PPP1R3A cDNA ORF clone, Rhinopithecus bieti(black snub-nosed monkey)

Gene
Clones
gRNAs

Summary

Gene Symbol	PPP1R3A
Entrez Gene ID	108527637
Full Name	protein phosphatase 1 regulatory subunit 3A
Gene Type	protein-coding
Organism	Rhinopithecus bieti(black snub-nosed monkey)

mRNA and Protein(s)

mRNA	Protein	Name
XM_017869040.1	XP_017724529.1	protein phosphatase 1 regulatory subunit 3A

Pathways from BioSystems
Gene Ontology

The following PPP1R3A gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the PPP1R3A 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
ORh38825	XM_017869040.1 Latest version!	Rhinopithecus bieti protein phosphatase 1 regulatory subunit 3A (PPP1R3A), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	Quote Price

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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)

PPP1R3A ( XM_017869040.1 ) cDNA ORF clone, Rhinopithecus bieti(black snub-nosed monkey) -> XP_017724529.1 Rhinopithecus bieti protein phosphatase 1 regulatory subunit 3A (PPP1R3A), mRNA.

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CloneID	ORh38825
Clone ID Related Accession (Same CDS sequence)	XM_017869040.1
Accession Version	XM_017869040.1 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	2016-08-23
Organism	Rhinopithecus bieti(black snub-nosed monkey)
Product	protein phosphatase 1 regulatory subunit 3A
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_016804536.1) 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 :: Rhinopithecus bieti Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCAGCCT CTACTAGTGG AACAGTTCTC TCTTATTTGA TATCAGAGAG CCCAATGGAG 
CCTTCTGAAG TACCTAGTCA GATTAGCAAA GATAATTTTT TAGAAGTTCC TAATTTATCT 
GACTCTCTTT GTGAAGATGA AGAAGTTACT TTCAAACCTA GTTTCTCCCC TCAACCGAGT 
AGACGAGGTT CTGATTCTTC TGAAGACATA TACCTGGATA CCCCATCTTC AGGTACTAGA 
AGAGTTTCAT TTGCTGATTC CTTTGGATTC AATCTCGTGT CTGTTAAAGA ATTTGATTGC 
TGGGAATTAC CGAGTGCTTC AACCACTTTT GACTTAGGGA CGGACATTTT CCACACAGAA 
GAATATGTTT TAGCTCCACT GTTTGACTTA CCTTCTTCAA AAGAAGATCT TATGCAACAA 
CTCCAAGTAC AGAAAGCAAT ACTGGAGTCA ACTGAGTCTC TTCCTGGGTC TACAAGTATC 
AAGGGTATTA TTCGAGTTTT GAATGTTTCT TTTGAGAAGT TAGTATATGT AAGAATGTCT 
TTAGATGACT GGCAGACACA TTATGACATT TTAGCAGAAT ATGTTTCTAA TTCATGTGAT 
GGTGAAACTG ACCAGTTCTC CTTTAAGATT ACATTGGTTC CTCCTTATCA AAAAGATGGC 
AGTAAAGTTG AGTTTTGTAT ACGTTATGAA ACTTCTGTTG GTACATTTTG GTCAAATAAT 
AATGGCACAA ATTATACATT AATTTGTCAA AAGAAAGAAC AAGAGCCAGA GCCTGTAAAA 
CCATGGAAAG AAGTTCCTAA CAGACAAATA AAAGGCTGCT TAAAGGTAAA ATCAAGTAAA 
GAAGAATCAT TAGTAACATC AGAAGAAAAT AACTTTGAGA ATCCAAAGAA TACAGATACC 
TCTATCCCGA CAATCGTTTG TTCTCATGAG GACAAGGAAG ATTTGGAAGC CAGTAATCAA 
AATGTAAAAG ATGTAAACAG GGAACATGAT GAACATAATG AAAAAGAATT AGAGTTGATG 
ATAAATCAAC ACTTAATAAG AAACAGAAGT ACTGCTTCCA GAGATGAAAG GAATACATTT 
TCAACAGACC CGGTCAATTT TCCAAATACA GCAGAGGGTT TAGAGAAGAA GCAAATCCAT 
GGTGAAATGT GCACTGACTT GTTCCAAAGG TCTCTGTCTC CAAGTTCATC GGCAGAAAGC 
TCCATAAAGG GAGATTTTTA CTGCAATGAA AAATATTCCT CAGGAAATGA CTGTACACAT 
CAACCTTTAG AGGAAATTAG TTCAAATATG AGAGAAATCA AGCCATCATT GGGAGATACT 
AGTAGTGATG AACTAATGCA ATTACACACT GGCAGCAAAG AAGTCCTGGA TGATAATGCT 
AATCCAGCCC GTGGCAATGG CACAATGCAA ATACCTTGCC CCTCTTCAGA TCAACTAATG 
GCAGGAAACC TTAATAAAAA ACATGAAGGA GGAGATAAAA AAATTGAAAC AAAAGATTGG 
GGGTGTTTAA GAAGAGATTT CCATTCAGAT ATATCTGCAC GTCTCAACAA ATCAACAGAA 
GAAGGATCTT CTAAGGAAGA TTATGGCAAT GGTAAGGATG ATGAAGAACA AAGAATATAT 
TTAGGCGTTA ATGAAAAACA AAGAAAAAAT TTCCAAACAA TCTTACATGA CCAAGAAAGG 
AAGATGGACA ACCCTAAAAT AAGTATGGAA GGGATTGGAG CTAGTAACAG AGACCTGACT 
GCTCTGCTGA GTGAAGATAC CGCAATCCCC ACCCGGGCAA TAACAGCAGA TGTGTCTCAT 
TCACCAAGGA CAAATGTAAG TTGGGAAGAA GCTGTGTTAA CCCCAGAGCA TCATCATTTG 
ACCAATGAAG GCAGCGCTCC AGAAGGGATA ACTGGTCAAG TTTGTTCACC AAGAACTGGA 
AATGTTTTGA GGAATGATTA TCTTTTCCAA GTTGAAGAAA AATCAGGTGG GATTGATTCT 
GAAGATCAGG ATAATAGTAC ACAGCATAAA CAAAGTTGGA ATGTTCTGGA AAGTCAGGGA 
AAAGCAAGAG AGAATAAGAC AAACATAACA GAGCATATCA AAGATCTAAC AGAGCATATC 
AAAGAACAAA GAGATTGTGA AGATTTGTGG GAAAAAAGAG ATAATACGAG GAGTTTAAAA 
GCTACTACGG AAGAATTGTT TACCTGCCAA GAAACAGTGT GCTGTGAACT GTCTTCTCTA 
GCTGATCATG CTGAGAAAGC AGAAGCAGGT ACAGCCTATA TAATTAAGAC AACATCAGAA 
AGTACTCCAG AAAGCATGTC TGCTAGAGAA AAAGCAATAA TTGCTAAGCT ACCTCAAGAG 
ACAGCACGAA GTGACAGGCC CATCGAGGTA AAGGAAACAG CGTTTGATCC ACATGAAGGG 
AAAAATGATG ATTCACATTA TACCCTTTGT CAACGAGATA CAGTAGGTGT AATCTATGAC 
AATGATTTTG AAAAGGAATC ACATTTAGGT ATTTGTAATG TACATGTAGA TGAAATGGAG 
AAGGAAGAAA CCATGTCTAC GTACAATCCT AGAAAGACAC ATGACAAGGA GAAATGTGGC 
ACTGACAATA TAACATCCAT GAAAGAATCC TCACAGGTCA TTACAGAATA TCAAAAAGCA 
ACTTCAAAAC TGGATTTACA GTTGGGAATG TTACCAACAG ACAAAATGGT ATTTTCAGAA 
AACAGAGATC ATAGGCAAGT TCAAGAATTA TCAAAGAAAA CAGACTTGGA TGCCACTGTG 
CATTCTGCTT TTAACTCAGA CACCAATAGA GCTCCTCAGA ATAGCTCTCC TTTTTCCAAA 
CATACTGAAA TTTCAGTGTC AACTAATGAG CAGGCAATTG CTATAGAGAA TGCAATTACT 
ACCATGGCTA CCCAACCTAT TTCAACGAAA TCAGAAAGTA TTTGTAATTC AACAAGAGAA 
ATCCAGGGTA TTGAGAAGCA CCCTTATCCT GAGTCTAAAC CTGAAGAGGT TTCCAAAAGT 
TCAGGAATAG TGGCGTCAGG TAGTAGAAAA GAAAGATGCA TAGGCCAGAT TTTCCAATCA 
GAAGAGTGTA GTGTGGAAAA ATCTCTAGGG CCAATGATTT TAATCAGCGA ACCTCTTGAG 
AATATGGAAG AAGCAAGGCA TGAAAATAAA GGATTAGTAA GCTCTGGGCA ATCACTATGC 
TCTTCAGGTG AAAAGGAATC TGAGAGCTCT GCTTCTACTA GTCTTCCTGT TGAGGAAAGT 
CAAGCTCAAA GCAATGAATC TTTGATTTCA AAATATACCA ACTCTAAAAT ACCTTATTTC 
CTTTTGTTTC TGATATTTCT TGTAACTGTC TACCATTATG ACTTAATGAT TGGCTTGGCA 
TTCTACCTTT TGTCATTGTC CTGGCTGTCC TGGGAAGAGG GTAGACAAAA AGAGTCTGTC 
AAGAAGAAGT AA

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

RefSeq	XP_017724529.1
CDS	10..3441
Translation	MSASTSGTVLSYLISESPMEPSEVPSQISKDNFLEVPNLSDSLCEDEEVTFKPSFSPQPSRRGSDSSEDIYLDTPSSGTRRVSFADSFGFNLVSVKEFDCWELPSASTTFDLGTDIFHTEEYVLAPLFDLPSSKEDLMQQLQVQKAILESTESLPGSTSIKGIIRVLNVSFEKLVYVRMSLDDWQTHYDILAEYVSNSCDGETDQFSFKITLVPPYQKDGSKVEFCIRYETSVGTFWSNNNGTNYTLICQKKEQEPEPVKPWKEVPNRQIKGCLKVKSSKEESLVTSEENNFENPKNTDTSIPTIVCSHEDKEDLEASNQNVKDVNREHDEHNEKELELMINQHLIRNRSTASRDERNTFSTDPVNFPNTAEGLEKKQIHGEMCTDLFQRSLSPSSSAESSIKGDFYCNEKYSSGNDCTHQPLEEISSNMREIKPSLGDTSSDELMQLHTGSKEVLDDNANPARGNGTMQIPCPSSDQLMAGNLNKKHEGGDKKIETKDWGCLRRDFHSDISARLNKSTEEGSSKEDYGNGKDDEEQRIYLGVNEKQRKNFQTILHDQERKMDNPKISMEGIGASNRDLTALLSEDTAIPTRAITADVSHSPRTNVSWEEAVLTPEHHHLTNEGSAPEGITGQVCSPRTGNVLRNDYLFQVEEKSGGIDSEDQDNSTQHKQSWNVLESQGKARENKTNITEHIKDLTEHIKEQRDCEDLWEKRDNTRSLKATTEELFTCQETVCCELSSLADHAEKAEAGTAYIIKTTSESTPESMSAREKAIIAKLPQETARSDRPIEVKETAFDPHEGKNDDSHYTLCQRDTVGVIYDNDFEKESHLGICNVHVDEMEKEETMSTYNPRKTHDKEKCGTDNITSMKESSQVITEYQKATSKLDLQLGMLPTDKMVFSENRDHRQVQELSKKTDLDATVHSAFNSDTNRAPQNSSPFSKHTEISVSTNEQAIAIENAITTMATQPISTKSESICNSTREIQGIEKHPYPESKPEEVSKSSGIVASGSRKERCIGQIFQSEECSVEKSLGPMILISEPLENMEEARHENKGLVSSGQSLCSSGEKESESSASTSLPVEESQAQSNESLISKYTNSKIPYFLLFLIFLVTVYHYDLMIGLAFYLLSLSWLSWEEGRQKESVKKK

Target ORF information:

RefSeq Version	XM_017869040.1
Organism	Rhinopithecus bieti(black snub-nosed monkey)
Definition	Rhinopithecus bieti protein phosphatase 1 regulatory subunit 3A (PPP1R3A), mRNA.

Target ORF information:

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

XM_017869040.1

ORF Insert Sequence:

ATGTCAGCCT CTACTAGTGG AACAGTTCTC TCTTATTTGA TATCAGAGAG CCCAATGGAG 
CCTTCTGAAG TACCTAGTCA GATTAGCAAA GATAATTTTT TAGAAGTTCC TAATTTATCT 
GACTCTCTTT GTGAAGATGA AGAAGTTACT TTCAAACCTA GTTTCTCCCC TCAACCGAGT 
AGACGAGGTT CTGATTCTTC TGAAGACATA TACCTGGATA CCCCATCTTC AGGTACTAGA 
AGAGTTTCAT TTGCTGATTC CTTTGGATTC AATCTCGTGT CTGTTAAAGA ATTTGATTGC 
TGGGAATTAC CGAGTGCTTC AACCACTTTT GACTTAGGGA CGGACATTTT CCACACAGAA 
GAATATGTTT TAGCTCCACT GTTTGACTTA CCTTCTTCAA AAGAAGATCT TATGCAACAA 
CTCCAAGTAC AGAAAGCAAT ACTGGAGTCA ACTGAGTCTC TTCCTGGGTC TACAAGTATC 
AAGGGTATTA TTCGAGTTTT GAATGTTTCT TTTGAGAAGT TAGTATATGT AAGAATGTCT 
TTAGATGACT GGCAGACACA TTATGACATT TTAGCAGAAT ATGTTTCTAA TTCATGTGAT 
GGTGAAACTG ACCAGTTCTC CTTTAAGATT ACATTGGTTC CTCCTTATCA AAAAGATGGC 
AGTAAAGTTG AGTTTTGTAT ACGTTATGAA ACTTCTGTTG GTACATTTTG GTCAAATAAT 
AATGGCACAA ATTATACATT AATTTGTCAA AAGAAAGAAC AAGAGCCAGA GCCTGTAAAA 
CCATGGAAAG AAGTTCCTAA CAGACAAATA AAAGGCTGCT TAAAGGTAAA ATCAAGTAAA 
GAAGAATCAT TAGTAACATC AGAAGAAAAT AACTTTGAGA ATCCAAAGAA TACAGATACC 
TCTATCCCGA CAATCGTTTG TTCTCATGAG GACAAGGAAG ATTTGGAAGC CAGTAATCAA 
AATGTAAAAG ATGTAAACAG GGAACATGAT GAACATAATG AAAAAGAATT AGAGTTGATG 
ATAAATCAAC ACTTAATAAG AAACAGAAGT ACTGCTTCCA GAGATGAAAG GAATACATTT 
TCAACAGACC CGGTCAATTT TCCAAATACA GCAGAGGGTT TAGAGAAGAA GCAAATCCAT 
GGTGAAATGT GCACTGACTT GTTCCAAAGG TCTCTGTCTC CAAGTTCATC GGCAGAAAGC 
TCCATAAAGG GAGATTTTTA CTGCAATGAA AAATATTCCT CAGGAAATGA CTGTACACAT 
CAACCTTTAG AGGAAATTAG TTCAAATATG AGAGAAATCA AGCCATCATT GGGAGATACT 
AGTAGTGATG AACTAATGCA ATTACACACT GGCAGCAAAG AAGTCCTGGA TGATAATGCT 
AATCCAGCCC GTGGCAATGG CACAATGCAA ATACCTTGCC CCTCTTCAGA TCAACTAATG 
GCAGGAAACC TTAATAAAAA ACATGAAGGA GGAGATAAAA AAATTGAAAC AAAAGATTGG 
GGGTGTTTAA GAAGAGATTT CCATTCAGAT ATATCTGCAC GTCTCAACAA ATCAACAGAA 
GAAGGATCTT CTAAGGAAGA TTATGGCAAT GGTAAGGATG ATGAAGAACA AAGAATATAT 
TTAGGCGTTA ATGAAAAACA AAGAAAAAAT TTCCAAACAA TCTTACATGA CCAAGAAAGG 
AAGATGGACA ACCCTAAAAT AAGTATGGAA GGGATTGGAG CTAGTAACAG AGACCTGACT 
GCTCTGCTGA GTGAAGATAC CGCAATCCCC ACCCGGGCAA TAACAGCAGA TGTGTCTCAT 
TCACCAAGGA CAAATGTAAG TTGGGAAGAA GCTGTGTTAA CCCCAGAGCA TCATCATTTG 
ACCAATGAAG GCAGCGCTCC AGAAGGGATA ACTGGTCAAG TTTGTTCACC AAGAACTGGA 
AATGTTTTGA GGAATGATTA TCTTTTCCAA GTTGAAGAAA AATCAGGTGG GATTGATTCT 
GAAGATCAGG ATAATAGTAC ACAGCATAAA CAAAGTTGGA ATGTTCTGGA AAGTCAGGGA 
AAAGCAAGAG AGAATAAGAC AAACATAACA GAGCATATCA AAGATCTAAC AGAGCATATC 
AAAGAACAAA GAGATTGTGA AGATTTGTGG GAAAAAAGAG ATAATACGAG GAGTTTAAAA 
GCTACTACGG AAGAATTGTT TACCTGCCAA GAAACAGTGT GCTGTGAACT GTCTTCTCTA 
GCTGATCATG CTGAGAAAGC AGAAGCAGGT ACAGCCTATA TAATTAAGAC AACATCAGAA 
AGTACTCCAG AAAGCATGTC TGCTAGAGAA AAAGCAATAA TTGCTAAGCT ACCTCAAGAG 
ACAGCACGAA GTGACAGGCC CATCGAGGTA AAGGAAACAG CGTTTGATCC ACATGAAGGG 
AAAAATGATG ATTCACATTA TACCCTTTGT CAACGAGATA CAGTAGGTGT AATCTATGAC 
AATGATTTTG AAAAGGAATC ACATTTAGGT ATTTGTAATG TACATGTAGA TGAAATGGAG 
AAGGAAGAAA CCATGTCTAC GTACAATCCT AGAAAGACAC ATGACAAGGA GAAATGTGGC 
ACTGACAATA TAACATCCAT GAAAGAATCC TCACAGGTCA TTACAGAATA TCAAAAAGCA 
ACTTCAAAAC TGGATTTACA GTTGGGAATG TTACCAACAG ACAAAATGGT ATTTTCAGAA 
AACAGAGATC ATAGGCAAGT TCAAGAATTA TCAAAGAAAA CAGACTTGGA TGCCACTGTG 
CATTCTGCTT TTAACTCAGA CACCAATAGA GCTCCTCAGA ATAGCTCTCC TTTTTCCAAA 
CATACTGAAA TTTCAGTGTC AACTAATGAG CAGGCAATTG CTATAGAGAA TGCAATTACT 
ACCATGGCTA CCCAACCTAT TTCAACGAAA TCAGAAAGTA TTTGTAATTC AACAAGAGAA 
ATCCAGGGTA TTGAGAAGCA CCCTTATCCT GAGTCTAAAC CTGAAGAGGT TTCCAAAAGT 
TCAGGAATAG TGGCGTCAGG TAGTAGAAAA GAAAGATGCA TAGGCCAGAT TTTCCAATCA 
GAAGAGTGTA GTGTGGAAAA ATCTCTAGGG CCAATGATTT TAATCAGCGA ACCTCTTGAG 
AATATGGAAG AAGCAAGGCA TGAAAATAAA GGATTAGTAA GCTCTGGGCA ATCACTATGC 
TCTTCAGGTG AAAAGGAATC TGAGAGCTCT GCTTCTACTA GTCTTCCTGT TGAGGAAAGT 
CAAGCTCAAA GCAATGAATC TTTGATTTCA AAATATACCA ACTCTAAAAT ACCTTATTTC 
CTTTTGTTTC TGATATTTCT TGTAACTGTC TACCATTATG ACTTAATGAT TGGCTTGGCA 
TTCTACCTTT TGTCATTGTC CTGGCTGTCC TGGGAAGAGG GTAGACAAAA AGAGTCTGTC 
AAGAAGAAGT AA