FGSG_05462 cDNA ORF clone, Fusarium graminearum PH-1(Gibberella zeae PH-1)

Gene
Clones
gRNAs

Summary

Gene Symbol	FGSG_05462
Entrez Gene ID	23552644
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Fusarium graminearum PH-1(Gibberella zeae PH-1)

mRNA and Protein(s)

mRNA	Protein	Name
XM_011325699.1	XP_011324001.1	hypothetical protein

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

The Fusarium graminearum genome reveals a link between localized polymorphism and pathogen specialization.
Cuomo CA, Güldener U, Xu JR, Trail F, Turgeon BG, Di Pietro A, Walton JD, Ma LJ, Baker SE, Rep M, Adam G, Antoniw J, Baldwin T, Calvo S, Chang YL, Decaprio D, Gale LR, Gnerre S, Goswami RS, Hammond-Kosack K, Harris LJ, Hilburn K, Kennell JC, Kroken S, Magnuson JK, Mannhaupt G, Mauceli E, Mewes HW, Mitterbauer R, Muehlbauer G, Münsterkötter M, Nelson D, O'donnell K, Ouellet T, Qi W, Quesneville H, Roncero MI, Seong KY, Tetko IV, Urban M, Waalwijk C, Ward TJ, Yao J, Birren BW, Kistler HC
Science (New York, N.Y.)317(5843)1400-2(2007 Sep)

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

The following FGSG_05462 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FGSG_05462 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
OGb05921	XM_011325699.1 Latest version!	Fusarium graminearum PH-1 hypothetical protein partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00

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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)

FGSG_05462 ( XM_011325699.1 ) cDNA ORF clone, Fusarium graminearum PH-1(Gibberella zeae PH-1) -> XP_011324001.1 Fusarium graminearum PH-1 hypothetical protein partial mRNA.

Price & Availability↑

CloneID	OGb05921
Clone ID Related Accession (Same CDS sequence)	XM_011325699.1
Accession Version	XM_011325699.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7692bp) 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	1438185600000
Organism	Fusarium graminearum PH-1(Gibberella zeae PH-1)
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 (NC_026476). COMPLETENESS: incomplete on both ends.

ATGGATCCAG CCTCGAGATC TCCCGACCAT CCAGATCGCG CTGCCTCCGC TGAAGCCAGC 
TCGACCCGGC CAAACCCATT TGATGATAGC GATATCTCGT CTCGCAAACG CCGGCGCACC 
TCTCTTTCTG GGTCTCCTGC AAATTCTCTC GATGCAGAAA ACCCCATTCG CGACTCCTCC 
AGCTCAACCA CTCTCGACAT CGATCCTGCC TTGCCTCGAC CTGACACGGC TGCAGACTCT 
CTCACAGATT CTGTTGCGCC TGAGACTCCC GGCTCAGGCT CTCGCATGGG TGATCCTCCT 
ACAGAACCTC CATCCAGCAT GGTCACTCTC AACCTCAGGA ATGCAACCCA GAAACATTCG 
TCTTCGTTGC CATCTTCCCC CACTACTGCA GCTCAGCCAG CTGTGACCAA AAATGCGACT 
GATGCCGTCA ACGACCACGT TCAAGAGAGT GTTGAAGATT CTGAGGTCTA CATGAGTCAA 
GCTCCTCAAG GCAATAATTT CTCACGGCCA AGTTCTTCAC AGTCTGCCAC TCCGCCTATC 
GAGGTTATCT CCATACAATC AGATGAGGAT ATGATGTCTG ACTACCAGAG TGCTGGTCTT 
TCCGTAGTCG ATAGCGACCT TGTCGCAATC GATCCGGTTC ATGAATTCCC GTTCAATGAG 
CCCAATGAGT CACTAGAAGG AATCATGATG CGGCTTGCAA CTTACCTTGG AACACAATCC 
TCAATCGATG CAGCAGTCAT TCATAGGCTG CAGCAATGGC TAGGCCAATA TCTCGATTAC 
ACTAGGAATG TTAGTCGGCA AACGGCAATG GGATCGTGCC GTTTAAACAT ACACTTCTGG 
GCCACCTTCC CACGCATTGT TCCAGCGATG GCTTACCGCC GGCCACCACT CTACGAGGAT 
GAAACACTTT GGGAAGTTAG CAGTGCTTTC TTTGCAAGCT TCGCCACACT ATCAGCTTGG 
TTTGTCAGTC AAGACATCAT CGCCATCAAA GAATTCATGG TAGATCAGGA ATCGCAAAAC 
CGGCAAATAC CTGAACTTTT CTCTCCGATT TATCTCCACC ATCTTCATTC AATAACTCAA 
CCACCGCGGC CCAGCGACAG CCAGACTGAT CAAGTTGCAC CTACGGCTTC GTACTTCGTC 
AGAGCTTACC AGAAAAGTGC AAACGGAAGC ATTGGTAGTC TTTTACAGCT GGCTAGAATC 
TTGGCAGAAC TTATCCCGAG CCATCCTCGT TTGACTAACG ATTTGGCATC AATCTGCCAA 
GTAGCGTCGG ATATCATGTC TGACACTCTC AACCCACGCA TTCCCAGCCA TGATTTGATG 
TCAAAACAGG AACTCGAGAA CGGATTCGCT TTGTACGAAC TAATTTGTAG GATATTTGAT 
GACATGATCG AGAAAAAACC CTCGCAACTG TTCGCGGACA ACATACTCAG GGGTGTCTCT 
GCTTTGTCAG ATATGATCAA GGCGATCCTC AGATGCGGCC TCCCGATTGC AAGTCATCTA 
CTTCAGGAGC ACCAAAAAGC TTTTCCTGCA GTCTCTGAAG ACTACGCTAT CGAGGCAGTT 
GCTCTCAAGC GGCGTTTTGA AACCTTCATC AAGCTCATAC GGTCGAGCCA AATGCAACTC 
CGATTTCAAG GAACGACACA AATGTGCAGA GAACTTGTCG AGTGTTGGAG AATTCACTCC 
GAGCAGAGTG ACGACAGCCA CGCTTATATT GGGCATATTG CCGAGTATCT AATCGGATCT 
GGGTTCATCG ACTACTTCTT AGGCTCCAAT TGCCACCCTG AGATCATCCT TGAGGGTGCC 
AACATCGTTG GTTTCATAAT AGTGACCAAG AACTATCGCA AGGAGCATCT AGACATGATA 
TGGCGAGGAA TGACGTCTGG AGAAGATCCC CGTACAGTCG ACGCTCTAGC GCGAATGATG 
AGTGGTATCG CCCATCTCTT TGACATCGAG GGCCTCCTGG CTCTTTGCGA CATGTTCCAG 
ACACTACCTG TAGATGCCTT TACGTCCACT ATCAGATTGC TTTGGGACCA TGTCATGCAA 
TTCTTGACAG ACAGACCTGC AATTGAGCAG CCCCTTGGAA TCCAGCCTTA CAATCTTTGT 
CTGCGGCTGT TAAGGGAGTC TTCTATCTCC ACAGGTGGAT CGCAACCCGT GTCCCCTGAA 
ATGCAGCAGA TAACATTGCA TAAGCTGCAG GAATTGTTAA GATGCGGACC GGGCCCCGAA 
GGACGACAGC AACTTTACTT GAGTTGTCTT CAAGATATTG CAAACAAGTC AGCCACCACC 
CTAGGCAGTC TCTACTTTCT CTCCACAACG ATTCGGTCAA GAGTTATGTC CACCGAGCTG 
CATAGACTAG TGGAAGAGAA CGACTTCACG AGGCTCCTTG TCGAGGAATT AGAGCATGCT 
ATCACGATCG GACGAGCAAT GGATTCTCAG ACGGTACTCG CCTCGCCCAC TTACCAGCCT 
CGGAAAGAAT TCATTGCAGT CATTATTCAG TTGGAACCAC AAACCATCAC TCAGGAGCTC 
GGGTTCAAAC TCTGGAACCT GCTTGTTGGT TCTCTCTCAC TCTCACTAGA AGATAGGAGA 
GCCGGGTGGG ACATACTGAA CATTCTCAAC CGGGGGGGCA ACTTTGATAT TCACTCAAAT 
CATTTTCTCA GGACTTGTTT ACTTCACTAT CTCCCAACTC TTTCCGCTGA GTACTTCTGT 
GAAGTGTGGC GCATCGCCCT TGAAGCCGAA GATGAAATTC TGGCCGAAAA GTCTCTCCAA 
GTCCTGACAC AGGACATCTA CATTAAAAAT GAGTATATTT CCTCTGGTCC CACGCAACGA 
ACGCAGTCGA TTCACCTAGC TCTCGTTGGT CGTTGTCTAA AGCAGCTGAA AATTGCCGCG 
AAGGATTTAG AGACTTTGGG CCTCAACCCT CAAGGTGGTA ATAATGGGGA TGCGGTATTT 
GCTACCAAAG GCCAGAAGCT ACTGGAAAAA GAAAGGATAT TTGTCCGCTC CTTGAAGTTT 
CTGCGGTACA TGTTGGATGC CCATCGTTCA ACGCCACACT TATTCACACC CGACTTGAGA 
ACGCTAATTT CTCAAGCACC CTATGCGGTT CAGGGCGACT CAGCGGAACT CAAGTATCAG 
TCTTTTGATG GCAATCAACA GACTGACATC AAGCCACTTG TGATTGGAAA GGGGAACACT 
GCAGCTTCTT TGCTCGCGAG CCTCCGTGAA GAAACCGGAT TTGAGAACTA TCGAATCTAC 
TATAGAGGCC AGCCATTCCT ACCACGTGAG ACGGACATAT GCAAATCTCT CGAAGATCTC 
CGCGTACATG ACGGTCTTAT ACTGGTCAGG CGTGAAGACT CTGGTCCAGC TATCTCTAAT 
CGAGTTACGC CTGGTGCTTC CTCACTTGAA ATCGAGATCT CTACTCATTT TGATGAGATG 
TGGGAGTATT TGAGCATGAA AGACTCACTC GCAGAAGAAA TCTTCGCCTT CCTCATCCAA 
CTGCCGACGG ACGGCCGTCT CTCCAAGTTG ATTGACAACG AACCAGCGAC CTACAAAGAT 
GTTTTCCCCT CGGGGCAGCC TTTCAAGTCG CTCTACGCTG TGCATGCGTT AGCAAAGTAT 
ACCGATGCTC TATCTCCTAG TGGCATAAAC AGTGATGGCA GTCAGAATGA CGCGTTTATG 
CCTCGTTCTG TCTCGTACTC CAAAGCTCTC AAGACAGCCA TGTCCTTGAT TGTGCATGCT 
ATCTCAGACA AGAACGTCTT CGACCAAGCA TCAAAGTTCA TGCGACTAAA GCTCACAACA 
AGTTTACTTC AGGCATTCAA GCAGCTCTAC GACAGAATTA CTGCTTCAGA AACACCGGCC 
ATATCGAAAG GTCTGGTTAT ACCAGATCCA GATCGACTGG TCGAAATCCT TTCGTATGCC 
GCGGATTGTC CCGGCGATGA GCCCTCGGCT GCTATAACTT TAACACTTCT CCTTTGTCTA 
CGACTCAGCA TTATGGAAGA CCAATTTTGG ACAAAGCTCA GCGCAAACAC AGACTTCAGC 
CGAGTCCTAC GCCGTCTTAT ACTAACCGAT CCCCGCCAGG TCATCAGAGT ACGTTCGATC 
AAGATTATGC AAGAATTCTT CACTATTTTG GAGCACACAG CCGTCGATCG TGCTTCAGAC 
AACAACCTTG ATGGTTTAGT AGCAACATAC TTCTGGACTA TCGCCAGAGA CCTCATTTCA 
GAAGCACCTG ACATTCCGCA TCAGTGCGAC GAACTATTCC GTTTCACCTA CTTCCTTCTG 
ATTAGAACCA ACAAGCAAGC GCCTGAACTA GTGAACATTG CAACACTGGC GGTCAAAGCT 
AGCCAACTTC TTCTAGAGCA TACAACAACT GAGACTATAG AATCGCCCGA TGTCGAAGAT 
ACATTAGCAA GAGGCTTGGC TTTTCTCTTG CATCTTTGTC TACGGTTGGA CGCCACTGTT 
GTCCAATCAG AGGTGCTCCC TAGAAATCTT GCTGCGTCAT TATTTTGGAA GCAGCTTTAT 
CCCAGCAAGC GGTTAGCAAA CGGAGAGCCT GTGGCCAAAG TAATTCTTCA CGAAGAAACG 
CGGGCCAAGC TTTGCGAAGT GGTGTTCCAG CTTGTGAAAC ATCATCGAGA CGATATTCAA 
ATGGTTCTAG AAGGACTCGG TCAACAAGTA CCATTTTATG AAGATGACGA TGGCATGTAT 
GGCCCTTTAG TAGAACCGCA CCTACTGACA GATGGTGCAG ATAATCCGTA CCTGTATGAC 
CTATCCTATC ACTTCGAGCG ATCCAGAGCA CTCCGTGCTC CATGCGGCTA CGCAGGATTG 
CAGAACTTGT CCAACACCTG CTACTTGAAT TCATTAATGG CGCAGCTATA CATGAACACT 
GGTTTCCGGT GCTTCGTGCT CGGTTGCCGC GTTCGCTACC CTGAAACTAA CCAGCAGCTC 
CTTCACAGCA CCCAGAAACT GTTTGGCCAT ATGCAGGAGA GCTACCTTCG CTACATTGAC 
CCGACTGACT TTGTCAATTC CATCAAGACA TACGATGACA CTCTCATTGA TATCCACAAT 
CAAATGGATG TCGACGAGTT TTATAATCTT CTTTTTGACC GTTGGGAGAA TCAGCTTCTT 
GGCCAGGATG AAAAGAGAAG AATGAAGTCG TTCTACGGTG GACAGCTTGT GCAGCAAGTA 
AAGTCCAAAG AATGCGAGCA CATCTCTGAG CGTCTCGAGC CCTTTTCCGC AATTCAATGC 
GATATCAAGG GGAAAAGCAC ATTAGAGGAA AGTCTGCAGG CATATGTGGA CGGTGAGATT 
ATGGAAGGAG ACAACAAGTA CAAATGTTCA ACGTGCGACC GCCACGTTGA TGCGGTGAAA 
AGAGCCTGTA TCAAAGATGT CCCGGAAAAC CTCATCTTCC ACCTGAAGAG ATTTGATTTC 
AATCTACGTA CCCTTCAACG TAGCAAGATC AATGACTATT TCTCGTTCCC CAGTCGAGTC 
GACATGCGAC CATACACCAT CGAGCATCTC AGCAACCCAG AGAGTGATGG CAAGGAGGAT 
ATGTTTGAAC TAGTCGGTGT GCTCGTTCAT TCGGGTACCG CCGAATCCGG GCACTACTAC 
TCTTACATCC GCGAGCGTCC TTCCTCCGTT GATAGTCCAA GCTGGGTTGA ATTCAACGAC 
GACATGGTAA CTCCATGGGA CCCAGCGCAA ATGGAACAAG CAACATTCGG CGGTACGAAC 
GAACGTCCTC TTCAAGACTC AAACGGCCTC ATGTTCGACA GGAATTACAG TGCATACATG 
CTTTTTTATC AGCGCGCTTC GTCCCTACGT GCTGAGCAGG AAAATATGAT GAGTCTCAAC 
GTCTCCGCGC CTTTCCGCGT CGAAGTGCCA GAGAAGCTCA AATATCATAC CACGGTCGAA 
AACACAGTGA TCCTCCGCCG TCACTGTATC TATGACGAGT CCAATACTGG GCTCGTTCTG 
ACCCTGTTCC GTCAATCTCT GCTGTGTTGT GGCCCTGTGG ATACAGCTGA TACTTGCCTG 
AGTCCTAACG ACTTCATGTG CAAATTTCAG CAGGAGCATG GACTCCAGAA TTCGGCCATG 
CGAACGCTAC TCGGCCATCT GGACCAAGTT GTCACGAGAG CAAAGGAGAT TCCGCATTTC 
GGTTCATACT GTAGAGACCT GATGGGTGCA ATCACATCTT GTCCTTATTG TGCTTTTGCA 
TTCTACAGTT ACTTTGATCA TTATCCCAAC GCACTTCGCA TGCTGCTCCA ACGCAACCCG 
GATCAGGGAG TACGAAGTTT CACTTGCAAC GCTCTGGTCA CTGCAGTCAA GAAGATATCG 
GAGGCGTTTC CCAATATCTA TGACTTGCAA GAGTCGTACA GCTCAGTCTC GGATTCCGAT 
GAAGACGAAG ACCTTGATCA GCATGATGTT TCTCGTCACT CTGTCATCGA TCGAGTAATG 
CTCATTTTCG ATTATCTTTG GAAGCACTTT CACCTCCACA TTAAGGCCTG GGACGAGTAT 
TTCGGAGCAA TTCTAGGCTT TGCTGAACTG GGCCATCGTG AAACTGGACG TGTATTGGCT 
GCAGACTTTC TGCTAAGGAC TATTCAGATC ATCTCGGCCG ACCCTCTACA AGACCTCAGT 
GGAGTCTGGG CCAAAATGCT CAACAGTGTT ATTCGACGAA ACAACAGTCC AAAGCCCCCT 
TCTTATACAT CAATCATTGC CCTTATCCAG CACTTGATAA GCAAGATGAG TTGGAAACTT 
GGAACCGACT CAATCGAAGA GGATCCGACA GAGCGTCTTA CACAGACAGC TGGGCCATTC 
CGTTGGACAT CAAGTGAGGT AACTCTTGTC TTCAATGGTT TGGACATGAC CTCTCATACT 
AGCCTGTTTG TCGAGAAACT CCTTGCCCTT GATCAGGCGC CAGCATCTAG CGATGCTATT 
ATACGCTGCT TGGTACGATT AGACGACAAA GTCGATGATA GAGTCCTTTC AACATTGAAA 
CAATGTCTCC GTGGTGAAAC CTCAACACAG GCTATGGATC CGTTCTTGCG GGCAGCCATT 
CCCTACCTCG ACAGTACCAA CAACCTCAAC AACGCCCTGG AAATAGTGCA GCATATGTTG 
GCGCAGGCGA GAAGTCTACA GAACAACGAG GGTGTGTTTT TTGTACGCTT CTTCATGGTG 
GCGGCGAACC TTCAAAGAGA AGACGAGGAG TTTGCCAGGG CAGTTCGCTC GCACAGCCTG 
GGACAAGTGT CAGAATGGGT ACCTTTTCTT CTCGCGTGGT CTGATCAGCA TATGCGGTCC 
ACCACAAAAG GGTTTCTTAG CAGCACCTTG TTTGATAACC TGAAGGATCA CAGCCCGGCC 
AACAGCGAGA GTATCTGTTG TGACAAAGAT GCCATTGAGG AGGCGGCAAA GCAGGTCGGA 
ATCGCATGTC TCGAGTACCT CAAAGACCAC CACGTCCGCA GACGGGCTAA CGTTGGTCGA 
GAAATTGCGA CCGATTTTCT GGACGTAATC GAGCAATGCG GTGCGGTGGT AAATGTGGGC 
TCAAATGAGC AGAGTGATAC AGACAAAAGG TTCTGCAAAC TGCAGGATGA TGTGATCGAT 
CCTTTACGGA AGCTTGTTGT TGATGACATG GAAGACGACG GGACCGACTG GGAAGGATCC 
TGCGGATCAT CTGACCAGAT TGATGACATT GAAATGAACA TTCCGGGTGT AAAGGAGCTA 
CACGGCATGT AG

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

RefSeq	XP_011324001.1
CDS	1..7692
Translation	MDPASRSPDHPDRAASAEASSTRPNPFDDSDISSRKRRRTSLSGSPANSLDAENPIRDSSSSTTLDIDPALPRPDTAADSLTDSVAPETPGSGSRMGDPPTEPPSSMVTLNLRNATQKHSSSLPSSPTTAAQPAVTKNATDAVNDHVQESVEDSEVYMSQAPQGNNFSRPSSSQSATPPIEVISIQSDEDMMSDYQSAGLSVVDSDLVAIDPVHEFPFNEPNESLEGIMMRLATYLGTQSSIDAAVIHRLQQWLGQYLDYTRNVSRQTAMGSCRLNIHFWATFPRIVPAMAYRRPPLYEDETLWEVSSAFFASFATLSAWFVSQDIIAIKEFMVDQESQNRQIPELFSPIYLHHLHSITQPPRPSDSQTDQVAPTASYFVRAYQKSANGSIGSLLQLARILAELIPSHPRLTNDLASICQVASDIMSDTLNPRIPSHDLMSKQELENGFALYELICRIFDDMIEKKPSQLFADNILRGVSALSDMIKAILRCGLPIASHLLQEHQKAFPAVSEDYAIEAVALKRRFETFIKLIRSSQMQLRFQGTTQMCRELVECWRIHSEQSDDSHAYIGHIAEYLIGSGFIDYFLGSNCHPEIILEGANIVGFIIVTKNYRKEHLDMIWRGMTSGEDPRTVDALARMMSGIAHLFDIEGLLALCDMFQTLPVDAFTSTIRLLWDHVMQFLTDRPAIEQPLGIQPYNLCLRLLRESSISTGGSQPVSPEMQQITLHKLQELLRCGPGPEGRQQLYLSCLQDIANKSATTLGSLYFLSTTIRSRVMSTELHRLVEENDFTRLLVEELEHAITIGRAMDSQTVLASPTYQPRKEFIAVIIQLEPQTITQELGFKLWNLLVGSLSLSLEDRRAGWDILNILNRGGNFDIHSNHFLRTCLLHYLPTLSAEYFCEVWRIALEAEDEILAEKSLQVLTQDIYIKNEYISSGPTQRTQSIHLALVGRCLKQLKIAAKDLETLGLNPQGGNNGDAVFATKGQKLLEKERIFVRSLKFLRYMLDAHRSTPHLFTPDLRTLISQAPYAVQGDSAELKYQSFDGNQQTDIKPLVIGKGNTAASLLASLREETGFENYRIYYRGQPFLPRETDICKSLEDLRVHDGLILVRREDSGPAISNRVTPGASSLEIEISTHFDEMWEYLSMKDSLAEEIFAFLIQLPTDGRLSKLIDNEPATYKDVFPSGQPFKSLYAVHALAKYTDALSPSGINSDGSQNDAFMPRSVSYSKALKTAMSLIVHAISDKNVFDQASKFMRLKLTTSLLQAFKQLYDRITASETPAISKGLVIPDPDRLVEILSYAADCPGDEPSAAITLTLLLCLRLSIMEDQFWTKLSANTDFSRVLRRLILTDPRQVIRVRSIKIMQEFFTILEHTAVDRASDNNLDGLVATYFWTIARDLISEAPDIPHQCDELFRFTYFLLIRTNKQAPELVNIATLAVKASQLLLEHTTTETIESPDVEDTLARGLAFLLHLCLRLDATVVQSEVLPRNLAASLFWKQLYPSKRLANGEPVAKVILHEETRAKLCEVVFQLVKHHRDDIQMVLEGLGQQVPFYEDDDGMYGPLVEPHLLTDGADNPYLYDLSYHFERSRALRAPCGYAGLQNLSNTCYLNSLMAQLYMNTGFRCFVLGCRVRYPETNQQLLHSTQKLFGHMQESYLRYIDPTDFVNSIKTYDDTLIDIHNQMDVDEFYNLLFDRWENQLLGQDEKRRMKSFYGGQLVQQVKSKECEHISERLEPFSAIQCDIKGKSTLEESLQAYVDGEIMEGDNKYKCSTCDRHVDAVKRACIKDVPENLIFHLKRFDFNLRTLQRSKINDYFSFPSRVDMRPYTIEHLSNPESDGKEDMFELVGVLVHSGTAESGHYYSYIRERPSSVDSPSWVEFNDDMVTPWDPAQMEQATFGGTNERPLQDSNGLMFDRNYSAYMLFYQRASSLRAEQENMMSLNVSAPFRVEVPEKLKYHTTVENTVILRRHCIYDESNTGLVLTLFRQSLLCCGPVDTADTCLSPNDFMCKFQQEHGLQNSAMRTLLGHLDQVVTRAKEIPHFGSYCRDLMGAITSCPYCAFAFYSYFDHYPNALRMLLQRNPDQGVRSFTCNALVTAVKKISEAFPNIYDLQESYSSVSDSDEDEDLDQHDVSRHSVIDRVMLIFDYLWKHFHLHIKAWDEYFGAILGFAELGHRETGRVLAADFLLRTIQIISADPLQDLSGVWAKMLNSVIRRNNSPKPPSYTSIIALIQHLISKMSWKLGTDSIEEDPTERLTQTAGPFRWTSSEVTLVFNGLDMTSHTSLFVEKLLALDQAPASSDAIIRCLVRLDDKVDDRVLSTLKQCLRGETSTQAMDPFLRAAIPYLDSTNNLNNALEIVQHMLAQARSLQNNEGVFFVRFFMVAANLQREDEEFARAVRSHSLGQVSEWVPFLLAWSDQHMRSTTKGFLSSTLFDNLKDHSPANSESICCDKDAIEEAAKQVGIACLEYLKDHHVRRRANVGREIATDFLDVIEQCGAVVNVGSNEQSDTDKRFCKLQDDVIDPLRKLVVDDMEDDGTDWEGSCGSSDQIDDIEMNIPGVKELHGM

Target ORF information:

RefSeq Version	XM_011325699.1
Organism	Fusarium graminearum PH-1(Gibberella zeae PH-1)
Definition	Fusarium graminearum PH-1 hypothetical protein partial mRNA.

Target ORF information:

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

XM_011325699.1

ORF Insert Sequence:

ATGGATCCAG CCTCGAGATC TCCCGACCAT CCAGATCGCG CTGCCTCCGC TGAAGCCAGC 
TCGACCCGGC CAAACCCATT TGATGATAGC GATATCTCGT CTCGCAAACG CCGGCGCACC 
TCTCTTTCTG GGTCTCCTGC AAATTCTCTC GATGCAGAAA ACCCCATTCG CGACTCCTCC 
AGCTCAACCA CTCTCGACAT CGATCCTGCC TTGCCTCGAC CTGACACGGC TGCAGACTCT 
CTCACAGATT CTGTTGCGCC TGAGACTCCC GGCTCAGGCT CTCGCATGGG TGATCCTCCT 
ACAGAACCTC CATCCAGCAT GGTCACTCTC AACCTCAGGA ATGCAACCCA GAAACATTCG 
TCTTCGTTGC CATCTTCCCC CACTACTGCA GCTCAGCCAG CTGTGACCAA AAATGCGACT 
GATGCCGTCA ACGACCACGT TCAAGAGAGT GTTGAAGATT CTGAGGTCTA CATGAGTCAA 
GCTCCTCAAG GCAATAATTT CTCACGGCCA AGTTCTTCAC AGTCTGCCAC TCCGCCTATC 
GAGGTTATCT CCATACAATC AGATGAGGAT ATGATGTCTG ACTACCAGAG TGCTGGTCTT 
TCCGTAGTCG ATAGCGACCT TGTCGCAATC GATCCGGTTC ATGAATTCCC GTTCAATGAG 
CCCAATGAGT CACTAGAAGG AATCATGATG CGGCTTGCAA CTTACCTTGG AACACAATCC 
TCAATCGATG CAGCAGTCAT TCATAGGCTG CAGCAATGGC TAGGCCAATA TCTCGATTAC 
ACTAGGAATG TTAGTCGGCA AACGGCAATG GGATCGTGCC GTTTAAACAT ACACTTCTGG 
GCCACCTTCC CACGCATTGT TCCAGCGATG GCTTACCGCC GGCCACCACT CTACGAGGAT 
GAAACACTTT GGGAAGTTAG CAGTGCTTTC TTTGCAAGCT TCGCCACACT ATCAGCTTGG 
TTTGTCAGTC AAGACATCAT CGCCATCAAA GAATTCATGG TAGATCAGGA ATCGCAAAAC 
CGGCAAATAC CTGAACTTTT CTCTCCGATT TATCTCCACC ATCTTCATTC AATAACTCAA 
CCACCGCGGC CCAGCGACAG CCAGACTGAT CAAGTTGCAC CTACGGCTTC GTACTTCGTC 
AGAGCTTACC AGAAAAGTGC AAACGGAAGC ATTGGTAGTC TTTTACAGCT GGCTAGAATC 
TTGGCAGAAC TTATCCCGAG CCATCCTCGT TTGACTAACG ATTTGGCATC AATCTGCCAA 
GTAGCGTCGG ATATCATGTC TGACACTCTC AACCCACGCA TTCCCAGCCA TGATTTGATG 
TCAAAACAGG AACTCGAGAA CGGATTCGCT TTGTACGAAC TAATTTGTAG GATATTTGAT 
GACATGATCG AGAAAAAACC CTCGCAACTG TTCGCGGACA ACATACTCAG GGGTGTCTCT 
GCTTTGTCAG ATATGATCAA GGCGATCCTC AGATGCGGCC TCCCGATTGC AAGTCATCTA 
CTTCAGGAGC ACCAAAAAGC TTTTCCTGCA GTCTCTGAAG ACTACGCTAT CGAGGCAGTT 
GCTCTCAAGC GGCGTTTTGA AACCTTCATC AAGCTCATAC GGTCGAGCCA AATGCAACTC 
CGATTTCAAG GAACGACACA AATGTGCAGA GAACTTGTCG AGTGTTGGAG AATTCACTCC 
GAGCAGAGTG ACGACAGCCA CGCTTATATT GGGCATATTG CCGAGTATCT AATCGGATCT 
GGGTTCATCG ACTACTTCTT AGGCTCCAAT TGCCACCCTG AGATCATCCT TGAGGGTGCC 
AACATCGTTG GTTTCATAAT AGTGACCAAG AACTATCGCA AGGAGCATCT AGACATGATA 
TGGCGAGGAA TGACGTCTGG AGAAGATCCC CGTACAGTCG ACGCTCTAGC GCGAATGATG 
AGTGGTATCG CCCATCTCTT TGACATCGAG GGCCTCCTGG CTCTTTGCGA CATGTTCCAG 
ACACTACCTG TAGATGCCTT TACGTCCACT ATCAGATTGC TTTGGGACCA TGTCATGCAA 
TTCTTGACAG ACAGACCTGC AATTGAGCAG CCCCTTGGAA TCCAGCCTTA CAATCTTTGT 
CTGCGGCTGT TAAGGGAGTC TTCTATCTCC ACAGGTGGAT CGCAACCCGT GTCCCCTGAA 
ATGCAGCAGA TAACATTGCA TAAGCTGCAG GAATTGTTAA GATGCGGACC GGGCCCCGAA 
GGACGACAGC AACTTTACTT GAGTTGTCTT CAAGATATTG CAAACAAGTC AGCCACCACC 
CTAGGCAGTC TCTACTTTCT CTCCACAACG ATTCGGTCAA GAGTTATGTC CACCGAGCTG 
CATAGACTAG TGGAAGAGAA CGACTTCACG AGGCTCCTTG TCGAGGAATT AGAGCATGCT 
ATCACGATCG GACGAGCAAT GGATTCTCAG ACGGTACTCG CCTCGCCCAC TTACCAGCCT 
CGGAAAGAAT TCATTGCAGT CATTATTCAG TTGGAACCAC AAACCATCAC TCAGGAGCTC 
GGGTTCAAAC TCTGGAACCT GCTTGTTGGT TCTCTCTCAC TCTCACTAGA AGATAGGAGA 
GCCGGGTGGG ACATACTGAA CATTCTCAAC CGGGGGGGCA ACTTTGATAT TCACTCAAAT 
CATTTTCTCA GGACTTGTTT ACTTCACTAT CTCCCAACTC TTTCCGCTGA GTACTTCTGT 
GAAGTGTGGC GCATCGCCCT TGAAGCCGAA GATGAAATTC TGGCCGAAAA GTCTCTCCAA 
GTCCTGACAC AGGACATCTA CATTAAAAAT GAGTATATTT CCTCTGGTCC CACGCAACGA 
ACGCAGTCGA TTCACCTAGC TCTCGTTGGT CGTTGTCTAA AGCAGCTGAA AATTGCCGCG 
AAGGATTTAG AGACTTTGGG CCTCAACCCT CAAGGTGGTA ATAATGGGGA TGCGGTATTT 
GCTACCAAAG GCCAGAAGCT ACTGGAAAAA GAAAGGATAT TTGTCCGCTC CTTGAAGTTT 
CTGCGGTACA TGTTGGATGC CCATCGTTCA ACGCCACACT TATTCACACC CGACTTGAGA 
ACGCTAATTT CTCAAGCACC CTATGCGGTT CAGGGCGACT CAGCGGAACT CAAGTATCAG 
TCTTTTGATG GCAATCAACA GACTGACATC AAGCCACTTG TGATTGGAAA GGGGAACACT 
GCAGCTTCTT TGCTCGCGAG CCTCCGTGAA GAAACCGGAT TTGAGAACTA TCGAATCTAC 
TATAGAGGCC AGCCATTCCT ACCACGTGAG ACGGACATAT GCAAATCTCT CGAAGATCTC 
CGCGTACATG ACGGTCTTAT ACTGGTCAGG CGTGAAGACT CTGGTCCAGC TATCTCTAAT 
CGAGTTACGC CTGGTGCTTC CTCACTTGAA ATCGAGATCT CTACTCATTT TGATGAGATG 
TGGGAGTATT TGAGCATGAA AGACTCACTC GCAGAAGAAA TCTTCGCCTT CCTCATCCAA 
CTGCCGACGG ACGGCCGTCT CTCCAAGTTG ATTGACAACG AACCAGCGAC CTACAAAGAT 
GTTTTCCCCT CGGGGCAGCC TTTCAAGTCG CTCTACGCTG TGCATGCGTT AGCAAAGTAT 
ACCGATGCTC TATCTCCTAG TGGCATAAAC AGTGATGGCA GTCAGAATGA CGCGTTTATG 
CCTCGTTCTG TCTCGTACTC CAAAGCTCTC AAGACAGCCA TGTCCTTGAT TGTGCATGCT 
ATCTCAGACA AGAACGTCTT CGACCAAGCA TCAAAGTTCA TGCGACTAAA GCTCACAACA 
AGTTTACTTC AGGCATTCAA GCAGCTCTAC GACAGAATTA CTGCTTCAGA AACACCGGCC 
ATATCGAAAG GTCTGGTTAT ACCAGATCCA GATCGACTGG TCGAAATCCT TTCGTATGCC 
GCGGATTGTC CCGGCGATGA GCCCTCGGCT GCTATAACTT TAACACTTCT CCTTTGTCTA 
CGACTCAGCA TTATGGAAGA CCAATTTTGG ACAAAGCTCA GCGCAAACAC AGACTTCAGC 
CGAGTCCTAC GCCGTCTTAT ACTAACCGAT CCCCGCCAGG TCATCAGAGT ACGTTCGATC 
AAGATTATGC AAGAATTCTT CACTATTTTG GAGCACACAG CCGTCGATCG TGCTTCAGAC 
AACAACCTTG ATGGTTTAGT AGCAACATAC TTCTGGACTA TCGCCAGAGA CCTCATTTCA 
GAAGCACCTG ACATTCCGCA TCAGTGCGAC GAACTATTCC GTTTCACCTA CTTCCTTCTG 
ATTAGAACCA ACAAGCAAGC GCCTGAACTA GTGAACATTG CAACACTGGC GGTCAAAGCT 
AGCCAACTTC TTCTAGAGCA TACAACAACT GAGACTATAG AATCGCCCGA TGTCGAAGAT 
ACATTAGCAA GAGGCTTGGC TTTTCTCTTG CATCTTTGTC TACGGTTGGA CGCCACTGTT 
GTCCAATCAG AGGTGCTCCC TAGAAATCTT GCTGCGTCAT TATTTTGGAA GCAGCTTTAT 
CCCAGCAAGC GGTTAGCAAA CGGAGAGCCT GTGGCCAAAG TAATTCTTCA CGAAGAAACG 
CGGGCCAAGC TTTGCGAAGT GGTGTTCCAG CTTGTGAAAC ATCATCGAGA CGATATTCAA 
ATGGTTCTAG AAGGACTCGG TCAACAAGTA CCATTTTATG AAGATGACGA TGGCATGTAT 
GGCCCTTTAG TAGAACCGCA CCTACTGACA GATGGTGCAG ATAATCCGTA CCTGTATGAC 
CTATCCTATC ACTTCGAGCG ATCCAGAGCA CTCCGTGCTC CATGCGGCTA CGCAGGATTG 
CAGAACTTGT CCAACACCTG CTACTTGAAT TCATTAATGG CGCAGCTATA CATGAACACT 
GGTTTCCGGT GCTTCGTGCT CGGTTGCCGC GTTCGCTACC CTGAAACTAA CCAGCAGCTC 
CTTCACAGCA CCCAGAAACT GTTTGGCCAT ATGCAGGAGA GCTACCTTCG CTACATTGAC 
CCGACTGACT TTGTCAATTC CATCAAGACA TACGATGACA CTCTCATTGA TATCCACAAT 
CAAATGGATG TCGACGAGTT TTATAATCTT CTTTTTGACC GTTGGGAGAA TCAGCTTCTT 
GGCCAGGATG AAAAGAGAAG AATGAAGTCG TTCTACGGTG GACAGCTTGT GCAGCAAGTA 
AAGTCCAAAG AATGCGAGCA CATCTCTGAG CGTCTCGAGC CCTTTTCCGC AATTCAATGC 
GATATCAAGG GGAAAAGCAC ATTAGAGGAA AGTCTGCAGG CATATGTGGA CGGTGAGATT 
ATGGAAGGAG ACAACAAGTA CAAATGTTCA ACGTGCGACC GCCACGTTGA TGCGGTGAAA 
AGAGCCTGTA TCAAAGATGT CCCGGAAAAC CTCATCTTCC ACCTGAAGAG ATTTGATTTC 
AATCTACGTA CCCTTCAACG TAGCAAGATC AATGACTATT TCTCGTTCCC CAGTCGAGTC 
GACATGCGAC CATACACCAT CGAGCATCTC AGCAACCCAG AGAGTGATGG CAAGGAGGAT 
ATGTTTGAAC TAGTCGGTGT GCTCGTTCAT TCGGGTACCG CCGAATCCGG GCACTACTAC 
TCTTACATCC GCGAGCGTCC TTCCTCCGTT GATAGTCCAA GCTGGGTTGA ATTCAACGAC 
GACATGGTAA CTCCATGGGA CCCAGCGCAA ATGGAACAAG CAACATTCGG CGGTACGAAC 
GAACGTCCTC TTCAAGACTC AAACGGCCTC ATGTTCGACA GGAATTACAG TGCATACATG 
CTTTTTTATC AGCGCGCTTC GTCCCTACGT GCTGAGCAGG AAAATATGAT GAGTCTCAAC 
GTCTCCGCGC CTTTCCGCGT CGAAGTGCCA GAGAAGCTCA AATATCATAC CACGGTCGAA 
AACACAGTGA TCCTCCGCCG TCACTGTATC TATGACGAGT CCAATACTGG GCTCGTTCTG 
ACCCTGTTCC GTCAATCTCT GCTGTGTTGT GGCCCTGTGG ATACAGCTGA TACTTGCCTG 
AGTCCTAACG ACTTCATGTG CAAATTTCAG CAGGAGCATG GACTCCAGAA TTCGGCCATG 
CGAACGCTAC TCGGCCATCT GGACCAAGTT GTCACGAGAG CAAAGGAGAT TCCGCATTTC 
GGTTCATACT GTAGAGACCT GATGGGTGCA ATCACATCTT GTCCTTATTG TGCTTTTGCA 
TTCTACAGTT ACTTTGATCA TTATCCCAAC GCACTTCGCA TGCTGCTCCA ACGCAACCCG 
GATCAGGGAG TACGAAGTTT CACTTGCAAC GCTCTGGTCA CTGCAGTCAA GAAGATATCG 
GAGGCGTTTC CCAATATCTA TGACTTGCAA GAGTCGTACA GCTCAGTCTC GGATTCCGAT 
GAAGACGAAG ACCTTGATCA GCATGATGTT TCTCGTCACT CTGTCATCGA TCGAGTAATG 
CTCATTTTCG ATTATCTTTG GAAGCACTTT CACCTCCACA TTAAGGCCTG GGACGAGTAT 
TTCGGAGCAA TTCTAGGCTT TGCTGAACTG GGCCATCGTG AAACTGGACG TGTATTGGCT 
GCAGACTTTC TGCTAAGGAC TATTCAGATC ATCTCGGCCG ACCCTCTACA AGACCTCAGT 
GGAGTCTGGG CCAAAATGCT CAACAGTGTT ATTCGACGAA ACAACAGTCC AAAGCCCCCT 
TCTTATACAT CAATCATTGC CCTTATCCAG CACTTGATAA GCAAGATGAG TTGGAAACTT 
GGAACCGACT CAATCGAAGA GGATCCGACA GAGCGTCTTA CACAGACAGC TGGGCCATTC 
CGTTGGACAT CAAGTGAGGT AACTCTTGTC TTCAATGGTT TGGACATGAC CTCTCATACT 
AGCCTGTTTG TCGAGAAACT CCTTGCCCTT GATCAGGCGC CAGCATCTAG CGATGCTATT 
ATACGCTGCT TGGTACGATT AGACGACAAA GTCGATGATA GAGTCCTTTC AACATTGAAA 
CAATGTCTCC GTGGTGAAAC CTCAACACAG GCTATGGATC CGTTCTTGCG GGCAGCCATT 
CCCTACCTCG ACAGTACCAA CAACCTCAAC AACGCCCTGG AAATAGTGCA GCATATGTTG 
GCGCAGGCGA GAAGTCTACA GAACAACGAG GGTGTGTTTT TTGTACGCTT CTTCATGGTG 
GCGGCGAACC TTCAAAGAGA AGACGAGGAG TTTGCCAGGG CAGTTCGCTC GCACAGCCTG 
GGACAAGTGT CAGAATGGGT ACCTTTTCTT CTCGCGTGGT CTGATCAGCA TATGCGGTCC 
ACCACAAAAG GGTTTCTTAG CAGCACCTTG TTTGATAACC TGAAGGATCA CAGCCCGGCC 
AACAGCGAGA GTATCTGTTG TGACAAAGAT GCCATTGAGG AGGCGGCAAA GCAGGTCGGA 
ATCGCATGTC TCGAGTACCT CAAAGACCAC CACGTCCGCA GACGGGCTAA CGTTGGTCGA 
GAAATTGCGA CCGATTTTCT GGACGTAATC GAGCAATGCG GTGCGGTGGT AAATGTGGGC 
TCAAATGAGC AGAGTGATAC AGACAAAAGG TTCTGCAAAC TGCAGGATGA TGTGATCGAT 
CCTTTACGGA AGCTTGTTGT TGATGACATG GAAGACGACG GGACCGACTG GGAAGGATCC 
TGCGGATCAT CTGACCAGAT TGATGACATT GAAATGAACA TTCCGGGTGT AAAGGAGCTA 
CACGGCATGT AG

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

PubMed

The Fusarium graminearum genome reveals a link between localized polymorphism and pathogen specialization.
Science (New York, N.Y.)317(5843)1400-2(2007 Sep)
Cuomo CA,Güldener U,Xu JR,Trail F,Turgeon BG,Di Pietro A,Walton JD,Ma LJ,Baker SE,Rep M,Adam G,Antoniw J,Baldwin T,Calvo S,Chang YL,Decaprio D,Gale LR,Gnerre S,Goswami RS,Hammond-Kosack K,Harris LJ,Hilburn K,Kennell JC,Kroken S,Magnuson JK,Mannhaupt G,Mauceli E,Mewes HW,Mitterbauer R,Muehlbauer G,Münsterkötter M,Nelson D,O'donnell K,Ouellet T,Qi W,Quesneville H,Roncero MI,Seong KY,Tetko IV,Urban M,Waalwijk C,Ward TJ,Yao J,Birren BW,Kistler HC

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FGSG_05462 cDNA ORF clone, Fusarium graminearum PH-1(Gibberella zeae PH-1)

Gene

Clones

gRNAs

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

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