IGF2R cDNA ORF clone, Anas platyrhynchos(mallard)

Gene
Clones
gRNAs

Summary

Gene Symbol	IGF2R
Entrez Gene ID	101795708
Full Name	insulin like growth factor 2 receptor
Gene Type	protein-coding
Organism	Anas platyrhynchos(mallard)

mRNA and Protein(s)

mRNA	Protein	Name
XM_027453313.1	XP_027309114.1	cation-independent mannose-6-phosphate receptor
XM_005015912.2	XP_005015969.1	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
OAn106995	XM_005015912.2 Latest version!	Anas platyrhynchos insulin like growth factor 2 receptor (IGF2R), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1371.30 $1959.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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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_005015912.2 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_005015969.1 Anas platyrhynchos insulin like growth factor 2 receptor (IGF2R), mRNA.

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CloneID	OAn106995
Clone ID Related Accession (Same CDS sequence)	XM_005015912.2
Accession Version	XM_005015912.2 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	2017-05-23
Organism	Anas platyrhynchos(mallard)
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_004676730.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jul 9, 2015 this sequence version replaced XM_005015912.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Anas platyrhynchos Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGCCGTGTC ATGCAGCTCA TCACATCCGC GCCGTCGTCT CGGTGCTTGT GATGAGGGAA 
GTTAGGCCTT ATTCAGCCTC AGAAGGGCAG TGCTTTTTTC TTTTCAGTTA CACATGGGAA 
GCAATTGATA CAGACAGACA TGTACTTTAT AAAATAAACT TCTGTGTTGG TGTTGAAGAG 
TGTGGGAGAA CGAGTGCAGT CTGTGCATAT GACATCAATA AGAAGAATTA TACGTCAGTA 
GGTGATCTAA ACTTGCAAAG AGCTTCTAAA ACTCTTCTGG AACTCAACAC TACAGCTAAG 
TGCCCACAGA AAGACAGTCA GCACCAAATT CAAAGCAACA TTAACTTCTT GTGTGGGAAA 
ACACTGGGTA CGCCTGAATT CGTAACAGCA ACAGAGTGTG TGCACTATTT TGAGTGGAGG 
ACCTTTGTTG CTTGCAAGAA AGACTTGTTT AAACCTGTGA AAGAGGTGCC TTGCTATGTA 
TTTGATGAAG ATTTGAAGAA ACATGACTTA AATCCTCTCA TCAAGATTTC AGGACACTAC 
TTGGTGGATG ATTCTGATGA TGATGATTCC TTGTTTATAA ACATCTGCAG GGACTTAGGA 
AACTCAGGTG GAGAGGCCAG TAACTGCCCT GCTGGCAGTG CGGCTTGCTT GATACACGAA 
GGTCATGCAT ATGATGTTGG CCGTCCAAAG GAACAGCTGA AGCGTCATGA CCAAGACAGG 
CTGGTACTGA GTTATGAGAG ACTATACACT GATGATGAAA AGCCAGACTT CTGCCTAGGC 
CATAATCCAG CAGTGACAAT CACTTTTGTT TGCCCATCAA AGAGAGGAGA ACAGAGTGCA 
GGTCCCAGAC TCACTGCAAA AACAAATTGC CGGTATGAAA TTGAGTGGGT TACTGAGTAT 
GCCTGTCACA GGGATTACCT GGAGAGTAAG AGCTGTATTC TGACTAATGA GCAACATGAT 
ATCTCCATTG ACTTGAGACC ACTTACTCAA CTTCCAGATT ATGTCACACC GTATTTAGCC 
AAAGATGACA AAGATGAGTA TTACTATTAC TTGAATGTAT GCGGGAAAAC TAGTGCAGGT 
AACTGCAAGG ACAGCACGGG ATACATTTCA TCTTGCCAAG TAAAATTTTT GAATAATCAA 
CAAAAAGTGG CAGGAAGATT TGAGAACCAG ACCCTAAGAT ATTCTGATGG GGATCTCACT 
TTAATTTATC CGAATGGGGA TGCATGTAGT TCCGGCTTTG AGAGAATGAC AGTCATAAAC 
TTTGAGTGCA ATGAAACTGC AGGTAATGAT GGTAGAGGGA CTCCAGTGTT TACTGGCGAA 
GTGGACTGCA CCTATTTTTT CACTTGGGAT ACAAAATACG CATGTGTTAA AGAAAGAGAA 
GATCTCCTTT GCAGAGTTTC TGATAAGAGA AAACACTATG ATTTGTCACC TCTGATCCGC 
AGTTCAGATT CAGCCCAGAA CTGGGAAGCT GTTGACAGTA GCCTTTCAGA GGCAGGAAGG 
AAACATTATT ACATCAACAT CTGCCATAAA GTGCTGAAGA AAGGAGGAGC TTCCCTCTGC 
CCAGATACTG CTGCTATTTG CTCTGTAGAT AAACAAAACA AGAGCAGGAA TCTTGGAACA 
TTTGTTTCTT CGCCTAAAAA GGTTGGAGAA AATATTCAAC TTATCTATTC AAATGGAGAC 
AGCTGTGGTG TTAACAAAAA AATCAAAACT GTCATCACTC TTATATGCAG ACCAGGTGAT 
CTAGAAAGCG CTCCAATCTT GATGTCTGAA GGTGAATGTT CATATGCTTT TGACTGGTAT 
ACTGCTGCTG CATGTGTCCT GTCTAAAACT GAAGGAGATA ACTGTCAAGT CTCTGATGCT 
CAGGCAGGCT TCTCTTTTGA TTTATCACAA CTGGACAAGA AAAACGGGTA CTACTTAGTT 
AATACTTCAC AATATTTGTT CTACATAAAT ATCTGTGGCA GTGTGCCAGT CGAATTGTGT 
CACACACAAT CAGCAGCATG CCAAGTAACA CAAAGTAAGA AGCAGTTTTG GAGTCTTGGT 
CTGCCTAATT CCAAACTTTC ATATTACGAT GGTCTGATTC AGCTGACCTA CAAAAATGGT 
ACAGCATATA ATGACGAGAA GAAAACACAG CGATCTACTC TCATAACTTT CCTGTGTGAC 
CGTCAGGCTG GAGTAGGTCA GCCTGAATAT CAGGTAGAAG ATAAAAATAC CTACAACTTC 
AGGTGGTACA CAGAATATGC CTGTCCTGAA CTGCCCTTGG AATGTATTGT GACTGATCCC 
AACACCATGG ATCAATATGA CTTGTCGAGT TTAGCAAAAT CGGAGAAGAG AGGTGGAAAC 
TGGTATGCCA TGGATAATTC AAGACCAAGT GAGCGTAAAA AGTACTACAT AAATGTCTGT 
CGACCACTGC TTGCTGTTCC AGGATGTGAC CGACGAGCAT CTGTGTGTCA GATGGAATAT 
CGACACGATC ATGATTCTTA CTATGAAGCC ACCTCTATTA GCAATCTTGG TGTTGCCAGC 
AAAGAATTAG TAGTTGAAAG ACCTGGTCAC ATTCTTCTAA CCTATTCAAA TGGCTCTGTG 
TGCATCAATG CTGATGGAAA GATGACAACT TATACCACCA CCATCCACTT TGTCTGTTCC 
AGGGGCACTC TGAGTAGCAG CCCACGGTTT ATATCTATTC AGGAATGTGT AATCACGTTC 
TTATGGGAAA CTGAAGCTGC TTGTCCAATT AAGGAAACAA AAGATGATTC TCAGACCTGC 
TCTGTGCGAG ATCCAAACAG TGGCTTTTTA TTCAATCTGC AACCATTAGC TTCAGGAAAA 
GGCTATATGG CAACAGGAAT TGGGAAAAAA TTCTTGCTAA ACATTTGTGG GCCCATGCCA 
GATTGTGGTG AAATCAATGG AAAACAAGCT GCTGGATGTG AAGCAGAAAA TCTGACATCA 
GTGAGGATGG TGGAATTGGA CAAAACTCTT TATCTGTCTG GTGAGGGAGT TCTAACTCTT 
ACCTACAGAG GTCCTCTTCG TGTGGTATCA GGGACATCAG ACACTTTCAC TGTGACTTTC 
ATTTGTAATG ATTCATATCC TGGAGAGCTT AAGTTTGTGC GTGAAGAGAT AAACAGCGTA 
CTGAACATCC ATGATACTTT CTTTGAGTTT CACACAGCTC TGGCCTGTGC TCCTGCTCCT 
GTAGATTGTC AGGTTACAGA TGCTGCTGGT AATGAATATG ACTTAAGTGA CTTGAGCAAA 
GAGAGTGAAC CGTGGGTTGC TATAGATACT TCCAAGAATG CGAAGAAACG AACATTTTTC 
TTGAATGTTT GCAAACCTTT GCCCTCTGTG CCTGGATGCC CTGGTGGAGC CATAGGATCC 
TGTGTGAAAT ACGCTGATAC AAGCAAGAAC CTTGGAGTCA TTCAGATAAA TCCACAGGCT 
GCTACTGATG GGTCACTAAG CATTATTTAC TTGAATGGTG ATACGTGCAG AGATAAGCAA 
CGTTATTCTA CACGTATAAT CTTTCAGTGC GATCAGACAA TGGGTTCACC AGTGTTTGAG 
CAAGAAAACG ACTGTGAGTT TGTATTTGTT TGGAGAACCT TGGCAGCCTG CCCTGTTCAC 
AAAGCAGAAG GAGAGAATTG CCAGGTGAAA GATCCAAGGT ATGGTCATGT TTATAATTTA 
AAGCCACTTT CCAATAAAGA CATAAAAGTG AGTACAGAGG AGTATGACTA CTACTTCAGA 
GTTTGCGGAG AAATAACAGA AAGCTGCAAA CCAGGGGCTC GGGGCGTGTC ATCGTGTCAA 
GTAAAGAAGA TGGACAGTAC TTTCAGAAAA GTAGCAGGCC TGCTTACAGA GAAACTGACT 
TTCAAAAATG GTTTAATAAT GATTAATTAC ACTAGTGGAG AAAAATGTCA TAAAATATAT 
GAACGATCAA CTGCCATATT ATTCTATTGT GACAAGACTA CATCAGAGCC TGTATTTTTG 
AAGGAAACTC CAGATTGCAC CTACATGTTT GAATGGCATA CACAGTATGC CTGCCCACCT 
GTTAAATCCA CTGAGTGTTC CTACAAGGAT GATGAAGGAA ACTTCTATGA CTTTTCATCT 
CTGACACGGC ATAGAGAGAA TTGGGAGGCA ATTGCTTTAT CTGCATCTAC ACAGAAATAC 
TATATTAATG TCTGCAAGTC CCTAGTACCA TACGGTGCTG CACGTTCCTG TCCTTCTGAT 
GCTGCTGCCT CCATTGTGGA GGATGCAAAA TGTGTAAGCC TTGGAGAAGT GGCTGATGGA 
CCCCGGTGGG AAAATGGCAT TTCTGTTCTG AAATACATTA ATGGGGATCA GTGCCCAGAT 
AAAATTCGCA AGAAAACAAC AATATTGCGC CTCAAATGTG ACGAAAGCAG AATAGAGTCA 
AAACCAGAAC TTATAATGGC CATTGAAGAC TGTGAATATA GCTTCTTATG GTTCACTGCT 
GCTGCGTGTC CTCTTAAAAG CAATGTGCAA AATGACTGCC GGGTAACAAA TCCTGCTACA 
GGTCACCTCT TTGATTTGAC ATCACTGAAG CGAGAGTCTG GTTATATAAT CAGTGATTCA 
CATAACAGAA GAATTGAGCT GAATGTTTGT GCTGAAGCTA AAAGTTCATG TGCTAATGGA 
GCTGCTGTCT GCATCACTGG TGGTCCAAAA CCAATTAATG CTGGAAAATT AAGTAAAACT 
TTAACTTATG AAGATCAAGT GTTGAAGCTT GTTTATGAAG GTGGAGATCC TTGCCCTGCA 
GACCCTCAAC TGAAGCATAA AAGCTATTTT AGCTTTGTGT GCAAGTCTGA TGCTGGAGAT 
GACAGCCAGC CTGTTTTTCT GTCTTTTGAT GAGCAGACGT GCACTAGTTA CTTCTCTTGG 
CATACGTCCT TGGCTTGTGA GGAAGAGGTG AGGTGCTCAG TATTGAATGG CAGTTCTGTT 
ATTGACTTGT CCCCTTTGAT ACATCGCACT GGGTATTATG AGGCGTTTGT CGATGAAGAT 
GTAACAGAAG TTTCTCCAGA CTTCTACATC AATATTTGTG AGCCTCTCAA TCCTATCAAA 
GATGTTAATT GTCCACCTGG AGCAGCTGTT TGTATGGTTC CTGTTAGTGG ACCACCAATA 
GATATTGGTC GTGTTACTGA ACCTCCAAAG CTAAAAGAGG CAGTAAATGA GGTTTACATC 
ACTTACACCA GCACTACTCC TTGTCAGATA AACAACAAAT TGAACTATAC TTCTCTCGTT 
GTATTTCATT GCAGCCAAGG AACTGGTCTG GGCAAGCCAA AGATGATACG GAAACTTGAC 
TGCAGTTTTG TGTTTGAGTG GGAAACTCCA GTTGTGTGCC CAGATCAAGT GAAAACTTTG 
GGCTGCTCTG TGACTGATGA ACAATTACAC TATACTTTTA ACCTGACCAG CCTTTCTGGA 
AGATCATTTG AGGTACTTTC TGGATCCCAA AGTTACCATG TTAGTGTATG CAGTAAGGCA 
GCAGATGTAT ACCAGGGAAA ATGCAAAGAT GGAGCAGTGT GTCTGACATC TGAAAGTGGT 
GTGTCATCCT TTGGAAGCCT AAAAGAAATG AAAATGGACT ATAGCCGCCA GGATGAAACA 
GTCATCTTGC AGTATACAGG GGGCGATTGG TGCCCTCCAG TGACTGAAAA GGGAGAGCTC 
TGTGTGTTCC CCTTCAAGTA CAAAGGGAAG AGTTATGAGA AATGTATTAT GGAAGAAAAG 
AAGAGGCCAT GGTGTGCTAC AACTGCAGAC TACCAGGGAG ATGGAAAGTG GGGATATTGT 
GTTAATGCAA CTGCAAGAAG GGCGTCTACC ATTATTTTCG TATGTGATGA AAATGCTGGC 
AGTGGGAGGC CATACCTTAT GAGTGAGATG CTGGGCTGTG CTGTGACGTT TGAATGGAAG 
ACACAGGCTG TTTGTCCTCC GAAGAAGATG GAGTGCAAGT TTGTTGAGAA ACACAAGACT 
TACGACTTGA GAATGCTGTC TTCTCTGACG GGCTCATGGA TCTTCTTCCA CAATGGAAAC 
TCGTACTATT TGAATCTCTG TCAGAGGGTG CATGAAGGAC CCACAGGCTG CCCTGAAAGA 
GCCAGTATTT GTAGGAAAAG CAACAATGGA GATGTTGAAG TTCTTGGGCT TGTTCATACA 
CAGAAGCTGA ATGTGACAGG TAATATAGTG TATATTAGTT ATTCCAGTGG GCAGGAATGC 
AGGAAAAACA AGAAAGTAAC AACAGTTATA GAACTGAAAT GCGCAAAAAC AGTTGGCGTG 
CCCGTGCTGC AGAGGATTGA TGAAGAAAAC TGTGTTTACT ACATCGCTTG GGACACACGT 
GCAGCTTGTG CTGTGAAGCC ACAGGAGGTG GAGGTAGTGA ATGGAACAGT TATTAATCCT 
ACAACTGGGA AAAACTTTTC TCTAGGGGAT GTTTATTACA AGTTGTACAC AGCTTCTGGT 
GACATACGGA CAAATGGAGA TAAATATGTA TATGAAATTC AGCTTTCTGG TATAACAAAC 
TCAAGTTTCC CAGAGTGTTC TGAAGCTAAC ATCTGTCAGG TTAAAACTAA TGAGCGTCGT 
TTTCGGAGAA TTGGATTTGC CGAAAAAGCT AAATATTACG TTGAGGATGA TGACTTGGAT 
GTCATATTTT CATCGGACTC CAGATGTGGT AAAGATAAAT CAAAGTTTGT CTCCTCAACA 
ATTTTCTTCC ACTGCAGTTC ACATGTAAAG GAAGGCATCC CTGAATTTCT TCACGAAACA 
GCAGATTGTC AGTATTTATT TACCTGGTAC ACATCTGCTG TGTGTCCACT AATGTCAAAC 
AGTGTTCCAG GAAGCCGTGA GGGCCAATCT GATCAGGAAG CCCAAGTACA TAAAGGTCTT 
TCAAGGAGAA GTCAGGCCGT TGGTGCTGTG CTGAGCGTCC TTCTGGTTGT TCTTACTGCA 
TGCCTGATAA TCTTGCTGTT CTATAAAAAA GAAAGAAGGG AGACTGTAGT GAACAAGATA 
ACAAACTGCT GCAGAAGAAC ATCAGGCGTT TCCTACAAAT ACACAAAGAT AAACAGTGAA 
GAAGAAGAAA CTAATGAGAA TGAAACAGAG TGGCTTATGG AGGAAATCGC AGCACCAAAT 
CAAAGAACAG CAAAAGGAGT GCAGGAGAAC GGTCATGTTA CTACCAAGTC TGTTACATCT 
GAAGCTTTTA CATCTCTCCG TGTGGATGAC TTGGACAGTG AGGATGAAGT GTTAACTATT 
CCAGATGTAA AGATTCAGAC AGGAAGAGGA CTAGACAAAA GCAAGCACCC ACAAAAGAAG 
CCACCTAGCT TTGGCAGTGA CGACAAAGCT TACTTGCTGA ATGGGGGAAG GGAAAGGAAA 
ACAAAAGCCA AGTCAGGTCA ACAGCAGGCA CAGAACTCTA CAAATACAGC ATCATTTCAT 
GATGATAGTG ATGAGGACTT GTTGAATGTT TAA

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

RefSeq	XP_005015969.1
CDS	1..7413
Translation	MPCHAAHHIRAVVSVLVMREVRPYSASEGQCFFLFSYTWEAIDTDRHVLYKINFCVGVEECGRTSAVCAYDINKKNYTSVGDLNLQRASKTLLELNTTAKCPQKDSQHQIQSNINFLCGKTLGTPEFVTATECVHYFEWRTFVACKKDLFKPVKEVPCYVFDEDLKKHDLNPLIKISGHYLVDDSDDDDSLFINICRDLGNSGGEASNCPAGSAACLIHEGHAYDVGRPKEQLKRHDQDRLVLSYERLYTDDEKPDFCLGHNPAVTITFVCPSKRGEQSAGPRLTAKTNCRYEIEWVTEYACHRDYLESKSCILTNEQHDISIDLRPLTQLPDYVTPYLAKDDKDEYYYYLNVCGKTSAGNCKDSTGYISSCQVKFLNNQQKVAGRFENQTLRYSDGDLTLIYPNGDACSSGFERMTVINFECNETAGNDGRGTPVFTGEVDCTYFFTWDTKYACVKEREDLLCRVSDKRKHYDLSPLIRSSDSAQNWEAVDSSLSEAGRKHYYINICHKVLKKGGASLCPDTAAICSVDKQNKSRNLGTFVSSPKKVGENIQLIYSNGDSCGVNKKIKTVITLICRPGDLESAPILMSEGECSYAFDWYTAAACVLSKTEGDNCQVSDAQAGFSFDLSQLDKKNGYYLVNTSQYLFYINICGSVPVELCHTQSAACQVTQSKKQFWSLGLPNSKLSYYDGLIQLTYKNGTAYNDEKKTQRSTLITFLCDRQAGVGQPEYQVEDKNTYNFRWYTEYACPELPLECIVTDPNTMDQYDLSSLAKSEKRGGNWYAMDNSRPSERKKYYINVCRPLLAVPGCDRRASVCQMEYRHDHDSYYEATSISNLGVASKELVVERPGHILLTYSNGSVCINADGKMTTYTTTIHFVCSRGTLSSSPRFISIQECVITFLWETEAACPIKETKDDSQTCSVRDPNSGFLFNLQPLASGKGYMATGIGKKFLLNICGPMPDCGEINGKQAAGCEAENLTSVRMVELDKTLYLSGEGVLTLTYRGPLRVVSGTSDTFTVTFICNDSYPGELKFVREEINSVLNIHDTFFEFHTALACAPAPVDCQVTDAAGNEYDLSDLSKESEPWVAIDTSKNAKKRTFFLNVCKPLPSVPGCPGGAIGSCVKYADTSKNLGVIQINPQAATDGSLSIIYLNGDTCRDKQRYSTRIIFQCDQTMGSPVFEQENDCEFVFVWRTLAACPVHKAEGENCQVKDPRYGHVYNLKPLSNKDIKVSTEEYDYYFRVCGEITESCKPGARGVSSCQVKKMDSTFRKVAGLLTEKLTFKNGLIMINYTSGEKCHKIYERSTAILFYCDKTTSEPVFLKETPDCTYMFEWHTQYACPPVKSTECSYKDDEGNFYDFSSLTRHRENWEAIALSASTQKYYINVCKSLVPYGAARSCPSDAAASIVEDAKCVSLGEVADGPRWENGISVLKYINGDQCPDKIRKKTTILRLKCDESRIESKPELIMAIEDCEYSFLWFTAAACPLKSNVQNDCRVTNPATGHLFDLTSLKRESGYIISDSHNRRIELNVCAEAKSSCANGAAVCITGGPKPINAGKLSKTLTYEDQVLKLVYEGGDPCPADPQLKHKSYFSFVCKSDAGDDSQPVFLSFDEQTCTSYFSWHTSLACEEEVRCSVLNGSSVIDLSPLIHRTGYYEAFVDEDVTEVSPDFYINICEPLNPIKDVNCPPGAAVCMVPVSGPPIDIGRVTEPPKLKEAVNEVYITYTSTTPCQINNKLNYTSLVVFHCSQGTGLGKPKMIRKLDCSFVFEWETPVVCPDQVKTLGCSVTDEQLHYTFNLTSLSGRSFEVLSGSQSYHVSVCSKAADVYQGKCKDGAVCLTSESGVSSFGSLKEMKMDYSRQDETVILQYTGGDWCPPVTEKGELCVFPFKYKGKSYEKCIMEEKKRPWCATTADYQGDGKWGYCVNATARRASTIIFVCDENAGSGRPYLMSEMLGCAVTFEWKTQAVCPPKKMECKFVEKHKTYDLRMLSSLTGSWIFFHNGNSYYLNLCQRVHEGPTGCPERASICRKSNNGDVEVLGLVHTQKLNVTGNIVYISYSSGQECRKNKKVTTVIELKCAKTVGVPVLQRIDEENCVYYIAWDTRAACAVKPQEVEVVNGTVINPTTGKNFSLGDVYYKLYTASGDIRTNGDKYVYEIQLSGITNSSFPECSEANICQVKTNERRFRRIGFAEKAKYYVEDDDLDVIFSSDSRCGKDKSKFVSSTIFFHCSSHVKEGIPEFLHETADCQYLFTWYTSAVCPLMSNSVPGSREGQSDQEAQVHKGLSRRSQAVGAVLSVLLVVLTACLIILLFYKKERRETVVNKITNCCRRTSGVSYKYTKINSEEEETNENETEWLMEEIAAPNQRTAKGVQENGHVTTKSVTSEAFTSLRVDDLDSEDEVLTIPDVKIQTGRGLDKSKHPQKKPPSFGSDDKAYLLNGGRERKTKAKSGQQQAQNSTNTASFHDDSDEDLLNV

Target ORF information:

RefSeq Version	XM_005015912.2
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos 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_005015912.2

ORF Insert Sequence:

ATGCCGTGTC ATGCAGCTCA TCACATCCGC GCCGTCGTCT CGGTGCTTGT GATGAGGGAA 
GTTAGGCCTT ATTCAGCCTC AGAAGGGCAG TGCTTTTTTC TTTTCAGTTA CACATGGGAA 
GCAATTGATA CAGACAGACA TGTACTTTAT AAAATAAACT TCTGTGTTGG TGTTGAAGAG 
TGTGGGAGAA CGAGTGCAGT CTGTGCATAT GACATCAATA AGAAGAATTA TACGTCAGTA 
GGTGATCTAA ACTTGCAAAG AGCTTCTAAA ACTCTTCTGG AACTCAACAC TACAGCTAAG 
TGCCCACAGA AAGACAGTCA GCACCAAATT CAAAGCAACA TTAACTTCTT GTGTGGGAAA 
ACACTGGGTA CGCCTGAATT CGTAACAGCA ACAGAGTGTG TGCACTATTT TGAGTGGAGG 
ACCTTTGTTG CTTGCAAGAA AGACTTGTTT AAACCTGTGA AAGAGGTGCC TTGCTATGTA 
TTTGATGAAG ATTTGAAGAA ACATGACTTA AATCCTCTCA TCAAGATTTC AGGACACTAC 
TTGGTGGATG ATTCTGATGA TGATGATTCC TTGTTTATAA ACATCTGCAG GGACTTAGGA 
AACTCAGGTG GAGAGGCCAG TAACTGCCCT GCTGGCAGTG CGGCTTGCTT GATACACGAA 
GGTCATGCAT ATGATGTTGG CCGTCCAAAG GAACAGCTGA AGCGTCATGA CCAAGACAGG 
CTGGTACTGA GTTATGAGAG ACTATACACT GATGATGAAA AGCCAGACTT CTGCCTAGGC 
CATAATCCAG CAGTGACAAT CACTTTTGTT TGCCCATCAA AGAGAGGAGA ACAGAGTGCA 
GGTCCCAGAC TCACTGCAAA AACAAATTGC CGGTATGAAA TTGAGTGGGT TACTGAGTAT 
GCCTGTCACA GGGATTACCT GGAGAGTAAG AGCTGTATTC TGACTAATGA GCAACATGAT 
ATCTCCATTG ACTTGAGACC ACTTACTCAA CTTCCAGATT ATGTCACACC GTATTTAGCC 
AAAGATGACA AAGATGAGTA TTACTATTAC TTGAATGTAT GCGGGAAAAC TAGTGCAGGT 
AACTGCAAGG ACAGCACGGG ATACATTTCA TCTTGCCAAG TAAAATTTTT GAATAATCAA 
CAAAAAGTGG CAGGAAGATT TGAGAACCAG ACCCTAAGAT ATTCTGATGG GGATCTCACT 
TTAATTTATC CGAATGGGGA TGCATGTAGT TCCGGCTTTG AGAGAATGAC AGTCATAAAC 
TTTGAGTGCA ATGAAACTGC AGGTAATGAT GGTAGAGGGA CTCCAGTGTT TACTGGCGAA 
GTGGACTGCA CCTATTTTTT CACTTGGGAT ACAAAATACG CATGTGTTAA AGAAAGAGAA 
GATCTCCTTT GCAGAGTTTC TGATAAGAGA AAACACTATG ATTTGTCACC TCTGATCCGC 
AGTTCAGATT CAGCCCAGAA CTGGGAAGCT GTTGACAGTA GCCTTTCAGA GGCAGGAAGG 
AAACATTATT ACATCAACAT CTGCCATAAA GTGCTGAAGA AAGGAGGAGC TTCCCTCTGC 
CCAGATACTG CTGCTATTTG CTCTGTAGAT AAACAAAACA AGAGCAGGAA TCTTGGAACA 
TTTGTTTCTT CGCCTAAAAA GGTTGGAGAA AATATTCAAC TTATCTATTC AAATGGAGAC 
AGCTGTGGTG TTAACAAAAA AATCAAAACT GTCATCACTC TTATATGCAG ACCAGGTGAT 
CTAGAAAGCG CTCCAATCTT GATGTCTGAA GGTGAATGTT CATATGCTTT TGACTGGTAT 
ACTGCTGCTG CATGTGTCCT GTCTAAAACT GAAGGAGATA ACTGTCAAGT CTCTGATGCT 
CAGGCAGGCT TCTCTTTTGA TTTATCACAA CTGGACAAGA AAAACGGGTA CTACTTAGTT 
AATACTTCAC AATATTTGTT CTACATAAAT ATCTGTGGCA GTGTGCCAGT CGAATTGTGT 
CACACACAAT CAGCAGCATG CCAAGTAACA CAAAGTAAGA AGCAGTTTTG GAGTCTTGGT 
CTGCCTAATT CCAAACTTTC ATATTACGAT GGTCTGATTC AGCTGACCTA CAAAAATGGT 
ACAGCATATA ATGACGAGAA GAAAACACAG CGATCTACTC TCATAACTTT CCTGTGTGAC 
CGTCAGGCTG GAGTAGGTCA GCCTGAATAT CAGGTAGAAG ATAAAAATAC CTACAACTTC 
AGGTGGTACA CAGAATATGC CTGTCCTGAA CTGCCCTTGG AATGTATTGT GACTGATCCC 
AACACCATGG ATCAATATGA CTTGTCGAGT TTAGCAAAAT CGGAGAAGAG AGGTGGAAAC 
TGGTATGCCA TGGATAATTC AAGACCAAGT GAGCGTAAAA AGTACTACAT AAATGTCTGT 
CGACCACTGC TTGCTGTTCC AGGATGTGAC CGACGAGCAT CTGTGTGTCA GATGGAATAT 
CGACACGATC ATGATTCTTA CTATGAAGCC ACCTCTATTA GCAATCTTGG TGTTGCCAGC 
AAAGAATTAG TAGTTGAAAG ACCTGGTCAC ATTCTTCTAA CCTATTCAAA TGGCTCTGTG 
TGCATCAATG CTGATGGAAA GATGACAACT TATACCACCA CCATCCACTT TGTCTGTTCC 
AGGGGCACTC TGAGTAGCAG CCCACGGTTT ATATCTATTC AGGAATGTGT AATCACGTTC 
TTATGGGAAA CTGAAGCTGC TTGTCCAATT AAGGAAACAA AAGATGATTC TCAGACCTGC 
TCTGTGCGAG ATCCAAACAG TGGCTTTTTA TTCAATCTGC AACCATTAGC TTCAGGAAAA 
GGCTATATGG CAACAGGAAT TGGGAAAAAA TTCTTGCTAA ACATTTGTGG GCCCATGCCA 
GATTGTGGTG AAATCAATGG AAAACAAGCT GCTGGATGTG AAGCAGAAAA TCTGACATCA 
GTGAGGATGG TGGAATTGGA CAAAACTCTT TATCTGTCTG GTGAGGGAGT TCTAACTCTT 
ACCTACAGAG GTCCTCTTCG TGTGGTATCA GGGACATCAG ACACTTTCAC TGTGACTTTC 
ATTTGTAATG ATTCATATCC TGGAGAGCTT AAGTTTGTGC GTGAAGAGAT AAACAGCGTA 
CTGAACATCC ATGATACTTT CTTTGAGTTT CACACAGCTC TGGCCTGTGC TCCTGCTCCT 
GTAGATTGTC AGGTTACAGA TGCTGCTGGT AATGAATATG ACTTAAGTGA CTTGAGCAAA 
GAGAGTGAAC CGTGGGTTGC TATAGATACT TCCAAGAATG CGAAGAAACG AACATTTTTC 
TTGAATGTTT GCAAACCTTT GCCCTCTGTG CCTGGATGCC CTGGTGGAGC CATAGGATCC 
TGTGTGAAAT ACGCTGATAC AAGCAAGAAC CTTGGAGTCA TTCAGATAAA TCCACAGGCT 
GCTACTGATG GGTCACTAAG CATTATTTAC TTGAATGGTG ATACGTGCAG AGATAAGCAA 
CGTTATTCTA CACGTATAAT CTTTCAGTGC GATCAGACAA TGGGTTCACC AGTGTTTGAG 
CAAGAAAACG ACTGTGAGTT TGTATTTGTT TGGAGAACCT TGGCAGCCTG CCCTGTTCAC 
AAAGCAGAAG GAGAGAATTG CCAGGTGAAA GATCCAAGGT ATGGTCATGT TTATAATTTA 
AAGCCACTTT CCAATAAAGA CATAAAAGTG AGTACAGAGG AGTATGACTA CTACTTCAGA 
GTTTGCGGAG AAATAACAGA AAGCTGCAAA CCAGGGGCTC GGGGCGTGTC ATCGTGTCAA 
GTAAAGAAGA TGGACAGTAC TTTCAGAAAA GTAGCAGGCC TGCTTACAGA GAAACTGACT 
TTCAAAAATG GTTTAATAAT GATTAATTAC ACTAGTGGAG AAAAATGTCA TAAAATATAT 
GAACGATCAA CTGCCATATT ATTCTATTGT GACAAGACTA CATCAGAGCC TGTATTTTTG 
AAGGAAACTC CAGATTGCAC CTACATGTTT GAATGGCATA CACAGTATGC CTGCCCACCT 
GTTAAATCCA CTGAGTGTTC CTACAAGGAT GATGAAGGAA ACTTCTATGA CTTTTCATCT 
CTGACACGGC ATAGAGAGAA TTGGGAGGCA ATTGCTTTAT CTGCATCTAC ACAGAAATAC 
TATATTAATG TCTGCAAGTC CCTAGTACCA TACGGTGCTG CACGTTCCTG TCCTTCTGAT 
GCTGCTGCCT CCATTGTGGA GGATGCAAAA TGTGTAAGCC TTGGAGAAGT GGCTGATGGA 
CCCCGGTGGG AAAATGGCAT TTCTGTTCTG AAATACATTA ATGGGGATCA GTGCCCAGAT 
AAAATTCGCA AGAAAACAAC AATATTGCGC CTCAAATGTG ACGAAAGCAG AATAGAGTCA 
AAACCAGAAC TTATAATGGC CATTGAAGAC TGTGAATATA GCTTCTTATG GTTCACTGCT 
GCTGCGTGTC CTCTTAAAAG CAATGTGCAA AATGACTGCC GGGTAACAAA TCCTGCTACA 
GGTCACCTCT TTGATTTGAC ATCACTGAAG CGAGAGTCTG GTTATATAAT CAGTGATTCA 
CATAACAGAA GAATTGAGCT GAATGTTTGT GCTGAAGCTA AAAGTTCATG TGCTAATGGA 
GCTGCTGTCT GCATCACTGG TGGTCCAAAA CCAATTAATG CTGGAAAATT AAGTAAAACT 
TTAACTTATG AAGATCAAGT GTTGAAGCTT GTTTATGAAG GTGGAGATCC TTGCCCTGCA 
GACCCTCAAC TGAAGCATAA AAGCTATTTT AGCTTTGTGT GCAAGTCTGA TGCTGGAGAT 
GACAGCCAGC CTGTTTTTCT GTCTTTTGAT GAGCAGACGT GCACTAGTTA CTTCTCTTGG 
CATACGTCCT TGGCTTGTGA GGAAGAGGTG AGGTGCTCAG TATTGAATGG CAGTTCTGTT 
ATTGACTTGT CCCCTTTGAT ACATCGCACT GGGTATTATG AGGCGTTTGT CGATGAAGAT 
GTAACAGAAG TTTCTCCAGA CTTCTACATC AATATTTGTG AGCCTCTCAA TCCTATCAAA 
GATGTTAATT GTCCACCTGG AGCAGCTGTT TGTATGGTTC CTGTTAGTGG ACCACCAATA 
GATATTGGTC GTGTTACTGA ACCTCCAAAG CTAAAAGAGG CAGTAAATGA GGTTTACATC 
ACTTACACCA GCACTACTCC TTGTCAGATA AACAACAAAT TGAACTATAC TTCTCTCGTT 
GTATTTCATT GCAGCCAAGG AACTGGTCTG GGCAAGCCAA AGATGATACG GAAACTTGAC 
TGCAGTTTTG TGTTTGAGTG GGAAACTCCA GTTGTGTGCC CAGATCAAGT GAAAACTTTG 
GGCTGCTCTG TGACTGATGA ACAATTACAC TATACTTTTA ACCTGACCAG CCTTTCTGGA 
AGATCATTTG AGGTACTTTC TGGATCCCAA AGTTACCATG TTAGTGTATG CAGTAAGGCA 
GCAGATGTAT ACCAGGGAAA ATGCAAAGAT GGAGCAGTGT GTCTGACATC TGAAAGTGGT 
GTGTCATCCT TTGGAAGCCT AAAAGAAATG AAAATGGACT ATAGCCGCCA GGATGAAACA 
GTCATCTTGC AGTATACAGG GGGCGATTGG TGCCCTCCAG TGACTGAAAA GGGAGAGCTC 
TGTGTGTTCC CCTTCAAGTA CAAAGGGAAG AGTTATGAGA AATGTATTAT GGAAGAAAAG 
AAGAGGCCAT GGTGTGCTAC AACTGCAGAC TACCAGGGAG ATGGAAAGTG GGGATATTGT 
GTTAATGCAA CTGCAAGAAG GGCGTCTACC ATTATTTTCG TATGTGATGA AAATGCTGGC 
AGTGGGAGGC CATACCTTAT GAGTGAGATG CTGGGCTGTG CTGTGACGTT TGAATGGAAG 
ACACAGGCTG TTTGTCCTCC GAAGAAGATG GAGTGCAAGT TTGTTGAGAA ACACAAGACT 
TACGACTTGA GAATGCTGTC TTCTCTGACG GGCTCATGGA TCTTCTTCCA CAATGGAAAC 
TCGTACTATT TGAATCTCTG TCAGAGGGTG CATGAAGGAC CCACAGGCTG CCCTGAAAGA 
GCCAGTATTT GTAGGAAAAG CAACAATGGA GATGTTGAAG TTCTTGGGCT TGTTCATACA 
CAGAAGCTGA ATGTGACAGG TAATATAGTG TATATTAGTT ATTCCAGTGG GCAGGAATGC 
AGGAAAAACA AGAAAGTAAC AACAGTTATA GAACTGAAAT GCGCAAAAAC AGTTGGCGTG 
CCCGTGCTGC AGAGGATTGA TGAAGAAAAC TGTGTTTACT ACATCGCTTG GGACACACGT 
GCAGCTTGTG CTGTGAAGCC ACAGGAGGTG GAGGTAGTGA ATGGAACAGT TATTAATCCT 
ACAACTGGGA AAAACTTTTC TCTAGGGGAT GTTTATTACA AGTTGTACAC AGCTTCTGGT 
GACATACGGA CAAATGGAGA TAAATATGTA TATGAAATTC AGCTTTCTGG TATAACAAAC 
TCAAGTTTCC CAGAGTGTTC TGAAGCTAAC ATCTGTCAGG TTAAAACTAA TGAGCGTCGT 
TTTCGGAGAA TTGGATTTGC CGAAAAAGCT AAATATTACG TTGAGGATGA TGACTTGGAT 
GTCATATTTT CATCGGACTC CAGATGTGGT AAAGATAAAT CAAAGTTTGT CTCCTCAACA 
ATTTTCTTCC ACTGCAGTTC ACATGTAAAG GAAGGCATCC CTGAATTTCT TCACGAAACA 
GCAGATTGTC AGTATTTATT TACCTGGTAC ACATCTGCTG TGTGTCCACT AATGTCAAAC 
AGTGTTCCAG GAAGCCGTGA GGGCCAATCT GATCAGGAAG CCCAAGTACA TAAAGGTCTT 
TCAAGGAGAA GTCAGGCCGT TGGTGCTGTG CTGAGCGTCC TTCTGGTTGT TCTTACTGCA 
TGCCTGATAA TCTTGCTGTT CTATAAAAAA GAAAGAAGGG AGACTGTAGT GAACAAGATA 
ACAAACTGCT GCAGAAGAAC ATCAGGCGTT TCCTACAAAT ACACAAAGAT AAACAGTGAA 
GAAGAAGAAA CTAATGAGAA TGAAACAGAG TGGCTTATGG AGGAAATCGC AGCACCAAAT 
CAAAGAACAG CAAAAGGAGT GCAGGAGAAC GGTCATGTTA CTACCAAGTC TGTTACATCT 
GAAGCTTTTA CATCTCTCCG TGTGGATGAC TTGGACAGTG AGGATGAAGT GTTAACTATT 
CCAGATGTAA AGATTCAGAC AGGAAGAGGA CTAGACAAAA GCAAGCACCC ACAAAAGAAG 
CCACCTAGCT TTGGCAGTGA CGACAAAGCT TACTTGCTGA ATGGGGGAAG GGAAAGGAAA 
ACAAAAGCCA AGTCAGGTCA ACAGCAGGCA CAGAACTCTA CAAATACAGC ATCATTTCAT 
GATGATAGTG ATGAGGACTT GTTGAATGTT TAA