SNOG_05015 cDNA ORF clone, Parastagonospora nodorum SN15

Gene
Clones
gRNAs

Summary

Gene Symbol	SNOG_05015
Entrez Gene ID	5972301
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Parastagonospora nodorum SN15

mRNA and Protein(s)

mRNA	Protein	Name
XM_001795374.1	XP_001795426.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following SNOG_05015 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SNOG_05015 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
OPf04729	XM_001795374.1 Latest version!	Parastagonospora nodorum SN15 hypothetical protein (SNOG_05015), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00

ORF Online Only Promotion

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

SNOG_05015 ( XM_001795374.1 ) cDNA ORF clone, Parastagonospora nodorum SN15 -> XP_001795426.1 Parastagonospora nodorum SN15 hypothetical protein (SNOG_05015), partial mRNA.

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CloneID	OPf04729
Clone ID Related Accession (Same CDS sequence)	XM_001795374.1
Accession Version	XM_001795374.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3888bp) 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	2017-09-05
Organism	Parastagonospora nodorum SN15
Product	hypothetical protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_001884555). COMPLETENESS: incomplete on both ends.

ATGTTCTCAC CGGAGGCATC GATAGTCAGC CAGCGCAGCT CGTTGCGCGC GACCTCGAAG 
CGGCGCCAGC GGACGTCCGA AGGTCTGCAG CAGCAACCTC GACGCAAGCG CAGCAAGCTT 
GGCGACGAGA CTTTTGTCGC CAAAGACGAT GCGCACATAA ACGGAAATGG AAGCCTGTTG 
ATGAACGGAC ATGCGGCACA CGACAGCCCC GAAAGCTCGT TGGTGCTTGT TGACATGCCC 
GTCCGCGAGA AGAAGGCAGC ACCGAAGCGC GCCGTCAAGG AGGACAATGC TTTGTATCTG 
ACGAAGAACG CGAACTACAC GGTCAAGAAA TTGCCAGGGT TTCCCAAGGC GCTCCTGCGA 
GCACCATATT ATGCATCTGC TCTTCCCTCT GCCGGCCTCG CCCTCGCTCT CACACACGAG 
CGCGCCCTGG TATGGGACTA CAACGCCGAA ACCGCCTCGA AGATCGTCTC CCTTTTGCTG 
CCATTCGGGC TGAGAGCCTC CGACCCTCTA CCACTGGGCG CTATTGTTCG AAATGGGCCT 
ACCAACGATT TCGGTGTCGT CGCAGTCGCG CCCTCGACGG GCAAGATTGC GTTCTGGGAA 
AACATCGATG GGGCTGAAGC CCGCAACCTA TACCCGCAAC GTCACCAGGG TGCAGAAGGA 
GCTGTGAAGC TGTACTCTGG GGAGGTCGTA AATGATATAG TGGACATCGA GCATGCAGGC 
TTTGTTCTGA TCACCAGCAG CGGCAGACTT GCGCACTTGA CGCTTCGAGA TTCGCAGGGC 
CGGCCGAACA TCGCTGCGAC CATTTTAAAC GCGCCGAATA GCTCCAACGG GAGTTTCTTC 
AGCTTTCGGG GACTCATAGC AGGCGCGGTC CGGAAAACAA TTGCTTCGGT CAAAGCCCGC 
CCGTCAGACT CAAAGGGGCA GATGGAGATC ATCACAGTGA CCAGCGCTGG TCTGTTTCAA 
CAGTGGGATC TGAACTGGTC AGGGCAGCAC AACTTTGTGC GCGAGGTCGA TGCGCAAGCG 
GAACTTGCGG CCAAGGTCCA GTCCGGCGCT TCGCCTGAGT CCCGCAATCT TCAAGATGTT 
CAAGTGCTGG ACTTTGCAAT TATCGAGCAG CAACACTCGA ACGCTTCTGT TGGGCTGTTA 
GTACTGGTAG CATCGACGGG CCCGGAGTCT ATCGATTATT CCCTCCTAGA AGTGGACCTG 
TCCAGTACGG GCGCAACCAT CACCCGGAGG ATCCCACTCA GTTCTTTCCA CCAGCCACAA 
ATTCCCCAGG AACCGACCGC AACCCTCCTA CTTCCCCATC CCGGACACAC TGCATACGTA 
CAATTCCCGG GAGCGATATG CGTTGCGTCC CTTGCCCGAC CCGAAGAGAC CCCCGACAAT 
CAGTTGCTCT TGGATTCCGG AAACCCACCC TTGCCTTTTC AGGACACAAT CTACTTGCGC 
GAGGAGCCCA GCGTTGTAAT TGCTGGTCAT TCTTTGGGCG ATAAGAACAC GAAAGAAAAG 
CGTGCTATTG CTTATCTATT CGTACAAGAG TATGGAGTCT TGCAGATTAC GCTTGGTATC 
TTGAGCTCAT CGTATGAGTA CATTGACAAG GTCACCTCGA GCATGGACGA CCAGTTTCAA 
AAGCGAGCTG CGGCACTACG TACTCTCATC AATCGACTTC TCTCTGATTA CCCACCGCTA 
TCATTCGTCA CCAAGTGGCG TCTGTTATGG CAGGCTGAGA AACTCGCAGC TGCACACAAA 
CTATGGCTCT GGTACCAAGA AAAGCAGCAG GATCAACTAA AGCACCCGGA ACTGTACCCC 
GACAACATCA TAGTGGGGGA CATAATCAGG GCTTTGAATG AACGATACAA GACACCAATC 
CGGCCAGAGC TTGGGGAGAA CGACTTCATC AGGCAGTTCT TTCTCAAAGA TGTGGATTCG 
ATTAATATTC TGATTCCCTG GGGTTGGTTC TTTCTGCGAA CATTCTACAT CAAGGACGGA 
TCTAAGGAGC ATCCACCCAT CATGCAGCGC CTGAGTGAAG GCGGTGATGT CATGCTTGTC 
GCCTTGGAGG GCGCGTTTGA GTTTCGACAA GCCAACATTG AGTCCTACGG CCTCGACCCA 
AGCGCACTTG AGGATGGCAT TCTCAAACCT GGCCATGGCT ACGACATTCT ACCAGCAGTG 
TGGACTTCAT CCCACAACAT TGTCAGTTCG CTTCGCAGTC TTGTCGATGT GGGGCGAAAC 
CTGGCGGTTT CCAACTTCGA GGAAGGACAC CAAGAGGCTC TAGCACAAAA AATTGGCAAG 
GACAACCCGC GCCTCGTTAA GGTCTGTTGC CAGACGCACA TCGAGCGCTT CCAATGGGCA 
CTCGAGCAGA GCGAAGAGAA GCAGCGGGAA ATGGGGCGCA GCCTCAAGAA TGAATGGAAC 
AACATCGTTC GTCCAGCGCA TATCATCGGT CTCATGGAGA TCGGACTTGC AACTGATGGT 
ATGAAGCTCG CCGAGCAGTA TCACGACATG CCAACCCTGG TTGATCTCGT CTGGGATGAG 
ACCAATTGGC TGGAGACCGA GAAGGCCAAC ACCCGAAGCA AAATGGAGCA AGCTGAAAGT 
ACCGTGAAGC TCAATCGCAT CAAGGAGCGA ATCAGCCGCT ATTTCGAGAT CTACGGAGAC 
GACTGGGCTG AAGCTTTCTA CTCCAAGTAC ATCAAGGAGA ACCAAGCCGC GCAGCTCTTC 
ACAAAGGAGT ATCTCAATCA GCCGGCACTT ACCAAGTTCC TGCGAGCGGA GCCGTCTCGC 
GCCAGGCTGC GGTGGATCAA CGAGGTCTGT GGTGAGAAGA ACTATGAAGC CGCAGCAGCA 
GCCCTGCATG AGGCGGGCTC GAAGCAAGAG ACGAATGCTT GGTGTCAACG AGTCGAGCTC 
TCCATAGCCA AACTCGCGAT GCTCTGCAAG AAGGAACTCA AGGAGGATGC GGCTCCACCG 
CCAGCACCCA CTGAGTCAAC CCAGCGAACC AAGGCGGAGC GAATCCGTGA CAACCGATTC 
GTGAGCACTG CCTGTCATTT GGAGTACGCC AAGATACGAG AGGAGATTTA CGAGCAAATG 
CTGCCCCACA TCAGAAATGC GTTGGATGAC GATTCCGCTG TGGAGCTTCT CATGAACGAT 
TTTGGCCAGG GTCGCCTTGC ACAACGACCT GCACTCCAGG CTGTACTCAG GGAAGGCTTT 
GAGAACCTCA TCCACCACAG AGTCATTGAT CCTGCTCTCA TGATCGATAT CCTCACCCTC 
ATGGATTCAG GCGAGAACGA GAGTCTCTTG CAATCGAATG AGTTCATTTA CGCCATCCGC 
GTGTTGATGA TCAACTGGCA CGACATCCAT AAGACTACGC GCGACGGGCT GTTGAAGCTT 
GTCTGGAAGC GACTATGTAT CAAGGACGAC TGGGCTAAGA TCAACAAGAC GAAAGAGGTC 
TCAGATGCGC AGCTCGAAGA CTTCCTGCTT GACACGAACC TTGCTTGGGT GTTCCGGGAG 
ATCATGCACC TTAACAGTGA GTCTCTACGG CTGCATTTGC GAAGAACACA AGCTAACAAG 
AACGCAGCCG CAAATCCGAC CTCAAGAATC GGATGGCCCA AGAGGCTTCA GGATATCATT 
GGTTCAGGTG GCACACACGG AGAGCTGTGT GTGAGGTTCT CTTCGGAGGA CATCCGCGAC 
CCTATCATTA AGGACAACTT GCTCGACGAC GATGTCCTGA AAGAGCACAT CGAGCAGAAC 
AGACTCGATG AATGGTTCGT CGCTGCTTGC GAGGCTGGCA AGAAAGCCTA CCGAGCGGAG 
TGGAGGGGAG CGCACCAACA GCAAGTGCCC TCAATCCAGG TCCAAGAGTA TGCCGAGCAG 
GCACAGACTG CCGGAGAGGT GGCAGATGTG GACATGCAAG ATTCATAG

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

RefSeq	XP_001795426.1
CDS	1..3888
Translation	MFSPEASIVSQRSSLRATSKRRQRTSEGLQQQPRRKRSKLGDETFVAKDDAHINGNGSLLMNGHAAHDSPESSLVLVDMPVREKKAAPKRAVKEDNALYLTKNANYTVKKLPGFPKALLRAPYYASALPSAGLALALTHERALVWDYNAETASKIVSLLLPFGLRASDPLPLGAIVRNGPTNDFGVVAVAPSTGKIAFWENIDGAEARNLYPQRHQGAEGAVKLYSGEVVNDIVDIEHAGFVLITSSGRLAHLTLRDSQGRPNIAATILNAPNSSNGSFFSFRGLIAGAVRKTIASVKARPSDSKGQMEIITVTSAGLFQQWDLNWSGQHNFVREVDAQAELAAKVQSGASPESRNLQDVQVLDFAIIEQQHSNASVGLLVLVASTGPESIDYSLLEVDLSSTGATITRRIPLSSFHQPQIPQEPTATLLLPHPGHTAYVQFPGAICVASLARPEETPDNQLLLDSGNPPLPFQDTIYLREEPSVVIAGHSLGDKNTKEKRAIAYLFVQEYGVLQITLGILSSSYEYIDKVTSSMDDQFQKRAAALRTLINRLLSDYPPLSFVTKWRLLWQAEKLAAAHKLWLWYQEKQQDQLKHPELYPDNIIVGDIIRALNERYKTPIRPELGENDFIRQFFLKDVDSINILIPWGWFFLRTFYIKDGSKEHPPIMQRLSEGGDVMLVALEGAFEFRQANIESYGLDPSALEDGILKPGHGYDILPAVWTSSHNIVSSLRSLVDVGRNLAVSNFEEGHQEALAQKIGKDNPRLVKVCCQTHIERFQWALEQSEEKQREMGRSLKNEWNNIVRPAHIIGLMEIGLATDGMKLAEQYHDMPTLVDLVWDETNWLETEKANTRSKMEQAESTVKLNRIKERISRYFEIYGDDWAEAFYSKYIKENQAAQLFTKEYLNQPALTKFLRAEPSRARLRWINEVCGEKNYEAAAAALHEAGSKQETNAWCQRVELSIAKLAMLCKKELKEDAAPPPAPTESTQRTKAERIRDNRFVSTACHLEYAKIREEIYEQMLPHIRNALDDDSAVELLMNDFGQGRLAQRPALQAVLREGFENLIHHRVIDPALMIDILTLMDSGENESLLQSNEFIYAIRVLMINWHDIHKTTRDGLLKLVWKRLCIKDDWAKINKTKEVSDAQLEDFLLDTNLAWVFREIMHLNSESLRLHLRRTQANKNAAANPTSRIGWPKRLQDIIGSGGTHGELCVRFSSEDIRDPIIKDNLLDDDVLKEHIEQNRLDEWFVAACEAGKKAYRAEWRGAHQQQVPSIQVQEYAEQAQTAGEVADVDMQDS

Target ORF information:

RefSeq Version	XM_001795374.1
Organism	Parastagonospora nodorum SN15
Definition	Parastagonospora nodorum SN15 hypothetical protein (SNOG_05015), partial mRNA.

Target ORF information:

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

XM_001795374.1

ORF Insert Sequence:

ATGTTCTCAC CGGAGGCATC GATAGTCAGC CAGCGCAGCT CGTTGCGCGC GACCTCGAAG 
CGGCGCCAGC GGACGTCCGA AGGTCTGCAG CAGCAACCTC GACGCAAGCG CAGCAAGCTT 
GGCGACGAGA CTTTTGTCGC CAAAGACGAT GCGCACATAA ACGGAAATGG AAGCCTGTTG 
ATGAACGGAC ATGCGGCACA CGACAGCCCC GAAAGCTCGT TGGTGCTTGT TGACATGCCC 
GTCCGCGAGA AGAAGGCAGC ACCGAAGCGC GCCGTCAAGG AGGACAATGC TTTGTATCTG 
ACGAAGAACG CGAACTACAC GGTCAAGAAA TTGCCAGGGT TTCCCAAGGC GCTCCTGCGA 
GCACCATATT ATGCATCTGC TCTTCCCTCT GCCGGCCTCG CCCTCGCTCT CACACACGAG 
CGCGCCCTGG TATGGGACTA CAACGCCGAA ACCGCCTCGA AGATCGTCTC CCTTTTGCTG 
CCATTCGGGC TGAGAGCCTC CGACCCTCTA CCACTGGGCG CTATTGTTCG AAATGGGCCT 
ACCAACGATT TCGGTGTCGT CGCAGTCGCG CCCTCGACGG GCAAGATTGC GTTCTGGGAA 
AACATCGATG GGGCTGAAGC CCGCAACCTA TACCCGCAAC GTCACCAGGG TGCAGAAGGA 
GCTGTGAAGC TGTACTCTGG GGAGGTCGTA AATGATATAG TGGACATCGA GCATGCAGGC 
TTTGTTCTGA TCACCAGCAG CGGCAGACTT GCGCACTTGA CGCTTCGAGA TTCGCAGGGC 
CGGCCGAACA TCGCTGCGAC CATTTTAAAC GCGCCGAATA GCTCCAACGG GAGTTTCTTC 
AGCTTTCGGG GACTCATAGC AGGCGCGGTC CGGAAAACAA TTGCTTCGGT CAAAGCCCGC 
CCGTCAGACT CAAAGGGGCA GATGGAGATC ATCACAGTGA CCAGCGCTGG TCTGTTTCAA 
CAGTGGGATC TGAACTGGTC AGGGCAGCAC AACTTTGTGC GCGAGGTCGA TGCGCAAGCG 
GAACTTGCGG CCAAGGTCCA GTCCGGCGCT TCGCCTGAGT CCCGCAATCT TCAAGATGTT 
CAAGTGCTGG ACTTTGCAAT TATCGAGCAG CAACACTCGA ACGCTTCTGT TGGGCTGTTA 
GTACTGGTAG CATCGACGGG CCCGGAGTCT ATCGATTATT CCCTCCTAGA AGTGGACCTG 
TCCAGTACGG GCGCAACCAT CACCCGGAGG ATCCCACTCA GTTCTTTCCA CCAGCCACAA 
ATTCCCCAGG AACCGACCGC AACCCTCCTA CTTCCCCATC CCGGACACAC TGCATACGTA 
CAATTCCCGG GAGCGATATG CGTTGCGTCC CTTGCCCGAC CCGAAGAGAC CCCCGACAAT 
CAGTTGCTCT TGGATTCCGG AAACCCACCC TTGCCTTTTC AGGACACAAT CTACTTGCGC 
GAGGAGCCCA GCGTTGTAAT TGCTGGTCAT TCTTTGGGCG ATAAGAACAC GAAAGAAAAG 
CGTGCTATTG CTTATCTATT CGTACAAGAG TATGGAGTCT TGCAGATTAC GCTTGGTATC 
TTGAGCTCAT CGTATGAGTA CATTGACAAG GTCACCTCGA GCATGGACGA CCAGTTTCAA 
AAGCGAGCTG CGGCACTACG TACTCTCATC AATCGACTTC TCTCTGATTA CCCACCGCTA 
TCATTCGTCA CCAAGTGGCG TCTGTTATGG CAGGCTGAGA AACTCGCAGC TGCACACAAA 
CTATGGCTCT GGTACCAAGA AAAGCAGCAG GATCAACTAA AGCACCCGGA ACTGTACCCC 
GACAACATCA TAGTGGGGGA CATAATCAGG GCTTTGAATG AACGATACAA GACACCAATC 
CGGCCAGAGC TTGGGGAGAA CGACTTCATC AGGCAGTTCT TTCTCAAAGA TGTGGATTCG 
ATTAATATTC TGATTCCCTG GGGTTGGTTC TTTCTGCGAA CATTCTACAT CAAGGACGGA 
TCTAAGGAGC ATCCACCCAT CATGCAGCGC CTGAGTGAAG GCGGTGATGT CATGCTTGTC 
GCCTTGGAGG GCGCGTTTGA GTTTCGACAA GCCAACATTG AGTCCTACGG CCTCGACCCA 
AGCGCACTTG AGGATGGCAT TCTCAAACCT GGCCATGGCT ACGACATTCT ACCAGCAGTG 
TGGACTTCAT CCCACAACAT TGTCAGTTCG CTTCGCAGTC TTGTCGATGT GGGGCGAAAC 
CTGGCGGTTT CCAACTTCGA GGAAGGACAC CAAGAGGCTC TAGCACAAAA AATTGGCAAG 
GACAACCCGC GCCTCGTTAA GGTCTGTTGC CAGACGCACA TCGAGCGCTT CCAATGGGCA 
CTCGAGCAGA GCGAAGAGAA GCAGCGGGAA ATGGGGCGCA GCCTCAAGAA TGAATGGAAC 
AACATCGTTC GTCCAGCGCA TATCATCGGT CTCATGGAGA TCGGACTTGC AACTGATGGT 
ATGAAGCTCG CCGAGCAGTA TCACGACATG CCAACCCTGG TTGATCTCGT CTGGGATGAG 
ACCAATTGGC TGGAGACCGA GAAGGCCAAC ACCCGAAGCA AAATGGAGCA AGCTGAAAGT 
ACCGTGAAGC TCAATCGCAT CAAGGAGCGA ATCAGCCGCT ATTTCGAGAT CTACGGAGAC 
GACTGGGCTG AAGCTTTCTA CTCCAAGTAC ATCAAGGAGA ACCAAGCCGC GCAGCTCTTC 
ACAAAGGAGT ATCTCAATCA GCCGGCACTT ACCAAGTTCC TGCGAGCGGA GCCGTCTCGC 
GCCAGGCTGC GGTGGATCAA CGAGGTCTGT GGTGAGAAGA ACTATGAAGC CGCAGCAGCA 
GCCCTGCATG AGGCGGGCTC GAAGCAAGAG ACGAATGCTT GGTGTCAACG AGTCGAGCTC 
TCCATAGCCA AACTCGCGAT GCTCTGCAAG AAGGAACTCA AGGAGGATGC GGCTCCACCG 
CCAGCACCCA CTGAGTCAAC CCAGCGAACC AAGGCGGAGC GAATCCGTGA CAACCGATTC 
GTGAGCACTG CCTGTCATTT GGAGTACGCC AAGATACGAG AGGAGATTTA CGAGCAAATG 
CTGCCCCACA TCAGAAATGC GTTGGATGAC GATTCCGCTG TGGAGCTTCT CATGAACGAT 
TTTGGCCAGG GTCGCCTTGC ACAACGACCT GCACTCCAGG CTGTACTCAG GGAAGGCTTT 
GAGAACCTCA TCCACCACAG AGTCATTGAT CCTGCTCTCA TGATCGATAT CCTCACCCTC 
ATGGATTCAG GCGAGAACGA GAGTCTCTTG CAATCGAATG AGTTCATTTA CGCCATCCGC 
GTGTTGATGA TCAACTGGCA CGACATCCAT AAGACTACGC GCGACGGGCT GTTGAAGCTT 
GTCTGGAAGC GACTATGTAT CAAGGACGAC TGGGCTAAGA TCAACAAGAC GAAAGAGGTC 
TCAGATGCGC AGCTCGAAGA CTTCCTGCTT GACACGAACC TTGCTTGGGT GTTCCGGGAG 
ATCATGCACC TTAACAGTGA GTCTCTACGG CTGCATTTGC GAAGAACACA AGCTAACAAG 
AACGCAGCCG CAAATCCGAC CTCAAGAATC GGATGGCCCA AGAGGCTTCA GGATATCATT 
GGTTCAGGTG GCACACACGG AGAGCTGTGT GTGAGGTTCT CTTCGGAGGA CATCCGCGAC 
CCTATCATTA AGGACAACTT GCTCGACGAC GATGTCCTGA AAGAGCACAT CGAGCAGAAC 
AGACTCGATG AATGGTTCGT CGCTGCTTGC GAGGCTGGCA AGAAAGCCTA CCGAGCGGAG 
TGGAGGGGAG CGCACCAACA GCAAGTGCCC TCAATCCAGG TCCAAGAGTA TGCCGAGCAG 
GCACAGACTG CCGGAGAGGT GGCAGATGTG GACATGCAAG ATTCATAG