IGF1R cDNA ORF clone,

Gene
Clones
gRNAs

The following IGF1R gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the IGF1R 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
OPs104641	XM_026709319.1 Latest version!	Pseudonaja textilis insulin like growth factor 1 receptor (IGF1R), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

IGF1R ( XM_026709319.1 ) cDNA ORF clone, -> XP_026565104.1 Pseudonaja textilis insulin like growth factor 1 receptor (IGF1R), mRNA.

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CloneID	OPs104641
Clone ID Related Accession (Same CDS sequence)	XM_026709319.1
Accession Version	XM_026709319.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3972bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2018-10-10
Organism	Pseudonaja textilis
Product	insulin-like growth factor 1 receptor
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_020769351.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Pseudonaja textilis Annotation Release 100 Annotation Version :: 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGGAAT TGAAGCAACT GGAGGGCTGC ACGGTGGTGG AAGGATATCT CCAGATTTTG 
TTGATCAACC AAGGAGCGGA CTTTAGCAAC TACCGCTTCC CGAAGCTCAC GATGATCGTC 
GATTATCTGT TGCTTTTCCG CGTGGCTGGC CTGGAGACCC TCAGCGATCT CTTTCCGAAC 
CTGACAGTGA TTCGGGGCAA GAGCCTTTTC TACAACTACG CGCTGGTCAT CTTCGAGATG 
ACCAACCTCA AGGAAATTGG GTTGTACAAC TTGAGAAACA TCACTCGGGG GGCCATCCGG 
ATCGAGAAGA ATTCGGACCT CTGCTACCTT TCCACGGTGG ACTGGTCTCT GATCTTGGAT 
GCTGTTTCCA ATAACTACAT TATAGGAAAT AAATCGCCAA AAGAATGTGG GGATTTGTGT 
CCAGGAACGG CGGAGGAGAA GCCGCTGTGT GAGAAGACTT CCATAAATAA TGAATACAGC 
TTCCGCTGCT GGACTTCCAA CCACTGCCAG AAAACCTGTC CCAGTTCCTG TGGCAAACAT 
GCTTGCACGG ACCAGAACGA ATGCTGTCAC CCCGAATGCT TGGGCAGCTG CACCGCACCC 
CACAACAGCT CGGCCTGCGT AGCCTGTCGC AACTACTACC ACGACGGCAC CTGTGTTCCT 
ACCTGCCCAC CCAACACCTA CAAGTTTGAG GGCTGGCGTT GCATTACCAA GGAGAACTGC 
TCCCGGATCT CTTCCTCGGA TTCACTTGGG GAATATGAGA GCTTCGTGAT CCATGAGGAC 
GAGTGTATAC AAGAGTGCCC TCCAGGATTT GTGCGCAACG ATACCCAAAG CATGTTCTGC 
AGCCCCTGTG AGGGACCCTG CCCCAAAGTG TGTGCAGATG ACAAAATCAT GACGATTGAC 
TCCGTCACGT CGGCACAGAC GCTCCAGGGA TGCACCGAAA TTAGAGGGAA CCTTCTTATC 
AACATCCGCC GCGGGAACAA TATCGCCTCT GAGTTGGAGG ATTTCATGGG GTTGATAGAA 
ACGGTGACCG GATATGTGAA GATCCGGCAT TCTCATGCTT TGGTGTCCTT GTCGTTTTTG 
AAGAACCTGC GATATATCAA CGGAGAGGAA CAACTGGATG GGAATTACTC GTTTTATGTG 
CTGGACAACC AAAACTTGCA GCAACTGTGG GACTGGAGCC ATCATAACCT GACCATCAAA 
GAAGGAAAGA TGTACTTTGC TTTTAATCCT AAATTGTGCG TTTCGGAGAT TTACCAAATG 
GAGGAGGTGA CTGGAACCAA AGATCGACAA AGCAAAGGCG ACATCAATCC GAGGAACAAT 
GGGGAAAAGG CATCCTGTGA AAGTCACATC CTGAAATTCG TTTCCAACAC TACAATGAAA 
AATCGGATCA AACTGACATG GGAACAGTAT CGCCCTAAAG ATTACAGAGA TTTGATTAGC 
TTCACCGTCT ACTACAAAGA AGCAGCCTTC AAGAACGTGA CCGAATACGA TGGGCAGGAC 
GCCTGTGGTT CTAACAGCTG GAACATGGTG GATGTGGACC TGCCTTCAAA TAAAGAGGAC 
AACCCAGGGA TTTTACTGCA GCCGCTGAAG CCGTGGACCC AATATGCAAT TTACGTCAAA 
GCCGTCATGC TCACCATGAT GGAGAACTAC CACCCTCACG GAGCGAAGAG TGAGATTGTC 
TACATCCGCA CCAAGGCTGC AGTGCCGTCT GTCCCCCTGG ATGTCATCTC AGCCTCCAAC 
TCTTCCTCAC AGCTGATTGT GAAATGGAAT CCTCCCACTT ACCCCAATGG CAACCTGTCT 
TACTATATTG TAAGGTGGCA GCAGCAACCT CAGGATAGTT ACCTGTACAG GCATAACTAC 
TGCTCCAAAG ACAAAGTCCC GATTCGGAGA TACGCTGATG GGACCATAGA TACGGAAGAG 
GCCACGGAGC CCACCAAGCC GGAAGGGTCT GGCGGTGAGA AAGGGCCTTG CTGCAAATGC 
CCAAAGACCG AAGCAGAGAA GAAGGCTGAG AAGGAGGAAG CCGAATACCG GAAGGTCTTT 
GAGAATTTCC TCCATAACGC CATTTTTCTG CCCAGACCTG ATCGGAAGAG GAGGGATTTG 
TTCCGTGTCG CAAACGCAAC GTTTGCTGGT AAGAACAACA AGACCGGCAT CGCTCCGGAG 
CACTTGAGCA ACGGGACCGA TATGGAGGAG GGTGAGATGG AGTTTCCCTT CTATGAAGCG 
AAGGTGGACG GCAAAGAAAG GACCCTCATT TCTCATCTCC TGCCTTTCAC CCTTTATCGG 
ATCGACATCC ACAGTTGCAA TCACGAAGCG GCACACCTGG GCTGCAGCGC TTCAAACTTT 
GTCTTCGCCC GGACGATGCC TGCAGAAGGG GCTGATAACA TTCCAGGGAG TGTAACGTGG 
GAAGGGAAGG AAGAAAACGC CATCACCCTG AAGTGGCCCG AGCCGGTTAA CCCCAACGGG 
TTGGTTTTGA TGTACGAAAT CAAATACGGA CAAAATGGAG AGGAGAAACG GGAATGCGTT 
TCCAGGCAGG AATATAAGAA ACTTTCTGGA GCAAAGCTCA CTCATTTGAA CCCGGGGAAC 
TACACGGTTA GAGTGCAGGC CACTTCGCTA GCTGGGAACG GATCCTGGAC GGAGCCAATT 
TCATTCTACG TCCAACCTAA ACCAGCAGAC TACGGAAATT TCTTGCACCT GATCATCGTC 
CTCCCCATCG CAGTCCTGCT GATCATTGGT GGTCTACTCA TCATGGTTTA CGTCTGCAAC 
AAGAAGAGGA ACAGTGACAG GCTTGGAAAC GGAGTGCTTT ATGCTTCTGT GAATCCTGAA 
TATTTCAGCG CTTCAGATGT ATACGTGCCC GATGAATGGG AAGTGCCCAG AGAAAAGATT 
ACAATGTGCC GGGAACTCGG GCAAGGCTCC TTCGGCATGG TCTACGAGGG AGTAGCCAAA 
GGCGTGGTGA AAGACGAGCC TGAAACCAGA GTGGCCATCA AGACAGTCAA CGAATCAGCA 
AGCATGAGAG AGCGGATCGA GTTTCTCAAC GAAGCTTCGG TGATGAAGGA GTTCAACTGT 
CACCACGTAG TTCGGCTCCT TGGTGTTGTC TCTCAAGGTC AACCCACTCT GGTCATCATG 
GAACTCATGA CCCGAGGAGA TCTGAAGAGC TACCTGCGGT CTCTCCGCCC AGACACAGAA 
AACAACCCCA TTCAGAATCC TCCGCCTTTA AAGAAAATGA TTCAGATGGC TGGGGAGATT 
GCAGATGGCA TGGCTTATCT CAACGCCAAC AAGTTTGTCC ACAGAGACCT GGCTGCCAGG 
AACTGCATGG TGGCAGAGGA CTTCACTGTG AAAATCGGAG ATTTCGGCAT GACGAGGGAT 
ATCTACGAGA CTGATTACTA CCGGAAAGGT GGAAAGGGAC TACTGCCGGT GCGCTGGATG 
TCTCCAGAAT CGCTGAAGGA TGGCGTCTTC ACGACCCACT CGGATGTTTG GTCTTTCGGC 
GTTGTTTTGT GGGAAATCGC CACCTTAGCG GAGCAGCCTT ACCAAGGCAT GTCCAATGAA 
CAAGTTCTAC GTTTTGTGAT GGAAGGAGGC CTCCTGGAGA AGCCGGACAA CTGCCCAGAC 
ATGCTCTTCG AACTGATGCG CATGTGCTGG CAGTACAACC CCAAGATGCG CCCGTCTTTC 
CTGGAGATCA TCGGCAGCAT CAAGGACGAG CTGGACCCGG CCTTCAAAGA GGTCTCCTTC 
TTCTACAGCG ACGAGAACAA GCCTCCCGAC ACGGAAGAGC TTGACTTGGA GACAGAGAAC 
ATGGAGAGCA TTCCTTTAGA TCCTTCCTCC ACCCTCCAGC CTTCTGACAA ACACTCAGGA 
CACAAAGCCG AGAACGGCCC AGGCGTGATG GTCCTCCGGG CCAGCTTTGA GGAGAGGCAG 
TCCTATGCCC ACATGAATGG AGGACGCAAG AACGAGCGGG CCTTGCCTTT ACCCCAGTCT 
TCAGCCTGCT GA

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

RefSeq	XP_026565104.1
CDS	27..3998
Translation	MEELKQLEGCTVVEGYLQILLINQGADFSNYRFPKLTMIVDYLLLFRVAGLETLSDLFPNLTVIRGKSLFYNYALVIFEMTNLKEIGLYNLRNITRGAIRIEKNSDLCYLSTVDWSLILDAVSNNYIIGNKSPKECGDLCPGTAEEKPLCEKTSINNEYSFRCWTSNHCQKTCPSSCGKHACTDQNECCHPECLGSCTAPHNSSACVACRNYYHDGTCVPTCPPNTYKFEGWRCITKENCSRISSSDSLGEYESFVIHEDECIQECPPGFVRNDTQSMFCSPCEGPCPKVCADDKIMTIDSVTSAQTLQGCTEIRGNLLINIRRGNNIASELEDFMGLIETVTGYVKIRHSHALVSLSFLKNLRYINGEEQLDGNYSFYVLDNQNLQQLWDWSHHNLTIKEGKMYFAFNPKLCVSEIYQMEEVTGTKDRQSKGDINPRNNGEKASCESHILKFVSNTTMKNRIKLTWEQYRPKDYRDLISFTVYYKEAAFKNVTEYDGQDACGSNSWNMVDVDLPSNKEDNPGILLQPLKPWTQYAIYVKAVMLTMMENYHPHGAKSEIVYIRTKAAVPSVPLDVISASNSSSQLIVKWNPPTYPNGNLSYYIVRWQQQPQDSYLYRHNYCSKDKVPIRRYADGTIDTEEATEPTKPEGSGGEKGPCCKCPKTEAEKKAEKEEAEYRKVFENFLHNAIFLPRPDRKRRDLFRVANATFAGKNNKTGIAPEHLSNGTDMEEGEMEFPFYEAKVDGKERTLISHLLPFTLYRIDIHSCNHEAAHLGCSASNFVFARTMPAEGADNIPGSVTWEGKEENAITLKWPEPVNPNGLVLMYEIKYGQNGEEKRECVSRQEYKKLSGAKLTHLNPGNYTVRVQATSLAGNGSWTEPISFYVQPKPADYGNFLHLIIVLPIAVLLIIGGLLIMVYVCNKKRNSDRLGNGVLYASVNPEYFSASDVYVPDEWEVPREKITMCRELGQGSFGMVYEGVAKGVVKDEPETRVAIKTVNESASMRERIEFLNEASVMKEFNCHHVVRLLGVVSQGQPTLVIMELMTRGDLKSYLRSLRPDTENNPIQNPPPLKKMIQMAGEIADGMAYLNANKFVHRDLAARNCMVAEDFTVKIGDFGMTRDIYETDYYRKGGKGLLPVRWMSPESLKDGVFTTHSDVWSFGVVLWEIATLAEQPYQGMSNEQVLRFVMEGGLLEKPDNCPDMLFELMRMCWQYNPKMRPSFLEIIGSIKDELDPAFKEVSFFYSDENKPPDTEELDLETENMESIPLDPSSTLQPSDKHSGHKAENGPGVMVLRASFEERQSYAHMNGGRKNERALPLPQSSAC

Target ORF information:

RefSeq Version	XM_026709319.1
Organism	Pseudonaja textilis
Definition	Pseudonaja textilis insulin like growth factor 1 receptor (IGF1R), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_026709319.1

ORF Insert Sequence:

ATGGAGGAAT TGAAGCAACT GGAGGGCTGC ACGGTGGTGG AAGGATATCT CCAGATTTTG 
TTGATCAACC AAGGAGCGGA CTTTAGCAAC TACCGCTTCC CGAAGCTCAC GATGATCGTC 
GATTATCTGT TGCTTTTCCG CGTGGCTGGC CTGGAGACCC TCAGCGATCT CTTTCCGAAC 
CTGACAGTGA TTCGGGGCAA GAGCCTTTTC TACAACTACG CGCTGGTCAT CTTCGAGATG 
ACCAACCTCA AGGAAATTGG GTTGTACAAC TTGAGAAACA TCACTCGGGG GGCCATCCGG 
ATCGAGAAGA ATTCGGACCT CTGCTACCTT TCCACGGTGG ACTGGTCTCT GATCTTGGAT 
GCTGTTTCCA ATAACTACAT TATAGGAAAT AAATCGCCAA AAGAATGTGG GGATTTGTGT 
CCAGGAACGG CGGAGGAGAA GCCGCTGTGT GAGAAGACTT CCATAAATAA TGAATACAGC 
TTCCGCTGCT GGACTTCCAA CCACTGCCAG AAAACCTGTC CCAGTTCCTG TGGCAAACAT 
GCTTGCACGG ACCAGAACGA ATGCTGTCAC CCCGAATGCT TGGGCAGCTG CACCGCACCC 
CACAACAGCT CGGCCTGCGT AGCCTGTCGC AACTACTACC ACGACGGCAC CTGTGTTCCT 
ACCTGCCCAC CCAACACCTA CAAGTTTGAG GGCTGGCGTT GCATTACCAA GGAGAACTGC 
TCCCGGATCT CTTCCTCGGA TTCACTTGGG GAATATGAGA GCTTCGTGAT CCATGAGGAC 
GAGTGTATAC AAGAGTGCCC TCCAGGATTT GTGCGCAACG ATACCCAAAG CATGTTCTGC 
AGCCCCTGTG AGGGACCCTG CCCCAAAGTG TGTGCAGATG ACAAAATCAT GACGATTGAC 
TCCGTCACGT CGGCACAGAC GCTCCAGGGA TGCACCGAAA TTAGAGGGAA CCTTCTTATC 
AACATCCGCC GCGGGAACAA TATCGCCTCT GAGTTGGAGG ATTTCATGGG GTTGATAGAA 
ACGGTGACCG GATATGTGAA GATCCGGCAT TCTCATGCTT TGGTGTCCTT GTCGTTTTTG 
AAGAACCTGC GATATATCAA CGGAGAGGAA CAACTGGATG GGAATTACTC GTTTTATGTG 
CTGGACAACC AAAACTTGCA GCAACTGTGG GACTGGAGCC ATCATAACCT GACCATCAAA 
GAAGGAAAGA TGTACTTTGC TTTTAATCCT AAATTGTGCG TTTCGGAGAT TTACCAAATG 
GAGGAGGTGA CTGGAACCAA AGATCGACAA AGCAAAGGCG ACATCAATCC GAGGAACAAT 
GGGGAAAAGG CATCCTGTGA AAGTCACATC CTGAAATTCG TTTCCAACAC TACAATGAAA 
AATCGGATCA AACTGACATG GGAACAGTAT CGCCCTAAAG ATTACAGAGA TTTGATTAGC 
TTCACCGTCT ACTACAAAGA AGCAGCCTTC AAGAACGTGA CCGAATACGA TGGGCAGGAC 
GCCTGTGGTT CTAACAGCTG GAACATGGTG GATGTGGACC TGCCTTCAAA TAAAGAGGAC 
AACCCAGGGA TTTTACTGCA GCCGCTGAAG CCGTGGACCC AATATGCAAT TTACGTCAAA 
GCCGTCATGC TCACCATGAT GGAGAACTAC CACCCTCACG GAGCGAAGAG TGAGATTGTC 
TACATCCGCA CCAAGGCTGC AGTGCCGTCT GTCCCCCTGG ATGTCATCTC AGCCTCCAAC 
TCTTCCTCAC AGCTGATTGT GAAATGGAAT CCTCCCACTT ACCCCAATGG CAACCTGTCT 
TACTATATTG TAAGGTGGCA GCAGCAACCT CAGGATAGTT ACCTGTACAG GCATAACTAC 
TGCTCCAAAG ACAAAGTCCC GATTCGGAGA TACGCTGATG GGACCATAGA TACGGAAGAG 
GCCACGGAGC CCACCAAGCC GGAAGGGTCT GGCGGTGAGA AAGGGCCTTG CTGCAAATGC 
CCAAAGACCG AAGCAGAGAA GAAGGCTGAG AAGGAGGAAG CCGAATACCG GAAGGTCTTT 
GAGAATTTCC TCCATAACGC CATTTTTCTG CCCAGACCTG ATCGGAAGAG GAGGGATTTG 
TTCCGTGTCG CAAACGCAAC GTTTGCTGGT AAGAACAACA AGACCGGCAT CGCTCCGGAG 
CACTTGAGCA ACGGGACCGA TATGGAGGAG GGTGAGATGG AGTTTCCCTT CTATGAAGCG 
AAGGTGGACG GCAAAGAAAG GACCCTCATT TCTCATCTCC TGCCTTTCAC CCTTTATCGG 
ATCGACATCC ACAGTTGCAA TCACGAAGCG GCACACCTGG GCTGCAGCGC TTCAAACTTT 
GTCTTCGCCC GGACGATGCC TGCAGAAGGG GCTGATAACA TTCCAGGGAG TGTAACGTGG 
GAAGGGAAGG AAGAAAACGC CATCACCCTG AAGTGGCCCG AGCCGGTTAA CCCCAACGGG 
TTGGTTTTGA TGTACGAAAT CAAATACGGA CAAAATGGAG AGGAGAAACG GGAATGCGTT 
TCCAGGCAGG AATATAAGAA ACTTTCTGGA GCAAAGCTCA CTCATTTGAA CCCGGGGAAC 
TACACGGTTA GAGTGCAGGC CACTTCGCTA GCTGGGAACG GATCCTGGAC GGAGCCAATT 
TCATTCTACG TCCAACCTAA ACCAGCAGAC TACGGAAATT TCTTGCACCT GATCATCGTC 
CTCCCCATCG CAGTCCTGCT GATCATTGGT GGTCTACTCA TCATGGTTTA CGTCTGCAAC 
AAGAAGAGGA ACAGTGACAG GCTTGGAAAC GGAGTGCTTT ATGCTTCTGT GAATCCTGAA 
TATTTCAGCG CTTCAGATGT ATACGTGCCC GATGAATGGG AAGTGCCCAG AGAAAAGATT 
ACAATGTGCC GGGAACTCGG GCAAGGCTCC TTCGGCATGG TCTACGAGGG AGTAGCCAAA 
GGCGTGGTGA AAGACGAGCC TGAAACCAGA GTGGCCATCA AGACAGTCAA CGAATCAGCA 
AGCATGAGAG AGCGGATCGA GTTTCTCAAC GAAGCTTCGG TGATGAAGGA GTTCAACTGT 
CACCACGTAG TTCGGCTCCT TGGTGTTGTC TCTCAAGGTC AACCCACTCT GGTCATCATG 
GAACTCATGA CCCGAGGAGA TCTGAAGAGC TACCTGCGGT CTCTCCGCCC AGACACAGAA 
AACAACCCCA TTCAGAATCC TCCGCCTTTA AAGAAAATGA TTCAGATGGC TGGGGAGATT 
GCAGATGGCA TGGCTTATCT CAACGCCAAC AAGTTTGTCC ACAGAGACCT GGCTGCCAGG 
AACTGCATGG TGGCAGAGGA CTTCACTGTG AAAATCGGAG ATTTCGGCAT GACGAGGGAT 
ATCTACGAGA CTGATTACTA CCGGAAAGGT GGAAAGGGAC TACTGCCGGT GCGCTGGATG 
TCTCCAGAAT CGCTGAAGGA TGGCGTCTTC ACGACCCACT CGGATGTTTG GTCTTTCGGC 
GTTGTTTTGT GGGAAATCGC CACCTTAGCG GAGCAGCCTT ACCAAGGCAT GTCCAATGAA 
CAAGTTCTAC GTTTTGTGAT GGAAGGAGGC CTCCTGGAGA AGCCGGACAA CTGCCCAGAC 
ATGCTCTTCG AACTGATGCG CATGTGCTGG CAGTACAACC CCAAGATGCG CCCGTCTTTC 
CTGGAGATCA TCGGCAGCAT CAAGGACGAG CTGGACCCGG CCTTCAAAGA GGTCTCCTTC 
TTCTACAGCG ACGAGAACAA GCCTCCCGAC ACGGAAGAGC TTGACTTGGA GACAGAGAAC 
ATGGAGAGCA TTCCTTTAGA TCCTTCCTCC ACCCTCCAGC CTTCTGACAA ACACTCAGGA 
CACAAAGCCG AGAACGGCCC AGGCGTGATG GTCCTCCGGG CCAGCTTTGA GGAGAGGCAG 
TCCTATGCCC ACATGAATGG AGGACGCAAG AACGAGCGGG CCTTGCCTTT ACCCCAGTCT 
TCAGCCTGCT GA