NYNRIN cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	NYNRIN
Entrez Gene ID	100471444
Full Name	NYN domain and retroviral integrase containing
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002921057.3	XP_002921103.1	LOW QUALITY PROTEIN: protein NYNRIN

Pathways from BioSystems
Gene Ontology

The following NYNRIN gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the NYNRIN 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
OAc08447	XM_002921057.3 Latest version!	Ailuropoda melanoleuca NYN domain and retroviral integrase containing (NYNRIN), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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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)

NYNRIN ( XM_002921057.3 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_002921103.1 Ailuropoda melanoleuca NYN domain and retroviral integrase containing (NYNRIN), mRNA.

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CloneID	OAc08447
Clone ID Related Accession (Same CDS sequence)	XM_002921057.3
Accession Version	XM_002921057.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5703bp) 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	1482768000000
Organism	Ailuropoda melanoleuca(giant panda)
Product	LOW QUALITY PROTEIN: protein NYNRIN
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003217751.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 28, 2016 this sequence version replaced XM_002921057.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ailuropoda melanoleuca Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## frameshifts :: corrected 2 indels ##RefSeq-Attributes-END##

ATGCTCCTGT CCGGGGGCGA CCCTCCGGCG CAGGAATGGT TCATGGTGCA GACCAAGTCA 
AAGCCCCGGG TGCAGCGGCA GCGGCTGCAA GTGCAGCGCA TCTTCAGGGT CAAGCTGAAC 
GCCTTCCAGA GCCGCCCGGA CACCCCCTAC TTCTGGCTGC AGCTCGAGGG GCCCAAGGAG 
AACATGAGCA AAGCCAAGGA GTACCTGAAG GGCCTGTGCA GCCCGGAGCT GTGGAAGGAG 
GTCCGCTACC CGCAGGCCCT GCACTGCGCC TTCCTTGGGG CCCAGGGCCT CTTTCTCGAC 
TGTCTCTGCT GGAGCACCCT GGCCTACCTG GTGCCTGGCC CCCCCGGCTC CCTGATGGTG 
GGGGGGCTGA CCGAGTCTTT TGTCATGACC CAGATGGAGG GGGTGGTGGG GCGGCTGCGC 
TGGGGCCCTG CCGCTCTGCT CACCCCCAGA GGAATCTGGG AGGCTGAGGT AACCAGGGCC 
TTCGGGGCCC TGGTCTGGAT CCGTGGTGAC CAGTACGCAG GGGATCTGCT GCAGCTGCCC 
CCAGCAGTCC AAGAGCTGCT GCTGAGCCTC GTGCGGGATG CTGCGGGCAA GGAGGACATC 
ATCGAGTGGC TCAGCCGCAT TGGCCCCTCC GACTTGCGCT CTGACCCCGA GGTCCTGATC 
TGCCCCCCTC ACCAGCAGAA GGAAGGCCCG GCCATGGTGT CTGTGGGAGA TGGTCCTGGG 
CCCTTCCTGG AGGTGGGGAC ACTCCAGAAC AGGAGTCAAG AACATTCAAA GAGATTAACC 
AGCCTGGGAG CCACCAGGGC CCTGGTCACA GCCACCCCAG GCCAGAACAC ACAGCAGGAG 
GCTGCCAGCC AGCTGGTACG GGTCGATTCC AACAGCCACG GTGGCACAGA CAGCGCTCGA 
GACGAAGGGC CAGCGCGAGC CACCGGCAGC CAGGACTCTG CAACCCACAC ACAGGCCCTG 
TCACAGCAGA GGCAGGGCCA GAGAGTGGAA GACAAACTCT CCTTCCAGCC TCCCGTGTCA 
GCCCTGGGTG TGTGCCCGCC CTGGAAGGCC TGGACCCCAG GGCCAGCCTT TGGGCCCTTG 
TGGCCGGGGG CTATCGCTGC CACCTTCTGG AGGATCAATG AGCTGCACTC CCTCCACCTG 
GCCTGGCTCC TGTCCCAGGC GTGCTTCAGT TTCCCCTTCT GGCAGAGGCC GCTGGGTCCC 
ATTCAGTTCA AGCTACCTGG GCAGAATCCT TTGCCCTTAA ATCTCGAGTG GAAGCAGAAG 
GAGCTGGTTC CTTTGCCCAG CATGGAAGGC CCAGACTGCC GACCAGATGC GGGACCCGGA 
GGAGATGTGG CCCTCCAGAA TTGCCCGAGG CCGGAGACCC CCCAAAAAGT CATGAGTTTA 
TTGGTGGTCT CGGGGGGCTC AGGTGTCAAG GACAAGACTA GCTCCGGACT TCCGCAGATA 
GGGCCACCCT CGACCTCTGT AGCCCAGCTG CAAGCTGGAA GCGAGCCAGG GGATCAAGGA 
AGCGGGCAGT GGGATAGTAA AGGGCCAGAA GAGGGGCCCT TTCCAGCACC GCCGCCAGGG 
CAAGGAGTGT CTACAGCTCA GGGGGTGCCC ATGGCTCAAG GGGAGCCGAG CGCTCCGTCA 
GTACCCGATG CTCAAACAGT GCCTGAAACT CTCGAAGTGC CCATGGCTGC GGCAGTGGCC 
ACAGCGCAAA CCCCACCCAC GAATCAAGGG CCACCTGCAG TCCCCAAAGT GCCTACAGCC 
CAGACGACGC TGGCGGTCCA CGCAGAAACT GCCGCTCTCG AAGTGCCTTC GGCTCCGACG 
AAGCCAGCAG CTCAAGGGGT GCCCACGGCT CAGAAGGCAG CCGGGGCTCC GCCGGCATCA 
GCAGCTCCAG CGGTACCTGC TGCTCCAAGA GCTCCCACGG CTCAGAAAAT GCCTGTGGCA 
AAGTCATCAC CTGCGGGGCC CAGAGCACTC AAAGCTCAAA CTGGGCCTGC AGCCAAAACG 
GGGTCTGCAG CCCCCAGAGC ACCTGCCGCC CCCAAAGCCT CCAGAGCTCC CAAACCGCCT 
GCGGCTCAGA AGACGCCCAC CAGTCTCGGG NNTGCGGCCA AACTCCTGAG CGAGGGCCAG 
CCTTCGTCAA GGGGCAATGC CTCCTTCCCA AAGGGCCAGG GGGAGGCTGA AAGGCAGGGT 
CCCCAGTCCG GCAGCACCTC GGCTCCCAGT AGTAAGCACC AACCTCAGAT GGAGGGGGTC 
CTGGGGGCTC GGGAGGGGGC CCCGAGGCAG CCGCCTCGCC ACCCGCAGGN NCGCATGCAC 
CCGCAGGCAA ACAGCACAGT CACCAGCTTT CAGAGGTACC ACGAGGCCCT GAATACACCG 
TTCGAGCTGA ACCTATCGGG GGAACCTGGG AACCAGGCGT TGCGGCGAGT GGTCATTGAT 
GGCAGCAGTG TGGCCATGGT GCACGGCCTC CAGCACTTCT TCTCCTGCCG TGGCATCGCC 
ATGGCGGTGC AGTATTTCTG GAACCGGGGC CACCGAGAGG TCACTGTGTT CGTACCCACC 
TGGCAGCTGA AGAAGAACCG GAGGGTGAGA GAGAGCCACT TCCTGACGAA GCTTCACTCC 
CTCAAGATGC TTTCCATCAC CCCCTCCCAG CTCGAGAACG GCAAGAAGAT CGCCACCTAC 
GACTATAGAT TCATGGTAAA GCTGGCAGAG GAGACAGACG GCATCATCGT CACCAACGAG 
CAGCTCCATG TCCTGATGAA CAATTCCAAG AAACTGATGG TCAAAGATCG CCTGCTGCCC 
TTCACCTTTG CGGGGAATCT CTTCATGGTG CCGGATGACC CGCTGGGCCG TGATGGCCCC 
ACCCTGGACG AGTTTCTGAA GAAGCCAAAC AGGCTAGACA CCGACGTTGG CAACTTCCTG 
AAGGTGTGGA AGACCCTTCC TGCCCGTTCG GCCGGCGCCT CTGAGCCGGG TGACGGGGCT 
GACCCTGCAC CTCGGGAGGG TCTGCGGGAT ACGGAAGAAG TCAAGGAGGA GAAGGGGGAG 
GGGCAGGATG AGGAGCAGGG GCAGGGGCCG GTGGTGCAGG AACCGGCTGA AGAAGACGCC 
CCGGACTCCT CCCTGGCCTC CGTGTTCAGG GCTGAGTGCC CGTCCCTTTC AGAGGAGCTC 
CTCCGGTGTC TCAGCCTCCA CGACCCCCCT GACGGGGCCC TAGACATCGA TCTCCTGCCC 
GCGCCGGCTT CTCCCTACCT GGGCATCCCC TGGGACGGGA AGGCTCCCTG CCAGCAGGTC 
CTGGCCCAGC TGGCCCAGCT GACCGTCCCC AGCAACTTCA CTGCACTGTC CTTCTTCGTG 
GGGTTCATGG ACTCCCACCG GGATGTCATT CCTGACTACG AAGCTCTCGT GGGCCCCCTT 
CACGGCCTCC TCAAGCAGAA GCCGGACTGG CAGTGGGACT GGGAGCATGA GAAGGCCTTC 
CTGGCTCTGA AGCGAGCCCT GGTGTCCGCC CTCTGTCTGA CGGCCCCCAA CGCCCAGCTG 
CCCTTCCGCC TGGAGGTGAC AGTGAGCCAG GTGGCCCTGA CGGCCGTGGT CTATCAGGAG 
CACTCAGGGA GGAAGCACCC CATAGCCTAT ACCTCAAAAC CCCTCCTCCC CGATGAGGAG 
AGCGAGGGCC CCCAGTCAGG GGGAGACAGC CCCTACGCAG TGGCCTGGGC CCTCAAACAT 
TTTTCCCGCT GCATCGGAGA CACCCCGGTG GTCCTGGACC TTTCCTACGC CTCCCGGACC 
ACTGTGGGCC CCGAGACGCG GGAGGGCCGC AAGGTTTCCA AAGCGTGGTT GATCCGATGG 
TCCCTCTTGG TACAGGACAA AGGCAAGAGG GCCCTGGAAC TGACCCTACT CCAGGGCCTG 
CTGGGAGAAA ACCGACTGCT GACGCCCGCG TCCTCGATGC CTCGCTTTTT CCAGGTCCTG 
CCTCCCTTTT CCGACCTGTC CACTTTCGTC TGCATCCACA TGTCGGGCTA TTGCTTTTAC 
CGTGAGGACG AGTGGTGTGC CGGCTTTGGC CTCTACGTCC TGTCTCCCAC CAGCGCCCCC 
GTCTCCCTTT CCTTCTCTTG CTCCCCTTAC ACACCAACCT ATGCCCACCT GGCAGCCGTG 
GCCTGCGGCC TGGAGCGCTT TGGCCAGTCC CGCCTCCCCG TGGTTTTCCT CACGCACTGC 
AACTGGGTCT TCAGCCTCCT GTGGGAGCTC CTGCCCCTGT GGAGGGCTCG AGGCTTCCTC 
TCCTCCGACG GGGCCCCGCT ACCTCACCCA AGCCTGCTGT CCTACATCAT CTCGCTCACC 
TCTGGCCTCT CGTCCCTCCC GTTTATCTAC CGAACCTCCT ACCGGGGCTC CCTGTTTGCC 
GTGACGGTGG ACACCCTGGC CAAGCAGGGC GCACAGGGGG GCGGGCGGTG GTGGGACCTG 
CCGAAGGACG TGCCGGCCCC CGTCGTGTCC CCCCACACCA TGGGCAAGAG GCCCGACTTG 
CTGGCACTGC AGCGGAGCGA CAGCACTCTG GCCGAGATCA TCGCCAAGCT GCGGGCCGGG 
CAGAAGCTGC CTGGCTCCTC GCCCTTCAGC TCAGTCTTTA ACTCCCTCAG CCTGGACCAG 
GAGAGCGGCC TGCTCATGTT CAAGGGGGAT AAGAGGCCCA AGGTCTGGGT GGTCCCGAGG 
CAACTCCGGA GGGACCTGAT TTTCTCTGTG CACGACCTGC CCCTGGGCGC CCACCAGAGG 
CCCGAGGAGA CCTACAAGAA GTTGCGTTTG CTGGGCTGGT GGCCCGGGAT GCAGGAGCAC 
GTGAGGGACT ACTGCCGGAG CTGCCTGTTC TGCATCCCCC GGAGCCTCCC TGGCAGCGAC 
CTGAAGGTCA TCGAGTCCCC GTGGCCCCTC AGGTCCACTG CCCCCTGGTC CACCCTGCAG 
ATCGAGGTGG TGGGCCCCGT CACCATAAGC GAGGAGGGCC ACAAGCACGT GCTGATCGTG 
GCCGACGCCA ACACCAGGTG GGTGGAGGCG TTCCCGCTGA AGCCCTACAC GCACACGGCG 
GTGGCACAGC TGCTGCTACA GCACGTGTTC GCCAGGTGGG GCGTCCCCGT GAGGCTGGAG 
GCCGCCCAGG GCCCCCAGTT CGCTCGGCAC GTCCTGGTGA GCTGCGGGCT GGCCCTGGGA 
GCCCAGGCGG CCTCCCTGAG CCGGGACCTC CAGTTCCCCT GCTTGACCAG CTCGGATGCC 
TACTGGGAGT TCAAGAGGGC CCTCAAGGAG TTCATCTTCC TGCACGGCAA GAAGTGGGCG 
GCCTCCCTGC CCTTGCTGCA CCTGGCCTTC AGGGCCTCCT CCGCCCAGGC CACGCCCGTC 
CAGATCCTGA CGGGGGATGA GGTGAGGCTG AGCGAGCCCC TGTGGTGGGA GATAAGCAGC 
GCCAATATCG AAGGCCTCAA GATGGACGTC TTCCTGCTGC AGCTCATCGG GGAGCTGCTG 
GAGGTCCACT GGCGGGTGGC CGACAAGCCC AGTGAAAAGG CGGAGAACAG GCGTTTCAAG 
CGGGAGAGTC AAGAGAAGGA GTGGAATGTG GGCGACCAAG TCCTCTTGCT GTCCCTCCCC 
AGGAACGGCA GCAGTGCCAA ATGGGTGGGC CCCTTCTATA TCGGGGACCG CCTGAGCCTG 
TCTCTCTATA GGGTCTGGGG CTTCCCGACT CCGGAGAAGC TTGGCTGCAT CTATCCCTGC 
AGTCTGATGA AGGCCTTTGC CAAGAGCGGC ACACCCCTGT CCTTCAAGGT CTTGGAGCAA 
TGA

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

RefSeq	XP_002921103.1
CDS	4..5706
Translation	MLLSGGDPPAQEWFMVQTKSKPRVQRQRLQVQRIFRVKLNAFQSRPDTPYFWLQLEGPKENMSKAKEYLKGLCSPELWKEVRYPQALHCAFLGAQGLFLDCLCWSTLAYLVPGPPGSLMVGGLTESFVMTQMEGVVGRLRWGPAALLTPRGIWEAEVTRAFGALVWIRGDQYAGDLLQLPPAVQELLLSLVRDAAGKEDIIEWLSRIGPSDLRSDPEVLICPPHQQKEGPAMVSVGDGPGPFLEVGTLQNRSQEHSKRLTSLGATRALVTATPGQNTQQEAASQLVRVDSNSHGGTDSARDEGPARATGSQDSATHTQALSQQRQGQRVEDKLSFQPPVSALGVCPPWKAWTPGPAFGPLWPGAIAATFWRINELHSLHLAWLLSQACFSFPFWQRPLGPIQFKLPGQNPLPLNLEWKQKELVPLPSMEGPDCRPDAGPGGDVALQNCPRPETPQKVMSLLVVSGGSGVKDKTSSGLPQIGPPSTSVAQLQAGSEPGDQGSGQWDSKGPEEGPFPAPPPGQGVSTAQGVPMAQGEPSAPSVPDAQTVPETLEVPMAAAVATAQTPPTNQGPPAVPKVPTAQTTLAVHAETAALEVPSAPTKPAAQGVPTAQKAAGAPPASAAPAVPAAPRAPTAQKMPVAKSSPAGPRALKAQTGPAAKTGSAAPRAPAAPKASRAPKPPAAQKTPTSLGnullAAKLLSEGQPSSRGNASFPKGQGEAERQGPQSGSTSAPSSKHQPQMEGVLGAREGAPRQPPRHPQnullRMHPQANSTVTSFQRYHEALNTPFELNLSGEPGNQALRRVVIDGSSVAMVHGLQHFFSCRGIAMAVQYFWNRGHREVTVFVPTWQLKKNRRVRESHFLTKLHSLKMLSITPSQLENGKKIATYDYRFMVKLAEETDGIIVTNEQLHVLMNNSKKLMVKDRLLPFTFAGNLFMVPDDPLGRDGPTLDEFLKKPNRLDTDVGNFLKVWKTLPARSAGASEPGDGADPAPREGLRDTEEVKEEKGEGQDEEQGQGPVVQEPAEEDAPDSSLASVFRAECPSLSEELLRCLSLHDPPDGALDIDLLPAPASPYLGIPWDGKAPCQQVLAQLAQLTVPSNFTALSFFVGFMDSHRDVIPDYEALVGPLHGLLKQKPDWQWDWEHEKAFLALKRALVSALCLTAPNAQLPFRLEVTVSQVALTAVVYQEHSGRKHPIAYTSKPLLPDEESEGPQSGGDSPYAVAWALKHFSRCIGDTPVVLDLSYASRTTVGPETREGRKVSKAWLIRWSLLVQDKGKRALELTLLQGLLGENRLLTPASSMPRFFQVLPPFSDLSTFVCIHMSGYCFYREDEWCAGFGLYVLSPTSAPVSLSFSCSPYTPTYAHLAAVACGLERFGQSRLPVVFLTHCNWVFSLLWELLPLWRARGFLSSDGAPLPHPSLLSYIISLTSGLSSLPFIYRTSYRGSLFAVTVDTLAKQGAQGGGRWWDLPKDVPAPVVSPHTMGKRPDLLALQRSDSTLAEIIAKLRAGQKLPGSSPFSSVFNSLSLDQESGLLMFKGDKRPKVWVVPRQLRRDLIFSVHDLPLGAHQRPEETYKKLRLLGWWPGMQEHVRDYCRSCLFCIPRSLPGSDLKVIESPWPLRSTAPWSTLQIEVVGPVTISEEGHKHVLIVADANTRWVEAFPLKPYTHTAVAQLLLQHVFARWGVPVRLEAAQGPQFARHVLVSCGLALGAQAASLSRDLQFPCLTSSDAYWEFKRALKEFIFLHGKKWAASLPLLHLAFRASSAQATPVQILTGDEVRLSEPLWWEISSANIEGLKMDVFLLQLIGELLEVHWRVADKPSEKAENRRFKRESQEKEWNVGDQVLLLSLPRNGSSAKWVGPFYIGDRLSLSLYRVWGFPTPEKLGCIYPCSLMKAFAKSGTPLSFKVLEQ

Target ORF information:

RefSeq Version	XM_002921057.3
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca NYN domain and retroviral integrase containing (NYNRIN), mRNA.

Target ORF information:

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

XM_002921057.3

ORF Insert Sequence:

ATGCTCCTGT CCGGGGGCGA CCCTCCGGCG CAGGAATGGT TCATGGTGCA GACCAAGTCA 
AAGCCCCGGG TGCAGCGGCA GCGGCTGCAA GTGCAGCGCA TCTTCAGGGT CAAGCTGAAC 
GCCTTCCAGA GCCGCCCGGA CACCCCCTAC TTCTGGCTGC AGCTCGAGGG GCCCAAGGAG 
AACATGAGCA AAGCCAAGGA GTACCTGAAG GGCCTGTGCA GCCCGGAGCT GTGGAAGGAG 
GTCCGCTACC CGCAGGCCCT GCACTGCGCC TTCCTTGGGG CCCAGGGCCT CTTTCTCGAC 
TGTCTCTGCT GGAGCACCCT GGCCTACCTG GTGCCTGGCC CCCCCGGCTC CCTGATGGTG 
GGGGGGCTGA CCGAGTCTTT TGTCATGACC CAGATGGAGG GGGTGGTGGG GCGGCTGCGC 
TGGGGCCCTG CCGCTCTGCT CACCCCCAGA GGAATCTGGG AGGCTGAGGT AACCAGGGCC 
TTCGGGGCCC TGGTCTGGAT CCGTGGTGAC CAGTACGCAG GGGATCTGCT GCAGCTGCCC 
CCAGCAGTCC AAGAGCTGCT GCTGAGCCTC GTGCGGGATG CTGCGGGCAA GGAGGACATC 
ATCGAGTGGC TCAGCCGCAT TGGCCCCTCC GACTTGCGCT CTGACCCCGA GGTCCTGATC 
TGCCCCCCTC ACCAGCAGAA GGAAGGCCCG GCCATGGTGT CTGTGGGAGA TGGTCCTGGG 
CCCTTCCTGG AGGTGGGGAC ACTCCAGAAC AGGAGTCAAG AACATTCAAA GAGATTAACC 
AGCCTGGGAG CCACCAGGGC CCTGGTCACA GCCACCCCAG GCCAGAACAC ACAGCAGGAG 
GCTGCCAGCC AGCTGGTACG GGTCGATTCC AACAGCCACG GTGGCACAGA CAGCGCTCGA 
GACGAAGGGC CAGCGCGAGC CACCGGCAGC CAGGACTCTG CAACCCACAC ACAGGCCCTG 
TCACAGCAGA GGCAGGGCCA GAGAGTGGAA GACAAACTCT CCTTCCAGCC TCCCGTGTCA 
GCCCTGGGTG TGTGCCCGCC CTGGAAGGCC TGGACCCCAG GGCCAGCCTT TGGGCCCTTG 
TGGCCGGGGG CTATCGCTGC CACCTTCTGG AGGATCAATG AGCTGCACTC CCTCCACCTG 
GCCTGGCTCC TGTCCCAGGC GTGCTTCAGT TTCCCCTTCT GGCAGAGGCC GCTGGGTCCC 
ATTCAGTTCA AGCTACCTGG GCAGAATCCT TTGCCCTTAA ATCTCGAGTG GAAGCAGAAG 
GAGCTGGTTC CTTTGCCCAG CATGGAAGGC CCAGACTGCC GACCAGATGC GGGACCCGGA 
GGAGATGTGG CCCTCCAGAA TTGCCCGAGG CCGGAGACCC CCCAAAAAGT CATGAGTTTA 
TTGGTGGTCT CGGGGGGCTC AGGTGTCAAG GACAAGACTA GCTCCGGACT TCCGCAGATA 
GGGCCACCCT CGACCTCTGT AGCCCAGCTG CAAGCTGGAA GCGAGCCAGG GGATCAAGGA 
AGCGGGCAGT GGGATAGTAA AGGGCCAGAA GAGGGGCCCT TTCCAGCACC GCCGCCAGGG 
CAAGGAGTGT CTACAGCTCA GGGGGTGCCC ATGGCTCAAG GGGAGCCGAG CGCTCCGTCA 
GTACCCGATG CTCAAACAGT GCCTGAAACT CTCGAAGTGC CCATGGCTGC GGCAGTGGCC 
ACAGCGCAAA CCCCACCCAC GAATCAAGGG CCACCTGCAG TCCCCAAAGT GCCTACAGCC 
CAGACGACGC TGGCGGTCCA CGCAGAAACT GCCGCTCTCG AAGTGCCTTC GGCTCCGACG 
AAGCCAGCAG CTCAAGGGGT GCCCACGGCT CAGAAGGCAG CCGGGGCTCC GCCGGCATCA 
GCAGCTCCAG CGGTACCTGC TGCTCCAAGA GCTCCCACGG CTCAGAAAAT GCCTGTGGCA 
AAGTCATCAC CTGCGGGGCC CAGAGCACTC AAAGCTCAAA CTGGGCCTGC AGCCAAAACG 
GGGTCTGCAG CCCCCAGAGC ACCTGCCGCC CCCAAAGCCT CCAGAGCTCC CAAACCGCCT 
GCGGCTCAGA AGACGCCCAC CAGTCTCGGG NNTGCGGCCA AACTCCTGAG CGAGGGCCAG 
CCTTCGTCAA GGGGCAATGC CTCCTTCCCA AAGGGCCAGG GGGAGGCTGA AAGGCAGGGT 
CCCCAGTCCG GCAGCACCTC GGCTCCCAGT AGTAAGCACC AACCTCAGAT GGAGGGGGTC 
CTGGGGGCTC GGGAGGGGGC CCCGAGGCAG CCGCCTCGCC ACCCGCAGGN NCGCATGCAC 
CCGCAGGCAA ACAGCACAGT CACCAGCTTT CAGAGGTACC ACGAGGCCCT GAATACACCG 
TTCGAGCTGA ACCTATCGGG GGAACCTGGG AACCAGGCGT TGCGGCGAGT GGTCATTGAT 
GGCAGCAGTG TGGCCATGGT GCACGGCCTC CAGCACTTCT TCTCCTGCCG TGGCATCGCC 
ATGGCGGTGC AGTATTTCTG GAACCGGGGC CACCGAGAGG TCACTGTGTT CGTACCCACC 
TGGCAGCTGA AGAAGAACCG GAGGGTGAGA GAGAGCCACT TCCTGACGAA GCTTCACTCC 
CTCAAGATGC TTTCCATCAC CCCCTCCCAG CTCGAGAACG GCAAGAAGAT CGCCACCTAC 
GACTATAGAT TCATGGTAAA GCTGGCAGAG GAGACAGACG GCATCATCGT CACCAACGAG 
CAGCTCCATG TCCTGATGAA CAATTCCAAG AAACTGATGG TCAAAGATCG CCTGCTGCCC 
TTCACCTTTG CGGGGAATCT CTTCATGGTG CCGGATGACC CGCTGGGCCG TGATGGCCCC 
ACCCTGGACG AGTTTCTGAA GAAGCCAAAC AGGCTAGACA CCGACGTTGG CAACTTCCTG 
AAGGTGTGGA AGACCCTTCC TGCCCGTTCG GCCGGCGCCT CTGAGCCGGG TGACGGGGCT 
GACCCTGCAC CTCGGGAGGG TCTGCGGGAT ACGGAAGAAG TCAAGGAGGA GAAGGGGGAG 
GGGCAGGATG AGGAGCAGGG GCAGGGGCCG GTGGTGCAGG AACCGGCTGA AGAAGACGCC 
CCGGACTCCT CCCTGGCCTC CGTGTTCAGG GCTGAGTGCC CGTCCCTTTC AGAGGAGCTC 
CTCCGGTGTC TCAGCCTCCA CGACCCCCCT GACGGGGCCC TAGACATCGA TCTCCTGCCC 
GCGCCGGCTT CTCCCTACCT GGGCATCCCC TGGGACGGGA AGGCTCCCTG CCAGCAGGTC 
CTGGCCCAGC TGGCCCAGCT GACCGTCCCC AGCAACTTCA CTGCACTGTC CTTCTTCGTG 
GGGTTCATGG ACTCCCACCG GGATGTCATT CCTGACTACG AAGCTCTCGT GGGCCCCCTT 
CACGGCCTCC TCAAGCAGAA GCCGGACTGG CAGTGGGACT GGGAGCATGA GAAGGCCTTC 
CTGGCTCTGA AGCGAGCCCT GGTGTCCGCC CTCTGTCTGA CGGCCCCCAA CGCCCAGCTG 
CCCTTCCGCC TGGAGGTGAC AGTGAGCCAG GTGGCCCTGA CGGCCGTGGT CTATCAGGAG 
CACTCAGGGA GGAAGCACCC CATAGCCTAT ACCTCAAAAC CCCTCCTCCC CGATGAGGAG 
AGCGAGGGCC CCCAGTCAGG GGGAGACAGC CCCTACGCAG TGGCCTGGGC CCTCAAACAT 
TTTTCCCGCT GCATCGGAGA CACCCCGGTG GTCCTGGACC TTTCCTACGC CTCCCGGACC 
ACTGTGGGCC CCGAGACGCG GGAGGGCCGC AAGGTTTCCA AAGCGTGGTT GATCCGATGG 
TCCCTCTTGG TACAGGACAA AGGCAAGAGG GCCCTGGAAC TGACCCTACT CCAGGGCCTG 
CTGGGAGAAA ACCGACTGCT GACGCCCGCG TCCTCGATGC CTCGCTTTTT CCAGGTCCTG 
CCTCCCTTTT CCGACCTGTC CACTTTCGTC TGCATCCACA TGTCGGGCTA TTGCTTTTAC 
CGTGAGGACG AGTGGTGTGC CGGCTTTGGC CTCTACGTCC TGTCTCCCAC CAGCGCCCCC 
GTCTCCCTTT CCTTCTCTTG CTCCCCTTAC ACACCAACCT ATGCCCACCT GGCAGCCGTG 
GCCTGCGGCC TGGAGCGCTT TGGCCAGTCC CGCCTCCCCG TGGTTTTCCT CACGCACTGC 
AACTGGGTCT TCAGCCTCCT GTGGGAGCTC CTGCCCCTGT GGAGGGCTCG AGGCTTCCTC 
TCCTCCGACG GGGCCCCGCT ACCTCACCCA AGCCTGCTGT CCTACATCAT CTCGCTCACC 
TCTGGCCTCT CGTCCCTCCC GTTTATCTAC CGAACCTCCT ACCGGGGCTC CCTGTTTGCC 
GTGACGGTGG ACACCCTGGC CAAGCAGGGC GCACAGGGGG GCGGGCGGTG GTGGGACCTG 
CCGAAGGACG TGCCGGCCCC CGTCGTGTCC CCCCACACCA TGGGCAAGAG GCCCGACTTG 
CTGGCACTGC AGCGGAGCGA CAGCACTCTG GCCGAGATCA TCGCCAAGCT GCGGGCCGGG 
CAGAAGCTGC CTGGCTCCTC GCCCTTCAGC TCAGTCTTTA ACTCCCTCAG CCTGGACCAG 
GAGAGCGGCC TGCTCATGTT CAAGGGGGAT AAGAGGCCCA AGGTCTGGGT GGTCCCGAGG 
CAACTCCGGA GGGACCTGAT TTTCTCTGTG CACGACCTGC CCCTGGGCGC CCACCAGAGG 
CCCGAGGAGA CCTACAAGAA GTTGCGTTTG CTGGGCTGGT GGCCCGGGAT GCAGGAGCAC 
GTGAGGGACT ACTGCCGGAG CTGCCTGTTC TGCATCCCCC GGAGCCTCCC TGGCAGCGAC 
CTGAAGGTCA TCGAGTCCCC GTGGCCCCTC AGGTCCACTG CCCCCTGGTC CACCCTGCAG 
ATCGAGGTGG TGGGCCCCGT CACCATAAGC GAGGAGGGCC ACAAGCACGT GCTGATCGTG 
GCCGACGCCA ACACCAGGTG GGTGGAGGCG TTCCCGCTGA AGCCCTACAC GCACACGGCG 
GTGGCACAGC TGCTGCTACA GCACGTGTTC GCCAGGTGGG GCGTCCCCGT GAGGCTGGAG 
GCCGCCCAGG GCCCCCAGTT CGCTCGGCAC GTCCTGGTGA GCTGCGGGCT GGCCCTGGGA 
GCCCAGGCGG CCTCCCTGAG CCGGGACCTC CAGTTCCCCT GCTTGACCAG CTCGGATGCC 
TACTGGGAGT TCAAGAGGGC CCTCAAGGAG TTCATCTTCC TGCACGGCAA GAAGTGGGCG 
GCCTCCCTGC CCTTGCTGCA CCTGGCCTTC AGGGCCTCCT CCGCCCAGGC CACGCCCGTC 
CAGATCCTGA CGGGGGATGA GGTGAGGCTG AGCGAGCCCC TGTGGTGGGA GATAAGCAGC 
GCCAATATCG AAGGCCTCAA GATGGACGTC TTCCTGCTGC AGCTCATCGG GGAGCTGCTG 
GAGGTCCACT GGCGGGTGGC CGACAAGCCC AGTGAAAAGG CGGAGAACAG GCGTTTCAAG 
CGGGAGAGTC AAGAGAAGGA GTGGAATGTG GGCGACCAAG TCCTCTTGCT GTCCCTCCCC 
AGGAACGGCA GCAGTGCCAA ATGGGTGGGC CCCTTCTATA TCGGGGACCG CCTGAGCCTG 
TCTCTCTATA GGGTCTGGGG CTTCCCGACT CCGGAGAAGC TTGGCTGCAT CTATCCCTGC 
AGTCTGATGA AGGCCTTTGC CAAGAGCGGC ACACCCCTGT CCTTCAAGGT CTTGGAGCAA 
TGA

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

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NYNRIN cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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