USP28 cDNA ORF clone, Taeniopygia guttata(zebra finch)

Gene
Clones
gRNAs

Summary

Gene Symbol	USP28
Entrez Gene ID	100232055
Full Name	ubiquitin specific peptidase 28
Gene Type	protein-coding
Organism	Taeniopygia guttata(zebra finch)

mRNA and Protein(s)

mRNA	Protein	Name
XM_030290756.1	XP_030146616.1	ubiquitin carboxyl-terminal hydrolase 28 isoform X1
XM_030290760.1	XP_030146620.1	ubiquitin carboxyl-terminal hydrolase 28 isoform X4
XM_030290761.1	XP_030146621.1	ubiquitin carboxyl-terminal hydrolase 28 isoform X5
XM_030290759.1	XP_030146619.1	ubiquitin carboxyl-terminal hydrolase 28 isoform X3
XM_012570757.1	XP_012426211.1	ubiquitin carboxyl-terminal hydrolase 28 isoform X1
XM_030290758.1	XP_030146618.1	ubiquitin carboxyl-terminal hydrolase 28 isoform X2
XM_002188696.3	XP_002188732.2	ubiquitin carboxyl-terminal hydrolase 28 isoform X2
XM_030290757.1	XP_030146617.1	ubiquitin carboxyl-terminal hydrolase 28 isoform X2

Pathways from BioSystems
Gene Ontology

The following USP28 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the USP28 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)
OTd05947	XM_002188696.3 Latest version!	Taeniopygia guttata ubiquitin specific peptidase 28 (USP28), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd20299	XM_012570757.1 Latest version!	Taeniopygia guttata ubiquitin specific peptidase 28 (USP28), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd38763	XM_030290756.1 Latest version!	Taeniopygia guttata ubiquitin specific peptidase 28 (USP28), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd38764	XM_030290758.1 Latest version!	Taeniopygia guttata ubiquitin specific peptidase 28 (USP28), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd38764	XM_030290757.1 Latest version!	Taeniopygia guttata ubiquitin specific peptidase 28 (USP28), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd38765	XM_030290759.1 Latest version!	Taeniopygia guttata ubiquitin specific peptidase 28 (USP28), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd38766	XM_030290760.1 Latest version!	Taeniopygia guttata ubiquitin specific peptidase 28 (USP28), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd38767	XM_030290761.1 Latest version!	Taeniopygia guttata ubiquitin specific peptidase 28 (USP28), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00

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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)

USP28 ( XM_002188696.3 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_002188732.2 Taeniopygia guttata ubiquitin specific peptidase 28 (USP28), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OTd05947
Clone ID Related Accession (Same CDS sequence)	XM_002188696.3
Accession Version	XM_002188696.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3087bp) 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 28 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_002198023.1) 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_002188696.2. ##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##

ATGAAAGAGA TCACAGGAAT TCAGGATTCA GCATTCCTGC TTGCTGCTCT AAAGGCTGCT 
GATGGAGATC TCATGGAAGC AGTCACCTTC CTGACGGAGG ACCCTGCTCC GGAGCCTGTG 
CAGAGCCCAG CTGCTGCAGA GCTGTCTGCC TGGGAAGGGA GCACAGTGGG CAAACAGCTC 
CCACAGGATG TTGGTACTGC AGCTGCCCCT CACAACCAAG ACAACCTCCG CACAGCCAAC 
ACTGTCAGAC CACTGGAATC ACCAAAAGCT CCAGCTGCAG AAAGTGATGC AGCTGAAAGA 
CCACAGGACG CCCATTCTGC TGAAAACAAA AACCGCTCCA AAAGGAAACG CTGTGAAGCC 
TGGGGAGAGA ACTCCAAGCA GAATGACTGG AGAAGAGCGG GTGACTGGCC TGTTGGAATG 
AAAAATATAG GAAATACATG TTGGTTTAGT GCTGTTATAC AGTCTCTGTT TCAGTTGCCA 
GAATTCCGGA GGCTGGTCCT TGGGTATTCC CTCCCACAGA ATGTACTTGA AAGTTGTCGT 
AGTCACACTG GAAAAAGAAA TATTGCATTC ATGCAAGAAC TTCAGTGTCT GTTTGCATTA 
ATGCTGGGGA CATGGCGTAA GTTTGTAGAC CCTTCAGCAG CACTGGAGCT CTTGAGGGAC 
GTGTTTAGAT CATCTGAACA ACCGCAGCAA GATGTGAGTG AATTTACGCA CAAACTACTG 
GACTGGCTGG AGGACGCATT CCAGCTCACT GTGAATGTCA CGAGCCTTGG GGACAAATCT 
GAAAACCCAA TGGTGCAGCT CTTCTACGGG ACTTTCCTGA CTGAGGGAGT CCATAAGGGC 
AACACTTTTT CCAAGATTGA GACCTTTGGT CAGTATCCCC TTCAGGTAAA TGGTTACCGG 
AACTTGAATG AGTGCTTGGA AGGAGCCATG GTGGAGGGAG AGATGGATGA GACACCAGCA 
TCTCAGTCAG TGAAGTATGG ACAGGAGCGC TGGTTTACAA AACTCCCACC AGTTCTGACC 
TTTGAACTCT CCCGATTTGA GTTCAATCAG TCACTAGGAC AGCCAGAGAA AATTCACACC 
AAGCTAGAGT TTCCCCAGAC TATATATATG GACAGGTACC TATACTGCAA TAAAGACCTT 
ATTCAGATGA AAAGAGAGGA AATGAAGAGA TTGAAGGAGA AAATGGTGAC TCTGCAGCAG 
AAACTGGAAA GGTACATGGA ATATGGCTCT GGCCCAGCCC GCTTTCCACT GCCTGACATG 
CTGCAGTATG TGCTGGAGTT CATTGCTACA AAGCCAGCTG TGGCTGTTTC CTCTGCTCAG 
AGCTCTCAAG CGCCACTCCT GCGCTCCCAA GCCAAGCCTA ATGTTCTGGA CTTGCTTTCA 
CAGCCAAACG GCATACAAGA AAGGACTGAT ACGAGGACTG AAGATGAAGC TTTCTTTGTG 
GCAAATTCTT CACCACAGCA AAGCTCCAGT ATGGAGCTCC AGCCTCCTGT TTCACCAGCA 
GAACTGTCTG AACGTCCAGC TCCTCACGTG GTCTCCAAAG AAGAGCTGAA CCTGGTTCAG 
ACGTGTCTGC AGCGATGGAG AAACGAGATC GAGCAAGATG TGCAAGATCT GAAGGAGTCT 
ATTGCCAGAA TCAACCTATC CATTGAACAA ATGTACTGTG ACCCTCTCCT CCAGCAGGTT 
CCCTATCGTT TGCATGCAGT CCTGGTCCAT GAGGGGCAAG CAAATGCTGG GCACTACTGG 
GCCTTCATAT ATGACCAGCC TCGGAAAAGA TGGCTCAAGT ACAATGACAT CTCAGTGACG 
GAGTCCTCGT GGGAAGAGCT GGAGAGAGAG TCCTTTGGAG GCCTGAGGAA CGCCAGTGCC 
TACTGCCTGA TGTACATCAG TGACCAGGTG TCCCCTGTTG GTGCAGATGA GGATGAGAGC 
CCAGAGGCTA GACAGTTCCA GAAAGAAGTG GAAGCTTTGT CCCCAGAACT GAGACACTAC 
ATCCAGGAGG ACAACTGGCG CCTGGAGCAG GAGGCAGAGG AGTGGGACGA GGAGCAATCT 
TGCAAGATTC CTCAAATGGA GCCTTCACCT ACTTCTGAAT TGCAGGACCT CTCCTCTGAG 
TCGGGACCAG AGCAGTCATC AGTGTGTGAG CAGAGCGTGC ACTCCCTGTC CTCGGAGCAT 
GCCAGGATTG CCAAGGAGCA GACTGCCAAG GCCATTGCCA ACACTGCCGA TGCCTACGAG 
AAGAACGGTG TCGAGGCAGC TCTGTGCGAG GCATTCCATG AGGAGTACTC CCGGCTGTAC 
CTGCTTTCCA AAGAGACCCC AACCCCCCAG AACGATGCCC GGCTGCAGCA CGTGCTCATC 
TACTTCCTGC AGAACAACGC TCCGCAGCAG GTGGTGGAAC GGACCCTCCT CGAGCAGTTT 
GCAGACAAAA ACCTCAGCTA TGATGAGCGG TCCATCAGCA TCATGAAGGT GGCACGGGCA 
AAGCTGAGCG AAATTGGTCC TGACGATGTT GACATGGAGG AGTACAAGAG ATGGCACGAA 
GACTACAGCC TTTTTCGCAA GGTGTCCATC TACCTGCTGA CGGGGTTGGA ACTCTACCAG 
AATAGAAAGT ACCAAGAGTC ACTCACCTAC CTGGTCTATG CCTACCAAAG CAACACCAAA 
CTGCTGCTGA AGGGAGCCAA CCGAGGCGTG AGCGAGTCGC TGATCGCCTT GTACAGAAGG 
AAATGTCTCC TGAAGCTGAA CGAGGTGGCA GCTTCTCTTT TTGTCAGCTG TGAAGAAGCT 
CATGTGTCAG AGGGTGTGAG CATCCTGAAT GAGCTGATCA TCCCCTGCAT GCATCTCATG 
AGCAACCTGG CGGTCTCCCA AGAGGACCTG GATGCCATCG AGGTGATGAG AAACCGCTGG 
TGCTCCTATT TGGGACGAGA AGACATGGAC GCAAAGCTGC AGATGAAGCT GGGTGAGCTG 
CTGCCCCGGC TCCTGGACGG CTCCACCGAG GTCATTATGC TGAAGGAGCC CCCGAAGATC 
CGGCCCAACT CCCCTTACGA CCTGTGCAGC CGCTTTGCGG CCGTGATGGA GTCCATCCAC 
GGGGCCTCCG CCGTGACGGT GAACTAG

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

RefSeq	XP_002188732.2
CDS	32..3118
Translation	MKEITGIQDSAFLLAALKAADGDLMEAVTFLTEDPAPEPVQSPAAAELSAWEGSTVGKQLPQDVGTAAAPHNQDNLRTANTVRPLESPKAPAAESDAAERPQDAHSAENKNRSKRKRCEAWGENSKQNDWRRAGDWPVGMKNIGNTCWFSAVIQSLFQLPEFRRLVLGYSLPQNVLESCRSHTGKRNIAFMQELQCLFALMLGTWRKFVDPSAALELLRDVFRSSEQPQQDVSEFTHKLLDWLEDAFQLTVNVTSLGDKSENPMVQLFYGTFLTEGVHKGNTFSKIETFGQYPLQVNGYRNLNECLEGAMVEGEMDETPASQSVKYGQERWFTKLPPVLTFELSRFEFNQSLGQPEKIHTKLEFPQTIYMDRYLYCNKDLIQMKREEMKRLKEKMVTLQQKLERYMEYGSGPARFPLPDMLQYVLEFIATKPAVAVSSAQSSQAPLLRSQAKPNVLDLLSQPNGIQERTDTRTEDEAFFVANSSPQQSSSMELQPPVSPAELSERPAPHVVSKEELNLVQTCLQRWRNEIEQDVQDLKESIARINLSIEQMYCDPLLQQVPYRLHAVLVHEGQANAGHYWAFIYDQPRKRWLKYNDISVTESSWEELERESFGGLRNASAYCLMYISDQVSPVGADEDESPEARQFQKEVEALSPELRHYIQEDNWRLEQEAEEWDEEQSCKIPQMEPSPTSELQDLSSESGPEQSSVCEQSVHSLSSEHARIAKEQTAKAIANTADAYEKNGVEAALCEAFHEEYSRLYLLSKETPTPQNDARLQHVLIYFLQNNAPQQVVERTLLEQFADKNLSYDERSISIMKVARAKLSEIGPDDVDMEEYKRWHEDYSLFRKVSIYLLTGLELYQNRKYQESLTYLVYAYQSNTKLLLKGANRGVSESLIALYRRKCLLKLNEVAASLFVSCEEAHVSEGVSILNELIIPCMHLMSNLAVSQEDLDAIEVMRNRWCSYLGREDMDAKLQMKLGELLPRLLDGSTEVIMLKEPPKIRPNSPYDLCSRFAAVMESIHGASAVTVN

Target ORF information:

RefSeq Version	XM_002188696.3
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata ubiquitin specific peptidase 28 (USP28), transcript variant X2, mRNA.

Target ORF information:

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

XM_002188696.3

ORF Insert Sequence:

ATGAAAGAGA TCACAGGAAT TCAGGATTCA GCATTCCTGC TTGCTGCTCT AAAGGCTGCT 
GATGGAGATC TCATGGAAGC AGTCACCTTC CTGACGGAGG ACCCTGCTCC GGAGCCTGTG 
CAGAGCCCAG CTGCTGCAGA GCTGTCTGCC TGGGAAGGGA GCACAGTGGG CAAACAGCTC 
CCACAGGATG TTGGTACTGC AGCTGCCCCT CACAACCAAG ACAACCTCCG CACAGCCAAC 
ACTGTCAGAC CACTGGAATC ACCAAAAGCT CCAGCTGCAG AAAGTGATGC AGCTGAAAGA 
CCACAGGACG CCCATTCTGC TGAAAACAAA AACCGCTCCA AAAGGAAACG CTGTGAAGCC 
TGGGGAGAGA ACTCCAAGCA GAATGACTGG AGAAGAGCGG GTGACTGGCC TGTTGGAATG 
AAAAATATAG GAAATACATG TTGGTTTAGT GCTGTTATAC AGTCTCTGTT TCAGTTGCCA 
GAATTCCGGA GGCTGGTCCT TGGGTATTCC CTCCCACAGA ATGTACTTGA AAGTTGTCGT 
AGTCACACTG GAAAAAGAAA TATTGCATTC ATGCAAGAAC TTCAGTGTCT GTTTGCATTA 
ATGCTGGGGA CATGGCGTAA GTTTGTAGAC CCTTCAGCAG CACTGGAGCT CTTGAGGGAC 
GTGTTTAGAT CATCTGAACA ACCGCAGCAA GATGTGAGTG AATTTACGCA CAAACTACTG 
GACTGGCTGG AGGACGCATT CCAGCTCACT GTGAATGTCA CGAGCCTTGG GGACAAATCT 
GAAAACCCAA TGGTGCAGCT CTTCTACGGG ACTTTCCTGA CTGAGGGAGT CCATAAGGGC 
AACACTTTTT CCAAGATTGA GACCTTTGGT CAGTATCCCC TTCAGGTAAA TGGTTACCGG 
AACTTGAATG AGTGCTTGGA AGGAGCCATG GTGGAGGGAG AGATGGATGA GACACCAGCA 
TCTCAGTCAG TGAAGTATGG ACAGGAGCGC TGGTTTACAA AACTCCCACC AGTTCTGACC 
TTTGAACTCT CCCGATTTGA GTTCAATCAG TCACTAGGAC AGCCAGAGAA AATTCACACC 
AAGCTAGAGT TTCCCCAGAC TATATATATG GACAGGTACC TATACTGCAA TAAAGACCTT 
ATTCAGATGA AAAGAGAGGA AATGAAGAGA TTGAAGGAGA AAATGGTGAC TCTGCAGCAG 
AAACTGGAAA GGTACATGGA ATATGGCTCT GGCCCAGCCC GCTTTCCACT GCCTGACATG 
CTGCAGTATG TGCTGGAGTT CATTGCTACA AAGCCAGCTG TGGCTGTTTC CTCTGCTCAG 
AGCTCTCAAG CGCCACTCCT GCGCTCCCAA GCCAAGCCTA ATGTTCTGGA CTTGCTTTCA 
CAGCCAAACG GCATACAAGA AAGGACTGAT ACGAGGACTG AAGATGAAGC TTTCTTTGTG 
GCAAATTCTT CACCACAGCA AAGCTCCAGT ATGGAGCTCC AGCCTCCTGT TTCACCAGCA 
GAACTGTCTG AACGTCCAGC TCCTCACGTG GTCTCCAAAG AAGAGCTGAA CCTGGTTCAG 
ACGTGTCTGC AGCGATGGAG AAACGAGATC GAGCAAGATG TGCAAGATCT GAAGGAGTCT 
ATTGCCAGAA TCAACCTATC CATTGAACAA ATGTACTGTG ACCCTCTCCT CCAGCAGGTT 
CCCTATCGTT TGCATGCAGT CCTGGTCCAT GAGGGGCAAG CAAATGCTGG GCACTACTGG 
GCCTTCATAT ATGACCAGCC TCGGAAAAGA TGGCTCAAGT ACAATGACAT CTCAGTGACG 
GAGTCCTCGT GGGAAGAGCT GGAGAGAGAG TCCTTTGGAG GCCTGAGGAA CGCCAGTGCC 
TACTGCCTGA TGTACATCAG TGACCAGGTG TCCCCTGTTG GTGCAGATGA GGATGAGAGC 
CCAGAGGCTA GACAGTTCCA GAAAGAAGTG GAAGCTTTGT CCCCAGAACT GAGACACTAC 
ATCCAGGAGG ACAACTGGCG CCTGGAGCAG GAGGCAGAGG AGTGGGACGA GGAGCAATCT 
TGCAAGATTC CTCAAATGGA GCCTTCACCT ACTTCTGAAT TGCAGGACCT CTCCTCTGAG 
TCGGGACCAG AGCAGTCATC AGTGTGTGAG CAGAGCGTGC ACTCCCTGTC CTCGGAGCAT 
GCCAGGATTG CCAAGGAGCA GACTGCCAAG GCCATTGCCA ACACTGCCGA TGCCTACGAG 
AAGAACGGTG TCGAGGCAGC TCTGTGCGAG GCATTCCATG AGGAGTACTC CCGGCTGTAC 
CTGCTTTCCA AAGAGACCCC AACCCCCCAG AACGATGCCC GGCTGCAGCA CGTGCTCATC 
TACTTCCTGC AGAACAACGC TCCGCAGCAG GTGGTGGAAC GGACCCTCCT CGAGCAGTTT 
GCAGACAAAA ACCTCAGCTA TGATGAGCGG TCCATCAGCA TCATGAAGGT GGCACGGGCA 
AAGCTGAGCG AAATTGGTCC TGACGATGTT GACATGGAGG AGTACAAGAG ATGGCACGAA 
GACTACAGCC TTTTTCGCAA GGTGTCCATC TACCTGCTGA CGGGGTTGGA ACTCTACCAG 
AATAGAAAGT ACCAAGAGTC ACTCACCTAC CTGGTCTATG CCTACCAAAG CAACACCAAA 
CTGCTGCTGA AGGGAGCCAA CCGAGGCGTG AGCGAGTCGC TGATCGCCTT GTACAGAAGG 
AAATGTCTCC TGAAGCTGAA CGAGGTGGCA GCTTCTCTTT TTGTCAGCTG TGAAGAAGCT 
CATGTGTCAG AGGGTGTGAG CATCCTGAAT GAGCTGATCA TCCCCTGCAT GCATCTCATG 
AGCAACCTGG CGGTCTCCCA AGAGGACCTG GATGCCATCG AGGTGATGAG AAACCGCTGG 
TGCTCCTATT TGGGACGAGA AGACATGGAC GCAAAGCTGC AGATGAAGCT GGGTGAGCTG 
CTGCCCCGGC TCCTGGACGG CTCCACCGAG GTCATTATGC TGAAGGAGCC CCCGAAGATC 
CGGCCCAACT CCCCTTACGA CCTGTGCAGC CGCTTTGCGG CCGTGATGGA GTCCATCCAC 
GGGGCCTCCG CCGTGACGGT GAACTAG

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

USP28 ( XM_012570757.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_012426211.1 Taeniopygia guttata ubiquitin specific peptidase 28 (USP28), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OTd20299
Clone ID Related Accession (Same CDS sequence)	XM_012570757.1
Accession Version	XM_012570757.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3369bp) 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 28 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_002198023.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##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##

ATGAAAGAGA TCACAGGAAT TCAGGATTCA GCATTCCTGC TTGCTGCTCT AAAGGCTGCT 
GATGGAGATC TCATGGAAGC AGTCACCTTC CTGACGGAGG ACCCTGCTCC GGAGCCTGTG 
CAGAGCCCAG CTGCTGCAGA GCTGTCTGCC TGGGAAGGGA GCACAGTGGG CAAACAGCTC 
CCACAGGATG TTGGTACTGC AGCTGCCCCT CACAACCAAG ACAACCTCCG CACAGCCAAC 
ACTGTCAGAC CACTGGAATC ACCAAAAGCT CCAGCTGCAG AAAGTGATGC AGCTGAAAGA 
CCACAGGACG CCCATTCTGC TGAAAACAAA AACCGCTCCA AAAGGAAACG CTGTGAAGCC 
TGGGGAGAGA ACTCCAAGCA GAATGACTGG AGAAGAGCGG GTGACTGGCC TGTTGGAATG 
AAAAATATAG GAAATACATG TTGGTTTAGT GCTGTTATAC AGTCTCTGTT TCAGTTGCCA 
GAATTCCGGA GGCTGGTCCT TGGGTATTCC CTCCCACAGA ATGTACTTGA AAGTTGTCGT 
AGTCACACTG GAAAAAGAAA TATTGCATTC ATGCAAGAAC TTCAGTGTCT GTTTGCATTA 
ATGCTGGGGA CATGGCGTAA GTTTGTAGAC CCTTCAGCAG CACTGGAGCT CTTGAGGGAC 
GTGTTTAGAT CATCTGAACA ACCGCAGCAA GATGTGAGTG AATTTACGCA CAAACTACTG 
GACTGGCTGG AGGACGCATT CCAGCTCACT GTGAATGTCA CGAGCCTTGG GGACAAATCT 
GAAAACCCAA TGGTGCAGCT CTTCTACGGG ACTTTCCTGA CTGAGGGAGT CCATAAGGGC 
AACACTTTTT CCAAGATTGA GACCTTTGGT CAGTATCCCC TTCAGGTAAA TGGTTACCGG 
AACTTGAATG AGTGCTTGGA AGGAGCCATG GTGGAGGGAG AGATGGATGA GACACCAGCA 
TCTCAGTCAG TGAAGTATGG ACAGGAGCGC TGGTTTACAA AACTCCCACC AGTTCTGACC 
TTTGAACTCT CCCGATTTGA GTTCAATCAG TCACTAGGAC AGCCAGAGAA AATTCACACC 
AAGCTAGAGT TTCCCCAGAC TATATATATG GACAGGTACC TATACTGCAA TAAAGACCTT 
ATTCAGATGA AAAGAGAGGA AATGAAGAGA TTGAAGGAGA AAATGGTGAC TCTGCAGCAG 
AAACTGGAAA GGTACATGGA ATATGGCTCT GGCCCAGCCC GCTTTCCACT GCCTGACATG 
CTGCAGTATG TGCTGGAGTT CATTGCTACA AAGCCAGCTG TGGCTGTTTC CTCTGCTCAG 
AGCTCTCAAG CGCCACTCCT GCGCTCCCAA GCCAAGCCTA ATGTTCTGGA CTTGCTTTCA 
CAGCCAAACG GCATACAAGA AAGGACTGAT ACGAGGACTG AAGATGAAGC TTTCTTTGTG 
GCAAATTCTT CACCACAGCA AAGCTCCAGT ATGGAGCTCC AGCCTCCTGT TTCACCAGCA 
GAACTGTCTG AACGTCCAGC TCCTCACGTG GTCTCCAAAG AAGAGCTGAA CCTGGTTCAG 
ACGTGTCTGC AGCGATGGAG AAACGAGATC GAGCAAGATG TGCAAGATCT GAAGGAGTCT 
ATTGCCAGAA TCAACCTATC CATTGAACAA ATGTACTGTG ACCCTCTCCT CCAGCAGGTT 
CCCTATCGTT TGCATGCAGT CCTGGTCCAT GAGGGGCAAG CAAATGCTGG GCACTACTGG 
GCCTTCATAT ATGACCAGCC TCGGAAAAGA TGGCTCAAGT ACAATGACAT CTCAGTGACG 
GAGTCCTCGT GGGAAGAGCT GGAGAGAGAG TCCTTTGGAG GCCTGAGGAA CGCCAGTGCC 
TACTGCCTGA TGTACATCAG TGACCAGGTG TCCCCTGTTG GTGCAGATGA GGATGAGAGC 
CCAGAGGCTA GACAGTTCCA GAAAGAAGTG GAAGCTTTGT CCCCAGAACT GAGACACTAC 
ATCCAGGAGG ACAACTGGCG CCTGGAGCAG GAGGCAGAGG AGTGGGACGA GGAGCAATCT 
TGCAAGATTC CTCAAATGGA GCCTTCACCT ACTTCTGAAT TGCAGGACCT CTCCTCTGAG 
TCGGGACCAG AGCAGTCATC AGTGTGTGAG CAGAGCGTGC ACTCCCTGTC CTCGGAGCAT 
GCCAGGATTG CCAAGGAGCA GACTGCCAAG GCCATTGCCA ACACTGCCGA TGCCTACGAG 
AAGAACGGTG TCGAGGCAGC TCTGTGCGAG CACAAGGAGG TGGAGCCACT GAAGGCCCAT 
CCAGAAGAAA CATCCCCCAC AGTTCAGGCA GAGCAGCCCC AGGACACTCA GGAAGCAGAG 
GCTGCTGCCC AAACTAGCTC ACAGGTCTCT GAAGTGGAAA TCCCCAGTGT GGGGAGGATT 
CCTGTTAGAT CCGATGCAGA TGGATATAAT GAGGAGGTGA TGCTGAGTCC AGCCATGCAA 
GGTGTCATCC TGGCTATTGC AAAAGCCCGC CAGACCTTTG ATCGTGATGG GTCTGAAGCA 
GGGCTTGTTA AGGCATTCCA TGAGGAGTAC TCCCGGCTGT ACCTGCTTTC CAAAGAGACC 
CCAACCCCCC AGAACGATGC CCGGCTGCAG CACGTGCTCA TCTACTTCCT GCAGAACAAC 
GCTCCGCAGC AGGTGGTGGA ACGGACCCTC CTCGAGCAGT TTGCAGACAA AAACCTCAGC 
TATGATGAGC GGTCCATCAG CATCATGAAG GTGGCACGGG CAAAGCTGAG CGAAATTGGT 
CCTGACGATG TTGACATGGA GGAGTACAAG AGATGGCACG AAGACTACAG CCTTTTTCGC 
AAGGTGTCCA TCTACCTGCT GACGGGGTTG GAACTCTACC AGAATAGAAA GTACCAAGAG 
TCACTCACCT ACCTGGTCTA TGCCTACCAA AGCAACACCA AACTGCTGCT GAAGGGAGCC 
AACCGAGGCG TGAGCGAGTC GCTGATCGCC TTGTACAGAA GGAAATGTCT CCTGAAGCTG 
AACGAGGTGG CAGCTTCTCT TTTTGTCAGC TGTGAAGAAG CTCATGTGTC AGAGGGTGTG 
AGCATCCTGA ATGAGCTGAT CATCCCCTGC ATGCATCTCA TGAGCAACCT GGCGGTCTCC 
CAAGAGGACC TGGATGCCAT CGAGGTGATG AGAAACCGCT GGTGCTCCTA TTTGGGACGA 
GAAGACATGG ACGCAAAGCT GCAGATGAAG CTGGGTGAGC TGCTGCCCCG GCTCCTGGAC 
GGCTCCACCG AGGTCATTAT GCTGAAGGAG CCCCCGAAGA TCCGGCCCAA CTCCCCTTAC 
GACCTGTGCA GCCGCTTTGC GGCCGTGATG GAGTCCATCC ACGGGGCCTC CGCCGTGACG 
GTGAACTAG

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

RefSeq	XP_012426211.1
CDS	32..3400
Translation	MKEITGIQDSAFLLAALKAADGDLMEAVTFLTEDPAPEPVQSPAAAELSAWEGSTVGKQLPQDVGTAAAPHNQDNLRTANTVRPLESPKAPAAESDAAERPQDAHSAENKNRSKRKRCEAWGENSKQNDWRRAGDWPVGMKNIGNTCWFSAVIQSLFQLPEFRRLVLGYSLPQNVLESCRSHTGKRNIAFMQELQCLFALMLGTWRKFVDPSAALELLRDVFRSSEQPQQDVSEFTHKLLDWLEDAFQLTVNVTSLGDKSENPMVQLFYGTFLTEGVHKGNTFSKIETFGQYPLQVNGYRNLNECLEGAMVEGEMDETPASQSVKYGQERWFTKLPPVLTFELSRFEFNQSLGQPEKIHTKLEFPQTIYMDRYLYCNKDLIQMKREEMKRLKEKMVTLQQKLERYMEYGSGPARFPLPDMLQYVLEFIATKPAVAVSSAQSSQAPLLRSQAKPNVLDLLSQPNGIQERTDTRTEDEAFFVANSSPQQSSSMELQPPVSPAELSERPAPHVVSKEELNLVQTCLQRWRNEIEQDVQDLKESIARINLSIEQMYCDPLLQQVPYRLHAVLVHEGQANAGHYWAFIYDQPRKRWLKYNDISVTESSWEELERESFGGLRNASAYCLMYISDQVSPVGADEDESPEARQFQKEVEALSPELRHYIQEDNWRLEQEAEEWDEEQSCKIPQMEPSPTSELQDLSSESGPEQSSVCEQSVHSLSSEHARIAKEQTAKAIANTADAYEKNGVEAALCEHKEVEPLKAHPEETSPTVQAEQPQDTQEAEAAAQTSSQVSEVEIPSVGRIPVRSDADGYNEEVMLSPAMQGVILAIAKARQTFDRDGSEAGLVKAFHEEYSRLYLLSKETPTPQNDARLQHVLIYFLQNNAPQQVVERTLLEQFADKNLSYDERSISIMKVARAKLSEIGPDDVDMEEYKRWHEDYSLFRKVSIYLLTGLELYQNRKYQESLTYLVYAYQSNTKLLLKGANRGVSESLIALYRRKCLLKLNEVAASLFVSCEEAHVSEGVSILNELIIPCMHLMSNLAVSQEDLDAIEVMRNRWCSYLGREDMDAKLQMKLGELLPRLLDGSTEVIMLKEPPKIRPNSPYDLCSRFAAVMESIHGASAVTVN

Target ORF information:

RefSeq Version	XM_012570757.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata ubiquitin specific peptidase 28 (USP28), transcript variant X1, mRNA.

Target ORF information:

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

XM_012570757.1

ORF Insert Sequence:

ATGAAAGAGA TCACAGGAAT TCAGGATTCA GCATTCCTGC TTGCTGCTCT AAAGGCTGCT 
GATGGAGATC TCATGGAAGC AGTCACCTTC CTGACGGAGG ACCCTGCTCC GGAGCCTGTG 
CAGAGCCCAG CTGCTGCAGA GCTGTCTGCC TGGGAAGGGA GCACAGTGGG CAAACAGCTC 
CCACAGGATG TTGGTACTGC AGCTGCCCCT CACAACCAAG ACAACCTCCG CACAGCCAAC 
ACTGTCAGAC CACTGGAATC ACCAAAAGCT CCAGCTGCAG AAAGTGATGC AGCTGAAAGA 
CCACAGGACG CCCATTCTGC TGAAAACAAA AACCGCTCCA AAAGGAAACG CTGTGAAGCC 
TGGGGAGAGA ACTCCAAGCA GAATGACTGG AGAAGAGCGG GTGACTGGCC TGTTGGAATG 
AAAAATATAG GAAATACATG TTGGTTTAGT GCTGTTATAC AGTCTCTGTT TCAGTTGCCA 
GAATTCCGGA GGCTGGTCCT TGGGTATTCC CTCCCACAGA ATGTACTTGA AAGTTGTCGT 
AGTCACACTG GAAAAAGAAA TATTGCATTC ATGCAAGAAC TTCAGTGTCT GTTTGCATTA 
ATGCTGGGGA CATGGCGTAA GTTTGTAGAC CCTTCAGCAG CACTGGAGCT CTTGAGGGAC 
GTGTTTAGAT CATCTGAACA ACCGCAGCAA GATGTGAGTG AATTTACGCA CAAACTACTG 
GACTGGCTGG AGGACGCATT CCAGCTCACT GTGAATGTCA CGAGCCTTGG GGACAAATCT 
GAAAACCCAA TGGTGCAGCT CTTCTACGGG ACTTTCCTGA CTGAGGGAGT CCATAAGGGC 
AACACTTTTT CCAAGATTGA GACCTTTGGT CAGTATCCCC TTCAGGTAAA TGGTTACCGG 
AACTTGAATG AGTGCTTGGA AGGAGCCATG GTGGAGGGAG AGATGGATGA GACACCAGCA 
TCTCAGTCAG TGAAGTATGG ACAGGAGCGC TGGTTTACAA AACTCCCACC AGTTCTGACC 
TTTGAACTCT CCCGATTTGA GTTCAATCAG TCACTAGGAC AGCCAGAGAA AATTCACACC 
AAGCTAGAGT TTCCCCAGAC TATATATATG GACAGGTACC TATACTGCAA TAAAGACCTT 
ATTCAGATGA AAAGAGAGGA AATGAAGAGA TTGAAGGAGA AAATGGTGAC TCTGCAGCAG 
AAACTGGAAA GGTACATGGA ATATGGCTCT GGCCCAGCCC GCTTTCCACT GCCTGACATG 
CTGCAGTATG TGCTGGAGTT CATTGCTACA AAGCCAGCTG TGGCTGTTTC CTCTGCTCAG 
AGCTCTCAAG CGCCACTCCT GCGCTCCCAA GCCAAGCCTA ATGTTCTGGA CTTGCTTTCA 
CAGCCAAACG GCATACAAGA AAGGACTGAT ACGAGGACTG AAGATGAAGC TTTCTTTGTG 
GCAAATTCTT CACCACAGCA AAGCTCCAGT ATGGAGCTCC AGCCTCCTGT TTCACCAGCA 
GAACTGTCTG AACGTCCAGC TCCTCACGTG GTCTCCAAAG AAGAGCTGAA CCTGGTTCAG 
ACGTGTCTGC AGCGATGGAG AAACGAGATC GAGCAAGATG TGCAAGATCT GAAGGAGTCT 
ATTGCCAGAA TCAACCTATC CATTGAACAA ATGTACTGTG ACCCTCTCCT CCAGCAGGTT 
CCCTATCGTT TGCATGCAGT CCTGGTCCAT GAGGGGCAAG CAAATGCTGG GCACTACTGG 
GCCTTCATAT ATGACCAGCC TCGGAAAAGA TGGCTCAAGT ACAATGACAT CTCAGTGACG 
GAGTCCTCGT GGGAAGAGCT GGAGAGAGAG TCCTTTGGAG GCCTGAGGAA CGCCAGTGCC 
TACTGCCTGA TGTACATCAG TGACCAGGTG TCCCCTGTTG GTGCAGATGA GGATGAGAGC 
CCAGAGGCTA GACAGTTCCA GAAAGAAGTG GAAGCTTTGT CCCCAGAACT GAGACACTAC 
ATCCAGGAGG ACAACTGGCG CCTGGAGCAG GAGGCAGAGG AGTGGGACGA GGAGCAATCT 
TGCAAGATTC CTCAAATGGA GCCTTCACCT ACTTCTGAAT TGCAGGACCT CTCCTCTGAG 
TCGGGACCAG AGCAGTCATC AGTGTGTGAG CAGAGCGTGC ACTCCCTGTC CTCGGAGCAT 
GCCAGGATTG CCAAGGAGCA GACTGCCAAG GCCATTGCCA ACACTGCCGA TGCCTACGAG 
AAGAACGGTG TCGAGGCAGC TCTGTGCGAG CACAAGGAGG TGGAGCCACT GAAGGCCCAT 
CCAGAAGAAA CATCCCCCAC AGTTCAGGCA GAGCAGCCCC AGGACACTCA GGAAGCAGAG 
GCTGCTGCCC AAACTAGCTC ACAGGTCTCT GAAGTGGAAA TCCCCAGTGT GGGGAGGATT 
CCTGTTAGAT CCGATGCAGA TGGATATAAT GAGGAGGTGA TGCTGAGTCC AGCCATGCAA 
GGTGTCATCC TGGCTATTGC AAAAGCCCGC CAGACCTTTG ATCGTGATGG GTCTGAAGCA 
GGGCTTGTTA AGGCATTCCA TGAGGAGTAC TCCCGGCTGT ACCTGCTTTC CAAAGAGACC 
CCAACCCCCC AGAACGATGC CCGGCTGCAG CACGTGCTCA TCTACTTCCT GCAGAACAAC 
GCTCCGCAGC AGGTGGTGGA ACGGACCCTC CTCGAGCAGT TTGCAGACAA AAACCTCAGC 
TATGATGAGC GGTCCATCAG CATCATGAAG GTGGCACGGG CAAAGCTGAG CGAAATTGGT 
CCTGACGATG TTGACATGGA GGAGTACAAG AGATGGCACG AAGACTACAG CCTTTTTCGC 
AAGGTGTCCA TCTACCTGCT GACGGGGTTG GAACTCTACC AGAATAGAAA GTACCAAGAG 
TCACTCACCT ACCTGGTCTA TGCCTACCAA AGCAACACCA AACTGCTGCT GAAGGGAGCC 
AACCGAGGCG TGAGCGAGTC GCTGATCGCC TTGTACAGAA GGAAATGTCT CCTGAAGCTG 
AACGAGGTGG CAGCTTCTCT TTTTGTCAGC TGTGAAGAAG CTCATGTGTC AGAGGGTGTG 
AGCATCCTGA ATGAGCTGAT CATCCCCTGC ATGCATCTCA TGAGCAACCT GGCGGTCTCC 
CAAGAGGACC TGGATGCCAT CGAGGTGATG AGAAACCGCT GGTGCTCCTA TTTGGGACGA 
GAAGACATGG ACGCAAAGCT GCAGATGAAG CTGGGTGAGC TGCTGCCCCG GCTCCTGGAC 
GGCTCCACCG AGGTCATTAT GCTGAAGGAG CCCCCGAAGA TCCGGCCCAA CTCCCCTTAC 
GACCTGTGCA GCCGCTTTGC GGCCGTGATG GAGTCCATCC ACGGGGCCTC CGCCGTGACG 
GTGAACTAG

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

USP28 ( XM_030290756.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030146616.1 Taeniopygia guttata ubiquitin specific peptidase 28 (USP28), transcript variant X1, mRNA.

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CloneID	OTd38763
Clone ID Related Accession (Same CDS sequence)	XM_030290756.1
Accession Version	XM_030290756.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3432bp) 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 28 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044236.1) 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##

ATGACGGCCG AGCTGCGGGC CCGGGACGGC GGCGGCGAGG ATTGCCAGGT GCTCTTAAAT 
CAGATGAAAG AGATCACAGG AATTCAGGAT TCAGCATTCC TGCTTGCTGC TCTAAAGGCT 
GCTGATGGAG ATCTCATGGA AGCAGTCACC TTCCTGACGG AGGACCCTGC TCCGGAGCCT 
GTGCAGAGCC CAGCTGCTGC AGAGCTGTCT GCCTGGGAAG GGAGCACAGT GGGCAAACAG 
CTCCCACAGG ATGTTGGTAC TGCAGCTGCC CCTCACAACC AAGACAACCT CCGCACAGCC 
AACACTGTCA GACCACTGGA ATCACCAAAA GCTCCAGCTG CAGAAAGTGA TGCAGCTGAA 
AGACCACAGG ACGCCCATTC TGCTGAAAAC AAAAACCGCT CCAAAAGGAA ACGCTGTGAA 
GCCTGGGGAG AGAACTCCAA GCAGAATGAC TGGAGAAGAG CGGGTGACTG GCCTGTTGGA 
ATGAAAAATA TAGGAAATAC ATGTTGGTTT AGTGCTGTTA TACAGTCTCT GTTTCAGTTG 
CCAGAATTCC GGAGGCTGGT CCTTGGGTAT TCCCTCCCAC AGAATGTACT TGAAAGTTGT 
CGTAGTCACA CTGGAAAAAG AAATATTGCA TTCATGCAAG AACTTCAGTG TCTGTTTGCA 
TTAATGCTGG GGACATGGCG TAAGTTTGTA GACCCTTCAG CAGCACTGGA GCTCTTGAGG 
GACGTGTTTA GATCATCTGA ACAACCGCAG CAAGATGTGA GTGAATTTAC GCACAAACTA 
CTGGACTGGC TGGAGGACGC ATTCCAGCTC ACTGTGAATG TCACGAGCCT TGGGGACAAA 
TCTGAAAACC CAATGGTGCA GCTCTTCTAC GGGACTTTCC TGACTGAGGG AGTCCATAAG 
GGCAACACTT TTTCCAAGAT TGAGACCTTT GGTCAGTATC CCCTTCAGGT AAATGGTTAC 
CGGAACTTGA ATGAGTGCTT GGAAGGAGCC ATGGTGGAGG GAGAGATGGA TGAGACACCA 
GCATCTCAGT CAGTGAAGTA TGGACAGGAG CGCTGGTTTA CAAAACTCCC ACCAGTTCTG 
ACCTTTGAAC TCTCCCGATT TGAGTTCAAT CAGTCACTAG GACAGCCAGA GAAAATTCAC 
ACCAAGCTAG AGTTTCCCCA GACTATATAT ATGGACAGGT ACCTATACTG CAATAAAGAC 
CTTATTCAGA TGAAAAGAGA GGAAATGAAG AGATTGAAGG AGAAAATGGT GACTCTGCAG 
CAGAAACTGG AAAGGTACAT GGAATATGGC TCTGGCCCAG CCCGCTTTCC ACTGCCTGAC 
ATGCTGCAGT ATGTGCTGGA GTTCATTGCT ACAAAGCCAG CTGTGGCTGT TTCCTCTGCT 
CAGAGCTCTC AAGCGCCACT CCTGCGCTCC CAAGCCAAGC CTAATGTTCT GGACGTGCTT 
TCACAGCCAA ACGGCATACA AGAAAGGACT GATACGAGGA CTGAAGATGA AGCTTTCTTT 
GTGGCAAATT CTTCACCACA GCAAAGCTCC AGTATGGAGC TCCAGCCTCC TGTTTCACCA 
GCAGAACTGT CTGAACGTCC AGCTCCTCAC GTGGTCTCCA AGGAAGAGCT GAACCTGGTT 
CAGACGTGTC TGCAGCGATG GAGAAACGAG ATCGAGCAAG ATGTGCAAGA TCTGAAGGAG 
TCTATTGCCA GAATCAACCT ATCCATTGAA CAAATGTACT GTGACCCTCT CCTCCAGCAG 
GTTCCCTATC GTTTGCATGC AGTCCTGGTC CATGAGGGGC AAGCAAATGC TGGGCACTAC 
TGGGCCTTCA TATATGACCA GCCTCGGAAA AGATGGCTCA AGTACAATGA CATCTCAGTG 
ACGGAGTCCT CGTGGGAAGA GCTGGAGAGA GAGTCCTTTG GAGGCCTGAG GAACGCCAGT 
GCCTACTGCC TGATGTACAT CAGTGACCAG GTGTCCCCTG TTGGTGCAGA TGAGGATGAG 
AGCCCAGAGG CTAGACAGTT CCAGAAAGAA GTGGAAGCTT TGTCCCCAGA ACTGAGACAC 
TACATCCAGG AGGACAACTG GCGCCTGGAG CAGGAGGCAG AGGAGTGGGA CGAGGAGCAA 
TCTTGCAAGA TTCCTCAAAT GGAGCCTTCA CCTACTTCTG AATTGCAGGA CCTCTCCTCT 
GAGTCGGGAC CAGAGCAGTC ATCAGTGTGT GAGCAGAGCG TGCACTCCCT GTCCTCGGAG 
CATGCCAGGA TTGCCAAGGA GCAGACTGCC AAGGCCATTG CCAACACTGC CGATGCCTAC 
GAGAAGAACG GTGTCGAGGC AGCTCTGTGC GAGCACAAGG AGGTGGAGCC ACTGAAGGCC 
CATCCAGAAG AAACATCCCC CACAGTTCAG GCAGAGCAGC CCCAGGACAC TCAGGAAGCA 
GAGGCTGCTG CCCAAACTAG CTCACAGGTC TCTGAAGTGG AAATCCCCAG TGTGGGGAGG 
ATTCCTGTTA GATCCGATGC AGATGGATAT AATGAGGAGG TGATGCTGAG TCCAGCCATG 
CAAGGTGTCA TCCTGGCTAT TGCAAAAGCC CGCCAGACCT TTGATCGTGA TGGGTCTGAA 
GCAGGGCTTG TTAAGGCATT CCATGAGGAG TACTCCCGGC TGTACCTGCT TTCCAAAGAG 
ACCCCAACCC CCCAGAACGA TGCCCGGCTG CAGCACGTGC TCATCTACTT CCTGCAGAAC 
AACGCTCCGC AGCAGGTGGT GGAACGGACC CTCCTCGAGC AGTTTGCAGA CAAAAACCTC 
AGCTATGATG AGCGGTCCAT CAGCATCATG AAGGTGGCAC GGGCAAAGCT GAGCGAAATT 
GGTCCTGACG ATGTTGACAT GGAGGAGTAC AAGAGATGGC ACGAAGACTA CAGCCTTTTT 
CGCAAGGTGT CCATCTACCT GCTGACGGGG TTGGAACTCT ACCAGAATAG AAAGTACCAA 
GAGTCACTCA CCTACCTGGT CTATGCCTAC CAAAGCAACA CCAAACTGCT GCTGAAGGGA 
GCCAACCGAG GCGTGAGCGA GTCGCTGATC GCCTTGTACA GAAGGAAATG TCTCCTGAAG 
CTGAACGAGG TGGCAGCTTC TCTTTTTGTC AGCTGTGAAG AAGCTCATGT GTCAGAGGGT 
GTGAGCATCC TGAATGAGCT GATCATCCCC TGCATGCATC TCATGAGCAA CCTGGCGGTC 
TCCCAAGAGG ACCTGGATGC CATCGAGGTC ATGAGAAACC GCTGGTGCTC CTATTTGGGA 
CGAGAAGACA TGGACGCAAA GCTGCAGATG AAGCTGGGTG AGCTGCTGCC CCGGCTCCTG 
GACGGCTCCA CCGAGGTCAT TATGCTGAAG GAGCCCCCGA AGATCCGGCC CAACTCCCCT 
TACGACCTGT GCAGCCGCTT TGCAGCCGTG ATGGAGTCCA TCCACGGGGC CTCCGCCGTG 
ACGGTGAACT AG

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

RefSeq	XP_030146616.1
CDS	50..3481
Translation	MTAELRARDGGGEDCQVLLNQMKEITGIQDSAFLLAALKAADGDLMEAVTFLTEDPAPEPVQSPAAAELSAWEGSTVGKQLPQDVGTAAAPHNQDNLRTANTVRPLESPKAPAAESDAAERPQDAHSAENKNRSKRKRCEAWGENSKQNDWRRAGDWPVGMKNIGNTCWFSAVIQSLFQLPEFRRLVLGYSLPQNVLESCRSHTGKRNIAFMQELQCLFALMLGTWRKFVDPSAALELLRDVFRSSEQPQQDVSEFTHKLLDWLEDAFQLTVNVTSLGDKSENPMVQLFYGTFLTEGVHKGNTFSKIETFGQYPLQVNGYRNLNECLEGAMVEGEMDETPASQSVKYGQERWFTKLPPVLTFELSRFEFNQSLGQPEKIHTKLEFPQTIYMDRYLYCNKDLIQMKREEMKRLKEKMVTLQQKLERYMEYGSGPARFPLPDMLQYVLEFIATKPAVAVSSAQSSQAPLLRSQAKPNVLDVLSQPNGIQERTDTRTEDEAFFVANSSPQQSSSMELQPPVSPAELSERPAPHVVSKEELNLVQTCLQRWRNEIEQDVQDLKESIARINLSIEQMYCDPLLQQVPYRLHAVLVHEGQANAGHYWAFIYDQPRKRWLKYNDISVTESSWEELERESFGGLRNASAYCLMYISDQVSPVGADEDESPEARQFQKEVEALSPELRHYIQEDNWRLEQEAEEWDEEQSCKIPQMEPSPTSELQDLSSESGPEQSSVCEQSVHSLSSEHARIAKEQTAKAIANTADAYEKNGVEAALCEHKEVEPLKAHPEETSPTVQAEQPQDTQEAEAAAQTSSQVSEVEIPSVGRIPVRSDADGYNEEVMLSPAMQGVILAIAKARQTFDRDGSEAGLVKAFHEEYSRLYLLSKETPTPQNDARLQHVLIYFLQNNAPQQVVERTLLEQFADKNLSYDERSISIMKVARAKLSEIGPDDVDMEEYKRWHEDYSLFRKVSIYLLTGLELYQNRKYQESLTYLVYAYQSNTKLLLKGANRGVSESLIALYRRKCLLKLNEVAASLFVSCEEAHVSEGVSILNELIIPCMHLMSNLAVSQEDLDAIEVMRNRWCSYLGREDMDAKLQMKLGELLPRLLDGSTEVIMLKEPPKIRPNSPYDLCSRFAAVMESIHGASAVTVN

Target ORF information:

RefSeq Version	XM_030290756.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata ubiquitin specific peptidase 28 (USP28), transcript variant X1, mRNA.

Target ORF information:

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

XM_030290756.1

ORF Insert Sequence:

ATGACGGCCG AGCTGCGGGC CCGGGACGGC GGCGGCGAGG ATTGCCAGGT GCTCTTAAAT 
CAGATGAAAG AGATCACAGG AATTCAGGAT TCAGCATTCC TGCTTGCTGC TCTAAAGGCT 
GCTGATGGAG ATCTCATGGA AGCAGTCACC TTCCTGACGG AGGACCCTGC TCCGGAGCCT 
GTGCAGAGCC CAGCTGCTGC AGAGCTGTCT GCCTGGGAAG GGAGCACAGT GGGCAAACAG 
CTCCCACAGG ATGTTGGTAC TGCAGCTGCC CCTCACAACC AAGACAACCT CCGCACAGCC 
AACACTGTCA GACCACTGGA ATCACCAAAA GCTCCAGCTG CAGAAAGTGA TGCAGCTGAA 
AGACCACAGG ACGCCCATTC TGCTGAAAAC AAAAACCGCT CCAAAAGGAA ACGCTGTGAA 
GCCTGGGGAG AGAACTCCAA GCAGAATGAC TGGAGAAGAG CGGGTGACTG GCCTGTTGGA 
ATGAAAAATA TAGGAAATAC ATGTTGGTTT AGTGCTGTTA TACAGTCTCT GTTTCAGTTG 
CCAGAATTCC GGAGGCTGGT CCTTGGGTAT TCCCTCCCAC AGAATGTACT TGAAAGTTGT 
CGTAGTCACA CTGGAAAAAG AAATATTGCA TTCATGCAAG AACTTCAGTG TCTGTTTGCA 
TTAATGCTGG GGACATGGCG TAAGTTTGTA GACCCTTCAG CAGCACTGGA GCTCTTGAGG 
GACGTGTTTA GATCATCTGA ACAACCGCAG CAAGATGTGA GTGAATTTAC GCACAAACTA 
CTGGACTGGC TGGAGGACGC ATTCCAGCTC ACTGTGAATG TCACGAGCCT TGGGGACAAA 
TCTGAAAACC CAATGGTGCA GCTCTTCTAC GGGACTTTCC TGACTGAGGG AGTCCATAAG 
GGCAACACTT TTTCCAAGAT TGAGACCTTT GGTCAGTATC CCCTTCAGGT AAATGGTTAC 
CGGAACTTGA ATGAGTGCTT GGAAGGAGCC ATGGTGGAGG GAGAGATGGA TGAGACACCA 
GCATCTCAGT CAGTGAAGTA TGGACAGGAG CGCTGGTTTA CAAAACTCCC ACCAGTTCTG 
ACCTTTGAAC TCTCCCGATT TGAGTTCAAT CAGTCACTAG GACAGCCAGA GAAAATTCAC 
ACCAAGCTAG AGTTTCCCCA GACTATATAT ATGGACAGGT ACCTATACTG CAATAAAGAC 
CTTATTCAGA TGAAAAGAGA GGAAATGAAG AGATTGAAGG AGAAAATGGT GACTCTGCAG 
CAGAAACTGG AAAGGTACAT GGAATATGGC TCTGGCCCAG CCCGCTTTCC ACTGCCTGAC 
ATGCTGCAGT ATGTGCTGGA GTTCATTGCT ACAAAGCCAG CTGTGGCTGT TTCCTCTGCT 
CAGAGCTCTC AAGCGCCACT CCTGCGCTCC CAAGCCAAGC CTAATGTTCT GGACGTGCTT 
TCACAGCCAA ACGGCATACA AGAAAGGACT GATACGAGGA CTGAAGATGA AGCTTTCTTT 
GTGGCAAATT CTTCACCACA GCAAAGCTCC AGTATGGAGC TCCAGCCTCC TGTTTCACCA 
GCAGAACTGT CTGAACGTCC AGCTCCTCAC GTGGTCTCCA AGGAAGAGCT GAACCTGGTT 
CAGACGTGTC TGCAGCGATG GAGAAACGAG ATCGAGCAAG ATGTGCAAGA TCTGAAGGAG 
TCTATTGCCA GAATCAACCT ATCCATTGAA CAAATGTACT GTGACCCTCT CCTCCAGCAG 
GTTCCCTATC GTTTGCATGC AGTCCTGGTC CATGAGGGGC AAGCAAATGC TGGGCACTAC 
TGGGCCTTCA TATATGACCA GCCTCGGAAA AGATGGCTCA AGTACAATGA CATCTCAGTG 
ACGGAGTCCT CGTGGGAAGA GCTGGAGAGA GAGTCCTTTG GAGGCCTGAG GAACGCCAGT 
GCCTACTGCC TGATGTACAT CAGTGACCAG GTGTCCCCTG TTGGTGCAGA TGAGGATGAG 
AGCCCAGAGG CTAGACAGTT CCAGAAAGAA GTGGAAGCTT TGTCCCCAGA ACTGAGACAC 
TACATCCAGG AGGACAACTG GCGCCTGGAG CAGGAGGCAG AGGAGTGGGA CGAGGAGCAA 
TCTTGCAAGA TTCCTCAAAT GGAGCCTTCA CCTACTTCTG AATTGCAGGA CCTCTCCTCT 
GAGTCGGGAC CAGAGCAGTC ATCAGTGTGT GAGCAGAGCG TGCACTCCCT GTCCTCGGAG 
CATGCCAGGA TTGCCAAGGA GCAGACTGCC AAGGCCATTG CCAACACTGC CGATGCCTAC 
GAGAAGAACG GTGTCGAGGC AGCTCTGTGC GAGCACAAGG AGGTGGAGCC ACTGAAGGCC 
CATCCAGAAG AAACATCCCC CACAGTTCAG GCAGAGCAGC CCCAGGACAC TCAGGAAGCA 
GAGGCTGCTG CCCAAACTAG CTCACAGGTC TCTGAAGTGG AAATCCCCAG TGTGGGGAGG 
ATTCCTGTTA GATCCGATGC AGATGGATAT AATGAGGAGG TGATGCTGAG TCCAGCCATG 
CAAGGTGTCA TCCTGGCTAT TGCAAAAGCC CGCCAGACCT TTGATCGTGA TGGGTCTGAA 
GCAGGGCTTG TTAAGGCATT CCATGAGGAG TACTCCCGGC TGTACCTGCT TTCCAAAGAG 
ACCCCAACCC CCCAGAACGA TGCCCGGCTG CAGCACGTGC TCATCTACTT CCTGCAGAAC 
AACGCTCCGC AGCAGGTGGT GGAACGGACC CTCCTCGAGC AGTTTGCAGA CAAAAACCTC 
AGCTATGATG AGCGGTCCAT CAGCATCATG AAGGTGGCAC GGGCAAAGCT GAGCGAAATT 
GGTCCTGACG ATGTTGACAT GGAGGAGTAC AAGAGATGGC ACGAAGACTA CAGCCTTTTT 
CGCAAGGTGT CCATCTACCT GCTGACGGGG TTGGAACTCT ACCAGAATAG AAAGTACCAA 
GAGTCACTCA CCTACCTGGT CTATGCCTAC CAAAGCAACA CCAAACTGCT GCTGAAGGGA 
GCCAACCGAG GCGTGAGCGA GTCGCTGATC GCCTTGTACA GAAGGAAATG TCTCCTGAAG 
CTGAACGAGG TGGCAGCTTC TCTTTTTGTC AGCTGTGAAG AAGCTCATGT GTCAGAGGGT 
GTGAGCATCC TGAATGAGCT GATCATCCCC TGCATGCATC TCATGAGCAA CCTGGCGGTC 
TCCCAAGAGG ACCTGGATGC CATCGAGGTC ATGAGAAACC GCTGGTGCTC CTATTTGGGA 
CGAGAAGACA TGGACGCAAA GCTGCAGATG AAGCTGGGTG AGCTGCTGCC CCGGCTCCTG 
GACGGCTCCA CCGAGGTCAT TATGCTGAAG GAGCCCCCGA AGATCCGGCC CAACTCCCCT 
TACGACCTGT GCAGCCGCTT TGCAGCCGTG ATGGAGTCCA TCCACGGGGC CTCCGCCGTG 
ACGGTGAACT AG

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

USP28 ( XM_030290758.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030146618.1 Taeniopygia guttata ubiquitin specific peptidase 28 (USP28), transcript variant X3, mRNA.

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CloneID	OTd38764
Clone ID Related Accession (Same CDS sequence)	XM_030290758.1 , XM_030290757.1
Accession Version	XM_030290758.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3408bp) 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 28 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044236.1) 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##

ATGCGTTTCA GAGAGGATTG CCAGGTGCTC TTAAATCAGA TGAAAGAGAT CACAGGAATT 
CAGGATTCAG CATTCCTGCT TGCTGCTCTA AAGGCTGCTG ATGGAGATCT CATGGAAGCA 
GTCACCTTCC TGACGGAGGA CCCTGCTCCG GAGCCTGTGC AGAGCCCAGC TGCTGCAGAG 
CTGTCTGCCT GGGAAGGGAG CACAGTGGGC AAACAGCTCC CACAGGATGT TGGTACTGCA 
GCTGCCCCTC ACAACCAAGA CAACCTCCGC ACAGCCAACA CTGTCAGACC ACTGGAATCA 
CCAAAAGCTC CAGCTGCAGA AAGTGATGCA GCTGAAAGAC CACAGGACGC CCATTCTGCT 
GAAAACAAAA ACCGCTCCAA AAGGAAACGC TGTGAAGCCT GGGGAGAGAA CTCCAAGCAG 
AATGACTGGA GAAGAGCGGG TGACTGGCCT GTTGGAATGA AAAATATAGG AAATACATGT 
TGGTTTAGTG CTGTTATACA GTCTCTGTTT CAGTTGCCAG AATTCCGGAG GCTGGTCCTT 
GGGTATTCCC TCCCACAGAA TGTACTTGAA AGTTGTCGTA GTCACACTGG AAAAAGAAAT 
ATTGCATTCA TGCAAGAACT TCAGTGTCTG TTTGCATTAA TGCTGGGGAC ATGGCGTAAG 
TTTGTAGACC CTTCAGCAGC ACTGGAGCTC TTGAGGGACG TGTTTAGATC ATCTGAACAA 
CCGCAGCAAG ATGTGAGTGA ATTTACGCAC AAACTACTGG ACTGGCTGGA GGACGCATTC 
CAGCTCACTG TGAATGTCAC GAGCCTTGGG GACAAATCTG AAAACCCAAT GGTGCAGCTC 
TTCTACGGGA CTTTCCTGAC TGAGGGAGTC CATAAGGGCA ACACTTTTTC CAAGATTGAG 
ACCTTTGGTC AGTATCCCCT TCAGGTAAAT GGTTACCGGA ACTTGAATGA GTGCTTGGAA 
GGAGCCATGG TGGAGGGAGA GATGGATGAG ACACCAGCAT CTCAGTCAGT GAAGTATGGA 
CAGGAGCGCT GGTTTACAAA ACTCCCACCA GTTCTGACCT TTGAACTCTC CCGATTTGAG 
TTCAATCAGT CACTAGGACA GCCAGAGAAA ATTCACACCA AGCTAGAGTT TCCCCAGACT 
ATATATATGG ACAGGTACCT ATACTGCAAT AAAGACCTTA TTCAGATGAA AAGAGAGGAA 
ATGAAGAGAT TGAAGGAGAA AATGGTGACT CTGCAGCAGA AACTGGAAAG GTACATGGAA 
TATGGCTCTG GCCCAGCCCG CTTTCCACTG CCTGACATGC TGCAGTATGT GCTGGAGTTC 
ATTGCTACAA AGCCAGCTGT GGCTGTTTCC TCTGCTCAGA GCTCTCAAGC GCCACTCCTG 
CGCTCCCAAG CCAAGCCTAA TGTTCTGGAC GTGCTTTCAC AGCCAAACGG CATACAAGAA 
AGGACTGATA CGAGGACTGA AGATGAAGCT TTCTTTGTGG CAAATTCTTC ACCACAGCAA 
AGCTCCAGTA TGGAGCTCCA GCCTCCTGTT TCACCAGCAG AACTGTCTGA ACGTCCAGCT 
CCTCACGTGG TCTCCAAGGA AGAGCTGAAC CTGGTTCAGA CGTGTCTGCA GCGATGGAGA 
AACGAGATCG AGCAAGATGT GCAAGATCTG AAGGAGTCTA TTGCCAGAAT CAACCTATCC 
ATTGAACAAA TGTACTGTGA CCCTCTCCTC CAGCAGGTTC CCTATCGTTT GCATGCAGTC 
CTGGTCCATG AGGGGCAAGC AAATGCTGGG CACTACTGGG CCTTCATATA TGACCAGCCT 
CGGAAAAGAT GGCTCAAGTA CAATGACATC TCAGTGACGG AGTCCTCGTG GGAAGAGCTG 
GAGAGAGAGT CCTTTGGAGG CCTGAGGAAC GCCAGTGCCT ACTGCCTGAT GTACATCAGT 
GACCAGGTGT CCCCTGTTGG TGCAGATGAG GATGAGAGCC CAGAGGCTAG ACAGTTCCAG 
AAAGAAGTGG AAGCTTTGTC CCCAGAACTG AGACACTACA TCCAGGAGGA CAACTGGCGC 
CTGGAGCAGG AGGCAGAGGA GTGGGACGAG GAGCAATCTT GCAAGATTCC TCAAATGGAG 
CCTTCACCTA CTTCTGAATT GCAGGACCTC TCCTCTGAGT CGGGACCAGA GCAGTCATCA 
GTGTGTGAGC AGAGCGTGCA CTCCCTGTCC TCGGAGCATG CCAGGATTGC CAAGGAGCAG 
ACTGCCAAGG CCATTGCCAA CACTGCCGAT GCCTACGAGA AGAACGGTGT CGAGGCAGCT 
CTGTGCGAGC ACAAGGAGGT GGAGCCACTG AAGGCCCATC CAGAAGAAAC ATCCCCCACA 
GTTCAGGCAG AGCAGCCCCA GGACACTCAG GAAGCAGAGG CTGCTGCCCA AACTAGCTCA 
CAGGTCTCTG AAGTGGAAAT CCCCAGTGTG GGGAGGATTC CTGTTAGATC CGATGCAGAT 
GGATATAATG AGGAGGTGAT GCTGAGTCCA GCCATGCAAG GTGTCATCCT GGCTATTGCA 
AAAGCCCGCC AGACCTTTGA TCGTGATGGG TCTGAAGCAG GGCTTGTTAA GGCATTCCAT 
GAGGAGTACT CCCGGCTGTA CCTGCTTTCC AAAGAGACCC CAACCCCCCA GAACGATGCC 
CGGCTGCAGC ACGTGCTCAT CTACTTCCTG CAGAACAACG CTCCGCAGCA GGTGGTGGAA 
CGGACCCTCC TCGAGCAGTT TGCAGACAAA AACCTCAGCT ATGATGAGCG GTCCATCAGC 
ATCATGAAGG TGGCACGGGC AAAGCTGAGC GAAATTGGTC CTGACGATGT TGACATGGAG 
GAGTACAAGA GATGGCACGA AGACTACAGC CTTTTTCGCA AGGTGTCCAT CTACCTGCTG 
ACGGGGTTGG AACTCTACCA GAATAGAAAG TACCAAGAGT CACTCACCTA CCTGGTCTAT 
GCCTACCAAA GCAACACCAA ACTGCTGCTG AAGGGAGCCA ACCGAGGCGT GAGCGAGTCG 
CTGATCGCCT TGTACAGAAG GAAATGTCTC CTGAAGCTGA ACGAGGTGGC AGCTTCTCTT 
TTTGTCAGCT GTGAAGAAGC TCATGTGTCA GAGGGTGTGA GCATCCTGAA TGAGCTGATC 
ATCCCCTGCA TGCATCTCAT GAGCAACCTG GCGGTCTCCC AAGAGGACCT GGATGCCATC 
GAGGTCATGA GAAACCGCTG GTGCTCCTAT TTGGGACGAG AAGACATGGA CGCAAAGCTG 
CAGATGAAGC TGGGTGAGCT GCTGCCCCGG CTCCTGGACG GCTCCACCGA GGTCATTATG 
CTGAAGGAGC CCCCGAAGAT CCGGCCCAAC TCCCCTTACG ACCTGTGCAG CCGCTTTGCA 
GCCGTGATGG AGTCCATCCA CGGGGCCTCC GCCGTGACGG TGAACTAG

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

RefSeq	XP_030146618.1
CDS	234..3641
Translation	MRFREDCQVLLNQMKEITGIQDSAFLLAALKAADGDLMEAVTFLTEDPAPEPVQSPAAAELSAWEGSTVGKQLPQDVGTAAAPHNQDNLRTANTVRPLESPKAPAAESDAAERPQDAHSAENKNRSKRKRCEAWGENSKQNDWRRAGDWPVGMKNIGNTCWFSAVIQSLFQLPEFRRLVLGYSLPQNVLESCRSHTGKRNIAFMQELQCLFALMLGTWRKFVDPSAALELLRDVFRSSEQPQQDVSEFTHKLLDWLEDAFQLTVNVTSLGDKSENPMVQLFYGTFLTEGVHKGNTFSKIETFGQYPLQVNGYRNLNECLEGAMVEGEMDETPASQSVKYGQERWFTKLPPVLTFELSRFEFNQSLGQPEKIHTKLEFPQTIYMDRYLYCNKDLIQMKREEMKRLKEKMVTLQQKLERYMEYGSGPARFPLPDMLQYVLEFIATKPAVAVSSAQSSQAPLLRSQAKPNVLDVLSQPNGIQERTDTRTEDEAFFVANSSPQQSSSMELQPPVSPAELSERPAPHVVSKEELNLVQTCLQRWRNEIEQDVQDLKESIARINLSIEQMYCDPLLQQVPYRLHAVLVHEGQANAGHYWAFIYDQPRKRWLKYNDISVTESSWEELERESFGGLRNASAYCLMYISDQVSPVGADEDESPEARQFQKEVEALSPELRHYIQEDNWRLEQEAEEWDEEQSCKIPQMEPSPTSELQDLSSESGPEQSSVCEQSVHSLSSEHARIAKEQTAKAIANTADAYEKNGVEAALCEHKEVEPLKAHPEETSPTVQAEQPQDTQEAEAAAQTSSQVSEVEIPSVGRIPVRSDADGYNEEVMLSPAMQGVILAIAKARQTFDRDGSEAGLVKAFHEEYSRLYLLSKETPTPQNDARLQHVLIYFLQNNAPQQVVERTLLEQFADKNLSYDERSISIMKVARAKLSEIGPDDVDMEEYKRWHEDYSLFRKVSIYLLTGLELYQNRKYQESLTYLVYAYQSNTKLLLKGANRGVSESLIALYRRKCLLKLNEVAASLFVSCEEAHVSEGVSILNELIIPCMHLMSNLAVSQEDLDAIEVMRNRWCSYLGREDMDAKLQMKLGELLPRLLDGSTEVIMLKEPPKIRPNSPYDLCSRFAAVMESIHGASAVTVN

Target ORF information:

RefSeq Version	XM_030290758.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata ubiquitin specific peptidase 28 (USP28), transcript variant X3, mRNA.

Target ORF information:

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

XM_030290758.1

ORF Insert Sequence:

ATGCGTTTCA GAGAGGATTG CCAGGTGCTC TTAAATCAGA TGAAAGAGAT CACAGGAATT 
CAGGATTCAG CATTCCTGCT TGCTGCTCTA AAGGCTGCTG ATGGAGATCT CATGGAAGCA 
GTCACCTTCC TGACGGAGGA CCCTGCTCCG GAGCCTGTGC AGAGCCCAGC TGCTGCAGAG 
CTGTCTGCCT GGGAAGGGAG CACAGTGGGC AAACAGCTCC CACAGGATGT TGGTACTGCA 
GCTGCCCCTC ACAACCAAGA CAACCTCCGC ACAGCCAACA CTGTCAGACC ACTGGAATCA 
CCAAAAGCTC CAGCTGCAGA AAGTGATGCA GCTGAAAGAC CACAGGACGC CCATTCTGCT 
GAAAACAAAA ACCGCTCCAA AAGGAAACGC TGTGAAGCCT GGGGAGAGAA CTCCAAGCAG 
AATGACTGGA GAAGAGCGGG TGACTGGCCT GTTGGAATGA AAAATATAGG AAATACATGT 
TGGTTTAGTG CTGTTATACA GTCTCTGTTT CAGTTGCCAG AATTCCGGAG GCTGGTCCTT 
GGGTATTCCC TCCCACAGAA TGTACTTGAA AGTTGTCGTA GTCACACTGG AAAAAGAAAT 
ATTGCATTCA TGCAAGAACT TCAGTGTCTG TTTGCATTAA TGCTGGGGAC ATGGCGTAAG 
TTTGTAGACC CTTCAGCAGC ACTGGAGCTC TTGAGGGACG TGTTTAGATC ATCTGAACAA 
CCGCAGCAAG ATGTGAGTGA ATTTACGCAC AAACTACTGG ACTGGCTGGA GGACGCATTC 
CAGCTCACTG TGAATGTCAC GAGCCTTGGG GACAAATCTG AAAACCCAAT GGTGCAGCTC 
TTCTACGGGA CTTTCCTGAC TGAGGGAGTC CATAAGGGCA ACACTTTTTC CAAGATTGAG 
ACCTTTGGTC AGTATCCCCT TCAGGTAAAT GGTTACCGGA ACTTGAATGA GTGCTTGGAA 
GGAGCCATGG TGGAGGGAGA GATGGATGAG ACACCAGCAT CTCAGTCAGT GAAGTATGGA 
CAGGAGCGCT GGTTTACAAA ACTCCCACCA GTTCTGACCT TTGAACTCTC CCGATTTGAG 
TTCAATCAGT CACTAGGACA GCCAGAGAAA ATTCACACCA AGCTAGAGTT TCCCCAGACT 
ATATATATGG ACAGGTACCT ATACTGCAAT AAAGACCTTA TTCAGATGAA AAGAGAGGAA 
ATGAAGAGAT TGAAGGAGAA AATGGTGACT CTGCAGCAGA AACTGGAAAG GTACATGGAA 
TATGGCTCTG GCCCAGCCCG CTTTCCACTG CCTGACATGC TGCAGTATGT GCTGGAGTTC 
ATTGCTACAA AGCCAGCTGT GGCTGTTTCC TCTGCTCAGA GCTCTCAAGC GCCACTCCTG 
CGCTCCCAAG CCAAGCCTAA TGTTCTGGAC GTGCTTTCAC AGCCAAACGG CATACAAGAA 
AGGACTGATA CGAGGACTGA AGATGAAGCT TTCTTTGTGG CAAATTCTTC ACCACAGCAA 
AGCTCCAGTA TGGAGCTCCA GCCTCCTGTT TCACCAGCAG AACTGTCTGA ACGTCCAGCT 
CCTCACGTGG TCTCCAAGGA AGAGCTGAAC CTGGTTCAGA CGTGTCTGCA GCGATGGAGA 
AACGAGATCG AGCAAGATGT GCAAGATCTG AAGGAGTCTA TTGCCAGAAT CAACCTATCC 
ATTGAACAAA TGTACTGTGA CCCTCTCCTC CAGCAGGTTC CCTATCGTTT GCATGCAGTC 
CTGGTCCATG AGGGGCAAGC AAATGCTGGG CACTACTGGG CCTTCATATA TGACCAGCCT 
CGGAAAAGAT GGCTCAAGTA CAATGACATC TCAGTGACGG AGTCCTCGTG GGAAGAGCTG 
GAGAGAGAGT CCTTTGGAGG CCTGAGGAAC GCCAGTGCCT ACTGCCTGAT GTACATCAGT 
GACCAGGTGT CCCCTGTTGG TGCAGATGAG GATGAGAGCC CAGAGGCTAG ACAGTTCCAG 
AAAGAAGTGG AAGCTTTGTC CCCAGAACTG AGACACTACA TCCAGGAGGA CAACTGGCGC 
CTGGAGCAGG AGGCAGAGGA GTGGGACGAG GAGCAATCTT GCAAGATTCC TCAAATGGAG 
CCTTCACCTA CTTCTGAATT GCAGGACCTC TCCTCTGAGT CGGGACCAGA GCAGTCATCA 
GTGTGTGAGC AGAGCGTGCA CTCCCTGTCC TCGGAGCATG CCAGGATTGC CAAGGAGCAG 
ACTGCCAAGG CCATTGCCAA CACTGCCGAT GCCTACGAGA AGAACGGTGT CGAGGCAGCT 
CTGTGCGAGC ACAAGGAGGT GGAGCCACTG AAGGCCCATC CAGAAGAAAC ATCCCCCACA 
GTTCAGGCAG AGCAGCCCCA GGACACTCAG GAAGCAGAGG CTGCTGCCCA AACTAGCTCA 
CAGGTCTCTG AAGTGGAAAT CCCCAGTGTG GGGAGGATTC CTGTTAGATC CGATGCAGAT 
GGATATAATG AGGAGGTGAT GCTGAGTCCA GCCATGCAAG GTGTCATCCT GGCTATTGCA 
AAAGCCCGCC AGACCTTTGA TCGTGATGGG TCTGAAGCAG GGCTTGTTAA GGCATTCCAT 
GAGGAGTACT CCCGGCTGTA CCTGCTTTCC AAAGAGACCC CAACCCCCCA GAACGATGCC 
CGGCTGCAGC ACGTGCTCAT CTACTTCCTG CAGAACAACG CTCCGCAGCA GGTGGTGGAA 
CGGACCCTCC TCGAGCAGTT TGCAGACAAA AACCTCAGCT ATGATGAGCG GTCCATCAGC 
ATCATGAAGG TGGCACGGGC AAAGCTGAGC GAAATTGGTC CTGACGATGT TGACATGGAG 
GAGTACAAGA GATGGCACGA AGACTACAGC CTTTTTCGCA AGGTGTCCAT CTACCTGCTG 
ACGGGGTTGG AACTCTACCA GAATAGAAAG TACCAAGAGT CACTCACCTA CCTGGTCTAT 
GCCTACCAAA GCAACACCAA ACTGCTGCTG AAGGGAGCCA ACCGAGGCGT GAGCGAGTCG 
CTGATCGCCT TGTACAGAAG GAAATGTCTC CTGAAGCTGA ACGAGGTGGC AGCTTCTCTT 
TTTGTCAGCT GTGAAGAAGC TCATGTGTCA GAGGGTGTGA GCATCCTGAA TGAGCTGATC 
ATCCCCTGCA TGCATCTCAT GAGCAACCTG GCGGTCTCCC AAGAGGACCT GGATGCCATC 
GAGGTCATGA GAAACCGCTG GTGCTCCTAT TTGGGACGAG AAGACATGGA CGCAAAGCTG 
CAGATGAAGC TGGGTGAGCT GCTGCCCCGG CTCCTGGACG GCTCCACCGA GGTCATTATG 
CTGAAGGAGC CCCCGAAGAT CCGGCCCAAC TCCCCTTACG ACCTGTGCAG CCGCTTTGCA 
GCCGTGATGG AGTCCATCCA CGGGGCCTCC GCCGTGACGG TGAACTAG

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

USP28 ( XM_030290757.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030146617.1 Taeniopygia guttata ubiquitin specific peptidase 28 (USP28), transcript variant X2, mRNA.

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CloneID	OTd38764
Clone ID Related Accession (Same CDS sequence)	XM_030290758.1 , XM_030290757.1
Accession Version	XM_030290757.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3408bp) 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 28 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044236.1) 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##

ATGCGTTTCA GAGAGGATTG CCAGGTGCTC TTAAATCAGA TGAAAGAGAT CACAGGAATT 
CAGGATTCAG CATTCCTGCT TGCTGCTCTA AAGGCTGCTG ATGGAGATCT CATGGAAGCA 
GTCACCTTCC TGACGGAGGA CCCTGCTCCG GAGCCTGTGC AGAGCCCAGC TGCTGCAGAG 
CTGTCTGCCT GGGAAGGGAG CACAGTGGGC AAACAGCTCC CACAGGATGT TGGTACTGCA 
GCTGCCCCTC ACAACCAAGA CAACCTCCGC ACAGCCAACA CTGTCAGACC ACTGGAATCA 
CCAAAAGCTC CAGCTGCAGA AAGTGATGCA GCTGAAAGAC CACAGGACGC CCATTCTGCT 
GAAAACAAAA ACCGCTCCAA AAGGAAACGC TGTGAAGCCT GGGGAGAGAA CTCCAAGCAG 
AATGACTGGA GAAGAGCGGG TGACTGGCCT GTTGGAATGA AAAATATAGG AAATACATGT 
TGGTTTAGTG CTGTTATACA GTCTCTGTTT CAGTTGCCAG AATTCCGGAG GCTGGTCCTT 
GGGTATTCCC TCCCACAGAA TGTACTTGAA AGTTGTCGTA GTCACACTGG AAAAAGAAAT 
ATTGCATTCA TGCAAGAACT TCAGTGTCTG TTTGCATTAA TGCTGGGGAC ATGGCGTAAG 
TTTGTAGACC CTTCAGCAGC ACTGGAGCTC TTGAGGGACG TGTTTAGATC ATCTGAACAA 
CCGCAGCAAG ATGTGAGTGA ATTTACGCAC AAACTACTGG ACTGGCTGGA GGACGCATTC 
CAGCTCACTG TGAATGTCAC GAGCCTTGGG GACAAATCTG AAAACCCAAT GGTGCAGCTC 
TTCTACGGGA CTTTCCTGAC TGAGGGAGTC CATAAGGGCA ACACTTTTTC CAAGATTGAG 
ACCTTTGGTC AGTATCCCCT TCAGGTAAAT GGTTACCGGA ACTTGAATGA GTGCTTGGAA 
GGAGCCATGG TGGAGGGAGA GATGGATGAG ACACCAGCAT CTCAGTCAGT GAAGTATGGA 
CAGGAGCGCT GGTTTACAAA ACTCCCACCA GTTCTGACCT TTGAACTCTC CCGATTTGAG 
TTCAATCAGT CACTAGGACA GCCAGAGAAA ATTCACACCA AGCTAGAGTT TCCCCAGACT 
ATATATATGG ACAGGTACCT ATACTGCAAT AAAGACCTTA TTCAGATGAA AAGAGAGGAA 
ATGAAGAGAT TGAAGGAGAA AATGGTGACT CTGCAGCAGA AACTGGAAAG GTACATGGAA 
TATGGCTCTG GCCCAGCCCG CTTTCCACTG CCTGACATGC TGCAGTATGT GCTGGAGTTC 
ATTGCTACAA AGCCAGCTGT GGCTGTTTCC TCTGCTCAGA GCTCTCAAGC GCCACTCCTG 
CGCTCCCAAG CCAAGCCTAA TGTTCTGGAC GTGCTTTCAC AGCCAAACGG CATACAAGAA 
AGGACTGATA CGAGGACTGA AGATGAAGCT TTCTTTGTGG CAAATTCTTC ACCACAGCAA 
AGCTCCAGTA TGGAGCTCCA GCCTCCTGTT TCACCAGCAG AACTGTCTGA ACGTCCAGCT 
CCTCACGTGG TCTCCAAGGA AGAGCTGAAC CTGGTTCAGA CGTGTCTGCA GCGATGGAGA 
AACGAGATCG AGCAAGATGT GCAAGATCTG AAGGAGTCTA TTGCCAGAAT CAACCTATCC 
ATTGAACAAA TGTACTGTGA CCCTCTCCTC CAGCAGGTTC CCTATCGTTT GCATGCAGTC 
CTGGTCCATG AGGGGCAAGC AAATGCTGGG CACTACTGGG CCTTCATATA TGACCAGCCT 
CGGAAAAGAT GGCTCAAGTA CAATGACATC TCAGTGACGG AGTCCTCGTG GGAAGAGCTG 
GAGAGAGAGT CCTTTGGAGG CCTGAGGAAC GCCAGTGCCT ACTGCCTGAT GTACATCAGT 
GACCAGGTGT CCCCTGTTGG TGCAGATGAG GATGAGAGCC CAGAGGCTAG ACAGTTCCAG 
AAAGAAGTGG AAGCTTTGTC CCCAGAACTG AGACACTACA TCCAGGAGGA CAACTGGCGC 
CTGGAGCAGG AGGCAGAGGA GTGGGACGAG GAGCAATCTT GCAAGATTCC TCAAATGGAG 
CCTTCACCTA CTTCTGAATT GCAGGACCTC TCCTCTGAGT CGGGACCAGA GCAGTCATCA 
GTGTGTGAGC AGAGCGTGCA CTCCCTGTCC TCGGAGCATG CCAGGATTGC CAAGGAGCAG 
ACTGCCAAGG CCATTGCCAA CACTGCCGAT GCCTACGAGA AGAACGGTGT CGAGGCAGCT 
CTGTGCGAGC ACAAGGAGGT GGAGCCACTG AAGGCCCATC CAGAAGAAAC ATCCCCCACA 
GTTCAGGCAG AGCAGCCCCA GGACACTCAG GAAGCAGAGG CTGCTGCCCA AACTAGCTCA 
CAGGTCTCTG AAGTGGAAAT CCCCAGTGTG GGGAGGATTC CTGTTAGATC CGATGCAGAT 
GGATATAATG AGGAGGTGAT GCTGAGTCCA GCCATGCAAG GTGTCATCCT GGCTATTGCA 
AAAGCCCGCC AGACCTTTGA TCGTGATGGG TCTGAAGCAG GGCTTGTTAA GGCATTCCAT 
GAGGAGTACT CCCGGCTGTA CCTGCTTTCC AAAGAGACCC CAACCCCCCA GAACGATGCC 
CGGCTGCAGC ACGTGCTCAT CTACTTCCTG CAGAACAACG CTCCGCAGCA GGTGGTGGAA 
CGGACCCTCC TCGAGCAGTT TGCAGACAAA AACCTCAGCT ATGATGAGCG GTCCATCAGC 
ATCATGAAGG TGGCACGGGC AAAGCTGAGC GAAATTGGTC CTGACGATGT TGACATGGAG 
GAGTACAAGA GATGGCACGA AGACTACAGC CTTTTTCGCA AGGTGTCCAT CTACCTGCTG 
ACGGGGTTGG AACTCTACCA GAATAGAAAG TACCAAGAGT CACTCACCTA CCTGGTCTAT 
GCCTACCAAA GCAACACCAA ACTGCTGCTG AAGGGAGCCA ACCGAGGCGT GAGCGAGTCG 
CTGATCGCCT TGTACAGAAG GAAATGTCTC CTGAAGCTGA ACGAGGTGGC AGCTTCTCTT 
TTTGTCAGCT GTGAAGAAGC TCATGTGTCA GAGGGTGTGA GCATCCTGAA TGAGCTGATC 
ATCCCCTGCA TGCATCTCAT GAGCAACCTG GCGGTCTCCC AAGAGGACCT GGATGCCATC 
GAGGTCATGA GAAACCGCTG GTGCTCCTAT TTGGGACGAG AAGACATGGA CGCAAAGCTG 
CAGATGAAGC TGGGTGAGCT GCTGCCCCGG CTCCTGGACG GCTCCACCGA GGTCATTATG 
CTGAAGGAGC CCCCGAAGAT CCGGCCCAAC TCCCCTTACG ACCTGTGCAG CCGCTTTGCA 
GCCGTGATGG AGTCCATCCA CGGGGCCTCC GCCGTGACGG TGAACTAG

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

RefSeq	XP_030146617.1
CDS	287..3694
Translation	MRFREDCQVLLNQMKEITGIQDSAFLLAALKAADGDLMEAVTFLTEDPAPEPVQSPAAAELSAWEGSTVGKQLPQDVGTAAAPHNQDNLRTANTVRPLESPKAPAAESDAAERPQDAHSAENKNRSKRKRCEAWGENSKQNDWRRAGDWPVGMKNIGNTCWFSAVIQSLFQLPEFRRLVLGYSLPQNVLESCRSHTGKRNIAFMQELQCLFALMLGTWRKFVDPSAALELLRDVFRSSEQPQQDVSEFTHKLLDWLEDAFQLTVNVTSLGDKSENPMVQLFYGTFLTEGVHKGNTFSKIETFGQYPLQVNGYRNLNECLEGAMVEGEMDETPASQSVKYGQERWFTKLPPVLTFELSRFEFNQSLGQPEKIHTKLEFPQTIYMDRYLYCNKDLIQMKREEMKRLKEKMVTLQQKLERYMEYGSGPARFPLPDMLQYVLEFIATKPAVAVSSAQSSQAPLLRSQAKPNVLDVLSQPNGIQERTDTRTEDEAFFVANSSPQQSSSMELQPPVSPAELSERPAPHVVSKEELNLVQTCLQRWRNEIEQDVQDLKESIARINLSIEQMYCDPLLQQVPYRLHAVLVHEGQANAGHYWAFIYDQPRKRWLKYNDISVTESSWEELERESFGGLRNASAYCLMYISDQVSPVGADEDESPEARQFQKEVEALSPELRHYIQEDNWRLEQEAEEWDEEQSCKIPQMEPSPTSELQDLSSESGPEQSSVCEQSVHSLSSEHARIAKEQTAKAIANTADAYEKNGVEAALCEHKEVEPLKAHPEETSPTVQAEQPQDTQEAEAAAQTSSQVSEVEIPSVGRIPVRSDADGYNEEVMLSPAMQGVILAIAKARQTFDRDGSEAGLVKAFHEEYSRLYLLSKETPTPQNDARLQHVLIYFLQNNAPQQVVERTLLEQFADKNLSYDERSISIMKVARAKLSEIGPDDVDMEEYKRWHEDYSLFRKVSIYLLTGLELYQNRKYQESLTYLVYAYQSNTKLLLKGANRGVSESLIALYRRKCLLKLNEVAASLFVSCEEAHVSEGVSILNELIIPCMHLMSNLAVSQEDLDAIEVMRNRWCSYLGREDMDAKLQMKLGELLPRLLDGSTEVIMLKEPPKIRPNSPYDLCSRFAAVMESIHGASAVTVN

Target ORF information:

RefSeq Version	XM_030290757.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata ubiquitin specific peptidase 28 (USP28), transcript variant X2, mRNA.

Target ORF information:

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

XM_030290757.1

ORF Insert Sequence:

ATGCGTTTCA GAGAGGATTG CCAGGTGCTC TTAAATCAGA TGAAAGAGAT CACAGGAATT 
CAGGATTCAG CATTCCTGCT TGCTGCTCTA AAGGCTGCTG ATGGAGATCT CATGGAAGCA 
GTCACCTTCC TGACGGAGGA CCCTGCTCCG GAGCCTGTGC AGAGCCCAGC TGCTGCAGAG 
CTGTCTGCCT GGGAAGGGAG CACAGTGGGC AAACAGCTCC CACAGGATGT TGGTACTGCA 
GCTGCCCCTC ACAACCAAGA CAACCTCCGC ACAGCCAACA CTGTCAGACC ACTGGAATCA 
CCAAAAGCTC CAGCTGCAGA AAGTGATGCA GCTGAAAGAC CACAGGACGC CCATTCTGCT 
GAAAACAAAA ACCGCTCCAA AAGGAAACGC TGTGAAGCCT GGGGAGAGAA CTCCAAGCAG 
AATGACTGGA GAAGAGCGGG TGACTGGCCT GTTGGAATGA AAAATATAGG AAATACATGT 
TGGTTTAGTG CTGTTATACA GTCTCTGTTT CAGTTGCCAG AATTCCGGAG GCTGGTCCTT 
GGGTATTCCC TCCCACAGAA TGTACTTGAA AGTTGTCGTA GTCACACTGG AAAAAGAAAT 
ATTGCATTCA TGCAAGAACT TCAGTGTCTG TTTGCATTAA TGCTGGGGAC ATGGCGTAAG 
TTTGTAGACC CTTCAGCAGC ACTGGAGCTC TTGAGGGACG TGTTTAGATC ATCTGAACAA 
CCGCAGCAAG ATGTGAGTGA ATTTACGCAC AAACTACTGG ACTGGCTGGA GGACGCATTC 
CAGCTCACTG TGAATGTCAC GAGCCTTGGG GACAAATCTG AAAACCCAAT GGTGCAGCTC 
TTCTACGGGA CTTTCCTGAC TGAGGGAGTC CATAAGGGCA ACACTTTTTC CAAGATTGAG 
ACCTTTGGTC AGTATCCCCT TCAGGTAAAT GGTTACCGGA ACTTGAATGA GTGCTTGGAA 
GGAGCCATGG TGGAGGGAGA GATGGATGAG ACACCAGCAT CTCAGTCAGT GAAGTATGGA 
CAGGAGCGCT GGTTTACAAA ACTCCCACCA GTTCTGACCT TTGAACTCTC CCGATTTGAG 
TTCAATCAGT CACTAGGACA GCCAGAGAAA ATTCACACCA AGCTAGAGTT TCCCCAGACT 
ATATATATGG ACAGGTACCT ATACTGCAAT AAAGACCTTA TTCAGATGAA AAGAGAGGAA 
ATGAAGAGAT TGAAGGAGAA AATGGTGACT CTGCAGCAGA AACTGGAAAG GTACATGGAA 
TATGGCTCTG GCCCAGCCCG CTTTCCACTG CCTGACATGC TGCAGTATGT GCTGGAGTTC 
ATTGCTACAA AGCCAGCTGT GGCTGTTTCC TCTGCTCAGA GCTCTCAAGC GCCACTCCTG 
CGCTCCCAAG CCAAGCCTAA TGTTCTGGAC GTGCTTTCAC AGCCAAACGG CATACAAGAA 
AGGACTGATA CGAGGACTGA AGATGAAGCT TTCTTTGTGG CAAATTCTTC ACCACAGCAA 
AGCTCCAGTA TGGAGCTCCA GCCTCCTGTT TCACCAGCAG AACTGTCTGA ACGTCCAGCT 
CCTCACGTGG TCTCCAAGGA AGAGCTGAAC CTGGTTCAGA CGTGTCTGCA GCGATGGAGA 
AACGAGATCG AGCAAGATGT GCAAGATCTG AAGGAGTCTA TTGCCAGAAT CAACCTATCC 
ATTGAACAAA TGTACTGTGA CCCTCTCCTC CAGCAGGTTC CCTATCGTTT GCATGCAGTC 
CTGGTCCATG AGGGGCAAGC AAATGCTGGG CACTACTGGG CCTTCATATA TGACCAGCCT 
CGGAAAAGAT GGCTCAAGTA CAATGACATC TCAGTGACGG AGTCCTCGTG GGAAGAGCTG 
GAGAGAGAGT CCTTTGGAGG CCTGAGGAAC GCCAGTGCCT ACTGCCTGAT GTACATCAGT 
GACCAGGTGT CCCCTGTTGG TGCAGATGAG GATGAGAGCC CAGAGGCTAG ACAGTTCCAG 
AAAGAAGTGG AAGCTTTGTC CCCAGAACTG AGACACTACA TCCAGGAGGA CAACTGGCGC 
CTGGAGCAGG AGGCAGAGGA GTGGGACGAG GAGCAATCTT GCAAGATTCC TCAAATGGAG 
CCTTCACCTA CTTCTGAATT GCAGGACCTC TCCTCTGAGT CGGGACCAGA GCAGTCATCA 
GTGTGTGAGC AGAGCGTGCA CTCCCTGTCC TCGGAGCATG CCAGGATTGC CAAGGAGCAG 
ACTGCCAAGG CCATTGCCAA CACTGCCGAT GCCTACGAGA AGAACGGTGT CGAGGCAGCT 
CTGTGCGAGC ACAAGGAGGT GGAGCCACTG AAGGCCCATC CAGAAGAAAC ATCCCCCACA 
GTTCAGGCAG AGCAGCCCCA GGACACTCAG GAAGCAGAGG CTGCTGCCCA AACTAGCTCA 
CAGGTCTCTG AAGTGGAAAT CCCCAGTGTG GGGAGGATTC CTGTTAGATC CGATGCAGAT 
GGATATAATG AGGAGGTGAT GCTGAGTCCA GCCATGCAAG GTGTCATCCT GGCTATTGCA 
AAAGCCCGCC AGACCTTTGA TCGTGATGGG TCTGAAGCAG GGCTTGTTAA GGCATTCCAT 
GAGGAGTACT CCCGGCTGTA CCTGCTTTCC AAAGAGACCC CAACCCCCCA GAACGATGCC 
CGGCTGCAGC ACGTGCTCAT CTACTTCCTG CAGAACAACG CTCCGCAGCA GGTGGTGGAA 
CGGACCCTCC TCGAGCAGTT TGCAGACAAA AACCTCAGCT ATGATGAGCG GTCCATCAGC 
ATCATGAAGG TGGCACGGGC AAAGCTGAGC GAAATTGGTC CTGACGATGT TGACATGGAG 
GAGTACAAGA GATGGCACGA AGACTACAGC CTTTTTCGCA AGGTGTCCAT CTACCTGCTG 
ACGGGGTTGG AACTCTACCA GAATAGAAAG TACCAAGAGT CACTCACCTA CCTGGTCTAT 
GCCTACCAAA GCAACACCAA ACTGCTGCTG AAGGGAGCCA ACCGAGGCGT GAGCGAGTCG 
CTGATCGCCT TGTACAGAAG GAAATGTCTC CTGAAGCTGA ACGAGGTGGC AGCTTCTCTT 
TTTGTCAGCT GTGAAGAAGC TCATGTGTCA GAGGGTGTGA GCATCCTGAA TGAGCTGATC 
ATCCCCTGCA TGCATCTCAT GAGCAACCTG GCGGTCTCCC AAGAGGACCT GGATGCCATC 
GAGGTCATGA GAAACCGCTG GTGCTCCTAT TTGGGACGAG AAGACATGGA CGCAAAGCTG 
CAGATGAAGC TGGGTGAGCT GCTGCCCCGG CTCCTGGACG GCTCCACCGA GGTCATTATG 
CTGAAGGAGC CCCCGAAGAT CCGGCCCAAC TCCCCTTACG ACCTGTGCAG CCGCTTTGCA 
GCCGTGATGG AGTCCATCCA CGGGGCCTCC GCCGTGACGG TGAACTAG

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

USP28 ( XM_030290759.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030146619.1 Taeniopygia guttata ubiquitin specific peptidase 28 (USP28), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OTd38765
Clone ID Related Accession (Same CDS sequence)	XM_030290759.1
Accession Version	XM_030290759.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3246bp) 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 28 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044236.1) 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##

ATGACGGCCG AGCTGCGGGC CCGGGACGGC GGCGGCGAGG ATTGCCAGGT GCTCTTAAAT 
CAGATGAAAG AGATCACAGG AATTCAGGAT TCAGCATTCC TGCTTGCTGC TCTAAAGGCT 
GCTGATGGAG ATCTCATGGA AGCAGTCACC TTCCTGACGG AGGACCCTGC TCCGGAGCCT 
GTGCAGAGCC CAGCTGCTGC AGAGCTGTCT GCCTGGGAAG GGAGCACAGT GGGCAAACAG 
CTCCCACAGG ATGTTGGTAC TGCAGCTGCC CCTCACAACC AAGACAACCT CCGCACAGCC 
AACACTGTCA GACCACTGGA ATCACCAAAA GCTCCAGCTG CAGAAAGTGA TGCAGCTGAA 
AGACCACAGG ACGCCCATTC TGCTGAAAAC AAAAACCGCT CCAAAAGGAA ACGCTGTGAA 
GCCTGGGGAG AGAACTCCAA GCAGAATGAC TGGAGAAGAG CGGGTGACTG GCCTGTTGGA 
ATGAAAAATA TAGGAAATAC ATGTTGGTTT AGTGCTGTTA TACAGTCTCT GTTTCAGTTG 
CCAGAATTCC GGAGGCTGGT CCTTGGGTAT TCCCTCCCAC AGAATGTACT TGAAAGTTGT 
CGTAGTCACA CTGGAAAAAG AAATATTGCA TTCATGCAAG AACTTCAGTG TCTGTTTGCA 
TTAATGCTGG GGACATGGCG TAAGTTTGTA GACCCTTCAG CAGCACTGGA GCTCTTGAGG 
GACGTGTTTA GATCATCTGA ACAACCGCAG CAAGATGTGA GTGAATTTAC GCACAAACTA 
CTGGACTGGC TGGAGGACGC ATTCCAGCTC ACTGTGAATG TCACGAGCCT TGGGGACAAA 
TCTGAAAACC CAATGGTGCA GCTCTTCTAC GGGACTTTCC TGACTGAGGG AGTCCATAAG 
GGCAACACTT TTTCCAAGAT TGAGACCTTT GGTCAGTATC CCCTTCAGGT AAATGGTTAC 
CGGAACTTGA ATGAGTGCTT GGAAGGAGCC ATGGTGGAGG GAGAGATGGA TGAGACACCA 
GCATCTCAGT CAGTGAAGTA TGGACAGGAG CGCTGGTTTA CAAAACTCCC ACCAGTTCTG 
ACCTTTGAAC TCTCCCGATT TGAGTTCAAT CAGTCACTAG GACAGCCAGA GAAAATTCAC 
ACCAAGCTAG AGTTTCCCCA GACTATATAT ATGGACAGGT ACCTATACTG CAATAAAGAC 
CTTATTCAGA TGAAAAGAGA GGAAATGAAG AGATTGAAGG AGAAAATGGT GACTCTGCAG 
CAGAAACTGG AAAGGTACAT GGAATATGGC TCTGGCCCAG CCCGCTTTCC ACTGCCTGAC 
ATGCTGCAGT ATGTGCTGGA GTTCATTGCT ACAAAGCCAG CTGTGGCTGT TTCCTCTGCT 
CAGAGCTCTC AAGCGCCACT CCTGCGCTCC CAAGCCAAGC CTAATGTTCT GGACGTGCTT 
TCACAGCCAA ACGGCATACA AGAAAGGACT GATACGAGGA CTGAAGATGA AGCTTTCTTT 
GTGGCAAATT CTTCACCACA GCAAAGCTCC AGTATGGAGC TCCAGCCTCC TGTTTCACCA 
GCAGAACTGT CTGAACGTCC AGCTCCTCAC GTGGTCTCCA AGGAAGAGCT GAACCTGGTT 
CAGACGTGTC TGCAGCGATG GAGAAACGAG ATCGAGCAAG ATGTGCAAGA TCTGAAGGAG 
TCTATTGCCA GAATCAACCT ATCCATTGAA CAAATGTACT GTGACCCTCT CCTCCAGCAG 
GTTCCCTATC GTTTGCATGC AGTCCTGGTC CATGAGGGGC AAGCAAATGC TGGGCACTAC 
TGGGCCTTCA TATATGACCA GCCTCGGAAA AGATGGCTCA AGTACAATGA CATCTCAGTG 
ACGGAGTCCT CGTGGGAAGA GCTGGAGAGA GAGTCCTTTG GAGGCCTGAG GAACGCCAGT 
GCCTACTGCC TGATGTACAT CAGTGACCAG GTGTCCCCTG TTGGTGCAGA TGAGGATGAG 
AGCCCAGAGG CTAGACAGTT CCAGAAAGAA GTGGAAGCTT TGTCCCCAGA ACTGAGACAC 
TACATCCAGG AGGACAACTG GCGCCTGGAG CAGGAGGCAG AGGAGTGGGA CGAGGAGCAA 
TCTTGCAAGA TTCCTCAAAT GGAGCCTTCA CCTACTTCTG AATTGCAGGA CCTCTCCTCT 
GAGTCGGGAC CAGAGCAGTC ATCAGTGTGT GAGCAGAGCG TGCACTCCCT GTCCTCGGAG 
CATGCCAGGA TTGCCAAGGA GCAGACTGCC AAGGCCATTG CCAACACTGC CGATGCCTAC 
GAGAAGAACG GTGTCGAGGC AGCTCTGTGC GAGGTGATGC TGAGTCCAGC CATGCAAGGT 
GTCATCCTGG CTATTGCAAA AGCCCGCCAG ACCTTTGATC GTGATGGGTC TGAAGCAGGG 
CTTGTTAAGG CATTCCATGA GGAGTACTCC CGGCTGTACC TGCTTTCCAA AGAGACCCCA 
ACCCCCCAGA ACGATGCCCG GCTGCAGCAC GTGCTCATCT ACTTCCTGCA GAACAACGCT 
CCGCAGCAGG TGGTGGAACG GACCCTCCTC GAGCAGTTTG CAGACAAAAA CCTCAGCTAT 
GATGAGCGGT CCATCAGCAT CATGAAGGTG GCACGGGCAA AGCTGAGCGA AATTGGTCCT 
GACGATGTTG ACATGGAGGA GTACAAGAGA TGGCACGAAG ACTACAGCCT TTTTCGCAAG 
GTGTCCATCT ACCTGCTGAC GGGGTTGGAA CTCTACCAGA ATAGAAAGTA CCAAGAGTCA 
CTCACCTACC TGGTCTATGC CTACCAAAGC AACACCAAAC TGCTGCTGAA GGGAGCCAAC 
CGAGGCGTGA GCGAGTCGCT GATCGCCTTG TACAGAAGGA AATGTCTCCT GAAGCTGAAC 
GAGGTGGCAG CTTCTCTTTT TGTCAGCTGT GAAGAAGCTC ATGTGTCAGA GGGTGTGAGC 
ATCCTGAATG AGCTGATCAT CCCCTGCATG CATCTCATGA GCAACCTGGC GGTCTCCCAA 
GAGGACCTGG ATGCCATCGA GGTCATGAGA AACCGCTGGT GCTCCTATTT GGGACGAGAA 
GACATGGACG CAAAGCTGCA GATGAAGCTG GGTGAGCTGC TGCCCCGGCT CCTGGACGGC 
TCCACCGAGG TCATTATGCT GAAGGAGCCC CCGAAGATCC GGCCCAACTC CCCTTACGAC 
CTGTGCAGCC GCTTTGCAGC CGTGATGGAG TCCATCCACG GGGCCTCCGC CGTGACGGTG 
AACTAG

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

RefSeq	XP_030146619.1
CDS	50..3295
Translation	MTAELRARDGGGEDCQVLLNQMKEITGIQDSAFLLAALKAADGDLMEAVTFLTEDPAPEPVQSPAAAELSAWEGSTVGKQLPQDVGTAAAPHNQDNLRTANTVRPLESPKAPAAESDAAERPQDAHSAENKNRSKRKRCEAWGENSKQNDWRRAGDWPVGMKNIGNTCWFSAVIQSLFQLPEFRRLVLGYSLPQNVLESCRSHTGKRNIAFMQELQCLFALMLGTWRKFVDPSAALELLRDVFRSSEQPQQDVSEFTHKLLDWLEDAFQLTVNVTSLGDKSENPMVQLFYGTFLTEGVHKGNTFSKIETFGQYPLQVNGYRNLNECLEGAMVEGEMDETPASQSVKYGQERWFTKLPPVLTFELSRFEFNQSLGQPEKIHTKLEFPQTIYMDRYLYCNKDLIQMKREEMKRLKEKMVTLQQKLERYMEYGSGPARFPLPDMLQYVLEFIATKPAVAVSSAQSSQAPLLRSQAKPNVLDVLSQPNGIQERTDTRTEDEAFFVANSSPQQSSSMELQPPVSPAELSERPAPHVVSKEELNLVQTCLQRWRNEIEQDVQDLKESIARINLSIEQMYCDPLLQQVPYRLHAVLVHEGQANAGHYWAFIYDQPRKRWLKYNDISVTESSWEELERESFGGLRNASAYCLMYISDQVSPVGADEDESPEARQFQKEVEALSPELRHYIQEDNWRLEQEAEEWDEEQSCKIPQMEPSPTSELQDLSSESGPEQSSVCEQSVHSLSSEHARIAKEQTAKAIANTADAYEKNGVEAALCEVMLSPAMQGVILAIAKARQTFDRDGSEAGLVKAFHEEYSRLYLLSKETPTPQNDARLQHVLIYFLQNNAPQQVVERTLLEQFADKNLSYDERSISIMKVARAKLSEIGPDDVDMEEYKRWHEDYSLFRKVSIYLLTGLELYQNRKYQESLTYLVYAYQSNTKLLLKGANRGVSESLIALYRRKCLLKLNEVAASLFVSCEEAHVSEGVSILNELIIPCMHLMSNLAVSQEDLDAIEVMRNRWCSYLGREDMDAKLQMKLGELLPRLLDGSTEVIMLKEPPKIRPNSPYDLCSRFAAVMESIHGASAVTVN

Target ORF information:

RefSeq Version	XM_030290759.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata ubiquitin specific peptidase 28 (USP28), transcript variant X4, mRNA.

Target ORF information:

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

XM_030290759.1

ORF Insert Sequence:

ATGACGGCCG AGCTGCGGGC CCGGGACGGC GGCGGCGAGG ATTGCCAGGT GCTCTTAAAT 
CAGATGAAAG AGATCACAGG AATTCAGGAT TCAGCATTCC TGCTTGCTGC TCTAAAGGCT 
GCTGATGGAG ATCTCATGGA AGCAGTCACC TTCCTGACGG AGGACCCTGC TCCGGAGCCT 
GTGCAGAGCC CAGCTGCTGC AGAGCTGTCT GCCTGGGAAG GGAGCACAGT GGGCAAACAG 
CTCCCACAGG ATGTTGGTAC TGCAGCTGCC CCTCACAACC AAGACAACCT CCGCACAGCC 
AACACTGTCA GACCACTGGA ATCACCAAAA GCTCCAGCTG CAGAAAGTGA TGCAGCTGAA 
AGACCACAGG ACGCCCATTC TGCTGAAAAC AAAAACCGCT CCAAAAGGAA ACGCTGTGAA 
GCCTGGGGAG AGAACTCCAA GCAGAATGAC TGGAGAAGAG CGGGTGACTG GCCTGTTGGA 
ATGAAAAATA TAGGAAATAC ATGTTGGTTT AGTGCTGTTA TACAGTCTCT GTTTCAGTTG 
CCAGAATTCC GGAGGCTGGT CCTTGGGTAT TCCCTCCCAC AGAATGTACT TGAAAGTTGT 
CGTAGTCACA CTGGAAAAAG AAATATTGCA TTCATGCAAG AACTTCAGTG TCTGTTTGCA 
TTAATGCTGG GGACATGGCG TAAGTTTGTA GACCCTTCAG CAGCACTGGA GCTCTTGAGG 
GACGTGTTTA GATCATCTGA ACAACCGCAG CAAGATGTGA GTGAATTTAC GCACAAACTA 
CTGGACTGGC TGGAGGACGC ATTCCAGCTC ACTGTGAATG TCACGAGCCT TGGGGACAAA 
TCTGAAAACC CAATGGTGCA GCTCTTCTAC GGGACTTTCC TGACTGAGGG AGTCCATAAG 
GGCAACACTT TTTCCAAGAT TGAGACCTTT GGTCAGTATC CCCTTCAGGT AAATGGTTAC 
CGGAACTTGA ATGAGTGCTT GGAAGGAGCC ATGGTGGAGG GAGAGATGGA TGAGACACCA 
GCATCTCAGT CAGTGAAGTA TGGACAGGAG CGCTGGTTTA CAAAACTCCC ACCAGTTCTG 
ACCTTTGAAC TCTCCCGATT TGAGTTCAAT CAGTCACTAG GACAGCCAGA GAAAATTCAC 
ACCAAGCTAG AGTTTCCCCA GACTATATAT ATGGACAGGT ACCTATACTG CAATAAAGAC 
CTTATTCAGA TGAAAAGAGA GGAAATGAAG AGATTGAAGG AGAAAATGGT GACTCTGCAG 
CAGAAACTGG AAAGGTACAT GGAATATGGC TCTGGCCCAG CCCGCTTTCC ACTGCCTGAC 
ATGCTGCAGT ATGTGCTGGA GTTCATTGCT ACAAAGCCAG CTGTGGCTGT TTCCTCTGCT 
CAGAGCTCTC AAGCGCCACT CCTGCGCTCC CAAGCCAAGC CTAATGTTCT GGACGTGCTT 
TCACAGCCAA ACGGCATACA AGAAAGGACT GATACGAGGA CTGAAGATGA AGCTTTCTTT 
GTGGCAAATT CTTCACCACA GCAAAGCTCC AGTATGGAGC TCCAGCCTCC TGTTTCACCA 
GCAGAACTGT CTGAACGTCC AGCTCCTCAC GTGGTCTCCA AGGAAGAGCT GAACCTGGTT 
CAGACGTGTC TGCAGCGATG GAGAAACGAG ATCGAGCAAG ATGTGCAAGA TCTGAAGGAG 
TCTATTGCCA GAATCAACCT ATCCATTGAA CAAATGTACT GTGACCCTCT CCTCCAGCAG 
GTTCCCTATC GTTTGCATGC AGTCCTGGTC CATGAGGGGC AAGCAAATGC TGGGCACTAC 
TGGGCCTTCA TATATGACCA GCCTCGGAAA AGATGGCTCA AGTACAATGA CATCTCAGTG 
ACGGAGTCCT CGTGGGAAGA GCTGGAGAGA GAGTCCTTTG GAGGCCTGAG GAACGCCAGT 
GCCTACTGCC TGATGTACAT CAGTGACCAG GTGTCCCCTG TTGGTGCAGA TGAGGATGAG 
AGCCCAGAGG CTAGACAGTT CCAGAAAGAA GTGGAAGCTT TGTCCCCAGA ACTGAGACAC 
TACATCCAGG AGGACAACTG GCGCCTGGAG CAGGAGGCAG AGGAGTGGGA CGAGGAGCAA 
TCTTGCAAGA TTCCTCAAAT GGAGCCTTCA CCTACTTCTG AATTGCAGGA CCTCTCCTCT 
GAGTCGGGAC CAGAGCAGTC ATCAGTGTGT GAGCAGAGCG TGCACTCCCT GTCCTCGGAG 
CATGCCAGGA TTGCCAAGGA GCAGACTGCC AAGGCCATTG CCAACACTGC CGATGCCTAC 
GAGAAGAACG GTGTCGAGGC AGCTCTGTGC GAGGTGATGC TGAGTCCAGC CATGCAAGGT 
GTCATCCTGG CTATTGCAAA AGCCCGCCAG ACCTTTGATC GTGATGGGTC TGAAGCAGGG 
CTTGTTAAGG CATTCCATGA GGAGTACTCC CGGCTGTACC TGCTTTCCAA AGAGACCCCA 
ACCCCCCAGA ACGATGCCCG GCTGCAGCAC GTGCTCATCT ACTTCCTGCA GAACAACGCT 
CCGCAGCAGG TGGTGGAACG GACCCTCCTC GAGCAGTTTG CAGACAAAAA CCTCAGCTAT 
GATGAGCGGT CCATCAGCAT CATGAAGGTG GCACGGGCAA AGCTGAGCGA AATTGGTCCT 
GACGATGTTG ACATGGAGGA GTACAAGAGA TGGCACGAAG ACTACAGCCT TTTTCGCAAG 
GTGTCCATCT ACCTGCTGAC GGGGTTGGAA CTCTACCAGA ATAGAAAGTA CCAAGAGTCA 
CTCACCTACC TGGTCTATGC CTACCAAAGC AACACCAAAC TGCTGCTGAA GGGAGCCAAC 
CGAGGCGTGA GCGAGTCGCT GATCGCCTTG TACAGAAGGA AATGTCTCCT GAAGCTGAAC 
GAGGTGGCAG CTTCTCTTTT TGTCAGCTGT GAAGAAGCTC ATGTGTCAGA GGGTGTGAGC 
ATCCTGAATG AGCTGATCAT CCCCTGCATG CATCTCATGA GCAACCTGGC GGTCTCCCAA 
GAGGACCTGG ATGCCATCGA GGTCATGAGA AACCGCTGGT GCTCCTATTT GGGACGAGAA 
GACATGGACG CAAAGCTGCA GATGAAGCTG GGTGAGCTGC TGCCCCGGCT CCTGGACGGC 
TCCACCGAGG TCATTATGCT GAAGGAGCCC CCGAAGATCC GGCCCAACTC CCCTTACGAC 
CTGTGCAGCC GCTTTGCAGC CGTGATGGAG TCCATCCACG GGGCCTCCGC CGTGACGGTG 
AACTAG

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

USP28 ( XM_030290760.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030146620.1 Taeniopygia guttata ubiquitin specific peptidase 28 (USP28), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OTd38766
Clone ID Related Accession (Same CDS sequence)	XM_030290760.1
Accession Version	XM_030290760.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3150bp) 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 28 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044236.1) 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##

ATGACGGCCG AGCTGCGGGC CCGGGACGGC GGCGGCGAGG ATTGCCAGGT GCTCTTAAAT 
CAGATGAAAG AGATCACAGG AATTCAGGAT TCAGCATTCC TGCTTGCTGC TCTAAAGGCT 
GCTGATGGAG ATCTCATGGA AGCAGTCACC TTCCTGACGG AGGACCCTGC TCCGGAGCCT 
GTGCAGAGCC CAGCTGCTGC AGAGCTGTCT GCCTGGGAAG GGAGCACAGT GGGCAAACAG 
CTCCCACAGG ATGTTGGTAC TGCAGCTGCC CCTCACAACC AAGACAACCT CCGCACAGCC 
AACACTGTCA GACCACTGGA ATCACCAAAA GCTCCAGCTG CAGAAAGTGA TGCAGCTGAA 
AGACCACAGG ACGCCCATTC TGCTGAAAAC AAAAACCGCT CCAAAAGGAA ACGCTGTGAA 
GCCTGGGGAG AGAACTCCAA GCAGAATGAC TGGAGAAGAG CGGGTGACTG GCCTGTTGGA 
ATGAAAAATA TAGGAAATAC ATGTTGGTTT AGTGCTGTTA TACAGTCTCT GTTTCAGTTG 
CCAGAATTCC GGAGGCTGGT CCTTGGGTAT TCCCTCCCAC AGAATGTACT TGAAAGTTGT 
CGTAGTCACA CTGGAAAAAG AAATATTGCA TTCATGCAAG AACTTCAGTG TCTGTTTGCA 
TTAATGCTGG GGACATGGCG TAAGTTTGTA GACCCTTCAG CAGCACTGGA GCTCTTGAGG 
GACGTGTTTA GATCATCTGA ACAACCGCAG CAAGATGTGA GTGAATTTAC GCACAAACTA 
CTGGACTGGC TGGAGGACGC ATTCCAGCTC ACTGTGAATG TCACGAGCCT TGGGGACAAA 
TCTGAAAACC CAATGGTGCA GCTCTTCTAC GGGACTTTCC TGACTGAGGG AGTCCATAAG 
GGCAACACTT TTTCCAAGAT TGAGACCTTT GGTCAGTATC CCCTTCAGGT AAATGGTTAC 
CGGAACTTGA ATGAGTGCTT GGAAGGAGCC ATGGTGGAGG GAGAGATGGA TGAGACACCA 
GCATCTCAGT CAGTGAAGTA TGGACAGGAG CGCTGGTTTA CAAAACTCCC ACCAGTTCTG 
ACCTTTGAAC TCTCCCGATT TGAGTTCAAT CAGTCACTAG GACAGCCAGA GAAAATTCAC 
ACCAAGCTAG AGTTTCCCCA GACTATATAT ATGGACAGGT ACCTATACTG CAATAAAGAC 
CTTATTCAGA TGAAAAGAGA GGAAATGAAG AGATTGAAGG AGAAAATGGT GACTCTGCAG 
CAGAAACTGG AAAGGTACAT GGAATATGGC TCTGGCCCAG CCCGCTTTCC ACTGCCTGAC 
ATGCTGCAGT ATGTGCTGGA GTTCATTGCT ACAAAGCCAG CTGTGGCTGT TTCCTCTGCT 
CAGAGCTCTC AAGCGCCACT CCTGCGCTCC CAAGCCAAGC CTAATGTTCT GGACGTGCTT 
TCACAGCCAA ACGGCATACA AGAAAGGACT GATACGAGGA CTGAAGATGA AGCTTTCTTT 
GTGGCAAATT CTTCACCACA GCAAAGCTCC AGTATGGAGC TCCAGCCTCC TGTTTCACCA 
GCAGAACTGT CTGAACGTCC AGCTCCTCAC GTGGTCTCCA AGGAAGAGCT GAACCTGGTT 
CAGACGTGTC TGCAGCGATG GAGAAACGAG ATCGAGCAAG ATGTGCAAGA TCTGAAGGAG 
TCTATTGCCA GAATCAACCT ATCCATTGAA CAAATGTACT GTGACCCTCT CCTCCAGCAG 
GTTCCCTATC GTTTGCATGC AGTCCTGGTC CATGAGGGGC AAGCAAATGC TGGGCACTAC 
TGGGCCTTCA TATATGACCA GCCTCGGAAA AGATGGCTCA AGTACAATGA CATCTCAGTG 
ACGGAGTCCT CGTGGGAAGA GCTGGAGAGA GAGTCCTTTG GAGGCCTGAG GAACGCCAGT 
GCCTACTGCC TGATGTACAT CAGTGACCAG GTGTCCCCTG TTGGTGCAGA TGAGGATGAG 
AGCCCAGAGG CTAGACAGTT CCAGAAAGAA GTGGAAGCTT TGTCCCCAGA ACTGAGACAC 
TACATCCAGG AGGACAACTG GCGCCTGGAG CAGGAGGCAG AGGAGTGGGA CGAGGAGCAA 
TCTTGCAAGA TTCCTCAAAT GGAGCCTTCA CCTACTTCTG AATTGCAGGA CCTCTCCTCT 
GAGTCGGGAC CAGAGCAGTC ATCAGTGTGT GAGCAGAGCG TGCACTCCCT GTCCTCGGAG 
CATGCCAGGA TTGCCAAGGA GCAGACTGCC AAGGCCATTG CCAACACTGC CGATGCCTAC 
GAGAAGAACG GTGTCGAGGC AGCTCTGTGC GAGGCATTCC ATGAGGAGTA CTCCCGGCTG 
TACCTGCTTT CCAAAGAGAC CCCAACCCCC CAGAACGATG CCCGGCTGCA GCACGTGCTC 
ATCTACTTCC TGCAGAACAA CGCTCCGCAG CAGGTGGTGG AACGGACCCT CCTCGAGCAG 
TTTGCAGACA AAAACCTCAG CTATGATGAG CGGTCCATCA GCATCATGAA GGTGGCACGG 
GCAAAGCTGA GCGAAATTGG TCCTGACGAT GTTGACATGG AGGAGTACAA GAGATGGCAC 
GAAGACTACA GCCTTTTTCG CAAGGTGTCC ATCTACCTGC TGACGGGGTT GGAACTCTAC 
CAGAATAGAA AGTACCAAGA GTCACTCACC TACCTGGTCT ATGCCTACCA AAGCAACACC 
AAACTGCTGC TGAAGGGAGC CAACCGAGGC GTGAGCGAGT CGCTGATCGC CTTGTACAGA 
AGGAAATGTC TCCTGAAGCT GAACGAGGTG GCAGCTTCTC TTTTTGTCAG CTGTGAAGAA 
GCTCATGTGT CAGAGGGTGT GAGCATCCTG AATGAGCTGA TCATCCCCTG CATGCATCTC 
ATGAGCAACC TGGCGGTCTC CCAAGAGGAC CTGGATGCCA TCGAGGTCAT GAGAAACCGC 
TGGTGCTCCT ATTTGGGACG AGAAGACATG GACGCAAAGC TGCAGATGAA GCTGGGTGAG 
CTGCTGCCCC GGCTCCTGGA CGGCTCCACC GAGGTCATTA TGCTGAAGGA GCCCCCGAAG 
ATCCGGCCCA ACTCCCCTTA CGACCTGTGC AGCCGCTTTG CAGCCGTGAT GGAGTCCATC 
CACGGGGCCT CCGCCGTGAC GGTGAACTAG

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

RefSeq	XP_030146620.1
CDS	50..3199
Translation	MTAELRARDGGGEDCQVLLNQMKEITGIQDSAFLLAALKAADGDLMEAVTFLTEDPAPEPVQSPAAAELSAWEGSTVGKQLPQDVGTAAAPHNQDNLRTANTVRPLESPKAPAAESDAAERPQDAHSAENKNRSKRKRCEAWGENSKQNDWRRAGDWPVGMKNIGNTCWFSAVIQSLFQLPEFRRLVLGYSLPQNVLESCRSHTGKRNIAFMQELQCLFALMLGTWRKFVDPSAALELLRDVFRSSEQPQQDVSEFTHKLLDWLEDAFQLTVNVTSLGDKSENPMVQLFYGTFLTEGVHKGNTFSKIETFGQYPLQVNGYRNLNECLEGAMVEGEMDETPASQSVKYGQERWFTKLPPVLTFELSRFEFNQSLGQPEKIHTKLEFPQTIYMDRYLYCNKDLIQMKREEMKRLKEKMVTLQQKLERYMEYGSGPARFPLPDMLQYVLEFIATKPAVAVSSAQSSQAPLLRSQAKPNVLDVLSQPNGIQERTDTRTEDEAFFVANSSPQQSSSMELQPPVSPAELSERPAPHVVSKEELNLVQTCLQRWRNEIEQDVQDLKESIARINLSIEQMYCDPLLQQVPYRLHAVLVHEGQANAGHYWAFIYDQPRKRWLKYNDISVTESSWEELERESFGGLRNASAYCLMYISDQVSPVGADEDESPEARQFQKEVEALSPELRHYIQEDNWRLEQEAEEWDEEQSCKIPQMEPSPTSELQDLSSESGPEQSSVCEQSVHSLSSEHARIAKEQTAKAIANTADAYEKNGVEAALCEAFHEEYSRLYLLSKETPTPQNDARLQHVLIYFLQNNAPQQVVERTLLEQFADKNLSYDERSISIMKVARAKLSEIGPDDVDMEEYKRWHEDYSLFRKVSIYLLTGLELYQNRKYQESLTYLVYAYQSNTKLLLKGANRGVSESLIALYRRKCLLKLNEVAASLFVSCEEAHVSEGVSILNELIIPCMHLMSNLAVSQEDLDAIEVMRNRWCSYLGREDMDAKLQMKLGELLPRLLDGSTEVIMLKEPPKIRPNSPYDLCSRFAAVMESIHGASAVTVN

Target ORF information:

RefSeq Version	XM_030290760.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata ubiquitin specific peptidase 28 (USP28), transcript variant X5, mRNA.

Target ORF information:

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

XM_030290760.1

ORF Insert Sequence:

ATGACGGCCG AGCTGCGGGC CCGGGACGGC GGCGGCGAGG ATTGCCAGGT GCTCTTAAAT 
CAGATGAAAG AGATCACAGG AATTCAGGAT TCAGCATTCC TGCTTGCTGC TCTAAAGGCT 
GCTGATGGAG ATCTCATGGA AGCAGTCACC TTCCTGACGG AGGACCCTGC TCCGGAGCCT 
GTGCAGAGCC CAGCTGCTGC AGAGCTGTCT GCCTGGGAAG GGAGCACAGT GGGCAAACAG 
CTCCCACAGG ATGTTGGTAC TGCAGCTGCC CCTCACAACC AAGACAACCT CCGCACAGCC 
AACACTGTCA GACCACTGGA ATCACCAAAA GCTCCAGCTG CAGAAAGTGA TGCAGCTGAA 
AGACCACAGG ACGCCCATTC TGCTGAAAAC AAAAACCGCT CCAAAAGGAA ACGCTGTGAA 
GCCTGGGGAG AGAACTCCAA GCAGAATGAC TGGAGAAGAG CGGGTGACTG GCCTGTTGGA 
ATGAAAAATA TAGGAAATAC ATGTTGGTTT AGTGCTGTTA TACAGTCTCT GTTTCAGTTG 
CCAGAATTCC GGAGGCTGGT CCTTGGGTAT TCCCTCCCAC AGAATGTACT TGAAAGTTGT 
CGTAGTCACA CTGGAAAAAG AAATATTGCA TTCATGCAAG AACTTCAGTG TCTGTTTGCA 
TTAATGCTGG GGACATGGCG TAAGTTTGTA GACCCTTCAG CAGCACTGGA GCTCTTGAGG 
GACGTGTTTA GATCATCTGA ACAACCGCAG CAAGATGTGA GTGAATTTAC GCACAAACTA 
CTGGACTGGC TGGAGGACGC ATTCCAGCTC ACTGTGAATG TCACGAGCCT TGGGGACAAA 
TCTGAAAACC CAATGGTGCA GCTCTTCTAC GGGACTTTCC TGACTGAGGG AGTCCATAAG 
GGCAACACTT TTTCCAAGAT TGAGACCTTT GGTCAGTATC CCCTTCAGGT AAATGGTTAC 
CGGAACTTGA ATGAGTGCTT GGAAGGAGCC ATGGTGGAGG GAGAGATGGA TGAGACACCA 
GCATCTCAGT CAGTGAAGTA TGGACAGGAG CGCTGGTTTA CAAAACTCCC ACCAGTTCTG 
ACCTTTGAAC TCTCCCGATT TGAGTTCAAT CAGTCACTAG GACAGCCAGA GAAAATTCAC 
ACCAAGCTAG AGTTTCCCCA GACTATATAT ATGGACAGGT ACCTATACTG CAATAAAGAC 
CTTATTCAGA TGAAAAGAGA GGAAATGAAG AGATTGAAGG AGAAAATGGT GACTCTGCAG 
CAGAAACTGG AAAGGTACAT GGAATATGGC TCTGGCCCAG CCCGCTTTCC ACTGCCTGAC 
ATGCTGCAGT ATGTGCTGGA GTTCATTGCT ACAAAGCCAG CTGTGGCTGT TTCCTCTGCT 
CAGAGCTCTC AAGCGCCACT CCTGCGCTCC CAAGCCAAGC CTAATGTTCT GGACGTGCTT 
TCACAGCCAA ACGGCATACA AGAAAGGACT GATACGAGGA CTGAAGATGA AGCTTTCTTT 
GTGGCAAATT CTTCACCACA GCAAAGCTCC AGTATGGAGC TCCAGCCTCC TGTTTCACCA 
GCAGAACTGT CTGAACGTCC AGCTCCTCAC GTGGTCTCCA AGGAAGAGCT GAACCTGGTT 
CAGACGTGTC TGCAGCGATG GAGAAACGAG ATCGAGCAAG ATGTGCAAGA TCTGAAGGAG 
TCTATTGCCA GAATCAACCT ATCCATTGAA CAAATGTACT GTGACCCTCT CCTCCAGCAG 
GTTCCCTATC GTTTGCATGC AGTCCTGGTC CATGAGGGGC AAGCAAATGC TGGGCACTAC 
TGGGCCTTCA TATATGACCA GCCTCGGAAA AGATGGCTCA AGTACAATGA CATCTCAGTG 
ACGGAGTCCT CGTGGGAAGA GCTGGAGAGA GAGTCCTTTG GAGGCCTGAG GAACGCCAGT 
GCCTACTGCC TGATGTACAT CAGTGACCAG GTGTCCCCTG TTGGTGCAGA TGAGGATGAG 
AGCCCAGAGG CTAGACAGTT CCAGAAAGAA GTGGAAGCTT TGTCCCCAGA ACTGAGACAC 
TACATCCAGG AGGACAACTG GCGCCTGGAG CAGGAGGCAG AGGAGTGGGA CGAGGAGCAA 
TCTTGCAAGA TTCCTCAAAT GGAGCCTTCA CCTACTTCTG AATTGCAGGA CCTCTCCTCT 
GAGTCGGGAC CAGAGCAGTC ATCAGTGTGT GAGCAGAGCG TGCACTCCCT GTCCTCGGAG 
CATGCCAGGA TTGCCAAGGA GCAGACTGCC AAGGCCATTG CCAACACTGC CGATGCCTAC 
GAGAAGAACG GTGTCGAGGC AGCTCTGTGC GAGGCATTCC ATGAGGAGTA CTCCCGGCTG 
TACCTGCTTT CCAAAGAGAC CCCAACCCCC CAGAACGATG CCCGGCTGCA GCACGTGCTC 
ATCTACTTCC TGCAGAACAA CGCTCCGCAG CAGGTGGTGG AACGGACCCT CCTCGAGCAG 
TTTGCAGACA AAAACCTCAG CTATGATGAG CGGTCCATCA GCATCATGAA GGTGGCACGG 
GCAAAGCTGA GCGAAATTGG TCCTGACGAT GTTGACATGG AGGAGTACAA GAGATGGCAC 
GAAGACTACA GCCTTTTTCG CAAGGTGTCC ATCTACCTGC TGACGGGGTT GGAACTCTAC 
CAGAATAGAA AGTACCAAGA GTCACTCACC TACCTGGTCT ATGCCTACCA AAGCAACACC 
AAACTGCTGC TGAAGGGAGC CAACCGAGGC GTGAGCGAGT CGCTGATCGC CTTGTACAGA 
AGGAAATGTC TCCTGAAGCT GAACGAGGTG GCAGCTTCTC TTTTTGTCAG CTGTGAAGAA 
GCTCATGTGT CAGAGGGTGT GAGCATCCTG AATGAGCTGA TCATCCCCTG CATGCATCTC 
ATGAGCAACC TGGCGGTCTC CCAAGAGGAC CTGGATGCCA TCGAGGTCAT GAGAAACCGC 
TGGTGCTCCT ATTTGGGACG AGAAGACATG GACGCAAAGC TGCAGATGAA GCTGGGTGAG 
CTGCTGCCCC GGCTCCTGGA CGGCTCCACC GAGGTCATTA TGCTGAAGGA GCCCCCGAAG 
ATCCGGCCCA ACTCCCCTTA CGACCTGTGC AGCCGCTTTG CAGCCGTGAT GGAGTCCATC 
CACGGGGCCT CCGCCGTGAC GGTGAACTAG

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

USP28 ( XM_030290761.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030146621.1 Taeniopygia guttata ubiquitin specific peptidase 28 (USP28), transcript variant X6, mRNA.

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CloneID	OTd38767
Clone ID Related Accession (Same CDS sequence)	XM_030290761.1
Accession Version	XM_030290761.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3126bp) 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 28 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044236.1) 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##

ATGCGTTTCA GAGAGGATTG CCAGGTGCTC TTAAATCAGA TGAAAGAGAT CACAGGAATT 
CAGGATTCAG CATTCCTGCT TGCTGCTCTA AAGGCTGCTG ATGGAGATCT CATGGAAGCA 
GTCACCTTCC TGACGGAGGA CCCTGCTCCG GAGCCTGTGC AGAGCCCAGC TGCTGCAGAG 
CTGTCTGCCT GGGAAGGGAG CACAGTGGGC AAACAGCTCC CACAGGATGT TGGTACTGCA 
GCTGCCCCTC ACAACCAAGA CAACCTCCGC ACAGCCAACA CTGTCAGACC ACTGGAATCA 
CCAAAAGCTC CAGCTGCAGA AAGTGATGCA GCTGAAAGAC CACAGGACGC CCATTCTGCT 
GAAAACAAAA ACCGCTCCAA AAGGAAACGC TGTGAAGCCT GGGGAGAGAA CTCCAAGCAG 
AATGACTGGA GAAGAGCGGG TGACTGGCCT GTTGGAATGA AAAATATAGG AAATACATGT 
TGGTTTAGTG CTGTTATACA GTCTCTGTTT CAGTTGCCAG AATTCCGGAG GCTGGTCCTT 
GGGTATTCCC TCCCACAGAA TGTACTTGAA AGTTGTCGTA GTCACACTGG AAAAAGAAAT 
ATTGCATTCA TGCAAGAACT TCAGTGTCTG TTTGCATTAA TGCTGGGGAC ATGGCGTAAG 
TTTGTAGACC CTTCAGCAGC ACTGGAGCTC TTGAGGGACG TGTTTAGATC ATCTGAACAA 
CCGCAGCAAG ATGTGAGTGA ATTTACGCAC AAACTACTGG ACTGGCTGGA GGACGCATTC 
CAGCTCACTG TGAATGTCAC GAGCCTTGGG GACAAATCTG AAAACCCAAT GGTGCAGCTC 
TTCTACGGGA CTTTCCTGAC TGAGGGAGTC CATAAGGGCA ACACTTTTTC CAAGATTGAG 
ACCTTTGGTC AGTATCCCCT TCAGGTAAAT GGTTACCGGA ACTTGAATGA GTGCTTGGAA 
GGAGCCATGG TGGAGGGAGA GATGGATGAG ACACCAGCAT CTCAGTCAGT GAAGTATGGA 
CAGGAGCGCT GGTTTACAAA ACTCCCACCA GTTCTGACCT TTGAACTCTC CCGATTTGAG 
TTCAATCAGT CACTAGGACA GCCAGAGAAA ATTCACACCA AGCTAGAGTT TCCCCAGACT 
ATATATATGG ACAGGTACCT ATACTGCAAT AAAGACCTTA TTCAGATGAA AAGAGAGGAA 
ATGAAGAGAT TGAAGGAGAA AATGGTGACT CTGCAGCAGA AACTGGAAAG GTACATGGAA 
TATGGCTCTG GCCCAGCCCG CTTTCCACTG CCTGACATGC TGCAGTATGT GCTGGAGTTC 
ATTGCTACAA AGCCAGCTGT GGCTGTTTCC TCTGCTCAGA GCTCTCAAGC GCCACTCCTG 
CGCTCCCAAG CCAAGCCTAA TGTTCTGGAC GTGCTTTCAC AGCCAAACGG CATACAAGAA 
AGGACTGATA CGAGGACTGA AGATGAAGCT TTCTTTGTGG CAAATTCTTC ACCACAGCAA 
AGCTCCAGTA TGGAGCTCCA GCCTCCTGTT TCACCAGCAG AACTGTCTGA ACGTCCAGCT 
CCTCACGTGG TCTCCAAGGA AGAGCTGAAC CTGGTTCAGA CGTGTCTGCA GCGATGGAGA 
AACGAGATCG AGCAAGATGT GCAAGATCTG AAGGAGTCTA TTGCCAGAAT CAACCTATCC 
ATTGAACAAA TGTACTGTGA CCCTCTCCTC CAGCAGGTTC CCTATCGTTT GCATGCAGTC 
CTGGTCCATG AGGGGCAAGC AAATGCTGGG CACTACTGGG CCTTCATATA TGACCAGCCT 
CGGAAAAGAT GGCTCAAGTA CAATGACATC TCAGTGACGG AGTCCTCGTG GGAAGAGCTG 
GAGAGAGAGT CCTTTGGAGG CCTGAGGAAC GCCAGTGCCT ACTGCCTGAT GTACATCAGT 
GACCAGGTGT CCCCTGTTGG TGCAGATGAG GATGAGAGCC CAGAGGCTAG ACAGTTCCAG 
AAAGAAGTGG AAGCTTTGTC CCCAGAACTG AGACACTACA TCCAGGAGGA CAACTGGCGC 
CTGGAGCAGG AGGCAGAGGA GTGGGACGAG GAGCAATCTT GCAAGATTCC TCAAATGGAG 
CCTTCACCTA CTTCTGAATT GCAGGACCTC TCCTCTGAGT CGGGACCAGA GCAGTCATCA 
GTGTGTGAGC AGAGCGTGCA CTCCCTGTCC TCGGAGCATG CCAGGATTGC CAAGGAGCAG 
ACTGCCAAGG CCATTGCCAA CACTGCCGAT GCCTACGAGA AGAACGGTGT CGAGGCAGCT 
CTGTGCGAGG CATTCCATGA GGAGTACTCC CGGCTGTACC TGCTTTCCAA AGAGACCCCA 
ACCCCCCAGA ACGATGCCCG GCTGCAGCAC GTGCTCATCT ACTTCCTGCA GAACAACGCT 
CCGCAGCAGG TGGTGGAACG GACCCTCCTC GAGCAGTTTG CAGACAAAAA CCTCAGCTAT 
GATGAGCGGT CCATCAGCAT CATGAAGGTG GCACGGGCAA AGCTGAGCGA AATTGGTCCT 
GACGATGTTG ACATGGAGGA GTACAAGAGA TGGCACGAAG ACTACAGCCT TTTTCGCAAG 
GTGTCCATCT ACCTGCTGAC GGGGTTGGAA CTCTACCAGA ATAGAAAGTA CCAAGAGTCA 
CTCACCTACC TGGTCTATGC CTACCAAAGC AACACCAAAC TGCTGCTGAA GGGAGCCAAC 
CGAGGCGTGA GCGAGTCGCT GATCGCCTTG TACAGAAGGA AATGTCTCCT GAAGCTGAAC 
GAGGTGGCAG CTTCTCTTTT TGTCAGCTGT GAAGAAGCTC ATGTGTCAGA GGGTGTGAGC 
ATCCTGAATG AGCTGATCAT CCCCTGCATG CATCTCATGA GCAACCTGGC GGTCTCCCAA 
GAGGACCTGG ATGCCATCGA GGTCATGAGA AACCGCTGGT GCTCCTATTT GGGACGAGAA 
GACATGGACG CAAAGCTGCA GATGAAGCTG GGTGAGCTGC TGCCCCGGCT CCTGGACGGC 
TCCACCGAGG TCATTATGCT GAAGGAGCCC CCGAAGATCC GGCCCAACTC CCCTTACGAC 
CTGTGCAGCC GCTTTGCAGC CGTGATGGAG TCCATCCACG GGGCCTCCGC CGTGACGGTG 
AACTAG

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

RefSeq	XP_030146621.1
CDS	293..3418
Translation	MRFREDCQVLLNQMKEITGIQDSAFLLAALKAADGDLMEAVTFLTEDPAPEPVQSPAAAELSAWEGSTVGKQLPQDVGTAAAPHNQDNLRTANTVRPLESPKAPAAESDAAERPQDAHSAENKNRSKRKRCEAWGENSKQNDWRRAGDWPVGMKNIGNTCWFSAVIQSLFQLPEFRRLVLGYSLPQNVLESCRSHTGKRNIAFMQELQCLFALMLGTWRKFVDPSAALELLRDVFRSSEQPQQDVSEFTHKLLDWLEDAFQLTVNVTSLGDKSENPMVQLFYGTFLTEGVHKGNTFSKIETFGQYPLQVNGYRNLNECLEGAMVEGEMDETPASQSVKYGQERWFTKLPPVLTFELSRFEFNQSLGQPEKIHTKLEFPQTIYMDRYLYCNKDLIQMKREEMKRLKEKMVTLQQKLERYMEYGSGPARFPLPDMLQYVLEFIATKPAVAVSSAQSSQAPLLRSQAKPNVLDVLSQPNGIQERTDTRTEDEAFFVANSSPQQSSSMELQPPVSPAELSERPAPHVVSKEELNLVQTCLQRWRNEIEQDVQDLKESIARINLSIEQMYCDPLLQQVPYRLHAVLVHEGQANAGHYWAFIYDQPRKRWLKYNDISVTESSWEELERESFGGLRNASAYCLMYISDQVSPVGADEDESPEARQFQKEVEALSPELRHYIQEDNWRLEQEAEEWDEEQSCKIPQMEPSPTSELQDLSSESGPEQSSVCEQSVHSLSSEHARIAKEQTAKAIANTADAYEKNGVEAALCEAFHEEYSRLYLLSKETPTPQNDARLQHVLIYFLQNNAPQQVVERTLLEQFADKNLSYDERSISIMKVARAKLSEIGPDDVDMEEYKRWHEDYSLFRKVSIYLLTGLELYQNRKYQESLTYLVYAYQSNTKLLLKGANRGVSESLIALYRRKCLLKLNEVAASLFVSCEEAHVSEGVSILNELIIPCMHLMSNLAVSQEDLDAIEVMRNRWCSYLGREDMDAKLQMKLGELLPRLLDGSTEVIMLKEPPKIRPNSPYDLCSRFAAVMESIHGASAVTVN

Target ORF information:

RefSeq Version	XM_030290761.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata ubiquitin specific peptidase 28 (USP28), transcript variant X6, mRNA.

Target ORF information:

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

XM_030290761.1

ORF Insert Sequence:

ATGCGTTTCA GAGAGGATTG CCAGGTGCTC TTAAATCAGA TGAAAGAGAT CACAGGAATT 
CAGGATTCAG CATTCCTGCT TGCTGCTCTA AAGGCTGCTG ATGGAGATCT CATGGAAGCA 
GTCACCTTCC TGACGGAGGA CCCTGCTCCG GAGCCTGTGC AGAGCCCAGC TGCTGCAGAG 
CTGTCTGCCT GGGAAGGGAG CACAGTGGGC AAACAGCTCC CACAGGATGT TGGTACTGCA 
GCTGCCCCTC ACAACCAAGA CAACCTCCGC ACAGCCAACA CTGTCAGACC ACTGGAATCA 
CCAAAAGCTC CAGCTGCAGA AAGTGATGCA GCTGAAAGAC CACAGGACGC CCATTCTGCT 
GAAAACAAAA ACCGCTCCAA AAGGAAACGC TGTGAAGCCT GGGGAGAGAA CTCCAAGCAG 
AATGACTGGA GAAGAGCGGG TGACTGGCCT GTTGGAATGA AAAATATAGG AAATACATGT 
TGGTTTAGTG CTGTTATACA GTCTCTGTTT CAGTTGCCAG AATTCCGGAG GCTGGTCCTT 
GGGTATTCCC TCCCACAGAA TGTACTTGAA AGTTGTCGTA GTCACACTGG AAAAAGAAAT 
ATTGCATTCA TGCAAGAACT TCAGTGTCTG TTTGCATTAA TGCTGGGGAC ATGGCGTAAG 
TTTGTAGACC CTTCAGCAGC ACTGGAGCTC TTGAGGGACG TGTTTAGATC ATCTGAACAA 
CCGCAGCAAG ATGTGAGTGA ATTTACGCAC AAACTACTGG ACTGGCTGGA GGACGCATTC 
CAGCTCACTG TGAATGTCAC GAGCCTTGGG GACAAATCTG AAAACCCAAT GGTGCAGCTC 
TTCTACGGGA CTTTCCTGAC TGAGGGAGTC CATAAGGGCA ACACTTTTTC CAAGATTGAG 
ACCTTTGGTC AGTATCCCCT TCAGGTAAAT GGTTACCGGA ACTTGAATGA GTGCTTGGAA 
GGAGCCATGG TGGAGGGAGA GATGGATGAG ACACCAGCAT CTCAGTCAGT GAAGTATGGA 
CAGGAGCGCT GGTTTACAAA ACTCCCACCA GTTCTGACCT TTGAACTCTC CCGATTTGAG 
TTCAATCAGT CACTAGGACA GCCAGAGAAA ATTCACACCA AGCTAGAGTT TCCCCAGACT 
ATATATATGG ACAGGTACCT ATACTGCAAT AAAGACCTTA TTCAGATGAA AAGAGAGGAA 
ATGAAGAGAT TGAAGGAGAA AATGGTGACT CTGCAGCAGA AACTGGAAAG GTACATGGAA 
TATGGCTCTG GCCCAGCCCG CTTTCCACTG CCTGACATGC TGCAGTATGT GCTGGAGTTC 
ATTGCTACAA AGCCAGCTGT GGCTGTTTCC TCTGCTCAGA GCTCTCAAGC GCCACTCCTG 
CGCTCCCAAG CCAAGCCTAA TGTTCTGGAC GTGCTTTCAC AGCCAAACGG CATACAAGAA 
AGGACTGATA CGAGGACTGA AGATGAAGCT TTCTTTGTGG CAAATTCTTC ACCACAGCAA 
AGCTCCAGTA TGGAGCTCCA GCCTCCTGTT TCACCAGCAG AACTGTCTGA ACGTCCAGCT 
CCTCACGTGG TCTCCAAGGA AGAGCTGAAC CTGGTTCAGA CGTGTCTGCA GCGATGGAGA 
AACGAGATCG AGCAAGATGT GCAAGATCTG AAGGAGTCTA TTGCCAGAAT CAACCTATCC 
ATTGAACAAA TGTACTGTGA CCCTCTCCTC CAGCAGGTTC CCTATCGTTT GCATGCAGTC 
CTGGTCCATG AGGGGCAAGC AAATGCTGGG CACTACTGGG CCTTCATATA TGACCAGCCT 
CGGAAAAGAT GGCTCAAGTA CAATGACATC TCAGTGACGG AGTCCTCGTG GGAAGAGCTG 
GAGAGAGAGT CCTTTGGAGG CCTGAGGAAC GCCAGTGCCT ACTGCCTGAT GTACATCAGT 
GACCAGGTGT CCCCTGTTGG TGCAGATGAG GATGAGAGCC CAGAGGCTAG ACAGTTCCAG 
AAAGAAGTGG AAGCTTTGTC CCCAGAACTG AGACACTACA TCCAGGAGGA CAACTGGCGC 
CTGGAGCAGG AGGCAGAGGA GTGGGACGAG GAGCAATCTT GCAAGATTCC TCAAATGGAG 
CCTTCACCTA CTTCTGAATT GCAGGACCTC TCCTCTGAGT CGGGACCAGA GCAGTCATCA 
GTGTGTGAGC AGAGCGTGCA CTCCCTGTCC TCGGAGCATG CCAGGATTGC CAAGGAGCAG 
ACTGCCAAGG CCATTGCCAA CACTGCCGAT GCCTACGAGA AGAACGGTGT CGAGGCAGCT 
CTGTGCGAGG CATTCCATGA GGAGTACTCC CGGCTGTACC TGCTTTCCAA AGAGACCCCA 
ACCCCCCAGA ACGATGCCCG GCTGCAGCAC GTGCTCATCT ACTTCCTGCA GAACAACGCT 
CCGCAGCAGG TGGTGGAACG GACCCTCCTC GAGCAGTTTG CAGACAAAAA CCTCAGCTAT 
GATGAGCGGT CCATCAGCAT CATGAAGGTG GCACGGGCAA AGCTGAGCGA AATTGGTCCT 
GACGATGTTG ACATGGAGGA GTACAAGAGA TGGCACGAAG ACTACAGCCT TTTTCGCAAG 
GTGTCCATCT ACCTGCTGAC GGGGTTGGAA CTCTACCAGA ATAGAAAGTA CCAAGAGTCA 
CTCACCTACC TGGTCTATGC CTACCAAAGC AACACCAAAC TGCTGCTGAA GGGAGCCAAC 
CGAGGCGTGA GCGAGTCGCT GATCGCCTTG TACAGAAGGA AATGTCTCCT GAAGCTGAAC 
GAGGTGGCAG CTTCTCTTTT TGTCAGCTGT GAAGAAGCTC ATGTGTCAGA GGGTGTGAGC 
ATCCTGAATG AGCTGATCAT CCCCTGCATG CATCTCATGA GCAACCTGGC GGTCTCCCAA 
GAGGACCTGG ATGCCATCGA GGTCATGAGA AACCGCTGGT GCTCCTATTT GGGACGAGAA 
GACATGGACG CAAAGCTGCA GATGAAGCTG GGTGAGCTGC TGCCCCGGCT CCTGGACGGC 
TCCACCGAGG TCATTATGCT GAAGGAGCCC CCGAAGATCC GGCCCAACTC CCCTTACGAC 
CTGTGCAGCC GCTTTGCAGC CGTGATGGAG TCCATCCACG GGGCCTCCGC CGTGACGGTG 
AACTAG

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

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USP28 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:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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