USP42 cDNA ORF clone, Taeniopygia guttata(zebra finch)

Gene
Clones
gRNAs

Summary

Gene Symbol	USP42
Entrez Gene ID	100220325
Full Name	ubiquitin specific peptidase 42
Gene Type	protein-coding
Organism	Taeniopygia guttata(zebra finch)

mRNA and Protein(s)

mRNA	Protein	Name
XM_030285005.1	XP_030140865.1	ubiquitin carboxyl-terminal hydrolase 42
XM_002192136.3	XP_002192172.3	ubiquitin carboxyl-terminal hydrolase 42
XM_030285006.1	XP_030140866.1	ubiquitin carboxyl-terminal hydrolase 42

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)
OTd15260	XM_002192136.3 Latest version!	Taeniopygia guttata ubiquitin specific peptidase 42 (USP42), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OTd29525	XM_030285005.1 Latest version!	Taeniopygia guttata ubiquitin specific peptidase 42 (USP42), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OTd29525	XM_030285006.1 Latest version!	Taeniopygia guttata ubiquitin specific peptidase 42 (USP42), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00

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

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

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

Reference Sequences (Refseq)

USP42 ( XM_002192136.3 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_002192172.3 Taeniopygia guttata ubiquitin specific peptidase 42 (USP42), mRNA.

Price & Availability↑

CloneID	OTd15260
Clone ID Related Accession (Same CDS sequence)	XM_002192136.3
Accession Version	XM_002192136.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3936bp) 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	1432483200000
Organism	Taeniopygia guttata(zebra finch)
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_002197363.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On May 26, 2015 this sequence version replaced XM_002192136.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Taeniopygia guttata Annotation Release 103 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##

ATGAAACCCC GTACTAAAAA AATGACGTCT CGCACTGCAA GTTTGGGCCG GGTACCTCCT 
ACAGAAGATC CAAACAAAGT CTCTGTGGAC AAAGGTCCTG GGGGGCATAT TTATTGTAGA 
TCATCTCAAA AATCAAAGCC TTTTGCCCAA AGAGATCTAG TTGTTAATGA TGGGATTGCT 
CCGCCACAAA GAATTCTTTT TCCACCTGAG AAAATCTGTA TGGATTGGCA ACAAACACAA 
AGTGTTGGAG TTGGGCTGCA GAACCTCGGC AACACATGTT TCCTTAATTC TACTCTCCAG 
TGTTTGACCT ACACGCCTCC TCTTGCCAAT TACATGCTTT CACTTGAGCA CACCAAGTCA 
TGTCATGTAG AAGGATTCTG TATGATGTGC ACAATGGAAA GTCACATCAA CCAGGTCCTG 
TGTTGCTCTA ATAATGCCAT CAAACCTACG TCTGTTATCA ATGGCCTTAA AAGAATAGGA 
AAACATTTCC ACTTTGGCAG TCAAGAGGAT GCACATGAAT TCTTATGCTT CACTGTTGAT 
GCTTTACAGA AAGCTTGCTT GAATGGAAGC ACCAAATTAG ACAGATCTTC TCAAGCCACC 
ACACTTATTT ATCAAATATT TGGAGGATAT CTAAGATCTC GAGTAAAGTG CTTGAACTGC 
AAAGCAGTGT CAGATACATA CGAGCCATTT CTCGACGTTA CTTTGGATAT AAAGGCAGTT 
ACATCTGTCA CCAGAGCTCT AGAACAATTT GTGAAACCGG AACAGCTGGA TGGTGAAAAT 
AGCTACAAGT GTAGCAAGTG CAAAAAGATG GTTCCAGCAT CAAAGAGATA CACAATACAT 
CGCTCTTCGA ATGTTCTCAC AATATCGCTG AAAAGATTTG CAAATTTTAC AGGTGGAAAG 
ATCAACAAGG ATGTAAAATA CCCTGAATAT TTGGATCTTC GAGCATATAT GTCCCAATCC 
ATTGGAGAAC CCCTCATCTA TGCTTTATAT GCAGTTCTTG TACATAGTGG CTTCAACTGT 
AATGCTGGAC ACTATCTCTG CTTCATAAAG GCTGGTAATG GACTTTGGTA CCGAATGAAT 
GATGCCTCAG TAGAGCTTTC TGATATCAAA ACAGTTCTCA ATCAGCAAGC TTACGTACTT 
TTTTATATCA GGCGCTACGA CCTGACGCTG GGGGAACGAG CCTTTTACCT GCCCACACCC 
TCCTACCCCC GCTCCTTCCT GGGCCAGCGC GGGGCCAACA GCAAGCAGGC TGCCTTCATG 
GGACCTCGGC TTCCTCCCCA CATGATTAAG AGTTCCAGTC GTTTAAATGG AAATGGACCC 
TTAAAAGAGG ATCCCAGTGC TGTTGGTGTT GCTGTAAAAA GGCCATCTTC AGCTCCACCA 
ACAGCTTGTG TTCAAAACTG GGCAATTTCC AGGCCTTCAA TGACAGACCC TTCCAAAACG 
CAGAAGATCA CGATCAGCAT TCACAACAAG CTGCCCACAC GGCAGGCGGT GCCGCAGGCG 
GAGTGTCCAA GCAGCGCTAG GGAGGAGGAG GATCTGAAGC CCCTTCCTTC AGCCACAATT 
ACAAACTCTT CCGCAGCAGA GCCTACCTCA AACCTCTCCA CAGTGTCAGT TGCTACTAAT 
GTCTCCAAGC AGGAGGTTCC TGATGAAATC TTTGTTGAGC CAGCAGTGAA TGGAAACCCT 
AAGCTCTGTT CTGATAACAT GGTCCCTTTC GGTGCAGAAC CTTCAGGAAA ATCCGAGGAG 
TCAAAGGGCT TGTTCAAAAG GCACTGCAAC ATCATATCTT CCAATGGAAT TCTGATTGGG 
AAGGTGGTCC GTACATTGCA TAATTCCCAT TCATCCTGTC AGAATGCAGA AGAAAGATCC 
CAGCATGAGC TGCCAAAAAT TGATTCCCTA AATGGTGCTA TTAGTTTAGA TAATGAATAT 
AAAGAAAATG GACTGAAACT TGATGATTCC ACTTGCCAAG TCCAACCTGT TAAACCTTCT 
GAGATTTTCT TCGCTAAAGC AAATGGAGTG CTTGAAGCGA TGCCTAAACC TTTGTCACCA 
GATCCTCAAG GTATCTTAGA ATCACTTACA TACAGCCAGT TGAACAGCTT GTCGGAGGAA 
AAGAGTGTCT CTGGACCTCA GAAATCTTCT GACAATGATG GAGTTACAGA TACTGTAGTG 
ATGGAAGCAC TGTTTGCCTA TGAAGAATCC AGGAAGGTTC CTTCCAAATT TAGCTGTGAG 
GTTGAGAAAC TTTTTACTCA ATCAGATTCT GAAACCATTT TTACCAAAGA AGAAGTTGCT 
GAAAGTATTA TAACAAAAGC TGATAATGCA CATCTCAATA TCAATGGTCA GCACAAGGTT 
AGGAAAAAAT CCTTGGATAC TGAAGGTGAA TTCCTTGGAC AGTGTGAGTC TGAAGACATC 
AGAGATAAAG ACAAACTAAG AAGATCAAAA GAACCTGAAT TCATTTCAAA AGAAAATCCT 
TTGTACATCA AAGGATCTCC TGAGAGCAAA GAGAAATTAG GGCAAATTTC CTCTATAAAG 
CCTGACATTG AATGTAGTTC TAAAAAACTT GCATCTCTAG ATATTACAGA TAAATGCCAA 
GATACAAAGG ACATTTCTAA TAACTATGTA GAGGTACCAC CTGTTAATGA CTCTTCTATT 
ACAAAGCTGG ATAAAGTATT GGAAAGTCAA TTTTCTAGAG CAGACGAGGG ACCGAGTAAT 
CAAACATGTG AAGATGATGG CAAACATATG AAAAAAAATA AGAAAAAAAT CCATGACTCT 
AAAAGAACTG ACAAAGAGCA CTACCGGAGG AAGAGAGAAA ACTCGGACAC TGAGGAGAAG 
GAGAGGCAAA CCAGAAACAA ATCAGATGAT CATTCCCACA GGAGGAGGAG CTCTCACAGT 
GTGGAAACAA ACAAGCAGAG CCGTCATAAG CAGGAGTATT GCAGTGAGAG CAAGTACAGA 
TCCTCCCACA GTGAAAGAAA CACTCTCAGC AATGGTAGGA GCTCAGGAAA GTATTCCCGT 
TACAGATCCC GAAGCAGAGA AAGGACAGAT CCAGACAGAA ACAGGTATTA TTATTCCAAA 
GGAGACAGGC CTTGGATTAG AGAAAGATAC TACCAAGATG AACCACGGAG ATGGGAAAAG 
TGCAGGTACT ACAATGATTA TTATTCCTCC CATGGAACAA GGGATGGCAG GGAGAGGAGG 
TCCTCTCATT GTGATAAAGA CTATGACAAA TCGAGCCAGG CTTACAGCAG GTCACACAAG 
GATTATCACT GCAAAAGCAG ATGGGCTCAC AGCACACTCT CCCGAGAGGA GGATGTGCAT 
CACTTCAGCA GCCACAGAGC AAACTTCCAC CATTGTTCAG TACCTCAGCA GCACTCGGAA 
AAATACTCCC ATGAAAGGCA CACACTTCCA CCAGTGTCAG CTCACTCAAA TTTTGAGGAC 
TCTTCCCGGG AAAATGAAAA AGAAAAACTA AGAAATGGCA AAAGAAAATA CTCCCACCAA 
GAAGAAAGTG GAAGTGACAT AGAAAAGAAA TGCCGAAAGA CAGATGACCA AAGAATCAAA 
AAGTATAAGA AGGTCAAGAA GAAAAAGAAG TCCAAAGATA AACATCGAGA GAAGGATTAC 
AAACTTTATG ATTTGGATTG CTCTGTGCTC CACTTTGACA ATGACAATCG CAAACATAAG 
AAAAAGAAGA AAAAGAAGAA GCACGACAGG AAACTGAAAG ACTTATTGGA ATATTTAGAT 
CCTCGTTTCC AGAAGAAAAC GTGGGAGAAG AAGGAAGAAT CCCGTCCTCC AGATGACCAT 
TTATGTGAGC AATACAGAAA CCAGGGCAGT AAACAACCCT ACAAGGAAGA GAAGCCTTCT 
GGTGCAGGTG ACAGCAAGAA ATACAGCTCC ATGGCATCCA CTGAGTATGT CAGAGATATG 
GAGCTGACTG ATGAAAGCCT TCAATACTCA GACTGA

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

RefSeq	XP_002192172.3
CDS	56..3991
Translation	MKPRTKKMTSRTASLGRVPPTEDPNKVSVDKGPGGHIYCRSSQKSKPFAQRDLVVNDGIAPPQRILFPPEKICMDWQQTQSVGVGLQNLGNTCFLNSTLQCLTYTPPLANYMLSLEHTKSCHVEGFCMMCTMESHINQVLCCSNNAIKPTSVINGLKRIGKHFHFGSQEDAHEFLCFTVDALQKACLNGSTKLDRSSQATTLIYQIFGGYLRSRVKCLNCKAVSDTYEPFLDVTLDIKAVTSVTRALEQFVKPEQLDGENSYKCSKCKKMVPASKRYTIHRSSNVLTISLKRFANFTGGKINKDVKYPEYLDLRAYMSQSIGEPLIYALYAVLVHSGFNCNAGHYLCFIKAGNGLWYRMNDASVELSDIKTVLNQQAYVLFYIRRYDLTLGERAFYLPTPSYPRSFLGQRGANSKQAAFMGPRLPPHMIKSSSRLNGNGPLKEDPSAVGVAVKRPSSAPPTACVQNWAISRPSMTDPSKTQKITISIHNKLPTRQAVPQAECPSSAREEEDLKPLPSATITNSSAAEPTSNLSTVSVATNVSKQEVPDEIFVEPAVNGNPKLCSDNMVPFGAEPSGKSEESKGLFKRHCNIISSNGILIGKVVRTLHNSHSSCQNAEERSQHELPKIDSLNGAISLDNEYKENGLKLDDSTCQVQPVKPSEIFFAKANGVLEAMPKPLSPDPQGILESLTYSQLNSLSEEKSVSGPQKSSDNDGVTDTVVMEALFAYEESRKVPSKFSCEVEKLFTQSDSETIFTKEEVAESIITKADNAHLNINGQHKVRKKSLDTEGEFLGQCESEDIRDKDKLRRSKEPEFISKENPLYIKGSPESKEKLGQISSIKPDIECSSKKLASLDITDKCQDTKDISNNYVEVPPVNDSSITKLDKVLESQFSRADEGPSNQTCEDDGKHMKKNKKKIHDSKRTDKEHYRRKRENSDTEEKERQTRNKSDDHSHRRRSSHSVETNKQSRHKQEYCSESKYRSSHSERNTLSNGRSSGKYSRYRSRSRERTDPDRNRYYYSKGDRPWIRERYYQDEPRRWEKCRYYNDYYSSHGTRDGRERRSSHCDKDYDKSSQAYSRSHKDYHCKSRWAHSTLSREEDVHHFSSHRANFHHCSVPQQHSEKYSHERHTLPPVSAHSNFEDSSRENEKEKLRNGKRKYSHQEESGSDIEKKCRKTDDQRIKKYKKVKKKKKSKDKHREKDYKLYDLDCSVLHFDNDNRKHKKKKKKKKHDRKLKDLLEYLDPRFQKKTWEKKEESRPPDDHLCEQYRNQGSKQPYKEEKPSGAGDSKKYSSMASTEYVRDMELTDESLQYSD

Target ORF information:

RefSeq Version	XM_002192136.3
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata 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_002192136.3

ORF Insert Sequence:

ATGAAACCCC GTACTAAAAA AATGACGTCT CGCACTGCAA GTTTGGGCCG GGTACCTCCT 
ACAGAAGATC CAAACAAAGT CTCTGTGGAC AAAGGTCCTG GGGGGCATAT TTATTGTAGA 
TCATCTCAAA AATCAAAGCC TTTTGCCCAA AGAGATCTAG TTGTTAATGA TGGGATTGCT 
CCGCCACAAA GAATTCTTTT TCCACCTGAG AAAATCTGTA TGGATTGGCA ACAAACACAA 
AGTGTTGGAG TTGGGCTGCA GAACCTCGGC AACACATGTT TCCTTAATTC TACTCTCCAG 
TGTTTGACCT ACACGCCTCC TCTTGCCAAT TACATGCTTT CACTTGAGCA CACCAAGTCA 
TGTCATGTAG AAGGATTCTG TATGATGTGC ACAATGGAAA GTCACATCAA CCAGGTCCTG 
TGTTGCTCTA ATAATGCCAT CAAACCTACG TCTGTTATCA ATGGCCTTAA AAGAATAGGA 
AAACATTTCC ACTTTGGCAG TCAAGAGGAT GCACATGAAT TCTTATGCTT CACTGTTGAT 
GCTTTACAGA AAGCTTGCTT GAATGGAAGC ACCAAATTAG ACAGATCTTC TCAAGCCACC 
ACACTTATTT ATCAAATATT TGGAGGATAT CTAAGATCTC GAGTAAAGTG CTTGAACTGC 
AAAGCAGTGT CAGATACATA CGAGCCATTT CTCGACGTTA CTTTGGATAT AAAGGCAGTT 
ACATCTGTCA CCAGAGCTCT AGAACAATTT GTGAAACCGG AACAGCTGGA TGGTGAAAAT 
AGCTACAAGT GTAGCAAGTG CAAAAAGATG GTTCCAGCAT CAAAGAGATA CACAATACAT 
CGCTCTTCGA ATGTTCTCAC AATATCGCTG AAAAGATTTG CAAATTTTAC AGGTGGAAAG 
ATCAACAAGG ATGTAAAATA CCCTGAATAT TTGGATCTTC GAGCATATAT GTCCCAATCC 
ATTGGAGAAC CCCTCATCTA TGCTTTATAT GCAGTTCTTG TACATAGTGG CTTCAACTGT 
AATGCTGGAC ACTATCTCTG CTTCATAAAG GCTGGTAATG GACTTTGGTA CCGAATGAAT 
GATGCCTCAG TAGAGCTTTC TGATATCAAA ACAGTTCTCA ATCAGCAAGC TTACGTACTT 
TTTTATATCA GGCGCTACGA CCTGACGCTG GGGGAACGAG CCTTTTACCT GCCCACACCC 
TCCTACCCCC GCTCCTTCCT GGGCCAGCGC GGGGCCAACA GCAAGCAGGC TGCCTTCATG 
GGACCTCGGC TTCCTCCCCA CATGATTAAG AGTTCCAGTC GTTTAAATGG AAATGGACCC 
TTAAAAGAGG ATCCCAGTGC TGTTGGTGTT GCTGTAAAAA GGCCATCTTC AGCTCCACCA 
ACAGCTTGTG TTCAAAACTG GGCAATTTCC AGGCCTTCAA TGACAGACCC TTCCAAAACG 
CAGAAGATCA CGATCAGCAT TCACAACAAG CTGCCCACAC GGCAGGCGGT GCCGCAGGCG 
GAGTGTCCAA GCAGCGCTAG GGAGGAGGAG GATCTGAAGC CCCTTCCTTC AGCCACAATT 
ACAAACTCTT CCGCAGCAGA GCCTACCTCA AACCTCTCCA CAGTGTCAGT TGCTACTAAT 
GTCTCCAAGC AGGAGGTTCC TGATGAAATC TTTGTTGAGC CAGCAGTGAA TGGAAACCCT 
AAGCTCTGTT CTGATAACAT GGTCCCTTTC GGTGCAGAAC CTTCAGGAAA ATCCGAGGAG 
TCAAAGGGCT TGTTCAAAAG GCACTGCAAC ATCATATCTT CCAATGGAAT TCTGATTGGG 
AAGGTGGTCC GTACATTGCA TAATTCCCAT TCATCCTGTC AGAATGCAGA AGAAAGATCC 
CAGCATGAGC TGCCAAAAAT TGATTCCCTA AATGGTGCTA TTAGTTTAGA TAATGAATAT 
AAAGAAAATG GACTGAAACT TGATGATTCC ACTTGCCAAG TCCAACCTGT TAAACCTTCT 
GAGATTTTCT TCGCTAAAGC AAATGGAGTG CTTGAAGCGA TGCCTAAACC TTTGTCACCA 
GATCCTCAAG GTATCTTAGA ATCACTTACA TACAGCCAGT TGAACAGCTT GTCGGAGGAA 
AAGAGTGTCT CTGGACCTCA GAAATCTTCT GACAATGATG GAGTTACAGA TACTGTAGTG 
ATGGAAGCAC TGTTTGCCTA TGAAGAATCC AGGAAGGTTC CTTCCAAATT TAGCTGTGAG 
GTTGAGAAAC TTTTTACTCA ATCAGATTCT GAAACCATTT TTACCAAAGA AGAAGTTGCT 
GAAAGTATTA TAACAAAAGC TGATAATGCA CATCTCAATA TCAATGGTCA GCACAAGGTT 
AGGAAAAAAT CCTTGGATAC TGAAGGTGAA TTCCTTGGAC AGTGTGAGTC TGAAGACATC 
AGAGATAAAG ACAAACTAAG AAGATCAAAA GAACCTGAAT TCATTTCAAA AGAAAATCCT 
TTGTACATCA AAGGATCTCC TGAGAGCAAA GAGAAATTAG GGCAAATTTC CTCTATAAAG 
CCTGACATTG AATGTAGTTC TAAAAAACTT GCATCTCTAG ATATTACAGA TAAATGCCAA 
GATACAAAGG ACATTTCTAA TAACTATGTA GAGGTACCAC CTGTTAATGA CTCTTCTATT 
ACAAAGCTGG ATAAAGTATT GGAAAGTCAA TTTTCTAGAG CAGACGAGGG ACCGAGTAAT 
CAAACATGTG AAGATGATGG CAAACATATG AAAAAAAATA AGAAAAAAAT CCATGACTCT 
AAAAGAACTG ACAAAGAGCA CTACCGGAGG AAGAGAGAAA ACTCGGACAC TGAGGAGAAG 
GAGAGGCAAA CCAGAAACAA ATCAGATGAT CATTCCCACA GGAGGAGGAG CTCTCACAGT 
GTGGAAACAA ACAAGCAGAG CCGTCATAAG CAGGAGTATT GCAGTGAGAG CAAGTACAGA 
TCCTCCCACA GTGAAAGAAA CACTCTCAGC AATGGTAGGA GCTCAGGAAA GTATTCCCGT 
TACAGATCCC GAAGCAGAGA AAGGACAGAT CCAGACAGAA ACAGGTATTA TTATTCCAAA 
GGAGACAGGC CTTGGATTAG AGAAAGATAC TACCAAGATG AACCACGGAG ATGGGAAAAG 
TGCAGGTACT ACAATGATTA TTATTCCTCC CATGGAACAA GGGATGGCAG GGAGAGGAGG 
TCCTCTCATT GTGATAAAGA CTATGACAAA TCGAGCCAGG CTTACAGCAG GTCACACAAG 
GATTATCACT GCAAAAGCAG ATGGGCTCAC AGCACACTCT CCCGAGAGGA GGATGTGCAT 
CACTTCAGCA GCCACAGAGC AAACTTCCAC CATTGTTCAG TACCTCAGCA GCACTCGGAA 
AAATACTCCC ATGAAAGGCA CACACTTCCA CCAGTGTCAG CTCACTCAAA TTTTGAGGAC 
TCTTCCCGGG AAAATGAAAA AGAAAAACTA AGAAATGGCA AAAGAAAATA CTCCCACCAA 
GAAGAAAGTG GAAGTGACAT AGAAAAGAAA TGCCGAAAGA CAGATGACCA AAGAATCAAA 
AAGTATAAGA AGGTCAAGAA GAAAAAGAAG TCCAAAGATA AACATCGAGA GAAGGATTAC 
AAACTTTATG ATTTGGATTG CTCTGTGCTC CACTTTGACA ATGACAATCG CAAACATAAG 
AAAAAGAAGA AAAAGAAGAA GCACGACAGG AAACTGAAAG ACTTATTGGA ATATTTAGAT 
CCTCGTTTCC AGAAGAAAAC GTGGGAGAAG AAGGAAGAAT CCCGTCCTCC AGATGACCAT 
TTATGTGAGC AATACAGAAA CCAGGGCAGT AAACAACCCT ACAAGGAAGA GAAGCCTTCT 
GGTGCAGGTG ACAGCAAGAA ATACAGCTCC ATGGCATCCA CTGAGTATGT CAGAGATATG 
GAGCTGACTG ATGAAAGCCT TCAATACTCA GACTGA

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

USP42 ( XM_030285005.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030140865.1 Taeniopygia guttata ubiquitin specific peptidase 42 (USP42), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OTd29525
Clone ID Related Accession (Same CDS sequence)	XM_030285005.1 , XM_030285006.1
Accession Version	XM_030285005.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4005bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
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 (NC_044226.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACCATAG TTAACAAGCC AAAATCTTCA AAGTCTAAAA AATCTTCTTC AAGACGGTCT 
GACAAATCTA TGAAACCCCG TACTAAAAAA ATGACGTCTC GCACTGCAAG TTTGGGCCGG 
GTACCTCCTA CAGAAGATCC AAACAAAGTC TCTGTGGACA AAGGTCCTGG GGGGCATATT 
TATTGTAGAT CATCTCAAAA ATCAAAGCCT TTTGCCCAAA GAGATCTAGT TGTTAATGAT 
GGGATTGCTC CGCCACAAAG AATTCTTTTT CCACCTGAGA AAATCTGTAT GGATTGGCAA 
CAAACACAAA GTGTTGGAGT TGGGCTGCAG AACCTCGGCA ACACATGTTT CCTTAATTCT 
ACTCTCCAGT GTTTGACCTA CACGCCTCCT CTTGCCAATT ACATGCTTTC ACTTGAGCAC 
ACCAAGTCAT GTCATGTAGA AGGATTCTGT ATGATGTGCA CAATGGAAAG TCACATCAAC 
CAGGTCCTGT GTTGCTCTAA TAATGCCATC AAACCTACGT CTGTTATCAA TGGCCTTAAA 
AGAATAGGAA AACATTTCCA CTTTGGCAGT CAAGAGGATG CACATGAATT CTTATGCTTC 
ACTGTTGATG CTTTACAGAA AGCTTGCTTG AATGGAAGCA CCAAATTAGA CAGATCTTCT 
CAAGCCACCA CACTTATTTA TCAAATATTT GGAGGATATC TAAGATCTCG AGTAAAGTGC 
TTGAACTGCA AAGCAGTGTC AGATACATAC GAGCCATTTC TCGACGTTAC TTTGGATATA 
AAGGCAGTTA CATCTGTCAC CAGAGCTCTA GAACAATTTG TGAAACCAGA ACAGCTGGAT 
GGTGAAAATA GCTACAAGTG TAGCAAGTGC AAAAAGATGG TTCCAGCATC AAAGAGATAC 
ACAATACATC GCTCTTCGAA TGTTCTCACA ATATCGCTGA AAAGATTTGC AAATTTTACA 
GGTGGAAAGA TCAACAAGGA TGTAAAATAC CCTGAATATT TGGATCTTCG AGCATATATG 
TCCCAATCCA TTGGAGAACC CCTCATCTAT GCTTTATATG CAGTTCTTGT ACATAGTGGC 
TTCAACTGTA ATGCTGGACA CTATCTCTGC TTCATAAAGG CTGGTAATGG ACTTTGGTAC 
CGAATGAATG ATGCCTCAGT AGAGCTTTCT GATATCAAAA CAGTTCTCAA TCAGCAAGCT 
TACGTACTTT TTTATATCAG GCGCTACGAC CTGACGCTGG GGGAACGAGC CTTTTACCTG 
CCCACACCCT CCTACCCCCG CTCCTTCCTG GGCCAGCGCG GGGCCAACAG CAAGCAGGCT 
GCCTTCATGG GACCTCGGCT TCCTCCCCAC ATGATTAAGA GTTCCAGTCG TTTAAATGGA 
AATGGACCCT TAAAAGAGGA TCCCAGTGCT GTTGGTGTTG CTGTAAAAAG GCCATCTTCA 
GCTCCACCAA CAGCTTGTGT TCAAAACTGG GCAATTTCCA GGCCTTCAAT GACAGACCCT 
TCCAAAACGC AGAAGATCAC GATCAGCATT CACAACAAGC TGCCCACACG GCAGGCGGTG 
CCGCAGGCGG AGTGTCCAAG CAGCGCTAGG GAGGAGGAGG ATCTGAAGCC CCTTCCTTCA 
GCCACAATTA CAAACTCTTC CGCAGCAGAG CCTACCTCAA ACCTCTCCAC AGTGTCAGTT 
GCTACTAATG TCTCCAAGCA GGAGGTTCCT GATGAAATCT TTGTTGAGCC AGCAGTGAAT 
GGAAACCCTA AGCTCTGTTC TGATAACATG GTCCCTTTCG GTGCAGAACC TTCAGGAAAA 
TCCGAGGAGT CAAAGGGCTT GTTCAAAAGG CACTGCAACA TCATATCTTC CAATGGAATT 
CTGATTGGGA AGGTGGTCCG TACATTGCAT AATTCCCATT CATCCTGTCA GAATGCAGAA 
GAAAGATCCC AGCATGAGCT GCCAAAAATT GATTCCCTAA ATGGTGCTAT TAGTTTAGAT 
AATGAATATA AAGAAAATGG ACTGAAACTT GATGATTCCA CTTGCCAAGT CCAACCTGTT 
AAACCTTCTG AGATTTTCTT CGCTAAAGCA AATGGAGTGC TTGAAGCGAT GCCTAAACCT 
TTGTCACCAG ATCCTCAAGG TATCTTAGAA TCACTTACAT ACAGCCAGTT GAACAGCTTG 
TCGGAGGAAA AGAGTGTCTC TGGACCTCAG AAATCTTCTG ACAATGATGG AGTTACAGAT 
ACTGTAGTGA TGGAAGCACT GTTTGCCTAT GAAGAATCCA GGAAGGTTCC TTCCAAATTT 
AGCTGTGAGG TTGAGAAACT TTTTACTCAA TCAGATTCTG AAACCATTTT TACCAAAGAA 
GAAGTTGCTG AAAGTATTAT AACAAAAGCT GATAATGCAC ATCTCAATAT CAATGGTCAG 
CACAAGGTTA GGAAAAAATC CTTGGATACT GAAGGTGAAT TCCTTGGACA GTGTGAGTCT 
GAAGACATCA GAGATAAAGA CAAACTAAGA AGATCAAAAG AACCTGAATT CATTTCAAAA 
GAAAATCCTT TGTACATCAA AGGATCTCCT GAGAGCAAAG AGAAATTAGG GCAAATTTCC 
TCTATAAAGC CTGACATTGA ATGTAGTTCT AAAAAACTTG CATCTCTAGA TATTACAGAT 
AAATGCCAAG ATACAAAGGA CATTTCTAAT AACTATGTAG AGGTACCACC TGTTAATGAC 
TCTTCTATTA CAAAGCTGGA TAAAGTATTG GAAAGTCAAT TTTCTAGAGC AGACGAGGGA 
CCGAGTAATC AAATATGTGA AGATGATGGC AAACATATGA AAAAAAATAA GAAAAGAATC 
CATGACTCTA AAAGAACTGA CAAAGAGCAC TACCGGAGGA AGAGAGAAAA CTCGGACACT 
GAGGAGAAGG AGAGGCAAAC CAGAAACAAA TCAGATGATC ATTCCCACAG GAGGAGGAGC 
TCTCACAGTG TGGAAACAAA CAAGCAGAGC CGTCATAAGC AGGAGTATTG CAGTGAGAGC 
AAGTACAGAT CCTCCCACAG TGAAAGAAAC ACTCTCAGTA ATGGTAGGAG CTCAGGAAAG 
TATTCCCGTT ACAGATCCCG AAGCAGAGAA AGGACAGATC CAGACAGAAA CAGGTATTAT 
TATTCCAAAG GAGACAGGCC TTGGATTAGA GAAAGATACT ACCAAGATGA ACCACGGAGA 
TGGGAAAAGT GCAGGTACTA CAATGATTAT TATTCCTCCC ATGGAACAAG GGATGGCAGG 
GAGAGGAGGT CCTCTCATTG TGATAAAGAC TATGACAAAT CGAGCCAGGC TTACAGCAGG 
TCACACAAGG ATTATCACTG CAAAAGCAGA TGGGCTCACA GCACACTCTC CCGAGAGGAG 
GATGTGCATC ACTTCAGCAG CCACAGAGCA AACTTCCACC ATTGTTCAGT ACCTCAGCAG 
CACTCGGAAA AATACTCCCA TGAAAGGCAC ACACTTCCAC CAGTGTCAGC TCACTCAAAT 
TTTGAGGACT CTTCCCGGGA AAATGAAAAA GAAAAACTAA GAAATGGCAA AAGAAAATAC 
TCCCACCAAG AAGAAAGTGG AAGTGACATA GAAAAGAAAT GCCGAAAGAC AGATGACCAA 
AGAATCAAAA AGTATAAGAA GGTCAAGAAG AAAAAGAAGT CCAAAGATAA ACATCGAGAG 
AAGGATTACA AACTTTATGA TTTGGATTGC TCTGTGCTCC ACTTTGACAA TGACAATCGC 
AAACATAAGA AAAAGAAGAA AAAGAAGAAG CACGACAGGA AACTGAAAGA CTTATTGGAA 
TATTTAGATC CTCGTTTCCA GAAGAAAACG TGGGAGAAGA AGGAAGAATC CCGTCCTCCA 
GATGACCATT TATGTGAGCA ATACAGAAAC CAGGGCAGTA AACAACCCTA CAAGGAAGAG 
AAGCCTTCTG GTGCAGGTGA CAGCAAGAAA TACAGCTCCA TGGCATCCAC TGAGTATGTC 
AGAGATATGG AGCTGACTGA TGAAAGCCTT CAATACTCAG ACTGA

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

RefSeq	XP_030140865.1
CDS	143..4147
Translation	MTIVNKPKSSKSKKSSSRRSDKSMKPRTKKMTSRTASLGRVPPTEDPNKVSVDKGPGGHIYCRSSQKSKPFAQRDLVVNDGIAPPQRILFPPEKICMDWQQTQSVGVGLQNLGNTCFLNSTLQCLTYTPPLANYMLSLEHTKSCHVEGFCMMCTMESHINQVLCCSNNAIKPTSVINGLKRIGKHFHFGSQEDAHEFLCFTVDALQKACLNGSTKLDRSSQATTLIYQIFGGYLRSRVKCLNCKAVSDTYEPFLDVTLDIKAVTSVTRALEQFVKPEQLDGENSYKCSKCKKMVPASKRYTIHRSSNVLTISLKRFANFTGGKINKDVKYPEYLDLRAYMSQSIGEPLIYALYAVLVHSGFNCNAGHYLCFIKAGNGLWYRMNDASVELSDIKTVLNQQAYVLFYIRRYDLTLGERAFYLPTPSYPRSFLGQRGANSKQAAFMGPRLPPHMIKSSSRLNGNGPLKEDPSAVGVAVKRPSSAPPTACVQNWAISRPSMTDPSKTQKITISIHNKLPTRQAVPQAECPSSAREEEDLKPLPSATITNSSAAEPTSNLSTVSVATNVSKQEVPDEIFVEPAVNGNPKLCSDNMVPFGAEPSGKSEESKGLFKRHCNIISSNGILIGKVVRTLHNSHSSCQNAEERSQHELPKIDSLNGAISLDNEYKENGLKLDDSTCQVQPVKPSEIFFAKANGVLEAMPKPLSPDPQGILESLTYSQLNSLSEEKSVSGPQKSSDNDGVTDTVVMEALFAYEESRKVPSKFSCEVEKLFTQSDSETIFTKEEVAESIITKADNAHLNINGQHKVRKKSLDTEGEFLGQCESEDIRDKDKLRRSKEPEFISKENPLYIKGSPESKEKLGQISSIKPDIECSSKKLASLDITDKCQDTKDISNNYVEVPPVNDSSITKLDKVLESQFSRADEGPSNQICEDDGKHMKKNKKRIHDSKRTDKEHYRRKRENSDTEEKERQTRNKSDDHSHRRRSSHSVETNKQSRHKQEYCSESKYRSSHSERNTLSNGRSSGKYSRYRSRSRERTDPDRNRYYYSKGDRPWIRERYYQDEPRRWEKCRYYNDYYSSHGTRDGRERRSSHCDKDYDKSSQAYSRSHKDYHCKSRWAHSTLSREEDVHHFSSHRANFHHCSVPQQHSEKYSHERHTLPPVSAHSNFEDSSRENEKEKLRNGKRKYSHQEESGSDIEKKCRKTDDQRIKKYKKVKKKKKSKDKHREKDYKLYDLDCSVLHFDNDNRKHKKKKKKKKHDRKLKDLLEYLDPRFQKKTWEKKEESRPPDDHLCEQYRNQGSKQPYKEEKPSGAGDSKKYSSMASTEYVRDMELTDESLQYSD

Target ORF information:

RefSeq Version	XM_030285005.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata 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_030285005.1

ORF Insert Sequence:

ATGACCATAG TTAACAAGCC AAAATCTTCA AAGTCTAAAA AATCTTCTTC AAGACGGTCT 
GACAAATCTA TGAAACCCCG TACTAAAAAA ATGACGTCTC GCACTGCAAG TTTGGGCCGG 
GTACCTCCTA CAGAAGATCC AAACAAAGTC TCTGTGGACA AAGGTCCTGG GGGGCATATT 
TATTGTAGAT CATCTCAAAA ATCAAAGCCT TTTGCCCAAA GAGATCTAGT TGTTAATGAT 
GGGATTGCTC CGCCACAAAG AATTCTTTTT CCACCTGAGA AAATCTGTAT GGATTGGCAA 
CAAACACAAA GTGTTGGAGT TGGGCTGCAG AACCTCGGCA ACACATGTTT CCTTAATTCT 
ACTCTCCAGT GTTTGACCTA CACGCCTCCT CTTGCCAATT ACATGCTTTC ACTTGAGCAC 
ACCAAGTCAT GTCATGTAGA AGGATTCTGT ATGATGTGCA CAATGGAAAG TCACATCAAC 
CAGGTCCTGT GTTGCTCTAA TAATGCCATC AAACCTACGT CTGTTATCAA TGGCCTTAAA 
AGAATAGGAA AACATTTCCA CTTTGGCAGT CAAGAGGATG CACATGAATT CTTATGCTTC 
ACTGTTGATG CTTTACAGAA AGCTTGCTTG AATGGAAGCA CCAAATTAGA CAGATCTTCT 
CAAGCCACCA CACTTATTTA TCAAATATTT GGAGGATATC TAAGATCTCG AGTAAAGTGC 
TTGAACTGCA AAGCAGTGTC AGATACATAC GAGCCATTTC TCGACGTTAC TTTGGATATA 
AAGGCAGTTA CATCTGTCAC CAGAGCTCTA GAACAATTTG TGAAACCAGA ACAGCTGGAT 
GGTGAAAATA GCTACAAGTG TAGCAAGTGC AAAAAGATGG TTCCAGCATC AAAGAGATAC 
ACAATACATC GCTCTTCGAA TGTTCTCACA ATATCGCTGA AAAGATTTGC AAATTTTACA 
GGTGGAAAGA TCAACAAGGA TGTAAAATAC CCTGAATATT TGGATCTTCG AGCATATATG 
TCCCAATCCA TTGGAGAACC CCTCATCTAT GCTTTATATG CAGTTCTTGT ACATAGTGGC 
TTCAACTGTA ATGCTGGACA CTATCTCTGC TTCATAAAGG CTGGTAATGG ACTTTGGTAC 
CGAATGAATG ATGCCTCAGT AGAGCTTTCT GATATCAAAA CAGTTCTCAA TCAGCAAGCT 
TACGTACTTT TTTATATCAG GCGCTACGAC CTGACGCTGG GGGAACGAGC CTTTTACCTG 
CCCACACCCT CCTACCCCCG CTCCTTCCTG GGCCAGCGCG GGGCCAACAG CAAGCAGGCT 
GCCTTCATGG GACCTCGGCT TCCTCCCCAC ATGATTAAGA GTTCCAGTCG TTTAAATGGA 
AATGGACCCT TAAAAGAGGA TCCCAGTGCT GTTGGTGTTG CTGTAAAAAG GCCATCTTCA 
GCTCCACCAA CAGCTTGTGT TCAAAACTGG GCAATTTCCA GGCCTTCAAT GACAGACCCT 
TCCAAAACGC AGAAGATCAC GATCAGCATT CACAACAAGC TGCCCACACG GCAGGCGGTG 
CCGCAGGCGG AGTGTCCAAG CAGCGCTAGG GAGGAGGAGG ATCTGAAGCC CCTTCCTTCA 
GCCACAATTA CAAACTCTTC CGCAGCAGAG CCTACCTCAA ACCTCTCCAC AGTGTCAGTT 
GCTACTAATG TCTCCAAGCA GGAGGTTCCT GATGAAATCT TTGTTGAGCC AGCAGTGAAT 
GGAAACCCTA AGCTCTGTTC TGATAACATG GTCCCTTTCG GTGCAGAACC TTCAGGAAAA 
TCCGAGGAGT CAAAGGGCTT GTTCAAAAGG CACTGCAACA TCATATCTTC CAATGGAATT 
CTGATTGGGA AGGTGGTCCG TACATTGCAT AATTCCCATT CATCCTGTCA GAATGCAGAA 
GAAAGATCCC AGCATGAGCT GCCAAAAATT GATTCCCTAA ATGGTGCTAT TAGTTTAGAT 
AATGAATATA AAGAAAATGG ACTGAAACTT GATGATTCCA CTTGCCAAGT CCAACCTGTT 
AAACCTTCTG AGATTTTCTT CGCTAAAGCA AATGGAGTGC TTGAAGCGAT GCCTAAACCT 
TTGTCACCAG ATCCTCAAGG TATCTTAGAA TCACTTACAT ACAGCCAGTT GAACAGCTTG 
TCGGAGGAAA AGAGTGTCTC TGGACCTCAG AAATCTTCTG ACAATGATGG AGTTACAGAT 
ACTGTAGTGA TGGAAGCACT GTTTGCCTAT GAAGAATCCA GGAAGGTTCC TTCCAAATTT 
AGCTGTGAGG TTGAGAAACT TTTTACTCAA TCAGATTCTG AAACCATTTT TACCAAAGAA 
GAAGTTGCTG AAAGTATTAT AACAAAAGCT GATAATGCAC ATCTCAATAT CAATGGTCAG 
CACAAGGTTA GGAAAAAATC CTTGGATACT GAAGGTGAAT TCCTTGGACA GTGTGAGTCT 
GAAGACATCA GAGATAAAGA CAAACTAAGA AGATCAAAAG AACCTGAATT CATTTCAAAA 
GAAAATCCTT TGTACATCAA AGGATCTCCT GAGAGCAAAG AGAAATTAGG GCAAATTTCC 
TCTATAAAGC CTGACATTGA ATGTAGTTCT AAAAAACTTG CATCTCTAGA TATTACAGAT 
AAATGCCAAG ATACAAAGGA CATTTCTAAT AACTATGTAG AGGTACCACC TGTTAATGAC 
TCTTCTATTA CAAAGCTGGA TAAAGTATTG GAAAGTCAAT TTTCTAGAGC AGACGAGGGA 
CCGAGTAATC AAATATGTGA AGATGATGGC AAACATATGA AAAAAAATAA GAAAAGAATC 
CATGACTCTA AAAGAACTGA CAAAGAGCAC TACCGGAGGA AGAGAGAAAA CTCGGACACT 
GAGGAGAAGG AGAGGCAAAC CAGAAACAAA TCAGATGATC ATTCCCACAG GAGGAGGAGC 
TCTCACAGTG TGGAAACAAA CAAGCAGAGC CGTCATAAGC AGGAGTATTG CAGTGAGAGC 
AAGTACAGAT CCTCCCACAG TGAAAGAAAC ACTCTCAGTA ATGGTAGGAG CTCAGGAAAG 
TATTCCCGTT ACAGATCCCG AAGCAGAGAA AGGACAGATC CAGACAGAAA CAGGTATTAT 
TATTCCAAAG GAGACAGGCC TTGGATTAGA GAAAGATACT ACCAAGATGA ACCACGGAGA 
TGGGAAAAGT GCAGGTACTA CAATGATTAT TATTCCTCCC ATGGAACAAG GGATGGCAGG 
GAGAGGAGGT CCTCTCATTG TGATAAAGAC TATGACAAAT CGAGCCAGGC TTACAGCAGG 
TCACACAAGG ATTATCACTG CAAAAGCAGA TGGGCTCACA GCACACTCTC CCGAGAGGAG 
GATGTGCATC ACTTCAGCAG CCACAGAGCA AACTTCCACC ATTGTTCAGT ACCTCAGCAG 
CACTCGGAAA AATACTCCCA TGAAAGGCAC ACACTTCCAC CAGTGTCAGC TCACTCAAAT 
TTTGAGGACT CTTCCCGGGA AAATGAAAAA GAAAAACTAA GAAATGGCAA AAGAAAATAC 
TCCCACCAAG AAGAAAGTGG AAGTGACATA GAAAAGAAAT GCCGAAAGAC AGATGACCAA 
AGAATCAAAA AGTATAAGAA GGTCAAGAAG AAAAAGAAGT CCAAAGATAA ACATCGAGAG 
AAGGATTACA AACTTTATGA TTTGGATTGC TCTGTGCTCC ACTTTGACAA TGACAATCGC 
AAACATAAGA AAAAGAAGAA AAAGAAGAAG CACGACAGGA AACTGAAAGA CTTATTGGAA 
TATTTAGATC CTCGTTTCCA GAAGAAAACG TGGGAGAAGA AGGAAGAATC CCGTCCTCCA 
GATGACCATT TATGTGAGCA ATACAGAAAC CAGGGCAGTA AACAACCCTA CAAGGAAGAG 
AAGCCTTCTG GTGCAGGTGA CAGCAAGAAA TACAGCTCCA TGGCATCCAC TGAGTATGTC 
AGAGATATGG AGCTGACTGA TGAAAGCCTT CAATACTCAG ACTGA

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

USP42 ( XM_030285006.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030140866.1 Taeniopygia guttata ubiquitin specific peptidase 42 (USP42), transcript variant X2, mRNA.

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CloneID	OTd29525
Clone ID Related Accession (Same CDS sequence)	XM_030285005.1 , XM_030285006.1
Accession Version	XM_030285006.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4005bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
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 (NC_044226.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACCATAG TTAACAAGCC AAAATCTTCA AAGTCTAAAA AATCTTCTTC AAGACGGTCT 
GACAAATCTA TGAAACCCCG TACTAAAAAA ATGACGTCTC GCACTGCAAG TTTGGGCCGG 
GTACCTCCTA CAGAAGATCC AAACAAAGTC TCTGTGGACA AAGGTCCTGG GGGGCATATT 
TATTGTAGAT CATCTCAAAA ATCAAAGCCT TTTGCCCAAA GAGATCTAGT TGTTAATGAT 
GGGATTGCTC CGCCACAAAG AATTCTTTTT CCACCTGAGA AAATCTGTAT GGATTGGCAA 
CAAACACAAA GTGTTGGAGT TGGGCTGCAG AACCTCGGCA ACACATGTTT CCTTAATTCT 
ACTCTCCAGT GTTTGACCTA CACGCCTCCT CTTGCCAATT ACATGCTTTC ACTTGAGCAC 
ACCAAGTCAT GTCATGTAGA AGGATTCTGT ATGATGTGCA CAATGGAAAG TCACATCAAC 
CAGGTCCTGT GTTGCTCTAA TAATGCCATC AAACCTACGT CTGTTATCAA TGGCCTTAAA 
AGAATAGGAA AACATTTCCA CTTTGGCAGT CAAGAGGATG CACATGAATT CTTATGCTTC 
ACTGTTGATG CTTTACAGAA AGCTTGCTTG AATGGAAGCA CCAAATTAGA CAGATCTTCT 
CAAGCCACCA CACTTATTTA TCAAATATTT GGAGGATATC TAAGATCTCG AGTAAAGTGC 
TTGAACTGCA AAGCAGTGTC AGATACATAC GAGCCATTTC TCGACGTTAC TTTGGATATA 
AAGGCAGTTA CATCTGTCAC CAGAGCTCTA GAACAATTTG TGAAACCAGA ACAGCTGGAT 
GGTGAAAATA GCTACAAGTG TAGCAAGTGC AAAAAGATGG TTCCAGCATC AAAGAGATAC 
ACAATACATC GCTCTTCGAA TGTTCTCACA ATATCGCTGA AAAGATTTGC AAATTTTACA 
GGTGGAAAGA TCAACAAGGA TGTAAAATAC CCTGAATATT TGGATCTTCG AGCATATATG 
TCCCAATCCA TTGGAGAACC CCTCATCTAT GCTTTATATG CAGTTCTTGT ACATAGTGGC 
TTCAACTGTA ATGCTGGACA CTATCTCTGC TTCATAAAGG CTGGTAATGG ACTTTGGTAC 
CGAATGAATG ATGCCTCAGT AGAGCTTTCT GATATCAAAA CAGTTCTCAA TCAGCAAGCT 
TACGTACTTT TTTATATCAG GCGCTACGAC CTGACGCTGG GGGAACGAGC CTTTTACCTG 
CCCACACCCT CCTACCCCCG CTCCTTCCTG GGCCAGCGCG GGGCCAACAG CAAGCAGGCT 
GCCTTCATGG GACCTCGGCT TCCTCCCCAC ATGATTAAGA GTTCCAGTCG TTTAAATGGA 
AATGGACCCT TAAAAGAGGA TCCCAGTGCT GTTGGTGTTG CTGTAAAAAG GCCATCTTCA 
GCTCCACCAA CAGCTTGTGT TCAAAACTGG GCAATTTCCA GGCCTTCAAT GACAGACCCT 
TCCAAAACGC AGAAGATCAC GATCAGCATT CACAACAAGC TGCCCACACG GCAGGCGGTG 
CCGCAGGCGG AGTGTCCAAG CAGCGCTAGG GAGGAGGAGG ATCTGAAGCC CCTTCCTTCA 
GCCACAATTA CAAACTCTTC CGCAGCAGAG CCTACCTCAA ACCTCTCCAC AGTGTCAGTT 
GCTACTAATG TCTCCAAGCA GGAGGTTCCT GATGAAATCT TTGTTGAGCC AGCAGTGAAT 
GGAAACCCTA AGCTCTGTTC TGATAACATG GTCCCTTTCG GTGCAGAACC TTCAGGAAAA 
TCCGAGGAGT CAAAGGGCTT GTTCAAAAGG CACTGCAACA TCATATCTTC CAATGGAATT 
CTGATTGGGA AGGTGGTCCG TACATTGCAT AATTCCCATT CATCCTGTCA GAATGCAGAA 
GAAAGATCCC AGCATGAGCT GCCAAAAATT GATTCCCTAA ATGGTGCTAT TAGTTTAGAT 
AATGAATATA AAGAAAATGG ACTGAAACTT GATGATTCCA CTTGCCAAGT CCAACCTGTT 
AAACCTTCTG AGATTTTCTT CGCTAAAGCA AATGGAGTGC TTGAAGCGAT GCCTAAACCT 
TTGTCACCAG ATCCTCAAGG TATCTTAGAA TCACTTACAT ACAGCCAGTT GAACAGCTTG 
TCGGAGGAAA AGAGTGTCTC TGGACCTCAG AAATCTTCTG ACAATGATGG AGTTACAGAT 
ACTGTAGTGA TGGAAGCACT GTTTGCCTAT GAAGAATCCA GGAAGGTTCC TTCCAAATTT 
AGCTGTGAGG TTGAGAAACT TTTTACTCAA TCAGATTCTG AAACCATTTT TACCAAAGAA 
GAAGTTGCTG AAAGTATTAT AACAAAAGCT GATAATGCAC ATCTCAATAT CAATGGTCAG 
CACAAGGTTA GGAAAAAATC CTTGGATACT GAAGGTGAAT TCCTTGGACA GTGTGAGTCT 
GAAGACATCA GAGATAAAGA CAAACTAAGA AGATCAAAAG AACCTGAATT CATTTCAAAA 
GAAAATCCTT TGTACATCAA AGGATCTCCT GAGAGCAAAG AGAAATTAGG GCAAATTTCC 
TCTATAAAGC CTGACATTGA ATGTAGTTCT AAAAAACTTG CATCTCTAGA TATTACAGAT 
AAATGCCAAG ATACAAAGGA CATTTCTAAT AACTATGTAG AGGTACCACC TGTTAATGAC 
TCTTCTATTA CAAAGCTGGA TAAAGTATTG GAAAGTCAAT TTTCTAGAGC AGACGAGGGA 
CCGAGTAATC AAATATGTGA AGATGATGGC AAACATATGA AAAAAAATAA GAAAAGAATC 
CATGACTCTA AAAGAACTGA CAAAGAGCAC TACCGGAGGA AGAGAGAAAA CTCGGACACT 
GAGGAGAAGG AGAGGCAAAC CAGAAACAAA TCAGATGATC ATTCCCACAG GAGGAGGAGC 
TCTCACAGTG TGGAAACAAA CAAGCAGAGC CGTCATAAGC AGGAGTATTG CAGTGAGAGC 
AAGTACAGAT CCTCCCACAG TGAAAGAAAC ACTCTCAGTA ATGGTAGGAG CTCAGGAAAG 
TATTCCCGTT ACAGATCCCG AAGCAGAGAA AGGACAGATC CAGACAGAAA CAGGTATTAT 
TATTCCAAAG GAGACAGGCC TTGGATTAGA GAAAGATACT ACCAAGATGA ACCACGGAGA 
TGGGAAAAGT GCAGGTACTA CAATGATTAT TATTCCTCCC ATGGAACAAG GGATGGCAGG 
GAGAGGAGGT CCTCTCATTG TGATAAAGAC TATGACAAAT CGAGCCAGGC TTACAGCAGG 
TCACACAAGG ATTATCACTG CAAAAGCAGA TGGGCTCACA GCACACTCTC CCGAGAGGAG 
GATGTGCATC ACTTCAGCAG CCACAGAGCA AACTTCCACC ATTGTTCAGT ACCTCAGCAG 
CACTCGGAAA AATACTCCCA TGAAAGGCAC ACACTTCCAC CAGTGTCAGC TCACTCAAAT 
TTTGAGGACT CTTCCCGGGA AAATGAAAAA GAAAAACTAA GAAATGGCAA AAGAAAATAC 
TCCCACCAAG AAGAAAGTGG AAGTGACATA GAAAAGAAAT GCCGAAAGAC AGATGACCAA 
AGAATCAAAA AGTATAAGAA GGTCAAGAAG AAAAAGAAGT CCAAAGATAA ACATCGAGAG 
AAGGATTACA AACTTTATGA TTTGGATTGC TCTGTGCTCC ACTTTGACAA TGACAATCGC 
AAACATAAGA AAAAGAAGAA AAAGAAGAAG CACGACAGGA AACTGAAAGA CTTATTGGAA 
TATTTAGATC CTCGTTTCCA GAAGAAAACG TGGGAGAAGA AGGAAGAATC CCGTCCTCCA 
GATGACCATT TATGTGAGCA ATACAGAAAC CAGGGCAGTA AACAACCCTA CAAGGAAGAG 
AAGCCTTCTG GTGCAGGTGA CAGCAAGAAA TACAGCTCCA TGGCATCCAC TGAGTATGTC 
AGAGATATGG AGCTGACTGA TGAAAGCCTT CAATACTCAG ACTGA

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

RefSeq	XP_030140866.1
CDS	99..4103
Translation	MTIVNKPKSSKSKKSSSRRSDKSMKPRTKKMTSRTASLGRVPPTEDPNKVSVDKGPGGHIYCRSSQKSKPFAQRDLVVNDGIAPPQRILFPPEKICMDWQQTQSVGVGLQNLGNTCFLNSTLQCLTYTPPLANYMLSLEHTKSCHVEGFCMMCTMESHINQVLCCSNNAIKPTSVINGLKRIGKHFHFGSQEDAHEFLCFTVDALQKACLNGSTKLDRSSQATTLIYQIFGGYLRSRVKCLNCKAVSDTYEPFLDVTLDIKAVTSVTRALEQFVKPEQLDGENSYKCSKCKKMVPASKRYTIHRSSNVLTISLKRFANFTGGKINKDVKYPEYLDLRAYMSQSIGEPLIYALYAVLVHSGFNCNAGHYLCFIKAGNGLWYRMNDASVELSDIKTVLNQQAYVLFYIRRYDLTLGERAFYLPTPSYPRSFLGQRGANSKQAAFMGPRLPPHMIKSSSRLNGNGPLKEDPSAVGVAVKRPSSAPPTACVQNWAISRPSMTDPSKTQKITISIHNKLPTRQAVPQAECPSSAREEEDLKPLPSATITNSSAAEPTSNLSTVSVATNVSKQEVPDEIFVEPAVNGNPKLCSDNMVPFGAEPSGKSEESKGLFKRHCNIISSNGILIGKVVRTLHNSHSSCQNAEERSQHELPKIDSLNGAISLDNEYKENGLKLDDSTCQVQPVKPSEIFFAKANGVLEAMPKPLSPDPQGILESLTYSQLNSLSEEKSVSGPQKSSDNDGVTDTVVMEALFAYEESRKVPSKFSCEVEKLFTQSDSETIFTKEEVAESIITKADNAHLNINGQHKVRKKSLDTEGEFLGQCESEDIRDKDKLRRSKEPEFISKENPLYIKGSPESKEKLGQISSIKPDIECSSKKLASLDITDKCQDTKDISNNYVEVPPVNDSSITKLDKVLESQFSRADEGPSNQICEDDGKHMKKNKKRIHDSKRTDKEHYRRKRENSDTEEKERQTRNKSDDHSHRRRSSHSVETNKQSRHKQEYCSESKYRSSHSERNTLSNGRSSGKYSRYRSRSRERTDPDRNRYYYSKGDRPWIRERYYQDEPRRWEKCRYYNDYYSSHGTRDGRERRSSHCDKDYDKSSQAYSRSHKDYHCKSRWAHSTLSREEDVHHFSSHRANFHHCSVPQQHSEKYSHERHTLPPVSAHSNFEDSSRENEKEKLRNGKRKYSHQEESGSDIEKKCRKTDDQRIKKYKKVKKKKKSKDKHREKDYKLYDLDCSVLHFDNDNRKHKKKKKKKKHDRKLKDLLEYLDPRFQKKTWEKKEESRPPDDHLCEQYRNQGSKQPYKEEKPSGAGDSKKYSSMASTEYVRDMELTDESLQYSD

Target ORF information:

RefSeq Version	XM_030285006.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata 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_030285006.1

ORF Insert Sequence:

ATGACCATAG TTAACAAGCC AAAATCTTCA AAGTCTAAAA AATCTTCTTC AAGACGGTCT 
GACAAATCTA TGAAACCCCG TACTAAAAAA ATGACGTCTC GCACTGCAAG TTTGGGCCGG 
GTACCTCCTA CAGAAGATCC AAACAAAGTC TCTGTGGACA AAGGTCCTGG GGGGCATATT 
TATTGTAGAT CATCTCAAAA ATCAAAGCCT TTTGCCCAAA GAGATCTAGT TGTTAATGAT 
GGGATTGCTC CGCCACAAAG AATTCTTTTT CCACCTGAGA AAATCTGTAT GGATTGGCAA 
CAAACACAAA GTGTTGGAGT TGGGCTGCAG AACCTCGGCA ACACATGTTT CCTTAATTCT 
ACTCTCCAGT GTTTGACCTA CACGCCTCCT CTTGCCAATT ACATGCTTTC ACTTGAGCAC 
ACCAAGTCAT GTCATGTAGA AGGATTCTGT ATGATGTGCA CAATGGAAAG TCACATCAAC 
CAGGTCCTGT GTTGCTCTAA TAATGCCATC AAACCTACGT CTGTTATCAA TGGCCTTAAA 
AGAATAGGAA AACATTTCCA CTTTGGCAGT CAAGAGGATG CACATGAATT CTTATGCTTC 
ACTGTTGATG CTTTACAGAA AGCTTGCTTG AATGGAAGCA CCAAATTAGA CAGATCTTCT 
CAAGCCACCA CACTTATTTA TCAAATATTT GGAGGATATC TAAGATCTCG AGTAAAGTGC 
TTGAACTGCA AAGCAGTGTC AGATACATAC GAGCCATTTC TCGACGTTAC TTTGGATATA 
AAGGCAGTTA CATCTGTCAC CAGAGCTCTA GAACAATTTG TGAAACCAGA ACAGCTGGAT 
GGTGAAAATA GCTACAAGTG TAGCAAGTGC AAAAAGATGG TTCCAGCATC AAAGAGATAC 
ACAATACATC GCTCTTCGAA TGTTCTCACA ATATCGCTGA AAAGATTTGC AAATTTTACA 
GGTGGAAAGA TCAACAAGGA TGTAAAATAC CCTGAATATT TGGATCTTCG AGCATATATG 
TCCCAATCCA TTGGAGAACC CCTCATCTAT GCTTTATATG CAGTTCTTGT ACATAGTGGC 
TTCAACTGTA ATGCTGGACA CTATCTCTGC TTCATAAAGG CTGGTAATGG ACTTTGGTAC 
CGAATGAATG ATGCCTCAGT AGAGCTTTCT GATATCAAAA CAGTTCTCAA TCAGCAAGCT 
TACGTACTTT TTTATATCAG GCGCTACGAC CTGACGCTGG GGGAACGAGC CTTTTACCTG 
CCCACACCCT CCTACCCCCG CTCCTTCCTG GGCCAGCGCG GGGCCAACAG CAAGCAGGCT 
GCCTTCATGG GACCTCGGCT TCCTCCCCAC ATGATTAAGA GTTCCAGTCG TTTAAATGGA 
AATGGACCCT TAAAAGAGGA TCCCAGTGCT GTTGGTGTTG CTGTAAAAAG GCCATCTTCA 
GCTCCACCAA CAGCTTGTGT TCAAAACTGG GCAATTTCCA GGCCTTCAAT GACAGACCCT 
TCCAAAACGC AGAAGATCAC GATCAGCATT CACAACAAGC TGCCCACACG GCAGGCGGTG 
CCGCAGGCGG AGTGTCCAAG CAGCGCTAGG GAGGAGGAGG ATCTGAAGCC CCTTCCTTCA 
GCCACAATTA CAAACTCTTC CGCAGCAGAG CCTACCTCAA ACCTCTCCAC AGTGTCAGTT 
GCTACTAATG TCTCCAAGCA GGAGGTTCCT GATGAAATCT TTGTTGAGCC AGCAGTGAAT 
GGAAACCCTA AGCTCTGTTC TGATAACATG GTCCCTTTCG GTGCAGAACC TTCAGGAAAA 
TCCGAGGAGT CAAAGGGCTT GTTCAAAAGG CACTGCAACA TCATATCTTC CAATGGAATT 
CTGATTGGGA AGGTGGTCCG TACATTGCAT AATTCCCATT CATCCTGTCA GAATGCAGAA 
GAAAGATCCC AGCATGAGCT GCCAAAAATT GATTCCCTAA ATGGTGCTAT TAGTTTAGAT 
AATGAATATA AAGAAAATGG ACTGAAACTT GATGATTCCA CTTGCCAAGT CCAACCTGTT 
AAACCTTCTG AGATTTTCTT CGCTAAAGCA AATGGAGTGC TTGAAGCGAT GCCTAAACCT 
TTGTCACCAG ATCCTCAAGG TATCTTAGAA TCACTTACAT ACAGCCAGTT GAACAGCTTG 
TCGGAGGAAA AGAGTGTCTC TGGACCTCAG AAATCTTCTG ACAATGATGG AGTTACAGAT 
ACTGTAGTGA TGGAAGCACT GTTTGCCTAT GAAGAATCCA GGAAGGTTCC TTCCAAATTT 
AGCTGTGAGG TTGAGAAACT TTTTACTCAA TCAGATTCTG AAACCATTTT TACCAAAGAA 
GAAGTTGCTG AAAGTATTAT AACAAAAGCT GATAATGCAC ATCTCAATAT CAATGGTCAG 
CACAAGGTTA GGAAAAAATC CTTGGATACT GAAGGTGAAT TCCTTGGACA GTGTGAGTCT 
GAAGACATCA GAGATAAAGA CAAACTAAGA AGATCAAAAG AACCTGAATT CATTTCAAAA 
GAAAATCCTT TGTACATCAA AGGATCTCCT GAGAGCAAAG AGAAATTAGG GCAAATTTCC 
TCTATAAAGC CTGACATTGA ATGTAGTTCT AAAAAACTTG CATCTCTAGA TATTACAGAT 
AAATGCCAAG ATACAAAGGA CATTTCTAAT AACTATGTAG AGGTACCACC TGTTAATGAC 
TCTTCTATTA CAAAGCTGGA TAAAGTATTG GAAAGTCAAT TTTCTAGAGC AGACGAGGGA 
CCGAGTAATC AAATATGTGA AGATGATGGC AAACATATGA AAAAAAATAA GAAAAGAATC 
CATGACTCTA AAAGAACTGA CAAAGAGCAC TACCGGAGGA AGAGAGAAAA CTCGGACACT 
GAGGAGAAGG AGAGGCAAAC CAGAAACAAA TCAGATGATC ATTCCCACAG GAGGAGGAGC 
TCTCACAGTG TGGAAACAAA CAAGCAGAGC CGTCATAAGC AGGAGTATTG CAGTGAGAGC 
AAGTACAGAT CCTCCCACAG TGAAAGAAAC ACTCTCAGTA ATGGTAGGAG CTCAGGAAAG 
TATTCCCGTT ACAGATCCCG AAGCAGAGAA AGGACAGATC CAGACAGAAA CAGGTATTAT 
TATTCCAAAG GAGACAGGCC TTGGATTAGA GAAAGATACT ACCAAGATGA ACCACGGAGA 
TGGGAAAAGT GCAGGTACTA CAATGATTAT TATTCCTCCC ATGGAACAAG GGATGGCAGG 
GAGAGGAGGT CCTCTCATTG TGATAAAGAC TATGACAAAT CGAGCCAGGC TTACAGCAGG 
TCACACAAGG ATTATCACTG CAAAAGCAGA TGGGCTCACA GCACACTCTC CCGAGAGGAG 
GATGTGCATC ACTTCAGCAG CCACAGAGCA AACTTCCACC ATTGTTCAGT ACCTCAGCAG 
CACTCGGAAA AATACTCCCA TGAAAGGCAC ACACTTCCAC CAGTGTCAGC TCACTCAAAT 
TTTGAGGACT CTTCCCGGGA AAATGAAAAA GAAAAACTAA GAAATGGCAA AAGAAAATAC 
TCCCACCAAG AAGAAAGTGG AAGTGACATA GAAAAGAAAT GCCGAAAGAC AGATGACCAA 
AGAATCAAAA AGTATAAGAA GGTCAAGAAG AAAAAGAAGT CCAAAGATAA ACATCGAGAG 
AAGGATTACA AACTTTATGA TTTGGATTGC TCTGTGCTCC ACTTTGACAA TGACAATCGC 
AAACATAAGA AAAAGAAGAA AAAGAAGAAG CACGACAGGA AACTGAAAGA CTTATTGGAA 
TATTTAGATC CTCGTTTCCA GAAGAAAACG TGGGAGAAGA AGGAAGAATC CCGTCCTCCA 
GATGACCATT TATGTGAGCA ATACAGAAAC CAGGGCAGTA AACAACCCTA CAAGGAAGAG 
AAGCCTTCTG GTGCAGGTGA CAGCAAGAAA TACAGCTCCA TGGCATCCAC TGAGTATGTC 
AGAGATATGG AGCTGACTGA TGAAAGCCTT CAATACTCAG ACTGA

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

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USP42 cDNA ORF clone, Taeniopygia guttata(zebra finch)

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:

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