SNOG_09566 cDNA ORF clone, Parastagonospora nodorum SN15

Gene
Clones
gRNAs

Summary

Gene Symbol	SNOG_09566
Entrez Gene ID	5976760
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Parastagonospora nodorum SN15

mRNA and Protein(s)

mRNA	Protein	Name
XM_001799803.1	XP_001799855.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following SNOG_09566 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SNOG_09566 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
OPf09151	XM_001799803.1 Latest version!	Parastagonospora nodorum SN15 hypothetical protein (SNOG_09566), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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_09566 ( XM_001799803.1 ) cDNA ORF clone, Parastagonospora nodorum SN15 -> XP_001799855.1 Parastagonospora nodorum SN15 hypothetical protein (SNOG_09566), partial mRNA.

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CloneID	OPf09151
Clone ID Related Accession (Same CDS sequence)	XM_001799803.1
Accession Version	XM_001799803.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4689bp) 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	1504540800000
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_001884563). COMPLETENESS: incomplete on both ends.

ATGGCGACGG ACGACGCTGT ATCCGCGCAT GCGCACCGTC TCGATGAAGT GCACGACACA 
GTTATTGAAG CCACCGACGC GTCCCTCACC CATGAAGAAG ACGACCCCAG ACCCAAGACC 
GCCGACAAAG AAGACGCAGA CTCATGCCGC ATATGCCGTG GTGAGGGATC TGTGGACGAG 
CCTCTGTTCT ACCCGTGCAA GTGCAGTGGC AGCATCAAGT ATGTCCACCA GGAGTGCCTC 
ATGGAGTGGC TGTCCCATAC ACAGAAGAAG CATTGCGAGC TGTGCAAGAC TTCGTTTCGC 
TTCACCAAGC TCTACCACCC AGGCATGCCG AACCGCATCC CGACCGCCGT CTTCATGCGC 
CGTGCCGCCC TGCACGTCGT CAACATGTTC CTGACCTGGT GTCGGGCGGT ACTGGTCGCT 
TGCGTCTGGC TGCTCGTCCT TCCGTGGTGT ATGCGCGTGG TCTGGCGAAG CCTTTTCTGG 
GTCGGTGACG GGGGATGGTC GCATGACATG TACTTGGAGT CGACAGAGGC AGTAGAGAAC 
TCCAGGCTCA CTTCCTTCAA CATGAGTGCC TTTCGCGCTC CAGCCGACAA GATCAGCACT 
GCTGCTAACG AGAGCCGCTC ATCGTCGGAT TCTTTCCTCT CGGTGCCATT CGGTTCCTAT 
AACGCATCGG CCCCCGAGCT TGCCGTCTGG ACTTTTACTA AGCGCCTGCT CTTTGGCTTT 
CCATTGCCAC TCGCGTCCCT ATCAGTACCC CATGTCAACC AGACGTCCAT TAACGCGACC 
TCCGACCCGC TTGGTATCCG AAGTCCTTCT TTATTGTCGG ACGTGCCCTT CTTCAACTGG 
TTCGATTCGC AGACTGCAAA CCGTTTCATC ATCGATGTGC TAGAAGGTCA AATCATTACC 
TTACTAGTCG TTGTGGCATT CATATTGATA TTCCTTATTC GGGAATGGGT CGTCCAACAA 
CAACCAGTGA TCAACATGGT TGCACTTCGC GACAATGCGG CTGCACAACT GGCTGCAGAT 
CATGAAGCGG GGGCCCAGAA TGTTCCGGAG GACAACAATG AAGATGATGA CGAGGAAGAG 
GAGGATAGCG ATGATGACGA TAACGATAAT GAGGCAGCAC AGGCAGCTCA CTATGAGGCC 
ATTCAGACTA CGGATACTGC ACCCGCCCCC AGAGACCCAG ATGATCTCTT CAGACCTGCG 
AACACAGTCG CTCGACGGGA CAACCCTCGC TCCTCTGACC ATGAAGCTGG AGAATCGTCT 
CGCGACGCAG TCAACGCACC ACCCGGAAGC AACTCACTTC AATCTGCGAA GCCGACGACT 
GAAGCTAGTA ATGCTGAATC ATCCAGAATG CTTGAATCTT CACAAAGACC ACTTATGCCA 
GAAAGGGACC AGTCATTTGT TGCCACTGGG ATTCGGCGCA GCCTAGAAGA GGGCAACGAC 
TGGTCGTTCG AGAACGTTCC ACAGAGACCG CAAGGCACCA ATGCTGGGAC AGTTGACATT 
CCCAACTCTT GGGAGGACGA ATATCCTGAA GACGCAGAGG GGCAAGATAG TGAGCATAGT 
GGTGAAAGCT GGCAACAAGT TGCCGATGTT GTCGCAGATA CCGACTCCGA CCAAGTGCTG 
GAAGGAGGTA GGTCGCGAGA CAAGGGCAAG GCCAAAGCCG ATGATGAAAC GGGCGCATTT 
CTATCCGAGC CTGATCTTCA AGAGAACAAC GACCTGCATA CACCAGTTGC GAACGCGGTA 
GAGACGACTT CCGACATCGA CGCCTCTTCT GCAAAGTCGC AACAAGGGTC AGAGGCCTCT 
TTCGATTTTC CAGACTCTGA GGAAGAACAG TCAGGTCAAG AAGAGGCTAC CGCCGCTCCA 
ACTTCGGGTG AGACGTCTGG GCCTCAGGCT GGAGCTGTTC TGCTGCCACA GCCACAGCCA 
GGTGTGATAG ATCAGGCGTT GGAATGGATG TTTGGTGACG TTGCACCTGC CGTACCTGCA 
GCGGAAGAGC CCAGAAACGA CGAGCACGTA GTTCGCGACC TTGCGGACGA GGCTCCGTTT 
GTGCCTTTTG CAGGGAATGA GCCACAAGTT CCCGTTGAGC CTCCAGCCCC GGATCCTGAC 
GTTGCTGCTG CCGCTGCCCG AGCTGGCATC GATGTCAACG ACCAAGAAGC AATAGAAGAC 
GCAGAGGACC TTGAAGGTAT CCTTGAGCTC ATTGGCATGC AAGGTCCAAT CATTGGACTT 
TTCCAGAATG TCCTGTTCAG TGCAGTGCTG ATCTCCGCCA CTTTGGCCTG CGCCGTATGG 
TTGCCTTACC TGTGGGGCAA AGTAGTCATT CTATTCATGG GCAGCCCTGT CGCACTTCTT 
GTCAAGCTCC CGTTGCAGCT CATTGCCACG GTGACGGACC TGATTGTAGA TCTTGCACTA 
GTGGTCATGG CTGGCATTAC GTATTGGGGT TCACAGCTAG TCTCGACGGC TGTACATCTT 
TGTGCGAAAG GCAATTTCCC TCAGTCTGTG GACAGTCGGC TGGCCTCCAT GTCGGCCACC 
ATGCGAACTC TTGCAGAGGG CGCCATGGAT CTCTCCGTTG ACACCCCGGC CGGACTATTT 
CAGACTATCG GTCAACTCCC ATATGGCACT GCGGGCACTC CAGAATTCTA CATCAGCTGC 
GCTGAACGAA ACGAGTGCTT TTGCAAATAC GTTCCTGGAG CAGGCGTCCT CCGATTCCCC 
TATCAAATTC CTATGGAGGA CCATTTCCGG ACTACCCCAG GTCCTCCAGA TTGGAGTGTA 
TCTTTCATCT GGACCTCAAA ATCATACAAG ATCACTCTTG ATGTGGACTT GGGCCACAGT 
GCAACTGCTG ATTACACTGC AGTGGAGCGC TGGACAGCCA GTGATCGCAT GGTCGCCATC 
TTCGCTGGCT ACGCCTCTTT TGCAGTGGCT GGCGCTGTAT ACCTCAAACG CGGATCATCT 
TTCAGCACCT CGCAACAGGG TCAGAGGATC GAGCGCATCA TTTCTGATGT TCTACAACAA 
GCCGGTGGGG TGCTCAAGGT CATCTTGATC ATCAGCATAG AGATGCTGGC TTTTCCACTG 
TACTGTGGTC TTCTCCTCGA TCTCGCCATG CTCCCACTCT TCAAGAACGC TACCCTCTAT 
ACTCGCTGGC AATTTGCTTG TAATAGTCCA TGGACATCTG GCTTCGTACA TTGGTTCATT 
GGCACCTGTT ACATGTTCCA CTTCGCATTG TTCGTCTCTA TGTGCCGCAA GATCATGCGC 
AAGGGCGTAC TCTACTTTAT TCGCGATCCA GACGATCCGA CGTTCCATCC CGTCCGCGAC 
GTTCTCGAGC GCAGTGTCAC TACTCAGCTG CGCAAGATAG CATTCAGCGC TTTGGTGTAT 
GGCGCACTGG TCATTGTCTG CCTTGGAGCC GTGCAACATC TGGTGTGCTC CCAATCCATT 
GGACGACCGA GGCTCCATCT CTTGAATTTC CATTGGATCT CCTCTTCTAT CAACTTCTTG 
ACTCCTGTTA TCATCAAGGC GTACAAGCCG AGCGACAGCA TACATGCCAT ATACAAATGG 
TGCTTCATGA AATGTGCTCG CATCTTGAAG CTCCACAGTT TCCTCTTTGG TGGCACGATT 
GCCTTCGGGG CACCAAAGAA CGGTCGATAT GTCCGTGCTC CTGCATCGGA TCAAGCCCGC 
ATTCCCAAAG GTCAACCTGT CTTTGTTGAT GTCGATCACA ACAACGTGCG CCGAGATGGA 
GTCACTGTGG GCGGCGTCCA CAACTCGGAT CTGGTGACCA TGGTCTACAT TCCGAACTGG 
TTCCGTGTTC GCATCTTCGC ATTCGTCATC ACAATATGGA TACTGATGGG TCTGAGTGGC 
GTTGGTGTCA CAATTCTGCC TATGCTCCTG GGTCGGTATC TATTCTCTCT CGTACTCCCA 
GATACAGTCG AGATGAACGA TATACACGCC TTCTCGCTTG GCGTGTACAC ACTGGGCAGT 
ATCGCTTACT CTGGCTACCA CGCGTACAAT TTCATCTCGA GCCTCAACCA GCCGGTCCCG 
TCACCACTCG CAACACTCCA AACGATCGCC ACCACAACTT CCCGTGTCGG CCTGCGTGTC 
CTTCGCTTCA CGTACGTTTG GTTCGGTCTT GTATTCGCTA TTCCCCTCGC ATTCGCTATC 
CTCATTGAAC TTTACTTCCT CATGCCACTA CATGCCTACC TGGGCCCCGG AGAACCCCAC 
GTTGTGCACC TCATCCAAGA CTGGAGCCTA GGCTTCTTGT ACTCGCGCGT TGCTGCTCAG 
ATGATCTTTG CGAATCGCCA GTCTCGTCCC GCCCGAGCTT TCAATGCGGT CATCGCTGAC 
GGATACCTCT ACCCCAATGC ACGCATCGCA ACGCGCTGCT TCCTACTTCC AATCGCAGCC 
CTGTGGCTCA TCGCCATTGC TGTTCCCTCT TCACTTGCAT ACACGACATC TTACACCATG 
TACGCTGGAG CGTCCGAGCA GACGCGTAAC ATGGTCTGGC GCTTCAGCTT CCCAGCTGTC 
GGACTCAGCA TCGTGGCCAT GTGGGCGAGC AAAGAGGCGG TCAGGATGTT GACGCGCTGG 
AGACTTGTAG TGAGGGATGA GGTGTATCTT ATCGGAGAGC GGTTACATAA CTTTGGAGAG 
AGGAAGGCTG GAACGCAGAG TCGGGCGACG GAAGAGGCGA TTAGTGCGGC AGGAATGGAG 
GTCAGGTAG

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

RefSeq	XP_001799855.1
CDS	1..4689
Translation	MATDDAVSAHAHRLDEVHDTVIEATDASLTHEEDDPRPKTADKEDADSCRICRGEGSVDEPLFYPCKCSGSIKYVHQECLMEWLSHTQKKHCELCKTSFRFTKLYHPGMPNRIPTAVFMRRAALHVVNMFLTWCRAVLVACVWLLVLPWCMRVVWRSLFWVGDGGWSHDMYLESTEAVENSRLTSFNMSAFRAPADKISTAANESRSSSDSFLSVPFGSYNASAPELAVWTFTKRLLFGFPLPLASLSVPHVNQTSINATSDPLGIRSPSLLSDVPFFNWFDSQTANRFIIDVLEGQIITLLVVVAFILIFLIREWVVQQQPVINMVALRDNAAAQLAADHEAGAQNVPEDNNEDDDEEEEDSDDDDNDNEAAQAAHYEAIQTTDTAPAPRDPDDLFRPANTVARRDNPRSSDHEAGESSRDAVNAPPGSNSLQSAKPTTEASNAESSRMLESSQRPLMPERDQSFVATGIRRSLEEGNDWSFENVPQRPQGTNAGTVDIPNSWEDEYPEDAEGQDSEHSGESWQQVADVVADTDSDQVLEGGRSRDKGKAKADDETGAFLSEPDLQENNDLHTPVANAVETTSDIDASSAKSQQGSEASFDFPDSEEEQSGQEEATAAPTSGETSGPQAGAVLLPQPQPGVIDQALEWMFGDVAPAVPAAEEPRNDEHVVRDLADEAPFVPFAGNEPQVPVEPPAPDPDVAAAAARAGIDVNDQEAIEDAEDLEGILELIGMQGPIIGLFQNVLFSAVLISATLACAVWLPYLWGKVVILFMGSPVALLVKLPLQLIATVTDLIVDLALVVMAGITYWGSQLVSTAVHLCAKGNFPQSVDSRLASMSATMRTLAEGAMDLSVDTPAGLFQTIGQLPYGTAGTPEFYISCAERNECFCKYVPGAGVLRFPYQIPMEDHFRTTPGPPDWSVSFIWTSKSYKITLDVDLGHSATADYTAVERWTASDRMVAIFAGYASFAVAGAVYLKRGSSFSTSQQGQRIERIISDVLQQAGGVLKVILIISIEMLAFPLYCGLLLDLAMLPLFKNATLYTRWQFACNSPWTSGFVHWFIGTCYMFHFALFVSMCRKIMRKGVLYFIRDPDDPTFHPVRDVLERSVTTQLRKIAFSALVYGALVIVCLGAVQHLVCSQSIGRPRLHLLNFHWISSSINFLTPVIIKAYKPSDSIHAIYKWCFMKCARILKLHSFLFGGTIAFGAPKNGRYVRAPASDQARIPKGQPVFVDVDHNNVRRDGVTVGGVHNSDLVTMVYIPNWFRVRIFAFVITIWILMGLSGVGVTILPMLLGRYLFSLVLPDTVEMNDIHAFSLGVYTLGSIAYSGYHAYNFISSLNQPVPSPLATLQTIATTTSRVGLRVLRFTYVWFGLVFAIPLAFAILIELYFLMPLHAYLGPGEPHVVHLIQDWSLGFLYSRVAAQMIFANRQSRPARAFNAVIADGYLYPNARIATRCFLLPIAALWLIAIAVPSSLAYTTSYTMYAGASEQTRNMVWRFSFPAVGLSIVAMWASKEAVRMLTRWRLVVRDEVYLIGERLHNFGERKAGTQSRATEEAISAAGMEVR

Target ORF information:

RefSeq Version	XM_001799803.1
Organism	Parastagonospora nodorum SN15
Definition	Parastagonospora nodorum SN15 hypothetical protein (SNOG_09566), partial mRNA.

Target ORF information:

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

XM_001799803.1

ORF Insert Sequence:

ATGGCGACGG ACGACGCTGT ATCCGCGCAT GCGCACCGTC TCGATGAAGT GCACGACACA 
GTTATTGAAG CCACCGACGC GTCCCTCACC CATGAAGAAG ACGACCCCAG ACCCAAGACC 
GCCGACAAAG AAGACGCAGA CTCATGCCGC ATATGCCGTG GTGAGGGATC TGTGGACGAG 
CCTCTGTTCT ACCCGTGCAA GTGCAGTGGC AGCATCAAGT ATGTCCACCA GGAGTGCCTC 
ATGGAGTGGC TGTCCCATAC ACAGAAGAAG CATTGCGAGC TGTGCAAGAC TTCGTTTCGC 
TTCACCAAGC TCTACCACCC AGGCATGCCG AACCGCATCC CGACCGCCGT CTTCATGCGC 
CGTGCCGCCC TGCACGTCGT CAACATGTTC CTGACCTGGT GTCGGGCGGT ACTGGTCGCT 
TGCGTCTGGC TGCTCGTCCT TCCGTGGTGT ATGCGCGTGG TCTGGCGAAG CCTTTTCTGG 
GTCGGTGACG GGGGATGGTC GCATGACATG TACTTGGAGT CGACAGAGGC AGTAGAGAAC 
TCCAGGCTCA CTTCCTTCAA CATGAGTGCC TTTCGCGCTC CAGCCGACAA GATCAGCACT 
GCTGCTAACG AGAGCCGCTC ATCGTCGGAT TCTTTCCTCT CGGTGCCATT CGGTTCCTAT 
AACGCATCGG CCCCCGAGCT TGCCGTCTGG ACTTTTACTA AGCGCCTGCT CTTTGGCTTT 
CCATTGCCAC TCGCGTCCCT ATCAGTACCC CATGTCAACC AGACGTCCAT TAACGCGACC 
TCCGACCCGC TTGGTATCCG AAGTCCTTCT TTATTGTCGG ACGTGCCCTT CTTCAACTGG 
TTCGATTCGC AGACTGCAAA CCGTTTCATC ATCGATGTGC TAGAAGGTCA AATCATTACC 
TTACTAGTCG TTGTGGCATT CATATTGATA TTCCTTATTC GGGAATGGGT CGTCCAACAA 
CAACCAGTGA TCAACATGGT TGCACTTCGC GACAATGCGG CTGCACAACT GGCTGCAGAT 
CATGAAGCGG GGGCCCAGAA TGTTCCGGAG GACAACAATG AAGATGATGA CGAGGAAGAG 
GAGGATAGCG ATGATGACGA TAACGATAAT GAGGCAGCAC AGGCAGCTCA CTATGAGGCC 
ATTCAGACTA CGGATACTGC ACCCGCCCCC AGAGACCCAG ATGATCTCTT CAGACCTGCG 
AACACAGTCG CTCGACGGGA CAACCCTCGC TCCTCTGACC ATGAAGCTGG AGAATCGTCT 
CGCGACGCAG TCAACGCACC ACCCGGAAGC AACTCACTTC AATCTGCGAA GCCGACGACT 
GAAGCTAGTA ATGCTGAATC ATCCAGAATG CTTGAATCTT CACAAAGACC ACTTATGCCA 
GAAAGGGACC AGTCATTTGT TGCCACTGGG ATTCGGCGCA GCCTAGAAGA GGGCAACGAC 
TGGTCGTTCG AGAACGTTCC ACAGAGACCG CAAGGCACCA ATGCTGGGAC AGTTGACATT 
CCCAACTCTT GGGAGGACGA ATATCCTGAA GACGCAGAGG GGCAAGATAG TGAGCATAGT 
GGTGAAAGCT GGCAACAAGT TGCCGATGTT GTCGCAGATA CCGACTCCGA CCAAGTGCTG 
GAAGGAGGTA GGTCGCGAGA CAAGGGCAAG GCCAAAGCCG ATGATGAAAC GGGCGCATTT 
CTATCCGAGC CTGATCTTCA AGAGAACAAC GACCTGCATA CACCAGTTGC GAACGCGGTA 
GAGACGACTT CCGACATCGA CGCCTCTTCT GCAAAGTCGC AACAAGGGTC AGAGGCCTCT 
TTCGATTTTC CAGACTCTGA GGAAGAACAG TCAGGTCAAG AAGAGGCTAC CGCCGCTCCA 
ACTTCGGGTG AGACGTCTGG GCCTCAGGCT GGAGCTGTTC TGCTGCCACA GCCACAGCCA 
GGTGTGATAG ATCAGGCGTT GGAATGGATG TTTGGTGACG TTGCACCTGC CGTACCTGCA 
GCGGAAGAGC CCAGAAACGA CGAGCACGTA GTTCGCGACC TTGCGGACGA GGCTCCGTTT 
GTGCCTTTTG CAGGGAATGA GCCACAAGTT CCCGTTGAGC CTCCAGCCCC GGATCCTGAC 
GTTGCTGCTG CCGCTGCCCG AGCTGGCATC GATGTCAACG ACCAAGAAGC AATAGAAGAC 
GCAGAGGACC TTGAAGGTAT CCTTGAGCTC ATTGGCATGC AAGGTCCAAT CATTGGACTT 
TTCCAGAATG TCCTGTTCAG TGCAGTGCTG ATCTCCGCCA CTTTGGCCTG CGCCGTATGG 
TTGCCTTACC TGTGGGGCAA AGTAGTCATT CTATTCATGG GCAGCCCTGT CGCACTTCTT 
GTCAAGCTCC CGTTGCAGCT CATTGCCACG GTGACGGACC TGATTGTAGA TCTTGCACTA 
GTGGTCATGG CTGGCATTAC GTATTGGGGT TCACAGCTAG TCTCGACGGC TGTACATCTT 
TGTGCGAAAG GCAATTTCCC TCAGTCTGTG GACAGTCGGC TGGCCTCCAT GTCGGCCACC 
ATGCGAACTC TTGCAGAGGG CGCCATGGAT CTCTCCGTTG ACACCCCGGC CGGACTATTT 
CAGACTATCG GTCAACTCCC ATATGGCACT GCGGGCACTC CAGAATTCTA CATCAGCTGC 
GCTGAACGAA ACGAGTGCTT TTGCAAATAC GTTCCTGGAG CAGGCGTCCT CCGATTCCCC 
TATCAAATTC CTATGGAGGA CCATTTCCGG ACTACCCCAG GTCCTCCAGA TTGGAGTGTA 
TCTTTCATCT GGACCTCAAA ATCATACAAG ATCACTCTTG ATGTGGACTT GGGCCACAGT 
GCAACTGCTG ATTACACTGC AGTGGAGCGC TGGACAGCCA GTGATCGCAT GGTCGCCATC 
TTCGCTGGCT ACGCCTCTTT TGCAGTGGCT GGCGCTGTAT ACCTCAAACG CGGATCATCT 
TTCAGCACCT CGCAACAGGG TCAGAGGATC GAGCGCATCA TTTCTGATGT TCTACAACAA 
GCCGGTGGGG TGCTCAAGGT CATCTTGATC ATCAGCATAG AGATGCTGGC TTTTCCACTG 
TACTGTGGTC TTCTCCTCGA TCTCGCCATG CTCCCACTCT TCAAGAACGC TACCCTCTAT 
ACTCGCTGGC AATTTGCTTG TAATAGTCCA TGGACATCTG GCTTCGTACA TTGGTTCATT 
GGCACCTGTT ACATGTTCCA CTTCGCATTG TTCGTCTCTA TGTGCCGCAA GATCATGCGC 
AAGGGCGTAC TCTACTTTAT TCGCGATCCA GACGATCCGA CGTTCCATCC CGTCCGCGAC 
GTTCTCGAGC GCAGTGTCAC TACTCAGCTG CGCAAGATAG CATTCAGCGC TTTGGTGTAT 
GGCGCACTGG TCATTGTCTG CCTTGGAGCC GTGCAACATC TGGTGTGCTC CCAATCCATT 
GGACGACCGA GGCTCCATCT CTTGAATTTC CATTGGATCT CCTCTTCTAT CAACTTCTTG 
ACTCCTGTTA TCATCAAGGC GTACAAGCCG AGCGACAGCA TACATGCCAT ATACAAATGG 
TGCTTCATGA AATGTGCTCG CATCTTGAAG CTCCACAGTT TCCTCTTTGG TGGCACGATT 
GCCTTCGGGG CACCAAAGAA CGGTCGATAT GTCCGTGCTC CTGCATCGGA TCAAGCCCGC 
ATTCCCAAAG GTCAACCTGT CTTTGTTGAT GTCGATCACA ACAACGTGCG CCGAGATGGA 
GTCACTGTGG GCGGCGTCCA CAACTCGGAT CTGGTGACCA TGGTCTACAT TCCGAACTGG 
TTCCGTGTTC GCATCTTCGC ATTCGTCATC ACAATATGGA TACTGATGGG TCTGAGTGGC 
GTTGGTGTCA CAATTCTGCC TATGCTCCTG GGTCGGTATC TATTCTCTCT CGTACTCCCA 
GATACAGTCG AGATGAACGA TATACACGCC TTCTCGCTTG GCGTGTACAC ACTGGGCAGT 
ATCGCTTACT CTGGCTACCA CGCGTACAAT TTCATCTCGA GCCTCAACCA GCCGGTCCCG 
TCACCACTCG CAACACTCCA AACGATCGCC ACCACAACTT CCCGTGTCGG CCTGCGTGTC 
CTTCGCTTCA CGTACGTTTG GTTCGGTCTT GTATTCGCTA TTCCCCTCGC ATTCGCTATC 
CTCATTGAAC TTTACTTCCT CATGCCACTA CATGCCTACC TGGGCCCCGG AGAACCCCAC 
GTTGTGCACC TCATCCAAGA CTGGAGCCTA GGCTTCTTGT ACTCGCGCGT TGCTGCTCAG 
ATGATCTTTG CGAATCGCCA GTCTCGTCCC GCCCGAGCTT TCAATGCGGT CATCGCTGAC 
GGATACCTCT ACCCCAATGC ACGCATCGCA ACGCGCTGCT TCCTACTTCC AATCGCAGCC 
CTGTGGCTCA TCGCCATTGC TGTTCCCTCT TCACTTGCAT ACACGACATC TTACACCATG 
TACGCTGGAG CGTCCGAGCA GACGCGTAAC ATGGTCTGGC GCTTCAGCTT CCCAGCTGTC 
GGACTCAGCA TCGTGGCCAT GTGGGCGAGC AAAGAGGCGG TCAGGATGTT GACGCGCTGG 
AGACTTGTAG TGAGGGATGA GGTGTATCTT ATCGGAGAGC GGTTACATAA CTTTGGAGAG 
AGGAAGGCTG GAACGCAGAG TCGGGCGACG GAAGAGGCGA TTAGTGCGGC AGGAATGGAG 
GTCAGGTAG

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

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SNOG_09566 cDNA ORF clone, Parastagonospora nodorum SN15

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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