FLT1 cDNA ORF clone, Opisthocomus hoazin

Gene
Clones
gRNAs

Summary

Gene Symbol	FLT1
Entrez Gene ID	104332713
Full Name	fms related tyrosine kinase 1
Gene Type	protein-coding
Organism	Opisthocomus hoazin

mRNA and Protein(s)

mRNA	Protein	Name
XM_009938147.1	XP_009936449.1	vascular endothelial growth factor receptor 1

Pathways from BioSystems
Gene Ontology

The following FLT1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FLT1 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
OOp21975	XM_009938147.1 Latest version!	Opisthocomus hoazin fms-related tyrosine kinase 1 (FLT1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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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)

FLT1 ( XM_009938147.1 ) cDNA ORF clone, Opisthocomus hoazin -> XP_009936449.1 Opisthocomus hoazin fms-related tyrosine kinase 1 (FLT1), mRNA.

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CloneID	OOp21975
Clone ID Related Accession (Same CDS sequence)	XM_009938147.1
Accession Version	XM_009938147.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3960bp) 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	2014-10-27
Organism	Opisthocomus hoazin
Product	vascular endothelial growth factor receptor 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009902078.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Opisthocomus hoazin Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTTTTTT TTTATTTTCT TTGTTTTTTT CTAGGATCTA GTTCAGGATC AAAATTAAAA 
GTTCCTGAGC TGAGCATAAA TGGCACACAG CACGTTGTTC AAGCAGGCCA GACTTTAAAT 
CTCACCTGCA GGGGGGAAAT GGTTCATTCA TGGTCTTTGC CTGAAACTCT AAGTAAGGAT 
AGCAAAAGGC TGAAAGTAAT TAAATATGCC TGTGGAAGGA ATGGGAAGCA GTCCTGCAGC 
AGCCTGACCT TGAGCAGAAC TCAAACAAGT GACACTGGAA ACTATAGCTG CAAATACCCA 
ACAAGTCCAG CGAAAAAGAA GAAGGAATCT ACTGTCTATG TATTTATTAA CGATACAGGC 
AATCCATTTG TAGAGATGCA CAGTGATATA CCTAAAATAA TACACATGAC TGTGGGAAGA 
GAAATGATCA TCCCATGCAG AGTCACAGCA CCAAATATTG CTGTTACTTT AAAAAAGATT 
CCACGAGAAA CCCTAATTCC TGATGGCAAG ACAATAATCT GGGACAGTAT GAAAGGCTTC 
AGAATACCTA AGGCAACCTA CAAATTCATA GGGCTCCTGA GCTGTGAAAC AATCATCGGC 
GGACACAAGT ATAGCACAAA GTACCTAACG CACCGAGAAA CCAACACAAT TTTTGATGTT 
CAGTTAAGCA CCCCACGTCT TGTCAAGTTG CTGAAAGGAG ACAGCCTGGC AATTAACTGC 
ACCGTCACCG CAGCCTGGAA CACCAGAGTG CAGATGACGT GGACTTATCC TGGAGAGCCA 
AGAAAGAGAG GTTCTATAAC ACAGCGCATT GACCAGAAGA ATACAGATTT CAATGTTTTT 
TACAGTATCC TTGTTGTTGA CAAAGTGCGT GATATTGATA ACGGCCAGTA TACCTGCCAC 
GTGAAGAGTG GGCCATCAAT CAAAGCTGTT AACACAACAG TCATTGTTTA CGATAAAATG 
TTCATTAATT TGAAACGGCG AAGAAAAACT GCGCTGGAGG CTGTAGCTGG AAGAAAATCC 
TATCGTTTGT CAATGAAAGT GAAGGCATTT CCCTCTCCAG AGGTTATATG GTTAAAAGAT 
GGACTACCTG CTGCTGAAAA GTGTGCCCGG TACATGATTA AAGACTATTC ATTAATCATC 
AAGGATGTTG CTGAAGAGGA TGCTGGAAAC TACACTATAA TATTGAGCAT ACGGCAGTGG 
AACTTGTCTA AGAATCTTAC AGTAACTCTT ACAGTAAATG TGAAACCTCA AATATACGAA 
AATGCTGTGT CATCATTCCC TGATCCCAAT CTCTATTTAC TGAGCAGCAA ACAAGCACTT 
ACGTGCACCG TGTATGGTAT TCCTCAGCCT AAAATTATGT GGATGTGGTA CCCCTGTAGA 
CAAAACCATT CTAAAACAAG GCATGGCTTT TGCTCTTATA CCGAAGGATC TTTCATCCTG 
AAAGCTGGCA GCAACATAGG AAACAGGATC CAGAGCATCA CTGAACGAAC AGCTGTAATA 
GAGGGCAAAA ATAAGACTGC TAGCACTCTT GTTGTAGCTG AAGCCAGATC TTCTGGAATC 
TACAGCTGTG TGGCATCCAA TAAAGTGGGA AAAGCCGAAA GAAACGTCAG CTTTATTGTA 
ACAGATGTAC CGAGCGGATT CCATATTAGT TTGGAAAAAA TGCCCACTGA AGGAGAGAAT 
TTGATAATGT CCTGTTCAGC CAACAAATTC CTTTACAAAG ACATCGCCTG GATTTTACCG 
AGGACAGTCA ACAATCAAAC AAAAGCAAAA AGGTCTCTCA ACAAGGAGTA CTCCATCACC 
CTCACTCTGA CCATCAAGAA CGTTTCCCTG GCACACTCGG GCACTTATGT CTGCCGAGCA 
AGGAACATAT ACACGGGGAA AGAAGTGCTT CAAAAGAAAG ACGTTACAAT CAGAGCTCAA 
GAGGCACCAG CCCTGCTGCG GCACCTTACG GATCAGACAG TGAACACCAG TAACTCGGCC 
AGGTTGGAGT GCCAGGTTCG TGGCATCCCC GAGCCCCAGA TATCCTGGTT TAAAAACCAT 
GAGGAAATAC AGCAAGAATC AGGAATAATT TTAGGGCCCG GAAGCCGAAT GCTGTTTATT 
GAAAGAGTAA AAGAGGAGGA CGAAGGACTT TACCAGTGTA TAGCCACCAA CATCAAAGGG 
TCCGTGGAGA GCGCAGCATA TGTGACAGTA CAAGGCACAT CAGAGAGGTC AAACCTGGAG 
CTAATAACCC TGACATGTAC CTGCGTGGCT GCGACGCTGT TTTGGCTCCT GTTGACCCTC 
TTCATACGCA AGCTGAAGAG GCCCTATTCC TCTGAAATGA AGACCAACCA TTATCTGTCT 
ATCATAATGG ATCCTGATGA AGTCCCCTTA GATGAGCAAT GTGAACGTCT GCCTTATGAT 
GCCAGCAAGT GGGAAATTGC AAGGGAAAGA CTTAAACTAG GAAAGTCTCT TGGACATGGA 
GCTTTTGGAA AGGTGGTGCA AGCATCTGCT TTTGGAATTA AGAAATCACC AACATGCAGA 
ATAGTTGCTG TGAAAATGCT GAAAGAAGGG GCCACAGCAA GCGAGTACAA AGCACTGATG 
ACTGAGCTGA AAATCCTGAT CCACATTGGT CATCATCTCA ATATTGTGAA TTTGTTGGGA 
GCTTGCACGA AAAATGGAGG GCCTCTGATG GTGATTGTTG AGTACTGCAA ATATGGAAAT 
TTATCAAACT ACCTGAAGAG CAAGAGGAAT TTTTTCTGCC CCAACAAGGA CTCATCTCTG 
CAAGGAGAGC TAATGAAAGA GAAAAAGGAT ACTGAGCCCG TGGAAGGCAA AAAACAAAGG 
CTGGCCAGTG TCACCAGCAG TGAGAGCTTC GCAAGCTCTG GGTTCCAGGA AGATAAAAGT 
CTGAGTGATG TGGAGGAGGA CGAGGAGGAT GCTGATGAGC TCTACAAGTT GCCCCTCACT 
ATGGAGGACC TGATCTCTTA CAGCTTTCAG GTGGCCAGAG GCATGGAGTT CCTCTCCTCC 
AGAAAGTGCA TTCATCGTGA CCTGGCAGCC AGAAACATCC TTTTATCTGA GAACAATGTC 
GTGAAGATCT GTGATTTTGG CCTCGCAAGA GATATTTATA AGAATCCTGA TTATGTGAGA 
AAAGGAGATG CTCGACTTCC TCTCAAGTGG ATGGCTCCAG AATCCATATT TGATAAAATC 
TACAATACAA AAAGCGACGT GTGGTCCTAT GGGGTCTTGC TGTGGGAGAT ATTTTCTTTG 
GGTGCCTCTC CTTACCCCGG AGTCCAAATA GATGAAGATT TCTGCAGCAG ACTAAAGGAA 
GGCACAAGAA TGCGAGCCCC GGCGCAAGCG ACCGAGGAGA TCTACCAGAT CATGCTGGAC 
TGCTGGCGAA GCAATCCCAA CGACAGACCA AGGTTCTCCG AGCTGGTGAA AAAGCTGGGC 
GACCTGCTGC AAGCAAACGT CCAGCAGGAA GGCAAAGACT ACATACCCCT CAATACTATG 
TTTACCACGG AAAGTGGATT TCCACCTGCA TCCAGTTCTT TGTGCAATAA AAATTTCTCT 
GTTACAAGCT CAAGTTGTGG AAGCATTGAA AACGTCAGAT ACATAAACAC TTTCAAAATA 
AAACCGCCCC AGCGCATAAA GACATTTGAA GAACTTCCCA TCAAGGAAAC GCTGGTATTT 
AATGATTATC AAGCAGACAG TGGGATGGTG CTGGCTCCAG AAGAACTGAA ACGTTTCACG 
TGGACAGGCA GCAAGCAGAA ACGGACGCTC TTTGGTGTGA GAGGCGCCAG CAGGAGCAAG 
GAGTCGGTGC TTTCTGGAAT AACCAAGCCA AGAAGCTTCT GCAGTTTCAG CTGTGACCAG 
CTCAGTGAGT CCAAGCGGAG ATACACGTAT GGCAACGCGG TGCTGGAGAA AATGAAAGCG 
TGTCATTCTC CCCCTCCCGA CTACAACTCT GTCGTCCTTT ATTCTCAGCC ACCTGTTTAA

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

RefSeq	XP_009936449.1
CDS	1..3960
Translation	MFFFYFLCFFLGSSSGSKLKVPELSINGTQHVVQAGQTLNLTCRGEMVHSWSLPETLSKDSKRLKVIKYACGRNGKQSCSSLTLSRTQTSDTGNYSCKYPTSPAKKKKESTVYVFINDTGNPFVEMHSDIPKIIHMTVGREMIIPCRVTAPNIAVTLKKIPRETLIPDGKTIIWDSMKGFRIPKATYKFIGLLSCETIIGGHKYSTKYLTHRETNTIFDVQLSTPRLVKLLKGDSLAINCTVTAAWNTRVQMTWTYPGEPRKRGSITQRIDQKNTDFNVFYSILVVDKVRDIDNGQYTCHVKSGPSIKAVNTTVIVYDKMFINLKRRRKTALEAVAGRKSYRLSMKVKAFPSPEVIWLKDGLPAAEKCARYMIKDYSLIIKDVAEEDAGNYTIILSIRQWNLSKNLTVTLTVNVKPQIYENAVSSFPDPNLYLLSSKQALTCTVYGIPQPKIMWMWYPCRQNHSKTRHGFCSYTEGSFILKAGSNIGNRIQSITERTAVIEGKNKTASTLVVAEARSSGIYSCVASNKVGKAERNVSFIVTDVPSGFHISLEKMPTEGENLIMSCSANKFLYKDIAWILPRTVNNQTKAKRSLNKEYSITLTLTIKNVSLAHSGTYVCRARNIYTGKEVLQKKDVTIRAQEAPALLRHLTDQTVNTSNSARLECQVRGIPEPQISWFKNHEEIQQESGIILGPGSRMLFIERVKEEDEGLYQCIATNIKGSVESAAYVTVQGTSERSNLELITLTCTCVAATLFWLLLTLFIRKLKRPYSSEMKTNHYLSIIMDPDEVPLDEQCERLPYDASKWEIARERLKLGKSLGHGAFGKVVQASAFGIKKSPTCRIVAVKMLKEGATASEYKALMTELKILIHIGHHLNIVNLLGACTKNGGPLMVIVEYCKYGNLSNYLKSKRNFFCPNKDSSLQGELMKEKKDTEPVEGKKQRLASVTSSESFASSGFQEDKSLSDVEEDEEDADELYKLPLTMEDLISYSFQVARGMEFLSSRKCIHRDLAARNILLSENNVVKICDFGLARDIYKNPDYVRKGDARLPLKWMAPESIFDKIYNTKSDVWSYGVLLWEIFSLGASPYPGVQIDEDFCSRLKEGTRMRAPAQATEEIYQIMLDCWRSNPNDRPRFSELVKKLGDLLQANVQQEGKDYIPLNTMFTTESGFPPASSSLCNKNFSVTSSSCGSIENVRYINTFKIKPPQRIKTFEELPIKETLVFNDYQADSGMVLAPEELKRFTWTGSKQKRTLFGVRGASRSKESVLSGITKPRSFCSFSCDQLSESKRRYTYGNAVLEKMKACHSPPPDYNSVVLYSQPPV

Target ORF information:

RefSeq Version	XM_009938147.1
Organism	Opisthocomus hoazin
Definition	Opisthocomus hoazin fms-related tyrosine kinase 1 (FLT1), mRNA.

Target ORF information:

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

XM_009938147.1

ORF Insert Sequence:

ATGTTTTTTT TTTATTTTCT TTGTTTTTTT CTAGGATCTA GTTCAGGATC AAAATTAAAA 
GTTCCTGAGC TGAGCATAAA TGGCACACAG CACGTTGTTC AAGCAGGCCA GACTTTAAAT 
CTCACCTGCA GGGGGGAAAT GGTTCATTCA TGGTCTTTGC CTGAAACTCT AAGTAAGGAT 
AGCAAAAGGC TGAAAGTAAT TAAATATGCC TGTGGAAGGA ATGGGAAGCA GTCCTGCAGC 
AGCCTGACCT TGAGCAGAAC TCAAACAAGT GACACTGGAA ACTATAGCTG CAAATACCCA 
ACAAGTCCAG CGAAAAAGAA GAAGGAATCT ACTGTCTATG TATTTATTAA CGATACAGGC 
AATCCATTTG TAGAGATGCA CAGTGATATA CCTAAAATAA TACACATGAC TGTGGGAAGA 
GAAATGATCA TCCCATGCAG AGTCACAGCA CCAAATATTG CTGTTACTTT AAAAAAGATT 
CCACGAGAAA CCCTAATTCC TGATGGCAAG ACAATAATCT GGGACAGTAT GAAAGGCTTC 
AGAATACCTA AGGCAACCTA CAAATTCATA GGGCTCCTGA GCTGTGAAAC AATCATCGGC 
GGACACAAGT ATAGCACAAA GTACCTAACG CACCGAGAAA CCAACACAAT TTTTGATGTT 
CAGTTAAGCA CCCCACGTCT TGTCAAGTTG CTGAAAGGAG ACAGCCTGGC AATTAACTGC 
ACCGTCACCG CAGCCTGGAA CACCAGAGTG CAGATGACGT GGACTTATCC TGGAGAGCCA 
AGAAAGAGAG GTTCTATAAC ACAGCGCATT GACCAGAAGA ATACAGATTT CAATGTTTTT 
TACAGTATCC TTGTTGTTGA CAAAGTGCGT GATATTGATA ACGGCCAGTA TACCTGCCAC 
GTGAAGAGTG GGCCATCAAT CAAAGCTGTT AACACAACAG TCATTGTTTA CGATAAAATG 
TTCATTAATT TGAAACGGCG AAGAAAAACT GCGCTGGAGG CTGTAGCTGG AAGAAAATCC 
TATCGTTTGT CAATGAAAGT GAAGGCATTT CCCTCTCCAG AGGTTATATG GTTAAAAGAT 
GGACTACCTG CTGCTGAAAA GTGTGCCCGG TACATGATTA AAGACTATTC ATTAATCATC 
AAGGATGTTG CTGAAGAGGA TGCTGGAAAC TACACTATAA TATTGAGCAT ACGGCAGTGG 
AACTTGTCTA AGAATCTTAC AGTAACTCTT ACAGTAAATG TGAAACCTCA AATATACGAA 
AATGCTGTGT CATCATTCCC TGATCCCAAT CTCTATTTAC TGAGCAGCAA ACAAGCACTT 
ACGTGCACCG TGTATGGTAT TCCTCAGCCT AAAATTATGT GGATGTGGTA CCCCTGTAGA 
CAAAACCATT CTAAAACAAG GCATGGCTTT TGCTCTTATA CCGAAGGATC TTTCATCCTG 
AAAGCTGGCA GCAACATAGG AAACAGGATC CAGAGCATCA CTGAACGAAC AGCTGTAATA 
GAGGGCAAAA ATAAGACTGC TAGCACTCTT GTTGTAGCTG AAGCCAGATC TTCTGGAATC 
TACAGCTGTG TGGCATCCAA TAAAGTGGGA AAAGCCGAAA GAAACGTCAG CTTTATTGTA 
ACAGATGTAC CGAGCGGATT CCATATTAGT TTGGAAAAAA TGCCCACTGA AGGAGAGAAT 
TTGATAATGT CCTGTTCAGC CAACAAATTC CTTTACAAAG ACATCGCCTG GATTTTACCG 
AGGACAGTCA ACAATCAAAC AAAAGCAAAA AGGTCTCTCA ACAAGGAGTA CTCCATCACC 
CTCACTCTGA CCATCAAGAA CGTTTCCCTG GCACACTCGG GCACTTATGT CTGCCGAGCA 
AGGAACATAT ACACGGGGAA AGAAGTGCTT CAAAAGAAAG ACGTTACAAT CAGAGCTCAA 
GAGGCACCAG CCCTGCTGCG GCACCTTACG GATCAGACAG TGAACACCAG TAACTCGGCC 
AGGTTGGAGT GCCAGGTTCG TGGCATCCCC GAGCCCCAGA TATCCTGGTT TAAAAACCAT 
GAGGAAATAC AGCAAGAATC AGGAATAATT TTAGGGCCCG GAAGCCGAAT GCTGTTTATT 
GAAAGAGTAA AAGAGGAGGA CGAAGGACTT TACCAGTGTA TAGCCACCAA CATCAAAGGG 
TCCGTGGAGA GCGCAGCATA TGTGACAGTA CAAGGCACAT CAGAGAGGTC AAACCTGGAG 
CTAATAACCC TGACATGTAC CTGCGTGGCT GCGACGCTGT TTTGGCTCCT GTTGACCCTC 
TTCATACGCA AGCTGAAGAG GCCCTATTCC TCTGAAATGA AGACCAACCA TTATCTGTCT 
ATCATAATGG ATCCTGATGA AGTCCCCTTA GATGAGCAAT GTGAACGTCT GCCTTATGAT 
GCCAGCAAGT GGGAAATTGC AAGGGAAAGA CTTAAACTAG GAAAGTCTCT TGGACATGGA 
GCTTTTGGAA AGGTGGTGCA AGCATCTGCT TTTGGAATTA AGAAATCACC AACATGCAGA 
ATAGTTGCTG TGAAAATGCT GAAAGAAGGG GCCACAGCAA GCGAGTACAA AGCACTGATG 
ACTGAGCTGA AAATCCTGAT CCACATTGGT CATCATCTCA ATATTGTGAA TTTGTTGGGA 
GCTTGCACGA AAAATGGAGG GCCTCTGATG GTGATTGTTG AGTACTGCAA ATATGGAAAT 
TTATCAAACT ACCTGAAGAG CAAGAGGAAT TTTTTCTGCC CCAACAAGGA CTCATCTCTG 
CAAGGAGAGC TAATGAAAGA GAAAAAGGAT ACTGAGCCCG TGGAAGGCAA AAAACAAAGG 
CTGGCCAGTG TCACCAGCAG TGAGAGCTTC GCAAGCTCTG GGTTCCAGGA AGATAAAAGT 
CTGAGTGATG TGGAGGAGGA CGAGGAGGAT GCTGATGAGC TCTACAAGTT GCCCCTCACT 
ATGGAGGACC TGATCTCTTA CAGCTTTCAG GTGGCCAGAG GCATGGAGTT CCTCTCCTCC 
AGAAAGTGCA TTCATCGTGA CCTGGCAGCC AGAAACATCC TTTTATCTGA GAACAATGTC 
GTGAAGATCT GTGATTTTGG CCTCGCAAGA GATATTTATA AGAATCCTGA TTATGTGAGA 
AAAGGAGATG CTCGACTTCC TCTCAAGTGG ATGGCTCCAG AATCCATATT TGATAAAATC 
TACAATACAA AAAGCGACGT GTGGTCCTAT GGGGTCTTGC TGTGGGAGAT ATTTTCTTTG 
GGTGCCTCTC CTTACCCCGG AGTCCAAATA GATGAAGATT TCTGCAGCAG ACTAAAGGAA 
GGCACAAGAA TGCGAGCCCC GGCGCAAGCG ACCGAGGAGA TCTACCAGAT CATGCTGGAC 
TGCTGGCGAA GCAATCCCAA CGACAGACCA AGGTTCTCCG AGCTGGTGAA AAAGCTGGGC 
GACCTGCTGC AAGCAAACGT CCAGCAGGAA GGCAAAGACT ACATACCCCT CAATACTATG 
TTTACCACGG AAAGTGGATT TCCACCTGCA TCCAGTTCTT TGTGCAATAA AAATTTCTCT 
GTTACAAGCT CAAGTTGTGG AAGCATTGAA AACGTCAGAT ACATAAACAC TTTCAAAATA 
AAACCGCCCC AGCGCATAAA GACATTTGAA GAACTTCCCA TCAAGGAAAC GCTGGTATTT 
AATGATTATC AAGCAGACAG TGGGATGGTG CTGGCTCCAG AAGAACTGAA ACGTTTCACG 
TGGACAGGCA GCAAGCAGAA ACGGACGCTC TTTGGTGTGA GAGGCGCCAG CAGGAGCAAG 
GAGTCGGTGC TTTCTGGAAT AACCAAGCCA AGAAGCTTCT GCAGTTTCAG CTGTGACCAG 
CTCAGTGAGT CCAAGCGGAG ATACACGTAT GGCAACGCGG TGCTGGAGAA AATGAAAGCG 
TGTCATTCTC CCCCTCCCGA CTACAACTCT GTCGTCCTTT ATTCTCAGCC ACCTGTTTAA