LOC101217884 cDNA ORF clone, Cucumis sativus(cucumber)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC101217884
Entrez Gene ID	101217884
Full Name	tyrosine-sulfated glycopeptide receptor 1
Gene Type	protein-coding
Organism	Cucumis sativus(cucumber)

mRNA and Protein(s)

mRNA	Protein	Name
XM_004135844.2	XP_004135892.1	tyrosine-sulfated glycopeptide receptor 1
XM_004135844.3	XP_004135892.1	tyrosine-sulfated glycopeptide receptor 1

Pathways from BioSystems
Gene Ontology

The following LOC101217884 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC101217884 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)
OCu73811	XM_004135844.3 Latest version!	Cucumis sativus tyrosine-sulfated glycopeptide receptor 1 (LOC101217884), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
View Old Accession Versions >>
OCu73811	XM_004135844.2	Cucumis sativus tyrosine-sulfated glycopeptide receptor 1 (LOC101217884), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
Hide Old Accession Versions >>

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** 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)

LOC101217884 ( XM_004135844.2 ) cDNA ORF clone, Cucumis sativus(cucumber) -> XP_004135892.1 Cucumis sativus tyrosine-sulfated glycopeptide receptor 1 (LOC101217884), mRNA.

Price & Availability↑

CloneID	OCu73811
Clone ID Related Accession (Same CDS sequence)	XM_004135844.2 , XM_004135844.3
Accession Version	XM_004135844.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3288bp) 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	2015-03-22
Organism	Cucumis sativus(cucumber)
Product	tyrosine-sulfated glycopeptide receptor 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011953809.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 23, 2015 this sequence version replaced XM_004135844.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Cucumis sativus Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGAGATG ATAGAATGGC CACCTCCTTG ATTGGTGGTC TCATTCATCA ACCTTTAGTA 
CCCAATTTCT CAATTAATTC CAACTTTCTT AACTTCCTGA TTTTGACCCT GCTTTTGGTT 
TTGCAATTCA TTCCTCCTTT TTCTGTTTCA GCTTCTTGCA ACCCATCTGA TCGGGCTTCT 
CTCTGGTATT TTGTCAATTC TTCATCTGTT TCATCGTCTT TCAATTGGTC TTCCACGATT 
GATTGTTGTT CCTGGGAAGG AGTGATTTGT GAAGCAATCG CTAATAGCGA CGACAACCGA 
GTTACTCAGC TTTTGTTGCC TTCTAGAGGT CTTCGTGGTG AATTCCCTTC AACTCTCACA 
AACCTTACTT TTCTCTCTCA CCTCGATCTC TCGCACAATC GTTTTTATGG TTCTCTCCCT 
TCTGATTTCT TTAAGTCCTT AAGTCATCTC AAGGAACTGA ATTTGAGCTA CAACCTTCTC 
ACTGGCCAGT TGCCGCCACT GCCATCGCCG TCTTCATCGT CCGGACTCTT GATTGAGACT 
CTGGATTTGT CCAGTAATCG ATTCTATGGG GAAATACCTG CTTCGTTTAT CCAGCAAGTG 
GCAATTTCGG GGAGTTTGAC CAGTTTCAAT GTCCGCAACA ATAGTTTTAC AGGTCTCATT 
CCAACCTCCT TTTGTGTTAA TACTACATCC ATAAGCTCCG TCAGGTTATT AGACTTTTCC 
AATAATGGAT TCGGCGGTGG AATACCTCAA GGGCTAGAGA AATGCCACAA TTTGGAGGTT 
TTTCGAGCGG GTTTCAATAG TCTTACCGGT CCTATTCCCT CCGACCTTTA CAATGTTCTC 
ACTCTAAAGG AGCTTTCTTT ACATGTTAAT CACTTCTCGG GAAACATCGG CGATGGAATC 
GTTAATCTCA CCAACCTCAG AATCCTGGAA TTGTTCTCGA ATTCTTTGAT TGGTCCCATT 
CCAACAGATA TTGGAAAGCT CTCCAACCTG GAACAGTTAT CGCTTCACAT TAACAATCTG 
ACTGGCTCTC TGCCCCCATC ATTGATGAAT TGCACTAATC TTACTTTGTT AAATTTGCGG 
GTTAATAAGC TGCAAGGAGA CCTCTCTAAT GTTAATTTCT CTCGCCTTGT TGGCCTCACC 
ACACTTGACC TGGGCAACAA TATGTTCACA GGTAATATAC CATCGACTCT TTATTCCTGC 
AAATCTCTGA AGGCAGTTAG ACTGGCTAGT AATCAGTTAT CTGGAGAGAT CACTCACGAA 
ATTGCAGCGC TTCAATCACT GTCCTTCATT TCAGTTTCCA AGAATAATCT AACCAATTTA 
AGTGGAGCAC TAAGGAATTT GATGGGTTGC AAAAACCTTG GAACTCTTGT GATGTCCGGT 
AGTTATGTTG GTGAAGCGTT GCCGGATGAG GATATGATTG TAGATGCTAA CACATTCCAA 
AATATCCAGG CTTTGGCTAT TGGAGCTAGT CAGTTAACTG GTAAAGTACC CTCATGGATA 
CAAAAGCTCA GGAGTCTAGA GGTCTTGGAC CTGTCCTTTA ATCGCCTTGT GGGTTCAATA 
CCTGAATGGT TAGGTGATTT TCCGAGTCTG TTTTATATTG ACTTGTCTAA TAACAGAATT 
TCCGGAAAAT TCCCCACCCA GCTTTGCAGA CTGCAGGCTT TGATGTCGCA GCAGATTTTA 
GATCCTGCCA AGCAGAGTTT TCTTGCATTG CCTGTCTTTG TTGCGCCCAG TAATGCTACT 
AATCAGCAAT ACAATCAGCT CTCCAGCCTT CCGCCAGCTA TATACCTGGG CAACAACACC 
ATAAGTGGCC CTATTCCCTT GGAGATCGGG CAATTAAAGT TTATACATAT ACTAGACCTC 
AGCAACAACA GCTTCTCCGG TAGCATCCCA GATACCATTT CCAATCTCAG CAACTTGGAG 
CGATTAGACC TCTCTCATAA CCACCTAACT GGTGAAATCC CCCATTCCCT CAAAGGCCTC 
CACTTCTTGT CTTGGTTTAG CGTAGCCTTT AACGAACTTC AAGGACCAAT ACCATCAGGG 
GGTCAGTTCG ATACGTTTCC TAGCTCTAGC TACGAAGGAA ACTCAGGGTT GTGCGGTCCT 
CCTATAGTAC AGCGATCTTG CTCTAGCCAG ACCAGAATAA CTCATTCCAC CGCTCAAAAT 
AAAAGCTCCA GTAAGAAACT TGCCATAGGA TTAGTCGTGG GTACCTGTTT AAGTATTGGT 
CTCATCATCA CCCTGCTAGC GTTGTGGATA TTATCCAAGA GGAGGATTGA TCCTAGAGGG 
GATACCGACA TAATAGATTT GGACATAATT TCTATTAGTT CTAATTACAA TGCTGACAAC 
AACACTAGCA TAGTCATTTT GTTTCCAAAT AATGCCAACA ACATCAAGGA GCTTACCATT 
TCTGACATAT TGAAGGCCAC TGATGATTTC AATCAAGAAA ACATAATTGG CTGTGGTGGT 
TTTGGATTGG TTTACAAAGC AACATTAGCA AATGGGACGA GACTTGCTGT AAAGAAACTC 
TCGGGAGACT TGGGACTGAT GGAAAGGGAA TTTAAAGCAG AAGTGGAGGC TTTGTCTGCA 
GCCAAACACA AGAACCTGGT TACTCTTCAA GGTTACTGTG TGCATGAAGG CAGTCGACTG 
CTAATGTATT CATACATGGA AAACGGAAGT TTAGATTATT GGTTGCATGA GAAGGTTGAC 
GGTGCATCTC AACTTGATTG GCCAACTCGG TTGAAGATTA TACGAGGATC AAGTTGTGGA 
TTGGCCTACA TGCACCAAAT ATGTGAGCCA CATATTGTAC ACCGTGATAT TAAGTCCAGT 
AACATCCTGC TCGATGAGAA ATTTGAAGCT CATGTAGCAG ATTTTGGACT ATCTAGATTG 
ATCAATCCTT ACCAGACTCA TGTTACAACC GAACTTGTTG GCACCTTAGG CTACATTCCT 
CCAGAATATG GACAAGCATG GGTCGCCACT TTGAGAGGAG ATATGTACAG CTTTGGTGTG 
GTCGTGCTCG AGTTGCTTAC TGGCAAAAGA CCTGTAGAGA TATCAAAGCC AAAGGCATCA 
CGAGAATTGG TTGGCTGGGT GCAACAATTG AGAAATGAGG GCAAACAAGA TGAAGTCTTT 
GACCCCATTT TAAAAGGGAA GGGCTTTGAA GAAGAGATGA TCCAGGTTCT CGATATTGCC 
TGCATGTGTG TCAGTCAGAA CCCCTTTAAA AGACCTACCA TCAAGGAAGT TGTGGATTGG 
TTGAAAGATG TGGGGGAGAC CAAAGTTCCC CAAAGTAAGG ATGTGTGA

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

RefSeq	XP_004135892.1
CDS	318..3605
Translation	MRDDRMATSLIGGLIHQPLVPNFSINSNFLNFLILTLLLVLQFIPPFSVSASCNPSDRASLWYFVNSSSVSSSFNWSSTIDCCSWEGVICEAIANSDDNRVTQLLLPSRGLRGEFPSTLTNLTFLSHLDLSHNRFYGSLPSDFFKSLSHLKELNLSYNLLTGQLPPLPSPSSSSGLLIETLDLSSNRFYGEIPASFIQQVAISGSLTSFNVRNNSFTGLIPTSFCVNTTSISSVRLLDFSNNGFGGGIPQGLEKCHNLEVFRAGFNSLTGPIPSDLYNVLTLKELSLHVNHFSGNIGDGIVNLTNLRILELFSNSLIGPIPTDIGKLSNLEQLSLHINNLTGSLPPSLMNCTNLTLLNLRVNKLQGDLSNVNFSRLVGLTTLDLGNNMFTGNIPSTLYSCKSLKAVRLASNQLSGEITHEIAALQSLSFISVSKNNLTNLSGALRNLMGCKNLGTLVMSGSYVGEALPDEDMIVDANTFQNIQALAIGASQLTGKVPSWIQKLRSLEVLDLSFNRLVGSIPEWLGDFPSLFYIDLSNNRISGKFPTQLCRLQALMSQQILDPAKQSFLALPVFVAPSNATNQQYNQLSSLPPAIYLGNNTISGPIPLEIGQLKFIHILDLSNNSFSGSIPDTISNLSNLERLDLSHNHLTGEIPHSLKGLHFLSWFSVAFNELQGPIPSGGQFDTFPSSSYEGNSGLCGPPIVQRSCSSQTRITHSTAQNKSSSKKLAIGLVVGTCLSIGLIITLLALWILSKRRIDPRGDTDIIDLDIISISSNYNADNNTSIVILFPNNANNIKELTISDILKATDDFNQENIIGCGGFGLVYKATLANGTRLAVKKLSGDLGLMEREFKAEVEALSAAKHKNLVTLQGYCVHEGSRLLMYSYMENGSLDYWLHEKVDGASQLDWPTRLKIIRGSSCGLAYMHQICEPHIVHRDIKSSNILLDEKFEAHVADFGLSRLINPYQTHVTTELVGTLGYIPPEYGQAWVATLRGDMYSFGVVVLELLTGKRPVEISKPKASRELVGWVQQLRNEGKQDEVFDPILKGKGFEEEMIQVLDIACMCVSQNPFKRPTIKEVVDWLKDVGETKVPQSKDV

Target ORF information:

RefSeq Version	XM_004135844.2
Organism	Cucumis sativus(cucumber)
Definition	Cucumis sativus tyrosine-sulfated glycopeptide receptor 1 (LOC101217884), mRNA.

Target ORF information:

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

XM_004135844.2

ORF Insert Sequence:

ATGAGAGATG ATAGAATGGC CACCTCCTTG ATTGGTGGTC TCATTCATCA ACCTTTAGTA 
CCCAATTTCT CAATTAATTC CAACTTTCTT AACTTCCTGA TTTTGACCCT GCTTTTGGTT 
TTGCAATTCA TTCCTCCTTT TTCTGTTTCA GCTTCTTGCA ACCCATCTGA TCGGGCTTCT 
CTCTGGTATT TTGTCAATTC TTCATCTGTT TCATCGTCTT TCAATTGGTC TTCCACGATT 
GATTGTTGTT CCTGGGAAGG AGTGATTTGT GAAGCAATCG CTAATAGCGA CGACAACCGA 
GTTACTCAGC TTTTGTTGCC TTCTAGAGGT CTTCGTGGTG AATTCCCTTC AACTCTCACA 
AACCTTACTT TTCTCTCTCA CCTCGATCTC TCGCACAATC GTTTTTATGG TTCTCTCCCT 
TCTGATTTCT TTAAGTCCTT AAGTCATCTC AAGGAACTGA ATTTGAGCTA CAACCTTCTC 
ACTGGCCAGT TGCCGCCACT GCCATCGCCG TCTTCATCGT CCGGACTCTT GATTGAGACT 
CTGGATTTGT CCAGTAATCG ATTCTATGGG GAAATACCTG CTTCGTTTAT CCAGCAAGTG 
GCAATTTCGG GGAGTTTGAC CAGTTTCAAT GTCCGCAACA ATAGTTTTAC AGGTCTCATT 
CCAACCTCCT TTTGTGTTAA TACTACATCC ATAAGCTCCG TCAGGTTATT AGACTTTTCC 
AATAATGGAT TCGGCGGTGG AATACCTCAA GGGCTAGAGA AATGCCACAA TTTGGAGGTT 
TTTCGAGCGG GTTTCAATAG TCTTACCGGT CCTATTCCCT CCGACCTTTA CAATGTTCTC 
ACTCTAAAGG AGCTTTCTTT ACATGTTAAT CACTTCTCGG GAAACATCGG CGATGGAATC 
GTTAATCTCA CCAACCTCAG AATCCTGGAA TTGTTCTCGA ATTCTTTGAT TGGTCCCATT 
CCAACAGATA TTGGAAAGCT CTCCAACCTG GAACAGTTAT CGCTTCACAT TAACAATCTG 
ACTGGCTCTC TGCCCCCATC ATTGATGAAT TGCACTAATC TTACTTTGTT AAATTTGCGG 
GTTAATAAGC TGCAAGGAGA CCTCTCTAAT GTTAATTTCT CTCGCCTTGT TGGCCTCACC 
ACACTTGACC TGGGCAACAA TATGTTCACA GGTAATATAC CATCGACTCT TTATTCCTGC 
AAATCTCTGA AGGCAGTTAG ACTGGCTAGT AATCAGTTAT CTGGAGAGAT CACTCACGAA 
ATTGCAGCGC TTCAATCACT GTCCTTCATT TCAGTTTCCA AGAATAATCT AACCAATTTA 
AGTGGAGCAC TAAGGAATTT GATGGGTTGC AAAAACCTTG GAACTCTTGT GATGTCCGGT 
AGTTATGTTG GTGAAGCGTT GCCGGATGAG GATATGATTG TAGATGCTAA CACATTCCAA 
AATATCCAGG CTTTGGCTAT TGGAGCTAGT CAGTTAACTG GTAAAGTACC CTCATGGATA 
CAAAAGCTCA GGAGTCTAGA GGTCTTGGAC CTGTCCTTTA ATCGCCTTGT GGGTTCAATA 
CCTGAATGGT TAGGTGATTT TCCGAGTCTG TTTTATATTG ACTTGTCTAA TAACAGAATT 
TCCGGAAAAT TCCCCACCCA GCTTTGCAGA CTGCAGGCTT TGATGTCGCA GCAGATTTTA 
GATCCTGCCA AGCAGAGTTT TCTTGCATTG CCTGTCTTTG TTGCGCCCAG TAATGCTACT 
AATCAGCAAT ACAATCAGCT CTCCAGCCTT CCGCCAGCTA TATACCTGGG CAACAACACC 
ATAAGTGGCC CTATTCCCTT GGAGATCGGG CAATTAAAGT TTATACATAT ACTAGACCTC 
AGCAACAACA GCTTCTCCGG TAGCATCCCA GATACCATTT CCAATCTCAG CAACTTGGAG 
CGATTAGACC TCTCTCATAA CCACCTAACT GGTGAAATCC CCCATTCCCT CAAAGGCCTC 
CACTTCTTGT CTTGGTTTAG CGTAGCCTTT AACGAACTTC AAGGACCAAT ACCATCAGGG 
GGTCAGTTCG ATACGTTTCC TAGCTCTAGC TACGAAGGAA ACTCAGGGTT GTGCGGTCCT 
CCTATAGTAC AGCGATCTTG CTCTAGCCAG ACCAGAATAA CTCATTCCAC CGCTCAAAAT 
AAAAGCTCCA GTAAGAAACT TGCCATAGGA TTAGTCGTGG GTACCTGTTT AAGTATTGGT 
CTCATCATCA CCCTGCTAGC GTTGTGGATA TTATCCAAGA GGAGGATTGA TCCTAGAGGG 
GATACCGACA TAATAGATTT GGACATAATT TCTATTAGTT CTAATTACAA TGCTGACAAC 
AACACTAGCA TAGTCATTTT GTTTCCAAAT AATGCCAACA ACATCAAGGA GCTTACCATT 
TCTGACATAT TGAAGGCCAC TGATGATTTC AATCAAGAAA ACATAATTGG CTGTGGTGGT 
TTTGGATTGG TTTACAAAGC AACATTAGCA AATGGGACGA GACTTGCTGT AAAGAAACTC 
TCGGGAGACT TGGGACTGAT GGAAAGGGAA TTTAAAGCAG AAGTGGAGGC TTTGTCTGCA 
GCCAAACACA AGAACCTGGT TACTCTTCAA GGTTACTGTG TGCATGAAGG CAGTCGACTG 
CTAATGTATT CATACATGGA AAACGGAAGT TTAGATTATT GGTTGCATGA GAAGGTTGAC 
GGTGCATCTC AACTTGATTG GCCAACTCGG TTGAAGATTA TACGAGGATC AAGTTGTGGA 
TTGGCCTACA TGCACCAAAT ATGTGAGCCA CATATTGTAC ACCGTGATAT TAAGTCCAGT 
AACATCCTGC TCGATGAGAA ATTTGAAGCT CATGTAGCAG ATTTTGGACT ATCTAGATTG 
ATCAATCCTT ACCAGACTCA TGTTACAACC GAACTTGTTG GCACCTTAGG CTACATTCCT 
CCAGAATATG GACAAGCATG GGTCGCCACT TTGAGAGGAG ATATGTACAG CTTTGGTGTG 
GTCGTGCTCG AGTTGCTTAC TGGCAAAAGA CCTGTAGAGA TATCAAAGCC AAAGGCATCA 
CGAGAATTGG TTGGCTGGGT GCAACAATTG AGAAATGAGG GCAAACAAGA TGAAGTCTTT 
GACCCCATTT TAAAAGGGAA GGGCTTTGAA GAAGAGATGA TCCAGGTTCT CGATATTGCC 
TGCATGTGTG TCAGTCAGAA CCCCTTTAAA AGACCTACCA TCAAGGAAGT TGTGGATTGG 
TTGAAAGATG TGGGGGAGAC CAAAGTTCCC CAAAGTAAGG ATGTGTGA

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

LOC101217884 ( XM_004135844.3 ) cDNA ORF clone, Cucumis sativus(cucumber) -> XP_004135892.1 Cucumis sativus tyrosine-sulfated glycopeptide receptor 1 (LOC101217884), mRNA.

Price & Availability↑

CloneID	OCu73811
Clone ID Related Accession (Same CDS sequence)	XM_004135844.2 , XM_004135844.3
Accession Version	XM_004135844.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3288bp) 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	2019-12-16
Organism	Cucumis sativus(cucumber)
Product	tyrosine-sulfated glycopeptide receptor 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_026661.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 17, 2019 this sequence version replaced XM_004135844.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Cucumis sativus Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGAGATG ATAGAATGGC CACCTCCTTG ATTGGTGGTC TCATTCATCA ACCTTTAGTA 
CCCAATTTCT CAATTAATTC CAACTTTCTT AACTTCCTGA TTTTGACCCT GCTTTTGGTT 
TTGCAATTCA TTCCTCCTTT TTCTGTTTCA GCTTCTTGCA ACCCATCTGA TCGGGCTTCT 
CTCTGGTATT TTGTCAATTC TTCATCTGTT TCATCGTCTT TCAATTGGTC TTCCACGATT 
GATTGTTGTT CCTGGGAAGG AGTGATTTGT GAAGCAATCG CTAATAGCGA CGACAACCGA 
GTTACTCAGC TTTTGTTGCC TTCTAGAGGT CTTCGTGGTG AATTCCCTTC AACTCTCACA 
AACCTTACTT TTCTCTCTCA CCTCGATCTC TCGCACAATC GTTTTTATGG TTCTCTCCCT 
TCTGATTTCT TTAAGTCCTT AAGTCATCTC AAGGAACTGA ATTTGAGCTA CAACCTTCTC 
ACTGGCCAGT TGCCGCCACT GCCATCGCCG TCTTCATCGT CCGGACTCTT GATTGAGACT 
CTGGATTTGT CCAGTAATCG ATTCTATGGG GAAATACCTG CTTCGTTTAT CCAGCAAGTG 
GCAATTTCGG GGAGTTTGAC CAGTTTCAAT GTCCGCAACA ATAGTTTTAC AGGTCTCATT 
CCAACCTCCT TTTGTGTTAA TACTACATCC ATAAGCTCCG TCAGGTTATT AGACTTTTCC 
AATAATGGAT TCGGCGGTGG AATACCTCAA GGGCTAGAGA AATGCCACAA TTTGGAGGTT 
TTTCGAGCGG GTTTCAATAG TCTTACCGGT CCTATTCCCT CCGACCTTTA CAATGTTCTC 
ACTCTAAAGG AGCTTTCTTT ACATGTTAAT CACTTCTCGG GAAACATCGG CGATGGAATC 
GTTAATCTCA CCAACCTCAG AATCCTGGAA TTGTTCTCGA ATTCTTTGAT TGGTCCCATT 
CCAACAGATA TTGGAAAGCT CTCCAACCTG GAACAGTTAT CGCTTCACAT TAACAATCTG 
ACTGGCTCTC TGCCCCCATC ATTGATGAAT TGCACTAATC TTACTTTGTT AAATTTGCGG 
GTTAATAAGC TGCAAGGAGA CCTCTCTAAT GTTAATTTCT CTCGCCTTGT TGGCCTCACC 
ACACTTGACC TGGGCAACAA TATGTTCACA GGTAATATAC CATCGACTCT TTATTCCTGC 
AAATCTCTGA AGGCAGTTAG ACTGGCTAGT AATCAGTTAT CTGGAGAGAT CACTCACGAA 
ATTGCAGCGC TTCAATCACT GTCCTTCATT TCAGTTTCCA AGAATAATCT AACCAATTTA 
AGTGGAGCAC TAAGGAATTT GATGGGTTGC AAAAACCTTG GAACTCTTGT GATGTCCGGT 
AGTTATGTTG GTGAAGCGTT GCCGGATGAG GATATGATTG TAGATGCTAA CACATTCCAA 
AATATCCAGG CTTTGGCTAT TGGAGCTAGT CAGTTAACTG GTAAAGTACC CTCATGGATA 
CAAAAGCTCA GGAGTCTAGA GGTCTTGGAC CTGTCCTTTA ATCGCCTTGT GGGTTCAATA 
CCTGAATGGT TAGGTGATTT TCCGAGTCTG TTTTATATTG ACTTGTCTAA TAACAGAATT 
TCCGGAAAAT TCCCCACCCA GCTTTGCAGA CTGCAGGCTT TGATGTCGCA GCAGATTTTA 
GATCCTGCCA AGCAGAGTTT TCTTGCATTG CCTGTCTTTG TTGCGCCCAG TAATGCTACT 
AATCAGCAAT ACAATCAGCT CTCCAGCCTT CCGCCAGCTA TATACCTGGG CAACAACACC 
ATAAGTGGCC CTATTCCCTT GGAGATCGGG CAATTAAAGT TTATACATAT ACTAGACCTC 
AGCAACAACA GCTTCTCCGG TAGCATCCCA GATACCATTT CCAATCTCAG CAACTTGGAG 
CGATTAGACC TCTCTCATAA CCACCTAACT GGTGAAATCC CCCATTCCCT CAAAGGCCTC 
CACTTCTTGT CTTGGTTTAG CGTAGCCTTT AACGAACTTC AAGGACCAAT ACCATCAGGG 
GGTCAGTTCG ATACGTTTCC TAGCTCTAGC TACGAAGGAA ACTCAGGGTT GTGCGGTCCT 
CCTATAGTAC AGCGATCTTG CTCTAGCCAG ACCAGAATAA CTCATTCCAC CGCTCAAAAT 
AAAAGCTCCA GTAAGAAACT TGCCATAGGA TTAGTCGTGG GTACCTGTTT AAGTATTGGT 
CTCATCATCA CCCTGCTAGC GTTGTGGATA TTATCCAAGA GGAGGATTGA TCCTAGAGGG 
GATACCGACA TAATAGATTT GGACATAATT TCTATTAGTT CTAATTACAA TGCTGACAAC 
AACACTAGCA TAGTCATTTT GTTTCCAAAT AATGCCAACA ACATCAAGGA GCTTACCATT 
TCTGACATAT TGAAGGCCAC TGATGATTTC AATCAAGAAA ACATAATTGG CTGTGGTGGT 
TTTGGATTGG TTTACAAAGC AACATTAGCA AATGGGACGA GACTTGCTGT AAAGAAACTC 
TCGGGAGACT TGGGACTGAT GGAAAGGGAA TTTAAAGCAG AAGTGGAGGC TTTGTCTGCA 
GCCAAACACA AGAACCTGGT TACTCTTCAA GGTTACTGTG TGCATGAAGG CAGTCGACTG 
CTAATGTATT CATACATGGA AAACGGAAGT TTAGATTATT GGTTGCATGA GAAGGTTGAC 
GGTGCATCTC AACTTGATTG GCCAACTCGG TTGAAGATTA TACGAGGATC AAGTTGTGGA 
TTGGCCTACA TGCACCAAAT ATGTGAGCCA CATATTGTAC ACCGTGATAT TAAGTCCAGT 
AACATCCTGC TCGATGAGAA ATTTGAAGCT CATGTAGCAG ATTTTGGACT ATCTAGATTG 
ATCAATCCTT ACCAGACTCA TGTTACAACC GAACTTGTTG GCACCTTAGG CTACATTCCT 
CCAGAATATG GACAAGCATG GGTCGCCACT TTGAGAGGAG ATATGTACAG CTTTGGTGTG 
GTCGTGCTCG AGTTGCTTAC TGGCAAAAGA CCTGTAGAGA TATCAAAGCC AAAGGCATCA 
CGAGAATTGG TTGGCTGGGT GCAACAATTG AGAAATGAGG GCAAACAAGA TGAAGTCTTT 
GACCCCATTT TAAAAGGGAA GGGCTTTGAA GAAGAGATGA TCCAGGTTCT CGATATTGCC 
TGCATGTGTG TCAGTCAGAA CCCCTTTAAA AGACCTACCA TCAAGGAAGT TGTGGATTGG 
TTGAAAGATG TGGGGGAGAC CAAAGTTCCC CAAAGTAAGG ATGTGTGA

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

RefSeq	XP_004135892.1
CDS	300..3587
Translation	MRDDRMATSLIGGLIHQPLVPNFSINSNFLNFLILTLLLVLQFIPPFSVSASCNPSDRASLWYFVNSSSVSSSFNWSSTIDCCSWEGVICEAIANSDDNRVTQLLLPSRGLRGEFPSTLTNLTFLSHLDLSHNRFYGSLPSDFFKSLSHLKELNLSYNLLTGQLPPLPSPSSSSGLLIETLDLSSNRFYGEIPASFIQQVAISGSLTSFNVRNNSFTGLIPTSFCVNTTSISSVRLLDFSNNGFGGGIPQGLEKCHNLEVFRAGFNSLTGPIPSDLYNVLTLKELSLHVNHFSGNIGDGIVNLTNLRILELFSNSLIGPIPTDIGKLSNLEQLSLHINNLTGSLPPSLMNCTNLTLLNLRVNKLQGDLSNVNFSRLVGLTTLDLGNNMFTGNIPSTLYSCKSLKAVRLASNQLSGEITHEIAALQSLSFISVSKNNLTNLSGALRNLMGCKNLGTLVMSGSYVGEALPDEDMIVDANTFQNIQALAIGASQLTGKVPSWIQKLRSLEVLDLSFNRLVGSIPEWLGDFPSLFYIDLSNNRISGKFPTQLCRLQALMSQQILDPAKQSFLALPVFVAPSNATNQQYNQLSSLPPAIYLGNNTISGPIPLEIGQLKFIHILDLSNNSFSGSIPDTISNLSNLERLDLSHNHLTGEIPHSLKGLHFLSWFSVAFNELQGPIPSGGQFDTFPSSSYEGNSGLCGPPIVQRSCSSQTRITHSTAQNKSSSKKLAIGLVVGTCLSIGLIITLLALWILSKRRIDPRGDTDIIDLDIISISSNYNADNNTSIVILFPNNANNIKELTISDILKATDDFNQENIIGCGGFGLVYKATLANGTRLAVKKLSGDLGLMEREFKAEVEALSAAKHKNLVTLQGYCVHEGSRLLMYSYMENGSLDYWLHEKVDGASQLDWPTRLKIIRGSSCGLAYMHQICEPHIVHRDIKSSNILLDEKFEAHVADFGLSRLINPYQTHVTTELVGTLGYIPPEYGQAWVATLRGDMYSFGVVVLELLTGKRPVEISKPKASRELVGWVQQLRNEGKQDEVFDPILKGKGFEEEMIQVLDIACMCVSQNPFKRPTIKEVVDWLKDVGETKVPQSKDV

Target ORF information:

RefSeq Version	XM_004135844.3
Organism	Cucumis sativus(cucumber)
Definition	Cucumis sativus tyrosine-sulfated glycopeptide receptor 1 (LOC101217884), mRNA.

Target ORF information:

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

XM_004135844.3

ORF Insert Sequence:

ATGAGAGATG ATAGAATGGC CACCTCCTTG ATTGGTGGTC TCATTCATCA ACCTTTAGTA 
CCCAATTTCT CAATTAATTC CAACTTTCTT AACTTCCTGA TTTTGACCCT GCTTTTGGTT 
TTGCAATTCA TTCCTCCTTT TTCTGTTTCA GCTTCTTGCA ACCCATCTGA TCGGGCTTCT 
CTCTGGTATT TTGTCAATTC TTCATCTGTT TCATCGTCTT TCAATTGGTC TTCCACGATT 
GATTGTTGTT CCTGGGAAGG AGTGATTTGT GAAGCAATCG CTAATAGCGA CGACAACCGA 
GTTACTCAGC TTTTGTTGCC TTCTAGAGGT CTTCGTGGTG AATTCCCTTC AACTCTCACA 
AACCTTACTT TTCTCTCTCA CCTCGATCTC TCGCACAATC GTTTTTATGG TTCTCTCCCT 
TCTGATTTCT TTAAGTCCTT AAGTCATCTC AAGGAACTGA ATTTGAGCTA CAACCTTCTC 
ACTGGCCAGT TGCCGCCACT GCCATCGCCG TCTTCATCGT CCGGACTCTT GATTGAGACT 
CTGGATTTGT CCAGTAATCG ATTCTATGGG GAAATACCTG CTTCGTTTAT CCAGCAAGTG 
GCAATTTCGG GGAGTTTGAC CAGTTTCAAT GTCCGCAACA ATAGTTTTAC AGGTCTCATT 
CCAACCTCCT TTTGTGTTAA TACTACATCC ATAAGCTCCG TCAGGTTATT AGACTTTTCC 
AATAATGGAT TCGGCGGTGG AATACCTCAA GGGCTAGAGA AATGCCACAA TTTGGAGGTT 
TTTCGAGCGG GTTTCAATAG TCTTACCGGT CCTATTCCCT CCGACCTTTA CAATGTTCTC 
ACTCTAAAGG AGCTTTCTTT ACATGTTAAT CACTTCTCGG GAAACATCGG CGATGGAATC 
GTTAATCTCA CCAACCTCAG AATCCTGGAA TTGTTCTCGA ATTCTTTGAT TGGTCCCATT 
CCAACAGATA TTGGAAAGCT CTCCAACCTG GAACAGTTAT CGCTTCACAT TAACAATCTG 
ACTGGCTCTC TGCCCCCATC ATTGATGAAT TGCACTAATC TTACTTTGTT AAATTTGCGG 
GTTAATAAGC TGCAAGGAGA CCTCTCTAAT GTTAATTTCT CTCGCCTTGT TGGCCTCACC 
ACACTTGACC TGGGCAACAA TATGTTCACA GGTAATATAC CATCGACTCT TTATTCCTGC 
AAATCTCTGA AGGCAGTTAG ACTGGCTAGT AATCAGTTAT CTGGAGAGAT CACTCACGAA 
ATTGCAGCGC TTCAATCACT GTCCTTCATT TCAGTTTCCA AGAATAATCT AACCAATTTA 
AGTGGAGCAC TAAGGAATTT GATGGGTTGC AAAAACCTTG GAACTCTTGT GATGTCCGGT 
AGTTATGTTG GTGAAGCGTT GCCGGATGAG GATATGATTG TAGATGCTAA CACATTCCAA 
AATATCCAGG CTTTGGCTAT TGGAGCTAGT CAGTTAACTG GTAAAGTACC CTCATGGATA 
CAAAAGCTCA GGAGTCTAGA GGTCTTGGAC CTGTCCTTTA ATCGCCTTGT GGGTTCAATA 
CCTGAATGGT TAGGTGATTT TCCGAGTCTG TTTTATATTG ACTTGTCTAA TAACAGAATT 
TCCGGAAAAT TCCCCACCCA GCTTTGCAGA CTGCAGGCTT TGATGTCGCA GCAGATTTTA 
GATCCTGCCA AGCAGAGTTT TCTTGCATTG CCTGTCTTTG TTGCGCCCAG TAATGCTACT 
AATCAGCAAT ACAATCAGCT CTCCAGCCTT CCGCCAGCTA TATACCTGGG CAACAACACC 
ATAAGTGGCC CTATTCCCTT GGAGATCGGG CAATTAAAGT TTATACATAT ACTAGACCTC 
AGCAACAACA GCTTCTCCGG TAGCATCCCA GATACCATTT CCAATCTCAG CAACTTGGAG 
CGATTAGACC TCTCTCATAA CCACCTAACT GGTGAAATCC CCCATTCCCT CAAAGGCCTC 
CACTTCTTGT CTTGGTTTAG CGTAGCCTTT AACGAACTTC AAGGACCAAT ACCATCAGGG 
GGTCAGTTCG ATACGTTTCC TAGCTCTAGC TACGAAGGAA ACTCAGGGTT GTGCGGTCCT 
CCTATAGTAC AGCGATCTTG CTCTAGCCAG ACCAGAATAA CTCATTCCAC CGCTCAAAAT 
AAAAGCTCCA GTAAGAAACT TGCCATAGGA TTAGTCGTGG GTACCTGTTT AAGTATTGGT 
CTCATCATCA CCCTGCTAGC GTTGTGGATA TTATCCAAGA GGAGGATTGA TCCTAGAGGG 
GATACCGACA TAATAGATTT GGACATAATT TCTATTAGTT CTAATTACAA TGCTGACAAC 
AACACTAGCA TAGTCATTTT GTTTCCAAAT AATGCCAACA ACATCAAGGA GCTTACCATT 
TCTGACATAT TGAAGGCCAC TGATGATTTC AATCAAGAAA ACATAATTGG CTGTGGTGGT 
TTTGGATTGG TTTACAAAGC AACATTAGCA AATGGGACGA GACTTGCTGT AAAGAAACTC 
TCGGGAGACT TGGGACTGAT GGAAAGGGAA TTTAAAGCAG AAGTGGAGGC TTTGTCTGCA 
GCCAAACACA AGAACCTGGT TACTCTTCAA GGTTACTGTG TGCATGAAGG CAGTCGACTG 
CTAATGTATT CATACATGGA AAACGGAAGT TTAGATTATT GGTTGCATGA GAAGGTTGAC 
GGTGCATCTC AACTTGATTG GCCAACTCGG TTGAAGATTA TACGAGGATC AAGTTGTGGA 
TTGGCCTACA TGCACCAAAT ATGTGAGCCA CATATTGTAC ACCGTGATAT TAAGTCCAGT 
AACATCCTGC TCGATGAGAA ATTTGAAGCT CATGTAGCAG ATTTTGGACT ATCTAGATTG 
ATCAATCCTT ACCAGACTCA TGTTACAACC GAACTTGTTG GCACCTTAGG CTACATTCCT 
CCAGAATATG GACAAGCATG GGTCGCCACT TTGAGAGGAG ATATGTACAG CTTTGGTGTG 
GTCGTGCTCG AGTTGCTTAC TGGCAAAAGA CCTGTAGAGA TATCAAAGCC AAAGGCATCA 
CGAGAATTGG TTGGCTGGGT GCAACAATTG AGAAATGAGG GCAAACAAGA TGAAGTCTTT 
GACCCCATTT TAAAAGGGAA GGGCTTTGAA GAAGAGATGA TCCAGGTTCT CGATATTGCC 
TGCATGTGTG TCAGTCAGAA CCCCTTTAAA AGACCTACCA TCAAGGAAGT TGTGGATTGG 
TTGAAAGATG TGGGGGAGAC CAAAGTTCCC CAAAGTAAGG ATGTGTGA