DUSP27 cDNA ORF clone, Pantholops hodgsonii(chiru)

Gene
Clones
gRNAs

Summary

Gene Symbol	DUSP27
Entrez Gene ID	102344237
Full Name	dual specificity phosphatase 27, atypical
Gene Type	protein-coding
Organism	Pantholops hodgsonii(chiru)

mRNA and Protein(s)

mRNA	Protein	Name
XM_005968423.1	XP_005968485.1	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
OPa312943	XM_005968423.1 Latest version!	Pantholops hodgsonii dual specificity phosphatase 27 (putative) (DUSP27), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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_005968423.1 ) cDNA ORF clone, Pantholops hodgsonii(chiru) -> XP_005968485.1 Pantholops hodgsonii dual specificity phosphatase 27 (putative) (DUSP27), mRNA.

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CloneID	OPa312943
Clone ID Related Accession (Same CDS sequence)	XM_005968423.1
Accession Version	XM_005968423.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3513bp) 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	2013-11-04
Organism	Pantholops hodgsonii(chiru)
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_005811791.1) 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 :: Pantholops hodgsonii Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 5.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAACCA GTGGAAACCC AGAGGAGGAG CAAGTAGTCC CGAGTGAAGA GGATGAAGCC 
AGCGTGAGGG CTGTCCAGGC CCGGTACCTC CGGAGCCCCT CCCCCAGCCA GTACTCAGTG 
GTCTCAGATG CAGAGACAGA AAGCATTTTC ATGGATCCCA TTCACCTCTC CTCGGCTGTT 
GCAGCTAAAC AGATCATCAA TGAAGAACTC AAGCCGCGTG GGGTCAGAGT TGAGGCAGAG 
TGTCCAGGCA TGCTGGAGTC TGCCGAGCAG TTGCTGGTGG AGGACCTGTA CAACCGCGTC 
AGGGAGAAGA TGGATGACAC CAGCCTGTAC AACACTCCCT GCATCCTGGA CCTCCAGCGG 
GCCTTGGTCC AAGATCGCCA AGAGGCTCCC TGGAATGAGG TGGATGAGGT CTGGCCCAAC 
GTCTTCATAG CAGAGAAGAG TGTGGCTGTG AACAAGGGGA GGCTGAAGAG GCTGGGAATT 
ACTCACATCC TGAATGCTGC TCATGGCACT GGTGTCTACA CGGGGCCTGA ATTCTACACT 
GGCCTGGAGA TCCAGTACCT GGGTGTGGAG GTGGATGACT TTCCTGAGGT GGATATCTCC 
CAGCATTTCC GGAAGGCAGC CGAGTTCCTG GATGAAGCCC TGCTGACCTA TAGAGGGAAA 
GTCCTGGTCA GCAGTGAAAT GGGCGTCAGC CGCTCGGCCG TGCTGGTAGT AGCCTACCTG 
ATGATCTTCC ACAACATGGC CATCCTGGAG GCCTTGATGA CTGTGCGCAA GAAGCGGGCC 
ATCTACCCCA ACGACGGCTT CCTGAAGCAG CTCCGCGAGC TCAACGAGAA GCTGATGGAG 
GAGCGAGAAG AGGACTTCAG CAGGGAGTGC GGGGAGGAGG AGGCAGAGGA GTTCGAGGAC 
GCTGGGAGCA CGGCGGCAGC CAGGGTGCAC ACCCTCACCG TGGAGGAGGA GGACGACGCT 
GCCAGTCACC TGAGTGCCTC CTCCTTGGGG AGGGCCAGCC AGGCCTCCAA GCCCCTCACC 
CTTATCGATG AGGAGGAGGA GGAGAAGCTC TACGAAGCGT GGAAAAGGGG GCAGAGCTTC 
CCCACGGGCA AGGTCCTGCA GGGCGAGGAC AGCAGGTTCT CAGCCTCCTC TCGTCAAGGT 
GAGGAGCCCG AGGATGAGGA CGTGGAGCGA ATCATCCAGG AGTGGCAGAG CCGAAATGAG 
AGGTACCAGG CAGAAGGGCA CCGGAGGTGG GATAGGGCGG AGGAAGAGGA AGAGGAGAGC 
GATGGCGGCT CCTTCGTGAG GAGAAGAAGG AGGCACACGC TGAGCGAGAG CAGCACCTCC 
GAGAGTGTGA GCAGCCATGA CATCCGGGTC CTGAAGCAGC AGCTGCAGAT GAGCAGCCAG 
AACCGAGGTG GGAGACGCCG CTCCGACTCC ATGTCCACCG AGAGCACCTG GGACATGTGG 
AACCAGAGGC TGCAGGAGAT TGAGGAGGAG GCTTCCCGTA AGTACCACTC CAGGAGCAAG 
AGAGAGGAGG TGGACTCCAG CTCGGAGATG GGGAGCAGGG TGCGGGAGGA TGACGAGGAG 
AGTGTGGCCT CCGAGGCCAG CTCCTTCTAT AACTTCTGCA GCAGAAACAA GGACAAACTC 
ACCGCCCTGG AAAGGTGGAA GATCAAGAGA ATCCAGTTTG GATTTCACAA GAAGGACGCA 
GAGGCAGGAG ATGGCAGCAG TGAGCAAGGT GCAGAGGAGG TGGAGGGGGA GAAGAAAAAC 
CTCTCGGATG TCAATCTGTC TGCCTACCAG GCCTGGAAGC TGAAACACCA GAAGAAGGTG 
GGCAGTGAGA ACAAGGAGGA GGTGGTGGAG CTCAGCAAGG GAGACGACTT GGCCTTGGTC 
AAGAAGAGGC AGCGGAGGCT AGAGCTGCTG GAGAGAAGCA AGCAGACACT GGAGGAGAGC 
CAGTCCATGG GAAGCTGGGA GGCAGATAGC TCAGCTGCCA GTGGGAGCAT CCCCCTGTCT 
GCGTTCTGGT CAGCAGCCCC CTCAGTCAGC GCTGATGGGG ACACAGCATC AGTGCTCAGC 
ACCCAGAGCC ACAGCTCCCA TCCCTCTCAG GCCCTAAGCA AAGTAGGGGG ATGCTTGGCT 
TCCACCCCCA CCACACCTCT ACCTAACCTG CATGTGGGGC CTGGAGACAC AATTTCCATT 
GCCAGCATAC AGAACTGGAT TGCCAACGTA GTCAGTGAAA CTCTCGCCCA GAAGCAAAAT 
GAAATGCTGT TGTCGCCCCG CCCATCGTCC TCCGTAAGCA TGAAGGCGGC ACCAGCAGGC 
AGCTGCCTAG GGGATGACCA AGTCTCCATG CTCAGTGGAC AGAGCAGCTC CTCCCTGGGT 
GGCTGCCTGC TGCCTCAAAG CCAGGCAAGA CTCAGCTCCG AGACCCAGTC AGTTTTGTCC 
TCCCATACCA TGAGAAGCGC AAGAGCTGAA GGTACTGGGA GCAGAGTGAA GGGGACTAGC 
AAGCCTATCT ATAGCCTCTT TGCTGACAAT ATTGACCTAA AGGAGCTTGG CCGGAAGGAG 
AAGGAAATGC AAACGGAGCT CAGGGAGAAG ATGTCCGAGT ACAAAATGGA GAAGCTGGCC 
TCCGACAACA AACGCAGCTC CCTTTTCAAG AAGAAGAAGG TCAAGGAGGA TGAGGATGAG 
GATGATGACA TGGATGATAG GGATGAGGAC ACTGACAGCG CCATAGGGAG CTTCCGGTAT 
TCTTCCCGCA GTAATTCCCA GAAACCGGAA ACAGACACCT TCTCCTCCCT GGCTGTCTCT 
GATGGCTATG GAAGTGGCAG CAGAGCTGGC AGAGAGATGG ATAACAGTAT TAATAAGTGG 
CTCAGTGGCC TCCGGACAGA GGAAAAATCT CCTCCCCAAA GTGATTGGTC TGGAAGCTCC 
AGAGAAAAGT GCACCAGATC TTCCCTGATT CGGGAGACAG CGTCTAAGTC TTCCAGTTAC 
AAGTTCTCCA AATCCCAGTC AGAGGAGCAG GACACCTCCT CCTACCAGGA GACCAACAGC 
AACTCGGTAA AAAGCACTTC GCGGTTCTCT GCTTCCTCCA CCAGGGAAGG CAGAGAAATG 
CACACATTCT CCAGGTCCAT GTTCAGTGAG ACCTCAAGCT CCCGAGAGGG AAGCCCGGAG 
CCCTACTTTT TCCGCCGGAC CCCCGAGCCC TCTGAAGGAG AAGAGTCCCC AGAACCACGG 
CGTCCAAATG CGGCCAGATC CAGGGACTGG GAAGACGTGG AAGAGTCATC CAAGTCAGAC 
TTTTCTGAAT TTGGAGCCAA GAGGAAATTC ACCCAGAGTT TCATGAGATC TGAAGAGGCG 
GGAGAGAAAG AGAGGATAGA AAAGAGAGAA GAAGGGAGGT TTGCCTCAGG GCGGCGGTCC 
CGGTATTGGA GAAGCACTGA CAGGGAGGAA GAGGAGGAAA TGGATGATGA AGCCATCATT 
GCTGCCTGGA GACGCCGGCA AGAAGAAACA AGGACTAAGC TGCAGAGAAG AAGGGAGGAT 
TCCGCTCGGC AAAGGGAATC TGGGAGAGAC TGA

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

RefSeq	XP_005968485.1
CDS	14..3526
Translation	MATSGNPEEEQVVPSEEDEASVRAVQARYLRSPSPSQYSVVSDAETESIFMDPIHLSSAVAAKQIINEELKPRGVRVEAECPGMLESAEQLLVEDLYNRVREKMDDTSLYNTPCILDLQRALVQDRQEAPWNEVDEVWPNVFIAEKSVAVNKGRLKRLGITHILNAAHGTGVYTGPEFYTGLEIQYLGVEVDDFPEVDISQHFRKAAEFLDEALLTYRGKVLVSSEMGVSRSAVLVVAYLMIFHNMAILEALMTVRKKRAIYPNDGFLKQLRELNEKLMEEREEDFSRECGEEEAEEFEDAGSTAAARVHTLTVEEEDDAASHLSASSLGRASQASKPLTLIDEEEEEKLYEAWKRGQSFPTGKVLQGEDSRFSASSRQGEEPEDEDVERIIQEWQSRNERYQAEGHRRWDRAEEEEEESDGGSFVRRRRRHTLSESSTSESVSSHDIRVLKQQLQMSSQNRGGRRRSDSMSTESTWDMWNQRLQEIEEEASRKYHSRSKREEVDSSSEMGSRVREDDEESVASEASSFYNFCSRNKDKLTALERWKIKRIQFGFHKKDAEAGDGSSEQGAEEVEGEKKNLSDVNLSAYQAWKLKHQKKVGSENKEEVVELSKGDDLALVKKRQRRLELLERSKQTLEESQSMGSWEADSSAASGSIPLSAFWSAAPSVSADGDTASVLSTQSHSSHPSQALSKVGGCLASTPTTPLPNLHVGPGDTISIASIQNWIANVVSETLAQKQNEMLLSPRPSSSVSMKAAPAGSCLGDDQVSMLSGQSSSSLGGCLLPQSQARLSSETQSVLSSHTMRSARAEGTGSRVKGTSKPIYSLFADNIDLKELGRKEKEMQTELREKMSEYKMEKLASDNKRSSLFKKKKVKEDEDEDDDMDDRDEDTDSAIGSFRYSSRSNSQKPETDTFSSLAVSDGYGSGSRAGREMDNSINKWLSGLRTEEKSPPQSDWSGSSREKCTRSSLIRETASKSSSYKFSKSQSEEQDTSSYQETNSNSVKSTSRFSASSTREGREMHTFSRSMFSETSSSREGSPEPYFFRRTPEPSEGEESPEPRRPNAARSRDWEDVEESSKSDFSEFGAKRKFTQSFMRSEEAGEKERIEKREEGRFASGRRSRYWRSTDREEEEEMDDEAIIAAWRRRQEETRTKLQRRREDSARQRESGRD

Target ORF information:

RefSeq Version	XM_005968423.1
Organism	Pantholops hodgsonii(chiru)
Definition	Pantholops hodgsonii 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_005968423.1

ORF Insert Sequence:

ATGGCAACCA GTGGAAACCC AGAGGAGGAG CAAGTAGTCC CGAGTGAAGA GGATGAAGCC 
AGCGTGAGGG CTGTCCAGGC CCGGTACCTC CGGAGCCCCT CCCCCAGCCA GTACTCAGTG 
GTCTCAGATG CAGAGACAGA AAGCATTTTC ATGGATCCCA TTCACCTCTC CTCGGCTGTT 
GCAGCTAAAC AGATCATCAA TGAAGAACTC AAGCCGCGTG GGGTCAGAGT TGAGGCAGAG 
TGTCCAGGCA TGCTGGAGTC TGCCGAGCAG TTGCTGGTGG AGGACCTGTA CAACCGCGTC 
AGGGAGAAGA TGGATGACAC CAGCCTGTAC AACACTCCCT GCATCCTGGA CCTCCAGCGG 
GCCTTGGTCC AAGATCGCCA AGAGGCTCCC TGGAATGAGG TGGATGAGGT CTGGCCCAAC 
GTCTTCATAG CAGAGAAGAG TGTGGCTGTG AACAAGGGGA GGCTGAAGAG GCTGGGAATT 
ACTCACATCC TGAATGCTGC TCATGGCACT GGTGTCTACA CGGGGCCTGA ATTCTACACT 
GGCCTGGAGA TCCAGTACCT GGGTGTGGAG GTGGATGACT TTCCTGAGGT GGATATCTCC 
CAGCATTTCC GGAAGGCAGC CGAGTTCCTG GATGAAGCCC TGCTGACCTA TAGAGGGAAA 
GTCCTGGTCA GCAGTGAAAT GGGCGTCAGC CGCTCGGCCG TGCTGGTAGT AGCCTACCTG 
ATGATCTTCC ACAACATGGC CATCCTGGAG GCCTTGATGA CTGTGCGCAA GAAGCGGGCC 
ATCTACCCCA ACGACGGCTT CCTGAAGCAG CTCCGCGAGC TCAACGAGAA GCTGATGGAG 
GAGCGAGAAG AGGACTTCAG CAGGGAGTGC GGGGAGGAGG AGGCAGAGGA GTTCGAGGAC 
GCTGGGAGCA CGGCGGCAGC CAGGGTGCAC ACCCTCACCG TGGAGGAGGA GGACGACGCT 
GCCAGTCACC TGAGTGCCTC CTCCTTGGGG AGGGCCAGCC AGGCCTCCAA GCCCCTCACC 
CTTATCGATG AGGAGGAGGA GGAGAAGCTC TACGAAGCGT GGAAAAGGGG GCAGAGCTTC 
CCCACGGGCA AGGTCCTGCA GGGCGAGGAC AGCAGGTTCT CAGCCTCCTC TCGTCAAGGT 
GAGGAGCCCG AGGATGAGGA CGTGGAGCGA ATCATCCAGG AGTGGCAGAG CCGAAATGAG 
AGGTACCAGG CAGAAGGGCA CCGGAGGTGG GATAGGGCGG AGGAAGAGGA AGAGGAGAGC 
GATGGCGGCT CCTTCGTGAG GAGAAGAAGG AGGCACACGC TGAGCGAGAG CAGCACCTCC 
GAGAGTGTGA GCAGCCATGA CATCCGGGTC CTGAAGCAGC AGCTGCAGAT GAGCAGCCAG 
AACCGAGGTG GGAGACGCCG CTCCGACTCC ATGTCCACCG AGAGCACCTG GGACATGTGG 
AACCAGAGGC TGCAGGAGAT TGAGGAGGAG GCTTCCCGTA AGTACCACTC CAGGAGCAAG 
AGAGAGGAGG TGGACTCCAG CTCGGAGATG GGGAGCAGGG TGCGGGAGGA TGACGAGGAG 
AGTGTGGCCT CCGAGGCCAG CTCCTTCTAT AACTTCTGCA GCAGAAACAA GGACAAACTC 
ACCGCCCTGG AAAGGTGGAA GATCAAGAGA ATCCAGTTTG GATTTCACAA GAAGGACGCA 
GAGGCAGGAG ATGGCAGCAG TGAGCAAGGT GCAGAGGAGG TGGAGGGGGA GAAGAAAAAC 
CTCTCGGATG TCAATCTGTC TGCCTACCAG GCCTGGAAGC TGAAACACCA GAAGAAGGTG 
GGCAGTGAGA ACAAGGAGGA GGTGGTGGAG CTCAGCAAGG GAGACGACTT GGCCTTGGTC 
AAGAAGAGGC AGCGGAGGCT AGAGCTGCTG GAGAGAAGCA AGCAGACACT GGAGGAGAGC 
CAGTCCATGG GAAGCTGGGA GGCAGATAGC TCAGCTGCCA GTGGGAGCAT CCCCCTGTCT 
GCGTTCTGGT CAGCAGCCCC CTCAGTCAGC GCTGATGGGG ACACAGCATC AGTGCTCAGC 
ACCCAGAGCC ACAGCTCCCA TCCCTCTCAG GCCCTAAGCA AAGTAGGGGG ATGCTTGGCT 
TCCACCCCCA CCACACCTCT ACCTAACCTG CATGTGGGGC CTGGAGACAC AATTTCCATT 
GCCAGCATAC AGAACTGGAT TGCCAACGTA GTCAGTGAAA CTCTCGCCCA GAAGCAAAAT 
GAAATGCTGT TGTCGCCCCG CCCATCGTCC TCCGTAAGCA TGAAGGCGGC ACCAGCAGGC 
AGCTGCCTAG GGGATGACCA AGTCTCCATG CTCAGTGGAC AGAGCAGCTC CTCCCTGGGT 
GGCTGCCTGC TGCCTCAAAG CCAGGCAAGA CTCAGCTCCG AGACCCAGTC AGTTTTGTCC 
TCCCATACCA TGAGAAGCGC AAGAGCTGAA GGTACTGGGA GCAGAGTGAA GGGGACTAGC 
AAGCCTATCT ATAGCCTCTT TGCTGACAAT ATTGACCTAA AGGAGCTTGG CCGGAAGGAG 
AAGGAAATGC AAACGGAGCT CAGGGAGAAG ATGTCCGAGT ACAAAATGGA GAAGCTGGCC 
TCCGACAACA AACGCAGCTC CCTTTTCAAG AAGAAGAAGG TCAAGGAGGA TGAGGATGAG 
GATGATGACA TGGATGATAG GGATGAGGAC ACTGACAGCG CCATAGGGAG CTTCCGGTAT 
TCTTCCCGCA GTAATTCCCA GAAACCGGAA ACAGACACCT TCTCCTCCCT GGCTGTCTCT 
GATGGCTATG GAAGTGGCAG CAGAGCTGGC AGAGAGATGG ATAACAGTAT TAATAAGTGG 
CTCAGTGGCC TCCGGACAGA GGAAAAATCT CCTCCCCAAA GTGATTGGTC TGGAAGCTCC 
AGAGAAAAGT GCACCAGATC TTCCCTGATT CGGGAGACAG CGTCTAAGTC TTCCAGTTAC 
AAGTTCTCCA AATCCCAGTC AGAGGAGCAG GACACCTCCT CCTACCAGGA GACCAACAGC 
AACTCGGTAA AAAGCACTTC GCGGTTCTCT GCTTCCTCCA CCAGGGAAGG CAGAGAAATG 
CACACATTCT CCAGGTCCAT GTTCAGTGAG ACCTCAAGCT CCCGAGAGGG AAGCCCGGAG 
CCCTACTTTT TCCGCCGGAC CCCCGAGCCC TCTGAAGGAG AAGAGTCCCC AGAACCACGG 
CGTCCAAATG CGGCCAGATC CAGGGACTGG GAAGACGTGG AAGAGTCATC CAAGTCAGAC 
TTTTCTGAAT TTGGAGCCAA GAGGAAATTC ACCCAGAGTT TCATGAGATC TGAAGAGGCG 
GGAGAGAAAG AGAGGATAGA AAAGAGAGAA GAAGGGAGGT TTGCCTCAGG GCGGCGGTCC 
CGGTATTGGA GAAGCACTGA CAGGGAGGAA GAGGAGGAAA TGGATGATGA AGCCATCATT 
GCTGCCTGGA GACGCCGGCA AGAAGAAACA AGGACTAAGC TGCAGAGAAG AAGGGAGGAT 
TCCGCTCGGC AAAGGGAATC TGGGAGAGAC TGA