PPFIA2 cDNA ORF clone, Balaenoptera acutorostrata scammoni

Gene
Clones
gRNAs

Summary

Gene Symbol	PPFIA2
Entrez Gene ID	103016036
Full Name	PTPRF interacting protein alpha 2
Gene Type	protein-coding
Organism	Balaenoptera acutorostrata scammoni

mRNA and Protein(s)

mRNA	Protein	Name
XM_007198726.1	XP_007198788.1	LOW QUALITY PROTEIN: protein tyrosine phosphatase, receptor type, f polypeptide (PTPRF), interacting protein (liprin), alpha 2
XM_007198726.2	XP_007198788.1	LOW QUALITY PROTEIN: liprin-alpha-2

Pathways from BioSystems
Gene Ontology

The following PPFIA2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the PPFIA2 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)
OBa172672	XM_007198726.2 Latest version!	Balaenoptera acutorostrata scammoni PTPRF interacting protein alpha 2 (PPFIA2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
View Old Accession Versions >>
OBa172672	XM_007198726.1	Balaenoptera acutorostrata scammoni protein tyrosine phosphatase, receptor type, f polypeptide (PTPRF), interacting protein (liprin), alpha 2 (PPFIA2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
Hide Old Accession Versions >>

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** 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)

PPFIA2 ( XM_007198726.1 ) cDNA ORF clone, Balaenoptera acutorostrata scammoni -> XP_007198788.1 Balaenoptera acutorostrata scammoni protein tyrosine phosphatase, receptor type, f polypeptide (PTPRF), interacting protein (liprin), alpha 2 (PPFIA2), mRNA.

Price & Availability↑

CloneID	OBa172672
Clone ID Related Accession (Same CDS sequence)	XM_007198726.1 , XM_007198726.2
Accession Version	XM_007198726.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3762bp) 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	2014-03-16
Organism	Balaenoptera acutorostrata scammoni
Product	LOW QUALITY PROTEIN: protein tyrosine phosphatase, receptor type, f polypeptide (PTPRF), interacting protein (liprin), alpha 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006733011.1) 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 :: Balaenoptera acutorostrata scammoni Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 5.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATGTGTG AAGTGATGCC CACAATTAAT GAGGACACCC CAATGAGCCA AAGGGGGTCC 
CAAAGCAGTG GCTCGGACTC TGACTCCCAT TTTGAGCAGC TGATGGTGAA TATGCTAGAT 
GAAAGGGATC GTCTTCTAGA CACCCTTCGG GAAACCCAAG AAAGCCTCTC ACTTGCCCAG 
CAAAGACTGC AGGATGTCAT CTATGACAGA GATTCGCTCC AGAGACAGCT CAATTCAGCC 
CTGCCACAGG ATATCGAATC CCTAACAGGA GGGCTGACTG GTTCTAAGGG GGCTGATCCA 
CCGGAATTTG CTGCACTGAC AAAAGAATTA AATGCCTGCA GAGAACAACT TCTAGAAAAA 
GAAGAAGAAA TTTCTGAACT TAAAGCTGAA AGAAACAATA CAAGACTGTT ACTGGAGCAT 
TTGGAGTGCC TTGTGTCACG ACATGAAAGG TCACTAAGAA TGACGGTGGT GAAGCGACAA 
GCCCAGTCCC CCTCGGGAGT GTCCAGCGAA GTTGAGGTTC TCAAGGCACT GAAATCTTTA 
TTTGAGCACC ACAAGGCCTT GGATGAAAAG GTAAGGGAGC GACTGAGGGT TTCTTTAGAA 
AGAGTCTCTG CACTGGAAGA AGAACTAGCT GCTGCTAATC AGGAGATTGT TGCCTTGCGT 
GAACAAAATG TTCATATACA AAGGAAAATG GCATCAAGTG AGGGATCCAC AGAGTCAGAA 
CATCTTGAAG GGATGGAACC TGGCCAGAAA GTCCATGAAA AGCGTTTGTC CAATGGCTCT 
ATAGACTCAA CTGATGAAAC AAGTCCAATA GTTGAACTAC AAGAATTGCT TGAAAAACAA 
AACTACGAAA TGGCCCAAAT GAAAGAACGT TTAGCAGCCC TTTCTTCCCG AGTGGGAGAG 
GTGGAACAGG AAGCAGAGAC AGCAAGAAAG GTTCTCATTA AAACAGAAGA AATGAACACT 
AAGTATCAAA GGGACATCAG GGAGGCCATG GCACAGAAGG AAGATATGGA AGAAAGAATC 
ACGACCCTTG AGAAGCGTTA CCCCAGTGCT CAGAGAGAAT CTACCTCCAT ACGTGACATG 
AATGACAAAC TAGAAAATGA GTTAGCAAAT AAAGAGGCCA TCATACGGCA GATGGAAGAG 
AAGAACAGAC AGTTACAAGA GCGTCTTGAG CTAGCTGAGC AAAAGTTGCA GCAAACTATG 
AGAAAAGCTG AGACCTTACC TGAAGTAGAG GCTGAACTGG CTCAGAGAAT TGCAGCCCTG 
ACAAAGGCTG AAGAAAGACA TGGAAACATT GAAGAACGTA TGAGGCATCT AGAAGGTCAA 
CTTGAAGAGA AAAATCAAGA ACTTCAAAGA GCTAGGCAAA GAGAGAAAAT GAATGAGGAG 
CACAACAAAA GATTATCCGA TACTGTGGAT AGACTTCTGA CTGAATCCAA TGAACGCTTA 
CAGCTACACT TAAAGGAACG AATGGCTGCT CTAGAAGAGA AGAATGTCTT AATTCAAGAA 
TCAGAAACTT TCAGAAAGAA TCTGGAAGAA TCTTTACATG ATAAGGAAAG ATTAGCAGAA 
GAAATTGAAA AGCTGAGATC TGAACTTGAC CAGTTGAAAA TGAGAACTGG CTCTTTAATT 
GAACCCACAA TATCAAGAAC TCATCTAGAC ACCTCAGCTG AGCTGCGGTA TTCTGTTGGA 
TCCCTAGTGG ACAGCCAGTC TGATTACAGA ACAACTAAAG TAATAAGAAG ACCAAGGAGA 
GGCCGCATGG GTGTGAGGAG AGATGAGCCA AAGGTGAAAT CTCTTGGGGA TCATGAATGG 
AACAGAACTC AACAAATTGG AGTGCTAAGC AGCCACCCTT TTGAAAGTGA CACAGAAATG 
TCTGACATTG ATGATGATGA TAGAGAAACG ATTTTTAGCT CAATGGATCT TCTCTCTCCA 
AGTGGTCATT CTGATGCCCA GACCCTAGCC ATGATGCTTC AGGAACAATT GGATGCTATC 
AACAAAGAAA TCAGACTAAT TCAGGAAGAA AAAGAATCTA CAGAGTTACG TGCTGAAGAA 
ATTGAGAATA GAGTGGCTAG TGTAAGTCTG GAAGGCCTGA ATTTAGCAAG GGTCCACCCA 
GGTACCTCCA TCACTGCCTC GGTTACAGCT TCTTCGCTGG CCAGTTCATC TCCCCCCAGT 
GGACACTCAA CACCAAAGCT CACCCCTCGA AGTCCTGCCA GGGAAATGGA TCGGATGGGA 
GTCATGACAC TGCCAAGTGA TCTAAGGAAA CATCGGAGAA AGATTGCAGT GGTAGAAGAA 
GATGGTCGGG AGGATAAAGC AACAATTAAA TGTGAAACTT CTCCTCCCCC TACCCCTAGA 
GCCATCAGGA TGACTCACAC CCTCCCTTCT TCCTACCACA ATGATGCCCG AAGTAGTCTA 
ACTGCCTCCC TTGAGCCTGA AAGCCTTGGG CTTGGCAGTG CCAACAGCAG CCAAGACTCT 
CTTCACAAAG CCCCCAAGAA GAAAGGAATC AAGTCTTCAA TAGGTCGTTT GTTTGGTAAA 
AAAGAAAAAG CTCGACTTGG GCAGCTCCGA GGCTTTATGG AGACTGAAGC TGCAGCTCAG 
GAGTCCCTGG GGTTAGGCAA ACTTGGAACT CAAGCTGAGA AGGATAGAAG ACTGAAGAAA 
AAGCATGAAC TTCTAGAAGA AGCTCGGAGA AAGGGATTAC CTTTTGCCCA GTGGGATGGG 
CCCACTGTAG TCGCATGGTT AGAGCTCTGG TTGGGAATGC CTGCTTGGTA CGTGGCGGCC 
TGCCGAGCCA ACGTGNNNNN NNNNAGCGGT GCCATTATGT CTGCTTTATC AGACACTGAG 
ATCCAGAGAG AAATTGGAAT CAGCAATCCT CTGCATCGCT TAAAGCTCCG GCTAGCAATC 
CAGGAGATGG TTTCCCTAAC CAGTCCTTCA GCTCCTCCAA CATCCAGAAC TCCTTCAGGC 
AACGTTTGGG TGACCCATGA AGAAATGGAA AATCTTGCAG CTCCAGCAAA AACGAAAGAA 
TCTGAGGAAG GAAGCTGGGC CCAGACCCTG GCATATGGAG ATATGAACCA CGAGTGGATT 
GGAAACGAAT GGCTTCCCAG CCTGGGGTTA CCTCAATACA GAAGTTATTT TATGGAATGC 
TTGGTAGATG CAAGAATGTT AGATCACCTA ACAAAAAAAG ATCTCCGTGT CCATTTAAAA 
ATGGTGGATA GTTTCCATCG AACAAGTTTA CAATATGGAA TTATGTGCTT AAAGAGGTTG 
AATTATGACC GAAAAGAACT AGAAAGAAGA CGAGAAGCAA GCCAACATGA AATAAAAGAT 
GTGTTGGTGT GGAGCAATGA TCGAGTTATT CGCTGGATAC AAGCAATTGG ACTTCGAGAA 
TATGCAAATA ATATTCTTGA AAGTGGTGTG CATGGCTCAC TTATAGCCCT GGATGAGAAC 
TTTGACTACA GCAGCTTAGC TTTATTACTA CAGATTCCAA CACAGAATAC CCAGGCAAGG 
CAGATTCTTG AAAGGGAATA CAATAACCTC CTGGCTCTGG GAACTGAACG GCGACTAGAT 
GAAAGTGATG ACAAGAATTT CAGGCGTGGG TCGACCTGGA GAAGGCAGTT TCCTCCCCGT 
GAAGTACACG GAATCAGCAT GATGCCTGGG TCCTCAGAAA CATTACCGGC TGGATTTAGG 
TTAACCACAA CATCGGGGCA GTCAAGGAAA ATGACAACGG ATGTTCCTTC ATCAAGACTG 
CAGAGGTTAG ACAACTCCAC TGTTCGCACA TACTCATGTT GA

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

RefSeq	XP_007198788.1
CDS	260..4021
Translation	MMCEVMPTINEDTPMSQRGSQSSGSDSDSHFEQLMVNMLDERDRLLDTLRETQESLSLAQQRLQDVIYDRDSLQRQLNSALPQDIESLTGGLTGSKGADPPEFAALTKELNACREQLLEKEEEISELKAERNNTRLLLEHLECLVSRHERSLRMTVVKRQAQSPSGVSSEVEVLKALKSLFEHHKALDEKVRERLRVSLERVSALEEELAAANQEIVALREQNVHIQRKMASSEGSTESEHLEGMEPGQKVHEKRLSNGSIDSTDETSPIVELQELLEKQNYEMAQMKERLAALSSRVGEVEQEAETARKVLIKTEEMNTKYQRDIREAMAQKEDMEERITTLEKRYPSAQRESTSIRDMNDKLENELANKEAIIRQMEEKNRQLQERLELAEQKLQQTMRKAETLPEVEAELAQRIAALTKAEERHGNIEERMRHLEGQLEEKNQELQRARQREKMNEEHNKRLSDTVDRLLTESNERLQLHLKERMAALEEKNVLIQESETFRKNLEESLHDKERLAEEIEKLRSELDQLKMRTGSLIEPTISRTHLDTSAELRYSVGSLVDSQSDYRTTKVIRRPRRGRMGVRRDEPKVKSLGDHEWNRTQQIGVLSSHPFESDTEMSDIDDDDRETIFSSMDLLSPSGHSDAQTLAMMLQEQLDAINKEIRLIQEEKESTELRAEEIENRVASVSLEGLNLARVHPGTSITASVTASSLASSSPPSGHSTPKLTPRSPAREMDRMGVMTLPSDLRKHRRKIAVVEEDGREDKATIKCETSPPPTPRAIRMTHTLPSSYHNDARSSLTASLEPESLGLGSANSSQDSLHKAPKKKGIKSSIGRLFGKKEKARLGQLRGFMETEAAAQESLGLGKLGTQAEKDRRLKKKHELLEEARRKGLPFAQWDGPTVVAWLELWLGMPAWYVAACRANVnullnullnullSGAIMSALSDTEIQREIGISNPLHRLKLRLAIQEMVSLTSPSAPPTSRTPSGNVWVTHEEMENLAAPAKTKESEEGSWAQTLAYGDMNHEWIGNEWLPSLGLPQYRSYFMECLVDARMLDHLTKKDLRVHLKMVDSFHRTSLQYGIMCLKRLNYDRKELERRREASQHEIKDVLVWSNDRVIRWIQAIGLREYANNILESGVHGSLIALDENFDYSSLALLLQIPTQNTQARQILEREYNNLLALGTERRLDESDDKNFRRGSTWRRQFPPREVHGISMMPGSSETLPAGFRLTTTSGQSRKMTTDVPSSRLQRLDNSTVRTYSC

Target ORF information:

RefSeq Version	XM_007198726.1
Organism	Balaenoptera acutorostrata scammoni
Definition	Balaenoptera acutorostrata scammoni protein tyrosine phosphatase, receptor type, f polypeptide (PTPRF), interacting protein (liprin), alpha 2 (PPFIA2), mRNA.

Target ORF information:

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

XM_007198726.1

ORF Insert Sequence:

ATGATGTGTG AAGTGATGCC CACAATTAAT GAGGACACCC CAATGAGCCA AAGGGGGTCC 
CAAAGCAGTG GCTCGGACTC TGACTCCCAT TTTGAGCAGC TGATGGTGAA TATGCTAGAT 
GAAAGGGATC GTCTTCTAGA CACCCTTCGG GAAACCCAAG AAAGCCTCTC ACTTGCCCAG 
CAAAGACTGC AGGATGTCAT CTATGACAGA GATTCGCTCC AGAGACAGCT CAATTCAGCC 
CTGCCACAGG ATATCGAATC CCTAACAGGA GGGCTGACTG GTTCTAAGGG GGCTGATCCA 
CCGGAATTTG CTGCACTGAC AAAAGAATTA AATGCCTGCA GAGAACAACT TCTAGAAAAA 
GAAGAAGAAA TTTCTGAACT TAAAGCTGAA AGAAACAATA CAAGACTGTT ACTGGAGCAT 
TTGGAGTGCC TTGTGTCACG ACATGAAAGG TCACTAAGAA TGACGGTGGT GAAGCGACAA 
GCCCAGTCCC CCTCGGGAGT GTCCAGCGAA GTTGAGGTTC TCAAGGCACT GAAATCTTTA 
TTTGAGCACC ACAAGGCCTT GGATGAAAAG GTAAGGGAGC GACTGAGGGT TTCTTTAGAA 
AGAGTCTCTG CACTGGAAGA AGAACTAGCT GCTGCTAATC AGGAGATTGT TGCCTTGCGT 
GAACAAAATG TTCATATACA AAGGAAAATG GCATCAAGTG AGGGATCCAC AGAGTCAGAA 
CATCTTGAAG GGATGGAACC TGGCCAGAAA GTCCATGAAA AGCGTTTGTC CAATGGCTCT 
ATAGACTCAA CTGATGAAAC AAGTCCAATA GTTGAACTAC AAGAATTGCT TGAAAAACAA 
AACTACGAAA TGGCCCAAAT GAAAGAACGT TTAGCAGCCC TTTCTTCCCG AGTGGGAGAG 
GTGGAACAGG AAGCAGAGAC AGCAAGAAAG GTTCTCATTA AAACAGAAGA AATGAACACT 
AAGTATCAAA GGGACATCAG GGAGGCCATG GCACAGAAGG AAGATATGGA AGAAAGAATC 
ACGACCCTTG AGAAGCGTTA CCCCAGTGCT CAGAGAGAAT CTACCTCCAT ACGTGACATG 
AATGACAAAC TAGAAAATGA GTTAGCAAAT AAAGAGGCCA TCATACGGCA GATGGAAGAG 
AAGAACAGAC AGTTACAAGA GCGTCTTGAG CTAGCTGAGC AAAAGTTGCA GCAAACTATG 
AGAAAAGCTG AGACCTTACC TGAAGTAGAG GCTGAACTGG CTCAGAGAAT TGCAGCCCTG 
ACAAAGGCTG AAGAAAGACA TGGAAACATT GAAGAACGTA TGAGGCATCT AGAAGGTCAA 
CTTGAAGAGA AAAATCAAGA ACTTCAAAGA GCTAGGCAAA GAGAGAAAAT GAATGAGGAG 
CACAACAAAA GATTATCCGA TACTGTGGAT AGACTTCTGA CTGAATCCAA TGAACGCTTA 
CAGCTACACT TAAAGGAACG AATGGCTGCT CTAGAAGAGA AGAATGTCTT AATTCAAGAA 
TCAGAAACTT TCAGAAAGAA TCTGGAAGAA TCTTTACATG ATAAGGAAAG ATTAGCAGAA 
GAAATTGAAA AGCTGAGATC TGAACTTGAC CAGTTGAAAA TGAGAACTGG CTCTTTAATT 
GAACCCACAA TATCAAGAAC TCATCTAGAC ACCTCAGCTG AGCTGCGGTA TTCTGTTGGA 
TCCCTAGTGG ACAGCCAGTC TGATTACAGA ACAACTAAAG TAATAAGAAG ACCAAGGAGA 
GGCCGCATGG GTGTGAGGAG AGATGAGCCA AAGGTGAAAT CTCTTGGGGA TCATGAATGG 
AACAGAACTC AACAAATTGG AGTGCTAAGC AGCCACCCTT TTGAAAGTGA CACAGAAATG 
TCTGACATTG ATGATGATGA TAGAGAAACG ATTTTTAGCT CAATGGATCT TCTCTCTCCA 
AGTGGTCATT CTGATGCCCA GACCCTAGCC ATGATGCTTC AGGAACAATT GGATGCTATC 
AACAAAGAAA TCAGACTAAT TCAGGAAGAA AAAGAATCTA CAGAGTTACG TGCTGAAGAA 
ATTGAGAATA GAGTGGCTAG TGTAAGTCTG GAAGGCCTGA ATTTAGCAAG GGTCCACCCA 
GGTACCTCCA TCACTGCCTC GGTTACAGCT TCTTCGCTGG CCAGTTCATC TCCCCCCAGT 
GGACACTCAA CACCAAAGCT CACCCCTCGA AGTCCTGCCA GGGAAATGGA TCGGATGGGA 
GTCATGACAC TGCCAAGTGA TCTAAGGAAA CATCGGAGAA AGATTGCAGT GGTAGAAGAA 
GATGGTCGGG AGGATAAAGC AACAATTAAA TGTGAAACTT CTCCTCCCCC TACCCCTAGA 
GCCATCAGGA TGACTCACAC CCTCCCTTCT TCCTACCACA ATGATGCCCG AAGTAGTCTA 
ACTGCCTCCC TTGAGCCTGA AAGCCTTGGG CTTGGCAGTG CCAACAGCAG CCAAGACTCT 
CTTCACAAAG CCCCCAAGAA GAAAGGAATC AAGTCTTCAA TAGGTCGTTT GTTTGGTAAA 
AAAGAAAAAG CTCGACTTGG GCAGCTCCGA GGCTTTATGG AGACTGAAGC TGCAGCTCAG 
GAGTCCCTGG GGTTAGGCAA ACTTGGAACT CAAGCTGAGA AGGATAGAAG ACTGAAGAAA 
AAGCATGAAC TTCTAGAAGA AGCTCGGAGA AAGGGATTAC CTTTTGCCCA GTGGGATGGG 
CCCACTGTAG TCGCATGGTT AGAGCTCTGG TTGGGAATGC CTGCTTGGTA CGTGGCGGCC 
TGCCGAGCCA ACGTGNNNNN NNNNAGCGGT GCCATTATGT CTGCTTTATC AGACACTGAG 
ATCCAGAGAG AAATTGGAAT CAGCAATCCT CTGCATCGCT TAAAGCTCCG GCTAGCAATC 
CAGGAGATGG TTTCCCTAAC CAGTCCTTCA GCTCCTCCAA CATCCAGAAC TCCTTCAGGC 
AACGTTTGGG TGACCCATGA AGAAATGGAA AATCTTGCAG CTCCAGCAAA AACGAAAGAA 
TCTGAGGAAG GAAGCTGGGC CCAGACCCTG GCATATGGAG ATATGAACCA CGAGTGGATT 
GGAAACGAAT GGCTTCCCAG CCTGGGGTTA CCTCAATACA GAAGTTATTT TATGGAATGC 
TTGGTAGATG CAAGAATGTT AGATCACCTA ACAAAAAAAG ATCTCCGTGT CCATTTAAAA 
ATGGTGGATA GTTTCCATCG AACAAGTTTA CAATATGGAA TTATGTGCTT AAAGAGGTTG 
AATTATGACC GAAAAGAACT AGAAAGAAGA CGAGAAGCAA GCCAACATGA AATAAAAGAT 
GTGTTGGTGT GGAGCAATGA TCGAGTTATT CGCTGGATAC AAGCAATTGG ACTTCGAGAA 
TATGCAAATA ATATTCTTGA AAGTGGTGTG CATGGCTCAC TTATAGCCCT GGATGAGAAC 
TTTGACTACA GCAGCTTAGC TTTATTACTA CAGATTCCAA CACAGAATAC CCAGGCAAGG 
CAGATTCTTG AAAGGGAATA CAATAACCTC CTGGCTCTGG GAACTGAACG GCGACTAGAT 
GAAAGTGATG ACAAGAATTT CAGGCGTGGG TCGACCTGGA GAAGGCAGTT TCCTCCCCGT 
GAAGTACACG GAATCAGCAT GATGCCTGGG TCCTCAGAAA CATTACCGGC TGGATTTAGG 
TTAACCACAA CATCGGGGCA GTCAAGGAAA ATGACAACGG ATGTTCCTTC ATCAAGACTG 
CAGAGGTTAG ACAACTCCAC TGTTCGCACA TACTCATGTT GA

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

PPFIA2 ( XM_007198726.2 ) cDNA ORF clone, Balaenoptera acutorostrata scammoni -> XP_007198788.1 Balaenoptera acutorostrata scammoni PTPRF interacting protein alpha 2 (PPFIA2), mRNA.

Price & Availability↑

CloneID	OBa172672
Clone ID Related Accession (Same CDS sequence)	XM_007198726.1 , XM_007198726.2
Accession Version	XM_007198726.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3762bp) 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	2019-02-11
Organism	Balaenoptera acutorostrata scammoni
Product	LOW QUALITY PROTEIN: liprin-alpha-2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006733011.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Feb 12, 2019 this sequence version replaced XM_007198726.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Balaenoptera acutorostrata scammoni Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGATGTGTG AAGTGATGCC CACAATTAAT GAGGACACCC CAATGAGCCA AAGGGGGTCC 
CAAAGCAGTG GCTCGGACTC TGACTCCCAT TTTGAGCAGC TGATGGTGAA TATGCTAGAT 
GAAAGGGATC GTCTTCTAGA CACCCTTCGG GAAACCCAAG AAAGCCTCTC ACTTGCCCAG 
CAAAGACTGC AGGATGTCAT CTATGACAGA GATTCGCTCC AGAGACAGCT CAATTCAGCC 
CTGCCACAGG ATATCGAATC CCTAACAGGA GGGCTGACTG GTTCTAAGGG GGCTGATCCA 
CCGGAATTTG CTGCACTGAC AAAAGAATTA AATGCCTGCA GAGAACAACT TCTAGAAAAA 
GAAGAAGAAA TTTCTGAACT TAAAGCTGAA AGAAACAATA CAAGACTGTT ACTGGAGCAT 
TTGGAGTGCC TTGTGTCACG ACATGAAAGG TCACTAAGAA TGACGGTGGT GAAGCGACAA 
GCCCAGTCCC CCTCGGGAGT GTCCAGCGAA GTTGAGGTTC TCAAGGCACT GAAATCTTTA 
TTTGAGCACC ACAAGGCCTT GGATGAAAAG GTAAGGGAGC GACTGAGGGT TTCTTTAGAA 
AGAGTCTCTG CACTGGAAGA AGAACTAGCT GCTGCTAATC AGGAGATTGT TGCCTTGCGT 
GAACAAAATG TTCATATACA AAGGAAAATG GCATCAAGTG AGGGATCCAC AGAGTCAGAA 
CATCTTGAAG GGATGGAACC TGGCCAGAAA GTCCATGAAA AGCGTTTGTC CAATGGCTCT 
ATAGACTCAA CTGATGAAAC AAGTCCAATA GTTGAACTAC AAGAATTGCT TGAAAAACAA 
AACTACGAAA TGGCCCAAAT GAAAGAACGT TTAGCAGCCC TTTCTTCCCG AGTGGGAGAG 
GTGGAACAGG AAGCAGAGAC AGCAAGAAAG GTTCTCATTA AAACAGAAGA AATGAACACT 
AAGTATCAAA GGGACATCAG GGAGGCCATG GCACAGAAGG AAGATATGGA AGAAAGAATC 
ACGACCCTTG AGAAGCGTTA CCCCAGTGCT CAGAGAGAAT CTACCTCCAT ACGTGACATG 
AATGACAAAC TAGAAAATGA GTTAGCAAAT AAAGAGGCCA TCATACGGCA GATGGAAGAG 
AAGAACAGAC AGTTACAAGA GCGTCTTGAG CTAGCTGAGC AAAAGTTGCA GCAAACTATG 
AGAAAAGCTG AGACCTTACC TGAAGTAGAG GCTGAACTGG CTCAGAGAAT TGCAGCCCTG 
ACAAAGGCTG AAGAAAGACA TGGAAACATT GAAGAACGTA TGAGGCATCT AGAAGGTCAA 
CTTGAAGAGA AAAATCAAGA ACTTCAAAGA GCTAGGCAAA GAGAGAAAAT GAATGAGGAG 
CACAACAAAA GATTATCCGA TACTGTGGAT AGACTTCTGA CTGAATCCAA TGAACGCTTA 
CAGCTACACT TAAAGGAACG AATGGCTGCT CTAGAAGAGA AGAATGTCTT AATTCAAGAA 
TCAGAAACTT TCAGAAAGAA TCTGGAAGAA TCTTTACATG ATAAGGAAAG ATTAGCAGAA 
GAAATTGAAA AGCTGAGATC TGAACTTGAC CAGTTGAAAA TGAGAACTGG CTCTTTAATT 
GAACCCACAA TATCAAGAAC TCATCTAGAC ACCTCAGCTG AGCTGCGGTA TTCTGTTGGA 
TCCCTAGTGG ACAGCCAGTC TGATTACAGA ACAACTAAAG TAATAAGAAG ACCAAGGAGA 
GGCCGCATGG GTGTGAGGAG AGATGAGCCA AAGGTGAAAT CTCTTGGGGA TCATGAATGG 
AACAGAACTC AACAAATTGG AGTGCTAAGC AGCCACCCTT TTGAAAGTGA CACAGAAATG 
TCTGACATTG ATGATGATGA TAGAGAAACG ATTTTTAGCT CAATGGATCT TCTCTCTCCA 
AGTGGTCATT CTGATGCCCA GACCCTAGCC ATGATGCTTC AGGAACAATT GGATGCTATC 
AACAAAGAAA TCAGACTAAT TCAGGAAGAA AAAGAATCTA CAGAGTTACG TGCTGAAGAA 
ATTGAGAATA GAGTGGCTAG TGTAAGTCTG GAAGGCCTGA ATTTAGCAAG GGTCCACCCA 
GGTACCTCCA TCACTGCCTC GGTTACAGCT TCTTCGCTGG CCAGTTCATC TCCCCCCAGT 
GGACACTCAA CACCAAAGCT CACCCCTCGA AGTCCTGCCA GGGAAATGGA TCGGATGGGA 
GTCATGACAC TGCCAAGTGA TCTAAGGAAA CATCGGAGAA AGATTGCAGT GGTAGAAGAA 
GATGGTCGGG AGGATAAAGC AACAATTAAA TGTGAAACTT CTCCTCCCCC TACCCCTAGA 
GCCATCAGGA TGACTCACAC CCTCCCTTCT TCCTACCACA ATGATGCCCG AAGTAGTCTA 
ACTGCCTCCC TTGAGCCTGA AAGCCTTGGG CTTGGCAGTG CCAACAGCAG CCAAGACTCT 
CTTCACAAAG CCCCCAAGAA GAAAGGAATC AAGTCTTCAA TAGGTCGTTT GTTTGGTAAA 
AAAGAAAAAG CTCGACTTGG GCAGCTCCGA GGCTTTATGG AGACTGAAGC TGCAGCTCAG 
GAGTCCCTGG GGTTAGGCAA ACTTGGAACT CAAGCTGAGA AGGATAGAAG ACTGAAGAAA 
AAGCATGAAC TTCTAGAAGA AGCTCGGAGA AAGGGATTAC CTTTTGCCCA GTGGGATGGG 
CCCACTGTAG TCGCATGGTT AGAGCTCTGG TTGGGAATGC CTGCTTGGTA CGTGGCGGCC 
TGCCGAGCCA ACGTGNNNNN NNNNAGCGGT GCCATTATGT CTGCTTTATC AGACACTGAG 
ATCCAGAGAG AAATTGGAAT CAGCAATCCT CTGCATCGCT TAAAGCTCCG GCTAGCAATC 
CAGGAGATGG TTTCCCTAAC CAGTCCTTCA GCTCCTCCAA CATCCAGAAC TCCTTCAGGC 
AACGTTTGGG TGACCCATGA AGAAATGGAA AATCTTGCAG CTCCAGCAAA AACGAAAGAA 
TCTGAGGAAG GAAGCTGGGC CCAGACCCTG GCATATGGAG ATATGAACCA CGAGTGGATT 
GGAAACGAAT GGCTTCCCAG CCTGGGGTTA CCTCAATACA GAAGTTATTT TATGGAATGC 
TTGGTAGATG CAAGAATGTT AGATCACCTA ACAAAAAAAG ATCTCCGTGT CCATTTAAAA 
ATGGTGGATA GTTTCCATCG AACAAGTTTA CAATATGGAA TTATGTGCTT AAAGAGGTTG 
AATTATGACC GAAAAGAACT AGAAAGAAGA CGAGAAGCAA GCCAACATGA AATAAAAGAT 
GTGTTGGTGT GGAGCAATGA TCGAGTTATT CGCTGGATAC AAGCAATTGG ACTTCGAGAA 
TATGCAAATA ATATTCTTGA AAGTGGTGTG CATGGCTCAC TTATAGCCCT GGATGAGAAC 
TTTGACTACA GCAGCTTAGC TTTATTACTA CAGATTCCAA CACAGAATAC CCAGGCAAGG 
CAGATTCTTG AAAGGGAATA CAATAACCTC CTGGCTCTGG GAACTGAACG GCGACTAGAT 
GAAAGTGATG ACAAGAATTT CAGGCGTGGG TCGACCTGGA GAAGGCAGTT TCCTCCCCGT 
GAAGTACACG GAATCAGCAT GATGCCTGGG TCCTCAGAAA CATTACCGGC TGGATTTAGG 
TTAACCACAA CATCGGGGCA GTCAAGGAAA ATGACAACGG ATGTTCCTTC ATCAAGACTG 
CAGAGGTTAG ACAACTCCAC TGTTCGCACA TACTCATGTT GA

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

RefSeq	XP_007198788.1
CDS	260..4021
Translation	MMCEVMPTINEDTPMSQRGSQSSGSDSDSHFEQLMVNMLDERDRLLDTLRETQESLSLAQQRLQDVIYDRDSLQRQLNSALPQDIESLTGGLTGSKGADPPEFAALTKELNACREQLLEKEEEISELKAERNNTRLLLEHLECLVSRHERSLRMTVVKRQAQSPSGVSSEVEVLKALKSLFEHHKALDEKVRERLRVSLERVSALEEELAAANQEIVALREQNVHIQRKMASSEGSTESEHLEGMEPGQKVHEKRLSNGSIDSTDETSPIVELQELLEKQNYEMAQMKERLAALSSRVGEVEQEAETARKVLIKTEEMNTKYQRDIREAMAQKEDMEERITTLEKRYPSAQRESTSIRDMNDKLENELANKEAIIRQMEEKNRQLQERLELAEQKLQQTMRKAETLPEVEAELAQRIAALTKAEERHGNIEERMRHLEGQLEEKNQELQRARQREKMNEEHNKRLSDTVDRLLTESNERLQLHLKERMAALEEKNVLIQESETFRKNLEESLHDKERLAEEIEKLRSELDQLKMRTGSLIEPTISRTHLDTSAELRYSVGSLVDSQSDYRTTKVIRRPRRGRMGVRRDEPKVKSLGDHEWNRTQQIGVLSSHPFESDTEMSDIDDDDRETIFSSMDLLSPSGHSDAQTLAMMLQEQLDAINKEIRLIQEEKESTELRAEEIENRVASVSLEGLNLARVHPGTSITASVTASSLASSSPPSGHSTPKLTPRSPAREMDRMGVMTLPSDLRKHRRKIAVVEEDGREDKATIKCETSPPPTPRAIRMTHTLPSSYHNDARSSLTASLEPESLGLGSANSSQDSLHKAPKKKGIKSSIGRLFGKKEKARLGQLRGFMETEAAAQESLGLGKLGTQAEKDRRLKKKHELLEEARRKGLPFAQWDGPTVVAWLELWLGMPAWYVAACRANVnullnullnullSGAIMSALSDTEIQREIGISNPLHRLKLRLAIQEMVSLTSPSAPPTSRTPSGNVWVTHEEMENLAAPAKTKESEEGSWAQTLAYGDMNHEWIGNEWLPSLGLPQYRSYFMECLVDARMLDHLTKKDLRVHLKMVDSFHRTSLQYGIMCLKRLNYDRKELERRREASQHEIKDVLVWSNDRVIRWIQAIGLREYANNILESGVHGSLIALDENFDYSSLALLLQIPTQNTQARQILEREYNNLLALGTERRLDESDDKNFRRGSTWRRQFPPREVHGISMMPGSSETLPAGFRLTTTSGQSRKMTTDVPSSRLQRLDNSTVRTYSC

Target ORF information:

RefSeq Version	XM_007198726.2
Organism	Balaenoptera acutorostrata scammoni
Definition	Balaenoptera acutorostrata scammoni PTPRF interacting protein alpha 2 (PPFIA2), mRNA.

Target ORF information:

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

XM_007198726.2

ORF Insert Sequence:

ATGATGTGTG AAGTGATGCC CACAATTAAT GAGGACACCC CAATGAGCCA AAGGGGGTCC 
CAAAGCAGTG GCTCGGACTC TGACTCCCAT TTTGAGCAGC TGATGGTGAA TATGCTAGAT 
GAAAGGGATC GTCTTCTAGA CACCCTTCGG GAAACCCAAG AAAGCCTCTC ACTTGCCCAG 
CAAAGACTGC AGGATGTCAT CTATGACAGA GATTCGCTCC AGAGACAGCT CAATTCAGCC 
CTGCCACAGG ATATCGAATC CCTAACAGGA GGGCTGACTG GTTCTAAGGG GGCTGATCCA 
CCGGAATTTG CTGCACTGAC AAAAGAATTA AATGCCTGCA GAGAACAACT TCTAGAAAAA 
GAAGAAGAAA TTTCTGAACT TAAAGCTGAA AGAAACAATA CAAGACTGTT ACTGGAGCAT 
TTGGAGTGCC TTGTGTCACG ACATGAAAGG TCACTAAGAA TGACGGTGGT GAAGCGACAA 
GCCCAGTCCC CCTCGGGAGT GTCCAGCGAA GTTGAGGTTC TCAAGGCACT GAAATCTTTA 
TTTGAGCACC ACAAGGCCTT GGATGAAAAG GTAAGGGAGC GACTGAGGGT TTCTTTAGAA 
AGAGTCTCTG CACTGGAAGA AGAACTAGCT GCTGCTAATC AGGAGATTGT TGCCTTGCGT 
GAACAAAATG TTCATATACA AAGGAAAATG GCATCAAGTG AGGGATCCAC AGAGTCAGAA 
CATCTTGAAG GGATGGAACC TGGCCAGAAA GTCCATGAAA AGCGTTTGTC CAATGGCTCT 
ATAGACTCAA CTGATGAAAC AAGTCCAATA GTTGAACTAC AAGAATTGCT TGAAAAACAA 
AACTACGAAA TGGCCCAAAT GAAAGAACGT TTAGCAGCCC TTTCTTCCCG AGTGGGAGAG 
GTGGAACAGG AAGCAGAGAC AGCAAGAAAG GTTCTCATTA AAACAGAAGA AATGAACACT 
AAGTATCAAA GGGACATCAG GGAGGCCATG GCACAGAAGG AAGATATGGA AGAAAGAATC 
ACGACCCTTG AGAAGCGTTA CCCCAGTGCT CAGAGAGAAT CTACCTCCAT ACGTGACATG 
AATGACAAAC TAGAAAATGA GTTAGCAAAT AAAGAGGCCA TCATACGGCA GATGGAAGAG 
AAGAACAGAC AGTTACAAGA GCGTCTTGAG CTAGCTGAGC AAAAGTTGCA GCAAACTATG 
AGAAAAGCTG AGACCTTACC TGAAGTAGAG GCTGAACTGG CTCAGAGAAT TGCAGCCCTG 
ACAAAGGCTG AAGAAAGACA TGGAAACATT GAAGAACGTA TGAGGCATCT AGAAGGTCAA 
CTTGAAGAGA AAAATCAAGA ACTTCAAAGA GCTAGGCAAA GAGAGAAAAT GAATGAGGAG 
CACAACAAAA GATTATCCGA TACTGTGGAT AGACTTCTGA CTGAATCCAA TGAACGCTTA 
CAGCTACACT TAAAGGAACG AATGGCTGCT CTAGAAGAGA AGAATGTCTT AATTCAAGAA 
TCAGAAACTT TCAGAAAGAA TCTGGAAGAA TCTTTACATG ATAAGGAAAG ATTAGCAGAA 
GAAATTGAAA AGCTGAGATC TGAACTTGAC CAGTTGAAAA TGAGAACTGG CTCTTTAATT 
GAACCCACAA TATCAAGAAC TCATCTAGAC ACCTCAGCTG AGCTGCGGTA TTCTGTTGGA 
TCCCTAGTGG ACAGCCAGTC TGATTACAGA ACAACTAAAG TAATAAGAAG ACCAAGGAGA 
GGCCGCATGG GTGTGAGGAG AGATGAGCCA AAGGTGAAAT CTCTTGGGGA TCATGAATGG 
AACAGAACTC AACAAATTGG AGTGCTAAGC AGCCACCCTT TTGAAAGTGA CACAGAAATG 
TCTGACATTG ATGATGATGA TAGAGAAACG ATTTTTAGCT CAATGGATCT TCTCTCTCCA 
AGTGGTCATT CTGATGCCCA GACCCTAGCC ATGATGCTTC AGGAACAATT GGATGCTATC 
AACAAAGAAA TCAGACTAAT TCAGGAAGAA AAAGAATCTA CAGAGTTACG TGCTGAAGAA 
ATTGAGAATA GAGTGGCTAG TGTAAGTCTG GAAGGCCTGA ATTTAGCAAG GGTCCACCCA 
GGTACCTCCA TCACTGCCTC GGTTACAGCT TCTTCGCTGG CCAGTTCATC TCCCCCCAGT 
GGACACTCAA CACCAAAGCT CACCCCTCGA AGTCCTGCCA GGGAAATGGA TCGGATGGGA 
GTCATGACAC TGCCAAGTGA TCTAAGGAAA CATCGGAGAA AGATTGCAGT GGTAGAAGAA 
GATGGTCGGG AGGATAAAGC AACAATTAAA TGTGAAACTT CTCCTCCCCC TACCCCTAGA 
GCCATCAGGA TGACTCACAC CCTCCCTTCT TCCTACCACA ATGATGCCCG AAGTAGTCTA 
ACTGCCTCCC TTGAGCCTGA AAGCCTTGGG CTTGGCAGTG CCAACAGCAG CCAAGACTCT 
CTTCACAAAG CCCCCAAGAA GAAAGGAATC AAGTCTTCAA TAGGTCGTTT GTTTGGTAAA 
AAAGAAAAAG CTCGACTTGG GCAGCTCCGA GGCTTTATGG AGACTGAAGC TGCAGCTCAG 
GAGTCCCTGG GGTTAGGCAA ACTTGGAACT CAAGCTGAGA AGGATAGAAG ACTGAAGAAA 
AAGCATGAAC TTCTAGAAGA AGCTCGGAGA AAGGGATTAC CTTTTGCCCA GTGGGATGGG 
CCCACTGTAG TCGCATGGTT AGAGCTCTGG TTGGGAATGC CTGCTTGGTA CGTGGCGGCC 
TGCCGAGCCA ACGTGNNNNN NNNNAGCGGT GCCATTATGT CTGCTTTATC AGACACTGAG 
ATCCAGAGAG AAATTGGAAT CAGCAATCCT CTGCATCGCT TAAAGCTCCG GCTAGCAATC 
CAGGAGATGG TTTCCCTAAC CAGTCCTTCA GCTCCTCCAA CATCCAGAAC TCCTTCAGGC 
AACGTTTGGG TGACCCATGA AGAAATGGAA AATCTTGCAG CTCCAGCAAA AACGAAAGAA 
TCTGAGGAAG GAAGCTGGGC CCAGACCCTG GCATATGGAG ATATGAACCA CGAGTGGATT 
GGAAACGAAT GGCTTCCCAG CCTGGGGTTA CCTCAATACA GAAGTTATTT TATGGAATGC 
TTGGTAGATG CAAGAATGTT AGATCACCTA ACAAAAAAAG ATCTCCGTGT CCATTTAAAA 
ATGGTGGATA GTTTCCATCG AACAAGTTTA CAATATGGAA TTATGTGCTT AAAGAGGTTG 
AATTATGACC GAAAAGAACT AGAAAGAAGA CGAGAAGCAA GCCAACATGA AATAAAAGAT 
GTGTTGGTGT GGAGCAATGA TCGAGTTATT CGCTGGATAC AAGCAATTGG ACTTCGAGAA 
TATGCAAATA ATATTCTTGA AAGTGGTGTG CATGGCTCAC TTATAGCCCT GGATGAGAAC 
TTTGACTACA GCAGCTTAGC TTTATTACTA CAGATTCCAA CACAGAATAC CCAGGCAAGG 
CAGATTCTTG AAAGGGAATA CAATAACCTC CTGGCTCTGG GAACTGAACG GCGACTAGAT 
GAAAGTGATG ACAAGAATTT CAGGCGTGGG TCGACCTGGA GAAGGCAGTT TCCTCCCCGT 
GAAGTACACG GAATCAGCAT GATGCCTGGG TCCTCAGAAA CATTACCGGC TGGATTTAGG 
TTAACCACAA CATCGGGGCA GTCAAGGAAA ATGACAACGG ATGTTCCTTC ATCAAGACTG 
CAGAGGTTAG ACAACTCCAC TGTTCGCACA TACTCATGTT GA