SR1 cDNA ORF clone, Glycine max(soybean)

Gene
Clones
gRNAs

Summary

Gene Symbol	SR1
Entrez Gene ID	547713
Full Name	candidate disease-resistance protein SR1
Gene Type	protein-coding
Organism	Glycine max(soybean)

mRNA and Protein(s)

mRNA	Protein	Name
NM_001249827.1	NP_001236756.1	candidate disease-resistance protein SR1

Pathways from BioSystems
Gene Ontology

The following SR1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SR1 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
OGl60352	NM_001249827.1 Latest version!	Glycine max candidate disease-resistance protein SR1 (SR1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00

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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)

SR1 ( NM_001249827.1 ) cDNA ORF clone, Glycine max(soybean) -> NP_001236756.1 Glycine max candidate disease-resistance protein SR1 (SR1), mRNA.

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CloneID	OGl60352
Clone ID Related Accession (Same CDS sequence)	NM_001249827.1
Accession Version	NM_001249827.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3414bp) 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	2013-04-17
Organism	Glycine max(soybean)
Product	candidate disease-resistance protein SR1
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. The reference sequence was derived from AY193892.1. ##Evidence-Data-START## Transcript exon combination :: AY193892.1 [ECO:0000332] ##Evidence-Data-END##

ATGGCTGCGA CAACACGTTC CCTTGCATCC ATCTACGATG TGTTCCTCAG CTTCACAGGG 
CAAGACACAC GCCATGGTTT CACTGGCTAT CTCTACAAAG CTCTTGATGA CAGGGGAATC 
TACACTTTCA TTGATGATCA GGAGCTTCCC AGAGGAGACG AAATAAAACC TGCACTTTCC 
GATGCAATTC AAGGGTCCAG GATTGCTATT ACTGTGCTTT CTCAAAACTA TGCTTTTTCC 
ACATTTTGTT TAGATGAACT TGTAACCATT CTTCACTGCA AGAGTGAAGG GCTGTTGGTT 
ATACCGGTCT TTTATAAGGT TGATCCTTCT CATGTCAGAC ACCAGAAAGG TAGTTATGGA 
GAAGCAATGG CTAAGCATCA GAAGAGGTTC AAAGCTAACA AGGAGAAGCT GCAGAAATGG 
AGGATGGCTT TGCAACAAGT AGCTGACTTG TCTGGCTATC ATTTCAAAGA TGGAGATGCA 
TATGAATACA AGTTTATCCA GAGTATTGTT GAGCAGGTTT CTAGGGAGAT TAATCGTGCC 
CCTTTACATG TTGCGGATTA TCCAGTTGGT CTAGGGTCAC AAGTGATAGA GGTAAGGAAG 
CTTTTGGATG TTGGATCCGA TGATGTTGTC CACATCATAG GGATCCATGG AATGGGCGGG 
TTAGGAAAAA CAACACTTGC TGTGGCAGTT TATAATTTGA TTGCTCCCCA TTTTGATGAA 
TCCTGTTTTC TTCAAAACGT GAGAGAAGAA TCAAATTTAA AACACCTTCA AAGCAGCCTT 
CTTTCAAAAT TACTTGGTGA GAAGGACATC ACCTTAACAA GTTGGCAAGA AGGAGCTTCA 
ATGATACAAC ATAGGCTCCG ACGAAAGAAG GTTCTCTTGA TTTTAGACGA TGTTGACAAG 
CGTGAGCAAT TAAAGGCTAT TGTTGGAAAA CCTGATTGGT TTGGTCCCGG TAGCAGAGTC 
ATCATTACCA CTCGGGACAA GCATCTGCTA AAATATCATG AGGTTGAAAG AACTTATGAG 
GTGAAGGTTT TGAATCACAA TGCTGCTCTT CACTTGCTTA CGTGGAATGC TTTTAAAAGA 
GAAAAAATTG ATCCAATTTA TGACGACGTC TTGAATCGTG TAGTAACTTA TGCTTCTGGC 
CTTCCATTGG CTTTGGAAGT CATAGGTTCC AACTTGTATG GAAAAACTGT AGCAGAATGG 
GAATCTGCCC TTGAAACTTA TAAAAGAATT CCCAGTAATG AAATCCTAAA GATTCTACAA 
GTAAGCTTTG ATGCTTTGGA GGAAGAACAA CAGAATGTTT TTCTTGACAT TGCTTGTTGC 
TTCAAAGGGC ATGAATGGAC AGAGGTTGAT GATATATTCC GTGCTCTTTA TGGTAACGGC 
AAGAAGTATC ATATTGGGGT GTTGGTTGAA AAATCTCTCA TAAAGTATAA CCGCAATAAT 
AGAGGTACTG TTCAAATGCA CAACCTGATT CAGGACATGG GTAGAGAAAT TGAGCGGCAG 
AGATCGCCAG AAGAGCCCGG GAAGCGCAAG AGATTATGGT CACCAAAAGA TATAATTCAA 
GTTTTAAAAC ACAACACGGG AACTAGTAAA ATTGAAATCA TATGTCTGGA TTCCTCCATA 
TCTGACAAAG AAGAAACAGT GGAATGGAAT GAAAACGCCT TCATGAAGAT GGAAAACCTT 
AAAATACTTA TTATTAGAAA TGGCAAATTT TCCATAGGTC CCAATTATAT TCCAGAAGGT 
TTGAGAGTAC TGGAATGGCA CAGATATCCT TCAAATTGTT TACCGTCTAA CTTTGATCCG 
ATCAACCTTG TTATATGCAA GTTACCTGAC AGTTCCATTA CATCATTTGA GTTCCATGGC 
TCATCCAAGA AGTTGGGGCA TCTAACAGTT CTGAATTTTG ACAAGTGCAA ATTTTTAACA 
CAGATACCTG ATGTATCTGA TCTCCCAAAT TTGAAGGAAC TTTCATTTAG AAAGTGCGAG 
AGTTTAGTTG CAGTTGATGA CTCAGTTGGT TTTCTGAATA AACTTAAAAA ATTGAGTGCT 
TATGGTTGCA GGAAGCTTAC GAGTTTTCCG CCTCTCAACT TGACCTCTCT TAGAAGACTT 
CAAATTTCTG GGTGTTCCAG TCTAGAGTAT TTTCCAGAAA TATTAGGAGA GATGGTAAAG 
ATAAGGGTAC TTGAATTGCA TGACCTTCCC ATAAAAGAAT TGCCATTTTC ATTTCAAAAT 
CTTATTGGAC TCAGTCGGTT ATACCTGAGG AGGTGTAGAA TTGTTCAGTT ACGATGCAGC 
TTAGCCATGA TGTCCAAGCT GTCAGTATTC CGTATTGAAA ATTGCAACAA GTGGCATTGG 
GTAGAATCGG AAGAAGGTGA AGAAACAGTG GGCGCACTAT GGTGGAGACC TGAGTTTTCT 
GCCAAGAATT GCAATCTATG TGATGATTTT TTTTTAACAG GTTTCAAGAG GTTTGCTCAT 
GTAGGATATT TAAATCTATC CGGGAATAAT TTCACAATCC TTCCCGAATT CTTCAAAGAA 
CTGAAATTTT TAAGAACTCT TGATGTGAGT GATTGCGAGC ATCTTCAGAA AATTAGAGGG 
CTTCCACCAA ACTTAAAAGA TTTCAGGGCA ATAAACTGTG CATCCTTGAC TTCCTCGAGT 
AAAAGCATGC TTCTAAATCA GGAACTGTAT GAGGCTGGAG GAACCAAGTT TATGTTTCCA 
GGAACAAGAA TACCAGAGTG GTTCAATCAG CAAAGCAGTG GACATTCAAG TTCTTTCTGG 
TTTCGTAATA AATTCCCTGC CAAACTTCTT TGTCTTCTTA TTGCACCTGT GTCGGTTCCC 
CTGTATTCTT TATTTCCACC CAAGGTGTCT TTTGGGCATC ATGTCCCATA TCCAAAGGTG 
TTCATCAATG GCAAATGTCA AGCATTTTGG GGCTGTCACT GGAAACAAAG AATGATGGAA 
TTGGATCATA CATATATCTT TGACCTCCAA AAGTTACCTT TCGAAAATGA TAATCTGTTT 
GAAGAAGGGG CTTGGGAAGA GGAATGGAAC CATGTGGAGG TTAGATATGA AAGTGTGTTA 
GAGTTAGAGA GCTCACTCAT CAAAGGAAGT GGAATCCATA TATTCAGAGA AGAAGGCAGT 
ATGGAGGAAG ATATTCGATT TGATGATCCA TATCTCAGCA GCTCTGCATC AGAAAGCAGA 
ACGGAGGAAG ATATTCGATT TGATGATCCA TATCTCAGCA GCTCTGCATC AGAAAGCAGT 
ACGGAGGAAG ATATTGGATT TGATGATCCA TATCTCAGCA GCTCTGCATC AGAAAGCCCC 
TCTTTCCTAC AAACAATAGC TTTGGGGACA CGCAAGTTTT CCATAGCTTT TTTCTTATTT 
TTTTCATGTT TTTTATTTTA TTATTTTGGT TTCAGTTGTA AAAAATTCAC TTAA

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

RefSeq	NP_001236756.1
CDS	73..3486
Translation	MAATTRSLASIYDVFLSFTGQDTRHGFTGYLYKALDDRGIYTFIDDQELPRGDEIKPALSDAIQGSRIAITVLSQNYAFSTFCLDELVTILHCKSEGLLVIPVFYKVDPSHVRHQKGSYGEAMAKHQKRFKANKEKLQKWRMALQQVADLSGYHFKDGDAYEYKFIQSIVEQVSREINRAPLHVADYPVGLGSQVIEVRKLLDVGSDDVVHIIGIHGMGGLGKTTLAVAVYNLIAPHFDESCFLQNVREESNLKHLQSSLLSKLLGEKDITLTSWQEGASMIQHRLRRKKVLLILDDVDKREQLKAIVGKPDWFGPGSRVIITTRDKHLLKYHEVERTYEVKVLNHNAALHLLTWNAFKREKIDPIYDDVLNRVVTYASGLPLALEVIGSNLYGKTVAEWESALETYKRIPSNEILKILQVSFDALEEEQQNVFLDIACCFKGHEWTEVDDIFRALYGNGKKYHIGVLVEKSLIKYNRNNRGTVQMHNLIQDMGREIERQRSPEEPGKRKRLWSPKDIIQVLKHNTGTSKIEIICLDSSISDKEETVEWNENAFMKMENLKILIIRNGKFSIGPNYIPEGLRVLEWHRYPSNCLPSNFDPINLVICKLPDSSITSFEFHGSSKKLGHLTVLNFDKCKFLTQIPDVSDLPNLKELSFRKCESLVAVDDSVGFLNKLKKLSAYGCRKLTSFPPLNLTSLRRLQISGCSSLEYFPEILGEMVKIRVLELHDLPIKELPFSFQNLIGLSRLYLRRCRIVQLRCSLAMMSKLSVFRIENCNKWHWVESEEGEETVGALWWRPEFSAKNCNLCDDFFLTGFKRFAHVGYLNLSGNNFTILPEFFKELKFLRTLDVSDCEHLQKIRGLPPNLKDFRAINCASLTSSSKSMLLNQELYEAGGTKFMFPGTRIPEWFNQQSSGHSSSFWFRNKFPAKLLCLLIAPVSVPLYSLFPPKVSFGHHVPYPKVFINGKCQAFWGCHWKQRMMELDHTYIFDLQKLPFENDNLFEEGAWEEEWNHVEVRYESVLELESSLIKGSGIHIFREEGSMEEDIRFDDPYLSSSASESRTEEDIRFDDPYLSSSASESSTEEDIGFDDPYLSSSASESPSFLQTIALGTRKFSIAFFLFFSCFLFYYFGFSCKKFT

Target ORF information:

RefSeq Version	NM_001249827.1
Organism	Glycine max(soybean)
Definition	Glycine max candidate disease-resistance protein SR1 (SR1), mRNA.

Target ORF information:

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

NM_001249827.1

ORF Insert Sequence:

ATGGCTGCGA CAACACGTTC CCTTGCATCC ATCTACGATG TGTTCCTCAG CTTCACAGGG 
CAAGACACAC GCCATGGTTT CACTGGCTAT CTCTACAAAG CTCTTGATGA CAGGGGAATC 
TACACTTTCA TTGATGATCA GGAGCTTCCC AGAGGAGACG AAATAAAACC TGCACTTTCC 
GATGCAATTC AAGGGTCCAG GATTGCTATT ACTGTGCTTT CTCAAAACTA TGCTTTTTCC 
ACATTTTGTT TAGATGAACT TGTAACCATT CTTCACTGCA AGAGTGAAGG GCTGTTGGTT 
ATACCGGTCT TTTATAAGGT TGATCCTTCT CATGTCAGAC ACCAGAAAGG TAGTTATGGA 
GAAGCAATGG CTAAGCATCA GAAGAGGTTC AAAGCTAACA AGGAGAAGCT GCAGAAATGG 
AGGATGGCTT TGCAACAAGT AGCTGACTTG TCTGGCTATC ATTTCAAAGA TGGAGATGCA 
TATGAATACA AGTTTATCCA GAGTATTGTT GAGCAGGTTT CTAGGGAGAT TAATCGTGCC 
CCTTTACATG TTGCGGATTA TCCAGTTGGT CTAGGGTCAC AAGTGATAGA GGTAAGGAAG 
CTTTTGGATG TTGGATCCGA TGATGTTGTC CACATCATAG GGATCCATGG AATGGGCGGG 
TTAGGAAAAA CAACACTTGC TGTGGCAGTT TATAATTTGA TTGCTCCCCA TTTTGATGAA 
TCCTGTTTTC TTCAAAACGT GAGAGAAGAA TCAAATTTAA AACACCTTCA AAGCAGCCTT 
CTTTCAAAAT TACTTGGTGA GAAGGACATC ACCTTAACAA GTTGGCAAGA AGGAGCTTCA 
ATGATACAAC ATAGGCTCCG ACGAAAGAAG GTTCTCTTGA TTTTAGACGA TGTTGACAAG 
CGTGAGCAAT TAAAGGCTAT TGTTGGAAAA CCTGATTGGT TTGGTCCCGG TAGCAGAGTC 
ATCATTACCA CTCGGGACAA GCATCTGCTA AAATATCATG AGGTTGAAAG AACTTATGAG 
GTGAAGGTTT TGAATCACAA TGCTGCTCTT CACTTGCTTA CGTGGAATGC TTTTAAAAGA 
GAAAAAATTG ATCCAATTTA TGACGACGTC TTGAATCGTG TAGTAACTTA TGCTTCTGGC 
CTTCCATTGG CTTTGGAAGT CATAGGTTCC AACTTGTATG GAAAAACTGT AGCAGAATGG 
GAATCTGCCC TTGAAACTTA TAAAAGAATT CCCAGTAATG AAATCCTAAA GATTCTACAA 
GTAAGCTTTG ATGCTTTGGA GGAAGAACAA CAGAATGTTT TTCTTGACAT TGCTTGTTGC 
TTCAAAGGGC ATGAATGGAC AGAGGTTGAT GATATATTCC GTGCTCTTTA TGGTAACGGC 
AAGAAGTATC ATATTGGGGT GTTGGTTGAA AAATCTCTCA TAAAGTATAA CCGCAATAAT 
AGAGGTACTG TTCAAATGCA CAACCTGATT CAGGACATGG GTAGAGAAAT TGAGCGGCAG 
AGATCGCCAG AAGAGCCCGG GAAGCGCAAG AGATTATGGT CACCAAAAGA TATAATTCAA 
GTTTTAAAAC ACAACACGGG AACTAGTAAA ATTGAAATCA TATGTCTGGA TTCCTCCATA 
TCTGACAAAG AAGAAACAGT GGAATGGAAT GAAAACGCCT TCATGAAGAT GGAAAACCTT 
AAAATACTTA TTATTAGAAA TGGCAAATTT TCCATAGGTC CCAATTATAT TCCAGAAGGT 
TTGAGAGTAC TGGAATGGCA CAGATATCCT TCAAATTGTT TACCGTCTAA CTTTGATCCG 
ATCAACCTTG TTATATGCAA GTTACCTGAC AGTTCCATTA CATCATTTGA GTTCCATGGC 
TCATCCAAGA AGTTGGGGCA TCTAACAGTT CTGAATTTTG ACAAGTGCAA ATTTTTAACA 
CAGATACCTG ATGTATCTGA TCTCCCAAAT TTGAAGGAAC TTTCATTTAG AAAGTGCGAG 
AGTTTAGTTG CAGTTGATGA CTCAGTTGGT TTTCTGAATA AACTTAAAAA ATTGAGTGCT 
TATGGTTGCA GGAAGCTTAC GAGTTTTCCG CCTCTCAACT TGACCTCTCT TAGAAGACTT 
CAAATTTCTG GGTGTTCCAG TCTAGAGTAT TTTCCAGAAA TATTAGGAGA GATGGTAAAG 
ATAAGGGTAC TTGAATTGCA TGACCTTCCC ATAAAAGAAT TGCCATTTTC ATTTCAAAAT 
CTTATTGGAC TCAGTCGGTT ATACCTGAGG AGGTGTAGAA TTGTTCAGTT ACGATGCAGC 
TTAGCCATGA TGTCCAAGCT GTCAGTATTC CGTATTGAAA ATTGCAACAA GTGGCATTGG 
GTAGAATCGG AAGAAGGTGA AGAAACAGTG GGCGCACTAT GGTGGAGACC TGAGTTTTCT 
GCCAAGAATT GCAATCTATG TGATGATTTT TTTTTAACAG GTTTCAAGAG GTTTGCTCAT 
GTAGGATATT TAAATCTATC CGGGAATAAT TTCACAATCC TTCCCGAATT CTTCAAAGAA 
CTGAAATTTT TAAGAACTCT TGATGTGAGT GATTGCGAGC ATCTTCAGAA AATTAGAGGG 
CTTCCACCAA ACTTAAAAGA TTTCAGGGCA ATAAACTGTG CATCCTTGAC TTCCTCGAGT 
AAAAGCATGC TTCTAAATCA GGAACTGTAT GAGGCTGGAG GAACCAAGTT TATGTTTCCA 
GGAACAAGAA TACCAGAGTG GTTCAATCAG CAAAGCAGTG GACATTCAAG TTCTTTCTGG 
TTTCGTAATA AATTCCCTGC CAAACTTCTT TGTCTTCTTA TTGCACCTGT GTCGGTTCCC 
CTGTATTCTT TATTTCCACC CAAGGTGTCT TTTGGGCATC ATGTCCCATA TCCAAAGGTG 
TTCATCAATG GCAAATGTCA AGCATTTTGG GGCTGTCACT GGAAACAAAG AATGATGGAA 
TTGGATCATA CATATATCTT TGACCTCCAA AAGTTACCTT TCGAAAATGA TAATCTGTTT 
GAAGAAGGGG CTTGGGAAGA GGAATGGAAC CATGTGGAGG TTAGATATGA AAGTGTGTTA 
GAGTTAGAGA GCTCACTCAT CAAAGGAAGT GGAATCCATA TATTCAGAGA AGAAGGCAGT 
ATGGAGGAAG ATATTCGATT TGATGATCCA TATCTCAGCA GCTCTGCATC AGAAAGCAGA 
ACGGAGGAAG ATATTCGATT TGATGATCCA TATCTCAGCA GCTCTGCATC AGAAAGCAGT 
ACGGAGGAAG ATATTGGATT TGATGATCCA TATCTCAGCA GCTCTGCATC AGAAAGCCCC 
TCTTTCCTAC AAACAATAGC TTTGGGGACA CGCAAGTTTT CCATAGCTTT TTTCTTATTT 
TTTTCATGTT TTTTATTTTA TTATTTTGGT TTCAGTTGTA AAAAATTCAC TTAA