FMNL2 cDNA ORF clone, Rhinopithecus bieti(black snub-nosed monkey)

Gene
Clones
gRNAs

Summary

Gene Symbol	FMNL2
Entrez Gene ID	108525014
Full Name	formin like 2
Gene Type	protein-coding
Organism	Rhinopithecus bieti(black snub-nosed monkey)

mRNA and Protein(s)

mRNA	Protein	Name
XM_017866073.1	XP_017721562.1	formin-like protein 2 isoform X1
XM_017866074.1	XP_017721563.1	formin-like protein 2 isoform X2

Pathways from BioSystems
Gene Ontology

The following FMNL2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FMNL2 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
ORh56668	XM_017866073.1 Latest version!	Rhinopithecus bieti formin like 2 (FMNL2), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
ORh56669	XM_017866074.1 Latest version!	Rhinopithecus bieti formin like 2 (FMNL2), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00

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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)

FMNL2 ( XM_017866073.1 ) cDNA ORF clone, Rhinopithecus bieti(black snub-nosed monkey) -> XP_017721562.1 Rhinopithecus bieti formin like 2 (FMNL2), transcript variant X1, mRNA.

Price & Availability↑

CloneID	ORh56668
Clone ID Related Accession (Same CDS sequence)	XM_017866073.1
Accession Version	XM_017866073.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3279bp) 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	formin-like protein 2 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_016841754.1) 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##

ATGGGCAACG CAGGGAGCAT GGATTCGCAG CAGACCGATT TCAGGGCGCA CAACGTGCCT 
TTGAAGCTGC CAATGCCCGA GCCAGGTGAA CTGGAGGAGC GATTTGCCAT CGTGCTGAAT 
GCTATGAACC TACCTCCTGA CAAAGCCAGG TTACTGCGGC AGTATGACAA TGAGAAAAAA 
TGGGAACTGA TTTGTGATCA GGAACGATTC CAGGTAAAGA ATCCTCCCCA TACATACATT 
CAAAAGCTCA AAGGCTATCT GGATCCAGCT GTAACCAGGA AGAAATTCAG ACGGCGTGTT 
CAAGAATCTA CACAAGTGCT AAGAGAACTG GAAATTTCTT TAAGAACCAA CCACATTGGA 
TGGGTCAGAG AATTTTTGAA CGAAGAAAAC AAAGGTCTTG ATGTTCTAGT GGAATATCTC 
TCATTTGCAC AGTATGCAGT AACTTTTGAC TTTGAAAGTG TGGAGAGTAC TGTGGAGAGC 
TCAGTGGACA AATCAAAGCC CTGGAGTAGG TCCATCGAGG ACCTGCACAG AGGGAGCAAC 
CTGCCCTCAC CTGTGGGCAA CAGTGTCTCC CGCTCTGGAA GACATTCTGC ACTGCGATAT 
AATACCTTGC CAAGCAGAAG AACTCTGAAA AATTCAAGAT TAGTGAGTAA GAAAGATGAT 
GTACATGTCT GTATCATGTG TTTACGTGCC ATCATGAATT ACCAGTATGG TTTCAACATG 
GTCATGTCTC ATCCACACGC TGTCAATGAG ATTGCACTAA GCTTGAACAA CAAGAATCCC 
AGAACAAAAG CCCTTGTCTT AGAACTGTTG GCAGCCGTTT GTCTTGTCAG AGGCGGGCAT 
GAAATCATTT TATCAGCATT TGATAACTTT AAAGAGGTTT GCGGAGAAAA ACAGCGCTTT 
GAGAAGTTGA TGGAACATTT CAGGAATGAA GACAATAACA TAGATTTTAT GGTGGCTTCT 
ATGCAGTTTA TTAATATTGT AGTCCATTCA GTAGAAGATA TGAATTTCAG AGTTCACCTG 
CAGTATGAAT TTACCAAATT AGGCCTGGAT GAATACTTGG ATAAGCTGAA ACACACTGAG 
AGTGACAAGC TTCAGGTCCA GATCCAGGCC TACCTGGACA ACGTTTTTGA TGTAGGGGCT 
CTGCTGGAAG ATGCTGAAAC TAAGAATGCT GCCTTGGAGA GGGTGGAAGA ACTGGAAGAA 
AACATCTCTC ATTTATCTGA AAAACTGCAA GACACAGAGA ATGAAGCCAT GTCCAAGATT 
GTGGAACTGG AAAAGCAACT CATGCAGAGG AACAAGGAGC TGGATGTCGT TCGGGAAATC 
TACAAAGATG CGAATACTCA AGTTCACACA TTAAGAAAAA TGGTCAAAGA AAAAGAAGAA 
GCAATTCAAA GACAGTCTAC CCTGGAAAAA AAGATTCATG AACTGGAGAA ACAAGGGACC 
ATTAAAATTC AGAAGAAAGG GGATGGGGAT ATCGCCATAC TGCCAGTTGT GGCTTCTGGC 
ACATTGTCCA TGGGGTCAGA AGTGGTAGCA GGTAACTCTG TGGGACCCAC AACGGGGGCC 
GCTTCCTCGG GACCCTTGCC CCCTCCTCCA CCACCACTGC CTCTCTCATC AGACACACCT 
GAAACAGTGC AAAATGGTCC AGTAACACCA CCTATGCCNN NNNNNNNNNN NNNNNNNNNN 
NNNNNNNNNN NNNTCCCCGC CACCCCTCCT CCTCCTCCTC TCCCAGGTCC TGTAGCTGAG 
ACTGTACCAG CTCCTCCCTT AGCACCTCCC CTTCCTTCTG CACCCCCGCT GCCTGGAACA 
TCTTCACCCA CAGTGGTTTT CAACTCAGGA TTAGCAGCTG TGAAAATTAA GAAGCCAATC 
AAGACAAAGT TCAGAATGCC GGTGTTTAAC TGGGTTGCTC TGAAGCCCAA TCAGATTAAT 
GGCACAGTCT TCAATGAAAT TGATGATGAG CGAATTCTGG AGGATTTAAA TGTGGATGAA 
TTTGAGGAAA TATTCAAGAC AAAAGCCCAA GGTCCTGCCA TGGATCTTTC TTCAAGCAAA 
CAGAAGATAC CACAGAAGGG ATCCAACAAA GTGACATTAC TAGAAGCAAA CAGGGCCAAA 
AATCTTGCCA TAACTTTAAG GAAAGCTGGA AAGACTGCTG ATGAAATATG TAAAGCTATT 
CATGTATTTG ACTTGAAGAC ACTGCCTGTA GACTTTGTGG AATGCTTGAT GCGGTTCCTT 
CCAACTGAGA ATGAAGTGAA AGTGCTTCGG CTCTACGAGC GGGAAAGGAA GCCTCTGGAA 
AACTTGTCAG ATGAAGATAG GTTCATGATG CAGTTTAGTA AAATTGAGAG GCTCATGCAG 
AAGATGACCA TCATGGCTTT CATTGGGAAC TTTGCTGAAA GCATTCAGAT GCTGACTCCT 
CAACTACATG CGATTATAGC AGCATCTGTC TCTATAAAGT CATCCCAGAA ACTCAAGAAA 
ATTCTGGAGA TCATCTTAGC CCTTGGAAAC TACATGAATA GCAGTAAAAG AGGAGCAGTT 
TATGGATTTA AACTTCAGAG TTTAGATCTG CTCTTAGATA CAAAGTCAAC AGACAGAAAG 
CAAACACTGT TGCACTATAT ATCCAATGTG GTGAAAGAAA AATATCACCA AGTGTCCCTG 
TTTTATAATG AGCTTCATTA TGTGGAAAAA GCTGCTGCAG TCTCCCTTGA GAATGTTTTG 
CTGGATGTCA AGGAGCTCCA GAGGGGAATG GACTTGACCA AGAGAGAGTA CACCATGCAT 
GACCACAACA CACTGCTGAA GGAGTTCATC CTCAACAATG AGGGGAAGCT GAAGAAGCTG 
CAGGATGATG CCAAGATTGC ACAGGATGCC TTTGATGATG TTGTGAAGTA TTTTGGAGAA 
AACCCCAAGA CAACACCACC CTCCGTCTTC TTTCCCGTCT TCGTCCGGTT TGTGAAAGCA 
TACAAGCAAG CAGAAGAGGA AAACGAGCTT AGGAAAAAGC AGGAACAAGC TCTCATGGAA 
AAACTCCTGG AGCAAGAAGC TCTGATGGAG CAGCAGGATC CAAAGTCTCC TTCTCATAAA 
TCAAAGAGGC AGCAGCAAGA GTTAATTGCA GAATTAAGAC GACGACAAGT TAAAGATAAC 
AGACATGTAT ATGAGGGAAA AGATGGTGCC ATTGAAGATA TTATCACAGA TCTTAGAAAC 
CAACCATACA GACGAGCCGA TGCGGTGAGG AGAAGCGTCA GGCGGCGCTT TGATGATCAG 
AACTTGCGTT CTGTTAATGG TGCCGAAATA ACAATGTGA

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

RefSeq	XP_017721562.1
CDS	496..3774
Translation	MGNAGSMDSQQTDFRAHNVPLKLPMPEPGELEERFAIVLNAMNLPPDKARLLRQYDNEKKWELICDQERFQVKNPPHTYIQKLKGYLDPAVTRKKFRRRVQESTQVLRELEISLRTNHIGWVREFLNEENKGLDVLVEYLSFAQYAVTFDFESVESTVESSVDKSKPWSRSIEDLHRGSNLPSPVGNSVSRSGRHSALRYNTLPSRRTLKNSRLVSKKDDVHVCIMCLRAIMNYQYGFNMVMSHPHAVNEIALSLNNKNPRTKALVLELLAAVCLVRGGHEIILSAFDNFKEVCGEKQRFEKLMEHFRNEDNNIDFMVASMQFINIVVHSVEDMNFRVHLQYEFTKLGLDEYLDKLKHTESDKLQVQIQAYLDNVFDVGALLEDAETKNAALERVEELEENISHLSEKLQDTENEAMSKIVELEKQLMQRNKELDVVREIYKDANTQVHTLRKMVKEKEEAIQRQSTLEKKIHELEKQGTIKIQKKGDGDIAILPVVASGTLSMGSEVVAGNSVGPTTGAASSGPLPPPPPPLPLSSDTPETVQNGPVTPPMnullnullnullnullnullnullnullnullnullnullnullnullnullPATPPPPPLPGPVAETVPAPPLAPPLPSAPPLPGTSSPTVVFNSGLAAVKIKKPIKTKFRMPVFNWVALKPNQINGTVFNEIDDERILEDLNVDEFEEIFKTKAQGPAMDLSSSKQKIPQKGSNKVTLLEANRAKNLAITLRKAGKTADEICKAIHVFDLKTLPVDFVECLMRFLPTENEVKVLRLYERERKPLENLSDEDRFMMQFSKIERLMQKMTIMAFIGNFAESIQMLTPQLHAIIAASVSIKSSQKLKKILEIILALGNYMNSSKRGAVYGFKLQSLDLLLDTKSTDRKQTLLHYISNVVKEKYHQVSLFYNELHYVEKAAAVSLENVLLDVKELQRGMDLTKREYTMHDHNTLLKEFILNNEGKLKKLQDDAKIAQDAFDDVVKYFGENPKTTPPSVFFPVFVRFVKAYKQAEEENELRKKQEQALMEKLLEQEALMEQQDPKSPSHKSKRQQQELIAELRRRQVKDNRHVYEGKDGAIEDIITDLRNQPYRRADAVRRSVRRRFDDQNLRSVNGAEITM

Target ORF information:

RefSeq Version	XM_017866073.1
Organism	Rhinopithecus bieti(black snub-nosed monkey)
Definition	Rhinopithecus bieti formin like 2 (FMNL2), transcript variant X1, mRNA.

Target ORF information:

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

XM_017866073.1

ORF Insert Sequence:

ATGGGCAACG CAGGGAGCAT GGATTCGCAG CAGACCGATT TCAGGGCGCA CAACGTGCCT 
TTGAAGCTGC CAATGCCCGA GCCAGGTGAA CTGGAGGAGC GATTTGCCAT CGTGCTGAAT 
GCTATGAACC TACCTCCTGA CAAAGCCAGG TTACTGCGGC AGTATGACAA TGAGAAAAAA 
TGGGAACTGA TTTGTGATCA GGAACGATTC CAGGTAAAGA ATCCTCCCCA TACATACATT 
CAAAAGCTCA AAGGCTATCT GGATCCAGCT GTAACCAGGA AGAAATTCAG ACGGCGTGTT 
CAAGAATCTA CACAAGTGCT AAGAGAACTG GAAATTTCTT TAAGAACCAA CCACATTGGA 
TGGGTCAGAG AATTTTTGAA CGAAGAAAAC AAAGGTCTTG ATGTTCTAGT GGAATATCTC 
TCATTTGCAC AGTATGCAGT AACTTTTGAC TTTGAAAGTG TGGAGAGTAC TGTGGAGAGC 
TCAGTGGACA AATCAAAGCC CTGGAGTAGG TCCATCGAGG ACCTGCACAG AGGGAGCAAC 
CTGCCCTCAC CTGTGGGCAA CAGTGTCTCC CGCTCTGGAA GACATTCTGC ACTGCGATAT 
AATACCTTGC CAAGCAGAAG AACTCTGAAA AATTCAAGAT TAGTGAGTAA GAAAGATGAT 
GTACATGTCT GTATCATGTG TTTACGTGCC ATCATGAATT ACCAGTATGG TTTCAACATG 
GTCATGTCTC ATCCACACGC TGTCAATGAG ATTGCACTAA GCTTGAACAA CAAGAATCCC 
AGAACAAAAG CCCTTGTCTT AGAACTGTTG GCAGCCGTTT GTCTTGTCAG AGGCGGGCAT 
GAAATCATTT TATCAGCATT TGATAACTTT AAAGAGGTTT GCGGAGAAAA ACAGCGCTTT 
GAGAAGTTGA TGGAACATTT CAGGAATGAA GACAATAACA TAGATTTTAT GGTGGCTTCT 
ATGCAGTTTA TTAATATTGT AGTCCATTCA GTAGAAGATA TGAATTTCAG AGTTCACCTG 
CAGTATGAAT TTACCAAATT AGGCCTGGAT GAATACTTGG ATAAGCTGAA ACACACTGAG 
AGTGACAAGC TTCAGGTCCA GATCCAGGCC TACCTGGACA ACGTTTTTGA TGTAGGGGCT 
CTGCTGGAAG ATGCTGAAAC TAAGAATGCT GCCTTGGAGA GGGTGGAAGA ACTGGAAGAA 
AACATCTCTC ATTTATCTGA AAAACTGCAA GACACAGAGA ATGAAGCCAT GTCCAAGATT 
GTGGAACTGG AAAAGCAACT CATGCAGAGG AACAAGGAGC TGGATGTCGT TCGGGAAATC 
TACAAAGATG CGAATACTCA AGTTCACACA TTAAGAAAAA TGGTCAAAGA AAAAGAAGAA 
GCAATTCAAA GACAGTCTAC CCTGGAAAAA AAGATTCATG AACTGGAGAA ACAAGGGACC 
ATTAAAATTC AGAAGAAAGG GGATGGGGAT ATCGCCATAC TGCCAGTTGT GGCTTCTGGC 
ACATTGTCCA TGGGGTCAGA AGTGGTAGCA GGTAACTCTG TGGGACCCAC AACGGGGGCC 
GCTTCCTCGG GACCCTTGCC CCCTCCTCCA CCACCACTGC CTCTCTCATC AGACACACCT 
GAAACAGTGC AAAATGGTCC AGTAACACCA CCTATGCCNN NNNNNNNNNN NNNNNNNNNN 
NNNNNNNNNN NNNTCCCCGC CACCCCTCCT CCTCCTCCTC TCCCAGGTCC TGTAGCTGAG 
ACTGTACCAG CTCCTCCCTT AGCACCTCCC CTTCCTTCTG CACCCCCGCT GCCTGGAACA 
TCTTCACCCA CAGTGGTTTT CAACTCAGGA TTAGCAGCTG TGAAAATTAA GAAGCCAATC 
AAGACAAAGT TCAGAATGCC GGTGTTTAAC TGGGTTGCTC TGAAGCCCAA TCAGATTAAT 
GGCACAGTCT TCAATGAAAT TGATGATGAG CGAATTCTGG AGGATTTAAA TGTGGATGAA 
TTTGAGGAAA TATTCAAGAC AAAAGCCCAA GGTCCTGCCA TGGATCTTTC TTCAAGCAAA 
CAGAAGATAC CACAGAAGGG ATCCAACAAA GTGACATTAC TAGAAGCAAA CAGGGCCAAA 
AATCTTGCCA TAACTTTAAG GAAAGCTGGA AAGACTGCTG ATGAAATATG TAAAGCTATT 
CATGTATTTG ACTTGAAGAC ACTGCCTGTA GACTTTGTGG AATGCTTGAT GCGGTTCCTT 
CCAACTGAGA ATGAAGTGAA AGTGCTTCGG CTCTACGAGC GGGAAAGGAA GCCTCTGGAA 
AACTTGTCAG ATGAAGATAG GTTCATGATG CAGTTTAGTA AAATTGAGAG GCTCATGCAG 
AAGATGACCA TCATGGCTTT CATTGGGAAC TTTGCTGAAA GCATTCAGAT GCTGACTCCT 
CAACTACATG CGATTATAGC AGCATCTGTC TCTATAAAGT CATCCCAGAA ACTCAAGAAA 
ATTCTGGAGA TCATCTTAGC CCTTGGAAAC TACATGAATA GCAGTAAAAG AGGAGCAGTT 
TATGGATTTA AACTTCAGAG TTTAGATCTG CTCTTAGATA CAAAGTCAAC AGACAGAAAG 
CAAACACTGT TGCACTATAT ATCCAATGTG GTGAAAGAAA AATATCACCA AGTGTCCCTG 
TTTTATAATG AGCTTCATTA TGTGGAAAAA GCTGCTGCAG TCTCCCTTGA GAATGTTTTG 
CTGGATGTCA AGGAGCTCCA GAGGGGAATG GACTTGACCA AGAGAGAGTA CACCATGCAT 
GACCACAACA CACTGCTGAA GGAGTTCATC CTCAACAATG AGGGGAAGCT GAAGAAGCTG 
CAGGATGATG CCAAGATTGC ACAGGATGCC TTTGATGATG TTGTGAAGTA TTTTGGAGAA 
AACCCCAAGA CAACACCACC CTCCGTCTTC TTTCCCGTCT TCGTCCGGTT TGTGAAAGCA 
TACAAGCAAG CAGAAGAGGA AAACGAGCTT AGGAAAAAGC AGGAACAAGC TCTCATGGAA 
AAACTCCTGG AGCAAGAAGC TCTGATGGAG CAGCAGGATC CAAAGTCTCC TTCTCATAAA 
TCAAAGAGGC AGCAGCAAGA GTTAATTGCA GAATTAAGAC GACGACAAGT TAAAGATAAC 
AGACATGTAT ATGAGGGAAA AGATGGTGCC ATTGAAGATA TTATCACAGA TCTTAGAAAC 
CAACCATACA GACGAGCCGA TGCGGTGAGG AGAAGCGTCA GGCGGCGCTT TGATGATCAG 
AACTTGCGTT CTGTTAATGG TGCCGAAATA ACAATGTGA

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

FMNL2 ( XM_017866074.1 ) cDNA ORF clone, Rhinopithecus bieti(black snub-nosed monkey) -> XP_017721563.1 Rhinopithecus bieti formin like 2 (FMNL2), transcript variant X2, mRNA.

Price & Availability↑

CloneID	ORh56669
Clone ID Related Accession (Same CDS sequence)	XM_017866074.1
Accession Version	XM_017866074.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3249bp) 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	formin-like protein 2 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_016841754.1) 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##

ATGGGCAACG CAGGGAGCAT GGATTCGCAG CAGACCGATT TCAGGGCGCA CAACGTGCCT 
TTGAAGCTGC CAATGCCCGA GCCAGGTGAA CTGGAGGAGC GATTTGCCAT CGTGCTGAAT 
GCTATGAACC TACCTCCTGA CAAAGCCAGG TTACTGCGGC AGTATGACAA TGAGAAAAAA 
TGGGAACTGA TTTGTGATCA GGAACGATTC CAGGTAAAGA ATCCTCCCCA TACATACATT 
CAAAAGCTCA AAGGCTATCT GGATCCAGCT GTAACCAGGA AGAAATTCAG ACGGCGTGTT 
CAAGAATCTA CACAAGTGCT AAGAGAACTG GAAATTTCTT TAAGAACCAA CCACATTGGA 
TGGGTCAGAG AATTTTTGAA CGAAGAAAAC AAAGGTCTTG ATGTTCTAGT GGAATATCTC 
TCATTTGCAC AGTATGCAGT AACTTTTGAC TTTGAAAGTG TGGAGAGTAC TGTGGAGAGC 
TCAGTGGACA AATCAAAGCC CTGGAGTAGG TCCATCGAGG ACCTGCACAG AGGGAGCAAC 
CTGCCCTCAC CTGTGGGCAA CAGTGTCTCC CGCTCTGGAA GACATTCTGC ACTGCGATAT 
AATACCTTGC CAAGCAGAAG AACTCTGAAA AATTCAAGAT TAGTGAGTAA GAAAGATGAT 
GTACATGTCT GTATCATGTG TTTACGTGCC ATCATGAATT ACCAGTATGG TTTCAACATG 
GTCATGTCTC ATCCACACGC TGTCAATGAG ATTGCACTAA GCTTGAACAA CAAGAATCCC 
AGAACAAAAG CCCTTGTCTT AGAACTGTTG GCAGCCGTTT GTCTTGTCAG AGGCGGGCAT 
GAAATCATTT TATCAGCATT TGATAACTTT AAAGAGGTTT GCGGAGAAAA ACAGCGCTTT 
GAGAAGTTGA TGGAACATTT CAGGAATGAA GACAATAACA TAGATTTTAT GGTGGCTTCT 
ATGCAGTTTA TTAATATTGT AGTCCATTCA GTAGAAGATA TGAATTTCAG AGTTCACCTG 
CAGTATGAAT TTACCAAATT AGGCCTGGAT GAATACTTGG ATAAGCTGAA ACACACTGAG 
AGTGACAAGC TTCAGGTCCA GATCCAGGCC TACCTGGACA ACGTTTTTGA TGTAGGGGCT 
CTGCTGGAAG ATGCTGAAAC TAAGAATGCT GCCTTGGAGA GGGTGGAAGA ACTGGAAGAA 
AACATCTCTC ATTTATCTGA AAAACTGCAA GACACAGAGA ATGAAGCCAT GTCCAAGATT 
GTGGAACTGG AAAAGCAACT CATGCAGAGG AACAAGGAGC TGGATGTCGT TCGGGAAATC 
TACAAAGATG CGAATACTCA AGTTCACACA TTAAGAAAAA TGGTCAAAGA AAAAGAAGAA 
GCAATTCAAA GACAGTCTAC CCTGGAAAAA AAGATTCATG AACTGGAGAA ACAAGGGACC 
ATTAAAATTC AGAAGAAAGG GGATGGGGAT ATCGCCATAC TGCCAGTTGT GGCTTCTGGC 
ACATTGTCCA TGGGGTCAGA AGTGGTAGCA GGTAACTCTG TGGGACCCAC AACGGGGGCC 
GCTTCCTCGG GACCCTTGCC CCCTCCTCCA CCACCACTGC CTCTCTCATC AGACACACCT 
GAAACAGTGC AAAATGGTCC AGTAACACCA CCTATGNNNN NNNNNNNNNN NNNNNNNNNN 
NNNNNNNTCC CCGCCACCCC TCCTCCTCCT CCTCTCCCAG GTCCTGTAGC TGAGACTGTA 
CCAGCTCCTC CCTTAGCACC TCCCCTTCCT TCTGCACCCC CGCTGCCTGG AACATCTTCA 
CCCACAGTGG TTTTCAACTC AGGATTAGCA GCTGTGAAAA TTAAGAAGCC AATCAAGACA 
AAGTTCAGAA TGCCGGTGTT TAACTGGGTT GCTCTGAAGC CCAATCAGAT TAATGGCACA 
GTCTTCAATG AAATTGATGA TGAGCGAATT CTGGAGGATT TAAATGTGGA TGAATTTGAG 
GAAATATTCA AGACAAAAGC CCAAGGTCCT GCCATGGATC TTTCTTCAAG CAAACAGAAG 
ATACCACAGA AGGGATCCAA CAAAGTGACA TTACTAGAAG CAAACAGGGC CAAAAATCTT 
GCCATAACTT TAAGGAAAGC TGGAAAGACT GCTGATGAAA TATGTAAAGC TATTCATGTA 
TTTGACTTGA AGACACTGCC TGTAGACTTT GTGGAATGCT TGATGCGGTT CCTTCCAACT 
GAGAATGAAG TGAAAGTGCT TCGGCTCTAC GAGCGGGAAA GGAAGCCTCT GGAAAACTTG 
TCAGATGAAG ATAGGTTCAT GATGCAGTTT AGTAAAATTG AGAGGCTCAT GCAGAAGATG 
ACCATCATGG CTTTCATTGG GAACTTTGCT GAAAGCATTC AGATGCTGAC TCCTCAACTA 
CATGCGATTA TAGCAGCATC TGTCTCTATA AAGTCATCCC AGAAACTCAA GAAAATTCTG 
GAGATCATCT TAGCCCTTGG AAACTACATG AATAGCAGTA AAAGAGGAGC AGTTTATGGA 
TTTAAACTTC AGAGTTTAGA TCTGCTCTTA GATACAAAGT CAACAGACAG AAAGCAAACA 
CTGTTGCACT ATATATCCAA TGTGGTGAAA GAAAAATATC ACCAAGTGTC CCTGTTTTAT 
AATGAGCTTC ATTATGTGGA AAAAGCTGCT GCAGTCTCCC TTGAGAATGT TTTGCTGGAT 
GTCAAGGAGC TCCAGAGGGG AATGGACTTG ACCAAGAGAG AGTACACCAT GCATGACCAC 
AACACACTGC TGAAGGAGTT CATCCTCAAC AATGAGGGGA AGCTGAAGAA GCTGCAGGAT 
GATGCCAAGA TTGCACAGGA TGCCTTTGAT GATGTTGTGA AGTATTTTGG AGAAAACCCC 
AAGACAACAC CACCCTCCGT CTTCTTTCCC GTCTTCGTCC GGTTTGTGAA AGCATACAAG 
CAAGCAGAAG AGGAAAACGA GCTTAGGAAA AAGCAGGAAC AAGCTCTCAT GGAAAAACTC 
CTGGAGCAAG AAGCTCTGAT GGAGCAGCAG GATCCAAAGT CTCCTTCTCA TAAATCAAAG 
AGGCAGCAGC AAGAGTTAAT TGCAGAATTA AGACGACGAC AAGTTAAAGA TAACAGACAT 
GTATATGAGG GAAAAGATGG TGCCATTGAA GATATTATCA CAGCCTTAAA GAAGAATAAT 
ATCACTAAAT TTCCAAATGT TCACTCGAGG ATCTTAGAAA CCAACCATAC AGACGAGCCG 
ATGCGGTGA

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

RefSeq	XP_017721563.1
CDS	496..3744
Translation	MGNAGSMDSQQTDFRAHNVPLKLPMPEPGELEERFAIVLNAMNLPPDKARLLRQYDNEKKWELICDQERFQVKNPPHTYIQKLKGYLDPAVTRKKFRRRVQESTQVLRELEISLRTNHIGWVREFLNEENKGLDVLVEYLSFAQYAVTFDFESVESTVESSVDKSKPWSRSIEDLHRGSNLPSPVGNSVSRSGRHSALRYNTLPSRRTLKNSRLVSKKDDVHVCIMCLRAIMNYQYGFNMVMSHPHAVNEIALSLNNKNPRTKALVLELLAAVCLVRGGHEIILSAFDNFKEVCGEKQRFEKLMEHFRNEDNNIDFMVASMQFINIVVHSVEDMNFRVHLQYEFTKLGLDEYLDKLKHTESDKLQVQIQAYLDNVFDVGALLEDAETKNAALERVEELEENISHLSEKLQDTENEAMSKIVELEKQLMQRNKELDVVREIYKDANTQVHTLRKMVKEKEEAIQRQSTLEKKIHELEKQGTIKIQKKGDGDIAILPVVASGTLSMGSEVVAGNSVGPTTGAASSGPLPPPPPPLPLSSDTPETVQNGPVTPPMnullnullnullnullnullnullnullnullnullnullnullPATPPPPPLPGPVAETVPAPPLAPPLPSAPPLPGTSSPTVVFNSGLAAVKIKKPIKTKFRMPVFNWVALKPNQINGTVFNEIDDERILEDLNVDEFEEIFKTKAQGPAMDLSSSKQKIPQKGSNKVTLLEANRAKNLAITLRKAGKTADEICKAIHVFDLKTLPVDFVECLMRFLPTENEVKVLRLYERERKPLENLSDEDRFMMQFSKIERLMQKMTIMAFIGNFAESIQMLTPQLHAIIAASVSIKSSQKLKKILEIILALGNYMNSSKRGAVYGFKLQSLDLLLDTKSTDRKQTLLHYISNVVKEKYHQVSLFYNELHYVEKAAAVSLENVLLDVKELQRGMDLTKREYTMHDHNTLLKEFILNNEGKLKKLQDDAKIAQDAFDDVVKYFGENPKTTPPSVFFPVFVRFVKAYKQAEEENELRKKQEQALMEKLLEQEALMEQQDPKSPSHKSKRQQQELIAELRRRQVKDNRHVYEGKDGAIEDIITALKKNNITKFPNVHSRILETNHTDEPMR

Target ORF information:

RefSeq Version	XM_017866074.1
Organism	Rhinopithecus bieti(black snub-nosed monkey)
Definition	Rhinopithecus bieti formin like 2 (FMNL2), transcript variant X2, mRNA.

Target ORF information:

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

XM_017866074.1

ORF Insert Sequence:

ATGGGCAACG CAGGGAGCAT GGATTCGCAG CAGACCGATT TCAGGGCGCA CAACGTGCCT 
TTGAAGCTGC CAATGCCCGA GCCAGGTGAA CTGGAGGAGC GATTTGCCAT CGTGCTGAAT 
GCTATGAACC TACCTCCTGA CAAAGCCAGG TTACTGCGGC AGTATGACAA TGAGAAAAAA 
TGGGAACTGA TTTGTGATCA GGAACGATTC CAGGTAAAGA ATCCTCCCCA TACATACATT 
CAAAAGCTCA AAGGCTATCT GGATCCAGCT GTAACCAGGA AGAAATTCAG ACGGCGTGTT 
CAAGAATCTA CACAAGTGCT AAGAGAACTG GAAATTTCTT TAAGAACCAA CCACATTGGA 
TGGGTCAGAG AATTTTTGAA CGAAGAAAAC AAAGGTCTTG ATGTTCTAGT GGAATATCTC 
TCATTTGCAC AGTATGCAGT AACTTTTGAC TTTGAAAGTG TGGAGAGTAC TGTGGAGAGC 
TCAGTGGACA AATCAAAGCC CTGGAGTAGG TCCATCGAGG ACCTGCACAG AGGGAGCAAC 
CTGCCCTCAC CTGTGGGCAA CAGTGTCTCC CGCTCTGGAA GACATTCTGC ACTGCGATAT 
AATACCTTGC CAAGCAGAAG AACTCTGAAA AATTCAAGAT TAGTGAGTAA GAAAGATGAT 
GTACATGTCT GTATCATGTG TTTACGTGCC ATCATGAATT ACCAGTATGG TTTCAACATG 
GTCATGTCTC ATCCACACGC TGTCAATGAG ATTGCACTAA GCTTGAACAA CAAGAATCCC 
AGAACAAAAG CCCTTGTCTT AGAACTGTTG GCAGCCGTTT GTCTTGTCAG AGGCGGGCAT 
GAAATCATTT TATCAGCATT TGATAACTTT AAAGAGGTTT GCGGAGAAAA ACAGCGCTTT 
GAGAAGTTGA TGGAACATTT CAGGAATGAA GACAATAACA TAGATTTTAT GGTGGCTTCT 
ATGCAGTTTA TTAATATTGT AGTCCATTCA GTAGAAGATA TGAATTTCAG AGTTCACCTG 
CAGTATGAAT TTACCAAATT AGGCCTGGAT GAATACTTGG ATAAGCTGAA ACACACTGAG 
AGTGACAAGC TTCAGGTCCA GATCCAGGCC TACCTGGACA ACGTTTTTGA TGTAGGGGCT 
CTGCTGGAAG ATGCTGAAAC TAAGAATGCT GCCTTGGAGA GGGTGGAAGA ACTGGAAGAA 
AACATCTCTC ATTTATCTGA AAAACTGCAA GACACAGAGA ATGAAGCCAT GTCCAAGATT 
GTGGAACTGG AAAAGCAACT CATGCAGAGG AACAAGGAGC TGGATGTCGT TCGGGAAATC 
TACAAAGATG CGAATACTCA AGTTCACACA TTAAGAAAAA TGGTCAAAGA AAAAGAAGAA 
GCAATTCAAA GACAGTCTAC CCTGGAAAAA AAGATTCATG AACTGGAGAA ACAAGGGACC 
ATTAAAATTC AGAAGAAAGG GGATGGGGAT ATCGCCATAC TGCCAGTTGT GGCTTCTGGC 
ACATTGTCCA TGGGGTCAGA AGTGGTAGCA GGTAACTCTG TGGGACCCAC AACGGGGGCC 
GCTTCCTCGG GACCCTTGCC CCCTCCTCCA CCACCACTGC CTCTCTCATC AGACACACCT 
GAAACAGTGC AAAATGGTCC AGTAACACCA CCTATGNNNN NNNNNNNNNN NNNNNNNNNN 
NNNNNNNTCC CCGCCACCCC TCCTCCTCCT CCTCTCCCAG GTCCTGTAGC TGAGACTGTA 
CCAGCTCCTC CCTTAGCACC TCCCCTTCCT TCTGCACCCC CGCTGCCTGG AACATCTTCA 
CCCACAGTGG TTTTCAACTC AGGATTAGCA GCTGTGAAAA TTAAGAAGCC AATCAAGACA 
AAGTTCAGAA TGCCGGTGTT TAACTGGGTT GCTCTGAAGC CCAATCAGAT TAATGGCACA 
GTCTTCAATG AAATTGATGA TGAGCGAATT CTGGAGGATT TAAATGTGGA TGAATTTGAG 
GAAATATTCA AGACAAAAGC CCAAGGTCCT GCCATGGATC TTTCTTCAAG CAAACAGAAG 
ATACCACAGA AGGGATCCAA CAAAGTGACA TTACTAGAAG CAAACAGGGC CAAAAATCTT 
GCCATAACTT TAAGGAAAGC TGGAAAGACT GCTGATGAAA TATGTAAAGC TATTCATGTA 
TTTGACTTGA AGACACTGCC TGTAGACTTT GTGGAATGCT TGATGCGGTT CCTTCCAACT 
GAGAATGAAG TGAAAGTGCT TCGGCTCTAC GAGCGGGAAA GGAAGCCTCT GGAAAACTTG 
TCAGATGAAG ATAGGTTCAT GATGCAGTTT AGTAAAATTG AGAGGCTCAT GCAGAAGATG 
ACCATCATGG CTTTCATTGG GAACTTTGCT GAAAGCATTC AGATGCTGAC TCCTCAACTA 
CATGCGATTA TAGCAGCATC TGTCTCTATA AAGTCATCCC AGAAACTCAA GAAAATTCTG 
GAGATCATCT TAGCCCTTGG AAACTACATG AATAGCAGTA AAAGAGGAGC AGTTTATGGA 
TTTAAACTTC AGAGTTTAGA TCTGCTCTTA GATACAAAGT CAACAGACAG AAAGCAAACA 
CTGTTGCACT ATATATCCAA TGTGGTGAAA GAAAAATATC ACCAAGTGTC CCTGTTTTAT 
AATGAGCTTC ATTATGTGGA AAAAGCTGCT GCAGTCTCCC TTGAGAATGT TTTGCTGGAT 
GTCAAGGAGC TCCAGAGGGG AATGGACTTG ACCAAGAGAG AGTACACCAT GCATGACCAC 
AACACACTGC TGAAGGAGTT CATCCTCAAC AATGAGGGGA AGCTGAAGAA GCTGCAGGAT 
GATGCCAAGA TTGCACAGGA TGCCTTTGAT GATGTTGTGA AGTATTTTGG AGAAAACCCC 
AAGACAACAC CACCCTCCGT CTTCTTTCCC GTCTTCGTCC GGTTTGTGAA AGCATACAAG 
CAAGCAGAAG AGGAAAACGA GCTTAGGAAA AAGCAGGAAC AAGCTCTCAT GGAAAAACTC 
CTGGAGCAAG AAGCTCTGAT GGAGCAGCAG GATCCAAAGT CTCCTTCTCA TAAATCAAAG 
AGGCAGCAGC AAGAGTTAAT TGCAGAATTA AGACGACGAC AAGTTAAAGA TAACAGACAT 
GTATATGAGG GAAAAGATGG TGCCATTGAA GATATTATCA CAGCCTTAAA GAAGAATAAT 
ATCACTAAAT TTCCAAATGT TCACTCGAGG ATCTTAGAAA CCAACCATAC AGACGAGCCG 
ATGCGGTGA