MGG_04855 cDNA ORF clone, Pyricularia oryzae 70-15

Gene
Clones
gRNAs

Summary

Gene Symbol	MGG_04855
Entrez Gene ID	2675285
Full Name	ATP-dependent bile acid permease
Gene Type	protein-coding
Organism	Pyricularia oryzae 70-15

mRNA and Protein(s)

mRNA	Protein	Name
XM_003712286.1	XP_003712334.1	ATP-dependent bile acid permease

Pathways from BioSystems

Homologies

Magnaporthe oryzae (rice blast fungus)	MGG_04855	XP_003712334.1
Saccharomyces cerevisiae (baker's yeast)	YBT1	NP_013052.1
Kluyveromyces lactis	KLLA0E00529g	XP_453970.1
Neurospora crassa	NCU03591	XP_960635.1

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_04855 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the MGG_04855 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
OMe00963	XM_003712286.1 Latest version!	Pyricularia oryzae 70-15 ATP-dependent bile acid permease (MGG_04855), 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_04855 ( XM_003712286.1 ) cDNA ORF clone, Pyricularia oryzae 70-15 -> XP_003712334.1 Pyricularia oryzae 70-15 ATP-dependent bile acid permease (MGG_04855), mRNA.

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CloneID	OMe00963
Clone ID Related Accession (Same CDS sequence)	XM_003712286.1
Accession Version	XM_003712286.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5052bp) 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	ATP-dependent bile acid permease
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_017849).

ATGGGTGGCG TCGGACAGTG CCAGTGGCCG GTATGGCAGG TTGATGATCT AACGCCATGT 
TTTCAGCATG ACTACCTGAG GATATTGCTC CCCGCGGTAG TCATAGGGCT ATCCGTCCTG 
AACCTTGGTT TTCGAAGCGC CCGGCATGCG GCGAGCAGGT CCAAAAGCCC TTCGACACAT 
GCCTATGCGC CGGTGTCCAA CGGTGACAAT AGCCGCCCCG GCGCACATCG AACAGACATT 
TCCCCCGACG ACGATGCGAT TGCTCAGGAC GACGAGGATG ACGATGAGGG TCTGGCGATC 
GGCGGCGGCC GATTGGCCCT CGTCAAGACG GCAACAAAAG GCTCTATCGT GCAGGCGGAC 
ACACCGCCTG CTCAAACACT ATCAGTAGTG GTCGAGGAGC TCGCCATCGC AGGCTTGGTG 
GCCGTCTACG TGATCGCTTT GCTGTCACCC AAGGCTCACG GATCGTACAC GCTCACTGGC 
ACAATTATCG GGCTGACCAC ATGGGTTTAC GTCCTTGTGC TCGCCACCCT ACGACTCTTC 
CTCGGCAACA CGCAATGGCG CGTCCCCCAC CTCTGGAACC ATACGGCCGC CATATACAGC 
TGCCAGTGGC TCTTCCTGAT CGGCATCTTC CGCTCCGCCA TGGTCCATCC GTCCTCGAAG 
CTGGCGCAAA TCCTCGTCAT TGTCGAGTTC GCCCTAACGT CGTTGCTCTT CTTCATGGCC 
ATCACGACGC GCAAGGGCAA CAAAACGGTA TTGCTTGAGT GGGAGGATGG CATCCCGCCT 
GCTCGGGAGA ACTTGGCGTC GCTTTTCTCC TCCTTCACCT TCTCGTGGGT CGATCAGATC 
GTCTGGCAAG GCTACAAGGA GCCCTTCGAG ATGGGTAAGG TCTGGAACCT ACTGCCCAAA 
GACAAGGCAG CCACCGTACT GTCACATTAC AGAAGGGTCA AGAAGACGAC GAAACTGTAC 
TGGCACTTGC TGCGCTATTT CAAGGGTGAT CTGTTGTCAC AAGCTGGATG GGCCGTAATG 
TCCGGTATGT TCACTTTTGC GCCAACGATG CTTCTCAAGG CCATTCTGGA GTATGTTGAA 
GAGCCAGAAA GCGCACCCAG GAGCGTTGTT TGGCTCTACG TCATCCTACT TCCTGTCACT 
GATATAATTC GGTCCCTGGG CGACAACCGT GCGCTTTGGA TTGGCCGGAA GATCTGCATC 
AATGTGCGTG CCATCCTGGT CGGTGAGATC TATGCCAAAG CCCTCAGGCG CAAGGCGGCT 
ACTGGCAAGG ATACTGTTCT GGGATCCGAA AAGAAGGAGG ATAAGCCCAA GGGCGGCTTC 
ATCAGCAAGA TCAAGAAGAT GCTCTGTCTC GGCGACAACG ATGAGTCGGA AGATGGAAAA 
GACGGCGATA AGGACAAGGA AGATTCGTCG GATGAACAGG CAAACCATGG AACCATTATC 
AACCTGATGT CAGTTGACAG CTTCAACGTC TCGGAAGTCA CGTCATACCT TCATTTCCTT 
TTCGCATCGG CACCCACTCA GTTGCTGGTC TCCGTCGTCC TGCTTTACCA GGTTCTCGGG 
ATGAGTGCCA TCCCTGGCTT CGTTGTCATG GTCCTGCTTC TCCCTGTGAA CATTGGCTTC 
GGCAGGGCTT TCAACAGCAC CCAGAAGAAG ATCATGGCCT GCAGCGACAA ACGTATACAC 
TCGACCAACG AAGTGCTGCA GAACATTCGC ATCATCAAGT ACTTTGCCTG GGAGCACAGG 
TTCAGCGAGA GTGTGGATGA GAAGAGAAAG GCGGAGCTCA AGGCACTCAG GGCGCGCTAC 
ATGGTCTGGG CTTGCGCCGT TGCTGTGTGG AACACGGTCC CGTTATTGAT CACCTTCTTC 
TCCTTCTTGA TGTACACAAC GGTCGAGAAA CGGCCCTTGC ACCCCTCGAT TGCATTCACA 
TCCATCTCGC TCTTCATGCT CCTGAGACAC CCCTTGGACC AGCTTGGCGA CATGTTGGCC 
CACGTTCAGG AGGCCAAGGT CTCGATCGAC CGTATCGAGG AATTCCTGAG CGAGGAGGAG 
ACGGACAAGT TTATTCAGCT TGGAGAGGAC AACGTCAACG AGGAAGGAAC TCGTATCATC 
GCCCTCAAGG ATGCTGCTTT CATCTGGGGT GGCAAGGATA TCATCGCCGC CGATGGATCT 
CAGGCCTTCC GCCTCCTGGA CATCGACACC GAATTCATGA TTGGCAAGCT CAATGTCATT 
GCTGGCCCCA CTGGTTCGGG TAAGACTTCG CTGTTGATGG CGCTGCTTGG CGAGATGACT 
CTTCTCAAGG GTCGCGTTTA CCTGCCCGGA GGCCGGAGCC GTGAAGATGT TCGCCCCGAC 
CCCGAGACTG GCCTTGCGGA GACTTGCGCA TACGTTGCTC AGCAGGCATG GTTGGTGAAC 
GCCAACATAA AAGACAACAT TTTGTTTTCG GCACGCTTTG ATGAGAAGAG GTACCGCGAT 
GTCATTGTCG CCTGTGCGCT GGAGCGGGAC CTGGAAATCC TTGACAATGG TGATGAAACC 
TTGGTGGGCG AAAAGGGCAT TACACTCTCT GGAGGCCAAA AGCAGCGCAT ATCCCTGGCT 
CGTGCCGTCT ATTCCAACTC AAAGCACCTG CTTCTGGACG ACTGTCTCAG TGCTGTAGAC 
TCGCACACGG CTCAGTGGAT CTTCAACAAC TGCATCAGGG GCCCGTTGAT GAAAGACCGA 
ACCTGTATCA TGGTCACGCA CAACATCCCG CTGTGTGTGC CGCACTCCGA CTTTGTGGTC 
GTAATGGACA ACGGAAGAAT AACCCACCAG GGTCGGGCAC TAGAGGTCAT TACGTCTGGG 
GCGCTTGGCG AGGAGATTGC TCAGAAGGCC AAGTCAGAAA CTCCCAACAT CTCCAGAATT 
CCCTCCCGCG TGCCCTCAAG CGTTGGCGAG GGTAGTGGCA ACACACTCCT CGACACCGAC 
GGTGACGATC ACCTGTCTAA GCCCAAGAAC GCCAAAAAGG CGAAGAAAGC CGAAGCCATG 
GAAGAAACCA AGGCTACGGG TGCTGTGAAA TGGCCTGTTA TGAAGCTATA CCTGGCATCC 
ATGGGGTCCT GGTGGTTCTG GGTCGTTGCG GGCTGCATCT TCATATCTCA GCAGGCCAGC 
GACGTTGTGT CTAACCTCTG GATAAAGCAG TGGGCAAGCC AGTACACTAC TGAGGTCTCC 
AGCGTTCCAA TCTCGACCAG CTCGCACATG TACGGCACTC AGTCCTTTGC CCCCACGTAC 
ATGGTGCCTG TGCAAACCTA CGTCAAGGAT CAGCTGGCCA GGAATGGTAA CGCTACCGCT 
CTCGACATTG TTGTCAACTC CGAAGTCAAT GCACAGTATT ACCTCGTCGT CCTCGCCATT 
ATTGGTCTTG CTGGTTCCCT AACAGCATTC CTCCGTGATC TTTGGATCTT CTTCGGGTCA 
CTCACCGCGT CAGCCAAGAT ACACACGCGT CTGTTAAATA CCGTCACCCG TGCCAAATTC 
AGATTCTTCG ATGTCACGCC CTTGGGTCAA ATGATGAACA GGTTTTCAAA AGATATGGAA 
GCCGTCGACC AGGAGGTGGC GCCAATAGCC ATCGGAATCT TGAGCTGCGC CCTGGGCATC 
ACAGTGACTG TTGTGCTTAT TGCCTCGATA ACCCCAGGTT TCCTTATTGC CGCCGTCTTT 
ATCACAATTG CATACGTGCT GCTGGCCAAG TTCTACCTGG CTTCGTCACG AGACCTGAAA 
CGTCTGGAGT CTGTGCAGCG TAGCCCTCTG TTCCAACAGT TCGGCGAGAC TTTGAGCGGC 
GTTACCACCA TTCGAGCGTA CGGCGATGAG CGTCGGTTCG TGAGAGACAA CTTGACCCGC 
ATCAACGGCC AACTGCGACC CATGATTTAC CTCTGGGCTA CTAACAGATG GCTTGCCTTC 
CGTACTGATC TCTTGGGCGA TTTCGTTTCC TTCTTCGCCG GTGTCTTTGT CATCCTCAGT 
ATAGGAGTCA TCGATGCAGG GTGGGCTGGT ATTTCGTTGA GTTACGCCAT CGGATTTGCT 
GAGAATATTC TGTGGCTGGT GCGTTTGTAC TCGATCAACG AGCAGAACAT GAACGCAGTC 
GAGCGTATCA AGGAGTACCT TGAGGTCGAA CAGGAGGCCG CACCCATCTG TGAAAAGAAC 
CGGCCACCCC AGAACTGGCC AGCCCAGGGG TCAGTCGAGT TTATCAACTA CACTACCAGT 
TACCGCAAGG AGCTGGACCC TGTCCTACGC AACGTTACGT TCAAGATCTC TCCCCAAGAG 
AAGGTCGGTA TTGTTGGACG AACGGGTGCT GGAAAGAGCT CTCTAGCGCT GGCCATCTTC 
AGAGCGCTTG AGGCTGATGG GGGTAAAATC CTGATTGACG GCATTGACAT TGGACTCATC 
GGCCTGCGCG ATTTGCGCGA GGCTATTACT ATCGTTCCCC AGGAGCCAAC CCTTTTCACG 
GGTACTATTA GGTCTAACCT GGACCCATTT CATTTGTTTA CCGACGAGCA GATTTACAAG 
TCGCTGCAAC GTGTGCAGCT TATTGGACCC GACGAAACTA TCCCCACCGC CGATGCCTCG 
CCTGTTCTAC CGGCTTCACC AACCACACCA GGGGGCGCGA GCAACAAGAA CATATTCCTT 
AATCTGTCGT CCAAGGTTTC CGAGTCAGGA TCAAATCTGT CGCAAGGCCA ACGTCAGCTT 
CTTTGCCTGG CCCGCGCACT GCTCAAGGAG CCTCGCGTTT TGGTTATGGA CGAGGCTACA 
GCATCCATCG ACTACGCTAC CGACAGCAAG ATCCAGGATA CTATCCGCGA GATGAAAGAT 
ACAACCATCA TCACCATTGC TCACCGCCTG CAGACTATTG CAGACTATGA CAAGGTTTTG 
GTGTTGGACA AGGGAGAGGT TGTCGAGTAT GCCCACCCAT GGGAGCTCAT GCGTAAGGGC 
GAAGGCGGCA GTTTCAAGAG CATGTGTGAC ATGAGTGGCG ACACGGAGCT GCTCGCTAAG 
GCTGCAAAGA AGGCTTTTGA CGCTAAGAAA CTCATCGACG TGGATGACGA AGCTGCCGAT 
GCAGCGCCTT AG

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

RefSeq	XP_003712334.1
CDS	305..5356
Translation	MGGVGQCQWPVWQVDDLTPCFQHDYLRILLPAVVIGLSVLNLGFRSARHAASRSKSPSTHAYAPVSNGDNSRPGAHRTDISPDDDAIAQDDEDDDEGLAIGGGRLALVKTATKGSIVQADTPPAQTLSVVVEELAIAGLVAVYVIALLSPKAHGSYTLTGTIIGLTTWVYVLVLATLRLFLGNTQWRVPHLWNHTAAIYSCQWLFLIGIFRSAMVHPSSKLAQILVIVEFALTSLLFFMAITTRKGNKTVLLEWEDGIPPARENLASLFSSFTFSWVDQIVWQGYKEPFEMGKVWNLLPKDKAATVLSHYRRVKKTTKLYWHLLRYFKGDLLSQAGWAVMSGMFTFAPTMLLKAILEYVEEPESAPRSVVWLYVILLPVTDIIRSLGDNRALWIGRKICINVRAILVGEIYAKALRRKAATGKDTVLGSEKKEDKPKGGFISKIKKMLCLGDNDESEDGKDGDKDKEDSSDEQANHGTIINLMSVDSFNVSEVTSYLHFLFASAPTQLLVSVVLLYQVLGMSAIPGFVVMVLLLPVNIGFGRAFNSTQKKIMACSDKRIHSTNEVLQNIRIIKYFAWEHRFSESVDEKRKAELKALRARYMVWACAVAVWNTVPLLITFFSFLMYTTVEKRPLHPSIAFTSISLFMLLRHPLDQLGDMLAHVQEAKVSIDRIEEFLSEEETDKFIQLGEDNVNEEGTRIIALKDAAFIWGGKDIIAADGSQAFRLLDIDTEFMIGKLNVIAGPTGSGKTSLLMALLGEMTLLKGRVYLPGGRSREDVRPDPETGLAETCAYVAQQAWLVNANIKDNILFSARFDEKRYRDVIVACALERDLEILDNGDETLVGEKGITLSGGQKQRISLARAVYSNSKHLLLDDCLSAVDSHTAQWIFNNCIRGPLMKDRTCIMVTHNIPLCVPHSDFVVVMDNGRITHQGRALEVITSGALGEEIAQKAKSETPNISRIPSRVPSSVGEGSGNTLLDTDGDDHLSKPKNAKKAKKAEAMEETKATGAVKWPVMKLYLASMGSWWFWVVAGCIFISQQASDVVSNLWIKQWASQYTTEVSSVPISTSSHMYGTQSFAPTYMVPVQTYVKDQLARNGNATALDIVVNSEVNAQYYLVVLAIIGLAGSLTAFLRDLWIFFGSLTASAKIHTRLLNTVTRAKFRFFDVTPLGQMMNRFSKDMEAVDQEVAPIAIGILSCALGITVTVVLIASITPGFLIAAVFITIAYVLLAKFYLASSRDLKRLESVQRSPLFQQFGETLSGVTTIRAYGDERRFVRDNLTRINGQLRPMIYLWATNRWLAFRTDLLGDFVSFFAGVFVILSIGVIDAGWAGISLSYAIGFAENILWLVRLYSINEQNMNAVERIKEYLEVEQEAAPICEKNRPPQNWPAQGSVEFINYTTSYRKELDPVLRNVTFKISPQEKVGIVGRTGAGKSSLALAIFRALEADGGKILIDGIDIGLIGLRDLREAITIVPQEPTLFTGTIRSNLDPFHLFTDEQIYKSLQRVQLIGPDETIPTADASPVLPASPTTPGGASNKNIFLNLSSKVSESGSNLSQGQRQLLCLARALLKEPRVLVMDEATASIDYATDSKIQDTIREMKDTTIITIAHRLQTIADYDKVLVLDKGEVVEYAHPWELMRKGEGGSFKSMCDMSGDTELLAKAAKKAFDAKKLIDVDDEAADAAP

Target ORF information:

RefSeq Version	XM_003712286.1
Organism	Pyricularia oryzae 70-15
Definition	Pyricularia oryzae 70-15 ATP-dependent bile acid permease (MGG_04855), mRNA.

Target ORF information:

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

XM_003712286.1

ORF Insert Sequence:

ATGGGTGGCG TCGGACAGTG CCAGTGGCCG GTATGGCAGG TTGATGATCT AACGCCATGT 
TTTCAGCATG ACTACCTGAG GATATTGCTC CCCGCGGTAG TCATAGGGCT ATCCGTCCTG 
AACCTTGGTT TTCGAAGCGC CCGGCATGCG GCGAGCAGGT CCAAAAGCCC TTCGACACAT 
GCCTATGCGC CGGTGTCCAA CGGTGACAAT AGCCGCCCCG GCGCACATCG AACAGACATT 
TCCCCCGACG ACGATGCGAT TGCTCAGGAC GACGAGGATG ACGATGAGGG TCTGGCGATC 
GGCGGCGGCC GATTGGCCCT CGTCAAGACG GCAACAAAAG GCTCTATCGT GCAGGCGGAC 
ACACCGCCTG CTCAAACACT ATCAGTAGTG GTCGAGGAGC TCGCCATCGC AGGCTTGGTG 
GCCGTCTACG TGATCGCTTT GCTGTCACCC AAGGCTCACG GATCGTACAC GCTCACTGGC 
ACAATTATCG GGCTGACCAC ATGGGTTTAC GTCCTTGTGC TCGCCACCCT ACGACTCTTC 
CTCGGCAACA CGCAATGGCG CGTCCCCCAC CTCTGGAACC ATACGGCCGC CATATACAGC 
TGCCAGTGGC TCTTCCTGAT CGGCATCTTC CGCTCCGCCA TGGTCCATCC GTCCTCGAAG 
CTGGCGCAAA TCCTCGTCAT TGTCGAGTTC GCCCTAACGT CGTTGCTCTT CTTCATGGCC 
ATCACGACGC GCAAGGGCAA CAAAACGGTA TTGCTTGAGT GGGAGGATGG CATCCCGCCT 
GCTCGGGAGA ACTTGGCGTC GCTTTTCTCC TCCTTCACCT TCTCGTGGGT CGATCAGATC 
GTCTGGCAAG GCTACAAGGA GCCCTTCGAG ATGGGTAAGG TCTGGAACCT ACTGCCCAAA 
GACAAGGCAG CCACCGTACT GTCACATTAC AGAAGGGTCA AGAAGACGAC GAAACTGTAC 
TGGCACTTGC TGCGCTATTT CAAGGGTGAT CTGTTGTCAC AAGCTGGATG GGCCGTAATG 
TCCGGTATGT TCACTTTTGC GCCAACGATG CTTCTCAAGG CCATTCTGGA GTATGTTGAA 
GAGCCAGAAA GCGCACCCAG GAGCGTTGTT TGGCTCTACG TCATCCTACT TCCTGTCACT 
GATATAATTC GGTCCCTGGG CGACAACCGT GCGCTTTGGA TTGGCCGGAA GATCTGCATC 
AATGTGCGTG CCATCCTGGT CGGTGAGATC TATGCCAAAG CCCTCAGGCG CAAGGCGGCT 
ACTGGCAAGG ATACTGTTCT GGGATCCGAA AAGAAGGAGG ATAAGCCCAA GGGCGGCTTC 
ATCAGCAAGA TCAAGAAGAT GCTCTGTCTC GGCGACAACG ATGAGTCGGA AGATGGAAAA 
GACGGCGATA AGGACAAGGA AGATTCGTCG GATGAACAGG CAAACCATGG AACCATTATC 
AACCTGATGT CAGTTGACAG CTTCAACGTC TCGGAAGTCA CGTCATACCT TCATTTCCTT 
TTCGCATCGG CACCCACTCA GTTGCTGGTC TCCGTCGTCC TGCTTTACCA GGTTCTCGGG 
ATGAGTGCCA TCCCTGGCTT CGTTGTCATG GTCCTGCTTC TCCCTGTGAA CATTGGCTTC 
GGCAGGGCTT TCAACAGCAC CCAGAAGAAG ATCATGGCCT GCAGCGACAA ACGTATACAC 
TCGACCAACG AAGTGCTGCA GAACATTCGC ATCATCAAGT ACTTTGCCTG GGAGCACAGG 
TTCAGCGAGA GTGTGGATGA GAAGAGAAAG GCGGAGCTCA AGGCACTCAG GGCGCGCTAC 
ATGGTCTGGG CTTGCGCCGT TGCTGTGTGG AACACGGTCC CGTTATTGAT CACCTTCTTC 
TCCTTCTTGA TGTACACAAC GGTCGAGAAA CGGCCCTTGC ACCCCTCGAT TGCATTCACA 
TCCATCTCGC TCTTCATGCT CCTGAGACAC CCCTTGGACC AGCTTGGCGA CATGTTGGCC 
CACGTTCAGG AGGCCAAGGT CTCGATCGAC CGTATCGAGG AATTCCTGAG CGAGGAGGAG 
ACGGACAAGT TTATTCAGCT TGGAGAGGAC AACGTCAACG AGGAAGGAAC TCGTATCATC 
GCCCTCAAGG ATGCTGCTTT CATCTGGGGT GGCAAGGATA TCATCGCCGC CGATGGATCT 
CAGGCCTTCC GCCTCCTGGA CATCGACACC GAATTCATGA TTGGCAAGCT CAATGTCATT 
GCTGGCCCCA CTGGTTCGGG TAAGACTTCG CTGTTGATGG CGCTGCTTGG CGAGATGACT 
CTTCTCAAGG GTCGCGTTTA CCTGCCCGGA GGCCGGAGCC GTGAAGATGT TCGCCCCGAC 
CCCGAGACTG GCCTTGCGGA GACTTGCGCA TACGTTGCTC AGCAGGCATG GTTGGTGAAC 
GCCAACATAA AAGACAACAT TTTGTTTTCG GCACGCTTTG ATGAGAAGAG GTACCGCGAT 
GTCATTGTCG CCTGTGCGCT GGAGCGGGAC CTGGAAATCC TTGACAATGG TGATGAAACC 
TTGGTGGGCG AAAAGGGCAT TACACTCTCT GGAGGCCAAA AGCAGCGCAT ATCCCTGGCT 
CGTGCCGTCT ATTCCAACTC AAAGCACCTG CTTCTGGACG ACTGTCTCAG TGCTGTAGAC 
TCGCACACGG CTCAGTGGAT CTTCAACAAC TGCATCAGGG GCCCGTTGAT GAAAGACCGA 
ACCTGTATCA TGGTCACGCA CAACATCCCG CTGTGTGTGC CGCACTCCGA CTTTGTGGTC 
GTAATGGACA ACGGAAGAAT AACCCACCAG GGTCGGGCAC TAGAGGTCAT TACGTCTGGG 
GCGCTTGGCG AGGAGATTGC TCAGAAGGCC AAGTCAGAAA CTCCCAACAT CTCCAGAATT 
CCCTCCCGCG TGCCCTCAAG CGTTGGCGAG GGTAGTGGCA ACACACTCCT CGACACCGAC 
GGTGACGATC ACCTGTCTAA GCCCAAGAAC GCCAAAAAGG CGAAGAAAGC CGAAGCCATG 
GAAGAAACCA AGGCTACGGG TGCTGTGAAA TGGCCTGTTA TGAAGCTATA CCTGGCATCC 
ATGGGGTCCT GGTGGTTCTG GGTCGTTGCG GGCTGCATCT TCATATCTCA GCAGGCCAGC 
GACGTTGTGT CTAACCTCTG GATAAAGCAG TGGGCAAGCC AGTACACTAC TGAGGTCTCC 
AGCGTTCCAA TCTCGACCAG CTCGCACATG TACGGCACTC AGTCCTTTGC CCCCACGTAC 
ATGGTGCCTG TGCAAACCTA CGTCAAGGAT CAGCTGGCCA GGAATGGTAA CGCTACCGCT 
CTCGACATTG TTGTCAACTC CGAAGTCAAT GCACAGTATT ACCTCGTCGT CCTCGCCATT 
ATTGGTCTTG CTGGTTCCCT AACAGCATTC CTCCGTGATC TTTGGATCTT CTTCGGGTCA 
CTCACCGCGT CAGCCAAGAT ACACACGCGT CTGTTAAATA CCGTCACCCG TGCCAAATTC 
AGATTCTTCG ATGTCACGCC CTTGGGTCAA ATGATGAACA GGTTTTCAAA AGATATGGAA 
GCCGTCGACC AGGAGGTGGC GCCAATAGCC ATCGGAATCT TGAGCTGCGC CCTGGGCATC 
ACAGTGACTG TTGTGCTTAT TGCCTCGATA ACCCCAGGTT TCCTTATTGC CGCCGTCTTT 
ATCACAATTG CATACGTGCT GCTGGCCAAG TTCTACCTGG CTTCGTCACG AGACCTGAAA 
CGTCTGGAGT CTGTGCAGCG TAGCCCTCTG TTCCAACAGT TCGGCGAGAC TTTGAGCGGC 
GTTACCACCA TTCGAGCGTA CGGCGATGAG CGTCGGTTCG TGAGAGACAA CTTGACCCGC 
ATCAACGGCC AACTGCGACC CATGATTTAC CTCTGGGCTA CTAACAGATG GCTTGCCTTC 
CGTACTGATC TCTTGGGCGA TTTCGTTTCC TTCTTCGCCG GTGTCTTTGT CATCCTCAGT 
ATAGGAGTCA TCGATGCAGG GTGGGCTGGT ATTTCGTTGA GTTACGCCAT CGGATTTGCT 
GAGAATATTC TGTGGCTGGT GCGTTTGTAC TCGATCAACG AGCAGAACAT GAACGCAGTC 
GAGCGTATCA AGGAGTACCT TGAGGTCGAA CAGGAGGCCG CACCCATCTG TGAAAAGAAC 
CGGCCACCCC AGAACTGGCC AGCCCAGGGG TCAGTCGAGT TTATCAACTA CACTACCAGT 
TACCGCAAGG AGCTGGACCC TGTCCTACGC AACGTTACGT TCAAGATCTC TCCCCAAGAG 
AAGGTCGGTA TTGTTGGACG AACGGGTGCT GGAAAGAGCT CTCTAGCGCT GGCCATCTTC 
AGAGCGCTTG AGGCTGATGG GGGTAAAATC CTGATTGACG GCATTGACAT TGGACTCATC 
GGCCTGCGCG ATTTGCGCGA GGCTATTACT ATCGTTCCCC AGGAGCCAAC CCTTTTCACG 
GGTACTATTA GGTCTAACCT GGACCCATTT CATTTGTTTA CCGACGAGCA GATTTACAAG 
TCGCTGCAAC GTGTGCAGCT TATTGGACCC GACGAAACTA TCCCCACCGC CGATGCCTCG 
CCTGTTCTAC CGGCTTCACC AACCACACCA GGGGGCGCGA GCAACAAGAA CATATTCCTT 
AATCTGTCGT CCAAGGTTTC CGAGTCAGGA TCAAATCTGT CGCAAGGCCA ACGTCAGCTT 
CTTTGCCTGG CCCGCGCACT GCTCAAGGAG CCTCGCGTTT TGGTTATGGA CGAGGCTACA 
GCATCCATCG ACTACGCTAC CGACAGCAAG ATCCAGGATA CTATCCGCGA GATGAAAGAT 
ACAACCATCA TCACCATTGC TCACCGCCTG CAGACTATTG CAGACTATGA CAAGGTTTTG 
GTGTTGGACA AGGGAGAGGT TGTCGAGTAT GCCCACCCAT GGGAGCTCAT GCGTAAGGGC 
GAAGGCGGCA GTTTCAAGAG CATGTGTGAC ATGAGTGGCG ACACGGAGCT GCTCGCTAAG 
GCTGCAAAGA AGGCTTTTGA CGCTAAGAAA CTCATCGACG TGGATGACGA AGCTGCCGAT 
GCAGCGCCTT AG

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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オンライン注文

MGG_04855 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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