IGF2R cDNA ORF clone, Latimeria chalumnae(coelacanth)

Gene
Clones
gRNAs

Summary

Gene Symbol	IGF2R
Entrez Gene ID	102366185
Full Name	insulin like growth factor 2 receptor
Gene Type	protein-coding
Organism	Latimeria chalumnae(coelacanth)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014490970.1	XP_014346456.1	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
OLa31247	XM_014490970.1 Latest version!	Latimeria chalumnae 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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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_014490970.1 ) cDNA ORF clone, Latimeria chalumnae(coelacanth) -> XP_014346456.1 Latimeria chalumnae insulin-like growth factor 2 receptor (IGF2R), mRNA.

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CloneID	OLa31247
Clone ID Related Accession (Same CDS sequence)	XM_014490970.1
Accession Version	XM_014490970.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7377bp) 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	2015-10-25
Organism	Latimeria chalumnae(coelacanth)
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_005819606.1) and transcript sequence (GAAA01007880.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Latimeria chalumnae Annotation Release 101 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 assembly gap :: added 134 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGGGGAGAG GCGGCGTGTC GCAAGCCGCC CGGCGGTCGC CGAGCCTTGT TCTTTTGGCG 
TTGCTGCTGA CGCTGGTCTG CGCAGCCCAG AGCCTTTGGT ACCAGGAGCT TTGCAGTTAC 
ACTTGGGATG CCATAGACAC AGACAAGGAT GTGCGTTATA AAATCAACCT TTGTGAGAGC 
TTACCTTCGG CAGACTGCGG AGGATCAAGT GCCATCTGTG CTTATGATGT AGCAAAAAAG 
AACCTGCAGT CTGTTGGTGA CTCATCACAG AAGAAGGACT TGGAGTTGCT CATTGAGTTC 
AACACGACTC GTTCATGTAC AGATCAAAAC GCCCAGCACA AAATTCATAG TAGCATCAGT 
TTCCTGTGCG GTAAAACCAT GGGAACCCCA GAGTTTGTAA CCTCATCAGC ATGTGTGCAC 
TATTTTGAGT GGAGGACATT TGTCGCTTGC AGGAATGATG TTTTCAAACC CAAGAAAGAG 
GTACCATGCT ATGTTTTCGA TGAAGATGGA AGGAAGCATG ACTTAACCCC ACTTATCAAG 
CTTTCTGGTG GTTACTTGGT GGATGACTCA GATGATGATG TAGACTTATT CATCAACATT 
TGTAGAGATA TAGGTAAACC TGACAGTGCT ACTTCATCTT GCCCACCTGA CAGTGCAGCT 
TGCTTATTGA AGGGAAACAA TGCTTTTGAT GTTGGGCAGC CAAAAGAAGG TTTGAAACTT 
ACTGGGAAAG ACAGGCTAGT ACTTCAGTAT ACTAAAGAAT ACTCAGCAAG TGAGAAGAAA 
CCAGATTTCT GTGACGGTCA CAGCCCTGCA GTTTCTATTA CTTTCACCTG CCCATCTGGC 
AGAAGAGAGG GTGCAGATCC AAAATTAACT GCTAAAACCA ATTGCCGTTA CGAAATAGAA 
TGGGTAACTG AATATGCCTG CCACAGGGAT TATCTGGAAA GCCATAGTTG CATTCTGACA 
AGCGATCAAC ATGACGTATC CATTGACCTG ACACCACTCA CCATAAAGCA ATGGAAGGCA 
GAAGACTTTT TTTTTTTTTT TTCCTTTTTG TCTGACAGAT ATTCAGATGG TGACCTTACT 
TTGACGTACC CAGGTGGAGC TACATGTAGT TCTGGATTTC AGCGGATGAC CATAATAAAT 
TTTGAGTGCA ATGAAACTGC AGGCGATGAT GGGAAGGGCT CCCCAGTGTT TACTGGAGAA 
GTAGACTGCA CATATTTCTT TGACTGGGGC ACGAAGTATG CTTGTGTTAA AGAGAAGGAA 
GACCTCCTAT GTAGAGTCAC TGACCAGAAG AAACACTATG ACTTGTCACC TTTGACACGA 
TACTCAGAAT CAGATGGTGC ACATAATTGG GAGGCTTTGG ACAGCAATCC TGTTGAATCG 
GAGCAGAAAA GATTCTACAT TAATGTCTGT CATAAAGTGC TTCAGGATGG TGGAGCAGTT 
GATTGCCCAG AGGATTCGGC TATCTGTGCA GTTGATAAAA GAGGAAATAA GATAAACTTG 
GGAAGATTTC TGTCTTCTCC TAAAAAAGAT GGCGAGAACA TCCAGCTCAT TTATTCCGAA 
GGTGATGTCT GTAAAGAATC CAAGCGAATC CGCACAATAA TCACACTTGT GTGTAAACCA 
GGTGATCTGG AGAGCGCTCC TGTCCTGACG AGCTCTGGGA ATGATGAGTG CTTGTATGAG 
TTTATGTGGC ACAGTGCTGC TGCCTGTGTC TTGTCCAAAA CTCAGGGAGA CAACTGCAGG 
GTCTCTGATC CTCAAGCTGG CTTTTCCTTT GACTTATCAC CGCTGACCAA GAAAGATGGA 
AGCTACAAAA TTGAATCCAG TTACGACTTT TATATCAATG TCTGTAACAG CACTTCAGGG 
ACAAAGTGTG AAAATAATGT AGGTGCATGC CAGGTAGAGA GAAATGGTGA TAAAGTTTGG 
AGTCTAGGAA TAGCCAACTC AAAACTGTCC TACTATGATG GAATGATTCA ACTCAATTAC 
AGAAATGGAT CAATATACAA CAATCAACAG CACACACAGA GATCCACACT CATCACATTC 
TTGTGTGATA GAGATGCTGG AGTGGGACAG CCTGAGTTTC AGGTGGAAGA TGCTTATACT 
TACAATTTTA AATGGTACAC AAGATATGCA TGTCCAGAGA TGCCTTTGGA ATGTGCTGTA 
ACAGACAGTG AAAATGGGAA ACAGTATGAC CTGTCCAGTT TATCTAAATC TGAAGCAGAC 
AGTGAAATCA ACTGGTATGC TATGGATCGA TCACAGCCAG GCAGCATGAA GAAGTATTAC 
ATCAACATCT GTCGACCTTT AAATCCAGTT TCAGGATGTG ACCAATATGC ATCAGTCTGT 
CAGATGACAT ATGTGACAGA GTCGGATATA ATTATCGAAA AGGTAACCAT CAGTAACCTT 
GGGATTGCAC GTAGTCGTCC TAAAATTGAA GGTGATGGGA GCATTCTTCT CGAGTACACG 
AATGGCTCTA ACTGTATGAA TACAGATGGC CAGAAGATAA CCTACAGTAC ACGGATTCTT 
CTGATATGCT CCAAGGGAAC TCTTTCCACA AGTCCACAGT TTATTGAAAA TAAGGATTGT 
GTGTTCATTT TTCTCTGGGA AACTGAAGCT GCTTGCCCCA TTACAACCAC AAAAGATGAA 
AGTCAGACTT GTTCCTTGAA AGATCCAAAC AGTGGTTTTG TTTACAACCT GCAGCCTTTG 
GCTTCCGACA CTGGATACAC AGTCACAGGC AATGGAGCCA CGTTTAAGCT TAACATCTGT 
GGAACACTAA GCGAGTGTGG TACAGTTAAG GAACAGCCAG CTGCTGGTTG TGAAATAGAA 
AATCAGAAAC CCACAAGACA GGTTGGATTA GAAAGATCTT TGCAGCTTTC TTCTGAAGGC 
CTTATAACCC TTACATACAG AGGTGAACTG TTTCCAACAT CTGGTACTCG TGACAGTTTT 
ACTATACGTT TTGTGTGCGA CTCTGGCTTG TACCCCGGAG AGCTGAAGTT TGTGCGAAAG 
GAGATCAGCT CTGTGACACA CATCCATGAT GCATTCTTTG AGTTTGTGAC AGCTTTGGCC 
TGTGTACCAG TGCAGGTGGC CTGTCAAACT ACTGATTCCG CTGGCAATGA ATATGACCTG 
AGTGGTCTTG GCAGGGACCA TGATCCATGG ATTGCAGTGG ATACTACTGC AGATGCAAAA 
AATAGGACCT TCTTTCTCAA CGTCTGCAAA CCTTTACCAC CAATAACGGG ATGTCAAGGT 
GGTGCTGTTG GTTCTTGTGT AAAATATTCT AACAAAGGCC TGAAGTTGGG TTATGTCCAA 
ATGAGTCCCC AGGCTGGCAC AGATGGATCA GTCAGCATTG TCTATCTGAA TGGTGATCAG 
TGTGGTGACT GGAAGTATTC AACACGCATT ATCTTTCAGT GTGACGACAC CCCAGGATCG 
CCAATATTTC AGCGTCGAGA TGGATGTGAA TTTGTTTTCT CTTGGACAAC CCCTGAGGCA 
TGCCCTGTTC AGAGAGCTGA AGGTGATAAC TGTCAGGTGA AGGATCCAAA GTATGGCTAC 
ATTTATAATT TGCAGCCTCT GAGGGGTCAA GATATTGATG TCATTGTAGA GGAATATGAA 
TATCATTTTG CAGTGTGTAA AGAAATAACC GGGAATGTAT GTGGATCCAG CACATACACT 
GGTGTAAACG CGGTGTCTTC GTGTCAAATC AAAACAAAAA ATCCAGCACA ACAAAAAATA 
GCAGGGCGGT ATACAGAAAA GCTAACTTAT GAAAATGGAT TGATCATGAT TAACTACACC 
AGAGGAGAAA CATGCCACAA AATCTACGAA AGGTCAACAG CCATAATATT CTACTGTGAC 
CATGGCAAAA AGCCAGGTCA GCCAGTGTTT TTGAAGGAAA CCCCAGACTG CACATATTTG 
TTTGAGTGGC ATACAGCCTT TGCTTGTCCA CCCTTCAAAT CGATAAGCTG TTCGTTCAAA 
GACACTGAAG GAAACTCCTA TGACCTTTTG CCATTATCAC GGTACCGGGA TAACTGGGAA 
ATTGAGCATA TGACAGGAAA CCAAAGCAAG CGGTACTACA TTAATGTCTG CAAATCATTG 
GCTCCACAAA ATGGTACTTG GGCCTGCCCC GCTAATGCTG CTGTTTGCAT GAAGAATGGT 
AGTGTGTATA CAAATCTTGG GGAGATTTCA AGCGGGCCGC AGTGGGAGAA CGGAATTCTA 
ATTCTTAAAT ACGTAGACGG AGATCGCTGT CCAGATAAGC GCCGCAACAA GACAACTATA 
ATACGCTTCA AGTGTGATGA AAGCCAAGTT GAATCCAAAC CAGCTTTAAT CATGGCTATT 
GAAGACTGCG AATATTCGTT CTTGTGGTTC ACTGCAGCTG CGTGTCCGCT GAAGAGTAAT 
GTGCATGATG ATTGCAAAGT GACTAACCCT GCAACAGGAC ACCTCTTTGA TTTAAACTCC 
CTAAAAACTG ATGCTGGTTA TATTATCTCT GATGGCAAGA ACAGAAATAA AGTAGTTCGC 
CTGAATATCT GTGGTGAAAT CCAAGGGTCC TCGTGCCAAG AAAAAGAAGT TGGTGTATGC 
ATTACCAGTG GTGGTCGAGC CCCAGTCAAT GCTGGAAAAT TTAACAAGCA GCTGAAGTAT 
GTAGATCAGG TATTACAGCT GGTCTATGAT GGAGGAGATT CCTGTCCAGG AAATCCTAAT 
CTCAAACACA GTAGCGTCTT CAGCTTTGTC TGCAAGTCTG ATGCAGAGGC AAACAGTGGT 
CCAGTGCATG TGTCTTCAGA TGAAAAAACG TGTACTCATT ACTTTTCCTG GCACACTCAG 
CTGGTCTGCG AACAGCAGGT GAAATGCTCA GTTCGGAATG GCACCTCTCT AATTGATTTG 
ACACCCCTGA TCCATAAAAC TGGCTATTAT AAAGCATATG ATGAAGATGT AGAGGAACAA 
GATTCACCTG ATTTTTATAT TAACATTTGT CAGCCTCTTA ACCCCATTCC AGAAGTTAAT 
TGCCCCCCTG GTGCAGCTGT TTGCATGGAT CCTGGTGATG CTGATCCCAT AGATATTGGT 
CGTCTCACTG GGCCCCCACG AATAAATAAA GTTGTGAATG AGGTTTATAT GACTTTTGAC 
AGCAGAACTG TTTGTCCAGC AAACAAAACC CTTAATTATA CTTCCCTTAT TGTTTTCCAT 
TGTAACAGAG GAACAGATCT GGGAGAACCA AAAATGATTA GAAAGGCCAG TTGCAGTTAC 
GTGTTTGAAT GGGGGACTCC AGTGGTCTGT TCGGATTCGG TGACCATGTT GGGCTGCACA 
CTGACTGATG CACAGCTACG GTACACTTTT AACCTGTCCA CTCTCACTGG AGGCCAATAC 
CAGGTAGCAT CTAGCTCTGG GTCATATCAT ATCAATGTGT GTGCTGCAAT AACGGCGAAC 
GTATCCAACA AGAAATGTAA GGATGCAGCA GTTTGCCTGG TCTCTGGCAA CAGTGCATCA 
TCTTTTGGAA ATGCAAAAGC AATGTCAATG GATTATCAGC ATGAAGATGA ATCAATAGTT 
TTACAGTATG GTGGTGGTGA ACAGTGCTCT CCAGTGACTG ATAAGGGTGA GCTCTGTGTC 
TTCCCCTTTA AGTTTCAAGA TAAAACATAC AAAGAATGCA CTACAGAAGG AAGAACGGAT 
GGATTTTTAT GGTGTGCTAC AACTGAAGAT TACAATCGTG ATAAAAAGTG GGGGTTTTGT 
GGACAGTCAA CTGAGAAACG AAGATCCACT ATTATATTCA AGTGTGATGA GAGTGCTGAC 
AATGGCAACC CTCAGCTACT GAGTGAAACT CTTGGATGTG CTGCTACATT TGAGTGGAAG 
ACCAAAGTGG CTTGCATTTC AAAAAGCATG GAATGCAGAT TGATTAACAA GCACAAAGCC 
TATGATATGA GGATGCTCTC CTCCCTTACA AGTTCATGGA AGTTTGCTGA CAAAGACTAC 
TCGTATTACA TGAATCTGTG CAAAGGAATT TCTGGAGGAC CATCAGGGTG TCCAAACACT 
GCCAGCATAT GTAGAATAAG CAAAAGTGGT ATGACACAGA TCCTTGGACT TGTTTATACA 
CAACAGATGC ATGTCCAAGG TGAAACTGTT TTCATTAATT ATACAAATGG AGGTGAAGTA 
TGTGGCAAAG GCACTAAAGC AAAAACTATT GTGGAGCTAC AGTGTTCAGA TATAGTAGGA 
AAGCCCCAGC TAAATCAGAT TGATAACAAG AAGTGTGAGT TTTATGTACT GTGGAAGACT 
CGAGCAGCCT GTGCTGTAGA TAAACAGAAG GAGGTAGAAA TGCTGAATGG AACTGTTGTG 
AACCCAGCTA CTGGACGAAA TTTCAGTTTG GGACTTATAT ATTTCAAATT ATATTATGCA 
TCGGGTGATG TGAGATCCAA CGGTGACACC TACATCTATG ATATTCAGCT ATCGGGGATT 
ACAGATCCAG AACACCGTGA ATGCCTTTAC GCCAATGTCT GTCAGGTCAA AACCAATAAT 
AAATACTTCA GGAAAGTTGG CTTATCCAGT AAAGTGAAGT ACTACATCAA AGATGATGAT 
TTGGACATTG TTTTTTCTTC TAACTCCAAC TGTGGTCGGG ACAGGTCCAA GTTTGTTTCC 
TCTACCATTT TGCTCAAGTG CAGTGAATCT GCAGGGGAGG GCATCCCAGA ATTCATTCAT 
GAGTCAGCAG ACTGCCAGTA CCTATTTACA TGGTACACTT CTGCTGTGTG TGGACTTATG 
CCCGATTATT CTGTGAATGG AGATGAATCC AAAAATCAAG CTGAGGAGCA TGTGGGTTTG 
TCAAGGCGGA GCCAGGCTGT TGGTGCAATT CTGAGTGTGC TCCTGATCGG TTTGACTGTG 
TGTTTACTGA CCCTGTTACT TTACAAACGA GAGAGAAGGG AAACTGTGTT GCAGAAGGTA 
ACCAGCTGCT GTAGAAGAGG TCCGAATGTT TCCTATAAAT ATACAAAGAT TAACACTGAA 
GATGAGGCAA ATGAAAATGA AACTGAAACT GAGTGGCTCA TGGAGGAGAT GGCAGCTCCT 
AACTCCAGAC CAGGAAAAGA GGGGCTTGAA AACGGTCACA TCGCCAGCAA AACAGTAAAG 
GCCGAAGCTT TTACAGCCTT CCATTTGGAT GACCAAGATA GTGAAGACGA AGTACTGACT 
GTTCCTGATG TGAAAATACA TTCTGGCAGG GTCCAGGAGT CTAAGAACTC AAGCAAGAGG 
AGGAATGAGC AAAGGAAGCC ATCGCACGAT GACAGTGACG ATGATACCAC TGGACTGTTA 
AATGAGAGAA AAGGAAAGCC AAAGAGTTTA GAGAGAACCT CCCAGCTGAA GACACATGAC 
TTGAAAAATG TAAGGTCATT TCATGACGAC AGTGATGAAG ACATGCTGAA TGTTTGA

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

RefSeq	XP_014346456.1
CDS	43..7419
Translation	MGRGGVSQAARRSPSLVLLALLLTLVCAAQSLWYQELCSYTWDAIDTDKDVRYKINLCESLPSADCGGSSAICAYDVAKKNLQSVGDSSQKKDLELLIEFNTTRSCTDQNAQHKIHSSISFLCGKTMGTPEFVTSSACVHYFEWRTFVACRNDVFKPKKEVPCYVFDEDGRKHDLTPLIKLSGGYLVDDSDDDVDLFINICRDIGKPDSATSSCPPDSAACLLKGNNAFDVGQPKEGLKLTGKDRLVLQYTKEYSASEKKPDFCDGHSPAVSITFTCPSGRREGADPKLTAKTNCRYEIEWVTEYACHRDYLESHSCILTSDQHDVSIDLTPLTIKQWKAEDFFFFFSFLSDRYSDGDLTLTYPGGATCSSGFQRMTIINFECNETAGDDGKGSPVFTGEVDCTYFFDWGTKYACVKEKEDLLCRVTDQKKHYDLSPLTRYSESDGAHNWEALDSNPVESEQKRFYINVCHKVLQDGGAVDCPEDSAICAVDKRGNKINLGRFLSSPKKDGENIQLIYSEGDVCKESKRIRTIITLVCKPGDLESAPVLTSSGNDECLYEFMWHSAAACVLSKTQGDNCRVSDPQAGFSFDLSPLTKKDGSYKIESSYDFYINVCNSTSGTKCENNVGACQVERNGDKVWSLGIANSKLSYYDGMIQLNYRNGSIYNNQQHTQRSTLITFLCDRDAGVGQPEFQVEDAYTYNFKWYTRYACPEMPLECAVTDSENGKQYDLSSLSKSEADSEINWYAMDRSQPGSMKKYYINICRPLNPVSGCDQYASVCQMTYVTESDIIIEKVTISNLGIARSRPKIEGDGSILLEYTNGSNCMNTDGQKITYSTRILLICSKGTLSTSPQFIENKDCVFIFLWETEAACPITTTKDESQTCSLKDPNSGFVYNLQPLASDTGYTVTGNGATFKLNICGTLSECGTVKEQPAAGCEIENQKPTRQVGLERSLQLSSEGLITLTYRGELFPTSGTRDSFTIRFVCDSGLYPGELKFVRKEISSVTHIHDAFFEFVTALACVPVQVACQTTDSAGNEYDLSGLGRDHDPWIAVDTTADAKNRTFFLNVCKPLPPITGCQGGAVGSCVKYSNKGLKLGYVQMSPQAGTDGSVSIVYLNGDQCGDWKYSTRIIFQCDDTPGSPIFQRRDGCEFVFSWTTPEACPVQRAEGDNCQVKDPKYGYIYNLQPLRGQDIDVIVEEYEYHFAVCKEITGNVCGSSTYTGVNAVSSCQIKTKNPAQQKIAGRYTEKLTYENGLIMINYTRGETCHKIYERSTAIIFYCDHGKKPGQPVFLKETPDCTYLFEWHTAFACPPFKSISCSFKDTEGNSYDLLPLSRYRDNWEIEHMTGNQSKRYYINVCKSLAPQNGTWACPANAAVCMKNGSVYTNLGEISSGPQWENGILILKYVDGDRCPDKRRNKTTIIRFKCDESQVESKPALIMAIEDCEYSFLWFTAAACPLKSNVHDDCKVTNPATGHLFDLNSLKTDAGYIISDGKNRNKVVRLNICGEIQGSSCQEKEVGVCITSGGRAPVNAGKFNKQLKYVDQVLQLVYDGGDSCPGNPNLKHSSVFSFVCKSDAEANSGPVHVSSDEKTCTHYFSWHTQLVCEQQVKCSVRNGTSLIDLTPLIHKTGYYKAYDEDVEEQDSPDFYINICQPLNPIPEVNCPPGAAVCMDPGDADPIDIGRLTGPPRINKVVNEVYMTFDSRTVCPANKTLNYTSLIVFHCNRGTDLGEPKMIRKASCSYVFEWGTPVVCSDSVTMLGCTLTDAQLRYTFNLSTLTGGQYQVASSSGSYHINVCAAITANVSNKKCKDAAVCLVSGNSASSFGNAKAMSMDYQHEDESIVLQYGGGEQCSPVTDKGELCVFPFKFQDKTYKECTTEGRTDGFLWCATTEDYNRDKKWGFCGQSTEKRRSTIIFKCDESADNGNPQLLSETLGCAATFEWKTKVACISKSMECRLINKHKAYDMRMLSSLTSSWKFADKDYSYYMNLCKGISGGPSGCPNTASICRISKSGMTQILGLVYTQQMHVQGETVFINYTNGGEVCGKGTKAKTIVELQCSDIVGKPQLNQIDNKKCEFYVLWKTRAACAVDKQKEVEMLNGTVVNPATGRNFSLGLIYFKLYYASGDVRSNGDTYIYDIQLSGITDPEHRECLYANVCQVKTNNKYFRKVGLSSKVKYYIKDDDLDIVFSSNSNCGRDRSKFVSSTILLKCSESAGEGIPEFIHESADCQYLFTWYTSAVCGLMPDYSVNGDESKNQAEEHVGLSRRSQAVGAILSVLLIGLTVCLLTLLLYKRERRETVLQKVTSCCRRGPNVSYKYTKINTEDEANENETETEWLMEEMAAPNSRPGKEGLENGHIASKTVKAEAFTAFHLDDQDSEDEVLTVPDVKIHSGRVQESKNSSKRRNEQRKPSHDDSDDDTTGLLNERKGKPKSLERTSQLKTHDLKNVRSFHDDSDEDMLNV

Target ORF information:

RefSeq Version	XM_014490970.1
Organism	Latimeria chalumnae(coelacanth)
Definition	Latimeria chalumnae 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_014490970.1

ORF Insert Sequence:

ATGGGGAGAG GCGGCGTGTC GCAAGCCGCC CGGCGGTCGC CGAGCCTTGT TCTTTTGGCG 
TTGCTGCTGA CGCTGGTCTG CGCAGCCCAG AGCCTTTGGT ACCAGGAGCT TTGCAGTTAC 
ACTTGGGATG CCATAGACAC AGACAAGGAT GTGCGTTATA AAATCAACCT TTGTGAGAGC 
TTACCTTCGG CAGACTGCGG AGGATCAAGT GCCATCTGTG CTTATGATGT AGCAAAAAAG 
AACCTGCAGT CTGTTGGTGA CTCATCACAG AAGAAGGACT TGGAGTTGCT CATTGAGTTC 
AACACGACTC GTTCATGTAC AGATCAAAAC GCCCAGCACA AAATTCATAG TAGCATCAGT 
TTCCTGTGCG GTAAAACCAT GGGAACCCCA GAGTTTGTAA CCTCATCAGC ATGTGTGCAC 
TATTTTGAGT GGAGGACATT TGTCGCTTGC AGGAATGATG TTTTCAAACC CAAGAAAGAG 
GTACCATGCT ATGTTTTCGA TGAAGATGGA AGGAAGCATG ACTTAACCCC ACTTATCAAG 
CTTTCTGGTG GTTACTTGGT GGATGACTCA GATGATGATG TAGACTTATT CATCAACATT 
TGTAGAGATA TAGGTAAACC TGACAGTGCT ACTTCATCTT GCCCACCTGA CAGTGCAGCT 
TGCTTATTGA AGGGAAACAA TGCTTTTGAT GTTGGGCAGC CAAAAGAAGG TTTGAAACTT 
ACTGGGAAAG ACAGGCTAGT ACTTCAGTAT ACTAAAGAAT ACTCAGCAAG TGAGAAGAAA 
CCAGATTTCT GTGACGGTCA CAGCCCTGCA GTTTCTATTA CTTTCACCTG CCCATCTGGC 
AGAAGAGAGG GTGCAGATCC AAAATTAACT GCTAAAACCA ATTGCCGTTA CGAAATAGAA 
TGGGTAACTG AATATGCCTG CCACAGGGAT TATCTGGAAA GCCATAGTTG CATTCTGACA 
AGCGATCAAC ATGACGTATC CATTGACCTG ACACCACTCA CCATAAAGCA ATGGAAGGCA 
GAAGACTTTT TTTTTTTTTT TTCCTTTTTG TCTGACAGAT ATTCAGATGG TGACCTTACT 
TTGACGTACC CAGGTGGAGC TACATGTAGT TCTGGATTTC AGCGGATGAC CATAATAAAT 
TTTGAGTGCA ATGAAACTGC AGGCGATGAT GGGAAGGGCT CCCCAGTGTT TACTGGAGAA 
GTAGACTGCA CATATTTCTT TGACTGGGGC ACGAAGTATG CTTGTGTTAA AGAGAAGGAA 
GACCTCCTAT GTAGAGTCAC TGACCAGAAG AAACACTATG ACTTGTCACC TTTGACACGA 
TACTCAGAAT CAGATGGTGC ACATAATTGG GAGGCTTTGG ACAGCAATCC TGTTGAATCG 
GAGCAGAAAA GATTCTACAT TAATGTCTGT CATAAAGTGC TTCAGGATGG TGGAGCAGTT 
GATTGCCCAG AGGATTCGGC TATCTGTGCA GTTGATAAAA GAGGAAATAA GATAAACTTG 
GGAAGATTTC TGTCTTCTCC TAAAAAAGAT GGCGAGAACA TCCAGCTCAT TTATTCCGAA 
GGTGATGTCT GTAAAGAATC CAAGCGAATC CGCACAATAA TCACACTTGT GTGTAAACCA 
GGTGATCTGG AGAGCGCTCC TGTCCTGACG AGCTCTGGGA ATGATGAGTG CTTGTATGAG 
TTTATGTGGC ACAGTGCTGC TGCCTGTGTC TTGTCCAAAA CTCAGGGAGA CAACTGCAGG 
GTCTCTGATC CTCAAGCTGG CTTTTCCTTT GACTTATCAC CGCTGACCAA GAAAGATGGA 
AGCTACAAAA TTGAATCCAG TTACGACTTT TATATCAATG TCTGTAACAG CACTTCAGGG 
ACAAAGTGTG AAAATAATGT AGGTGCATGC CAGGTAGAGA GAAATGGTGA TAAAGTTTGG 
AGTCTAGGAA TAGCCAACTC AAAACTGTCC TACTATGATG GAATGATTCA ACTCAATTAC 
AGAAATGGAT CAATATACAA CAATCAACAG CACACACAGA GATCCACACT CATCACATTC 
TTGTGTGATA GAGATGCTGG AGTGGGACAG CCTGAGTTTC AGGTGGAAGA TGCTTATACT 
TACAATTTTA AATGGTACAC AAGATATGCA TGTCCAGAGA TGCCTTTGGA ATGTGCTGTA 
ACAGACAGTG AAAATGGGAA ACAGTATGAC CTGTCCAGTT TATCTAAATC TGAAGCAGAC 
AGTGAAATCA ACTGGTATGC TATGGATCGA TCACAGCCAG GCAGCATGAA GAAGTATTAC 
ATCAACATCT GTCGACCTTT AAATCCAGTT TCAGGATGTG ACCAATATGC ATCAGTCTGT 
CAGATGACAT ATGTGACAGA GTCGGATATA ATTATCGAAA AGGTAACCAT CAGTAACCTT 
GGGATTGCAC GTAGTCGTCC TAAAATTGAA GGTGATGGGA GCATTCTTCT CGAGTACACG 
AATGGCTCTA ACTGTATGAA TACAGATGGC CAGAAGATAA CCTACAGTAC ACGGATTCTT 
CTGATATGCT CCAAGGGAAC TCTTTCCACA AGTCCACAGT TTATTGAAAA TAAGGATTGT 
GTGTTCATTT TTCTCTGGGA AACTGAAGCT GCTTGCCCCA TTACAACCAC AAAAGATGAA 
AGTCAGACTT GTTCCTTGAA AGATCCAAAC AGTGGTTTTG TTTACAACCT GCAGCCTTTG 
GCTTCCGACA CTGGATACAC AGTCACAGGC AATGGAGCCA CGTTTAAGCT TAACATCTGT 
GGAACACTAA GCGAGTGTGG TACAGTTAAG GAACAGCCAG CTGCTGGTTG TGAAATAGAA 
AATCAGAAAC CCACAAGACA GGTTGGATTA GAAAGATCTT TGCAGCTTTC TTCTGAAGGC 
CTTATAACCC TTACATACAG AGGTGAACTG TTTCCAACAT CTGGTACTCG TGACAGTTTT 
ACTATACGTT TTGTGTGCGA CTCTGGCTTG TACCCCGGAG AGCTGAAGTT TGTGCGAAAG 
GAGATCAGCT CTGTGACACA CATCCATGAT GCATTCTTTG AGTTTGTGAC AGCTTTGGCC 
TGTGTACCAG TGCAGGTGGC CTGTCAAACT ACTGATTCCG CTGGCAATGA ATATGACCTG 
AGTGGTCTTG GCAGGGACCA TGATCCATGG ATTGCAGTGG ATACTACTGC AGATGCAAAA 
AATAGGACCT TCTTTCTCAA CGTCTGCAAA CCTTTACCAC CAATAACGGG ATGTCAAGGT 
GGTGCTGTTG GTTCTTGTGT AAAATATTCT AACAAAGGCC TGAAGTTGGG TTATGTCCAA 
ATGAGTCCCC AGGCTGGCAC AGATGGATCA GTCAGCATTG TCTATCTGAA TGGTGATCAG 
TGTGGTGACT GGAAGTATTC AACACGCATT ATCTTTCAGT GTGACGACAC CCCAGGATCG 
CCAATATTTC AGCGTCGAGA TGGATGTGAA TTTGTTTTCT CTTGGACAAC CCCTGAGGCA 
TGCCCTGTTC AGAGAGCTGA AGGTGATAAC TGTCAGGTGA AGGATCCAAA GTATGGCTAC 
ATTTATAATT TGCAGCCTCT GAGGGGTCAA GATATTGATG TCATTGTAGA GGAATATGAA 
TATCATTTTG CAGTGTGTAA AGAAATAACC GGGAATGTAT GTGGATCCAG CACATACACT 
GGTGTAAACG CGGTGTCTTC GTGTCAAATC AAAACAAAAA ATCCAGCACA ACAAAAAATA 
GCAGGGCGGT ATACAGAAAA GCTAACTTAT GAAAATGGAT TGATCATGAT TAACTACACC 
AGAGGAGAAA CATGCCACAA AATCTACGAA AGGTCAACAG CCATAATATT CTACTGTGAC 
CATGGCAAAA AGCCAGGTCA GCCAGTGTTT TTGAAGGAAA CCCCAGACTG CACATATTTG 
TTTGAGTGGC ATACAGCCTT TGCTTGTCCA CCCTTCAAAT CGATAAGCTG TTCGTTCAAA 
GACACTGAAG GAAACTCCTA TGACCTTTTG CCATTATCAC GGTACCGGGA TAACTGGGAA 
ATTGAGCATA TGACAGGAAA CCAAAGCAAG CGGTACTACA TTAATGTCTG CAAATCATTG 
GCTCCACAAA ATGGTACTTG GGCCTGCCCC GCTAATGCTG CTGTTTGCAT GAAGAATGGT 
AGTGTGTATA CAAATCTTGG GGAGATTTCA AGCGGGCCGC AGTGGGAGAA CGGAATTCTA 
ATTCTTAAAT ACGTAGACGG AGATCGCTGT CCAGATAAGC GCCGCAACAA GACAACTATA 
ATACGCTTCA AGTGTGATGA AAGCCAAGTT GAATCCAAAC CAGCTTTAAT CATGGCTATT 
GAAGACTGCG AATATTCGTT CTTGTGGTTC ACTGCAGCTG CGTGTCCGCT GAAGAGTAAT 
GTGCATGATG ATTGCAAAGT GACTAACCCT GCAACAGGAC ACCTCTTTGA TTTAAACTCC 
CTAAAAACTG ATGCTGGTTA TATTATCTCT GATGGCAAGA ACAGAAATAA AGTAGTTCGC 
CTGAATATCT GTGGTGAAAT CCAAGGGTCC TCGTGCCAAG AAAAAGAAGT TGGTGTATGC 
ATTACCAGTG GTGGTCGAGC CCCAGTCAAT GCTGGAAAAT TTAACAAGCA GCTGAAGTAT 
GTAGATCAGG TATTACAGCT GGTCTATGAT GGAGGAGATT CCTGTCCAGG AAATCCTAAT 
CTCAAACACA GTAGCGTCTT CAGCTTTGTC TGCAAGTCTG ATGCAGAGGC AAACAGTGGT 
CCAGTGCATG TGTCTTCAGA TGAAAAAACG TGTACTCATT ACTTTTCCTG GCACACTCAG 
CTGGTCTGCG AACAGCAGGT GAAATGCTCA GTTCGGAATG GCACCTCTCT AATTGATTTG 
ACACCCCTGA TCCATAAAAC TGGCTATTAT AAAGCATATG ATGAAGATGT AGAGGAACAA 
GATTCACCTG ATTTTTATAT TAACATTTGT CAGCCTCTTA ACCCCATTCC AGAAGTTAAT 
TGCCCCCCTG GTGCAGCTGT TTGCATGGAT CCTGGTGATG CTGATCCCAT AGATATTGGT 
CGTCTCACTG GGCCCCCACG AATAAATAAA GTTGTGAATG AGGTTTATAT GACTTTTGAC 
AGCAGAACTG TTTGTCCAGC AAACAAAACC CTTAATTATA CTTCCCTTAT TGTTTTCCAT 
TGTAACAGAG GAACAGATCT GGGAGAACCA AAAATGATTA GAAAGGCCAG TTGCAGTTAC 
GTGTTTGAAT GGGGGACTCC AGTGGTCTGT TCGGATTCGG TGACCATGTT GGGCTGCACA 
CTGACTGATG CACAGCTACG GTACACTTTT AACCTGTCCA CTCTCACTGG AGGCCAATAC 
CAGGTAGCAT CTAGCTCTGG GTCATATCAT ATCAATGTGT GTGCTGCAAT AACGGCGAAC 
GTATCCAACA AGAAATGTAA GGATGCAGCA GTTTGCCTGG TCTCTGGCAA CAGTGCATCA 
TCTTTTGGAA ATGCAAAAGC AATGTCAATG GATTATCAGC ATGAAGATGA ATCAATAGTT 
TTACAGTATG GTGGTGGTGA ACAGTGCTCT CCAGTGACTG ATAAGGGTGA GCTCTGTGTC 
TTCCCCTTTA AGTTTCAAGA TAAAACATAC AAAGAATGCA CTACAGAAGG AAGAACGGAT 
GGATTTTTAT GGTGTGCTAC AACTGAAGAT TACAATCGTG ATAAAAAGTG GGGGTTTTGT 
GGACAGTCAA CTGAGAAACG AAGATCCACT ATTATATTCA AGTGTGATGA GAGTGCTGAC 
AATGGCAACC CTCAGCTACT GAGTGAAACT CTTGGATGTG CTGCTACATT TGAGTGGAAG 
ACCAAAGTGG CTTGCATTTC AAAAAGCATG GAATGCAGAT TGATTAACAA GCACAAAGCC 
TATGATATGA GGATGCTCTC CTCCCTTACA AGTTCATGGA AGTTTGCTGA CAAAGACTAC 
TCGTATTACA TGAATCTGTG CAAAGGAATT TCTGGAGGAC CATCAGGGTG TCCAAACACT 
GCCAGCATAT GTAGAATAAG CAAAAGTGGT ATGACACAGA TCCTTGGACT TGTTTATACA 
CAACAGATGC ATGTCCAAGG TGAAACTGTT TTCATTAATT ATACAAATGG AGGTGAAGTA 
TGTGGCAAAG GCACTAAAGC AAAAACTATT GTGGAGCTAC AGTGTTCAGA TATAGTAGGA 
AAGCCCCAGC TAAATCAGAT TGATAACAAG AAGTGTGAGT TTTATGTACT GTGGAAGACT 
CGAGCAGCCT GTGCTGTAGA TAAACAGAAG GAGGTAGAAA TGCTGAATGG AACTGTTGTG 
AACCCAGCTA CTGGACGAAA TTTCAGTTTG GGACTTATAT ATTTCAAATT ATATTATGCA 
TCGGGTGATG TGAGATCCAA CGGTGACACC TACATCTATG ATATTCAGCT ATCGGGGATT 
ACAGATCCAG AACACCGTGA ATGCCTTTAC GCCAATGTCT GTCAGGTCAA AACCAATAAT 
AAATACTTCA GGAAAGTTGG CTTATCCAGT AAAGTGAAGT ACTACATCAA AGATGATGAT 
TTGGACATTG TTTTTTCTTC TAACTCCAAC TGTGGTCGGG ACAGGTCCAA GTTTGTTTCC 
TCTACCATTT TGCTCAAGTG CAGTGAATCT GCAGGGGAGG GCATCCCAGA ATTCATTCAT 
GAGTCAGCAG ACTGCCAGTA CCTATTTACA TGGTACACTT CTGCTGTGTG TGGACTTATG 
CCCGATTATT CTGTGAATGG AGATGAATCC AAAAATCAAG CTGAGGAGCA TGTGGGTTTG 
TCAAGGCGGA GCCAGGCTGT TGGTGCAATT CTGAGTGTGC TCCTGATCGG TTTGACTGTG 
TGTTTACTGA CCCTGTTACT TTACAAACGA GAGAGAAGGG AAACTGTGTT GCAGAAGGTA 
ACCAGCTGCT GTAGAAGAGG TCCGAATGTT TCCTATAAAT ATACAAAGAT TAACACTGAA 
GATGAGGCAA ATGAAAATGA AACTGAAACT GAGTGGCTCA TGGAGGAGAT GGCAGCTCCT 
AACTCCAGAC CAGGAAAAGA GGGGCTTGAA AACGGTCACA TCGCCAGCAA AACAGTAAAG 
GCCGAAGCTT TTACAGCCTT CCATTTGGAT GACCAAGATA GTGAAGACGA AGTACTGACT 
GTTCCTGATG TGAAAATACA TTCTGGCAGG GTCCAGGAGT CTAAGAACTC AAGCAAGAGG 
AGGAATGAGC AAAGGAAGCC ATCGCACGAT GACAGTGACG ATGATACCAC TGGACTGTTA 
AATGAGAGAA AAGGAAAGCC AAAGAGTTTA GAGAGAACCT CCCAGCTGAA GACACATGAC 
TTGAAAAATG TAAGGTCATT TCATGACGAC AGTGATGAAG ACATGCTGAA TGTTTGA