LOC101794979 gene cDNA ORF clone, Anas platyrhynchos(mallard)

mRNA	Protein	Name
XM_013109311.1	XP_012964765.1	5'-3' exoribonuclease 1 isoform X2
XM_013109311.2	XP_012964765.1	5'-3' exoribonuclease 1 isoform X2
XM_005010857.3	XP_005010914.1	5'-3' exoribonuclease 1 isoform X1
XM_013109315.1	XP_012964769.1	5'-3' exoribonuclease 1 isoform X3
XM_005010857.2	XP_005010914.1	5'-3' exoribonuclease 1 isoform X1
XM_027463917.1	XP_027319718.1	5'-3' exoribonuclease 1 isoform X3
XM_021279150.1	XP_021134825.1	5'-3' exoribonuclease 1 isoform X3
XM_027463915.1	XP_027319716.1	5'-3' exoribonuclease 1 isoform X1
XM_027463916.1	XP_027319717.1	5'-3' exoribonuclease 1 isoform X2

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OAn183455	XM_027463917.1 Latest version!	Anas platyrhynchos 5'-3' exoribonuclease 1 (LOC101794979), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OAn102024	XM_005010857.3 Latest version!	Anas platyrhynchos 5'-3' exoribonuclease 1 (XRN1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OAn102025	XM_013109311.2 Latest version!	Anas platyrhynchos 5'-3' exoribonuclease 1 (XRN1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OAn102026	XM_013109315.1 Latest version!	Anas platyrhynchos 5'-3' exoribonuclease 1 (XRN1), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
OAn147634	XM_021279150.1 Latest version!	Anas platyrhynchos 5'-3' exoribonuclease 1 (XRN1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OAn183453	XM_027463915.1 Latest version!	Anas platyrhynchos 5'-3' exoribonuclease 1 (LOC101794979), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OAn183454	XM_027463916.1 Latest version!	Anas platyrhynchos 5'-3' exoribonuclease 1 (LOC101794979), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
View Old Accession Versions >>
OAn102025	XM_013109311.1	Anas platyrhynchos 5'-3' exoribonuclease 1 (XRN1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OAn102024	XM_005010857.2	Anas platyrhynchos 5'-3' exoribonuclease 1 (XRN1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
Hide Old Accession Versions >>

LOC101794979 ( XM_027463917.1 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_027319718.1 Anas platyrhynchos 5'-3' exoribonuclease 1 (LOC101794979), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OAn183455
Clone ID Related Accession (Same CDS sequence)	XM_027463917.1
Accession Version	XM_027463917.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4410bp) 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	2018-12-19
Organism	Anas platyrhynchos(mallard)
Product	5'-3' exoribonuclease 1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_040054.1) 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 Name :: Anas platyrhynchos Annotation Release 103 Annotation Version :: 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGCGTCC CCAAGTTCTA CCGCTGGGTG TCGGAGCGGT ACCCGTGCCT CAGCCAGGTG 
CTGAAGGAGC ACCAGATTCC AGAATTTGAC AACTTGTACC TGGACATGAA TGGCATTATA 
CATCAGTGTT CACATCCAAA TGATGATGAT GTTCACTTCA GAATCTCAGA AGATAAGATT 
TTTGCTGATA TTTTTCACTA TTTGGAAGTA CTGTTTCGCA TTATTAAGCC AAGGAAGGTT 
TTCTTCATGG CAGTTGATGG TGTAGCTCCA AGAGCAAAAA TGAATCAGCA GCGTGGGAGA 
CGTTTTAGAT CAGCAAAAGA GGCAGAGGAC AAAATAAAAA AGGCATTAGA AAAGGGAGAA 
ACTCTACCTA CTGAAGCCAG ATTTGACTCC AACTGTATTA CACCAGGAAC TGAATTCATG 
GCTAGATTGC ATGAACATCT TAAATATTTC GTCAACATGA AAATTTCTAC AGACAAATCC 
TGGCAGGGAG TAACAGTCTA TTTATCAGGC CATGAGACTC CAGGGGAAGG AGAGCATAAA 
ATTATGGAGT TCATCAGATC AGAAAAAGCA AAGCCCCATC ATGATCCAAA CACAAGACAC 
TGTCTCTATG GCTTAGATGC TGATTTGATT ATGCTGGGAT TAACAAGTCA TGAGGCACAC 
TTTGCGCTCT TAAGAGAAGA AGTCAGATTT GGTGGTAAAA AATCTCAAAG AGCATGTGCA 
CCAGAGGAAA CCACATTTCA TTTACTGCAC TTATCACTGA TGAGAGAATA TATTGATTAT 
GAATTTTCAC CAGTAAAAGA TAAGATTCCA TTTGAATATG ATATTGAAAA GATAATAGAT 
GATTGGATCT TGATGGGTTT CCTTGTAGGC AATGATTTTA TTCCTCATCT ACCTCATTTA 
CACATTAATC ATGATGCACT GCCGCTACTT TATAGAACAT ACATGGCTAT CTTGCCAGAA 
CTGGGAGGTT ACATAAATGA AAATGGGCAT CTGAATTTAA AACGCTTTGA GAAGTATCTC 
ATGAGATTGT CAGATTTTGA TCGTGAACAC TTTAGTGAAG TCTTCGTAGA CCTAAAATGG 
TTTGAAAGTA AAGTAGGCAA TAAATACCTC AATGAGGCAG CTGGTATTGC AGCAGAAGAA 
GCCAGAAACA ATAAACAGAA GAAACAGAAG GCTCAGGAAA ATTCTCTATG TTTGGCTGCA 
TTAGAAAAAA ATGAAGTTGT GACCTCTAGA ACTGTGTTGG AAGATGAACC AGAAGATGAT 
GATCTGTTTG AAACAGAGTT TAGGCAATAC AAGAGAACTT ACTACATGAC TAAAATGGGC 
GTGGAAGTAG TTTCTGATGA CTTCCTGGCT GATCAAGCTG AATGTTATGT CCAGGCAATA 
CAATGGATTT TGCATTATTA TTACCATGGA GTTCAGTCAT GGAGCTGGTA TTACCCATAT 
CATTATGCAC CTTATCTGTC AGATATTCGC AACATCAGTG AACTCGAAAT CAAATTTGAA 
CTGGGAAAAC CTTTCATGCC ATTTGAACAG CTTCTTGCTG TACTTCCAGC AGCTAGCAAA 
GACCTATTAC CTAAATGTTA CCAGCATTTG ATGATTAGTC AAGACTCTCC TATTATAGAA 
TATTATCCAC CAGACTTTAA AACTGACCTG AATGGAAAAC AGCAAGAATG GGAAGCTGTG 
GTATTAATCC CTTTTATTGA TGAGAGACGA CTGCTGCAGG CCATGGAACC ATGTAATAAG 
TACCTAAAAG AAGAGGAGAA ACGCAGAAAT ACTCACAGTG CCTGCTTAAT GTACTGGTAT 
GACAAAGATG CAGAGTTCCA GTACATGTCT CCTTGGCCAG AGAAATTTCC TGCAATTGAA 
AGGTGTCATA CCAGGTATAA AACAATACCT TTGGATGCTT GGCATGTAGA AATTACCCAT 
AATCAAATAA CTAAAATCAA CAAGAGTGCA TTATATTTTT GTGGATTTCC TACTTTAAAG 
CACATTAAAC ATAAGTTCTG TCTTAGAAAA AGTGGTGTGC AGGTGTTTCA GCAAAGCAGC 
CATGGAGAAA ACATGATGTT AGAAATTGTA ACTGATGAAA ACTCAAAAGA TCAAACAGTG 
GAAAATGTTG CCAGTTTGAT ACTTGGAAAG CTTGTTTTTG TTAACTGGCC ACACCTGGAA 
GAAGCCAGAG TTGTTGCTGT GTCAGATGGA GAAACCAAGT TCTACTTGGA AGAACCACAC 
GGAACACAGA AGCTCTACAT GGGAAATGCA GTGCCCCCAA CTAAAGTGGC ATATGTTGGA 
GATAAGGAGC AAAGCATGTG GTTAAAAGAA GTGCAAGGTC TTTCAGAGCA TTACCAGAGA 
AGAAAAGGAA TAATTATTCA TGAAACATCA ATAGTTGTGT ATGCTCAGTT ACTCACTGGC 
AATAGATACC AACTAAACCA AAATGGTGAA GTGTATTTGG AGAAGCAGTG GTCAAAACAA 
GTTCTTCCTT TTGTTTACCA AACTGTTGTC AAGGATATCA AAGCCTTTGA CTCTCGTTTT 
TCAAACATCA AAACTTTGGA TGACTTGTTT CCTCCTGGGA GCACAGCCTT TATGCTGGGA 
TCTCCTTACT ATGGCTGCAT GGGAGAAGTT CAAGATTCAC GTGATGTGAT CCCAGAAGGT 
AGAATTCGTG TAGTTTTCAA TATTCCTTGT GAACCTCAGC TTGATCCTTT AATACAGAAT 
CAGCATAAAT ACTCTGTGAA ATACAATCCT GCATATATTT TGGCCAGCCG TCTTGGAGTA 
AGTGGATATC TAGTCTCCAG ATTTACAGGG AGTATCTTTA TTGGAAGAGG ATCAAAGAAA 
AATCCTCATG GAGATCACAA AGCAAACGTG GGGCTGAACC TGAAGTTTAA TAAGAAAAAC 
GAAGAAGTTC CTGGCTATAC TAAGAAAGTC GGAAATGAAT GGATGTATTC TTCTGCAGTA 
GAACAACTAC TTGCTGAGTA TTTAGAAAGA GTTCCTGAGT TGTTTAATTA TATAGCCAAG 
AATAGCCAGG AAGATATATT CTATGAAGAT GACATTTGGC CTGGTGAGGA TGAGAATGGG 
GCTGAGAAAG TTCAAGAAAT TGTTGCCTGG TTAAAGGCAC ATCCTGTCTC TGCGTTATCT 
CGCTCATCTT GTGACTTGCA AATTTTGGAT GCAGCCATTG TTGAGAAAAT TGAAGAAGAA 
ATAGAGAAAT GCAAGCAAAG AAAGAGCAAC AAGAAAGTGC GAGTAACTGT GAAACCCCAT 
TTGCTATACA GACCTTTAGA ACAACAGAAT GGGGTTGTTC CAGACAGAGA TGCGGAGTAT 
AAGCTGTTTG ATCGTGTTGT CAATGTGAGA GAGAACTTTT CTGTTCCTGT TGGTCTTCGA 
GGTACCATTA TAGGAATTAA AGGAGCTAGT AGAGAAACAG ATGTTCTCTT CGAAGTTTTG 
TTTGATGAAG AATTCCTGGG AGGCCTAACT ATAAGGTGCT CACCCGCCAG AGGTTATCGT 
CTGCCATCAA GTGCCTTAAT TAACCTGTCT CATGGTAGTC GGTCAGAAAT GGGAAATCAA 
AAACTGACAG CCATAGTTAA ACCTCAGCCA GCCGCAAATA ACTACAACTC ATATGCATCT 
GATCTGTCGT CTGTATGCTC ACAAAAAGTG CATCTGGGAG GCCTCAACCA TTCTCCTCGC 
TCCCTTTTTG TTCCTACTCA AGCACAAAGT AAGCAAGATG ATGAATTCTG CAGTATATGG 
CAATCATTGC AGGTTTCTGG GAAGTCTTAC CACACTCAGC AAAACATACA TGAGAAGGGT 
GCAGTTCTAC CTCAGGAAAT CAAGCTGGGA ACTAGTAATC AGTTCTGTAA GCCAGTCTTC 
AATGACAGCA GCTTTAAAGG TCAGCAAAGA AAACAGGAGC CATATAAAAA ATTTAAAGAA 
GATTCCAAAG TGACAAGAGG TGAAAATCAA CCCCATAATA AAGTACCAAA CAAACAGAAT 
TTTGCAGGTG TAAATAAATA TAATGTCAAA CTTCTGAAGA GAAATGAAAG TCCCAATGTC 
ACTCAGAAGG CAGCAGTTGA TGGTCCATGT ACAGGTGGAA AGAAGGACAA TGATCTTGAA 
AGTCTTCTAG CTTCTTTGAA AATTTCCAAA GAAAATGAAG TGCAGACTTA CTCCAAGGAA 
GCAAGAGCTA CAAATGAAGA ACATCTGTCA CCACAATCAT TTGCTATGAA AGGAACACAG 
ATGCTCAAAG AAATTTTAAA GATAGACGGC TCTGATGTGG AAATGAGGAA TGAAGTGAAA 
TCCCAAGTTA GTGATGTTCC TGCTCCCCCA AGTAGACAGG ATTGCCATGG AGCTGCTTTG 
CAATATAGAC AACCAAAAAA AATGGGTATG TTTATACATC AACATAGCTC AGAGCTTCAC 
CTTGTGACAG TTCAGAACAT ACTTAGCTAA

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

RefSeq	XP_027319718.1
CDS	84..4493
Translation	MGVPKFYRWVSERYPCLSQVLKEHQIPEFDNLYLDMNGIIHQCSHPNDDDVHFRISEDKIFADIFHYLEVLFRIIKPRKVFFMAVDGVAPRAKMNQQRGRRFRSAKEAEDKIKKALEKGETLPTEARFDSNCITPGTEFMARLHEHLKYFVNMKISTDKSWQGVTVYLSGHETPGEGEHKIMEFIRSEKAKPHHDPNTRHCLYGLDADLIMLGLTSHEAHFALLREEVRFGGKKSQRACAPEETTFHLLHLSLMREYIDYEFSPVKDKIPFEYDIEKIIDDWILMGFLVGNDFIPHLPHLHINHDALPLLYRTYMAILPELGGYINENGHLNLKRFEKYLMRLSDFDREHFSEVFVDLKWFESKVGNKYLNEAAGIAAEEARNNKQKKQKAQENSLCLAALEKNEVVTSRTVLEDEPEDDDLFETEFRQYKRTYYMTKMGVEVVSDDFLADQAECYVQAIQWILHYYYHGVQSWSWYYPYHYAPYLSDIRNISELEIKFELGKPFMPFEQLLAVLPAASKDLLPKCYQHLMISQDSPIIEYYPPDFKTDLNGKQQEWEAVVLIPFIDERRLLQAMEPCNKYLKEEEKRRNTHSACLMYWYDKDAEFQYMSPWPEKFPAIERCHTRYKTIPLDAWHVEITHNQITKINKSALYFCGFPTLKHIKHKFCLRKSGVQVFQQSSHGENMMLEIVTDENSKDQTVENVASLILGKLVFVNWPHLEEARVVAVSDGETKFYLEEPHGTQKLYMGNAVPPTKVAYVGDKEQSMWLKEVQGLSEHYQRRKGIIIHETSIVVYAQLLTGNRYQLNQNGEVYLEKQWSKQVLPFVYQTVVKDIKAFDSRFSNIKTLDDLFPPGSTAFMLGSPYYGCMGEVQDSRDVIPEGRIRVVFNIPCEPQLDPLIQNQHKYSVKYNPAYILASRLGVSGYLVSRFTGSIFIGRGSKKNPHGDHKANVGLNLKFNKKNEEVPGYTKKVGNEWMYSSAVEQLLAEYLERVPELFNYIAKNSQEDIFYEDDIWPGEDENGAEKVQEIVAWLKAHPVSALSRSSCDLQILDAAIVEKIEEEIEKCKQRKSNKKVRVTVKPHLLYRPLEQQNGVVPDRDAEYKLFDRVVNVRENFSVPVGLRGTIIGIKGASRETDVLFEVLFDEEFLGGLTIRCSPARGYRLPSSALINLSHGSRSEMGNQKLTAIVKPQPAANNYNSYASDLSSVCSQKVHLGGLNHSPRSLFVPTQAQSKQDDEFCSIWQSLQVSGKSYHTQQNIHEKGAVLPQEIKLGTSNQFCKPVFNDSSFKGQQRKQEPYKKFKEDSKVTRGENQPHNKVPNKQNFAGVNKYNVKLLKRNESPNVTQKAAVDGPCTGGKKDNDLESLLASLKISKENEVQTYSKEARATNEEHLSPQSFAMKGTQMLKEILKIDGSDVEMRNEVKSQVSDVPAPPSRQDCHGAALQYRQPKKMGMFIHQHSSELHLVTVQNILS

Target ORF information:

RefSeq Version	XM_027463917.1
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos 5'-3' exoribonuclease 1 (LOC101794979), transcript variant X3, mRNA.

Target ORF information:

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

XM_027463917.1

ORF Insert Sequence:

ATGGGCGTCC CCAAGTTCTA CCGCTGGGTG TCGGAGCGGT ACCCGTGCCT CAGCCAGGTG 
CTGAAGGAGC ACCAGATTCC AGAATTTGAC AACTTGTACC TGGACATGAA TGGCATTATA 
CATCAGTGTT CACATCCAAA TGATGATGAT GTTCACTTCA GAATCTCAGA AGATAAGATT 
TTTGCTGATA TTTTTCACTA TTTGGAAGTA CTGTTTCGCA TTATTAAGCC AAGGAAGGTT 
TTCTTCATGG CAGTTGATGG TGTAGCTCCA AGAGCAAAAA TGAATCAGCA GCGTGGGAGA 
CGTTTTAGAT CAGCAAAAGA GGCAGAGGAC AAAATAAAAA AGGCATTAGA AAAGGGAGAA 
ACTCTACCTA CTGAAGCCAG ATTTGACTCC AACTGTATTA CACCAGGAAC TGAATTCATG 
GCTAGATTGC ATGAACATCT TAAATATTTC GTCAACATGA AAATTTCTAC AGACAAATCC 
TGGCAGGGAG TAACAGTCTA TTTATCAGGC CATGAGACTC CAGGGGAAGG AGAGCATAAA 
ATTATGGAGT TCATCAGATC AGAAAAAGCA AAGCCCCATC ATGATCCAAA CACAAGACAC 
TGTCTCTATG GCTTAGATGC TGATTTGATT ATGCTGGGAT TAACAAGTCA TGAGGCACAC 
TTTGCGCTCT TAAGAGAAGA AGTCAGATTT GGTGGTAAAA AATCTCAAAG AGCATGTGCA 
CCAGAGGAAA CCACATTTCA TTTACTGCAC TTATCACTGA TGAGAGAATA TATTGATTAT 
GAATTTTCAC CAGTAAAAGA TAAGATTCCA TTTGAATATG ATATTGAAAA GATAATAGAT 
GATTGGATCT TGATGGGTTT CCTTGTAGGC AATGATTTTA TTCCTCATCT ACCTCATTTA 
CACATTAATC ATGATGCACT GCCGCTACTT TATAGAACAT ACATGGCTAT CTTGCCAGAA 
CTGGGAGGTT ACATAAATGA AAATGGGCAT CTGAATTTAA AACGCTTTGA GAAGTATCTC 
ATGAGATTGT CAGATTTTGA TCGTGAACAC TTTAGTGAAG TCTTCGTAGA CCTAAAATGG 
TTTGAAAGTA AAGTAGGCAA TAAATACCTC AATGAGGCAG CTGGTATTGC AGCAGAAGAA 
GCCAGAAACA ATAAACAGAA GAAACAGAAG GCTCAGGAAA ATTCTCTATG TTTGGCTGCA 
TTAGAAAAAA ATGAAGTTGT GACCTCTAGA ACTGTGTTGG AAGATGAACC AGAAGATGAT 
GATCTGTTTG AAACAGAGTT TAGGCAATAC AAGAGAACTT ACTACATGAC TAAAATGGGC 
GTGGAAGTAG TTTCTGATGA CTTCCTGGCT GATCAAGCTG AATGTTATGT CCAGGCAATA 
CAATGGATTT TGCATTATTA TTACCATGGA GTTCAGTCAT GGAGCTGGTA TTACCCATAT 
CATTATGCAC CTTATCTGTC AGATATTCGC AACATCAGTG AACTCGAAAT CAAATTTGAA 
CTGGGAAAAC CTTTCATGCC ATTTGAACAG CTTCTTGCTG TACTTCCAGC AGCTAGCAAA 
GACCTATTAC CTAAATGTTA CCAGCATTTG ATGATTAGTC AAGACTCTCC TATTATAGAA 
TATTATCCAC CAGACTTTAA AACTGACCTG AATGGAAAAC AGCAAGAATG GGAAGCTGTG 
GTATTAATCC CTTTTATTGA TGAGAGACGA CTGCTGCAGG CCATGGAACC ATGTAATAAG 
TACCTAAAAG AAGAGGAGAA ACGCAGAAAT ACTCACAGTG CCTGCTTAAT GTACTGGTAT 
GACAAAGATG CAGAGTTCCA GTACATGTCT CCTTGGCCAG AGAAATTTCC TGCAATTGAA 
AGGTGTCATA CCAGGTATAA AACAATACCT TTGGATGCTT GGCATGTAGA AATTACCCAT 
AATCAAATAA CTAAAATCAA CAAGAGTGCA TTATATTTTT GTGGATTTCC TACTTTAAAG 
CACATTAAAC ATAAGTTCTG TCTTAGAAAA AGTGGTGTGC AGGTGTTTCA GCAAAGCAGC 
CATGGAGAAA ACATGATGTT AGAAATTGTA ACTGATGAAA ACTCAAAAGA TCAAACAGTG 
GAAAATGTTG CCAGTTTGAT ACTTGGAAAG CTTGTTTTTG TTAACTGGCC ACACCTGGAA 
GAAGCCAGAG TTGTTGCTGT GTCAGATGGA GAAACCAAGT TCTACTTGGA AGAACCACAC 
GGAACACAGA AGCTCTACAT GGGAAATGCA GTGCCCCCAA CTAAAGTGGC ATATGTTGGA 
GATAAGGAGC AAAGCATGTG GTTAAAAGAA GTGCAAGGTC TTTCAGAGCA TTACCAGAGA 
AGAAAAGGAA TAATTATTCA TGAAACATCA ATAGTTGTGT ATGCTCAGTT ACTCACTGGC 
AATAGATACC AACTAAACCA AAATGGTGAA GTGTATTTGG AGAAGCAGTG GTCAAAACAA 
GTTCTTCCTT TTGTTTACCA AACTGTTGTC AAGGATATCA AAGCCTTTGA CTCTCGTTTT 
TCAAACATCA AAACTTTGGA TGACTTGTTT CCTCCTGGGA GCACAGCCTT TATGCTGGGA 
TCTCCTTACT ATGGCTGCAT GGGAGAAGTT CAAGATTCAC GTGATGTGAT CCCAGAAGGT 
AGAATTCGTG TAGTTTTCAA TATTCCTTGT GAACCTCAGC TTGATCCTTT AATACAGAAT 
CAGCATAAAT ACTCTGTGAA ATACAATCCT GCATATATTT TGGCCAGCCG TCTTGGAGTA 
AGTGGATATC TAGTCTCCAG ATTTACAGGG AGTATCTTTA TTGGAAGAGG ATCAAAGAAA 
AATCCTCATG GAGATCACAA AGCAAACGTG GGGCTGAACC TGAAGTTTAA TAAGAAAAAC 
GAAGAAGTTC CTGGCTATAC TAAGAAAGTC GGAAATGAAT GGATGTATTC TTCTGCAGTA 
GAACAACTAC TTGCTGAGTA TTTAGAAAGA GTTCCTGAGT TGTTTAATTA TATAGCCAAG 
AATAGCCAGG AAGATATATT CTATGAAGAT GACATTTGGC CTGGTGAGGA TGAGAATGGG 
GCTGAGAAAG TTCAAGAAAT TGTTGCCTGG TTAAAGGCAC ATCCTGTCTC TGCGTTATCT 
CGCTCATCTT GTGACTTGCA AATTTTGGAT GCAGCCATTG TTGAGAAAAT TGAAGAAGAA 
ATAGAGAAAT GCAAGCAAAG AAAGAGCAAC AAGAAAGTGC GAGTAACTGT GAAACCCCAT 
TTGCTATACA GACCTTTAGA ACAACAGAAT GGGGTTGTTC CAGACAGAGA TGCGGAGTAT 
AAGCTGTTTG ATCGTGTTGT CAATGTGAGA GAGAACTTTT CTGTTCCTGT TGGTCTTCGA 
GGTACCATTA TAGGAATTAA AGGAGCTAGT AGAGAAACAG ATGTTCTCTT CGAAGTTTTG 
TTTGATGAAG AATTCCTGGG AGGCCTAACT ATAAGGTGCT CACCCGCCAG AGGTTATCGT 
CTGCCATCAA GTGCCTTAAT TAACCTGTCT CATGGTAGTC GGTCAGAAAT GGGAAATCAA 
AAACTGACAG CCATAGTTAA ACCTCAGCCA GCCGCAAATA ACTACAACTC ATATGCATCT 
GATCTGTCGT CTGTATGCTC ACAAAAAGTG CATCTGGGAG GCCTCAACCA TTCTCCTCGC 
TCCCTTTTTG TTCCTACTCA AGCACAAAGT AAGCAAGATG ATGAATTCTG CAGTATATGG 
CAATCATTGC AGGTTTCTGG GAAGTCTTAC CACACTCAGC AAAACATACA TGAGAAGGGT 
GCAGTTCTAC CTCAGGAAAT CAAGCTGGGA ACTAGTAATC AGTTCTGTAA GCCAGTCTTC 
AATGACAGCA GCTTTAAAGG TCAGCAAAGA AAACAGGAGC CATATAAAAA ATTTAAAGAA 
GATTCCAAAG TGACAAGAGG TGAAAATCAA CCCCATAATA AAGTACCAAA CAAACAGAAT 
TTTGCAGGTG TAAATAAATA TAATGTCAAA CTTCTGAAGA GAAATGAAAG TCCCAATGTC 
ACTCAGAAGG CAGCAGTTGA TGGTCCATGT ACAGGTGGAA AGAAGGACAA TGATCTTGAA 
AGTCTTCTAG CTTCTTTGAA AATTTCCAAA GAAAATGAAG TGCAGACTTA CTCCAAGGAA 
GCAAGAGCTA CAAATGAAGA ACATCTGTCA CCACAATCAT TTGCTATGAA AGGAACACAG 
ATGCTCAAAG AAATTTTAAA GATAGACGGC TCTGATGTGG AAATGAGGAA TGAAGTGAAA 
TCCCAAGTTA GTGATGTTCC TGCTCCCCCA AGTAGACAGG ATTGCCATGG AGCTGCTTTG 
CAATATAGAC AACCAAAAAA AATGGGTATG TTTATACATC AACATAGCTC AGAGCTTCAC 
CTTGTGACAG TTCAGAACAT ACTTAGCTAA

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

LOC101794979 ( XM_005010857.3 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_005010914.1 Anas platyrhynchos 5'-3' exoribonuclease 1 (XRN1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAn102024
Clone ID Related Accession (Same CDS sequence)	XM_005010857.3 , XM_005010857.2
Accession Version	XM_005010857.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5214bp) 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	2017-05-23
Organism	Anas platyrhynchos(mallard)
Product	5'-3' exoribonuclease 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004676420.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On May 24, 2017 this sequence version replaced XM_005010857.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Anas platyrhynchos Annotation Release 102 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##

ATGAATGGCA TTATACATCA GTGTTCACAT CCAAATGATG ATGATGTTCA CTTCAGAATC 
TCAGAAGATA AGATTTTTGC TGATATTTTT CACTATTTGG AAGTACTGTT TCGCATTATT 
AAGCCAAGGA AGGTTTTCTT CATGGCAGTT GATGGTGTAG CTCCAAGAGC AAAAATGAAT 
CAGCAGCGTG GGAGACGTTT TAGATCAGCA AAAGAGGCAG AGGACAAAAT AAAAAAGGCA 
TTAGAAAAGG GAGAAACTCT ACCTACTGAA GCCAGATTTG ACTCCAACTG TATTACACCA 
GGAACTGAAT TCATGGCTAG ATTGCATGAA CATCTTAAAT ATTTCGTCAA CATGAAAATT 
TCTACAGACA AATCCTGGCA GGGAGTAACA GTCTATTTAT CAGGCCATGA GACTCCAGGG 
GAAGGAGAGC ATAAAATTAT GGAGTTCATC AGATCAGAAA AAGCAAAGCC CCATCATGAT 
CCAAACACAA GACACTGTCT CTATGGCTTA GATGCTGATT TGATTATGCT GGGATTAACA 
AGTCATGAGG CACACTTCGC ACTCTTAAGA GAAGAAGTCA GATTTGGTGG TAAAAAATCT 
CAAAGAGCAT GTGCACCAGA GGAAACCACA TTTCATTTAC TGCACTTATC ACTGATGAGA 
GAATATATTG ATTATGAATT TTCACCAGTA AAAGATAAGA TTCCATTTGA ATATGATATT 
GAAAAGATAA TAGATGATTG GATCTTGATG GGTTTCCTTG TAGGCAATGA TTTTATTCCT 
CATCTACCTC ATTTACACAT TAATCATGAT GCACTGCCGC TACTTTATAG AACATACATG 
GCTATCTTGC CAGAACTGGG AGGTTACATA AATGAAAATG GGCATCTGAA TTTAAAACGC 
TTTGAGAAGT ATCTCATGAG ATTGTCAGAT TTTGATCGTG AACACTTTAG TGAAGTCTTC 
GTAGACCTAA AATGGTTTGA AAGTAAAGTA GGCAATAAAT ACCTCAATGA GGCAGCTGGT 
ATTGCAGCAG AAGAAGCCAG AAACAATAAA CAGAAGAAAC AGAAGGCTCA GGAAAATTCT 
CTATGTTTGG CTGCATTAGA AAAAAATGAA GTTGTGACCT CTAGAACTGT GTTGGAAGAT 
GAACCAGAAG ATGATGATCT GTTTGAAACA GAGTTTAGGC AATACAAGAG AACTTACTAC 
ATGACTAAAA TGGGCGTGGA AGTAGTTTCT GATGACTTCC TGGCTGATCA AGCTGAATGT 
TATGTCCAGG CAATACAATG GATTTTGCAT TATTATTACC ATGGAGTTCA GTCATGGAGC 
TGGTATTACC CATATCATTA TGCACCTTAT CTGTCAGATA TTCGCAACAT CAGTGAACTC 
GAAATCAAAT TTGAACTGGG AAAACCTTTC ATGCCATTTG AACAGCTTCT TGCTGTACTT 
CCAGCAGCTA GCAAAGACCT ATTACCTAAA TGTTACCAGC ATTTGATGAT TAGTCAAGAC 
TCTCCTATTA TAGAATATTA TCCACCAGAC TTTAAAACTG ACCTGAATGG AAAACAGCAA 
GAATGGGAAG CTGTGGTATT AATCCCTTTT ATTGATGAGA GACGACTGCT GCAGGCCATG 
GAACCATGTA ATAAGTACCT AAAAGAAGAG GAGAAACGCA GAAATACTCA CAGTGCCTGC 
TTAATGTACT GGTATGACAA AGATGCAGAG TTCCAGTACA TGTCTCCTTG GCCAGAGAAA 
TTTCCTGCAA TTGAAAGGTG TCATACCAGG TATAAAACAA TACCTTTGGA TGCTTGGCAT 
GTAGAAATTA CCCATAATCA AATAACTAAA ATCAACAAGA GTGCATTATA TTTTTGTGGA 
TTTCCTACTT TAAAGCACAT TAAACATAAG TTCTGTCTTA GAAAAAGTGG TGTGCAGGTG 
TTTCAGCAAA GCAGCCATGG AGAAAACATG ATGTTAGAAA TTGTAACTGA TGAAAACTCA 
AAAGATCAAA CAGTGGAAAA TGTTGCCAGT TTGATACTTG GAAAGCTTGT TTTTGTTAAC 
TGGCCACACC TGGAAGAAGC CAGAGTTGTT GCTGTGTCAG ATGGAGAAAC CAAGTTCTAC 
TTGGAAGAAC CACACGGAAC ACAGAAGCTC TACATGGGAA ATGCAGTGCC CCCAACTAAA 
GTGGCATATG TTGGAGATAA GGAGCAAAGC ATGTGGTTAA AAGAAGTGCA AGGTCTTTCA 
GAGCATTACC AGAGAAGAAA AGGAATAATT ATTCACGAAA CATCAATAGT TGTGTATGCT 
CAGTTACTCA CTGGCAATAG ATACCAACTA AACCAAAATG GTGAAGTGTA TTTGGAGAAG 
CAGTGGTCAA AACAAGTTCT TCCTTTTGTT TACCAAACTG TTGTCAAGGA TATCAAAGCC 
TTTGACTCTC GTTTTTCAAA CATCAAAACT TTGGATGACT TGTTTCCTCC TGGGAGCACA 
GCCTTTATGC TGGGATCTCC TTACTATGGC TGCATGGGAG AAGTTCAAGA TTCACGTGAT 
GTGATCCCAG AAGGTAGAAT TCGTGTAGTT TTCAATATTC CTTGTGAACC TCAGCTTGAT 
CCTTTAATAC AGAATCAGCA TAAATACTCT GTGAAATACA ATCCTGCATA TATTTTGGCC 
AGCCGTCTTG GAGTAAGTGG ATATCTAGTC TCCAGATTTA CAGGGAGTAT CTTTATTGGA 
AGAGGATCAA AGAAAAATCC TCATGGAGAT CACAAAGCAA ACGTGGGGCT GAACCTGAAG 
TTTAATAAGA AAAACGAAGA AGTTCCTGGC TATACTAAGA AAGTCGGAAA TGAATGGATG 
TATTCTTCTG CAGTAGAACA ACTACTTGCT GAGTATTTAG AAAGAGTTCC TGAGTTGTTT 
AATTATATAG CCAAGAATAG CCAGGAAGAT ATATTCTATG AAGATGACAT TTGGCCTGGT 
GAGGATGAGA ATGGGGCTGA GAAAGTTCAA GAAATTGTTG CCTGGTTAAA GGCACATCCT 
GTCTCTGCGT TATCTCGCTC ATCTTGTGAC TTGCAAATTT TGGATGCAGC CATTGTTGAG 
AAAATTGAAG AAGAAATAGA GAAATGCAAG CAAAGAAAGA GCAACAAGAA AGTGCGAGTA 
ACTGTGAAAC CCCATTTGCT ATACAGACCT TTAGAACAAC AGAATGGGGT TGTTCCAGAC 
AGAGATGCGG AGTATAAGCT GTTTGATCGT GTTGTCAATG TGAGAGAGAA CTTTTCTGTT 
CCTGTTGGTC TTCGAGGTAC CATTATAGGA ATTAAAGGAG CTAGTAGAGA AACAGATGTT 
CTCTTCGAAG TTTTGTTTGA TGAAGAATTC CTGGGAGGCC TAACTATAAG GTGCTCACCC 
GCCAGAGGTT ATCGTCTGCC ATCAAGTGCC TTAATTAACC TGTCTCATGG TAGTCGGTCA 
GAAATGGGAA ATCAAAAACT GACAGCCATA GTTAAACCTC AGCCAGCCGC AAATAACTAC 
AACTCATATG CATCTGATCT GTCGTCTGTA TGCTCACAAA AAGTGCATCT GGGAGGCCTC 
AACCATTCTC CTCGCTCCCT TTTTGTTCCT ACTCAACAAC TGAATGGAAG ACAGCATTAC 
AATCTCAGGG CTGAAAATCA GGGTACCTCC AACTCACCCC ACAAAGGATC ATTTTTGAGT 
GGCAATCAGA AAAACAAAGC ACAAAGTAAG CAAGATGATG AATTCTGCAG TATATGGCAA 
TCATTGCAGG TTTCTGGGAA GTCTTACCAC ACTCAGCAAA ACATACATGA GAAGGGTGCA 
GTTCTACCTC AGGAAATCAA GCTGGGAACT AGTAATCAGT TCTGTAAGCC AGTCTTCAAT 
GACAGCAGCT TTAAAGGTCA GCAAAGAAAA CAGGAGCCAT ATAAAAAATT TAAAGAAGAT 
TCCAAAGTGA CAAGAGGTGA AAATCAGCCC CATAATAAAG TACCAAACAA ACAGAATTTT 
GCAGGTGTAA ATAAATATAA TGTCAAACTT CTGAAGAGAA ATGAAAGTCC CAATGTCACT 
CAGAAGGCAG CAGTTGATGG TCCATGTACA GGTGGAAAGA AGGACAATGA TCTTGAAAGT 
CTTCTAGCTT CTTTGAAAAT TTCCAAAGAA AATGAAGTGC AGACTTACTC CAAGGAAGCA 
AGAGCTACAA ATGAAGAACA TCTGTCACCA CAATCATTTG CTATGAAAGG AACACAGATG 
CTCAAAGAAA TTTTAAAGAT AGACGGCTCT GATGTGGAAA TGAGGAATGA AGTGAAATCC 
CAAGTTAGTG ATGTTCCTGC TCCCCCAAGT AGACAGGATT GCCATGGAGC TGCTTTGCAA 
TATAGACAAC CAAAAAAAAT GGCTGCTTAT ATGAACAAGC CTCATAGTAC TGGAGGCGTT 
CAGAATACAC CAGCACTAGA AACTGGAGCT CACCCTTTTG TCGGTCCACA GCCTGCAATG 
TCTACTCCTG TTTCTGAACT TTCGCGTATT TGTTCTCTTG TTGGAATGTC GCAACCAGAT 
TTCTCTTTTG TAAAAACACC ACAGACTATG ACAGTTTGTC ACATAAAATT ATCAAATGGA 
TTGTTGGTTC ATGGACCGCA GTGTCATTCT GAAGCTGAAG CAAAGGAGAA AGCTGCTCTT 
TTTGCTTTAC AGCGTTTGAG CTCTATAGGA GTGAACTTCA CTTTGCCTCC ACCTCCCCCT 
CCACCTGTGT TTCCAAATTA TCAGCCACTG GGAGTTCATG TACCACCTGG ACCTATTCCT 
CCAGTCTTTA CACAACCCCC TGCTAATATG ATGCCTCCGT CATCCCACAT GTTTGGTCCA 
GTGTCCTGGG GAGCTCCAGT GCCTATTCAT GGCAAACATT ATTATCCTGG TTCCTATCCA 
GGAAACATGT CTCTTGCAGG AACTATACCA GTTGGCTCTC ACAACCAGTT CATACCTCTG 
CAGGTAACTA AAAAAAGGGC TGCTAGCAAG AAAAACTTTG AGCTCAAGGA GTTTCAGAGT 
TCCCCTCAAG CTGCACCACT AAAGAATGAA CAGCCAGTGT CTTCTGACCA CATTCAGCAA 
GATAGCTCTT CAGCTCCTTT AAAATCTCCT CAAGCTGCTC AATCCACTGT TTCATTTCAA 
GACAATGTGG CTACTCCAAG TGTTCCTCAT AACAAATCAA CACCAAACAC TTCCAGCAAG 
CGAAAGCCAA GAAAGCTGGC TGTCAATTTT GGCGCACCAA AATCTTCAGA ATAA

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

RefSeq	XP_005010914.1
CDS	1838..7051
Translation	MNGIIHQCSHPNDDDVHFRISEDKIFADIFHYLEVLFRIIKPRKVFFMAVDGVAPRAKMNQQRGRRFRSAKEAEDKIKKALEKGETLPTEARFDSNCITPGTEFMARLHEHLKYFVNMKISTDKSWQGVTVYLSGHETPGEGEHKIMEFIRSEKAKPHHDPNTRHCLYGLDADLIMLGLTSHEAHFALLREEVRFGGKKSQRACAPEETTFHLLHLSLMREYIDYEFSPVKDKIPFEYDIEKIIDDWILMGFLVGNDFIPHLPHLHINHDALPLLYRTYMAILPELGGYINENGHLNLKRFEKYLMRLSDFDREHFSEVFVDLKWFESKVGNKYLNEAAGIAAEEARNNKQKKQKAQENSLCLAALEKNEVVTSRTVLEDEPEDDDLFETEFRQYKRTYYMTKMGVEVVSDDFLADQAECYVQAIQWILHYYYHGVQSWSWYYPYHYAPYLSDIRNISELEIKFELGKPFMPFEQLLAVLPAASKDLLPKCYQHLMISQDSPIIEYYPPDFKTDLNGKQQEWEAVVLIPFIDERRLLQAMEPCNKYLKEEEKRRNTHSACLMYWYDKDAEFQYMSPWPEKFPAIERCHTRYKTIPLDAWHVEITHNQITKINKSALYFCGFPTLKHIKHKFCLRKSGVQVFQQSSHGENMMLEIVTDENSKDQTVENVASLILGKLVFVNWPHLEEARVVAVSDGETKFYLEEPHGTQKLYMGNAVPPTKVAYVGDKEQSMWLKEVQGLSEHYQRRKGIIIHETSIVVYAQLLTGNRYQLNQNGEVYLEKQWSKQVLPFVYQTVVKDIKAFDSRFSNIKTLDDLFPPGSTAFMLGSPYYGCMGEVQDSRDVIPEGRIRVVFNIPCEPQLDPLIQNQHKYSVKYNPAYILASRLGVSGYLVSRFTGSIFIGRGSKKNPHGDHKANVGLNLKFNKKNEEVPGYTKKVGNEWMYSSAVEQLLAEYLERVPELFNYIAKNSQEDIFYEDDIWPGEDENGAEKVQEIVAWLKAHPVSALSRSSCDLQILDAAIVEKIEEEIEKCKQRKSNKKVRVTVKPHLLYRPLEQQNGVVPDRDAEYKLFDRVVNVRENFSVPVGLRGTIIGIKGASRETDVLFEVLFDEEFLGGLTIRCSPARGYRLPSSALINLSHGSRSEMGNQKLTAIVKPQPAANNYNSYASDLSSVCSQKVHLGGLNHSPRSLFVPTQQLNGRQHYNLRAENQGTSNSPHKGSFLSGNQKNKAQSKQDDEFCSIWQSLQVSGKSYHTQQNIHEKGAVLPQEIKLGTSNQFCKPVFNDSSFKGQQRKQEPYKKFKEDSKVTRGENQPHNKVPNKQNFAGVNKYNVKLLKRNESPNVTQKAAVDGPCTGGKKDNDLESLLASLKISKENEVQTYSKEARATNEEHLSPQSFAMKGTQMLKEILKIDGSDVEMRNEVKSQVSDVPAPPSRQDCHGAALQYRQPKKMAAYMNKPHSTGGVQNTPALETGAHPFVGPQPAMSTPVSELSRICSLVGMSQPDFSFVKTPQTMTVCHIKLSNGLLVHGPQCHSEAEAKEKAALFALQRLSSIGVNFTLPPPPPPPVFPNYQPLGVHVPPGPIPPVFTQPPANMMPPSSHMFGPVSWGAPVPIHGKHYYPGSYPGNMSLAGTIPVGSHNQFIPLQVTKKRAASKKNFELKEFQSSPQAAPLKNEQPVSSDHIQQDSSSAPLKSPQAAQSTVSFQDNVATPSVPHNKSTPNTSSKRKPRKLAVNFGAPKSSE

Target ORF information:

RefSeq Version	XM_005010857.3
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos 5'-3' exoribonuclease 1 (XRN1), transcript variant X1, mRNA.

Target ORF information:

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

XM_005010857.3

ORF Insert Sequence:

ATGAATGGCA TTATACATCA GTGTTCACAT CCAAATGATG ATGATGTTCA CTTCAGAATC 
TCAGAAGATA AGATTTTTGC TGATATTTTT CACTATTTGG AAGTACTGTT TCGCATTATT 
AAGCCAAGGA AGGTTTTCTT CATGGCAGTT GATGGTGTAG CTCCAAGAGC AAAAATGAAT 
CAGCAGCGTG GGAGACGTTT TAGATCAGCA AAAGAGGCAG AGGACAAAAT AAAAAAGGCA 
TTAGAAAAGG GAGAAACTCT ACCTACTGAA GCCAGATTTG ACTCCAACTG TATTACACCA 
GGAACTGAAT TCATGGCTAG ATTGCATGAA CATCTTAAAT ATTTCGTCAA CATGAAAATT 
TCTACAGACA AATCCTGGCA GGGAGTAACA GTCTATTTAT CAGGCCATGA GACTCCAGGG 
GAAGGAGAGC ATAAAATTAT GGAGTTCATC AGATCAGAAA AAGCAAAGCC CCATCATGAT 
CCAAACACAA GACACTGTCT CTATGGCTTA GATGCTGATT TGATTATGCT GGGATTAACA 
AGTCATGAGG CACACTTCGC ACTCTTAAGA GAAGAAGTCA GATTTGGTGG TAAAAAATCT 
CAAAGAGCAT GTGCACCAGA GGAAACCACA TTTCATTTAC TGCACTTATC ACTGATGAGA 
GAATATATTG ATTATGAATT TTCACCAGTA AAAGATAAGA TTCCATTTGA ATATGATATT 
GAAAAGATAA TAGATGATTG GATCTTGATG GGTTTCCTTG TAGGCAATGA TTTTATTCCT 
CATCTACCTC ATTTACACAT TAATCATGAT GCACTGCCGC TACTTTATAG AACATACATG 
GCTATCTTGC CAGAACTGGG AGGTTACATA AATGAAAATG GGCATCTGAA TTTAAAACGC 
TTTGAGAAGT ATCTCATGAG ATTGTCAGAT TTTGATCGTG AACACTTTAG TGAAGTCTTC 
GTAGACCTAA AATGGTTTGA AAGTAAAGTA GGCAATAAAT ACCTCAATGA GGCAGCTGGT 
ATTGCAGCAG AAGAAGCCAG AAACAATAAA CAGAAGAAAC AGAAGGCTCA GGAAAATTCT 
CTATGTTTGG CTGCATTAGA AAAAAATGAA GTTGTGACCT CTAGAACTGT GTTGGAAGAT 
GAACCAGAAG ATGATGATCT GTTTGAAACA GAGTTTAGGC AATACAAGAG AACTTACTAC 
ATGACTAAAA TGGGCGTGGA AGTAGTTTCT GATGACTTCC TGGCTGATCA AGCTGAATGT 
TATGTCCAGG CAATACAATG GATTTTGCAT TATTATTACC ATGGAGTTCA GTCATGGAGC 
TGGTATTACC CATATCATTA TGCACCTTAT CTGTCAGATA TTCGCAACAT CAGTGAACTC 
GAAATCAAAT TTGAACTGGG AAAACCTTTC ATGCCATTTG AACAGCTTCT TGCTGTACTT 
CCAGCAGCTA GCAAAGACCT ATTACCTAAA TGTTACCAGC ATTTGATGAT TAGTCAAGAC 
TCTCCTATTA TAGAATATTA TCCACCAGAC TTTAAAACTG ACCTGAATGG AAAACAGCAA 
GAATGGGAAG CTGTGGTATT AATCCCTTTT ATTGATGAGA GACGACTGCT GCAGGCCATG 
GAACCATGTA ATAAGTACCT AAAAGAAGAG GAGAAACGCA GAAATACTCA CAGTGCCTGC 
TTAATGTACT GGTATGACAA AGATGCAGAG TTCCAGTACA TGTCTCCTTG GCCAGAGAAA 
TTTCCTGCAA TTGAAAGGTG TCATACCAGG TATAAAACAA TACCTTTGGA TGCTTGGCAT 
GTAGAAATTA CCCATAATCA AATAACTAAA ATCAACAAGA GTGCATTATA TTTTTGTGGA 
TTTCCTACTT TAAAGCACAT TAAACATAAG TTCTGTCTTA GAAAAAGTGG TGTGCAGGTG 
TTTCAGCAAA GCAGCCATGG AGAAAACATG ATGTTAGAAA TTGTAACTGA TGAAAACTCA 
AAAGATCAAA CAGTGGAAAA TGTTGCCAGT TTGATACTTG GAAAGCTTGT TTTTGTTAAC 
TGGCCACACC TGGAAGAAGC CAGAGTTGTT GCTGTGTCAG ATGGAGAAAC CAAGTTCTAC 
TTGGAAGAAC CACACGGAAC ACAGAAGCTC TACATGGGAA ATGCAGTGCC CCCAACTAAA 
GTGGCATATG TTGGAGATAA GGAGCAAAGC ATGTGGTTAA AAGAAGTGCA AGGTCTTTCA 
GAGCATTACC AGAGAAGAAA AGGAATAATT ATTCACGAAA CATCAATAGT TGTGTATGCT 
CAGTTACTCA CTGGCAATAG ATACCAACTA AACCAAAATG GTGAAGTGTA TTTGGAGAAG 
CAGTGGTCAA AACAAGTTCT TCCTTTTGTT TACCAAACTG TTGTCAAGGA TATCAAAGCC 
TTTGACTCTC GTTTTTCAAA CATCAAAACT TTGGATGACT TGTTTCCTCC TGGGAGCACA 
GCCTTTATGC TGGGATCTCC TTACTATGGC TGCATGGGAG AAGTTCAAGA TTCACGTGAT 
GTGATCCCAG AAGGTAGAAT TCGTGTAGTT TTCAATATTC CTTGTGAACC TCAGCTTGAT 
CCTTTAATAC AGAATCAGCA TAAATACTCT GTGAAATACA ATCCTGCATA TATTTTGGCC 
AGCCGTCTTG GAGTAAGTGG ATATCTAGTC TCCAGATTTA CAGGGAGTAT CTTTATTGGA 
AGAGGATCAA AGAAAAATCC TCATGGAGAT CACAAAGCAA ACGTGGGGCT GAACCTGAAG 
TTTAATAAGA AAAACGAAGA AGTTCCTGGC TATACTAAGA AAGTCGGAAA TGAATGGATG 
TATTCTTCTG CAGTAGAACA ACTACTTGCT GAGTATTTAG AAAGAGTTCC TGAGTTGTTT 
AATTATATAG CCAAGAATAG CCAGGAAGAT ATATTCTATG AAGATGACAT TTGGCCTGGT 
GAGGATGAGA ATGGGGCTGA GAAAGTTCAA GAAATTGTTG CCTGGTTAAA GGCACATCCT 
GTCTCTGCGT TATCTCGCTC ATCTTGTGAC TTGCAAATTT TGGATGCAGC CATTGTTGAG 
AAAATTGAAG AAGAAATAGA GAAATGCAAG CAAAGAAAGA GCAACAAGAA AGTGCGAGTA 
ACTGTGAAAC CCCATTTGCT ATACAGACCT TTAGAACAAC AGAATGGGGT TGTTCCAGAC 
AGAGATGCGG AGTATAAGCT GTTTGATCGT GTTGTCAATG TGAGAGAGAA CTTTTCTGTT 
CCTGTTGGTC TTCGAGGTAC CATTATAGGA ATTAAAGGAG CTAGTAGAGA AACAGATGTT 
CTCTTCGAAG TTTTGTTTGA TGAAGAATTC CTGGGAGGCC TAACTATAAG GTGCTCACCC 
GCCAGAGGTT ATCGTCTGCC ATCAAGTGCC TTAATTAACC TGTCTCATGG TAGTCGGTCA 
GAAATGGGAA ATCAAAAACT GACAGCCATA GTTAAACCTC AGCCAGCCGC AAATAACTAC 
AACTCATATG CATCTGATCT GTCGTCTGTA TGCTCACAAA AAGTGCATCT GGGAGGCCTC 
AACCATTCTC CTCGCTCCCT TTTTGTTCCT ACTCAACAAC TGAATGGAAG ACAGCATTAC 
AATCTCAGGG CTGAAAATCA GGGTACCTCC AACTCACCCC ACAAAGGATC ATTTTTGAGT 
GGCAATCAGA AAAACAAAGC ACAAAGTAAG CAAGATGATG AATTCTGCAG TATATGGCAA 
TCATTGCAGG TTTCTGGGAA GTCTTACCAC ACTCAGCAAA ACATACATGA GAAGGGTGCA 
GTTCTACCTC AGGAAATCAA GCTGGGAACT AGTAATCAGT TCTGTAAGCC AGTCTTCAAT 
GACAGCAGCT TTAAAGGTCA GCAAAGAAAA CAGGAGCCAT ATAAAAAATT TAAAGAAGAT 
TCCAAAGTGA CAAGAGGTGA AAATCAGCCC CATAATAAAG TACCAAACAA ACAGAATTTT 
GCAGGTGTAA ATAAATATAA TGTCAAACTT CTGAAGAGAA ATGAAAGTCC CAATGTCACT 
CAGAAGGCAG CAGTTGATGG TCCATGTACA GGTGGAAAGA AGGACAATGA TCTTGAAAGT 
CTTCTAGCTT CTTTGAAAAT TTCCAAAGAA AATGAAGTGC AGACTTACTC CAAGGAAGCA 
AGAGCTACAA ATGAAGAACA TCTGTCACCA CAATCATTTG CTATGAAAGG AACACAGATG 
CTCAAAGAAA TTTTAAAGAT AGACGGCTCT GATGTGGAAA TGAGGAATGA AGTGAAATCC 
CAAGTTAGTG ATGTTCCTGC TCCCCCAAGT AGACAGGATT GCCATGGAGC TGCTTTGCAA 
TATAGACAAC CAAAAAAAAT GGCTGCTTAT ATGAACAAGC CTCATAGTAC TGGAGGCGTT 
CAGAATACAC CAGCACTAGA AACTGGAGCT CACCCTTTTG TCGGTCCACA GCCTGCAATG 
TCTACTCCTG TTTCTGAACT TTCGCGTATT TGTTCTCTTG TTGGAATGTC GCAACCAGAT 
TTCTCTTTTG TAAAAACACC ACAGACTATG ACAGTTTGTC ACATAAAATT ATCAAATGGA 
TTGTTGGTTC ATGGACCGCA GTGTCATTCT GAAGCTGAAG CAAAGGAGAA AGCTGCTCTT 
TTTGCTTTAC AGCGTTTGAG CTCTATAGGA GTGAACTTCA CTTTGCCTCC ACCTCCCCCT 
CCACCTGTGT TTCCAAATTA TCAGCCACTG GGAGTTCATG TACCACCTGG ACCTATTCCT 
CCAGTCTTTA CACAACCCCC TGCTAATATG ATGCCTCCGT CATCCCACAT GTTTGGTCCA 
GTGTCCTGGG GAGCTCCAGT GCCTATTCAT GGCAAACATT ATTATCCTGG TTCCTATCCA 
GGAAACATGT CTCTTGCAGG AACTATACCA GTTGGCTCTC ACAACCAGTT CATACCTCTG 
CAGGTAACTA AAAAAAGGGC TGCTAGCAAG AAAAACTTTG AGCTCAAGGA GTTTCAGAGT 
TCCCCTCAAG CTGCACCACT AAAGAATGAA CAGCCAGTGT CTTCTGACCA CATTCAGCAA 
GATAGCTCTT CAGCTCCTTT AAAATCTCCT CAAGCTGCTC AATCCACTGT TTCATTTCAA 
GACAATGTGG CTACTCCAAG TGTTCCTCAT AACAAATCAA CACCAAACAC TTCCAGCAAG 
CGAAAGCCAA GAAAGCTGGC TGTCAATTTT GGCGCACCAA AATCTTCAGA ATAA

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

LOC101794979 ( XM_005010857.2 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_005010914.1 Anas platyrhynchos 5'-3' exoribonuclease 1 (XRN1), transcript variant X1, mRNA.

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CloneID	OAn102024
Clone ID Related Accession (Same CDS sequence)	XM_005010857.3 , XM_005010857.2
Accession Version	XM_005010857.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5214bp) 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	2015-07-08
Organism	Anas platyrhynchos(Mallard)
Product	5'-3' exoribonuclease 1 isoform X1
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004676420.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jul 9, 2015 this sequence version replaced XM_005010857.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Anas platyrhynchos Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAATGGCA TTATACATCA GTGTTCACAT CCAAATGATG ATGATGTTCA CTTCAGAATC 
TCAGAAGATA AGATTTTTGC TGATATTTTT CACTATTTGG AAGTACTGTT TCGCATTATT 
AAGCCAAGGA AGGTTTTCTT CATGGCAGTT GATGGTGTAG CTCCAAGAGC AAAAATGAAT 
CAGCAGCGTG GGAGACGTTT TAGATCAGCA AAAGAGGCAG AGGACAAAAT AAAAAAGGCA 
TTAGAAAAGG GAGAAACTCT ACCTACTGAA GCCAGATTTG ACTCCAACTG TATTACACCA 
GGAACTGAAT TCATGGCTAG ATTGCATGAA CATCTTAAAT ATTTCGTCAA CATGAAAATT 
TCTACAGACA AATCCTGGCA GGGAGTAACA GTCTATTTAT CAGGCCATGA GACTCCAGGG 
GAAGGAGAGC ATAAAATTAT GGAGTTCATC AGATCAGAAA AAGCAAAGCC CCATCATGAT 
CCAAACACAA GACACTGTCT CTATGGCTTA GATGCTGATT TGATTATGCT GGGATTAACA 
AGTCATGAGG CACACTTCGC ACTCTTAAGA GAAGAAGTCA GATTTGGTGG TAAAAAATCT 
CAAAGAGCAT GTGCACCAGA GGAAACCACA TTTCATTTAC TGCACTTATC ACTGATGAGA 
GAATATATTG ATTATGAATT TTCACCAGTA AAAGATAAGA TTCCATTTGA ATATGATATT 
GAAAAGATAA TAGATGATTG GATCTTGATG GGTTTCCTTG TAGGCAATGA TTTTATTCCT 
CATCTACCTC ATTTACACAT TAATCATGAT GCACTGCCGC TACTTTATAG AACATACATG 
GCTATCTTGC CAGAACTGGG AGGTTACATA AATGAAAATG GGCATCTGAA TTTAAAACGC 
TTTGAGAAGT ATCTCATGAG ATTGTCAGAT TTTGATCGTG AACACTTTAG TGAAGTCTTC 
GTAGACCTAA AATGGTTTGA AAGTAAAGTA GGCAATAAAT ACCTCAATGA GGCAGCTGGT 
ATTGCAGCAG AAGAAGCCAG AAACAATAAA CAGAAGAAAC AGAAGGCTCA GGAAAATTCT 
CTATGTTTGG CTGCATTAGA AAAAAATGAA GTTGTGACCT CTAGAACTGT GTTGGAAGAT 
GAACCAGAAG ATGATGATCT GTTTGAAACA GAGTTTAGGC AATACAAGAG AACTTACTAC 
ATGACTAAAA TGGGCGTGGA AGTAGTTTCT GATGACTTCC TGGCTGATCA AGCTGAATGT 
TATGTCCAGG CAATACAATG GATTTTGCAT TATTATTACC ATGGAGTTCA GTCATGGAGC 
TGGTATTACC CATATCATTA TGCACCTTAT CTGTCAGATA TTCGCAACAT CAGTGAACTC 
GAAATCAAAT TTGAACTGGG AAAACCTTTC ATGCCATTTG AACAGCTTCT TGCTGTACTT 
CCAGCAGCTA GCAAAGACCT ATTACCTAAA TGTTACCAGC ATTTGATGAT TAGTCAAGAC 
TCTCCTATTA TAGAATATTA TCCACCAGAC TTTAAAACTG ACCTGAATGG AAAACAGCAA 
GAATGGGAAG CTGTGGTATT AATCCCTTTT ATTGATGAGA GACGACTGCT GCAGGCCATG 
GAACCATGTA ATAAGTACCT AAAAGAAGAG GAGAAACGCA GAAATACTCA CAGTGCCTGC 
TTAATGTACT GGTATGACAA AGATGCAGAG TTCCAGTACA TGTCTCCTTG GCCAGAGAAA 
TTTCCTGCAA TTGAAAGGTG TCATACCAGG TATAAAACAA TACCTTTGGA TGCTTGGCAT 
GTAGAAATTA CCCATAATCA AATAACTAAA ATCAACAAGA GTGCATTATA TTTTTGTGGA 
TTTCCTACTT TAAAGCACAT TAAACATAAG TTCTGTCTTA GAAAAAGTGG TGTGCAGGTG 
TTTCAGCAAA GCAGCCATGG AGAAAACATG ATGTTAGAAA TTGTAACTGA TGAAAACTCA 
AAAGATCAAA CAGTGGAAAA TGTTGCCAGT TTGATACTTG GAAAGCTTGT TTTTGTTAAC 
TGGCCACACC TGGAAGAAGC CAGAGTTGTT GCTGTGTCAG ATGGAGAAAC CAAGTTCTAC 
TTGGAAGAAC CACACGGAAC ACAGAAGCTC TACATGGGAA ATGCAGTGCC CCCAACTAAA 
GTGGCATATG TTGGAGATAA GGAGCAAAGC ATGTGGTTAA AAGAAGTGCA AGGTCTTTCA 
GAGCATTACC AGAGAAGAAA AGGAATAATT ATTCACGAAA CATCAATAGT TGTGTATGCT 
CAGTTACTCA CTGGCAATAG ATACCAACTA AACCAAAATG GTGAAGTGTA TTTGGAGAAG 
CAGTGGTCAA AACAAGTTCT TCCTTTTGTT TACCAAACTG TTGTCAAGGA TATCAAAGCC 
TTTGACTCTC GTTTTTCAAA CATCAAAACT TTGGATGACT TGTTTCCTCC TGGGAGCACA 
GCCTTTATGC TGGGATCTCC TTACTATGGC TGCATGGGAG AAGTTCAAGA TTCACGTGAT 
GTGATCCCAG AAGGTAGAAT TCGTGTAGTT TTCAATATTC CTTGTGAACC TCAGCTTGAT 
CCTTTAATAC AGAATCAGCA TAAATACTCT GTGAAATACA ATCCTGCATA TATTTTGGCC 
AGCCGTCTTG GAGTAAGTGG ATATCTAGTC TCCAGATTTA CAGGGAGTAT CTTTATTGGA 
AGAGGATCAA AGAAAAATCC TCATGGAGAT CACAAAGCAA ACGTGGGGCT GAACCTGAAG 
TTTAATAAGA AAAACGAAGA AGTTCCTGGC TATACTAAGA AAGTCGGAAA TGAATGGATG 
TATTCTTCTG CAGTAGAACA ACTACTTGCT GAGTATTTAG AAAGAGTTCC TGAGTTGTTT 
AATTATATAG CCAAGAATAG CCAGGAAGAT ATATTCTATG AAGATGACAT TTGGCCTGGT 
GAGGATGAGA ATGGGGCTGA GAAAGTTCAA GAAATTGTTG CCTGGTTAAA GGCACATCCT 
GTCTCTGCGT TATCTCGCTC ATCTTGTGAC TTGCAAATTT TGGATGCAGC CATTGTTGAG 
AAAATTGAAG AAGAAATAGA GAAATGCAAG CAAAGAAAGA GCAACAAGAA AGTGCGAGTA 
ACTGTGAAAC CCCATTTGCT ATACAGACCT TTAGAACAAC AGAATGGGGT TGTTCCAGAC 
AGAGATGCGG AGTATAAGCT GTTTGATCGT GTTGTCAATG TGAGAGAGAA CTTTTCTGTT 
CCTGTTGGTC TTCGAGGTAC CATTATAGGA ATTAAAGGAG CTAGTAGAGA AACAGATGTT 
CTCTTCGAAG TTTTGTTTGA TGAAGAATTC CTGGGAGGCC TAACTATAAG GTGCTCACCC 
GCCAGAGGTT ATCGTCTGCC ATCAAGTGCC TTAATTAACC TGTCTCATGG TAGTCGGTCA 
GAAATGGGAA ATCAAAAACT GACAGCCATA GTTAAACCTC AGCCAGCCGC AAATAACTAC 
AACTCATATG CATCTGATCT GTCGTCTGTA TGCTCACAAA AAGTGCATCT GGGAGGCCTC 
AACCATTCTC CTCGCTCCCT TTTTGTTCCT ACTCAACAAC TGAATGGAAG ACAGCATTAC 
AATCTCAGGG CTGAAAATCA GGGTACCTCC AACTCACCCC ACAAAGGATC ATTTTTGAGT 
GGCAATCAGA AAAACAAAGC ACAAAGTAAG CAAGATGATG AATTCTGCAG TATATGGCAA 
TCATTGCAGG TTTCTGGGAA GTCTTACCAC ACTCAGCAAA ACATACATGA GAAGGGTGCA 
GTTCTACCTC AGGAAATCAA GCTGGGAACT AGTAATCAGT TCTGTAAGCC AGTCTTCAAT 
GACAGCAGCT TTAAAGGTCA GCAAAGAAAA CAGGAGCCAT ATAAAAAATT TAAAGAAGAT 
TCCAAAGTGA CAAGAGGTGA AAATCAGCCC CATAATAAAG TACCAAACAA ACAGAATTTT 
GCAGGTGTAA ATAAATATAA TGTCAAACTT CTGAAGAGAA ATGAAAGTCC CAATGTCACT 
CAGAAGGCAG CAGTTGATGG TCCATGTACA GGTGGAAAGA AGGACAATGA TCTTGAAAGT 
CTTCTAGCTT CTTTGAAAAT TTCCAAAGAA AATGAAGTGC AGACTTACTC CAAGGAAGCA 
AGAGCTACAA ATGAAGAACA TCTGTCACCA CAATCATTTG CTATGAAAGG AACACAGATG 
CTCAAAGAAA TTTTAAAGAT AGACGGCTCT GATGTGGAAA TGAGGAATGA AGTGAAATCC 
CAAGTTAGTG ATGTTCCTGC TCCCCCAAGT AGACAGGATT GCCATGGAGC TGCTTTGCAA 
TATAGACAAC CAAAAAAAAT GGCTGCTTAT ATGAACAAGC CTCATAGTAC TGGAGGCGTT 
CAGAATACAC CAGCACTAGA AACTGGAGCT CACCCTTTTG TCGGTCCACA GCCTGCAATG 
TCTACTCCTG TTTCTGAACT TTCGCGTATT TGTTCTCTTG TTGGAATGTC GCAACCAGAT 
TTCTCTTTTG TAAAAACACC ACAGACTATG ACAGTTTGTC ACATAAAATT ATCAAATGGA 
TTGTTGGTTC ATGGACCGCA GTGTCATTCT GAAGCTGAAG CAAAGGAGAA AGCTGCTCTT 
TTTGCTTTAC AGCGTTTGAG CTCTATAGGA GTGAACTTCA CTTTGCCTCC ACCTCCCCCT 
CCACCTGTGT TTCCAAATTA TCAGCCACTG GGAGTTCATG TACCACCTGG ACCTATTCCT 
CCAGTCTTTA CACAACCCCC TGCTAATATG ATGCCTCCGT CATCCCACAT GTTTGGTCCA 
GTGTCCTGGG GAGCTCCAGT GCCTATTCAT GGCAAACATT ATTATCCTGG TTCCTATCCA 
GGAAACATGT CTCTTGCAGG AACTATACCA GTTGGCTCTC ACAACCAGTT CATACCTCTG 
CAGGTAACTA AAAAAAGGGC TGCTAGCAAG AAAAACTTTG AGCTCAAGGA GTTTCAGAGT 
TCCCCTCAAG CTGCACCACT AAAGAATGAA CAGCCAGTGT CTTCTGACCA CATTCAGCAA 
GATAGCTCTT CAGCTCCTTT AAAATCTCCT CAAGCTGCTC AATCCACTGT TTCATTTCAA 
GACAATGTGG CTACTCCAAG TGTTCCTCAT AACAAATCAA CACCAAACAC TTCCAGCAAG 
CGAAAGCCAA GAAAGCTGGC TGTCAATTTT GGCGCACCAA AATCTTCAGA ATAA

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

RefSeq	XP_005010914.1
CDS	1848..7061
Translation	MNGIIHQCSHPNDDDVHFRISEDKIFADIFHYLEVLFRIIKPRKVFFMAVDGVAPRAKMNQQRGRRFRSAKEAEDKIKKALEKGETLPTEARFDSNCITPGTEFMARLHEHLKYFVNMKISTDKSWQGVTVYLSGHETPGEGEHKIMEFIRSEKAKPHHDPNTRHCLYGLDADLIMLGLTSHEAHFALLREEVRFGGKKSQRACAPEETTFHLLHLSLMREYIDYEFSPVKDKIPFEYDIEKIIDDWILMGFLVGNDFIPHLPHLHINHDALPLLYRTYMAILPELGGYINENGHLNLKRFEKYLMRLSDFDREHFSEVFVDLKWFESKVGNKYLNEAAGIAAEEARNNKQKKQKAQENSLCLAALEKNEVVTSRTVLEDEPEDDDLFETEFRQYKRTYYMTKMGVEVVSDDFLADQAECYVQAIQWILHYYYHGVQSWSWYYPYHYAPYLSDIRNISELEIKFELGKPFMPFEQLLAVLPAASKDLLPKCYQHLMISQDSPIIEYYPPDFKTDLNGKQQEWEAVVLIPFIDERRLLQAMEPCNKYLKEEEKRRNTHSACLMYWYDKDAEFQYMSPWPEKFPAIERCHTRYKTIPLDAWHVEITHNQITKINKSALYFCGFPTLKHIKHKFCLRKSGVQVFQQSSHGENMMLEIVTDENSKDQTVENVASLILGKLVFVNWPHLEEARVVAVSDGETKFYLEEPHGTQKLYMGNAVPPTKVAYVGDKEQSMWLKEVQGLSEHYQRRKGIIIHETSIVVYAQLLTGNRYQLNQNGEVYLEKQWSKQVLPFVYQTVVKDIKAFDSRFSNIKTLDDLFPPGSTAFMLGSPYYGCMGEVQDSRDVIPEGRIRVVFNIPCEPQLDPLIQNQHKYSVKYNPAYILASRLGVSGYLVSRFTGSIFIGRGSKKNPHGDHKANVGLNLKFNKKNEEVPGYTKKVGNEWMYSSAVEQLLAEYLERVPELFNYIAKNSQEDIFYEDDIWPGEDENGAEKVQEIVAWLKAHPVSALSRSSCDLQILDAAIVEKIEEEIEKCKQRKSNKKVRVTVKPHLLYRPLEQQNGVVPDRDAEYKLFDRVVNVRENFSVPVGLRGTIIGIKGASRETDVLFEVLFDEEFLGGLTIRCSPARGYRLPSSALINLSHGSRSEMGNQKLTAIVKPQPAANNYNSYASDLSSVCSQKVHLGGLNHSPRSLFVPTQQLNGRQHYNLRAENQGTSNSPHKGSFLSGNQKNKAQSKQDDEFCSIWQSLQVSGKSYHTQQNIHEKGAVLPQEIKLGTSNQFCKPVFNDSSFKGQQRKQEPYKKFKEDSKVTRGENQPHNKVPNKQNFAGVNKYNVKLLKRNESPNVTQKAAVDGPCTGGKKDNDLESLLASLKISKENEVQTYSKEARATNEEHLSPQSFAMKGTQMLKEILKIDGSDVEMRNEVKSQVSDVPAPPSRQDCHGAALQYRQPKKMAAYMNKPHSTGGVQNTPALETGAHPFVGPQPAMSTPVSELSRICSLVGMSQPDFSFVKTPQTMTVCHIKLSNGLLVHGPQCHSEAEAKEKAALFALQRLSSIGVNFTLPPPPPPPVFPNYQPLGVHVPPGPIPPVFTQPPANMMPPSSHMFGPVSWGAPVPIHGKHYYPGSYPGNMSLAGTIPVGSHNQFIPLQVTKKRAASKKNFELKEFQSSPQAAPLKNEQPVSSDHIQQDSSSAPLKSPQAAQSTVSFQDNVATPSVPHNKSTPNTSSKRKPRKLAVNFGAPKSSE

Target ORF information:

RefSeq Version	XM_005010857.2
Organism	Anas platyrhynchos(Mallard)
Definition	Anas platyrhynchos 5'-3' exoribonuclease 1 (XRN1), transcript variant X1, mRNA.

Target ORF information:

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

XM_005010857.2

ORF Insert Sequence:

ATGAATGGCA TTATACATCA GTGTTCACAT CCAAATGATG ATGATGTTCA CTTCAGAATC 
TCAGAAGATA AGATTTTTGC TGATATTTTT CACTATTTGG AAGTACTGTT TCGCATTATT 
AAGCCAAGGA AGGTTTTCTT CATGGCAGTT GATGGTGTAG CTCCAAGAGC AAAAATGAAT 
CAGCAGCGTG GGAGACGTTT TAGATCAGCA AAAGAGGCAG AGGACAAAAT AAAAAAGGCA 
TTAGAAAAGG GAGAAACTCT ACCTACTGAA GCCAGATTTG ACTCCAACTG TATTACACCA 
GGAACTGAAT TCATGGCTAG ATTGCATGAA CATCTTAAAT ATTTCGTCAA CATGAAAATT 
TCTACAGACA AATCCTGGCA GGGAGTAACA GTCTATTTAT CAGGCCATGA GACTCCAGGG 
GAAGGAGAGC ATAAAATTAT GGAGTTCATC AGATCAGAAA AAGCAAAGCC CCATCATGAT 
CCAAACACAA GACACTGTCT CTATGGCTTA GATGCTGATT TGATTATGCT GGGATTAACA 
AGTCATGAGG CACACTTCGC ACTCTTAAGA GAAGAAGTCA GATTTGGTGG TAAAAAATCT 
CAAAGAGCAT GTGCACCAGA GGAAACCACA TTTCATTTAC TGCACTTATC ACTGATGAGA 
GAATATATTG ATTATGAATT TTCACCAGTA AAAGATAAGA TTCCATTTGA ATATGATATT 
GAAAAGATAA TAGATGATTG GATCTTGATG GGTTTCCTTG TAGGCAATGA TTTTATTCCT 
CATCTACCTC ATTTACACAT TAATCATGAT GCACTGCCGC TACTTTATAG AACATACATG 
GCTATCTTGC CAGAACTGGG AGGTTACATA AATGAAAATG GGCATCTGAA TTTAAAACGC 
TTTGAGAAGT ATCTCATGAG ATTGTCAGAT TTTGATCGTG AACACTTTAG TGAAGTCTTC 
GTAGACCTAA AATGGTTTGA AAGTAAAGTA GGCAATAAAT ACCTCAATGA GGCAGCTGGT 
ATTGCAGCAG AAGAAGCCAG AAACAATAAA CAGAAGAAAC AGAAGGCTCA GGAAAATTCT 
CTATGTTTGG CTGCATTAGA AAAAAATGAA GTTGTGACCT CTAGAACTGT GTTGGAAGAT 
GAACCAGAAG ATGATGATCT GTTTGAAACA GAGTTTAGGC AATACAAGAG AACTTACTAC 
ATGACTAAAA TGGGCGTGGA AGTAGTTTCT GATGACTTCC TGGCTGATCA AGCTGAATGT 
TATGTCCAGG CAATACAATG GATTTTGCAT TATTATTACC ATGGAGTTCA GTCATGGAGC 
TGGTATTACC CATATCATTA TGCACCTTAT CTGTCAGATA TTCGCAACAT CAGTGAACTC 
GAAATCAAAT TTGAACTGGG AAAACCTTTC ATGCCATTTG AACAGCTTCT TGCTGTACTT 
CCAGCAGCTA GCAAAGACCT ATTACCTAAA TGTTACCAGC ATTTGATGAT TAGTCAAGAC 
TCTCCTATTA TAGAATATTA TCCACCAGAC TTTAAAACTG ACCTGAATGG AAAACAGCAA 
GAATGGGAAG CTGTGGTATT AATCCCTTTT ATTGATGAGA GACGACTGCT GCAGGCCATG 
GAACCATGTA ATAAGTACCT AAAAGAAGAG GAGAAACGCA GAAATACTCA CAGTGCCTGC 
TTAATGTACT GGTATGACAA AGATGCAGAG TTCCAGTACA TGTCTCCTTG GCCAGAGAAA 
TTTCCTGCAA TTGAAAGGTG TCATACCAGG TATAAAACAA TACCTTTGGA TGCTTGGCAT 
GTAGAAATTA CCCATAATCA AATAACTAAA ATCAACAAGA GTGCATTATA TTTTTGTGGA 
TTTCCTACTT TAAAGCACAT TAAACATAAG TTCTGTCTTA GAAAAAGTGG TGTGCAGGTG 
TTTCAGCAAA GCAGCCATGG AGAAAACATG ATGTTAGAAA TTGTAACTGA TGAAAACTCA 
AAAGATCAAA CAGTGGAAAA TGTTGCCAGT TTGATACTTG GAAAGCTTGT TTTTGTTAAC 
TGGCCACACC TGGAAGAAGC CAGAGTTGTT GCTGTGTCAG ATGGAGAAAC CAAGTTCTAC 
TTGGAAGAAC CACACGGAAC ACAGAAGCTC TACATGGGAA ATGCAGTGCC CCCAACTAAA 
GTGGCATATG TTGGAGATAA GGAGCAAAGC ATGTGGTTAA AAGAAGTGCA AGGTCTTTCA 
GAGCATTACC AGAGAAGAAA AGGAATAATT ATTCACGAAA CATCAATAGT TGTGTATGCT 
CAGTTACTCA CTGGCAATAG ATACCAACTA AACCAAAATG GTGAAGTGTA TTTGGAGAAG 
CAGTGGTCAA AACAAGTTCT TCCTTTTGTT TACCAAACTG TTGTCAAGGA TATCAAAGCC 
TTTGACTCTC GTTTTTCAAA CATCAAAACT TTGGATGACT TGTTTCCTCC TGGGAGCACA 
GCCTTTATGC TGGGATCTCC TTACTATGGC TGCATGGGAG AAGTTCAAGA TTCACGTGAT 
GTGATCCCAG AAGGTAGAAT TCGTGTAGTT TTCAATATTC CTTGTGAACC TCAGCTTGAT 
CCTTTAATAC AGAATCAGCA TAAATACTCT GTGAAATACA ATCCTGCATA TATTTTGGCC 
AGCCGTCTTG GAGTAAGTGG ATATCTAGTC TCCAGATTTA CAGGGAGTAT CTTTATTGGA 
AGAGGATCAA AGAAAAATCC TCATGGAGAT CACAAAGCAA ACGTGGGGCT GAACCTGAAG 
TTTAATAAGA AAAACGAAGA AGTTCCTGGC TATACTAAGA AAGTCGGAAA TGAATGGATG 
TATTCTTCTG CAGTAGAACA ACTACTTGCT GAGTATTTAG AAAGAGTTCC TGAGTTGTTT 
AATTATATAG CCAAGAATAG CCAGGAAGAT ATATTCTATG AAGATGACAT TTGGCCTGGT 
GAGGATGAGA ATGGGGCTGA GAAAGTTCAA GAAATTGTTG CCTGGTTAAA GGCACATCCT 
GTCTCTGCGT TATCTCGCTC ATCTTGTGAC TTGCAAATTT TGGATGCAGC CATTGTTGAG 
AAAATTGAAG AAGAAATAGA GAAATGCAAG CAAAGAAAGA GCAACAAGAA AGTGCGAGTA 
ACTGTGAAAC CCCATTTGCT ATACAGACCT TTAGAACAAC AGAATGGGGT TGTTCCAGAC 
AGAGATGCGG AGTATAAGCT GTTTGATCGT GTTGTCAATG TGAGAGAGAA CTTTTCTGTT 
CCTGTTGGTC TTCGAGGTAC CATTATAGGA ATTAAAGGAG CTAGTAGAGA AACAGATGTT 
CTCTTCGAAG TTTTGTTTGA TGAAGAATTC CTGGGAGGCC TAACTATAAG GTGCTCACCC 
GCCAGAGGTT ATCGTCTGCC ATCAAGTGCC TTAATTAACC TGTCTCATGG TAGTCGGTCA 
GAAATGGGAA ATCAAAAACT GACAGCCATA GTTAAACCTC AGCCAGCCGC AAATAACTAC 
AACTCATATG CATCTGATCT GTCGTCTGTA TGCTCACAAA AAGTGCATCT GGGAGGCCTC 
AACCATTCTC CTCGCTCCCT TTTTGTTCCT ACTCAACAAC TGAATGGAAG ACAGCATTAC 
AATCTCAGGG CTGAAAATCA GGGTACCTCC AACTCACCCC ACAAAGGATC ATTTTTGAGT 
GGCAATCAGA AAAACAAAGC ACAAAGTAAG CAAGATGATG AATTCTGCAG TATATGGCAA 
TCATTGCAGG TTTCTGGGAA GTCTTACCAC ACTCAGCAAA ACATACATGA GAAGGGTGCA 
GTTCTACCTC AGGAAATCAA GCTGGGAACT AGTAATCAGT TCTGTAAGCC AGTCTTCAAT 
GACAGCAGCT TTAAAGGTCA GCAAAGAAAA CAGGAGCCAT ATAAAAAATT TAAAGAAGAT 
TCCAAAGTGA CAAGAGGTGA AAATCAGCCC CATAATAAAG TACCAAACAA ACAGAATTTT 
GCAGGTGTAA ATAAATATAA TGTCAAACTT CTGAAGAGAA ATGAAAGTCC CAATGTCACT 
CAGAAGGCAG CAGTTGATGG TCCATGTACA GGTGGAAAGA AGGACAATGA TCTTGAAAGT 
CTTCTAGCTT CTTTGAAAAT TTCCAAAGAA AATGAAGTGC AGACTTACTC CAAGGAAGCA 
AGAGCTACAA ATGAAGAACA TCTGTCACCA CAATCATTTG CTATGAAAGG AACACAGATG 
CTCAAAGAAA TTTTAAAGAT AGACGGCTCT GATGTGGAAA TGAGGAATGA AGTGAAATCC 
CAAGTTAGTG ATGTTCCTGC TCCCCCAAGT AGACAGGATT GCCATGGAGC TGCTTTGCAA 
TATAGACAAC CAAAAAAAAT GGCTGCTTAT ATGAACAAGC CTCATAGTAC TGGAGGCGTT 
CAGAATACAC CAGCACTAGA AACTGGAGCT CACCCTTTTG TCGGTCCACA GCCTGCAATG 
TCTACTCCTG TTTCTGAACT TTCGCGTATT TGTTCTCTTG TTGGAATGTC GCAACCAGAT 
TTCTCTTTTG TAAAAACACC ACAGACTATG ACAGTTTGTC ACATAAAATT ATCAAATGGA 
TTGTTGGTTC ATGGACCGCA GTGTCATTCT GAAGCTGAAG CAAAGGAGAA AGCTGCTCTT 
TTTGCTTTAC AGCGTTTGAG CTCTATAGGA GTGAACTTCA CTTTGCCTCC ACCTCCCCCT 
CCACCTGTGT TTCCAAATTA TCAGCCACTG GGAGTTCATG TACCACCTGG ACCTATTCCT 
CCAGTCTTTA CACAACCCCC TGCTAATATG ATGCCTCCGT CATCCCACAT GTTTGGTCCA 
GTGTCCTGGG GAGCTCCAGT GCCTATTCAT GGCAAACATT ATTATCCTGG TTCCTATCCA 
GGAAACATGT CTCTTGCAGG AACTATACCA GTTGGCTCTC ACAACCAGTT CATACCTCTG 
CAGGTAACTA AAAAAAGGGC TGCTAGCAAG AAAAACTTTG AGCTCAAGGA GTTTCAGAGT 
TCCCCTCAAG CTGCACCACT AAAGAATGAA CAGCCAGTGT CTTCTGACCA CATTCAGCAA 
GATAGCTCTT CAGCTCCTTT AAAATCTCCT CAAGCTGCTC AATCCACTGT TTCATTTCAA 
GACAATGTGG CTACTCCAAG TGTTCCTCAT AACAAATCAA CACCAAACAC TTCCAGCAAG 
CGAAAGCCAA GAAAGCTGGC TGTCAATTTT GGCGCACCAA AATCTTCAGA ATAA

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

LOC101794979 ( XM_013109311.1 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_012964765.1 Anas platyrhynchos 5'-3' exoribonuclease 1 (XRN1), transcript variant X2, mRNA.

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CloneID	OAn102025
Clone ID Related Accession (Same CDS sequence)	XM_013109311.1 , XM_013109311.2
Accession Version	XM_013109311.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5211bp) 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	2015-07-08
Organism	Anas platyrhynchos(Mallard)
Product	5'-3' exoribonuclease 1 isoform X2
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004676420.1) 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 :: Anas platyrhynchos Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAATGGCA TTATACATCA GTGTTCACAT CCAAATGATG ATGATGTTCA CTTCAGAATC 
TCAGAAGATA AGATTTTTGC TGATATTTTT CACTATTTGG AAGTACTGTT TCGCATTATT 
AAGCCAAGGA AGGTTTTCTT CATGGCAGTT GATGGTGTAG CTCCAAGAGC AAAAATGAAT 
CAGCAGCGTG GGAGACGTTT TAGATCAGCA AAAGAGGCAG AGGACAAAAT AAAAAAGGCA 
TTAGAAAAGG GAGAAACTCT ACCTACTGAA GCCAGATTTG ACTCCAACTG TATTACACCA 
GGAACTGAAT TCATGGCTAG ATTGCATGAA CATCTTAAAT ATTTCGTCAA CATGAAAATT 
TCTACAGACA AATCCTGGCA GGGAGTAACA GTCTATTTAT CAGGCCATGA GACTCCAGGG 
GAAGGAGAGC ATAAAATTAT GGAGTTCATC AGATCAGAAA AAGCAAAGCC CCATCATGAT 
CCAAACACAA GACACTGTCT CTATGGCTTA GATGCTGATT TGATTATGCT GGGATTAACA 
AGTCATGAGG CACACTTCGC ACTCTTAAGA GAAGAAGTCA GATTTGGTGG TAAAAAATCT 
CAAAGAGCAT GTGCACCAGA GGAAACCACA TTTCATTTAC TGCACTTATC ACTGATGAGA 
GAATATATTG ATTATGAATT TTCACCAGTA AAAGATAAGA TTCCATTTGA ATATGATATT 
GAAAAGATAA TAGATGATTG GATCTTGATG GGTTTCCTTG TAGGCAATGA TTTTATTCCT 
CATCTACCTC ATTTACACAT TAATCATGAT GCACTGCCGC TACTTTATAG AACATACATG 
GCTATCTTGC CAGAACTGGG AGGTTACATA AATGAAAATG GGCATCTGAA TTTAAAACGC 
TTTGAGAAGT ATCTCATGAG ATTGTCAGAT TTTGATCGTG AACACTTTAG TGAAGTCTTC 
GTAGACCTAA AATGGTTTGA AAGTAAAGTA GGCAATAAAT ACCTCAATGA GGCAGCTGGT 
ATTGCAGCAG AAGAAGCCAG AAACAATAAA CAGAAGAAAC AGAAGGCTCA GGAAAATTCT 
CTATGTTTGG CTGCATTAGA AAAAAATGAA GTTGTGACCT CTAGAACTGT GTTGGAAGAT 
GAACCAGAAG ATGATGATCT GTTTGAAACA GAGTTTAGGC AATACAAGAG AACTTACTAC 
ATGACTAAAA TGGGCGTGGA AGTAGTTTCT GATGACTTCC TGGCTGATCA AGCTGAATGT 
TATGTCCAGG CAATACAATG GATTTTGCAT TATTATTACC ATGGAGTTCA GTCATGGAGC 
TGGTATTACC CATATCATTA TGCACCTTAT CTGTCAGATA TTCGCAACAT CAGTGAACTC 
GAAATCAAAT TTGAACTGGG AAAACCTTTC ATGCCATTTG AACAGCTTCT TGCTGTACTT 
CCAGCAGCTA GCAAAGACCT ATTACCTAAA TGTTACCAGC ATTTGATGAT TAGTCAAGAC 
TCTCCTATTA TAGAATATTA TCCACCAGAC TTTAAAACTG ACCTGAATGG AAAACAGCAA 
GAATGGGAAG CTGTGGTATT AATCCCTTTT ATTGATGAGA GACGACTGCT GCAGGCCATG 
GAACCATGTA ATAAGTACCT AAAAGAAGAG GAGAAACGCA GAAATACTCA CAGTGCCTGC 
TTAATGTACT GGTATGACAA AGATGCAGAG TTCCAGTACA TGTCTCCTTG GCCAGAGAAA 
TTTCCTGCAA TTGAAAGGTG TCATACCAGG TATAAAACAA TACCTTTGGA TGCTTGGCAT 
GTAGAAATTA CCCATAATCA AATAACTAAA ATCAACAAGA GTGCATTATA TTTTTGTGGA 
TTTCCTACTT TAAAGCACAT TAAACATAAG TTCTGTCTTA GAAAAAGTGG TGTGCAGGTG 
TTTCAGCAAA GCAGCCATGG AGAAAACATG ATGTTAGAAA TTGTAACTGA TGAAAACTCA 
AAAGATCAAA CAGTGGAAAA TGTTGCCAGT TTGATACTTG GAAAGCTTGT TTTTGTTAAC 
TGGCCACACC TGGAAGAAGC CAGAGTTGTT GCTGTGTCAG ATGGAGAAAC CAAGTTCTAC 
TTGGAAGAAC CACACGGAAC ACAGAAGCTC TACATGGGAA ATGCAGTGCC CCCAACTAAA 
GTGGCATATG TTGGAGATAA GGAGCAAAGC ATGTGGTTAA AAGAAGTGCA AGGTCTTTCA 
GAGCATTACC AGAGAAGAAA AGGAATAATT ATTCACGAAA CATCAATAGT TGTGTATGCT 
CAGTTACTCA CTGGCAATAG ATACCAACTA AACCAAAATG GTGAAGTGTA TTTGGAGAAG 
CAGTGGTCAA AACAAGTTCT TCCTTTTGTT TACCAAACTG TTGTCAAGGA TATCAAAGCC 
TTTGACTCTC GTTTTTCAAA CATCAAAACT TTGGATGACT TGTTTCCTCC TGGGAGCACA 
GCCTTTATGC TGGGATCTCC TTACTATGGC TGCATGGGAG AAGTTCAAGA TTCACGTGAT 
GTGATCCCAG AAGGTAGAAT TCGTGTAGTT TTCAATATTC CTTGTGAACC TCAGCTTGAT 
CCTTTAATAC AGAATCAGCA TAAATACTCT GTGAAATACA ATCCTGCATA TATTTTGGCC 
AGCCGTCTTG GAGTAAGTGG ATATCTAGTC TCCAGATTTA CAGGGAGTAT CTTTATTGGA 
AGAGGATCAA AGAAAAATCC TCATGGAGAT CACAAAGCAA ACGTGGGGCT GAACCTGAAG 
TTTAATAAGA AAAACGAAGA AGTTCCTGGC TATACTAAGA AAGTCGGAAA TGAATGGATG 
TATTCTTCTG CAGTAGAACA ACTACTTGCT GAGTATTTAG AAAGAGTTCC TGAGTTGTTT 
AATTATATAG CCAAGAATAG CCAGGAAGAT ATATTCTATG AAGATGACAT TTGGCCTGGT 
GAGGATGAGA ATGGGGCTGA GAAAGTTCAA GAAATTGTTG CCTGGTTAAA GGCACATCCT 
GTCTCTGCGT TATCTCGCTC ATCTTGTGAC TTGCAAATTT TGGATGCAGC CATTGTTGAG 
AAAATTGAAG AAGAAATAGA GAAATGCAAG CAAAGAAAGA GCAACAAGAA AGTGCGAGTA 
ACTGTGAAAC CCCATTTGCT ATACAGACCT TTAGAACAAC AGAATGGGGT TGTTCCAGAC 
AGAGATGCGG AGTATAAGCT GTTTGATCGT GTTGTCAATG TGAGAGAGAA CTTTTCTGTT 
CCTGTTGGTC TTCGAGGTAC CATTATAGGA ATTAAAGGAG CTAGTAGAGA AACAGATGTT 
CTCTTCGAAG TTTTGTTTGA TGAAGAATTC CTGGGAGGCC TAACTATAAG GTGCTCACCC 
GCCAGAGGTT ATCGTCTGCC ATCAAGTGCC TTAATTAACC TGTCTCATGG TAGTCGGTCA 
GAAATGGGAA ATCAAAAACT GACAGCCATA GTTAAACCTC AGCCAGCCGC AAATAACTAC 
AACTCATATG CATCTGATCT GTCGTCTGTA TGCTCACAAA AAGTGCATCT GGGAGGCCTC 
AACCATTCTC CTCGCTCCCT TTTTGTTCCT ACTCAACAAC TGAATGGAAG ACAGCATTAC 
AATCTCAGGG CTGAAAATCA GGGTACCTCC AACTCACCCC ACAAAGGATC ATTTTTGAGT 
GGCAATCAGA AAAACAAAGC ACAAAGTAAG CAAGATGATG AATTCTGCAG TATATGGCAA 
TCATTGCAGG TTTCTGGGAA GTCTTACCAC ACTCAGCAAA ACATACATGA GAAGGGTGCA 
GTTCTACCTC AGGAAATCAA GCTGGGAACT AGTAATCAGT TCTGTAAGCC AGTCTTCAAT 
GACAGCAGCT TTAAAGGTCA GCAAAGAAAA CAGGAGCCAT ATAAAAAATT TAAAGAAGAT 
TCCAAAGTGA CAAGAGGTGA AAATCAGCCC CATAATAAAG TACCAAACAA ACAGAATTTT 
GCAGGTGTAA ATAAATATAA TGTCAAACTT CTGAAGAGAA ATGAAAGTCC CAATGTCACT 
CAGAAGGCAG CAGTTGATGG TCCATGTACA GGTGGAAAGG ACAATGATCT TGAAAGTCTT 
CTAGCTTCTT TGAAAATTTC CAAAGAAAAT GAAGTGCAGA CTTACTCCAA GGAAGCAAGA 
GCTACAAATG AAGAACATCT GTCACCACAA TCATTTGCTA TGAAAGGAAC ACAGATGCTC 
AAAGAAATTT TAAAGATAGA CGGCTCTGAT GTGGAAATGA GGAATGAAGT GAAATCCCAA 
GTTAGTGATG TTCCTGCTCC CCCAAGTAGA CAGGATTGCC ATGGAGCTGC TTTGCAATAT 
AGACAACCAA AAAAAATGGC TGCTTATATG AACAAGCCTC ATAGTACTGG AGGCGTTCAG 
AATACACCAG CACTAGAAAC TGGAGCTCAC CCTTTTGTCG GTCCACAGCC TGCAATGTCT 
ACTCCTGTTT CTGAACTTTC GCGTATTTGT TCTCTTGTTG GAATGTCGCA ACCAGATTTC 
TCTTTTGTAA AAACACCACA GACTATGACA GTTTGTCACA TAAAATTATC AAATGGATTG 
TTGGTTCATG GACCGCAGTG TCATTCTGAA GCTGAAGCAA AGGAGAAAGC TGCTCTTTTT 
GCTTTACAGC GTTTGAGCTC TATAGGAGTG AACTTCACTT TGCCTCCACC TCCCCCTCCA 
CCTGTGTTTC CAAATTATCA GCCACTGGGA GTTCATGTAC CACCTGGACC TATTCCTCCA 
GTCTTTACAC AACCCCCTGC TAATATGATG CCTCCGTCAT CCCACATGTT TGGTCCAGTG 
TCCTGGGGAG CTCCAGTGCC TATTCATGGC AAACATTATT ATCCTGGTTC CTATCCAGGA 
AACATGTCTC TTGCAGGAAC TATACCAGTT GGCTCTCACA ACCAGTTCAT ACCTCTGCAG 
GTAACTAAAA AAAGGGCTGC TAGCAAGAAA AACTTTGAGC TCAAGGAGTT TCAGAGTTCC 
CCTCAAGCTG CACCACTAAA GAATGAACAG CCAGTGTCTT CTGACCACAT TCAGCAAGAT 
AGCTCTTCAG CTCCTTTAAA ATCTCCTCAA GCTGCTCAAT CCACTGTTTC ATTTCAAGAC 
AATGTGGCTA CTCCAAGTGT TCCTCATAAC AAATCAACAC CAAACACTTC CAGCAAGCGA 
AAGCCAAGAA AGCTGGCTGT CAATTTTGGC GCACCAAAAT CTTCAGAATA A

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

RefSeq	XP_012964765.1
CDS	1848..7058
Translation	MNGIIHQCSHPNDDDVHFRISEDKIFADIFHYLEVLFRIIKPRKVFFMAVDGVAPRAKMNQQRGRRFRSAKEAEDKIKKALEKGETLPTEARFDSNCITPGTEFMARLHEHLKYFVNMKISTDKSWQGVTVYLSGHETPGEGEHKIMEFIRSEKAKPHHDPNTRHCLYGLDADLIMLGLTSHEAHFALLREEVRFGGKKSQRACAPEETTFHLLHLSLMREYIDYEFSPVKDKIPFEYDIEKIIDDWILMGFLVGNDFIPHLPHLHINHDALPLLYRTYMAILPELGGYINENGHLNLKRFEKYLMRLSDFDREHFSEVFVDLKWFESKVGNKYLNEAAGIAAEEARNNKQKKQKAQENSLCLAALEKNEVVTSRTVLEDEPEDDDLFETEFRQYKRTYYMTKMGVEVVSDDFLADQAECYVQAIQWILHYYYHGVQSWSWYYPYHYAPYLSDIRNISELEIKFELGKPFMPFEQLLAVLPAASKDLLPKCYQHLMISQDSPIIEYYPPDFKTDLNGKQQEWEAVVLIPFIDERRLLQAMEPCNKYLKEEEKRRNTHSACLMYWYDKDAEFQYMSPWPEKFPAIERCHTRYKTIPLDAWHVEITHNQITKINKSALYFCGFPTLKHIKHKFCLRKSGVQVFQQSSHGENMMLEIVTDENSKDQTVENVASLILGKLVFVNWPHLEEARVVAVSDGETKFYLEEPHGTQKLYMGNAVPPTKVAYVGDKEQSMWLKEVQGLSEHYQRRKGIIIHETSIVVYAQLLTGNRYQLNQNGEVYLEKQWSKQVLPFVYQTVVKDIKAFDSRFSNIKTLDDLFPPGSTAFMLGSPYYGCMGEVQDSRDVIPEGRIRVVFNIPCEPQLDPLIQNQHKYSVKYNPAYILASRLGVSGYLVSRFTGSIFIGRGSKKNPHGDHKANVGLNLKFNKKNEEVPGYTKKVGNEWMYSSAVEQLLAEYLERVPELFNYIAKNSQEDIFYEDDIWPGEDENGAEKVQEIVAWLKAHPVSALSRSSCDLQILDAAIVEKIEEEIEKCKQRKSNKKVRVTVKPHLLYRPLEQQNGVVPDRDAEYKLFDRVVNVRENFSVPVGLRGTIIGIKGASRETDVLFEVLFDEEFLGGLTIRCSPARGYRLPSSALINLSHGSRSEMGNQKLTAIVKPQPAANNYNSYASDLSSVCSQKVHLGGLNHSPRSLFVPTQQLNGRQHYNLRAENQGTSNSPHKGSFLSGNQKNKAQSKQDDEFCSIWQSLQVSGKSYHTQQNIHEKGAVLPQEIKLGTSNQFCKPVFNDSSFKGQQRKQEPYKKFKEDSKVTRGENQPHNKVPNKQNFAGVNKYNVKLLKRNESPNVTQKAAVDGPCTGGKDNDLESLLASLKISKENEVQTYSKEARATNEEHLSPQSFAMKGTQMLKEILKIDGSDVEMRNEVKSQVSDVPAPPSRQDCHGAALQYRQPKKMAAYMNKPHSTGGVQNTPALETGAHPFVGPQPAMSTPVSELSRICSLVGMSQPDFSFVKTPQTMTVCHIKLSNGLLVHGPQCHSEAEAKEKAALFALQRLSSIGVNFTLPPPPPPPVFPNYQPLGVHVPPGPIPPVFTQPPANMMPPSSHMFGPVSWGAPVPIHGKHYYPGSYPGNMSLAGTIPVGSHNQFIPLQVTKKRAASKKNFELKEFQSSPQAAPLKNEQPVSSDHIQQDSSSAPLKSPQAAQSTVSFQDNVATPSVPHNKSTPNTSSKRKPRKLAVNFGAPKSSE

Target ORF information:

RefSeq Version	XM_013109311.1
Organism	Anas platyrhynchos(Mallard)
Definition	Anas platyrhynchos 5'-3' exoribonuclease 1 (XRN1), transcript variant X2, mRNA.

Target ORF information:

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

XM_013109311.1

ORF Insert Sequence:

ATGAATGGCA TTATACATCA GTGTTCACAT CCAAATGATG ATGATGTTCA CTTCAGAATC 
TCAGAAGATA AGATTTTTGC TGATATTTTT CACTATTTGG AAGTACTGTT TCGCATTATT 
AAGCCAAGGA AGGTTTTCTT CATGGCAGTT GATGGTGTAG CTCCAAGAGC AAAAATGAAT 
CAGCAGCGTG GGAGACGTTT TAGATCAGCA AAAGAGGCAG AGGACAAAAT AAAAAAGGCA 
TTAGAAAAGG GAGAAACTCT ACCTACTGAA GCCAGATTTG ACTCCAACTG TATTACACCA 
GGAACTGAAT TCATGGCTAG ATTGCATGAA CATCTTAAAT ATTTCGTCAA CATGAAAATT 
TCTACAGACA AATCCTGGCA GGGAGTAACA GTCTATTTAT CAGGCCATGA GACTCCAGGG 
GAAGGAGAGC ATAAAATTAT GGAGTTCATC AGATCAGAAA AAGCAAAGCC CCATCATGAT 
CCAAACACAA GACACTGTCT CTATGGCTTA GATGCTGATT TGATTATGCT GGGATTAACA 
AGTCATGAGG CACACTTCGC ACTCTTAAGA GAAGAAGTCA GATTTGGTGG TAAAAAATCT 
CAAAGAGCAT GTGCACCAGA GGAAACCACA TTTCATTTAC TGCACTTATC ACTGATGAGA 
GAATATATTG ATTATGAATT TTCACCAGTA AAAGATAAGA TTCCATTTGA ATATGATATT 
GAAAAGATAA TAGATGATTG GATCTTGATG GGTTTCCTTG TAGGCAATGA TTTTATTCCT 
CATCTACCTC ATTTACACAT TAATCATGAT GCACTGCCGC TACTTTATAG AACATACATG 
GCTATCTTGC CAGAACTGGG AGGTTACATA AATGAAAATG GGCATCTGAA TTTAAAACGC 
TTTGAGAAGT ATCTCATGAG ATTGTCAGAT TTTGATCGTG AACACTTTAG TGAAGTCTTC 
GTAGACCTAA AATGGTTTGA AAGTAAAGTA GGCAATAAAT ACCTCAATGA GGCAGCTGGT 
ATTGCAGCAG AAGAAGCCAG AAACAATAAA CAGAAGAAAC AGAAGGCTCA GGAAAATTCT 
CTATGTTTGG CTGCATTAGA AAAAAATGAA GTTGTGACCT CTAGAACTGT GTTGGAAGAT 
GAACCAGAAG ATGATGATCT GTTTGAAACA GAGTTTAGGC AATACAAGAG AACTTACTAC 
ATGACTAAAA TGGGCGTGGA AGTAGTTTCT GATGACTTCC TGGCTGATCA AGCTGAATGT 
TATGTCCAGG CAATACAATG GATTTTGCAT TATTATTACC ATGGAGTTCA GTCATGGAGC 
TGGTATTACC CATATCATTA TGCACCTTAT CTGTCAGATA TTCGCAACAT CAGTGAACTC 
GAAATCAAAT TTGAACTGGG AAAACCTTTC ATGCCATTTG AACAGCTTCT TGCTGTACTT 
CCAGCAGCTA GCAAAGACCT ATTACCTAAA TGTTACCAGC ATTTGATGAT TAGTCAAGAC 
TCTCCTATTA TAGAATATTA TCCACCAGAC TTTAAAACTG ACCTGAATGG AAAACAGCAA 
GAATGGGAAG CTGTGGTATT AATCCCTTTT ATTGATGAGA GACGACTGCT GCAGGCCATG 
GAACCATGTA ATAAGTACCT AAAAGAAGAG GAGAAACGCA GAAATACTCA CAGTGCCTGC 
TTAATGTACT GGTATGACAA AGATGCAGAG TTCCAGTACA TGTCTCCTTG GCCAGAGAAA 
TTTCCTGCAA TTGAAAGGTG TCATACCAGG TATAAAACAA TACCTTTGGA TGCTTGGCAT 
GTAGAAATTA CCCATAATCA AATAACTAAA ATCAACAAGA GTGCATTATA TTTTTGTGGA 
TTTCCTACTT TAAAGCACAT TAAACATAAG TTCTGTCTTA GAAAAAGTGG TGTGCAGGTG 
TTTCAGCAAA GCAGCCATGG AGAAAACATG ATGTTAGAAA TTGTAACTGA TGAAAACTCA 
AAAGATCAAA CAGTGGAAAA TGTTGCCAGT TTGATACTTG GAAAGCTTGT TTTTGTTAAC 
TGGCCACACC TGGAAGAAGC CAGAGTTGTT GCTGTGTCAG ATGGAGAAAC CAAGTTCTAC 
TTGGAAGAAC CACACGGAAC ACAGAAGCTC TACATGGGAA ATGCAGTGCC CCCAACTAAA 
GTGGCATATG TTGGAGATAA GGAGCAAAGC ATGTGGTTAA AAGAAGTGCA AGGTCTTTCA 
GAGCATTACC AGAGAAGAAA AGGAATAATT ATTCACGAAA CATCAATAGT TGTGTATGCT 
CAGTTACTCA CTGGCAATAG ATACCAACTA AACCAAAATG GTGAAGTGTA TTTGGAGAAG 
CAGTGGTCAA AACAAGTTCT TCCTTTTGTT TACCAAACTG TTGTCAAGGA TATCAAAGCC 
TTTGACTCTC GTTTTTCAAA CATCAAAACT TTGGATGACT TGTTTCCTCC TGGGAGCACA 
GCCTTTATGC TGGGATCTCC TTACTATGGC TGCATGGGAG AAGTTCAAGA TTCACGTGAT 
GTGATCCCAG AAGGTAGAAT TCGTGTAGTT TTCAATATTC CTTGTGAACC TCAGCTTGAT 
CCTTTAATAC AGAATCAGCA TAAATACTCT GTGAAATACA ATCCTGCATA TATTTTGGCC 
AGCCGTCTTG GAGTAAGTGG ATATCTAGTC TCCAGATTTA CAGGGAGTAT CTTTATTGGA 
AGAGGATCAA AGAAAAATCC TCATGGAGAT CACAAAGCAA ACGTGGGGCT GAACCTGAAG 
TTTAATAAGA AAAACGAAGA AGTTCCTGGC TATACTAAGA AAGTCGGAAA TGAATGGATG 
TATTCTTCTG CAGTAGAACA ACTACTTGCT GAGTATTTAG AAAGAGTTCC TGAGTTGTTT 
AATTATATAG CCAAGAATAG CCAGGAAGAT ATATTCTATG AAGATGACAT TTGGCCTGGT 
GAGGATGAGA ATGGGGCTGA GAAAGTTCAA GAAATTGTTG CCTGGTTAAA GGCACATCCT 
GTCTCTGCGT TATCTCGCTC ATCTTGTGAC TTGCAAATTT TGGATGCAGC CATTGTTGAG 
AAAATTGAAG AAGAAATAGA GAAATGCAAG CAAAGAAAGA GCAACAAGAA AGTGCGAGTA 
ACTGTGAAAC CCCATTTGCT ATACAGACCT TTAGAACAAC AGAATGGGGT TGTTCCAGAC 
AGAGATGCGG AGTATAAGCT GTTTGATCGT GTTGTCAATG TGAGAGAGAA CTTTTCTGTT 
CCTGTTGGTC TTCGAGGTAC CATTATAGGA ATTAAAGGAG CTAGTAGAGA AACAGATGTT 
CTCTTCGAAG TTTTGTTTGA TGAAGAATTC CTGGGAGGCC TAACTATAAG GTGCTCACCC 
GCCAGAGGTT ATCGTCTGCC ATCAAGTGCC TTAATTAACC TGTCTCATGG TAGTCGGTCA 
GAAATGGGAA ATCAAAAACT GACAGCCATA GTTAAACCTC AGCCAGCCGC AAATAACTAC 
AACTCATATG CATCTGATCT GTCGTCTGTA TGCTCACAAA AAGTGCATCT GGGAGGCCTC 
AACCATTCTC CTCGCTCCCT TTTTGTTCCT ACTCAACAAC TGAATGGAAG ACAGCATTAC 
AATCTCAGGG CTGAAAATCA GGGTACCTCC AACTCACCCC ACAAAGGATC ATTTTTGAGT 
GGCAATCAGA AAAACAAAGC ACAAAGTAAG CAAGATGATG AATTCTGCAG TATATGGCAA 
TCATTGCAGG TTTCTGGGAA GTCTTACCAC ACTCAGCAAA ACATACATGA GAAGGGTGCA 
GTTCTACCTC AGGAAATCAA GCTGGGAACT AGTAATCAGT TCTGTAAGCC AGTCTTCAAT 
GACAGCAGCT TTAAAGGTCA GCAAAGAAAA CAGGAGCCAT ATAAAAAATT TAAAGAAGAT 
TCCAAAGTGA CAAGAGGTGA AAATCAGCCC CATAATAAAG TACCAAACAA ACAGAATTTT 
GCAGGTGTAA ATAAATATAA TGTCAAACTT CTGAAGAGAA ATGAAAGTCC CAATGTCACT 
CAGAAGGCAG CAGTTGATGG TCCATGTACA GGTGGAAAGG ACAATGATCT TGAAAGTCTT 
CTAGCTTCTT TGAAAATTTC CAAAGAAAAT GAAGTGCAGA CTTACTCCAA GGAAGCAAGA 
GCTACAAATG AAGAACATCT GTCACCACAA TCATTTGCTA TGAAAGGAAC ACAGATGCTC 
AAAGAAATTT TAAAGATAGA CGGCTCTGAT GTGGAAATGA GGAATGAAGT GAAATCCCAA 
GTTAGTGATG TTCCTGCTCC CCCAAGTAGA CAGGATTGCC ATGGAGCTGC TTTGCAATAT 
AGACAACCAA AAAAAATGGC TGCTTATATG AACAAGCCTC ATAGTACTGG AGGCGTTCAG 
AATACACCAG CACTAGAAAC TGGAGCTCAC CCTTTTGTCG GTCCACAGCC TGCAATGTCT 
ACTCCTGTTT CTGAACTTTC GCGTATTTGT TCTCTTGTTG GAATGTCGCA ACCAGATTTC 
TCTTTTGTAA AAACACCACA GACTATGACA GTTTGTCACA TAAAATTATC AAATGGATTG 
TTGGTTCATG GACCGCAGTG TCATTCTGAA GCTGAAGCAA AGGAGAAAGC TGCTCTTTTT 
GCTTTACAGC GTTTGAGCTC TATAGGAGTG AACTTCACTT TGCCTCCACC TCCCCCTCCA 
CCTGTGTTTC CAAATTATCA GCCACTGGGA GTTCATGTAC CACCTGGACC TATTCCTCCA 
GTCTTTACAC AACCCCCTGC TAATATGATG CCTCCGTCAT CCCACATGTT TGGTCCAGTG 
TCCTGGGGAG CTCCAGTGCC TATTCATGGC AAACATTATT ATCCTGGTTC CTATCCAGGA 
AACATGTCTC TTGCAGGAAC TATACCAGTT GGCTCTCACA ACCAGTTCAT ACCTCTGCAG 
GTAACTAAAA AAAGGGCTGC TAGCAAGAAA AACTTTGAGC TCAAGGAGTT TCAGAGTTCC 
CCTCAAGCTG CACCACTAAA GAATGAACAG CCAGTGTCTT CTGACCACAT TCAGCAAGAT 
AGCTCTTCAG CTCCTTTAAA ATCTCCTCAA GCTGCTCAAT CCACTGTTTC ATTTCAAGAC 
AATGTGGCTA CTCCAAGTGT TCCTCATAAC AAATCAACAC CAAACACTTC CAGCAAGCGA 
AAGCCAAGAA AGCTGGCTGT CAATTTTGGC GCACCAAAAT CTTCAGAATA A

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

LOC101794979 ( XM_013109311.2 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_012964765.1 Anas platyrhynchos 5'-3' exoribonuclease 1 (XRN1), transcript variant X2, mRNA.

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CloneID	OAn102025
Clone ID Related Accession (Same CDS sequence)	XM_013109311.1 , XM_013109311.2
Accession Version	XM_013109311.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5211bp) 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	2017-05-23
Organism	Anas platyrhynchos(mallard)
Product	5'-3' exoribonuclease 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004676420.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On May 24, 2017 this sequence version replaced XM_013109311.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Anas platyrhynchos Annotation Release 102 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##

ATGAATGGCA TTATACATCA GTGTTCACAT CCAAATGATG ATGATGTTCA CTTCAGAATC 
TCAGAAGATA AGATTTTTGC TGATATTTTT CACTATTTGG AAGTACTGTT TCGCATTATT 
AAGCCAAGGA AGGTTTTCTT CATGGCAGTT GATGGTGTAG CTCCAAGAGC AAAAATGAAT 
CAGCAGCGTG GGAGACGTTT TAGATCAGCA AAAGAGGCAG AGGACAAAAT AAAAAAGGCA 
TTAGAAAAGG GAGAAACTCT ACCTACTGAA GCCAGATTTG ACTCCAACTG TATTACACCA 
GGAACTGAAT TCATGGCTAG ATTGCATGAA CATCTTAAAT ATTTCGTCAA CATGAAAATT 
TCTACAGACA AATCCTGGCA GGGAGTAACA GTCTATTTAT CAGGCCATGA GACTCCAGGG 
GAAGGAGAGC ATAAAATTAT GGAGTTCATC AGATCAGAAA AAGCAAAGCC CCATCATGAT 
CCAAACACAA GACACTGTCT CTATGGCTTA GATGCTGATT TGATTATGCT GGGATTAACA 
AGTCATGAGG CACACTTCGC ACTCTTAAGA GAAGAAGTCA GATTTGGTGG TAAAAAATCT 
CAAAGAGCAT GTGCACCAGA GGAAACCACA TTTCATTTAC TGCACTTATC ACTGATGAGA 
GAATATATTG ATTATGAATT TTCACCAGTA AAAGATAAGA TTCCATTTGA ATATGATATT 
GAAAAGATAA TAGATGATTG GATCTTGATG GGTTTCCTTG TAGGCAATGA TTTTATTCCT 
CATCTACCTC ATTTACACAT TAATCATGAT GCACTGCCGC TACTTTATAG AACATACATG 
GCTATCTTGC CAGAACTGGG AGGTTACATA AATGAAAATG GGCATCTGAA TTTAAAACGC 
TTTGAGAAGT ATCTCATGAG ATTGTCAGAT TTTGATCGTG AACACTTTAG TGAAGTCTTC 
GTAGACCTAA AATGGTTTGA AAGTAAAGTA GGCAATAAAT ACCTCAATGA GGCAGCTGGT 
ATTGCAGCAG AAGAAGCCAG AAACAATAAA CAGAAGAAAC AGAAGGCTCA GGAAAATTCT 
CTATGTTTGG CTGCATTAGA AAAAAATGAA GTTGTGACCT CTAGAACTGT GTTGGAAGAT 
GAACCAGAAG ATGATGATCT GTTTGAAACA GAGTTTAGGC AATACAAGAG AACTTACTAC 
ATGACTAAAA TGGGCGTGGA AGTAGTTTCT GATGACTTCC TGGCTGATCA AGCTGAATGT 
TATGTCCAGG CAATACAATG GATTTTGCAT TATTATTACC ATGGAGTTCA GTCATGGAGC 
TGGTATTACC CATATCATTA TGCACCTTAT CTGTCAGATA TTCGCAACAT CAGTGAACTC 
GAAATCAAAT TTGAACTGGG AAAACCTTTC ATGCCATTTG AACAGCTTCT TGCTGTACTT 
CCAGCAGCTA GCAAAGACCT ATTACCTAAA TGTTACCAGC ATTTGATGAT TAGTCAAGAC 
TCTCCTATTA TAGAATATTA TCCACCAGAC TTTAAAACTG ACCTGAATGG AAAACAGCAA 
GAATGGGAAG CTGTGGTATT AATCCCTTTT ATTGATGAGA GACGACTGCT GCAGGCCATG 
GAACCATGTA ATAAGTACCT AAAAGAAGAG GAGAAACGCA GAAATACTCA CAGTGCCTGC 
TTAATGTACT GGTATGACAA AGATGCAGAG TTCCAGTACA TGTCTCCTTG GCCAGAGAAA 
TTTCCTGCAA TTGAAAGGTG TCATACCAGG TATAAAACAA TACCTTTGGA TGCTTGGCAT 
GTAGAAATTA CCCATAATCA AATAACTAAA ATCAACAAGA GTGCATTATA TTTTTGTGGA 
TTTCCTACTT TAAAGCACAT TAAACATAAG TTCTGTCTTA GAAAAAGTGG TGTGCAGGTG 
TTTCAGCAAA GCAGCCATGG AGAAAACATG ATGTTAGAAA TTGTAACTGA TGAAAACTCA 
AAAGATCAAA CAGTGGAAAA TGTTGCCAGT TTGATACTTG GAAAGCTTGT TTTTGTTAAC 
TGGCCACACC TGGAAGAAGC CAGAGTTGTT GCTGTGTCAG ATGGAGAAAC CAAGTTCTAC 
TTGGAAGAAC CACACGGAAC ACAGAAGCTC TACATGGGAA ATGCAGTGCC CCCAACTAAA 
GTGGCATATG TTGGAGATAA GGAGCAAAGC ATGTGGTTAA AAGAAGTGCA AGGTCTTTCA 
GAGCATTACC AGAGAAGAAA AGGAATAATT ATTCACGAAA CATCAATAGT TGTGTATGCT 
CAGTTACTCA CTGGCAATAG ATACCAACTA AACCAAAATG GTGAAGTGTA TTTGGAGAAG 
CAGTGGTCAA AACAAGTTCT TCCTTTTGTT TACCAAACTG TTGTCAAGGA TATCAAAGCC 
TTTGACTCTC GTTTTTCAAA CATCAAAACT TTGGATGACT TGTTTCCTCC TGGGAGCACA 
GCCTTTATGC TGGGATCTCC TTACTATGGC TGCATGGGAG AAGTTCAAGA TTCACGTGAT 
GTGATCCCAG AAGGTAGAAT TCGTGTAGTT TTCAATATTC CTTGTGAACC TCAGCTTGAT 
CCTTTAATAC AGAATCAGCA TAAATACTCT GTGAAATACA ATCCTGCATA TATTTTGGCC 
AGCCGTCTTG GAGTAAGTGG ATATCTAGTC TCCAGATTTA CAGGGAGTAT CTTTATTGGA 
AGAGGATCAA AGAAAAATCC TCATGGAGAT CACAAAGCAA ACGTGGGGCT GAACCTGAAG 
TTTAATAAGA AAAACGAAGA AGTTCCTGGC TATACTAAGA AAGTCGGAAA TGAATGGATG 
TATTCTTCTG CAGTAGAACA ACTACTTGCT GAGTATTTAG AAAGAGTTCC TGAGTTGTTT 
AATTATATAG CCAAGAATAG CCAGGAAGAT ATATTCTATG AAGATGACAT TTGGCCTGGT 
GAGGATGAGA ATGGGGCTGA GAAAGTTCAA GAAATTGTTG CCTGGTTAAA GGCACATCCT 
GTCTCTGCGT TATCTCGCTC ATCTTGTGAC TTGCAAATTT TGGATGCAGC CATTGTTGAG 
AAAATTGAAG AAGAAATAGA GAAATGCAAG CAAAGAAAGA GCAACAAGAA AGTGCGAGTA 
ACTGTGAAAC CCCATTTGCT ATACAGACCT TTAGAACAAC AGAATGGGGT TGTTCCAGAC 
AGAGATGCGG AGTATAAGCT GTTTGATCGT GTTGTCAATG TGAGAGAGAA CTTTTCTGTT 
CCTGTTGGTC TTCGAGGTAC CATTATAGGA ATTAAAGGAG CTAGTAGAGA AACAGATGTT 
CTCTTCGAAG TTTTGTTTGA TGAAGAATTC CTGGGAGGCC TAACTATAAG GTGCTCACCC 
GCCAGAGGTT ATCGTCTGCC ATCAAGTGCC TTAATTAACC TGTCTCATGG TAGTCGGTCA 
GAAATGGGAA ATCAAAAACT GACAGCCATA GTTAAACCTC AGCCAGCCGC AAATAACTAC 
AACTCATATG CATCTGATCT GTCGTCTGTA TGCTCACAAA AAGTGCATCT GGGAGGCCTC 
AACCATTCTC CTCGCTCCCT TTTTGTTCCT ACTCAACAAC TGAATGGAAG ACAGCATTAC 
AATCTCAGGG CTGAAAATCA GGGTACCTCC AACTCACCCC ACAAAGGATC ATTTTTGAGT 
GGCAATCAGA AAAACAAAGC ACAAAGTAAG CAAGATGATG AATTCTGCAG TATATGGCAA 
TCATTGCAGG TTTCTGGGAA GTCTTACCAC ACTCAGCAAA ACATACATGA GAAGGGTGCA 
GTTCTACCTC AGGAAATCAA GCTGGGAACT AGTAATCAGT TCTGTAAGCC AGTCTTCAAT 
GACAGCAGCT TTAAAGGTCA GCAAAGAAAA CAGGAGCCAT ATAAAAAATT TAAAGAAGAT 
TCCAAAGTGA CAAGAGGTGA AAATCAGCCC CATAATAAAG TACCAAACAA ACAGAATTTT 
GCAGGTGTAA ATAAATATAA TGTCAAACTT CTGAAGAGAA ATGAAAGTCC CAATGTCACT 
CAGAAGGCAG CAGTTGATGG TCCATGTACA GGTGGAAAGG ACAATGATCT TGAAAGTCTT 
CTAGCTTCTT TGAAAATTTC CAAAGAAAAT GAAGTGCAGA CTTACTCCAA GGAAGCAAGA 
GCTACAAATG AAGAACATCT GTCACCACAA TCATTTGCTA TGAAAGGAAC ACAGATGCTC 
AAAGAAATTT TAAAGATAGA CGGCTCTGAT GTGGAAATGA GGAATGAAGT GAAATCCCAA 
GTTAGTGATG TTCCTGCTCC CCCAAGTAGA CAGGATTGCC ATGGAGCTGC TTTGCAATAT 
AGACAACCAA AAAAAATGGC TGCTTATATG AACAAGCCTC ATAGTACTGG AGGCGTTCAG 
AATACACCAG CACTAGAAAC TGGAGCTCAC CCTTTTGTCG GTCCACAGCC TGCAATGTCT 
ACTCCTGTTT CTGAACTTTC GCGTATTTGT TCTCTTGTTG GAATGTCGCA ACCAGATTTC 
TCTTTTGTAA AAACACCACA GACTATGACA GTTTGTCACA TAAAATTATC AAATGGATTG 
TTGGTTCATG GACCGCAGTG TCATTCTGAA GCTGAAGCAA AGGAGAAAGC TGCTCTTTTT 
GCTTTACAGC GTTTGAGCTC TATAGGAGTG AACTTCACTT TGCCTCCACC TCCCCCTCCA 
CCTGTGTTTC CAAATTATCA GCCACTGGGA GTTCATGTAC CACCTGGACC TATTCCTCCA 
GTCTTTACAC AACCCCCTGC TAATATGATG CCTCCGTCAT CCCACATGTT TGGTCCAGTG 
TCCTGGGGAG CTCCAGTGCC TATTCATGGC AAACATTATT ATCCTGGTTC CTATCCAGGA 
AACATGTCTC TTGCAGGAAC TATACCAGTT GGCTCTCACA ACCAGTTCAT ACCTCTGCAG 
GTAACTAAAA AAAGGGCTGC TAGCAAGAAA AACTTTGAGC TCAAGGAGTT TCAGAGTTCC 
CCTCAAGCTG CACCACTAAA GAATGAACAG CCAGTGTCTT CTGACCACAT TCAGCAAGAT 
AGCTCTTCAG CTCCTTTAAA ATCTCCTCAA GCTGCTCAAT CCACTGTTTC ATTTCAAGAC 
AATGTGGCTA CTCCAAGTGT TCCTCATAAC AAATCAACAC CAAACACTTC CAGCAAGCGA 
AAGCCAAGAA AGCTGGCTGT CAATTTTGGC GCACCAAAAT CTTCAGAATA A

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

RefSeq	XP_012964765.1
CDS	1838..7048
Translation	MNGIIHQCSHPNDDDVHFRISEDKIFADIFHYLEVLFRIIKPRKVFFMAVDGVAPRAKMNQQRGRRFRSAKEAEDKIKKALEKGETLPTEARFDSNCITPGTEFMARLHEHLKYFVNMKISTDKSWQGVTVYLSGHETPGEGEHKIMEFIRSEKAKPHHDPNTRHCLYGLDADLIMLGLTSHEAHFALLREEVRFGGKKSQRACAPEETTFHLLHLSLMREYIDYEFSPVKDKIPFEYDIEKIIDDWILMGFLVGNDFIPHLPHLHINHDALPLLYRTYMAILPELGGYINENGHLNLKRFEKYLMRLSDFDREHFSEVFVDLKWFESKVGNKYLNEAAGIAAEEARNNKQKKQKAQENSLCLAALEKNEVVTSRTVLEDEPEDDDLFETEFRQYKRTYYMTKMGVEVVSDDFLADQAECYVQAIQWILHYYYHGVQSWSWYYPYHYAPYLSDIRNISELEIKFELGKPFMPFEQLLAVLPAASKDLLPKCYQHLMISQDSPIIEYYPPDFKTDLNGKQQEWEAVVLIPFIDERRLLQAMEPCNKYLKEEEKRRNTHSACLMYWYDKDAEFQYMSPWPEKFPAIERCHTRYKTIPLDAWHVEITHNQITKINKSALYFCGFPTLKHIKHKFCLRKSGVQVFQQSSHGENMMLEIVTDENSKDQTVENVASLILGKLVFVNWPHLEEARVVAVSDGETKFYLEEPHGTQKLYMGNAVPPTKVAYVGDKEQSMWLKEVQGLSEHYQRRKGIIIHETSIVVYAQLLTGNRYQLNQNGEVYLEKQWSKQVLPFVYQTVVKDIKAFDSRFSNIKTLDDLFPPGSTAFMLGSPYYGCMGEVQDSRDVIPEGRIRVVFNIPCEPQLDPLIQNQHKYSVKYNPAYILASRLGVSGYLVSRFTGSIFIGRGSKKNPHGDHKANVGLNLKFNKKNEEVPGYTKKVGNEWMYSSAVEQLLAEYLERVPELFNYIAKNSQEDIFYEDDIWPGEDENGAEKVQEIVAWLKAHPVSALSRSSCDLQILDAAIVEKIEEEIEKCKQRKSNKKVRVTVKPHLLYRPLEQQNGVVPDRDAEYKLFDRVVNVRENFSVPVGLRGTIIGIKGASRETDVLFEVLFDEEFLGGLTIRCSPARGYRLPSSALINLSHGSRSEMGNQKLTAIVKPQPAANNYNSYASDLSSVCSQKVHLGGLNHSPRSLFVPTQQLNGRQHYNLRAENQGTSNSPHKGSFLSGNQKNKAQSKQDDEFCSIWQSLQVSGKSYHTQQNIHEKGAVLPQEIKLGTSNQFCKPVFNDSSFKGQQRKQEPYKKFKEDSKVTRGENQPHNKVPNKQNFAGVNKYNVKLLKRNESPNVTQKAAVDGPCTGGKDNDLESLLASLKISKENEVQTYSKEARATNEEHLSPQSFAMKGTQMLKEILKIDGSDVEMRNEVKSQVSDVPAPPSRQDCHGAALQYRQPKKMAAYMNKPHSTGGVQNTPALETGAHPFVGPQPAMSTPVSELSRICSLVGMSQPDFSFVKTPQTMTVCHIKLSNGLLVHGPQCHSEAEAKEKAALFALQRLSSIGVNFTLPPPPPPPVFPNYQPLGVHVPPGPIPPVFTQPPANMMPPSSHMFGPVSWGAPVPIHGKHYYPGSYPGNMSLAGTIPVGSHNQFIPLQVTKKRAASKKNFELKEFQSSPQAAPLKNEQPVSSDHIQQDSSSAPLKSPQAAQSTVSFQDNVATPSVPHNKSTPNTSSKRKPRKLAVNFGAPKSSE

Target ORF information:

RefSeq Version	XM_013109311.2
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos 5'-3' exoribonuclease 1 (XRN1), transcript variant X2, mRNA.

Target ORF information:

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

XM_013109311.2

ORF Insert Sequence:

ATGAATGGCA TTATACATCA GTGTTCACAT CCAAATGATG ATGATGTTCA CTTCAGAATC 
TCAGAAGATA AGATTTTTGC TGATATTTTT CACTATTTGG AAGTACTGTT TCGCATTATT 
AAGCCAAGGA AGGTTTTCTT CATGGCAGTT GATGGTGTAG CTCCAAGAGC AAAAATGAAT 
CAGCAGCGTG GGAGACGTTT TAGATCAGCA AAAGAGGCAG AGGACAAAAT AAAAAAGGCA 
TTAGAAAAGG GAGAAACTCT ACCTACTGAA GCCAGATTTG ACTCCAACTG TATTACACCA 
GGAACTGAAT TCATGGCTAG ATTGCATGAA CATCTTAAAT ATTTCGTCAA CATGAAAATT 
TCTACAGACA AATCCTGGCA GGGAGTAACA GTCTATTTAT CAGGCCATGA GACTCCAGGG 
GAAGGAGAGC ATAAAATTAT GGAGTTCATC AGATCAGAAA AAGCAAAGCC CCATCATGAT 
CCAAACACAA GACACTGTCT CTATGGCTTA GATGCTGATT TGATTATGCT GGGATTAACA 
AGTCATGAGG CACACTTCGC ACTCTTAAGA GAAGAAGTCA GATTTGGTGG TAAAAAATCT 
CAAAGAGCAT GTGCACCAGA GGAAACCACA TTTCATTTAC TGCACTTATC ACTGATGAGA 
GAATATATTG ATTATGAATT TTCACCAGTA AAAGATAAGA TTCCATTTGA ATATGATATT 
GAAAAGATAA TAGATGATTG GATCTTGATG GGTTTCCTTG TAGGCAATGA TTTTATTCCT 
CATCTACCTC ATTTACACAT TAATCATGAT GCACTGCCGC TACTTTATAG AACATACATG 
GCTATCTTGC CAGAACTGGG AGGTTACATA AATGAAAATG GGCATCTGAA TTTAAAACGC 
TTTGAGAAGT ATCTCATGAG ATTGTCAGAT TTTGATCGTG AACACTTTAG TGAAGTCTTC 
GTAGACCTAA AATGGTTTGA AAGTAAAGTA GGCAATAAAT ACCTCAATGA GGCAGCTGGT 
ATTGCAGCAG AAGAAGCCAG AAACAATAAA CAGAAGAAAC AGAAGGCTCA GGAAAATTCT 
CTATGTTTGG CTGCATTAGA AAAAAATGAA GTTGTGACCT CTAGAACTGT GTTGGAAGAT 
GAACCAGAAG ATGATGATCT GTTTGAAACA GAGTTTAGGC AATACAAGAG AACTTACTAC 
ATGACTAAAA TGGGCGTGGA AGTAGTTTCT GATGACTTCC TGGCTGATCA AGCTGAATGT 
TATGTCCAGG CAATACAATG GATTTTGCAT TATTATTACC ATGGAGTTCA GTCATGGAGC 
TGGTATTACC CATATCATTA TGCACCTTAT CTGTCAGATA TTCGCAACAT CAGTGAACTC 
GAAATCAAAT TTGAACTGGG AAAACCTTTC ATGCCATTTG AACAGCTTCT TGCTGTACTT 
CCAGCAGCTA GCAAAGACCT ATTACCTAAA TGTTACCAGC ATTTGATGAT TAGTCAAGAC 
TCTCCTATTA TAGAATATTA TCCACCAGAC TTTAAAACTG ACCTGAATGG AAAACAGCAA 
GAATGGGAAG CTGTGGTATT AATCCCTTTT ATTGATGAGA GACGACTGCT GCAGGCCATG 
GAACCATGTA ATAAGTACCT AAAAGAAGAG GAGAAACGCA GAAATACTCA CAGTGCCTGC 
TTAATGTACT GGTATGACAA AGATGCAGAG TTCCAGTACA TGTCTCCTTG GCCAGAGAAA 
TTTCCTGCAA TTGAAAGGTG TCATACCAGG TATAAAACAA TACCTTTGGA TGCTTGGCAT 
GTAGAAATTA CCCATAATCA AATAACTAAA ATCAACAAGA GTGCATTATA TTTTTGTGGA 
TTTCCTACTT TAAAGCACAT TAAACATAAG TTCTGTCTTA GAAAAAGTGG TGTGCAGGTG 
TTTCAGCAAA GCAGCCATGG AGAAAACATG ATGTTAGAAA TTGTAACTGA TGAAAACTCA 
AAAGATCAAA CAGTGGAAAA TGTTGCCAGT TTGATACTTG GAAAGCTTGT TTTTGTTAAC 
TGGCCACACC TGGAAGAAGC CAGAGTTGTT GCTGTGTCAG ATGGAGAAAC CAAGTTCTAC 
TTGGAAGAAC CACACGGAAC ACAGAAGCTC TACATGGGAA ATGCAGTGCC CCCAACTAAA 
GTGGCATATG TTGGAGATAA GGAGCAAAGC ATGTGGTTAA AAGAAGTGCA AGGTCTTTCA 
GAGCATTACC AGAGAAGAAA AGGAATAATT ATTCACGAAA CATCAATAGT TGTGTATGCT 
CAGTTACTCA CTGGCAATAG ATACCAACTA AACCAAAATG GTGAAGTGTA TTTGGAGAAG 
CAGTGGTCAA AACAAGTTCT TCCTTTTGTT TACCAAACTG TTGTCAAGGA TATCAAAGCC 
TTTGACTCTC GTTTTTCAAA CATCAAAACT TTGGATGACT TGTTTCCTCC TGGGAGCACA 
GCCTTTATGC TGGGATCTCC TTACTATGGC TGCATGGGAG AAGTTCAAGA TTCACGTGAT 
GTGATCCCAG AAGGTAGAAT TCGTGTAGTT TTCAATATTC CTTGTGAACC TCAGCTTGAT 
CCTTTAATAC AGAATCAGCA TAAATACTCT GTGAAATACA ATCCTGCATA TATTTTGGCC 
AGCCGTCTTG GAGTAAGTGG ATATCTAGTC TCCAGATTTA CAGGGAGTAT CTTTATTGGA 
AGAGGATCAA AGAAAAATCC TCATGGAGAT CACAAAGCAA ACGTGGGGCT GAACCTGAAG 
TTTAATAAGA AAAACGAAGA AGTTCCTGGC TATACTAAGA AAGTCGGAAA TGAATGGATG 
TATTCTTCTG CAGTAGAACA ACTACTTGCT GAGTATTTAG AAAGAGTTCC TGAGTTGTTT 
AATTATATAG CCAAGAATAG CCAGGAAGAT ATATTCTATG AAGATGACAT TTGGCCTGGT 
GAGGATGAGA ATGGGGCTGA GAAAGTTCAA GAAATTGTTG CCTGGTTAAA GGCACATCCT 
GTCTCTGCGT TATCTCGCTC ATCTTGTGAC TTGCAAATTT TGGATGCAGC CATTGTTGAG 
AAAATTGAAG AAGAAATAGA GAAATGCAAG CAAAGAAAGA GCAACAAGAA AGTGCGAGTA 
ACTGTGAAAC CCCATTTGCT ATACAGACCT TTAGAACAAC AGAATGGGGT TGTTCCAGAC 
AGAGATGCGG AGTATAAGCT GTTTGATCGT GTTGTCAATG TGAGAGAGAA CTTTTCTGTT 
CCTGTTGGTC TTCGAGGTAC CATTATAGGA ATTAAAGGAG CTAGTAGAGA AACAGATGTT 
CTCTTCGAAG TTTTGTTTGA TGAAGAATTC CTGGGAGGCC TAACTATAAG GTGCTCACCC 
GCCAGAGGTT ATCGTCTGCC ATCAAGTGCC TTAATTAACC TGTCTCATGG TAGTCGGTCA 
GAAATGGGAA ATCAAAAACT GACAGCCATA GTTAAACCTC AGCCAGCCGC AAATAACTAC 
AACTCATATG CATCTGATCT GTCGTCTGTA TGCTCACAAA AAGTGCATCT GGGAGGCCTC 
AACCATTCTC CTCGCTCCCT TTTTGTTCCT ACTCAACAAC TGAATGGAAG ACAGCATTAC 
AATCTCAGGG CTGAAAATCA GGGTACCTCC AACTCACCCC ACAAAGGATC ATTTTTGAGT 
GGCAATCAGA AAAACAAAGC ACAAAGTAAG CAAGATGATG AATTCTGCAG TATATGGCAA 
TCATTGCAGG TTTCTGGGAA GTCTTACCAC ACTCAGCAAA ACATACATGA GAAGGGTGCA 
GTTCTACCTC AGGAAATCAA GCTGGGAACT AGTAATCAGT TCTGTAAGCC AGTCTTCAAT 
GACAGCAGCT TTAAAGGTCA GCAAAGAAAA CAGGAGCCAT ATAAAAAATT TAAAGAAGAT 
TCCAAAGTGA CAAGAGGTGA AAATCAGCCC CATAATAAAG TACCAAACAA ACAGAATTTT 
GCAGGTGTAA ATAAATATAA TGTCAAACTT CTGAAGAGAA ATGAAAGTCC CAATGTCACT 
CAGAAGGCAG CAGTTGATGG TCCATGTACA GGTGGAAAGG ACAATGATCT TGAAAGTCTT 
CTAGCTTCTT TGAAAATTTC CAAAGAAAAT GAAGTGCAGA CTTACTCCAA GGAAGCAAGA 
GCTACAAATG AAGAACATCT GTCACCACAA TCATTTGCTA TGAAAGGAAC ACAGATGCTC 
AAAGAAATTT TAAAGATAGA CGGCTCTGAT GTGGAAATGA GGAATGAAGT GAAATCCCAA 
GTTAGTGATG TTCCTGCTCC CCCAAGTAGA CAGGATTGCC ATGGAGCTGC TTTGCAATAT 
AGACAACCAA AAAAAATGGC TGCTTATATG AACAAGCCTC ATAGTACTGG AGGCGTTCAG 
AATACACCAG CACTAGAAAC TGGAGCTCAC CCTTTTGTCG GTCCACAGCC TGCAATGTCT 
ACTCCTGTTT CTGAACTTTC GCGTATTTGT TCTCTTGTTG GAATGTCGCA ACCAGATTTC 
TCTTTTGTAA AAACACCACA GACTATGACA GTTTGTCACA TAAAATTATC AAATGGATTG 
TTGGTTCATG GACCGCAGTG TCATTCTGAA GCTGAAGCAA AGGAGAAAGC TGCTCTTTTT 
GCTTTACAGC GTTTGAGCTC TATAGGAGTG AACTTCACTT TGCCTCCACC TCCCCCTCCA 
CCTGTGTTTC CAAATTATCA GCCACTGGGA GTTCATGTAC CACCTGGACC TATTCCTCCA 
GTCTTTACAC AACCCCCTGC TAATATGATG CCTCCGTCAT CCCACATGTT TGGTCCAGTG 
TCCTGGGGAG CTCCAGTGCC TATTCATGGC AAACATTATT ATCCTGGTTC CTATCCAGGA 
AACATGTCTC TTGCAGGAAC TATACCAGTT GGCTCTCACA ACCAGTTCAT ACCTCTGCAG 
GTAACTAAAA AAAGGGCTGC TAGCAAGAAA AACTTTGAGC TCAAGGAGTT TCAGAGTTCC 
CCTCAAGCTG CACCACTAAA GAATGAACAG CCAGTGTCTT CTGACCACAT TCAGCAAGAT 
AGCTCTTCAG CTCCTTTAAA ATCTCCTCAA GCTGCTCAAT CCACTGTTTC ATTTCAAGAC 
AATGTGGCTA CTCCAAGTGT TCCTCATAAC AAATCAACAC CAAACACTTC CAGCAAGCGA 
AAGCCAAGAA AGCTGGCTGT CAATTTTGGC GCACCAAAAT CTTCAGAATA A

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

LOC101794979 ( XM_013109315.1 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_012964769.1 Anas platyrhynchos 5'-3' exoribonuclease 1 (XRN1), transcript variant X4, mRNA.

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CloneID	OAn102026
Clone ID Related Accession (Same CDS sequence)	XM_013109315.1
Accession Version	XM_013109315.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4932bp) 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	2015-07-08
Organism	Anas platyrhynchos(Mallard)
Product	5'-3' exoribonuclease 1 isoform X3
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004676420.1) 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 :: Anas platyrhynchos Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAATGGCA TTATACATCA GTGTTCACAT CCAAATGATG ATGATGTTCA CTTCAGAATC 
TCAGAAGATA AGATTTTTGC TGATATTTTT CACTATTTGG AAGTACTGTT TCGCATTATT 
AAGCCAAGGA AGGTTTTCTT CATGGCAGTT GATGGTGTAG CTCCAAGAGC AAAAATGAAT 
CAGCAGCGTG GGAGACGTTT TAGATCAGCA AAAGAGGCAG AGGACAAAAT AAAAAAGGCA 
TTAGAAAAGG GAGAAACTCT ACCTACTGAA GCCAGATTTG ACTCCAACTG TATTACACCA 
GGAACTGAAT TCATGGCTAG ATTGCATGAA CATCTTAAAT ATTTCGTCAA CATGAAAATT 
TCTACAGACA AATCCTGGCA GGGAGTAACA GTCTATTTAT CAGGCCATGA GACTCCAGGG 
GAAGGAGAGC ATAAAATTAT GGAGTTCATC AGATCAGAAA AAGCAAAGCC CCATCATGAT 
CCAAACACAA GACACTGTCT CTATGGCTTA GATGCTGATT TGATTATGCT GGGATTAACA 
AGTCATGAGG CACACTTCGC ACTCTTAAGA GAAGAAGTCA GATTTGGTGG TAAAAAATCT 
CAAAGAGCAT GTGCACCAGA GGAAACCACA TTTCATTTAC TGCACTTATC ACTGATGAGA 
GAATATATTG ATTATGAATT TTCACCAGTA AAAGATAAGA TTCCATTTGA ATATGATATT 
GAAAAGATAA TAGATGATTG GATCTTGATG GGTTTCCTTG TAGGCAATGA TTTTATTCCT 
CATCTACCTC ATTTACACAT TAATCATGAT GCACTGCCGC TACTTTATAG AACATACATG 
GCTATCTTGC CAGAACTGGG AGGTTACATA AATGAAAATG GGCATCTGAA TTTAAAACGC 
TTTGAGAAGT ATCTCATGAG ATTGTCAGAT TTTGATCGTG AACACTTTAG TGAAGTCTTC 
GTAGACCTAA AATGGTTTGA AAGTAAAGTA GGCAATAAAT ACCTCAATGA GGCAGCTGGT 
ATTGCAGCAG AAGAAGCCAG AAACAATAAA CAGAAGAAAC AGAAGGCTCA GGAAAATTCT 
CTATGTTTGG CTGCATTAGA AAAAAATGAA GTTGTGACCT CTAGAACTGT GTTGGAAGAT 
GAACCAGAAG ATGATGATCT GTTTGAAACA GAGTTTAGGC AATACAAGAG AACTTACTAC 
ATGACTAAAA TGGGCGTGGA AGTAGTTTCT GATGACTTCC TGGCTGATCA AGCTGAATGT 
TATGTCCAGG CAATACAATG GATTTTGCAT TATTATTACC ATGGAGTTCA GTCATGGAGC 
TGGTATTACC CATATCATTA TGCACCTTAT CTGTCAGATA TTCGCAACAT CAGTGAACTC 
GAAATCAAAT TTGAACTGGG AAAACCTTTC ATGCCATTTG AACAGCTTCT TGCTGTACTT 
CCAGCAGCTA GCAAAGACCT ATTACCTAAA TGTTACCAGC ATTTGATGAT TAGTCAAGAC 
TCTCCTATTA TAGAATATTA TCCACCAGAC TTTAAAACTG ACCTGAATGG AAAACAGCAA 
GAATGGGAAG CTGTGGTATT AATCCCTTTT ATTGATGAGA GACGACTGCT GCAGGCCATG 
GAACCATGTA ATAAGTACCT AAAAGAAGAG GAGAAACGCA GAAATACTCA CAGTGCCTGC 
TTAATGTACT GGTATGACAA AGATGCAGAG TTCCAGTACA TGTCTCCTTG GCCAGAGAAA 
TTTCCTGCAA TTGAAAGGTG TCATACCAGG TATAAAACAA TACCTTTGGA TGCTTGGCAT 
GTAGAAATTA CCCATAATCA AATAACTAAA ATCAACAAGA GTGCATTATA TTTTTGTGGA 
TTTCCTACTT TAAAGCACAT TAAACATAAG TTCTGTCTTA GAAAAAGTGG TGTGCAGGTG 
TTTCAGCAAA GCAGCCATGG AGAAAACATG ATGTTAGAAA TTGTAACTGA TGAAAACTCA 
AAAGATCAAA CAGTGGAAAA TGTTGCCAGT TTGATACTTG GAAAGCTTGT TTTTGTTAAC 
TGGCCACACC TGGAAGAAGC CAGAGTTGTT GCTGTGTCAG ATGGAGAAAC CAAGTTCTAC 
TTGGAAGAAC CACACGGAAC ACAGAAGCTC TACATGGGAA ATGCAGTGCC CCCAACTAAA 
GTGGCATATG TTGGAGATAA GGAGCAAAGC ATGTGGTTAA AAGAAGTGCA AGGTCTTTCA 
GAGCATTACC AGAGAAGAAA AGGAATAATT ATTCACGAAA CATCAATAGT TGTGTATGCT 
CAGTTACTCA CTGGCAATAG ATACCAACTA AACCAAAATG GTGAAGTGTA TTTGGAGAAG 
CAGTGGTCAA AACAAGTTCT TCCTTTTGTT TACCAAACTG TTGTCAAGGA TATCAAAGCC 
TTTGACTCTC GTTTTTCAAA CATCAAAACT TTGGATGACT TGTTTCCTCC TGGGAGCACA 
GCCTTTATGC TGGGATCTCC TTACTATGGC TGCATGGGAG AAGTTCAAGA TTCACGTGAT 
GTGATCCCAG AAGGTAGAAT TCGTGTAGTT TTCAATATTC CTTGTGAACC TCAGCTTGAT 
CCTTTAATAC AGAATCAGCA TAAATACTCT GTGAAATACA ATCCTGCATA TATTTTGGCC 
AGCCGTCTTG GAGTAAGTGG ATATCTAGTC TCCAGATTTA CAGGGAGTAT CTTTATTGGA 
AGAGGATCAA AGAAAAATCC TCATGGAGAT CACAAAGCAA ACGTGGGGCT GAACCTGAAG 
TTTAATAAGA AAAACGAAGA AGTTCCTGGC TATACTAAGA AAGTCGGAAA TGAATGGATG 
TATTCTTCTG CAGTAGAACA ACTACTTGCT GAGTATTTAG AAAGAGTTCC TGAGTTGTTT 
AATTATATAG CCAAGAATAG CCAGGAAGAT ATATTCTATG AAGATGACAT TTGGCCTGGT 
GAGGATGAGA ATGGGGCTGA GAAAGTTCAA GAAATTGTTG CCTGGTTAAA GGCACATCCT 
GTCTCTGCGT TATCTCGCTC ATCTTGTGAC TTGCAAATTT TGGATGCAGC CATTGTTGAG 
AAAATTGAAG AAGAAATAGA GAAATGCAAG CAAAGAAAGA GCAACAAGAA AGTGCGAGTA 
ACTGTGAAAC CCCATTTGCT ATACAGACCT TTAGAACAAC AGAATGGGGT TGTTCCAGAC 
AGAGATGCGG AGTATAAGCT GTTTGATCGT GTTGTCAATG TGAGAGAGAA CTTTTCTGTT 
CCTGTTGGTC TTCGAGGTAC CATTATAGGA ATTAAAGGAG CTAGTAGAGA AACAGATGTT 
CTCTTCGAAG TTTTGTTTGA TGAAGAATTC CTGGGAGGCC TAACTATAAG GTGCTCACCC 
GCCAGAGGTT ATCGTCTGCC ATCAAGTGCC TTAATTAACC TGTCTCATGG TAGTCGGTCA 
GAAATGGGAA ATCAAAAACT GACAGCCATA GTTAAACCTC AGCCAGCCGC AAATAACTAC 
AACTCATATG CATCTGATCT GTCGTCTGTA TGCTCACAAA AAGTGCATCT GGGAGGCCTC 
AACCATTCTC CTCGCTCCCT TTTTGTTCCT ACTCAACAAC TGAATGGAAG ACAGCATTAC 
AATCTCAGGG CTGAAAATCA GGGTACCTCC AACTCACCCC ACAAAGGATC ATTTTTGAGT 
GGCAATCAGA AAAACAAAGC ACAAAGTAAG CAAGATGATG AATTCTGCAG TATATGGCAA 
TCATTGCAGG TTTCTGGGAA GTCTTACCAC ACTCAGCAAA ACATACATGA GAAGGGTGCA 
GTTCTACCTC AGGAAATCAA GCTGGGAACT AGTAATCAGT TCTGTAAGCC AGTCTTCAAT 
GACAGCAGCT TTAAAGGTCA GCAAAGAAAA CAGGAGCCAT ATAAAAAATT TAAAGAAGAT 
TCCAAAGTGA CAAGAGGTGA AAATCAGCCC CATAATAAAG TACCAAACAA ACAGAATTTT 
GCAGGTGTAA ATAAATATAA TGTCAAACTT CTGAAGAGAA ATGAAAGTCC CAATGTCACT 
CAGAAGGCAG CAGTTGATGG TCCATGTACA GGTGGAAAGA AGGACAATGA TCTTGAAAGT 
CTTCTAGCTT CTTTGAAAAT TTCCAAAGAA AATGAAGTGC AGACTTACTC CAAGGAAGCA 
AGAGCTACAA ATGAAGAACA TCTGTCACCA CAATCATTTG CTATGAAAGG AACACAGATG 
CTCAAAGAAA TTTTAAAGAT AGACGGCTCT GATGTGGAAA TGAGGAATGA AGTGAAATCC 
CAAGTTAGTG ATGTTCCTGC TCCCCCAAGT AGACAGGATT GCCATGGAGC TGCTTTGCAA 
TATAGACAAC CAAAAAAAAT GGCTGCTTAT ATGAACAAGC CTCATAGTAC TGGAGGCGTT 
CAGAATACAC CAGCACTAGA AACTGGAGCT CACCCTTTTG TCGGTCCACA GCCTGCAATG 
TCTACTCCTG TTTCTGAACT TTCGCGTATT TGTTCTCTTG TTGGAATGTC GCAACCAGAT 
TTCTCTTTTG TAAAAACACC ACAGACTATG ACAGTTTGTC ACATAAAATT ATCAAATGGA 
TTGTTGGTTC ATGGACCGCA GTGTCATTCT GAAGCTGAAG CAAAGGAGAA AGCTGCTCTT 
TTTGCTTTAC AGCGTTTGAG CTCTATAGGA GTGAACTTCA CTTTGCCTCC ACCTCCCCCT 
CCACCTGTGT TTCCAAATTA TCAGCCACTG GGAGTTCATG TACCACCTGG ACCTATTCCT 
CCAGTCTTTA CACAACCCCC TGCTAATATG ATGCCTCCGT CATCCCACAT GTTTGGTCCA 
GTGTCCTGGG GAGCTCCAGT GCCTATTCAT GGCAAACATT ATTATCCTGG TTCCTATCCA 
GGAAACATGT CTCTTGCAGG AACTATACCA GTTGGCTCTC ACAACCAGTT CATACCTCTG 
CAGGGACACT GA

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

RefSeq	XP_012964769.1
CDS	1848..6779
Translation	MNGIIHQCSHPNDDDVHFRISEDKIFADIFHYLEVLFRIIKPRKVFFMAVDGVAPRAKMNQQRGRRFRSAKEAEDKIKKALEKGETLPTEARFDSNCITPGTEFMARLHEHLKYFVNMKISTDKSWQGVTVYLSGHETPGEGEHKIMEFIRSEKAKPHHDPNTRHCLYGLDADLIMLGLTSHEAHFALLREEVRFGGKKSQRACAPEETTFHLLHLSLMREYIDYEFSPVKDKIPFEYDIEKIIDDWILMGFLVGNDFIPHLPHLHINHDALPLLYRTYMAILPELGGYINENGHLNLKRFEKYLMRLSDFDREHFSEVFVDLKWFESKVGNKYLNEAAGIAAEEARNNKQKKQKAQENSLCLAALEKNEVVTSRTVLEDEPEDDDLFETEFRQYKRTYYMTKMGVEVVSDDFLADQAECYVQAIQWILHYYYHGVQSWSWYYPYHYAPYLSDIRNISELEIKFELGKPFMPFEQLLAVLPAASKDLLPKCYQHLMISQDSPIIEYYPPDFKTDLNGKQQEWEAVVLIPFIDERRLLQAMEPCNKYLKEEEKRRNTHSACLMYWYDKDAEFQYMSPWPEKFPAIERCHTRYKTIPLDAWHVEITHNQITKINKSALYFCGFPTLKHIKHKFCLRKSGVQVFQQSSHGENMMLEIVTDENSKDQTVENVASLILGKLVFVNWPHLEEARVVAVSDGETKFYLEEPHGTQKLYMGNAVPPTKVAYVGDKEQSMWLKEVQGLSEHYQRRKGIIIHETSIVVYAQLLTGNRYQLNQNGEVYLEKQWSKQVLPFVYQTVVKDIKAFDSRFSNIKTLDDLFPPGSTAFMLGSPYYGCMGEVQDSRDVIPEGRIRVVFNIPCEPQLDPLIQNQHKYSVKYNPAYILASRLGVSGYLVSRFTGSIFIGRGSKKNPHGDHKANVGLNLKFNKKNEEVPGYTKKVGNEWMYSSAVEQLLAEYLERVPELFNYIAKNSQEDIFYEDDIWPGEDENGAEKVQEIVAWLKAHPVSALSRSSCDLQILDAAIVEKIEEEIEKCKQRKSNKKVRVTVKPHLLYRPLEQQNGVVPDRDAEYKLFDRVVNVRENFSVPVGLRGTIIGIKGASRETDVLFEVLFDEEFLGGLTIRCSPARGYRLPSSALINLSHGSRSEMGNQKLTAIVKPQPAANNYNSYASDLSSVCSQKVHLGGLNHSPRSLFVPTQQLNGRQHYNLRAENQGTSNSPHKGSFLSGNQKNKAQSKQDDEFCSIWQSLQVSGKSYHTQQNIHEKGAVLPQEIKLGTSNQFCKPVFNDSSFKGQQRKQEPYKKFKEDSKVTRGENQPHNKVPNKQNFAGVNKYNVKLLKRNESPNVTQKAAVDGPCTGGKKDNDLESLLASLKISKENEVQTYSKEARATNEEHLSPQSFAMKGTQMLKEILKIDGSDVEMRNEVKSQVSDVPAPPSRQDCHGAALQYRQPKKMAAYMNKPHSTGGVQNTPALETGAHPFVGPQPAMSTPVSELSRICSLVGMSQPDFSFVKTPQTMTVCHIKLSNGLLVHGPQCHSEAEAKEKAALFALQRLSSIGVNFTLPPPPPPPVFPNYQPLGVHVPPGPIPPVFTQPPANMMPPSSHMFGPVSWGAPVPIHGKHYYPGSYPGNMSLAGTIPVGSHNQFIPLQGH

Target ORF information:

RefSeq Version	XM_013109315.1
Organism	Anas platyrhynchos(Mallard)
Definition	Anas platyrhynchos 5'-3' exoribonuclease 1 (XRN1), transcript variant X4, mRNA.

Target ORF information:

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

XM_013109315.1

ORF Insert Sequence:

ATGAATGGCA TTATACATCA GTGTTCACAT CCAAATGATG ATGATGTTCA CTTCAGAATC 
TCAGAAGATA AGATTTTTGC TGATATTTTT CACTATTTGG AAGTACTGTT TCGCATTATT 
AAGCCAAGGA AGGTTTTCTT CATGGCAGTT GATGGTGTAG CTCCAAGAGC AAAAATGAAT 
CAGCAGCGTG GGAGACGTTT TAGATCAGCA AAAGAGGCAG AGGACAAAAT AAAAAAGGCA 
TTAGAAAAGG GAGAAACTCT ACCTACTGAA GCCAGATTTG ACTCCAACTG TATTACACCA 
GGAACTGAAT TCATGGCTAG ATTGCATGAA CATCTTAAAT ATTTCGTCAA CATGAAAATT 
TCTACAGACA AATCCTGGCA GGGAGTAACA GTCTATTTAT CAGGCCATGA GACTCCAGGG 
GAAGGAGAGC ATAAAATTAT GGAGTTCATC AGATCAGAAA AAGCAAAGCC CCATCATGAT 
CCAAACACAA GACACTGTCT CTATGGCTTA GATGCTGATT TGATTATGCT GGGATTAACA 
AGTCATGAGG CACACTTCGC ACTCTTAAGA GAAGAAGTCA GATTTGGTGG TAAAAAATCT 
CAAAGAGCAT GTGCACCAGA GGAAACCACA TTTCATTTAC TGCACTTATC ACTGATGAGA 
GAATATATTG ATTATGAATT TTCACCAGTA AAAGATAAGA TTCCATTTGA ATATGATATT 
GAAAAGATAA TAGATGATTG GATCTTGATG GGTTTCCTTG TAGGCAATGA TTTTATTCCT 
CATCTACCTC ATTTACACAT TAATCATGAT GCACTGCCGC TACTTTATAG AACATACATG 
GCTATCTTGC CAGAACTGGG AGGTTACATA AATGAAAATG GGCATCTGAA TTTAAAACGC 
TTTGAGAAGT ATCTCATGAG ATTGTCAGAT TTTGATCGTG AACACTTTAG TGAAGTCTTC 
GTAGACCTAA AATGGTTTGA AAGTAAAGTA GGCAATAAAT ACCTCAATGA GGCAGCTGGT 
ATTGCAGCAG AAGAAGCCAG AAACAATAAA CAGAAGAAAC AGAAGGCTCA GGAAAATTCT 
CTATGTTTGG CTGCATTAGA AAAAAATGAA GTTGTGACCT CTAGAACTGT GTTGGAAGAT 
GAACCAGAAG ATGATGATCT GTTTGAAACA GAGTTTAGGC AATACAAGAG AACTTACTAC 
ATGACTAAAA TGGGCGTGGA AGTAGTTTCT GATGACTTCC TGGCTGATCA AGCTGAATGT 
TATGTCCAGG CAATACAATG GATTTTGCAT TATTATTACC ATGGAGTTCA GTCATGGAGC 
TGGTATTACC CATATCATTA TGCACCTTAT CTGTCAGATA TTCGCAACAT CAGTGAACTC 
GAAATCAAAT TTGAACTGGG AAAACCTTTC ATGCCATTTG AACAGCTTCT TGCTGTACTT 
CCAGCAGCTA GCAAAGACCT ATTACCTAAA TGTTACCAGC ATTTGATGAT TAGTCAAGAC 
TCTCCTATTA TAGAATATTA TCCACCAGAC TTTAAAACTG ACCTGAATGG AAAACAGCAA 
GAATGGGAAG CTGTGGTATT AATCCCTTTT ATTGATGAGA GACGACTGCT GCAGGCCATG 
GAACCATGTA ATAAGTACCT AAAAGAAGAG GAGAAACGCA GAAATACTCA CAGTGCCTGC 
TTAATGTACT GGTATGACAA AGATGCAGAG TTCCAGTACA TGTCTCCTTG GCCAGAGAAA 
TTTCCTGCAA TTGAAAGGTG TCATACCAGG TATAAAACAA TACCTTTGGA TGCTTGGCAT 
GTAGAAATTA CCCATAATCA AATAACTAAA ATCAACAAGA GTGCATTATA TTTTTGTGGA 
TTTCCTACTT TAAAGCACAT TAAACATAAG TTCTGTCTTA GAAAAAGTGG TGTGCAGGTG 
TTTCAGCAAA GCAGCCATGG AGAAAACATG ATGTTAGAAA TTGTAACTGA TGAAAACTCA 
AAAGATCAAA CAGTGGAAAA TGTTGCCAGT TTGATACTTG GAAAGCTTGT TTTTGTTAAC 
TGGCCACACC TGGAAGAAGC CAGAGTTGTT GCTGTGTCAG ATGGAGAAAC CAAGTTCTAC 
TTGGAAGAAC CACACGGAAC ACAGAAGCTC TACATGGGAA ATGCAGTGCC CCCAACTAAA 
GTGGCATATG TTGGAGATAA GGAGCAAAGC ATGTGGTTAA AAGAAGTGCA AGGTCTTTCA 
GAGCATTACC AGAGAAGAAA AGGAATAATT ATTCACGAAA CATCAATAGT TGTGTATGCT 
CAGTTACTCA CTGGCAATAG ATACCAACTA AACCAAAATG GTGAAGTGTA TTTGGAGAAG 
CAGTGGTCAA AACAAGTTCT TCCTTTTGTT TACCAAACTG TTGTCAAGGA TATCAAAGCC 
TTTGACTCTC GTTTTTCAAA CATCAAAACT TTGGATGACT TGTTTCCTCC TGGGAGCACA 
GCCTTTATGC TGGGATCTCC TTACTATGGC TGCATGGGAG AAGTTCAAGA TTCACGTGAT 
GTGATCCCAG AAGGTAGAAT TCGTGTAGTT TTCAATATTC CTTGTGAACC TCAGCTTGAT 
CCTTTAATAC AGAATCAGCA TAAATACTCT GTGAAATACA ATCCTGCATA TATTTTGGCC 
AGCCGTCTTG GAGTAAGTGG ATATCTAGTC TCCAGATTTA CAGGGAGTAT CTTTATTGGA 
AGAGGATCAA AGAAAAATCC TCATGGAGAT CACAAAGCAA ACGTGGGGCT GAACCTGAAG 
TTTAATAAGA AAAACGAAGA AGTTCCTGGC TATACTAAGA AAGTCGGAAA TGAATGGATG 
TATTCTTCTG CAGTAGAACA ACTACTTGCT GAGTATTTAG AAAGAGTTCC TGAGTTGTTT 
AATTATATAG CCAAGAATAG CCAGGAAGAT ATATTCTATG AAGATGACAT TTGGCCTGGT 
GAGGATGAGA ATGGGGCTGA GAAAGTTCAA GAAATTGTTG CCTGGTTAAA GGCACATCCT 
GTCTCTGCGT TATCTCGCTC ATCTTGTGAC TTGCAAATTT TGGATGCAGC CATTGTTGAG 
AAAATTGAAG AAGAAATAGA GAAATGCAAG CAAAGAAAGA GCAACAAGAA AGTGCGAGTA 
ACTGTGAAAC CCCATTTGCT ATACAGACCT TTAGAACAAC AGAATGGGGT TGTTCCAGAC 
AGAGATGCGG AGTATAAGCT GTTTGATCGT GTTGTCAATG TGAGAGAGAA CTTTTCTGTT 
CCTGTTGGTC TTCGAGGTAC CATTATAGGA ATTAAAGGAG CTAGTAGAGA AACAGATGTT 
CTCTTCGAAG TTTTGTTTGA TGAAGAATTC CTGGGAGGCC TAACTATAAG GTGCTCACCC 
GCCAGAGGTT ATCGTCTGCC ATCAAGTGCC TTAATTAACC TGTCTCATGG TAGTCGGTCA 
GAAATGGGAA ATCAAAAACT GACAGCCATA GTTAAACCTC AGCCAGCCGC AAATAACTAC 
AACTCATATG CATCTGATCT GTCGTCTGTA TGCTCACAAA AAGTGCATCT GGGAGGCCTC 
AACCATTCTC CTCGCTCCCT TTTTGTTCCT ACTCAACAAC TGAATGGAAG ACAGCATTAC 
AATCTCAGGG CTGAAAATCA GGGTACCTCC AACTCACCCC ACAAAGGATC ATTTTTGAGT 
GGCAATCAGA AAAACAAAGC ACAAAGTAAG CAAGATGATG AATTCTGCAG TATATGGCAA 
TCATTGCAGG TTTCTGGGAA GTCTTACCAC ACTCAGCAAA ACATACATGA GAAGGGTGCA 
GTTCTACCTC AGGAAATCAA GCTGGGAACT AGTAATCAGT TCTGTAAGCC AGTCTTCAAT 
GACAGCAGCT TTAAAGGTCA GCAAAGAAAA CAGGAGCCAT ATAAAAAATT TAAAGAAGAT 
TCCAAAGTGA CAAGAGGTGA AAATCAGCCC CATAATAAAG TACCAAACAA ACAGAATTTT 
GCAGGTGTAA ATAAATATAA TGTCAAACTT CTGAAGAGAA ATGAAAGTCC CAATGTCACT 
CAGAAGGCAG CAGTTGATGG TCCATGTACA GGTGGAAAGA AGGACAATGA TCTTGAAAGT 
CTTCTAGCTT CTTTGAAAAT TTCCAAAGAA AATGAAGTGC AGACTTACTC CAAGGAAGCA 
AGAGCTACAA ATGAAGAACA TCTGTCACCA CAATCATTTG CTATGAAAGG AACACAGATG 
CTCAAAGAAA TTTTAAAGAT AGACGGCTCT GATGTGGAAA TGAGGAATGA AGTGAAATCC 
CAAGTTAGTG ATGTTCCTGC TCCCCCAAGT AGACAGGATT GCCATGGAGC TGCTTTGCAA 
TATAGACAAC CAAAAAAAAT GGCTGCTTAT ATGAACAAGC CTCATAGTAC TGGAGGCGTT 
CAGAATACAC CAGCACTAGA AACTGGAGCT CACCCTTTTG TCGGTCCACA GCCTGCAATG 
TCTACTCCTG TTTCTGAACT TTCGCGTATT TGTTCTCTTG TTGGAATGTC GCAACCAGAT 
TTCTCTTTTG TAAAAACACC ACAGACTATG ACAGTTTGTC ACATAAAATT ATCAAATGGA 
TTGTTGGTTC ATGGACCGCA GTGTCATTCT GAAGCTGAAG CAAAGGAGAA AGCTGCTCTT 
TTTGCTTTAC AGCGTTTGAG CTCTATAGGA GTGAACTTCA CTTTGCCTCC ACCTCCCCCT 
CCACCTGTGT TTCCAAATTA TCAGCCACTG GGAGTTCATG TACCACCTGG ACCTATTCCT 
CCAGTCTTTA CACAACCCCC TGCTAATATG ATGCCTCCGT CATCCCACAT GTTTGGTCCA 
GTGTCCTGGG GAGCTCCAGT GCCTATTCAT GGCAAACATT ATTATCCTGG TTCCTATCCA 
GGAAACATGT CTCTTGCAGG AACTATACCA GTTGGCTCTC ACAACCAGTT CATACCTCTG 
CAGGGACACT GA

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

LOC101794979 ( XM_021279150.1 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_021134825.1 Anas platyrhynchos 5'-3' exoribonuclease 1 (XRN1), transcript variant X3, mRNA.

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CloneID	OAn147634
Clone ID Related Accession (Same CDS sequence)	XM_021279150.1
Accession Version	XM_021279150.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5112bp) 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	2017-05-23
Organism	Anas platyrhynchos(mallard)
Product	5'-3' exoribonuclease 1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004676420.1) 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 :: Anas platyrhynchos Annotation Release 102 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##

ATGAATGGCA TTATACATCA GTGTTCACAT CCAAATGATG ATGATGTTCA CTTCAGAATC 
TCAGAAGATA AGATTTTTGC TGATATTTTT CACTATTTGG AAGTACTGTT TCGCATTATT 
AAGCCAAGGA AGGTTTTCTT CATGGCAGTT GATGGTGTAG CTCCAAGAGC AAAAATGAAT 
CAGCAGCGTG GGAGACGTTT TAGATCAGCA AAAGAGGCAG AGGACAAAAT AAAAAAGGCA 
TTAGAAAAGG GAGAAACTCT ACCTACTGAA GCCAGATTTG ACTCCAACTG TATTACACCA 
GGAACTGAAT TCATGGCTAG ATTGCATGAA CATCTTAAAT ATTTCGTCAA CATGAAAATT 
TCTACAGACA AATCCTGGCA GGGAGTAACA GTCTATTTAT CAGGCCATGA GACTCCAGGG 
GAAGGAGAGC ATAAAATTAT GGAGTTCATC AGATCAGAAA AAGCAAAGCC CCATCATGAT 
CCAAACACAA GACACTGTCT CTATGGCTTA GATGCTGATT TGATTATGCT GGGATTAACA 
AGTCATGAGG CACACTTCGC ACTCTTAAGA GAAGAAGTCA GATTTGGTGG TAAAAAATCT 
CAAAGAGCAT GTGCACCAGA GGAAACCACA TTTCATTTAC TGCACTTATC ACTGATGAGA 
GAATATATTG ATTATGAATT TTCACCAGTA AAAGATAAGA TTCCATTTGA ATATGATATT 
GAAAAGATAA TAGATGATTG GATCTTGATG GGTTTCCTTG TAGGCAATGA TTTTATTCCT 
CATCTACCTC ATTTACACAT TAATCATGAT GCACTGCCGC TACTTTATAG AACATACATG 
GCTATCTTGC CAGAACTGGG AGGTTACATA AATGAAAATG GGCATCTGAA TTTAAAACGC 
TTTGAGAAGT ATCTCATGAG ATTGTCAGAT TTTGATCGTG AACACTTTAG TGAAGTCTTC 
GTAGACCTAA AATGGTTTGA AAGTAAAGTA GGCAATAAAT ACCTCAATGA GGCAGCTGGT 
ATTGCAGCAG AAGAAGCCAG AAACAATAAA CAGAAGAAAC AGAAGGCTCA GGAAAATTCT 
CTATGTTTGG CTGCATTAGA AAAAAATGAA GTTGTGACCT CTAGAACTGT GTTGGAAGAT 
GAACCAGAAG ATGATGATCT GTTTGAAACA GAGTTTAGGC AATACAAGAG AACTTACTAC 
ATGACTAAAA TGGGCGTGGA AGTAGTTTCT GATGACTTCC TGGCTGATCA AGCTGAATGT 
TATGTCCAGG CAATACAATG GATTTTGCAT TATTATTACC ATGGAGTTCA GTCATGGAGC 
TGGTATTACC CATATCATTA TGCACCTTAT CTGTCAGATA TTCGCAACAT CAGTGAACTC 
GAAATCAAAT TTGAACTGGG AAAACCTTTC ATGCCATTTG AACAGCTTCT TGCTGTACTT 
CCAGCAGCTA GCAAAGACCT ATTACCTAAA TGTTACCAGC ATTTGATGAT TAGTCAAGAC 
TCTCCTATTA TAGAATATTA TCCACCAGAC TTTAAAACTG ACCTGAATGG AAAACAGCAA 
GAATGGGAAG CTGTGGTATT AATCCCTTTT ATTGATGAGA GACGACTGCT GCAGGCCATG 
GAACCATGTA ATAAGTACCT AAAAGAAGAG GAGAAACGCA GAAATACTCA CAGTGCCTGC 
TTAATGTACT GGTATGACAA AGATGCAGAG TTCCAGTACA TGTCTCCTTG GCCAGAGAAA 
TTTCCTGCAA TTGAAAGGTG TCATACCAGG TATAAAACAA TACCTTTGGA TGCTTGGCAT 
GTAGAAATTA CCCATAATCA AATAACTAAA ATCAACAAGA GTGCATTATA TTTTTGTGGA 
TTTCCTACTT TAAAGCACAT TAAACATAAG TTCTGTCTTA GAAAAAGTGG TGTGCAGGTG 
TTTCAGCAAA GCAGCCATGG AGAAAACATG ATGTTAGAAA TTGTAACTGA TGAAAACTCA 
AAAGATCAAA CAGTGGAAAA TGTTGCCAGT TTGATACTTG GAAAGCTTGT TTTTGTTAAC 
TGGCCACACC TGGAAGAAGC CAGAGTTGTT GCTGTGTCAG ATGGAGAAAC CAAGTTCTAC 
TTGGAAGAAC CACACGGAAC ACAGAAGCTC TACATGGGAA ATGCAGTGCC CCCAACTAAA 
GTGGCATATG TTGGAGATAA GGAGCAAAGC ATGTGGTTAA AAGAAGTGCA AGGTCTTTCA 
GAGCATTACC AGAGAAGAAA AGGAATAATT ATTCACGAAA CATCAATAGT TGTGTATGCT 
CAGTTACTCA CTGGCAATAG ATACCAACTA AACCAAAATG GTGAAGTGTA TTTGGAGAAG 
CAGTGGTCAA AACAAGTTCT TCCTTTTGTT TACCAAACTG TTGTCAAGGA TATCAAAGCC 
TTTGACTCTC GTTTTTCAAA CATCAAAACT TTGGATGACT TGTTTCCTCC TGGGAGCACA 
GCCTTTATGC TGGGATCTCC TTACTATGGC TGCATGGGAG AAGTTCAAGA TTCACGTGAT 
GTGATCCCAG AAGGTAGAAT TCGTGTAGTT TTCAATATTC CTTGTGAACC TCAGCTTGAT 
CCTTTAATAC AGAATCAGCA TAAATACTCT GTGAAATACA ATCCTGCATA TATTTTGGCC 
AGCCGTCTTG GAGTAAGTGG ATATCTAGTC TCCAGATTTA CAGGGAGTAT CTTTATTGGA 
AGAGGATCAA AGAAAAATCC TCATGGAGAT CACAAAGCAA ACGTGGGGCT GAACCTGAAG 
TTTAATAAGA AAAACGAAGA AGTTCCTGGC TATACTAAGA AAGTCGGAAA TGAATGGATG 
TATTCTTCTG CAGTAGAACA ACTACTTGCT GAGTATTTAG AAAGAGTTCC TGAGTTGTTT 
AATTATATAG CCAAGAATAG CCAGGAAGAT ATATTCTATG AAGATGACAT TTGGCCTGGT 
GAGGATGAGA ATGGGGCTGA GAAAGTTCAA GAAATTGTTG CCTGGTTAAA GGCACATCCT 
GTCTCTGCGT TATCTCGCTC ATCTTGTGAC TTGCAAATTT TGGATGCAGC CATTGTTGAG 
AAAATTGAAG AAGAAATAGA GAAATGCAAG CAAAGAAAGA GCAACAAGAA AGTGCGAGTA 
ACTGTGAAAC CCCATTTGCT ATACAGACCT TTAGAACAAC AGAATGGGGT TGTTCCAGAC 
AGAGATGCGG AGTATAAGCT GTTTGATCGT GTTGTCAATG TGAGAGAGAA CTTTTCTGTT 
CCTGTTGGTC TTCGAGGTAC CATTATAGGA ATTAAAGGAG CTAGTAGAGA AACAGATGTT 
CTCTTCGAAG TTTTGTTTGA TGAAGAATTC CTGGGAGGCC TAACTATAAG GTGCTCACCC 
GCCAGAGGTT ATCGTCTGCC ATCAAGTGCC TTAATTAACC TGTCTCATGG TAGTCGGTCA 
GAAATGGGAA ATCAAAAACT GACAGCCATA GTTAAACCTC AGCCAGCCGC AAATAACTAC 
AACTCATATG CATCTGATCT GTCGTCTGTA TGCTCACAAA AAGTGCATCT GGGAGGCCTC 
AACCATTCTC CTCGCTCCCT TTTTGTTCCT ACTCAAGCAC AAAGTAAGCA AGATGATGAA 
TTCTGCAGTA TATGGCAATC ATTGCAGGTT TCTGGGAAGT CTTACCACAC TCAGCAAAAC 
ATACATGAGA AGGGTGCAGT TCTACCTCAG GAAATCAAGC TGGGAACTAG TAATCAGTTC 
TGTAAGCCAG TCTTCAATGA CAGCAGCTTT AAAGGTCAGC AAAGAAAACA GGAGCCATAT 
AAAAAATTTA AAGAAGATTC CAAAGTGACA AGAGGTGAAA ATCAGCCCCA TAATAAAGTA 
CCAAACAAAC AGAATTTTGC AGGTGTAAAT AAATATAATG TCAAACTTCT GAAGAGAAAT 
GAAAGTCCCA ATGTCACTCA GAAGGCAGCA GTTGATGGTC CATGTACAGG TGGAAAGAAG 
GACAATGATC TTGAAAGTCT TCTAGCTTCT TTGAAAATTT CCAAAGAAAA TGAAGTGCAG 
ACTTACTCCA AGGAAGCAAG AGCTACAAAT GAAGAACATC TGTCACCACA ATCATTTGCT 
ATGAAAGGAA CACAGATGCT CAAAGAAATT TTAAAGATAG ACGGCTCTGA TGTGGAAATG 
AGGAATGAAG TGAAATCCCA AGTTAGTGAT GTTCCTGCTC CCCCAAGTAG ACAGGATTGC 
CATGGAGCTG CTTTGCAATA TAGACAACCA AAAAAAATGG CTGCTTATAT GAACAAGCCT 
CATAGTACTG GAGGCGTTCA GAATACACCA GCACTAGAAA CTGGAGCTCA CCCTTTTGTC 
GGTCCACAGC CTGCAATGTC TACTCCTGTT TCTGAACTTT CGCGTATTTG TTCTCTTGTT 
GGAATGTCGC AACCAGATTT CTCTTTTGTA AAAACACCAC AGACTATGAC AGTTTGTCAC 
ATAAAATTAT CAAATGGATT GTTGGTTCAT GGACCGCAGT GTCATTCTGA AGCTGAAGCA 
AAGGAGAAAG CTGCTCTTTT TGCTTTACAG CGTTTGAGCT CTATAGGAGT GAACTTCACT 
TTGCCTCCAC CTCCCCCTCC ACCTGTGTTT CCAAATTATC AGCCACTGGG AGTTCATGTA 
CCACCTGGAC CTATTCCTCC AGTCTTTACA CAACCCCCTG CTAATATGAT GCCTCCGTCA 
TCCCACATGT TTGGTCCAGT GTCCTGGGGA GCTCCAGTGC CTATTCATGG CAAACATTAT 
TATCCTGGTT CCTATCCAGG AAACATGTCT CTTGCAGGAA CTATACCAGT TGGCTCTCAC 
AACCAGTTCA TACCTCTGCA GGTAACTAAA AAAAGGGCTG CTAGCAAGAA AAACTTTGAG 
CTCAAGGAGT TTCAGAGTTC CCCTCAAGCT GCACCACTAA AGAATGAACA GCCAGTGTCT 
TCTGACCACA TTCAGCAAGA TAGCTCTTCA GCTCCTTTAA AATCTCCTCA AGCTGCTCAA 
TCCACTGTTT CATTTCAAGA CAATGTGGCT ACTCCAAGTG TTCCTCATAA CAAATCAACA 
CCAAACACTT CCAGCAAGCG AAAGCCAAGA AAGCTGGCTG TCAATTTTGG CGCACCAAAA 
TCTTCAGAAT AA

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

RefSeq	XP_021134825.1
CDS	1838..6949
Translation	MNGIIHQCSHPNDDDVHFRISEDKIFADIFHYLEVLFRIIKPRKVFFMAVDGVAPRAKMNQQRGRRFRSAKEAEDKIKKALEKGETLPTEARFDSNCITPGTEFMARLHEHLKYFVNMKISTDKSWQGVTVYLSGHETPGEGEHKIMEFIRSEKAKPHHDPNTRHCLYGLDADLIMLGLTSHEAHFALLREEVRFGGKKSQRACAPEETTFHLLHLSLMREYIDYEFSPVKDKIPFEYDIEKIIDDWILMGFLVGNDFIPHLPHLHINHDALPLLYRTYMAILPELGGYINENGHLNLKRFEKYLMRLSDFDREHFSEVFVDLKWFESKVGNKYLNEAAGIAAEEARNNKQKKQKAQENSLCLAALEKNEVVTSRTVLEDEPEDDDLFETEFRQYKRTYYMTKMGVEVVSDDFLADQAECYVQAIQWILHYYYHGVQSWSWYYPYHYAPYLSDIRNISELEIKFELGKPFMPFEQLLAVLPAASKDLLPKCYQHLMISQDSPIIEYYPPDFKTDLNGKQQEWEAVVLIPFIDERRLLQAMEPCNKYLKEEEKRRNTHSACLMYWYDKDAEFQYMSPWPEKFPAIERCHTRYKTIPLDAWHVEITHNQITKINKSALYFCGFPTLKHIKHKFCLRKSGVQVFQQSSHGENMMLEIVTDENSKDQTVENVASLILGKLVFVNWPHLEEARVVAVSDGETKFYLEEPHGTQKLYMGNAVPPTKVAYVGDKEQSMWLKEVQGLSEHYQRRKGIIIHETSIVVYAQLLTGNRYQLNQNGEVYLEKQWSKQVLPFVYQTVVKDIKAFDSRFSNIKTLDDLFPPGSTAFMLGSPYYGCMGEVQDSRDVIPEGRIRVVFNIPCEPQLDPLIQNQHKYSVKYNPAYILASRLGVSGYLVSRFTGSIFIGRGSKKNPHGDHKANVGLNLKFNKKNEEVPGYTKKVGNEWMYSSAVEQLLAEYLERVPELFNYIAKNSQEDIFYEDDIWPGEDENGAEKVQEIVAWLKAHPVSALSRSSCDLQILDAAIVEKIEEEIEKCKQRKSNKKVRVTVKPHLLYRPLEQQNGVVPDRDAEYKLFDRVVNVRENFSVPVGLRGTIIGIKGASRETDVLFEVLFDEEFLGGLTIRCSPARGYRLPSSALINLSHGSRSEMGNQKLTAIVKPQPAANNYNSYASDLSSVCSQKVHLGGLNHSPRSLFVPTQAQSKQDDEFCSIWQSLQVSGKSYHTQQNIHEKGAVLPQEIKLGTSNQFCKPVFNDSSFKGQQRKQEPYKKFKEDSKVTRGENQPHNKVPNKQNFAGVNKYNVKLLKRNESPNVTQKAAVDGPCTGGKKDNDLESLLASLKISKENEVQTYSKEARATNEEHLSPQSFAMKGTQMLKEILKIDGSDVEMRNEVKSQVSDVPAPPSRQDCHGAALQYRQPKKMAAYMNKPHSTGGVQNTPALETGAHPFVGPQPAMSTPVSELSRICSLVGMSQPDFSFVKTPQTMTVCHIKLSNGLLVHGPQCHSEAEAKEKAALFALQRLSSIGVNFTLPPPPPPPVFPNYQPLGVHVPPGPIPPVFTQPPANMMPPSSHMFGPVSWGAPVPIHGKHYYPGSYPGNMSLAGTIPVGSHNQFIPLQVTKKRAASKKNFELKEFQSSPQAAPLKNEQPVSSDHIQQDSSSAPLKSPQAAQSTVSFQDNVATPSVPHNKSTPNTSSKRKPRKLAVNFGAPKSSE

Target ORF information:

RefSeq Version	XM_021279150.1
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos 5'-3' exoribonuclease 1 (XRN1), transcript variant X3, mRNA.

Target ORF information:

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

XM_021279150.1

ORF Insert Sequence:

ATGAATGGCA TTATACATCA GTGTTCACAT CCAAATGATG ATGATGTTCA CTTCAGAATC 
TCAGAAGATA AGATTTTTGC TGATATTTTT CACTATTTGG AAGTACTGTT TCGCATTATT 
AAGCCAAGGA AGGTTTTCTT CATGGCAGTT GATGGTGTAG CTCCAAGAGC AAAAATGAAT 
CAGCAGCGTG GGAGACGTTT TAGATCAGCA AAAGAGGCAG AGGACAAAAT AAAAAAGGCA 
TTAGAAAAGG GAGAAACTCT ACCTACTGAA GCCAGATTTG ACTCCAACTG TATTACACCA 
GGAACTGAAT TCATGGCTAG ATTGCATGAA CATCTTAAAT ATTTCGTCAA CATGAAAATT 
TCTACAGACA AATCCTGGCA GGGAGTAACA GTCTATTTAT CAGGCCATGA GACTCCAGGG 
GAAGGAGAGC ATAAAATTAT GGAGTTCATC AGATCAGAAA AAGCAAAGCC CCATCATGAT 
CCAAACACAA GACACTGTCT CTATGGCTTA GATGCTGATT TGATTATGCT GGGATTAACA 
AGTCATGAGG CACACTTCGC ACTCTTAAGA GAAGAAGTCA GATTTGGTGG TAAAAAATCT 
CAAAGAGCAT GTGCACCAGA GGAAACCACA TTTCATTTAC TGCACTTATC ACTGATGAGA 
GAATATATTG ATTATGAATT TTCACCAGTA AAAGATAAGA TTCCATTTGA ATATGATATT 
GAAAAGATAA TAGATGATTG GATCTTGATG GGTTTCCTTG TAGGCAATGA TTTTATTCCT 
CATCTACCTC ATTTACACAT TAATCATGAT GCACTGCCGC TACTTTATAG AACATACATG 
GCTATCTTGC CAGAACTGGG AGGTTACATA AATGAAAATG GGCATCTGAA TTTAAAACGC 
TTTGAGAAGT ATCTCATGAG ATTGTCAGAT TTTGATCGTG AACACTTTAG TGAAGTCTTC 
GTAGACCTAA AATGGTTTGA AAGTAAAGTA GGCAATAAAT ACCTCAATGA GGCAGCTGGT 
ATTGCAGCAG AAGAAGCCAG AAACAATAAA CAGAAGAAAC AGAAGGCTCA GGAAAATTCT 
CTATGTTTGG CTGCATTAGA AAAAAATGAA GTTGTGACCT CTAGAACTGT GTTGGAAGAT 
GAACCAGAAG ATGATGATCT GTTTGAAACA GAGTTTAGGC AATACAAGAG AACTTACTAC 
ATGACTAAAA TGGGCGTGGA AGTAGTTTCT GATGACTTCC TGGCTGATCA AGCTGAATGT 
TATGTCCAGG CAATACAATG GATTTTGCAT TATTATTACC ATGGAGTTCA GTCATGGAGC 
TGGTATTACC CATATCATTA TGCACCTTAT CTGTCAGATA TTCGCAACAT CAGTGAACTC 
GAAATCAAAT TTGAACTGGG AAAACCTTTC ATGCCATTTG AACAGCTTCT TGCTGTACTT 
CCAGCAGCTA GCAAAGACCT ATTACCTAAA TGTTACCAGC ATTTGATGAT TAGTCAAGAC 
TCTCCTATTA TAGAATATTA TCCACCAGAC TTTAAAACTG ACCTGAATGG AAAACAGCAA 
GAATGGGAAG CTGTGGTATT AATCCCTTTT ATTGATGAGA GACGACTGCT GCAGGCCATG 
GAACCATGTA ATAAGTACCT AAAAGAAGAG GAGAAACGCA GAAATACTCA CAGTGCCTGC 
TTAATGTACT GGTATGACAA AGATGCAGAG TTCCAGTACA TGTCTCCTTG GCCAGAGAAA 
TTTCCTGCAA TTGAAAGGTG TCATACCAGG TATAAAACAA TACCTTTGGA TGCTTGGCAT 
GTAGAAATTA CCCATAATCA AATAACTAAA ATCAACAAGA GTGCATTATA TTTTTGTGGA 
TTTCCTACTT TAAAGCACAT TAAACATAAG TTCTGTCTTA GAAAAAGTGG TGTGCAGGTG 
TTTCAGCAAA GCAGCCATGG AGAAAACATG ATGTTAGAAA TTGTAACTGA TGAAAACTCA 
AAAGATCAAA CAGTGGAAAA TGTTGCCAGT TTGATACTTG GAAAGCTTGT TTTTGTTAAC 
TGGCCACACC TGGAAGAAGC CAGAGTTGTT GCTGTGTCAG ATGGAGAAAC CAAGTTCTAC 
TTGGAAGAAC CACACGGAAC ACAGAAGCTC TACATGGGAA ATGCAGTGCC CCCAACTAAA 
GTGGCATATG TTGGAGATAA GGAGCAAAGC ATGTGGTTAA AAGAAGTGCA AGGTCTTTCA 
GAGCATTACC AGAGAAGAAA AGGAATAATT ATTCACGAAA CATCAATAGT TGTGTATGCT 
CAGTTACTCA CTGGCAATAG ATACCAACTA AACCAAAATG GTGAAGTGTA TTTGGAGAAG 
CAGTGGTCAA AACAAGTTCT TCCTTTTGTT TACCAAACTG TTGTCAAGGA TATCAAAGCC 
TTTGACTCTC GTTTTTCAAA CATCAAAACT TTGGATGACT TGTTTCCTCC TGGGAGCACA 
GCCTTTATGC TGGGATCTCC TTACTATGGC TGCATGGGAG AAGTTCAAGA TTCACGTGAT 
GTGATCCCAG AAGGTAGAAT TCGTGTAGTT TTCAATATTC CTTGTGAACC TCAGCTTGAT 
CCTTTAATAC AGAATCAGCA TAAATACTCT GTGAAATACA ATCCTGCATA TATTTTGGCC 
AGCCGTCTTG GAGTAAGTGG ATATCTAGTC TCCAGATTTA CAGGGAGTAT CTTTATTGGA 
AGAGGATCAA AGAAAAATCC TCATGGAGAT CACAAAGCAA ACGTGGGGCT GAACCTGAAG 
TTTAATAAGA AAAACGAAGA AGTTCCTGGC TATACTAAGA AAGTCGGAAA TGAATGGATG 
TATTCTTCTG CAGTAGAACA ACTACTTGCT GAGTATTTAG AAAGAGTTCC TGAGTTGTTT 
AATTATATAG CCAAGAATAG CCAGGAAGAT ATATTCTATG AAGATGACAT TTGGCCTGGT 
GAGGATGAGA ATGGGGCTGA GAAAGTTCAA GAAATTGTTG CCTGGTTAAA GGCACATCCT 
GTCTCTGCGT TATCTCGCTC ATCTTGTGAC TTGCAAATTT TGGATGCAGC CATTGTTGAG 
AAAATTGAAG AAGAAATAGA GAAATGCAAG CAAAGAAAGA GCAACAAGAA AGTGCGAGTA 
ACTGTGAAAC CCCATTTGCT ATACAGACCT TTAGAACAAC AGAATGGGGT TGTTCCAGAC 
AGAGATGCGG AGTATAAGCT GTTTGATCGT GTTGTCAATG TGAGAGAGAA CTTTTCTGTT 
CCTGTTGGTC TTCGAGGTAC CATTATAGGA ATTAAAGGAG CTAGTAGAGA AACAGATGTT 
CTCTTCGAAG TTTTGTTTGA TGAAGAATTC CTGGGAGGCC TAACTATAAG GTGCTCACCC 
GCCAGAGGTT ATCGTCTGCC ATCAAGTGCC TTAATTAACC TGTCTCATGG TAGTCGGTCA 
GAAATGGGAA ATCAAAAACT GACAGCCATA GTTAAACCTC AGCCAGCCGC AAATAACTAC 
AACTCATATG CATCTGATCT GTCGTCTGTA TGCTCACAAA AAGTGCATCT GGGAGGCCTC 
AACCATTCTC CTCGCTCCCT TTTTGTTCCT ACTCAAGCAC AAAGTAAGCA AGATGATGAA 
TTCTGCAGTA TATGGCAATC ATTGCAGGTT TCTGGGAAGT CTTACCACAC TCAGCAAAAC 
ATACATGAGA AGGGTGCAGT TCTACCTCAG GAAATCAAGC TGGGAACTAG TAATCAGTTC 
TGTAAGCCAG TCTTCAATGA CAGCAGCTTT AAAGGTCAGC AAAGAAAACA GGAGCCATAT 
AAAAAATTTA AAGAAGATTC CAAAGTGACA AGAGGTGAAA ATCAGCCCCA TAATAAAGTA 
CCAAACAAAC AGAATTTTGC AGGTGTAAAT AAATATAATG TCAAACTTCT GAAGAGAAAT 
GAAAGTCCCA ATGTCACTCA GAAGGCAGCA GTTGATGGTC CATGTACAGG TGGAAAGAAG 
GACAATGATC TTGAAAGTCT TCTAGCTTCT TTGAAAATTT CCAAAGAAAA TGAAGTGCAG 
ACTTACTCCA AGGAAGCAAG AGCTACAAAT GAAGAACATC TGTCACCACA ATCATTTGCT 
ATGAAAGGAA CACAGATGCT CAAAGAAATT TTAAAGATAG ACGGCTCTGA TGTGGAAATG 
AGGAATGAAG TGAAATCCCA AGTTAGTGAT GTTCCTGCTC CCCCAAGTAG ACAGGATTGC 
CATGGAGCTG CTTTGCAATA TAGACAACCA AAAAAAATGG CTGCTTATAT GAACAAGCCT 
CATAGTACTG GAGGCGTTCA GAATACACCA GCACTAGAAA CTGGAGCTCA CCCTTTTGTC 
GGTCCACAGC CTGCAATGTC TACTCCTGTT TCTGAACTTT CGCGTATTTG TTCTCTTGTT 
GGAATGTCGC AACCAGATTT CTCTTTTGTA AAAACACCAC AGACTATGAC AGTTTGTCAC 
ATAAAATTAT CAAATGGATT GTTGGTTCAT GGACCGCAGT GTCATTCTGA AGCTGAAGCA 
AAGGAGAAAG CTGCTCTTTT TGCTTTACAG CGTTTGAGCT CTATAGGAGT GAACTTCACT 
TTGCCTCCAC CTCCCCCTCC ACCTGTGTTT CCAAATTATC AGCCACTGGG AGTTCATGTA 
CCACCTGGAC CTATTCCTCC AGTCTTTACA CAACCCCCTG CTAATATGAT GCCTCCGTCA 
TCCCACATGT TTGGTCCAGT GTCCTGGGGA GCTCCAGTGC CTATTCATGG CAAACATTAT 
TATCCTGGTT CCTATCCAGG AAACATGTCT CTTGCAGGAA CTATACCAGT TGGCTCTCAC 
AACCAGTTCA TACCTCTGCA GGTAACTAAA AAAAGGGCTG CTAGCAAGAA AAACTTTGAG 
CTCAAGGAGT TTCAGAGTTC CCCTCAAGCT GCACCACTAA AGAATGAACA GCCAGTGTCT 
TCTGACCACA TTCAGCAAGA TAGCTCTTCA GCTCCTTTAA AATCTCCTCA AGCTGCTCAA 
TCCACTGTTT CATTTCAAGA CAATGTGGCT ACTCCAAGTG TTCCTCATAA CAAATCAACA 
CCAAACACTT CCAGCAAGCG AAAGCCAAGA AAGCTGGCTG TCAATTTTGG CGCACCAAAA 
TCTTCAGAAT AA

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

LOC101794979 ( XM_027463915.1 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_027319716.1 Anas platyrhynchos 5'-3' exoribonuclease 1 (LOC101794979), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAn183453
Clone ID Related Accession (Same CDS sequence)	XM_027463915.1
Accession Version	XM_027463915.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4512bp) 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	2018-12-19
Organism	Anas platyrhynchos(mallard)
Product	5'-3' exoribonuclease 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_040054.1) 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 Name :: Anas platyrhynchos Annotation Release 103 Annotation Version :: 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGCGTCC CCAAGTTCTA CCGCTGGGTG TCGGAGCGGT ACCCGTGCCT CAGCCAGGTG 
CTGAAGGAGC ACCAGATTCC AGAATTTGAC AACTTGTACC TGGACATGAA TGGCATTATA 
CATCAGTGTT CACATCCAAA TGATGATGAT GTTCACTTCA GAATCTCAGA AGATAAGATT 
TTTGCTGATA TTTTTCACTA TTTGGAAGTA CTGTTTCGCA TTATTAAGCC AAGGAAGGTT 
TTCTTCATGG CAGTTGATGG TGTAGCTCCA AGAGCAAAAA TGAATCAGCA GCGTGGGAGA 
CGTTTTAGAT CAGCAAAAGA GGCAGAGGAC AAAATAAAAA AGGCATTAGA AAAGGGAGAA 
ACTCTACCTA CTGAAGCCAG ATTTGACTCC AACTGTATTA CACCAGGAAC TGAATTCATG 
GCTAGATTGC ATGAACATCT TAAATATTTC GTCAACATGA AAATTTCTAC AGACAAATCC 
TGGCAGGGAG TAACAGTCTA TTTATCAGGC CATGAGACTC CAGGGGAAGG AGAGCATAAA 
ATTATGGAGT TCATCAGATC AGAAAAAGCA AAGCCCCATC ATGATCCAAA CACAAGACAC 
TGTCTCTATG GCTTAGATGC TGATTTGATT ATGCTGGGAT TAACAAGTCA TGAGGCACAC 
TTTGCGCTCT TAAGAGAAGA AGTCAGATTT GGTGGTAAAA AATCTCAAAG AGCATGTGCA 
CCAGAGGAAA CCACATTTCA TTTACTGCAC TTATCACTGA TGAGAGAATA TATTGATTAT 
GAATTTTCAC CAGTAAAAGA TAAGATTCCA TTTGAATATG ATATTGAAAA GATAATAGAT 
GATTGGATCT TGATGGGTTT CCTTGTAGGC AATGATTTTA TTCCTCATCT ACCTCATTTA 
CACATTAATC ATGATGCACT GCCGCTACTT TATAGAACAT ACATGGCTAT CTTGCCAGAA 
CTGGGAGGTT ACATAAATGA AAATGGGCAT CTGAATTTAA AACGCTTTGA GAAGTATCTC 
ATGAGATTGT CAGATTTTGA TCGTGAACAC TTTAGTGAAG TCTTCGTAGA CCTAAAATGG 
TTTGAAAGTA AAGTAGGCAA TAAATACCTC AATGAGGCAG CTGGTATTGC AGCAGAAGAA 
GCCAGAAACA ATAAACAGAA GAAACAGAAG GCTCAGGAAA ATTCTCTATG TTTGGCTGCA 
TTAGAAAAAA ATGAAGTTGT GACCTCTAGA ACTGTGTTGG AAGATGAACC AGAAGATGAT 
GATCTGTTTG AAACAGAGTT TAGGCAATAC AAGAGAACTT ACTACATGAC TAAAATGGGC 
GTGGAAGTAG TTTCTGATGA CTTCCTGGCT GATCAAGCTG AATGTTATGT CCAGGCAATA 
CAATGGATTT TGCATTATTA TTACCATGGA GTTCAGTCAT GGAGCTGGTA TTACCCATAT 
CATTATGCAC CTTATCTGTC AGATATTCGC AACATCAGTG AACTCGAAAT CAAATTTGAA 
CTGGGAAAAC CTTTCATGCC ATTTGAACAG CTTCTTGCTG TACTTCCAGC AGCTAGCAAA 
GACCTATTAC CTAAATGTTA CCAGCATTTG ATGATTAGTC AAGACTCTCC TATTATAGAA 
TATTATCCAC CAGACTTTAA AACTGACCTG AATGGAAAAC AGCAAGAATG GGAAGCTGTG 
GTATTAATCC CTTTTATTGA TGAGAGACGA CTGCTGCAGG CCATGGAACC ATGTAATAAG 
TACCTAAAAG AAGAGGAGAA ACGCAGAAAT ACTCACAGTG CCTGCTTAAT GTACTGGTAT 
GACAAAGATG CAGAGTTCCA GTACATGTCT CCTTGGCCAG AGAAATTTCC TGCAATTGAA 
AGGTGTCATA CCAGGTATAA AACAATACCT TTGGATGCTT GGCATGTAGA AATTACCCAT 
AATCAAATAA CTAAAATCAA CAAGAGTGCA TTATATTTTT GTGGATTTCC TACTTTAAAG 
CACATTAAAC ATAAGTTCTG TCTTAGAAAA AGTGGTGTGC AGGTGTTTCA GCAAAGCAGC 
CATGGAGAAA ACATGATGTT AGAAATTGTA ACTGATGAAA ACTCAAAAGA TCAAACAGTG 
GAAAATGTTG CCAGTTTGAT ACTTGGAAAG CTTGTTTTTG TTAACTGGCC ACACCTGGAA 
GAAGCCAGAG TTGTTGCTGT GTCAGATGGA GAAACCAAGT TCTACTTGGA AGAACCACAC 
GGAACACAGA AGCTCTACAT GGGAAATGCA GTGCCCCCAA CTAAAGTGGC ATATGTTGGA 
GATAAGGAGC AAAGCATGTG GTTAAAAGAA GTGCAAGGTC TTTCAGAGCA TTACCAGAGA 
AGAAAAGGAA TAATTATTCA TGAAACATCA ATAGTTGTGT ATGCTCAGTT ACTCACTGGC 
AATAGATACC AACTAAACCA AAATGGTGAA GTGTATTTGG AGAAGCAGTG GTCAAAACAA 
GTTCTTCCTT TTGTTTACCA AACTGTTGTC AAGGATATCA AAGCCTTTGA CTCTCGTTTT 
TCAAACATCA AAACTTTGGA TGACTTGTTT CCTCCTGGGA GCACAGCCTT TATGCTGGGA 
TCTCCTTACT ATGGCTGCAT GGGAGAAGTT CAAGATTCAC GTGATGTGAT CCCAGAAGGT 
AGAATTCGTG TAGTTTTCAA TATTCCTTGT GAACCTCAGC TTGATCCTTT AATACAGAAT 
CAGCATAAAT ACTCTGTGAA ATACAATCCT GCATATATTT TGGCCAGCCG TCTTGGAGTA 
AGTGGATATC TAGTCTCCAG ATTTACAGGG AGTATCTTTA TTGGAAGAGG ATCAAAGAAA 
AATCCTCATG GAGATCACAA AGCAAACGTG GGGCTGAACC TGAAGTTTAA TAAGAAAAAC 
GAAGAAGTTC CTGGCTATAC TAAGAAAGTC GGAAATGAAT GGATGTATTC TTCTGCAGTA 
GAACAACTAC TTGCTGAGTA TTTAGAAAGA GTTCCTGAGT TGTTTAATTA TATAGCCAAG 
AATAGCCAGG AAGATATATT CTATGAAGAT GACATTTGGC CTGGTGAGGA TGAGAATGGG 
GCTGAGAAAG TTCAAGAAAT TGTTGCCTGG TTAAAGGCAC ATCCTGTCTC TGCGTTATCT 
CGCTCATCTT GTGACTTGCA AATTTTGGAT GCAGCCATTG TTGAGAAAAT TGAAGAAGAA 
ATAGAGAAAT GCAAGCAAAG AAAGAGCAAC AAGAAAGTGC GAGTAACTGT GAAACCCCAT 
TTGCTATACA GACCTTTAGA ACAACAGAAT GGGGTTGTTC CAGACAGAGA TGCGGAGTAT 
AAGCTGTTTG ATCGTGTTGT CAATGTGAGA GAGAACTTTT CTGTTCCTGT TGGTCTTCGA 
GGTACCATTA TAGGAATTAA AGGAGCTAGT AGAGAAACAG ATGTTCTCTT CGAAGTTTTG 
TTTGATGAAG AATTCCTGGG AGGCCTAACT ATAAGGTGCT CACCCGCCAG AGGTTATCGT 
CTGCCATCAA GTGCCTTAAT TAACCTGTCT CATGGTAGTC GGTCAGAAAT GGGAAATCAA 
AAACTGACAG CCATAGTTAA ACCTCAGCCA GCCGCAAATA ACTACAACTC ATATGCATCT 
GATCTGTCGT CTGTATGCTC ACAAAAAGTG CATCTGGGAG GCCTCAACCA TTCTCCTCGC 
TCCCTTTTTG TTCCTACTCA ACAACTGAAT GGAAGACAGC ATTACAATCT CAGGGCTGAA 
AATCAGGGTA CCTCCAACTC ACCCCACAAA GGATCATTTT TGAGTGGCAA TCAGAAAAAC 
AAAGCACAAA GTAAGCAAGA TGATGAATTC TGCAGTATAT GGCAATCATT GCAGGTTTCT 
GGGAAGTCTT ACCACACTCA GCAAAACATA CATGAGAAGG GTGCAGTTCT ACCTCAGGAA 
ATCAAGCTGG GAACTAGTAA TCAGTTCTGT AAGCCAGTCT TCAATGACAG CAGCTTTAAA 
GGTCAGCAAA GAAAACAGGA GCCATATAAA AAATTTAAAG AAGATTCCAA AGTGACAAGA 
GGTGAAAATC AACCCCATAA TAAAGTACCA AACAAACAGA ATTTTGCAGG TGTAAATAAA 
TATAATGTCA AACTTCTGAA GAGAAATGAA AGTCCCAATG TCACTCAGAA GGCAGCAGTT 
GATGGTCCAT GTACAGGTGG AAAGAAGGAC AATGATCTTG AAAGTCTTCT AGCTTCTTTG 
AAAATTTCCA AAGAAAATGA AGTGCAGACT TACTCCAAGG AAGCAAGAGC TACAAATGAA 
GAACATCTGT CACCACAATC ATTTGCTATG AAAGGAACAC AGATGCTCAA AGAAATTTTA 
AAGATAGACG GCTCTGATGT GGAAATGAGG AATGAAGTGA AATCCCAAGT TAGTGATGTT 
CCTGCTCCCC CAAGTAGACA GGATTGCCAT GGAGCTGCTT TGCAATATAG ACAACCAAAA 
AAAATGGGTA TGTTTATACA TCAACATAGC TCAGAGCTTC ACCTTGTGAC AGTTCAGAAC 
ATACTTAGCT AA

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

RefSeq	XP_027319716.1
CDS	84..4595
Translation	MGVPKFYRWVSERYPCLSQVLKEHQIPEFDNLYLDMNGIIHQCSHPNDDDVHFRISEDKIFADIFHYLEVLFRIIKPRKVFFMAVDGVAPRAKMNQQRGRRFRSAKEAEDKIKKALEKGETLPTEARFDSNCITPGTEFMARLHEHLKYFVNMKISTDKSWQGVTVYLSGHETPGEGEHKIMEFIRSEKAKPHHDPNTRHCLYGLDADLIMLGLTSHEAHFALLREEVRFGGKKSQRACAPEETTFHLLHLSLMREYIDYEFSPVKDKIPFEYDIEKIIDDWILMGFLVGNDFIPHLPHLHINHDALPLLYRTYMAILPELGGYINENGHLNLKRFEKYLMRLSDFDREHFSEVFVDLKWFESKVGNKYLNEAAGIAAEEARNNKQKKQKAQENSLCLAALEKNEVVTSRTVLEDEPEDDDLFETEFRQYKRTYYMTKMGVEVVSDDFLADQAECYVQAIQWILHYYYHGVQSWSWYYPYHYAPYLSDIRNISELEIKFELGKPFMPFEQLLAVLPAASKDLLPKCYQHLMISQDSPIIEYYPPDFKTDLNGKQQEWEAVVLIPFIDERRLLQAMEPCNKYLKEEEKRRNTHSACLMYWYDKDAEFQYMSPWPEKFPAIERCHTRYKTIPLDAWHVEITHNQITKINKSALYFCGFPTLKHIKHKFCLRKSGVQVFQQSSHGENMMLEIVTDENSKDQTVENVASLILGKLVFVNWPHLEEARVVAVSDGETKFYLEEPHGTQKLYMGNAVPPTKVAYVGDKEQSMWLKEVQGLSEHYQRRKGIIIHETSIVVYAQLLTGNRYQLNQNGEVYLEKQWSKQVLPFVYQTVVKDIKAFDSRFSNIKTLDDLFPPGSTAFMLGSPYYGCMGEVQDSRDVIPEGRIRVVFNIPCEPQLDPLIQNQHKYSVKYNPAYILASRLGVSGYLVSRFTGSIFIGRGSKKNPHGDHKANVGLNLKFNKKNEEVPGYTKKVGNEWMYSSAVEQLLAEYLERVPELFNYIAKNSQEDIFYEDDIWPGEDENGAEKVQEIVAWLKAHPVSALSRSSCDLQILDAAIVEKIEEEIEKCKQRKSNKKVRVTVKPHLLYRPLEQQNGVVPDRDAEYKLFDRVVNVRENFSVPVGLRGTIIGIKGASRETDVLFEVLFDEEFLGGLTIRCSPARGYRLPSSALINLSHGSRSEMGNQKLTAIVKPQPAANNYNSYASDLSSVCSQKVHLGGLNHSPRSLFVPTQQLNGRQHYNLRAENQGTSNSPHKGSFLSGNQKNKAQSKQDDEFCSIWQSLQVSGKSYHTQQNIHEKGAVLPQEIKLGTSNQFCKPVFNDSSFKGQQRKQEPYKKFKEDSKVTRGENQPHNKVPNKQNFAGVNKYNVKLLKRNESPNVTQKAAVDGPCTGGKKDNDLESLLASLKISKENEVQTYSKEARATNEEHLSPQSFAMKGTQMLKEILKIDGSDVEMRNEVKSQVSDVPAPPSRQDCHGAALQYRQPKKMGMFIHQHSSELHLVTVQNILS

Target ORF information:

RefSeq Version	XM_027463915.1
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos 5'-3' exoribonuclease 1 (LOC101794979), transcript variant X1, mRNA.

Target ORF information:

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

XM_027463915.1

ORF Insert Sequence:

ATGGGCGTCC CCAAGTTCTA CCGCTGGGTG TCGGAGCGGT ACCCGTGCCT CAGCCAGGTG 
CTGAAGGAGC ACCAGATTCC AGAATTTGAC AACTTGTACC TGGACATGAA TGGCATTATA 
CATCAGTGTT CACATCCAAA TGATGATGAT GTTCACTTCA GAATCTCAGA AGATAAGATT 
TTTGCTGATA TTTTTCACTA TTTGGAAGTA CTGTTTCGCA TTATTAAGCC AAGGAAGGTT 
TTCTTCATGG CAGTTGATGG TGTAGCTCCA AGAGCAAAAA TGAATCAGCA GCGTGGGAGA 
CGTTTTAGAT CAGCAAAAGA GGCAGAGGAC AAAATAAAAA AGGCATTAGA AAAGGGAGAA 
ACTCTACCTA CTGAAGCCAG ATTTGACTCC AACTGTATTA CACCAGGAAC TGAATTCATG 
GCTAGATTGC ATGAACATCT TAAATATTTC GTCAACATGA AAATTTCTAC AGACAAATCC 
TGGCAGGGAG TAACAGTCTA TTTATCAGGC CATGAGACTC CAGGGGAAGG AGAGCATAAA 
ATTATGGAGT TCATCAGATC AGAAAAAGCA AAGCCCCATC ATGATCCAAA CACAAGACAC 
TGTCTCTATG GCTTAGATGC TGATTTGATT ATGCTGGGAT TAACAAGTCA TGAGGCACAC 
TTTGCGCTCT TAAGAGAAGA AGTCAGATTT GGTGGTAAAA AATCTCAAAG AGCATGTGCA 
CCAGAGGAAA CCACATTTCA TTTACTGCAC TTATCACTGA TGAGAGAATA TATTGATTAT 
GAATTTTCAC CAGTAAAAGA TAAGATTCCA TTTGAATATG ATATTGAAAA GATAATAGAT 
GATTGGATCT TGATGGGTTT CCTTGTAGGC AATGATTTTA TTCCTCATCT ACCTCATTTA 
CACATTAATC ATGATGCACT GCCGCTACTT TATAGAACAT ACATGGCTAT CTTGCCAGAA 
CTGGGAGGTT ACATAAATGA AAATGGGCAT CTGAATTTAA AACGCTTTGA GAAGTATCTC 
ATGAGATTGT CAGATTTTGA TCGTGAACAC TTTAGTGAAG TCTTCGTAGA CCTAAAATGG 
TTTGAAAGTA AAGTAGGCAA TAAATACCTC AATGAGGCAG CTGGTATTGC AGCAGAAGAA 
GCCAGAAACA ATAAACAGAA GAAACAGAAG GCTCAGGAAA ATTCTCTATG TTTGGCTGCA 
TTAGAAAAAA ATGAAGTTGT GACCTCTAGA ACTGTGTTGG AAGATGAACC AGAAGATGAT 
GATCTGTTTG AAACAGAGTT TAGGCAATAC AAGAGAACTT ACTACATGAC TAAAATGGGC 
GTGGAAGTAG TTTCTGATGA CTTCCTGGCT GATCAAGCTG AATGTTATGT CCAGGCAATA 
CAATGGATTT TGCATTATTA TTACCATGGA GTTCAGTCAT GGAGCTGGTA TTACCCATAT 
CATTATGCAC CTTATCTGTC AGATATTCGC AACATCAGTG AACTCGAAAT CAAATTTGAA 
CTGGGAAAAC CTTTCATGCC ATTTGAACAG CTTCTTGCTG TACTTCCAGC AGCTAGCAAA 
GACCTATTAC CTAAATGTTA CCAGCATTTG ATGATTAGTC AAGACTCTCC TATTATAGAA 
TATTATCCAC CAGACTTTAA AACTGACCTG AATGGAAAAC AGCAAGAATG GGAAGCTGTG 
GTATTAATCC CTTTTATTGA TGAGAGACGA CTGCTGCAGG CCATGGAACC ATGTAATAAG 
TACCTAAAAG AAGAGGAGAA ACGCAGAAAT ACTCACAGTG CCTGCTTAAT GTACTGGTAT 
GACAAAGATG CAGAGTTCCA GTACATGTCT CCTTGGCCAG AGAAATTTCC TGCAATTGAA 
AGGTGTCATA CCAGGTATAA AACAATACCT TTGGATGCTT GGCATGTAGA AATTACCCAT 
AATCAAATAA CTAAAATCAA CAAGAGTGCA TTATATTTTT GTGGATTTCC TACTTTAAAG 
CACATTAAAC ATAAGTTCTG TCTTAGAAAA AGTGGTGTGC AGGTGTTTCA GCAAAGCAGC 
CATGGAGAAA ACATGATGTT AGAAATTGTA ACTGATGAAA ACTCAAAAGA TCAAACAGTG 
GAAAATGTTG CCAGTTTGAT ACTTGGAAAG CTTGTTTTTG TTAACTGGCC ACACCTGGAA 
GAAGCCAGAG TTGTTGCTGT GTCAGATGGA GAAACCAAGT TCTACTTGGA AGAACCACAC 
GGAACACAGA AGCTCTACAT GGGAAATGCA GTGCCCCCAA CTAAAGTGGC ATATGTTGGA 
GATAAGGAGC AAAGCATGTG GTTAAAAGAA GTGCAAGGTC TTTCAGAGCA TTACCAGAGA 
AGAAAAGGAA TAATTATTCA TGAAACATCA ATAGTTGTGT ATGCTCAGTT ACTCACTGGC 
AATAGATACC AACTAAACCA AAATGGTGAA GTGTATTTGG AGAAGCAGTG GTCAAAACAA 
GTTCTTCCTT TTGTTTACCA AACTGTTGTC AAGGATATCA AAGCCTTTGA CTCTCGTTTT 
TCAAACATCA AAACTTTGGA TGACTTGTTT CCTCCTGGGA GCACAGCCTT TATGCTGGGA 
TCTCCTTACT ATGGCTGCAT GGGAGAAGTT CAAGATTCAC GTGATGTGAT CCCAGAAGGT 
AGAATTCGTG TAGTTTTCAA TATTCCTTGT GAACCTCAGC TTGATCCTTT AATACAGAAT 
CAGCATAAAT ACTCTGTGAA ATACAATCCT GCATATATTT TGGCCAGCCG TCTTGGAGTA 
AGTGGATATC TAGTCTCCAG ATTTACAGGG AGTATCTTTA TTGGAAGAGG ATCAAAGAAA 
AATCCTCATG GAGATCACAA AGCAAACGTG GGGCTGAACC TGAAGTTTAA TAAGAAAAAC 
GAAGAAGTTC CTGGCTATAC TAAGAAAGTC GGAAATGAAT GGATGTATTC TTCTGCAGTA 
GAACAACTAC TTGCTGAGTA TTTAGAAAGA GTTCCTGAGT TGTTTAATTA TATAGCCAAG 
AATAGCCAGG AAGATATATT CTATGAAGAT GACATTTGGC CTGGTGAGGA TGAGAATGGG 
GCTGAGAAAG TTCAAGAAAT TGTTGCCTGG TTAAAGGCAC ATCCTGTCTC TGCGTTATCT 
CGCTCATCTT GTGACTTGCA AATTTTGGAT GCAGCCATTG TTGAGAAAAT TGAAGAAGAA 
ATAGAGAAAT GCAAGCAAAG AAAGAGCAAC AAGAAAGTGC GAGTAACTGT GAAACCCCAT 
TTGCTATACA GACCTTTAGA ACAACAGAAT GGGGTTGTTC CAGACAGAGA TGCGGAGTAT 
AAGCTGTTTG ATCGTGTTGT CAATGTGAGA GAGAACTTTT CTGTTCCTGT TGGTCTTCGA 
GGTACCATTA TAGGAATTAA AGGAGCTAGT AGAGAAACAG ATGTTCTCTT CGAAGTTTTG 
TTTGATGAAG AATTCCTGGG AGGCCTAACT ATAAGGTGCT CACCCGCCAG AGGTTATCGT 
CTGCCATCAA GTGCCTTAAT TAACCTGTCT CATGGTAGTC GGTCAGAAAT GGGAAATCAA 
AAACTGACAG CCATAGTTAA ACCTCAGCCA GCCGCAAATA ACTACAACTC ATATGCATCT 
GATCTGTCGT CTGTATGCTC ACAAAAAGTG CATCTGGGAG GCCTCAACCA TTCTCCTCGC 
TCCCTTTTTG TTCCTACTCA ACAACTGAAT GGAAGACAGC ATTACAATCT CAGGGCTGAA 
AATCAGGGTA CCTCCAACTC ACCCCACAAA GGATCATTTT TGAGTGGCAA TCAGAAAAAC 
AAAGCACAAA GTAAGCAAGA TGATGAATTC TGCAGTATAT GGCAATCATT GCAGGTTTCT 
GGGAAGTCTT ACCACACTCA GCAAAACATA CATGAGAAGG GTGCAGTTCT ACCTCAGGAA 
ATCAAGCTGG GAACTAGTAA TCAGTTCTGT AAGCCAGTCT TCAATGACAG CAGCTTTAAA 
GGTCAGCAAA GAAAACAGGA GCCATATAAA AAATTTAAAG AAGATTCCAA AGTGACAAGA 
GGTGAAAATC AACCCCATAA TAAAGTACCA AACAAACAGA ATTTTGCAGG TGTAAATAAA 
TATAATGTCA AACTTCTGAA GAGAAATGAA AGTCCCAATG TCACTCAGAA GGCAGCAGTT 
GATGGTCCAT GTACAGGTGG AAAGAAGGAC AATGATCTTG AAAGTCTTCT AGCTTCTTTG 
AAAATTTCCA AAGAAAATGA AGTGCAGACT TACTCCAAGG AAGCAAGAGC TACAAATGAA 
GAACATCTGT CACCACAATC ATTTGCTATG AAAGGAACAC AGATGCTCAA AGAAATTTTA 
AAGATAGACG GCTCTGATGT GGAAATGAGG AATGAAGTGA AATCCCAAGT TAGTGATGTT 
CCTGCTCCCC CAAGTAGACA GGATTGCCAT GGAGCTGCTT TGCAATATAG ACAACCAAAA 
AAAATGGGTA TGTTTATACA TCAACATAGC TCAGAGCTTC ACCTTGTGAC AGTTCAGAAC 
ATACTTAGCT AA

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

LOC101794979 ( XM_027463916.1 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_027319717.1 Anas platyrhynchos 5'-3' exoribonuclease 1 (LOC101794979), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAn183454
Clone ID Related Accession (Same CDS sequence)	XM_027463916.1
Accession Version	XM_027463916.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4509bp) 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	2018-12-19
Organism	Anas platyrhynchos(mallard)
Product	5'-3' exoribonuclease 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_040054.1) 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 Name :: Anas platyrhynchos Annotation Release 103 Annotation Version :: 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGCGTCC CCAAGTTCTA CCGCTGGGTG TCGGAGCGGT ACCCGTGCCT CAGCCAGGTG 
CTGAAGGAGC ACCAGATTCC AGAATTTGAC AACTTGTACC TGGACATGAA TGGCATTATA 
CATCAGTGTT CACATCCAAA TGATGATGAT GTTCACTTCA GAATCTCAGA AGATAAGATT 
TTTGCTGATA TTTTTCACTA TTTGGAAGTA CTGTTTCGCA TTATTAAGCC AAGGAAGGTT 
TTCTTCATGG CAGTTGATGG TGTAGCTCCA AGAGCAAAAA TGAATCAGCA GCGTGGGAGA 
CGTTTTAGAT CAGCAAAAGA GGCAGAGGAC AAAATAAAAA AGGCATTAGA AAAGGGAGAA 
ACTCTACCTA CTGAAGCCAG ATTTGACTCC AACTGTATTA CACCAGGAAC TGAATTCATG 
GCTAGATTGC ATGAACATCT TAAATATTTC GTCAACATGA AAATTTCTAC AGACAAATCC 
TGGCAGGGAG TAACAGTCTA TTTATCAGGC CATGAGACTC CAGGGGAAGG AGAGCATAAA 
ATTATGGAGT TCATCAGATC AGAAAAAGCA AAGCCCCATC ATGATCCAAA CACAAGACAC 
TGTCTCTATG GCTTAGATGC TGATTTGATT ATGCTGGGAT TAACAAGTCA TGAGGCACAC 
TTTGCGCTCT TAAGAGAAGA AGTCAGATTT GGTGGTAAAA AATCTCAAAG AGCATGTGCA 
CCAGAGGAAA CCACATTTCA TTTACTGCAC TTATCACTGA TGAGAGAATA TATTGATTAT 
GAATTTTCAC CAGTAAAAGA TAAGATTCCA TTTGAATATG ATATTGAAAA GATAATAGAT 
GATTGGATCT TGATGGGTTT CCTTGTAGGC AATGATTTTA TTCCTCATCT ACCTCATTTA 
CACATTAATC ATGATGCACT GCCGCTACTT TATAGAACAT ACATGGCTAT CTTGCCAGAA 
CTGGGAGGTT ACATAAATGA AAATGGGCAT CTGAATTTAA AACGCTTTGA GAAGTATCTC 
ATGAGATTGT CAGATTTTGA TCGTGAACAC TTTAGTGAAG TCTTCGTAGA CCTAAAATGG 
TTTGAAAGTA AAGTAGGCAA TAAATACCTC AATGAGGCAG CTGGTATTGC AGCAGAAGAA 
GCCAGAAACA ATAAACAGAA GAAACAGAAG GCTCAGGAAA ATTCTCTATG TTTGGCTGCA 
TTAGAAAAAA ATGAAGTTGT GACCTCTAGA ACTGTGTTGG AAGATGAACC AGAAGATGAT 
GATCTGTTTG AAACAGAGTT TAGGCAATAC AAGAGAACTT ACTACATGAC TAAAATGGGC 
GTGGAAGTAG TTTCTGATGA CTTCCTGGCT GATCAAGCTG AATGTTATGT CCAGGCAATA 
CAATGGATTT TGCATTATTA TTACCATGGA GTTCAGTCAT GGAGCTGGTA TTACCCATAT 
CATTATGCAC CTTATCTGTC AGATATTCGC AACATCAGTG AACTCGAAAT CAAATTTGAA 
CTGGGAAAAC CTTTCATGCC ATTTGAACAG CTTCTTGCTG TACTTCCAGC AGCTAGCAAA 
GACCTATTAC CTAAATGTTA CCAGCATTTG ATGATTAGTC AAGACTCTCC TATTATAGAA 
TATTATCCAC CAGACTTTAA AACTGACCTG AATGGAAAAC AGCAAGAATG GGAAGCTGTG 
GTATTAATCC CTTTTATTGA TGAGAGACGA CTGCTGCAGG CCATGGAACC ATGTAATAAG 
TACCTAAAAG AAGAGGAGAA ACGCAGAAAT ACTCACAGTG CCTGCTTAAT GTACTGGTAT 
GACAAAGATG CAGAGTTCCA GTACATGTCT CCTTGGCCAG AGAAATTTCC TGCAATTGAA 
AGGTGTCATA CCAGGTATAA AACAATACCT TTGGATGCTT GGCATGTAGA AATTACCCAT 
AATCAAATAA CTAAAATCAA CAAGAGTGCA TTATATTTTT GTGGATTTCC TACTTTAAAG 
CACATTAAAC ATAAGTTCTG TCTTAGAAAA AGTGGTGTGC AGGTGTTTCA GCAAAGCAGC 
CATGGAGAAA ACATGATGTT AGAAATTGTA ACTGATGAAA ACTCAAAAGA TCAAACAGTG 
GAAAATGTTG CCAGTTTGAT ACTTGGAAAG CTTGTTTTTG TTAACTGGCC ACACCTGGAA 
GAAGCCAGAG TTGTTGCTGT GTCAGATGGA GAAACCAAGT TCTACTTGGA AGAACCACAC 
GGAACACAGA AGCTCTACAT GGGAAATGCA GTGCCCCCAA CTAAAGTGGC ATATGTTGGA 
GATAAGGAGC AAAGCATGTG GTTAAAAGAA GTGCAAGGTC TTTCAGAGCA TTACCAGAGA 
AGAAAAGGAA TAATTATTCA TGAAACATCA ATAGTTGTGT ATGCTCAGTT ACTCACTGGC 
AATAGATACC AACTAAACCA AAATGGTGAA GTGTATTTGG AGAAGCAGTG GTCAAAACAA 
GTTCTTCCTT TTGTTTACCA AACTGTTGTC AAGGATATCA AAGCCTTTGA CTCTCGTTTT 
TCAAACATCA AAACTTTGGA TGACTTGTTT CCTCCTGGGA GCACAGCCTT TATGCTGGGA 
TCTCCTTACT ATGGCTGCAT GGGAGAAGTT CAAGATTCAC GTGATGTGAT CCCAGAAGGT 
AGAATTCGTG TAGTTTTCAA TATTCCTTGT GAACCTCAGC TTGATCCTTT AATACAGAAT 
CAGCATAAAT ACTCTGTGAA ATACAATCCT GCATATATTT TGGCCAGCCG TCTTGGAGTA 
AGTGGATATC TAGTCTCCAG ATTTACAGGG AGTATCTTTA TTGGAAGAGG ATCAAAGAAA 
AATCCTCATG GAGATCACAA AGCAAACGTG GGGCTGAACC TGAAGTTTAA TAAGAAAAAC 
GAAGAAGTTC CTGGCTATAC TAAGAAAGTC GGAAATGAAT GGATGTATTC TTCTGCAGTA 
GAACAACTAC TTGCTGAGTA TTTAGAAAGA GTTCCTGAGT TGTTTAATTA TATAGCCAAG 
AATAGCCAGG AAGATATATT CTATGAAGAT GACATTTGGC CTGGTGAGGA TGAGAATGGG 
GCTGAGAAAG TTCAAGAAAT TGTTGCCTGG TTAAAGGCAC ATCCTGTCTC TGCGTTATCT 
CGCTCATCTT GTGACTTGCA AATTTTGGAT GCAGCCATTG TTGAGAAAAT TGAAGAAGAA 
ATAGAGAAAT GCAAGCAAAG AAAGAGCAAC AAGAAAGTGC GAGTAACTGT GAAACCCCAT 
TTGCTATACA GACCTTTAGA ACAACAGAAT GGGGTTGTTC CAGACAGAGA TGCGGAGTAT 
AAGCTGTTTG ATCGTGTTGT CAATGTGAGA GAGAACTTTT CTGTTCCTGT TGGTCTTCGA 
GGTACCATTA TAGGAATTAA AGGAGCTAGT AGAGAAACAG ATGTTCTCTT CGAAGTTTTG 
TTTGATGAAG AATTCCTGGG AGGCCTAACT ATAAGGTGCT CACCCGCCAG AGGTTATCGT 
CTGCCATCAA GTGCCTTAAT TAACCTGTCT CATGGTAGTC GGTCAGAAAT GGGAAATCAA 
AAACTGACAG CCATAGTTAA ACCTCAGCCA GCCGCAAATA ACTACAACTC ATATGCATCT 
GATCTGTCGT CTGTATGCTC ACAAAAAGTG CATCTGGGAG GCCTCAACCA TTCTCCTCGC 
TCCCTTTTTG TTCCTACTCA ACAACTGAAT GGAAGACAGC ATTACAATCT CAGGGCTGAA 
AATCAGGGTA CCTCCAACTC ACCCCACAAA GGATCATTTT TGAGTGGCAA TCAGAAAAAC 
AAAGCACAAA GTAAGCAAGA TGATGAATTC TGCAGTATAT GGCAATCATT GCAGGTTTCT 
GGGAAGTCTT ACCACACTCA GCAAAACATA CATGAGAAGG GTGCAGTTCT ACCTCAGGAA 
ATCAAGCTGG GAACTAGTAA TCAGTTCTGT AAGCCAGTCT TCAATGACAG CAGCTTTAAA 
GGTCAGCAAA GAAAACAGGA GCCATATAAA AAATTTAAAG AAGATTCCAA AGTGACAAGA 
GGTGAAAATC AACCCCATAA TAAAGTACCA AACAAACAGA ATTTTGCAGG TGTAAATAAA 
TATAATGTCA AACTTCTGAA GAGAAATGAA AGTCCCAATG TCACTCAGAA GGCAGCAGTT 
GATGGTCCAT GTACAGGTGG AAAGGACAAT GATCTTGAAA GTCTTCTAGC TTCTTTGAAA 
ATTTCCAAAG AAAATGAAGT GCAGACTTAC TCCAAGGAAG CAAGAGCTAC AAATGAAGAA 
CATCTGTCAC CACAATCATT TGCTATGAAA GGAACACAGA TGCTCAAAGA AATTTTAAAG 
ATAGACGGCT CTGATGTGGA AATGAGGAAT GAAGTGAAAT CCCAAGTTAG TGATGTTCCT 
GCTCCCCCAA GTAGACAGGA TTGCCATGGA GCTGCTTTGC AATATAGACA ACCAAAAAAA 
ATGGGTATGT TTATACATCA ACATAGCTCA GAGCTTCACC TTGTGACAGT TCAGAACATA 
CTTAGCTAA

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

RefSeq	XP_027319717.1
CDS	84..4592
Translation	MGVPKFYRWVSERYPCLSQVLKEHQIPEFDNLYLDMNGIIHQCSHPNDDDVHFRISEDKIFADIFHYLEVLFRIIKPRKVFFMAVDGVAPRAKMNQQRGRRFRSAKEAEDKIKKALEKGETLPTEARFDSNCITPGTEFMARLHEHLKYFVNMKISTDKSWQGVTVYLSGHETPGEGEHKIMEFIRSEKAKPHHDPNTRHCLYGLDADLIMLGLTSHEAHFALLREEVRFGGKKSQRACAPEETTFHLLHLSLMREYIDYEFSPVKDKIPFEYDIEKIIDDWILMGFLVGNDFIPHLPHLHINHDALPLLYRTYMAILPELGGYINENGHLNLKRFEKYLMRLSDFDREHFSEVFVDLKWFESKVGNKYLNEAAGIAAEEARNNKQKKQKAQENSLCLAALEKNEVVTSRTVLEDEPEDDDLFETEFRQYKRTYYMTKMGVEVVSDDFLADQAECYVQAIQWILHYYYHGVQSWSWYYPYHYAPYLSDIRNISELEIKFELGKPFMPFEQLLAVLPAASKDLLPKCYQHLMISQDSPIIEYYPPDFKTDLNGKQQEWEAVVLIPFIDERRLLQAMEPCNKYLKEEEKRRNTHSACLMYWYDKDAEFQYMSPWPEKFPAIERCHTRYKTIPLDAWHVEITHNQITKINKSALYFCGFPTLKHIKHKFCLRKSGVQVFQQSSHGENMMLEIVTDENSKDQTVENVASLILGKLVFVNWPHLEEARVVAVSDGETKFYLEEPHGTQKLYMGNAVPPTKVAYVGDKEQSMWLKEVQGLSEHYQRRKGIIIHETSIVVYAQLLTGNRYQLNQNGEVYLEKQWSKQVLPFVYQTVVKDIKAFDSRFSNIKTLDDLFPPGSTAFMLGSPYYGCMGEVQDSRDVIPEGRIRVVFNIPCEPQLDPLIQNQHKYSVKYNPAYILASRLGVSGYLVSRFTGSIFIGRGSKKNPHGDHKANVGLNLKFNKKNEEVPGYTKKVGNEWMYSSAVEQLLAEYLERVPELFNYIAKNSQEDIFYEDDIWPGEDENGAEKVQEIVAWLKAHPVSALSRSSCDLQILDAAIVEKIEEEIEKCKQRKSNKKVRVTVKPHLLYRPLEQQNGVVPDRDAEYKLFDRVVNVRENFSVPVGLRGTIIGIKGASRETDVLFEVLFDEEFLGGLTIRCSPARGYRLPSSALINLSHGSRSEMGNQKLTAIVKPQPAANNYNSYASDLSSVCSQKVHLGGLNHSPRSLFVPTQQLNGRQHYNLRAENQGTSNSPHKGSFLSGNQKNKAQSKQDDEFCSIWQSLQVSGKSYHTQQNIHEKGAVLPQEIKLGTSNQFCKPVFNDSSFKGQQRKQEPYKKFKEDSKVTRGENQPHNKVPNKQNFAGVNKYNVKLLKRNESPNVTQKAAVDGPCTGGKDNDLESLLASLKISKENEVQTYSKEARATNEEHLSPQSFAMKGTQMLKEILKIDGSDVEMRNEVKSQVSDVPAPPSRQDCHGAALQYRQPKKMGMFIHQHSSELHLVTVQNILS

Target ORF information:

RefSeq Version	XM_027463916.1
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos 5'-3' exoribonuclease 1 (LOC101794979), transcript variant X2, mRNA.

Target ORF information:

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

XM_027463916.1

ORF Insert Sequence:

ATGGGCGTCC CCAAGTTCTA CCGCTGGGTG TCGGAGCGGT ACCCGTGCCT CAGCCAGGTG 
CTGAAGGAGC ACCAGATTCC AGAATTTGAC AACTTGTACC TGGACATGAA TGGCATTATA 
CATCAGTGTT CACATCCAAA TGATGATGAT GTTCACTTCA GAATCTCAGA AGATAAGATT 
TTTGCTGATA TTTTTCACTA TTTGGAAGTA CTGTTTCGCA TTATTAAGCC AAGGAAGGTT 
TTCTTCATGG CAGTTGATGG TGTAGCTCCA AGAGCAAAAA TGAATCAGCA GCGTGGGAGA 
CGTTTTAGAT CAGCAAAAGA GGCAGAGGAC AAAATAAAAA AGGCATTAGA AAAGGGAGAA 
ACTCTACCTA CTGAAGCCAG ATTTGACTCC AACTGTATTA CACCAGGAAC TGAATTCATG 
GCTAGATTGC ATGAACATCT TAAATATTTC GTCAACATGA AAATTTCTAC AGACAAATCC 
TGGCAGGGAG TAACAGTCTA TTTATCAGGC CATGAGACTC CAGGGGAAGG AGAGCATAAA 
ATTATGGAGT TCATCAGATC AGAAAAAGCA AAGCCCCATC ATGATCCAAA CACAAGACAC 
TGTCTCTATG GCTTAGATGC TGATTTGATT ATGCTGGGAT TAACAAGTCA TGAGGCACAC 
TTTGCGCTCT TAAGAGAAGA AGTCAGATTT GGTGGTAAAA AATCTCAAAG AGCATGTGCA 
CCAGAGGAAA CCACATTTCA TTTACTGCAC TTATCACTGA TGAGAGAATA TATTGATTAT 
GAATTTTCAC CAGTAAAAGA TAAGATTCCA TTTGAATATG ATATTGAAAA GATAATAGAT 
GATTGGATCT TGATGGGTTT CCTTGTAGGC AATGATTTTA TTCCTCATCT ACCTCATTTA 
CACATTAATC ATGATGCACT GCCGCTACTT TATAGAACAT ACATGGCTAT CTTGCCAGAA 
CTGGGAGGTT ACATAAATGA AAATGGGCAT CTGAATTTAA AACGCTTTGA GAAGTATCTC 
ATGAGATTGT CAGATTTTGA TCGTGAACAC TTTAGTGAAG TCTTCGTAGA CCTAAAATGG 
TTTGAAAGTA AAGTAGGCAA TAAATACCTC AATGAGGCAG CTGGTATTGC AGCAGAAGAA 
GCCAGAAACA ATAAACAGAA GAAACAGAAG GCTCAGGAAA ATTCTCTATG TTTGGCTGCA 
TTAGAAAAAA ATGAAGTTGT GACCTCTAGA ACTGTGTTGG AAGATGAACC AGAAGATGAT 
GATCTGTTTG AAACAGAGTT TAGGCAATAC AAGAGAACTT ACTACATGAC TAAAATGGGC 
GTGGAAGTAG TTTCTGATGA CTTCCTGGCT GATCAAGCTG AATGTTATGT CCAGGCAATA 
CAATGGATTT TGCATTATTA TTACCATGGA GTTCAGTCAT GGAGCTGGTA TTACCCATAT 
CATTATGCAC CTTATCTGTC AGATATTCGC AACATCAGTG AACTCGAAAT CAAATTTGAA 
CTGGGAAAAC CTTTCATGCC ATTTGAACAG CTTCTTGCTG TACTTCCAGC AGCTAGCAAA 
GACCTATTAC CTAAATGTTA CCAGCATTTG ATGATTAGTC AAGACTCTCC TATTATAGAA 
TATTATCCAC CAGACTTTAA AACTGACCTG AATGGAAAAC AGCAAGAATG GGAAGCTGTG 
GTATTAATCC CTTTTATTGA TGAGAGACGA CTGCTGCAGG CCATGGAACC ATGTAATAAG 
TACCTAAAAG AAGAGGAGAA ACGCAGAAAT ACTCACAGTG CCTGCTTAAT GTACTGGTAT 
GACAAAGATG CAGAGTTCCA GTACATGTCT CCTTGGCCAG AGAAATTTCC TGCAATTGAA 
AGGTGTCATA CCAGGTATAA AACAATACCT TTGGATGCTT GGCATGTAGA AATTACCCAT 
AATCAAATAA CTAAAATCAA CAAGAGTGCA TTATATTTTT GTGGATTTCC TACTTTAAAG 
CACATTAAAC ATAAGTTCTG TCTTAGAAAA AGTGGTGTGC AGGTGTTTCA GCAAAGCAGC 
CATGGAGAAA ACATGATGTT AGAAATTGTA ACTGATGAAA ACTCAAAAGA TCAAACAGTG 
GAAAATGTTG CCAGTTTGAT ACTTGGAAAG CTTGTTTTTG TTAACTGGCC ACACCTGGAA 
GAAGCCAGAG TTGTTGCTGT GTCAGATGGA GAAACCAAGT TCTACTTGGA AGAACCACAC 
GGAACACAGA AGCTCTACAT GGGAAATGCA GTGCCCCCAA CTAAAGTGGC ATATGTTGGA 
GATAAGGAGC AAAGCATGTG GTTAAAAGAA GTGCAAGGTC TTTCAGAGCA TTACCAGAGA 
AGAAAAGGAA TAATTATTCA TGAAACATCA ATAGTTGTGT ATGCTCAGTT ACTCACTGGC 
AATAGATACC AACTAAACCA AAATGGTGAA GTGTATTTGG AGAAGCAGTG GTCAAAACAA 
GTTCTTCCTT TTGTTTACCA AACTGTTGTC AAGGATATCA AAGCCTTTGA CTCTCGTTTT 
TCAAACATCA AAACTTTGGA TGACTTGTTT CCTCCTGGGA GCACAGCCTT TATGCTGGGA 
TCTCCTTACT ATGGCTGCAT GGGAGAAGTT CAAGATTCAC GTGATGTGAT CCCAGAAGGT 
AGAATTCGTG TAGTTTTCAA TATTCCTTGT GAACCTCAGC TTGATCCTTT AATACAGAAT 
CAGCATAAAT ACTCTGTGAA ATACAATCCT GCATATATTT TGGCCAGCCG TCTTGGAGTA 
AGTGGATATC TAGTCTCCAG ATTTACAGGG AGTATCTTTA TTGGAAGAGG ATCAAAGAAA 
AATCCTCATG GAGATCACAA AGCAAACGTG GGGCTGAACC TGAAGTTTAA TAAGAAAAAC 
GAAGAAGTTC CTGGCTATAC TAAGAAAGTC GGAAATGAAT GGATGTATTC TTCTGCAGTA 
GAACAACTAC TTGCTGAGTA TTTAGAAAGA GTTCCTGAGT TGTTTAATTA TATAGCCAAG 
AATAGCCAGG AAGATATATT CTATGAAGAT GACATTTGGC CTGGTGAGGA TGAGAATGGG 
GCTGAGAAAG TTCAAGAAAT TGTTGCCTGG TTAAAGGCAC ATCCTGTCTC TGCGTTATCT 
CGCTCATCTT GTGACTTGCA AATTTTGGAT GCAGCCATTG TTGAGAAAAT TGAAGAAGAA 
ATAGAGAAAT GCAAGCAAAG AAAGAGCAAC AAGAAAGTGC GAGTAACTGT GAAACCCCAT 
TTGCTATACA GACCTTTAGA ACAACAGAAT GGGGTTGTTC CAGACAGAGA TGCGGAGTAT 
AAGCTGTTTG ATCGTGTTGT CAATGTGAGA GAGAACTTTT CTGTTCCTGT TGGTCTTCGA 
GGTACCATTA TAGGAATTAA AGGAGCTAGT AGAGAAACAG ATGTTCTCTT CGAAGTTTTG 
TTTGATGAAG AATTCCTGGG AGGCCTAACT ATAAGGTGCT CACCCGCCAG AGGTTATCGT 
CTGCCATCAA GTGCCTTAAT TAACCTGTCT CATGGTAGTC GGTCAGAAAT GGGAAATCAA 
AAACTGACAG CCATAGTTAA ACCTCAGCCA GCCGCAAATA ACTACAACTC ATATGCATCT 
GATCTGTCGT CTGTATGCTC ACAAAAAGTG CATCTGGGAG GCCTCAACCA TTCTCCTCGC 
TCCCTTTTTG TTCCTACTCA ACAACTGAAT GGAAGACAGC ATTACAATCT CAGGGCTGAA 
AATCAGGGTA CCTCCAACTC ACCCCACAAA GGATCATTTT TGAGTGGCAA TCAGAAAAAC 
AAAGCACAAA GTAAGCAAGA TGATGAATTC TGCAGTATAT GGCAATCATT GCAGGTTTCT 
GGGAAGTCTT ACCACACTCA GCAAAACATA CATGAGAAGG GTGCAGTTCT ACCTCAGGAA 
ATCAAGCTGG GAACTAGTAA TCAGTTCTGT AAGCCAGTCT TCAATGACAG CAGCTTTAAA 
GGTCAGCAAA GAAAACAGGA GCCATATAAA AAATTTAAAG AAGATTCCAA AGTGACAAGA 
GGTGAAAATC AACCCCATAA TAAAGTACCA AACAAACAGA ATTTTGCAGG TGTAAATAAA 
TATAATGTCA AACTTCTGAA GAGAAATGAA AGTCCCAATG TCACTCAGAA GGCAGCAGTT 
GATGGTCCAT GTACAGGTGG AAAGGACAAT GATCTTGAAA GTCTTCTAGC TTCTTTGAAA 
ATTTCCAAAG AAAATGAAGT GCAGACTTAC TCCAAGGAAG CAAGAGCTAC AAATGAAGAA 
CATCTGTCAC CACAATCATT TGCTATGAAA GGAACACAGA TGCTCAAAGA AATTTTAAAG 
ATAGACGGCT CTGATGTGGA AATGAGGAAT GAAGTGAAAT CCCAAGTTAG TGATGTTCCT 
GCTCCCCCAA GTAGACAGGA TTGCCATGGA GCTGCTTTGC AATATAGACA ACCAAAAAAA 
ATGGGTATGT TTATACATCA ACATAGCTCA GAGCTTCACC TTGTGACAGT TCAGAACATA 
CTTAGCTAA

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

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

LOC101794979 cDNA ORF clone, Anas platyrhynchos(mallard)

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:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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