IGF2R cDNA ORF clone, Apteryx australis mantelli

Gene
Clones
gRNAs

Summary

Gene Symbol	IGF2R
Entrez Gene ID	106486768
Full Name	insulin like growth factor 2 receptor
Gene Type	protein-coding
Organism	Apteryx australis mantelli

mRNA and Protein(s)

mRNA	Protein	Name
XM_013945412.1	XP_013800866.1	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
OAp16166	XM_013945412.1 Latest version!	Apteryx australis mantelli 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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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)

IGF2R ( XM_013945412.1 ) cDNA ORF clone, Apteryx australis mantelli -> XP_013800866.1 Apteryx australis mantelli insulin-like growth factor 2 receptor (IGF2R), mRNA.

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CloneID	OAp16166
Clone ID Related Accession (Same CDS sequence)	XM_013945412.1
Accession Version	XM_013945412.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7317bp) 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	2015-09-08
Organism	Apteryx australis mantelli
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_013993955.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Apteryx australis mantelli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 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##

ATGTGGCGCC GTCCCCTGCG GGGCTTCATC GCGTGGGTCG GGAGTTACAC ATGGGAAGCA 
ATTGACACAG ACAACCATGT GTTCTATAAA ATAAACCTCT GTTATGGTGT ACAAGAGTGT 
GGAAGATCAA GTGCAGTCTG TGCGTATGAC ATCAATAGGA AGACCTATCT GTCAGTAGGT 
GACTTAGGTT TGCAAAAAAC TTCTAAAACT CTTCTGGAAT TCAACACTAC GCATAACTGC 
TTGCAGCAAA GCAGTCAGCA CCAAATTCAA AGCAACATTA ACTTCCTGTG CGGGAAGACA 
TTGGGTACTC CTGAATTTGT AACGGCAACA GAGTGTGTGC ACTATTTTGA ATGGAGGACC 
TTTGTTGCTT GTAAGAAAGA CTTGTTTAAA CCTGTGAAAG AGGTGCCTTG CTATGTGTTT 
GATGAAGACT TGAAGAAACA TGACTTGAAT CCTCTGATCA AAATTTCAGG ACACTATTTG 
GTGGATGATT CTGATGATGA TTCCTTGTTT ATAAACATCT GCAGGGACTT AGGAAGCTCA 
AGTGGAGAGA CCGGAACTTG CCCTGCTGGC AGTGCTGCTT GCTTGTTGCA TGAAGGTCTT 
GCTTATGATG TTGGTCGTCC TCGGGAACAA CTGAAACTTC ATAACAAAGA CAGACTGGTA 
CTGAGTTATG AGAGAATATA CAATGATGAA GAGAGGCCAG ACTTCTGCCT AGGCCATAAC 
CCAGCAGTGA CCATTACTCT TCTTTGCCCA TCAAAGAGGG GAGAAGAGAG CACAGGTCCC 
AAACTCACAG CAAAAACAAA TTGCCGATAT GAAATTGAGT GGGTTACTGA GTATGCCTGT 
CACAGGGATT ATCTAGAGAG TAGGAGCTGT CTTCTGACTA ATGAGCAACA TGATATCTCC 
ATTGACTTGA GACCACTTAC TCAACTTTCA GGTTATGTCA CGCCATATTT AGCCAAAGAT 
GACAATGAGG AGTATTACTA TTACTTGAAT ATATGTGGGA AAACCACTGC AGGTAACTGC 
AAGGACAGCA CAGGATATGT TTCATCTTGC CAAGTAAAAC CTTCAAATAA TCAGCAAAAA 
GTGGCAGGAA GATTTGAGAA TCAAACCCTA AGATATTCTG ATGGGGATCT CGCTTTAATT 
TATCCAAATG GGGATGCATG TAGTTCTGGC TTTCAGAGGA TGACCGTAAT AAACTTTGAG 
TGCAATGAAA CAGCAGGTAA TGATGGTAAA GGATCTCCAG TGTTTACTGG TGAAGTGGAC 
TGCACCTATT TCTTTACCTG GGATACAAAA TACGCATGTG TTAAAGAGAA AGATCTCCTT 
TGCAGAGTTG CTGATAGGAG AAAACATTAT GACTTATCAC CTCTGATACA CAGTTCAGAG 
TTAGCCCAGA ACTGGGAAGC TGTGGACAGT AGTCTTTCAG AGGTGGGAAG GAAGCGTTAT 
TACATCAATG TCTGCCATAA AGTGCTGAAG AAAGGAGGAG CTTCCAGCTG CCCAGATGCT 
GCTGCTGTTT GTGCTGTAGA TAAACAAAAC ACGAGCAAGA ATCTTGGAAC ATATGTTTCT 
TCTCCTAAAA AGGTTGGAGA AGATATTCAA CTTACCTATT TAAATGGAGA CAGCTGTGGC 
AATAACAAAA GAATCAAAAC TGTCATCACT CTTGTGTGCA GACCAGGTGA TCTAGAAAGC 
GCTCCTATCT TAATGTCTGA GGGTGTATGT TCATATGCCT TTGACTGGTA TACTGCTGCT 
GCATGTGTCC TGTCTAAAAC TGAAGGAGAT AACTGTCAAG TCTCTGATTC TCAGGCAGGC 
TTCTCTTTTG ACTTATCACC TCTGGCCAAG AAAAATGGGC ACTATGTGGT TAATACTACT 
GAATACTTGT TCTATATAAA TATTTGTGGC AGTGTGCCGG AAGAATTGTG TCACACAAAA 
TCAGCAGCAT GCCAAGTAAC ACAGAGTAAG GATCAGTCTT GGAGTCTGGG ACTGCCTAGT 
TCCAAACTGA CATATTATGA TGGGCTGATT CAGTTGATCT ACAGAAATGG TACAGCATAC 
AATGATGAGA AGAAAACACA GCGAGCTACC CTTATAACTT TCCTGTGTGA CCATGAGGCT 
GGAATAGGTC AACCTGAATA TCAGGTAGAA GATAACTATA CCTACAACTT TAGATGGTAC 
ACTGAGTATG CCTGCCCTGA AATACCACTG GAATGTGTTG TGACTGATCC CAACACCATG 
GACCAATATG ATTTGTCAAG CTTAGCCAAA TCTGAAAAGA GAGGTGAAAA CTGGTATGCT 
ATGGATAACT CAAAACCAGG TGAACGCAAG AAGTACTACA TAAATGTCTG TCGACCACTG 
ATTGCTGTGC CAGGGTGTGA TCGGCGAGCA TCAGTCTGTC AGATGGAATA TCAGCATGAT 
CACGATTCTT TCTCTGAAGT CACCTCTATT AGTAATCTTG GTGTTGCCAG TAAAGAACTA 
GTAGTTGAAA GACCCGGTCA CATTTCTCTA ACTTACACAA ATGGCTCTGT ATGCATCAAT 
GCTGATGGAA AGAAAACTTC TTATACCACC ACCATCCACT TCGCCTGTTC CAGGGGGACT 
CTTAGTAGCA GCCCACGCTT TATAGCTATT CAGGAATGTG TGGCCACCTT CTTATGGGAA 
ATCGAAGCTG CTTGTCCAAT CAAGAAAACA AAAGATGATT CTCAGTCCTG TTCTGTACAA 
GATCCAAACA GTGGCTTTTT GTTCAATCTG CAGCCATTAG CTACCGATAA AGGCTATATG 
GCTAGTGGCA TTGGGAAGAA ATTCATGCTA AACATTTGTG GGCCCATGCC AGACTGTGGT 
AAAATCAATG AAAAACCCGC TGCTGGATGT GAAGCAGAAA ACCTGACATC AGTGAGGATT 
GTGGAATTGG ACAAAACCCT GTATCTGTCT GCTGAAGGGT TTCTAACTCT TACCTACAGA 
GGTCCTCTTA ATGTGCAAGG GACATCGGAC ACATTCACAG TGACTTTCAT TTGTAATGAT 
TCATATCCTG GAGAGCTTAA ATTTGTGCGT GAAGAGATAA ACAGTGCACT GAACATCCAT 
GATACTTTCT TTGAGTTTCA TACAGCTCTG GCCTGTGCTC CTGCTCCTGT AGATTGCCAG 
GTTACAGATG CTGCTGGCAA TGAGTATGAC TTAAGTGACT TGAGCAAAGA GAGTGAGCCA 
TGGATTGCTG TAGACACTTC AAAGGATGCA AGGAAGCGAA CGTTCTTCTT AAATGTTTGC 
AAGCCTTTAC CCTATGTACC TGGATGCCCT GGTGGTGCCA TAGGATCTTG TGTGAAAGAT 
GCTGATAAAA GCAAGAACCT TGGTGTCATT CAGATAAATC CTCAGGCTGC TACTGATGGG 
TCATTAAGCA TTATTTACTT GAATGGAGAC GCATGCAAAG ATAATCAACG TTATTCTACA 
CGTATAATCT TCCAATGTGA TCAAACAATG GGATCCCCAG TGTTTGAACA AGAGGGTGAC 
TGTGAGTTTA TATTTGTTTG GAGAACATTG GCAGCCTGTC CTGTTCACAA AGCAGAAGGA 
GATAATTGCC AGGTGAAAGA TCCAAAGTAT GGTCATGTTT ATAATCTGAA GCCACTTTCC 
AATAAGGACA TAAAAGTGAG TACAGATGAG TATGACTACT ACTTCAGAGT CTGTGGAGAG 
ATAACAGAAC TTTGCAAACC AGATGTTCAT GCTGTATCAT CGTGCCAAGT AAAGAAAATG 
GACAATACTT TCAGAAAAGT AGCAGGCTTG CTTACGGAGA AACTGACTTT CAAAAATGGT 
TTAATAATGA TAAATTATAC CAGTGGAGAA AAATGTCACA AAATATACAA ACGCTCAACA 
GCCATATTAT TCTACTGTGA CAAGACTGCA TCAGAGCCAG TGTTTTTGAA AGAAACTCCA 
GACTGCACAT ACATGTTTGA ATGGCATACA CAATATGCCT GCCCGCCTGT CAAATCTACT 
GAATGTTCCT ACAAGGACAA TGACGGAAAC TTCTATGATC TTTCATCTCT GACACGGCAT 
AGAGAGAATT GGGAGGCTAT TGCTCTATCT GCTTCTACAC AAAAATACTA TATTAATGTC 
TGCGCATCCT TAGTGCCATA TGGTGCTGCA CGTTCCTGTC CTTCTGATGC TGCTGTCTCT 
GTTATGGATG GTGCAAAATG TATAAGTCTT GGAGAAGTGG CTGATGGTCC CCGGTGGGAA 
AACGGCATTT CTATTCTGAA ATATGTTAAT GGAGAGCAGT GCCCAGATAA AATTCGCAAG 
AAAACAACAA TATTGCGCCT CAAGTGTGAT GAAAACAGAC TCGAATCAAA GCCAGAACTT 
ATAACGGCCA TTGAAGATTG TGAATATACC TTCTTATGGT TCACGGCTGC TGCGTGTCCT 
CTTAAAAGCA ATGTGCAAAA TGACTGCTGG GTAACCAATC CTGCAACAGG CCATCTTTTT 
GATTTGACGT CACTGAAGCG AGAGTCTGGC TACACAATCT ATGATTCTCA CAACAGAAAA 
ATTGAATTGA ATGTGTGTGC TGAAACTAAA AGTTCATGTG CTAATGGAGC TGGTGTCTGC 
ATCACTGGTG GTTCAAAACC GATTAACGCT GGAAAGCTAA GTAAAATTTT AACTTACGAA 
GATCAAGTGT TAAAGCTTGT TTATGAAGAT GGAGATCCTT GCCCTGCAGA CCCTGAACTG 
AAGCATAAAA GCTATTTTAG CTTTGTTTGC AAGTCTGATG CAGGAGATGA TAGCTGGCCT 
GTTTTTCTGT CCCTTGATGA GCAGACATGC ACTAACTACT TCTCTTGGCA TACTTCCTTG 
GCTTGTGAGG AAGAGGTGAA GTGCTCAGTG TTGAATGGGA GTTCTGTTAT TGACCTGTCT 
CCTCTGATCC ATCGCTCTGG ATATTATGAG GCATTTGTGG ACGAAGCTGC AATGGATGCT 
TCTCCAGACT TCTACATCAA TATTTGTGAG CCTCTCAATC CTATCAAAGA TGTCAATTGC 
CCACCTGGAG CAGCTGTTTG CATGGTTCCT GTTAATGGAC CACCAATAGA TATTGGTCGT 
GTTACTGAAC CTCCTAAGAT AAATGAGGCA GTGAATGAAG TTTACATCAC TTACAACAGC 
ACTACTCCTT GCCAGATAAA CAAGTTGAAC TATACTTCTC TCATTGTATT TCACTGCAGC 
CAAGGAACTA GTCTGGGCAA GCCGAAGATG ATAAGGAAAC TTGACTGCAA TTTTGTGTTT 
GAATGGGAAA CTCCAGTTGT GTGTCCTGAT CAAGTGAAAA CTTCAGGTTG CTCTGTGACT 
GATGAACAAT TACACTATAC TTTTAACTTG ACCAGCCTTT CTGGAAGATC ATATAAGGTG 
CTTTCTGGAT CCAGTAGTTA CCATGTTGGT GTGTGCAGTA AGGCAGCAGA CATGCCCCAG 
GGGAAATGCA AGGATGGGGC TGTGTGTCTG ATCTCGGAAA ATGGTGCGTC ATCCTTTGGA 
AATGTAAAAG AAATGAAAAT GGACTATAGC CACCAGGATG AAACGGTCAT CTTGCAGTAT 
ACAGGCGGTG ATCGGTGCCC TCCAGTGACT GAAAAAGGGG AGCTTTGTGT GTTCCCCTTC 
AAGTACAAAG GGAAGAGCTA TGAGGAATGT ATTACGGAAG AAAAGAATAG ACCGTGGTGT 
GCTACAACTG AAAACTACCA GGGAGATGGA AAGTGGGGAT TTTGTGGCAA TGCAACTGGA 
AAAAAGGAAT CTACCATTAT CTTCATGTGT GATGAGAATG CTGGCAATGG GAGTCCACGC 
CTTCTGAGCG AGACGCTTGG CTGTGCTGTG ACATTTGAAT GGAGGACACA GGCTGTTTGT 
CCTCCTAAGA AGATGGAGTG CAAGTTTGTC CAAAAACACA GAACTTATGA CTTGAGAATG 
CTCTCTTCCC TGACAGGATC ATGGATCTTT TTCCACAATG GAAACTCGTA CTATGTGAAT 
CTTTGTCAGA GGGTGCATGA AGGACCCACA GGCTGCCCTG AAAGAGCCAG TATTTGTAGA 
AAAAGCAGCA ATGGAGATGT TCAAGTTCTC GGACTTGTTC ATACACAGAA ACTGAATGTG 
ACAGGTGATA CAGTGTATAT CAGTTATTCC AGTGGGCAGG AATGCAGGAA AAACAAGAAA 
GTAATGACAG TTATAGAATT GAAATGTGCA AAAACAGTTG GCATGCCCAT GCTACAGAGG 
ATTGATGAAG AAAACTGTGC TTACTACATC ACTTGGGACA CACGAGCAGC TTGTGCTGTT 
AAGCAGCAGG AGGTGGAGGT AGTGAATGGA ACAGTTATTA ATCCTGTAAC TGGGAAAAAC 
TTCTCTTTGG GGAATGTTTA TTACAAGTTG TACGCTGCTT CTGGAGACAT ACGAACAAAT 
GGTGACAAGT ATGTATATGA AATTCAACTT TCTGGTATAA GAAACTCAAG TTTCCTGGAG 
TGTGCTGGAG CAAACATCTG CCAGGTTAAA ACTAATGAAC GTCGCTTTCG CAAAATTGGT 
TCTTCCAGAA AAGCTAAATA TTATGTTGAG GATGATGACT TGGATGTGAT ATTTTCATCG 
GATTCTAGAT GTGGTAAAGA TAAGTCAAAG TTTGTCTCTT CAACCATTTT CTTCCACTGC 
AGTCAACAAG CAAAGGAAGG CATCCCTGAA TTCCTTCATG AGACAGCAGA CTGTCAATAT 
TTATTTACCT GGTACACATC TGCTGTGTGT TCATTAATGT CAACGAATGT TCCAGGAAGC 
CATGAGGGCC AATCTGATCA AGAAGCCCAA ATACATAAAG GCCTTTCAGG GAGAAGTCAA 
GCTGTTGGTG CTGTGCTTAG TGTCCTTCTG GTTGTTCTCA CTGCATGCTT AGTAATCTTG 
CTGTTCTACA AAAAAGAGAG GAGGGAAACT GTAATAAACA AGATAACAAA CTGCTGCAGA 
AGAACATCAG GTGTTTCCTA CAAATACACA AAGATAAACA GTGAAGAAGA AGCTAATGAG 
CATGAAACAG AGTGGCTTAT GGAGGAAATT GCAGCACCAA ATCAGAGAAT AGCAAAAGGA 
GGGCAGGAAA ATGGTCACAT TACTACCAAG TCTGTTACAT CTGAAGCCTT TACATCTCTC 
CATGTTGATG ACCTGGACAG TGAGGATGAA GTGCTAACAA TTCCAGATGT AAAGATTCAA 
TCAGGAAGAG GACTACACAA GAGCAAGCAC CCACAAAAGA AGACACCAAG CCTTGACTTA 
CTGAATGGGG GAAAGGATAG GAAAGCAAAA GCCAAGCCGG GCCAACAGCA GGCACAGAAC 
TCTACAAATA CAGTATCATT TCATGATGAT AGTGATGAGG ACCTGTTGAA TGTTTAA

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

RefSeq	XP_013800866.1
CDS	1..7317
Translation	MWRRPLRGFIAWVGSYTWEAIDTDNHVFYKINLCYGVQECGRSSAVCAYDINRKTYLSVGDLGLQKTSKTLLEFNTTHNCLQQSSQHQIQSNINFLCGKTLGTPEFVTATECVHYFEWRTFVACKKDLFKPVKEVPCYVFDEDLKKHDLNPLIKISGHYLVDDSDDDSLFINICRDLGSSSGETGTCPAGSAACLLHEGLAYDVGRPREQLKLHNKDRLVLSYERIYNDEERPDFCLGHNPAVTITLLCPSKRGEESTGPKLTAKTNCRYEIEWVTEYACHRDYLESRSCLLTNEQHDISIDLRPLTQLSGYVTPYLAKDDNEEYYYYLNICGKTTAGNCKDSTGYVSSCQVKPSNNQQKVAGRFENQTLRYSDGDLALIYPNGDACSSGFQRMTVINFECNETAGNDGKGSPVFTGEVDCTYFFTWDTKYACVKEKDLLCRVADRRKHYDLSPLIHSSELAQNWEAVDSSLSEVGRKRYYINVCHKVLKKGGASSCPDAAAVCAVDKQNTSKNLGTYVSSPKKVGEDIQLTYLNGDSCGNNKRIKTVITLVCRPGDLESAPILMSEGVCSYAFDWYTAAACVLSKTEGDNCQVSDSQAGFSFDLSPLAKKNGHYVVNTTEYLFYINICGSVPEELCHTKSAACQVTQSKDQSWSLGLPSSKLTYYDGLIQLIYRNGTAYNDEKKTQRATLITFLCDHEAGIGQPEYQVEDNYTYNFRWYTEYACPEIPLECVVTDPNTMDQYDLSSLAKSEKRGENWYAMDNSKPGERKKYYINVCRPLIAVPGCDRRASVCQMEYQHDHDSFSEVTSISNLGVASKELVVERPGHISLTYTNGSVCINADGKKTSYTTTIHFACSRGTLSSSPRFIAIQECVATFLWEIEAACPIKKTKDDSQSCSVQDPNSGFLFNLQPLATDKGYMASGIGKKFMLNICGPMPDCGKINEKPAAGCEAENLTSVRIVELDKTLYLSAEGFLTLTYRGPLNVQGTSDTFTVTFICNDSYPGELKFVREEINSALNIHDTFFEFHTALACAPAPVDCQVTDAAGNEYDLSDLSKESEPWIAVDTSKDARKRTFFLNVCKPLPYVPGCPGGAIGSCVKDADKSKNLGVIQINPQAATDGSLSIIYLNGDACKDNQRYSTRIIFQCDQTMGSPVFEQEGDCEFIFVWRTLAACPVHKAEGDNCQVKDPKYGHVYNLKPLSNKDIKVSTDEYDYYFRVCGEITELCKPDVHAVSSCQVKKMDNTFRKVAGLLTEKLTFKNGLIMINYTSGEKCHKIYKRSTAILFYCDKTASEPVFLKETPDCTYMFEWHTQYACPPVKSTECSYKDNDGNFYDLSSLTRHRENWEAIALSASTQKYYINVCASLVPYGAARSCPSDAAVSVMDGAKCISLGEVADGPRWENGISILKYVNGEQCPDKIRKKTTILRLKCDENRLESKPELITAIEDCEYTFLWFTAAACPLKSNVQNDCWVTNPATGHLFDLTSLKRESGYTIYDSHNRKIELNVCAETKSSCANGAGVCITGGSKPINAGKLSKILTYEDQVLKLVYEDGDPCPADPELKHKSYFSFVCKSDAGDDSWPVFLSLDEQTCTNYFSWHTSLACEEEVKCSVLNGSSVIDLSPLIHRSGYYEAFVDEAAMDASPDFYINICEPLNPIKDVNCPPGAAVCMVPVNGPPIDIGRVTEPPKINEAVNEVYITYNSTTPCQINKLNYTSLIVFHCSQGTSLGKPKMIRKLDCNFVFEWETPVVCPDQVKTSGCSVTDEQLHYTFNLTSLSGRSYKVLSGSSSYHVGVCSKAADMPQGKCKDGAVCLISENGASSFGNVKEMKMDYSHQDETVILQYTGGDRCPPVTEKGELCVFPFKYKGKSYEECITEEKNRPWCATTENYQGDGKWGFCGNATGKKESTIIFMCDENAGNGSPRLLSETLGCAVTFEWRTQAVCPPKKMECKFVQKHRTYDLRMLSSLTGSWIFFHNGNSYYVNLCQRVHEGPTGCPERASICRKSSNGDVQVLGLVHTQKLNVTGDTVYISYSSGQECRKNKKVMTVIELKCAKTVGMPMLQRIDEENCAYYITWDTRAACAVKQQEVEVVNGTVINPVTGKNFSLGNVYYKLYAASGDIRTNGDKYVYEIQLSGIRNSSFLECAGANICQVKTNERRFRKIGSSRKAKYYVEDDDLDVIFSSDSRCGKDKSKFVSSTIFFHCSQQAKEGIPEFLHETADCQYLFTWYTSAVCSLMSTNVPGSHEGQSDQEAQIHKGLSGRSQAVGAVLSVLLVVLTACLVILLFYKKERRETVINKITNCCRRTSGVSYKYTKINSEEEANEHETEWLMEEIAAPNQRIAKGGQENGHITTKSVTSEAFTSLHVDDLDSEDEVLTIPDVKIQSGRGLHKSKHPQKKTPSLDLLNGGKDRKAKAKPGQQQAQNSTNTVSFHDDSDEDLLNV

Target ORF information:

RefSeq Version	XM_013945412.1
Organism	Apteryx australis mantelli
Definition	Apteryx australis mantelli 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_013945412.1

ORF Insert Sequence:

ATGTGGCGCC GTCCCCTGCG GGGCTTCATC GCGTGGGTCG GGAGTTACAC ATGGGAAGCA 
ATTGACACAG ACAACCATGT GTTCTATAAA ATAAACCTCT GTTATGGTGT ACAAGAGTGT 
GGAAGATCAA GTGCAGTCTG TGCGTATGAC ATCAATAGGA AGACCTATCT GTCAGTAGGT 
GACTTAGGTT TGCAAAAAAC TTCTAAAACT CTTCTGGAAT TCAACACTAC GCATAACTGC 
TTGCAGCAAA GCAGTCAGCA CCAAATTCAA AGCAACATTA ACTTCCTGTG CGGGAAGACA 
TTGGGTACTC CTGAATTTGT AACGGCAACA GAGTGTGTGC ACTATTTTGA ATGGAGGACC 
TTTGTTGCTT GTAAGAAAGA CTTGTTTAAA CCTGTGAAAG AGGTGCCTTG CTATGTGTTT 
GATGAAGACT TGAAGAAACA TGACTTGAAT CCTCTGATCA AAATTTCAGG ACACTATTTG 
GTGGATGATT CTGATGATGA TTCCTTGTTT ATAAACATCT GCAGGGACTT AGGAAGCTCA 
AGTGGAGAGA CCGGAACTTG CCCTGCTGGC AGTGCTGCTT GCTTGTTGCA TGAAGGTCTT 
GCTTATGATG TTGGTCGTCC TCGGGAACAA CTGAAACTTC ATAACAAAGA CAGACTGGTA 
CTGAGTTATG AGAGAATATA CAATGATGAA GAGAGGCCAG ACTTCTGCCT AGGCCATAAC 
CCAGCAGTGA CCATTACTCT TCTTTGCCCA TCAAAGAGGG GAGAAGAGAG CACAGGTCCC 
AAACTCACAG CAAAAACAAA TTGCCGATAT GAAATTGAGT GGGTTACTGA GTATGCCTGT 
CACAGGGATT ATCTAGAGAG TAGGAGCTGT CTTCTGACTA ATGAGCAACA TGATATCTCC 
ATTGACTTGA GACCACTTAC TCAACTTTCA GGTTATGTCA CGCCATATTT AGCCAAAGAT 
GACAATGAGG AGTATTACTA TTACTTGAAT ATATGTGGGA AAACCACTGC AGGTAACTGC 
AAGGACAGCA CAGGATATGT TTCATCTTGC CAAGTAAAAC CTTCAAATAA TCAGCAAAAA 
GTGGCAGGAA GATTTGAGAA TCAAACCCTA AGATATTCTG ATGGGGATCT CGCTTTAATT 
TATCCAAATG GGGATGCATG TAGTTCTGGC TTTCAGAGGA TGACCGTAAT AAACTTTGAG 
TGCAATGAAA CAGCAGGTAA TGATGGTAAA GGATCTCCAG TGTTTACTGG TGAAGTGGAC 
TGCACCTATT TCTTTACCTG GGATACAAAA TACGCATGTG TTAAAGAGAA AGATCTCCTT 
TGCAGAGTTG CTGATAGGAG AAAACATTAT GACTTATCAC CTCTGATACA CAGTTCAGAG 
TTAGCCCAGA ACTGGGAAGC TGTGGACAGT AGTCTTTCAG AGGTGGGAAG GAAGCGTTAT 
TACATCAATG TCTGCCATAA AGTGCTGAAG AAAGGAGGAG CTTCCAGCTG CCCAGATGCT 
GCTGCTGTTT GTGCTGTAGA TAAACAAAAC ACGAGCAAGA ATCTTGGAAC ATATGTTTCT 
TCTCCTAAAA AGGTTGGAGA AGATATTCAA CTTACCTATT TAAATGGAGA CAGCTGTGGC 
AATAACAAAA GAATCAAAAC TGTCATCACT CTTGTGTGCA GACCAGGTGA TCTAGAAAGC 
GCTCCTATCT TAATGTCTGA GGGTGTATGT TCATATGCCT TTGACTGGTA TACTGCTGCT 
GCATGTGTCC TGTCTAAAAC TGAAGGAGAT AACTGTCAAG TCTCTGATTC TCAGGCAGGC 
TTCTCTTTTG ACTTATCACC TCTGGCCAAG AAAAATGGGC ACTATGTGGT TAATACTACT 
GAATACTTGT TCTATATAAA TATTTGTGGC AGTGTGCCGG AAGAATTGTG TCACACAAAA 
TCAGCAGCAT GCCAAGTAAC ACAGAGTAAG GATCAGTCTT GGAGTCTGGG ACTGCCTAGT 
TCCAAACTGA CATATTATGA TGGGCTGATT CAGTTGATCT ACAGAAATGG TACAGCATAC 
AATGATGAGA AGAAAACACA GCGAGCTACC CTTATAACTT TCCTGTGTGA CCATGAGGCT 
GGAATAGGTC AACCTGAATA TCAGGTAGAA GATAACTATA CCTACAACTT TAGATGGTAC 
ACTGAGTATG CCTGCCCTGA AATACCACTG GAATGTGTTG TGACTGATCC CAACACCATG 
GACCAATATG ATTTGTCAAG CTTAGCCAAA TCTGAAAAGA GAGGTGAAAA CTGGTATGCT 
ATGGATAACT CAAAACCAGG TGAACGCAAG AAGTACTACA TAAATGTCTG TCGACCACTG 
ATTGCTGTGC CAGGGTGTGA TCGGCGAGCA TCAGTCTGTC AGATGGAATA TCAGCATGAT 
CACGATTCTT TCTCTGAAGT CACCTCTATT AGTAATCTTG GTGTTGCCAG TAAAGAACTA 
GTAGTTGAAA GACCCGGTCA CATTTCTCTA ACTTACACAA ATGGCTCTGT ATGCATCAAT 
GCTGATGGAA AGAAAACTTC TTATACCACC ACCATCCACT TCGCCTGTTC CAGGGGGACT 
CTTAGTAGCA GCCCACGCTT TATAGCTATT CAGGAATGTG TGGCCACCTT CTTATGGGAA 
ATCGAAGCTG CTTGTCCAAT CAAGAAAACA AAAGATGATT CTCAGTCCTG TTCTGTACAA 
GATCCAAACA GTGGCTTTTT GTTCAATCTG CAGCCATTAG CTACCGATAA AGGCTATATG 
GCTAGTGGCA TTGGGAAGAA ATTCATGCTA AACATTTGTG GGCCCATGCC AGACTGTGGT 
AAAATCAATG AAAAACCCGC TGCTGGATGT GAAGCAGAAA ACCTGACATC AGTGAGGATT 
GTGGAATTGG ACAAAACCCT GTATCTGTCT GCTGAAGGGT TTCTAACTCT TACCTACAGA 
GGTCCTCTTA ATGTGCAAGG GACATCGGAC ACATTCACAG TGACTTTCAT TTGTAATGAT 
TCATATCCTG GAGAGCTTAA ATTTGTGCGT GAAGAGATAA ACAGTGCACT GAACATCCAT 
GATACTTTCT TTGAGTTTCA TACAGCTCTG GCCTGTGCTC CTGCTCCTGT AGATTGCCAG 
GTTACAGATG CTGCTGGCAA TGAGTATGAC TTAAGTGACT TGAGCAAAGA GAGTGAGCCA 
TGGATTGCTG TAGACACTTC AAAGGATGCA AGGAAGCGAA CGTTCTTCTT AAATGTTTGC 
AAGCCTTTAC CCTATGTACC TGGATGCCCT GGTGGTGCCA TAGGATCTTG TGTGAAAGAT 
GCTGATAAAA GCAAGAACCT TGGTGTCATT CAGATAAATC CTCAGGCTGC TACTGATGGG 
TCATTAAGCA TTATTTACTT GAATGGAGAC GCATGCAAAG ATAATCAACG TTATTCTACA 
CGTATAATCT TCCAATGTGA TCAAACAATG GGATCCCCAG TGTTTGAACA AGAGGGTGAC 
TGTGAGTTTA TATTTGTTTG GAGAACATTG GCAGCCTGTC CTGTTCACAA AGCAGAAGGA 
GATAATTGCC AGGTGAAAGA TCCAAAGTAT GGTCATGTTT ATAATCTGAA GCCACTTTCC 
AATAAGGACA TAAAAGTGAG TACAGATGAG TATGACTACT ACTTCAGAGT CTGTGGAGAG 
ATAACAGAAC TTTGCAAACC AGATGTTCAT GCTGTATCAT CGTGCCAAGT AAAGAAAATG 
GACAATACTT TCAGAAAAGT AGCAGGCTTG CTTACGGAGA AACTGACTTT CAAAAATGGT 
TTAATAATGA TAAATTATAC CAGTGGAGAA AAATGTCACA AAATATACAA ACGCTCAACA 
GCCATATTAT TCTACTGTGA CAAGACTGCA TCAGAGCCAG TGTTTTTGAA AGAAACTCCA 
GACTGCACAT ACATGTTTGA ATGGCATACA CAATATGCCT GCCCGCCTGT CAAATCTACT 
GAATGTTCCT ACAAGGACAA TGACGGAAAC TTCTATGATC TTTCATCTCT GACACGGCAT 
AGAGAGAATT GGGAGGCTAT TGCTCTATCT GCTTCTACAC AAAAATACTA TATTAATGTC 
TGCGCATCCT TAGTGCCATA TGGTGCTGCA CGTTCCTGTC CTTCTGATGC TGCTGTCTCT 
GTTATGGATG GTGCAAAATG TATAAGTCTT GGAGAAGTGG CTGATGGTCC CCGGTGGGAA 
AACGGCATTT CTATTCTGAA ATATGTTAAT GGAGAGCAGT GCCCAGATAA AATTCGCAAG 
AAAACAACAA TATTGCGCCT CAAGTGTGAT GAAAACAGAC TCGAATCAAA GCCAGAACTT 
ATAACGGCCA TTGAAGATTG TGAATATACC TTCTTATGGT TCACGGCTGC TGCGTGTCCT 
CTTAAAAGCA ATGTGCAAAA TGACTGCTGG GTAACCAATC CTGCAACAGG CCATCTTTTT 
GATTTGACGT CACTGAAGCG AGAGTCTGGC TACACAATCT ATGATTCTCA CAACAGAAAA 
ATTGAATTGA ATGTGTGTGC TGAAACTAAA AGTTCATGTG CTAATGGAGC TGGTGTCTGC 
ATCACTGGTG GTTCAAAACC GATTAACGCT GGAAAGCTAA GTAAAATTTT AACTTACGAA 
GATCAAGTGT TAAAGCTTGT TTATGAAGAT GGAGATCCTT GCCCTGCAGA CCCTGAACTG 
AAGCATAAAA GCTATTTTAG CTTTGTTTGC AAGTCTGATG CAGGAGATGA TAGCTGGCCT 
GTTTTTCTGT CCCTTGATGA GCAGACATGC ACTAACTACT TCTCTTGGCA TACTTCCTTG 
GCTTGTGAGG AAGAGGTGAA GTGCTCAGTG TTGAATGGGA GTTCTGTTAT TGACCTGTCT 
CCTCTGATCC ATCGCTCTGG ATATTATGAG GCATTTGTGG ACGAAGCTGC AATGGATGCT 
TCTCCAGACT TCTACATCAA TATTTGTGAG CCTCTCAATC CTATCAAAGA TGTCAATTGC 
CCACCTGGAG CAGCTGTTTG CATGGTTCCT GTTAATGGAC CACCAATAGA TATTGGTCGT 
GTTACTGAAC CTCCTAAGAT AAATGAGGCA GTGAATGAAG TTTACATCAC TTACAACAGC 
ACTACTCCTT GCCAGATAAA CAAGTTGAAC TATACTTCTC TCATTGTATT TCACTGCAGC 
CAAGGAACTA GTCTGGGCAA GCCGAAGATG ATAAGGAAAC TTGACTGCAA TTTTGTGTTT 
GAATGGGAAA CTCCAGTTGT GTGTCCTGAT CAAGTGAAAA CTTCAGGTTG CTCTGTGACT 
GATGAACAAT TACACTATAC TTTTAACTTG ACCAGCCTTT CTGGAAGATC ATATAAGGTG 
CTTTCTGGAT CCAGTAGTTA CCATGTTGGT GTGTGCAGTA AGGCAGCAGA CATGCCCCAG 
GGGAAATGCA AGGATGGGGC TGTGTGTCTG ATCTCGGAAA ATGGTGCGTC ATCCTTTGGA 
AATGTAAAAG AAATGAAAAT GGACTATAGC CACCAGGATG AAACGGTCAT CTTGCAGTAT 
ACAGGCGGTG ATCGGTGCCC TCCAGTGACT GAAAAAGGGG AGCTTTGTGT GTTCCCCTTC 
AAGTACAAAG GGAAGAGCTA TGAGGAATGT ATTACGGAAG AAAAGAATAG ACCGTGGTGT 
GCTACAACTG AAAACTACCA GGGAGATGGA AAGTGGGGAT TTTGTGGCAA TGCAACTGGA 
AAAAAGGAAT CTACCATTAT CTTCATGTGT GATGAGAATG CTGGCAATGG GAGTCCACGC 
CTTCTGAGCG AGACGCTTGG CTGTGCTGTG ACATTTGAAT GGAGGACACA GGCTGTTTGT 
CCTCCTAAGA AGATGGAGTG CAAGTTTGTC CAAAAACACA GAACTTATGA CTTGAGAATG 
CTCTCTTCCC TGACAGGATC ATGGATCTTT TTCCACAATG GAAACTCGTA CTATGTGAAT 
CTTTGTCAGA GGGTGCATGA AGGACCCACA GGCTGCCCTG AAAGAGCCAG TATTTGTAGA 
AAAAGCAGCA ATGGAGATGT TCAAGTTCTC GGACTTGTTC ATACACAGAA ACTGAATGTG 
ACAGGTGATA CAGTGTATAT CAGTTATTCC AGTGGGCAGG AATGCAGGAA AAACAAGAAA 
GTAATGACAG TTATAGAATT GAAATGTGCA AAAACAGTTG GCATGCCCAT GCTACAGAGG 
ATTGATGAAG AAAACTGTGC TTACTACATC ACTTGGGACA CACGAGCAGC TTGTGCTGTT 
AAGCAGCAGG AGGTGGAGGT AGTGAATGGA ACAGTTATTA ATCCTGTAAC TGGGAAAAAC 
TTCTCTTTGG GGAATGTTTA TTACAAGTTG TACGCTGCTT CTGGAGACAT ACGAACAAAT 
GGTGACAAGT ATGTATATGA AATTCAACTT TCTGGTATAA GAAACTCAAG TTTCCTGGAG 
TGTGCTGGAG CAAACATCTG CCAGGTTAAA ACTAATGAAC GTCGCTTTCG CAAAATTGGT 
TCTTCCAGAA AAGCTAAATA TTATGTTGAG GATGATGACT TGGATGTGAT ATTTTCATCG 
GATTCTAGAT GTGGTAAAGA TAAGTCAAAG TTTGTCTCTT CAACCATTTT CTTCCACTGC 
AGTCAACAAG CAAAGGAAGG CATCCCTGAA TTCCTTCATG AGACAGCAGA CTGTCAATAT 
TTATTTACCT GGTACACATC TGCTGTGTGT TCATTAATGT CAACGAATGT TCCAGGAAGC 
CATGAGGGCC AATCTGATCA AGAAGCCCAA ATACATAAAG GCCTTTCAGG GAGAAGTCAA 
GCTGTTGGTG CTGTGCTTAG TGTCCTTCTG GTTGTTCTCA CTGCATGCTT AGTAATCTTG 
CTGTTCTACA AAAAAGAGAG GAGGGAAACT GTAATAAACA AGATAACAAA CTGCTGCAGA 
AGAACATCAG GTGTTTCCTA CAAATACACA AAGATAAACA GTGAAGAAGA AGCTAATGAG 
CATGAAACAG AGTGGCTTAT GGAGGAAATT GCAGCACCAA ATCAGAGAAT AGCAAAAGGA 
GGGCAGGAAA ATGGTCACAT TACTACCAAG TCTGTTACAT CTGAAGCCTT TACATCTCTC 
CATGTTGATG ACCTGGACAG TGAGGATGAA GTGCTAACAA TTCCAGATGT AAAGATTCAA 
TCAGGAAGAG GACTACACAA GAGCAAGCAC CCACAAAAGA AGACACCAAG CCTTGACTTA 
CTGAATGGGG GAAAGGATAG GAAAGCAAAA GCCAAGCCGG GCCAACAGCA GGCACAGAAC 
TCTACAAATA CAGTATCATT TCATGATGAT AGTGATGAGG ACCTGTTGAA TGTTTAA