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
OPs101439	XM_026705083.1 Latest version!	Pseudonaja textilis insulin like growth factor 2 receptor (IGF2R), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00

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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)

IGF2R ( XM_026705083.1 ) cDNA ORF clone, -> XP_026560868.1 Pseudonaja textilis insulin like growth factor 2 receptor (IGF2R), mRNA.

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CloneID	OPs101439
Clone ID Related Accession (Same CDS sequence)	XM_026705083.1
Accession Version	XM_026705083.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7452bp) 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	2018-10-10
Organism	Pseudonaja textilis
Product	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 (NW_020769334.1) 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 :: Pseudonaja textilis Annotation Release 100 Annotation Version :: 100 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##

ATGGGACGCG TCTTCGCCTT CGCCGCAGCG TGCGGGGCAG CTGCGCTCCA GCTCCGCTGG 
CTGCCTGCCT TCTTGCTTCT CCTCCCGGGC TGGAAGGGAG ATCTCTCCAC CGCCGTAGCG 
GCCCAGGACG CCTTCAGTTA CCAGGATCTA TGCCATTATA CATGGGAAGC TGTGGATCCT 
GATAAAGTGC ATTATAAAAT AAATCTCTGT GGTGGTGCAG GAGATTGTGG GGGATCCAGT 
GCCATTTGTG CCCATGATCT TAAAAAAAAC ATATCTTTCT CAATAGGGGA ATCCTCATTG 
ATAAGGAAGT CTGATTTACT CTTGGAATTC AACTCTACAC AAATTTGTTC TAAGGGAAGT 
CACACATGGC AAAGTAACAT CAATTTCTAT TGTGGGAAGA CTTTGGGTTC CCCAGAATTT 
GTGACTTCAT TTGAGTGTGT TCATTATTTT GAATGGAGAA CATTCCATGC ATGCAAAAAG 
AACTTATTTA CATCAGCGAA AGAGGTACCT TGCTACATAT TTGATGAAAA CCTGAAGAAA 
CGTGATTTAA ATCCATTGAT TAAGACTTCT GGTGGATACT TGATAGAAGA CTCAGATGAT 
GATTCACAAT TATACATCAA CATCTGTAGA AACATAGGAA GGTCATCAGG TGAAACTAGT 
AGTTGTCCAG AGGACAGTGC AGCTTGCTTG GTGAAGGATG GTCATGCATT TGATCTGGGC 
CATACTAAAG AATTACTAAA ACAGCTTGAT AAAGACAGGT TTCAGCTGAG ATACAGCAGC 
AATGAAAAAG AGAGACCAGA CTTTTGTGGT AGCCATAACC CAGCAGTTAC AATTACTTTT 
GTATGTCCAG AGGGAAGGCG AAGAGAGGAT ACAAATCCTA CACTCACTGC TCAAAGCAAT 
TGCCGCTATG AGATTGAATG GGTTACTGAG TCTGCTTGCC CTAGGGACTA CCTGGAGAGT 
CTTAATTGTA CTCTGAGCAG TGAACAGCAT GGTATTTATG TGGATCTGAC ACCTCTTACA 
CAATCCCCAG GTGATGTGTC ACCATATGTT GCAAAAGATA AAGAGTATAA CTATTATCTG 
AACGTATGTG GGAAAGTAGC TGGTGGTTTT TGTTTGGATA AGGATGTGTC TTCATGTCAA 
GTTAAATCTG AAAAAAGTCA GCAGAAAGTG GCAGGAAGAT TTACCAATCA AACTCTCAGA 
TATGCTGATG GAGACCTTAT TCTGACGTAT CCAGGAGGAG ATAGTTGTAG CTCAGGTTTT 
CAGAGAATGA CAGTCATAAA TTTTGAATGC AATCAAACTG CAGATAATAA TGGCAAAGGA 
CACCCAGAAT TTAATGGTGA AACAGACTGC TCATATTTTT TCACCTGGCA AACCAAATAT 
GCTTGTGTTG GAGAAGAAGA AGGTTTGCCT TGCATGGTTT CAGATAAGAA GAAAAAGTAT 
GACTTGACAC GACTGATTCG TCATTCTGAA TCAGAGGAGA ATTGGGAAGC TGTAGATATC 
AACCCGGTAG AAGCAAAAAA GAAACGTTTC TTTATAAATG TCTGTCACAA GGTACTCCCG 
AAAGGAGAAG CCACAAACTG TGCCAAAGAT GCATCAGTTT GCTCTGTTGA TAAAAACAAC 
CATACAAGAA ATCTTGGGAC TTTCATGTCT CCTCCCAAAA AGATTGGAGA AAATATTGAG 
CTTCACTATT CAGATGGAGA CGAATGTGCA CCCAATAAAA AAACTGAAAC AAATATAATC 
CTTATATGTA AACCAGGTGA CCTGGAAAGT GCTCCTGTTT TGATTAATTA TGGATACGAT 
GGATGCTTAT TTGAGTTTGA ATGGCATACT GCTGTTGCCT GTGTCCTGTC TAAAACAAAA 
GGAGACCACT GCAAAGTTTC AAATCTTCAA GCTGGAGTTT CCTTCGACTT ATCACCACTA 
ATGAATGAAT CTTTCTCAAT AACCACAAGT GATTATACCT TTTACATTAG TATTTGTGGC 
TCTTTGTCAA ATAAGTATTG TGGATCAGAG TCTGCAGTTT GTCAAGTAAA GAAAAATGGC 
CAAGATTCTT GGAATCTTGG GAAGCCCAGT TCTCAACTGT CCTATTATAA TGGAATTATT 
CAGCTAAACT ATCAGAATGG CACACCCTAC AACAATGAGC AGCATACAAC ACGGTCTACC 
CATATAACAT TCCTGTGTGA TCGTAATGCA AACAAGAGTG TCCTAGAGTA TCAGGAGGAA 
GACAATTTCA CATACAACTT CAAATTGTAT ACTCAGTATG CTTGTCCAGA AATACCCACA 
GAATGTGTTG TAACAGATCC TCAAACCCTG AAGCAATATG ATCTGTCAAG TTTATCATTA 
TTTGGCAATG TAAAAGAAAA TTGGTTTGCA ATGGACAACT CTGGAGAGAA TGTTCACAAA 
AAATACTACA TAAATGTCTG CCGACCTTTG AACCCTATCC CAGGATGTGA CAGAAGAGCA 
TCCATCTGTG AAATGACATT CAAAAGGGGT GAGAGTGCTG GTTCTTCTAA AATTTCCAAT 
AGTAACCTTG GGATTGCCCG GCGAAGTCCC ATTTTCGAAG GACCGGGTAG AATCCTTCTA 
AATTACACTG GTGGCTCTCT ATGCATAAGG GCAGATGATG ACAAGTTGGA ACCTTTCTCA 
AGCCTCATCC ATCTTATTTG TGCCAGGGGC CTTCTTAATA GCAGCCCGAG ATTTGTAGAG 
ATGAAAGACT GTGTTGCAAC TTTTCTGTGG GAAACTGAAG CTGCCTGTCC AGTCACCACT 
ACACAAGGCG AGTCTCAGAG CTGCTCTGTA AAAGACCCAA ACACTGGATT TCTATATAAC 
CTGGAACCTT TAGCTTTGGA AAAAGCATAC ATTGTCGAAG GAATTAAAAA GAGCTACATG 
GTAAGTATCT GTAGACCAGC CAAGGAATGT GGGCCTATTC ATGGTACTGA AATTGATGAT 
TCAATTGGTG GATGTGAAAC GGAAGACCTG CAAAATATTC GCTTGGTGAA ACTGAACAAA 
ACTCTTCAGT TGTCTACAGA AGGGTATCTT TCACTTACTT ATACAGGGCC TAATGACAGT 
TTCATCATCA CTTTTACTTG TAATCGGTCC TATCCTGGAG AACTCAAATT TGTACATGAA 
GAAATGAATT CTGCACGAAA TATTCATAAT ACTTACTTTA ACTTCTACAC AGCATTAGCC 
TGCCCACCTG TTCCAGTTGA TTGCCAAGTC ACTGATTCTG ATGGCAATGA ATATGATCTG 
AGTGACTTGA GCAGAGATCA TGAACCCTGG ATTGCCCTGG ATACGACAAC AGATGCCAAA 
AAAAGAACTT TCTATCTCAA TGTTTGCAGG CCACTTCCCT ATATACCTGG ATGTCCAGCT 
GGCGTAATAG GAGCTTGTGT GAAATATGCC AATAAAAGCC AGAATCTTGG TGTCATTCAA 
ATAAGTCCTC AGGCTGCCAC TGATGGATCC CTTAGTATTG TGTATTTAAG TGGAGACAAA 
TGCAAAGATA AACAACAGTA CTCAACACGG ATAATTTTCC AGTGTGATCA AGCTATGGGA 
TCACCAGTGT TTCAATATGA AAAGGACTGT GAGTTTGTTT TTCTCTGGAG AACTCTAGCA 
GCTTGCCCTG TGCACAGAGC AGAAGGTGAG AATTGTCAAG TGAAAGATCC AAGATATAGT 
TATGTATATA ACTTGTCACC ACTTCGTGGG AATGATATTA AAGTCAGCAC CGAAGAATAT 
GACTACTACT TTAGAATTTG TGATAAATTA ACAACGGGGC TTTGCAAACA ACCTAACAAC 
ACTGCAGATG TTGTGTCATC GTGTCAAATT AAAAAACAAG AGCCACATGC TAAAAAAATA 
GCAGGTTTGC AGACTGAAAG ACTGACATAT GAAAATGGAT TACTTAAGAT AAACTACACT 
GGTGGGGACA TATGTCACAA GGTGTATAGA AGATCAACAG CCATCTTTTT CTACTGTGAT 
CCTAATCCTA ATTTGCAGCC AGTATTTCTG AAGGAAACTG AGGATTGCAC CTATATGTTT 
GAATGGCACA CTCCTTTTGC CTGCCCACCT GCCAAATCTG TTGAATGCTC CTATAAAGAT 
AGTGCTGGCA ATTCCTATGA TCTCTCTCCT CTGATCCAAC AAAAGAAAAA CTGGGAGGCT 
ATTTCAAAGT CTAGCTCTTC ACAGAAATAC TATATCAATG TTTGTAGATC ATTGGTACCT 
CATCTGGGAG CTGATTTTTG TCCCCCAGAT GCAGCAGCCT GCCTAATGGA TGGTTCTAAG 
TATATAAGCT TAGGTGAAGT GGCTGAGGGG CTGAGATGGG AAAATGGTAT TTTTGTTCTT 
AAATATATAA ATGGTGAGAA GTGTGAAGAC CATATACGGA ACAAATCTGC AGTCATCCAT 
TTCAAATGTG ATGAAAAGAA AGATAATTCC AATCCAGAAT TGGTAACAGC CCATATGGAT 
TGTGAATACA ATTTTATGTG GTATACAGCT GCTGCATGTC CTCTGAAAAG CAATATGCAC 
AATAATTGCA CTGTGTCTAA CCCTCGTACA GGTCATCTCT TTGACCTTAA CCCTTTAAAG 
AGACAGGCTG GCTACACTGT CTTTGATTTT GTGAACCAGA GAATGCTCCA GTTGAGTGTG 
TGTGATGAAC CTAAAACTTC ATGTGGTGGA GATACTGGAG TTTGCATCAC AGGTAGCTAT 
CAGCCATCAA TTAATGCTGG ACAACTAAAC AAAGCATTAA CCTATGAAGA TGGGGTTTTG 
AAACTTGTGT ACAAAGATGG CGAGTCCTGT CCTGCTGATC CGGCTCTGAA GTACATGAGC 
TATTTCACCT TTGTGTGCAG GTTGGATGCT GGGCCTGGCA GCCAGCCAGT TCTCATTTCA 
TTTGATGAGA AAACATGCAC TTATTTTTTC TCTTGGCATA CTGTTTTAGC CTGTGAAGAA 
GAAAGAGTGG TAGACTGTTC AGTTACCAAT GGCAGCAGAG TGATTGACCT TTCCCCTTTA 
ATCCATTGGA CAAGTGCTTA TGAGATATTC GATGACTTTA CTGATCAGAA TCCAGATTTC 
TACATAAATA TTTGCCAACC ATTAAATTCT ATCAAGGATG TCAGTTGTCC ACCTGGAGTA 
GCTGTCTGCA TGATTCCGCT TAGTGGCTCT CCTGTAGATA TTGGTCGAAT CACAGCACCT 
CCTCATCTCA ACAGTGCAAC AAATGAAGTT AATATTGCCT TCAACAGTAC TACTCCTTGT 
CCAGAAGATA AAAATTTCAA CTATTCTTCC CTTATTGTAT TTCACTGCAA CAGAGGAACA 
AATCTGGGGA AGCCCAGAAT GATAGAAAAG TCTGGCTGTG AATATATATT TGAATGGAGC 
ACTCCAGTGG TATGCCCTGA TGAAGAGAAT GTTTTGGGCT GCTCTGTCAT GGATGAACAG 
TTACACTATG CTTTCAACCT GTCAAGCCTT GCAGGAAAGC CCTATACGGT TCCTTCTGGG 
CGTAGGAGCT ACCATCTTGG GGTATGTTCA GAAGCAGCAG GTATACCTCA AGGAAAATGC 
AAAGACGCTG CAGTTTGTTT TATCTCTGGC AACAATGCCA TCTCATTTGG CAACAAAAAA 
GAAATAAAAT TGGACTACAG ACATCAAGAT GAAGCTGTTT TCTTGCAGTA TAAGGGCGGT 
GATAAATGTC CTCCAGTGAC TGAAAAGGGT GAGCTTTGTG TCTTCCCTTT CCAGTATAAT 
GGTAAAAATT ATGACAGGTG CACAGCAGAG GGACGAGAGC ATCCATGGTG TGCCACAACT 
GATAACTTAG GAAGAGATCA AAAATGGGGA TTCTGTGTAA ATGAAGCTGG GCAGCGTGAA 
TCTACTATTA TTTTTAAGTG TGATGAAAAT GCTAATAACG GAAGTCCTCA GCTGTTGAGT 
GAGGTCCTTG GCTGCTCTGT CACATTTGAA TGGAGGACAC AGCTTCTATG TCCTCCAAGG 
AAAATGGAAT GCAAGTTTAT TCAGAAGCAC AAAACTTACG ATTTGAGAAT ACTTTCCTCA 
CTCACAGGCT CATGGGTCTT TGCAGACAAG GGCAGCTCTT ACTACATGAA CCTTTGTCAG 
AGAGTTCATG AAGGACCCTC AGGCTGTCCT GACAGGGCAA GTGTTTGCCG ACGAAATCAG 
AATGGTGCTG TCCAAGTTCT GGGATTAGTT CATACACAAA AGCTTAATGT TGCAGGTGAT 
AAAGTTCTTG TCAGCTACTC CAATGGTCAT GAATGTCCAC AGAGGAACAA AAAGGCAACA 
ACCGTCATAG AGTTAAAATG TGGAAAAACT GTTGGGTTGC CAAGATTCAA CAGGATTGAT 
GAAGCAAATT GTGCCTATTA TATCACCTGG GAAACTCGGG CAGCTTGTGC TGTGAAACCT 
CAAGAAGTAA AGATAGAGAA TGGCACAGTT ATAAATCCAG AGACAGGAAA GAATTTCAGT 
TTGGGTAACG TTTATTACAA ATTATACAAT GCATCAGGAG ATTTCAGAAC AAATGGTGAC 
AGATACATTT ATGAGATTCA GCTTTCTTCT ATCACTGATT CAAAGAATTT ACAGTGCATG 
GGAGCTAACA TCTGCCAAGT TAAAATATCA GATACACGTA CTCGTAGAGT TGGATCATCA 
AAAAATGCTC ACTATTATAT TCAAGATGAT GTTTTGGAAC TTGTGTTCTT CTCTGACTCC 
ACATGTGGCA GAGATTCCAA AAAATCAGTT TCCTCAACTA TTGTCTTCCA CTGTGATAAA 
GACGCTGAAG AAGGCATCCC AAAATTTCTT CATGAATCAA TGGACTGCCA GTACTTATTC 
ACCTGGTACA CCTCGGCGGT TTGCCAGTTG GTAAGCTCTG AAACAACAAA TGATGGAAAG 
TATGTGGAAG ATTTTCCTAA AGGCCTTTCA GGAAGAAGCC AAGCAGTTGG AGCACTATTG 
AGTTTGCTCC TTGTGATTCT CACAGCATGT CTTGTGATCC TGTTACTTTA CAAAAAAGAA 
AGAAGAGAAT CTATGAAGCA GAAGATAATC AACTGCTGTC GGAGATCATC AAATGTTTCT 
TATAAATATT CTAAGATAAA TACTGAAGAA GTAAATGAGA ATGAAACAGA ATGGCTCATG 
GAAGAAGTAG CTACGCCAAA TCACAGTTCA GGAAACGAAG CACACATCAA TGGCCACGTA 
GCACGAAGGG CAGTCATGTC AGATACCCTC ATGTCCCTTC CAGTGGATGA CATGGACAGT 
GAGGATGAAG TATTGACAAT ACCAGAGGTG AAGATTCATT CAGCAAGAGA TGTTGATTCA 
AGAGGCTTGA GCAGCACTAG AAGGCCATTT CAAAACAAAG GTCATAAGCC TTCAAGCGGT 
GGAAAAACTC CTCTGCCTAA CGGAAGGAAG AATAGCAAAA CCAGCCCCGC TTTTGGTCAA 
GAAGAAAGGC AGAACTCCAT GAACATTGCA TCATACCGTG ATGATAGCGA TGAGGACTTG 
TTGAACATTT AA

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

RefSeq	XP_026560868.1
CDS	99..7550
Translation	MGRVFAFAAACGAAALQLRWLPAFLLLLPGWKGDLSTAVAAQDAFSYQDLCHYTWEAVDPDKVHYKINLCGGAGDCGGSSAICAHDLKKNISFSIGESSLIRKSDLLLEFNSTQICSKGSHTWQSNINFYCGKTLGSPEFVTSFECVHYFEWRTFHACKKNLFTSAKEVPCYIFDENLKKRDLNPLIKTSGGYLIEDSDDDSQLYINICRNIGRSSGETSSCPEDSAACLVKDGHAFDLGHTKELLKQLDKDRFQLRYSSNEKERPDFCGSHNPAVTITFVCPEGRRREDTNPTLTAQSNCRYEIEWVTESACPRDYLESLNCTLSSEQHGIYVDLTPLTQSPGDVSPYVAKDKEYNYYLNVCGKVAGGFCLDKDVSSCQVKSEKSQQKVAGRFTNQTLRYADGDLILTYPGGDSCSSGFQRMTVINFECNQTADNNGKGHPEFNGETDCSYFFTWQTKYACVGEEEGLPCMVSDKKKKYDLTRLIRHSESEENWEAVDINPVEAKKKRFFINVCHKVLPKGEATNCAKDASVCSVDKNNHTRNLGTFMSPPKKIGENIELHYSDGDECAPNKKTETNIILICKPGDLESAPVLINYGYDGCLFEFEWHTAVACVLSKTKGDHCKVSNLQAGVSFDLSPLMNESFSITTSDYTFYISICGSLSNKYCGSESAVCQVKKNGQDSWNLGKPSSQLSYYNGIIQLNYQNGTPYNNEQHTTRSTHITFLCDRNANKSVLEYQEEDNFTYNFKLYTQYACPEIPTECVVTDPQTLKQYDLSSLSLFGNVKENWFAMDNSGENVHKKYYINVCRPLNPIPGCDRRASICEMTFKRGESAGSSKISNSNLGIARRSPIFEGPGRILLNYTGGSLCIRADDDKLEPFSSLIHLICARGLLNSSPRFVEMKDCVATFLWETEAACPVTTTQGESQSCSVKDPNTGFLYNLEPLALEKAYIVEGIKKSYMVSICRPAKECGPIHGTEIDDSIGGCETEDLQNIRLVKLNKTLQLSTEGYLSLTYTGPNDSFIITFTCNRSYPGELKFVHEEMNSARNIHNTYFNFYTALACPPVPVDCQVTDSDGNEYDLSDLSRDHEPWIALDTTTDAKKRTFYLNVCRPLPYIPGCPAGVIGACVKYANKSQNLGVIQISPQAATDGSLSIVYLSGDKCKDKQQYSTRIIFQCDQAMGSPVFQYEKDCEFVFLWRTLAACPVHRAEGENCQVKDPRYSYVYNLSPLRGNDIKVSTEEYDYYFRICDKLTTGLCKQPNNTADVVSSCQIKKQEPHAKKIAGLQTERLTYENGLLKINYTGGDICHKVYRRSTAIFFYCDPNPNLQPVFLKETEDCTYMFEWHTPFACPPAKSVECSYKDSAGNSYDLSPLIQQKKNWEAISKSSSSQKYYINVCRSLVPHLGADFCPPDAAACLMDGSKYISLGEVAEGLRWENGIFVLKYINGEKCEDHIRNKSAVIHFKCDEKKDNSNPELVTAHMDCEYNFMWYTAAACPLKSNMHNNCTVSNPRTGHLFDLNPLKRQAGYTVFDFVNQRMLQLSVCDEPKTSCGGDTGVCITGSYQPSINAGQLNKALTYEDGVLKLVYKDGESCPADPALKYMSYFTFVCRLDAGPGSQPVLISFDEKTCTYFFSWHTVLACEEERVVDCSVTNGSRVIDLSPLIHWTSAYEIFDDFTDQNPDFYINICQPLNSIKDVSCPPGVAVCMIPLSGSPVDIGRITAPPHLNSATNEVNIAFNSTTPCPEDKNFNYSSLIVFHCNRGTNLGKPRMIEKSGCEYIFEWSTPVVCPDEENVLGCSVMDEQLHYAFNLSSLAGKPYTVPSGRRSYHLGVCSEAAGIPQGKCKDAAVCFISGNNAISFGNKKEIKLDYRHQDEAVFLQYKGGDKCPPVTEKGELCVFPFQYNGKNYDRCTAEGREHPWCATTDNLGRDQKWGFCVNEAGQRESTIIFKCDENANNGSPQLLSEVLGCSVTFEWRTQLLCPPRKMECKFIQKHKTYDLRILSSLTGSWVFADKGSSYYMNLCQRVHEGPSGCPDRASVCRRNQNGAVQVLGLVHTQKLNVAGDKVLVSYSNGHECPQRNKKATTVIELKCGKTVGLPRFNRIDEANCAYYITWETRAACAVKPQEVKIENGTVINPETGKNFSLGNVYYKLYNASGDFRTNGDRYIYEIQLSSITDSKNLQCMGANICQVKISDTRTRRVGSSKNAHYYIQDDVLELVFFSDSTCGRDSKKSVSSTIVFHCDKDAEEGIPKFLHESMDCQYLFTWYTSAVCQLVSSETTNDGKYVEDFPKGLSGRSQAVGALLSLLLVILTACLVILLLYKKERRESMKQKIINCCRRSSNVSYKYSKINTEEVNENETEWLMEEVATPNHSSGNEAHINGHVARRAVMSDTLMSLPVDDMDSEDEVLTIPEVKIHSARDVDSRGLSSTRRPFQNKGHKPSSGGKTPLPNGRKNSKTSPAFGQEERQNSMNIASYRDDSDEDLLNI

Target ORF information:

RefSeq Version	XM_026705083.1
Organism	Pseudonaja textilis
Definition	Pseudonaja textilis 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_026705083.1

ORF Insert Sequence:

ATGGGACGCG TCTTCGCCTT CGCCGCAGCG TGCGGGGCAG CTGCGCTCCA GCTCCGCTGG 
CTGCCTGCCT TCTTGCTTCT CCTCCCGGGC TGGAAGGGAG ATCTCTCCAC CGCCGTAGCG 
GCCCAGGACG CCTTCAGTTA CCAGGATCTA TGCCATTATA CATGGGAAGC TGTGGATCCT 
GATAAAGTGC ATTATAAAAT AAATCTCTGT GGTGGTGCAG GAGATTGTGG GGGATCCAGT 
GCCATTTGTG CCCATGATCT TAAAAAAAAC ATATCTTTCT CAATAGGGGA ATCCTCATTG 
ATAAGGAAGT CTGATTTACT CTTGGAATTC AACTCTACAC AAATTTGTTC TAAGGGAAGT 
CACACATGGC AAAGTAACAT CAATTTCTAT TGTGGGAAGA CTTTGGGTTC CCCAGAATTT 
GTGACTTCAT TTGAGTGTGT TCATTATTTT GAATGGAGAA CATTCCATGC ATGCAAAAAG 
AACTTATTTA CATCAGCGAA AGAGGTACCT TGCTACATAT TTGATGAAAA CCTGAAGAAA 
CGTGATTTAA ATCCATTGAT TAAGACTTCT GGTGGATACT TGATAGAAGA CTCAGATGAT 
GATTCACAAT TATACATCAA CATCTGTAGA AACATAGGAA GGTCATCAGG TGAAACTAGT 
AGTTGTCCAG AGGACAGTGC AGCTTGCTTG GTGAAGGATG GTCATGCATT TGATCTGGGC 
CATACTAAAG AATTACTAAA ACAGCTTGAT AAAGACAGGT TTCAGCTGAG ATACAGCAGC 
AATGAAAAAG AGAGACCAGA CTTTTGTGGT AGCCATAACC CAGCAGTTAC AATTACTTTT 
GTATGTCCAG AGGGAAGGCG AAGAGAGGAT ACAAATCCTA CACTCACTGC TCAAAGCAAT 
TGCCGCTATG AGATTGAATG GGTTACTGAG TCTGCTTGCC CTAGGGACTA CCTGGAGAGT 
CTTAATTGTA CTCTGAGCAG TGAACAGCAT GGTATTTATG TGGATCTGAC ACCTCTTACA 
CAATCCCCAG GTGATGTGTC ACCATATGTT GCAAAAGATA AAGAGTATAA CTATTATCTG 
AACGTATGTG GGAAAGTAGC TGGTGGTTTT TGTTTGGATA AGGATGTGTC TTCATGTCAA 
GTTAAATCTG AAAAAAGTCA GCAGAAAGTG GCAGGAAGAT TTACCAATCA AACTCTCAGA 
TATGCTGATG GAGACCTTAT TCTGACGTAT CCAGGAGGAG ATAGTTGTAG CTCAGGTTTT 
CAGAGAATGA CAGTCATAAA TTTTGAATGC AATCAAACTG CAGATAATAA TGGCAAAGGA 
CACCCAGAAT TTAATGGTGA AACAGACTGC TCATATTTTT TCACCTGGCA AACCAAATAT 
GCTTGTGTTG GAGAAGAAGA AGGTTTGCCT TGCATGGTTT CAGATAAGAA GAAAAAGTAT 
GACTTGACAC GACTGATTCG TCATTCTGAA TCAGAGGAGA ATTGGGAAGC TGTAGATATC 
AACCCGGTAG AAGCAAAAAA GAAACGTTTC TTTATAAATG TCTGTCACAA GGTACTCCCG 
AAAGGAGAAG CCACAAACTG TGCCAAAGAT GCATCAGTTT GCTCTGTTGA TAAAAACAAC 
CATACAAGAA ATCTTGGGAC TTTCATGTCT CCTCCCAAAA AGATTGGAGA AAATATTGAG 
CTTCACTATT CAGATGGAGA CGAATGTGCA CCCAATAAAA AAACTGAAAC AAATATAATC 
CTTATATGTA AACCAGGTGA CCTGGAAAGT GCTCCTGTTT TGATTAATTA TGGATACGAT 
GGATGCTTAT TTGAGTTTGA ATGGCATACT GCTGTTGCCT GTGTCCTGTC TAAAACAAAA 
GGAGACCACT GCAAAGTTTC AAATCTTCAA GCTGGAGTTT CCTTCGACTT ATCACCACTA 
ATGAATGAAT CTTTCTCAAT AACCACAAGT GATTATACCT TTTACATTAG TATTTGTGGC 
TCTTTGTCAA ATAAGTATTG TGGATCAGAG TCTGCAGTTT GTCAAGTAAA GAAAAATGGC 
CAAGATTCTT GGAATCTTGG GAAGCCCAGT TCTCAACTGT CCTATTATAA TGGAATTATT 
CAGCTAAACT ATCAGAATGG CACACCCTAC AACAATGAGC AGCATACAAC ACGGTCTACC 
CATATAACAT TCCTGTGTGA TCGTAATGCA AACAAGAGTG TCCTAGAGTA TCAGGAGGAA 
GACAATTTCA CATACAACTT CAAATTGTAT ACTCAGTATG CTTGTCCAGA AATACCCACA 
GAATGTGTTG TAACAGATCC TCAAACCCTG AAGCAATATG ATCTGTCAAG TTTATCATTA 
TTTGGCAATG TAAAAGAAAA TTGGTTTGCA ATGGACAACT CTGGAGAGAA TGTTCACAAA 
AAATACTACA TAAATGTCTG CCGACCTTTG AACCCTATCC CAGGATGTGA CAGAAGAGCA 
TCCATCTGTG AAATGACATT CAAAAGGGGT GAGAGTGCTG GTTCTTCTAA AATTTCCAAT 
AGTAACCTTG GGATTGCCCG GCGAAGTCCC ATTTTCGAAG GACCGGGTAG AATCCTTCTA 
AATTACACTG GTGGCTCTCT ATGCATAAGG GCAGATGATG ACAAGTTGGA ACCTTTCTCA 
AGCCTCATCC ATCTTATTTG TGCCAGGGGC CTTCTTAATA GCAGCCCGAG ATTTGTAGAG 
ATGAAAGACT GTGTTGCAAC TTTTCTGTGG GAAACTGAAG CTGCCTGTCC AGTCACCACT 
ACACAAGGCG AGTCTCAGAG CTGCTCTGTA AAAGACCCAA ACACTGGATT TCTATATAAC 
CTGGAACCTT TAGCTTTGGA AAAAGCATAC ATTGTCGAAG GAATTAAAAA GAGCTACATG 
GTAAGTATCT GTAGACCAGC CAAGGAATGT GGGCCTATTC ATGGTACTGA AATTGATGAT 
TCAATTGGTG GATGTGAAAC GGAAGACCTG CAAAATATTC GCTTGGTGAA ACTGAACAAA 
ACTCTTCAGT TGTCTACAGA AGGGTATCTT TCACTTACTT ATACAGGGCC TAATGACAGT 
TTCATCATCA CTTTTACTTG TAATCGGTCC TATCCTGGAG AACTCAAATT TGTACATGAA 
GAAATGAATT CTGCACGAAA TATTCATAAT ACTTACTTTA ACTTCTACAC AGCATTAGCC 
TGCCCACCTG TTCCAGTTGA TTGCCAAGTC ACTGATTCTG ATGGCAATGA ATATGATCTG 
AGTGACTTGA GCAGAGATCA TGAACCCTGG ATTGCCCTGG ATACGACAAC AGATGCCAAA 
AAAAGAACTT TCTATCTCAA TGTTTGCAGG CCACTTCCCT ATATACCTGG ATGTCCAGCT 
GGCGTAATAG GAGCTTGTGT GAAATATGCC AATAAAAGCC AGAATCTTGG TGTCATTCAA 
ATAAGTCCTC AGGCTGCCAC TGATGGATCC CTTAGTATTG TGTATTTAAG TGGAGACAAA 
TGCAAAGATA AACAACAGTA CTCAACACGG ATAATTTTCC AGTGTGATCA AGCTATGGGA 
TCACCAGTGT TTCAATATGA AAAGGACTGT GAGTTTGTTT TTCTCTGGAG AACTCTAGCA 
GCTTGCCCTG TGCACAGAGC AGAAGGTGAG AATTGTCAAG TGAAAGATCC AAGATATAGT 
TATGTATATA ACTTGTCACC ACTTCGTGGG AATGATATTA AAGTCAGCAC CGAAGAATAT 
GACTACTACT TTAGAATTTG TGATAAATTA ACAACGGGGC TTTGCAAACA ACCTAACAAC 
ACTGCAGATG TTGTGTCATC GTGTCAAATT AAAAAACAAG AGCCACATGC TAAAAAAATA 
GCAGGTTTGC AGACTGAAAG ACTGACATAT GAAAATGGAT TACTTAAGAT AAACTACACT 
GGTGGGGACA TATGTCACAA GGTGTATAGA AGATCAACAG CCATCTTTTT CTACTGTGAT 
CCTAATCCTA ATTTGCAGCC AGTATTTCTG AAGGAAACTG AGGATTGCAC CTATATGTTT 
GAATGGCACA CTCCTTTTGC CTGCCCACCT GCCAAATCTG TTGAATGCTC CTATAAAGAT 
AGTGCTGGCA ATTCCTATGA TCTCTCTCCT CTGATCCAAC AAAAGAAAAA CTGGGAGGCT 
ATTTCAAAGT CTAGCTCTTC ACAGAAATAC TATATCAATG TTTGTAGATC ATTGGTACCT 
CATCTGGGAG CTGATTTTTG TCCCCCAGAT GCAGCAGCCT GCCTAATGGA TGGTTCTAAG 
TATATAAGCT TAGGTGAAGT GGCTGAGGGG CTGAGATGGG AAAATGGTAT TTTTGTTCTT 
AAATATATAA ATGGTGAGAA GTGTGAAGAC CATATACGGA ACAAATCTGC AGTCATCCAT 
TTCAAATGTG ATGAAAAGAA AGATAATTCC AATCCAGAAT TGGTAACAGC CCATATGGAT 
TGTGAATACA ATTTTATGTG GTATACAGCT GCTGCATGTC CTCTGAAAAG CAATATGCAC 
AATAATTGCA CTGTGTCTAA CCCTCGTACA GGTCATCTCT TTGACCTTAA CCCTTTAAAG 
AGACAGGCTG GCTACACTGT CTTTGATTTT GTGAACCAGA GAATGCTCCA GTTGAGTGTG 
TGTGATGAAC CTAAAACTTC ATGTGGTGGA GATACTGGAG TTTGCATCAC AGGTAGCTAT 
CAGCCATCAA TTAATGCTGG ACAACTAAAC AAAGCATTAA CCTATGAAGA TGGGGTTTTG 
AAACTTGTGT ACAAAGATGG CGAGTCCTGT CCTGCTGATC CGGCTCTGAA GTACATGAGC 
TATTTCACCT TTGTGTGCAG GTTGGATGCT GGGCCTGGCA GCCAGCCAGT TCTCATTTCA 
TTTGATGAGA AAACATGCAC TTATTTTTTC TCTTGGCATA CTGTTTTAGC CTGTGAAGAA 
GAAAGAGTGG TAGACTGTTC AGTTACCAAT GGCAGCAGAG TGATTGACCT TTCCCCTTTA 
ATCCATTGGA CAAGTGCTTA TGAGATATTC GATGACTTTA CTGATCAGAA TCCAGATTTC 
TACATAAATA TTTGCCAACC ATTAAATTCT ATCAAGGATG TCAGTTGTCC ACCTGGAGTA 
GCTGTCTGCA TGATTCCGCT TAGTGGCTCT CCTGTAGATA TTGGTCGAAT CACAGCACCT 
CCTCATCTCA ACAGTGCAAC AAATGAAGTT AATATTGCCT TCAACAGTAC TACTCCTTGT 
CCAGAAGATA AAAATTTCAA CTATTCTTCC CTTATTGTAT TTCACTGCAA CAGAGGAACA 
AATCTGGGGA AGCCCAGAAT GATAGAAAAG TCTGGCTGTG AATATATATT TGAATGGAGC 
ACTCCAGTGG TATGCCCTGA TGAAGAGAAT GTTTTGGGCT GCTCTGTCAT GGATGAACAG 
TTACACTATG CTTTCAACCT GTCAAGCCTT GCAGGAAAGC CCTATACGGT TCCTTCTGGG 
CGTAGGAGCT ACCATCTTGG GGTATGTTCA GAAGCAGCAG GTATACCTCA AGGAAAATGC 
AAAGACGCTG CAGTTTGTTT TATCTCTGGC AACAATGCCA TCTCATTTGG CAACAAAAAA 
GAAATAAAAT TGGACTACAG ACATCAAGAT GAAGCTGTTT TCTTGCAGTA TAAGGGCGGT 
GATAAATGTC CTCCAGTGAC TGAAAAGGGT GAGCTTTGTG TCTTCCCTTT CCAGTATAAT 
GGTAAAAATT ATGACAGGTG CACAGCAGAG GGACGAGAGC ATCCATGGTG TGCCACAACT 
GATAACTTAG GAAGAGATCA AAAATGGGGA TTCTGTGTAA ATGAAGCTGG GCAGCGTGAA 
TCTACTATTA TTTTTAAGTG TGATGAAAAT GCTAATAACG GAAGTCCTCA GCTGTTGAGT 
GAGGTCCTTG GCTGCTCTGT CACATTTGAA TGGAGGACAC AGCTTCTATG TCCTCCAAGG 
AAAATGGAAT GCAAGTTTAT TCAGAAGCAC AAAACTTACG ATTTGAGAAT ACTTTCCTCA 
CTCACAGGCT CATGGGTCTT TGCAGACAAG GGCAGCTCTT ACTACATGAA CCTTTGTCAG 
AGAGTTCATG AAGGACCCTC AGGCTGTCCT GACAGGGCAA GTGTTTGCCG ACGAAATCAG 
AATGGTGCTG TCCAAGTTCT GGGATTAGTT CATACACAAA AGCTTAATGT TGCAGGTGAT 
AAAGTTCTTG TCAGCTACTC CAATGGTCAT GAATGTCCAC AGAGGAACAA AAAGGCAACA 
ACCGTCATAG AGTTAAAATG TGGAAAAACT GTTGGGTTGC CAAGATTCAA CAGGATTGAT 
GAAGCAAATT GTGCCTATTA TATCACCTGG GAAACTCGGG CAGCTTGTGC TGTGAAACCT 
CAAGAAGTAA AGATAGAGAA TGGCACAGTT ATAAATCCAG AGACAGGAAA GAATTTCAGT 
TTGGGTAACG TTTATTACAA ATTATACAAT GCATCAGGAG ATTTCAGAAC AAATGGTGAC 
AGATACATTT ATGAGATTCA GCTTTCTTCT ATCACTGATT CAAAGAATTT ACAGTGCATG 
GGAGCTAACA TCTGCCAAGT TAAAATATCA GATACACGTA CTCGTAGAGT TGGATCATCA 
AAAAATGCTC ACTATTATAT TCAAGATGAT GTTTTGGAAC TTGTGTTCTT CTCTGACTCC 
ACATGTGGCA GAGATTCCAA AAAATCAGTT TCCTCAACTA TTGTCTTCCA CTGTGATAAA 
GACGCTGAAG AAGGCATCCC AAAATTTCTT CATGAATCAA TGGACTGCCA GTACTTATTC 
ACCTGGTACA CCTCGGCGGT TTGCCAGTTG GTAAGCTCTG AAACAACAAA TGATGGAAAG 
TATGTGGAAG ATTTTCCTAA AGGCCTTTCA GGAAGAAGCC AAGCAGTTGG AGCACTATTG 
AGTTTGCTCC TTGTGATTCT CACAGCATGT CTTGTGATCC TGTTACTTTA CAAAAAAGAA 
AGAAGAGAAT CTATGAAGCA GAAGATAATC AACTGCTGTC GGAGATCATC AAATGTTTCT 
TATAAATATT CTAAGATAAA TACTGAAGAA GTAAATGAGA ATGAAACAGA ATGGCTCATG 
GAAGAAGTAG CTACGCCAAA TCACAGTTCA GGAAACGAAG CACACATCAA TGGCCACGTA 
GCACGAAGGG CAGTCATGTC AGATACCCTC ATGTCCCTTC CAGTGGATGA CATGGACAGT 
GAGGATGAAG TATTGACAAT ACCAGAGGTG AAGATTCATT CAGCAAGAGA TGTTGATTCA 
AGAGGCTTGA GCAGCACTAG AAGGCCATTT CAAAACAAAG GTCATAAGCC TTCAAGCGGT 
GGAAAAACTC CTCTGCCTAA CGGAAGGAAG AATAGCAAAA CCAGCCCCGC TTTTGGTCAA 
GAAGAAAGGC AGAACTCCAT GAACATTGCA TCATACCGTG ATGATAGCGA TGAGGACTTG 
TTGAACATTT AA