IGF2R cDNA ORF clone, Alligator mississippiensis(American alligator)

Gene
Clones
gRNAs

Summary

Gene Symbol	IGF2R
Entrez Gene ID	102561234
Full Name	insulin like growth factor 2 receptor
Gene Type	protein-coding
Organism	Alligator mississippiensis(American alligator)

mRNA and Protein(s)

mRNA	Protein	Name
XM_006264580.3	XP_006264642.2	cation-independent mannose-6-phosphate receptor

Pathways from BioSystems
Gene Ontology

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
OAl78009	XM_006264580.3 Latest version!	Alligator mississippiensis insulin like growth factor 2 receptor (IGF2R), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1371.30 $1959.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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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)

IGF2R ( XM_006264580.3 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_006264642.2 Alligator mississippiensis insulin like growth factor 2 receptor (IGF2R), mRNA.

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CloneID	OAl78009
Clone ID Related Accession (Same CDS sequence)	XM_006264580.3
Accession Version	XM_006264580.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7413bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
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_017714194.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 9, 2016 this sequence version replaced XM_006264580.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Alligator mississippiensis 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##

ATGGCTGCCG CCGCGCCCCC GGCCTGGCTG CTGCCGGTCC TGCTGCTGCC GGTCCTGCTG 
CGGGCCGCCC CGGGCCCCGG CCTGGAGGCG CAGCTGTGCG GTTATACATG GGAAGCAACT 
GATACAGACA GACAGGTGCT TTATAAAATA AACTTCTGTG ACCCTATTGA AGAGTGTGAA 
GGATCAAGTG CAGTTTGTGC ATACGACCTG AATAAAAAGA CCTATCTGTC AGTAGGTGAC 
TCATCTCTGA GAAAAAGCTC TAAAACACTT TTAGAGTTCA ACACTACAAG GACCTGCTCA 
CAAGAAGGCA CTGAACACAT GATACAAAGC AACATTAACT TCCTTTGTGG GAAGACTCTG 
GGAACCCCTG AATTTGTGAC TGCAACTGAG TGTGTGCACT ACTTTGAATG GAGGACCTTT 
GTTGCTTGCA AGAAGGACTT ATTTAAAGCT AAAAAAGAGG TACCTTGCTA TGTTTTTGAT 
GGCCCTTGGA AGAAACATGA CTTGAATCCA CTGATCAAGA TTTCAGGGAG CTACTTGGTG 
GATGACTCGG ATGATGATTC TTTGTATATT AATGTCTGCA GAGACATAGA AAGCTCAGAT 
GATGAGACCA GAAGATGCCC TGAAGGTAGT GCTGCTTGTT TGTTGAAGAA AGGCCATGCA 
TTTGATGTTG GCCGCCCCAA AGAACAACTG AAACTGCTTG GCAAAGACAG GCTTGTGCTG 
AGTTATGAGA AAGTATACAG TGAAGAAGAG ATCCCAGACT TCTGTTTGGG CCATAACCCA 
GCAGTGACTA TTACTTTTGT GTGCCCATCC AAAAGAGGGG GAGAGAGCAC AAGCCCCAAA 
CTCACTGCCA AAATCAACTG CCGGTATGAA ATTGAATGGG TTACAGAGTA TGCCTGTCAC 
CGGGATTACC TGGAGAGTAG AAACTGTAGT CTCACCAATG AGCAGCATGA TATCTCCATT 
GACTTGACGC CACTTACTCA GCCTCCAGGT TATGTCACAC CTTATATGGC CAAAGATGAG 
AGACAAGAGT ATTACTATTA CTTGAATATA TGTGGGAAAA CCACTGCAGG AAACTGCCGG 
GATAATGGAG GATATGTTTC ATCTTGCCAA GTGAAATCTA GTAATTACCA ACAAAAAGTA 
GCAGGAAAAT TTGAAAACCA AACCCTTAGG TATTCAGATG GGGACCTCAC TTTGACTTAT 
CCAAATGGTG ATGCATGCAG CTCTGGCTTT CAGCGGATGA CCGTTATAAA CTTTGAATGC 
AATGAAACAG CAAGTAATGA TGGTAAAGGG GCTCCAGTGT TCACTGGTGA AGTGGACTGC 
ACATATTTCT TCACCTGGGA TACGAAATAT GCCTGTGTAA AAGAGAAGGA AGATATCCTT 
TGCAGAGTTG CTGATAAGAA GAAACGGTAC GACTTGTCAC CTCTCACTCG CAGTTCAGAA 
TCAGCCCAGA ATTGGGAAGC TGTGGATAGC AGTCTTACAG AAGCAGAGAA GAAACGCTAC 
TACATCAATG TCTGTCATAA AGTGCTTAAG AAGGGGGGAG CACTTGGCTG CCCAGATGAT 
GCGGCTATCT GCTCTGTTGA TAAACAAAAC AAGGCTAAAA ATCTTGGGAC ATTTATGTCA 
TCTCCCCAAA AAGTTGGAGA GAGTATTCAG CTTGTTTATC AGAATGGCGA CAGCTGTTTG 
AGTGACAAGA AAATCAAAAC TGTCATAATG CTTGTGTGCA AGCCAGGTGA TCTAGAAAGT 
GCTCCTGTTC TAATATCTGA AAACGATGAT GAATGTTTGT ATGAATTTGA GTGGCATACT 
GCTGCTGCCT GTGTCCTATC CAAAACGGAA GGAGACAACT GCAGAGTCTC TGATTCTCAG 
GCTGGATTTT CTTTTGACTT GTCACCATTG ACCAAAAAAA GTGGGAGCTA TATTGTTCAT 
GCCCCTGATT ATGACTTCTA CATAAATATT TGTGACCGTG TACCACAGGA ATCGTGTCCA 
GGAGAATCTG CAGCATGTCA GGTATCAAAA AGCAACCATG GTGCATGGAG TCTTGGAGCG 
CTCAGTTCCA AACTTTCATA TTACGATGGA ATGATTCAGC TGACCTACAA AAACGGTACA 
CCTTACAACA ATGAGAACCA GACTCCACGT TCTACCCTTA TAACTTTTCT GTGTGATCGT 
GAAGCTGGAA TAGGTCAACC TGAATACCAG AAAGAAGACA GTTACACATA CAACTTTAAG 
TGGTACACTG AACATGCCTG TCCAGAGATG CCATTAGAGT GCATTGTTAC TGATCCCACC 
ACCATGCAAC AATATGATTT GTCAAGACTA TCAAAATCTG AAAAAAGAGG TGAAAACTGG 
TATGCCATGG ATAACTCTGA GCCAAACCAA CGTAGGAAAT ACTACATAAA TATCTGTCGG 
CCCTTGATTC CAGTTCCAGG ATGTGATCGA CATGCATCAG TCTGTCAAAT GAAGTATGAA 
AGAGATTATG ATTCTATTTC TGAAGTCCCT TCCATTAGTA ACCTGGGAGT TGCTAGCAAA 
GGACTTGTAA TTGAAAGACC TGGTCGAGTT CTTTTAACCT ACACAGGTGG TTCTGTGTGC 
ATCAATGCTG ATGGACAGAA TATCTCCTAT ACAACTGTAA TCCATTTCAC CTGCTCCGAA 
GGCACTCTTG GTAGCAGCCC AAGGTTTATT GATGACCGAG AATGTGTGAT CACCTTCCTG 
TGGGAAACAG AAGCTGCATG TCCAGTTAAA ACAACGAGAG ATGAAACTCA GTCCTGTTCT 
GTGAGAGATC CAAACAGTGG CTTTCTGTTC AACCTGCAAC CTCTAGCTTC AGAAAAAGGA 
TATAAAGCCA GTGGAACTGG GAAGAGCTAC ATGCTAAATA TTTGTGGGCC AGCACCGGAT 
TGTGGTAATA TCAATGGAAA ACCAGCTGCT GGATGTGAAA CAGATCTAAA ATCAGTAAGG 
ACGGTGGAAT TGGATAAAAC CCTTCGTCTA TCTACTGAAG GACTTCTCAC TCTCACCTAC 
AAAGGCCCTC TTGTTGCAGC ATCAGGAACT TCAGATACAT TCACAATAAC TTTCATTTGT 
AACAACTCCT ACCCTGGAGA ACTCAGATTT GTACGAGAAG AAACTAGCAC TTCAAAAATC 
CACCATGCTT TCTTTGAGTT CTACACAGCC TTAGCCTGTA CCCCTGCTCC AGTAGACTGT 
CAGGTTACTG ATCTTGCTGG CAATGAGTAT GATCTAAGTG ACTTGAGCAA GGAACATGAG 
CCTTGGGTTG CTGTAGATAC TTCAAAAAAT GCAAAAACAA GAACGTTCTA TTTGAATGTT 
TGCAAGCCTT TACCTTATGG GCCTGGATGT CCTGGGGGAG CAGTAGGCTC CTGTGTAAAG 
TATGCTGATA GAAGCCAGAA CCTTGGTATT ATTCAGATAA GTCCTCAGGT TACCACTGGT 
GGATCTCTTA GTATTATTTA CTTAAATGGT GACATATGCA AAGATAAGCA GCGGTATTCT 
ACGCGGATCA TCTTTCAGTG CGACCAAACC ATAGGATCGC CAGTATTTGA GGAAGAGGAC 
GGATGTGAAT TTGTATTTAT CTGGAGAACT CTGGCTGCCT GTCCCCTTCA CAGAGCAGAA 
GGTGATAAAT GTCAGGTAAC AGATCCAAGA TATGGTTATG TATACAATCT GAAACCTCTT 
TCTGTGAAGG ATATGAAAGT GAGCACAGAT GAATATGACT ACTATTTCAG AGTCTGTGGC 
ACAATAGCAG AATCATGCAA GTCAGTGGAT CATACAGTAT CCTCATGCCA AGTAAAGAAG 
ACAAACTCAA CTTCTAGAAA AATAGCAGGA TTGTACAATG AAAAGCTGAC ATTTGAAAAT 
GGACTAATAA AGATTAACTA CACCAGTGGG GAGAGATGCC ACAAAATATA TGAGCGATCA 
ACTACTATAT TGTTCTACTG TGACAACAGT GCTCTGGAGC CCATGTTTCT GAAGGAAACT 
CCAGACTGCA CCTACTTATT TGAATGGCAC ACCCCGTATG CTTGCCTGCC CTTGAGATCT 
GTAGAGTGCT ACTACAAAGA CAGTGAAGGA AACTCATTTG ATCTTTCATC TCTGACACGG 
CATAGAGAGA ACTGGGAAGC TATTTCCATG TTTGGTTCTG CACAGAGATA CTATATTAAT 
GTCTGCAAGT CCTTAGTGAC ACATGGAGGT GCAGGTTCCT GTCCATTAAA TGCTGCTGCT 
TGCCTGGTGG ATGGTTCCAG TTATATCAAT ATAGGGGAGG TTGCTGAAGG ACCACGATGG 
GAAAATGGCA TTACTGTTCT CAAGTATGTT AATGGGGATA AGTGCCCAGA CAAGATTCGC 
AAGAAGATGA CAATACTGCG CCTCAAGTGT GATGAAAGTA AAGTTGAATC TAAACCAGAG 
CTGGTAACTG CGCTGGAAGA CTGTGAATAT ACTTTCTTGT GGTTCACTGC TGCTGCATGT 
CCTTTGACAA ACAACATGAA CAATGATTGT AGAGTAACAA ACCCAGTCAC AGGCCACCTG 
TTTGACCTGA ATTCTTTGAA GAGGGAAGCT GGCTACACTC TCTATGACAA CAAGAGCAGA 
AAAACTGTTC AGTTGGGTAT TTGTGATGAA GTTAAAAGCT CATGTGGTAC TAGGGTTGGC 
GTCTGCATTA GTGATGGTCA GAAACATATT ATTGCTGGAA GACAGAGCAA AATGTTAACC 
TATCAGGATC AAGTACTGAA ACTGGTCTAT GAAGGGGGAG ATCCTTGTCC AGTGAATTCT 
GCATTGAAAC ACAGAAGTCA CTTTAGCTTT GTGTGCAAAT CAGATGCTGG AGATGGTCAG 
CCTGTTCTCT TATCTTTTGA TGAACAGACC TGCACACACT ACTTTTCCTG GCATACTTCT 
CTAGCTTGTG AAGAGGAGGT GAAATGCTCG GTGTTGAATG GCAGCTCAGT TATTGACCTC 
TCCCCTTTGA TCCATCGAAC GGGTTATTAT GAGGCATTTG ATGATGATGA TCTAACTGAC 
CTCACTCCAG ACTTCTACAT TAATATTTGT GAGCCCCTCA ATCCAATCAA AGATGTCAGC 
TGCCCTCCTG GGGCAGCAGT CTGCATGGTT CCTGTTACTG GTCCTCCTAT AGACATTGGT 
CGCATCACTG AACCTCCCAC TCTAAATCCT GCAACAAATG AAGTCCATAT TACTTTTAAC 
AGTACCACGC CTTGTCCAGC AGACAGAAAG CTCAACTATA CTTCCCTTAT AGTCTTCCAG 
TGTGAAAGAG GAATAGCTCT GGGGAAGCCA AAGATGATAA GAAGGCTTGA CTGCAGCTTT 
GTGTTTGAGT GGGGCACTCC GTTGGTGTGT CCCGATCAAG TGAAAACTTC AGGCTGTTCT 
GTGACTGATG AGCAGTTGCA CTACACTTTT GACTTGTCCA GCCTTTCTAA AAACACATAC 
AAGATCTTGT CTGGCTCCAA CAGTTACCAT GTTGGCGTGT GCGCTAAAGT AGTAGATGTA 
CCGCAGGGAA AATGCAAAGA CGGGGCAGTA TGCCTGGTGT CTGAAAACAG TGCTGCTTCC 
TTTGGAAATT TCAAAGAAAT GAAAATGGAT TACAGGCATC AGGATGAAAC TGTCATTCTG 
CAGTACACAA GGGGTGATCA GTGCCCTCCA GTGACCGAAA AGGGTGAACT TTGTGTCTTC 
CCCTTCAAGT ATAAAGACAA GAACTATGAG GAGTGCATTA CAGATGGAGA AGGAAAACCG 
TGGTGTTCCA CAACTAAGGA TTATGACAGA GATGGAAAAT GGGGATTTTG TGGAAATGTG 
GTTGGGAATC GGGAATCTAC TATTATTTTC AAGTGTGATG AAAATGCTGG CGAAGGCACC 
CCTCAGCTTT TGAGTGAGAC ACTTGGCTGT GCTGTGACAT TTGAGTGGAA GACGCAGGTG 
GTTTGTCCTC CACAGAAGAT GGAATGCAAG TTTATCCAAA AGCACAAAAC ATACGATTTG 
AGAGTGCTTT CTTCCCTTAC AGGATCTTGG GTCTTCTCTT ATGAAGGGAG CTCGTATTAC 
ATGAATCTTT GTCAGAGAGT ATATGAAGGA CCTACAGGAT GCTCTGACAG AGCTAGTATT 
TGCAAAAAAA GCCAAAATGG AGCTGTTCAG GTGCTAGGAC TTGTACACAC GCAGAAGCTG 
AATGTGACAG ATGATAAAGT ATATATTAGT TACTCCGGTG GACAAGAATG TAGTGAAAAC 
AAGAAAACAA CAACTGTTAT AGAACTGAAA TGTGCAAAAA CAGTTGGCAA GCCTGTGTTG 
CAACGGTTTG ATGGAGAAAA CTGTGCTTAC TACATCACGT GGGAAACGCG GGCAGCTTGT 
GCTGTGAAGC CACAAGAGGT GGAGATAGTG AATGGGACAG TTATTAATCC TACATCTGGA 
AAAAATTTCA GCTTGGGTGA TATTTTTTAC AAATTATACA CAGCTTCTGG GGATATACGG 
ACAAATGGTG ACACATACGT GTATGAAATT CAGCTTTCTT CTATAACTGA CTCGGCGCAC 
CCACAGTGCT CTGGAGCAAA CATATGCCAA GTTAAAACTA ACAGCCCTTA CCAAAGAAGA 
GTTGGCTCGT CCAATAAAGC CAAATACTAT ATTCAAGATA ATGACTTGGA TATTGTCTTT 
TCGTCTGACT CGCAGTGTGG TAAAGATAGA TCCAAGTTTG TCTCCTCAAC AATCTTCTTC 
CACTGTGATC TGCAGGCAAA GGAAGGCATC CCTGAATTCC TCCATGAGAC ATCAGATTGT 
CAGTACTTAT TTACATGGTA CACATCTGCT GTCTGTCCAT TAGCAATGTC TGAGGTTCCA 
GAAAGCAATG AGGGTCAGAT TGACCAGGAA GCACAAATTC ATAAAGGCCT TTCAGGAAGA 
AGTCAAGCAG TTGGCGCTGT GCTTAGTGTC CTCCTGGTGG TTCTCACTGT GTGCCTGCTG 
ATTCTCTTGT TTTACAAAAA AGAAAGGAGA GAAACTGTGA TGCACAAGAT AACCAACTGC 
TGCAGAAGAA CGTCAAGTGT TTCCTATAAA TATACAAAGG TAAACAGTGA AGAAGAAGCT 
AATGAGAATG AAACAGAGTG GCTTATGGAG GAAATTGCTG CGCCAAATCA GAAACCAGGA 
AAAGGAGGAC AAGAGAATGG GCACATCACC AAATCTGTTA CATCGGATGC CTTCACCTCT 
CTTCATGTGG ATGACATGGA CAGTGAGGAT GAAGTTCTAA CCATTCCAGA TGTAAAGGTT 
CACTCGGCGA GAGGGCCACA GTCCAGAGGC TCGGACAAGA ACAGGCACCA GCAGAAGAAG 
CCACCTAGCC ATGGAAGGGA TGACAAGGCC AGCTTGCTGA ATGGAGGGAA GGAAAGCAAA 
ACAGCAGCCA AGTTGCCAAG TCATCAGACA CAGGACTCTC TGAATTCAGT ATCATTCCAT 
GATGATAGTG ATGAGGACTT GTTGAATGTT TAA

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

RefSeq	XP_006264642.2
CDS	72..7484
Translation	MAAAAPPAWLLPVLLLPVLLRAAPGPGLEAQLCGYTWEATDTDRQVLYKINFCDPIEECEGSSAVCAYDLNKKTYLSVGDSSLRKSSKTLLEFNTTRTCSQEGTEHMIQSNINFLCGKTLGTPEFVTATECVHYFEWRTFVACKKDLFKAKKEVPCYVFDGPWKKHDLNPLIKISGSYLVDDSDDDSLYINVCRDIESSDDETRRCPEGSAACLLKKGHAFDVGRPKEQLKLLGKDRLVLSYEKVYSEEEIPDFCLGHNPAVTITFVCPSKRGGESTSPKLTAKINCRYEIEWVTEYACHRDYLESRNCSLTNEQHDISIDLTPLTQPPGYVTPYMAKDERQEYYYYLNICGKTTAGNCRDNGGYVSSCQVKSSNYQQKVAGKFENQTLRYSDGDLTLTYPNGDACSSGFQRMTVINFECNETASNDGKGAPVFTGEVDCTYFFTWDTKYACVKEKEDILCRVADKKKRYDLSPLTRSSESAQNWEAVDSSLTEAEKKRYYINVCHKVLKKGGALGCPDDAAICSVDKQNKAKNLGTFMSSPQKVGESIQLVYQNGDSCLSDKKIKTVIMLVCKPGDLESAPVLISENDDECLYEFEWHTAAACVLSKTEGDNCRVSDSQAGFSFDLSPLTKKSGSYIVHAPDYDFYINICDRVPQESCPGESAACQVSKSNHGAWSLGALSSKLSYYDGMIQLTYKNGTPYNNENQTPRSTLITFLCDREAGIGQPEYQKEDSYTYNFKWYTEHACPEMPLECIVTDPTTMQQYDLSRLSKSEKRGENWYAMDNSEPNQRRKYYINICRPLIPVPGCDRHASVCQMKYERDYDSISEVPSISNLGVASKGLVIERPGRVLLTYTGGSVCINADGQNISYTTVIHFTCSEGTLGSSPRFIDDRECVITFLWETEAACPVKTTRDETQSCSVRDPNSGFLFNLQPLASEKGYKASGTGKSYMLNICGPAPDCGNINGKPAAGCETDLKSVRTVELDKTLRLSTEGLLTLTYKGPLVAASGTSDTFTITFICNNSYPGELRFVREETSTSKIHHAFFEFYTALACTPAPVDCQVTDLAGNEYDLSDLSKEHEPWVAVDTSKNAKTRTFYLNVCKPLPYGPGCPGGAVGSCVKYADRSQNLGIIQISPQVTTGGSLSIIYLNGDICKDKQRYSTRIIFQCDQTIGSPVFEEEDGCEFVFIWRTLAACPLHRAEGDKCQVTDPRYGYVYNLKPLSVKDMKVSTDEYDYYFRVCGTIAESCKSVDHTVSSCQVKKTNSTSRKIAGLYNEKLTFENGLIKINYTSGERCHKIYERSTTILFYCDNSALEPMFLKETPDCTYLFEWHTPYACLPLRSVECYYKDSEGNSFDLSSLTRHRENWEAISMFGSAQRYYINVCKSLVTHGGAGSCPLNAAACLVDGSSYINIGEVAEGPRWENGITVLKYVNGDKCPDKIRKKMTILRLKCDESKVESKPELVTALEDCEYTFLWFTAAACPLTNNMNNDCRVTNPVTGHLFDLNSLKREAGYTLYDNKSRKTVQLGICDEVKSSCGTRVGVCISDGQKHIIAGRQSKMLTYQDQVLKLVYEGGDPCPVNSALKHRSHFSFVCKSDAGDGQPVLLSFDEQTCTHYFSWHTSLACEEEVKCSVLNGSSVIDLSPLIHRTGYYEAFDDDDLTDLTPDFYINICEPLNPIKDVSCPPGAAVCMVPVTGPPIDIGRITEPPTLNPATNEVHITFNSTTPCPADRKLNYTSLIVFQCERGIALGKPKMIRRLDCSFVFEWGTPLVCPDQVKTSGCSVTDEQLHYTFDLSSLSKNTYKILSGSNSYHVGVCAKVVDVPQGKCKDGAVCLVSENSAASFGNFKEMKMDYRHQDETVILQYTRGDQCPPVTEKGELCVFPFKYKDKNYEECITDGEGKPWCSTTKDYDRDGKWGFCGNVVGNRESTIIFKCDENAGEGTPQLLSETLGCAVTFEWKTQVVCPPQKMECKFIQKHKTYDLRVLSSLTGSWVFSYEGSSYYMNLCQRVYEGPTGCSDRASICKKSQNGAVQVLGLVHTQKLNVTDDKVYISYSGGQECSENKKTTTVIELKCAKTVGKPVLQRFDGENCAYYITWETRAACAVKPQEVEIVNGTVINPTSGKNFSLGDIFYKLYTASGDIRTNGDTYVYEIQLSSITDSAHPQCSGANICQVKTNSPYQRRVGSSNKAKYYIQDNDLDIVFSSDSQCGKDRSKFVSSTIFFHCDLQAKEGIPEFLHETSDCQYLFTWYTSAVCPLAMSEVPESNEGQIDQEAQIHKGLSGRSQAVGAVLSVLLVVLTVCLLILLFYKKERRETVMHKITNCCRRTSSVSYKYTKVNSEEEANENETEWLMEEIAAPNQKPGKGGQENGHITKSVTSDAFTSLHVDDMDSEDEVLTIPDVKVHSARGPQSRGSDKNRHQQKKPPSHGRDDKASLLNGGKESKTAAKLPSHQTQDSLNSVSFHDDSDEDLLNV

Target ORF information:

RefSeq Version	XM_006264580.3
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis 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_006264580.3

ORF Insert Sequence:

ATGGCTGCCG CCGCGCCCCC GGCCTGGCTG CTGCCGGTCC TGCTGCTGCC GGTCCTGCTG 
CGGGCCGCCC CGGGCCCCGG CCTGGAGGCG CAGCTGTGCG GTTATACATG GGAAGCAACT 
GATACAGACA GACAGGTGCT TTATAAAATA AACTTCTGTG ACCCTATTGA AGAGTGTGAA 
GGATCAAGTG CAGTTTGTGC ATACGACCTG AATAAAAAGA CCTATCTGTC AGTAGGTGAC 
TCATCTCTGA GAAAAAGCTC TAAAACACTT TTAGAGTTCA ACACTACAAG GACCTGCTCA 
CAAGAAGGCA CTGAACACAT GATACAAAGC AACATTAACT TCCTTTGTGG GAAGACTCTG 
GGAACCCCTG AATTTGTGAC TGCAACTGAG TGTGTGCACT ACTTTGAATG GAGGACCTTT 
GTTGCTTGCA AGAAGGACTT ATTTAAAGCT AAAAAAGAGG TACCTTGCTA TGTTTTTGAT 
GGCCCTTGGA AGAAACATGA CTTGAATCCA CTGATCAAGA TTTCAGGGAG CTACTTGGTG 
GATGACTCGG ATGATGATTC TTTGTATATT AATGTCTGCA GAGACATAGA AAGCTCAGAT 
GATGAGACCA GAAGATGCCC TGAAGGTAGT GCTGCTTGTT TGTTGAAGAA AGGCCATGCA 
TTTGATGTTG GCCGCCCCAA AGAACAACTG AAACTGCTTG GCAAAGACAG GCTTGTGCTG 
AGTTATGAGA AAGTATACAG TGAAGAAGAG ATCCCAGACT TCTGTTTGGG CCATAACCCA 
GCAGTGACTA TTACTTTTGT GTGCCCATCC AAAAGAGGGG GAGAGAGCAC AAGCCCCAAA 
CTCACTGCCA AAATCAACTG CCGGTATGAA ATTGAATGGG TTACAGAGTA TGCCTGTCAC 
CGGGATTACC TGGAGAGTAG AAACTGTAGT CTCACCAATG AGCAGCATGA TATCTCCATT 
GACTTGACGC CACTTACTCA GCCTCCAGGT TATGTCACAC CTTATATGGC CAAAGATGAG 
AGACAAGAGT ATTACTATTA CTTGAATATA TGTGGGAAAA CCACTGCAGG AAACTGCCGG 
GATAATGGAG GATATGTTTC ATCTTGCCAA GTGAAATCTA GTAATTACCA ACAAAAAGTA 
GCAGGAAAAT TTGAAAACCA AACCCTTAGG TATTCAGATG GGGACCTCAC TTTGACTTAT 
CCAAATGGTG ATGCATGCAG CTCTGGCTTT CAGCGGATGA CCGTTATAAA CTTTGAATGC 
AATGAAACAG CAAGTAATGA TGGTAAAGGG GCTCCAGTGT TCACTGGTGA AGTGGACTGC 
ACATATTTCT TCACCTGGGA TACGAAATAT GCCTGTGTAA AAGAGAAGGA AGATATCCTT 
TGCAGAGTTG CTGATAAGAA GAAACGGTAC GACTTGTCAC CTCTCACTCG CAGTTCAGAA 
TCAGCCCAGA ATTGGGAAGC TGTGGATAGC AGTCTTACAG AAGCAGAGAA GAAACGCTAC 
TACATCAATG TCTGTCATAA AGTGCTTAAG AAGGGGGGAG CACTTGGCTG CCCAGATGAT 
GCGGCTATCT GCTCTGTTGA TAAACAAAAC AAGGCTAAAA ATCTTGGGAC ATTTATGTCA 
TCTCCCCAAA AAGTTGGAGA GAGTATTCAG CTTGTTTATC AGAATGGCGA CAGCTGTTTG 
AGTGACAAGA AAATCAAAAC TGTCATAATG CTTGTGTGCA AGCCAGGTGA TCTAGAAAGT 
GCTCCTGTTC TAATATCTGA AAACGATGAT GAATGTTTGT ATGAATTTGA GTGGCATACT 
GCTGCTGCCT GTGTCCTATC CAAAACGGAA GGAGACAACT GCAGAGTCTC TGATTCTCAG 
GCTGGATTTT CTTTTGACTT GTCACCATTG ACCAAAAAAA GTGGGAGCTA TATTGTTCAT 
GCCCCTGATT ATGACTTCTA CATAAATATT TGTGACCGTG TACCACAGGA ATCGTGTCCA 
GGAGAATCTG CAGCATGTCA GGTATCAAAA AGCAACCATG GTGCATGGAG TCTTGGAGCG 
CTCAGTTCCA AACTTTCATA TTACGATGGA ATGATTCAGC TGACCTACAA AAACGGTACA 
CCTTACAACA ATGAGAACCA GACTCCACGT TCTACCCTTA TAACTTTTCT GTGTGATCGT 
GAAGCTGGAA TAGGTCAACC TGAATACCAG AAAGAAGACA GTTACACATA CAACTTTAAG 
TGGTACACTG AACATGCCTG TCCAGAGATG CCATTAGAGT GCATTGTTAC TGATCCCACC 
ACCATGCAAC AATATGATTT GTCAAGACTA TCAAAATCTG AAAAAAGAGG TGAAAACTGG 
TATGCCATGG ATAACTCTGA GCCAAACCAA CGTAGGAAAT ACTACATAAA TATCTGTCGG 
CCCTTGATTC CAGTTCCAGG ATGTGATCGA CATGCATCAG TCTGTCAAAT GAAGTATGAA 
AGAGATTATG ATTCTATTTC TGAAGTCCCT TCCATTAGTA ACCTGGGAGT TGCTAGCAAA 
GGACTTGTAA TTGAAAGACC TGGTCGAGTT CTTTTAACCT ACACAGGTGG TTCTGTGTGC 
ATCAATGCTG ATGGACAGAA TATCTCCTAT ACAACTGTAA TCCATTTCAC CTGCTCCGAA 
GGCACTCTTG GTAGCAGCCC AAGGTTTATT GATGACCGAG AATGTGTGAT CACCTTCCTG 
TGGGAAACAG AAGCTGCATG TCCAGTTAAA ACAACGAGAG ATGAAACTCA GTCCTGTTCT 
GTGAGAGATC CAAACAGTGG CTTTCTGTTC AACCTGCAAC CTCTAGCTTC AGAAAAAGGA 
TATAAAGCCA GTGGAACTGG GAAGAGCTAC ATGCTAAATA TTTGTGGGCC AGCACCGGAT 
TGTGGTAATA TCAATGGAAA ACCAGCTGCT GGATGTGAAA CAGATCTAAA ATCAGTAAGG 
ACGGTGGAAT TGGATAAAAC CCTTCGTCTA TCTACTGAAG GACTTCTCAC TCTCACCTAC 
AAAGGCCCTC TTGTTGCAGC ATCAGGAACT TCAGATACAT TCACAATAAC TTTCATTTGT 
AACAACTCCT ACCCTGGAGA ACTCAGATTT GTACGAGAAG AAACTAGCAC TTCAAAAATC 
CACCATGCTT TCTTTGAGTT CTACACAGCC TTAGCCTGTA CCCCTGCTCC AGTAGACTGT 
CAGGTTACTG ATCTTGCTGG CAATGAGTAT GATCTAAGTG ACTTGAGCAA GGAACATGAG 
CCTTGGGTTG CTGTAGATAC TTCAAAAAAT GCAAAAACAA GAACGTTCTA TTTGAATGTT 
TGCAAGCCTT TACCTTATGG GCCTGGATGT CCTGGGGGAG CAGTAGGCTC CTGTGTAAAG 
TATGCTGATA GAAGCCAGAA CCTTGGTATT ATTCAGATAA GTCCTCAGGT TACCACTGGT 
GGATCTCTTA GTATTATTTA CTTAAATGGT GACATATGCA AAGATAAGCA GCGGTATTCT 
ACGCGGATCA TCTTTCAGTG CGACCAAACC ATAGGATCGC CAGTATTTGA GGAAGAGGAC 
GGATGTGAAT TTGTATTTAT CTGGAGAACT CTGGCTGCCT GTCCCCTTCA CAGAGCAGAA 
GGTGATAAAT GTCAGGTAAC AGATCCAAGA TATGGTTATG TATACAATCT GAAACCTCTT 
TCTGTGAAGG ATATGAAAGT GAGCACAGAT GAATATGACT ACTATTTCAG AGTCTGTGGC 
ACAATAGCAG AATCATGCAA GTCAGTGGAT CATACAGTAT CCTCATGCCA AGTAAAGAAG 
ACAAACTCAA CTTCTAGAAA AATAGCAGGA TTGTACAATG AAAAGCTGAC ATTTGAAAAT 
GGACTAATAA AGATTAACTA CACCAGTGGG GAGAGATGCC ACAAAATATA TGAGCGATCA 
ACTACTATAT TGTTCTACTG TGACAACAGT GCTCTGGAGC CCATGTTTCT GAAGGAAACT 
CCAGACTGCA CCTACTTATT TGAATGGCAC ACCCCGTATG CTTGCCTGCC CTTGAGATCT 
GTAGAGTGCT ACTACAAAGA CAGTGAAGGA AACTCATTTG ATCTTTCATC TCTGACACGG 
CATAGAGAGA ACTGGGAAGC TATTTCCATG TTTGGTTCTG CACAGAGATA CTATATTAAT 
GTCTGCAAGT CCTTAGTGAC ACATGGAGGT GCAGGTTCCT GTCCATTAAA TGCTGCTGCT 
TGCCTGGTGG ATGGTTCCAG TTATATCAAT ATAGGGGAGG TTGCTGAAGG ACCACGATGG 
GAAAATGGCA TTACTGTTCT CAAGTATGTT AATGGGGATA AGTGCCCAGA CAAGATTCGC 
AAGAAGATGA CAATACTGCG CCTCAAGTGT GATGAAAGTA AAGTTGAATC TAAACCAGAG 
CTGGTAACTG CGCTGGAAGA CTGTGAATAT ACTTTCTTGT GGTTCACTGC TGCTGCATGT 
CCTTTGACAA ACAACATGAA CAATGATTGT AGAGTAACAA ACCCAGTCAC AGGCCACCTG 
TTTGACCTGA ATTCTTTGAA GAGGGAAGCT GGCTACACTC TCTATGACAA CAAGAGCAGA 
AAAACTGTTC AGTTGGGTAT TTGTGATGAA GTTAAAAGCT CATGTGGTAC TAGGGTTGGC 
GTCTGCATTA GTGATGGTCA GAAACATATT ATTGCTGGAA GACAGAGCAA AATGTTAACC 
TATCAGGATC AAGTACTGAA ACTGGTCTAT GAAGGGGGAG ATCCTTGTCC AGTGAATTCT 
GCATTGAAAC ACAGAAGTCA CTTTAGCTTT GTGTGCAAAT CAGATGCTGG AGATGGTCAG 
CCTGTTCTCT TATCTTTTGA TGAACAGACC TGCACACACT ACTTTTCCTG GCATACTTCT 
CTAGCTTGTG AAGAGGAGGT GAAATGCTCG GTGTTGAATG GCAGCTCAGT TATTGACCTC 
TCCCCTTTGA TCCATCGAAC GGGTTATTAT GAGGCATTTG ATGATGATGA TCTAACTGAC 
CTCACTCCAG ACTTCTACAT TAATATTTGT GAGCCCCTCA ATCCAATCAA AGATGTCAGC 
TGCCCTCCTG GGGCAGCAGT CTGCATGGTT CCTGTTACTG GTCCTCCTAT AGACATTGGT 
CGCATCACTG AACCTCCCAC TCTAAATCCT GCAACAAATG AAGTCCATAT TACTTTTAAC 
AGTACCACGC CTTGTCCAGC AGACAGAAAG CTCAACTATA CTTCCCTTAT AGTCTTCCAG 
TGTGAAAGAG GAATAGCTCT GGGGAAGCCA AAGATGATAA GAAGGCTTGA CTGCAGCTTT 
GTGTTTGAGT GGGGCACTCC GTTGGTGTGT CCCGATCAAG TGAAAACTTC AGGCTGTTCT 
GTGACTGATG AGCAGTTGCA CTACACTTTT GACTTGTCCA GCCTTTCTAA AAACACATAC 
AAGATCTTGT CTGGCTCCAA CAGTTACCAT GTTGGCGTGT GCGCTAAAGT AGTAGATGTA 
CCGCAGGGAA AATGCAAAGA CGGGGCAGTA TGCCTGGTGT CTGAAAACAG TGCTGCTTCC 
TTTGGAAATT TCAAAGAAAT GAAAATGGAT TACAGGCATC AGGATGAAAC TGTCATTCTG 
CAGTACACAA GGGGTGATCA GTGCCCTCCA GTGACCGAAA AGGGTGAACT TTGTGTCTTC 
CCCTTCAAGT ATAAAGACAA GAACTATGAG GAGTGCATTA CAGATGGAGA AGGAAAACCG 
TGGTGTTCCA CAACTAAGGA TTATGACAGA GATGGAAAAT GGGGATTTTG TGGAAATGTG 
GTTGGGAATC GGGAATCTAC TATTATTTTC AAGTGTGATG AAAATGCTGG CGAAGGCACC 
CCTCAGCTTT TGAGTGAGAC ACTTGGCTGT GCTGTGACAT TTGAGTGGAA GACGCAGGTG 
GTTTGTCCTC CACAGAAGAT GGAATGCAAG TTTATCCAAA AGCACAAAAC ATACGATTTG 
AGAGTGCTTT CTTCCCTTAC AGGATCTTGG GTCTTCTCTT ATGAAGGGAG CTCGTATTAC 
ATGAATCTTT GTCAGAGAGT ATATGAAGGA CCTACAGGAT GCTCTGACAG AGCTAGTATT 
TGCAAAAAAA GCCAAAATGG AGCTGTTCAG GTGCTAGGAC TTGTACACAC GCAGAAGCTG 
AATGTGACAG ATGATAAAGT ATATATTAGT TACTCCGGTG GACAAGAATG TAGTGAAAAC 
AAGAAAACAA CAACTGTTAT AGAACTGAAA TGTGCAAAAA CAGTTGGCAA GCCTGTGTTG 
CAACGGTTTG ATGGAGAAAA CTGTGCTTAC TACATCACGT GGGAAACGCG GGCAGCTTGT 
GCTGTGAAGC CACAAGAGGT GGAGATAGTG AATGGGACAG TTATTAATCC TACATCTGGA 
AAAAATTTCA GCTTGGGTGA TATTTTTTAC AAATTATACA CAGCTTCTGG GGATATACGG 
ACAAATGGTG ACACATACGT GTATGAAATT CAGCTTTCTT CTATAACTGA CTCGGCGCAC 
CCACAGTGCT CTGGAGCAAA CATATGCCAA GTTAAAACTA ACAGCCCTTA CCAAAGAAGA 
GTTGGCTCGT CCAATAAAGC CAAATACTAT ATTCAAGATA ATGACTTGGA TATTGTCTTT 
TCGTCTGACT CGCAGTGTGG TAAAGATAGA TCCAAGTTTG TCTCCTCAAC AATCTTCTTC 
CACTGTGATC TGCAGGCAAA GGAAGGCATC CCTGAATTCC TCCATGAGAC ATCAGATTGT 
CAGTACTTAT TTACATGGTA CACATCTGCT GTCTGTCCAT TAGCAATGTC TGAGGTTCCA 
GAAAGCAATG AGGGTCAGAT TGACCAGGAA GCACAAATTC ATAAAGGCCT TTCAGGAAGA 
AGTCAAGCAG TTGGCGCTGT GCTTAGTGTC CTCCTGGTGG TTCTCACTGT GTGCCTGCTG 
ATTCTCTTGT TTTACAAAAA AGAAAGGAGA GAAACTGTGA TGCACAAGAT AACCAACTGC 
TGCAGAAGAA CGTCAAGTGT TTCCTATAAA TATACAAAGG TAAACAGTGA AGAAGAAGCT 
AATGAGAATG AAACAGAGTG GCTTATGGAG GAAATTGCTG CGCCAAATCA GAAACCAGGA 
AAAGGAGGAC AAGAGAATGG GCACATCACC AAATCTGTTA CATCGGATGC CTTCACCTCT 
CTTCATGTGG ATGACATGGA CAGTGAGGAT GAAGTTCTAA CCATTCCAGA TGTAAAGGTT 
CACTCGGCGA GAGGGCCACA GTCCAGAGGC TCGGACAAGA ACAGGCACCA GCAGAAGAAG 
CCACCTAGCC ATGGAAGGGA TGACAAGGCC AGCTTGCTGA ATGGAGGGAA GGAAAGCAAA 
ACAGCAGCCA AGTTGCCAAG TCATCAGACA CAGGACTCTC TGAATTCAGT ATCATTCCAT 
GATGATAGTG ATGAGGACTT GTTGAATGTT TAA