USP42 cDNA ORF clone, Anas platyrhynchos(mallard)

Gene
Clones
gRNAs

Summary

Gene Symbol	USP42
Entrez Gene ID	101802431
Full Name	ubiquitin specific peptidase 42
Gene Type	protein-coding
Organism	Anas platyrhynchos(mallard)

mRNA and Protein(s)

mRNA	Protein	Name
XM_027469287.1	XP_027325088.1	ubiquitin carboxyl-terminal hydrolase 42 isoform X2
XM_027469284.1	XP_027325085.1	ubiquitin carboxyl-terminal hydrolase 42 isoform X1
XM_027469288.1	XP_027325089.1	ubiquitin carboxyl-terminal hydrolase 42 isoform X3
XM_027469285.1	XP_027325086.1	ubiquitin carboxyl-terminal hydrolase 42 isoform X1
XM_013100077.2	XP_012955531.1	ubiquitin carboxyl-terminal hydrolase 42
XM_013100077.1	XP_012955531.1	ubiquitin carboxyl-terminal hydrolase 42
XM_027469286.1	XP_027325087.1	ubiquitin carboxyl-terminal hydrolase 42 isoform X1

Pathways from BioSystems
Gene Ontology

The following USP42 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the USP42 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OAn166411	XM_027469284.1 Latest version!	Anas platyrhynchos ubiquitin specific peptidase 42 (USP42), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OAn166411	XM_027469285.1 Latest version!	Anas platyrhynchos ubiquitin specific peptidase 42 (USP42), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OAn166411	XM_027469286.1 Latest version!	Anas platyrhynchos ubiquitin specific peptidase 42 (USP42), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OAn166412	XM_027469287.1 Latest version!	Anas platyrhynchos ubiquitin specific peptidase 42 (USP42), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OAn166413	XM_027469288.1 Latest version!	Anas platyrhynchos ubiquitin specific peptidase 42 (USP42), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OAn111360	XM_013100077.2 Latest version!	Anas platyrhynchos ubiquitin specific peptidase 42 (USP42), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$797.30 $1139.00
View Old Accession Versions >>
OAn111360	XM_013100077.1	Anas platyrhynchos ubiquitin specific peptidase 42 (USP42), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$797.30 $1139.00
Hide Old Accession Versions >>

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

USP42 ( XM_027469284.1 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_027325085.1 Anas platyrhynchos ubiquitin specific peptidase 42 (USP42), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAn166411
Clone ID Related Accession (Same CDS sequence)	XM_027469284.1 , XM_027469285.1 , XM_027469286.1
Accession Version	XM_027469284.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4146bp) 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	ubiquitin carboxyl-terminal hydrolase 42 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_040060.1) 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##

ATGACCATAG TTAACAAACC AAAATCTTCA AAGTCTAAAA AATCATCTTC AAGGCGGTCT 
GGCAAATCCA AGAAACCGCG TACTAAAAAA ATGAAGTCAC GCACCGCAAA CTGGGGCCGG 
ATACCACCTG CAGAAGATTC AAACCAAGTC TCTGTGGCCC AAGGACGTGG AGGTGCTATT 
TATTGTAGAT CATCTGAAAA ATCTAAGCCT TTTGCCCAAA GAGATCTAAT CATTAATGAT 
GGAATTGCTC CGCCACAAAG AATTCTTTTT CCACCTGAGA AGATTTGTAT GGATTGGCAA 
CAAACACAAA GTGTTGGAGT TGGACTGTAC AATCTTGGCA ATACATGTTT TCTTAATTCT 
ACTCTACAAT GTTTGACCTA CACACCCCCA CTTGCCAATT ACATGCTTTC TCTTGAGCAC 
AACCAGTCAT GTCGTGAACA AGGTTTTTGC ATGATGTGCA CGATGGAGAC TCACATTAAC 
CAGGCCCTGT GTTGCACTGT TGATGCCATC AAGCCTACAC GTGTTATCAA TGATCTTAGA 
CGAATAGGAA AACATTTCCG TTTTGGCAGT CAAGAAGACG CACACGAATT CTTGCGCTAT 
ACTGTAGATG CTATGCAGAA AGCATGCTTG AATGGAAGCA CCAAGTTGGA CAGATCTTCT 
CAAGCAACCA CCATCATTCA TCAAATATTT GGAGGATTTC TAAGATCAAG AGTAAAGTGC 
TTGAATTGCA AAGCAGTTTC GGATACGTAT GAGGCATTTC TTGATATCAC TTTGGATATA 
AAGGCAGTTT CATCTGTTAC CAGAGCTCTA GAACTATTTG TGAAACCTGA ACAGCTGGAT 
GGAGAAAATT GCTATAAATG TAGCAAGTGT AAAAAGATGG TTCCTGCATC CAAGAGATTT 
ACTATACACC GTTCGTCCAA TGTTCTCACG ATATCACTGA AAAGATTTGC AAATTTCACA 
GGTGGAAAGA TCAACAAGGA GGTAAAATAT CCAGAGTATT TGGACCTTCG AGCCTACATG 
TCTCAATCAA TTGGAGAACC ACTCCTCTAC GCCTTATACG CAGTGCTGGT GCATAATGGT 
ATCAACTGTC ACGCAGGACA CTATGTATGC TACATAAAGG CTGGTAATGG ACTTTGGTAT 
CAGATGAATG ATGCTAATGT AGTCCGTACT GACATTAAAA CAGTTCTTGG TCAGCAAGCT 
TATTTACTTT TTTATATCAG GCGCTATGAT CTGACACTCG GAGAACGTGC TTTTTACTTA 
CCAGCACCAT CTTATCCCCG TTCATTCCTT GGTCAGCGGG GGGCTAATAG TAAGCAGGCT 
GGATTTATGG GACCACGACT TCCTCCTCAT ATGATTAAGA ATTCAAGCCG TTTAAATGGA 
AATGGATCCT TAAAAGAGGA TCCAAATACC ATTGGTGTCA CCCTAAAAAG GCCATCTTCA 
GCACCGCCAA CGGCTTGTGT TCAAAACTGG GCAATTACAA GGCCTTCAAT TACTGATCCA 
TCAAAAAAAC AGAAGATCAC TATCAGTATT CACAATAAAT TGCCTGCTCG TCAGACTGTG 
TCACAGCCTG ACTGTCTTAG CAGTGCTGTG GAGGATGAAG ATCTCAACAA GGCTGTTCCT 
TCATCCACAA TTACAAATTC CACTGCAGCA GAGTCTACCT CAAATCCATC TATTATGTCA 
GTTACTACTA ATGTTTCCAA ACAAGAAGTT TCTGATGAAA TTTTCGTGGA ACCAACAGTG 
AATGGAAATC CTAAACTCAG CTCTGATAAC ACAGTCCCTT ACGGTGCAGA ATCTTCAGGA 
AAATCTGAGG AGGAGTCGAA GGGCTTATTT AAAAGGAATT GCAATGTAAT ATCCTCTAAT 
GGAATTTTGG TTGGAAAGGT AGTCCGTACA TTGCAGAATT CCCATTCTTC CTGTCAGAAT 
GCTGAAGAAG AAAGATCCCA GCATGAGCTG CCAAAAAATG ATTCACTAAA TGGTGCTATT 
AGTTTAGTTA ATGAATCTAA AGAAAACGGA CTGAAACTTG ATGATTCCAC TTGCCAAGCT 
GAACCTGTTA AACCTTCTGA GATGTTCTTT TCTAAAACAA ATGGATTGCT TGAAACAATG 
CCTATAGCTA TGCCTCCAGT TCCTCAAGAA GTAATCTTAG AATCCCTCAC AGACAGCCAG 
CTGAACAGCT TGTCAGAGGA AATAAGTGTC CCAGGACCTC AGAAGTCTAC AGAGAATGAT 
GCTCTTATGG AAACTGTAGT GATGGAAGCA CTATTGGTCT ATGAAGAATC CAGGAAAGTT 
CCTTCTGACT TCAGCTGTGA GGCTGAGAAT CCTTTTATTC AATCAGATTC TGAAACCATT 
TCTACCAAAG AAGAAGTTGG AAGTATTATA ACAAAAGCTG ATAATGCACA TCCCAGTATC 
AATGGTCAGC ACAAGATTAG GGAAAGATGC TTTGATACTG AAGATGAATT CCTTGAACAG 
TACCGATCTG AGGACCGTGG AGACAAAGAC AAACCAAGAA GATCAAAAGA ACCTGAACTC 
ATTTCAAAAG AAAATATTTT GTACATCAAA GAGTCTTCTG AGGCTGATGA GGACTTGCGG 
CAAACTTCCT CTCTAAAGTC TGACAGTGAA TGTAGTTCTA AAAATCTTTC CTCCTTAGCT 
ATTACAGATA AATGCCAAGA TACAAAGGAC ATATCTAATA ACTACGTAGA GGTACCACCT 
GTTAATGACT CATCTATTAC AAAGCTGGAT AAAGTTTTGG AAAGCCAATT CTCCAGACCA 
AATGAAGAAT TTGGTGATAG AAAATGGGAA GAAGATGCCA TGCACAGGAA AAAAGATAAG 
AAAAAGATAC ACGAAACTAA AAAAACTGAC AAAGAGCACT ACCGAAGAAA GAGGGAACAT 
TCTGATACTG AAGAGAAGGA GAGTCAAAAC AGAAGCAAAA CAGATGGTCA TTCCAGCAAG 
AGAAGGTGCT CTCGCAGCGT GGAAGTTATT AAGCAAAATC GTCATAAGCA GGAGTATTGT 
GAGGGAAGCA AGTACAGATC TTTCCATAGT GAAAGAAACA GCCCTGATAA TGGGAGAAGA 
TCAGTAAAAT ATTCCAAGTA CAGATCTCGA AGCCGAGGAA GATCAGAACA AGATAGGAAT 
AGATATTACC ATTCCAAAGG GGAAAGAACT TGGAGCAGAG AAAGATACTA TCAAGATGAA 
CCACGAAGAT GGGAAAAATG TAGATATTAC AATGATTACT ATTCATCTCA TGCAACAGGA 
GACAGCAGAG AGAGAAAGTT CTCTCACGGT GATAAAGACT TTGACAAATT GAGTCAAGCT 
TACAACAGCA GGTCACATAA GGATTATCAT TACAAAAGCA GATGGCCTCA CAGTTCCCTC 
TCAAGAGAGG AAGATGTACA CCACTTTAGC AGCCACAGAG TAGACTTACA TCGTTGCTCA 
GTACCTCAGC AACATTCTGA AAAATATTCT CGTGAAAGAC ATGCACTTCC ACCTGTGTCA 
GGTCATTTTG AGGACTCTCC CCAAAAAAAT GAAAAAGAAA GAAACAGAAA AAGACAATAT 
AGTCGTGCAG AAGGTAGTGA AAGTGAAATA GAAAGGAAAC GCAGAAAGAT AGAAAAGGAG 
CTTTTAGGTG ATGAAAAAAT GAAAAAATAT AAGAAGCTCA AGAAGAAAAA GAAGTCTAAA 
GATAAACATC GAGAGAAGGA TTACAAACTT TATGATTTGG ATTTCTCTGT GCTCCACTTT 
GACAATGACA ATCGCAAGCG TAAGAAAAAG AAGAAAAAGA AGAAACACAT CAGGAAACTG 
AAAGGCTTCT TGGAATACTT AGATCCTCGT TTCCAGAAGA AAACACGTGA GAAGAAGGAA 
GAATCCCGTC CTCCAGATGG CCCTTTTTGT GAGCAATACA GAAATGAGGG CAGTAAACAA 
CCTTACAAGG AAGAGAAGCC TTCCAGTGCA GGTGAAAGCA AGAAATACAG CTCCACTGCA 
TCCAACGAGT ATATTAAAGA TGTAGATCTG CCTTCTCCTA AGCACACTGA ATTCACAGTT 
ATTAATCCTC CAGAGGACGC TTTGCAATTT AACACCTGGA GAATAACTGA AGTAATCCCC 
GAAGAAGACA GTTCACTATC CAAAGACGCA GAGCTTACAG ATGGAAGCCT TCAGTACTCA 
AACTAA

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

RefSeq	XP_027325085.1
CDS	299..4444
Translation	MTIVNKPKSSKSKKSSSRRSGKSKKPRTKKMKSRTANWGRIPPAEDSNQVSVAQGRGGAIYCRSSEKSKPFAQRDLIINDGIAPPQRILFPPEKICMDWQQTQSVGVGLYNLGNTCFLNSTLQCLTYTPPLANYMLSLEHNQSCREQGFCMMCTMETHINQALCCTVDAIKPTRVINDLRRIGKHFRFGSQEDAHEFLRYTVDAMQKACLNGSTKLDRSSQATTIIHQIFGGFLRSRVKCLNCKAVSDTYEAFLDITLDIKAVSSVTRALELFVKPEQLDGENCYKCSKCKKMVPASKRFTIHRSSNVLTISLKRFANFTGGKINKEVKYPEYLDLRAYMSQSIGEPLLYALYAVLVHNGINCHAGHYVCYIKAGNGLWYQMNDANVVRTDIKTVLGQQAYLLFYIRRYDLTLGERAFYLPAPSYPRSFLGQRGANSKQAGFMGPRLPPHMIKNSSRLNGNGSLKEDPNTIGVTLKRPSSAPPTACVQNWAITRPSITDPSKKQKITISIHNKLPARQTVSQPDCLSSAVEDEDLNKAVPSSTITNSTAAESTSNPSIMSVTTNVSKQEVSDEIFVEPTVNGNPKLSSDNTVPYGAESSGKSEEESKGLFKRNCNVISSNGILVGKVVRTLQNSHSSCQNAEEERSQHELPKNDSLNGAISLVNESKENGLKLDDSTCQAEPVKPSEMFFSKTNGLLETMPIAMPPVPQEVILESLTDSQLNSLSEEISVPGPQKSTENDALMETVVMEALLVYEESRKVPSDFSCEAENPFIQSDSETISTKEEVGSIITKADNAHPSINGQHKIRERCFDTEDEFLEQYRSEDRGDKDKPRRSKEPELISKENILYIKESSEADEDLRQTSSLKSDSECSSKNLSSLAITDKCQDTKDISNNYVEVPPVNDSSITKLDKVLESQFSRPNEEFGDRKWEEDAMHRKKDKKKIHETKKTDKEHYRRKREHSDTEEKESQNRSKTDGHSSKRRCSRSVEVIKQNRHKQEYCEGSKYRSFHSERNSPDNGRRSVKYSKYRSRSRGRSEQDRNRYYHSKGERTWSRERYYQDEPRRWEKCRYYNDYYSSHATGDSRERKFSHGDKDFDKLSQAYNSRSHKDYHYKSRWPHSSLSREEDVHHFSSHRVDLHRCSVPQQHSEKYSRERHALPPVSGHFEDSPQKNEKERNRKRQYSRAEGSESEIERKRRKIEKELLGDEKMKKYKKLKKKKKSKDKHREKDYKLYDLDFSVLHFDNDNRKRKKKKKKKKHIRKLKGFLEYLDPRFQKKTREKKEESRPPDGPFCEQYRNEGSKQPYKEEKPSSAGESKKYSSTASNEYIKDVDLPSPKHTEFTVINPPEDALQFNTWRITEVIPEEDSSLSKDAELTDGSLQYSN

Target ORF information:

RefSeq Version	XM_027469284.1
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos ubiquitin specific peptidase 42 (USP42), transcript variant X1, mRNA.

Target ORF information:

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

XM_027469284.1

ORF Insert Sequence:

ATGACCATAG TTAACAAACC AAAATCTTCA AAGTCTAAAA AATCATCTTC AAGGCGGTCT 
GGCAAATCCA AGAAACCGCG TACTAAAAAA ATGAAGTCAC GCACCGCAAA CTGGGGCCGG 
ATACCACCTG CAGAAGATTC AAACCAAGTC TCTGTGGCCC AAGGACGTGG AGGTGCTATT 
TATTGTAGAT CATCTGAAAA ATCTAAGCCT TTTGCCCAAA GAGATCTAAT CATTAATGAT 
GGAATTGCTC CGCCACAAAG AATTCTTTTT CCACCTGAGA AGATTTGTAT GGATTGGCAA 
CAAACACAAA GTGTTGGAGT TGGACTGTAC AATCTTGGCA ATACATGTTT TCTTAATTCT 
ACTCTACAAT GTTTGACCTA CACACCCCCA CTTGCCAATT ACATGCTTTC TCTTGAGCAC 
AACCAGTCAT GTCGTGAACA AGGTTTTTGC ATGATGTGCA CGATGGAGAC TCACATTAAC 
CAGGCCCTGT GTTGCACTGT TGATGCCATC AAGCCTACAC GTGTTATCAA TGATCTTAGA 
CGAATAGGAA AACATTTCCG TTTTGGCAGT CAAGAAGACG CACACGAATT CTTGCGCTAT 
ACTGTAGATG CTATGCAGAA AGCATGCTTG AATGGAAGCA CCAAGTTGGA CAGATCTTCT 
CAAGCAACCA CCATCATTCA TCAAATATTT GGAGGATTTC TAAGATCAAG AGTAAAGTGC 
TTGAATTGCA AAGCAGTTTC GGATACGTAT GAGGCATTTC TTGATATCAC TTTGGATATA 
AAGGCAGTTT CATCTGTTAC CAGAGCTCTA GAACTATTTG TGAAACCTGA ACAGCTGGAT 
GGAGAAAATT GCTATAAATG TAGCAAGTGT AAAAAGATGG TTCCTGCATC CAAGAGATTT 
ACTATACACC GTTCGTCCAA TGTTCTCACG ATATCACTGA AAAGATTTGC AAATTTCACA 
GGTGGAAAGA TCAACAAGGA GGTAAAATAT CCAGAGTATT TGGACCTTCG AGCCTACATG 
TCTCAATCAA TTGGAGAACC ACTCCTCTAC GCCTTATACG CAGTGCTGGT GCATAATGGT 
ATCAACTGTC ACGCAGGACA CTATGTATGC TACATAAAGG CTGGTAATGG ACTTTGGTAT 
CAGATGAATG ATGCTAATGT AGTCCGTACT GACATTAAAA CAGTTCTTGG TCAGCAAGCT 
TATTTACTTT TTTATATCAG GCGCTATGAT CTGACACTCG GAGAACGTGC TTTTTACTTA 
CCAGCACCAT CTTATCCCCG TTCATTCCTT GGTCAGCGGG GGGCTAATAG TAAGCAGGCT 
GGATTTATGG GACCACGACT TCCTCCTCAT ATGATTAAGA ATTCAAGCCG TTTAAATGGA 
AATGGATCCT TAAAAGAGGA TCCAAATACC ATTGGTGTCA CCCTAAAAAG GCCATCTTCA 
GCACCGCCAA CGGCTTGTGT TCAAAACTGG GCAATTACAA GGCCTTCAAT TACTGATCCA 
TCAAAAAAAC AGAAGATCAC TATCAGTATT CACAATAAAT TGCCTGCTCG TCAGACTGTG 
TCACAGCCTG ACTGTCTTAG CAGTGCTGTG GAGGATGAAG ATCTCAACAA GGCTGTTCCT 
TCATCCACAA TTACAAATTC CACTGCAGCA GAGTCTACCT CAAATCCATC TATTATGTCA 
GTTACTACTA ATGTTTCCAA ACAAGAAGTT TCTGATGAAA TTTTCGTGGA ACCAACAGTG 
AATGGAAATC CTAAACTCAG CTCTGATAAC ACAGTCCCTT ACGGTGCAGA ATCTTCAGGA 
AAATCTGAGG AGGAGTCGAA GGGCTTATTT AAAAGGAATT GCAATGTAAT ATCCTCTAAT 
GGAATTTTGG TTGGAAAGGT AGTCCGTACA TTGCAGAATT CCCATTCTTC CTGTCAGAAT 
GCTGAAGAAG AAAGATCCCA GCATGAGCTG CCAAAAAATG ATTCACTAAA TGGTGCTATT 
AGTTTAGTTA ATGAATCTAA AGAAAACGGA CTGAAACTTG ATGATTCCAC TTGCCAAGCT 
GAACCTGTTA AACCTTCTGA GATGTTCTTT TCTAAAACAA ATGGATTGCT TGAAACAATG 
CCTATAGCTA TGCCTCCAGT TCCTCAAGAA GTAATCTTAG AATCCCTCAC AGACAGCCAG 
CTGAACAGCT TGTCAGAGGA AATAAGTGTC CCAGGACCTC AGAAGTCTAC AGAGAATGAT 
GCTCTTATGG AAACTGTAGT GATGGAAGCA CTATTGGTCT ATGAAGAATC CAGGAAAGTT 
CCTTCTGACT TCAGCTGTGA GGCTGAGAAT CCTTTTATTC AATCAGATTC TGAAACCATT 
TCTACCAAAG AAGAAGTTGG AAGTATTATA ACAAAAGCTG ATAATGCACA TCCCAGTATC 
AATGGTCAGC ACAAGATTAG GGAAAGATGC TTTGATACTG AAGATGAATT CCTTGAACAG 
TACCGATCTG AGGACCGTGG AGACAAAGAC AAACCAAGAA GATCAAAAGA ACCTGAACTC 
ATTTCAAAAG AAAATATTTT GTACATCAAA GAGTCTTCTG AGGCTGATGA GGACTTGCGG 
CAAACTTCCT CTCTAAAGTC TGACAGTGAA TGTAGTTCTA AAAATCTTTC CTCCTTAGCT 
ATTACAGATA AATGCCAAGA TACAAAGGAC ATATCTAATA ACTACGTAGA GGTACCACCT 
GTTAATGACT CATCTATTAC AAAGCTGGAT AAAGTTTTGG AAAGCCAATT CTCCAGACCA 
AATGAAGAAT TTGGTGATAG AAAATGGGAA GAAGATGCCA TGCACAGGAA AAAAGATAAG 
AAAAAGATAC ACGAAACTAA AAAAACTGAC AAAGAGCACT ACCGAAGAAA GAGGGAACAT 
TCTGATACTG AAGAGAAGGA GAGTCAAAAC AGAAGCAAAA CAGATGGTCA TTCCAGCAAG 
AGAAGGTGCT CTCGCAGCGT GGAAGTTATT AAGCAAAATC GTCATAAGCA GGAGTATTGT 
GAGGGAAGCA AGTACAGATC TTTCCATAGT GAAAGAAACA GCCCTGATAA TGGGAGAAGA 
TCAGTAAAAT ATTCCAAGTA CAGATCTCGA AGCCGAGGAA GATCAGAACA AGATAGGAAT 
AGATATTACC ATTCCAAAGG GGAAAGAACT TGGAGCAGAG AAAGATACTA TCAAGATGAA 
CCACGAAGAT GGGAAAAATG TAGATATTAC AATGATTACT ATTCATCTCA TGCAACAGGA 
GACAGCAGAG AGAGAAAGTT CTCTCACGGT GATAAAGACT TTGACAAATT GAGTCAAGCT 
TACAACAGCA GGTCACATAA GGATTATCAT TACAAAAGCA GATGGCCTCA CAGTTCCCTC 
TCAAGAGAGG AAGATGTACA CCACTTTAGC AGCCACAGAG TAGACTTACA TCGTTGCTCA 
GTACCTCAGC AACATTCTGA AAAATATTCT CGTGAAAGAC ATGCACTTCC ACCTGTGTCA 
GGTCATTTTG AGGACTCTCC CCAAAAAAAT GAAAAAGAAA GAAACAGAAA AAGACAATAT 
AGTCGTGCAG AAGGTAGTGA AAGTGAAATA GAAAGGAAAC GCAGAAAGAT AGAAAAGGAG 
CTTTTAGGTG ATGAAAAAAT GAAAAAATAT AAGAAGCTCA AGAAGAAAAA GAAGTCTAAA 
GATAAACATC GAGAGAAGGA TTACAAACTT TATGATTTGG ATTTCTCTGT GCTCCACTTT 
GACAATGACA ATCGCAAGCG TAAGAAAAAG AAGAAAAAGA AGAAACACAT CAGGAAACTG 
AAAGGCTTCT TGGAATACTT AGATCCTCGT TTCCAGAAGA AAACACGTGA GAAGAAGGAA 
GAATCCCGTC CTCCAGATGG CCCTTTTTGT GAGCAATACA GAAATGAGGG CAGTAAACAA 
CCTTACAAGG AAGAGAAGCC TTCCAGTGCA GGTGAAAGCA AGAAATACAG CTCCACTGCA 
TCCAACGAGT ATATTAAAGA TGTAGATCTG CCTTCTCCTA AGCACACTGA ATTCACAGTT 
ATTAATCCTC CAGAGGACGC TTTGCAATTT AACACCTGGA GAATAACTGA AGTAATCCCC 
GAAGAAGACA GTTCACTATC CAAAGACGCA GAGCTTACAG ATGGAAGCCT TCAGTACTCA 
AACTAA

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

USP42 ( XM_027469285.1 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_027325086.1 Anas platyrhynchos ubiquitin specific peptidase 42 (USP42), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAn166411
Clone ID Related Accession (Same CDS sequence)	XM_027469284.1 , XM_027469285.1 , XM_027469286.1
Accession Version	XM_027469285.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4146bp) 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	ubiquitin carboxyl-terminal hydrolase 42 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_040060.1) 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##

ATGACCATAG TTAACAAACC AAAATCTTCA AAGTCTAAAA AATCATCTTC AAGGCGGTCT 
GGCAAATCCA AGAAACCGCG TACTAAAAAA ATGAAGTCAC GCACCGCAAA CTGGGGCCGG 
ATACCACCTG CAGAAGATTC AAACCAAGTC TCTGTGGCCC AAGGACGTGG AGGTGCTATT 
TATTGTAGAT CATCTGAAAA ATCTAAGCCT TTTGCCCAAA GAGATCTAAT CATTAATGAT 
GGAATTGCTC CGCCACAAAG AATTCTTTTT CCACCTGAGA AGATTTGTAT GGATTGGCAA 
CAAACACAAA GTGTTGGAGT TGGACTGTAC AATCTTGGCA ATACATGTTT TCTTAATTCT 
ACTCTACAAT GTTTGACCTA CACACCCCCA CTTGCCAATT ACATGCTTTC TCTTGAGCAC 
AACCAGTCAT GTCGTGAACA AGGTTTTTGC ATGATGTGCA CGATGGAGAC TCACATTAAC 
CAGGCCCTGT GTTGCACTGT TGATGCCATC AAGCCTACAC GTGTTATCAA TGATCTTAGA 
CGAATAGGAA AACATTTCCG TTTTGGCAGT CAAGAAGACG CACACGAATT CTTGCGCTAT 
ACTGTAGATG CTATGCAGAA AGCATGCTTG AATGGAAGCA CCAAGTTGGA CAGATCTTCT 
CAAGCAACCA CCATCATTCA TCAAATATTT GGAGGATTTC TAAGATCAAG AGTAAAGTGC 
TTGAATTGCA AAGCAGTTTC GGATACGTAT GAGGCATTTC TTGATATCAC TTTGGATATA 
AAGGCAGTTT CATCTGTTAC CAGAGCTCTA GAACTATTTG TGAAACCTGA ACAGCTGGAT 
GGAGAAAATT GCTATAAATG TAGCAAGTGT AAAAAGATGG TTCCTGCATC CAAGAGATTT 
ACTATACACC GTTCGTCCAA TGTTCTCACG ATATCACTGA AAAGATTTGC AAATTTCACA 
GGTGGAAAGA TCAACAAGGA GGTAAAATAT CCAGAGTATT TGGACCTTCG AGCCTACATG 
TCTCAATCAA TTGGAGAACC ACTCCTCTAC GCCTTATACG CAGTGCTGGT GCATAATGGT 
ATCAACTGTC ACGCAGGACA CTATGTATGC TACATAAAGG CTGGTAATGG ACTTTGGTAT 
CAGATGAATG ATGCTAATGT AGTCCGTACT GACATTAAAA CAGTTCTTGG TCAGCAAGCT 
TATTTACTTT TTTATATCAG GCGCTATGAT CTGACACTCG GAGAACGTGC TTTTTACTTA 
CCAGCACCAT CTTATCCCCG TTCATTCCTT GGTCAGCGGG GGGCTAATAG TAAGCAGGCT 
GGATTTATGG GACCACGACT TCCTCCTCAT ATGATTAAGA ATTCAAGCCG TTTAAATGGA 
AATGGATCCT TAAAAGAGGA TCCAAATACC ATTGGTGTCA CCCTAAAAAG GCCATCTTCA 
GCACCGCCAA CGGCTTGTGT TCAAAACTGG GCAATTACAA GGCCTTCAAT TACTGATCCA 
TCAAAAAAAC AGAAGATCAC TATCAGTATT CACAATAAAT TGCCTGCTCG TCAGACTGTG 
TCACAGCCTG ACTGTCTTAG CAGTGCTGTG GAGGATGAAG ATCTCAACAA GGCTGTTCCT 
TCATCCACAA TTACAAATTC CACTGCAGCA GAGTCTACCT CAAATCCATC TATTATGTCA 
GTTACTACTA ATGTTTCCAA ACAAGAAGTT TCTGATGAAA TTTTCGTGGA ACCAACAGTG 
AATGGAAATC CTAAACTCAG CTCTGATAAC ACAGTCCCTT ACGGTGCAGA ATCTTCAGGA 
AAATCTGAGG AGGAGTCGAA GGGCTTATTT AAAAGGAATT GCAATGTAAT ATCCTCTAAT 
GGAATTTTGG TTGGAAAGGT AGTCCGTACA TTGCAGAATT CCCATTCTTC CTGTCAGAAT 
GCTGAAGAAG AAAGATCCCA GCATGAGCTG CCAAAAAATG ATTCACTAAA TGGTGCTATT 
AGTTTAGTTA ATGAATCTAA AGAAAACGGA CTGAAACTTG ATGATTCCAC TTGCCAAGCT 
GAACCTGTTA AACCTTCTGA GATGTTCTTT TCTAAAACAA ATGGATTGCT TGAAACAATG 
CCTATAGCTA TGCCTCCAGT TCCTCAAGAA GTAATCTTAG AATCCCTCAC AGACAGCCAG 
CTGAACAGCT TGTCAGAGGA AATAAGTGTC CCAGGACCTC AGAAGTCTAC AGAGAATGAT 
GCTCTTATGG AAACTGTAGT GATGGAAGCA CTATTGGTCT ATGAAGAATC CAGGAAAGTT 
CCTTCTGACT TCAGCTGTGA GGCTGAGAAT CCTTTTATTC AATCAGATTC TGAAACCATT 
TCTACCAAAG AAGAAGTTGG AAGTATTATA ACAAAAGCTG ATAATGCACA TCCCAGTATC 
AATGGTCAGC ACAAGATTAG GGAAAGATGC TTTGATACTG AAGATGAATT CCTTGAACAG 
TACCGATCTG AGGACCGTGG AGACAAAGAC AAACCAAGAA GATCAAAAGA ACCTGAACTC 
ATTTCAAAAG AAAATATTTT GTACATCAAA GAGTCTTCTG AGGCTGATGA GGACTTGCGG 
CAAACTTCCT CTCTAAAGTC TGACAGTGAA TGTAGTTCTA AAAATCTTTC CTCCTTAGCT 
ATTACAGATA AATGCCAAGA TACAAAGGAC ATATCTAATA ACTACGTAGA GGTACCACCT 
GTTAATGACT CATCTATTAC AAAGCTGGAT AAAGTTTTGG AAAGCCAATT CTCCAGACCA 
AATGAAGAAT TTGGTGATAG AAAATGGGAA GAAGATGCCA TGCACAGGAA AAAAGATAAG 
AAAAAGATAC ACGAAACTAA AAAAACTGAC AAAGAGCACT ACCGAAGAAA GAGGGAACAT 
TCTGATACTG AAGAGAAGGA GAGTCAAAAC AGAAGCAAAA CAGATGGTCA TTCCAGCAAG 
AGAAGGTGCT CTCGCAGCGT GGAAGTTATT AAGCAAAATC GTCATAAGCA GGAGTATTGT 
GAGGGAAGCA AGTACAGATC TTTCCATAGT GAAAGAAACA GCCCTGATAA TGGGAGAAGA 
TCAGTAAAAT ATTCCAAGTA CAGATCTCGA AGCCGAGGAA GATCAGAACA AGATAGGAAT 
AGATATTACC ATTCCAAAGG GGAAAGAACT TGGAGCAGAG AAAGATACTA TCAAGATGAA 
CCACGAAGAT GGGAAAAATG TAGATATTAC AATGATTACT ATTCATCTCA TGCAACAGGA 
GACAGCAGAG AGAGAAAGTT CTCTCACGGT GATAAAGACT TTGACAAATT GAGTCAAGCT 
TACAACAGCA GGTCACATAA GGATTATCAT TACAAAAGCA GATGGCCTCA CAGTTCCCTC 
TCAAGAGAGG AAGATGTACA CCACTTTAGC AGCCACAGAG TAGACTTACA TCGTTGCTCA 
GTACCTCAGC AACATTCTGA AAAATATTCT CGTGAAAGAC ATGCACTTCC ACCTGTGTCA 
GGTCATTTTG AGGACTCTCC CCAAAAAAAT GAAAAAGAAA GAAACAGAAA AAGACAATAT 
AGTCGTGCAG AAGGTAGTGA AAGTGAAATA GAAAGGAAAC GCAGAAAGAT AGAAAAGGAG 
CTTTTAGGTG ATGAAAAAAT GAAAAAATAT AAGAAGCTCA AGAAGAAAAA GAAGTCTAAA 
GATAAACATC GAGAGAAGGA TTACAAACTT TATGATTTGG ATTTCTCTGT GCTCCACTTT 
GACAATGACA ATCGCAAGCG TAAGAAAAAG AAGAAAAAGA AGAAACACAT CAGGAAACTG 
AAAGGCTTCT TGGAATACTT AGATCCTCGT TTCCAGAAGA AAACACGTGA GAAGAAGGAA 
GAATCCCGTC CTCCAGATGG CCCTTTTTGT GAGCAATACA GAAATGAGGG CAGTAAACAA 
CCTTACAAGG AAGAGAAGCC TTCCAGTGCA GGTGAAAGCA AGAAATACAG CTCCACTGCA 
TCCAACGAGT ATATTAAAGA TGTAGATCTG CCTTCTCCTA AGCACACTGA ATTCACAGTT 
ATTAATCCTC CAGAGGACGC TTTGCAATTT AACACCTGGA GAATAACTGA AGTAATCCCC 
GAAGAAGACA GTTCACTATC CAAAGACGCA GAGCTTACAG ATGGAAGCCT TCAGTACTCA 
AACTAA

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

RefSeq	XP_027325086.1
CDS	1066..5211
Translation	MTIVNKPKSSKSKKSSSRRSGKSKKPRTKKMKSRTANWGRIPPAEDSNQVSVAQGRGGAIYCRSSEKSKPFAQRDLIINDGIAPPQRILFPPEKICMDWQQTQSVGVGLYNLGNTCFLNSTLQCLTYTPPLANYMLSLEHNQSCREQGFCMMCTMETHINQALCCTVDAIKPTRVINDLRRIGKHFRFGSQEDAHEFLRYTVDAMQKACLNGSTKLDRSSQATTIIHQIFGGFLRSRVKCLNCKAVSDTYEAFLDITLDIKAVSSVTRALELFVKPEQLDGENCYKCSKCKKMVPASKRFTIHRSSNVLTISLKRFANFTGGKINKEVKYPEYLDLRAYMSQSIGEPLLYALYAVLVHNGINCHAGHYVCYIKAGNGLWYQMNDANVVRTDIKTVLGQQAYLLFYIRRYDLTLGERAFYLPAPSYPRSFLGQRGANSKQAGFMGPRLPPHMIKNSSRLNGNGSLKEDPNTIGVTLKRPSSAPPTACVQNWAITRPSITDPSKKQKITISIHNKLPARQTVSQPDCLSSAVEDEDLNKAVPSSTITNSTAAESTSNPSIMSVTTNVSKQEVSDEIFVEPTVNGNPKLSSDNTVPYGAESSGKSEEESKGLFKRNCNVISSNGILVGKVVRTLQNSHSSCQNAEEERSQHELPKNDSLNGAISLVNESKENGLKLDDSTCQAEPVKPSEMFFSKTNGLLETMPIAMPPVPQEVILESLTDSQLNSLSEEISVPGPQKSTENDALMETVVMEALLVYEESRKVPSDFSCEAENPFIQSDSETISTKEEVGSIITKADNAHPSINGQHKIRERCFDTEDEFLEQYRSEDRGDKDKPRRSKEPELISKENILYIKESSEADEDLRQTSSLKSDSECSSKNLSSLAITDKCQDTKDISNNYVEVPPVNDSSITKLDKVLESQFSRPNEEFGDRKWEEDAMHRKKDKKKIHETKKTDKEHYRRKREHSDTEEKESQNRSKTDGHSSKRRCSRSVEVIKQNRHKQEYCEGSKYRSFHSERNSPDNGRRSVKYSKYRSRSRGRSEQDRNRYYHSKGERTWSRERYYQDEPRRWEKCRYYNDYYSSHATGDSRERKFSHGDKDFDKLSQAYNSRSHKDYHYKSRWPHSSLSREEDVHHFSSHRVDLHRCSVPQQHSEKYSRERHALPPVSGHFEDSPQKNEKERNRKRQYSRAEGSESEIERKRRKIEKELLGDEKMKKYKKLKKKKKSKDKHREKDYKLYDLDFSVLHFDNDNRKRKKKKKKKKHIRKLKGFLEYLDPRFQKKTREKKEESRPPDGPFCEQYRNEGSKQPYKEEKPSSAGESKKYSSTASNEYIKDVDLPSPKHTEFTVINPPEDALQFNTWRITEVIPEEDSSLSKDAELTDGSLQYSN

Target ORF information:

RefSeq Version	XM_027469285.1
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos ubiquitin specific peptidase 42 (USP42), transcript variant X2, mRNA.

Target ORF information:

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

XM_027469285.1

ORF Insert Sequence:

ATGACCATAG TTAACAAACC AAAATCTTCA AAGTCTAAAA AATCATCTTC AAGGCGGTCT 
GGCAAATCCA AGAAACCGCG TACTAAAAAA ATGAAGTCAC GCACCGCAAA CTGGGGCCGG 
ATACCACCTG CAGAAGATTC AAACCAAGTC TCTGTGGCCC AAGGACGTGG AGGTGCTATT 
TATTGTAGAT CATCTGAAAA ATCTAAGCCT TTTGCCCAAA GAGATCTAAT CATTAATGAT 
GGAATTGCTC CGCCACAAAG AATTCTTTTT CCACCTGAGA AGATTTGTAT GGATTGGCAA 
CAAACACAAA GTGTTGGAGT TGGACTGTAC AATCTTGGCA ATACATGTTT TCTTAATTCT 
ACTCTACAAT GTTTGACCTA CACACCCCCA CTTGCCAATT ACATGCTTTC TCTTGAGCAC 
AACCAGTCAT GTCGTGAACA AGGTTTTTGC ATGATGTGCA CGATGGAGAC TCACATTAAC 
CAGGCCCTGT GTTGCACTGT TGATGCCATC AAGCCTACAC GTGTTATCAA TGATCTTAGA 
CGAATAGGAA AACATTTCCG TTTTGGCAGT CAAGAAGACG CACACGAATT CTTGCGCTAT 
ACTGTAGATG CTATGCAGAA AGCATGCTTG AATGGAAGCA CCAAGTTGGA CAGATCTTCT 
CAAGCAACCA CCATCATTCA TCAAATATTT GGAGGATTTC TAAGATCAAG AGTAAAGTGC 
TTGAATTGCA AAGCAGTTTC GGATACGTAT GAGGCATTTC TTGATATCAC TTTGGATATA 
AAGGCAGTTT CATCTGTTAC CAGAGCTCTA GAACTATTTG TGAAACCTGA ACAGCTGGAT 
GGAGAAAATT GCTATAAATG TAGCAAGTGT AAAAAGATGG TTCCTGCATC CAAGAGATTT 
ACTATACACC GTTCGTCCAA TGTTCTCACG ATATCACTGA AAAGATTTGC AAATTTCACA 
GGTGGAAAGA TCAACAAGGA GGTAAAATAT CCAGAGTATT TGGACCTTCG AGCCTACATG 
TCTCAATCAA TTGGAGAACC ACTCCTCTAC GCCTTATACG CAGTGCTGGT GCATAATGGT 
ATCAACTGTC ACGCAGGACA CTATGTATGC TACATAAAGG CTGGTAATGG ACTTTGGTAT 
CAGATGAATG ATGCTAATGT AGTCCGTACT GACATTAAAA CAGTTCTTGG TCAGCAAGCT 
TATTTACTTT TTTATATCAG GCGCTATGAT CTGACACTCG GAGAACGTGC TTTTTACTTA 
CCAGCACCAT CTTATCCCCG TTCATTCCTT GGTCAGCGGG GGGCTAATAG TAAGCAGGCT 
GGATTTATGG GACCACGACT TCCTCCTCAT ATGATTAAGA ATTCAAGCCG TTTAAATGGA 
AATGGATCCT TAAAAGAGGA TCCAAATACC ATTGGTGTCA CCCTAAAAAG GCCATCTTCA 
GCACCGCCAA CGGCTTGTGT TCAAAACTGG GCAATTACAA GGCCTTCAAT TACTGATCCA 
TCAAAAAAAC AGAAGATCAC TATCAGTATT CACAATAAAT TGCCTGCTCG TCAGACTGTG 
TCACAGCCTG ACTGTCTTAG CAGTGCTGTG GAGGATGAAG ATCTCAACAA GGCTGTTCCT 
TCATCCACAA TTACAAATTC CACTGCAGCA GAGTCTACCT CAAATCCATC TATTATGTCA 
GTTACTACTA ATGTTTCCAA ACAAGAAGTT TCTGATGAAA TTTTCGTGGA ACCAACAGTG 
AATGGAAATC CTAAACTCAG CTCTGATAAC ACAGTCCCTT ACGGTGCAGA ATCTTCAGGA 
AAATCTGAGG AGGAGTCGAA GGGCTTATTT AAAAGGAATT GCAATGTAAT ATCCTCTAAT 
GGAATTTTGG TTGGAAAGGT AGTCCGTACA TTGCAGAATT CCCATTCTTC CTGTCAGAAT 
GCTGAAGAAG AAAGATCCCA GCATGAGCTG CCAAAAAATG ATTCACTAAA TGGTGCTATT 
AGTTTAGTTA ATGAATCTAA AGAAAACGGA CTGAAACTTG ATGATTCCAC TTGCCAAGCT 
GAACCTGTTA AACCTTCTGA GATGTTCTTT TCTAAAACAA ATGGATTGCT TGAAACAATG 
CCTATAGCTA TGCCTCCAGT TCCTCAAGAA GTAATCTTAG AATCCCTCAC AGACAGCCAG 
CTGAACAGCT TGTCAGAGGA AATAAGTGTC CCAGGACCTC AGAAGTCTAC AGAGAATGAT 
GCTCTTATGG AAACTGTAGT GATGGAAGCA CTATTGGTCT ATGAAGAATC CAGGAAAGTT 
CCTTCTGACT TCAGCTGTGA GGCTGAGAAT CCTTTTATTC AATCAGATTC TGAAACCATT 
TCTACCAAAG AAGAAGTTGG AAGTATTATA ACAAAAGCTG ATAATGCACA TCCCAGTATC 
AATGGTCAGC ACAAGATTAG GGAAAGATGC TTTGATACTG AAGATGAATT CCTTGAACAG 
TACCGATCTG AGGACCGTGG AGACAAAGAC AAACCAAGAA GATCAAAAGA ACCTGAACTC 
ATTTCAAAAG AAAATATTTT GTACATCAAA GAGTCTTCTG AGGCTGATGA GGACTTGCGG 
CAAACTTCCT CTCTAAAGTC TGACAGTGAA TGTAGTTCTA AAAATCTTTC CTCCTTAGCT 
ATTACAGATA AATGCCAAGA TACAAAGGAC ATATCTAATA ACTACGTAGA GGTACCACCT 
GTTAATGACT CATCTATTAC AAAGCTGGAT AAAGTTTTGG AAAGCCAATT CTCCAGACCA 
AATGAAGAAT TTGGTGATAG AAAATGGGAA GAAGATGCCA TGCACAGGAA AAAAGATAAG 
AAAAAGATAC ACGAAACTAA AAAAACTGAC AAAGAGCACT ACCGAAGAAA GAGGGAACAT 
TCTGATACTG AAGAGAAGGA GAGTCAAAAC AGAAGCAAAA CAGATGGTCA TTCCAGCAAG 
AGAAGGTGCT CTCGCAGCGT GGAAGTTATT AAGCAAAATC GTCATAAGCA GGAGTATTGT 
GAGGGAAGCA AGTACAGATC TTTCCATAGT GAAAGAAACA GCCCTGATAA TGGGAGAAGA 
TCAGTAAAAT ATTCCAAGTA CAGATCTCGA AGCCGAGGAA GATCAGAACA AGATAGGAAT 
AGATATTACC ATTCCAAAGG GGAAAGAACT TGGAGCAGAG AAAGATACTA TCAAGATGAA 
CCACGAAGAT GGGAAAAATG TAGATATTAC AATGATTACT ATTCATCTCA TGCAACAGGA 
GACAGCAGAG AGAGAAAGTT CTCTCACGGT GATAAAGACT TTGACAAATT GAGTCAAGCT 
TACAACAGCA GGTCACATAA GGATTATCAT TACAAAAGCA GATGGCCTCA CAGTTCCCTC 
TCAAGAGAGG AAGATGTACA CCACTTTAGC AGCCACAGAG TAGACTTACA TCGTTGCTCA 
GTACCTCAGC AACATTCTGA AAAATATTCT CGTGAAAGAC ATGCACTTCC ACCTGTGTCA 
GGTCATTTTG AGGACTCTCC CCAAAAAAAT GAAAAAGAAA GAAACAGAAA AAGACAATAT 
AGTCGTGCAG AAGGTAGTGA AAGTGAAATA GAAAGGAAAC GCAGAAAGAT AGAAAAGGAG 
CTTTTAGGTG ATGAAAAAAT GAAAAAATAT AAGAAGCTCA AGAAGAAAAA GAAGTCTAAA 
GATAAACATC GAGAGAAGGA TTACAAACTT TATGATTTGG ATTTCTCTGT GCTCCACTTT 
GACAATGACA ATCGCAAGCG TAAGAAAAAG AAGAAAAAGA AGAAACACAT CAGGAAACTG 
AAAGGCTTCT TGGAATACTT AGATCCTCGT TTCCAGAAGA AAACACGTGA GAAGAAGGAA 
GAATCCCGTC CTCCAGATGG CCCTTTTTGT GAGCAATACA GAAATGAGGG CAGTAAACAA 
CCTTACAAGG AAGAGAAGCC TTCCAGTGCA GGTGAAAGCA AGAAATACAG CTCCACTGCA 
TCCAACGAGT ATATTAAAGA TGTAGATCTG CCTTCTCCTA AGCACACTGA ATTCACAGTT 
ATTAATCCTC CAGAGGACGC TTTGCAATTT AACACCTGGA GAATAACTGA AGTAATCCCC 
GAAGAAGACA GTTCACTATC CAAAGACGCA GAGCTTACAG ATGGAAGCCT TCAGTACTCA 
AACTAA

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

USP42 ( XM_027469286.1 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_027325087.1 Anas platyrhynchos ubiquitin specific peptidase 42 (USP42), transcript variant X3, mRNA.

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CloneID	OAn166411
Clone ID Related Accession (Same CDS sequence)	XM_027469284.1 , XM_027469285.1 , XM_027469286.1
Accession Version	XM_027469286.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4146bp) 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	ubiquitin carboxyl-terminal hydrolase 42 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_040060.1) 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##

ATGACCATAG TTAACAAACC AAAATCTTCA AAGTCTAAAA AATCATCTTC AAGGCGGTCT 
GGCAAATCCA AGAAACCGCG TACTAAAAAA ATGAAGTCAC GCACCGCAAA CTGGGGCCGG 
ATACCACCTG CAGAAGATTC AAACCAAGTC TCTGTGGCCC AAGGACGTGG AGGTGCTATT 
TATTGTAGAT CATCTGAAAA ATCTAAGCCT TTTGCCCAAA GAGATCTAAT CATTAATGAT 
GGAATTGCTC CGCCACAAAG AATTCTTTTT CCACCTGAGA AGATTTGTAT GGATTGGCAA 
CAAACACAAA GTGTTGGAGT TGGACTGTAC AATCTTGGCA ATACATGTTT TCTTAATTCT 
ACTCTACAAT GTTTGACCTA CACACCCCCA CTTGCCAATT ACATGCTTTC TCTTGAGCAC 
AACCAGTCAT GTCGTGAACA AGGTTTTTGC ATGATGTGCA CGATGGAGAC TCACATTAAC 
CAGGCCCTGT GTTGCACTGT TGATGCCATC AAGCCTACAC GTGTTATCAA TGATCTTAGA 
CGAATAGGAA AACATTTCCG TTTTGGCAGT CAAGAAGACG CACACGAATT CTTGCGCTAT 
ACTGTAGATG CTATGCAGAA AGCATGCTTG AATGGAAGCA CCAAGTTGGA CAGATCTTCT 
CAAGCAACCA CCATCATTCA TCAAATATTT GGAGGATTTC TAAGATCAAG AGTAAAGTGC 
TTGAATTGCA AAGCAGTTTC GGATACGTAT GAGGCATTTC TTGATATCAC TTTGGATATA 
AAGGCAGTTT CATCTGTTAC CAGAGCTCTA GAACTATTTG TGAAACCTGA ACAGCTGGAT 
GGAGAAAATT GCTATAAATG TAGCAAGTGT AAAAAGATGG TTCCTGCATC CAAGAGATTT 
ACTATACACC GTTCGTCCAA TGTTCTCACG ATATCACTGA AAAGATTTGC AAATTTCACA 
GGTGGAAAGA TCAACAAGGA GGTAAAATAT CCAGAGTATT TGGACCTTCG AGCCTACATG 
TCTCAATCAA TTGGAGAACC ACTCCTCTAC GCCTTATACG CAGTGCTGGT GCATAATGGT 
ATCAACTGTC ACGCAGGACA CTATGTATGC TACATAAAGG CTGGTAATGG ACTTTGGTAT 
CAGATGAATG ATGCTAATGT AGTCCGTACT GACATTAAAA CAGTTCTTGG TCAGCAAGCT 
TATTTACTTT TTTATATCAG GCGCTATGAT CTGACACTCG GAGAACGTGC TTTTTACTTA 
CCAGCACCAT CTTATCCCCG TTCATTCCTT GGTCAGCGGG GGGCTAATAG TAAGCAGGCT 
GGATTTATGG GACCACGACT TCCTCCTCAT ATGATTAAGA ATTCAAGCCG TTTAAATGGA 
AATGGATCCT TAAAAGAGGA TCCAAATACC ATTGGTGTCA CCCTAAAAAG GCCATCTTCA 
GCACCGCCAA CGGCTTGTGT TCAAAACTGG GCAATTACAA GGCCTTCAAT TACTGATCCA 
TCAAAAAAAC AGAAGATCAC TATCAGTATT CACAATAAAT TGCCTGCTCG TCAGACTGTG 
TCACAGCCTG ACTGTCTTAG CAGTGCTGTG GAGGATGAAG ATCTCAACAA GGCTGTTCCT 
TCATCCACAA TTACAAATTC CACTGCAGCA GAGTCTACCT CAAATCCATC TATTATGTCA 
GTTACTACTA ATGTTTCCAA ACAAGAAGTT TCTGATGAAA TTTTCGTGGA ACCAACAGTG 
AATGGAAATC CTAAACTCAG CTCTGATAAC ACAGTCCCTT ACGGTGCAGA ATCTTCAGGA 
AAATCTGAGG AGGAGTCGAA GGGCTTATTT AAAAGGAATT GCAATGTAAT ATCCTCTAAT 
GGAATTTTGG TTGGAAAGGT AGTCCGTACA TTGCAGAATT CCCATTCTTC CTGTCAGAAT 
GCTGAAGAAG AAAGATCCCA GCATGAGCTG CCAAAAAATG ATTCACTAAA TGGTGCTATT 
AGTTTAGTTA ATGAATCTAA AGAAAACGGA CTGAAACTTG ATGATTCCAC TTGCCAAGCT 
GAACCTGTTA AACCTTCTGA GATGTTCTTT TCTAAAACAA ATGGATTGCT TGAAACAATG 
CCTATAGCTA TGCCTCCAGT TCCTCAAGAA GTAATCTTAG AATCCCTCAC AGACAGCCAG 
CTGAACAGCT TGTCAGAGGA AATAAGTGTC CCAGGACCTC AGAAGTCTAC AGAGAATGAT 
GCTCTTATGG AAACTGTAGT GATGGAAGCA CTATTGGTCT ATGAAGAATC CAGGAAAGTT 
CCTTCTGACT TCAGCTGTGA GGCTGAGAAT CCTTTTATTC AATCAGATTC TGAAACCATT 
TCTACCAAAG AAGAAGTTGG AAGTATTATA ACAAAAGCTG ATAATGCACA TCCCAGTATC 
AATGGTCAGC ACAAGATTAG GGAAAGATGC TTTGATACTG AAGATGAATT CCTTGAACAG 
TACCGATCTG AGGACCGTGG AGACAAAGAC AAACCAAGAA GATCAAAAGA ACCTGAACTC 
ATTTCAAAAG AAAATATTTT GTACATCAAA GAGTCTTCTG AGGCTGATGA GGACTTGCGG 
CAAACTTCCT CTCTAAAGTC TGACAGTGAA TGTAGTTCTA AAAATCTTTC CTCCTTAGCT 
ATTACAGATA AATGCCAAGA TACAAAGGAC ATATCTAATA ACTACGTAGA GGTACCACCT 
GTTAATGACT CATCTATTAC AAAGCTGGAT AAAGTTTTGG AAAGCCAATT CTCCAGACCA 
AATGAAGAAT TTGGTGATAG AAAATGGGAA GAAGATGCCA TGCACAGGAA AAAAGATAAG 
AAAAAGATAC ACGAAACTAA AAAAACTGAC AAAGAGCACT ACCGAAGAAA GAGGGAACAT 
TCTGATACTG AAGAGAAGGA GAGTCAAAAC AGAAGCAAAA CAGATGGTCA TTCCAGCAAG 
AGAAGGTGCT CTCGCAGCGT GGAAGTTATT AAGCAAAATC GTCATAAGCA GGAGTATTGT 
GAGGGAAGCA AGTACAGATC TTTCCATAGT GAAAGAAACA GCCCTGATAA TGGGAGAAGA 
TCAGTAAAAT ATTCCAAGTA CAGATCTCGA AGCCGAGGAA GATCAGAACA AGATAGGAAT 
AGATATTACC ATTCCAAAGG GGAAAGAACT TGGAGCAGAG AAAGATACTA TCAAGATGAA 
CCACGAAGAT GGGAAAAATG TAGATATTAC AATGATTACT ATTCATCTCA TGCAACAGGA 
GACAGCAGAG AGAGAAAGTT CTCTCACGGT GATAAAGACT TTGACAAATT GAGTCAAGCT 
TACAACAGCA GGTCACATAA GGATTATCAT TACAAAAGCA GATGGCCTCA CAGTTCCCTC 
TCAAGAGAGG AAGATGTACA CCACTTTAGC AGCCACAGAG TAGACTTACA TCGTTGCTCA 
GTACCTCAGC AACATTCTGA AAAATATTCT CGTGAAAGAC ATGCACTTCC ACCTGTGTCA 
GGTCATTTTG AGGACTCTCC CCAAAAAAAT GAAAAAGAAA GAAACAGAAA AAGACAATAT 
AGTCGTGCAG AAGGTAGTGA AAGTGAAATA GAAAGGAAAC GCAGAAAGAT AGAAAAGGAG 
CTTTTAGGTG ATGAAAAAAT GAAAAAATAT AAGAAGCTCA AGAAGAAAAA GAAGTCTAAA 
GATAAACATC GAGAGAAGGA TTACAAACTT TATGATTTGG ATTTCTCTGT GCTCCACTTT 
GACAATGACA ATCGCAAGCG TAAGAAAAAG AAGAAAAAGA AGAAACACAT CAGGAAACTG 
AAAGGCTTCT TGGAATACTT AGATCCTCGT TTCCAGAAGA AAACACGTGA GAAGAAGGAA 
GAATCCCGTC CTCCAGATGG CCCTTTTTGT GAGCAATACA GAAATGAGGG CAGTAAACAA 
CCTTACAAGG AAGAGAAGCC TTCCAGTGCA GGTGAAAGCA AGAAATACAG CTCCACTGCA 
TCCAACGAGT ATATTAAAGA TGTAGATCTG CCTTCTCCTA AGCACACTGA ATTCACAGTT 
ATTAATCCTC CAGAGGACGC TTTGCAATTT AACACCTGGA GAATAACTGA AGTAATCCCC 
GAAGAAGACA GTTCACTATC CAAAGACGCA GAGCTTACAG ATGGAAGCCT TCAGTACTCA 
AACTAA

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

RefSeq	XP_027325087.1
CDS	182..4327
Translation	MTIVNKPKSSKSKKSSSRRSGKSKKPRTKKMKSRTANWGRIPPAEDSNQVSVAQGRGGAIYCRSSEKSKPFAQRDLIINDGIAPPQRILFPPEKICMDWQQTQSVGVGLYNLGNTCFLNSTLQCLTYTPPLANYMLSLEHNQSCREQGFCMMCTMETHINQALCCTVDAIKPTRVINDLRRIGKHFRFGSQEDAHEFLRYTVDAMQKACLNGSTKLDRSSQATTIIHQIFGGFLRSRVKCLNCKAVSDTYEAFLDITLDIKAVSSVTRALELFVKPEQLDGENCYKCSKCKKMVPASKRFTIHRSSNVLTISLKRFANFTGGKINKEVKYPEYLDLRAYMSQSIGEPLLYALYAVLVHNGINCHAGHYVCYIKAGNGLWYQMNDANVVRTDIKTVLGQQAYLLFYIRRYDLTLGERAFYLPAPSYPRSFLGQRGANSKQAGFMGPRLPPHMIKNSSRLNGNGSLKEDPNTIGVTLKRPSSAPPTACVQNWAITRPSITDPSKKQKITISIHNKLPARQTVSQPDCLSSAVEDEDLNKAVPSSTITNSTAAESTSNPSIMSVTTNVSKQEVSDEIFVEPTVNGNPKLSSDNTVPYGAESSGKSEEESKGLFKRNCNVISSNGILVGKVVRTLQNSHSSCQNAEEERSQHELPKNDSLNGAISLVNESKENGLKLDDSTCQAEPVKPSEMFFSKTNGLLETMPIAMPPVPQEVILESLTDSQLNSLSEEISVPGPQKSTENDALMETVVMEALLVYEESRKVPSDFSCEAENPFIQSDSETISTKEEVGSIITKADNAHPSINGQHKIRERCFDTEDEFLEQYRSEDRGDKDKPRRSKEPELISKENILYIKESSEADEDLRQTSSLKSDSECSSKNLSSLAITDKCQDTKDISNNYVEVPPVNDSSITKLDKVLESQFSRPNEEFGDRKWEEDAMHRKKDKKKIHETKKTDKEHYRRKREHSDTEEKESQNRSKTDGHSSKRRCSRSVEVIKQNRHKQEYCEGSKYRSFHSERNSPDNGRRSVKYSKYRSRSRGRSEQDRNRYYHSKGERTWSRERYYQDEPRRWEKCRYYNDYYSSHATGDSRERKFSHGDKDFDKLSQAYNSRSHKDYHYKSRWPHSSLSREEDVHHFSSHRVDLHRCSVPQQHSEKYSRERHALPPVSGHFEDSPQKNEKERNRKRQYSRAEGSESEIERKRRKIEKELLGDEKMKKYKKLKKKKKSKDKHREKDYKLYDLDFSVLHFDNDNRKRKKKKKKKKHIRKLKGFLEYLDPRFQKKTREKKEESRPPDGPFCEQYRNEGSKQPYKEEKPSSAGESKKYSSTASNEYIKDVDLPSPKHTEFTVINPPEDALQFNTWRITEVIPEEDSSLSKDAELTDGSLQYSN

Target ORF information:

RefSeq Version	XM_027469286.1
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos ubiquitin specific peptidase 42 (USP42), transcript variant X3, mRNA.

Target ORF information:

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

XM_027469286.1

ORF Insert Sequence:

ATGACCATAG TTAACAAACC AAAATCTTCA AAGTCTAAAA AATCATCTTC AAGGCGGTCT 
GGCAAATCCA AGAAACCGCG TACTAAAAAA ATGAAGTCAC GCACCGCAAA CTGGGGCCGG 
ATACCACCTG CAGAAGATTC AAACCAAGTC TCTGTGGCCC AAGGACGTGG AGGTGCTATT 
TATTGTAGAT CATCTGAAAA ATCTAAGCCT TTTGCCCAAA GAGATCTAAT CATTAATGAT 
GGAATTGCTC CGCCACAAAG AATTCTTTTT CCACCTGAGA AGATTTGTAT GGATTGGCAA 
CAAACACAAA GTGTTGGAGT TGGACTGTAC AATCTTGGCA ATACATGTTT TCTTAATTCT 
ACTCTACAAT GTTTGACCTA CACACCCCCA CTTGCCAATT ACATGCTTTC TCTTGAGCAC 
AACCAGTCAT GTCGTGAACA AGGTTTTTGC ATGATGTGCA CGATGGAGAC TCACATTAAC 
CAGGCCCTGT GTTGCACTGT TGATGCCATC AAGCCTACAC GTGTTATCAA TGATCTTAGA 
CGAATAGGAA AACATTTCCG TTTTGGCAGT CAAGAAGACG CACACGAATT CTTGCGCTAT 
ACTGTAGATG CTATGCAGAA AGCATGCTTG AATGGAAGCA CCAAGTTGGA CAGATCTTCT 
CAAGCAACCA CCATCATTCA TCAAATATTT GGAGGATTTC TAAGATCAAG AGTAAAGTGC 
TTGAATTGCA AAGCAGTTTC GGATACGTAT GAGGCATTTC TTGATATCAC TTTGGATATA 
AAGGCAGTTT CATCTGTTAC CAGAGCTCTA GAACTATTTG TGAAACCTGA ACAGCTGGAT 
GGAGAAAATT GCTATAAATG TAGCAAGTGT AAAAAGATGG TTCCTGCATC CAAGAGATTT 
ACTATACACC GTTCGTCCAA TGTTCTCACG ATATCACTGA AAAGATTTGC AAATTTCACA 
GGTGGAAAGA TCAACAAGGA GGTAAAATAT CCAGAGTATT TGGACCTTCG AGCCTACATG 
TCTCAATCAA TTGGAGAACC ACTCCTCTAC GCCTTATACG CAGTGCTGGT GCATAATGGT 
ATCAACTGTC ACGCAGGACA CTATGTATGC TACATAAAGG CTGGTAATGG ACTTTGGTAT 
CAGATGAATG ATGCTAATGT AGTCCGTACT GACATTAAAA CAGTTCTTGG TCAGCAAGCT 
TATTTACTTT TTTATATCAG GCGCTATGAT CTGACACTCG GAGAACGTGC TTTTTACTTA 
CCAGCACCAT CTTATCCCCG TTCATTCCTT GGTCAGCGGG GGGCTAATAG TAAGCAGGCT 
GGATTTATGG GACCACGACT TCCTCCTCAT ATGATTAAGA ATTCAAGCCG TTTAAATGGA 
AATGGATCCT TAAAAGAGGA TCCAAATACC ATTGGTGTCA CCCTAAAAAG GCCATCTTCA 
GCACCGCCAA CGGCTTGTGT TCAAAACTGG GCAATTACAA GGCCTTCAAT TACTGATCCA 
TCAAAAAAAC AGAAGATCAC TATCAGTATT CACAATAAAT TGCCTGCTCG TCAGACTGTG 
TCACAGCCTG ACTGTCTTAG CAGTGCTGTG GAGGATGAAG ATCTCAACAA GGCTGTTCCT 
TCATCCACAA TTACAAATTC CACTGCAGCA GAGTCTACCT CAAATCCATC TATTATGTCA 
GTTACTACTA ATGTTTCCAA ACAAGAAGTT TCTGATGAAA TTTTCGTGGA ACCAACAGTG 
AATGGAAATC CTAAACTCAG CTCTGATAAC ACAGTCCCTT ACGGTGCAGA ATCTTCAGGA 
AAATCTGAGG AGGAGTCGAA GGGCTTATTT AAAAGGAATT GCAATGTAAT ATCCTCTAAT 
GGAATTTTGG TTGGAAAGGT AGTCCGTACA TTGCAGAATT CCCATTCTTC CTGTCAGAAT 
GCTGAAGAAG AAAGATCCCA GCATGAGCTG CCAAAAAATG ATTCACTAAA TGGTGCTATT 
AGTTTAGTTA ATGAATCTAA AGAAAACGGA CTGAAACTTG ATGATTCCAC TTGCCAAGCT 
GAACCTGTTA AACCTTCTGA GATGTTCTTT TCTAAAACAA ATGGATTGCT TGAAACAATG 
CCTATAGCTA TGCCTCCAGT TCCTCAAGAA GTAATCTTAG AATCCCTCAC AGACAGCCAG 
CTGAACAGCT TGTCAGAGGA AATAAGTGTC CCAGGACCTC AGAAGTCTAC AGAGAATGAT 
GCTCTTATGG AAACTGTAGT GATGGAAGCA CTATTGGTCT ATGAAGAATC CAGGAAAGTT 
CCTTCTGACT TCAGCTGTGA GGCTGAGAAT CCTTTTATTC AATCAGATTC TGAAACCATT 
TCTACCAAAG AAGAAGTTGG AAGTATTATA ACAAAAGCTG ATAATGCACA TCCCAGTATC 
AATGGTCAGC ACAAGATTAG GGAAAGATGC TTTGATACTG AAGATGAATT CCTTGAACAG 
TACCGATCTG AGGACCGTGG AGACAAAGAC AAACCAAGAA GATCAAAAGA ACCTGAACTC 
ATTTCAAAAG AAAATATTTT GTACATCAAA GAGTCTTCTG AGGCTGATGA GGACTTGCGG 
CAAACTTCCT CTCTAAAGTC TGACAGTGAA TGTAGTTCTA AAAATCTTTC CTCCTTAGCT 
ATTACAGATA AATGCCAAGA TACAAAGGAC ATATCTAATA ACTACGTAGA GGTACCACCT 
GTTAATGACT CATCTATTAC AAAGCTGGAT AAAGTTTTGG AAAGCCAATT CTCCAGACCA 
AATGAAGAAT TTGGTGATAG AAAATGGGAA GAAGATGCCA TGCACAGGAA AAAAGATAAG 
AAAAAGATAC ACGAAACTAA AAAAACTGAC AAAGAGCACT ACCGAAGAAA GAGGGAACAT 
TCTGATACTG AAGAGAAGGA GAGTCAAAAC AGAAGCAAAA CAGATGGTCA TTCCAGCAAG 
AGAAGGTGCT CTCGCAGCGT GGAAGTTATT AAGCAAAATC GTCATAAGCA GGAGTATTGT 
GAGGGAAGCA AGTACAGATC TTTCCATAGT GAAAGAAACA GCCCTGATAA TGGGAGAAGA 
TCAGTAAAAT ATTCCAAGTA CAGATCTCGA AGCCGAGGAA GATCAGAACA AGATAGGAAT 
AGATATTACC ATTCCAAAGG GGAAAGAACT TGGAGCAGAG AAAGATACTA TCAAGATGAA 
CCACGAAGAT GGGAAAAATG TAGATATTAC AATGATTACT ATTCATCTCA TGCAACAGGA 
GACAGCAGAG AGAGAAAGTT CTCTCACGGT GATAAAGACT TTGACAAATT GAGTCAAGCT 
TACAACAGCA GGTCACATAA GGATTATCAT TACAAAAGCA GATGGCCTCA CAGTTCCCTC 
TCAAGAGAGG AAGATGTACA CCACTTTAGC AGCCACAGAG TAGACTTACA TCGTTGCTCA 
GTACCTCAGC AACATTCTGA AAAATATTCT CGTGAAAGAC ATGCACTTCC ACCTGTGTCA 
GGTCATTTTG AGGACTCTCC CCAAAAAAAT GAAAAAGAAA GAAACAGAAA AAGACAATAT 
AGTCGTGCAG AAGGTAGTGA AAGTGAAATA GAAAGGAAAC GCAGAAAGAT AGAAAAGGAG 
CTTTTAGGTG ATGAAAAAAT GAAAAAATAT AAGAAGCTCA AGAAGAAAAA GAAGTCTAAA 
GATAAACATC GAGAGAAGGA TTACAAACTT TATGATTTGG ATTTCTCTGT GCTCCACTTT 
GACAATGACA ATCGCAAGCG TAAGAAAAAG AAGAAAAAGA AGAAACACAT CAGGAAACTG 
AAAGGCTTCT TGGAATACTT AGATCCTCGT TTCCAGAAGA AAACACGTGA GAAGAAGGAA 
GAATCCCGTC CTCCAGATGG CCCTTTTTGT GAGCAATACA GAAATGAGGG CAGTAAACAA 
CCTTACAAGG AAGAGAAGCC TTCCAGTGCA GGTGAAAGCA AGAAATACAG CTCCACTGCA 
TCCAACGAGT ATATTAAAGA TGTAGATCTG CCTTCTCCTA AGCACACTGA ATTCACAGTT 
ATTAATCCTC CAGAGGACGC TTTGCAATTT AACACCTGGA GAATAACTGA AGTAATCCCC 
GAAGAAGACA GTTCACTATC CAAAGACGCA GAGCTTACAG ATGGAAGCCT TCAGTACTCA 
AACTAA

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

USP42 ( XM_027469287.1 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_027325088.1 Anas platyrhynchos ubiquitin specific peptidase 42 (USP42), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OAn166412
Clone ID Related Accession (Same CDS sequence)	XM_027469287.1
Accession Version	XM_027469287.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4020bp) 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	ubiquitin carboxyl-terminal hydrolase 42 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_040060.1) 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##

ATGACCATAG TTAACAAACC AAAATCTTCA AAGTCTAAAA AATCATCTTC AAGGCGGTCT 
GGCAAATCCA AGAAACCGCG TACTAAAAAA ATGAAGTCAC GCACCGCAAA CTGGGGCCGG 
ATACCACCTG CAGAAGATTC AAACCAAGTC TCTGTGGCCC AAGGACGTGG AGGTGCTATT 
TATTGTAGAT CATCTGAAAA ATCTAAGCCT TTTGCCCAAA GAGATCTAAT CATTAATGAT 
GGAATTGCTC CGCCACAAAG AATTCTTTTT CCACCTGAGA AGATTTGTAT GGATTGGCAA 
CAAACACAAA GTGTTGGAGT TGGACTGTAC AATCTTGGCA ATACATGTTT TCTTAATTCT 
ACTCTACAAT GTTTGACCTA CACACCCCCA CTTGCCAATT ACATGCTTTC TCTTGAGCAC 
AACCAGTCAT GTCGTGAACA AGGTTTTTGC ATGATGTGCA CGATGGAGAC TCACATTAAC 
CAGGCCCTGT GTTGCACTGT TGATGCCATC AAGCCTACAC GTGTTATCAA TGATCTTAGA 
CGAATAGGAA AACATTTCCG TTTTGGCAGT CAAGAAGACG CACACGAATT CTTGCGCTAT 
ACTGTAGATG CTATGCAGAA AGCATGCTTG AATGGAAGCA CCAAGTTGGA CAGATCTTCT 
CAAGCAACCA CCATCATTCA TCAAATATTT GGAGGATTTC TAAGATCAAG AGTAAAGTGC 
TTGAATTGCA AAGCAGTTTC GGATACGTAT GAGGCATTTC TTGATATCAC TTTGGATATA 
AAGGCAGTTT CATCTGTTAC CAGAGCTCTA GAACTATTTG TGAAACCTGA ACAGCTGGAT 
GGAGAAAATT GCTATAAATG TAGCAAGTGT AAAAAGATGG TTCCTGCATC CAAGAGATTT 
ACTATACACC GTTCGTCCAA TGTTCTCACG ATATCACTGA AAAGATTTGC AAATTTCACA 
GGTGGAAAGA TCAACAAGGA GGTAAAATAT CCAGAGTATT TGGACCTTCG AGCCTACATG 
TCTCAATCAA TTGGAGAACC ACTCCTCTAC GCCTTATACG CAGTGCTGGT GCATAATGGT 
ATCAACTGTC ACGCAGGACA CTATGTATGC TACATAAAGG CTGGTAATGG ACTTTGGTAT 
CAGATGAATG ATGCTAATGT AGTCCGTACT GACATTAAAA CAGTTCTTGG TCAGCAAGCT 
TATTTACTTT TTTATATCAG GCGCTATGAT CTGACACTCG GAGAACGTGC TTTTTACTTA 
CCAGCACCAT CTTATCCCCG TTCATTCCTT GGTCAGCGGG GGGCTAATAG TAAGCAGGCT 
GGATTTATGG GACCACGACT TCCTCCTCAT ATGATTAAGA ATTCAAGCCG TTTAAATGGA 
AATGGATCCT TAAAAGAGGA TCCAAATACC ATTGGTGTCA CCCTAAAAAG GCCATCTTCA 
GCACCGCCAA CGGCTTGTGT TCAAAACTGG GCAATTACAA GGCCTTCAAT TACTGATCCA 
TCAAAAAAAC AGAAGATCAC TATCAGTATT CACAATAAAT TGCCTGCTCG TCAGACTGTG 
TCACAGCCTG ACTGTCTTAG CAGTGCTGTG GAGGATGAAG ATCTCAACAA GGCTGTTCCT 
TCATCCACAA TTACAAATTC CACTGCAGCA GAGTCTACCT CAAATCCATC TATTATGTCA 
GTTACTACTA ATGTTTCCAA ACAAGAAGTT TCTGATGAAA TTTTCGTGGA ACCAACAGTG 
AATGGAAATC CTAAACTCAG CTCTGATAAC ACAGTCCCTT ACGGTGCAGA ATCTTCAGGA 
AAATCTGAGG AGGAGTCGAA GGGCTTATTT AAAAGGAATT GCAATGTAAT ATCCTCTAAT 
GGAATTTTGG TTGGAAAGGT AGTCCGTACA TTGCAGAATT CCCATTCTTC CTGTCAGAAT 
GCTGAAGAAG AAAGATCCCA GCATGAGCTG CCAAAAAATG ATTCACTAAA TGGTGCTATT 
AGTTTAGTTA ATGAATCTAA AGAAAACGGA CTGAAACTTG ATGATTCCAC TTGCCAAGCT 
GAACCTGTTA AACCTTCTGA GATGTTCTTT TCTAAAACAA ATGGATTGCT TGAAACAATG 
CCTATAGCTA TGCCTCCAGT TCCTCAAGAA GTAATCTTAG AATCCCTCAC AGACAGCCAG 
CTGAACAGCT TGTCAGAGGA AATAAGTGTC CCAGGACCTC AGAAGTCTAC AGAGAATGAT 
GCTCTTATGG AAACTGTAGT GATGGAAGCA CTATTGGTCT ATGAAGAATC CAGGAAAGTT 
CCTTCTGACT TCAGCTGTGA GGCTGAGAAT CCTTTTATTC AATCAGATTC TGAAACCATT 
TCTACCAAAG AAGAAGTTGG AAGTATTATA ACAAAAGCTG ATAATGCACA TCCCAGTATC 
AATGGTCAGC ACAAGATTAG GGAAAGATGC TTTGATACTG AAGATGAATT CCTTGAACAG 
TACCGATCTG AGGACCGTGG AGACAAAGAC AAACCAAGAA GATCAAAAGA ACCTGAACTC 
ATTTCAAAAG AAAATATTTT GTACATCAAA GAGTCTTCTG AGGCTGATGA GGACTTGCGG 
CAAACTTCCT CTCTAAAGTC TGACAGTGAA TGTAGTTCTA AAAATCTTTC CTCCTTAGCT 
ATTACAGATA AATGCCAAGA TACAAAGGAC ATATCTAATA ACTACGTAGA GGTACCACCT 
GTTAATGACT CATCTATTAC AAAGCTGGAT AAAGTTTTGG AAAGCCAATT CTCCAGACCA 
AATGAAGAAT TTGGTGATAG AAAATGGGAA GAAGATGCCA TGCACAGGAA AAAAGATAAG 
AAAAAGATAC ACGAAACTAA AAAAACTGAC AAAGAGCACT ACCGAAGAAA GAGGGAACAT 
TCTGATACTG AAGAGAAGGA GAGTCAAAAC AGAAGCAAAA CAGATGGTCA TTCCAGCAAG 
AGAAGGTGCT CTCGCAGCGT GGAAGTTATT AAGCAAAATC GTCATAAGCA GGAGTATTGT 
GAGGGAAGCA AGTACAGATC TTTCCATAGT GAAAGAAACA GCCCTGATAA TGGGAGAAGA 
TCAGTAAAAT ATTCCAAGTA CAGATCTCGA AGCCGAGGAA GATCAGAACA AGATAGGAAT 
AGATATTACC ATTCCAAAGG GGAAAGAACT TGGAGCAGAG AAAGATACTA TCAAGATGAA 
CCACGAAGAT GGGAAAAATG TAGATATTAC AATGATTACT ATTCATCTCA TGCAACAGGA 
GACAGCAGAG AGAGAAAGTT CTCTCACGGT GATAAAGACT TTGACAAATT GAGTCAAGCT 
TACAACAGCA GGTCACATAA GGATTATCAT TACAAAAGCA GATGGCCTCA CAGTTCCCTC 
TCAAGAGAGG AAGATGTACA CCACTTTAGC AGCCACAGAG TAGACTTACA TCGTTGCTCA 
GTACCTCAGC AACATTCTGA AAAATATTCT CGTGAAAGAC ATGCACTTCC ACCTGTGTCA 
GGTCATTTTG AGGACTCTCC CCAAAAAAAT GAAAAAGAAA GAAACAGAAA AAGACAATAT 
AGTCGTGCAG AAGGTAGTGA AAGTGAAATA GAAAGGAAAC GCAGAAAGAT AGAAAAGGAG 
CTTTTAGGTG ATGAAAAAAT GAAAAAATAT AAGAAGCTCA AGAAGAAAAA GAAGTCTAAA 
GATAAACATC GAGAGAAGGA TTACAAACTT TATGATTTGG ATTTCTCTGT GCTCCACTTT 
GACAATGACA ATCGCAAGCG TAAGAAAAAG AAGAAAAAGA AGAAACACAT CAGGAAACTG 
AAAGGCTTCT TGGAATACTT AGATCCTCGT TTCCAGAAGA AAACACGTGA GAAGAAGGAA 
GAATCCCGTC CTCCAGATGG CCCTTTTTGT GAGCAATACA GAAATGAGGG CAGTAAACAA 
CCTTACAAGG AAGAGAAGCC TTCCAGTGCA GGTGAAAGCA AGAAATACAG CTCCACTGCA 
TCCAACGAGT ATATTAAAGA CGCAGAGCTT ACAGATGGAA GCCTTCAGTA CTCAAACTAA

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

RefSeq	XP_027325088.1
CDS	299..4318
Translation	MTIVNKPKSSKSKKSSSRRSGKSKKPRTKKMKSRTANWGRIPPAEDSNQVSVAQGRGGAIYCRSSEKSKPFAQRDLIINDGIAPPQRILFPPEKICMDWQQTQSVGVGLYNLGNTCFLNSTLQCLTYTPPLANYMLSLEHNQSCREQGFCMMCTMETHINQALCCTVDAIKPTRVINDLRRIGKHFRFGSQEDAHEFLRYTVDAMQKACLNGSTKLDRSSQATTIIHQIFGGFLRSRVKCLNCKAVSDTYEAFLDITLDIKAVSSVTRALELFVKPEQLDGENCYKCSKCKKMVPASKRFTIHRSSNVLTISLKRFANFTGGKINKEVKYPEYLDLRAYMSQSIGEPLLYALYAVLVHNGINCHAGHYVCYIKAGNGLWYQMNDANVVRTDIKTVLGQQAYLLFYIRRYDLTLGERAFYLPAPSYPRSFLGQRGANSKQAGFMGPRLPPHMIKNSSRLNGNGSLKEDPNTIGVTLKRPSSAPPTACVQNWAITRPSITDPSKKQKITISIHNKLPARQTVSQPDCLSSAVEDEDLNKAVPSSTITNSTAAESTSNPSIMSVTTNVSKQEVSDEIFVEPTVNGNPKLSSDNTVPYGAESSGKSEEESKGLFKRNCNVISSNGILVGKVVRTLQNSHSSCQNAEEERSQHELPKNDSLNGAISLVNESKENGLKLDDSTCQAEPVKPSEMFFSKTNGLLETMPIAMPPVPQEVILESLTDSQLNSLSEEISVPGPQKSTENDALMETVVMEALLVYEESRKVPSDFSCEAENPFIQSDSETISTKEEVGSIITKADNAHPSINGQHKIRERCFDTEDEFLEQYRSEDRGDKDKPRRSKEPELISKENILYIKESSEADEDLRQTSSLKSDSECSSKNLSSLAITDKCQDTKDISNNYVEVPPVNDSSITKLDKVLESQFSRPNEEFGDRKWEEDAMHRKKDKKKIHETKKTDKEHYRRKREHSDTEEKESQNRSKTDGHSSKRRCSRSVEVIKQNRHKQEYCEGSKYRSFHSERNSPDNGRRSVKYSKYRSRSRGRSEQDRNRYYHSKGERTWSRERYYQDEPRRWEKCRYYNDYYSSHATGDSRERKFSHGDKDFDKLSQAYNSRSHKDYHYKSRWPHSSLSREEDVHHFSSHRVDLHRCSVPQQHSEKYSRERHALPPVSGHFEDSPQKNEKERNRKRQYSRAEGSESEIERKRRKIEKELLGDEKMKKYKKLKKKKKSKDKHREKDYKLYDLDFSVLHFDNDNRKRKKKKKKKKHIRKLKGFLEYLDPRFQKKTREKKEESRPPDGPFCEQYRNEGSKQPYKEEKPSSAGESKKYSSTASNEYIKDAELTDGSLQYSN

Target ORF information:

RefSeq Version	XM_027469287.1
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos ubiquitin specific peptidase 42 (USP42), transcript variant X4, mRNA.

Target ORF information:

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

XM_027469287.1

ORF Insert Sequence:

ATGACCATAG TTAACAAACC AAAATCTTCA AAGTCTAAAA AATCATCTTC AAGGCGGTCT 
GGCAAATCCA AGAAACCGCG TACTAAAAAA ATGAAGTCAC GCACCGCAAA CTGGGGCCGG 
ATACCACCTG CAGAAGATTC AAACCAAGTC TCTGTGGCCC AAGGACGTGG AGGTGCTATT 
TATTGTAGAT CATCTGAAAA ATCTAAGCCT TTTGCCCAAA GAGATCTAAT CATTAATGAT 
GGAATTGCTC CGCCACAAAG AATTCTTTTT CCACCTGAGA AGATTTGTAT GGATTGGCAA 
CAAACACAAA GTGTTGGAGT TGGACTGTAC AATCTTGGCA ATACATGTTT TCTTAATTCT 
ACTCTACAAT GTTTGACCTA CACACCCCCA CTTGCCAATT ACATGCTTTC TCTTGAGCAC 
AACCAGTCAT GTCGTGAACA AGGTTTTTGC ATGATGTGCA CGATGGAGAC TCACATTAAC 
CAGGCCCTGT GTTGCACTGT TGATGCCATC AAGCCTACAC GTGTTATCAA TGATCTTAGA 
CGAATAGGAA AACATTTCCG TTTTGGCAGT CAAGAAGACG CACACGAATT CTTGCGCTAT 
ACTGTAGATG CTATGCAGAA AGCATGCTTG AATGGAAGCA CCAAGTTGGA CAGATCTTCT 
CAAGCAACCA CCATCATTCA TCAAATATTT GGAGGATTTC TAAGATCAAG AGTAAAGTGC 
TTGAATTGCA AAGCAGTTTC GGATACGTAT GAGGCATTTC TTGATATCAC TTTGGATATA 
AAGGCAGTTT CATCTGTTAC CAGAGCTCTA GAACTATTTG TGAAACCTGA ACAGCTGGAT 
GGAGAAAATT GCTATAAATG TAGCAAGTGT AAAAAGATGG TTCCTGCATC CAAGAGATTT 
ACTATACACC GTTCGTCCAA TGTTCTCACG ATATCACTGA AAAGATTTGC AAATTTCACA 
GGTGGAAAGA TCAACAAGGA GGTAAAATAT CCAGAGTATT TGGACCTTCG AGCCTACATG 
TCTCAATCAA TTGGAGAACC ACTCCTCTAC GCCTTATACG CAGTGCTGGT GCATAATGGT 
ATCAACTGTC ACGCAGGACA CTATGTATGC TACATAAAGG CTGGTAATGG ACTTTGGTAT 
CAGATGAATG ATGCTAATGT AGTCCGTACT GACATTAAAA CAGTTCTTGG TCAGCAAGCT 
TATTTACTTT TTTATATCAG GCGCTATGAT CTGACACTCG GAGAACGTGC TTTTTACTTA 
CCAGCACCAT CTTATCCCCG TTCATTCCTT GGTCAGCGGG GGGCTAATAG TAAGCAGGCT 
GGATTTATGG GACCACGACT TCCTCCTCAT ATGATTAAGA ATTCAAGCCG TTTAAATGGA 
AATGGATCCT TAAAAGAGGA TCCAAATACC ATTGGTGTCA CCCTAAAAAG GCCATCTTCA 
GCACCGCCAA CGGCTTGTGT TCAAAACTGG GCAATTACAA GGCCTTCAAT TACTGATCCA 
TCAAAAAAAC AGAAGATCAC TATCAGTATT CACAATAAAT TGCCTGCTCG TCAGACTGTG 
TCACAGCCTG ACTGTCTTAG CAGTGCTGTG GAGGATGAAG ATCTCAACAA GGCTGTTCCT 
TCATCCACAA TTACAAATTC CACTGCAGCA GAGTCTACCT CAAATCCATC TATTATGTCA 
GTTACTACTA ATGTTTCCAA ACAAGAAGTT TCTGATGAAA TTTTCGTGGA ACCAACAGTG 
AATGGAAATC CTAAACTCAG CTCTGATAAC ACAGTCCCTT ACGGTGCAGA ATCTTCAGGA 
AAATCTGAGG AGGAGTCGAA GGGCTTATTT AAAAGGAATT GCAATGTAAT ATCCTCTAAT 
GGAATTTTGG TTGGAAAGGT AGTCCGTACA TTGCAGAATT CCCATTCTTC CTGTCAGAAT 
GCTGAAGAAG AAAGATCCCA GCATGAGCTG CCAAAAAATG ATTCACTAAA TGGTGCTATT 
AGTTTAGTTA ATGAATCTAA AGAAAACGGA CTGAAACTTG ATGATTCCAC TTGCCAAGCT 
GAACCTGTTA AACCTTCTGA GATGTTCTTT TCTAAAACAA ATGGATTGCT TGAAACAATG 
CCTATAGCTA TGCCTCCAGT TCCTCAAGAA GTAATCTTAG AATCCCTCAC AGACAGCCAG 
CTGAACAGCT TGTCAGAGGA AATAAGTGTC CCAGGACCTC AGAAGTCTAC AGAGAATGAT 
GCTCTTATGG AAACTGTAGT GATGGAAGCA CTATTGGTCT ATGAAGAATC CAGGAAAGTT 
CCTTCTGACT TCAGCTGTGA GGCTGAGAAT CCTTTTATTC AATCAGATTC TGAAACCATT 
TCTACCAAAG AAGAAGTTGG AAGTATTATA ACAAAAGCTG ATAATGCACA TCCCAGTATC 
AATGGTCAGC ACAAGATTAG GGAAAGATGC TTTGATACTG AAGATGAATT CCTTGAACAG 
TACCGATCTG AGGACCGTGG AGACAAAGAC AAACCAAGAA GATCAAAAGA ACCTGAACTC 
ATTTCAAAAG AAAATATTTT GTACATCAAA GAGTCTTCTG AGGCTGATGA GGACTTGCGG 
CAAACTTCCT CTCTAAAGTC TGACAGTGAA TGTAGTTCTA AAAATCTTTC CTCCTTAGCT 
ATTACAGATA AATGCCAAGA TACAAAGGAC ATATCTAATA ACTACGTAGA GGTACCACCT 
GTTAATGACT CATCTATTAC AAAGCTGGAT AAAGTTTTGG AAAGCCAATT CTCCAGACCA 
AATGAAGAAT TTGGTGATAG AAAATGGGAA GAAGATGCCA TGCACAGGAA AAAAGATAAG 
AAAAAGATAC ACGAAACTAA AAAAACTGAC AAAGAGCACT ACCGAAGAAA GAGGGAACAT 
TCTGATACTG AAGAGAAGGA GAGTCAAAAC AGAAGCAAAA CAGATGGTCA TTCCAGCAAG 
AGAAGGTGCT CTCGCAGCGT GGAAGTTATT AAGCAAAATC GTCATAAGCA GGAGTATTGT 
GAGGGAAGCA AGTACAGATC TTTCCATAGT GAAAGAAACA GCCCTGATAA TGGGAGAAGA 
TCAGTAAAAT ATTCCAAGTA CAGATCTCGA AGCCGAGGAA GATCAGAACA AGATAGGAAT 
AGATATTACC ATTCCAAAGG GGAAAGAACT TGGAGCAGAG AAAGATACTA TCAAGATGAA 
CCACGAAGAT GGGAAAAATG TAGATATTAC AATGATTACT ATTCATCTCA TGCAACAGGA 
GACAGCAGAG AGAGAAAGTT CTCTCACGGT GATAAAGACT TTGACAAATT GAGTCAAGCT 
TACAACAGCA GGTCACATAA GGATTATCAT TACAAAAGCA GATGGCCTCA CAGTTCCCTC 
TCAAGAGAGG AAGATGTACA CCACTTTAGC AGCCACAGAG TAGACTTACA TCGTTGCTCA 
GTACCTCAGC AACATTCTGA AAAATATTCT CGTGAAAGAC ATGCACTTCC ACCTGTGTCA 
GGTCATTTTG AGGACTCTCC CCAAAAAAAT GAAAAAGAAA GAAACAGAAA AAGACAATAT 
AGTCGTGCAG AAGGTAGTGA AAGTGAAATA GAAAGGAAAC GCAGAAAGAT AGAAAAGGAG 
CTTTTAGGTG ATGAAAAAAT GAAAAAATAT AAGAAGCTCA AGAAGAAAAA GAAGTCTAAA 
GATAAACATC GAGAGAAGGA TTACAAACTT TATGATTTGG ATTTCTCTGT GCTCCACTTT 
GACAATGACA ATCGCAAGCG TAAGAAAAAG AAGAAAAAGA AGAAACACAT CAGGAAACTG 
AAAGGCTTCT TGGAATACTT AGATCCTCGT TTCCAGAAGA AAACACGTGA GAAGAAGGAA 
GAATCCCGTC CTCCAGATGG CCCTTTTTGT GAGCAATACA GAAATGAGGG CAGTAAACAA 
CCTTACAAGG AAGAGAAGCC TTCCAGTGCA GGTGAAAGCA AGAAATACAG CTCCACTGCA 
TCCAACGAGT ATATTAAAGA CGCAGAGCTT ACAGATGGAA GCCTTCAGTA CTCAAACTAA

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

USP42 ( XM_027469288.1 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_027325089.1 Anas platyrhynchos ubiquitin specific peptidase 42 (USP42), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OAn166413
Clone ID Related Accession (Same CDS sequence)	XM_027469288.1
Accession Version	XM_027469288.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3987bp) 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	ubiquitin carboxyl-terminal hydrolase 42 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_040060.1) 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##

ATGACCATAG TTAACAAACC AAAATCTTCA AAGTCTAAAA AATCATCTTC AAGGCGGTCT 
GGCAAATCCA AGAAACCGCG TACTAAAAAA ATGAAGTCAC GCACCGCAAA CTGGGGCCGG 
ATACCACCTG CAGAAGATTC AAACCAAGTC TCTGTGGCCC AAGGACGTGG AGGTGCTATT 
TATTGTAGAT CATCTGAAAA ATCTAAGCCT TTTGCCCAAA GAGATCTAAT CATTAATGAT 
GGAATTGCTC CGCCACAAAG AATTCTTTTT CCACCTGAGA AGATTTGTAT GGATTGGCAA 
CAAACACAAA GTGTTGGAGT TGGACTGTAC AATCTTGGCA ATACATGTTT TCTTAATTCT 
ACTCTACAAT GTTTGACCTA CACACCCCCA CTTGCCAATT ACATGCTTTC TCTTGAGCAC 
AACCAGTCAT GTCGTGAACA AGGTTTTTGC ATGATGTGCA CGATGGAGAC TCACATTAAC 
CAGGCCCTGT GTTGCACTGT TGATGCCATC AAGCCTACAC GTGTTATCAA TGATCTTAGA 
CGAATAGGAA AACATTTCCG TTTTGGCAGT CAAGAAGACG CACACGAATT CTTGCGCTAT 
ACTGTAGATG CTATGCAGAA AGCATGCTTG AATGGAAGCA CCAAGTTGGA CAGATCTTCT 
CAAGCAACCA CCATCATTCA TCAAATATTT GGAGGATTTC TAAGATCAAG AGTAAAGTGC 
TTGAATTGCA AAGCAGTTTC GGATACGTAT GAGGCATTTC TTGATATCAC TTTGGATATA 
AAGGCAGTTT CATCTGTTAC CAGAGCTCTA GAACTATTTG TGAAACCTGA ACAGCTGGAT 
GGAGAAAATT GCTATAAATG TAGCAAGTGT AAAAAGATGG TTCCTGCATC CAAGAGATTT 
ACTATACACC GTTCGTCCAA TGTTCTCACG ATATCACTGA AAAGATTTGC AAATTTCACA 
GGTGGAAAGA TCAACAAGGA GGTAAAATAT CCAGAGTATT TGGACCTTCG AGCCTACATG 
TCTCAATCAA TTGGAGAACC ACTCCTCTAC GCCTTATACG CAGTGCTGGT GCATAATGGT 
ATCAACTGTC ACGCAGGACA CTATGTATGC TACATAAAGG CTGGTAATGG ACTTTGGTAT 
CAGATGAATG ATGCTAATGT AGTCCGTACT GACATTAAAA CAGTTCTTGG TCAGCAAGCT 
TATTTACTTT TTTATATCAG GCGCTATGAT CTGACACTCG GAGAACGTGC TTTTTACTTA 
CCAGCACCAT CTTATCCCCG TTCATTCCTT GGTCAGCGGG GGGCTAATAG TAAGCAGGCT 
GGATTTATGG GACCACGACT TCCTCCTCAT ATGATTAAGA ATTCAAGCCG TTTAAATGGA 
AATGGATCCT TAAAAGAGGA TCCAAATACC ATTGGTGTCA CCCTAAAAAG GCCATCTTCA 
GCACCGCCAA CGGCTTGTGT TCAAAACTGG GCAATTACAA GGCCTTCAAT TACTGATCCA 
TCAAAAAAAC AGAAGATCAC TATCAGTATT CACAATAAAT TGCCTGCTCG TCAGACTGTG 
TCACAGCCTG ACTGTCTTAG CAGTGCTGTG GAGGATGAAG ATCTCAACAA GGCTGTTCCT 
TCATCCACAA TTACAAATTC CACTGCAGCA GAGTCTACCT CAAATCCATC TATTATGTCA 
GTTACTACTA ATGTTTCCAA ACAAGAAGTT TCTGATGAAA TTTTCGTGGA ACCAACAGTG 
AATGGAAATC CTAAACTCAG CTCTGATAAC ACAGTCCCTT ACGGTGCAGA ATCTTCAGGA 
AAATCTGAGG AGGAGTCGAA GGGCTTATTT AAAAGGAATT GCAATGTAAT ATCCTCTAAT 
GGAATTTTGG TTGGAAAGGT AGTCCGTACA TTGCAGAATT CCCATTCTTC CTGTCAGAAT 
GCTGAAGAAG AAAGATCCCA GCATGAGCTG CCAAAAAATG ATTCACTAAA TGGTGCTATT 
AGTTTAGTTA ATGAATCTAA AGAAAACGGA CTGAAACTTG ATGATTCCAC TTGCCAAGCT 
GAACCTGTTA AACCTTCTGA GATGTTCTTT TCTAAAACAA ATGGATTGCT TGAAACAATG 
CCTATAGCTA TGCCTCCAGT TCCTCAAGAA GTAATCTTAG AATCCCTCAC AGACAGCCAG 
CTGAACAGCT TGTCAGAGGA AATAAGTGTC CCAGGACCTC AGAAGTCTAC AGAGAATGAT 
GCTCTTATGG AAACTGTAGT GATGGAAGCA CTATTGGTCT ATGAAGAATC CAGGAAAGTT 
CCTTCTGACT TCAGCTGTGA GGCTGAGAAT CCTTTTATTC AATCAGATTC TGAAACCATT 
TCTACCAAAG AAGAAGTTGG AAGTATTATA ACAAAAGCTG ATAATGCACA TCCCAGTATC 
AATGGTCAGC ACAAGATTAG GGAAAGATGC TTTGATACTG AAGATGAATT CCTTGAACAG 
TACCGATCTG AGGACCGTGG AGACAAAGAC AAACCAAGAA GATCAAAAGA ACCTGAACTC 
ATTTCAAAAG AAAATATTTT GTACATCAAA GAGTCTTCTG AGGCTGATGA GGACTTGCGG 
CAAACTTCCT CTCTAAAGTC TGACAGTGAA TGTAGTTCTA AAAATCTTTC CTCCTTAGCT 
ATTACAGATA AATGCCAAGA TACAAAGGAC ATATCTAATA ACTACGTAGA GGTACCACCT 
GTTAATGACT CATCTATTAC AAAGCTGGAT AAAGTTTTGG AAAGCCAATT CTCCAGACCA 
AATGAAGAAT TTGGTGATAG AAAATGGGAA GAAGATGCCA TGCACAGGAA AAAAGATAAG 
AAAAAGATAC ACGAAACTAA AAAAACTGAC AAAGAGCACT ACCGAAGAAA GAGGGAACAT 
TCTGATACTG AAGAGAAGGA GAGTCAAAAC AGAAGCAAAA CAGATGGTCA TTCCAGCAAG 
AGAAGGTGCT CTCGCAGCGT GGAAGTTATT AAGCAAAATC GTCATAAGCA GGAGTATTGT 
GAGGGAAGCA AGTACAGATC TTTCCATAGT GAAAGAAACA GCCCTGATAA TGGGAGAAGA 
TCAGTAAAAT ATTCCAAGTA CAGATCTCGA AGCCGAGGAA GATCAGAACA AGATAGGAAT 
AGATATTACC ATTCCAAAGG GGAAAGAACT TGGAGCAGAG AAAGATACTA TCAAGATGAA 
CCACGAAGAT GGGAAAAATG TAGATATTAC AATGATTACT ATTCATCTCA TGCAACAGGA 
GACAGCAGAG AGAGAAAGTT CTCTCACGGT GATAAAGACT TTGACAAATT GAGTCAAGCT 
TACAACAGCA GGTCACATAA GGATTATCAT TACAAAAGCA GATGGCCTCA CAGTTCCCTC 
TCAAGAGAGG AAGATGTACA CCACTTTAGC AGCCACAGAG TAGACTTACA TCGTTGCTCA 
GTACCTCAGC AACATTCTGA AAAATATTCT CGTGAAAGAC ATGCACTTCC ACCTGTGTCA 
GGTCATTTTG AGGACTCTCC CCAAAAAAAT GAAAAAGAAA GAAACAGAAA AAGACAATAT 
AGTCGTGCAG AAGGTAGTGA AAGTGAAATA GAAAGGAAAC GCAGAAAGAT AGAAAAGGAG 
CTTTTAGGTG ATGAAAAAAT GAAAAAATAT AAGAAGCTCA AGAAGAAAAA GAAGTCTAAA 
GATAAACATC GAGAGAAGGA TTACAAACTT TATGATTTGG ATTTCTCTGT GCTCCACTTT 
GACAATGACA ATCGCAAGCG TAAGAAAAAG AAGAAAAAGA AGAAACACAT CAGGAAACTG 
AAAGGCTTCT TGGAATACTT AGATCCTCGT TTCCAGAAGA AAACACGTGA GAAGAAGGAA 
GAATCCCGTC CTCCAGATGG CCCTTTTTGT GAGCAATACA GAAATGAGGG CAGTAAACAA 
CCTTACAAGG AAGAGAAGCC TTCCAGTGCA GGTGAAAGCA AGAAATACAG CTCCACTGCA 
TCCAACGAGT ATATTAAAGA TAACTGA

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

RefSeq	XP_027325089.1
CDS	299..4285
Translation	MTIVNKPKSSKSKKSSSRRSGKSKKPRTKKMKSRTANWGRIPPAEDSNQVSVAQGRGGAIYCRSSEKSKPFAQRDLIINDGIAPPQRILFPPEKICMDWQQTQSVGVGLYNLGNTCFLNSTLQCLTYTPPLANYMLSLEHNQSCREQGFCMMCTMETHINQALCCTVDAIKPTRVINDLRRIGKHFRFGSQEDAHEFLRYTVDAMQKACLNGSTKLDRSSQATTIIHQIFGGFLRSRVKCLNCKAVSDTYEAFLDITLDIKAVSSVTRALELFVKPEQLDGENCYKCSKCKKMVPASKRFTIHRSSNVLTISLKRFANFTGGKINKEVKYPEYLDLRAYMSQSIGEPLLYALYAVLVHNGINCHAGHYVCYIKAGNGLWYQMNDANVVRTDIKTVLGQQAYLLFYIRRYDLTLGERAFYLPAPSYPRSFLGQRGANSKQAGFMGPRLPPHMIKNSSRLNGNGSLKEDPNTIGVTLKRPSSAPPTACVQNWAITRPSITDPSKKQKITISIHNKLPARQTVSQPDCLSSAVEDEDLNKAVPSSTITNSTAAESTSNPSIMSVTTNVSKQEVSDEIFVEPTVNGNPKLSSDNTVPYGAESSGKSEEESKGLFKRNCNVISSNGILVGKVVRTLQNSHSSCQNAEEERSQHELPKNDSLNGAISLVNESKENGLKLDDSTCQAEPVKPSEMFFSKTNGLLETMPIAMPPVPQEVILESLTDSQLNSLSEEISVPGPQKSTENDALMETVVMEALLVYEESRKVPSDFSCEAENPFIQSDSETISTKEEVGSIITKADNAHPSINGQHKIRERCFDTEDEFLEQYRSEDRGDKDKPRRSKEPELISKENILYIKESSEADEDLRQTSSLKSDSECSSKNLSSLAITDKCQDTKDISNNYVEVPPVNDSSITKLDKVLESQFSRPNEEFGDRKWEEDAMHRKKDKKKIHETKKTDKEHYRRKREHSDTEEKESQNRSKTDGHSSKRRCSRSVEVIKQNRHKQEYCEGSKYRSFHSERNSPDNGRRSVKYSKYRSRSRGRSEQDRNRYYHSKGERTWSRERYYQDEPRRWEKCRYYNDYYSSHATGDSRERKFSHGDKDFDKLSQAYNSRSHKDYHYKSRWPHSSLSREEDVHHFSSHRVDLHRCSVPQQHSEKYSRERHALPPVSGHFEDSPQKNEKERNRKRQYSRAEGSESEIERKRRKIEKELLGDEKMKKYKKLKKKKKSKDKHREKDYKLYDLDFSVLHFDNDNRKRKKKKKKKKHIRKLKGFLEYLDPRFQKKTREKKEESRPPDGPFCEQYRNEGSKQPYKEEKPSSAGESKKYSSTASNEYIKDN

Target ORF information:

RefSeq Version	XM_027469288.1
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos ubiquitin specific peptidase 42 (USP42), transcript variant X5, mRNA.

Target ORF information:

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

XM_027469288.1

ORF Insert Sequence:

ATGACCATAG TTAACAAACC AAAATCTTCA AAGTCTAAAA AATCATCTTC AAGGCGGTCT 
GGCAAATCCA AGAAACCGCG TACTAAAAAA ATGAAGTCAC GCACCGCAAA CTGGGGCCGG 
ATACCACCTG CAGAAGATTC AAACCAAGTC TCTGTGGCCC AAGGACGTGG AGGTGCTATT 
TATTGTAGAT CATCTGAAAA ATCTAAGCCT TTTGCCCAAA GAGATCTAAT CATTAATGAT 
GGAATTGCTC CGCCACAAAG AATTCTTTTT CCACCTGAGA AGATTTGTAT GGATTGGCAA 
CAAACACAAA GTGTTGGAGT TGGACTGTAC AATCTTGGCA ATACATGTTT TCTTAATTCT 
ACTCTACAAT GTTTGACCTA CACACCCCCA CTTGCCAATT ACATGCTTTC TCTTGAGCAC 
AACCAGTCAT GTCGTGAACA AGGTTTTTGC ATGATGTGCA CGATGGAGAC TCACATTAAC 
CAGGCCCTGT GTTGCACTGT TGATGCCATC AAGCCTACAC GTGTTATCAA TGATCTTAGA 
CGAATAGGAA AACATTTCCG TTTTGGCAGT CAAGAAGACG CACACGAATT CTTGCGCTAT 
ACTGTAGATG CTATGCAGAA AGCATGCTTG AATGGAAGCA CCAAGTTGGA CAGATCTTCT 
CAAGCAACCA CCATCATTCA TCAAATATTT GGAGGATTTC TAAGATCAAG AGTAAAGTGC 
TTGAATTGCA AAGCAGTTTC GGATACGTAT GAGGCATTTC TTGATATCAC TTTGGATATA 
AAGGCAGTTT CATCTGTTAC CAGAGCTCTA GAACTATTTG TGAAACCTGA ACAGCTGGAT 
GGAGAAAATT GCTATAAATG TAGCAAGTGT AAAAAGATGG TTCCTGCATC CAAGAGATTT 
ACTATACACC GTTCGTCCAA TGTTCTCACG ATATCACTGA AAAGATTTGC AAATTTCACA 
GGTGGAAAGA TCAACAAGGA GGTAAAATAT CCAGAGTATT TGGACCTTCG AGCCTACATG 
TCTCAATCAA TTGGAGAACC ACTCCTCTAC GCCTTATACG CAGTGCTGGT GCATAATGGT 
ATCAACTGTC ACGCAGGACA CTATGTATGC TACATAAAGG CTGGTAATGG ACTTTGGTAT 
CAGATGAATG ATGCTAATGT AGTCCGTACT GACATTAAAA CAGTTCTTGG TCAGCAAGCT 
TATTTACTTT TTTATATCAG GCGCTATGAT CTGACACTCG GAGAACGTGC TTTTTACTTA 
CCAGCACCAT CTTATCCCCG TTCATTCCTT GGTCAGCGGG GGGCTAATAG TAAGCAGGCT 
GGATTTATGG GACCACGACT TCCTCCTCAT ATGATTAAGA ATTCAAGCCG TTTAAATGGA 
AATGGATCCT TAAAAGAGGA TCCAAATACC ATTGGTGTCA CCCTAAAAAG GCCATCTTCA 
GCACCGCCAA CGGCTTGTGT TCAAAACTGG GCAATTACAA GGCCTTCAAT TACTGATCCA 
TCAAAAAAAC AGAAGATCAC TATCAGTATT CACAATAAAT TGCCTGCTCG TCAGACTGTG 
TCACAGCCTG ACTGTCTTAG CAGTGCTGTG GAGGATGAAG ATCTCAACAA GGCTGTTCCT 
TCATCCACAA TTACAAATTC CACTGCAGCA GAGTCTACCT CAAATCCATC TATTATGTCA 
GTTACTACTA ATGTTTCCAA ACAAGAAGTT TCTGATGAAA TTTTCGTGGA ACCAACAGTG 
AATGGAAATC CTAAACTCAG CTCTGATAAC ACAGTCCCTT ACGGTGCAGA ATCTTCAGGA 
AAATCTGAGG AGGAGTCGAA GGGCTTATTT AAAAGGAATT GCAATGTAAT ATCCTCTAAT 
GGAATTTTGG TTGGAAAGGT AGTCCGTACA TTGCAGAATT CCCATTCTTC CTGTCAGAAT 
GCTGAAGAAG AAAGATCCCA GCATGAGCTG CCAAAAAATG ATTCACTAAA TGGTGCTATT 
AGTTTAGTTA ATGAATCTAA AGAAAACGGA CTGAAACTTG ATGATTCCAC TTGCCAAGCT 
GAACCTGTTA AACCTTCTGA GATGTTCTTT TCTAAAACAA ATGGATTGCT TGAAACAATG 
CCTATAGCTA TGCCTCCAGT TCCTCAAGAA GTAATCTTAG AATCCCTCAC AGACAGCCAG 
CTGAACAGCT TGTCAGAGGA AATAAGTGTC CCAGGACCTC AGAAGTCTAC AGAGAATGAT 
GCTCTTATGG AAACTGTAGT GATGGAAGCA CTATTGGTCT ATGAAGAATC CAGGAAAGTT 
CCTTCTGACT TCAGCTGTGA GGCTGAGAAT CCTTTTATTC AATCAGATTC TGAAACCATT 
TCTACCAAAG AAGAAGTTGG AAGTATTATA ACAAAAGCTG ATAATGCACA TCCCAGTATC 
AATGGTCAGC ACAAGATTAG GGAAAGATGC TTTGATACTG AAGATGAATT CCTTGAACAG 
TACCGATCTG AGGACCGTGG AGACAAAGAC AAACCAAGAA GATCAAAAGA ACCTGAACTC 
ATTTCAAAAG AAAATATTTT GTACATCAAA GAGTCTTCTG AGGCTGATGA GGACTTGCGG 
CAAACTTCCT CTCTAAAGTC TGACAGTGAA TGTAGTTCTA AAAATCTTTC CTCCTTAGCT 
ATTACAGATA AATGCCAAGA TACAAAGGAC ATATCTAATA ACTACGTAGA GGTACCACCT 
GTTAATGACT CATCTATTAC AAAGCTGGAT AAAGTTTTGG AAAGCCAATT CTCCAGACCA 
AATGAAGAAT TTGGTGATAG AAAATGGGAA GAAGATGCCA TGCACAGGAA AAAAGATAAG 
AAAAAGATAC ACGAAACTAA AAAAACTGAC AAAGAGCACT ACCGAAGAAA GAGGGAACAT 
TCTGATACTG AAGAGAAGGA GAGTCAAAAC AGAAGCAAAA CAGATGGTCA TTCCAGCAAG 
AGAAGGTGCT CTCGCAGCGT GGAAGTTATT AAGCAAAATC GTCATAAGCA GGAGTATTGT 
GAGGGAAGCA AGTACAGATC TTTCCATAGT GAAAGAAACA GCCCTGATAA TGGGAGAAGA 
TCAGTAAAAT ATTCCAAGTA CAGATCTCGA AGCCGAGGAA GATCAGAACA AGATAGGAAT 
AGATATTACC ATTCCAAAGG GGAAAGAACT TGGAGCAGAG AAAGATACTA TCAAGATGAA 
CCACGAAGAT GGGAAAAATG TAGATATTAC AATGATTACT ATTCATCTCA TGCAACAGGA 
GACAGCAGAG AGAGAAAGTT CTCTCACGGT GATAAAGACT TTGACAAATT GAGTCAAGCT 
TACAACAGCA GGTCACATAA GGATTATCAT TACAAAAGCA GATGGCCTCA CAGTTCCCTC 
TCAAGAGAGG AAGATGTACA CCACTTTAGC AGCCACAGAG TAGACTTACA TCGTTGCTCA 
GTACCTCAGC AACATTCTGA AAAATATTCT CGTGAAAGAC ATGCACTTCC ACCTGTGTCA 
GGTCATTTTG AGGACTCTCC CCAAAAAAAT GAAAAAGAAA GAAACAGAAA AAGACAATAT 
AGTCGTGCAG AAGGTAGTGA AAGTGAAATA GAAAGGAAAC GCAGAAAGAT AGAAAAGGAG 
CTTTTAGGTG ATGAAAAAAT GAAAAAATAT AAGAAGCTCA AGAAGAAAAA GAAGTCTAAA 
GATAAACATC GAGAGAAGGA TTACAAACTT TATGATTTGG ATTTCTCTGT GCTCCACTTT 
GACAATGACA ATCGCAAGCG TAAGAAAAAG AAGAAAAAGA AGAAACACAT CAGGAAACTG 
AAAGGCTTCT TGGAATACTT AGATCCTCGT TTCCAGAAGA AAACACGTGA GAAGAAGGAA 
GAATCCCGTC CTCCAGATGG CCCTTTTTGT GAGCAATACA GAAATGAGGG CAGTAAACAA 
CCTTACAAGG AAGAGAAGCC TTCCAGTGCA GGTGAAAGCA AGAAATACAG CTCCACTGCA 
TCCAACGAGT ATATTAAAGA TAACTGA

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

USP42 ( XM_013100077.2 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_012955531.1 Anas platyrhynchos ubiquitin specific peptidase 42 (USP42), mRNA.

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CloneID	OAn111360
Clone ID Related Accession (Same CDS sequence)	XM_013100077.2 , XM_013100077.1
Accession Version	XM_013100077.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4086bp) 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	ubiquitin carboxyl-terminal hydrolase 42
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004677060.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On May 24, 2017 this sequence version replaced XM_013100077.1. ##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##

ATGACCATAG TTAACAAACC AAAATCTTCA AAGTCTAAAA AATCATCTTC AAGGCGGTCT 
GGCAAATCCA AGAAACCGCG TACTAAAAAA ATGAAGTCAC GCACCGCAAA CTGGGGCCGG 
ATACCACCTG CAGAAGATTC AAACCAAGTC TCTGTGGCCC AAGGACGTGG AGGTGCTATT 
TATTGTAGAT CATCTGAAAA ATCTAAGCCT TTTGCCCAAA GAGATCTAAT CATTAATGAT 
GGAATTGCTC CGCCACAAAG AATTCTTTTT CCACCTGAGA AGATTTGTAT GGATTGGCAA 
CAAACACAAA GTGTTGGAGT TGGACTGTAC AATCTTGGCA ATACATGTTT TCTTAATTCT 
ACTCTACAAT GTTTGACCTA CACACCCCCA CTTGCCAATT ACATGCTTTC TCTTGAGCAC 
AACCAGTCAT GTCGTGAACA AGGTTTTTGC ATGATGTGCA CGATGGAGAC TCACATTAAC 
CAGGCCCTGT GTTGCACTGT TGATGCCATC AAGCCTACAC GTGTTATCAA TGATCTTAGA 
CGAATAGGAA AACATTTCCG TTTTGGCAGT CAAGAAGACG CACACGAATT CTTGCGCTAT 
ACTGTAGATG CTATGCAGAA AGCATGCTTG AATGGGAGCA CCAAGTTGGA CAGATCTTCT 
CAAGCAACCA CCATCATTCA TCAAATATTT GGAGGATTTC TAAGATCGAG AGTAAAGTGC 
TTGAATTGCA AAGCAGTTTC GGATACGTAT GAGGCATTTC TTGATATCAC TTTGGATATA 
AAGGCGGTTT CATCTGTTAC CAGAGCTCTG GAACTCTTTG TGAAACCTGA AGAGCTGGGT 
GGAGAGAATT GCTATAAATG TAGCAAGTGT AATAAGATGG TTCCTGCATC CAAGAGATTT 
ACCATACACC GTTCTTCCAA GGTTCTCACA ATATCACTGA AAAGATTTGC AGATTTCACA 
GGTGGAAAGA TCAACAAGGT ATATTTACTG CTAAAACAGT TCTCTGCAAC TTCTATTATT 
AAACACGCCT TATACGCAGT GCTGGTGCAT AATGGTATCA ACTGTCACGC AGGACACTAT 
GTATGCTACA TAAAGGCTGG TAATGGACTT TGGTATCAGA TGAATGATGC TAATGTAGTC 
CGTACTGACA TTAAAACAGT TCTTGGTCAG CAAGCTTATT TACTTTTTTA TATCAGGCGC 
TATGATCTGA CACTCGGAGA ACGTGCTTTT TACTTACCAG CACCATCTTA TCCCCGTTCA 
TTCCTTGGTC AGCGGGGGGC TAATAGTAAG CAGGCTGGAT TTATGGGACC ACGACTTCCT 
CCTCATATGA TTAAGAATTC AAGCCGTTTA AATGGAAATG GATCCTTAAA AGAGGATCCA 
AATACCATTG GTGTCACCCT AAAAAGGCCA TCTTCAGCAC CGCCAACGGC TTGTGTTCAA 
AACTGGGCAA TTACAAGGCC TTCAATTACT GATCCATCAA AAAAACAGAA GATCACTATC 
AGTATTCACA ATAAATTGCC TGCTCGTCAG ACTGTGTCAC AGCCTGACTG TCTTAGCAGT 
GCTGTGGAGG ATGAAGATCT CAACAAGGCT GTTCCTTCAT CCACAATTAC AAATTCCACT 
GCAGCAGAGT CTACCTCAAA TCCATCTATT ATGTCAGTTA CTACTAATGT TTCCAAACAA 
GAAGTTTCTG ATGAAATTTT CGTGGAAGAG ATTTTTGTGG AGCCAACAGT GAATGAAAAT 
CCTAAACTCA GCTCTGATAA CACAGTCCCT TACGGTGCAG AATCTTCAGG AAAATCTGAG 
GAGGAGTCAA AGGGCTTATT TAAAAGGAAT TGCAATGCAA TGTCCTCTAA TGGAATTTTG 
GTTGGAAAGG TAGTCCGTAC ATTGCAGAAT TCCCATTCTT CCTGTCAGAA TGCTGAAGAA 
GAAAGATCCC AGCATGAGCT GCCAAAAAAT GATTCACTAA ATGGTGCTAT TAGTTTAGTT 
AATGAATCTA AAGAAAACGG ACTGAAACTT GATGATTCCA CTTGCCAAGC TGAACCTGTT 
AAACCTTCTG AGATGTTCTT TTCTAAAACA AATGGATTGC TTGAAACAAT GCCTATAGCG 
ATGCCTCCAG TTCCTCAAGA AGTAATCTTA GAATCCCTCA CAGCCAGCCA GCTGAACAGC 
TTGTCAGAGG AAATAAGTGT CCCAGGACCT CAGAAGTCTA CAGAGAATGA TGCTCTTATG 
GAAACTGTAG TGATGGAAGC ACTATTGGTC TATGAAGAAT CCAGGAAAGT TCCTTCTGAC 
TTCAGCTGTG AGGCTGAGAA TCCTTTTATT CAATCAGATT CTGAAACCAT ATCTACCAAA 
GAAGAAGTTG GAAGTATTAT AACAAAAGCT GATAATGCAC ATCCCAGTAT CAATGGTCAG 
CACAAGATTA GGGAAAGATG CTTTGATACT GAAGATGAAT TCCTTGAACA GTACCGATCT 
GAGGACCGTG GAGACAAAGA CAAACCAAGA AGATCAAAAG AACCTGAACT CATTTCAAAA 
GAAAATATTT TGTACATCAA AGAGTCTTCT GAGGCTGATG AGGACTTGCG GCAAACTTCC 
TCTCTAAAGT CTGACAGTGA ATGTAGTTCT AAAAATCTTT CCTCCTTAGC TATTACAGAT 
AAATGCCAAG ATACAAAGGA CATATCTAAT AACTACGTAG AGGTACCACC TGTTAATGAC 
TCATCTATTA CAAAGCTGGA TAAAGTTTTG GAAAGCCAAT TCTCCAGACC AAATGAAGAA 
TTTGGTGATA GAAAATGGGA AGAAGATGCC ATGCACAGGA AAAAAGATAA GAAAAAGATA 
CACGAAACTA AAAAAACTGA CAAAGAGCAC TACCGAAGAA AGAGGGAACA TTCTGATACT 
GAAGAGAAGG AGAGTCAAAA CAGAAGCAAA ACAGATGGTC ATTCCAGCAA GAGAAGGTGC 
TCTCGCAGCG TGGAAGTTAT TAAGCAAAAT CGTCATAAGC AGGAGTATTG TGAGGGAAGC 
AAGTACAGAT CTTTCCATAG TGAAAGAAAC AGCCCTGATA ATGGGAGAAG ATCAGTAAAA 
TATTCCAAGT ACAGATCTCG AAGCCGAGGA AGATCAGAAC AAGATAGGAA TAGATATTAC 
CATTCCAAAG GGGAAAGAAC TTGGAGCAGA GAAAGATACT ATCAAGATGA ACCACGAAGA 
TGGGAAAAAT GTAGATATTA CAATGATTAC TATTCATCTC ATGCAACAGG AGACAGCAGA 
GAGAGAAAGT TCTCTCACGG TGATAAAGAC TTTGACAAAT TGAGTCAAGC TTACAACAGC 
AGGTCACATA AGGATTATCA TTACAAAAGC AGATGGCCTC ACAGTTCCCT CTCAAGAGAG 
GAAGATGTAC ACCACTTTAG CAGCCACAGA GTAGACTTAC ATCGTTGCTC AGTACCTCAG 
CAACATTCTG AAAAATATTC TCGTGAAAGA CATGCACTTC CACCTGTGTC AGGTCATTTT 
GAGGACTCTC CCCAAAAAAA TGAAAAAGAA AGAAACAGAA AAAGACAATA TAGTCGTGCA 
GAAGGTAGTG AAAGTGAAAT AGAAAGGAAA CGCAGAAAGA TAGAAAAGGA GCTTTTAGGT 
GATGAAAAAA TGAAAAAATA TAAGAAGCTC AAGAAGAAAA AGAAGTCTAA AGATAAACAT 
CGAGAGAAGG ATTACAAACT TTATGATTTG GATTTCTCTG TGCTCCACTT TGACAATGAC 
AATCGCAAGC GTAAGAAAAA GAAGAAAAAG AAGAAACACA TCAGGAAACT GAAAGGCTTC 
TTGGAATACT TAGATCCTCG TTTCCAGAAG AAAACACGTG AGAAGAAGGA AGAATCCCGT 
CCTCCAGATG GCCCTTTTTG TGAGCAATAC AGAAATGAGG GCAGTAAACA ACCTTACAAG 
GAAGAGAAGC CTTCCAGTGC AGGTGAAAGC AAGAAATACA GCTCCACTGC ATCCAACGAG 
TATATTAAAG ATGTAGATCT GCCTTCTCCT AAGCACACTG AATTCACAGT TATTAATCCT 
CCAGAGGACG CTTTGCAATT TAACACCTGG AGAATAACTG AAGTAATCCC TGAAGAAGAC 
AGCTGA

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

RefSeq	XP_012955531.1
CDS	1278..5363
Translation	MTIVNKPKSSKSKKSSSRRSGKSKKPRTKKMKSRTANWGRIPPAEDSNQVSVAQGRGGAIYCRSSEKSKPFAQRDLIINDGIAPPQRILFPPEKICMDWQQTQSVGVGLYNLGNTCFLNSTLQCLTYTPPLANYMLSLEHNQSCREQGFCMMCTMETHINQALCCTVDAIKPTRVINDLRRIGKHFRFGSQEDAHEFLRYTVDAMQKACLNGSTKLDRSSQATTIIHQIFGGFLRSRVKCLNCKAVSDTYEAFLDITLDIKAVSSVTRALELFVKPEELGGENCYKCSKCNKMVPASKRFTIHRSSKVLTISLKRFADFTGGKINKVYLLLKQFSATSIIKHALYAVLVHNGINCHAGHYVCYIKAGNGLWYQMNDANVVRTDIKTVLGQQAYLLFYIRRYDLTLGERAFYLPAPSYPRSFLGQRGANSKQAGFMGPRLPPHMIKNSSRLNGNGSLKEDPNTIGVTLKRPSSAPPTACVQNWAITRPSITDPSKKQKITISIHNKLPARQTVSQPDCLSSAVEDEDLNKAVPSSTITNSTAAESTSNPSIMSVTTNVSKQEVSDEIFVEEIFVEPTVNENPKLSSDNTVPYGAESSGKSEEESKGLFKRNCNAMSSNGILVGKVVRTLQNSHSSCQNAEEERSQHELPKNDSLNGAISLVNESKENGLKLDDSTCQAEPVKPSEMFFSKTNGLLETMPIAMPPVPQEVILESLTASQLNSLSEEISVPGPQKSTENDALMETVVMEALLVYEESRKVPSDFSCEAENPFIQSDSETISTKEEVGSIITKADNAHPSINGQHKIRERCFDTEDEFLEQYRSEDRGDKDKPRRSKEPELISKENILYIKESSEADEDLRQTSSLKSDSECSSKNLSSLAITDKCQDTKDISNNYVEVPPVNDSSITKLDKVLESQFSRPNEEFGDRKWEEDAMHRKKDKKKIHETKKTDKEHYRRKREHSDTEEKESQNRSKTDGHSSKRRCSRSVEVIKQNRHKQEYCEGSKYRSFHSERNSPDNGRRSVKYSKYRSRSRGRSEQDRNRYYHSKGERTWSRERYYQDEPRRWEKCRYYNDYYSSHATGDSRERKFSHGDKDFDKLSQAYNSRSHKDYHYKSRWPHSSLSREEDVHHFSSHRVDLHRCSVPQQHSEKYSRERHALPPVSGHFEDSPQKNEKERNRKRQYSRAEGSESEIERKRRKIEKELLGDEKMKKYKKLKKKKKSKDKHREKDYKLYDLDFSVLHFDNDNRKRKKKKKKKKHIRKLKGFLEYLDPRFQKKTREKKEESRPPDGPFCEQYRNEGSKQPYKEEKPSSAGESKKYSSTASNEYIKDVDLPSPKHTEFTVINPPEDALQFNTWRITEVIPEEDS

Target ORF information:

RefSeq Version	XM_013100077.2
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos ubiquitin specific peptidase 42 (USP42), mRNA.

Target ORF information:

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

XM_013100077.2

ORF Insert Sequence:

ATGACCATAG TTAACAAACC AAAATCTTCA AAGTCTAAAA AATCATCTTC AAGGCGGTCT 
GGCAAATCCA AGAAACCGCG TACTAAAAAA ATGAAGTCAC GCACCGCAAA CTGGGGCCGG 
ATACCACCTG CAGAAGATTC AAACCAAGTC TCTGTGGCCC AAGGACGTGG AGGTGCTATT 
TATTGTAGAT CATCTGAAAA ATCTAAGCCT TTTGCCCAAA GAGATCTAAT CATTAATGAT 
GGAATTGCTC CGCCACAAAG AATTCTTTTT CCACCTGAGA AGATTTGTAT GGATTGGCAA 
CAAACACAAA GTGTTGGAGT TGGACTGTAC AATCTTGGCA ATACATGTTT TCTTAATTCT 
ACTCTACAAT GTTTGACCTA CACACCCCCA CTTGCCAATT ACATGCTTTC TCTTGAGCAC 
AACCAGTCAT GTCGTGAACA AGGTTTTTGC ATGATGTGCA CGATGGAGAC TCACATTAAC 
CAGGCCCTGT GTTGCACTGT TGATGCCATC AAGCCTACAC GTGTTATCAA TGATCTTAGA 
CGAATAGGAA AACATTTCCG TTTTGGCAGT CAAGAAGACG CACACGAATT CTTGCGCTAT 
ACTGTAGATG CTATGCAGAA AGCATGCTTG AATGGGAGCA CCAAGTTGGA CAGATCTTCT 
CAAGCAACCA CCATCATTCA TCAAATATTT GGAGGATTTC TAAGATCGAG AGTAAAGTGC 
TTGAATTGCA AAGCAGTTTC GGATACGTAT GAGGCATTTC TTGATATCAC TTTGGATATA 
AAGGCGGTTT CATCTGTTAC CAGAGCTCTG GAACTCTTTG TGAAACCTGA AGAGCTGGGT 
GGAGAGAATT GCTATAAATG TAGCAAGTGT AATAAGATGG TTCCTGCATC CAAGAGATTT 
ACCATACACC GTTCTTCCAA GGTTCTCACA ATATCACTGA AAAGATTTGC AGATTTCACA 
GGTGGAAAGA TCAACAAGGT ATATTTACTG CTAAAACAGT TCTCTGCAAC TTCTATTATT 
AAACACGCCT TATACGCAGT GCTGGTGCAT AATGGTATCA ACTGTCACGC AGGACACTAT 
GTATGCTACA TAAAGGCTGG TAATGGACTT TGGTATCAGA TGAATGATGC TAATGTAGTC 
CGTACTGACA TTAAAACAGT TCTTGGTCAG CAAGCTTATT TACTTTTTTA TATCAGGCGC 
TATGATCTGA CACTCGGAGA ACGTGCTTTT TACTTACCAG CACCATCTTA TCCCCGTTCA 
TTCCTTGGTC AGCGGGGGGC TAATAGTAAG CAGGCTGGAT TTATGGGACC ACGACTTCCT 
CCTCATATGA TTAAGAATTC AAGCCGTTTA AATGGAAATG GATCCTTAAA AGAGGATCCA 
AATACCATTG GTGTCACCCT AAAAAGGCCA TCTTCAGCAC CGCCAACGGC TTGTGTTCAA 
AACTGGGCAA TTACAAGGCC TTCAATTACT GATCCATCAA AAAAACAGAA GATCACTATC 
AGTATTCACA ATAAATTGCC TGCTCGTCAG ACTGTGTCAC AGCCTGACTG TCTTAGCAGT 
GCTGTGGAGG ATGAAGATCT CAACAAGGCT GTTCCTTCAT CCACAATTAC AAATTCCACT 
GCAGCAGAGT CTACCTCAAA TCCATCTATT ATGTCAGTTA CTACTAATGT TTCCAAACAA 
GAAGTTTCTG ATGAAATTTT CGTGGAAGAG ATTTTTGTGG AGCCAACAGT GAATGAAAAT 
CCTAAACTCA GCTCTGATAA CACAGTCCCT TACGGTGCAG AATCTTCAGG AAAATCTGAG 
GAGGAGTCAA AGGGCTTATT TAAAAGGAAT TGCAATGCAA TGTCCTCTAA TGGAATTTTG 
GTTGGAAAGG TAGTCCGTAC ATTGCAGAAT TCCCATTCTT CCTGTCAGAA TGCTGAAGAA 
GAAAGATCCC AGCATGAGCT GCCAAAAAAT GATTCACTAA ATGGTGCTAT TAGTTTAGTT 
AATGAATCTA AAGAAAACGG ACTGAAACTT GATGATTCCA CTTGCCAAGC TGAACCTGTT 
AAACCTTCTG AGATGTTCTT TTCTAAAACA AATGGATTGC TTGAAACAAT GCCTATAGCG 
ATGCCTCCAG TTCCTCAAGA AGTAATCTTA GAATCCCTCA CAGCCAGCCA GCTGAACAGC 
TTGTCAGAGG AAATAAGTGT CCCAGGACCT CAGAAGTCTA CAGAGAATGA TGCTCTTATG 
GAAACTGTAG TGATGGAAGC ACTATTGGTC TATGAAGAAT CCAGGAAAGT TCCTTCTGAC 
TTCAGCTGTG AGGCTGAGAA TCCTTTTATT CAATCAGATT CTGAAACCAT ATCTACCAAA 
GAAGAAGTTG GAAGTATTAT AACAAAAGCT GATAATGCAC ATCCCAGTAT CAATGGTCAG 
CACAAGATTA GGGAAAGATG CTTTGATACT GAAGATGAAT TCCTTGAACA GTACCGATCT 
GAGGACCGTG GAGACAAAGA CAAACCAAGA AGATCAAAAG AACCTGAACT CATTTCAAAA 
GAAAATATTT TGTACATCAA AGAGTCTTCT GAGGCTGATG AGGACTTGCG GCAAACTTCC 
TCTCTAAAGT CTGACAGTGA ATGTAGTTCT AAAAATCTTT CCTCCTTAGC TATTACAGAT 
AAATGCCAAG ATACAAAGGA CATATCTAAT AACTACGTAG AGGTACCACC TGTTAATGAC 
TCATCTATTA CAAAGCTGGA TAAAGTTTTG GAAAGCCAAT TCTCCAGACC AAATGAAGAA 
TTTGGTGATA GAAAATGGGA AGAAGATGCC ATGCACAGGA AAAAAGATAA GAAAAAGATA 
CACGAAACTA AAAAAACTGA CAAAGAGCAC TACCGAAGAA AGAGGGAACA TTCTGATACT 
GAAGAGAAGG AGAGTCAAAA CAGAAGCAAA ACAGATGGTC ATTCCAGCAA GAGAAGGTGC 
TCTCGCAGCG TGGAAGTTAT TAAGCAAAAT CGTCATAAGC AGGAGTATTG TGAGGGAAGC 
AAGTACAGAT CTTTCCATAG TGAAAGAAAC AGCCCTGATA ATGGGAGAAG ATCAGTAAAA 
TATTCCAAGT ACAGATCTCG AAGCCGAGGA AGATCAGAAC AAGATAGGAA TAGATATTAC 
CATTCCAAAG GGGAAAGAAC TTGGAGCAGA GAAAGATACT ATCAAGATGA ACCACGAAGA 
TGGGAAAAAT GTAGATATTA CAATGATTAC TATTCATCTC ATGCAACAGG AGACAGCAGA 
GAGAGAAAGT TCTCTCACGG TGATAAAGAC TTTGACAAAT TGAGTCAAGC TTACAACAGC 
AGGTCACATA AGGATTATCA TTACAAAAGC AGATGGCCTC ACAGTTCCCT CTCAAGAGAG 
GAAGATGTAC ACCACTTTAG CAGCCACAGA GTAGACTTAC ATCGTTGCTC AGTACCTCAG 
CAACATTCTG AAAAATATTC TCGTGAAAGA CATGCACTTC CACCTGTGTC AGGTCATTTT 
GAGGACTCTC CCCAAAAAAA TGAAAAAGAA AGAAACAGAA AAAGACAATA TAGTCGTGCA 
GAAGGTAGTG AAAGTGAAAT AGAAAGGAAA CGCAGAAAGA TAGAAAAGGA GCTTTTAGGT 
GATGAAAAAA TGAAAAAATA TAAGAAGCTC AAGAAGAAAA AGAAGTCTAA AGATAAACAT 
CGAGAGAAGG ATTACAAACT TTATGATTTG GATTTCTCTG TGCTCCACTT TGACAATGAC 
AATCGCAAGC GTAAGAAAAA GAAGAAAAAG AAGAAACACA TCAGGAAACT GAAAGGCTTC 
TTGGAATACT TAGATCCTCG TTTCCAGAAG AAAACACGTG AGAAGAAGGA AGAATCCCGT 
CCTCCAGATG GCCCTTTTTG TGAGCAATAC AGAAATGAGG GCAGTAAACA ACCTTACAAG 
GAAGAGAAGC CTTCCAGTGC AGGTGAAAGC AAGAAATACA GCTCCACTGC ATCCAACGAG 
TATATTAAAG ATGTAGATCT GCCTTCTCCT AAGCACACTG AATTCACAGT TATTAATCCT 
CCAGAGGACG CTTTGCAATT TAACACCTGG AGAATAACTG AAGTAATCCC TGAAGAAGAC 
AGCTGA

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

USP42 ( XM_013100077.1 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_012955531.1 Anas platyrhynchos ubiquitin specific peptidase 42 (USP42), mRNA.

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CloneID	OAn111360
Clone ID Related Accession (Same CDS sequence)	XM_013100077.2 , XM_013100077.1
Accession Version	XM_013100077.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4086bp) 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	ubiquitin carboxyl-terminal hydrolase 42
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004677060.1) 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##

ATGACCATAG TTAACAAACC AAAATCTTCA AAGTCTAAAA AATCATCTTC AAGGCGGTCT 
GGCAAATCCA AGAAACCGCG TACTAAAAAA ATGAAGTCAC GCACCGCAAA CTGGGGCCGG 
ATACCACCTG CAGAAGATTC AAACCAAGTC TCTGTGGCCC AAGGACGTGG AGGTGCTATT 
TATTGTAGAT CATCTGAAAA ATCTAAGCCT TTTGCCCAAA GAGATCTAAT CATTAATGAT 
GGAATTGCTC CGCCACAAAG AATTCTTTTT CCACCTGAGA AGATTTGTAT GGATTGGCAA 
CAAACACAAA GTGTTGGAGT TGGACTGTAC AATCTTGGCA ATACATGTTT TCTTAATTCT 
ACTCTACAAT GTTTGACCTA CACACCCCCA CTTGCCAATT ACATGCTTTC TCTTGAGCAC 
AACCAGTCAT GTCGTGAACA AGGTTTTTGC ATGATGTGCA CGATGGAGAC TCACATTAAC 
CAGGCCCTGT GTTGCACTGT TGATGCCATC AAGCCTACAC GTGTTATCAA TGATCTTAGA 
CGAATAGGAA AACATTTCCG TTTTGGCAGT CAAGAAGACG CACACGAATT CTTGCGCTAT 
ACTGTAGATG CTATGCAGAA AGCATGCTTG AATGGGAGCA CCAAGTTGGA CAGATCTTCT 
CAAGCAACCA CCATCATTCA TCAAATATTT GGAGGATTTC TAAGATCGAG AGTAAAGTGC 
TTGAATTGCA AAGCAGTTTC GGATACGTAT GAGGCATTTC TTGATATCAC TTTGGATATA 
AAGGCGGTTT CATCTGTTAC CAGAGCTCTG GAACTCTTTG TGAAACCTGA AGAGCTGGGT 
GGAGAGAATT GCTATAAATG TAGCAAGTGT AATAAGATGG TTCCTGCATC CAAGAGATTT 
ACCATACACC GTTCTTCCAA GGTTCTCACA ATATCACTGA AAAGATTTGC AGATTTCACA 
GGTGGAAAGA TCAACAAGGT ATATTTACTG CTAAAACAGT TCTCTGCAAC TTCTATTATT 
AAACACGCCT TATACGCAGT GCTGGTGCAT AATGGTATCA ACTGTCACGC AGGACACTAT 
GTATGCTACA TAAAGGCTGG TAATGGACTT TGGTATCAGA TGAATGATGC TAATGTAGTC 
CGTACTGACA TTAAAACAGT TCTTGGTCAG CAAGCTTATT TACTTTTTTA TATCAGGCGC 
TATGATCTGA CACTCGGAGA ACGTGCTTTT TACTTACCAG CACCATCTTA TCCCCGTTCA 
TTCCTTGGTC AGCGGGGGGC TAATAGTAAG CAGGCTGGAT TTATGGGACC ACGACTTCCT 
CCTCATATGA TTAAGAATTC AAGCCGTTTA AATGGAAATG GATCCTTAAA AGAGGATCCA 
AATACCATTG GTGTCACCCT AAAAAGGCCA TCTTCAGCAC CGCCAACGGC TTGTGTTCAA 
AACTGGGCAA TTACAAGGCC TTCAATTACT GATCCATCAA AAAAACAGAA GATCACTATC 
AGTATTCACA ATAAATTGCC TGCTCGTCAG ACTGTGTCAC AGCCTGACTG TCTTAGCAGT 
GCTGTGGAGG ATGAAGATCT CAACAAGGCT GTTCCTTCAT CCACAATTAC AAATTCCACT 
GCAGCAGAGT CTACCTCAAA TCCATCTATT ATGTCAGTTA CTACTAATGT TTCCAAACAA 
GAAGTTTCTG ATGAAATTTT CGTGGAAGAG ATTTTTGTGG AGCCAACAGT GAATGAAAAT 
CCTAAACTCA GCTCTGATAA CACAGTCCCT TACGGTGCAG AATCTTCAGG AAAATCTGAG 
GAGGAGTCAA AGGGCTTATT TAAAAGGAAT TGCAATGCAA TGTCCTCTAA TGGAATTTTG 
GTTGGAAAGG TAGTCCGTAC ATTGCAGAAT TCCCATTCTT CCTGTCAGAA TGCTGAAGAA 
GAAAGATCCC AGCATGAGCT GCCAAAAAAT GATTCACTAA ATGGTGCTAT TAGTTTAGTT 
AATGAATCTA AAGAAAACGG ACTGAAACTT GATGATTCCA CTTGCCAAGC TGAACCTGTT 
AAACCTTCTG AGATGTTCTT TTCTAAAACA AATGGATTGC TTGAAACAAT GCCTATAGCG 
ATGCCTCCAG TTCCTCAAGA AGTAATCTTA GAATCCCTCA CAGCCAGCCA GCTGAACAGC 
TTGTCAGAGG AAATAAGTGT CCCAGGACCT CAGAAGTCTA CAGAGAATGA TGCTCTTATG 
GAAACTGTAG TGATGGAAGC ACTATTGGTC TATGAAGAAT CCAGGAAAGT TCCTTCTGAC 
TTCAGCTGTG AGGCTGAGAA TCCTTTTATT CAATCAGATT CTGAAACCAT ATCTACCAAA 
GAAGAAGTTG GAAGTATTAT AACAAAAGCT GATAATGCAC ATCCCAGTAT CAATGGTCAG 
CACAAGATTA GGGAAAGATG CTTTGATACT GAAGATGAAT TCCTTGAACA GTACCGATCT 
GAGGACCGTG GAGACAAAGA CAAACCAAGA AGATCAAAAG AACCTGAACT CATTTCAAAA 
GAAAATATTT TGTACATCAA AGAGTCTTCT GAGGCTGATG AGGACTTGCG GCAAACTTCC 
TCTCTAAAGT CTGACAGTGA ATGTAGTTCT AAAAATCTTT CCTCCTTAGC TATTACAGAT 
AAATGCCAAG ATACAAAGGA CATATCTAAT AACTACGTAG AGGTACCACC TGTTAATGAC 
TCATCTATTA CAAAGCTGGA TAAAGTTTTG GAAAGCCAAT TCTCCAGACC AAATGAAGAA 
TTTGGTGATA GAAAATGGGA AGAAGATGCC ATGCACAGGA AAAAAGATAA GAAAAAGATA 
CACGAAACTA AAAAAACTGA CAAAGAGCAC TACCGAAGAA AGAGGGAACA TTCTGATACT 
GAAGAGAAGG AGAGTCAAAA CAGAAGCAAA ACAGATGGTC ATTCCAGCAA GAGAAGGTGC 
TCTCGCAGCG TGGAAGTTAT TAAGCAAAAT CGTCATAAGC AGGAGTATTG TGAGGGAAGC 
AAGTACAGAT CTTTCCATAG TGAAAGAAAC AGCCCTGATA ATGGGAGAAG ATCAGTAAAA 
TATTCCAAGT ACAGATCTCG AAGCCGAGGA AGATCAGAAC AAGATAGGAA TAGATATTAC 
CATTCCAAAG GGGAAAGAAC TTGGAGCAGA GAAAGATACT ATCAAGATGA ACCACGAAGA 
TGGGAAAAAT GTAGATATTA CAATGATTAC TATTCATCTC ATGCAACAGG AGACAGCAGA 
GAGAGAAAGT TCTCTCACGG TGATAAAGAC TTTGACAAAT TGAGTCAAGC TTACAACAGC 
AGGTCACATA AGGATTATCA TTACAAAAGC AGATGGCCTC ACAGTTCCCT CTCAAGAGAG 
GAAGATGTAC ACCACTTTAG CAGCCACAGA GTAGACTTAC ATCGTTGCTC AGTACCTCAG 
CAACATTCTG AAAAATATTC TCGTGAAAGA CATGCACTTC CACCTGTGTC AGGTCATTTT 
GAGGACTCTC CCCAAAAAAA TGAAAAAGAA AGAAACAGAA AAAGACAATA TAGTCGTGCA 
GAAGGTAGTG AAAGTGAAAT AGAAAGGAAA CGCAGAAAGA TAGAAAAGGA GCTTTTAGGT 
GATGAAAAAA TGAAAAAATA TAAGAAGCTC AAGAAGAAAA AGAAGTCTAA AGATAAACAT 
CGAGAGAAGG ATTACAAACT TTATGATTTG GATTTCTCTG TGCTCCACTT TGACAATGAC 
AATCGCAAGC GTAAGAAAAA GAAGAAAAAG AAGAAACACA TCAGGAAACT GAAAGGCTTC 
TTGGAATACT TAGATCCTCG TTTCCAGAAG AAAACACGTG AGAAGAAGGA AGAATCCCGT 
CCTCCAGATG GCCCTTTTTG TGAGCAATAC AGAAATGAGG GCAGTAAACA ACCTTACAAG 
GAAGAGAAGC CTTCCAGTGC AGGTGAAAGC AAGAAATACA GCTCCACTGC ATCCAACGAG 
TATATTAAAG ATGTAGATCT GCCTTCTCCT AAGCACACTG AATTCACAGT TATTAATCCT 
CCAGAGGACG CTTTGCAATT TAACACCTGG AGAATAACTG AAGTAATCCC TGAAGAAGAC 
AGCTGA

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

RefSeq	XP_012955531.1
CDS	1275..5360
Translation	MTIVNKPKSSKSKKSSSRRSGKSKKPRTKKMKSRTANWGRIPPAEDSNQVSVAQGRGGAIYCRSSEKSKPFAQRDLIINDGIAPPQRILFPPEKICMDWQQTQSVGVGLYNLGNTCFLNSTLQCLTYTPPLANYMLSLEHNQSCREQGFCMMCTMETHINQALCCTVDAIKPTRVINDLRRIGKHFRFGSQEDAHEFLRYTVDAMQKACLNGSTKLDRSSQATTIIHQIFGGFLRSRVKCLNCKAVSDTYEAFLDITLDIKAVSSVTRALELFVKPEELGGENCYKCSKCNKMVPASKRFTIHRSSKVLTISLKRFADFTGGKINKVYLLLKQFSATSIIKHALYAVLVHNGINCHAGHYVCYIKAGNGLWYQMNDANVVRTDIKTVLGQQAYLLFYIRRYDLTLGERAFYLPAPSYPRSFLGQRGANSKQAGFMGPRLPPHMIKNSSRLNGNGSLKEDPNTIGVTLKRPSSAPPTACVQNWAITRPSITDPSKKQKITISIHNKLPARQTVSQPDCLSSAVEDEDLNKAVPSSTITNSTAAESTSNPSIMSVTTNVSKQEVSDEIFVEEIFVEPTVNENPKLSSDNTVPYGAESSGKSEEESKGLFKRNCNAMSSNGILVGKVVRTLQNSHSSCQNAEEERSQHELPKNDSLNGAISLVNESKENGLKLDDSTCQAEPVKPSEMFFSKTNGLLETMPIAMPPVPQEVILESLTASQLNSLSEEISVPGPQKSTENDALMETVVMEALLVYEESRKVPSDFSCEAENPFIQSDSETISTKEEVGSIITKADNAHPSINGQHKIRERCFDTEDEFLEQYRSEDRGDKDKPRRSKEPELISKENILYIKESSEADEDLRQTSSLKSDSECSSKNLSSLAITDKCQDTKDISNNYVEVPPVNDSSITKLDKVLESQFSRPNEEFGDRKWEEDAMHRKKDKKKIHETKKTDKEHYRRKREHSDTEEKESQNRSKTDGHSSKRRCSRSVEVIKQNRHKQEYCEGSKYRSFHSERNSPDNGRRSVKYSKYRSRSRGRSEQDRNRYYHSKGERTWSRERYYQDEPRRWEKCRYYNDYYSSHATGDSRERKFSHGDKDFDKLSQAYNSRSHKDYHYKSRWPHSSLSREEDVHHFSSHRVDLHRCSVPQQHSEKYSRERHALPPVSGHFEDSPQKNEKERNRKRQYSRAEGSESEIERKRRKIEKELLGDEKMKKYKKLKKKKKSKDKHREKDYKLYDLDFSVLHFDNDNRKRKKKKKKKKHIRKLKGFLEYLDPRFQKKTREKKEESRPPDGPFCEQYRNEGSKQPYKEEKPSSAGESKKYSSTASNEYIKDVDLPSPKHTEFTVINPPEDALQFNTWRITEVIPEEDS

Target ORF information:

RefSeq Version	XM_013100077.1
Organism	Anas platyrhynchos(Mallard)
Definition	Anas platyrhynchos ubiquitin specific peptidase 42 (USP42), mRNA.

Target ORF information:

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

XM_013100077.1

ORF Insert Sequence:

ATGACCATAG TTAACAAACC AAAATCTTCA AAGTCTAAAA AATCATCTTC AAGGCGGTCT 
GGCAAATCCA AGAAACCGCG TACTAAAAAA ATGAAGTCAC GCACCGCAAA CTGGGGCCGG 
ATACCACCTG CAGAAGATTC AAACCAAGTC TCTGTGGCCC AAGGACGTGG AGGTGCTATT 
TATTGTAGAT CATCTGAAAA ATCTAAGCCT TTTGCCCAAA GAGATCTAAT CATTAATGAT 
GGAATTGCTC CGCCACAAAG AATTCTTTTT CCACCTGAGA AGATTTGTAT GGATTGGCAA 
CAAACACAAA GTGTTGGAGT TGGACTGTAC AATCTTGGCA ATACATGTTT TCTTAATTCT 
ACTCTACAAT GTTTGACCTA CACACCCCCA CTTGCCAATT ACATGCTTTC TCTTGAGCAC 
AACCAGTCAT GTCGTGAACA AGGTTTTTGC ATGATGTGCA CGATGGAGAC TCACATTAAC 
CAGGCCCTGT GTTGCACTGT TGATGCCATC AAGCCTACAC GTGTTATCAA TGATCTTAGA 
CGAATAGGAA AACATTTCCG TTTTGGCAGT CAAGAAGACG CACACGAATT CTTGCGCTAT 
ACTGTAGATG CTATGCAGAA AGCATGCTTG AATGGGAGCA CCAAGTTGGA CAGATCTTCT 
CAAGCAACCA CCATCATTCA TCAAATATTT GGAGGATTTC TAAGATCGAG AGTAAAGTGC 
TTGAATTGCA AAGCAGTTTC GGATACGTAT GAGGCATTTC TTGATATCAC TTTGGATATA 
AAGGCGGTTT CATCTGTTAC CAGAGCTCTG GAACTCTTTG TGAAACCTGA AGAGCTGGGT 
GGAGAGAATT GCTATAAATG TAGCAAGTGT AATAAGATGG TTCCTGCATC CAAGAGATTT 
ACCATACACC GTTCTTCCAA GGTTCTCACA ATATCACTGA AAAGATTTGC AGATTTCACA 
GGTGGAAAGA TCAACAAGGT ATATTTACTG CTAAAACAGT TCTCTGCAAC TTCTATTATT 
AAACACGCCT TATACGCAGT GCTGGTGCAT AATGGTATCA ACTGTCACGC AGGACACTAT 
GTATGCTACA TAAAGGCTGG TAATGGACTT TGGTATCAGA TGAATGATGC TAATGTAGTC 
CGTACTGACA TTAAAACAGT TCTTGGTCAG CAAGCTTATT TACTTTTTTA TATCAGGCGC 
TATGATCTGA CACTCGGAGA ACGTGCTTTT TACTTACCAG CACCATCTTA TCCCCGTTCA 
TTCCTTGGTC AGCGGGGGGC TAATAGTAAG CAGGCTGGAT TTATGGGACC ACGACTTCCT 
CCTCATATGA TTAAGAATTC AAGCCGTTTA AATGGAAATG GATCCTTAAA AGAGGATCCA 
AATACCATTG GTGTCACCCT AAAAAGGCCA TCTTCAGCAC CGCCAACGGC TTGTGTTCAA 
AACTGGGCAA TTACAAGGCC TTCAATTACT GATCCATCAA AAAAACAGAA GATCACTATC 
AGTATTCACA ATAAATTGCC TGCTCGTCAG ACTGTGTCAC AGCCTGACTG TCTTAGCAGT 
GCTGTGGAGG ATGAAGATCT CAACAAGGCT GTTCCTTCAT CCACAATTAC AAATTCCACT 
GCAGCAGAGT CTACCTCAAA TCCATCTATT ATGTCAGTTA CTACTAATGT TTCCAAACAA 
GAAGTTTCTG ATGAAATTTT CGTGGAAGAG ATTTTTGTGG AGCCAACAGT GAATGAAAAT 
CCTAAACTCA GCTCTGATAA CACAGTCCCT TACGGTGCAG AATCTTCAGG AAAATCTGAG 
GAGGAGTCAA AGGGCTTATT TAAAAGGAAT TGCAATGCAA TGTCCTCTAA TGGAATTTTG 
GTTGGAAAGG TAGTCCGTAC ATTGCAGAAT TCCCATTCTT CCTGTCAGAA TGCTGAAGAA 
GAAAGATCCC AGCATGAGCT GCCAAAAAAT GATTCACTAA ATGGTGCTAT TAGTTTAGTT 
AATGAATCTA AAGAAAACGG ACTGAAACTT GATGATTCCA CTTGCCAAGC TGAACCTGTT 
AAACCTTCTG AGATGTTCTT TTCTAAAACA AATGGATTGC TTGAAACAAT GCCTATAGCG 
ATGCCTCCAG TTCCTCAAGA AGTAATCTTA GAATCCCTCA CAGCCAGCCA GCTGAACAGC 
TTGTCAGAGG AAATAAGTGT CCCAGGACCT CAGAAGTCTA CAGAGAATGA TGCTCTTATG 
GAAACTGTAG TGATGGAAGC ACTATTGGTC TATGAAGAAT CCAGGAAAGT TCCTTCTGAC 
TTCAGCTGTG AGGCTGAGAA TCCTTTTATT CAATCAGATT CTGAAACCAT ATCTACCAAA 
GAAGAAGTTG GAAGTATTAT AACAAAAGCT GATAATGCAC ATCCCAGTAT CAATGGTCAG 
CACAAGATTA GGGAAAGATG CTTTGATACT GAAGATGAAT TCCTTGAACA GTACCGATCT 
GAGGACCGTG GAGACAAAGA CAAACCAAGA AGATCAAAAG AACCTGAACT CATTTCAAAA 
GAAAATATTT TGTACATCAA AGAGTCTTCT GAGGCTGATG AGGACTTGCG GCAAACTTCC 
TCTCTAAAGT CTGACAGTGA ATGTAGTTCT AAAAATCTTT CCTCCTTAGC TATTACAGAT 
AAATGCCAAG ATACAAAGGA CATATCTAAT AACTACGTAG AGGTACCACC TGTTAATGAC 
TCATCTATTA CAAAGCTGGA TAAAGTTTTG GAAAGCCAAT TCTCCAGACC AAATGAAGAA 
TTTGGTGATA GAAAATGGGA AGAAGATGCC ATGCACAGGA AAAAAGATAA GAAAAAGATA 
CACGAAACTA AAAAAACTGA CAAAGAGCAC TACCGAAGAA AGAGGGAACA TTCTGATACT 
GAAGAGAAGG AGAGTCAAAA CAGAAGCAAA ACAGATGGTC ATTCCAGCAA GAGAAGGTGC 
TCTCGCAGCG TGGAAGTTAT TAAGCAAAAT CGTCATAAGC AGGAGTATTG TGAGGGAAGC 
AAGTACAGAT CTTTCCATAG TGAAAGAAAC AGCCCTGATA ATGGGAGAAG ATCAGTAAAA 
TATTCCAAGT ACAGATCTCG AAGCCGAGGA AGATCAGAAC AAGATAGGAA TAGATATTAC 
CATTCCAAAG GGGAAAGAAC TTGGAGCAGA GAAAGATACT ATCAAGATGA ACCACGAAGA 
TGGGAAAAAT GTAGATATTA CAATGATTAC TATTCATCTC ATGCAACAGG AGACAGCAGA 
GAGAGAAAGT TCTCTCACGG TGATAAAGAC TTTGACAAAT TGAGTCAAGC TTACAACAGC 
AGGTCACATA AGGATTATCA TTACAAAAGC AGATGGCCTC ACAGTTCCCT CTCAAGAGAG 
GAAGATGTAC ACCACTTTAG CAGCCACAGA GTAGACTTAC ATCGTTGCTC AGTACCTCAG 
CAACATTCTG AAAAATATTC TCGTGAAAGA CATGCACTTC CACCTGTGTC AGGTCATTTT 
GAGGACTCTC CCCAAAAAAA TGAAAAAGAA AGAAACAGAA AAAGACAATA TAGTCGTGCA 
GAAGGTAGTG AAAGTGAAAT AGAAAGGAAA CGCAGAAAGA TAGAAAAGGA GCTTTTAGGT 
GATGAAAAAA TGAAAAAATA TAAGAAGCTC AAGAAGAAAA AGAAGTCTAA AGATAAACAT 
CGAGAGAAGG ATTACAAACT TTATGATTTG GATTTCTCTG TGCTCCACTT TGACAATGAC 
AATCGCAAGC GTAAGAAAAA GAAGAAAAAG AAGAAACACA TCAGGAAACT GAAAGGCTTC 
TTGGAATACT TAGATCCTCG TTTCCAGAAG AAAACACGTG AGAAGAAGGA AGAATCCCGT 
CCTCCAGATG GCCCTTTTTG TGAGCAATAC AGAAATGAGG GCAGTAAACA ACCTTACAAG 
GAAGAGAAGC CTTCCAGTGC AGGTGAAAGC AAGAAATACA GCTCCACTGC ATCCAACGAG 
TATATTAAAG ATGTAGATCT GCCTTCTCCT AAGCACACTG AATTCACAGT TATTAATCCT 
CCAGAGGACG CTTTGCAATT TAACACCTGG AGAATAACTG AAGTAATCCC TGAAGAAGAC 
AGCTGA

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

PubMed

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オンライン注文

USP42 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:

Most Popular Services

Services & Products

見積依頼

Eメール

電話

FAX

オンラインフォーム