SNOG_12560 cDNA ORF clone, Parastagonospora nodorum SN15

Gene
Clones
gRNAs

Summary

Gene Symbol	SNOG_12560
Entrez Gene ID	5979692
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Parastagonospora nodorum SN15

mRNA and Protein(s)

mRNA	Protein	Name
XM_001802729.1	XP_001802781.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following SNOG_12560 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SNOG_12560 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
OPf12072	XM_001802729.1 Latest version!	Parastagonospora nodorum SN15 hypothetical protein (SNOG_12560), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00

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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)

SNOG_12560 ( XM_001802729.1 ) cDNA ORF clone, Parastagonospora nodorum SN15 -> XP_001802781.1 Parastagonospora nodorum SN15 hypothetical protein (SNOG_12560), partial mRNA.

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CloneID	OPf12072
Clone ID Related Accession (Same CDS sequence)	XM_001802729.1
Accession Version	XM_001802729.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3573bp) 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_001884571). COMPLETENESS: incomplete on both ends.

ATGGACCCTC TCAGTATTAC CGCGAGCATC GTCGCCCTAC TCCAGCTCTC CAATAAGGTT 
ATTAGTTATC TGAATGATGT CGAAGACGCT TCGAAGGACC GTGCAAAATG CGCTATCGAG 
GCGACGAACT TACATAGTCT GCTTACAAGC CTGAGATTCC GCCTAGAGGA AGGCGATGCT 
AGCAGCCCGT GGTATGCCGC TATCAGGGGT CTGGCCACCA AAAAAGGGCC ACTCGATCAG 
TTCAAAGAGA CACTTGAAGT ATTGCAAGCA AGAATCACCT CAGGCAAGGG TCGGTTCGGC 
CAAGCAATCG ACGTGCTCAC TTGGAAATTC AAGAAAGAAG AGGTTGACCT TATCTTGCAA 
TGCATGGAAC GATTGAAGAC GCTCATTGGG ATAGCACTGC AGATGGACCA TTTCAAATTG 
TCGCAGGCCA TCAGTAACGA CATGACTTTT GTGAGAGGTC TTATGCCCAG CATGCAGGCC 
GATTTAGAGT CGATACAGCA GGGCCTAGAC CGTGCTCAGC TCGATGCTCT CAAAGCCTGG 
ATATCGCCAA TAGACTTCCT GGCTCAACAG TCAGACATTC TCCGCCATCG ACATCAAAAT 
ACAGGACAAT GGTTTCTCAG CGCGCCTGAA TTTACTGATT GGCTCGACGG AGCCACTTCC 
AACAGGACGT TGTTCTGTCC TGGCATGCCG GGAGCTGGTA AAACTATGCT AGCAGCTGTC 
ACTGTTGATC ATCTCGTAAC GAGCGTGCGG ACTAGTACAA CAGGAGTTGC GTGGCTGTAT 
TGCAGCTACA AGTCGCGCAT CGAACAGAAT GTGGAGGCTT TGCTTGAAGC AATCTTGCAG 
CAGCTTGTGC TTGCAAACAC CCCTGGTGTC GTTCAACTTG CAAAACAGTT GCAGCAGCAC 
CACAATACTC GTGGATCCAG GCCAACCAAG GATGAGCTTC TTGAAACTTT ACAAACTTCG 
TCTGCACAGC TTACGAGGTT TTATATCGTC ATCGATGCTC TGGATGAATG CGCAGTGGAA 
AACGGAACTC GCCGCCAGCT TTCAGCCTGT CTTGCTCAGA TGCGAAATAG TACTGACGTA 
TGTCTCATGG TGACCTCGCG TCATATACCA GATATTGTAC AAGAATTCCG CGATGCGTTA 
AAGATCGAGA TCCGCGCGCG TGACGAGGAT ATTAAACCTT TTATACAAGG ACAACTTGAT 
CGGCTTCCCA GATGTGTTCA ACATGATCCG GAGCTACCGC GTATGATACA AGAAAAGGTT 
GCCGGGGCAA TCGACGGGAT GTTCCTGCTA GCTCGACTCT ACATAGATTC ATTGCTTGAC 
AAGCGGACAA AGAGCAAGAT CTGCTCGACA CTCGAGAGGC TATCCAAAGA AGTAAAAACA 
GTCGAGAGAG CCTATGATCA CGCAATTGAG CGGCTTGAGA GCCAGCTCCC TGAAGATGCT 
GCTCTTGCGA AGAGAGTTCT GACCTGGATA GTCTATGCTG AGAGAGCGCT CACTACAAGC 
GAACTCTGTC ATGCTTTAGC CGTGGAATCG GGTGAGACGA GTCTCGATAT AGATAACATA 
CTTGACGAAG CAGATGTTGT GTCGGAGTAT CTCGAGGGCA TCCGCGAGAC TTGGAGCCCC 
GGCGGACAGC TATACATCGC TATTACGTGT CTGACGTATC TTTCTTTCGA CACCTTCCGA 
CACGGCAGGT GCTCGTCTGA CGGTAGGTTG GAGGACCGCT TGATAAAGCA CCCATTCTTC 
GAGTATGCCG CACACAACTG GGGCAAACAT GCGTCAAGTG TCCAGGAGAA TTTGTTCGAT 
CTCGCGGCTT CAATTCTCAC AGACGACGGG TCTATGTCCA GCATTGTTCA GGCGACATCT 
GTCTATCGTT ACGGGCTACA CCTTACTACC GGACATTGGA TAACAGAGAA AGACAATGAC 
TCGCGGACAT GTCTGTACAT CGCAGCATTG CATGGACACG AGCATATGGT CCATATGCTC 
CTTGCAAAAG GTGTTGACGT CAATGAAGAC TGTGGACGCC ATGGTTCTGC ACTATTTGCT 
GCGGTACGGA TGGGGCACAC AGGCACAGTC GAGCTTCTCC TTGACTCGGG TGCTAGTATC 
GAAGCAAAAG CACCAAAGTT GCGCAGCATT CTCCAGATCG CGTTTCAAAA TAACGACAGG 
ACTATGGCAC TACTTCTCCT TCAAAGAGGG GCTGACGCGG CTATCACGGA TCAATTGCAG 
CAAACGCCTC TGGAACTTGC ATGGGTAGAC GCAGGTAGTC CGGGCAAAGA GGGTTGGATC 
CCAATCCATG CAGCAGCTTC CAAAGGGTAT TCGCAGGTAG TCCAAATTCT CATCGAGAAT 
GGCACAAGCC CAAACACAAT GGACAATAGA AGATGGACGC CCATTATGTA TGCCGCCCAA 
CGAGGCCACG TCGAGGCTGT TCGAGTCCTC CTGCTTAACA AAGCTCGTTT AGACATCTAC 
GACAATAACG AGCGAGGTCC AATCCAGATG GCATCGTACC ATGGTTTTCC CAAAGTGGTC 
GAGCAACTTG CCACATTCGA TCCCTCGTTG GATATGCGAG ATAGGAGAGG TTCGACTGCG 
CTCCACGAAG CAGCAGCCCA AGGCCACCTC GATGTCGTGC TGCTTCTTCT TGGAAGAGGT 
GCGGATGCAA ATATATGCGA CAATCAGAAA AGAACTCCAA TCATCGCGGC GTCATCTCAC 
GGTCATGCTG AAGTTGTCCG AACGCTCATG CACCACGGAG CCAACCTTCC TGCAACAGTG 
TTCAACGGAT GGCCCGCGCT AACAATGGCA GCACACAACG GCCACGATGA CATAGTTGAG 
ATGCTTCTTC CGACCTGTTC TGGATCCCAG GTTGCATCCA GCATACCCGT CTCTTTCTTG 
TTCCTGCTTG TGGAGAAGGG CCGCCTTAGC ACATTACAAC TGATCAACTC CCAGCTCAAG 
ATAGATTTCG CTTGCTCAGA TCCGCACGGC GGTAGTTTAC TCCACGCCGC TGTCCTTCAC 
CGACAATACG ACACCTTCAC GTTCCTCAAA GATCTCGGCC TGGACATGTT CGCGATCGAC 
CAAAAGGGTG ACGATCTAAT CTGCTATGCC GCATCGTCCG GCTCATTGCC GCTACTTGAC 
GCCGTCCGAA GGTATGTGCC TCTTACGCGG GCGTCTAGTG AGCGCGGCTG GAGCCCTCTG 
CATTGGGCTT GCAAAGTGGG CGCACAATCT GTCGTGGAAC GACTGGTACA AGCAGGCGAA 
CGCGGCCAGA GCTTCGCGAC CCATCAACCG GCAAGCAACT GGAACCCCGT TGACATCGCC 
ATCTATCATG GACACATGGA CATGTTACAG GATCTATCCT CTGAGTGCAA GAATGCGCTG 
GGTCCAATGA CTCCTGGACG CAAACCTGCA AAAATCGTTG CTAATATCAT GTGCGATGGG 
TGCCATCATG TGGTGTTCGG AGCAAGATTC CGTTGCCGCA CGTGTTACGA CTTTGACTAT 
TGTTTCATGT GTAAGCCGTT GCCCGATCAT CTACATGAAG GCCATGGGTG GGATTACGAT 
GAGTCGCTGA TCTCGACTTC GGATTTCGAG TAG

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

RefSeq	XP_001802781.1
CDS	1..3573
Translation	MDPLSITASIVALLQLSNKVISYLNDVEDASKDRAKCAIEATNLHSLLTSLRFRLEEGDASSPWYAAIRGLATKKGPLDQFKETLEVLQARITSGKGRFGQAIDVLTWKFKKEEVDLILQCMERLKTLIGIALQMDHFKLSQAISNDMTFVRGLMPSMQADLESIQQGLDRAQLDALKAWISPIDFLAQQSDILRHRHQNTGQWFLSAPEFTDWLDGATSNRTLFCPGMPGAGKTMLAAVTVDHLVTSVRTSTTGVAWLYCSYKSRIEQNVEALLEAILQQLVLANTPGVVQLAKQLQQHHNTRGSRPTKDELLETLQTSSAQLTRFYIVIDALDECAVENGTRRQLSACLAQMRNSTDVCLMVTSRHIPDIVQEFRDALKIEIRARDEDIKPFIQGQLDRLPRCVQHDPELPRMIQEKVAGAIDGMFLLARLYIDSLLDKRTKSKICSTLERLSKEVKTVERAYDHAIERLESQLPEDAALAKRVLTWIVYAERALTTSELCHALAVESGETSLDIDNILDEADVVSEYLEGIRETWSPGGQLYIAITCLTYLSFDTFRHGRCSSDGRLEDRLIKHPFFEYAAHNWGKHASSVQENLFDLAASILTDDGSMSSIVQATSVYRYGLHLTTGHWITEKDNDSRTCLYIAALHGHEHMVHMLLAKGVDVNEDCGRHGSALFAAVRMGHTGTVELLLDSGASIEAKAPKLRSILQIAFQNNDRTMALLLLQRGADAAITDQLQQTPLELAWVDAGSPGKEGWIPIHAAASKGYSQVVQILIENGTSPNTMDNRRWTPIMYAAQRGHVEAVRVLLLNKARLDIYDNNERGPIQMASYHGFPKVVEQLATFDPSLDMRDRRGSTALHEAAAQGHLDVVLLLLGRGADANICDNQKRTPIIAASSHGHAEVVRTLMHHGANLPATVFNGWPALTMAAHNGHDDIVEMLLPTCSGSQVASSIPVSFLFLLVEKGRLSTLQLINSQLKIDFACSDPHGGSLLHAAVLHRQYDTFTFLKDLGLDMFAIDQKGDDLICYAASSGSLPLLDAVRRYVPLTRASSERGWSPLHWACKVGAQSVVERLVQAGERGQSFATHQPASNWNPVDIAIYHGHMDMLQDLSSECKNALGPMTPGRKPAKIVANIMCDGCHHVVFGARFRCRTCYDFDYCFMCKPLPDHLHEGHGWDYDESLISTSDFE

Target ORF information:

RefSeq Version	XM_001802729.1
Organism	Parastagonospora nodorum SN15
Definition	Parastagonospora nodorum SN15 hypothetical protein (SNOG_12560), partial mRNA.

Target ORF information:

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

XM_001802729.1

ORF Insert Sequence:

ATGGACCCTC TCAGTATTAC CGCGAGCATC GTCGCCCTAC TCCAGCTCTC CAATAAGGTT 
ATTAGTTATC TGAATGATGT CGAAGACGCT TCGAAGGACC GTGCAAAATG CGCTATCGAG 
GCGACGAACT TACATAGTCT GCTTACAAGC CTGAGATTCC GCCTAGAGGA AGGCGATGCT 
AGCAGCCCGT GGTATGCCGC TATCAGGGGT CTGGCCACCA AAAAAGGGCC ACTCGATCAG 
TTCAAAGAGA CACTTGAAGT ATTGCAAGCA AGAATCACCT CAGGCAAGGG TCGGTTCGGC 
CAAGCAATCG ACGTGCTCAC TTGGAAATTC AAGAAAGAAG AGGTTGACCT TATCTTGCAA 
TGCATGGAAC GATTGAAGAC GCTCATTGGG ATAGCACTGC AGATGGACCA TTTCAAATTG 
TCGCAGGCCA TCAGTAACGA CATGACTTTT GTGAGAGGTC TTATGCCCAG CATGCAGGCC 
GATTTAGAGT CGATACAGCA GGGCCTAGAC CGTGCTCAGC TCGATGCTCT CAAAGCCTGG 
ATATCGCCAA TAGACTTCCT GGCTCAACAG TCAGACATTC TCCGCCATCG ACATCAAAAT 
ACAGGACAAT GGTTTCTCAG CGCGCCTGAA TTTACTGATT GGCTCGACGG AGCCACTTCC 
AACAGGACGT TGTTCTGTCC TGGCATGCCG GGAGCTGGTA AAACTATGCT AGCAGCTGTC 
ACTGTTGATC ATCTCGTAAC GAGCGTGCGG ACTAGTACAA CAGGAGTTGC GTGGCTGTAT 
TGCAGCTACA AGTCGCGCAT CGAACAGAAT GTGGAGGCTT TGCTTGAAGC AATCTTGCAG 
CAGCTTGTGC TTGCAAACAC CCCTGGTGTC GTTCAACTTG CAAAACAGTT GCAGCAGCAC 
CACAATACTC GTGGATCCAG GCCAACCAAG GATGAGCTTC TTGAAACTTT ACAAACTTCG 
TCTGCACAGC TTACGAGGTT TTATATCGTC ATCGATGCTC TGGATGAATG CGCAGTGGAA 
AACGGAACTC GCCGCCAGCT TTCAGCCTGT CTTGCTCAGA TGCGAAATAG TACTGACGTA 
TGTCTCATGG TGACCTCGCG TCATATACCA GATATTGTAC AAGAATTCCG CGATGCGTTA 
AAGATCGAGA TCCGCGCGCG TGACGAGGAT ATTAAACCTT TTATACAAGG ACAACTTGAT 
CGGCTTCCCA GATGTGTTCA ACATGATCCG GAGCTACCGC GTATGATACA AGAAAAGGTT 
GCCGGGGCAA TCGACGGGAT GTTCCTGCTA GCTCGACTCT ACATAGATTC ATTGCTTGAC 
AAGCGGACAA AGAGCAAGAT CTGCTCGACA CTCGAGAGGC TATCCAAAGA AGTAAAAACA 
GTCGAGAGAG CCTATGATCA CGCAATTGAG CGGCTTGAGA GCCAGCTCCC TGAAGATGCT 
GCTCTTGCGA AGAGAGTTCT GACCTGGATA GTCTATGCTG AGAGAGCGCT CACTACAAGC 
GAACTCTGTC ATGCTTTAGC CGTGGAATCG GGTGAGACGA GTCTCGATAT AGATAACATA 
CTTGACGAAG CAGATGTTGT GTCGGAGTAT CTCGAGGGCA TCCGCGAGAC TTGGAGCCCC 
GGCGGACAGC TATACATCGC TATTACGTGT CTGACGTATC TTTCTTTCGA CACCTTCCGA 
CACGGCAGGT GCTCGTCTGA CGGTAGGTTG GAGGACCGCT TGATAAAGCA CCCATTCTTC 
GAGTATGCCG CACACAACTG GGGCAAACAT GCGTCAAGTG TCCAGGAGAA TTTGTTCGAT 
CTCGCGGCTT CAATTCTCAC AGACGACGGG TCTATGTCCA GCATTGTTCA GGCGACATCT 
GTCTATCGTT ACGGGCTACA CCTTACTACC GGACATTGGA TAACAGAGAA AGACAATGAC 
TCGCGGACAT GTCTGTACAT CGCAGCATTG CATGGACACG AGCATATGGT CCATATGCTC 
CTTGCAAAAG GTGTTGACGT CAATGAAGAC TGTGGACGCC ATGGTTCTGC ACTATTTGCT 
GCGGTACGGA TGGGGCACAC AGGCACAGTC GAGCTTCTCC TTGACTCGGG TGCTAGTATC 
GAAGCAAAAG CACCAAAGTT GCGCAGCATT CTCCAGATCG CGTTTCAAAA TAACGACAGG 
ACTATGGCAC TACTTCTCCT TCAAAGAGGG GCTGACGCGG CTATCACGGA TCAATTGCAG 
CAAACGCCTC TGGAACTTGC ATGGGTAGAC GCAGGTAGTC CGGGCAAAGA GGGTTGGATC 
CCAATCCATG CAGCAGCTTC CAAAGGGTAT TCGCAGGTAG TCCAAATTCT CATCGAGAAT 
GGCACAAGCC CAAACACAAT GGACAATAGA AGATGGACGC CCATTATGTA TGCCGCCCAA 
CGAGGCCACG TCGAGGCTGT TCGAGTCCTC CTGCTTAACA AAGCTCGTTT AGACATCTAC 
GACAATAACG AGCGAGGTCC AATCCAGATG GCATCGTACC ATGGTTTTCC CAAAGTGGTC 
GAGCAACTTG CCACATTCGA TCCCTCGTTG GATATGCGAG ATAGGAGAGG TTCGACTGCG 
CTCCACGAAG CAGCAGCCCA AGGCCACCTC GATGTCGTGC TGCTTCTTCT TGGAAGAGGT 
GCGGATGCAA ATATATGCGA CAATCAGAAA AGAACTCCAA TCATCGCGGC GTCATCTCAC 
GGTCATGCTG AAGTTGTCCG AACGCTCATG CACCACGGAG CCAACCTTCC TGCAACAGTG 
TTCAACGGAT GGCCCGCGCT AACAATGGCA GCACACAACG GCCACGATGA CATAGTTGAG 
ATGCTTCTTC CGACCTGTTC TGGATCCCAG GTTGCATCCA GCATACCCGT CTCTTTCTTG 
TTCCTGCTTG TGGAGAAGGG CCGCCTTAGC ACATTACAAC TGATCAACTC CCAGCTCAAG 
ATAGATTTCG CTTGCTCAGA TCCGCACGGC GGTAGTTTAC TCCACGCCGC TGTCCTTCAC 
CGACAATACG ACACCTTCAC GTTCCTCAAA GATCTCGGCC TGGACATGTT CGCGATCGAC 
CAAAAGGGTG ACGATCTAAT CTGCTATGCC GCATCGTCCG GCTCATTGCC GCTACTTGAC 
GCCGTCCGAA GGTATGTGCC TCTTACGCGG GCGTCTAGTG AGCGCGGCTG GAGCCCTCTG 
CATTGGGCTT GCAAAGTGGG CGCACAATCT GTCGTGGAAC GACTGGTACA AGCAGGCGAA 
CGCGGCCAGA GCTTCGCGAC CCATCAACCG GCAAGCAACT GGAACCCCGT TGACATCGCC 
ATCTATCATG GACACATGGA CATGTTACAG GATCTATCCT CTGAGTGCAA GAATGCGCTG 
GGTCCAATGA CTCCTGGACG CAAACCTGCA AAAATCGTTG CTAATATCAT GTGCGATGGG 
TGCCATCATG TGGTGTTCGG AGCAAGATTC CGTTGCCGCA CGTGTTACGA CTTTGACTAT 
TGTTTCATGT GTAAGCCGTT GCCCGATCAT CTACATGAAG GCCATGGGTG GGATTACGAT 
GAGTCGCTGA TCTCGACTTC GGATTTCGAG TAG