igf1r cDNA ORF clone, Anolis carolinensis(green anole)

Gene
Clones
gRNAs

Summary

Gene Symbol	igf1r
Entrez Gene ID	100554064
Full Name	insulin like growth factor 1 receptor
Gene Type	protein-coding
Organism	Anolis carolinensis(green anole)

mRNA and Protein(s)

mRNA	Protein	Name
XM_003226491.3	XP_003226539.2	insulin-like growth factor 1 receptor

Pathways from BioSystems
Gene Ontology

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
OAn15658	XM_003226491.3 Latest version!	Anolis carolinensis insulin like growth factor 1 receptor (igf1r), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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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_003226491.3 ) cDNA ORF clone, Anolis carolinensis(green anole) -> XP_003226539.2 Anolis carolinensis insulin like growth factor 1 receptor (igf1r), mRNA.

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CloneID	OAn15658
Clone ID Related Accession (Same CDS sequence)	XM_003226491.3
Accession Version	XM_003226491.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4092bp) 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	2016-05-30
Organism	Anolis carolinensis(green anole)
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_003338930.1) and transcript sequence (GAGG010239998.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On May 31, 2016 this sequence version replaced XM_003226491.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Anolis carolinensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## assembly gap :: added 114 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGAAGTCTG GCGCTGGAGG AGGGTCCCTG ACCTTATATG GGGGGCTTTT GGTGATCTTG 
ACCACGTTTT GCTTCGGACC AGCAAATGGA AAAATCTGTG GGCCAAACAT CGATCTCCGC 
AACAGCATTG AGCAGCTCAA AGAGCTGGAG GACTGTACGG TGGTGGAAGG GTACCTCCGC 
ATCCTGTTGA TCAACCAAGG CGAGGATTTC AGCAACATCC GCTTCCCGAA GCTGACCATG 
ATCACGGACT ACTTGCTGCT CTTCCGGGTG GCCGGCCTGG AGACCCTGAG CGACCTCTTC 
CCCAACCTGA CCGTCATCCG GGGCCGGAAC CTCTTCTACA ACTATGCCTT GGTCATCTTC 
GAGATGGCCA ACCTCAAGGA GATCGGGCTG TACAACTTGA GGAACATCAC CCGGGGGGCC 
ATCCGGATCG AGAAGAACTC GGACCTGTGT TACCTCTCGA CCATCGACTG GTCCCTCATC 
TTGGATGCCG TCTCCAACAA CTACATCGTG GGTAATAAGC CGGCGAAAGA GTGTGGAGAT 
TTATGCCCGG GAACGGCGGA GCAGAACCCG CTGTGCGAAA AGACGTCGAT TAACAACGAA 
TACAGCTACC GCTGCTGGAC GTCCAACCAC TGCCAGAAAA AGTGTCCCAG GTCTTGCGGC 
AAATACGCTT GCACCGAACA GAACGAGTGC TGCCATCCCG AATGCTTAGG GAGCTGCACC 
GTGCCGAACA ACAACACGGC ATGCGTGGCT TGCCGCAACT ACTACCACGA CGGCGCGTGC 
GTGCCCACCT GCCCTCCCAA CACCTACAAG TTTGAGGGCT GGCGCTGCAT CACCAAGGAG 
AACTGCTCCC GAATCCTGCT TTCCCCGGAG AGCCTCGAGT ACGAGAGCTT TGTGATCCAC 
GAGGACGAGT GTGTGCAGGA GTGCCCTTCT GGGTTTATAC GCAATGATAC CCAAAGCATG 
TTCTGCAGCC CTTGTGAAGG TCCTTGCCCC AAAGTGTGCG CGGACGAGAA AACCATCACC 
ATCGATTCCG TCACGTCAGC ACAGTCCTTG AAAGGATGCA CAGAAATCAA AGGGAACCTG 
CTTATCAATA TCCGTCGGGG CAATAACATT GCTTCTGAAC TGGAGAACTT CATGGGCCTG 
ATCGAAACCG TGACTGGCTA TGTGAAGATC CGCCACTCGC ATGCTCTGGT GTCTCTGTCT 
TTCTTGAAGA ATCTACGGTA TATTAATGGA GAGGACCAGC TGGAAGGGAA TTACTCCTTT 
TACGTCCTGG ACAACCAAAA CCTGCAGCAA CTGTGGGACT GGAGCCACCA TAACCTGACC 
GTCAAGGAGG GGAAGATGTA CTTTGCGTTC AATCCCAGGC TCTGCGTTTC CGAGATTTAC 
CGCATGGAGG AGGTGACTGG AACCAAAGAT CGGCAAAACA AAGGCGACAT CAACCCGAGG 
AACAACGGGG ACCGGGCCTC CTGCGAAAGC CACATTCTAA AATTTGTTTC CAACACTACA 
ATGAAGAATC GGATCAAGCT CACTTGGGAA CAGTATCGCC CTAAGGACTA TAGAGATCTG 
ATCAGCTTCA CTGTGTATTA CAAAGAAGCG CCCTTTCAGA ACGTGACGGA ATATGACGGG 
CAGGACGCCT GCGGCTCGAA CAGCTGGAAC ATGGTGGACG TGGACCTGCC TCCCAATAAA 
GAGGACAATC CGGGGATTTT ACTGCAGGCA CTGAAACCAT GGACTCAGTA CGCCATTTAT 
GTCAAAGCCG TCACTCTGAC CATGATGGAG AACAACCACG TCCACGGAGC AAAGAGTGAG 
ATTGTCTACA TCCGAACTAA GGCTGCAGTG CCATCCATCC CTCTGGACGT CATATCCGCA 
TCCAACTCTT CCTCTCAGCT GATTGTGAAG TGGAACCCTC CCACTTACCC CAATGGCAAC 
CTCTCGTATT ACATTGTCCG GTGGCAACAG CAGCCCCAGG ACAATTATCT GTATCGGCAC 
AGTTATTGCT CCAAAGAACG AGTTCCGATC CGGAGGTATG CTGACGGCAC CATCGATACC 
GAAGAAGCCA CGGAGCCCAC CAAACCTGAG GGCTCAGGGG GAGAGAAGGG GCCTTGCTGC 
GGCTGCCCAA AGACGGAGGC AGAGAAGCAA GCCGAGAAGG AGGAGGCCGA GTACCGAAAG 
GTCTTTGAGA ATTTCCTCCA CAACGCCATA TTCCTGCCCA GACCGGACCG GAAACGGAGG 
GACTTGTTCC GAATTGCAAA CACGACTTTT GCCAGTAAGA ACAGGACCGC AGCCGCCCCG 
GAGCACGTGA CCAACGCGTC CGATGCCGAG GAGAGCGAAA TGGAGTTTCC TTTCTCTGAA 
AGAAAAGTGG AAGGCCGGGA GCGGACTCTC ATCTCCCATC TCCTGCCCTT CACGCTCTAC 
CGGATCGACA TCCACAGCTG CAACCACGAA GCCGCGCTCC TGGGCTGCAG CGCTTCTAAC 
TTTGTGTTCG CACGAACGAT GCCTGCAGAG GGAGCGGATG ACATTCCAGG ACCAGTAACG 
TGGGAAGGAA AAGAAGAAAA CACAATATTT CTGAAGTGGC GGGAACCTGT TAGCCCCAAC 
GGTTTGATTC TGATGTATGA AATCAAATAT AAGCAAAGTG AGGAGAAAGG GTTGTGTGTT 
TCCAGACAAG AGTACAAGAA ACTCGGAGGA GCCAAACTGA CGAATCTGAA CCCTGGAAAT 
GTCACCGTCC GAGTCCAGGC CACGTCTTTG GCAGGGAACG GGTCCTGGAC AGAGCCAATC 
TCATTCTATG TCCAACCCAA GCCCGTGAAC TATGGGAACT TCTTGCATTT AATTATCGCT 
CTGCCCATTG CGGTCCTGTT GATTGTGGGA GGGCTTCTCA TCATGCTGTA CGTCTGTAAC 
AAAAAGAGGA ATAGCGACAG GCTTGGAAAT GGAGTACTTT ATGCCTCTGT CAACCCTGAA 
TATTTCAGTG CTTCAGATGT GTACGTGCCG GATGAATGGG AGGTGCCTCG GGAGAAGATC 
ACCATGTGCC GTGAATTGGG GCAGGGCTCC TTCGGGATGG TGTATGAAGG GATCGCGAAG 
GGGGTAGTCA AGGACGAGCC CGAAACCAGG GTGGCCATCA AGACGGTCAA CGAATCGGCC 
AGCATGCGAG AGCGGATCGA GTTTTTGAAC GAAGCTTCGG TGATGAAGGA GTTCAACTGT 
CACCATGTTG TGAGGCTCCT TGGTGTCGTG TCCCAAGGCC AACCCACATT GGTCATCATG 
GAGCTCATGA CACGCGGAGA CCTGAAGAGT TACTTGCGCT CCCTTCGGCC GGACACAGAG 
AATAACCCAG CGCATACTCT TCCGGCCCTG AAGAAGATGA TCCAGATGGC TGGCGAGATT 
GCTGATGGCA TGGCCTATCT CAATGCCAAC AAGTTTGTCC ACAGAGACCT CGCGGCAAGG 
AACTGCATGG TGGCCGAGGA CTTCACTGTG AAAATTGGAG ATTTTGGCAT GACAAGGGAT 
ATCTATGAGA CCGATTACTA TCGGAAAGGT GGGAAGGGCT TGCTGCCCGT CCGCTGGATG 
TCCCCAGAAT CGCTGAAGGA TGGCGTCTTC ACAACTCACT CGGACGTTTG GTCCTTTGGT 
GTTGTCTTGT GGGAGATAGC CACACTGGCT GAGCAGCCTT ATCAAGGCAT GTCGAATGAG 
CAGGTCCTTC GCTTTGTGAT GGAGGGTGGC CTTCTGGAGA AGCCAGACAA CTGTCCCGAT 
ATGCTCTTTG AGCTCATGCG AATGTGCTGG CAGTACAATC CCAAGATGAG ACCGTCTTTC 
TTGGAAATCA TCGGCAGCAT TAAAGACGAG CTCGACCCGG CCTTCAAGGA GGTCTCCTTC 
TTCTACAGCG ACGAGAACAA GCCGCCCGAC ACGGAAGAGC TTGACTTGGA GGCGGAGAAC 
ATGGAGAGCA TTCCTTTAGA TCCTTCCTCG ACCCTCCAGC CTTCTGACAA ACACTCAGGA 
CATAAAGCGG AGAACGGCCC CGGCGTGGTG GTCTTGCGGG CCAGCTTTGA GGAGAGACAG 
CCGTACGCGC ATATGAACGG GGGGCGCAAG AACGAGCGCG CCTTGCCTTT GCCCCAGTCT 
TCGGCCTGCT GA

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

RefSeq	XP_003226539.2
CDS	1153..5244
Translation	MKSGAGGGSLTLYGGLLVILTTFCFGPANGKICGPNIDLRNSIEQLKELEDCTVVEGYLRILLINQGEDFSNIRFPKLTMITDYLLLFRVAGLETLSDLFPNLTVIRGRNLFYNYALVIFEMANLKEIGLYNLRNITRGAIRIEKNSDLCYLSTIDWSLILDAVSNNYIVGNKPAKECGDLCPGTAEQNPLCEKTSINNEYSYRCWTSNHCQKKCPRSCGKYACTEQNECCHPECLGSCTVPNNNTACVACRNYYHDGACVPTCPPNTYKFEGWRCITKENCSRILLSPESLEYESFVIHEDECVQECPSGFIRNDTQSMFCSPCEGPCPKVCADEKTITIDSVTSAQSLKGCTEIKGNLLINIRRGNNIASELENFMGLIETVTGYVKIRHSHALVSLSFLKNLRYINGEDQLEGNYSFYVLDNQNLQQLWDWSHHNLTVKEGKMYFAFNPRLCVSEIYRMEEVTGTKDRQNKGDINPRNNGDRASCESHILKFVSNTTMKNRIKLTWEQYRPKDYRDLISFTVYYKEAPFQNVTEYDGQDACGSNSWNMVDVDLPPNKEDNPGILLQALKPWTQYAIYVKAVTLTMMENNHVHGAKSEIVYIRTKAAVPSIPLDVISASNSSSQLIVKWNPPTYPNGNLSYYIVRWQQQPQDNYLYRHSYCSKERVPIRRYADGTIDTEEATEPTKPEGSGGEKGPCCGCPKTEAEKQAEKEEAEYRKVFENFLHNAIFLPRPDRKRRDLFRIANTTFASKNRTAAAPEHVTNASDAEESEMEFPFSERKVEGRERTLISHLLPFTLYRIDIHSCNHEAALLGCSASNFVFARTMPAEGADDIPGPVTWEGKEENTIFLKWREPVSPNGLILMYEIKYKQSEEKGLCVSRQEYKKLGGAKLTNLNPGNVTVRVQATSLAGNGSWTEPISFYVQPKPVNYGNFLHLIIALPIAVLLIVGGLLIMLYVCNKKRNSDRLGNGVLYASVNPEYFSASDVYVPDEWEVPREKITMCRELGQGSFGMVYEGIAKGVVKDEPETRVAIKTVNESASMRERIEFLNEASVMKEFNCHHVVRLLGVVSQGQPTLVIMELMTRGDLKSYLRSLRPDTENNPAHTLPALKKMIQMAGEIADGMAYLNANKFVHRDLAARNCMVAEDFTVKIGDFGMTRDIYETDYYRKGGKGLLPVRWMSPESLKDGVFTTHSDVWSFGVVLWEIATLAEQPYQGMSNEQVLRFVMEGGLLEKPDNCPDMLFELMRMCWQYNPKMRPSFLEIIGSIKDELDPAFKEVSFFYSDENKPPDTEELDLEAENMESIPLDPSSTLQPSDKHSGHKAENGPGVVVLRASFEERQPYAHMNGGRKNERALPLPQSSAC

Target ORF information:

RefSeq Version	XM_003226491.3
Organism	Anolis carolinensis(green anole)
Definition	Anolis carolinensis 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_003226491.3

ORF Insert Sequence:

ATGAAGTCTG GCGCTGGAGG AGGGTCCCTG ACCTTATATG GGGGGCTTTT GGTGATCTTG 
ACCACGTTTT GCTTCGGACC AGCAAATGGA AAAATCTGTG GGCCAAACAT CGATCTCCGC 
AACAGCATTG AGCAGCTCAA AGAGCTGGAG GACTGTACGG TGGTGGAAGG GTACCTCCGC 
ATCCTGTTGA TCAACCAAGG CGAGGATTTC AGCAACATCC GCTTCCCGAA GCTGACCATG 
ATCACGGACT ACTTGCTGCT CTTCCGGGTG GCCGGCCTGG AGACCCTGAG CGACCTCTTC 
CCCAACCTGA CCGTCATCCG GGGCCGGAAC CTCTTCTACA ACTATGCCTT GGTCATCTTC 
GAGATGGCCA ACCTCAAGGA GATCGGGCTG TACAACTTGA GGAACATCAC CCGGGGGGCC 
ATCCGGATCG AGAAGAACTC GGACCTGTGT TACCTCTCGA CCATCGACTG GTCCCTCATC 
TTGGATGCCG TCTCCAACAA CTACATCGTG GGTAATAAGC CGGCGAAAGA GTGTGGAGAT 
TTATGCCCGG GAACGGCGGA GCAGAACCCG CTGTGCGAAA AGACGTCGAT TAACAACGAA 
TACAGCTACC GCTGCTGGAC GTCCAACCAC TGCCAGAAAA AGTGTCCCAG GTCTTGCGGC 
AAATACGCTT GCACCGAACA GAACGAGTGC TGCCATCCCG AATGCTTAGG GAGCTGCACC 
GTGCCGAACA ACAACACGGC ATGCGTGGCT TGCCGCAACT ACTACCACGA CGGCGCGTGC 
GTGCCCACCT GCCCTCCCAA CACCTACAAG TTTGAGGGCT GGCGCTGCAT CACCAAGGAG 
AACTGCTCCC GAATCCTGCT TTCCCCGGAG AGCCTCGAGT ACGAGAGCTT TGTGATCCAC 
GAGGACGAGT GTGTGCAGGA GTGCCCTTCT GGGTTTATAC GCAATGATAC CCAAAGCATG 
TTCTGCAGCC CTTGTGAAGG TCCTTGCCCC AAAGTGTGCG CGGACGAGAA AACCATCACC 
ATCGATTCCG TCACGTCAGC ACAGTCCTTG AAAGGATGCA CAGAAATCAA AGGGAACCTG 
CTTATCAATA TCCGTCGGGG CAATAACATT GCTTCTGAAC TGGAGAACTT CATGGGCCTG 
ATCGAAACCG TGACTGGCTA TGTGAAGATC CGCCACTCGC ATGCTCTGGT GTCTCTGTCT 
TTCTTGAAGA ATCTACGGTA TATTAATGGA GAGGACCAGC TGGAAGGGAA TTACTCCTTT 
TACGTCCTGG ACAACCAAAA CCTGCAGCAA CTGTGGGACT GGAGCCACCA TAACCTGACC 
GTCAAGGAGG GGAAGATGTA CTTTGCGTTC AATCCCAGGC TCTGCGTTTC CGAGATTTAC 
CGCATGGAGG AGGTGACTGG AACCAAAGAT CGGCAAAACA AAGGCGACAT CAACCCGAGG 
AACAACGGGG ACCGGGCCTC CTGCGAAAGC CACATTCTAA AATTTGTTTC CAACACTACA 
ATGAAGAATC GGATCAAGCT CACTTGGGAA CAGTATCGCC CTAAGGACTA TAGAGATCTG 
ATCAGCTTCA CTGTGTATTA CAAAGAAGCG CCCTTTCAGA ACGTGACGGA ATATGACGGG 
CAGGACGCCT GCGGCTCGAA CAGCTGGAAC ATGGTGGACG TGGACCTGCC TCCCAATAAA 
GAGGACAATC CGGGGATTTT ACTGCAGGCA CTGAAACCAT GGACTCAGTA CGCCATTTAT 
GTCAAAGCCG TCACTCTGAC CATGATGGAG AACAACCACG TCCACGGAGC AAAGAGTGAG 
ATTGTCTACA TCCGAACTAA GGCTGCAGTG CCATCCATCC CTCTGGACGT CATATCCGCA 
TCCAACTCTT CCTCTCAGCT GATTGTGAAG TGGAACCCTC CCACTTACCC CAATGGCAAC 
CTCTCGTATT ACATTGTCCG GTGGCAACAG CAGCCCCAGG ACAATTATCT GTATCGGCAC 
AGTTATTGCT CCAAAGAACG AGTTCCGATC CGGAGGTATG CTGACGGCAC CATCGATACC 
GAAGAAGCCA CGGAGCCCAC CAAACCTGAG GGCTCAGGGG GAGAGAAGGG GCCTTGCTGC 
GGCTGCCCAA AGACGGAGGC AGAGAAGCAA GCCGAGAAGG AGGAGGCCGA GTACCGAAAG 
GTCTTTGAGA ATTTCCTCCA CAACGCCATA TTCCTGCCCA GACCGGACCG GAAACGGAGG 
GACTTGTTCC GAATTGCAAA CACGACTTTT GCCAGTAAGA ACAGGACCGC AGCCGCCCCG 
GAGCACGTGA CCAACGCGTC CGATGCCGAG GAGAGCGAAA TGGAGTTTCC TTTCTCTGAA 
AGAAAAGTGG AAGGCCGGGA GCGGACTCTC ATCTCCCATC TCCTGCCCTT CACGCTCTAC 
CGGATCGACA TCCACAGCTG CAACCACGAA GCCGCGCTCC TGGGCTGCAG CGCTTCTAAC 
TTTGTGTTCG CACGAACGAT GCCTGCAGAG GGAGCGGATG ACATTCCAGG ACCAGTAACG 
TGGGAAGGAA AAGAAGAAAA CACAATATTT CTGAAGTGGC GGGAACCTGT TAGCCCCAAC 
GGTTTGATTC TGATGTATGA AATCAAATAT AAGCAAAGTG AGGAGAAAGG GTTGTGTGTT 
TCCAGACAAG AGTACAAGAA ACTCGGAGGA GCCAAACTGA CGAATCTGAA CCCTGGAAAT 
GTCACCGTCC GAGTCCAGGC CACGTCTTTG GCAGGGAACG GGTCCTGGAC AGAGCCAATC 
TCATTCTATG TCCAACCCAA GCCCGTGAAC TATGGGAACT TCTTGCATTT AATTATCGCT 
CTGCCCATTG CGGTCCTGTT GATTGTGGGA GGGCTTCTCA TCATGCTGTA CGTCTGTAAC 
AAAAAGAGGA ATAGCGACAG GCTTGGAAAT GGAGTACTTT ATGCCTCTGT CAACCCTGAA 
TATTTCAGTG CTTCAGATGT GTACGTGCCG GATGAATGGG AGGTGCCTCG GGAGAAGATC 
ACCATGTGCC GTGAATTGGG GCAGGGCTCC TTCGGGATGG TGTATGAAGG GATCGCGAAG 
GGGGTAGTCA AGGACGAGCC CGAAACCAGG GTGGCCATCA AGACGGTCAA CGAATCGGCC 
AGCATGCGAG AGCGGATCGA GTTTTTGAAC GAAGCTTCGG TGATGAAGGA GTTCAACTGT 
CACCATGTTG TGAGGCTCCT TGGTGTCGTG TCCCAAGGCC AACCCACATT GGTCATCATG 
GAGCTCATGA CACGCGGAGA CCTGAAGAGT TACTTGCGCT CCCTTCGGCC GGACACAGAG 
AATAACCCAG CGCATACTCT TCCGGCCCTG AAGAAGATGA TCCAGATGGC TGGCGAGATT 
GCTGATGGCA TGGCCTATCT CAATGCCAAC AAGTTTGTCC ACAGAGACCT CGCGGCAAGG 
AACTGCATGG TGGCCGAGGA CTTCACTGTG AAAATTGGAG ATTTTGGCAT GACAAGGGAT 
ATCTATGAGA CCGATTACTA TCGGAAAGGT GGGAAGGGCT TGCTGCCCGT CCGCTGGATG 
TCCCCAGAAT CGCTGAAGGA TGGCGTCTTC ACAACTCACT CGGACGTTTG GTCCTTTGGT 
GTTGTCTTGT GGGAGATAGC CACACTGGCT GAGCAGCCTT ATCAAGGCAT GTCGAATGAG 
CAGGTCCTTC GCTTTGTGAT GGAGGGTGGC CTTCTGGAGA AGCCAGACAA CTGTCCCGAT 
ATGCTCTTTG AGCTCATGCG AATGTGCTGG CAGTACAATC CCAAGATGAG ACCGTCTTTC 
TTGGAAATCA TCGGCAGCAT TAAAGACGAG CTCGACCCGG CCTTCAAGGA GGTCTCCTTC 
TTCTACAGCG ACGAGAACAA GCCGCCCGAC ACGGAAGAGC TTGACTTGGA GGCGGAGAAC 
ATGGAGAGCA TTCCTTTAGA TCCTTCCTCG ACCCTCCAGC CTTCTGACAA ACACTCAGGA 
CATAAAGCGG AGAACGGCCC CGGCGTGGTG GTCTTGCGGG CCAGCTTTGA GGAGAGACAG 
CCGTACGCGC ATATGAACGG GGGGCGCAAG AACGAGCGCG CCTTGCCTTT GCCCCAGTCT 
TCGGCCTGCT GA