CCGTTACATT 
TGGGACTTTT CTGTAAAAGA GTTCAGGAAA GTTGGATCAC TGGAAGACAG CAACACGTGT 
CACAGCATAC ACCACAAGTT TGGAGCCGGC CTGACAGGGG AAGAACGGAA AATCAGGCAG 
CTGGTGTGTG GGCCTAATGC CATCGAAGTT GAAATCCGTC CCATTTGGAA GTTACTTTTT 
AAAGAGATTT TAAACCCCTT CTATGTGTTC CAAGCCTTCA CTCTCACTCT GTGGCTGAGC 
CAAGGCTACA TTGAATACTC AGTGGCCATC ATAGTCCTGT CAGTCATTTC TGTTGGCCTA 
ACTGTGTATG ATCTCAGACA GCAGTCTACC AAGCTGCATG ACCTCGTTGA GGAGCATAAC 
AAAGTCCAGG TTACAGTCTG CACAAAGAAC GAAGGTTTCA AAGAACTGGA GTCTCGTTGC 
TTAGTCCCAG GAGATGTTTT TCTTTTAGAT GGAAAAAAGC TCTCCCTCCC ATGTGATGCT 
ATCCTGATTG ATGGAAGTTG CATTGTGAAT GAAGGGATGC TCACAGGTGA AAGCATTCCA 
GTTATGAAGA CCCCATTGCC TCTCGCGGAG AGCCCGGAGC CCTGGAAAAC ACACAGCATG 
GAGGACTACC GAAGACATGT CCTCTTCTGT GGGACTGAAG TCATCCAGGC AAAGTCATCT 
GGCAGAGGGC TGGTGCGGGC CGTGGTGCTG CAAACCGGGT TCAACACTGC TAAAGGTGAC 
TTGGTGAGGT CTATCCTCTA CCCCAGACCT GTGAACTTCC AGCTCTACCG AGATGCCTTC 
AAATTCATTC TAGGCCTCTC TGCCATTGGT GTGTTGGGAT TGATATACAC CGTTTGTGTG 
TTCACATACC ACAAAAAGCC AGTGGCAGAT GTCGTGTCCA TGGCCCTCCT CCTCCTCACC 
GCAGCTGTGC CTCCTGCCAT CCCCGCTGCC CTGACCACGG GCACCGTTTA TGCCCAAAGG 
AGGCTGAAGA AAAAGAAGAT TTTCTGCATC ACTCCACAGA GGATTAATAT CTGCGGGCAA 
ATCAACCTCG TCTGCTTTGA CAAAACGGGC ACGTTGACAG AAGATGGACT GGACCTGTGG 
GGCATCCTCC CTTCTGAGGG AAGCTGCTTT CAGAAAATCC ACAAGTTTCC ATCCAGCACT 
CCTCTGCCCT GGGGACCGGT GTGTGGAGCC ATGGTGAGCT GCCACTCCCT GGTGGTTCTG 
GATAAGAAGA TTCAAGGAGA CCCACTGGAC CTGAAAATGT TTGAGGGCAC ACACTGGGAG 
ATAGAAGAGT CCAGCACAGC TTGGGATAGG GCCGGTGCTA TTGATGCCTG CATCGTTAGA 
CCGGGGCCGA ACGCCAGCAG CGCCCCCGTG GAAGGAATTG CAATCCTGCA TCAATTCCCA 
TTTTCCTCTG GGCTGCAGAG GATGTCTGTT GTTTCACAGA AGATTGGAGA GGAGCAGTAT 
GACCTGTACA TGAAAGGAGC ACCAGAAATA GTGTCCAGCT TTTGCAGACA AGAAACCGTC 
CCAGCTGATT TCTTGGAGGA GCTTAAGTCA TACACAAGCC AAGGCTTCAG AGTGATTGCC 
CTGGCCCATA AATTGCTGAG CCTTCCAGAG GATGTAGATG TGAGTAACCT GGAGAGAGAA 
GAGGCAGAGT CTGAGCTAGA GTTTCTGGGC CTCCTGGTGA TGGAGAACCG CCTGAAGCCA 
GAAACAAAGC CTGTGCTGCG AGAGCTGGCC GCTGCCCGCA TCAGGAGCAT CATGGTCACA 
GGGGACAACC TTCAGACAGC AGTCACGGTG GCCAGGAGCG CGGCTATGAT TCACGAGGGC 
AGCAAAGTCA TCATCATTGA AGCCAGCGAA CCAGAGGGCT CCGCTCCAGC TTCCATTGCC 
TGGCGGTTGG CAGAAGGCAG CAAGGAGGTG TGTGCCAATA CCCAGGAAAA GATCACATTG 
GAAGGAGAAA GCTGCAACTA CCATTTTGCA ATGAATGGGA AGTCCTACCA GGTTCTCCTA 
AAGCACTTCT ACAGCTTGCT GCCAAAAATA CTGCTGAATG CGACTGTCTT CGCTAGGATG 
TCTCCTGGCC AGAAATCCAG CCTTGTTGAA GAGCTTCAGA AACTCGATTA CTACGTGGGT 
ATGTGTGGTG ATGGAGCCAA TGACTGCGGG GCTCTGAAGA TGGCCCATGC AGGGATATCG 
CTGTCGGAGC AGGAGGCATC GGTGGCCTCG CCTTTCACCT CACAGATCCC CAACATCCAG 
TGCATGCCGG AGCTGATCAG GGAAGGTCGA GCTGCTTTGG TGGCTTCCTT TGCTGTTGTT 
AAATACCTGA CCCTGTACGG CCTGATACAG TTTGTTGGCA CCGCTCTGCT GTTCTGGCAA 
CTGCAAATCT TTGGGAATTA CCAGTATTTG ATTCAAGACA TGGTCATTAC CCTCCTGGTT 
TGCCTAACAA TGAGCCTGAC AGAAGCCTAC CCAAAGCTGG CACCCTATCG CCCTCCTGGC 
CAGCTCATCT CCCCTCCTTT GCTGCTCTCT GTTATTCTCA ACGTGTGCTT TACCATAGCC 
CTGCAGACCT GTGGCTTCCT GCTGGTGAAG AAGCAGCCCT GGTATGTAGC GCTGGCCAGC 
TGGAGACATT GCTCGCTCGG GAACCAGACC TTGCCCTCTG CCGACCCAGG GGGAAACGGT 
ACCAGCAGCA GCAGTGCCCA GAGCACCGTC CTCAGCTACG AAGGCACAAC ATTGTGGCCA 
CTGTCTTCCA TCAACTGCAT CATTGTGGCC TTTGTCTTTT CCAAAGGAAA GCCCTTCCGC 
AAGCCCATCT ACACCAATTA TGTATTTTCA GCCCTCCTGG CCCTCCAGCT CGCCGTCTGC 
CTCTTCCTCT TCCTCGCTGA CATGGATGCT GTGTACAGTG GCATGCAGTT TCTTTGCACT 
CCTGTGATCT GGAGAGTTTA TGTCCTACTG ATGCTCTTGG TCACCTTCTG TGTATCTTTT 
TTTACGGAGG ATGTTCTCCT GCAGAACAAG CACCTCTGGA TGCTGATTAA AGCCTGCGTT 
GGGTACCAGT CGAAAAGCCA GTACCGAAAG TGGCAGTGGA TGCTGCAGAG GGATCCAAAC 
TGGCCTCCTG TAAACACCAA GGATTTTGCA GCAAGAAGCA CAGCTGAGGT TTACATTAAC 
CCCAGCTACG AGCACAGGGA CTAG

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

ATP13A5 ( XM_021393337.1 ) cDNA ORF clone, Numida meleagris(helmeted guineafowl) -> XP_021249012.1 Numida meleagris ATPase 13A5 (ATP13A5), transcript variant X2, mRNA.

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CloneID	ONu21099
Clone ID Related Accession (Same CDS sequence)	XM_021393337.1
Accession Version	XM_021393337.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3417bp) 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	probable cation-transporting ATPase 13A5 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034412.1) 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##

ATGGAGGAAA AGATTTGGAA GGATCATTAT GTGCTCCTCA ACAAGGATGA AGAAAATGAG 
CTGGAGGCTT TTGGCTACAA AAGCCAGGGC TGCCGGAAGG CCCTGTGCAT TGCTGGATAC 
ATCTTGTCCT GCGGGGCTCT GCTGCTGCTG TTCTACTGGA AGCCAGAATG GGATGTGTGG 
GCAAACTGTG TCCCCTGCAG CTTGGAAGAA GCAGATGTCA TCCTACTCAG AACAACTATG 
AGATGTATTC AAGTACAGAA AATCCGTTAC ATTTGGGACT TTTCTGTAAA AGAGTTCAGG 
AAAGTTGGAT CACTGGAAGA CAGCAACACG TGTCACAGCA TACACCACAA GTTTGGAGCC 
GGCCTGACAG GGGAAGAACG GAAAATCAGG CAGCTGGTGT GTGGGCCTAA TGCCATCGAA 
GTTGAAATCC GTCCCATTTG GAAGTTACTT TTTAAAGAGA TTTTAAACCC CTTCTATGTG 
TTCCAAGCCT TCACTCTCAC TCTGTGGCTG AGCCAAGGCT ACATTGAATA CTCAGTGGCC 
ATCATAGTCC TGTCAGTCAT TTCTGTTGGC CTAACTGTGT ATGATCTCAG ACAGCAGTCT 
ACCAAGCTGC ATGACCTCGT TGAGGAGCAT AACAAAGTCC AGGTTACAGT CTGCACAAAG 
AACGAAGGTT TCAAAGAACT GGAGTCTCGT TGCTTAGTCC CAGGAGATGT TTTTCTTTTA 
GATGGAAAAA AGCTCTCCCT CCCATGTGAT GCTATCCTGA TTGATGGAAG TTGCATTGTG 
AATGAAGGGA TGCTCACAGG TGAAAGCATT CCAGTTATGA AGACCCCATT GCCTCTCGCG 
GAGAGCCCGG AGCCCTGGAA AACACACAGC ATGGAGGACT ACCGAAGACA TGTCCTCTTC 
TGTGGGACTG AAGTCATCCA GGCAAAGTCA TCTGGCAGAG GGCTGGTGCG GGCCGTGGTG 
CTGCAAACCG GGTTCAACAC TGCTAAAGGT GACTTGGTGA GGTCTATCCT CTACCCCAGA 
CCTGTGAACT TCCAGCTCTA CCGAGATGCC TTCAAATTCA TTCTAGGCCT CTCTGCCATT 
GGTGTGTTGG GATTGATATA CACCGTTTGT GTGTTCACAT ACCACAAAAA GCCAGTGGCA 
GATGTCGTGT CCATGGCCCT CCTCCTCCTC ACCGCAGCTG TGCCTCCTGC CATCCCCGCT 
GCCCTGACCA CGGGCACCGT TTATGCCCAA AGGAGGCTGA AGAAAAAGAA GATTTTCTGC 
ATCACTCCAC AGAGGATTAA TATCTGCGGG CAAATCAACC TCGTCTGCTT TGACAAAACG 
GGCACGTTGA CAGAAGATGG ACTGGACCTG TGGGGCATCC TCCCTTCTGA GGGAAGCTGC 
TTTCAGAAAA TCCACAAGTT TCCATCCAGC ACTCCTCTGC CCTGGGGACC GGTGTGTGGA 
GCCATGGTGA GCTGCCACTC CCTGGTGGTT CTGGATAAGA AGATTCAAGG AGACCCACTG 
GACCTGAAAA TGTTTGAGGG CACACACTGG GAGATAGAAG AGTCCAGCAC AGCTTGGGAT 
AGGGCCGGTG CTATTGATGC CTGCATCGTT AGACCGGGGC CGAACGCCAG CAGCGCCCCC 
GTGGAAGGAA TTGCAATCCT GCATCAATTC CCATTTTCCT CTGGGCTGCA GAGGATGTCT 
GTTGTTTCAC AGAAGATTGG AGAGGAGCAG TATGACCTGT ACATGAAAGG AGCACCAGAA 
ATAGTGTCCA GCTTTTGCAG ACAAGAAACC GTCCCAGCTG ATTTCTTGGA GGAGCTTAAG 
TCATACACAA GCCAAGGCTT CAGAGTGATT GCCCTGGCCC ATAAATTGCT GAGCCTTCCA 
GAGGATGTAG ATGTGAGTAA CCTGGAGAGA GAAGAGGCAG AGTCTGAGCT AGAGTTTCTG 
GGCCTCCTGG TGATGGAGAA CCGCCTGAAG CCAGAAACAA AGCCTGTGCT GCGAGAGCTG 
GCCGCTGCCC GCATCAGGAG CATCATGGTC ACAGGGGACA ACCTTCAGAC AGCAGTCACG 
GTGGCCAGGA GCGCGGCTAT GATTCACGAG GGCAGCAAAG TCATCATCAT TGAAGCCAGC 
GAACCAGAGG GCTCCGCTCC AGCTTCCATT GCCTGGCGGT TGGCAGAAGG CAGCAAGGAG 
GTGTGTGCCA ATACCCAGGA AAAGATCACA TTGGAAGGAG AAAGCTGCAA CTACCATTTT 
GCAATGAATG GGAAGTCCTA CCAGGTTCTC CTAAAGCACT TCTACAGCTT GCTGCCAAAA 
ATACTGCTGA ATGCGACTGT CTTCGCTAGG ATGTCTCCTG GCCAGAAATC CAGCCTTGTT 
GAAGAGCTTC AGAAACTCGA TTACTACGTG GGTATGTGTG GTGATGGAGC CAATGACTGC 
GGGGCTCTGA AGATGGCCCA TGCAGGGATA TCGCTGTCGG AGCAGGAGGC ATCGGTGGCC 
TCGCCTTTCA CCTCACAGAT CCCCAACATC CAGTGCATGC CGGAGCTGAT CAGGGAAGGT 
CGAGCTGCTT TGGTGGCTTC CTTTGCTGTT GTTAAATACC TGACCCTGTA CGGCCTGATA 
CAGTTTGTTG GCACCGCTCT GCTGTTCTGG CAACTGCAAA TCTTTGGGAA TTACCAGTAT 
TTGATTCAAG ACATGGTCAT TACCCTCCTG GTTTGCCTAA CAATGAGCCT GACAGAAGCC 
TACCCAAAGC TGGCACCCTA TCGCCCTCCT GGCCAGCTCA TCTCCCCTCC TTTGCTGCTC 
TCTGTTATTC TCAACGTGTG CTTTACCATA GCCCTGCAGA CCTGTGGCTT CCTGCTGGTG 
AAGAAGCAGC CCTGGTATGT AGCGCTGGCC AGCTGGAGAC ATTGCTCGCT CGGGAACCAG 
ACCTTGCCCT CTGCCGACCC AGGGGGAAAC GGTACCAGCA GCAGCAGTGC CCAGAGCACC 
GTCCTCAGCT ACGAAGGCAC AACATTGTGG CCACTGTCTT CCATCAACTG CATCATTGTG 
GCCTTTGTCT TTTCCAAAGG AAAGCCCTTC CGCAAGCCCA TCTACACCAA TTATGTATTT 
TCAGCCCTCC TGGCCCTCCA GCTCGCCGTC TGCCTCTTCC TCTTCCTCGC TGACATGGAT 
GCTGTGTACA GTGGCATGCA GTTTCTTTGC ACTCCTGTGA TCTGGAGAGT TTATGTCCTA 
CTGATGCTCT TGGTCACCTT CTGTGTATCT TTTTTTACGG AGGATGTTCT CCTGCAGAAC 
AAGCACCTCT GGATGCTGAT TAAAGCCTGC GTTGGGTACC AGTCGAAAAG CCAGTACCGA 
AAGTGGCAGT GGATGCTGCA GAGGGATCCA AACTGGCCTC CTGTAAACAC CAAGGATTTT 
GCAGCAAGAA GCACAGCTGA GGTTTACATT AACCCCAGCT ACGAGCACAG GGACTAG

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

RefSeq	XP_021249012.1
CDS	302..3718
Translation	MEEKIWKDHYVLLNKDEENELEAFGYKSQGCRKALCIAGYILSCGALLLLFYWKPEWDVWANCVPCSLEEADVILLRTTMRCIQVQKIRYIWDFSVKEFRKVGSLEDSNTCHSIHHKFGAGLTGEERKIRQLVCGPNAIEVEIRPIWKLLFKEILNPFYVFQAFTLTLWLSQGYIEYSVAIIVLSVISVGLTVYDLRQQSTKLHDLVEEHNKVQVTVCTKNEGFKELESRCLVPGDVFLLDGKKLSLPCDAILIDGSCIVNEGMLTGESIPVMKTPLPLAESPEPWKTHSMEDYRRHVLFCGTEVIQAKSSGRGLVRAVVLQTGFNTAKGDLVRSILYPRPVNFQLYRDAFKFILGLSAIGVLGLIYTVCVFTYHKKPVADVVSMALLLLTAAVPPAIPAALTTGTVYAQRRLKKKKIFCITPQRINICGQINLVCFDKTGTLTEDGLDLWGILPSEGSCFQKIHKFPSSTPLPWGPVCGAMVSCHSLVVLDKKIQGDPLDLKMFEGTHWEIEESSTAWDRAGAIDACIVRPGPNASSAPVEGIAILHQFPFSSGLQRMSVVSQKIGEEQYDLYMKGAPEIVSSFCRQETVPADFLEELKSYTSQGFRVIALAHKLLSLPEDVDVSNLEREEAESELEFLGLLVMENRLKPETKPVLRELAAARIRSIMVTGDNLQTAVTVARSAAMIHEGSKVIIIEASEPEGSAPASIAWRLAEGSKEVCANTQEKITLEGESCNYHFAMNGKSYQVLLKHFYSLLPKILLNATVFARMSPGQKSSLVEELQKLDYYVGMCGDGANDCGALKMAHAGISLSEQEASVASPFTSQIPNIQCMPELIREGRAALVASFAVVKYLTLYGLIQFVGTALLFWQLQIFGNYQYLIQDMVITLLVCLTMSLTEAYPKLAPYRPPGQLISPPLLLSVILNVCFTIALQTCGFLLVKKQPWYVALASWRHCSLGNQTLPSADPGGNGTSSSSAQSTVLSYEGTTLWPLSSINCIIVAFVFSKGKPFRKPIYTNYVFSALLALQLAVCLFLFLADMDAVYSGMQFLCTPVIWRVYVLLMLLVTFCVSFFTEDVLLQNKHLWMLIKACVGYQSKSQYRKWQWMLQRDPNWPPVNTKDFAARSTAEVYINPSYEHRD

Target ORF information:

RefSeq Version	XM_021393337.1
Organism	Numida meleagris(helmeted guineafowl)
Definition	Numida meleagris ATPase 13A5 (ATP13A5), transcript variant X2, mRNA.

Target ORF information:

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

XM_021393337.1

ORF Insert Sequence:

ATGGAGGAAA AGATTTGGAA GGATCATTAT GTGCTCCTCA ACAAGGATGA AGAAAATGAG 
CTGGAGGCTT TTGGCTACAA AAGCCAGGGC TGCCGGAAGG CCCTGTGCAT TGCTGGATAC 
ATCTTGTCCT GCGGGGCTCT GCTGCTGCTG TTCTACTGGA AGCCAGAATG GGATGTGTGG 
GCAAACTGTG TCCCCTGCAG CTTGGAAGAA GCAGATGTCA TCCTACTCAG AACAACTATG 
AGATGTATTC AAGTACAGAA AATCCGTTAC ATTTGGGACT TTTCTGTAAA AGAGTTCAGG 
AAAGTTGGAT CACTGGAAGA CAGCAACACG TGTCACAGCA TACACCACAA GTTTGGAGCC 
GGCCTGACAG GGGAAGAACG GAAAATCAGG CAGCTGGTGT GTGGGCCTAA TGCCATCGAA 
GTTGAAATCC GTCCCATTTG GAAGTTACTT TTTAAAGAGA TTTTAAACCC CTTCTATGTG 
TTCCAAGCCT TCACTCTCAC TCTGTGGCTG AGCCAAGGCT ACATTGAATA CTCAGTGGCC 
ATCATAGTCC TGTCAGTCAT TTCTGTTGGC CTAACTGTGT ATGATCTCAG ACAGCAGTCT 
ACCAAGCTGC ATGACCTCGT TGAGGAGCAT AACAAAGTCC AGGTTACAGT CTGCACAAAG 
AACGAAGGTT TCAAAGAACT GGAGTCTCGT TGCTTAGTCC CAGGAGATGT TTTTCTTTTA 
GATGGAAAAA AGCTCTCCCT CCCATGTGAT GCTATCCTGA TTGATGGAAG TTGCATTGTG 
AATGAAGGGA TGCTCACAGG TGAAAGCATT CCAGTTATGA AGACCCCATT GCCTCTCGCG 
GAGAGCCCGG AGCCCTGGAA AACACACAGC ATGGAGGACT ACCGAAGACA TGTCCTCTTC 
TGTGGGACTG AAGTCATCCA GGCAAAGTCA TCTGGCAGAG GGCTGGTGCG GGCCGTGGTG 
CTGCAAACCG GGTTCAACAC TGCTAAAGGT GACTTGGTGA GGTCTATCCT CTACCCCAGA 
CCTGTGAACT TCCAGCTCTA CCGAGATGCC TTCAAATTCA TTCTAGGCCT CTCTGCCATT 
GGTGTGTTGG GATTGATATA CACCGTTTGT GTGTTCACAT ACCACAAAAA GCCAGTGGCA 
GATGTCGTGT CCATGGCCCT CCTCCTCCTC ACCGCAGCTG TGCCTCCTGC CATCCCCGCT 
GCCCTGACCA CGGGCACCGT TTATGCCCAA AGGAGGCTGA AGAAAAAGAA GATTTTCTGC 
ATCACTCCAC AGAGGATTAA TATCTGCGGG CAAATCAACC TCGTCTGCTT TGACAAAACG 
GGCACGTTGA CAGAAGATGG ACTGGACCTG TGGGGCATCC TCCCTTCTGA GGGAAGCTGC 
TTTCAGAAAA TCCACAAGTT TCCATCCAGC ACTCCTCTGC CCTGGGGACC GGTGTGTGGA 
GCCATGGTGA GCTGCCACTC CCTGGTGGTT CTGGATAAGA AGATTCAAGG AGACCCACTG 
GACCTGAAAA TGTTTGAGGG CACACACTGG GAGATAGAAG AGTCCAGCAC AGCTTGGGAT 
AGGGCCGGTG CTATTGATGC CTGCATCGTT AGACCGGGGC CGAACGCCAG CAGCGCCCCC 
GTGGAAGGAA TTGCAATCCT GCATCAATTC CCATTTTCCT CTGGGCTGCA GAGGATGTCT 
GTTGTTTCAC AGAAGATTGG AGAGGAGCAG TATGACCTGT ACATGAAAGG AGCACCAGAA 
ATAGTGTCCA GCTTTTGCAG ACAAGAAACC GTCCCAGCTG ATTTCTTGGA GGAGCTTAAG 
TCATACACAA GCCAAGGCTT CAGAGTGATT GCCCTGGCCC ATAAATTGCT GAGCCTTCCA 
GAGGATGTAG ATGTGAGTAA CCTGGAGAGA GAAGAGGCAG AGTCTGAGCT AGAGTTTCTG 
GGCCTCCTGG TGATGGAGAA CCGCCTGAAG CCAGAAACAA AGCCTGTGCT GCGAGAGCTG 
GCCGCTGCCC GCATCAGGAG CATCATGGTC ACAGGGGACA ACCTTCAGAC AGCAGTCACG 
GTGGCCAGGA GCGCGGCTAT GATTCACGAG GGCAGCAAAG TCATCATCAT TGAAGCCAGC 
GAACCAGAGG GCTCCGCTCC AGCTTCCATT GCCTGGCGGT TGGCAGAAGG CAGCAAGGAG 
GTGTGTGCCA ATACCCAGGA AAAGATCACA TTGGAAGGAG AAAGCTGCAA CTACCATTTT 
GCAATGAATG GGAAGTCCTA CCAGGTTCTC CTAAAGCACT TCTACAGCTT GCTGCCAAAA 
ATACTGCTGA ATGCGACTGT CTTCGCTAGG ATGTCTCCTG GCCAGAAATC CAGCCTTGTT 
GAAGAGCTTC AGAAACTCGA TTACTACGTG GGTATGTGTG GTGATGGAGC CAATGACTGC 
GGGGCTCTGA AGATGGCCCA TGCAGGGATA TCGCTGTCGG AGCAGGAGGC ATCGGTGGCC 
TCGCCTTTCA CCTCACAGAT CCCCAACATC CAGTGCATGC CGGAGCTGAT CAGGGAAGGT 
CGAGCTGCTT TGGTGGCTTC CTTTGCTGTT GTTAAATACC TGACCCTGTA CGGCCTGATA 
CAGTTTGTTG GCACCGCTCT GCTGTTCTGG CAACTGCAAA TCTTTGGGAA TTACCAGTAT 
TTGATTCAAG ACATGGTCAT TACCCTCCTG GTTTGCCTAA CAATGAGCCT GACAGAAGCC 
TACCCAAAGC TGGCACCCTA TCGCCCTCCT GGCCAGCTCA TCTCCCCTCC TTTGCTGCTC 
TCTGTTATTC TCAACGTGTG CTTTACCATA GCCCTGCAGA CCTGTGGCTT CCTGCTGGTG 
AAGAAGCAGC CCTGGTATGT AGCGCTGGCC AGCTGGAGAC ATTGCTCGCT CGGGAACCAG 
ACCTTGCCCT CTGCCGACCC AGGGGGAAAC GGTACCAGCA GCAGCAGTGC CCAGAGCACC 
GTCCTCAGCT ACGAAGGCAC AACATTGTGG CCACTGTCTT CCATCAACTG CATCATTGTG 
GCCTTTGTCT TTTCCAAAGG AAAGCCCTTC CGCAAGCCCA TCTACACCAA TTATGTATTT 
TCAGCCCTCC TGGCCCTCCA GCTCGCCGTC TGCCTCTTCC TCTTCCTCGC TGACATGGAT 
GCTGTGTACA GTGGCATGCA GTTTCTTTGC ACTCCTGTGA TCTGGAGAGT TTATGTCCTA 
CTGATGCTCT TGGTCACCTT CTGTGTATCT TTTTTTACGG AGGATGTTCT CCTGCAGAAC 
AAGCACCTCT GGATGCTGAT TAAAGCCTGC GTTGGGTACC AGTCGAAAAG CCAGTACCGA 
AAGTGGCAGT GGATGCTGCA GAGGGATCCA AACTGGCCTC CTGTAAACAC CAAGGATTTT 
GCAGCAAGAA GCACAGCTGA GGTTTACATT AACCCCAGCT ACGAGCACAG GGACTAG

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

ATP13A5 ( XM_021393338.1 ) cDNA ORF clone, Numida meleagris(helmeted guineafowl) -> XP_021249013.1 Numida meleagris ATPase 13A5 (ATP13A5), transcript variant X7, mRNA.

Price & Availability↑

CloneID	ONu21100
Clone ID Related Accession (Same CDS sequence)	XM_021393338.1
Accession Version	XM_021393338.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3252bp) 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	probable cation-transporting ATPase 13A5 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034412.1) 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##

ATGGAGGAAA AGATTTGGAA GGATCATTAT GTGCTCCTCA ACAAGGATGA AGAAAATGAG 
CTGGAGGCTT TTGGCTACAA AAGCCAGGGC TGCCGGAAGG CCCTGTGCAT TGCTGGATAC 
ATCTTGTCCT GCGGGGCTCT GCTGCTGCTG TTCTACTGGA AGCCAGAATG GGATGTGTGG 
GCAAACTGTG TCCCCTGCAG CTTGGAAGAA GCAGATGTCA TCCTACTCAG AACAACTGAT 
GAGTTTCAGA AATACACCCA GAAGAAGGTG ACCTGGATTG ATTTGTCCAC TTTGGCACTA 
CCCGTTGGTA GTAATTCAGA ATGTCCTCTC ATAGATGATA AAGACTCTGT TATAAACAGA 
GCCATAATGA AGCCACAGTT AAAGATGAGA TGTATTCAAG TACAGAAAAT CCGTTACATT 
TGGGACTTTT CTGTAAAAGA GTTCAGGAAA GTTGGATCAC TGGAAGACAG CAACACGTGT 
CACAGCATAC ACCACAAGTT TGGAGCCGGC CTGACAGGGG AAGAACGGAA AATCAGGCAG 
CTGGTGTGTG GGCCTAATGC CATCGAAGTT GAAATCCGTC CCATTTGGAA GTTACTTTTT 
AAAGAGATTT TAAACCCCTT CTATGTGTTC CAAGCCTTCA CTCTCACTCT GTGGCTGAGC 
CAAGGCTACA TTGAATACTC AGTGGCCATC ATAGTCCTGT CAGTCATTTC TGTTGGCCTA 
ACTGTGTATG ATCTCAGACA GCAGTCTACC AAGCTGCATG ACCTCGTTGA GGAGCATAAC 
AAAGTCCAGG TTACAGTCTG CACAAAGAAC GAAGGTTTCA AAGAACTGGA GTCTCGTTGC 
TTAGTCCCAG GAGATGTTTT TCTTTTAGAT GGAAAAAAGC TCTCCCTCCC ATGTGATGCT 
ATCCTGATTG ATGGAAGTTG CATTGTGAAT GAAGGGATGC TCACAGGTGA AAGCATTCCA 
GTTATGAAGA CCCCATTGCC TCTCGCGGAG AGCCCGGAGC CCTGGAAAAC ACACAGCATG 
GAGGACTACC GAAGACATGT CCTCTTCTGT GGGACTGAAG TCATCCAGGC AAAGTCATCT 
GGCAGAGGGC TGGTGCGGGC CGTGGTGCTG CAAACCGGGT TCAACACTGC TAAAGGTGAC 
TTGGTGAGGT CTATCCTCTA CCCCAGACCT GTGAACTTCC AGCTCTACCG AGATGCCTTC 
AAATTCATTC TAGGCCTCTC TGCCATTGGT GTGTTGGGAT TGATATACAC CGTTTGTGTG 
TTCACATACC ACAAAAAGCC AGTGGCAGAT GTCGTGTCCA TGGCCCTCCT CCTCCTCACC 
GCAGCTGTGC CTCCTGCCAT CCCCGCTGCC CTGACCACGG GCACCGTTTA TGCCCAAAGG 
AGGCTGAAGA AAAAGAAGAT TTTCTGCATC ACTCCACAGA GGATTAATAT CTGCGGGCAA 
ATCAACCTCG TCTGCTTTGA CAAAACGGGC ACGTTGACAG AAGATGGACT GGACCTGTGG 
GGCATCCTCC CTTCTGAGGG AAGCTGCTTT CAGAAAATCC ACAAGTTTCC ATCCAGCACT 
CCTCTGCCCT GGGGACCGGT GTGTGGAGCC ATGGTGAGCT GCCACTCCCT GGTGGTTCTG 
GATAAGAAGA TTCAAGGAGA CCCACTGGAC CTGAAAATGT TTGAGGGCAC ACACTGGGAG 
ATAGAAGAGT CCAGCACAGC TTGGGATAGG GCCGGTGCTA TTGATGCCTG CATCGTTAGA 
CCGGGGCCGA ACGCCAGCAG CGCCCCCGTG GAAGGAATTG CAATCCTGCA TCAATTCCCA 
TTTTCCTCTG GGCTGCAGAG GATGTCTGTT GTTTCACAGA AGATTGGAGA GGAGCAGTAT 
GACCTGTACA TGAAAGGAGC ACCAGAAATA GTGTCCAGCT TTTGCAGACA AGAAACCGTC 
CCAGCTGATT TCTTGGAGGA GCTTAAGTCA TACACAAGCC AAGGCTTCAG AGTGATTGCC 
CTGGCCCATA AATTGCTGAG CCTTCCAGAG GATGTAGATG TGAGTAACCT GGAGAGAGAA 
GAGGCAGAGT CTGAGCTAGA GTTTCTGGGC CTCCTGGTGA TGGAGAACCG CCTGAAGCCA 
GAAACAAAGC CTGTGCTGCG AGAGCTGGCC GCTGCCCGCA TCAGGAGCAT CATGGTCACA 
GGGGACAACC TTCAGACAGC AGTCACGGTG GCCAGGAGCG CGGCTATGAT TCACGAGGGC 
AGCAAAGTCA TCATCATTGA AGCCAGCGAA CCAGAGGGCT CCGCTCCAGC TTCCATTGCC 
TGGCGGTTGG CAGAAGGCAG CAAGGAGGTG TGTGCCAATA CCCAGGAAAA GATCACATTG 
GAAGGAGAAA GCTGCAACTA CCATTTTGCA ATGAATGGGA AGTCCTACCA GGTTCTCCTA 
AAGCACTTCT ACAGCTTGCT GCCAAAAATA CTGCTGAATG CGACTGTCTT CGCTAGGATG 
TCTCCTGGCC AGAAATCCAG CCTTGTTGAA GAGCTTCAGA AACTCGATTA CTACGTGGGT 
ATGTGTGGTG ATGGAGCCAA TGACTGCGGG GCTCTGAAGA TGGCCCATGC AGGGATATCG 
CTGTCGGAGC AGGAGGCATC GGTGGCCTCG CCTTTCACCT CACAGATCCC CAACATCCAG 
TGCATGCCGG AGCTGATCAG GGAAGGTCGA GCTGCTTTGG TGGCTTCCTT TGCTGTTGTT 
AAATACCTGA CCCTGTACGG CCTGATACAG TTTGTTGGCA CCGCTCTGCT GTTCTGGCAA 
CTGCAAATCT TTGGGAATTA CCAGTATTTG ATTCAAGACA TGGTCATTAC CCTCCTGGTT 
TGCCTAACAA TGAGCCTGAC AGAAGCCTAC CCAAAGCTGG CACCCTATCG CCCTCCTGGC 
CAGCTCATCT CCCCTCCTTT GCTGCTCTCT GTTATTCTCA ACGTGTGCTT TACCATAGCC 
CTGCAGACCT GTGGCTTCCT GCTGGTGAAG AAGCAGCCCT GGTATGTAGC GCTGGCCAGC 
TGGAGAAGGC AGGAACAAGA TGCTGAGTGT CACCTTGCAG ACATTGCTCG CTCGGGAACC 
AGACCTTGCC CTCTGCCGAC CCAGGGGGAA ACGGTACCAG CAGCAGCAGT GCCCAGAGCA 
CCGTCCTCAG CTACGAAGGC ACAACATTGT GGCCACTGTC TTCCATCAAC TGCATCATTG 
TGGCCTTTGT CTTTTCCAAA GGAAAGCCCT TCCGCAAGCC CATCTACACC AATTCTTTTT 
ACTCATGGAT GA

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

RefSeq	XP_021249013.1
CDS	302..3553
Translation	MEEKIWKDHYVLLNKDEENELEAFGYKSQGCRKALCIAGYILSCGALLLLFYWKPEWDVWANCVPCSLEEADVILLRTTDEFQKYTQKKVTWIDLSTLALPVGSNSECPLIDDKDSVINRAIMKPQLKMRCIQVQKIRYIWDFSVKEFRKVGSLEDSNTCHSIHHKFGAGLTGEERKIRQLVCGPNAIEVEIRPIWKLLFKEILNPFYVFQAFTLTLWLSQGYIEYSVAIIVLSVISVGLTVYDLRQQSTKLHDLVEEHNKVQVTVCTKNEGFKELESRCLVPGDVFLLDGKKLSLPCDAILIDGSCIVNEGMLTGESIPVMKTPLPLAESPEPWKTHSMEDYRRHVLFCGTEVIQAKSSGRGLVRAVVLQTGFNTAKGDLVRSILYPRPVNFQLYRDAFKFILGLSAIGVLGLIYTVCVFTYHKKPVADVVSMALLLLTAAVPPAIPAALTTGTVYAQRRLKKKKIFCITPQRINICGQINLVCFDKTGTLTEDGLDLWGILPSEGSCFQKIHKFPSSTPLPWGPVCGAMVSCHSLVVLDKKIQGDPLDLKMFEGTHWEIEESSTAWDRAGAIDACIVRPGPNASSAPVEGIAILHQFPFSSGLQRMSVVSQKIGEEQYDLYMKGAPEIVSSFCRQETVPADFLEELKSYTSQGFRVIALAHKLLSLPEDVDVSNLEREEAESELEFLGLLVMENRLKPETKPVLRELAAARIRSIMVTGDNLQTAVTVARSAAMIHEGSKVIIIEASEPEGSAPASIAWRLAEGSKEVCANTQEKITLEGESCNYHFAMNGKSYQVLLKHFYSLLPKILLNATVFARMSPGQKSSLVEELQKLDYYVGMCGDGANDCGALKMAHAGISLSEQEASVASPFTSQIPNIQCMPELIREGRAALVASFAVVKYLTLYGLIQFVGTALLFWQLQIFGNYQYLIQDMVITLLVCLTMSLTEAYPKLAPYRPPGQLISPPLLLSVILNVCFTIALQTCGFLLVKKQPWYVALASWRRQEQDAECHLADIARSGTRPCPLPTQGETVPAAAVPRAPSSATKAQHCGHCLPSTASLWPLSFPKESPSASPSTPILFTHG

Target ORF information:

RefSeq Version	XM_021393338.1
Organism	Numida meleagris(helmeted guineafowl)
Definition	Numida meleagris ATPase 13A5 (ATP13A5), transcript variant X7, mRNA.

Target ORF information:

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

XM_021393338.1

ORF Insert Sequence:

ATGGAGGAAA AGATTTGGAA GGATCATTAT GTGCTCCTCA ACAAGGATGA AGAAAATGAG 
CTGGAGGCTT TTGGCTACAA AAGCCAGGGC TGCCGGAAGG CCCTGTGCAT TGCTGGATAC 
ATCTTGTCCT GCGGGGCTCT GCTGCTGCTG TTCTACTGGA AGCCAGAATG GGATGTGTGG 
GCAAACTGTG TCCCCTGCAG CTTGGAAGAA GCAGATGTCA TCCTACTCAG AACAACTGAT 
GAGTTTCAGA AATACACCCA GAAGAAGGTG ACCTGGATTG ATTTGTCCAC TTTGGCACTA 
CCCGTTGGTA GTAATTCAGA ATGTCCTCTC ATAGATGATA AAGACTCTGT TATAAACAGA 
GCCATAATGA AGCCACAGTT AAAGATGAGA TGTATTCAAG TACAGAAAAT CCGTTACATT 
TGGGACTTTT CTGTAAAAGA GTTCAGGAAA GTTGGATCAC TGGAAGACAG CAACACGTGT 
CACAGCATAC ACCACAAGTT TGGAGCCGGC CTGACAGGGG AAGAACGGAA AATCAGGCAG 
CTGGTGTGTG GGCCTAATGC CATCGAAGTT GAAATCCGTC CCATTTGGAA GTTACTTTTT 
AAAGAGATTT TAAACCCCTT CTATGTGTTC CAAGCCTTCA CTCTCACTCT GTGGCTGAGC 
CAAGGCTACA TTGAATACTC AGTGGCCATC ATAGTCCTGT CAGTCATTTC TGTTGGCCTA 
ACTGTGTATG ATCTCAGACA GCAGTCTACC AAGCTGCATG ACCTCGTTGA GGAGCATAAC 
AAAGTCCAGG TTACAGTCTG CACAAAGAAC GAAGGTTTCA AAGAACTGGA GTCTCGTTGC 
TTAGTCCCAG GAGATGTTTT TCTTTTAGAT GGAAAAAAGC TCTCCCTCCC ATGTGATGCT 
ATCCTGATTG ATGGAAGTTG CATTGTGAAT GAAGGGATGC TCACAGGTGA AAGCATTCCA 
GTTATGAAGA CCCCATTGCC TCTCGCGGAG AGCCCGGAGC CCTGGAAAAC ACACAGCATG 
GAGGACTACC GAAGACATGT CCTCTTCTGT GGGACTGAAG TCATCCAGGC AAAGTCATCT 
GGCAGAGGGC TGGTGCGGGC CGTGGTGCTG CAAACCGGGT TCAACACTGC TAAAGGTGAC 
TTGGTGAGGT CTATCCTCTA CCCCAGACCT GTGAACTTCC AGCTCTACCG AGATGCCTTC 
AAATTCATTC TAGGCCTCTC TGCCATTGGT GTGTTGGGAT TGATATACAC CGTTTGTGTG 
TTCACATACC ACAAAAAGCC AGTGGCAGAT GTCGTGTCCA TGGCCCTCCT CCTCCTCACC 
GCAGCTGTGC CTCCTGCCAT CCCCGCTGCC CTGACCACGG GCACCGTTTA TGCCCAAAGG 
AGGCTGAAGA AAAAGAAGAT TTTCTGCATC ACTCCACAGA GGATTAATAT CTGCGGGCAA 
ATCAACCTCG TCTGCTTTGA CAAAACGGGC ACGTTGACAG AAGATGGACT GGACCTGTGG 
GGCATCCTCC CTTCTGAGGG AAGCTGCTTT CAGAAAATCC ACAAGTTTCC ATCCAGCACT 
CCTCTGCCCT GGGGACCGGT GTGTGGAGCC ATGGTGAGCT GCCACTCCCT GGTGGTTCTG 
GATAAGAAGA TTCAAGGAGA CCCACTGGAC CTGAAAATGT TTGAGGGCAC ACACTGGGAG 
ATAGAAGAGT CCAGCACAGC TTGGGATAGG GCCGGTGCTA TTGATGCCTG CATCGTTAGA 
CCGGGGCCGA ACGCCAGCAG CGCCCCCGTG GAAGGAATTG CAATCCTGCA TCAATTCCCA 
TTTTCCTCTG GGCTGCAGAG GATGTCTGTT GTTTCACAGA AGATTGGAGA GGAGCAGTAT 
GACCTGTACA TGAAAGGAGC ACCAGAAATA GTGTCCAGCT TTTGCAGACA AGAAACCGTC 
CCAGCTGATT TCTTGGAGGA GCTTAAGTCA TACACAAGCC AAGGCTTCAG AGTGATTGCC 
CTGGCCCATA AATTGCTGAG CCTTCCAGAG GATGTAGATG TGAGTAACCT GGAGAGAGAA 
GAGGCAGAGT CTGAGCTAGA GTTTCTGGGC CTCCTGGTGA TGGAGAACCG CCTGAAGCCA 
GAAACAAAGC CTGTGCTGCG AGAGCTGGCC GCTGCCCGCA TCAGGAGCAT CATGGTCACA 
GGGGACAACC TTCAGACAGC AGTCACGGTG GCCAGGAGCG CGGCTATGAT TCACGAGGGC 
AGCAAAGTCA TCATCATTGA AGCCAGCGAA CCAGAGGGCT CCGCTCCAGC TTCCATTGCC 
TGGCGGTTGG CAGAAGGCAG CAAGGAGGTG TGTGCCAATA CCCAGGAAAA GATCACATTG 
GAAGGAGAAA GCTGCAACTA CCATTTTGCA ATGAATGGGA AGTCCTACCA GGTTCTCCTA 
AAGCACTTCT ACAGCTTGCT GCCAAAAATA CTGCTGAATG CGACTGTCTT CGCTAGGATG 
TCTCCTGGCC AGAAATCCAG CCTTGTTGAA GAGCTTCAGA AACTCGATTA CTACGTGGGT 
ATGTGTGGTG ATGGAGCCAA TGACTGCGGG GCTCTGAAGA TGGCCCATGC AGGGATATCG 
CTGTCGGAGC AGGAGGCATC GGTGGCCTCG CCTTTCACCT CACAGATCCC CAACATCCAG 
TGCATGCCGG AGCTGATCAG GGAAGGTCGA GCTGCTTTGG TGGCTTCCTT TGCTGTTGTT 
AAATACCTGA CCCTGTACGG CCTGATACAG TTTGTTGGCA CCGCTCTGCT GTTCTGGCAA 
CTGCAAATCT TTGGGAATTA CCAGTATTTG ATTCAAGACA TGGTCATTAC CCTCCTGGTT 
TGCCTAACAA TGAGCCTGAC AGAAGCCTAC CCAAAGCTGG CACCCTATCG CCCTCCTGGC 
CAGCTCATCT CCCCTCCTTT GCTGCTCTCT GTTATTCTCA ACGTGTGCTT TACCATAGCC 
CTGCAGACCT GTGGCTTCCT GCTGGTGAAG AAGCAGCCCT GGTATGTAGC GCTGGCCAGC 
TGGAGAAGGC AGGAACAAGA TGCTGAGTGT CACCTTGCAG ACATTGCTCG CTCGGGAACC 
AGACCTTGCC CTCTGCCGAC CCAGGGGGAA ACGGTACCAG CAGCAGCAGT GCCCAGAGCA 
CCGTCCTCAG CTACGAAGGC ACAACATTGT GGCCACTGTC TTCCATCAAC TGCATCATTG 
TGGCCTTTGT CTTTTCCAAA GGAAAGCCCT TCCGCAAGCC CATCTACACC AATTCTTTTT 
ACTCATGGAT GA

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

ATP13A5 ( XM_021393339.1 ) cDNA ORF clone, Numida meleagris(helmeted guineafowl) -> XP_021249014.1 Numida meleagris ATPase 13A5 (ATP13A5), transcript variant X8, mRNA.

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CloneID	ONu21101
Clone ID Related Accession (Same CDS sequence)	XM_021393339.1
Accession Version	XM_021393339.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3237bp) 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	probable cation-transporting ATPase 13A5 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034412.1) 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##

ATGGAGGAAA AGATTTGGAA GGATCATTAT GTGCTCCTCA ACAAGGATGA AGAAAATGAG 
CTGGAGGCTT TTGGCTACAA AAGCCAGGGC TGCCGGAAGG CCCTGTGCAT TGCTGGATAC 
ATCTTGTCCT GCGGGGCTCT GCTGCTGCTG TTCTACTGGA AGCCAGAATG GGATGTGTGG 
GCAAACTGTG TCCCCTGCAG CTTGGAAGAA GCAGATGTCA TCCTACTCAG AACAACTGAT 
GAGTTTCAGA AATACACCCA GAAGAAGGTG ACCTGGATTG ATTTGTCCAC TTTGGCACTA 
CCCGTTGGTA GTAATTCAGA ATGTCCTCTC ATAGATGATA AAGACTCTGT TATAAACAGA 
GCCATAATGA AGCCACAGTT AAAGATGAGA TGTATTCAAG TACAGAAAAT CCGTTACATT 
TGGGACTTTT CTGTAAAAGA GTTCAGGAAA GTTGGATCAC TGGAAGACAG CAACACGTGT 
CACAGCATAC ACCACAAGTT TGGAGCCGGC CTGACAGGGG AAGAACGGAA AATCAGGCAG 
CTGGTGTGTG GGCCTAATGC CATCGAAGTT GAAATCCGTC CCATTTGGAA GTTACTTTTT 
AAAGAGATTT TAAACCCCTT CTATGTGTTC CAAGCCTTCA CTCTCACTCT GTGGCTGAGC 
CAAGGCTACA TTGAATACTC AGTGGCCATC ATAGTCCTGT CAGTCATTTC TGTTGGCCTA 
ACTGTGTATG ATCTCAGACA GCAGTCTACC AAGCTGCATG ACCTCGTTGA GGAGCATAAC 
AAAGTCCAGG TTACAGTCTG CACAAAGAAC GAAGGTTTCA AAGAACTGGA GTCTCGTTGC 
TTAGTCCCAG GAGATGTTTT TCTTTTAGAT GGAAAAAAGC TCTCCCTCCC ATGTGATGCT 
ATCCTGATTG ATGGAAGTTG CATTGTGAAT GAAGGGATGC TCACAGGTGA AAGCATTCCA 
GTTATGAAGA CCCCATTGCC TCTCGCGGAG AGCCCGGAGC CCTGGAAAAC ACACAGCATG 
GAGGACTACC GAAGACATGT CCTCTTCTGT GGGACTGAAG TCATCCAGGC AAAGTCATCT 
GGCAGAGGGC TGGTGCGGGC CGTGGTGCTG CAAACCGGGT TCAACACTGC TAAAGGTGAC 
TTGGTGAGGT CTATCCTCTA CCCCAGACCT GTGAACTTCC AGCTCTACCG AGATGCCTTC 
AAATTCATTC TAGGCCTCTC TGCCATTGGT GTGTTGGGAT TGATATACAC CGTTTGTGTG 
TTCACATACC ACAAAAAGCC AGTGGCAGAT GTCGTGTCCA TGGCCCTCCT CCTCCTCACC 
GCAGCTGTGC CTCCTGCCAT CCCCGCTGCC CTGACCACGG GCACCGTTTA TGCCCAAAGG 
AGGCTGAAGA AAAAGAAGAT TTTCTGCATC ACTCCACAGA GGATTAATAT CTGCGGGCAA 
ATCAACCTCG TCTGCTTTGA CAAAACGGGC ACGTTGACAG AAGATGGACT GGACCTGTGG 
GGCATCCTCC CTTCTGAGGG AAGCTGCTTT CAGAAAATCC ACAAGTTTCC ATCCAGCACT 
CCTCTGCCCT GGGGACCGGT GTGTGGAGCC ATGGTGAGCT GCCACTCCCT GGTGGTTCTG 
GATAAGAAGA TTCAAGGAGA CCCACTGGAC CTGAAAATGT TTGAGGGCAC ACACTGGGAG 
ATAGAAGAGT CCAGCACAGC TTGGGATAGG GCCGGTGCTA TTGATGCCTG CATCGTTAGA 
CCGGGGCCGA ACGCCAGCAG CGCCCCCGTG GAAGGAATTG CAATCCTGCA TCAATTCCCA 
TTTTCCTCTG GGCTGCAGAG GATGTCTGTT GTTTCACAGA AGATTGGAGA GGAGCAGTAT 
GACCTGTACA TGAAAGGAGC ACCAGAAATA GTGTCCAGCT TTTGCAGACA AGAAACCGTC 
CCAGCTGATT TCTTGGAGGA GCTTAAGTCA TACACAAGCC AAGGCTTCAG AGTGATTGCC 
CTGGCCCATA AATTGCTGAG CCTTCCAGAG GATGTAGATG TGAGTAACCT GGAGAGAGAA 
GAGGCAGAGT CTGAGCTAGA GTTTCTGGGC CTCCTGGTGA TGGAGAACCG CCTGAAGCCA 
GAAACAAAGC CTGTGCTGCG AGAGCTGGCC GCTGCCCGCA TCAGGAGCAT CATGGTCACA 
GGGGACAACC TTCAGACAGC AGTCACGGTG GCCAGGAGCG CGGCTATGAT TCACGAGGGC 
AGCAAAGTCA TCATCATTGA AGCCAGCGAA CCAGAGGGCT CCGCTCCAGC TTCCATTGCC 
TGGCGGTTGG CAGAAGGCAG CAAGGAGGTG TGTGCCAATA CCCAGGAAAA GATCACATTG 
GAAGGAGAAA GCTGCAACTA CCATTTTGCA ATGAATGGGA AGTCCTACCA GGTTCTCCTA 
AAGCACTTCT ACAGCTTGCT GCCAAAAATA CTGCTGAATG CGACTGTCTT CGCTAGGATG 
TCTCCTGGCC AGAAATCCAG CCTTGTTGAA GAGCTTCAGA AACTCGATTA CTACGTGGGT 
ATGTGTGGTG ATGGAGCCAA TGACTGCGGG GCTCTGAAGA TGGCCCATGC AGGGATATCG 
CTGTCGGAGC AGGAGGCATC GGTGGCCTCG CCTTTCACCT CACAGATCCC CAACATCCAG 
TGCATGCCGG AGCTGATCAG GGAAGGTCGA GCTGCTTTGG TGGCTTCCTT TGCTGTTGTT 
AAATACCTGA CCCTGTACGG CCTGATACAG TTTGTTGGCA CCGCTCTGCT GTTCTGGCAA 
CTGCAAATCT TTGGGAATTA CCAGTATTTG ATTCAAGACA TGGTCATTAC CCTCCTGGTT 
TGCCTAACAA TGAGCCTGAC AGAAGCCTAC CCAAAGCTGG CACCCTATCG CCCTCCTGGC 
CAGCTCATCT CCCCTCCTTT GCTGCTCTCT GTTATTCTCA ACGTGTGCTT TACCATAGCC 
CTGCAGACCT GTGGCTTCCT GCTGGTGAAG AAGCAGCCCT GGTATGTAGC GCTGGCCAGC 
TGGAGACATT GCTCGCTCGG GAACCAGACC TTGCCCTCTG CCGACCCAGG GGGAAACGGT 
ACCAGCAGCA GCAGTGCCCA GAGCACCGTC CTCAGCTACG AAGGCACAAC ATTGTGGCCA 
CTGTCTTCCA TCAACTGCAT CATTGTGGCC TTTGTCTTTT CCAAAGGAAA GCCCTTCCGC 
AAGCCCATCT ACACCAATTC TTTTTACTCA TGGATGAGAG ATCAGGATCT TGCTTAA

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

RefSeq	XP_021249014.1
CDS	302..3538
Translation	MEEKIWKDHYVLLNKDEENELEAFGYKSQGCRKALCIAGYILSCGALLLLFYWKPEWDVWANCVPCSLEEADVILLRTTDEFQKYTQKKVTWIDLSTLALPVGSNSECPLIDDKDSVINRAIMKPQLKMRCIQVQKIRYIWDFSVKEFRKVGSLEDSNTCHSIHHKFGAGLTGEERKIRQLVCGPNAIEVEIRPIWKLLFKEILNPFYVFQAFTLTLWLSQGYIEYSVAIIVLSVISVGLTVYDLRQQSTKLHDLVEEHNKVQVTVCTKNEGFKELESRCLVPGDVFLLDGKKLSLPCDAILIDGSCIVNEGMLTGESIPVMKTPLPLAESPEPWKTHSMEDYRRHVLFCGTEVIQAKSSGRGLVRAVVLQTGFNTAKGDLVRSILYPRPVNFQLYRDAFKFILGLSAIGVLGLIYTVCVFTYHKKPVADVVSMALLLLTAAVPPAIPAALTTGTVYAQRRLKKKKIFCITPQRINICGQINLVCFDKTGTLTEDGLDLWGILPSEGSCFQKIHKFPSSTPLPWGPVCGAMVSCHSLVVLDKKIQGDPLDLKMFEGTHWEIEESSTAWDRAGAIDACIVRPGPNASSAPVEGIAILHQFPFSSGLQRMSVVSQKIGEEQYDLYMKGAPEIVSSFCRQETVPADFLEELKSYTSQGFRVIALAHKLLSLPEDVDVSNLEREEAESELEFLGLLVMENRLKPETKPVLRELAAARIRSIMVTGDNLQTAVTVARSAAMIHEGSKVIIIEASEPEGSAPASIAWRLAEGSKEVCANTQEKITLEGESCNYHFAMNGKSYQVLLKHFYSLLPKILLNATVFARMSPGQKSSLVEELQKLDYYVGMCGDGANDCGALKMAHAGISLSEQEASVASPFTSQIPNIQCMPELIREGRAALVASFAVVKYLTLYGLIQFVGTALLFWQLQIFGNYQYLIQDMVITLLVCLTMSLTEAYPKLAPYRPPGQLISPPLLLSVILNVCFTIALQTCGFLLVKKQPWYVALASWRHCSLGNQTLPSADPGGNGTSSSSAQSTVLSYEGTTLWPLSSINCIIVAFVFSKGKPFRKPIYTNSFYSWMRDQDLA

Target ORF information:

RefSeq Version	XM_021393339.1
Organism	Numida meleagris(helmeted guineafowl)
Definition	Numida meleagris ATPase 13A5 (ATP13A5), transcript variant X8, mRNA.

Target ORF information:

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

XM_021393339.1

ORF Insert Sequence:

ATGGAGGAAA AGATTTGGAA GGATCATTAT GTGCTCCTCA ACAAGGATGA AGAAAATGAG 
CTGGAGGCTT TTGGCTACAA AAGCCAGGGC TGCCGGAAGG CCCTGTGCAT TGCTGGATAC 
ATCTTGTCCT GCGGGGCTCT GCTGCTGCTG TTCTACTGGA AGCCAGAATG GGATGTGTGG 
GCAAACTGTG TCCCCTGCAG CTTGGAAGAA GCAGATGTCA TCCTACTCAG AACAACTGAT 
GAGTTTCAGA AATACACCCA GAAGAAGGTG ACCTGGATTG ATTTGTCCAC TTTGGCACTA 
CCCGTTGGTA GTAATTCAGA ATGTCCTCTC ATAGATGATA AAGACTCTGT TATAAACAGA 
GCCATAATGA AGCCACAGTT AAAGATGAGA TGTATTCAAG TACAGAAAAT CCGTTACATT 
TGGGACTTTT CTGTAAAAGA GTTCAGGAAA GTTGGATCAC TGGAAGACAG CAACACGTGT 
CACAGCATAC ACCACAAGTT TGGAGCCGGC CTGACAGGGG AAGAACGGAA AATCAGGCAG 
CTGGTGTGTG GGCCTAATGC CATCGAAGTT GAAATCCGTC CCATTTGGAA GTTACTTTTT 
AAAGAGATTT TAAACCCCTT CTATGTGTTC CAAGCCTTCA CTCTCACTCT GTGGCTGAGC 
CAAGGCTACA TTGAATACTC AGTGGCCATC ATAGTCCTGT CAGTCATTTC TGTTGGCCTA 
ACTGTGTATG ATCTCAGACA GCAGTCTACC AAGCTGCATG ACCTCGTTGA GGAGCATAAC 
AAAGTCCAGG TTACAGTCTG CACAAAGAAC GAAGGTTTCA AAGAACTGGA GTCTCGTTGC 
TTAGTCCCAG GAGATGTTTT TCTTTTAGAT GGAAAAAAGC TCTCCCTCCC ATGTGATGCT 
ATCCTGATTG ATGGAAGTTG CATTGTGAAT GAAGGGATGC TCACAGGTGA AAGCATTCCA 
GTTATGAAGA CCCCATTGCC TCTCGCGGAG AGCCCGGAGC CCTGGAAAAC ACACAGCATG 
GAGGACTACC GAAGACATGT CCTCTTCTGT GGGACTGAAG TCATCCAGGC AAAGTCATCT 
GGCAGAGGGC TGGTGCGGGC CGTGGTGCTG CAAACCGGGT TCAACACTGC TAAAGGTGAC 
TTGGTGAGGT CTATCCTCTA CCCCAGACCT GTGAACTTCC AGCTCTACCG AGATGCCTTC 
AAATTCATTC TAGGCCTCTC TGCCATTGGT GTGTTGGGAT TGATATACAC CGTTTGTGTG 
TTCACATACC ACAAAAAGCC AGTGGCAGAT GTCGTGTCCA TGGCCCTCCT CCTCCTCACC 
GCAGCTGTGC CTCCTGCCAT CCCCGCTGCC CTGACCACGG GCACCGTTTA TGCCCAAAGG 
AGGCTGAAGA AAAAGAAGAT TTTCTGCATC ACTCCACAGA GGATTAATAT CTGCGGGCAA 
ATCAACCTCG TCTGCTTTGA CAAAACGGGC ACGTTGACAG AAGATGGACT GGACCTGTGG 
GGCATCCTCC CTTCTGAGGG AAGCTGCTTT CAGAAAATCC ACAAGTTTCC ATCCAGCACT 
CCTCTGCCCT GGGGACCGGT GTGTGGAGCC ATGGTGAGCT GCCACTCCCT GGTGGTTCTG 
GATAAGAAGA TTCAAGGAGA CCCACTGGAC CTGAAAATGT TTGAGGGCAC ACACTGGGAG 
ATAGAAGAGT CCAGCACAGC TTGGGATAGG GCCGGTGCTA TTGATGCCTG CATCGTTAGA 
CCGGGGCCGA ACGCCAGCAG CGCCCCCGTG GAAGGAATTG CAATCCTGCA TCAATTCCCA 
TTTTCCTCTG GGCTGCAGAG GATGTCTGTT GTTTCACAGA AGATTGGAGA GGAGCAGTAT 
GACCTGTACA TGAAAGGAGC ACCAGAAATA GTGTCCAGCT TTTGCAGACA AGAAACCGTC 
CCAGCTGATT TCTTGGAGGA GCTTAAGTCA TACACAAGCC AAGGCTTCAG AGTGATTGCC 
CTGGCCCATA AATTGCTGAG CCTTCCAGAG GATGTAGATG TGAGTAACCT GGAGAGAGAA 
GAGGCAGAGT CTGAGCTAGA GTTTCTGGGC CTCCTGGTGA TGGAGAACCG CCTGAAGCCA 
GAAACAAAGC CTGTGCTGCG AGAGCTGGCC GCTGCCCGCA TCAGGAGCAT CATGGTCACA 
GGGGACAACC TTCAGACAGC AGTCACGGTG GCCAGGAGCG CGGCTATGAT TCACGAGGGC 
AGCAAAGTCA TCATCATTGA AGCCAGCGAA CCAGAGGGCT CCGCTCCAGC TTCCATTGCC 
TGGCGGTTGG CAGAAGGCAG CAAGGAGGTG TGTGCCAATA CCCAGGAAAA GATCACATTG 
GAAGGAGAAA GCTGCAACTA CCATTTTGCA ATGAATGGGA AGTCCTACCA GGTTCTCCTA 
AAGCACTTCT ACAGCTTGCT GCCAAAAATA CTGCTGAATG CGACTGTCTT CGCTAGGATG 
TCTCCTGGCC AGAAATCCAG CCTTGTTGAA GAGCTTCAGA AACTCGATTA CTACGTGGGT 
ATGTGTGGTG ATGGAGCCAA TGACTGCGGG GCTCTGAAGA TGGCCCATGC AGGGATATCG 
CTGTCGGAGC AGGAGGCATC GGTGGCCTCG CCTTTCACCT CACAGATCCC CAACATCCAG 
TGCATGCCGG AGCTGATCAG GGAAGGTCGA GCTGCTTTGG TGGCTTCCTT TGCTGTTGTT 
AAATACCTGA CCCTGTACGG CCTGATACAG TTTGTTGGCA CCGCTCTGCT GTTCTGGCAA 
CTGCAAATCT TTGGGAATTA CCAGTATTTG ATTCAAGACA TGGTCATTAC CCTCCTGGTT 
TGCCTAACAA TGAGCCTGAC AGAAGCCTAC CCAAAGCTGG CACCCTATCG CCCTCCTGGC 
CAGCTCATCT CCCCTCCTTT GCTGCTCTCT GTTATTCTCA ACGTGTGCTT TACCATAGCC 
CTGCAGACCT GTGGCTTCCT GCTGGTGAAG AAGCAGCCCT GGTATGTAGC GCTGGCCAGC 
TGGAGACATT GCTCGCTCGG GAACCAGACC TTGCCCTCTG CCGACCCAGG GGGAAACGGT 
ACCAGCAGCA GCAGTGCCCA GAGCACCGTC CTCAGCTACG AAGGCACAAC ATTGTGGCCA 
CTGTCTTCCA TCAACTGCAT CATTGTGGCC TTTGTCTTTT CCAAAGGAAA GCCCTTCCGC 
AAGCCCATCT ACACCAATTC TTTTTACTCA TGGATGAGAG ATCAGGATCT TGCTTAA

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

ATP13A5 ( XM_021393340.1 ) cDNA ORF clone, Numida meleagris(helmeted guineafowl) -> XP_021249015.1 Numida meleagris ATPase 13A5 (ATP13A5), transcript variant X9, mRNA.

Price & Availability↑

CloneID	ONu21102
Clone ID Related Accession (Same CDS sequence)	XM_021393340.1
Accession Version	XM_021393340.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3201bp) 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	probable cation-transporting ATPase 13A5 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034412.1) 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##

ATGGAGGAAA AGATTTGGAA GGATCATTAT GTGCTCCTCA ACAAGGATGA AGAAAATGAG 
CTGGAGGCTT TTGGCTACAA AAGCCAGGGC TGCCGGAAGG CCCTGTGCAT TGCTGGATAC 
ATCTTGTCCT GCGGGGCTCT GCTGCTGCTG TTCTACTGGA AGCCAGAATG GGATGTGTGG 
GCAAACTGTG TCCCCTGCAG CTTGGAAGAA GCAGATGTCA TCCTACTCAG AACAACTGAT 
GAGTTTCAGA AATACACCCA GAAGAAGGTG ACCTGGATTG ATTTGTCCAC TTTGGCACTA 
CCCGTTGGTA GTAATTCAGA ATGTCCTCTC ATAGATGATA AAGACTCTGT TATAAACAGA 
GCCATAATGA AGCCACAGTT AAAGATGAGA TGTATTCAAG TACAGAAAAT CCGTTACATT 
TGGGACTTTT CTGTAAAAGA GTTCAGGAAA GTTGGATCAC TGGAAGACAG CAACACGTGT 
CACAGCATAC ACCACAAGTT TGGAGCCGGC CTGACAGGGG AAGAACGGAA AATCAGGCAG 
CTGGTGTGTG GGCCTAATGC CATCGAAGTT GAAATCCGTC CCATTTGGAA GTTACTTTTT 
AAAGAGATTT TAAACCCCTT CTATGTGTTC CAAGCCTTCA CTCTCACTCT GTGGCTGAGC 
CAAGGCTACA TTGAATACTC AGTGGCCATC ATAGTCCTGT CAGTCATTTC TGTTGGCCTA 
ACTGTGTATG ATCTCAGACA GCAGTCTACC AAGCTGCATG ACCTCGTTGA GGAGCATAAC 
AAAGTCCAGG TTACAGTCTG CACAAAGAAC GAAGGTTTCA AAGAACTGGA GTCTCGTTGC 
TTAGTCCCAG GAGATGTTTT TCTTTTAGAT GGAAAAAAGC TCTCCCTCCC ATGTGATGCT 
ATCCTGATTG ATGGAAGTTG CATTGTGAAT GAAGGGATGC TCACAGGTGA AAGCATTCCA 
GTTATGAAGA CCCCATTGCC TCTCGCGGAG AGCCCGGAGC CCTGGAAAAC ACACAGCATG 
GAGGACTACC GAAGACATGT CCTCTTCTGT GGGACTGAAG TCATCCAGGC AAAGTCATCT 
GGCAGAGGGC TGGTGCGGGC CGTGGTGCTG CAAACCGGGT TCAACACTGC TAAAGGTGAC 
TTGGTGAGGT CTATCCTCTA CCCCAGACCT GTGAACTTCC AGCTCTACCG AGATGCCTTC 
AAATTCATTC TAGGCCTCTC TGCCATTGGT GTGTTGGGAT TGATATACAC CGTTTGTGTG 
TTCACATACC ACAAAAAGCC AGTGGCAGAT GTCGTGTCCA TGGCCCTCCT CCTCCTCACC 
GCAGCTGTGC CTCCTGCCAT CCCCGCTGCC CTGACCACGG GCACCGTTTA TGCCCAAAGG 
AGGCTGAAGA AAAAGAAGAT TTTCTGCATC ACTCCACAGA GGATTAATAT CTGCGGGCAA 
ATCAACCTCG TCTGCTTTGA CAAAACGGGC ACGTTGACAG AAGATGGACT GGACCTGTGG 
GGCATCCTCC CTTCTGAGGG AAGCTGCTTT CAGAAAATCC ACAAGTTTCC ATCCAGCACT 
CCTCTGCCCT GGGGACCGGT GTGTGGAGCC ATGGTGAGCT GCCACTCCCT GGTGGTTCTG 
GATAAGAAGA TTCAAGGAGA CCCACTGGAC CTGAAAATGT TTGAGGGCAC ACACTGGGAG 
ATAGAAGAGT CCAGCACAGC TTGGGATAGG GCCGGTGCTA TTGATGCCTG CATCGTTAGA 
CCGGGGCCGA ACGCCAGCAG CGCCCCCGTG GAAGGAATTG CAATCCTGCA TCAATTCCCA 
TTTTCCTCTG GGCTGCAGAG GATGTCTGTT GTTTCACAGA AGATTGGAGA GGAGCAGTAT 
GACCTGTACA TGAAAGGAGC ACCAGAAATA GTGTCCAGCT TTTGCAGACA AGAAACCGTC 
CCAGCTGATT TCTTGGAGGA GCTTAAGTCA TACACAAGCC AAGGCTTCAG AGTGATTGCC 
CTGGCCCATA AATTGCTGAG CCTTCCAGAG GATGTAGATG TGAGTAACCT GGAGAGAGAA 
GAGGCAGAGT CTGAGCTAGA GTTTCTGGGC CTCCTGGTGA TGGAGAACCG CCTGAAGCCA 
GAAACAAAGC CTGTGCTGCG AGAGCTGGCC GCTGCCCGCA TCAGGAGCAT CATGGTCACA 
GGGGACAACC TTCAGACAGC AGTCACGGTG GCCAGGAGCG CGGCTATGAT TCACGAGGGC 
AGCAAAGTCA TCATCATTGA AGCCAGCGAA CCAGAGGGCT CCGCTCCAGC TTCCATTGCC 
TGGCGGTTGG CAGAAGGCAG CAAGGAGGTG TGTGCCAATA CCCAGGAAAA GATCACATTG 
GAAGGAGAAA GCTGCAACTA CCATTTTGCA ATGAATGGGA AGTCCTACCA GGTTCTCCTA 
AAGCACTTCT ACAGCTTGCT GCCAAAAATA CTGCTGAATG CGACTGTCTT CGCTAGGATG 
TCTCCTGGCC AGAAATCCAG CCTTGTTGAA GAGCTTCAGA AACTCGATTA CTACGTGGGT 
ATGTGTGGTG ATGGAGCCAA TGACTGCGGG GCTCTGAAGA TGGCCCATGC AGGGATATCG 
CTGTCGGAGC AGGAGGCATC GGTGGCCTCG CCTTTCACCT CACAGATCCC CAACATCCAG 
TGCATGCCGG AGCTGATCAG GGAAGGTCGA GCTGCTTTGG TGGCTTCCTT TGCTGTTGTT 
AAATACCTGA CCCTGTACGG CCTGATACAG TTTGTTGGCA CCGCTCTGCT GTTCTGGCAA 
CTGCAAATCT TTGGGAATTA CCAGTATTTG ATTCAAGACA TGGTCATTAC CCTCCTGGTT 
TGCCTAACAA TGAGCCTGAC AGAAGCCTAC CCAAAGCTGG CACCCTATCG CCCTCCTGGC 
CAGCTCATCT CCCCTCCTTT GCTGCTCTCT GTTATTCTCA ACGTGTGCTT TACCATAGCC 
CTGCAGACCT GTGGCTTCCT GCTGGTGAAG AAGCAGCCCT GGTATGTAGC GCTGGCCAGC 
TGGAGACATT GCTCGCTCGG GAACCAGACC TTGCCCTCTG CCGACCCAGG GGGAAACGGT 
ACCAGCAGCA GCAGTGCCCA GAGCACCGTC CTCAGCTACG AAGGCACAAC ATTGTGGCCA 
CTGTCTTCCA TCAACTGCAT CATTGTGGCC TTTGTCTTTT CCAAAGGAAA GCCCTTCCGC 
AAGCCCATCT ACACCAATTA G

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

RefSeq	XP_021249015.1
CDS	302..3502
Translation	MEEKIWKDHYVLLNKDEENELEAFGYKSQGCRKALCIAGYILSCGALLLLFYWKPEWDVWANCVPCSLEEADVILLRTTDEFQKYTQKKVTWIDLSTLALPVGSNSECPLIDDKDSVINRAIMKPQLKMRCIQVQKIRYIWDFSVKEFRKVGSLEDSNTCHSIHHKFGAGLTGEERKIRQLVCGPNAIEVEIRPIWKLLFKEILNPFYVFQAFTLTLWLSQGYIEYSVAIIVLSVISVGLTVYDLRQQSTKLHDLVEEHNKVQVTVCTKNEGFKELESRCLVPGDVFLLDGKKLSLPCDAILIDGSCIVNEGMLTGESIPVMKTPLPLAESPEPWKTHSMEDYRRHVLFCGTEVIQAKSSGRGLVRAVVLQTGFNTAKGDLVRSILYPRPVNFQLYRDAFKFILGLSAIGVLGLIYTVCVFTYHKKPVADVVSMALLLLTAAVPPAIPAALTTGTVYAQRRLKKKKIFCITPQRINICGQINLVCFDKTGTLTEDGLDLWGILPSEGSCFQKIHKFPSSTPLPWGPVCGAMVSCHSLVVLDKKIQGDPLDLKMFEGTHWEIEESSTAWDRAGAIDACIVRPGPNASSAPVEGIAILHQFPFSSGLQRMSVVSQKIGEEQYDLYMKGAPEIVSSFCRQETVPADFLEELKSYTSQGFRVIALAHKLLSLPEDVDVSNLEREEAESELEFLGLLVMENRLKPETKPVLRELAAARIRSIMVTGDNLQTAVTVARSAAMIHEGSKVIIIEASEPEGSAPASIAWRLAEGSKEVCANTQEKITLEGESCNYHFAMNGKSYQVLLKHFYSLLPKILLNATVFARMSPGQKSSLVEELQKLDYYVGMCGDGANDCGALKMAHAGISLSEQEASVASPFTSQIPNIQCMPELIREGRAALVASFAVVKYLTLYGLIQFVGTALLFWQLQIFGNYQYLIQDMVITLLVCLTMSLTEAYPKLAPYRPPGQLISPPLLLSVILNVCFTIALQTCGFLLVKKQPWYVALASWRHCSLGNQTLPSADPGGNGTSSSSAQSTVLSYEGTTLWPLSSINCIIVAFVFSKGKPFRKPIYTN

Target ORF information:

RefSeq Version	XM_021393340.1
Organism	Numida meleagris(helmeted guineafowl)
Definition	Numida meleagris ATPase 13A5 (ATP13A5), transcript variant X9, mRNA.

Target ORF information:

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

XM_021393340.1

ORF Insert Sequence:

ATGGAGGAAA AGATTTGGAA GGATCATTAT GTGCTCCTCA ACAAGGATGA AGAAAATGAG 
CTGGAGGCTT TTGGCTACAA AAGCCAGGGC TGCCGGAAGG CCCTGTGCAT TGCTGGATAC 
ATCTTGTCCT GCGGGGCTCT GCTGCTGCTG TTCTACTGGA AGCCAGAATG GGATGTGTGG 
GCAAACTGTG TCCCCTGCAG CTTGGAAGAA GCAGATGTCA TCCTACTCAG AACAACTGAT 
GAGTTTCAGA AATACACCCA GAAGAAGGTG ACCTGGATTG ATTTGTCCAC TTTGGCACTA 
CCCGTTGGTA GTAATTCAGA ATGTCCTCTC ATAGATGATA AAGACTCTGT TATAAACAGA 
GCCATAATGA AGCCACAGTT AAAGATGAGA TGTATTCAAG TACAGAAAAT CCGTTACATT 
TGGGACTTTT CTGTAAAAGA GTTCAGGAAA GTTGGATCAC TGGAAGACAG CAACACGTGT 
CACAGCATAC ACCACAAGTT TGGAGCCGGC CTGACAGGGG AAGAACGGAA AATCAGGCAG 
CTGGTGTGTG GGCCTAATGC CATCGAAGTT GAAATCCGTC CCATTTGGAA GTTACTTTTT 
AAAGAGATTT TAAACCCCTT CTATGTGTTC CAAGCCTTCA CTCTCACTCT GTGGCTGAGC 
CAAGGCTACA TTGAATACTC AGTGGCCATC ATAGTCCTGT CAGTCATTTC TGTTGGCCTA 
ACTGTGTATG ATCTCAGACA GCAGTCTACC AAGCTGCATG ACCTCGTTGA GGAGCATAAC 
AAAGTCCAGG TTACAGTCTG CACAAAGAAC GAAGGTTTCA AAGAACTGGA GTCTCGTTGC 
TTAGTCCCAG GAGATGTTTT TCTTTTAGAT GGAAAAAAGC TCTCCCTCCC ATGTGATGCT 
ATCCTGATTG ATGGAAGTTG CATTGTGAAT GAAGGGATGC TCACAGGTGA AAGCATTCCA 
GTTATGAAGA CCCCATTGCC TCTCGCGGAG AGCCCGGAGC CCTGGAAAAC ACACAGCATG 
GAGGACTACC GAAGACATGT CCTCTTCTGT GGGACTGAAG TCATCCAGGC AAAGTCATCT 
GGCAGAGGGC TGGTGCGGGC CGTGGTGCTG CAAACCGGGT TCAACACTGC TAAAGGTGAC 
TTGGTGAGGT CTATCCTCTA CCCCAGACCT GTGAACTTCC AGCTCTACCG AGATGCCTTC 
AAATTCATTC TAGGCCTCTC TGCCATTGGT GTGTTGGGAT TGATATACAC CGTTTGTGTG 
TTCACATACC ACAAAAAGCC AGTGGCAGAT GTCGTGTCCA TGGCCCTCCT CCTCCTCACC 
GCAGCTGTGC CTCCTGCCAT CCCCGCTGCC CTGACCACGG GCACCGTTTA TGCCCAAAGG 
AGGCTGAAGA AAAAGAAGAT TTTCTGCATC ACTCCACAGA GGATTAATAT CTGCGGGCAA 
ATCAACCTCG TCTGCTTTGA CAAAACGGGC ACGTTGACAG AAGATGGACT GGACCTGTGG 
GGCATCCTCC CTTCTGAGGG AAGCTGCTTT CAGAAAATCC ACAAGTTTCC ATCCAGCACT 
CCTCTGCCCT GGGGACCGGT GTGTGGAGCC ATGGTGAGCT GCCACTCCCT GGTGGTTCTG 
GATAAGAAGA TTCAAGGAGA CCCACTGGAC CTGAAAATGT TTGAGGGCAC ACACTGGGAG 
ATAGAAGAGT CCAGCACAGC TTGGGATAGG GCCGGTGCTA TTGATGCCTG CATCGTTAGA 
CCGGGGCCGA ACGCCAGCAG CGCCCCCGTG GAAGGAATTG CAATCCTGCA TCAATTCCCA 
TTTTCCTCTG GGCTGCAGAG GATGTCTGTT GTTTCACAGA AGATTGGAGA GGAGCAGTAT 
GACCTGTACA TGAAAGGAGC ACCAGAAATA GTGTCCAGCT TTTGCAGACA AGAAACCGTC 
CCAGCTGATT TCTTGGAGGA GCTTAAGTCA TACACAAGCC AAGGCTTCAG AGTGATTGCC 
CTGGCCCATA AATTGCTGAG CCTTCCAGAG GATGTAGATG TGAGTAACCT GGAGAGAGAA 
GAGGCAGAGT CTGAGCTAGA GTTTCTGGGC CTCCTGGTGA TGGAGAACCG CCTGAAGCCA 
GAAACAAAGC CTGTGCTGCG AGAGCTGGCC GCTGCCCGCA TCAGGAGCAT CATGGTCACA 
GGGGACAACC TTCAGACAGC AGTCACGGTG GCCAGGAGCG CGGCTATGAT TCACGAGGGC 
AGCAAAGTCA TCATCATTGA AGCCAGCGAA CCAGAGGGCT CCGCTCCAGC TTCCATTGCC 
TGGCGGTTGG CAGAAGGCAG CAAGGAGGTG TGTGCCAATA CCCAGGAAAA GATCACATTG 
GAAGGAGAAA GCTGCAACTA CCATTTTGCA ATGAATGGGA AGTCCTACCA GGTTCTCCTA 
AAGCACTTCT ACAGCTTGCT GCCAAAAATA CTGCTGAATG CGACTGTCTT CGCTAGGATG 
TCTCCTGGCC AGAAATCCAG CCTTGTTGAA GAGCTTCAGA AACTCGATTA CTACGTGGGT 
ATGTGTGGTG ATGGAGCCAA TGACTGCGGG GCTCTGAAGA TGGCCCATGC AGGGATATCG 
CTGTCGGAGC AGGAGGCATC GGTGGCCTCG CCTTTCACCT CACAGATCCC CAACATCCAG 
TGCATGCCGG AGCTGATCAG GGAAGGTCGA GCTGCTTTGG TGGCTTCCTT TGCTGTTGTT 
AAATACCTGA CCCTGTACGG CCTGATACAG TTTGTTGGCA CCGCTCTGCT GTTCTGGCAA 
CTGCAAATCT TTGGGAATTA CCAGTATTTG ATTCAAGACA TGGTCATTAC CCTCCTGGTT 
TGCCTAACAA TGAGCCTGAC AGAAGCCTAC CCAAAGCTGG CACCCTATCG CCCTCCTGGC 
CAGCTCATCT CCCCTCCTTT GCTGCTCTCT GTTATTCTCA ACGTGTGCTT TACCATAGCC 
CTGCAGACCT GTGGCTTCCT GCTGGTGAAG AAGCAGCCCT GGTATGTAGC GCTGGCCAGC 
TGGAGACATT GCTCGCTCGG GAACCAGACC TTGCCCTCTG CCGACCCAGG GGGAAACGGT 
ACCAGCAGCA GCAGTGCCCA GAGCACCGTC CTCAGCTACG AAGGCACAAC ATTGTGGCCA 
CTGTCTTCCA TCAACTGCAT CATTGTGGCC TTTGTCTTTT CCAAAGGAAA GCCCTTCCGC 
AAGCCCATCT ACACCAATTA G

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

ATP13A5 ( XM_021393342.1 ) cDNA ORF clone, Numida meleagris(helmeted guineafowl) -> XP_021249017.1 Numida meleagris ATPase 13A5 (ATP13A5), transcript variant X10, mRNA.

Price & Availability↑

CloneID	ONu21103
Clone ID Related Accession (Same CDS sequence)	XM_021393342.1
Accession Version	XM_021393342.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3180bp) 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	probable cation-transporting ATPase 13A5 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034412.1) 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##

ATGAGATGTA TTCAAGTACA GAAAATCCGT TACATTTGGG ACTTTTCTGT AAAAGAGTTC 
AGGAAAGTTG GATCACTGGA AGACAGCAAC ACGTGTCACA GCATACACCA CAAGTTTGGA 
GCCGGCCTGA CAGGGGAAGA ACGGAAAATC AGGCAGCTGG TGTGTGGGCC TAATGCCATC 
GAAGTTGAAA TCCGTCCCAT TTGGAAGTTA CTTTTTAAAG AGATTTTAAA CCCCTTCTAT 
GTGTTCCAAG CCTTCACTCT CACTCTGTGG CTGAGCCAAG GCTACATTGA ATACTCAGTG 
GCCATCATAG TCCTGTCAGT CATTTCTGTT GGCCTAACTG TGTATGATCT CAGACAGCAG 
TCTACCAAGC TGCATGACCT CGTTGAGGAG CATAACAAAG TCCAGGTTAC AGTCTGCACA 
AAGAACGAAG GTTTCAAAGA ACTGGAGTCT CGTTGCTTAG TCCCAGGAGA TGTTTTTCTT 
TTAGATGGAA AAAAGCTCTC CCTCCCATGT GATGCTATCC TGATTGATGG AAGTTGCATT 
GTGAATGAAG GGATGCTCAC AGGTGAAAGC ATTCCAGTTA TGAAGACCCC ATTGCCTCTC 
GCGGAGAGCC CGGAGCCCTG GAAAACACAC AGCATGGAGG ACTACCGAAG ACATGTCCTC 
TTCTGTGGGA CTGAAGTCAT CCAGGCAAAG TCATCTGGCA GAGGGCTGGT GCGGGCCGTG 
GTGCTGCAAA CCGGGTTCAA CACTGCTAAA GGTGACTTGG TGAGGTCTAT CCTCTACCCC 
AGACCTGTGA ACTTCCAGCT CTACCGAGAT GCCTTCAAAT TCATTCTAGG CCTCTCTGCC 
ATTGGTGTGT TGGGATTGAT ATACACCGTT TGTGTGTTCA CATACCACAA AAAGCCAGTG 
GCAGATGTCG TGTCCATGGC CCTCCTCCTC CTCACCGCAG CTGTGCCTCC TGCCATCCCC 
GCTGCCCTGA CCACGGGCAC CGTTTATGCC CAAAGGAGGC TGAAGAAAAA GAAGATTTTC 
TGCATCACTC CACAGAGGAT TAATATCTGC GGGCAAATCA ACCTCGTCTG CTTTGACAAA 
ACGGGCACGT TGACAGAAGA TGGACTGGAC CTGTGGGGCA TCCTCCCTTC TGAGGGAAGC 
TGCTTTCAGA AAATCCACAA GTTTCCATCC AGCACTCCTC TGCCCTGGGG ACCGGTGTGT 
GGAGCCATGG TGAGCTGCCA CTCCCTGGTG GTTCTGGATA AGAAGATTCA AGGAGACCCA 
CTGGACCTGA AAATGTTTGA GGGCACACAC TGGGAGATAG AAGAGTCCAG CACAGCTTGG 
GATAGGGCCG GTGCTATTGA TGCCTGCATC GTTAGACCGG GGCCGAACGC CAGCAGCGCC 
CCCGTGGAAG GAATTGCAAT CCTGCATCAA TTCCCATTTT CCTCTGGGCT GCAGAGGATG 
TCTGTTGTTT CACAGAAGAT TGGAGAGGAG CAGTATGACC TGTACATGAA AGGAGCACCA 
GAAATAGTGT CCAGCTTTTG CAGACAAGAA ACCGTCCCAG CTGATTTCTT GGAGGAGCTT 
AAGTCATACA CAAGCCAAGG CTTCAGAGTG ATTGCCCTGG CCCATAAATT GCTGAGCCTT 
CCAGAGGATG TAGATGTGAG TAACCTGGAG AGAGAAGAGG CAGAGTCTGA GCTAGAGTTT 
CTGGGCCTCC TGGTGATGGA GAACCGCCTG AAGCCAGAAA CAAAGCCTGT GCTGCGAGAG 
CTGGCCGCTG CCCGCATCAG GAGCATCATG GTCACAGGGG ACAACCTTCA GACAGCAGTC 
ACGGTGGCCA GGAGCGCGGC TATGATTCAC GAGGGCAGCA AAGTCATCAT CATTGAAGCC 
AGCGAACCAG AGGGCTCCGC TCCAGCTTCC ATTGCCTGGC GGTTGGCAGA AGGCAGCAAG 
GAGGTGTGTG CCAATACCCA GGAAAAGATC ACATTGGAAG GAGAAAGCTG CAACTACCAT 
TTTGCAATGA ATGGGAAGTC CTACCAGGTT CTCCTAAAGC ACTTCTACAG CTTGCTGCCA 
AAAATACTGC TGAATGCGAC TGTCTTCGCT AGGATGTCTC CTGGCCAGAA ATCCAGCCTT 
GTTGAAGAGC TTCAGAAACT CGATTACTAC GTGGGTATGT GTGGTGATGG AGCCAATGAC 
TGCGGGGCTC TGAAGATGGC CCATGCAGGG ATATCGCTGT CGGAGCAGGA GGCATCGGTG 
GCCTCGCCTT TCACCTCACA GATCCCCAAC ATCCAGTGCA TGCCGGAGCT GATCAGGGAA 
GGTCGAGCTG CTTTGGTGGC TTCCTTTGCT GTTGTTAAAT ACCTGACCCT GTACGGCCTG 
ATACAGTTTG TTGGCACCGC TCTGCTGTTC TGGCAACTGC AAATCTTTGG GAATTACCAG 
TATTTGATTC AAGACATGGT CATTACCCTC CTGGTTTGCC TAACAATGAG CCTGACAGAA 
GCCTACCCAA AGCTGGCACC CTATCGCCCT CCTGGCCAGC TCATCTCCCC TCCTTTGCTG 
CTCTCTGTTA TTCTCAACGT GTGCTTTACC ATAGCCCTGC AGACCTGTGG CTTCCTGCTG 
GTGAAGAAGC AGCCCTGGTA TGTAGCGCTG GCCAGCTGGA GACATTGCTC GCTCGGGAAC 
CAGACCTTGC CCTCTGCCGA CCCAGGGGGA AACGGTACCA GCAGCAGCAG TGCCCAGAGC 
ACCGTCCTCA GCTACGAAGG CACAACATTG TGGCCACTGT CTTCCATCAA CTGCATCATT 
GTGGCCTTTG TCTTTTCCAA AGGAAAGCCC TTCCGCAAGC CCATCTACAC CAATTATGTA 
TTTTCAGCCC TCCTGGCCCT CCAGCTCGCC GTCTGCCTCT TCCTCTTCCT CGCTGACATG 
GATGCTGTGT ACAGTGGCAT GCAGTTTCTT TGCACTCCTG TGATCTGGAG AGTTTATGTC 
CTACTGATGC TCTTGGTCAC CTTCTGTGTA TCTTTTTTTA CGGAGGATGT TCTCCTGCAG 
AACAAGCACC TCTGGATGCT GATTAAAGCC TGCGTTGGGT ACCAGTCGAA AAGCCAGTAC 
CGAAAGTGGC AGTGGATGCT GCAGAGGGAT CCAAACTGGC CTCCTGTAAA CACCAAGGAT 
TTTGCAGCAA GAAGCACAGC TGAGGTTTAC ATTAACCCCA GCTACGAGCA CAGGGACTAG

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

RefSeq	XP_021249017.1
CDS	349..3528
Translation	MRCIQVQKIRYIWDFSVKEFRKVGSLEDSNTCHSIHHKFGAGLTGEERKIRQLVCGPNAIEVEIRPIWKLLFKEILNPFYVFQAFTLTLWLSQGYIEYSVAIIVLSVISVGLTVYDLRQQSTKLHDLVEEHNKVQVTVCTKNEGFKELESRCLVPGDVFLLDGKKLSLPCDAILIDGSCIVNEGMLTGESIPVMKTPLPLAESPEPWKTHSMEDYRRHVLFCGTEVIQAKSSGRGLVRAVVLQTGFNTAKGDLVRSILYPRPVNFQLYRDAFKFILGLSAIGVLGLIYTVCVFTYHKKPVADVVSMALLLLTAAVPPAIPAALTTGTVYAQRRLKKKKIFCITPQRINICGQINLVCFDKTGTLTEDGLDLWGILPSEGSCFQKIHKFPSSTPLPWGPVCGAMVSCHSLVVLDKKIQGDPLDLKMFEGTHWEIEESSTAWDRAGAIDACIVRPGPNASSAPVEGIAILHQFPFSSGLQRMSVVSQKIGEEQYDLYMKGAPEIVSSFCRQETVPADFLEELKSYTSQGFRVIALAHKLLSLPEDVDVSNLEREEAESELEFLGLLVMENRLKPETKPVLRELAAARIRSIMVTGDNLQTAVTVARSAAMIHEGSKVIIIEASEPEGSAPASIAWRLAEGSKEVCANTQEKITLEGESCNYHFAMNGKSYQVLLKHFYSLLPKILLNATVFARMSPGQKSSLVEELQKLDYYVGMCGDGANDCGALKMAHAGISLSEQEASVASPFTSQIPNIQCMPELIREGRAALVASFAVVKYLTLYGLIQFVGTALLFWQLQIFGNYQYLIQDMVITLLVCLTMSLTEAYPKLAPYRPPGQLISPPLLLSVILNVCFTIALQTCGFLLVKKQPWYVALASWRHCSLGNQTLPSADPGGNGTSSSSAQSTVLSYEGTTLWPLSSINCIIVAFVFSKGKPFRKPIYTNYVFSALLALQLAVCLFLFLADMDAVYSGMQFLCTPVIWRVYVLLMLLVTFCVSFFTEDVLLQNKHLWMLIKACVGYQSKSQYRKWQWMLQRDPNWPPVNTKDFAARSTAEVYINPSYEHRD

Target ORF information:

RefSeq Version	XM_021393342.1
Organism	Numida meleagris(helmeted guineafowl)
Definition	Numida meleagris ATPase 13A5 (ATP13A5), transcript variant X10, mRNA.

Target ORF information:

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

XM_021393342.1

ORF Insert Sequence:

ATGAGATGTA TTCAAGTACA GAAAATCCGT TACATTTGGG ACTTTTCTGT AAAAGAGTTC 
AGGAAAGTTG GATCACTGGA AGACAGCAAC ACGTGTCACA GCATACACCA CAAGTTTGGA 
GCCGGCCTGA CAGGGGAAGA ACGGAAAATC AGGCAGCTGG TGTGTGGGCC TAATGCCATC 
GAAGTTGAAA TCCGTCCCAT TTGGAAGTTA CTTTTTAAAG AGATTTTAAA CCCCTTCTAT 
GTGTTCCAAG CCTTCACTCT CACTCTGTGG CTGAGCCAAG GCTACATTGA ATACTCAGTG 
GCCATCATAG TCCTGTCAGT CATTTCTGTT GGCCTAACTG TGTATGATCT CAGACAGCAG 
TCTACCAAGC TGCATGACCT CGTTGAGGAG CATAACAAAG TCCAGGTTAC AGTCTGCACA 
AAGAACGAAG GTTTCAAAGA ACTGGAGTCT CGTTGCTTAG TCCCAGGAGA TGTTTTTCTT 
TTAGATGGAA AAAAGCTCTC CCTCCCATGT GATGCTATCC TGATTGATGG AAGTTGCATT 
GTGAATGAAG GGATGCTCAC AGGTGAAAGC ATTCCAGTTA TGAAGACCCC ATTGCCTCTC 
GCGGAGAGCC CGGAGCCCTG GAAAACACAC AGCATGGAGG ACTACCGAAG ACATGTCCTC 
TTCTGTGGGA CTGAAGTCAT CCAGGCAAAG TCATCTGGCA GAGGGCTGGT GCGGGCCGTG 
GTGCTGCAAA CCGGGTTCAA CACTGCTAAA GGTGACTTGG TGAGGTCTAT CCTCTACCCC 
AGACCTGTGA ACTTCCAGCT CTACCGAGAT GCCTTCAAAT TCATTCTAGG CCTCTCTGCC 
ATTGGTGTGT TGGGATTGAT ATACACCGTT TGTGTGTTCA CATACCACAA AAAGCCAGTG 
GCAGATGTCG TGTCCATGGC CCTCCTCCTC CTCACCGCAG CTGTGCCTCC TGCCATCCCC 
GCTGCCCTGA CCACGGGCAC CGTTTATGCC CAAAGGAGGC TGAAGAAAAA GAAGATTTTC 
TGCATCACTC CACAGAGGAT TAATATCTGC GGGCAAATCA ACCTCGTCTG CTTTGACAAA 
ACGGGCACGT TGACAGAAGA TGGACTGGAC CTGTGGGGCA TCCTCCCTTC TGAGGGAAGC 
TGCTTTCAGA AAATCCACAA GTTTCCATCC AGCACTCCTC TGCCCTGGGG ACCGGTGTGT 
GGAGCCATGG TGAGCTGCCA CTCCCTGGTG GTTCTGGATA AGAAGATTCA AGGAGACCCA 
CTGGACCTGA AAATGTTTGA GGGCACACAC TGGGAGATAG AAGAGTCCAG CACAGCTTGG 
GATAGGGCCG GTGCTATTGA TGCCTGCATC GTTAGACCGG GGCCGAACGC CAGCAGCGCC 
CCCGTGGAAG GAATTGCAAT CCTGCATCAA TTCCCATTTT CCTCTGGGCT GCAGAGGATG 
TCTGTTGTTT CACAGAAGAT TGGAGAGGAG CAGTATGACC TGTACATGAA AGGAGCACCA 
GAAATAGTGT CCAGCTTTTG CAGACAAGAA ACCGTCCCAG CTGATTTCTT GGAGGAGCTT 
AAGTCATACA CAAGCCAAGG CTTCAGAGTG ATTGCCCTGG CCCATAAATT GCTGAGCCTT 
CCAGAGGATG TAGATGTGAG TAACCTGGAG AGAGAAGAGG CAGAGTCTGA GCTAGAGTTT 
CTGGGCCTCC TGGTGATGGA GAACCGCCTG AAGCCAGAAA CAAAGCCTGT GCTGCGAGAG 
CTGGCCGCTG CCCGCATCAG GAGCATCATG GTCACAGGGG ACAACCTTCA GACAGCAGTC 
ACGGTGGCCA GGAGCGCGGC TATGATTCAC GAGGGCAGCA AAGTCATCAT CATTGAAGCC 
AGCGAACCAG AGGGCTCCGC TCCAGCTTCC ATTGCCTGGC GGTTGGCAGA AGGCAGCAAG 
GAGGTGTGTG CCAATACCCA GGAAAAGATC ACATTGGAAG GAGAAAGCTG CAACTACCAT 
TTTGCAATGA ATGGGAAGTC CTACCAGGTT CTCCTAAAGC ACTTCTACAG CTTGCTGCCA 
AAAATACTGC TGAATGCGAC TGTCTTCGCT AGGATGTCTC CTGGCCAGAA ATCCAGCCTT 
GTTGAAGAGC TTCAGAAACT CGATTACTAC GTGGGTATGT GTGGTGATGG AGCCAATGAC 
TGCGGGGCTC TGAAGATGGC CCATGCAGGG ATATCGCTGT CGGAGCAGGA GGCATCGGTG 
GCCTCGCCTT TCACCTCACA GATCCCCAAC ATCCAGTGCA TGCCGGAGCT GATCAGGGAA 
GGTCGAGCTG CTTTGGTGGC TTCCTTTGCT GTTGTTAAAT ACCTGACCCT GTACGGCCTG 
ATACAGTTTG TTGGCACCGC TCTGCTGTTC TGGCAACTGC AAATCTTTGG GAATTACCAG 
TATTTGATTC AAGACATGGT CATTACCCTC CTGGTTTGCC TAACAATGAG CCTGACAGAA 
GCCTACCCAA AGCTGGCACC CTATCGCCCT CCTGGCCAGC TCATCTCCCC TCCTTTGCTG 
CTCTCTGTTA TTCTCAACGT GTGCTTTACC ATAGCCCTGC AGACCTGTGG CTTCCTGCTG 
GTGAAGAAGC AGCCCTGGTA TGTAGCGCTG GCCAGCTGGA GACATTGCTC GCTCGGGAAC 
CAGACCTTGC CCTCTGCCGA CCCAGGGGGA AACGGTACCA GCAGCAGCAG TGCCCAGAGC 
ACCGTCCTCA GCTACGAAGG CACAACATTG TGGCCACTGT CTTCCATCAA CTGCATCATT 
GTGGCCTTTG TCTTTTCCAA AGGAAAGCCC TTCCGCAAGC CCATCTACAC CAATTATGTA 
TTTTCAGCCC TCCTGGCCCT CCAGCTCGCC GTCTGCCTCT TCCTCTTCCT CGCTGACATG 
GATGCTGTGT ACAGTGGCAT GCAGTTTCTT TGCACTCCTG TGATCTGGAG AGTTTATGTC 
CTACTGATGC TCTTGGTCAC CTTCTGTGTA TCTTTTTTTA CGGAGGATGT TCTCCTGCAG 
AACAAGCACC TCTGGATGCT GATTAAAGCC TGCGTTGGGT ACCAGTCGAA AAGCCAGTAC 
CGAAAGTGGC AGTGGATGCT GCAGAGGGAT CCAAACTGGC CTCCTGTAAA CACCAAGGAT 
TTTGCAGCAA GAAGCACAGC TGAGGTTTAC ATTAACCCCA GCTACGAGCA CAGGGACTAG

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

PubMed

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[email protected]

電話

03-6811-6572

FAX

03-6811-6573
050-3174-7589(受注専用)

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オンライン注文

ATP13A5 cDNA ORF clone, Numida meleagris(helmeted guineafowl)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Most Popular Services

Services & Products

見積依頼

Eメール

電話

FAX

オンラインフォーム