MGG_11882 cDNA ORF clone, Pyricularia oryzae 70-15

Gene
Clones
gRNAs

Summary

Gene Symbol	MGG_11882
Entrez Gene ID	5049672
Full Name	sensor protein zRas
Gene Type	protein-coding
Organism	Pyricularia oryzae 70-15

mRNA and Protein(s)

mRNA	Protein	Name
XM_003709300.1	XP_003709348.1	sensor protein zRas

Pathways from BioSystems

Homologies

Schizosaccharomyces pombe (fission yeast)	mak1	NP_594687.1
Magnaporthe oryzae (rice blast fungus)	MGG_11882	XP_003709348.1
Neurospora crassa	NCU01833	XP_956617.2

Gene Ontology
Bibliography

Related articles in PubMed

The genome sequence of the rice blast fungus Magnaporthe grisea.
Dean RA, Talbot NJ, Ebbole DJ, Farman ML, Mitchell TK, Orbach MJ, Thon M, Kulkarni R, Xu JR, Pan H, Read ND, Lee YH, Carbone I, Brown D, Oh YY, Donofrio N, Jeong JS, Soanes DM, Djonovic S, Kolomiets E, Rehmeyer C, Li W, Harding M, Kim S, Lebrun MH, Bohnert H, Coughlan S, Butler J, Calvo S, Ma LJ, Nicol R, Purcell S, Nusbaum C, Galagan JE, Birren BW
Nature434(7036)980-6(2005 Apr)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following MGG_11882 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the MGG_11882 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
OMe08844	XM_003709300.1 Latest version!	Pyricularia oryzae 70-15 sensor protein zRas (MGG_11882), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$1021.30 $1459.00

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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)

MGG_11882 ( XM_003709300.1 ) cDNA ORF clone, Pyricularia oryzae 70-15 -> XP_003709348.1 Pyricularia oryzae 70-15 sensor protein zRas (MGG_11882), mRNA.

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CloneID	OMe08844
Clone ID Related Accession (Same CDS sequence)	XM_003709300.1
Accession Version	XM_003709300.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5985bp) 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	2019-11-28
Organism	Pyricularia oryzae 70-15
Product	sensor protein zRas
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NC_017844).

ATGTCAGGCT GGCTGAAGAG TGGTATGGGT AGTTCTTCAC CCTCAGAAGA ACCTCGGTCT 
CCTGCCGCTT CTCCAGCGCA AGCTCTTGGT GGCAGAAACA AAAACACAGA CAAGTCCAGC 
AAAGCGAGGA TATCTACCCA GAAGCCGCAA ACATTCTCCT CAAAGTCAAA GGCGACAAGC 
GACGCCGCGA ATCAAAATGA GGCCGCGCCT CGCGCCGAGG GCTCAAGTCC CGCCATGGAA 
CTTGCCGCCT ACCGAGAACA GCTGAAGAAA CAAATGAGTG CCATAAGTTC TCAGGAGCCG 
CCCAGAAATA GTCCGAAGAG GCCGTCTCCG ATCGCCGAGG AGGAGAGCCC TCCCCCAGGA 
ATCAAACCTT TTGATTCTGG CCCTGCGACA ACCGCATCGA CGAATTCCTC AACAGCCACA 
ATCCGCGGCC TTGCCACACC AGGGGTAGCC GCAAGGACGC CCTCGTATCC GTTTCCCCGC 
ATGACCTCCA TGGCAGGCCT TCCATCCCAC CTGCACCGGC CTTTCACGGC GCTGTCGCCG 
ACTGGTACCC CCGAGGCCAA CCCGGCCAGC TTTCAAGATG TTCCGAGCGC GCTCGATAAG 
ATCCTTTCGA ATCCATCCAC GCCTGCCTCT ACACTCACCT TCCAGCCACA TGGTGCATCT 
GTGTCAAACG AGGAACCAAC CGACTTCCCA ACTCCCAACC TTTACGAACT TTCTCTGATG 
CTGTCGGCGG AACCTGGATT AGATGCATGG TGGCAGACTG TCGTCCAGAT CCTGACCGAG 
GTTTACAAGG CAGAGCGAGT GACATTGGCG GTACCAGCCG ATACGACGGA TATCGAGAAC 
GTGCCATGGG GCCAGAAAGC TACATACAAT GCAAGAGGTG AGGACGACCT GAGCATGGCT 
TACATGGCAC GTGGGAGTAG CGTAGTTCCT AGCGGCACGG ATGTGAGGTC CGAGATCACC 
GCTCATCCCG ATCTGCAAGG TCTGCTTTCC CCAACGACGC GTCCAGACCT CTCGAGCCGG 
CACTCTTTCA CCTCCTTTGA AAGCCGTCAG AACCTTGTGT ACGCCAAGGA TACGGCCGCA 
TCAAGTTCTC CCCGGCCAAG CCCCATGCCA CGGAGCAAGA GCTCCTATCC CGTTACCGTT 
GCCGAAGTAG AGCTGGAGGC TCGGGAATCC CGTCCAGCAC TCAGCCAGAA GGTCTTGGAA 
GAACATGACG CAATCGCGGA TGATGTTGCC GACGTTCCAG GCTGGGGCTC GGCCCTAGCA 
CCTCCGACAC CGACCCAGGC CAGAGTTCTT CCAATGCTCC AGGCACTCGA TTTCGAGGCC 
GACCCCCTCA TAGATCATAA TGGCATTCGA AGAGTCTTGG AAAGGGGCAA AGTCATCGCA 
TTGACACGCA GCTATCCATA CTTAGATCAC CAGCAGCCGC CAGCACAAGC GGAGGAGACC 
AAGGGGAGAA CGAGGAGTCG CTCACCAGAT GGGCCCAAAA AGCAACCACA GCACAGAAGA 
CCACGCCCAG AGTCCTTTTC AAAACTCTCG TCATTACTTG GGGGTGCGCA AATGTACCGG 
GGCTCAAAAG GAGGTTGGCG TGGTGATAAA AAGAGACAGG GTGGTGTAGG GTCACGGCTG 
GACGACGAAG ACATGCCGCG ACCTCCTACC CCTAAATATG AGGAGTATGA GCAAGCGCCT 
CCCTCACCTT GGTCTCAGTC GCCGGCCCCA TCCCCAGCAA TTCGTGCGGA GCCATCTGAG 
AATCCTTTCT TCACCGATGC GGTTGTAGAC GAAGATTCTT TCAACCCTGC ATCCGCCCCT 
CCCCCCGACT ACACAGCGTT GAAACCGCCA GAGACAATTG GCGTAGATAA CTCATGGACG 
GTCCTTCACA TACCGTTGTC ACATGTTCTA CTTTCACGGC CGACTGCCAC CTTCAAACTT 
GATACAAGCA CGTTGGAGAG GAAGTCACAC ATACGCAGCA AGAGTGCTGC AGGTGGCGGC 
GATCCATCCA CGCCTGTATC GGCGTCTCCC AGCTCGGGAT ACAAGGAAAA GCATTCTCCC 
ATAGCAGTCC TGTCAATTCT CAGTCCCATA ATCCCGTACC CATCCAACCT TAGACATTCG 
CTTGCCCACC TTGCACCCCA TCTGGCAACC TCGTTCTCAC TCTGTCGGCA TTATACAAAC 
CTTGAGGTCG AGCTTGCAGG CCTCCAGAAG CGCAACCCGG ATTTTATTCG ATACAGCAGC 
AGTCTTGGGA CAGATGGTCG ACTGATTGCT GATCCGGTTG GACTTGAGCT CACGTCCGGT 
GAGGTTTCTG AATCGCAGAG ATCGCTGGGC GGCAGTATGA CCAGCCCTAG TGACTATTCA 
GTTCCATCTC GCAGTGCCGC AGGATCCGCT GTTGGAACGC CCAGTTGGGA CGTTGGTAAC 
CTGGGCTTCG TGACCGAGAA GCGCCAAGTT GCTGCTAGCC CACTAGTAAC TTCAGGAATC 
GGTGACAGCT ACTTCAGTGC GAAGCCCACT TCCTCGACCG GACGAGGCCC TGGCACCCCA 
GGTGCAGTGA ACCCCAAGGA GAGGAGAAAT TCCCGGGAGA GCGCTGTTGG CGAGAAGCGA 
TTCCTTAAAA GAAGCTCGGG TACAAAGGGG CAATGGGTCC AAGACTCTGC TATTGAAGAT 
CAAGATCCGT CCGAGGAGTC GGCAGTCAAA CGGGCCTCTG AGGACTTGCA CTCGATTGCT 
TTGGATAAGA ACGAGAAAGC GACAGACTCG GCAGATGGCC AGAGGAGAGG AAGCCGCACT 
GGCCACAAGC ACACCCAGCT GCATTCATAT GGTGCCGACT TCTCCCACAC ATTTCAGTCT 
CTACCACCCA GTTCAACAGT CGGTATGAAG AGCCAGCAAC CGCCCTCACG GAGTGGCTCG 
GGCTCTGTGC CCCGCGAAAT GCTCCCGCCA TCGGACACCC TCAAAGGCCT CATTCTCGAT 
TCACTACCTG CTCACGTTTT CGTCGCCCAA CCTCCAGCGG GAGACATGCT ATGGGTTAAT 
AGCAGATACC TGGTCTATCG TGGTGTGACA CCAGCCGAAC TCGCGGCCGA TCCATACGGT 
AGTCTGCATC CTGACGACAA GGAAGAGTAC ATCAAGGCGT GGACGTACTC CCTGCGAACA 
GGTGAGCCTT TCTCAAGAAC GGTCCGTATC AAGAGGTTCG ACAATGCGTA TCGTTGGTTC 
CAGGCCAGGG CAATAGCGAC TCGTGACAAG CGCAACACGG TCCAGCAATT TCTTGGATCT 
TACATGGACA TCCACGATCA ACATACAGCA GAGCTCAAGG CCGCTCGTCA AGAGGAGATC 
GAGGCGTCGG AAGCCAAACA TAGACTTCTC GCCAACCTCA TACCCCAGAT CATCTTCACA 
GCGACAGAGG ATGAAGGTAT CACTTTCGCA AACGAGCAGT GGCTTTCGTA TACTGGACAG 
AGTTTTGAAG ACTCGCTCGG CCTTGGCTTC ATGGACTATG TTCACCCGGA TGACCTGGCA 
AAGTGTCGCA TACCGACAGA TTTCTCGTTG AGCGCAGTGA ATACGCCCAT GCCCTTTGAG 
TCGGCTACAG TGAAGACGCC GCTGCCAGGG ACACCCGGGC TCGGCCGTTC AACTGGCACT 
GCAGCAGTTA ACCGGCCCGT ACCAAACCCA GGTAGCACCA AACTGCGTGA GATGCTTTCT 
AGACACAACA GTTCTAGTAG CTCCTCTAGT AGCGAGGCAA CGTCGGCCGG AGATCTTCTG 
CGGTTGGCCA AGAAGGGTGT GATCAAGGCT GGCACGGACA GCAGCGGACG CATATCGTAT 
ACGACCGAGG TTCGCCTACG CTCCAAAACT GGAGAATATA GATGGCACCT GATCCGTTGT 
GTCGAGATAG GCGGGGTTAA CTGGGGAAGT GGCGTAAGCT CTTACTTTGG TTCAGCAACC 
GATATTAATG ACCACAAACT GTTGGAGACG AAGCTCAAAG AGGCCATGGA GTCCAAGGGA 
AGGTTCCTCA GTAACATGTC ACACGAGATC CGCACACCTC TCATAGGAAT CTCGGGGATG 
GTGAGCTTCT TGCAGGAGAC AACCTTGACT GAGGAGCAAA GGGACTACAC AAACACGATC 
CACACCAGCG CAAACAGCCT CATCATGATC ATTAACGACA TCCTCGACTT ATCTAAGGTC 
GATGCTGGCA TGATGAAGCT CAAGTATGAA TGGTTTCACA CGACATCCCT GATCGAGGCC 
GTGAACGAGC TGGTCTCGAC CATGGCGATT GCCAAGGGCC TTGAGCTCAA CTACATTGTT 
GAGCCAGAAG TGCCGGCCTG GGTTAAAGGA GACAAAGTCA GAATCCGCCA GGTGCTTCTC 
AATGTCATTG GCAATGCTAT CAAGTTCACC TCGGAAGGTG AGGTATTCAG CCGATGTAGC 
GTTGCTACTG TCAAAGAAAA CGAGATTGGT GAGGATGAGA TCATGTTGGA GTTCTCCATT 
ATTGATACCG GGCGAGGCTT TACCAAGGAT GAGTCCGAGC TCATTTTCAA GCCGTTTAGC 
CAGATAGACG GGAGCAGCAC CCGTCAACAT GGAGGCAGCG GTCTGGGCCT CGTCATCTCG 
AGGCAACTGG TAGAGCTCCA CGGCGGCCAG ATGAACGGCA CTGCGACCCC AGGCAAAGGC 
TCAACCTTCA CTTTTACGGC AAAGTTTGGG TTGCCGACAG ATAGCGATCG TCCGGAGTCG 
CTAAGACCAT CATCGTCAGT TGAGCTTGTC TCGTCGTCGA GCATACCCGA AGGGTTGCAA 
GCAGCTCGGC TGTTCAAACA CCCATCTCTA CCCATGACAA ACTCGCCTTC GGTGCTGAGC 
CCGGCGTCGA CGGATCCTAG TGTTACATCC CCGGCGACCG GCTCGAGTGC AAGCTCGGAT 
CCTTCAGTTC GGTCCAACAA AACGCACGAC ACAGCCAGAA CTTCAATCTC ATCCACCAAC 
GCGGGTTTGG TGAACTTCAG TGAAGCTGCC AGGGCAAGTG GTCAAGACCT GTCACAGATG 
AAGCTTGAAA TGCCCGACAT GTCAACCGAG AACACGTCTT CAAATAACTC GAACTCGACG 
CTGACCCCTG ATCTTGGCCC ACCACGACAG CAGCGCGGTG ATGGCCAGAG GCCCACCAAG 
TATTCAATTC TAGTCATCAG TCCCCAGACT CACAGCCGCG AAGCAACCAC CAAGCACATC 
GAGATGACGC TACCCAAGGA GGTCCCGCGC AAAATCACCC CACTTGCAAC TGTTACACAG 
GCGCAGCAAC TGATCAGAGA GGCTGACGCT ATCACCTTTA CCCATGTTGT CGTTAACCTT 
CCGTCCACCG ATGAACTGAT CGGCCTGATG GGCGAGCTCA TGAGGTCCAA GCTGCATTCG 
AAAGCGACTG TCCTTATACT ATCGGATTCT GTCCAGCGCC AGGCCATAGT GAAGCAGGTT 
GCCGGAACCG AGTTCGAGTC GCTGATGTCG GATGACAAGG TGAACTATAT TTACAAGCCA 
GTAAAGCCGT CTCGATTCGC CGTCATATTC GATCCGAGCC AGGAGAGGGA CCTCAGCATA 
GACAGAAACC GGTCAACAGC CGAGCAGATC GTCGAGACGC AGAAGCAGAG CTATGCCGAG 
ATAGAGAAGC GGATGGGCAA TCGCGGGCTC AGAGTGCTCC TAGTGGAAGA TAACCCAATC 
AACCAAAAGG TACTTATCAA GTATCTCAAG AAGGTCGGTG TGGCAGTGGA GGTGGCGCGG 
GATGGCGAAG AGTGCACAGA GATGGTCTTT GGTCACGGAC CGGGTTACTT TGCACTAATC 
CTGTGCGATT TACACATGCC CAAGAAGGAC GGGTACACAG CCTGCAGGGA AGTCCGCCAG 
TGGGAGCAGC AAACCCCTGA CGGGCCCAAA CTACCCATCA TTGCCCTGTC AGCCAACGTG 
ATGGCAGACG TCCAGGAAAG GTGCATACAG GCCGGCTTTG ATGCCTATGT CACAAAGCCC 
GTAGACTTTG TGGACCTCAG CAACACGCTC GCCCGATTTT TCTGA

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

RefSeq	XP_003709348.1
CDS	619..6603
Translation	MSGWLKSGMGSSSPSEEPRSPAASPAQALGGRNKNTDKSSKARISTQKPQTFSSKSKATSDAANQNEAAPRAEGSSPAMELAAYREQLKKQMSAISSQEPPRNSPKRPSPIAEEESPPPGIKPFDSGPATTASTNSSTATIRGLATPGVAARTPSYPFPRMTSMAGLPSHLHRPFTALSPTGTPEANPASFQDVPSALDKILSNPSTPASTLTFQPHGASVSNEEPTDFPTPNLYELSLMLSAEPGLDAWWQTVVQILTEVYKAERVTLAVPADTTDIENVPWGQKATYNARGEDDLSMAYMARGSSVVPSGTDVRSEITAHPDLQGLLSPTTRPDLSSRHSFTSFESRQNLVYAKDTAASSSPRPSPMPRSKSSYPVTVAEVELEARESRPALSQKVLEEHDAIADDVADVPGWGSALAPPTPTQARVLPMLQALDFEADPLIDHNGIRRVLERGKVIALTRSYPYLDHQQPPAQAEETKGRTRSRSPDGPKKQPQHRRPRPESFSKLSSLLGGAQMYRGSKGGWRGDKKRQGGVGSRLDDEDMPRPPTPKYEEYEQAPPSPWSQSPAPSPAIRAEPSENPFFTDAVVDEDSFNPASAPPPDYTALKPPETIGVDNSWTVLHIPLSHVLLSRPTATFKLDTSTLERKSHIRSKSAAGGGDPSTPVSASPSSGYKEKHSPIAVLSILSPIIPYPSNLRHSLAHLAPHLATSFSLCRHYTNLEVELAGLQKRNPDFIRYSSSLGTDGRLIADPVGLELTSGEVSESQRSLGGSMTSPSDYSVPSRSAAGSAVGTPSWDVGNLGFVTEKRQVAASPLVTSGIGDSYFSAKPTSSTGRGPGTPGAVNPKERRNSRESAVGEKRFLKRSSGTKGQWVQDSAIEDQDPSEESAVKRASEDLHSIALDKNEKATDSADGQRRGSRTGHKHTQLHSYGADFSHTFQSLPPSSTVGMKSQQPPSRSGSGSVPREMLPPSDTLKGLILDSLPAHVFVAQPPAGDMLWVNSRYLVYRGVTPAELAADPYGSLHPDDKEEYIKAWTYSLRTGEPFSRTVRIKRFDNAYRWFQARAIATRDKRNTVQQFLGSYMDIHDQHTAELKAARQEEIEASEAKHRLLANLIPQIIFTATEDEGITFANEQWLSYTGQSFEDSLGLGFMDYVHPDDLAKCRIPTDFSLSAVNTPMPFESATVKTPLPGTPGLGRSTGTAAVNRPVPNPGSTKLREMLSRHNSSSSSSSSEATSAGDLLRLAKKGVIKAGTDSSGRISYTTEVRLRSKTGEYRWHLIRCVEIGGVNWGSGVSSYFGSATDINDHKLLETKLKEAMESKGRFLSNMSHEIRTPLIGISGMVSFLQETTLTEEQRDYTNTIHTSANSLIMIINDILDLSKVDAGMMKLKYEWFHTTSLIEAVNELVSTMAIAKGLELNYIVEPEVPAWVKGDKVRIRQVLLNVIGNAIKFTSEGEVFSRCSVATVKENEIGEDEIMLEFSIIDTGRGFTKDESELIFKPFSQIDGSSTRQHGGSGLGLVISRQLVELHGGQMNGTATPGKGSTFTFTAKFGLPTDSDRPESLRPSSSVELVSSSSIPEGLQAARLFKHPSLPMTNSPSVLSPASTDPSVTSPATGSSASSDPSVRSNKTHDTARTSISSTNAGLVNFSEAARASGQDLSQMKLEMPDMSTENTSSNNSNSTLTPDLGPPRQQRGDGQRPTKYSILVISPQTHSREATTKHIEMTLPKEVPRKITPLATVTQAQQLIREADAITFTHVVVNLPSTDELIGLMGELMRSKLHSKATVLILSDSVQRQAIVKQVAGTEFESLMSDDKVNYIYKPVKPSRFAVIFDPSQERDLSIDRNRSTAEQIVETQKQSYAEIEKRMGNRGLRVLLVEDNPINQKVLIKYLKKVGVAVEVARDGEECTEMVFGHGPGYFALILCDLHMPKKDGYTACREVRQWEQQTPDGPKLPIIALSANVMADVQERCIQAGFDAYVTKPVDFVDLSNTLARFF

Target ORF information:

RefSeq Version	XM_003709300.1
Organism	Pyricularia oryzae 70-15
Definition	Pyricularia oryzae 70-15 sensor protein zRas (MGG_11882), mRNA.

Target ORF information:

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

XM_003709300.1

ORF Insert Sequence:

ATGTCAGGCT GGCTGAAGAG TGGTATGGGT AGTTCTTCAC CCTCAGAAGA ACCTCGGTCT 
CCTGCCGCTT CTCCAGCGCA AGCTCTTGGT GGCAGAAACA AAAACACAGA CAAGTCCAGC 
AAAGCGAGGA TATCTACCCA GAAGCCGCAA ACATTCTCCT CAAAGTCAAA GGCGACAAGC 
GACGCCGCGA ATCAAAATGA GGCCGCGCCT CGCGCCGAGG GCTCAAGTCC CGCCATGGAA 
CTTGCCGCCT ACCGAGAACA GCTGAAGAAA CAAATGAGTG CCATAAGTTC TCAGGAGCCG 
CCCAGAAATA GTCCGAAGAG GCCGTCTCCG ATCGCCGAGG AGGAGAGCCC TCCCCCAGGA 
ATCAAACCTT TTGATTCTGG CCCTGCGACA ACCGCATCGA CGAATTCCTC AACAGCCACA 
ATCCGCGGCC TTGCCACACC AGGGGTAGCC GCAAGGACGC CCTCGTATCC GTTTCCCCGC 
ATGACCTCCA TGGCAGGCCT TCCATCCCAC CTGCACCGGC CTTTCACGGC GCTGTCGCCG 
ACTGGTACCC CCGAGGCCAA CCCGGCCAGC TTTCAAGATG TTCCGAGCGC GCTCGATAAG 
ATCCTTTCGA ATCCATCCAC GCCTGCCTCT ACACTCACCT TCCAGCCACA TGGTGCATCT 
GTGTCAAACG AGGAACCAAC CGACTTCCCA ACTCCCAACC TTTACGAACT TTCTCTGATG 
CTGTCGGCGG AACCTGGATT AGATGCATGG TGGCAGACTG TCGTCCAGAT CCTGACCGAG 
GTTTACAAGG CAGAGCGAGT GACATTGGCG GTACCAGCCG ATACGACGGA TATCGAGAAC 
GTGCCATGGG GCCAGAAAGC TACATACAAT GCAAGAGGTG AGGACGACCT GAGCATGGCT 
TACATGGCAC GTGGGAGTAG CGTAGTTCCT AGCGGCACGG ATGTGAGGTC CGAGATCACC 
GCTCATCCCG ATCTGCAAGG TCTGCTTTCC CCAACGACGC GTCCAGACCT CTCGAGCCGG 
CACTCTTTCA CCTCCTTTGA AAGCCGTCAG AACCTTGTGT ACGCCAAGGA TACGGCCGCA 
TCAAGTTCTC CCCGGCCAAG CCCCATGCCA CGGAGCAAGA GCTCCTATCC CGTTACCGTT 
GCCGAAGTAG AGCTGGAGGC TCGGGAATCC CGTCCAGCAC TCAGCCAGAA GGTCTTGGAA 
GAACATGACG CAATCGCGGA TGATGTTGCC GACGTTCCAG GCTGGGGCTC GGCCCTAGCA 
CCTCCGACAC CGACCCAGGC CAGAGTTCTT CCAATGCTCC AGGCACTCGA TTTCGAGGCC 
GACCCCCTCA TAGATCATAA TGGCATTCGA AGAGTCTTGG AAAGGGGCAA AGTCATCGCA 
TTGACACGCA GCTATCCATA CTTAGATCAC CAGCAGCCGC CAGCACAAGC GGAGGAGACC 
AAGGGGAGAA CGAGGAGTCG CTCACCAGAT GGGCCCAAAA AGCAACCACA GCACAGAAGA 
CCACGCCCAG AGTCCTTTTC AAAACTCTCG TCATTACTTG GGGGTGCGCA AATGTACCGG 
GGCTCAAAAG GAGGTTGGCG TGGTGATAAA AAGAGACAGG GTGGTGTAGG GTCACGGCTG 
GACGACGAAG ACATGCCGCG ACCTCCTACC CCTAAATATG AGGAGTATGA GCAAGCGCCT 
CCCTCACCTT GGTCTCAGTC GCCGGCCCCA TCCCCAGCAA TTCGTGCGGA GCCATCTGAG 
AATCCTTTCT TCACCGATGC GGTTGTAGAC GAAGATTCTT TCAACCCTGC ATCCGCCCCT 
CCCCCCGACT ACACAGCGTT GAAACCGCCA GAGACAATTG GCGTAGATAA CTCATGGACG 
GTCCTTCACA TACCGTTGTC ACATGTTCTA CTTTCACGGC CGACTGCCAC CTTCAAACTT 
GATACAAGCA CGTTGGAGAG GAAGTCACAC ATACGCAGCA AGAGTGCTGC AGGTGGCGGC 
GATCCATCCA CGCCTGTATC GGCGTCTCCC AGCTCGGGAT ACAAGGAAAA GCATTCTCCC 
ATAGCAGTCC TGTCAATTCT CAGTCCCATA ATCCCGTACC CATCCAACCT TAGACATTCG 
CTTGCCCACC TTGCACCCCA TCTGGCAACC TCGTTCTCAC TCTGTCGGCA TTATACAAAC 
CTTGAGGTCG AGCTTGCAGG CCTCCAGAAG CGCAACCCGG ATTTTATTCG ATACAGCAGC 
AGTCTTGGGA CAGATGGTCG ACTGATTGCT GATCCGGTTG GACTTGAGCT CACGTCCGGT 
GAGGTTTCTG AATCGCAGAG ATCGCTGGGC GGCAGTATGA CCAGCCCTAG TGACTATTCA 
GTTCCATCTC GCAGTGCCGC AGGATCCGCT GTTGGAACGC CCAGTTGGGA CGTTGGTAAC 
CTGGGCTTCG TGACCGAGAA GCGCCAAGTT GCTGCTAGCC CACTAGTAAC TTCAGGAATC 
GGTGACAGCT ACTTCAGTGC GAAGCCCACT TCCTCGACCG GACGAGGCCC TGGCACCCCA 
GGTGCAGTGA ACCCCAAGGA GAGGAGAAAT TCCCGGGAGA GCGCTGTTGG CGAGAAGCGA 
TTCCTTAAAA GAAGCTCGGG TACAAAGGGG CAATGGGTCC AAGACTCTGC TATTGAAGAT 
CAAGATCCGT CCGAGGAGTC GGCAGTCAAA CGGGCCTCTG AGGACTTGCA CTCGATTGCT 
TTGGATAAGA ACGAGAAAGC GACAGACTCG GCAGATGGCC AGAGGAGAGG AAGCCGCACT 
GGCCACAAGC ACACCCAGCT GCATTCATAT GGTGCCGACT TCTCCCACAC ATTTCAGTCT 
CTACCACCCA GTTCAACAGT CGGTATGAAG AGCCAGCAAC CGCCCTCACG GAGTGGCTCG 
GGCTCTGTGC CCCGCGAAAT GCTCCCGCCA TCGGACACCC TCAAAGGCCT CATTCTCGAT 
TCACTACCTG CTCACGTTTT CGTCGCCCAA CCTCCAGCGG GAGACATGCT ATGGGTTAAT 
AGCAGATACC TGGTCTATCG TGGTGTGACA CCAGCCGAAC TCGCGGCCGA TCCATACGGT 
AGTCTGCATC CTGACGACAA GGAAGAGTAC ATCAAGGCGT GGACGTACTC CCTGCGAACA 
GGTGAGCCTT TCTCAAGAAC GGTCCGTATC AAGAGGTTCG ACAATGCGTA TCGTTGGTTC 
CAGGCCAGGG CAATAGCGAC TCGTGACAAG CGCAACACGG TCCAGCAATT TCTTGGATCT 
TACATGGACA TCCACGATCA ACATACAGCA GAGCTCAAGG CCGCTCGTCA AGAGGAGATC 
GAGGCGTCGG AAGCCAAACA TAGACTTCTC GCCAACCTCA TACCCCAGAT CATCTTCACA 
GCGACAGAGG ATGAAGGTAT CACTTTCGCA AACGAGCAGT GGCTTTCGTA TACTGGACAG 
AGTTTTGAAG ACTCGCTCGG CCTTGGCTTC ATGGACTATG TTCACCCGGA TGACCTGGCA 
AAGTGTCGCA TACCGACAGA TTTCTCGTTG AGCGCAGTGA ATACGCCCAT GCCCTTTGAG 
TCGGCTACAG TGAAGACGCC GCTGCCAGGG ACACCCGGGC TCGGCCGTTC AACTGGCACT 
GCAGCAGTTA ACCGGCCCGT ACCAAACCCA GGTAGCACCA AACTGCGTGA GATGCTTTCT 
AGACACAACA GTTCTAGTAG CTCCTCTAGT AGCGAGGCAA CGTCGGCCGG AGATCTTCTG 
CGGTTGGCCA AGAAGGGTGT GATCAAGGCT GGCACGGACA GCAGCGGACG CATATCGTAT 
ACGACCGAGG TTCGCCTACG CTCCAAAACT GGAGAATATA GATGGCACCT GATCCGTTGT 
GTCGAGATAG GCGGGGTTAA CTGGGGAAGT GGCGTAAGCT CTTACTTTGG TTCAGCAACC 
GATATTAATG ACCACAAACT GTTGGAGACG AAGCTCAAAG AGGCCATGGA GTCCAAGGGA 
AGGTTCCTCA GTAACATGTC ACACGAGATC CGCACACCTC TCATAGGAAT CTCGGGGATG 
GTGAGCTTCT TGCAGGAGAC AACCTTGACT GAGGAGCAAA GGGACTACAC AAACACGATC 
CACACCAGCG CAAACAGCCT CATCATGATC ATTAACGACA TCCTCGACTT ATCTAAGGTC 
GATGCTGGCA TGATGAAGCT CAAGTATGAA TGGTTTCACA CGACATCCCT GATCGAGGCC 
GTGAACGAGC TGGTCTCGAC CATGGCGATT GCCAAGGGCC TTGAGCTCAA CTACATTGTT 
GAGCCAGAAG TGCCGGCCTG GGTTAAAGGA GACAAAGTCA GAATCCGCCA GGTGCTTCTC 
AATGTCATTG GCAATGCTAT CAAGTTCACC TCGGAAGGTG AGGTATTCAG CCGATGTAGC 
GTTGCTACTG TCAAAGAAAA CGAGATTGGT GAGGATGAGA TCATGTTGGA GTTCTCCATT 
ATTGATACCG GGCGAGGCTT TACCAAGGAT GAGTCCGAGC TCATTTTCAA GCCGTTTAGC 
CAGATAGACG GGAGCAGCAC CCGTCAACAT GGAGGCAGCG GTCTGGGCCT CGTCATCTCG 
AGGCAACTGG TAGAGCTCCA CGGCGGCCAG ATGAACGGCA CTGCGACCCC AGGCAAAGGC 
TCAACCTTCA CTTTTACGGC AAAGTTTGGG TTGCCGACAG ATAGCGATCG TCCGGAGTCG 
CTAAGACCAT CATCGTCAGT TGAGCTTGTC TCGTCGTCGA GCATACCCGA AGGGTTGCAA 
GCAGCTCGGC TGTTCAAACA CCCATCTCTA CCCATGACAA ACTCGCCTTC GGTGCTGAGC 
CCGGCGTCGA CGGATCCTAG TGTTACATCC CCGGCGACCG GCTCGAGTGC AAGCTCGGAT 
CCTTCAGTTC GGTCCAACAA AACGCACGAC ACAGCCAGAA CTTCAATCTC ATCCACCAAC 
GCGGGTTTGG TGAACTTCAG TGAAGCTGCC AGGGCAAGTG GTCAAGACCT GTCACAGATG 
AAGCTTGAAA TGCCCGACAT GTCAACCGAG AACACGTCTT CAAATAACTC GAACTCGACG 
CTGACCCCTG ATCTTGGCCC ACCACGACAG CAGCGCGGTG ATGGCCAGAG GCCCACCAAG 
TATTCAATTC TAGTCATCAG TCCCCAGACT CACAGCCGCG AAGCAACCAC CAAGCACATC 
GAGATGACGC TACCCAAGGA GGTCCCGCGC AAAATCACCC CACTTGCAAC TGTTACACAG 
GCGCAGCAAC TGATCAGAGA GGCTGACGCT ATCACCTTTA CCCATGTTGT CGTTAACCTT 
CCGTCCACCG ATGAACTGAT CGGCCTGATG GGCGAGCTCA TGAGGTCCAA GCTGCATTCG 
AAAGCGACTG TCCTTATACT ATCGGATTCT GTCCAGCGCC AGGCCATAGT GAAGCAGGTT 
GCCGGAACCG AGTTCGAGTC GCTGATGTCG GATGACAAGG TGAACTATAT TTACAAGCCA 
GTAAAGCCGT CTCGATTCGC CGTCATATTC GATCCGAGCC AGGAGAGGGA CCTCAGCATA 
GACAGAAACC GGTCAACAGC CGAGCAGATC GTCGAGACGC AGAAGCAGAG CTATGCCGAG 
ATAGAGAAGC GGATGGGCAA TCGCGGGCTC AGAGTGCTCC TAGTGGAAGA TAACCCAATC 
AACCAAAAGG TACTTATCAA GTATCTCAAG AAGGTCGGTG TGGCAGTGGA GGTGGCGCGG 
GATGGCGAAG AGTGCACAGA GATGGTCTTT GGTCACGGAC CGGGTTACTT TGCACTAATC 
CTGTGCGATT TACACATGCC CAAGAAGGAC GGGTACACAG CCTGCAGGGA AGTCCGCCAG 
TGGGAGCAGC AAACCCCTGA CGGGCCCAAA CTACCCATCA TTGCCCTGTC AGCCAACGTG 
ATGGCAGACG TCCAGGAAAG GTGCATACAG GCCGGCTTTG ATGCCTATGT CACAAAGCCC 
GTAGACTTTG TGGACCTCAG CAACACGCTC GCCCGATTTT TCTGA

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

PubMed

The genome sequence of the rice blast fungus Magnaporthe grisea.
Nature434(7036)980-6(2005 Apr)
Dean RA,Talbot NJ,Ebbole DJ,Farman ML,Mitchell TK,Orbach MJ,Thon M,Kulkarni R,Xu JR,Pan H,Read ND,Lee YH,Carbone I,Brown D,Oh YY,Donofrio N,Jeong JS,Soanes DM,Djonovic S,Kolomiets E,Rehmeyer C,Li W,Harding M,Kim S,Lebrun MH,Bohnert H,Coughlan S,Butler J,Calvo S,Ma LJ,Nicol R,Purcell S,Nusbaum C,Galagan JE,Birren BW

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MGG_11882 cDNA ORF clone, Pyricularia oryzae 70-15

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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