LOC108218567 cDNA ORF clone, Daucus carota subsp. sativus

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108218567
Entrez Gene ID	108218567
Full Name	uncharacterized LOC108218567
Gene Type	protein-coding
Organism	Daucus carota subsp. sativus

mRNA and Protein(s)

mRNA	Protein	Name
XM_017391561.1	XP_017247050.1	uncharacterized protein LOC108218567
XM_017391560.1	XP_017247049.1	uncharacterized protein LOC108218567

Pathways from BioSystems
Gene Ontology

The following LOC108218567 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108218567 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
ODa79314	XM_017391560.1 Latest version!	Daucus carota subsp. sativus uncharacterized LOC108218567 (LOC108218567), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
ODa79314	XM_017391561.1 Latest version!	Daucus carota subsp. sativus uncharacterized LOC108218567 (LOC108218567), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

LOC108218567 ( XM_017391561.1 ) cDNA ORF clone, Daucus carota subsp. sativus -> XP_017247050.1 Daucus carota subsp. sativus uncharacterized LOC108218567 (LOC108218567), transcript variant X2, mRNA.

Price & Availability↑

CloneID	ODa79314
Clone ID Related Accession (Same CDS sequence)	XM_017391561.1 , XM_017391560.1
Accession Version	XM_017391561.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4338bp) 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	2016-06-26
Organism	Daucus carota subsp. sativus
Product	uncharacterized protein LOC108218567
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030384.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Daucus carota subsp. sativus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTATCCA TTGAAAACCC TCCATCAGAT CCCCATCTAA AACTTACTGC TGATGATGAT 
GATGATGTTG ACAGGATCCA CACTTCTTCT GCTTCTCAGA TAGAAGTAGT AGTAGATCTG 
TTCAAGTCTG TGTCTTCTGA CTTTGAAGAT AATCACAACC AAGACAGTAG TAACCCACCT 
CCCAAATTTT CCATAAGAGA TTATGTTTGT AGTACCCGGA GTAAGGATAT AGCGACCAAC 
TGGCCATTTT CAGAGAAGAA CTTGCAACTA TGTCAGAAGC AAGGTGTGAA GGATTTGTTG 
CCACCTTTTC AGTCTCTTGA TGCAGTGAGA GAGCAGTCTG TAAAAGGATG TGTTGTTAAT 
CATAATCTGC CAGATCAAGA AAATCTAAGC AACTCTGACA GGAAGACTGT AAGGCAAAGC 
CATCAACACG ATTCCGTCTT TGCTAATGGT GCTAGCTGTA ATCAGAAGCT AAACTTGGAT 
CGTTTGCATA TTATTTCAAC TGTGTCCGAT CACGGAGACG GAGAAATTCC ATCTGAAGTT 
AAACAATCTC ACTCTACAAA AGATTCAGGA GCTGCAATCT TGTTAGACTC CTCGACCAAA 
CAAGTCAAGG GTGCAATTCT TCCAGAAATT CGCGAGACCG GTATAATAAT TCAACAAGAA 
CCTCCGCTTA AGAAGCCTAA AGCAATTTTG AAGTTGGGTA CCTCAGCTGG TACTAGCACA 
AAAGAAGACA GCACAACTAA CAGCTTCATA ATTTCAGAAA TAATGGCTTA TAAGGTATGC 
CCAATTTGCA AAACCTTCTC ATCCACTTCC AACACCACCT TAAATGCACA TATCGACCAG 
TGCCTTTCTG GCGAATCGAC TTTGAAGTGG TCGGCAGATC CCAAGGTGAT TAAGCATAGA 
ATAAAGCCAA GGAAGATGAG AACGATGGTG GATATTTATG CAACTGCTAA ACATTGCACG 
CTGGAAGATC TTGATAAAAG AAATGGAACA AACTGGGCAA TGAGCCCGAA TCCAGTTGAT 
CAATCAGGTG AGCTGTGTCT TAAAGAGAGG GCGGAAAGAA TGCCAGCTAG TGATATCAAG 
GAGAATGGTG ATAAAGAAGG TGAAGTCTAT ATTGATACCA ATGGCACGAA AGTTCGGATA 
TTATCAAAGC ACAGTGAGGG GGATACTGTA ATTGGAAATT CAAGAGCTCA AAAGGGAGAT 
AAAGGAAGCA TATCTCTTGT AGAAAAGAAG AAGAAAAAGC CTTATAATGT GCTGAAGCAT 
CAGAAGTTCC TAAAACTGAC TCCTCATCTC AAGCCATGCT CTTCGAAGCC ACGTCATCCT 
ACTTTTGAGA CACCCGTTGG TTCAAGTAGA AATATCGATG TGGACCGGCC TAGTGAAAAA 
GAGGTCCATT TGGGAGAGTG TTCAAATGCT CAGGAACCAA TTAAACTTGA TGATTCTGGA 
ATTATTAGAC AATGGGTAGG ATCTAAGCGA TCAGGTCCCG CGAAGACCCC TCGTCAAGAT 
AATCACCAAC ATTCTGGACA TCATTTGAAG CACTTGGTTG GTGAAAAGGA CCATACATAT 
CTGGCTGACT CGTATGGGGG TAGCAACTGC ATTCTAAATA GACAACAGTC ATTTAAAGAT 
ACAATTTCTT CTCAAAGCAG CAAAAGGATG GAAACTTCAT CAGATGAACA TGGTACTGAT 
TTTTGTAGGG GGCAACCACC ACTTAAGAGA CAAAGGGAGG AGTTACCCTA TTTGAGTTCT 
AAAGGGGTAG GCTTGGGAAA GAGGTCTGTG ATATCACCAA AGCATAAGAA GTTGAGAAAG 
GAAGGCACTA TTATGCGTGA TAGCGGCAAT AGTAGTCTAA ATCGTGCATC TCCTGGATCG 
TCATCTCTGA GCAACAAAGC AGTTAAGATC AATACCTCTG ATTCCCTTGT TTTTGCTGCA 
AAGTCATCAT GTATGCATCA AACATTATCA TCAAAAGCAA CAAAGTTCAC TTCTGCGAGA 
AAAAGACATT TCTTCACAAA CGAAGGAACT GTGCGAGGAT CCGGATCCGA ATTTAAGATG 
CAAAGCTCAG CTCCTACGAG ATCCAAGGTC AATAGAAAAT TTGAAACTGA TAGTGATTTT 
ACTAGGAAGC TATCTCATAG TAATGATGAT CATGCTGACA TCACTGATAA ACAATTTAAT 
TTGTCAAATT TCACCGCCAA GATGTCTCAT AGACAAACAA GAGTTTTGAG AAAAAGAAGG 
AATAGTGATG CTATGAAGGT CTTCAGTAAG GAAGATTCTC CTGATAGTTT GAAGAATTCG 
CCACCTGAAC CTCCTTGTTA TGATCGCGGT GAGGGTGAAA CGAAGGAATT TTCTCCTGTA 
GATTTTTCCC AGTCCTTAGA CAATTCAGAA GATTCAGTTG ATGGTGAAGA ATCCGAAAGC 
GAAGATCCTC TAGCTTTCAG CAAGCATATT GCTACGGGAA AAGCCTTTAA AGAAGGCTTC 
GGGGGGAGTT TAAAAAGCTC AAGCAACTCT TTAGACCCAG AATTTCATGA GTTTCCTACC 
TCTTCTAGAG CAAGCAAGTC TGAACGTCGT TTGGAGGTAA ATCAGAGGCA TTCATGCGGA 
CATCCAATCA GTCCAACTGA CCCAGTTGTT GGTGGTAGAC CAGAGTTTTT CTCTGCAGAT 
AGAGGTGGCC ATGTTATGAT TGGGGATAAC AGTCATATGG AAACACAATT AGATACTAAA 
GATGAGCAAC TCAATTACTT CTCCGAGGTT GACCCTATAC CTATTCCAGG GCCACCTGGT 
TCCTTTTTGC CAAGTCCAAG GCATATGGGG TCTGATGATC TTCAAGGGAA ATCTTCATTG 
AGCACTTGCA AAATTCAATT TACAGAAGAT CATCGTGATC ATGGTCGGAG GGCTGAGTCT 
GATTCTCCTA CTTCTGCAAT TTCAGATATA TCTAATCCTA CATTGGAAAT ATCCCAGTCA 
AAATCTTCAA AAAGCTTCTT TGATGAACCT CTTGCTATTC AAGATGAGAC TAGAAAAGGT 
TGTTCAGGGG CTGCTCAACT TTCACAAGCA CTAAATGTAG GAGCTGAGCT CTCTAACGTA 
CACACACTGA GAATCAATGT CAATTTTCCT GAAAAAACAC CTGTTAGTTT AAACTCTGAA 
CAGTCATGTT GTTGCTCCCG AAAGGAAGGA GTTGAAGGTG TTCCAGTGAA TTTTCAGGAG 
TCACAACTGC TAAGGCGGAG GACGATCTCA TCACTGCCAT CTCCTGAAAA GCACATGGAG 
AATGATTGTT CTGAAAGGTT TAGCAATATA AACTCCAGAT CTGAAACATT CTCTCTTAGC 
AACTATCCCA ATGTAGGACC TGGAACAATA TTGAACCATC CTTCAAGGAT ATTAGCCCCG 
GAACATATCG AGAAAAAGTT TTCTGCTGAG CATGAATATG AATTTTCAAG TCAGAAGGAT 
CATGATTCAG CTAGTCCATC AGCTTCAACT CCTGTTCTTC GGCTAATGGG GAAGAACTTG 
ATGGTGGTCA ATAGAGATAC AGATGCATTC CTGCAACATA GGCAGAACCA TTCAGATTTG 
ATGAATCCAC AGCCACATCT GCAGACCGGT ACAGTTGCAA GACTTGCCTC TGGTGGAGTT 
GATAGCAAGG ACTACCAGTC GTATCACCAG TTATATGCTC AAGGTCCTGT TAACTTTAGC 
CGGGATCGAC GACAGGATGC AATTGGGGGG AAATTTAATG TGAAATATCC ATATATGTGC 
GGGAGTGATC CAGATGCAAA GGCCCCACCA ACACACATCC AATCATCTGG ACTGACTCCG 
AGCATAAATG CAGCTGATGC TCGCAAGAGT CCAGTGGAAC AATATGTGTA CAATGGCGGA 
AGTTGCTTGT TAAGCGAAGA ACAAAGATCC CGAGAAAGAC CGGACAATTC AATGACTAAT 
GGTTTGGAAA AAAAAATCAG AACTCCTGAG GCCAAAAGCT GGGGTGTGGG TTCAACCTCC 
AGTAGGGAGA TTATCATTAT TGATGATGCT ACTGATATTA AAGTTGATTC TGCGATTGGT 
ATGATGTGCA ATGAAGAAAT GAGGAGAACT CGGGTGTCGT TATCTGGGAA TTCATTTCCA 
GGGGCCCCTC ATCTTAGCCC GAGGTATGCA AGTCCTTTTT GCAGTAATAT GGTAGAAGGT 
GCAGGTTCCA TCTATGGTAG GCGACCCGTG GTGCACAATA CGAGTTTCCA GTTGCCGATT 
TCAGATGGAA ATGCAACTCG GCCTTTGAAG TGGAATGGTA ATCCAGAAGG TTCGAGCTTA 
CTGAATCCAA GTACCGCTAC ATCATCATCT CCTAGTCAGC CGAGACCTAC ATTTTACTAC 
TATCCAAGCT ATGCATGA

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

RefSeq	XP_017247050.1
CDS	404..4741
Translation	MLSIENPPSDPHLKLTADDDDDVDRIHTSSASQIEVVVDLFKSVSSDFEDNHNQDSSNPPPKFSIRDYVCSTRSKDIATNWPFSEKNLQLCQKQGVKDLLPPFQSLDAVREQSVKGCVVNHNLPDQENLSNSDRKTVRQSHQHDSVFANGASCNQKLNLDRLHIISTVSDHGDGEIPSEVKQSHSTKDSGAAILLDSSTKQVKGAILPEIRETGIIIQQEPPLKKPKAILKLGTSAGTSTKEDSTTNSFIISEIMAYKVCPICKTFSSTSNTTLNAHIDQCLSGESTLKWSADPKVIKHRIKPRKMRTMVDIYATAKHCTLEDLDKRNGTNWAMSPNPVDQSGELCLKERAERMPASDIKENGDKEGEVYIDTNGTKVRILSKHSEGDTVIGNSRAQKGDKGSISLVEKKKKKPYNVLKHQKFLKLTPHLKPCSSKPRHPTFETPVGSSRNIDVDRPSEKEVHLGECSNAQEPIKLDDSGIIRQWVGSKRSGPAKTPRQDNHQHSGHHLKHLVGEKDHTYLADSYGGSNCILNRQQSFKDTISSQSSKRMETSSDEHGTDFCRGQPPLKRQREELPYLSSKGVGLGKRSVISPKHKKLRKEGTIMRDSGNSSLNRASPGSSSLSNKAVKINTSDSLVFAAKSSCMHQTLSSKATKFTSARKRHFFTNEGTVRGSGSEFKMQSSAPTRSKVNRKFETDSDFTRKLSHSNDDHADITDKQFNLSNFTAKMSHRQTRVLRKRRNSDAMKVFSKEDSPDSLKNSPPEPPCYDRGEGETKEFSPVDFSQSLDNSEDSVDGEESESEDPLAFSKHIATGKAFKEGFGGSLKSSSNSLDPEFHEFPTSSRASKSERRLEVNQRHSCGHPISPTDPVVGGRPEFFSADRGGHVMIGDNSHMETQLDTKDEQLNYFSEVDPIPIPGPPGSFLPSPRHMGSDDLQGKSSLSTCKIQFTEDHRDHGRRAESDSPTSAISDISNPTLEISQSKSSKSFFDEPLAIQDETRKGCSGAAQLSQALNVGAELSNVHTLRINVNFPEKTPVSLNSEQSCCCSRKEGVEGVPVNFQESQLLRRRTISSLPSPEKHMENDCSERFSNINSRSETFSLSNYPNVGPGTILNHPSRILAPEHIEKKFSAEHEYEFSSQKDHDSASPSASTPVLRLMGKNLMVVNRDTDAFLQHRQNHSDLMNPQPHLQTGTVARLASGGVDSKDYQSYHQLYAQGPVNFSRDRRQDAIGGKFNVKYPYMCGSDPDAKAPPTHIQSSGLTPSINAADARKSPVEQYVYNGGSCLLSEEQRSRERPDNSMTNGLEKKIRTPEAKSWGVGSTSSREIIIIDDATDIKVDSAIGMMCNEEMRRTRVSLSGNSFPGAPHLSPRYASPFCSNMVEGAGSIYGRRPVVHNTSFQLPISDGNATRPLKWNGNPEGSSLLNPSTATSSSPSQPRPTFYYYPSYA

Target ORF information:

RefSeq Version	XM_017391561.1
Organism	Daucus carota subsp. sativus
Definition	Daucus carota subsp. sativus uncharacterized LOC108218567 (LOC108218567), transcript variant X2, mRNA.

Target ORF information:

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

XM_017391561.1

ORF Insert Sequence:

ATGTTATCCA TTGAAAACCC TCCATCAGAT CCCCATCTAA AACTTACTGC TGATGATGAT 
GATGATGTTG ACAGGATCCA CACTTCTTCT GCTTCTCAGA TAGAAGTAGT AGTAGATCTG 
TTCAAGTCTG TGTCTTCTGA CTTTGAAGAT AATCACAACC AAGACAGTAG TAACCCACCT 
CCCAAATTTT CCATAAGAGA TTATGTTTGT AGTACCCGGA GTAAGGATAT AGCGACCAAC 
TGGCCATTTT CAGAGAAGAA CTTGCAACTA TGTCAGAAGC AAGGTGTGAA GGATTTGTTG 
CCACCTTTTC AGTCTCTTGA TGCAGTGAGA GAGCAGTCTG TAAAAGGATG TGTTGTTAAT 
CATAATCTGC CAGATCAAGA AAATCTAAGC AACTCTGACA GGAAGACTGT AAGGCAAAGC 
CATCAACACG ATTCCGTCTT TGCTAATGGT GCTAGCTGTA ATCAGAAGCT AAACTTGGAT 
CGTTTGCATA TTATTTCAAC TGTGTCCGAT CACGGAGACG GAGAAATTCC ATCTGAAGTT 
AAACAATCTC ACTCTACAAA AGATTCAGGA GCTGCAATCT TGTTAGACTC CTCGACCAAA 
CAAGTCAAGG GTGCAATTCT TCCAGAAATT CGCGAGACCG GTATAATAAT TCAACAAGAA 
CCTCCGCTTA AGAAGCCTAA AGCAATTTTG AAGTTGGGTA CCTCAGCTGG TACTAGCACA 
AAAGAAGACA GCACAACTAA CAGCTTCATA ATTTCAGAAA TAATGGCTTA TAAGGTATGC 
CCAATTTGCA AAACCTTCTC ATCCACTTCC AACACCACCT TAAATGCACA TATCGACCAG 
TGCCTTTCTG GCGAATCGAC TTTGAAGTGG TCGGCAGATC CCAAGGTGAT TAAGCATAGA 
ATAAAGCCAA GGAAGATGAG AACGATGGTG GATATTTATG CAACTGCTAA ACATTGCACG 
CTGGAAGATC TTGATAAAAG AAATGGAACA AACTGGGCAA TGAGCCCGAA TCCAGTTGAT 
CAATCAGGTG AGCTGTGTCT TAAAGAGAGG GCGGAAAGAA TGCCAGCTAG TGATATCAAG 
GAGAATGGTG ATAAAGAAGG TGAAGTCTAT ATTGATACCA ATGGCACGAA AGTTCGGATA 
TTATCAAAGC ACAGTGAGGG GGATACTGTA ATTGGAAATT CAAGAGCTCA AAAGGGAGAT 
AAAGGAAGCA TATCTCTTGT AGAAAAGAAG AAGAAAAAGC CTTATAATGT GCTGAAGCAT 
CAGAAGTTCC TAAAACTGAC TCCTCATCTC AAGCCATGCT CTTCGAAGCC ACGTCATCCT 
ACTTTTGAGA CACCCGTTGG TTCAAGTAGA AATATCGATG TGGACCGGCC TAGTGAAAAA 
GAGGTCCATT TGGGAGAGTG TTCAAATGCT CAGGAACCAA TTAAACTTGA TGATTCTGGA 
ATTATTAGAC AATGGGTAGG ATCTAAGCGA TCAGGTCCCG CGAAGACCCC TCGTCAAGAT 
AATCACCAAC ATTCTGGACA TCATTTGAAG CACTTGGTTG GTGAAAAGGA CCATACATAT 
CTGGCTGACT CGTATGGGGG TAGCAACTGC ATTCTAAATA GACAACAGTC ATTTAAAGAT 
ACAATTTCTT CTCAAAGCAG CAAAAGGATG GAAACTTCAT CAGATGAACA TGGTACTGAT 
TTTTGTAGGG GGCAACCACC ACTTAAGAGA CAAAGGGAGG AGTTACCCTA TTTGAGTTCT 
AAAGGGGTAG GCTTGGGAAA GAGGTCTGTG ATATCACCAA AGCATAAGAA GTTGAGAAAG 
GAAGGCACTA TTATGCGTGA TAGCGGCAAT AGTAGTCTAA ATCGTGCATC TCCTGGATCG 
TCATCTCTGA GCAACAAAGC AGTTAAGATC AATACCTCTG ATTCCCTTGT TTTTGCTGCA 
AAGTCATCAT GTATGCATCA AACATTATCA TCAAAAGCAA CAAAGTTCAC TTCTGCGAGA 
AAAAGACATT TCTTCACAAA CGAAGGAACT GTGCGAGGAT CCGGATCCGA ATTTAAGATG 
CAAAGCTCAG CTCCTACGAG ATCCAAGGTC AATAGAAAAT TTGAAACTGA TAGTGATTTT 
ACTAGGAAGC TATCTCATAG TAATGATGAT CATGCTGACA TCACTGATAA ACAATTTAAT 
TTGTCAAATT TCACCGCCAA GATGTCTCAT AGACAAACAA GAGTTTTGAG AAAAAGAAGG 
AATAGTGATG CTATGAAGGT CTTCAGTAAG GAAGATTCTC CTGATAGTTT GAAGAATTCG 
CCACCTGAAC CTCCTTGTTA TGATCGCGGT GAGGGTGAAA CGAAGGAATT TTCTCCTGTA 
GATTTTTCCC AGTCCTTAGA CAATTCAGAA GATTCAGTTG ATGGTGAAGA ATCCGAAAGC 
GAAGATCCTC TAGCTTTCAG CAAGCATATT GCTACGGGAA AAGCCTTTAA AGAAGGCTTC 
GGGGGGAGTT TAAAAAGCTC AAGCAACTCT TTAGACCCAG AATTTCATGA GTTTCCTACC 
TCTTCTAGAG CAAGCAAGTC TGAACGTCGT TTGGAGGTAA ATCAGAGGCA TTCATGCGGA 
CATCCAATCA GTCCAACTGA CCCAGTTGTT GGTGGTAGAC CAGAGTTTTT CTCTGCAGAT 
AGAGGTGGCC ATGTTATGAT TGGGGATAAC AGTCATATGG AAACACAATT AGATACTAAA 
GATGAGCAAC TCAATTACTT CTCCGAGGTT GACCCTATAC CTATTCCAGG GCCACCTGGT 
TCCTTTTTGC CAAGTCCAAG GCATATGGGG TCTGATGATC TTCAAGGGAA ATCTTCATTG 
AGCACTTGCA AAATTCAATT TACAGAAGAT CATCGTGATC ATGGTCGGAG GGCTGAGTCT 
GATTCTCCTA CTTCTGCAAT TTCAGATATA TCTAATCCTA CATTGGAAAT ATCCCAGTCA 
AAATCTTCAA AAAGCTTCTT TGATGAACCT CTTGCTATTC AAGATGAGAC TAGAAAAGGT 
TGTTCAGGGG CTGCTCAACT TTCACAAGCA CTAAATGTAG GAGCTGAGCT CTCTAACGTA 
CACACACTGA GAATCAATGT CAATTTTCCT GAAAAAACAC CTGTTAGTTT AAACTCTGAA 
CAGTCATGTT GTTGCTCCCG AAAGGAAGGA GTTGAAGGTG TTCCAGTGAA TTTTCAGGAG 
TCACAACTGC TAAGGCGGAG GACGATCTCA TCACTGCCAT CTCCTGAAAA GCACATGGAG 
AATGATTGTT CTGAAAGGTT TAGCAATATA AACTCCAGAT CTGAAACATT CTCTCTTAGC 
AACTATCCCA ATGTAGGACC TGGAACAATA TTGAACCATC CTTCAAGGAT ATTAGCCCCG 
GAACATATCG AGAAAAAGTT TTCTGCTGAG CATGAATATG AATTTTCAAG TCAGAAGGAT 
CATGATTCAG CTAGTCCATC AGCTTCAACT CCTGTTCTTC GGCTAATGGG GAAGAACTTG 
ATGGTGGTCA ATAGAGATAC AGATGCATTC CTGCAACATA GGCAGAACCA TTCAGATTTG 
ATGAATCCAC AGCCACATCT GCAGACCGGT ACAGTTGCAA GACTTGCCTC TGGTGGAGTT 
GATAGCAAGG ACTACCAGTC GTATCACCAG TTATATGCTC AAGGTCCTGT TAACTTTAGC 
CGGGATCGAC GACAGGATGC AATTGGGGGG AAATTTAATG TGAAATATCC ATATATGTGC 
GGGAGTGATC CAGATGCAAA GGCCCCACCA ACACACATCC AATCATCTGG ACTGACTCCG 
AGCATAAATG CAGCTGATGC TCGCAAGAGT CCAGTGGAAC AATATGTGTA CAATGGCGGA 
AGTTGCTTGT TAAGCGAAGA ACAAAGATCC CGAGAAAGAC CGGACAATTC AATGACTAAT 
GGTTTGGAAA AAAAAATCAG AACTCCTGAG GCCAAAAGCT GGGGTGTGGG TTCAACCTCC 
AGTAGGGAGA TTATCATTAT TGATGATGCT ACTGATATTA AAGTTGATTC TGCGATTGGT 
ATGATGTGCA ATGAAGAAAT GAGGAGAACT CGGGTGTCGT TATCTGGGAA TTCATTTCCA 
GGGGCCCCTC ATCTTAGCCC GAGGTATGCA AGTCCTTTTT GCAGTAATAT GGTAGAAGGT 
GCAGGTTCCA TCTATGGTAG GCGACCCGTG GTGCACAATA CGAGTTTCCA GTTGCCGATT 
TCAGATGGAA ATGCAACTCG GCCTTTGAAG TGGAATGGTA ATCCAGAAGG TTCGAGCTTA 
CTGAATCCAA GTACCGCTAC ATCATCATCT CCTAGTCAGC CGAGACCTAC ATTTTACTAC 
TATCCAAGCT ATGCATGA

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

LOC108218567 ( XM_017391560.1 ) cDNA ORF clone, Daucus carota subsp. sativus -> XP_017247049.1 Daucus carota subsp. sativus uncharacterized LOC108218567 (LOC108218567), transcript variant X1, mRNA.

Price & Availability↑

CloneID	ODa79314
Clone ID Related Accession (Same CDS sequence)	XM_017391561.1 , XM_017391560.1
Accession Version	XM_017391560.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4338bp) 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	2016-06-26
Organism	Daucus carota subsp. sativus
Product	uncharacterized protein LOC108218567
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030384.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Daucus carota subsp. sativus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTATCCA TTGAAAACCC TCCATCAGAT CCCCATCTAA AACTTACTGC TGATGATGAT 
GATGATGTTG ACAGGATCCA CACTTCTTCT GCTTCTCAGA TAGAAGTAGT AGTAGATCTG 
TTCAAGTCTG TGTCTTCTGA CTTTGAAGAT AATCACAACC AAGACAGTAG TAACCCACCT 
CCCAAATTTT CCATAAGAGA TTATGTTTGT AGTACCCGGA GTAAGGATAT AGCGACCAAC 
TGGCCATTTT CAGAGAAGAA CTTGCAACTA TGTCAGAAGC AAGGTGTGAA GGATTTGTTG 
CCACCTTTTC AGTCTCTTGA TGCAGTGAGA GAGCAGTCTG TAAAAGGATG TGTTGTTAAT 
CATAATCTGC CAGATCAAGA AAATCTAAGC AACTCTGACA GGAAGACTGT AAGGCAAAGC 
CATCAACACG ATTCCGTCTT TGCTAATGGT GCTAGCTGTA ATCAGAAGCT AAACTTGGAT 
CGTTTGCATA TTATTTCAAC TGTGTCCGAT CACGGAGACG GAGAAATTCC ATCTGAAGTT 
AAACAATCTC ACTCTACAAA AGATTCAGGA GCTGCAATCT TGTTAGACTC CTCGACCAAA 
CAAGTCAAGG GTGCAATTCT TCCAGAAATT CGCGAGACCG GTATAATAAT TCAACAAGAA 
CCTCCGCTTA AGAAGCCTAA AGCAATTTTG AAGTTGGGTA CCTCAGCTGG TACTAGCACA 
AAAGAAGACA GCACAACTAA CAGCTTCATA ATTTCAGAAA TAATGGCTTA TAAGGTATGC 
CCAATTTGCA AAACCTTCTC ATCCACTTCC AACACCACCT TAAATGCACA TATCGACCAG 
TGCCTTTCTG GCGAATCGAC TTTGAAGTGG TCGGCAGATC CCAAGGTGAT TAAGCATAGA 
ATAAAGCCAA GGAAGATGAG AACGATGGTG GATATTTATG CAACTGCTAA ACATTGCACG 
CTGGAAGATC TTGATAAAAG AAATGGAACA AACTGGGCAA TGAGCCCGAA TCCAGTTGAT 
CAATCAGGTG AGCTGTGTCT TAAAGAGAGG GCGGAAAGAA TGCCAGCTAG TGATATCAAG 
GAGAATGGTG ATAAAGAAGG TGAAGTCTAT ATTGATACCA ATGGCACGAA AGTTCGGATA 
TTATCAAAGC ACAGTGAGGG GGATACTGTA ATTGGAAATT CAAGAGCTCA AAAGGGAGAT 
AAAGGAAGCA TATCTCTTGT AGAAAAGAAG AAGAAAAAGC CTTATAATGT GCTGAAGCAT 
CAGAAGTTCC TAAAACTGAC TCCTCATCTC AAGCCATGCT CTTCGAAGCC ACGTCATCCT 
ACTTTTGAGA CACCCGTTGG TTCAAGTAGA AATATCGATG TGGACCGGCC TAGTGAAAAA 
GAGGTCCATT TGGGAGAGTG TTCAAATGCT CAGGAACCAA TTAAACTTGA TGATTCTGGA 
ATTATTAGAC AATGGGTAGG ATCTAAGCGA TCAGGTCCCG CGAAGACCCC TCGTCAAGAT 
AATCACCAAC ATTCTGGACA TCATTTGAAG CACTTGGTTG GTGAAAAGGA CCATACATAT 
CTGGCTGACT CGTATGGGGG TAGCAACTGC ATTCTAAATA GACAACAGTC ATTTAAAGAT 
ACAATTTCTT CTCAAAGCAG CAAAAGGATG GAAACTTCAT CAGATGAACA TGGTACTGAT 
TTTTGTAGGG GGCAACCACC ACTTAAGAGA CAAAGGGAGG AGTTACCCTA TTTGAGTTCT 
AAAGGGGTAG GCTTGGGAAA GAGGTCTGTG ATATCACCAA AGCATAAGAA GTTGAGAAAG 
GAAGGCACTA TTATGCGTGA TAGCGGCAAT AGTAGTCTAA ATCGTGCATC TCCTGGATCG 
TCATCTCTGA GCAACAAAGC AGTTAAGATC AATACCTCTG ATTCCCTTGT TTTTGCTGCA 
AAGTCATCAT GTATGCATCA AACATTATCA TCAAAAGCAA CAAAGTTCAC TTCTGCGAGA 
AAAAGACATT TCTTCACAAA CGAAGGAACT GTGCGAGGAT CCGGATCCGA ATTTAAGATG 
CAAAGCTCAG CTCCTACGAG ATCCAAGGTC AATAGAAAAT TTGAAACTGA TAGTGATTTT 
ACTAGGAAGC TATCTCATAG TAATGATGAT CATGCTGACA TCACTGATAA ACAATTTAAT 
TTGTCAAATT TCACCGCCAA GATGTCTCAT AGACAAACAA GAGTTTTGAG AAAAAGAAGG 
AATAGTGATG CTATGAAGGT CTTCAGTAAG GAAGATTCTC CTGATAGTTT GAAGAATTCG 
CCACCTGAAC CTCCTTGTTA TGATCGCGGT GAGGGTGAAA CGAAGGAATT TTCTCCTGTA 
GATTTTTCCC AGTCCTTAGA CAATTCAGAA GATTCAGTTG ATGGTGAAGA ATCCGAAAGC 
GAAGATCCTC TAGCTTTCAG CAAGCATATT GCTACGGGAA AAGCCTTTAA AGAAGGCTTC 
GGGGGGAGTT TAAAAAGCTC AAGCAACTCT TTAGACCCAG AATTTCATGA GTTTCCTACC 
TCTTCTAGAG CAAGCAAGTC TGAACGTCGT TTGGAGGTAA ATCAGAGGCA TTCATGCGGA 
CATCCAATCA GTCCAACTGA CCCAGTTGTT GGTGGTAGAC CAGAGTTTTT CTCTGCAGAT 
AGAGGTGGCC ATGTTATGAT TGGGGATAAC AGTCATATGG AAACACAATT AGATACTAAA 
GATGAGCAAC TCAATTACTT CTCCGAGGTT GACCCTATAC CTATTCCAGG GCCACCTGGT 
TCCTTTTTGC CAAGTCCAAG GCATATGGGG TCTGATGATC TTCAAGGGAA ATCTTCATTG 
AGCACTTGCA AAATTCAATT TACAGAAGAT CATCGTGATC ATGGTCGGAG GGCTGAGTCT 
GATTCTCCTA CTTCTGCAAT TTCAGATATA TCTAATCCTA CATTGGAAAT ATCCCAGTCA 
AAATCTTCAA AAAGCTTCTT TGATGAACCT CTTGCTATTC AAGATGAGAC TAGAAAAGGT 
TGTTCAGGGG CTGCTCAACT TTCACAAGCA CTAAATGTAG GAGCTGAGCT CTCTAACGTA 
CACACACTGA GAATCAATGT CAATTTTCCT GAAAAAACAC CTGTTAGTTT AAACTCTGAA 
CAGTCATGTT GTTGCTCCCG AAAGGAAGGA GTTGAAGGTG TTCCAGTGAA TTTTCAGGAG 
TCACAACTGC TAAGGCGGAG GACGATCTCA TCACTGCCAT CTCCTGAAAA GCACATGGAG 
AATGATTGTT CTGAAAGGTT TAGCAATATA AACTCCAGAT CTGAAACATT CTCTCTTAGC 
AACTATCCCA ATGTAGGACC TGGAACAATA TTGAACCATC CTTCAAGGAT ATTAGCCCCG 
GAACATATCG AGAAAAAGTT TTCTGCTGAG CATGAATATG AATTTTCAAG TCAGAAGGAT 
CATGATTCAG CTAGTCCATC AGCTTCAACT CCTGTTCTTC GGCTAATGGG GAAGAACTTG 
ATGGTGGTCA ATAGAGATAC AGATGCATTC CTGCAACATA GGCAGAACCA TTCAGATTTG 
ATGAATCCAC AGCCACATCT GCAGACCGGT ACAGTTGCAA GACTTGCCTC TGGTGGAGTT 
GATAGCAAGG ACTACCAGTC GTATCACCAG TTATATGCTC AAGGTCCTGT TAACTTTAGC 
CGGGATCGAC GACAGGATGC AATTGGGGGG AAATTTAATG TGAAATATCC ATATATGTGC 
GGGAGTGATC CAGATGCAAA GGCCCCACCA ACACACATCC AATCATCTGG ACTGACTCCG 
AGCATAAATG CAGCTGATGC TCGCAAGAGT CCAGTGGAAC AATATGTGTA CAATGGCGGA 
AGTTGCTTGT TAAGCGAAGA ACAAAGATCC CGAGAAAGAC CGGACAATTC AATGACTAAT 
GGTTTGGAAA AAAAAATCAG AACTCCTGAG GCCAAAAGCT GGGGTGTGGG TTCAACCTCC 
AGTAGGGAGA TTATCATTAT TGATGATGCT ACTGATATTA AAGTTGATTC TGCGATTGGT 
ATGATGTGCA ATGAAGAAAT GAGGAGAACT CGGGTGTCGT TATCTGGGAA TTCATTTCCA 
GGGGCCCCTC ATCTTAGCCC GAGGTATGCA AGTCCTTTTT GCAGTAATAT GGTAGAAGGT 
GCAGGTTCCA TCTATGGTAG GCGACCCGTG GTGCACAATA CGAGTTTCCA GTTGCCGATT 
TCAGATGGAA ATGCAACTCG GCCTTTGAAG TGGAATGGTA ATCCAGAAGG TTCGAGCTTA 
CTGAATCCAA GTACCGCTAC ATCATCATCT CCTAGTCAGC CGAGACCTAC ATTTTACTAC 
TATCCAAGCT ATGCATGA

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

RefSeq	XP_017247049.1
CDS	494..4831
Translation	MLSIENPPSDPHLKLTADDDDDVDRIHTSSASQIEVVVDLFKSVSSDFEDNHNQDSSNPPPKFSIRDYVCSTRSKDIATNWPFSEKNLQLCQKQGVKDLLPPFQSLDAVREQSVKGCVVNHNLPDQENLSNSDRKTVRQSHQHDSVFANGASCNQKLNLDRLHIISTVSDHGDGEIPSEVKQSHSTKDSGAAILLDSSTKQVKGAILPEIRETGIIIQQEPPLKKPKAILKLGTSAGTSTKEDSTTNSFIISEIMAYKVCPICKTFSSTSNTTLNAHIDQCLSGESTLKWSADPKVIKHRIKPRKMRTMVDIYATAKHCTLEDLDKRNGTNWAMSPNPVDQSGELCLKERAERMPASDIKENGDKEGEVYIDTNGTKVRILSKHSEGDTVIGNSRAQKGDKGSISLVEKKKKKPYNVLKHQKFLKLTPHLKPCSSKPRHPTFETPVGSSRNIDVDRPSEKEVHLGECSNAQEPIKLDDSGIIRQWVGSKRSGPAKTPRQDNHQHSGHHLKHLVGEKDHTYLADSYGGSNCILNRQQSFKDTISSQSSKRMETSSDEHGTDFCRGQPPLKRQREELPYLSSKGVGLGKRSVISPKHKKLRKEGTIMRDSGNSSLNRASPGSSSLSNKAVKINTSDSLVFAAKSSCMHQTLSSKATKFTSARKRHFFTNEGTVRGSGSEFKMQSSAPTRSKVNRKFETDSDFTRKLSHSNDDHADITDKQFNLSNFTAKMSHRQTRVLRKRRNSDAMKVFSKEDSPDSLKNSPPEPPCYDRGEGETKEFSPVDFSQSLDNSEDSVDGEESESEDPLAFSKHIATGKAFKEGFGGSLKSSSNSLDPEFHEFPTSSRASKSERRLEVNQRHSCGHPISPTDPVVGGRPEFFSADRGGHVMIGDNSHMETQLDTKDEQLNYFSEVDPIPIPGPPGSFLPSPRHMGSDDLQGKSSLSTCKIQFTEDHRDHGRRAESDSPTSAISDISNPTLEISQSKSSKSFFDEPLAIQDETRKGCSGAAQLSQALNVGAELSNVHTLRINVNFPEKTPVSLNSEQSCCCSRKEGVEGVPVNFQESQLLRRRTISSLPSPEKHMENDCSERFSNINSRSETFSLSNYPNVGPGTILNHPSRILAPEHIEKKFSAEHEYEFSSQKDHDSASPSASTPVLRLMGKNLMVVNRDTDAFLQHRQNHSDLMNPQPHLQTGTVARLASGGVDSKDYQSYHQLYAQGPVNFSRDRRQDAIGGKFNVKYPYMCGSDPDAKAPPTHIQSSGLTPSINAADARKSPVEQYVYNGGSCLLSEEQRSRERPDNSMTNGLEKKIRTPEAKSWGVGSTSSREIIIIDDATDIKVDSAIGMMCNEEMRRTRVSLSGNSFPGAPHLSPRYASPFCSNMVEGAGSIYGRRPVVHNTSFQLPISDGNATRPLKWNGNPEGSSLLNPSTATSSSPSQPRPTFYYYPSYA

Target ORF information:

RefSeq Version	XM_017391560.1
Organism	Daucus carota subsp. sativus
Definition	Daucus carota subsp. sativus uncharacterized LOC108218567 (LOC108218567), transcript variant X1, mRNA.

Target ORF information:

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

XM_017391560.1

ORF Insert Sequence:

ATGTTATCCA TTGAAAACCC TCCATCAGAT CCCCATCTAA AACTTACTGC TGATGATGAT 
GATGATGTTG ACAGGATCCA CACTTCTTCT GCTTCTCAGA TAGAAGTAGT AGTAGATCTG 
TTCAAGTCTG TGTCTTCTGA CTTTGAAGAT AATCACAACC AAGACAGTAG TAACCCACCT 
CCCAAATTTT CCATAAGAGA TTATGTTTGT AGTACCCGGA GTAAGGATAT AGCGACCAAC 
TGGCCATTTT CAGAGAAGAA CTTGCAACTA TGTCAGAAGC AAGGTGTGAA GGATTTGTTG 
CCACCTTTTC AGTCTCTTGA TGCAGTGAGA GAGCAGTCTG TAAAAGGATG TGTTGTTAAT 
CATAATCTGC CAGATCAAGA AAATCTAAGC AACTCTGACA GGAAGACTGT AAGGCAAAGC 
CATCAACACG ATTCCGTCTT TGCTAATGGT GCTAGCTGTA ATCAGAAGCT AAACTTGGAT 
CGTTTGCATA TTATTTCAAC TGTGTCCGAT CACGGAGACG GAGAAATTCC ATCTGAAGTT 
AAACAATCTC ACTCTACAAA AGATTCAGGA GCTGCAATCT TGTTAGACTC CTCGACCAAA 
CAAGTCAAGG GTGCAATTCT TCCAGAAATT CGCGAGACCG GTATAATAAT TCAACAAGAA 
CCTCCGCTTA AGAAGCCTAA AGCAATTTTG AAGTTGGGTA CCTCAGCTGG TACTAGCACA 
AAAGAAGACA GCACAACTAA CAGCTTCATA ATTTCAGAAA TAATGGCTTA TAAGGTATGC 
CCAATTTGCA AAACCTTCTC ATCCACTTCC AACACCACCT TAAATGCACA TATCGACCAG 
TGCCTTTCTG GCGAATCGAC TTTGAAGTGG TCGGCAGATC CCAAGGTGAT TAAGCATAGA 
ATAAAGCCAA GGAAGATGAG AACGATGGTG GATATTTATG CAACTGCTAA ACATTGCACG 
CTGGAAGATC TTGATAAAAG AAATGGAACA AACTGGGCAA TGAGCCCGAA TCCAGTTGAT 
CAATCAGGTG AGCTGTGTCT TAAAGAGAGG GCGGAAAGAA TGCCAGCTAG TGATATCAAG 
GAGAATGGTG ATAAAGAAGG TGAAGTCTAT ATTGATACCA ATGGCACGAA AGTTCGGATA 
TTATCAAAGC ACAGTGAGGG GGATACTGTA ATTGGAAATT CAAGAGCTCA AAAGGGAGAT 
AAAGGAAGCA TATCTCTTGT AGAAAAGAAG AAGAAAAAGC CTTATAATGT GCTGAAGCAT 
CAGAAGTTCC TAAAACTGAC TCCTCATCTC AAGCCATGCT CTTCGAAGCC ACGTCATCCT 
ACTTTTGAGA CACCCGTTGG TTCAAGTAGA AATATCGATG TGGACCGGCC TAGTGAAAAA 
GAGGTCCATT TGGGAGAGTG TTCAAATGCT CAGGAACCAA TTAAACTTGA TGATTCTGGA 
ATTATTAGAC AATGGGTAGG ATCTAAGCGA TCAGGTCCCG CGAAGACCCC TCGTCAAGAT 
AATCACCAAC ATTCTGGACA TCATTTGAAG CACTTGGTTG GTGAAAAGGA CCATACATAT 
CTGGCTGACT CGTATGGGGG TAGCAACTGC ATTCTAAATA GACAACAGTC ATTTAAAGAT 
ACAATTTCTT CTCAAAGCAG CAAAAGGATG GAAACTTCAT CAGATGAACA TGGTACTGAT 
TTTTGTAGGG GGCAACCACC ACTTAAGAGA CAAAGGGAGG AGTTACCCTA TTTGAGTTCT 
AAAGGGGTAG GCTTGGGAAA GAGGTCTGTG ATATCACCAA AGCATAAGAA GTTGAGAAAG 
GAAGGCACTA TTATGCGTGA TAGCGGCAAT AGTAGTCTAA ATCGTGCATC TCCTGGATCG 
TCATCTCTGA GCAACAAAGC AGTTAAGATC AATACCTCTG ATTCCCTTGT TTTTGCTGCA 
AAGTCATCAT GTATGCATCA AACATTATCA TCAAAAGCAA CAAAGTTCAC TTCTGCGAGA 
AAAAGACATT TCTTCACAAA CGAAGGAACT GTGCGAGGAT CCGGATCCGA ATTTAAGATG 
CAAAGCTCAG CTCCTACGAG ATCCAAGGTC AATAGAAAAT TTGAAACTGA TAGTGATTTT 
ACTAGGAAGC TATCTCATAG TAATGATGAT CATGCTGACA TCACTGATAA ACAATTTAAT 
TTGTCAAATT TCACCGCCAA GATGTCTCAT AGACAAACAA GAGTTTTGAG AAAAAGAAGG 
AATAGTGATG CTATGAAGGT CTTCAGTAAG GAAGATTCTC CTGATAGTTT GAAGAATTCG 
CCACCTGAAC CTCCTTGTTA TGATCGCGGT GAGGGTGAAA CGAAGGAATT TTCTCCTGTA 
GATTTTTCCC AGTCCTTAGA CAATTCAGAA GATTCAGTTG ATGGTGAAGA ATCCGAAAGC 
GAAGATCCTC TAGCTTTCAG CAAGCATATT GCTACGGGAA AAGCCTTTAA AGAAGGCTTC 
GGGGGGAGTT TAAAAAGCTC AAGCAACTCT TTAGACCCAG AATTTCATGA GTTTCCTACC 
TCTTCTAGAG CAAGCAAGTC TGAACGTCGT TTGGAGGTAA ATCAGAGGCA TTCATGCGGA 
CATCCAATCA GTCCAACTGA CCCAGTTGTT GGTGGTAGAC CAGAGTTTTT CTCTGCAGAT 
AGAGGTGGCC ATGTTATGAT TGGGGATAAC AGTCATATGG AAACACAATT AGATACTAAA 
GATGAGCAAC TCAATTACTT CTCCGAGGTT GACCCTATAC CTATTCCAGG GCCACCTGGT 
TCCTTTTTGC CAAGTCCAAG GCATATGGGG TCTGATGATC TTCAAGGGAA ATCTTCATTG 
AGCACTTGCA AAATTCAATT TACAGAAGAT CATCGTGATC ATGGTCGGAG GGCTGAGTCT 
GATTCTCCTA CTTCTGCAAT TTCAGATATA TCTAATCCTA CATTGGAAAT ATCCCAGTCA 
AAATCTTCAA AAAGCTTCTT TGATGAACCT CTTGCTATTC AAGATGAGAC TAGAAAAGGT 
TGTTCAGGGG CTGCTCAACT TTCACAAGCA CTAAATGTAG GAGCTGAGCT CTCTAACGTA 
CACACACTGA GAATCAATGT CAATTTTCCT GAAAAAACAC CTGTTAGTTT AAACTCTGAA 
CAGTCATGTT GTTGCTCCCG AAAGGAAGGA GTTGAAGGTG TTCCAGTGAA TTTTCAGGAG 
TCACAACTGC TAAGGCGGAG GACGATCTCA TCACTGCCAT CTCCTGAAAA GCACATGGAG 
AATGATTGTT CTGAAAGGTT TAGCAATATA AACTCCAGAT CTGAAACATT CTCTCTTAGC 
AACTATCCCA ATGTAGGACC TGGAACAATA TTGAACCATC CTTCAAGGAT ATTAGCCCCG 
GAACATATCG AGAAAAAGTT TTCTGCTGAG CATGAATATG AATTTTCAAG TCAGAAGGAT 
CATGATTCAG CTAGTCCATC AGCTTCAACT CCTGTTCTTC GGCTAATGGG GAAGAACTTG 
ATGGTGGTCA ATAGAGATAC AGATGCATTC CTGCAACATA GGCAGAACCA TTCAGATTTG 
ATGAATCCAC AGCCACATCT GCAGACCGGT ACAGTTGCAA GACTTGCCTC TGGTGGAGTT 
GATAGCAAGG ACTACCAGTC GTATCACCAG TTATATGCTC AAGGTCCTGT TAACTTTAGC 
CGGGATCGAC GACAGGATGC AATTGGGGGG AAATTTAATG TGAAATATCC ATATATGTGC 
GGGAGTGATC CAGATGCAAA GGCCCCACCA ACACACATCC AATCATCTGG ACTGACTCCG 
AGCATAAATG CAGCTGATGC TCGCAAGAGT CCAGTGGAAC AATATGTGTA CAATGGCGGA 
AGTTGCTTGT TAAGCGAAGA ACAAAGATCC CGAGAAAGAC CGGACAATTC AATGACTAAT 
GGTTTGGAAA AAAAAATCAG AACTCCTGAG GCCAAAAGCT GGGGTGTGGG TTCAACCTCC 
AGTAGGGAGA TTATCATTAT TGATGATGCT ACTGATATTA AAGTTGATTC TGCGATTGGT 
ATGATGTGCA ATGAAGAAAT GAGGAGAACT CGGGTGTCGT TATCTGGGAA TTCATTTCCA 
GGGGCCCCTC ATCTTAGCCC GAGGTATGCA AGTCCTTTTT GCAGTAATAT GGTAGAAGGT 
GCAGGTTCCA TCTATGGTAG GCGACCCGTG GTGCACAATA CGAGTTTCCA GTTGCCGATT 
TCAGATGGAA ATGCAACTCG GCCTTTGAAG TGGAATGGTA ATCCAGAAGG TTCGAGCTTA 
CTGAATCCAA GTACCGCTAC ATCATCATCT CCTAGTCAGC CGAGACCTAC ATTTTACTAC 
TATCCAAGCT ATGCATGA