DUSP27 cDNA ORF clone, Chaetura pelagica(chimney swift)

Gene
Clones
gRNAs

Summary

Gene Symbol	DUSP27
Entrez Gene ID	104395767
Full Name	dual specificity phosphatase 27, atypical
Gene Type	protein-coding
Organism	Chaetura pelagica(chimney swift)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010005506.1	XP_010003808.1	inactive dual specificity phosphatase 27

Pathways from BioSystems
Gene Ontology

The following DUSP27 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the DUSP27 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)	Select
OCh190882	XM_010005506.1 Latest version!	Chaetura pelagica dual specificity phosphatase 27 (putative) (DUSP27), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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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)

DUSP27 ( XM_010005506.1 ) cDNA ORF clone, Chaetura pelagica(chimney swift) -> XP_010003808.1 Chaetura pelagica dual specificity phosphatase 27 (putative) (DUSP27), mRNA.

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CloneID	OCh190882
Clone ID Related Accession (Same CDS sequence)	XM_010005506.1
Accession Version	XM_010005506.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3636bp) 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	2014-10-30
Organism	Chaetura pelagica(chimney swift)
Product	inactive dual specificity phosphatase 27
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009954614.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Chaetura pelagica Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 3% of CDS bases ##RefSeq-Attributes-END##

ATGCCTATGC TCAACTGTCC CAGTGTGTGG ATTACACACC AGCTTAGCCG CAGAAGGAGT 
GAGAGGGGTG CCGCTGGTTT CTCTCCCCCC AGTGCCATTC CCTGCCAGCT TTCCTGCTCT 
CTTCGCCGGA CTCCATCGCT GTGCCTCCAG CGGGGCCTTC TTGGCAGCGT CACCCAGGCA 
CAGGAGGACG AGGGACCCGA CGTGAAGGCC GTGCAGGCCC GTTACCTGCG CAGCCCCTCG 
CCCAGCCGGT ATTCAGTGAT ATCAGACACT GATACAGAGA GCATCTTCAT GGAGCCAATC 
CATCTGTCAT CTGCTGTGGC TGCCAAAAAA ATAATCAATG AAGAACTGAA AACAAAGGAC 
TCCAAGGTAG ATTCAGTGTG TCCAAGGATG TTAGAGTCTG CGCAGCAGCT GATGGTGGAA 
GACCTGTACA ACCGAGTTAA GGAAAAGATT GATGACACCA GCTTGTATAA CACGCCGTGT 
GTGATGGACT TGCAGAGGGC ACTTGTGAAG GACAAGCTGG AGACCCCCAG GGATGCTGTG 
GATGAAGTCT GGCCTAATGT CTTCATAGCA GAAAAAAGCA TTGCAGTGAA CAAAAGCCGT 
TTGAAGAGAC TGGGAATCAC ACATGTCTTG AATGCAGCTC ATGGTACAGG TGTATACACA 
GGGCCAGATT TCTACAATGG TCTGAATATC CAATACCTGG GCATTGAAAT AGATGATTTC 
CCAGATATGG ATATCTCCAA ACACTTCCGC CGAGCTGCAG AGTTCCTTGA CGAAGCACTG 
CTGACTTACA GGGGTAAAAT CCTTGTCAGC AGTGAAATGG GAATCAGTCG CTCAGCTGTG 
CTGGTGGCTG CTTACCTGAT GATCTACCAC CACATGACCA TTCTCGAGGC TCTGATGACT 
CTGAGAAAGA AGCGTGCCAT TTACCCCAAT GATGGCTTTC TGAAACAGCT AAGGGACCTC 
AATGAGCAAT TGCTAGAGGA ACGAGAGTTG GAGCATACAG GAGATGAAGA AGTCACTCCT 
AGACAAAGTC CTGTTGTCCA TGCAGGGACT TCTTCCCAGC TGTCTAGAGC TTGGGACTCA 
GAAAGCATCA CGGGAGCCAA AGCCCACTCC ATCACAGTCG AAGAAGAGGA GACCAGCAGC 
CTGCTGGGTA GTCTTATGAG CTCTTCATCC ATGGGAAAAA CTAGCCAGGT TTCCAAACAC 
TCCACCCTCA TCAGTGAGGA TGAAGAGGAA CAGCTGTATG AGGAATGGAG GAAGAAACAA 
GGCCTGCCTG CTAAGGAACC AGGAGTTAAC CATGGAAGAC AAACATCTCC AAATCTTCTG 
GATCAGGAAG GGGAACAATT TGAGGAGGAT GTGGAACAGA GGATCCATGA CTGGCAGTGT 
AGAAATGAGA AATACCAAAT GGAGGGTCCA TCCAGGGAGG AGGATGAAGA TTCCAGCATG 
GGAGGAAAAC CTTACACATC AGGTGAATTC AGTGATGTGG AGAGTGAGAG CAGTTTTGAG 
ATCCGAACCC TAAAACAACA TCTGGAAGCC AGTAGCTTTA GCAGGATGAG GAGGAGCCGC 
ACAGGCTCCA TGTCTTCAGA GAGCACTTGG GACATGTGGA ATCAGAGGCT TCTGGAGATT 
GAGAAAGAAG CTGCTCAGAG GTATCGTTCT AAGAATAAAA ATGGTGGGGA GAGACAATCT 
CCGGAAACAG GAAGAAAGGA GAGAGATGTG GATGAGGAGA GTGTGCTTTC AGACAGCAGC 
TCCTTTTACA ATTTCTGCCA AAAGAACAAA GATAAGTTGA CTCCTCTAGA AAGGTGGAAG 
GTCAAGAGGA TCCAGTTTGG CTTTCACAAG AAGGATTTAG AATCATCATC ATCTTCTGCA 
CCATCTCCAG CAGAAGATGG CAGCCAGGCA GGTGGAGAGG GGACAGAAGG GAAGAGTTTG 
TCAGATATTA ACCTGACTGC ATACCAGGCT TGGAAAATGA AGCGGCAGAA GAAAGTGGGC 
AGTGAAAGCA AGGAGGAATT TGTGGAGTTT GCCAAAAGTG AGGATTCTGC TTCAGTCAAA 
AAGAAGCAGA GGCGTGTAGA GCTCCTTGAA CGTTCGAAGA AAATTTTAGA AGAAAGCCAG 
TCCATGTGCA GCTGGGAGAC AGAAAGTACT ATGAGTGGGA GTATTCCACT ATCAGCTTTC 
TGGCCCTCAG CGCCTTCTGC AAGCGGTGCC GAAGATGCAG CTTCTGCAAT GAGCATGCAG 
ACAAATTGCT CATCTTTGTC ACAGACCAGG AGCAGCATGG GGGCAATGCA ACCTCAGATG 
CCAAGTATGC CCCCTCCCAA TCTCCCAGTT GGCCCAGGTG ACACCATATC CATTGCAAGC 
ATTCAGAACT GGATCGCTAA CGTGGTCAGT GAAACCATTG CTCAAAAGCA AAATGAGATC 
ATGATGCTGT CCCGTCCATC ATCTGCAATG GCTTCCACTG TAATGTCAGG AGACCTTGGC 
AGGCATGTTG ATGATGATAA AGTTTCTCTT CTCAGTTCTC AGAGCGGCTC ATCTCTTGCT 
ACCTCTCAGC TTCGCCAGCA GGACACGCAC AGGGCTGAGT CTCAGTCTGT GCTGTCTTGC 
AATACCTCAG TGAGTGCAAG GACAGAAGGG ACTAGTTCAA ACATGAAGAC AACACAGACA 
AGCAAGCCAC TGTACAGTCT CTTTGCTGAT GATGTTGACC TAAAGAAACT CAGGAGGAAG 
GAGAAGGAGA TGCAAATGGA AATGAGAGAG AAAATGTCAG ATTATCAAAT TGAAAAGGTG 
ATCAGAGACA ATAAACGCAG CACTTTATTT AAAAAAAAGA TGGCCAAAGG AGAGGAAAAC 
GAAATAGAAG ATGACAGAGA GACTACAACA AACAGTCACA GGCACCCCTT GCAAGCAGAT 
CTTGACAGAG CTGATAGAGT CTTTGATCTC TCCAGTCAAC CTGCAAACAT GGGTGCACAG 
AAGTCAGAGA TAGTGACTGA GACTACCAAG TGGCTTGGTG GCCTGCAAGC AGAAAGAGAT 
CCACCATCAT ATTATGATCA AAGTGAGGAG ACTAGACAGA AATATATCAG ATCATCCAAA 
GTTAGAGAGA TGGATTCTGA AACATCCAGT TACAGATTCT CCAGGTCCCA AAGAGAAGAG 
CTCGACAGCT GTTCTTCCTA TGAGTCAAAC GGAGATTCAC TGAGAACCAT GTCAAGATTT 
TCCTCTGCTT CTGCAAAAGA GGACAAAAAG ATGTATAAGT TCACAAGGTC AAGGGTCAGT 
GAGACAACAA GTTCCAGAGA AAAGAGCCCA GAGCTGCATG TTTTCAGCCG AACACCTGAA 
CCATCCCTTC ACTCTGAATC CCCTGAAACA TCTACACAGA GTCGAGTTAG ATCTCATCAT 
GTGGAGGCGT GTGAAGAGGA GGCCAGGTCA GACATGTCGG AATTTGGAGC TAAGAGAAAG 
TTCACCCAGA GTTTTTTGAA GTCTGAAGAA GGTGGAAAGA AGGAGGCAAA AGCAGAACAA 
AGTGAAGAAA GATATGCATC TAGACAGTTC TCTCAGTACA GGCGAAACAT GCGTAAAGAA 
GAGGAAGAAG AGATGGATGA TGATGCCATT ATCGCTGCTT GGAGAAGCCG ACTAGAAGAA 
ACTACAGCAA AGCTCCGGCG GCGAAGGGAA GAGTGA

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

RefSeq	XP_010003808.1
CDS	1..3636
Translation	MPMLNCPSVWITHQLSRRRSERGAAGFSPPSAIPCQLSCSLRRTPSLCLQRGLLGSVTQAQEDEGPDVKAVQARYLRSPSPSRYSVISDTDTESIFMEPIHLSSAVAAKKIINEELKTKDSKVDSVCPRMLESAQQLMVEDLYNRVKEKIDDTSLYNTPCVMDLQRALVKDKLETPRDAVDEVWPNVFIAEKSIAVNKSRLKRLGITHVLNAAHGTGVYTGPDFYNGLNIQYLGIEIDDFPDMDISKHFRRAAEFLDEALLTYRGKILVSSEMGISRSAVLVAAYLMIYHHMTILEALMTLRKKRAIYPNDGFLKQLRDLNEQLLEERELEHTGDEEVTPRQSPVVHAGTSSQLSRAWDSESITGAKAHSITVEEEETSSLLGSLMSSSSMGKTSQVSKHSTLISEDEEEQLYEEWRKKQGLPAKEPGVNHGRQTSPNLLDQEGEQFEEDVEQRIHDWQCRNEKYQMEGPSREEDEDSSMGGKPYTSGEFSDVESESSFEIRTLKQHLEASSFSRMRRSRTGSMSSESTWDMWNQRLLEIEKEAAQRYRSKNKNGGERQSPETGRKERDVDEESVLSDSSSFYNFCQKNKDKLTPLERWKVKRIQFGFHKKDLESSSSSAPSPAEDGSQAGGEGTEGKSLSDINLTAYQAWKMKRQKKVGSESKEEFVEFAKSEDSASVKKKQRRVELLERSKKILEESQSMCSWETESTMSGSIPLSAFWPSAPSASGAEDAASAMSMQTNCSSLSQTRSSMGAMQPQMPSMPPPNLPVGPGDTISIASIQNWIANVVSETIAQKQNEIMMLSRPSSAMASTVMSGDLGRHVDDDKVSLLSSQSGSSLATSQLRQQDTHRAESQSVLSCNTSVSARTEGTSSNMKTTQTSKPLYSLFADDVDLKKLRRKEKEMQMEMREKMSDYQIEKVIRDNKRSTLFKKKMAKGEENEIEDDRETTTNSHRHPLQADLDRADRVFDLSSQPANMGAQKSEIVTETTKWLGGLQAERDPPSYYDQSEETRQKYIRSSKVREMDSETSSYRFSRSQREELDSCSSYESNGDSLRTMSRFSSASAKEDKKMYKFTRSRVSETTSSREKSPELHVFSRTPEPSLHSESPETSTQSRVRSHHVEACEEEARSDMSEFGAKRKFTQSFLKSEEGGKKEAKAEQSEERYASRQFSQYRRNMRKEEEEEMDDDAIIAAWRSRLEETTAKLRRRREE

Target ORF information:

RefSeq Version	XM_010005506.1
Organism	Chaetura pelagica(chimney swift)
Definition	Chaetura pelagica dual specificity phosphatase 27 (putative) (DUSP27), mRNA.

Target ORF information:

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

XM_010005506.1

ORF Insert Sequence:

ATGCCTATGC TCAACTGTCC CAGTGTGTGG ATTACACACC AGCTTAGCCG CAGAAGGAGT 
GAGAGGGGTG CCGCTGGTTT CTCTCCCCCC AGTGCCATTC CCTGCCAGCT TTCCTGCTCT 
CTTCGCCGGA CTCCATCGCT GTGCCTCCAG CGGGGCCTTC TTGGCAGCGT CACCCAGGCA 
CAGGAGGACG AGGGACCCGA CGTGAAGGCC GTGCAGGCCC GTTACCTGCG CAGCCCCTCG 
CCCAGCCGGT ATTCAGTGAT ATCAGACACT GATACAGAGA GCATCTTCAT GGAGCCAATC 
CATCTGTCAT CTGCTGTGGC TGCCAAAAAA ATAATCAATG AAGAACTGAA AACAAAGGAC 
TCCAAGGTAG ATTCAGTGTG TCCAAGGATG TTAGAGTCTG CGCAGCAGCT GATGGTGGAA 
GACCTGTACA ACCGAGTTAA GGAAAAGATT GATGACACCA GCTTGTATAA CACGCCGTGT 
GTGATGGACT TGCAGAGGGC ACTTGTGAAG GACAAGCTGG AGACCCCCAG GGATGCTGTG 
GATGAAGTCT GGCCTAATGT CTTCATAGCA GAAAAAAGCA TTGCAGTGAA CAAAAGCCGT 
TTGAAGAGAC TGGGAATCAC ACATGTCTTG AATGCAGCTC ATGGTACAGG TGTATACACA 
GGGCCAGATT TCTACAATGG TCTGAATATC CAATACCTGG GCATTGAAAT AGATGATTTC 
CCAGATATGG ATATCTCCAA ACACTTCCGC CGAGCTGCAG AGTTCCTTGA CGAAGCACTG 
CTGACTTACA GGGGTAAAAT CCTTGTCAGC AGTGAAATGG GAATCAGTCG CTCAGCTGTG 
CTGGTGGCTG CTTACCTGAT GATCTACCAC CACATGACCA TTCTCGAGGC TCTGATGACT 
CTGAGAAAGA AGCGTGCCAT TTACCCCAAT GATGGCTTTC TGAAACAGCT AAGGGACCTC 
AATGAGCAAT TGCTAGAGGA ACGAGAGTTG GAGCATACAG GAGATGAAGA AGTCACTCCT 
AGACAAAGTC CTGTTGTCCA TGCAGGGACT TCTTCCCAGC TGTCTAGAGC TTGGGACTCA 
GAAAGCATCA CGGGAGCCAA AGCCCACTCC ATCACAGTCG AAGAAGAGGA GACCAGCAGC 
CTGCTGGGTA GTCTTATGAG CTCTTCATCC ATGGGAAAAA CTAGCCAGGT TTCCAAACAC 
TCCACCCTCA TCAGTGAGGA TGAAGAGGAA CAGCTGTATG AGGAATGGAG GAAGAAACAA 
GGCCTGCCTG CTAAGGAACC AGGAGTTAAC CATGGAAGAC AAACATCTCC AAATCTTCTG 
GATCAGGAAG GGGAACAATT TGAGGAGGAT GTGGAACAGA GGATCCATGA CTGGCAGTGT 
AGAAATGAGA AATACCAAAT GGAGGGTCCA TCCAGGGAGG AGGATGAAGA TTCCAGCATG 
GGAGGAAAAC CTTACACATC AGGTGAATTC AGTGATGTGG AGAGTGAGAG CAGTTTTGAG 
ATCCGAACCC TAAAACAACA TCTGGAAGCC AGTAGCTTTA GCAGGATGAG GAGGAGCCGC 
ACAGGCTCCA TGTCTTCAGA GAGCACTTGG GACATGTGGA ATCAGAGGCT TCTGGAGATT 
GAGAAAGAAG CTGCTCAGAG GTATCGTTCT AAGAATAAAA ATGGTGGGGA GAGACAATCT 
CCGGAAACAG GAAGAAAGGA GAGAGATGTG GATGAGGAGA GTGTGCTTTC AGACAGCAGC 
TCCTTTTACA ATTTCTGCCA AAAGAACAAA GATAAGTTGA CTCCTCTAGA AAGGTGGAAG 
GTCAAGAGGA TCCAGTTTGG CTTTCACAAG AAGGATTTAG AATCATCATC ATCTTCTGCA 
CCATCTCCAG CAGAAGATGG CAGCCAGGCA GGTGGAGAGG GGACAGAAGG GAAGAGTTTG 
TCAGATATTA ACCTGACTGC ATACCAGGCT TGGAAAATGA AGCGGCAGAA GAAAGTGGGC 
AGTGAAAGCA AGGAGGAATT TGTGGAGTTT GCCAAAAGTG AGGATTCTGC TTCAGTCAAA 
AAGAAGCAGA GGCGTGTAGA GCTCCTTGAA CGTTCGAAGA AAATTTTAGA AGAAAGCCAG 
TCCATGTGCA GCTGGGAGAC AGAAAGTACT ATGAGTGGGA GTATTCCACT ATCAGCTTTC 
TGGCCCTCAG CGCCTTCTGC AAGCGGTGCC GAAGATGCAG CTTCTGCAAT GAGCATGCAG 
ACAAATTGCT CATCTTTGTC ACAGACCAGG AGCAGCATGG GGGCAATGCA ACCTCAGATG 
CCAAGTATGC CCCCTCCCAA TCTCCCAGTT GGCCCAGGTG ACACCATATC CATTGCAAGC 
ATTCAGAACT GGATCGCTAA CGTGGTCAGT GAAACCATTG CTCAAAAGCA AAATGAGATC 
ATGATGCTGT CCCGTCCATC ATCTGCAATG GCTTCCACTG TAATGTCAGG AGACCTTGGC 
AGGCATGTTG ATGATGATAA AGTTTCTCTT CTCAGTTCTC AGAGCGGCTC ATCTCTTGCT 
ACCTCTCAGC TTCGCCAGCA GGACACGCAC AGGGCTGAGT CTCAGTCTGT GCTGTCTTGC 
AATACCTCAG TGAGTGCAAG GACAGAAGGG ACTAGTTCAA ACATGAAGAC AACACAGACA 
AGCAAGCCAC TGTACAGTCT CTTTGCTGAT GATGTTGACC TAAAGAAACT CAGGAGGAAG 
GAGAAGGAGA TGCAAATGGA AATGAGAGAG AAAATGTCAG ATTATCAAAT TGAAAAGGTG 
ATCAGAGACA ATAAACGCAG CACTTTATTT AAAAAAAAGA TGGCCAAAGG AGAGGAAAAC 
GAAATAGAAG ATGACAGAGA GACTACAACA AACAGTCACA GGCACCCCTT GCAAGCAGAT 
CTTGACAGAG CTGATAGAGT CTTTGATCTC TCCAGTCAAC CTGCAAACAT GGGTGCACAG 
AAGTCAGAGA TAGTGACTGA GACTACCAAG TGGCTTGGTG GCCTGCAAGC AGAAAGAGAT 
CCACCATCAT ATTATGATCA AAGTGAGGAG ACTAGACAGA AATATATCAG ATCATCCAAA 
GTTAGAGAGA TGGATTCTGA AACATCCAGT TACAGATTCT CCAGGTCCCA AAGAGAAGAG 
CTCGACAGCT GTTCTTCCTA TGAGTCAAAC GGAGATTCAC TGAGAACCAT GTCAAGATTT 
TCCTCTGCTT CTGCAAAAGA GGACAAAAAG ATGTATAAGT TCACAAGGTC AAGGGTCAGT 
GAGACAACAA GTTCCAGAGA AAAGAGCCCA GAGCTGCATG TTTTCAGCCG AACACCTGAA 
CCATCCCTTC ACTCTGAATC CCCTGAAACA TCTACACAGA GTCGAGTTAG ATCTCATCAT 
GTGGAGGCGT GTGAAGAGGA GGCCAGGTCA GACATGTCGG AATTTGGAGC TAAGAGAAAG 
TTCACCCAGA GTTTTTTGAA GTCTGAAGAA GGTGGAAAGA AGGAGGCAAA AGCAGAACAA 
AGTGAAGAAA GATATGCATC TAGACAGTTC TCTCAGTACA GGCGAAACAT GCGTAAAGAA 
GAGGAAGAAG AGATGGATGA TGATGCCATT ATCGCTGCTT GGAGAAGCCG ACTAGAAGAA 
ACTACAGCAA AGCTCCGGCG GCGAAGGGAA GAGTGA