SNOG_10777 cDNA ORF clone, Parastagonospora nodorum SN15

Gene
Clones
gRNAs

Summary

Gene Symbol	SNOG_10777
Entrez Gene ID	5977944
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Parastagonospora nodorum SN15

mRNA and Protein(s)

mRNA	Protein	Name
XM_001800985.1	XP_001801037.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following SNOG_10777 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SNOG_10777 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
OPf10328	XM_001800985.1 Latest version!	Parastagonospora nodorum SN15 hypothetical protein (SNOG_10777), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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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_10777 ( XM_001800985.1 ) cDNA ORF clone, Parastagonospora nodorum SN15 -> XP_001801037.1 Parastagonospora nodorum SN15 hypothetical protein (SNOG_10777), partial mRNA.

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CloneID	OPf10328
Clone ID Related Accession (Same CDS sequence)	XM_001800985.1
Accession Version	XM_001800985.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3948bp) 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_001884565). COMPLETENESS: incomplete on both ends.

ATGTCAGCTT CACGAACACC ACGCCAAAAG GGCACGCCCA AGCTCAAGAG GTCCAAAGAG 
AAGGATGAGC GTGACTCTGA TTTCGTCGAT GCCGCCACCG ACGATGGCTC GGAGTCAGAT 
TTCGAAACGA GCCTTCCGAC CACAACCAAG ACTGCGCGAA CGACGAAGAC GAAGACCAAG 
ATTGCACCCC AGACCAAGAC TAAGACAGAG CCCAAAACAG CTGCCTCCAA GTCTTCTAGC 
AAAAAGCCCA CCGGAGCGCG ACCCAGGAAG CGGGTCAAAA TATCCGTCGC CGACCCATTG 
CTAGCCGCCA CAGTAGCAGC AAAAATCAGC TTGCAGAAGT TGGAGTTCGA GAATCCCAAC 
ATTGACTTGA ACGATGACGT AACTGTGTAT GGTCAGTTCC TCAAAGCCAT CAAAGATTTT 
GGGCTTCAGT CGCACCCAGG AAAGCCACAC GTGTACACTC CCGTATACAA TAGTACGAGC 
ACCCACATAC TCGACATGCC CCTGTACGAT GAAGCCAACC GCTTCTATGT GTTGCTGGAG 
AGTGAAGTTT CTCTGTACGA CCATGCTTTG ACTGATGGCA GTTCCTCGAA GTGTTGGCGG 
CTACAAGCCC AGAACATTCG CGACCCGGGG TCTGAGCCCA TCGACTTATT TGTTCAGCCT 
TCTATTGTGT CTCCTCTGGG TTCTTGTCCG ACATGCATAA CAAGGAACAA CACAGGAGTG 
CAGTCCGAAG TTATGTGCAG TAGGCAAAAT CCATGCTACC ACTGCGTCAA ACAGAACCTG 
GGTCCTCAGT GCACTGCGAT GCTCGCTCTT GAACGCCAAC AAGGACCAAA CATCATCACG 
GAGCTATTCT GCAAAGATCG CAACCTGGTT ATCCAACTGG GCAAGATTAA AGTGGATGCC 
ATGAACAGGA TGCCAGAGAC TCTGCCTGCA CCTCAGAGAT CGATAGTGGC GTCCTCCGCA 
CACTTTATAA TGCATAGCAT TTGGATCTTC ATTGACATAG CGAGTCTCGT TCGATGGAAG 
CAATTACACA ATCCGACAGT CCATCTCGGT GAACTCAACC TGCGAAGGAA CGGAAGAGTC 
GTGTCAATGT GGAGTGCACA ACATTATGGA GCTCCGATGC CTTGGAAGAG AAACCAGAAC 
CAAGTCAAAT CAAACATGAT CAAAGTCATG TGGACACCTA CCATCTACCC CTACTCTGGC 
CCAACCCACA CTTCGAACCC ATCCAAAACC ATACCCTTGC TCATATCAGC GGTTCAGAAG 
ATGGATGCGC AGAAAGTGGC AGCATGCACA GACCTCCGCA CCTACGCCAT GTTCGGTACA 
CCCGATGACA CCATCACGAC AGATTTAGGA AAGGAGGCTG TGCGCATCGG TCAAGAAATC 
GCGTATCAGC TTGTTGGTCA CATAGGATCG CATCCGGCTC TCCGCGCTGT CATCGATAAC 
AAGAAGAAGT CTTTCCAAGC ATCTGGCGAT ATGCATGCAT ACCGAGGACC AAAGAAGGGA 
AATGGTCCTT ACAACGGGGT TCGAATATGG GGTTTTCCAT ACAAAAATGT CTGGGGCGTC 
ATCCAAATCC GTCCAACCCT GAAAGTGATG GAGGGTTTGA GTGACGAAGT CAACCACACT 
TGGGCCCTTC GCACCCTCAT CGACGACAAG GTATGTCTTG CATACATCAT GCAATCATCA 
CTGGTGGCAC TCGCACAGGG CCATGATCTT GTCAATGTGG TATTCTCGGC TTTCTTAGCG 
GCTGAGTACA TCGAAACTGG CGTCCTTACG AGGGACGATA TTCTCGACAG CTACTGCGCT 
TGCGAGGATG AGGCCATGCG TGCTACTACG GACCATCATT GCATGTGGTG CTTTGCCATA 
GCCACATGTT CACAGACCGC CAGGAAGATT GTTGACGGGA GTGTCCTCGT GGTTTGTCAA 
CAATGCATCG GGCAATCAGA CACTGTCCAG ATTTTCAGGC CGCATGACTT TCTAGTTCGC 
ATTGCTTCTA ACTGTCGCAG TCATCTCGAG AAAGAGAAAA AGTATGGGAT GGTGCATACT 
TGGACCTCCA CAGAATTGGT GAAGGCTATG CAAGACAAAT TTATTACGCC AGGGAACTCA 
GATGAGTGGA AGGACGGCTA CTCTGGAGTT ATGATTCCTT TCAAGGCCCA GACACATGAT 
CCGACGTCGA AGTTGTACAG GTTCGGTGCT CGAAAACATC CGCATGGTAT TTCGATTGAG 
AAGCCTCACC CTTTATGGGT CGATGATGAT GGCAACAAGT CAATGCATGG CCCGGAGAAT 
TGCATCTTCA CCAAGGATTG CATCAATCGT CTGAAGGGTA CTTTCGGGCC CTCTATCCTT 
CCACTGCTCA AGAAATCCCT GCAGCTCAAG AAGCGTTTCG ATGCGGACCC AGCGTGTCGA 
CGGTACATGC CAGATGTTGT AGAAGAATGG AATGTCATCG AGCGTGCCTA CGATAACCAG 
AGAATGATCA GCATGCTGAA TGACTTAAGC ATCCGCGCGC GCATAGAATC GAAAATGCCT 
GATGATCGAC TTCGCCAGGT GATAGCAATG GAGAGGAGCG GGATGTGGGA TGGCAATCTC 
TTGCCGTCGC CTGACAGACT CCGAAGAGCA TTCATCATGA GGGGTGATCG GTTTGCGAGC 
TTTCCAGCTA CGTTTCGTCA GTCTTATCCA ATGTGGACGA AAGAGGAGTG TGAGATCATA 
CTCGGTTGTA TCTCACAGAT CCAGAATGAT CGATCAACCG ACGGCATGAA TCGCCACAAT 
CTTGTTCTAC CTCGACTTGG CAAGAACAAG ATCCCCTGGC CGTGGCGAGA AGACGGCTGT 
CCAGAAGACG CTGACATGGG TTTATTGTTC CGAGAATTTG CTGGGCGACT CCACACGATG 
GCAACTCTTT GCAACAGAAA ACATACGACA AATGAATCTC CAGCCACTCT ATTCATAGAG 
ACTATTGTTC AATGGTTCGA AAAAGGTGGG AAATGCCATA TCTTTGGGTT CGTCATGACC 
CCCTTCATTG GACACCCGAC CAACTACTCA TTCGGACGCG GTCGTGTGCA ACACATGCCG 
GATGGTAAAT TGCGCTATAT CCAAGCCGGT GAACCAATGA AGACTGGATG CAAGACTCTG 
CTGCCGAAAG ACATGGTCAC TGATTACGAT ATCTCGCGAC GCACTATTTC AGTCGAGTCA 
TGGAGGGCCA ACACACTGGA ATTTTGTTAT GAGAATAGCG AAGTTCTGAT GGACCTTCTA 
GAAAAGGCTG TTCTCGATCT ACAAGACGAA TGTGCATGGT ACGGACCAGT TGGCGGCAAG 
GACGATTATC AATACGTACC CATGCCCAAG ACCAAGAGCA AGGTCAAGTG GGCGGCAGCC 
ATGATGCAGA ACAGTGTTGG TGTCGAACTC ACTGCTCCCG ATACCTCGGA ACACGAGCTT 
GATGAAGAAG AAGATGAAGA GGTCGTCACG CTTTCGGAAA ACCACGCACT AGTCCGTGCC 
GTTCAAGAAA CAGGAGATAT CAAGCCACAA GACGAAGCTT CAATGTCGAC GACATCAACG 
CCTGGCGAGG GAGTCGAAGG AATGTTCGCC AATGATGTTA ATATCATCTC TGAGATGAAC 
GTCGATCCTG AGATCAAAAA ACAGTTCACA GATATGCTGA ATCGATACAA AACTGCGATG 
CACAAAAGCA CGGATTCCGG CATTTCATCT TCTCGCCAGA TTGCAGAGGA TGCGCATGTT 
ACTTCCAGCT CCAGAGAAGA TCAAGTGGAA ACTTCACGTC GACAAGGAAT GCTCGAAGGC 
AAGTACGAAG TCTACTCTGA CATATACTCG CGTGATCCCG AAGGCCTTGG TGAAAAAGTG 
GCCCACTGCT TGGAGAACAT GAAAATTGCA GCGGAAGATG GAGATGTCGG CGGCTTCAAG 
AAGGCTGAAG AGATGTTCAA GTACCAGTTG CCACTCATGT TTCCTTGA

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

RefSeq	XP_001801037.1
CDS	1..3948
Translation	MSASRTPRQKGTPKLKRSKEKDERDSDFVDAATDDGSESDFETSLPTTTKTARTTKTKTKIAPQTKTKTEPKTAASKSSSKKPTGARPRKRVKISVADPLLAATVAAKISLQKLEFENPNIDLNDDVTVYGQFLKAIKDFGLQSHPGKPHVYTPVYNSTSTHILDMPLYDEANRFYVLLESEVSLYDHALTDGSSSKCWRLQAQNIRDPGSEPIDLFVQPSIVSPLGSCPTCITRNNTGVQSEVMCSRQNPCYHCVKQNLGPQCTAMLALERQQGPNIITELFCKDRNLVIQLGKIKVDAMNRMPETLPAPQRSIVASSAHFIMHSIWIFIDIASLVRWKQLHNPTVHLGELNLRRNGRVVSMWSAQHYGAPMPWKRNQNQVKSNMIKVMWTPTIYPYSGPTHTSNPSKTIPLLISAVQKMDAQKVAACTDLRTYAMFGTPDDTITTDLGKEAVRIGQEIAYQLVGHIGSHPALRAVIDNKKKSFQASGDMHAYRGPKKGNGPYNGVRIWGFPYKNVWGVIQIRPTLKVMEGLSDEVNHTWALRTLIDDKVCLAYIMQSSLVALAQGHDLVNVVFSAFLAAEYIETGVLTRDDILDSYCACEDEAMRATTDHHCMWCFAIATCSQTARKIVDGSVLVVCQQCIGQSDTVQIFRPHDFLVRIASNCRSHLEKEKKYGMVHTWTSTELVKAMQDKFITPGNSDEWKDGYSGVMIPFKAQTHDPTSKLYRFGARKHPHGISIEKPHPLWVDDDGNKSMHGPENCIFTKDCINRLKGTFGPSILPLLKKSLQLKKRFDADPACRRYMPDVVEEWNVIERAYDNQRMISMLNDLSIRARIESKMPDDRLRQVIAMERSGMWDGNLLPSPDRLRRAFIMRGDRFASFPATFRQSYPMWTKEECEIILGCISQIQNDRSTDGMNRHNLVLPRLGKNKIPWPWREDGCPEDADMGLLFREFAGRLHTMATLCNRKHTTNESPATLFIETIVQWFEKGGKCHIFGFVMTPFIGHPTNYSFGRGRVQHMPDGKLRYIQAGEPMKTGCKTLLPKDMVTDYDISRRTISVESWRANTLEFCYENSEVLMDLLEKAVLDLQDECAWYGPVGGKDDYQYVPMPKTKSKVKWAAAMMQNSVGVELTAPDTSEHELDEEEDEEVVTLSENHALVRAVQETGDIKPQDEASMSTTSTPGEGVEGMFANDVNIISEMNVDPEIKKQFTDMLNRYKTAMHKSTDSGISSSRQIAEDAHVTSSSREDQVETSRRQGMLEGKYEVYSDIYSRDPEGLGEKVAHCLENMKIAAEDGDVGGFKKAEEMFKYQLPLMFP

Target ORF information:

RefSeq Version	XM_001800985.1
Organism	Parastagonospora nodorum SN15
Definition	Parastagonospora nodorum SN15 hypothetical protein (SNOG_10777), partial mRNA.

Target ORF information:

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

XM_001800985.1

ORF Insert Sequence:

ATGTCAGCTT CACGAACACC ACGCCAAAAG GGCACGCCCA AGCTCAAGAG GTCCAAAGAG 
AAGGATGAGC GTGACTCTGA TTTCGTCGAT GCCGCCACCG ACGATGGCTC GGAGTCAGAT 
TTCGAAACGA GCCTTCCGAC CACAACCAAG ACTGCGCGAA CGACGAAGAC GAAGACCAAG 
ATTGCACCCC AGACCAAGAC TAAGACAGAG CCCAAAACAG CTGCCTCCAA GTCTTCTAGC 
AAAAAGCCCA CCGGAGCGCG ACCCAGGAAG CGGGTCAAAA TATCCGTCGC CGACCCATTG 
CTAGCCGCCA CAGTAGCAGC AAAAATCAGC TTGCAGAAGT TGGAGTTCGA GAATCCCAAC 
ATTGACTTGA ACGATGACGT AACTGTGTAT GGTCAGTTCC TCAAAGCCAT CAAAGATTTT 
GGGCTTCAGT CGCACCCAGG AAAGCCACAC GTGTACACTC CCGTATACAA TAGTACGAGC 
ACCCACATAC TCGACATGCC CCTGTACGAT GAAGCCAACC GCTTCTATGT GTTGCTGGAG 
AGTGAAGTTT CTCTGTACGA CCATGCTTTG ACTGATGGCA GTTCCTCGAA GTGTTGGCGG 
CTACAAGCCC AGAACATTCG CGACCCGGGG TCTGAGCCCA TCGACTTATT TGTTCAGCCT 
TCTATTGTGT CTCCTCTGGG TTCTTGTCCG ACATGCATAA CAAGGAACAA CACAGGAGTG 
CAGTCCGAAG TTATGTGCAG TAGGCAAAAT CCATGCTACC ACTGCGTCAA ACAGAACCTG 
GGTCCTCAGT GCACTGCGAT GCTCGCTCTT GAACGCCAAC AAGGACCAAA CATCATCACG 
GAGCTATTCT GCAAAGATCG CAACCTGGTT ATCCAACTGG GCAAGATTAA AGTGGATGCC 
ATGAACAGGA TGCCAGAGAC TCTGCCTGCA CCTCAGAGAT CGATAGTGGC GTCCTCCGCA 
CACTTTATAA TGCATAGCAT TTGGATCTTC ATTGACATAG CGAGTCTCGT TCGATGGAAG 
CAATTACACA ATCCGACAGT CCATCTCGGT GAACTCAACC TGCGAAGGAA CGGAAGAGTC 
GTGTCAATGT GGAGTGCACA ACATTATGGA GCTCCGATGC CTTGGAAGAG AAACCAGAAC 
CAAGTCAAAT CAAACATGAT CAAAGTCATG TGGACACCTA CCATCTACCC CTACTCTGGC 
CCAACCCACA CTTCGAACCC ATCCAAAACC ATACCCTTGC TCATATCAGC GGTTCAGAAG 
ATGGATGCGC AGAAAGTGGC AGCATGCACA GACCTCCGCA CCTACGCCAT GTTCGGTACA 
CCCGATGACA CCATCACGAC AGATTTAGGA AAGGAGGCTG TGCGCATCGG TCAAGAAATC 
GCGTATCAGC TTGTTGGTCA CATAGGATCG CATCCGGCTC TCCGCGCTGT CATCGATAAC 
AAGAAGAAGT CTTTCCAAGC ATCTGGCGAT ATGCATGCAT ACCGAGGACC AAAGAAGGGA 
AATGGTCCTT ACAACGGGGT TCGAATATGG GGTTTTCCAT ACAAAAATGT CTGGGGCGTC 
ATCCAAATCC GTCCAACCCT GAAAGTGATG GAGGGTTTGA GTGACGAAGT CAACCACACT 
TGGGCCCTTC GCACCCTCAT CGACGACAAG GTATGTCTTG CATACATCAT GCAATCATCA 
CTGGTGGCAC TCGCACAGGG CCATGATCTT GTCAATGTGG TATTCTCGGC TTTCTTAGCG 
GCTGAGTACA TCGAAACTGG CGTCCTTACG AGGGACGATA TTCTCGACAG CTACTGCGCT 
TGCGAGGATG AGGCCATGCG TGCTACTACG GACCATCATT GCATGTGGTG CTTTGCCATA 
GCCACATGTT CACAGACCGC CAGGAAGATT GTTGACGGGA GTGTCCTCGT GGTTTGTCAA 
CAATGCATCG GGCAATCAGA CACTGTCCAG ATTTTCAGGC CGCATGACTT TCTAGTTCGC 
ATTGCTTCTA ACTGTCGCAG TCATCTCGAG AAAGAGAAAA AGTATGGGAT GGTGCATACT 
TGGACCTCCA CAGAATTGGT GAAGGCTATG CAAGACAAAT TTATTACGCC AGGGAACTCA 
GATGAGTGGA AGGACGGCTA CTCTGGAGTT ATGATTCCTT TCAAGGCCCA GACACATGAT 
CCGACGTCGA AGTTGTACAG GTTCGGTGCT CGAAAACATC CGCATGGTAT TTCGATTGAG 
AAGCCTCACC CTTTATGGGT CGATGATGAT GGCAACAAGT CAATGCATGG CCCGGAGAAT 
TGCATCTTCA CCAAGGATTG CATCAATCGT CTGAAGGGTA CTTTCGGGCC CTCTATCCTT 
CCACTGCTCA AGAAATCCCT GCAGCTCAAG AAGCGTTTCG ATGCGGACCC AGCGTGTCGA 
CGGTACATGC CAGATGTTGT AGAAGAATGG AATGTCATCG AGCGTGCCTA CGATAACCAG 
AGAATGATCA GCATGCTGAA TGACTTAAGC ATCCGCGCGC GCATAGAATC GAAAATGCCT 
GATGATCGAC TTCGCCAGGT GATAGCAATG GAGAGGAGCG GGATGTGGGA TGGCAATCTC 
TTGCCGTCGC CTGACAGACT CCGAAGAGCA TTCATCATGA GGGGTGATCG GTTTGCGAGC 
TTTCCAGCTA CGTTTCGTCA GTCTTATCCA ATGTGGACGA AAGAGGAGTG TGAGATCATA 
CTCGGTTGTA TCTCACAGAT CCAGAATGAT CGATCAACCG ACGGCATGAA TCGCCACAAT 
CTTGTTCTAC CTCGACTTGG CAAGAACAAG ATCCCCTGGC CGTGGCGAGA AGACGGCTGT 
CCAGAAGACG CTGACATGGG TTTATTGTTC CGAGAATTTG CTGGGCGACT CCACACGATG 
GCAACTCTTT GCAACAGAAA ACATACGACA AATGAATCTC CAGCCACTCT ATTCATAGAG 
ACTATTGTTC AATGGTTCGA AAAAGGTGGG AAATGCCATA TCTTTGGGTT CGTCATGACC 
CCCTTCATTG GACACCCGAC CAACTACTCA TTCGGACGCG GTCGTGTGCA ACACATGCCG 
GATGGTAAAT TGCGCTATAT CCAAGCCGGT GAACCAATGA AGACTGGATG CAAGACTCTG 
CTGCCGAAAG ACATGGTCAC TGATTACGAT ATCTCGCGAC GCACTATTTC AGTCGAGTCA 
TGGAGGGCCA ACACACTGGA ATTTTGTTAT GAGAATAGCG AAGTTCTGAT GGACCTTCTA 
GAAAAGGCTG TTCTCGATCT ACAAGACGAA TGTGCATGGT ACGGACCAGT TGGCGGCAAG 
GACGATTATC AATACGTACC CATGCCCAAG ACCAAGAGCA AGGTCAAGTG GGCGGCAGCC 
ATGATGCAGA ACAGTGTTGG TGTCGAACTC ACTGCTCCCG ATACCTCGGA ACACGAGCTT 
GATGAAGAAG AAGATGAAGA GGTCGTCACG CTTTCGGAAA ACCACGCACT AGTCCGTGCC 
GTTCAAGAAA CAGGAGATAT CAAGCCACAA GACGAAGCTT CAATGTCGAC GACATCAACG 
CCTGGCGAGG GAGTCGAAGG AATGTTCGCC AATGATGTTA ATATCATCTC TGAGATGAAC 
GTCGATCCTG AGATCAAAAA ACAGTTCACA GATATGCTGA ATCGATACAA AACTGCGATG 
CACAAAAGCA CGGATTCCGG CATTTCATCT TCTCGCCAGA TTGCAGAGGA TGCGCATGTT 
ACTTCCAGCT CCAGAGAAGA TCAAGTGGAA ACTTCACGTC GACAAGGAAT GCTCGAAGGC 
AAGTACGAAG TCTACTCTGA CATATACTCG CGTGATCCCG AAGGCCTTGG TGAAAAAGTG 
GCCCACTGCT TGGAGAACAT GAAAATTGCA GCGGAAGATG GAGATGTCGG CGGCTTCAAG 
AAGGCTGAAG AGATGTTCAA GTACCAGTTG CCACTCATGT TTCCTTGA