LOC104773316 cDNA ORF clone, Camelina sativa(false flax)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC104773316
Entrez Gene ID	104773316
Full Name	putative WEB family protein At1g65010, chloroplastic
Gene Type	protein-coding
Organism	Camelina sativa(false flax)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010497895.2	XP_010496197.1	putative WEB family protein At1g65010, chloroplastic
XM_010497896.2	XP_010496198.1	putative WEB family protein At1g65010, chloroplastic

Pathways from BioSystems
Gene Ontology

The following LOC104773316 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC104773316 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
OCa157307	XM_010497896.2 Latest version!	Camelina sativa putative WEB family protein At1g65010, chloroplastic (LOC104773316), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$797.30 $1139.00
OCa157307	XM_010497895.2 Latest version!	Camelina sativa putative WEB family protein At1g65010, chloroplastic (LOC104773316), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

LOC104773316 ( XM_010497895.2 ) cDNA ORF clone, Camelina sativa(false flax) -> XP_010496197.1 Camelina sativa putative WEB family protein At1g65010, chloroplastic (LOC104773316), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OCa157307
Clone ID Related Accession (Same CDS sequence)	XM_010497895.2 , XM_010497896.2
Accession Version	XM_010497895.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4041bp) 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	2016-11-28
Organism	Camelina sativa(false flax)
Product	putative WEB family protein At1g65010, chloroplastic
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_010921717.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Nov 29, 2016 this sequence version replaced XM_010497895.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Camelina sativa Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCATCTA GAACCAAAAC TGGGTTGATG GAGACTCCTC GTAGTAAACC ATCACCACCA 
CCTCCCCGAC TGAGTAAACT TACTCCTACT AAATCCGATG GCAATTCGGC TTCCCCCGTG 
CCAAATACTC GTCTTTCGCT TGACCGTTCT CCTCAAACAG TAAACTCAAA GCCTGGTCCT 
GATCGTCGGC CTTCTAGGAT TCCTACACCC GAGAAAGTGC ATTCACGGTT GGTGAAAGGG 
TCGGAGCTTC AAGCTCAACT GAATCAGATT CAGGAGGATT TAAAGAAAGC CGATGAGCAA 
ATAGAATTGC TCAAGAAAGA TAAAGCTAAA GCCATAGATG ATCTTAAAGA ATCCGAGAAA 
CTTGTAGAAG AAGCCAATGA GAAACTCAAA GAGGCATTGG CAGCTCAGAA ACGAGCTGAG 
GAGTGTTTCG AGGTTGAGAA ATTCCGAGCT GTTGAACTGG AACAGGCTGG ACTTGAAGCT 
GTTCAGACAA AGGATGCAAC GTCAAGGAAC GAGCTAGAGT CTATTAGAAG TCAGCATGCG 
TTGGACATCT CAGCTCTCCT TTCTACCACA GAAGAACTTC AGAGTGTAAA ACATGAATTG 
GCTATGACCG CTGATGCTAA AAACAAGGCG CTAAGCCATG CTGAGGAAGC GACGAAGATT 
GCTGAAATCC ATGCTGAGAA GGCTGAGATT CTTTCTTCTG AATTAGGCCG GTTAAAGGCA 
TTGCTCGGTT CCAAGGAAGA AAAAGAAGCT ATTGAAGGTA ACGAGATTGT GTCTAAACTG 
AAGTCTGAGA TTGAAACGTT GAGAGGGGAC CTTGAAAAAG TTAGTATCCT TGAGAATAGT 
CTGAAGGAGC ATGAACAATC AATTGAACAA CTTCACGTTG ATCTAGAAGC TGCTAAAATG 
GCTGAATCTT GCGCTAATGG CTTAGCAGAA GAATGGAAGA ACAAGGTTCA TGAACTTGAA 
AAACATGTTG AAGAAGCAAA TAGATTGAAG ACATTTGCTT CAGAATCTGT GGAATCCGTT 
ATGAAGCAGC TGGCCGAATG TAATCATGTG CTGCATGAGA TGAAATCCGA AAATGCTGCA 
CAAAAAGAAA AGCTTGAGTT GCTAGAGAAA ACAGTTGACG CGCAGAGAAC AGATCTTGAG 
GAATCTGGAC GCCAGGTTTG CATCGCAAAA GAAGAAGCTT CTAAAATGGA AAAACTTTTT 
GAATCAATAA AATCTGAGCT TGAGATCTCC GAAGAGGAAA AAACTAGGGC CTTGGACAAT 
GAAACGACTC TAACATCAAA TATTCAGAAT CTAATGAATG AAAAGACTCA ACTTTCCATA 
GAACTGGAAC GCTGTCAGAT GGAAGAAGAG AAAAGCAAGA AAGATATGGA TAGCTTGACG 
TTGGCTTTGC AGGAAGCATC TACTGAAGCG AGGGAAGCAA AGGAGATGTT TTTGGCATGT 
CAAGAGGAGT TCAGGCACTG TGAATCCCAG TTTGACAGTT TGAAGTTGGC TTCAAAGGAG 
ACAAATGAAA AGTATGAGCA AATGCTTGAG GATGCTAGAT TTGAAATTGA TAGTCTGAAA 
AGTGCTGTAG ATAGCATCCA GAATGAGTTC GAGAACTCTA AGGCTGGGTG GGAACAGAAA 
GAGCTTCATC TGATGGGCAG TTTGAAGAAA TCAGAAGAAG AAAATTTGCC TTTGCAGGAA 
GAAATAAGTA GGCTGGTGAA TTTGATCAAA GAAAGTGAAG AAGATGCATG TGCAAAGAAG 
GAGGAAGAAG TCAATTTGAA AAATAATCTC CAAGAAGCTG AAGGGGAGGT AAAGTACCTA 
CAGGAAACAC TTGGAGAAGC AAAAGCTGAA AGCATGAAAC TGAAAGAGAG CTTGTTGGAC 
AAAGAAGATG AGCTAAAGAA TGTCATGGCA GAGAACAGCA GCCTCAGAGA ATGGGAAGGT 
TCTGTAATTG AGAAAATCGA GGAGTTGTCG AAGGTTAAGG AAAGCTTGGT TGATAATGAA 
ACCAAGTTAA AGAGCATAAC TCAAGAAGCT GAAGAGCTAA AAGAAAAGGA GGCGACTCAT 
ATGAAGCAGA TTGAGGAGTT GTCAATGGCG AATGGAAGCT TGGTTGATAA CGTAACCAAA 
TTGCAGAGCA TTGTTCAAGA AAGTGATGAT CTCAAAGAAA AGGAAGGTGC TTATCTTAAG 
AAGATTGAGG AGTTATCAGT AGTGAATGAG ACCCTGGCTG ATAACTTAAC AGATTTGCAA 
AGCATTGTTC AAGAAAGTAA GGATCTCAAA GAAAAGGAGA CTGTTTATCT TAAGAAGATT 
GAGGAGTTAT CAGTGGCAAG TGAGAGCTTG GTTGGTAAAG AGACCAAACT GCAGCACATT 
AGTCAAGAGG CTGAGGAGCT CAGAGGAAGG GAGGCTGCTC ATTTGAAGAA GATTGAGGAG 
TTGTCGAAGA CGAATGAGAG TTTGGTTGAT AATGTAGCCA ATATGCAAAG CATTGCTCAA 
GAAAGTAAGG ATCTCAAAGA AAGGGAGGCT TCTTATCTTA AGAAGATTGA GGAATTGTCA 
ATGGTAAATG GGACCTTGGC TGATAATGTA ACCAATCTGC AGAAAATATC TGAAGAAAGT 
AAGGAGCTCA GAGAAAGAGA GACTACATTA CTTAAGAAGA CAGAGGAGTT GTCAGAATTG 
AATGAAAGCT TAGTTGATAA AGCGAGCAAA TTGCAAACAG TTGTTCAGGA AAATGAGGAA 
TTGAGAGAAA GGGAGACTGC ATATCTAAAA AAGATTGAGG AGTTGTCAAA ATTGCATGAA 
ATGTTATCTG AAAAAGAAAA CAGTCTCCAG AGTTCTATTC ATGAGAAAGA AGAGCTCAAA 
GAAAGGGAGA CTGCTTATCT TAAGAAGATT GAGGAGTTGT CGAAGGTGCA AGAGGATCTG 
CTTAATAAAG AAAATGAGTT GCATTGTATG GTCGTGGAGA TGGAGGACCT TAGATCCAAG 
GACTCTCTCG CCCAAATGAG GATAGAAGAG TTATCAAATT TTAATGCAAG TTTGCTCGTT 
AAAGAGAATG AGTTACAGGC TGTTGTTTGC GGAAATGAGG AGCTGAAGTC CAAGGAGATT 
TCATCACTAA AGACGATAGA CGAGCTGTCA GACCTGAAAC AAAGTTTGAT TCACAAAGAA 
AAAGAGCTCA AGGCTGCAAT TGTTGAAAAC GAGAAGCTCA AGGCTGAAGC AGCCTCGTCC 
CTCGAGAGGA TTGAAGAGTT GACAAATCTT AAGCAGAGTT TGATAGATAA GCAGAACGAA 
CTGCAGGGTG TCTTTCATGA AAACGAGGAG CTCAAGGCCA AGGAGGCTTT GTCTTTGAAA 
AAGATTGATG AGTTACTACA TCTAGAGCAA AGTTGGCTTG ATAAGGAAAG TGAGTTTCAA 
AGAGTTACGC AAGAAAACCA AGAGCTTAAA ACGCAGGATG CTTTAACAGC AAAGAAAATA 
GAGGAGTTGT CAAAGCTGAA AGAGAGCTTA CTTGAAAAAG AAACCGAACT AAAAGGCAGG 
GAAGCTGCCG CGGCCCTTGA GAAAATGGAA GAATCATCAA AGGTTGGAAA CGGTGACCTT 
ACCAACATCG GAAAAGATTA TGACTTGGTT CAGTTTTCCG AAGTAAATGG TCCTAGGAAT 
GGGGATGTAA AGACAAAGAC TGATCCTTTT CAGCACAGAA GCAGAGAACA TTTGGTACAA 
GAAAGTCCCA TGGAAGCGAT TGATAAACAT TTGATGGGTG AAACTCATAG GGTACCTCAC 
AGAGCTGAAG GAGAAGGGAG AGTAGATAAA GACAGTGTGG AGCCTGAATT CAAGATGTGG 
GAGAGCTACA AGATAGAAAA AAGCGAAGTA TCTCCCGAGA GAGAGACCGA GCTCGACTCT 
GTAGAAGAGG AAGTTGAGTC GAAAGCAGAA GGCAGTGAGA ACATGGATCA GTATAGCAAT 
GGCTTCTCTT CAACAGACCA CACCGAAGAT TCTGGAAATT TGCTGTTAAA GGAACAACAT 
ATGAAGAAGA AGAAACCTTT GCTCCGGAAA TTTGGAAACC TGCTGAAAAA GAAGAGTACA 
AGCAGTAGCA GTCAAAAGTA G

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

RefSeq	XP_010496197.1
CDS	294..4334
Translation	MASRTKTGLMETPRSKPSPPPPRLSKLTPTKSDGNSASPVPNTRLSLDRSPQTVNSKPGPDRRPSRIPTPEKVHSRLVKGSELQAQLNQIQEDLKKADEQIELLKKDKAKAIDDLKESEKLVEEANEKLKEALAAQKRAEECFEVEKFRAVELEQAGLEAVQTKDATSRNELESIRSQHALDISALLSTTEELQSVKHELAMTADAKNKALSHAEEATKIAEIHAEKAEILSSELGRLKALLGSKEEKEAIEGNEIVSKLKSEIETLRGDLEKVSILENSLKEHEQSIEQLHVDLEAAKMAESCANGLAEEWKNKVHELEKHVEEANRLKTFASESVESVMKQLAECNHVLHEMKSENAAQKEKLELLEKTVDAQRTDLEESGRQVCIAKEEASKMEKLFESIKSELEISEEEKTRALDNETTLTSNIQNLMNEKTQLSIELERCQMEEEKSKKDMDSLTLALQEASTEAREAKEMFLACQEEFRHCESQFDSLKLASKETNEKYEQMLEDARFEIDSLKSAVDSIQNEFENSKAGWEQKELHLMGSLKKSEEENLPLQEEISRLVNLIKESEEDACAKKEEEVNLKNNLQEAEGEVKYLQETLGEAKAESMKLKESLLDKEDELKNVMAENSSLREWEGSVIEKIEELSKVKESLVDNETKLKSITQEAEELKEKEATHMKQIEELSMANGSLVDNVTKLQSIVQESDDLKEKEGAYLKKIEELSVVNETLADNLTDLQSIVQESKDLKEKETVYLKKIEELSVASESLVGKETKLQHISQEAEELRGREAAHLKKIEELSKTNESLVDNVANMQSIAQESKDLKEREASYLKKIEELSMVNGTLADNVTNLQKISEESKELRERETTLLKKTEELSELNESLVDKASKLQTVVQENEELRERETAYLKKIEELSKLHEMLSEKENSLQSSIHEKEELKERETAYLKKIEELSKVQEDLLNKENELHCMVVEMEDLRSKDSLAQMRIEELSNFNASLLVKENELQAVVCGNEELKSKEISSLKTIDELSDLKQSLIHKEKELKAAIVENEKLKAEAASSLERIEELTNLKQSLIDKQNELQGVFHENEELKAKEALSLKKIDELLHLEQSWLDKESEFQRVTQENQELKTQDALTAKKIEELSKLKESLLEKETELKGREAAAALEKMEESSKVGNGDLTNIGKDYDLVQFSEVNGPRNGDVKTKTDPFQHRSREHLVQESPMEAIDKHLMGETHRVPHRAEGEGRVDKDSVEPEFKMWESYKIEKSEVSPERETELDSVEEEVESKAEGSENMDQYSNGFSSTDHTEDSGNLLLKEQHMKKKKPLLRKFGNLLKKKSTSSSSQK

Target ORF information:

RefSeq Version	XM_010497895.2
Organism	Camelina sativa(false flax)
Definition	Camelina sativa putative WEB family protein At1g65010, chloroplastic (LOC104773316), transcript variant X1, mRNA.

Target ORF information:

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

XM_010497895.2

ORF Insert Sequence:

ATGGCATCTA GAACCAAAAC TGGGTTGATG GAGACTCCTC GTAGTAAACC ATCACCACCA 
CCTCCCCGAC TGAGTAAACT TACTCCTACT AAATCCGATG GCAATTCGGC TTCCCCCGTG 
CCAAATACTC GTCTTTCGCT TGACCGTTCT CCTCAAACAG TAAACTCAAA GCCTGGTCCT 
GATCGTCGGC CTTCTAGGAT TCCTACACCC GAGAAAGTGC ATTCACGGTT GGTGAAAGGG 
TCGGAGCTTC AAGCTCAACT GAATCAGATT CAGGAGGATT TAAAGAAAGC CGATGAGCAA 
ATAGAATTGC TCAAGAAAGA TAAAGCTAAA GCCATAGATG ATCTTAAAGA ATCCGAGAAA 
CTTGTAGAAG AAGCCAATGA GAAACTCAAA GAGGCATTGG CAGCTCAGAA ACGAGCTGAG 
GAGTGTTTCG AGGTTGAGAA ATTCCGAGCT GTTGAACTGG AACAGGCTGG ACTTGAAGCT 
GTTCAGACAA AGGATGCAAC GTCAAGGAAC GAGCTAGAGT CTATTAGAAG TCAGCATGCG 
TTGGACATCT CAGCTCTCCT TTCTACCACA GAAGAACTTC AGAGTGTAAA ACATGAATTG 
GCTATGACCG CTGATGCTAA AAACAAGGCG CTAAGCCATG CTGAGGAAGC GACGAAGATT 
GCTGAAATCC ATGCTGAGAA GGCTGAGATT CTTTCTTCTG AATTAGGCCG GTTAAAGGCA 
TTGCTCGGTT CCAAGGAAGA AAAAGAAGCT ATTGAAGGTA ACGAGATTGT GTCTAAACTG 
AAGTCTGAGA TTGAAACGTT GAGAGGGGAC CTTGAAAAAG TTAGTATCCT TGAGAATAGT 
CTGAAGGAGC ATGAACAATC AATTGAACAA CTTCACGTTG ATCTAGAAGC TGCTAAAATG 
GCTGAATCTT GCGCTAATGG CTTAGCAGAA GAATGGAAGA ACAAGGTTCA TGAACTTGAA 
AAACATGTTG AAGAAGCAAA TAGATTGAAG ACATTTGCTT CAGAATCTGT GGAATCCGTT 
ATGAAGCAGC TGGCCGAATG TAATCATGTG CTGCATGAGA TGAAATCCGA AAATGCTGCA 
CAAAAAGAAA AGCTTGAGTT GCTAGAGAAA ACAGTTGACG CGCAGAGAAC AGATCTTGAG 
GAATCTGGAC GCCAGGTTTG CATCGCAAAA GAAGAAGCTT CTAAAATGGA AAAACTTTTT 
GAATCAATAA AATCTGAGCT TGAGATCTCC GAAGAGGAAA AAACTAGGGC CTTGGACAAT 
GAAACGACTC TAACATCAAA TATTCAGAAT CTAATGAATG AAAAGACTCA ACTTTCCATA 
GAACTGGAAC GCTGTCAGAT GGAAGAAGAG AAAAGCAAGA AAGATATGGA TAGCTTGACG 
TTGGCTTTGC AGGAAGCATC TACTGAAGCG AGGGAAGCAA AGGAGATGTT TTTGGCATGT 
CAAGAGGAGT TCAGGCACTG TGAATCCCAG TTTGACAGTT TGAAGTTGGC TTCAAAGGAG 
ACAAATGAAA AGTATGAGCA AATGCTTGAG GATGCTAGAT TTGAAATTGA TAGTCTGAAA 
AGTGCTGTAG ATAGCATCCA GAATGAGTTC GAGAACTCTA AGGCTGGGTG GGAACAGAAA 
GAGCTTCATC TGATGGGCAG TTTGAAGAAA TCAGAAGAAG AAAATTTGCC TTTGCAGGAA 
GAAATAAGTA GGCTGGTGAA TTTGATCAAA GAAAGTGAAG AAGATGCATG TGCAAAGAAG 
GAGGAAGAAG TCAATTTGAA AAATAATCTC CAAGAAGCTG AAGGGGAGGT AAAGTACCTA 
CAGGAAACAC TTGGAGAAGC AAAAGCTGAA AGCATGAAAC TGAAAGAGAG CTTGTTGGAC 
AAAGAAGATG AGCTAAAGAA TGTCATGGCA GAGAACAGCA GCCTCAGAGA ATGGGAAGGT 
TCTGTAATTG AGAAAATCGA GGAGTTGTCG AAGGTTAAGG AAAGCTTGGT TGATAATGAA 
ACCAAGTTAA AGAGCATAAC TCAAGAAGCT GAAGAGCTAA AAGAAAAGGA GGCGACTCAT 
ATGAAGCAGA TTGAGGAGTT GTCAATGGCG AATGGAAGCT TGGTTGATAA CGTAACCAAA 
TTGCAGAGCA TTGTTCAAGA AAGTGATGAT CTCAAAGAAA AGGAAGGTGC TTATCTTAAG 
AAGATTGAGG AGTTATCAGT AGTGAATGAG ACCCTGGCTG ATAACTTAAC AGATTTGCAA 
AGCATTGTTC AAGAAAGTAA GGATCTCAAA GAAAAGGAGA CTGTTTATCT TAAGAAGATT 
GAGGAGTTAT CAGTGGCAAG TGAGAGCTTG GTTGGTAAAG AGACCAAACT GCAGCACATT 
AGTCAAGAGG CTGAGGAGCT CAGAGGAAGG GAGGCTGCTC ATTTGAAGAA GATTGAGGAG 
TTGTCGAAGA CGAATGAGAG TTTGGTTGAT AATGTAGCCA ATATGCAAAG CATTGCTCAA 
GAAAGTAAGG ATCTCAAAGA AAGGGAGGCT TCTTATCTTA AGAAGATTGA GGAATTGTCA 
ATGGTAAATG GGACCTTGGC TGATAATGTA ACCAATCTGC AGAAAATATC TGAAGAAAGT 
AAGGAGCTCA GAGAAAGAGA GACTACATTA CTTAAGAAGA CAGAGGAGTT GTCAGAATTG 
AATGAAAGCT TAGTTGATAA AGCGAGCAAA TTGCAAACAG TTGTTCAGGA AAATGAGGAA 
TTGAGAGAAA GGGAGACTGC ATATCTAAAA AAGATTGAGG AGTTGTCAAA ATTGCATGAA 
ATGTTATCTG AAAAAGAAAA CAGTCTCCAG AGTTCTATTC ATGAGAAAGA AGAGCTCAAA 
GAAAGGGAGA CTGCTTATCT TAAGAAGATT GAGGAGTTGT CGAAGGTGCA AGAGGATCTG 
CTTAATAAAG AAAATGAGTT GCATTGTATG GTCGTGGAGA TGGAGGACCT TAGATCCAAG 
GACTCTCTCG CCCAAATGAG GATAGAAGAG TTATCAAATT TTAATGCAAG TTTGCTCGTT 
AAAGAGAATG AGTTACAGGC TGTTGTTTGC GGAAATGAGG AGCTGAAGTC CAAGGAGATT 
TCATCACTAA AGACGATAGA CGAGCTGTCA GACCTGAAAC AAAGTTTGAT TCACAAAGAA 
AAAGAGCTCA AGGCTGCAAT TGTTGAAAAC GAGAAGCTCA AGGCTGAAGC AGCCTCGTCC 
CTCGAGAGGA TTGAAGAGTT GACAAATCTT AAGCAGAGTT TGATAGATAA GCAGAACGAA 
CTGCAGGGTG TCTTTCATGA AAACGAGGAG CTCAAGGCCA AGGAGGCTTT GTCTTTGAAA 
AAGATTGATG AGTTACTACA TCTAGAGCAA AGTTGGCTTG ATAAGGAAAG TGAGTTTCAA 
AGAGTTACGC AAGAAAACCA AGAGCTTAAA ACGCAGGATG CTTTAACAGC AAAGAAAATA 
GAGGAGTTGT CAAAGCTGAA AGAGAGCTTA CTTGAAAAAG AAACCGAACT AAAAGGCAGG 
GAAGCTGCCG CGGCCCTTGA GAAAATGGAA GAATCATCAA AGGTTGGAAA CGGTGACCTT 
ACCAACATCG GAAAAGATTA TGACTTGGTT CAGTTTTCCG AAGTAAATGG TCCTAGGAAT 
GGGGATGTAA AGACAAAGAC TGATCCTTTT CAGCACAGAA GCAGAGAACA TTTGGTACAA 
GAAAGTCCCA TGGAAGCGAT TGATAAACAT TTGATGGGTG AAACTCATAG GGTACCTCAC 
AGAGCTGAAG GAGAAGGGAG AGTAGATAAA GACAGTGTGG AGCCTGAATT CAAGATGTGG 
GAGAGCTACA AGATAGAAAA AAGCGAAGTA TCTCCCGAGA GAGAGACCGA GCTCGACTCT 
GTAGAAGAGG AAGTTGAGTC GAAAGCAGAA GGCAGTGAGA ACATGGATCA GTATAGCAAT 
GGCTTCTCTT CAACAGACCA CACCGAAGAT TCTGGAAATT TGCTGTTAAA GGAACAACAT 
ATGAAGAAGA AGAAACCTTT GCTCCGGAAA TTTGGAAACC TGCTGAAAAA GAAGAGTACA 
AGCAGTAGCA GTCAAAAGTA G

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

LOC104773316 ( XM_010497896.2 ) cDNA ORF clone, Camelina sativa(false flax) -> XP_010496198.1 Camelina sativa putative WEB family protein At1g65010, chloroplastic (LOC104773316), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OCa157307
Clone ID Related Accession (Same CDS sequence)	XM_010497895.2 , XM_010497896.2
Accession Version	XM_010497896.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4041bp) 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	2016-11-28
Organism	Camelina sativa(false flax)
Product	putative WEB family protein At1g65010, chloroplastic
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_010921717.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Nov 29, 2016 this sequence version replaced XM_010497896.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Camelina sativa Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCATCTA GAACCAAAAC TGGGTTGATG GAGACTCCTC GTAGTAAACC ATCACCACCA 
CCTCCCCGAC TGAGTAAACT TACTCCTACT AAATCCGATG GCAATTCGGC TTCCCCCGTG 
CCAAATACTC GTCTTTCGCT TGACCGTTCT CCTCAAACAG TAAACTCAAA GCCTGGTCCT 
GATCGTCGGC CTTCTAGGAT TCCTACACCC GAGAAAGTGC ATTCACGGTT GGTGAAAGGG 
TCGGAGCTTC AAGCTCAACT GAATCAGATT CAGGAGGATT TAAAGAAAGC CGATGAGCAA 
ATAGAATTGC TCAAGAAAGA TAAAGCTAAA GCCATAGATG ATCTTAAAGA ATCCGAGAAA 
CTTGTAGAAG AAGCCAATGA GAAACTCAAA GAGGCATTGG CAGCTCAGAA ACGAGCTGAG 
GAGTGTTTCG AGGTTGAGAA ATTCCGAGCT GTTGAACTGG AACAGGCTGG ACTTGAAGCT 
GTTCAGACAA AGGATGCAAC GTCAAGGAAC GAGCTAGAGT CTATTAGAAG TCAGCATGCG 
TTGGACATCT CAGCTCTCCT TTCTACCACA GAAGAACTTC AGAGTGTAAA ACATGAATTG 
GCTATGACCG CTGATGCTAA AAACAAGGCG CTAAGCCATG CTGAGGAAGC GACGAAGATT 
GCTGAAATCC ATGCTGAGAA GGCTGAGATT CTTTCTTCTG AATTAGGCCG GTTAAAGGCA 
TTGCTCGGTT CCAAGGAAGA AAAAGAAGCT ATTGAAGGTA ACGAGATTGT GTCTAAACTG 
AAGTCTGAGA TTGAAACGTT GAGAGGGGAC CTTGAAAAAG TTAGTATCCT TGAGAATAGT 
CTGAAGGAGC ATGAACAATC AATTGAACAA CTTCACGTTG ATCTAGAAGC TGCTAAAATG 
GCTGAATCTT GCGCTAATGG CTTAGCAGAA GAATGGAAGA ACAAGGTTCA TGAACTTGAA 
AAACATGTTG AAGAAGCAAA TAGATTGAAG ACATTTGCTT CAGAATCTGT GGAATCCGTT 
ATGAAGCAGC TGGCCGAATG TAATCATGTG CTGCATGAGA TGAAATCCGA AAATGCTGCA 
CAAAAAGAAA AGCTTGAGTT GCTAGAGAAA ACAGTTGACG CGCAGAGAAC AGATCTTGAG 
GAATCTGGAC GCCAGGTTTG CATCGCAAAA GAAGAAGCTT CTAAAATGGA AAAACTTTTT 
GAATCAATAA AATCTGAGCT TGAGATCTCC GAAGAGGAAA AAACTAGGGC CTTGGACAAT 
GAAACGACTC TAACATCAAA TATTCAGAAT CTAATGAATG AAAAGACTCA ACTTTCCATA 
GAACTGGAAC GCTGTCAGAT GGAAGAAGAG AAAAGCAAGA AAGATATGGA TAGCTTGACG 
TTGGCTTTGC AGGAAGCATC TACTGAAGCG AGGGAAGCAA AGGAGATGTT TTTGGCATGT 
CAAGAGGAGT TCAGGCACTG TGAATCCCAG TTTGACAGTT TGAAGTTGGC TTCAAAGGAG 
ACAAATGAAA AGTATGAGCA AATGCTTGAG GATGCTAGAT TTGAAATTGA TAGTCTGAAA 
AGTGCTGTAG ATAGCATCCA GAATGAGTTC GAGAACTCTA AGGCTGGGTG GGAACAGAAA 
GAGCTTCATC TGATGGGCAG TTTGAAGAAA TCAGAAGAAG AAAATTTGCC TTTGCAGGAA 
GAAATAAGTA GGCTGGTGAA TTTGATCAAA GAAAGTGAAG AAGATGCATG TGCAAAGAAG 
GAGGAAGAAG TCAATTTGAA AAATAATCTC CAAGAAGCTG AAGGGGAGGT AAAGTACCTA 
CAGGAAACAC TTGGAGAAGC AAAAGCTGAA AGCATGAAAC TGAAAGAGAG CTTGTTGGAC 
AAAGAAGATG AGCTAAAGAA TGTCATGGCA GAGAACAGCA GCCTCAGAGA ATGGGAAGGT 
TCTGTAATTG AGAAAATCGA GGAGTTGTCG AAGGTTAAGG AAAGCTTGGT TGATAATGAA 
ACCAAGTTAA AGAGCATAAC TCAAGAAGCT GAAGAGCTAA AAGAAAAGGA GGCGACTCAT 
ATGAAGCAGA TTGAGGAGTT GTCAATGGCG AATGGAAGCT TGGTTGATAA CGTAACCAAA 
TTGCAGAGCA TTGTTCAAGA AAGTGATGAT CTCAAAGAAA AGGAAGGTGC TTATCTTAAG 
AAGATTGAGG AGTTATCAGT AGTGAATGAG ACCCTGGCTG ATAACTTAAC AGATTTGCAA 
AGCATTGTTC AAGAAAGTAA GGATCTCAAA GAAAAGGAGA CTGTTTATCT TAAGAAGATT 
GAGGAGTTAT CAGTGGCAAG TGAGAGCTTG GTTGGTAAAG AGACCAAACT GCAGCACATT 
AGTCAAGAGG CTGAGGAGCT CAGAGGAAGG GAGGCTGCTC ATTTGAAGAA GATTGAGGAG 
TTGTCGAAGA CGAATGAGAG TTTGGTTGAT AATGTAGCCA ATATGCAAAG CATTGCTCAA 
GAAAGTAAGG ATCTCAAAGA AAGGGAGGCT TCTTATCTTA AGAAGATTGA GGAATTGTCA 
ATGGTAAATG GGACCTTGGC TGATAATGTA ACCAATCTGC AGAAAATATC TGAAGAAAGT 
AAGGAGCTCA GAGAAAGAGA GACTACATTA CTTAAGAAGA CAGAGGAGTT GTCAGAATTG 
AATGAAAGCT TAGTTGATAA AGCGAGCAAA TTGCAAACAG TTGTTCAGGA AAATGAGGAA 
TTGAGAGAAA GGGAGACTGC ATATCTAAAA AAGATTGAGG AGTTGTCAAA ATTGCATGAA 
ATGTTATCTG AAAAAGAAAA CAGTCTCCAG AGTTCTATTC ATGAGAAAGA AGAGCTCAAA 
GAAAGGGAGA CTGCTTATCT TAAGAAGATT GAGGAGTTGT CGAAGGTGCA AGAGGATCTG 
CTTAATAAAG AAAATGAGTT GCATTGTATG GTCGTGGAGA TGGAGGACCT TAGATCCAAG 
GACTCTCTCG CCCAAATGAG GATAGAAGAG TTATCAAATT TTAATGCAAG TTTGCTCGTT 
AAAGAGAATG AGTTACAGGC TGTTGTTTGC GGAAATGAGG AGCTGAAGTC CAAGGAGATT 
TCATCACTAA AGACGATAGA CGAGCTGTCA GACCTGAAAC AAAGTTTGAT TCACAAAGAA 
AAAGAGCTCA AGGCTGCAAT TGTTGAAAAC GAGAAGCTCA AGGCTGAAGC AGCCTCGTCC 
CTCGAGAGGA TTGAAGAGTT GACAAATCTT AAGCAGAGTT TGATAGATAA GCAGAACGAA 
CTGCAGGGTG TCTTTCATGA AAACGAGGAG CTCAAGGCCA AGGAGGCTTT GTCTTTGAAA 
AAGATTGATG AGTTACTACA TCTAGAGCAA AGTTGGCTTG ATAAGGAAAG TGAGTTTCAA 
AGAGTTACGC AAGAAAACCA AGAGCTTAAA ACGCAGGATG CTTTAACAGC AAAGAAAATA 
GAGGAGTTGT CAAAGCTGAA AGAGAGCTTA CTTGAAAAAG AAACCGAACT AAAAGGCAGG 
GAAGCTGCCG CGGCCCTTGA GAAAATGGAA GAATCATCAA AGGTTGGAAA CGGTGACCTT 
ACCAACATCG GAAAAGATTA TGACTTGGTT CAGTTTTCCG AAGTAAATGG TCCTAGGAAT 
GGGGATGTAA AGACAAAGAC TGATCCTTTT CAGCACAGAA GCAGAGAACA TTTGGTACAA 
GAAAGTCCCA TGGAAGCGAT TGATAAACAT TTGATGGGTG AAACTCATAG GGTACCTCAC 
AGAGCTGAAG GAGAAGGGAG AGTAGATAAA GACAGTGTGG AGCCTGAATT CAAGATGTGG 
GAGAGCTACA AGATAGAAAA AAGCGAAGTA TCTCCCGAGA GAGAGACCGA GCTCGACTCT 
GTAGAAGAGG AAGTTGAGTC GAAAGCAGAA GGCAGTGAGA ACATGGATCA GTATAGCAAT 
GGCTTCTCTT CAACAGACCA CACCGAAGAT TCTGGAAATT TGCTGTTAAA GGAACAACAT 
ATGAAGAAGA AGAAACCTTT GCTCCGGAAA TTTGGAAACC TGCTGAAAAA GAAGAGTACA 
AGCAGTAGCA GTCAAAAGTA G

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

RefSeq	XP_010496198.1
CDS	213..4253
Translation	MASRTKTGLMETPRSKPSPPPPRLSKLTPTKSDGNSASPVPNTRLSLDRSPQTVNSKPGPDRRPSRIPTPEKVHSRLVKGSELQAQLNQIQEDLKKADEQIELLKKDKAKAIDDLKESEKLVEEANEKLKEALAAQKRAEECFEVEKFRAVELEQAGLEAVQTKDATSRNELESIRSQHALDISALLSTTEELQSVKHELAMTADAKNKALSHAEEATKIAEIHAEKAEILSSELGRLKALLGSKEEKEAIEGNEIVSKLKSEIETLRGDLEKVSILENSLKEHEQSIEQLHVDLEAAKMAESCANGLAEEWKNKVHELEKHVEEANRLKTFASESVESVMKQLAECNHVLHEMKSENAAQKEKLELLEKTVDAQRTDLEESGRQVCIAKEEASKMEKLFESIKSELEISEEEKTRALDNETTLTSNIQNLMNEKTQLSIELERCQMEEEKSKKDMDSLTLALQEASTEAREAKEMFLACQEEFRHCESQFDSLKLASKETNEKYEQMLEDARFEIDSLKSAVDSIQNEFENSKAGWEQKELHLMGSLKKSEEENLPLQEEISRLVNLIKESEEDACAKKEEEVNLKNNLQEAEGEVKYLQETLGEAKAESMKLKESLLDKEDELKNVMAENSSLREWEGSVIEKIEELSKVKESLVDNETKLKSITQEAEELKEKEATHMKQIEELSMANGSLVDNVTKLQSIVQESDDLKEKEGAYLKKIEELSVVNETLADNLTDLQSIVQESKDLKEKETVYLKKIEELSVASESLVGKETKLQHISQEAEELRGREAAHLKKIEELSKTNESLVDNVANMQSIAQESKDLKEREASYLKKIEELSMVNGTLADNVTNLQKISEESKELRERETTLLKKTEELSELNESLVDKASKLQTVVQENEELRERETAYLKKIEELSKLHEMLSEKENSLQSSIHEKEELKERETAYLKKIEELSKVQEDLLNKENELHCMVVEMEDLRSKDSLAQMRIEELSNFNASLLVKENELQAVVCGNEELKSKEISSLKTIDELSDLKQSLIHKEKELKAAIVENEKLKAEAASSLERIEELTNLKQSLIDKQNELQGVFHENEELKAKEALSLKKIDELLHLEQSWLDKESEFQRVTQENQELKTQDALTAKKIEELSKLKESLLEKETELKGREAAAALEKMEESSKVGNGDLTNIGKDYDLVQFSEVNGPRNGDVKTKTDPFQHRSREHLVQESPMEAIDKHLMGETHRVPHRAEGEGRVDKDSVEPEFKMWESYKIEKSEVSPERETELDSVEEEVESKAEGSENMDQYSNGFSSTDHTEDSGNLLLKEQHMKKKKPLLRKFGNLLKKKSTSSSSQK

Target ORF information:

RefSeq Version	XM_010497896.2
Organism	Camelina sativa(false flax)
Definition	Camelina sativa putative WEB family protein At1g65010, chloroplastic (LOC104773316), transcript variant X2, mRNA.

Target ORF information:

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

XM_010497896.2

ORF Insert Sequence:

ATGGCATCTA GAACCAAAAC TGGGTTGATG GAGACTCCTC GTAGTAAACC ATCACCACCA 
CCTCCCCGAC TGAGTAAACT TACTCCTACT AAATCCGATG GCAATTCGGC TTCCCCCGTG 
CCAAATACTC GTCTTTCGCT TGACCGTTCT CCTCAAACAG TAAACTCAAA GCCTGGTCCT 
GATCGTCGGC CTTCTAGGAT TCCTACACCC GAGAAAGTGC ATTCACGGTT GGTGAAAGGG 
TCGGAGCTTC AAGCTCAACT GAATCAGATT CAGGAGGATT TAAAGAAAGC CGATGAGCAA 
ATAGAATTGC TCAAGAAAGA TAAAGCTAAA GCCATAGATG ATCTTAAAGA ATCCGAGAAA 
CTTGTAGAAG AAGCCAATGA GAAACTCAAA GAGGCATTGG CAGCTCAGAA ACGAGCTGAG 
GAGTGTTTCG AGGTTGAGAA ATTCCGAGCT GTTGAACTGG AACAGGCTGG ACTTGAAGCT 
GTTCAGACAA AGGATGCAAC GTCAAGGAAC GAGCTAGAGT CTATTAGAAG TCAGCATGCG 
TTGGACATCT CAGCTCTCCT TTCTACCACA GAAGAACTTC AGAGTGTAAA ACATGAATTG 
GCTATGACCG CTGATGCTAA AAACAAGGCG CTAAGCCATG CTGAGGAAGC GACGAAGATT 
GCTGAAATCC ATGCTGAGAA GGCTGAGATT CTTTCTTCTG AATTAGGCCG GTTAAAGGCA 
TTGCTCGGTT CCAAGGAAGA AAAAGAAGCT ATTGAAGGTA ACGAGATTGT GTCTAAACTG 
AAGTCTGAGA TTGAAACGTT GAGAGGGGAC CTTGAAAAAG TTAGTATCCT TGAGAATAGT 
CTGAAGGAGC ATGAACAATC AATTGAACAA CTTCACGTTG ATCTAGAAGC TGCTAAAATG 
GCTGAATCTT GCGCTAATGG CTTAGCAGAA GAATGGAAGA ACAAGGTTCA TGAACTTGAA 
AAACATGTTG AAGAAGCAAA TAGATTGAAG ACATTTGCTT CAGAATCTGT GGAATCCGTT 
ATGAAGCAGC TGGCCGAATG TAATCATGTG CTGCATGAGA TGAAATCCGA AAATGCTGCA 
CAAAAAGAAA AGCTTGAGTT GCTAGAGAAA ACAGTTGACG CGCAGAGAAC AGATCTTGAG 
GAATCTGGAC GCCAGGTTTG CATCGCAAAA GAAGAAGCTT CTAAAATGGA AAAACTTTTT 
GAATCAATAA AATCTGAGCT TGAGATCTCC GAAGAGGAAA AAACTAGGGC CTTGGACAAT 
GAAACGACTC TAACATCAAA TATTCAGAAT CTAATGAATG AAAAGACTCA ACTTTCCATA 
GAACTGGAAC GCTGTCAGAT GGAAGAAGAG AAAAGCAAGA AAGATATGGA TAGCTTGACG 
TTGGCTTTGC AGGAAGCATC TACTGAAGCG AGGGAAGCAA AGGAGATGTT TTTGGCATGT 
CAAGAGGAGT TCAGGCACTG TGAATCCCAG TTTGACAGTT TGAAGTTGGC TTCAAAGGAG 
ACAAATGAAA AGTATGAGCA AATGCTTGAG GATGCTAGAT TTGAAATTGA TAGTCTGAAA 
AGTGCTGTAG ATAGCATCCA GAATGAGTTC GAGAACTCTA AGGCTGGGTG GGAACAGAAA 
GAGCTTCATC TGATGGGCAG TTTGAAGAAA TCAGAAGAAG AAAATTTGCC TTTGCAGGAA 
GAAATAAGTA GGCTGGTGAA TTTGATCAAA GAAAGTGAAG AAGATGCATG TGCAAAGAAG 
GAGGAAGAAG TCAATTTGAA AAATAATCTC CAAGAAGCTG AAGGGGAGGT AAAGTACCTA 
CAGGAAACAC TTGGAGAAGC AAAAGCTGAA AGCATGAAAC TGAAAGAGAG CTTGTTGGAC 
AAAGAAGATG AGCTAAAGAA TGTCATGGCA GAGAACAGCA GCCTCAGAGA ATGGGAAGGT 
TCTGTAATTG AGAAAATCGA GGAGTTGTCG AAGGTTAAGG AAAGCTTGGT TGATAATGAA 
ACCAAGTTAA AGAGCATAAC TCAAGAAGCT GAAGAGCTAA AAGAAAAGGA GGCGACTCAT 
ATGAAGCAGA TTGAGGAGTT GTCAATGGCG AATGGAAGCT TGGTTGATAA CGTAACCAAA 
TTGCAGAGCA TTGTTCAAGA AAGTGATGAT CTCAAAGAAA AGGAAGGTGC TTATCTTAAG 
AAGATTGAGG AGTTATCAGT AGTGAATGAG ACCCTGGCTG ATAACTTAAC AGATTTGCAA 
AGCATTGTTC AAGAAAGTAA GGATCTCAAA GAAAAGGAGA CTGTTTATCT TAAGAAGATT 
GAGGAGTTAT CAGTGGCAAG TGAGAGCTTG GTTGGTAAAG AGACCAAACT GCAGCACATT 
AGTCAAGAGG CTGAGGAGCT CAGAGGAAGG GAGGCTGCTC ATTTGAAGAA GATTGAGGAG 
TTGTCGAAGA CGAATGAGAG TTTGGTTGAT AATGTAGCCA ATATGCAAAG CATTGCTCAA 
GAAAGTAAGG ATCTCAAAGA AAGGGAGGCT TCTTATCTTA AGAAGATTGA GGAATTGTCA 
ATGGTAAATG GGACCTTGGC TGATAATGTA ACCAATCTGC AGAAAATATC TGAAGAAAGT 
AAGGAGCTCA GAGAAAGAGA GACTACATTA CTTAAGAAGA CAGAGGAGTT GTCAGAATTG 
AATGAAAGCT TAGTTGATAA AGCGAGCAAA TTGCAAACAG TTGTTCAGGA AAATGAGGAA 
TTGAGAGAAA GGGAGACTGC ATATCTAAAA AAGATTGAGG AGTTGTCAAA ATTGCATGAA 
ATGTTATCTG AAAAAGAAAA CAGTCTCCAG AGTTCTATTC ATGAGAAAGA AGAGCTCAAA 
GAAAGGGAGA CTGCTTATCT TAAGAAGATT GAGGAGTTGT CGAAGGTGCA AGAGGATCTG 
CTTAATAAAG AAAATGAGTT GCATTGTATG GTCGTGGAGA TGGAGGACCT TAGATCCAAG 
GACTCTCTCG CCCAAATGAG GATAGAAGAG TTATCAAATT TTAATGCAAG TTTGCTCGTT 
AAAGAGAATG AGTTACAGGC TGTTGTTTGC GGAAATGAGG AGCTGAAGTC CAAGGAGATT 
TCATCACTAA AGACGATAGA CGAGCTGTCA GACCTGAAAC AAAGTTTGAT TCACAAAGAA 
AAAGAGCTCA AGGCTGCAAT TGTTGAAAAC GAGAAGCTCA AGGCTGAAGC AGCCTCGTCC 
CTCGAGAGGA TTGAAGAGTT GACAAATCTT AAGCAGAGTT TGATAGATAA GCAGAACGAA 
CTGCAGGGTG TCTTTCATGA AAACGAGGAG CTCAAGGCCA AGGAGGCTTT GTCTTTGAAA 
AAGATTGATG AGTTACTACA TCTAGAGCAA AGTTGGCTTG ATAAGGAAAG TGAGTTTCAA 
AGAGTTACGC AAGAAAACCA AGAGCTTAAA ACGCAGGATG CTTTAACAGC AAAGAAAATA 
GAGGAGTTGT CAAAGCTGAA AGAGAGCTTA CTTGAAAAAG AAACCGAACT AAAAGGCAGG 
GAAGCTGCCG CGGCCCTTGA GAAAATGGAA GAATCATCAA AGGTTGGAAA CGGTGACCTT 
ACCAACATCG GAAAAGATTA TGACTTGGTT CAGTTTTCCG AAGTAAATGG TCCTAGGAAT 
GGGGATGTAA AGACAAAGAC TGATCCTTTT CAGCACAGAA GCAGAGAACA TTTGGTACAA 
GAAAGTCCCA TGGAAGCGAT TGATAAACAT TTGATGGGTG AAACTCATAG GGTACCTCAC 
AGAGCTGAAG GAGAAGGGAG AGTAGATAAA GACAGTGTGG AGCCTGAATT CAAGATGTGG 
GAGAGCTACA AGATAGAAAA AAGCGAAGTA TCTCCCGAGA GAGAGACCGA GCTCGACTCT 
GTAGAAGAGG AAGTTGAGTC GAAAGCAGAA GGCAGTGAGA ACATGGATCA GTATAGCAAT 
GGCTTCTCTT CAACAGACCA CACCGAAGAT TCTGGAAATT TGCTGTTAAA GGAACAACAT 
ATGAAGAAGA AGAAACCTTT GCTCCGGAAA TTTGGAAACC TGCTGAAAAA GAAGAGTACA 
AGCAGTAGCA GTCAAAAGTA G