IGF2R cDNA ORF clone,

Gene
Clones
gRNAs

The following IGF2R gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the IGF2R 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
OMi184291	XM_030198395.1 Latest version!	Microcaecilia unicolor insulin like growth factor 2 receptor (IGF2R), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00

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
30% OFF

*Business Day

** 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)

IGF2R ( XM_030198395.1 ) cDNA ORF clone, -> XP_030054255.1 Microcaecilia unicolor insulin like growth factor 2 receptor (IGF2R), mRNA.

Price & Availability↑

CloneID	OMi184291
Clone ID Related Accession (Same CDS sequence)	XM_030198395.1
Accession Version	XM_030198395.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7500bp) 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	2019-08-02
Organism	Microcaecilia unicolor
Product	LOW QUALITY PROTEIN: cation-independent mannose-6-phosphate receptor
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044033.1) 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 Name :: Microcaecilia unicolor Annotation Release 100 Annotation Version :: 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 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##

ATGGGACCGG TGTCTTCAGT TGCCGGTGCC TCTGTTTTCT TCGCGGTGCT GCAGTGTCTT 
CTGTTGCAAC TGGTATATGC TGCGGCCCAG AGTCCGCTCT TCCCAGAGCT ATGTGGCTAT 
ACATGGGATG CCATCGATAC AGATAAGGGT ATCCATTACA AACTAAACCT GTGTGACAAA 
GTGCCTAGCA CAGAATGTGG TGGACTGAAT ACCAGTGCGA TCTGTGCCCG TAATGTAACC 
AGCAACACTT CTATGTCCGT AGGAGATTGG TCTTTGAAAA GCAGCAGTGT TAAACTTTTT 
TTATTCAACA CTACCAATAA CTGTACAGAG GCAGACACCC TGCATAAAGT GCAAAGCAGT 
ATAGAGTTCT TGTGTGCCAA AACTCTGGGA ACCCCTGAGT TTGTCACTTC ATCTGAATGT 
GTACACTATT TTGCTTGGAG GACCTCGGCT GCCTGCAAGA AAGACACATA TAAGGCTGCA 
AAGGAGGTAC CTTGTTATAT TTTTGATCAA GATGGGAAAA AGCATGATTT AAATCCATTG 
ATCAAATGGT CTGGCAGTTA CTTCGTGGAT GACCCTGACG ATGATGATGA TGATTTGTTC 
ATCAACATTT GTAGAAATAT AGATGGTAAA GTGAGTGACA CATCCAGTTG TCCCCAGGGC 
AGTGCTGCCT GTGTTGTGAA GGAAGGAAAG GGCTTTGATC TTGGTCAACC AAAGGAAGGG 
TTGAAAGTGA TTGACAAGGA CAGGTTGTTT CTTTATTATG AGAAGAAATA TGATGATAAA 
GAGAGGCCCC CGTTCTGCAA TGGCCATGAT CCTACAGTTT CCATCACTTT TGTATGCCCA 
TCGGAGAGAA CCGAGAGGAC AGACCCAAAA TTAACTGCCA AAACAAATTG TCGCTATGAA 
ATTGAATGGG TGACGGAGTA TGCCTGCCAC AGAGACTATT TGGAAAGTAG GTCCTGCATG 
CTGACCAGTG CACAGCATGA TGTCTCTATA GACCTCAATC CTCTTTCACA GACGACAGGA 
ATGAACCCTT ATTTTACTTC AGACGAGAAA AAGGAATATT ACTATTACTT GAATGTATGC 
AGAGACCTGC GAGTCACTGG CTGTGATGGT GAAAAGGTTT CATCTTGTCA AGTGAAACAA 
GAAGGCAATA AGGCGAAGGT TGCTGGCAGA TCTAAGGACC AAATTCTCAG ATACTCTGAT 
GGAGACCTGA CTTTAACCTT TCCAGGGGGA GATTTCTGTA GCTCTGGCTT CCAGCGAATG 
ACAGTCATAG ACTTTGAATG TAATGAAACA GCAGTGAATG ATGGAAAAGG AACACCGGTG 
TTCCAGCATG AGATGGACTG CACGTATTTT TTCAGCTGGA CCACAAAGTA TGCTTGTGTT 
AAGGAAAAAG AAGACCTACT TTGCAGTGTT ACCGATAAGA AAAAACACTA TGATTTGTCG 
CCTCTGAGCC GTCTTGCAGA GTCCGGTGAT CCATCTGTTT ACAACTGGGA GGCAGTGCGC 
AGCAATGCTG AGGAAACAAA AGATACCAAT TTCTTCATTA ACATCTGCCA CAAAGTGCTT 
CAGAAAGGAG GTGCTGTAGG CTGTCCAGAG GAAGCTGCTG TATGTTCTGT AGAAGGAAAC 
ACAAAGAAGA ATCTAGGAAA GTTTTATTCT CCTCCAAAGA AAGTTGGGGA GAATATTCAA 
CTGCTTTACT CGGATGGGGA TTTCTGCTTA TCAAACAAAA CAATCCAAAC TGTGGTGACA 
TTGGTGTGTA AACAAGGTGA TCTGGAAAGT GCTCCGGTGC TGAAGAATAT TGAGAATGAT 
GGGTGCAGCT ATGAGTTTGA ATGGCACACT GCTGCTGCCT GTGTGTTGTC TAGAACAAAA 
GGTGACAACT GCAGAGTTTC TGACGTGCAA GCAGGGTTTT CCTTTGATCT TTCACCACTG 
ACTATAAAAA ATGGAAGGTA TCATGTAAAC ACAAACGAGT ATGATTTTTA TCTAAATGTC 
TGTGGCAGCG TGTCAGAAGA ACCCTGTGAG GAAAACTCTG GTGCATGTCA GGTGTCAAGA 
AACAGAAAAG ATCATTGGAA TCTAGGTCTG TCCAGTAGCA GACTTTCTTA CTATGATGGT 
GTGATTCAGT TACGCTATGA AAATGGTACG GCATATAATG ATGACCAGCA TACTCTGCGA 
TCATCACGCA TCACTTTTCT GTGTGACAGA AATGCAGGAA TAGGTCAACC CGAATATCAG 
TTGGAAGATA AATATGCATA TAATTTTAAG TGGCGCACTA AATATGCCTG CTCAGAGAGT 
CCACTGGAGT GTGTTGTGAC AGATCCCAGT ACCAATGAAC AGTATGACTT GTCAAGGTTG 
TCAGTGTCTG AGGATAATAA TGCAGAAAAC TGGTATGCAA TGGACACCTC TAAAGGCCAA 
TGGAAGTATT ATATAAATGT GTGCCGACCT TTGAACCCAG TTCCTGGTTG TGACCGCTAT 
GCGTCCGTCT GTCAGATGAC ATATGAAAAA ATTGATGATG TGTTACAGGA AGTGATTTCC 
ATCAGTAATC TAGGTCTTGC AAGCAAGGGT CCAGTGTTTA AAGAAAAAGG CAGACTACTC 
TTGGAGTACA CAAATGGTTC TGAGTGCACT AATGCATATG GGGAGAAAGT ATCATACACA 
ACGAAAATTA ATTTGGTCTG CTCCAAAGGT TTACTGGCTA GTAGCCCAAG ATTCATTCAA 
AATCAGGATT GCATGGTGAT CTTTATATGG AATACTGAAG CTGCTTGTCC AGTCACTATC 
ACAAGTGGAG AAAGTCAGAC TTGCACCGTA CAAGATCCAA ACACAGGTTT TGTGTTCAAC 
TTCCTGCCTT TGTCAACTGA CTCGGGATAT ACTGTTAAAG GAATTGGGAG GACATTCAAG 
CTGAATATTT GTGGAACTGT TAAAGACTGT GGAACTATTG ATAAGCCAGC TGCTGGATGT 
GAATTTGAAG GAAAAACATC ACTGAGACCA GTTGGAGTTG AAGGGACTTT GCTGCTATCC 
ACTGAAGGCT TTTCAACCCT TACATATTAT GGTACTCGTG ATCTGAAGTC TGGCACACAA 
GATGCATTTA TAGTTCAATT TGTGTGTAAT GATGACGTGT ACCCTGGTAA CCTGACCTTT 
GTACGTGAAG AGATTAGTAC AGCAACAAAA GTGCATAACA CGTTCTTTCA GTTTGAAACA 
GCCTTGGCCT GCATGCCTGC ACCTGTAGAC TGCCAGGTGA CTGACTCTGC AGGTAATGAG 
TATGACCTGA GTGGTTTGAG CAAAGAGCGG GACTTCTGGA TTGCAGTAGA TACTTCTGCA 
AATGGAAAAA ATAGAACTTT TTATCTGAAT GTTTGTAAAC CTTTACCATA TCTACATGGA 
TGTCATGGTA GTGCCATAGG GTCTTGTGTG AAATACAAAA ACGAGACCAG TTATAACCTG 
GGTTTCATTC AGATCAGTCC ACAGGCTGCT ACTGATGGCT CTCTAAGTAT TGTTTACCTG 
AATGGTGATT ATTGCAAAGA TAAACATCGC TATTCCACAC GTATAATCTT TCATTGTGAT 
CGAACCAGAG GCTCGCCTTT GTTCCAGGAG CAGGATGGCT GTGAATTTGT CTTTGTGTGG 
AGAACCCCAG AAGCGTGTCC TGTTCTCAGA GCAGAAGGCA CCAACTGTCA GGTGAGAGAT 
CCAAAATATG GCTATTCCTA TAACCTGGCT CCTCTTAGTG ACAAGGAGAT TACAGTTGCT 
GTTGGCAAGT ATGAGTACCA TTTCACAATC TGTGGTGTAA TCTCGGATTC TTCATGCCAG 
ACTGAGAAAT CCAGTGGATT AAGGGTATCA TCCTGCCAAG TACAGACTGA TAATAAAGTT 
GCAAAAATAG CAGGATTGTA TTCTACCAAC ATAACTTATG ACAATGGGCT AATTATGATA 
AACTATACTG GTGGAGAGAT ATGCCACAAA ATTTACCAAC GGTCCACAGC TATCCTTTTC 
TACTGTGACC ACAACGCAAA GATGGAAGAC ATACTTTATA GTGAAACCCA AGGCTCTGTA 
AACAGGACAA AAATGCAGCC AGTGTTTCAA CAAGAGACTG CAGACTGTAC ATACTTATTT 
GAATGGCGCA CTCCTTATGC TTGCCCACCT TTCAAATCTG TACAATGCTC CTTCAGAGAC 
GGTGACAACT GGTTTGATCT CTCATCTTTA TCTCAGTACA AGGAGAACTG GGAGGTTATT 
GCAAGATCAG GAGCCACAGA AAAATATTAT CTTAATGTTT GTAATTCCTT GGTGCCAGAA 
ACAGGGCTCA TCTCCTGCCC CAATGGTGCT GCTGCCTGTC TGGTGAATGG TTCCAAGACT 
ATTGGCCTCG GTGAGCCTTC CAGTGGCCCA CAGTGGGAGA ATGGAGTGGC TGTTCTGAAG 
TATTCAAATG GAGACATTTG TCCTGATAAA GTTCGTAAGA GGACAACAAT GATACGTTTC 
AAGTGTGATG AAAACAAAAT TAATTCTAAA CCAGAACTTG TGTCTGTCAT TGAAGACTGT 
GAATATACCT TCATGTGGTT CTCTGCCACA GCTTGTCCTT TGAAGAACAA AGTGGAGGAC 
AACTGCAGAG TGACCAGTCC TGTGACAGGT CATCTGTTTG ATCTAACTTC TCTGAGCAAA 
GATGTAGGCT ATACTGTTGA AGACCGCAGG AACAGAAGAT CAATACTGTT AAATATCTGT 
GCTGAGGTTA AAAGTTCATG TGAAGCTGAA ATGGGTGTCT GTGTTATAGA TGGGCACAAA 
CATATCAATG CTGGGAAGTT TGAGAAGCAG ATAATATATA CAGATCAGGT ACTGAAGCTT 
ATCTATAAAG ATGGAGATCC ATGCCCAGCA GACAGCAGCC TGAAGTACAG AAGCATCTTC 
AGTTTTGTGT GTAGTCCTGA TGCTGGAGAA GGCAGCAAGC CTGTCCTCAC ATCGTTTGAT 
GAGAAGAGAT GCATATTTTA CTTTTCTTGG CATACTTCAT TAGTCTGCGA GCAGCAGGTG 
AAGTGCTTTG TACAGAATGG CAGCTCGGTT ATTGACCTCA GCCCTCTAAT CCAACGCATT 
GGTTATTATG AAGCAGACGA TGATGATGTA GATGATACTG ACTCGCTAGA TTTCTATATC 
AATATTTGCC GGCCACTGAA CCCCATACCT GGTGTTGTAT GTCCATCAGG GGCAGCTGTT 
TGTATGGTTC CAGTTAAAGG CCTTCCAGTT GATATTGGAC GCATAACTCA TCCCCCTCAG 
ATCAATCCTT CTATCCAAGA AGTGTATATG AATTTTGAGA GTACAACACC TTGTCCAACA 
GACAGAAGTG TAAACTATAG CTCTCTTATT GTATTTCACT GTAAGAAGGG CACAGATCTG 
GGTACACCAA AGATGGTGAG GAAGTCTGAA TGCAGTTTTG TATTTGAATG GAACACTCCA 
GTAGTTTGTC CAGATGAGGT GACAACATTG GGCTGTTCAC TGACGGATGA GCAGTTACAT 
TACACGTTCA ATTTGTCCTC TCTTTCTGTA AATTCATACA AGACTTCTGG TTCTTCCAGC 
TATCACATTG GGGTGTGTTC TCCAGCCGCT GATGTCCCCC AAGGAAAATG TAAAGATGGA 
GCAGTGTGCC TGGTCTCAGG CAGCAGTGCT TTTTCTTTTG GAAACTTCAG GGCAATGAAA 
CTGGATTATC AGCATCAGGA TGAAACCTTA ATTTTGCAGT ATGGAGGCGG TGACCCTTGC 
CCACCAGTGA CTGAAGGTGG TCAGCCCTGT GTATTACCCT TTGAATACAA TGGGGAAATC 
CACAATGAAT GTATCATGGA TGGAAAACAA CATTCCTGGT GCGCTACAAC TGGAAATTAT 
GCTAAAGATC AAAAATGGGG GTTCTGTGGA AATTCAACTG GAAAGAGACA GTCTACCATC 
TTCTTCAAGT GTGATGAGGA GGCTGAGAAT GAGAATCCTG AGCTTTTGAG TGAGACTTTA 
GGTTGTGCTG TTACGTTTGA GTGGAAGACA CAAGCAATCT GTCTTCCAAA GAATACACCG 
TGCAGGTTCA TTCGGAATCA TAGAACGTAC GACTTGAAAC CACTTTCCTC ATGGACGAAG 
TCCTGGATCT TTCATCATGA TGACAGTGTA TATTACTTGA ATCTGTGTCA GGGAATATCT 
GAAGGACCTA CAGGCTGTCC AAAAAGTGCC AGTGTGTGCA GAAAAGAGAA AAGTGGCAGT 
GTTCAGATTT TGGGATTGGT CTACACGCAG AACATGACAG AGACAGGTGA TACAGTAGTA 
GTTAGTTATT CAAATGGATT TTTATGTGGA AATGGCAAGA AAGCATCTAC CATTATAGAA 
CTGAAATGTG CAAATACCTT TGGCAACCCT GCTCTCCAAA ACATCAATGA AGAGAACTGT 
GAGTACCACA TACTTTGGGA AACTCGAGTA GCTTGTGTGG TGAAACCCCA GTCAGGTGAG 
ATGGTAAATG GAACAATCTT CAATACAAGA AGTGGCAAAA ATTTCTCTTT GGGAGAAATT 
TATTTCAAGC GTTTCAATGC CTCTGGCGAC AGAAGAGGGA ATGGTGACCA ATATGTTTAT 
GAAATTCAGC TTTCTGGCAC CTCAAATTCA ACAGTCAAGG ACTGCCTGGT AGCTAATGTA 
TGCCAGATAA AANCTAATGG TATACATTAT AGACAAGTTG GGTTTTCAAA CAGTGCCAAG 
TATTTCATTC AAGATGATCA TCTGGAGGTC GTATTTTCCT CTATCTCAAA ATGTGGCAAA 
GATGAATCAA AATCAAATGC CTCATCAACC ATCTTCTTCC ATTGTGATGC AATGGCAGGG 
GAGGGCAGCC CAAACTTTCT GCAAGAGACT GCAGATTGCC AGTACCTATT CTCCTGGTAT 
ACGTCTGCAG TCTGCCCATT GGTGAATTAT GATATAAATG AAACAGATGA ATCTGGGAAC 
AACGTGGATC AACACATAGG TTTTTCTGTA AGAAGTCAAG CCGTTGGTGC GCTGCTCGGT 
ATACTGCTGG TCATACTTAC AGCATGTTTG CTTATTTTGT TACTTTACAA AAAAGAAAGA 
CGGGAAACAG TGATACAGAA AATAAACAGT TGCTGTAGAA GAAGTTCAAG TGTGTCTTAT 
AAGTACACAA AGGTAAATAA TGAAGAGGCA GGTGAAAATG AAACAGAATG GCTTATGGAA 
GAAATTTCAT CAAGCAATCA GAGACCACGA AAAGAGAGCC AAGAAAATGG TCACATCACT 
ACCAGTACTG TCAGATCTGC AGCTTTCACA TCTCTGCCTG TGGATGACCA AGACAGTGAG 
GATGAAGTTC TAATCATTCC AGAAGTCAGG ATTTGCTCAG AGAGAGGAAA AAAGCTCCAA 
GGGCCAAACA GGAGTGGAAA CCAATCAAGC AAGTCAATCG GCATACCGAG TGATGAGAAC 
CCAAGAAGTT TGTGCAATGG AGAGAAAACA ATGGGCAGAG CAGGACAAAG CAAGGAGCAG 
AATTCTGCAA ATGTAGAATC ATTTCATGAC GACAGTGACG AGGACATGCT GAATGTTTAA

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

RefSeq	XP_030054255.1
CDS	76..7575
Translation	MGPVSSVAGASVFFAVLQCLLLQLVYAAAQSPLFPELCGYTWDAIDTDKGIHYKLNLCDKVPSTECGGLNTSAICARNVTSNTSMSVGDWSLKSSSVKLFLFNTTNNCTEADTLHKVQSSIEFLCAKTLGTPEFVTSSECVHYFAWRTSAACKKDTYKAAKEVPCYIFDQDGKKHDLNPLIKWSGSYFVDDPDDDDDDLFINICRNIDGKVSDTSSCPQGSAACVVKEGKGFDLGQPKEGLKVIDKDRLFLYYEKKYDDKERPPFCNGHDPTVSITFVCPSERTERTDPKLTAKTNCRYEIEWVTEYACHRDYLESRSCMLTSAQHDVSIDLNPLSQTTGMNPYFTSDEKKEYYYYLNVCRDLRVTGCDGEKVSSCQVKQEGNKAKVAGRSKDQILRYSDGDLTLTFPGGDFCSSGFQRMTVIDFECNETAVNDGKGTPVFQHEMDCTYFFSWTTKYACVKEKEDLLCSVTDKKKHYDLSPLSRLAESGDPSVYNWEAVRSNAEETKDTNFFINICHKVLQKGGAVGCPEEAAVCSVEGNTKKNLGKFYSPPKKVGENIQLLYSDGDFCLSNKTIQTVVTLVCKQGDLESAPVLKNIENDGCSYEFEWHTAAACVLSRTKGDNCRVSDVQAGFSFDLSPLTIKNGRYHVNTNEYDFYLNVCGSVSEEPCEENSGACQVSRNRKDHWNLGLSSSRLSYYDGVIQLRYENGTAYNDDQHTLRSSRITFLCDRNAGIGQPEYQLEDKYAYNFKWRTKYACSESPLECVVTDPSTNEQYDLSRLSVSEDNNAENWYAMDTSKGQWKYYINVCRPLNPVPGCDRYASVCQMTYEKIDDVLQEVISISNLGLASKGPVFKEKGRLLLEYTNGSECTNAYGEKVSYTTKINLVCSKGLLASSPRFIQNQDCMVIFIWNTEAACPVTITSGESQTCTVQDPNTGFVFNFLPLSTDSGYTVKGIGRTFKLNICGTVKDCGTIDKPAAGCEFEGKTSLRPVGVEGTLLLSTEGFSTLTYYGTRDLKSGTQDAFIVQFVCNDDVYPGNLTFVREEISTATKVHNTFFQFETALACMPAPVDCQVTDSAGNEYDLSGLSKERDFWIAVDTSANGKNRTFYLNVCKPLPYLHGCHGSAIGSCVKYKNETSYNLGFIQISPQAATDGSLSIVYLNGDYCKDKHRYSTRIIFHCDRTRGSPLFQEQDGCEFVFVWRTPEACPVLRAEGTNCQVRDPKYGYSYNLAPLSDKEITVAVGKYEYHFTICGVISDSSCQTEKSSGLRVSSCQVQTDNKVAKIAGLYSTNITYDNGLIMINYTGGEICHKIYQRSTAILFYCDHNAKMEDILYSETQGSVNRTKMQPVFQQETADCTYLFEWRTPYACPPFKSVQCSFRDGDNWFDLSSLSQYKENWEVIARSGATEKYYLNVCNSLVPETGLISCPNGAAACLVNGSKTIGLGEPSSGPQWENGVAVLKYSNGDICPDKVRKRTTMIRFKCDENKINSKPELVSVIEDCEYTFMWFSATACPLKNKVEDNCRVTSPVTGHLFDLTSLSKDVGYTVEDRRNRRSILLNICAEVKSSCEAEMGVCVIDGHKHINAGKFEKQIIYTDQVLKLIYKDGDPCPADSSLKYRSIFSFVCSPDAGEGSKPVLTSFDEKRCIFYFSWHTSLVCEQQVKCFVQNGSSVIDLSPLIQRIGYYEADDDDVDDTDSLDFYINICRPLNPIPGVVCPSGAAVCMVPVKGLPVDIGRITHPPQINPSIQEVYMNFESTTPCPTDRSVNYSSLIVFHCKKGTDLGTPKMVRKSECSFVFEWNTPVVCPDEVTTLGCSLTDEQLHYTFNLSSLSVNSYKTSGSSSYHIGVCSPAADVPQGKCKDGAVCLVSGSSAFSFGNFRAMKLDYQHQDETLILQYGGGDPCPPVTEGGQPCVLPFEYNGEIHNECIMDGKQHSWCATTGNYAKDQKWGFCGNSTGKRQSTIFFKCDEEAENENPELLSETLGCAVTFEWKTQAICLPKNTPCRFIRNHRTYDLKPLSSWTKSWIFHHDDSVYYLNLCQGISEGPTGCPKSASVCRKEKSGSVQILGLVYTQNMTETGDTVVVSYSNGFLCGNGKKASTIIELKCANTFGNPALQNINEENCEYHILWETRVACVVKPQSGEMVNGTIFNTRSGKNFSLGEIYFKRFNASGDRRGNGDQYVYEIQLSGTSNSTVKDCLVANVCQIKnullNGIHYRQVGFSNSAKYFIQDDHLEVVFSSISKCGKDESKSNASSTIFFHCDAMAGEGSPNFLQETADCQYLFSWYTSAVCPLVNYDINETDESGNNVDQHIGFSVRSQAVGALLGILLVILTACLLILLLYKKERRETVIQKINSCCRRSSSVSYKYTKVNNEEAGENETEWLMEEISSSNQRPRKESQENGHITTSTVRSAAFTSLPVDDQDSEDEVLIIPEVRICSERGKKLQGPNRSGNQSSKSIGIPSDENPRSLCNGEKTMGRAGQSKEQNSANVESFHDDSDEDMLNV

Target ORF information:

RefSeq Version	XM_030198395.1
Organism	Microcaecilia unicolor
Definition	Microcaecilia unicolor insulin like growth factor 2 receptor (IGF2R), mRNA.

Target ORF information:

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

XM_030198395.1

ORF Insert Sequence:

ATGGGACCGG TGTCTTCAGT TGCCGGTGCC TCTGTTTTCT TCGCGGTGCT GCAGTGTCTT 
CTGTTGCAAC TGGTATATGC TGCGGCCCAG AGTCCGCTCT TCCCAGAGCT ATGTGGCTAT 
ACATGGGATG CCATCGATAC AGATAAGGGT ATCCATTACA AACTAAACCT GTGTGACAAA 
GTGCCTAGCA CAGAATGTGG TGGACTGAAT ACCAGTGCGA TCTGTGCCCG TAATGTAACC 
AGCAACACTT CTATGTCCGT AGGAGATTGG TCTTTGAAAA GCAGCAGTGT TAAACTTTTT 
TTATTCAACA CTACCAATAA CTGTACAGAG GCAGACACCC TGCATAAAGT GCAAAGCAGT 
ATAGAGTTCT TGTGTGCCAA AACTCTGGGA ACCCCTGAGT TTGTCACTTC ATCTGAATGT 
GTACACTATT TTGCTTGGAG GACCTCGGCT GCCTGCAAGA AAGACACATA TAAGGCTGCA 
AAGGAGGTAC CTTGTTATAT TTTTGATCAA GATGGGAAAA AGCATGATTT AAATCCATTG 
ATCAAATGGT CTGGCAGTTA CTTCGTGGAT GACCCTGACG ATGATGATGA TGATTTGTTC 
ATCAACATTT GTAGAAATAT AGATGGTAAA GTGAGTGACA CATCCAGTTG TCCCCAGGGC 
AGTGCTGCCT GTGTTGTGAA GGAAGGAAAG GGCTTTGATC TTGGTCAACC AAAGGAAGGG 
TTGAAAGTGA TTGACAAGGA CAGGTTGTTT CTTTATTATG AGAAGAAATA TGATGATAAA 
GAGAGGCCCC CGTTCTGCAA TGGCCATGAT CCTACAGTTT CCATCACTTT TGTATGCCCA 
TCGGAGAGAA CCGAGAGGAC AGACCCAAAA TTAACTGCCA AAACAAATTG TCGCTATGAA 
ATTGAATGGG TGACGGAGTA TGCCTGCCAC AGAGACTATT TGGAAAGTAG GTCCTGCATG 
CTGACCAGTG CACAGCATGA TGTCTCTATA GACCTCAATC CTCTTTCACA GACGACAGGA 
ATGAACCCTT ATTTTACTTC AGACGAGAAA AAGGAATATT ACTATTACTT GAATGTATGC 
AGAGACCTGC GAGTCACTGG CTGTGATGGT GAAAAGGTTT CATCTTGTCA AGTGAAACAA 
GAAGGCAATA AGGCGAAGGT TGCTGGCAGA TCTAAGGACC AAATTCTCAG ATACTCTGAT 
GGAGACCTGA CTTTAACCTT TCCAGGGGGA GATTTCTGTA GCTCTGGCTT CCAGCGAATG 
ACAGTCATAG ACTTTGAATG TAATGAAACA GCAGTGAATG ATGGAAAAGG AACACCGGTG 
TTCCAGCATG AGATGGACTG CACGTATTTT TTCAGCTGGA CCACAAAGTA TGCTTGTGTT 
AAGGAAAAAG AAGACCTACT TTGCAGTGTT ACCGATAAGA AAAAACACTA TGATTTGTCG 
CCTCTGAGCC GTCTTGCAGA GTCCGGTGAT CCATCTGTTT ACAACTGGGA GGCAGTGCGC 
AGCAATGCTG AGGAAACAAA AGATACCAAT TTCTTCATTA ACATCTGCCA CAAAGTGCTT 
CAGAAAGGAG GTGCTGTAGG CTGTCCAGAG GAAGCTGCTG TATGTTCTGT AGAAGGAAAC 
ACAAAGAAGA ATCTAGGAAA GTTTTATTCT CCTCCAAAGA AAGTTGGGGA GAATATTCAA 
CTGCTTTACT CGGATGGGGA TTTCTGCTTA TCAAACAAAA CAATCCAAAC TGTGGTGACA 
TTGGTGTGTA AACAAGGTGA TCTGGAAAGT GCTCCGGTGC TGAAGAATAT TGAGAATGAT 
GGGTGCAGCT ATGAGTTTGA ATGGCACACT GCTGCTGCCT GTGTGTTGTC TAGAACAAAA 
GGTGACAACT GCAGAGTTTC TGACGTGCAA GCAGGGTTTT CCTTTGATCT TTCACCACTG 
ACTATAAAAA ATGGAAGGTA TCATGTAAAC ACAAACGAGT ATGATTTTTA TCTAAATGTC 
TGTGGCAGCG TGTCAGAAGA ACCCTGTGAG GAAAACTCTG GTGCATGTCA GGTGTCAAGA 
AACAGAAAAG ATCATTGGAA TCTAGGTCTG TCCAGTAGCA GACTTTCTTA CTATGATGGT 
GTGATTCAGT TACGCTATGA AAATGGTACG GCATATAATG ATGACCAGCA TACTCTGCGA 
TCATCACGCA TCACTTTTCT GTGTGACAGA AATGCAGGAA TAGGTCAACC CGAATATCAG 
TTGGAAGATA AATATGCATA TAATTTTAAG TGGCGCACTA AATATGCCTG CTCAGAGAGT 
CCACTGGAGT GTGTTGTGAC AGATCCCAGT ACCAATGAAC AGTATGACTT GTCAAGGTTG 
TCAGTGTCTG AGGATAATAA TGCAGAAAAC TGGTATGCAA TGGACACCTC TAAAGGCCAA 
TGGAAGTATT ATATAAATGT GTGCCGACCT TTGAACCCAG TTCCTGGTTG TGACCGCTAT 
GCGTCCGTCT GTCAGATGAC ATATGAAAAA ATTGATGATG TGTTACAGGA AGTGATTTCC 
ATCAGTAATC TAGGTCTTGC AAGCAAGGGT CCAGTGTTTA AAGAAAAAGG CAGACTACTC 
TTGGAGTACA CAAATGGTTC TGAGTGCACT AATGCATATG GGGAGAAAGT ATCATACACA 
ACGAAAATTA ATTTGGTCTG CTCCAAAGGT TTACTGGCTA GTAGCCCAAG ATTCATTCAA 
AATCAGGATT GCATGGTGAT CTTTATATGG AATACTGAAG CTGCTTGTCC AGTCACTATC 
ACAAGTGGAG AAAGTCAGAC TTGCACCGTA CAAGATCCAA ACACAGGTTT TGTGTTCAAC 
TTCCTGCCTT TGTCAACTGA CTCGGGATAT ACTGTTAAAG GAATTGGGAG GACATTCAAG 
CTGAATATTT GTGGAACTGT TAAAGACTGT GGAACTATTG ATAAGCCAGC TGCTGGATGT 
GAATTTGAAG GAAAAACATC ACTGAGACCA GTTGGAGTTG AAGGGACTTT GCTGCTATCC 
ACTGAAGGCT TTTCAACCCT TACATATTAT GGTACTCGTG ATCTGAAGTC TGGCACACAA 
GATGCATTTA TAGTTCAATT TGTGTGTAAT GATGACGTGT ACCCTGGTAA CCTGACCTTT 
GTACGTGAAG AGATTAGTAC AGCAACAAAA GTGCATAACA CGTTCTTTCA GTTTGAAACA 
GCCTTGGCCT GCATGCCTGC ACCTGTAGAC TGCCAGGTGA CTGACTCTGC AGGTAATGAG 
TATGACCTGA GTGGTTTGAG CAAAGAGCGG GACTTCTGGA TTGCAGTAGA TACTTCTGCA 
AATGGAAAAA ATAGAACTTT TTATCTGAAT GTTTGTAAAC CTTTACCATA TCTACATGGA 
TGTCATGGTA GTGCCATAGG GTCTTGTGTG AAATACAAAA ACGAGACCAG TTATAACCTG 
GGTTTCATTC AGATCAGTCC ACAGGCTGCT ACTGATGGCT CTCTAAGTAT TGTTTACCTG 
AATGGTGATT ATTGCAAAGA TAAACATCGC TATTCCACAC GTATAATCTT TCATTGTGAT 
CGAACCAGAG GCTCGCCTTT GTTCCAGGAG CAGGATGGCT GTGAATTTGT CTTTGTGTGG 
AGAACCCCAG AAGCGTGTCC TGTTCTCAGA GCAGAAGGCA CCAACTGTCA GGTGAGAGAT 
CCAAAATATG GCTATTCCTA TAACCTGGCT CCTCTTAGTG ACAAGGAGAT TACAGTTGCT 
GTTGGCAAGT ATGAGTACCA TTTCACAATC TGTGGTGTAA TCTCGGATTC TTCATGCCAG 
ACTGAGAAAT CCAGTGGATT AAGGGTATCA TCCTGCCAAG TACAGACTGA TAATAAAGTT 
GCAAAAATAG CAGGATTGTA TTCTACCAAC ATAACTTATG ACAATGGGCT AATTATGATA 
AACTATACTG GTGGAGAGAT ATGCCACAAA ATTTACCAAC GGTCCACAGC TATCCTTTTC 
TACTGTGACC ACAACGCAAA GATGGAAGAC ATACTTTATA GTGAAACCCA AGGCTCTGTA 
AACAGGACAA AAATGCAGCC AGTGTTTCAA CAAGAGACTG CAGACTGTAC ATACTTATTT 
GAATGGCGCA CTCCTTATGC TTGCCCACCT TTCAAATCTG TACAATGCTC CTTCAGAGAC 
GGTGACAACT GGTTTGATCT CTCATCTTTA TCTCAGTACA AGGAGAACTG GGAGGTTATT 
GCAAGATCAG GAGCCACAGA AAAATATTAT CTTAATGTTT GTAATTCCTT GGTGCCAGAA 
ACAGGGCTCA TCTCCTGCCC CAATGGTGCT GCTGCCTGTC TGGTGAATGG TTCCAAGACT 
ATTGGCCTCG GTGAGCCTTC CAGTGGCCCA CAGTGGGAGA ATGGAGTGGC TGTTCTGAAG 
TATTCAAATG GAGACATTTG TCCTGATAAA GTTCGTAAGA GGACAACAAT GATACGTTTC 
AAGTGTGATG AAAACAAAAT TAATTCTAAA CCAGAACTTG TGTCTGTCAT TGAAGACTGT 
GAATATACCT TCATGTGGTT CTCTGCCACA GCTTGTCCTT TGAAGAACAA AGTGGAGGAC 
AACTGCAGAG TGACCAGTCC TGTGACAGGT CATCTGTTTG ATCTAACTTC TCTGAGCAAA 
GATGTAGGCT ATACTGTTGA AGACCGCAGG AACAGAAGAT CAATACTGTT AAATATCTGT 
GCTGAGGTTA AAAGTTCATG TGAAGCTGAA ATGGGTGTCT GTGTTATAGA TGGGCACAAA 
CATATCAATG CTGGGAAGTT TGAGAAGCAG ATAATATATA CAGATCAGGT ACTGAAGCTT 
ATCTATAAAG ATGGAGATCC ATGCCCAGCA GACAGCAGCC TGAAGTACAG AAGCATCTTC 
AGTTTTGTGT GTAGTCCTGA TGCTGGAGAA GGCAGCAAGC CTGTCCTCAC ATCGTTTGAT 
GAGAAGAGAT GCATATTTTA CTTTTCTTGG CATACTTCAT TAGTCTGCGA GCAGCAGGTG 
AAGTGCTTTG TACAGAATGG CAGCTCGGTT ATTGACCTCA GCCCTCTAAT CCAACGCATT 
GGTTATTATG AAGCAGACGA TGATGATGTA GATGATACTG ACTCGCTAGA TTTCTATATC 
AATATTTGCC GGCCACTGAA CCCCATACCT GGTGTTGTAT GTCCATCAGG GGCAGCTGTT 
TGTATGGTTC CAGTTAAAGG CCTTCCAGTT GATATTGGAC GCATAACTCA TCCCCCTCAG 
ATCAATCCTT CTATCCAAGA AGTGTATATG AATTTTGAGA GTACAACACC TTGTCCAACA 
GACAGAAGTG TAAACTATAG CTCTCTTATT GTATTTCACT GTAAGAAGGG CACAGATCTG 
GGTACACCAA AGATGGTGAG GAAGTCTGAA TGCAGTTTTG TATTTGAATG GAACACTCCA 
GTAGTTTGTC CAGATGAGGT GACAACATTG GGCTGTTCAC TGACGGATGA GCAGTTACAT 
TACACGTTCA ATTTGTCCTC TCTTTCTGTA AATTCATACA AGACTTCTGG TTCTTCCAGC 
TATCACATTG GGGTGTGTTC TCCAGCCGCT GATGTCCCCC AAGGAAAATG TAAAGATGGA 
GCAGTGTGCC TGGTCTCAGG CAGCAGTGCT TTTTCTTTTG GAAACTTCAG GGCAATGAAA 
CTGGATTATC AGCATCAGGA TGAAACCTTA ATTTTGCAGT ATGGAGGCGG TGACCCTTGC 
CCACCAGTGA CTGAAGGTGG TCAGCCCTGT GTATTACCCT TTGAATACAA TGGGGAAATC 
CACAATGAAT GTATCATGGA TGGAAAACAA CATTCCTGGT GCGCTACAAC TGGAAATTAT 
GCTAAAGATC AAAAATGGGG GTTCTGTGGA AATTCAACTG GAAAGAGACA GTCTACCATC 
TTCTTCAAGT GTGATGAGGA GGCTGAGAAT GAGAATCCTG AGCTTTTGAG TGAGACTTTA 
GGTTGTGCTG TTACGTTTGA GTGGAAGACA CAAGCAATCT GTCTTCCAAA GAATACACCG 
TGCAGGTTCA TTCGGAATCA TAGAACGTAC GACTTGAAAC CACTTTCCTC ATGGACGAAG 
TCCTGGATCT TTCATCATGA TGACAGTGTA TATTACTTGA ATCTGTGTCA GGGAATATCT 
GAAGGACCTA CAGGCTGTCC AAAAAGTGCC AGTGTGTGCA GAAAAGAGAA AAGTGGCAGT 
GTTCAGATTT TGGGATTGGT CTACACGCAG AACATGACAG AGACAGGTGA TACAGTAGTA 
GTTAGTTATT CAAATGGATT TTTATGTGGA AATGGCAAGA AAGCATCTAC CATTATAGAA 
CTGAAATGTG CAAATACCTT TGGCAACCCT GCTCTCCAAA ACATCAATGA AGAGAACTGT 
GAGTACCACA TACTTTGGGA AACTCGAGTA GCTTGTGTGG TGAAACCCCA GTCAGGTGAG 
ATGGTAAATG GAACAATCTT CAATACAAGA AGTGGCAAAA ATTTCTCTTT GGGAGAAATT 
TATTTCAAGC GTTTCAATGC CTCTGGCGAC AGAAGAGGGA ATGGTGACCA ATATGTTTAT 
GAAATTCAGC TTTCTGGCAC CTCAAATTCA ACAGTCAAGG ACTGCCTGGT AGCTAATGTA 
TGCCAGATAA AANCTAATGG TATACATTAT AGACAAGTTG GGTTTTCAAA CAGTGCCAAG 
TATTTCATTC AAGATGATCA TCTGGAGGTC GTATTTTCCT CTATCTCAAA ATGTGGCAAA 
GATGAATCAA AATCAAATGC CTCATCAACC ATCTTCTTCC ATTGTGATGC AATGGCAGGG 
GAGGGCAGCC CAAACTTTCT GCAAGAGACT GCAGATTGCC AGTACCTATT CTCCTGGTAT 
ACGTCTGCAG TCTGCCCATT GGTGAATTAT GATATAAATG AAACAGATGA ATCTGGGAAC 
AACGTGGATC AACACATAGG TTTTTCTGTA AGAAGTCAAG CCGTTGGTGC GCTGCTCGGT 
ATACTGCTGG TCATACTTAC AGCATGTTTG CTTATTTTGT TACTTTACAA AAAAGAAAGA 
CGGGAAACAG TGATACAGAA AATAAACAGT TGCTGTAGAA GAAGTTCAAG TGTGTCTTAT 
AAGTACACAA AGGTAAATAA TGAAGAGGCA GGTGAAAATG AAACAGAATG GCTTATGGAA 
GAAATTTCAT CAAGCAATCA GAGACCACGA AAAGAGAGCC AAGAAAATGG TCACATCACT 
ACCAGTACTG TCAGATCTGC AGCTTTCACA TCTCTGCCTG TGGATGACCA AGACAGTGAG 
GATGAAGTTC TAATCATTCC AGAAGTCAGG ATTTGCTCAG AGAGAGGAAA AAAGCTCCAA 
GGGCCAAACA GGAGTGGAAA CCAATCAAGC AAGTCAATCG GCATACCGAG TGATGAGAAC 
CCAAGAAGTT TGTGCAATGG AGAGAAAACA ATGGGCAGAG CAGGACAAAG CAAGGAGCAG 
AATTCTGCAA ATGTAGAATC ATTTCATGAC GACAGTGACG AGGACATGCT GAATGTTTAA