PODANS_1_4630 cDNA ORF clone, Podospora anserina S mat+

Gene
Clones
gRNAs

Summary

Gene Symbol	PODANS_1_4630
Entrez Gene ID	6197049
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Podospora anserina S mat+

mRNA and Protein(s)

mRNA	Protein	Name
XM_001912630.1	XP_001912665.1	uncharacterized protein

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

The genome sequence of the model ascomycete fungus Podospora anserina.
Espagne E, Lespinet O, Malagnac F, Da Silva C, Jaillon O, Porcel BM, Couloux A, Aury JM, Ségurens B, Poulain J, Anthouard V, Grossetete S, Khalili H, Coppin E, Déquard-Chablat M, Picard M, Contamine V, Arnaise S, Bourdais A, Berteaux-Lecellier V, Gautheret D, de Vries RP, Battaglia E, Coutinho PM, Danchin EG, Henrissat B, Khoury RE, Sainsard-Chanet A, Boivin A, Pinan-Lucarré B, Sellem CH, Debuchy R, Wincker P, Weissenbach J, Silar P
Genome biology9(5)R77(2008)

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

The following PODANS_1_4630 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the PODANS_1_4630 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
OPl08656	XM_001912630.1 Latest version!	Podospora anserina S mat+ uncharacterized protein (PODANS_1_4630), 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)

PODANS_1_4630 ( XM_001912630.1 ) cDNA ORF clone, Podospora anserina S mat+ -> XP_001912665.1 Podospora anserina S mat+ uncharacterized protein (PODANS_1_4630), partial mRNA.

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CloneID	OPl08656
Clone ID Related Accession (Same CDS sequence)	XM_001912630.1
Accession Version	XM_001912630.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7863bp) 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	1523289600000
Organism	Podospora anserina S mat+
Product	uncharacterized 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_001914859). COMPLETENESS: incomplete on both ends.

ATGCCGTCCA CAACTTCCGG ACGCATTGTT AAGTCCCAAA GGGGCGTCAA GCGGACGCCT 
CACGAAAAGA ATCACAGATG GGAATCATTC AGTACCAAAA TCTCAAAGCT CCATTCGCTC 
GATCCGTTGC GCAAAGTGCG CCGCCATGAC CTCGAAGCCG AAGATCTCGA AGCGAGTACC 
TCCTACCTCA GAAATGGCCT CGACAGATGG GCCGAACTCA ACCTGTCAAA GACCTATGTG 
TCTTTCAGGC TAAAAGTCAC CCGTTATACC GATTCCCTCG CTCAAATTCT CCATCATGAA 
GACAAGATTA TGGACCTCTT GGCCGAGGCC ATCTCGACGC ACCAAAAGGA TTCTTTAGAG 
CCGTTACTCG ACCTGGTCAC TGCGTTCGCC CATGATCTCG GTGTGCGATT CGAGAAACAC 
TACCCCCGCG CTCTCGGCTT GATCGTGGAG CTTGCGAGCA AAGTTCACGA TGTAGAAGCA 
ATCGAATGGA CCTTTGCGTC GCTCGCATTC CTCTTCAAAT ATCTTTCGAG ACTAGTCGTT 
CCTGACCTCC GACCCACATA CGATGCGGTC TCTCCTTTGA TGGGCAAGGC GAAGATTCCG 
GGACATATTG CTCGGTTTGC GGCCGAGGCA ATGAGCTTCT TGGTGAAGAA AGCGGCGGCG 
CCCAGCCACA AGGAGAAGGC TCTACCGCTC TTTGTGGAGC ATGTGAGGAA GGATCTGGAG 
AGTGTGGCCG GGACGAGGCA GTATGAGCTC TATAGCCAGG GTATCATGAC TATGTTTGCC 
GAGGCGCTCA AGGCTCCCAA CAATGGCGTC CATTCGACTG CCCCGGAGGT CTTTGCAGCT 
ATCGTGCGGG ATGTGCCAGA AGGGGAAGCT GACCTTCCTG AGCAAACAGT ATGGACGGAT 
GTCTGCTGCG GTGTGCTTAC CAGTATCATT CACCATACAA CAATCGAGAC TTTCAAGACG 
ATCGAGACAC GCATAGTGCA AGAGGCTACG GCTGGTACAC GCCCAGTGTT ATTTGTGCAG 
CTCCTAGGTG TTGCGGCTGG TGTACGGAGG GGAAACCGGA TTCACGACTG GTCAGCTCTT 
GTAAAAGCTC TGGGACAACA GCTCACGCAG CTGGGTGAGG TCAAGGAAAG GATTGAGGCC 
ATCTCGCCTC GCCAAGTATG GGACCGCCTA ATCACCAAGA TAGCTATAAT TTGGGGGCAA 
GCACCAATAG ACGCTTTGCT GCCATCATTG TCAACACTCA ACAACACCAC GACCAAGGAG 
CCATTAATGC GGTGGTACAT TCCATTTTGC TCCTATCTGG CCGATCTCCA CCCTGAACGG 
TTCAGAGGGC TCTTCCTGAA AGACTTTCAA AAATTTGTCG TCGCCCATTG GTCCCGAAAC 
TCAAACGAGG AGATGCTCTG CGTGCTTCTG CCTCATATGG TAGAAAATGG GGGCCTGCCG 
CGGGTCAAAG GGAAAGACGG CTTCCTTCTC CCACAATCCT GGCAAGATCA GATTGTCAAC 
AAGTTTGTAC GGCTTGAAGA CACCCCTTTC CCGGAGAGTG GTGGTTTTGG GAAAGATGCG 
GAGACGTGGA GGGACAGATG TCTGCCAAAA TATTCAGCAC TTTTACGGGT GCTGGAGGTT 
ACGACAGTCC ATCCCTCCAC CAATGCACGT ATCGCCGAGG TTTTGCTTAA GAAGCTAAAG 
CTCGCCTTAC GGCCCTCCTC CTCTTTACCA ACCGATGAGG CCAACTTCAT TATGAGCGAT 
GGCTTCCGTG CCTATCTCAG AATGTGTGCT GCCCCTGGGT CGGTAGATCC AAGTCTGGCT 
CCTCTTCTCA GAGCAGCTAC CCCGCGGTTC TGCCACTCTC CGGCATTCCT CGAGGCCCTG 
CTCGCGTATC TGATGGAGAT CAAGGCGAAG GGACGCAGCA GCTCAGAAAC CAGCAGTGGG 
AGTGACAGCA TGCAGGAGGA GGAAGACCCA TTAGTGAAGT CTCTCGTCAA CAACTTGTCC 
GCGCCCTCTC ATGAACTCCG GCTTGCGTCC TTGCGAATTC TGGAAATTCT GGAGTCAACC 
CCTGATTCCA ACTCAGCCTT GGCAACGATG CTTCAGTGTG AAGAGCTGTC TCTGATTTTG 
GAAAACGTAC GAACGATCGC TGTTCACGTT CGAAAACTGG GACAAATCTA CGCTCATCTT 
GATCAAACTT CCTGGCTCAT ACGGGCAATC CCAGCCTTCT TGTTTGGTAT GATGACCGTC 
CCTCTTGCTC CAGTTTGGGA TGACTCGGTG GAAGCCATGA AAAAAATTGC CGAGTCTAAG 
CATGGCGAGG AAGTTTTGGC CGATTTGGCC TTTGACTGGT TGGATCAGCC TTCCGAACGG 
TGGTCAGGTG CATCCAAGCC CCAGGATCCA CGTCGCCTCC CGCTCACCGA CTTTGAATGC 
CTGAACATGA AAGGCCTGCA TAGAACTGCT GAGCCAATCG CTCAGGCCTT GGAGGAGCCG 
TACAGGGGCA TGATGGAAAA GTTCGAGGAG GGTCAGAAGA ACGTTGATCC CCACTCGCAA 
AGGGCTCGCA GCATGGCTCT CAAAGCTTTG AACGCTATCC CGAGCTTGGC TGAGAAACGC 
TCAAGAAACC TAGTGCCATA TCTATTTTCT TTCATGAGCG ATGGCGAGAC CCCGGCTGAA 
GACCAAGAAG ACACCGAGGA AGAGGCTGAA GAAATGTTAG AAGCGAGTTG GTCGCTTCCT 
GACCGGAAAG CCTTAGTTGG TGTGTTTTCA CAGTTCAACA ATCCTCGAGT GCTTTATCAA 
GCCGACAAGG TCTATACGGC ACTTCTGAAG CTCTTGGCAA ATGGTGATAT CGAGGTGCAA 
AAGCTTGCCT TGAAGGCCAT TTTGGCATGG AAGAATGATG CGGTCAAGAA GAAGCAGGAG 
CATCTGGAGT ACCTCCTTGA TGAGGCCAGG TTTAAAAACG AGCTTACTGT CCTTTTCCAA 
GGCGACAACA AGATCCAGCC AAACGAGCGA GAGGCCGTTA TGCCTGTTCT GCTTCACCTC 
TTGTACGGCC GTACGATCTC CAAGAAGGGC GCAGGCAGTG GCCGGCACGG TCTTCATGCG 
ACACGTTTGG CAGTTATTCG GCAGCTTACT GTGGACGACA TGGGCGACTT CCTGGACATT 
GCGCTTGGCC CACTGCGCAA CATCCGTGTC GTTGATGCCA AGGGGCTGAA TGAACGGCTC 
TTCTCTCAGG AAATCCTGCC CATTCGCAAG CAGGTCGGTC TGCTCAATAT GCTTGAGGCT 
GTCATCACTG AGCTCGGCGG TGCGGTCTCC CCATACGTGG AGTCCCTTGC CAATGCAATT 
CTCCTCTGTC TCATCTCCGC CTGCCGGCAG GTTGGTGTTA CGACAGGGGA GGAAGAGTCC 
GAGGAAACCG AAGAAACTGA GAACGTGAAG GATGCTTTGC TCTTGAAGGT TATCAGGACG 
ATTTCTCTCA AGTGTCTCTG CAAGCTCTTC CAGAATGAGC AAAGCTTTGA CTGGACGCCG 
TATCAAGACA TTATGGTGAA GGAAATCATC AGTCCTCGGA TTGAGAAGCT TGCCGTTGAG 
ACTACCCAGG GCGTATCAGC TACTTGGAAG CTGCTCGGTA CCTGGGCTGC TCTCCCCAAG 
ACAGCCATGT TTTTGGCCAT CGACGGGCGC ATTGTGCCCA ATGTCGTGGA GACGCTTGGT 
ATGGAAAAGG CCAAGGCTGA TGTCAAGATA TACGCGCTTG AAATGATCAA GACCCTTGTC 
GGCCTTGCTC AGGCATCTGC GCAGGAGTCA GAGTTCAATG AACTCATAAG AGCTGAGCTC 
TTAGATCCAA ATGTCGACCT CATTCTCGGA AAAATCAGCA GTCTTCTTCG TGACCAGCGC 
GATATTAGCA GAGACCTTTT GGGTTCTGCT GTTGATACCG TTGTTGTACT CTCTCCTATC 
GTCAAGACAT CCACCAGCAT CCAGGATATA GTGGAGATTT CCACGTTCTT GCTCAACCAA 
CCCTCGCGGA TGGTCAGCCC CAAGATCAAA GGTTCAATCC TGCTGATTCT CAAGGGTTTC 
ATGGCTTTGG AAGATTTCCA GGGGAATGCT GAACTGAAGA GCAAGGTCTA TCATACGGTG 
GCCTCTTTGT TTGGCTATTT CAAGGACAGG CAAAACAGGC AGACCTTGGC TGAAGTGCTC 
GCAGTGTTTG CATCCACAGA AACATGGGCA CAAGAGATTG CGGATACCTG CCGCGATCTC 
AATGCTTACA AGCCAAGGCG TCTGGATGAG CCAGACTACA ATGTCCGGTT GACCGCATTC 
AACTCCATCA CCAGAGATCG GGAGACGCCC TTTACTCTGG ACCAATGGAT GCCTCTCCTT 
CACAACATGC TCTTCTACAT CCAGCAGGAT GAGGAATTTG GTGTCCTGTC GACAAACTCT 
GCCGATGGGT TGTGCAAGTT TATCTGGGCA GCCAAGGATG CTTGGGGCAG CGCCCAGCAA 
CAAGCCTTTA TCACTGTGGT TTCTGATATC CTGCTTCCAG CCATCTACGC TGGATCAAAG 
GAGGAGTCAG AGACTGTGAG ACGCGAGATT CTACGCGTGT TTGGTGCCCT CGTGGCTGGC 
CTCCCAGAAT GGGAGATGGT CTCCGATCTG ACGCCCCTGG TTCCTTCGTC CGAGGACTCA 
GACCAGGCCT TCTTCTTCCA CGTCCTCAGT CCGGCTGTCG CAAGGCAGTT GCAGGCCCTT 
CGCTTGCTGG AGTCGGTGAA TGCCAAGACA CCTCTCCGCA GCAAGCACAT CAGCCAGTTT 
TTCATTCCCC TCTTTGAGCA CTTCATCTTT GGTCATCCAG AGGGTGGCGA CGATCATGGC 
CTCGGCGCGC AGGCCATTAC CACTGTTTCT GGCCTGACCC TTTCTTTGGA ATGGCAACAA 
TACAGAGCTA TTCTCAGACG ATTCGTCTCG TTTGTGGAGT CAAAGCCTGA CTCCCAGAAG 
CGAGTCATCC GTCTTCTGGA GAGGGAGGTG GACGCCCTCC GCACTGCCCT TGACCAGAAG 
TCAAGTGACG CTATGGAGGT GGATGGAGAG GTACAAAAGT GCCGCCTCGC GAGCACACTT 
CCTGACCAGG AGAAGCTCAG CACCGAGATT GTCGGCAGCT TCCTGCCTCC CCTCCTCAAG 
TACATCCACG AGAAGGATGA GACGGAGGTC AGCTCCAGAG TACCGGTGGG CGTTATCATT 
GCCAAGCTGC TCGTCCTTCT CCCGGATAAC CTCTTGAACG AGAAGCTCCC CGGTGTCTTG 
ACTGATATTT GCCATATCCT CAGGAGTAAG TCTGTCGAAT CCCGCGATAT GGCCAGAGAC 
ACGCTCGCCA AGATCTCCGG TGTCCTCGGT GCTCACAGGT TCGGGTTCAT TCTGAAGGAG 
TTGCGTGGTG CTCTCGTCAG AGGCAACCAG CTTCATATCC TGTCCTACAC CATGCACTCT 
CTGTTGTTGG TCGCTATCCC AGCTTTCGAG CAGGGTGATC TCGATTACTG CCTGCCTCAG 
ATCATGGCTG TCATCATGGA CGATATCTTC GGTGCCACAG GTCAAGAGAA GGATGCCGAA 
GGTTACACTG GCAAGATGAA GGAGGTCAAG GGCAGCAAGA GTCAGGATTC CATGGAGTTG 
GTCGCCAAGA CAGCCTCCAT CCGTCGCCTT AGCGATCTGA CTATGCCTCT CCAGTCTTTG 
CTGTTGGAGA AGCTGGACGT CCGTACCGTC CGCAAGATTG ATGAGCTGCT GACTCGTATC 
ACCAAGGGTC TTCTTGAGAA CCCTGCTGCC GCTTCGCAAG ATGTCCTGAT CTTCTGCTAT 
GAGGTCATTC AGGAGGTCTA CAAGTCTAAC GAGCCCATGG AGCAACCTAA GATGGACCCC 
CGTCTCAAGA GATATATCGT GCAGAAGGCT GCGAAGAAGA GCGATGGCGG TGTCACGGCT 
AAGCACACCT ACAAGCTTGT CAGGTTTGCC ATCGATGTTC TCCGGACTGT GTTCAGAAAG 
CATGACCACC TCCGTACTGC TGCCAATATC GCCAAGTTGC TGCCCATCTT TGGTGATGCT 
GTACTCTCCG CGGAAGAAGA TGTCAAGATC GCGGCATTCA AGATACTCAC TGTCATTGTC 
AAGGTTCCCT TCAAGAACGA CGACTCTGCC AATCTGTACA AAGTTGCGCT GAAGGAAGCT 
ACCAAGGCCA TATCCATGTC GCCTACCACC ACCTCTGACT TGGCGCAAGC AGCTTTGAAG 
CTCATCTCTG TTATCCTGCG TGACAGGAGG GGGATTGTCA TCAAGGATGC TGCTCTGGAC 
ATGCTCCTCG GAAAGCTGAA GGATGATCTC ACCGAGCCCT TGTACCGGCA TGTAACCTTC 
AACTTCTTGC GGTCAGTCCT GGACCGCAAG ATGGAAACGG CTGTTGTTTA CGACACACTC 
GACTACGTCG GCACTATCAT GATCACCAAC CCTGACAAGG ACACCAGAGA TCTCGCGCGC 
GGTGCATTTT TCCAATTCCT CCGAGACTAT CCACAAAAGA GAAACAGGTG GGAAAAGCAG 
CTCCAGTTCA TTGTTGCCAA TCTCAAGTAT GAGCGCGAAG GTGGACGAAT CTCTGTTATG 
GAGGTTATCA ATCTGTTGCT CAAGAAATCG GTGGATGAGT TCGCACAAGA AGTTGTGGCC 
ACGTGCTTCG TTCCGTTGAT TTTCGTCTTG GCCAACGATG ACAGTGAAAA GTGCCGTCTT 
TCTGCGGGTG AGCTGCTCAA GGAATCTTTC CGGGTGGCTG ACAAGGAAAG GTTGTCCAAG 
TTTATGCAGT TGTTGAGGAC ATGGATTCAA CAGGATGACA AGCCTGCTGT TTCGAAGCTC 
GCGCTTCATG CTTGGGGTCT CTACTTTGAA GGCCGGGAGC CAAATTTCAA CGATAAGAAG 
GACCTGGCTC TGGTTGTTGA CAGAATTACT CAGGTTCTTG GGGATGACGA CGCTCTGGAG 
GCCGACTGGG AGCTTGCCAA CACTGCGCTC AACACTCTGC AAACGCTTGT TATCAAGCAT 
CCTCAAAAGG CCCTCGCTCC GAGCACGTCC GAGCTGTGGA CCGAAGTCCA GACTTGCCTC 
GCGCACTCCA ACACAACCGT CAAACTCACA GCCACAAAAC TCTTGTCCAT GTACCTCACC 
GACTTTGCCA AAACCTCTGG CAGGGATGCG AAGCTCCCAC TCAAGGGCTC GTATGGCCTC 
GAACTCGACG AAGACGACGT CACCGCTTTG GTGCGCCTTT CTCTCGGCAT CCTCAACGTC 
GTCGAGCTAG ACGAGACTCT CTCACAGGAA ATTGTCCAAG TCCTCCAGTT CCTAGGCGGT 
TACCTCGAGT CCGGCAAGAC CGAACAGGAA GACAGCGACG AGGAGGAAGA CGAAGACGAA 
GAAGAAGACA AAGTGGACAA GTCTGTCTCC CGCAAGGCAG ACATGAAGTA CCTCTTCTGG 
AAGCTCTGCT CCATCATCAG AAAAGAACGC CAGCCCAAGC CCGAAGCGAT GGTGTCCAAG 
CTTGCGGCGA TGGATTTGCT CGAAGCGTTC TGCATCAAGT CCCCCAAGGA GACGGTCGAG 
GTTTCGGTCA GGACCATTCT CCGTCCGTTA AGGAACCTGA CTGACCCGTC CATTCGCGCG 
CCGTTCTCGT TGAACGAGCT TTTCAAGACG AGGTATGAGG CTTTGAAGAG CAAGGCTGTG 
GCGGTGATGG AGGTGTTGCA GAGGAAGCTG GGGAGCGCGG AGTACACCAA GGCGTTGCTG 
GAGGTGGGCG ACCAGATTAG GGAAAGGAGG CAGGCGAGGT TGAGCAAGAG GAGGATCGAG 
GCGGTGGCGG CGCCGGAGAG GTATGGGAGG GAGAAGAGGA AGAAGTTTGA GAAGAAGAAG 
GAGAGGAGGA AGATCAAGGG GCAGGAGCAG AGGGATGCCA GGAGGGCTTT TCAGGGGAAT 
TAG

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

RefSeq	XP_001912665.1
CDS	1..7863
Translation	MPSTTSGRIVKSQRGVKRTPHEKNHRWESFSTKISKLHSLDPLRKVRRHDLEAEDLEASTSYLRNGLDRWAELNLSKTYVSFRLKVTRYTDSLAQILHHEDKIMDLLAEAISTHQKDSLEPLLDLVTAFAHDLGVRFEKHYPRALGLIVELASKVHDVEAIEWTFASLAFLFKYLSRLVVPDLRPTYDAVSPLMGKAKIPGHIARFAAEAMSFLVKKAAAPSHKEKALPLFVEHVRKDLESVAGTRQYELYSQGIMTMFAEALKAPNNGVHSTAPEVFAAIVRDVPEGEADLPEQTVWTDVCCGVLTSIIHHTTIETFKTIETRIVQEATAGTRPVLFVQLLGVAAGVRRGNRIHDWSALVKALGQQLTQLGEVKERIEAISPRQVWDRLITKIAIIWGQAPIDALLPSLSTLNNTTTKEPLMRWYIPFCSYLADLHPERFRGLFLKDFQKFVVAHWSRNSNEEMLCVLLPHMVENGGLPRVKGKDGFLLPQSWQDQIVNKFVRLEDTPFPESGGFGKDAETWRDRCLPKYSALLRVLEVTTVHPSTNARIAEVLLKKLKLALRPSSSLPTDEANFIMSDGFRAYLRMCAAPGSVDPSLAPLLRAATPRFCHSPAFLEALLAYLMEIKAKGRSSSETSSGSDSMQEEEDPLVKSLVNNLSAPSHELRLASLRILEILESTPDSNSALATMLQCEELSLILENVRTIAVHVRKLGQIYAHLDQTSWLIRAIPAFLFGMMTVPLAPVWDDSVEAMKKIAESKHGEEVLADLAFDWLDQPSERWSGASKPQDPRRLPLTDFECLNMKGLHRTAEPIAQALEEPYRGMMEKFEEGQKNVDPHSQRARSMALKALNAIPSLAEKRSRNLVPYLFSFMSDGETPAEDQEDTEEEAEEMLEASWSLPDRKALVGVFSQFNNPRVLYQADKVYTALLKLLANGDIEVQKLALKAILAWKNDAVKKKQEHLEYLLDEARFKNELTVLFQGDNKIQPNEREAVMPVLLHLLYGRTISKKGAGSGRHGLHATRLAVIRQLTVDDMGDFLDIALGPLRNIRVVDAKGLNERLFSQEILPIRKQVGLLNMLEAVITELGGAVSPYVESLANAILLCLISACRQVGVTTGEEESEETEETENVKDALLLKVIRTISLKCLCKLFQNEQSFDWTPYQDIMVKEIISPRIEKLAVETTQGVSATWKLLGTWAALPKTAMFLAIDGRIVPNVVETLGMEKAKADVKIYALEMIKTLVGLAQASAQESEFNELIRAELLDPNVDLILGKISSLLRDQRDISRDLLGSAVDTVVVLSPIVKTSTSIQDIVEISTFLLNQPSRMVSPKIKGSILLILKGFMALEDFQGNAELKSKVYHTVASLFGYFKDRQNRQTLAEVLAVFASTETWAQEIADTCRDLNAYKPRRLDEPDYNVRLTAFNSITRDRETPFTLDQWMPLLHNMLFYIQQDEEFGVLSTNSADGLCKFIWAAKDAWGSAQQQAFITVVSDILLPAIYAGSKEESETVRREILRVFGALVAGLPEWEMVSDLTPLVPSSEDSDQAFFFHVLSPAVARQLQALRLLESVNAKTPLRSKHISQFFIPLFEHFIFGHPEGGDDHGLGAQAITTVSGLTLSLEWQQYRAILRRFVSFVESKPDSQKRVIRLLEREVDALRTALDQKSSDAMEVDGEVQKCRLASTLPDQEKLSTEIVGSFLPPLLKYIHEKDETEVSSRVPVGVIIAKLLVLLPDNLLNEKLPGVLTDICHILRSKSVESRDMARDTLAKISGVLGAHRFGFILKELRGALVRGNQLHILSYTMHSLLLVAIPAFEQGDLDYCLPQIMAVIMDDIFGATGQEKDAEGYTGKMKEVKGSKSQDSMELVAKTASIRRLSDLTMPLQSLLLEKLDVRTVRKIDELLTRITKGLLENPAAASQDVLIFCYEVIQEVYKSNEPMEQPKMDPRLKRYIVQKAAKKSDGGVTAKHTYKLVRFAIDVLRTVFRKHDHLRTAANIAKLLPIFGDAVLSAEEDVKIAAFKILTVIVKVPFKNDDSANLYKVALKEATKAISMSPTTTSDLAQAALKLISVILRDRRGIVIKDAALDMLLGKLKDDLTEPLYRHVTFNFLRSVLDRKMETAVVYDTLDYVGTIMITNPDKDTRDLARGAFFQFLRDYPQKRNRWEKQLQFIVANLKYEREGGRISVMEVINLLLKKSVDEFAQEVVATCFVPLIFVLANDDSEKCRLSAGELLKESFRVADKERLSKFMQLLRTWIQQDDKPAVSKLALHAWGLYFEGREPNFNDKKDLALVVDRITQVLGDDDALEADWELANTALNTLQTLVIKHPQKALAPSTSELWTEVQTCLAHSNTTVKLTATKLLSMYLTDFAKTSGRDAKLPLKGSYGLELDEDDVTALVRLSLGILNVVELDETLSQEIVQVLQFLGGYLESGKTEQEDSDEEEDEDEEEDKVDKSVSRKADMKYLFWKLCSIIRKERQPKPEAMVSKLAAMDLLEAFCIKSPKETVEVSVRTILRPLRNLTDPSIRAPFSLNELFKTRYEALKSKAVAVMEVLQRKLGSAEYTKALLEVGDQIRERRQARLSKRRIEAVAAPERYGREKRKKFEKKKERRKIKGQEQRDARRAFQGN

Target ORF information:

RefSeq Version	XM_001912630.1
Organism	Podospora anserina S mat+
Definition	Podospora anserina S mat+ uncharacterized protein (PODANS_1_4630), partial mRNA.

Target ORF information:

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

XM_001912630.1

ORF Insert Sequence:

ATGCCGTCCA CAACTTCCGG ACGCATTGTT AAGTCCCAAA GGGGCGTCAA GCGGACGCCT 
CACGAAAAGA ATCACAGATG GGAATCATTC AGTACCAAAA TCTCAAAGCT CCATTCGCTC 
GATCCGTTGC GCAAAGTGCG CCGCCATGAC CTCGAAGCCG AAGATCTCGA AGCGAGTACC 
TCCTACCTCA GAAATGGCCT CGACAGATGG GCCGAACTCA ACCTGTCAAA GACCTATGTG 
TCTTTCAGGC TAAAAGTCAC CCGTTATACC GATTCCCTCG CTCAAATTCT CCATCATGAA 
GACAAGATTA TGGACCTCTT GGCCGAGGCC ATCTCGACGC ACCAAAAGGA TTCTTTAGAG 
CCGTTACTCG ACCTGGTCAC TGCGTTCGCC CATGATCTCG GTGTGCGATT CGAGAAACAC 
TACCCCCGCG CTCTCGGCTT GATCGTGGAG CTTGCGAGCA AAGTTCACGA TGTAGAAGCA 
ATCGAATGGA CCTTTGCGTC GCTCGCATTC CTCTTCAAAT ATCTTTCGAG ACTAGTCGTT 
CCTGACCTCC GACCCACATA CGATGCGGTC TCTCCTTTGA TGGGCAAGGC GAAGATTCCG 
GGACATATTG CTCGGTTTGC GGCCGAGGCA ATGAGCTTCT TGGTGAAGAA AGCGGCGGCG 
CCCAGCCACA AGGAGAAGGC TCTACCGCTC TTTGTGGAGC ATGTGAGGAA GGATCTGGAG 
AGTGTGGCCG GGACGAGGCA GTATGAGCTC TATAGCCAGG GTATCATGAC TATGTTTGCC 
GAGGCGCTCA AGGCTCCCAA CAATGGCGTC CATTCGACTG CCCCGGAGGT CTTTGCAGCT 
ATCGTGCGGG ATGTGCCAGA AGGGGAAGCT GACCTTCCTG AGCAAACAGT ATGGACGGAT 
GTCTGCTGCG GTGTGCTTAC CAGTATCATT CACCATACAA CAATCGAGAC TTTCAAGACG 
ATCGAGACAC GCATAGTGCA AGAGGCTACG GCTGGTACAC GCCCAGTGTT ATTTGTGCAG 
CTCCTAGGTG TTGCGGCTGG TGTACGGAGG GGAAACCGGA TTCACGACTG GTCAGCTCTT 
GTAAAAGCTC TGGGACAACA GCTCACGCAG CTGGGTGAGG TCAAGGAAAG GATTGAGGCC 
ATCTCGCCTC GCCAAGTATG GGACCGCCTA ATCACCAAGA TAGCTATAAT TTGGGGGCAA 
GCACCAATAG ACGCTTTGCT GCCATCATTG TCAACACTCA ACAACACCAC GACCAAGGAG 
CCATTAATGC GGTGGTACAT TCCATTTTGC TCCTATCTGG CCGATCTCCA CCCTGAACGG 
TTCAGAGGGC TCTTCCTGAA AGACTTTCAA AAATTTGTCG TCGCCCATTG GTCCCGAAAC 
TCAAACGAGG AGATGCTCTG CGTGCTTCTG CCTCATATGG TAGAAAATGG GGGCCTGCCG 
CGGGTCAAAG GGAAAGACGG CTTCCTTCTC CCACAATCCT GGCAAGATCA GATTGTCAAC 
AAGTTTGTAC GGCTTGAAGA CACCCCTTTC CCGGAGAGTG GTGGTTTTGG GAAAGATGCG 
GAGACGTGGA GGGACAGATG TCTGCCAAAA TATTCAGCAC TTTTACGGGT GCTGGAGGTT 
ACGACAGTCC ATCCCTCCAC CAATGCACGT ATCGCCGAGG TTTTGCTTAA GAAGCTAAAG 
CTCGCCTTAC GGCCCTCCTC CTCTTTACCA ACCGATGAGG CCAACTTCAT TATGAGCGAT 
GGCTTCCGTG CCTATCTCAG AATGTGTGCT GCCCCTGGGT CGGTAGATCC AAGTCTGGCT 
CCTCTTCTCA GAGCAGCTAC CCCGCGGTTC TGCCACTCTC CGGCATTCCT CGAGGCCCTG 
CTCGCGTATC TGATGGAGAT CAAGGCGAAG GGACGCAGCA GCTCAGAAAC CAGCAGTGGG 
AGTGACAGCA TGCAGGAGGA GGAAGACCCA TTAGTGAAGT CTCTCGTCAA CAACTTGTCC 
GCGCCCTCTC ATGAACTCCG GCTTGCGTCC TTGCGAATTC TGGAAATTCT GGAGTCAACC 
CCTGATTCCA ACTCAGCCTT GGCAACGATG CTTCAGTGTG AAGAGCTGTC TCTGATTTTG 
GAAAACGTAC GAACGATCGC TGTTCACGTT CGAAAACTGG GACAAATCTA CGCTCATCTT 
GATCAAACTT CCTGGCTCAT ACGGGCAATC CCAGCCTTCT TGTTTGGTAT GATGACCGTC 
CCTCTTGCTC CAGTTTGGGA TGACTCGGTG GAAGCCATGA AAAAAATTGC CGAGTCTAAG 
CATGGCGAGG AAGTTTTGGC CGATTTGGCC TTTGACTGGT TGGATCAGCC TTCCGAACGG 
TGGTCAGGTG CATCCAAGCC CCAGGATCCA CGTCGCCTCC CGCTCACCGA CTTTGAATGC 
CTGAACATGA AAGGCCTGCA TAGAACTGCT GAGCCAATCG CTCAGGCCTT GGAGGAGCCG 
TACAGGGGCA TGATGGAAAA GTTCGAGGAG GGTCAGAAGA ACGTTGATCC CCACTCGCAA 
AGGGCTCGCA GCATGGCTCT CAAAGCTTTG AACGCTATCC CGAGCTTGGC TGAGAAACGC 
TCAAGAAACC TAGTGCCATA TCTATTTTCT TTCATGAGCG ATGGCGAGAC CCCGGCTGAA 
GACCAAGAAG ACACCGAGGA AGAGGCTGAA GAAATGTTAG AAGCGAGTTG GTCGCTTCCT 
GACCGGAAAG CCTTAGTTGG TGTGTTTTCA CAGTTCAACA ATCCTCGAGT GCTTTATCAA 
GCCGACAAGG TCTATACGGC ACTTCTGAAG CTCTTGGCAA ATGGTGATAT CGAGGTGCAA 
AAGCTTGCCT TGAAGGCCAT TTTGGCATGG AAGAATGATG CGGTCAAGAA GAAGCAGGAG 
CATCTGGAGT ACCTCCTTGA TGAGGCCAGG TTTAAAAACG AGCTTACTGT CCTTTTCCAA 
GGCGACAACA AGATCCAGCC AAACGAGCGA GAGGCCGTTA TGCCTGTTCT GCTTCACCTC 
TTGTACGGCC GTACGATCTC CAAGAAGGGC GCAGGCAGTG GCCGGCACGG TCTTCATGCG 
ACACGTTTGG CAGTTATTCG GCAGCTTACT GTGGACGACA TGGGCGACTT CCTGGACATT 
GCGCTTGGCC CACTGCGCAA CATCCGTGTC GTTGATGCCA AGGGGCTGAA TGAACGGCTC 
TTCTCTCAGG AAATCCTGCC CATTCGCAAG CAGGTCGGTC TGCTCAATAT GCTTGAGGCT 
GTCATCACTG AGCTCGGCGG TGCGGTCTCC CCATACGTGG AGTCCCTTGC CAATGCAATT 
CTCCTCTGTC TCATCTCCGC CTGCCGGCAG GTTGGTGTTA CGACAGGGGA GGAAGAGTCC 
GAGGAAACCG AAGAAACTGA GAACGTGAAG GATGCTTTGC TCTTGAAGGT TATCAGGACG 
ATTTCTCTCA AGTGTCTCTG CAAGCTCTTC CAGAATGAGC AAAGCTTTGA CTGGACGCCG 
TATCAAGACA TTATGGTGAA GGAAATCATC AGTCCTCGGA TTGAGAAGCT TGCCGTTGAG 
ACTACCCAGG GCGTATCAGC TACTTGGAAG CTGCTCGGTA CCTGGGCTGC TCTCCCCAAG 
ACAGCCATGT TTTTGGCCAT CGACGGGCGC ATTGTGCCCA ATGTCGTGGA GACGCTTGGT 
ATGGAAAAGG CCAAGGCTGA TGTCAAGATA TACGCGCTTG AAATGATCAA GACCCTTGTC 
GGCCTTGCTC AGGCATCTGC GCAGGAGTCA GAGTTCAATG AACTCATAAG AGCTGAGCTC 
TTAGATCCAA ATGTCGACCT CATTCTCGGA AAAATCAGCA GTCTTCTTCG TGACCAGCGC 
GATATTAGCA GAGACCTTTT GGGTTCTGCT GTTGATACCG TTGTTGTACT CTCTCCTATC 
GTCAAGACAT CCACCAGCAT CCAGGATATA GTGGAGATTT CCACGTTCTT GCTCAACCAA 
CCCTCGCGGA TGGTCAGCCC CAAGATCAAA GGTTCAATCC TGCTGATTCT CAAGGGTTTC 
ATGGCTTTGG AAGATTTCCA GGGGAATGCT GAACTGAAGA GCAAGGTCTA TCATACGGTG 
GCCTCTTTGT TTGGCTATTT CAAGGACAGG CAAAACAGGC AGACCTTGGC TGAAGTGCTC 
GCAGTGTTTG CATCCACAGA AACATGGGCA CAAGAGATTG CGGATACCTG CCGCGATCTC 
AATGCTTACA AGCCAAGGCG TCTGGATGAG CCAGACTACA ATGTCCGGTT GACCGCATTC 
AACTCCATCA CCAGAGATCG GGAGACGCCC TTTACTCTGG ACCAATGGAT GCCTCTCCTT 
CACAACATGC TCTTCTACAT CCAGCAGGAT GAGGAATTTG GTGTCCTGTC GACAAACTCT 
GCCGATGGGT TGTGCAAGTT TATCTGGGCA GCCAAGGATG CTTGGGGCAG CGCCCAGCAA 
CAAGCCTTTA TCACTGTGGT TTCTGATATC CTGCTTCCAG CCATCTACGC TGGATCAAAG 
GAGGAGTCAG AGACTGTGAG ACGCGAGATT CTACGCGTGT TTGGTGCCCT CGTGGCTGGC 
CTCCCAGAAT GGGAGATGGT CTCCGATCTG ACGCCCCTGG TTCCTTCGTC CGAGGACTCA 
GACCAGGCCT TCTTCTTCCA CGTCCTCAGT CCGGCTGTCG CAAGGCAGTT GCAGGCCCTT 
CGCTTGCTGG AGTCGGTGAA TGCCAAGACA CCTCTCCGCA GCAAGCACAT CAGCCAGTTT 
TTCATTCCCC TCTTTGAGCA CTTCATCTTT GGTCATCCAG AGGGTGGCGA CGATCATGGC 
CTCGGCGCGC AGGCCATTAC CACTGTTTCT GGCCTGACCC TTTCTTTGGA ATGGCAACAA 
TACAGAGCTA TTCTCAGACG ATTCGTCTCG TTTGTGGAGT CAAAGCCTGA CTCCCAGAAG 
CGAGTCATCC GTCTTCTGGA GAGGGAGGTG GACGCCCTCC GCACTGCCCT TGACCAGAAG 
TCAAGTGACG CTATGGAGGT GGATGGAGAG GTACAAAAGT GCCGCCTCGC GAGCACACTT 
CCTGACCAGG AGAAGCTCAG CACCGAGATT GTCGGCAGCT TCCTGCCTCC CCTCCTCAAG 
TACATCCACG AGAAGGATGA GACGGAGGTC AGCTCCAGAG TACCGGTGGG CGTTATCATT 
GCCAAGCTGC TCGTCCTTCT CCCGGATAAC CTCTTGAACG AGAAGCTCCC CGGTGTCTTG 
ACTGATATTT GCCATATCCT CAGGAGTAAG TCTGTCGAAT CCCGCGATAT GGCCAGAGAC 
ACGCTCGCCA AGATCTCCGG TGTCCTCGGT GCTCACAGGT TCGGGTTCAT TCTGAAGGAG 
TTGCGTGGTG CTCTCGTCAG AGGCAACCAG CTTCATATCC TGTCCTACAC CATGCACTCT 
CTGTTGTTGG TCGCTATCCC AGCTTTCGAG CAGGGTGATC TCGATTACTG CCTGCCTCAG 
ATCATGGCTG TCATCATGGA CGATATCTTC GGTGCCACAG GTCAAGAGAA GGATGCCGAA 
GGTTACACTG GCAAGATGAA GGAGGTCAAG GGCAGCAAGA GTCAGGATTC CATGGAGTTG 
GTCGCCAAGA CAGCCTCCAT CCGTCGCCTT AGCGATCTGA CTATGCCTCT CCAGTCTTTG 
CTGTTGGAGA AGCTGGACGT CCGTACCGTC CGCAAGATTG ATGAGCTGCT GACTCGTATC 
ACCAAGGGTC TTCTTGAGAA CCCTGCTGCC GCTTCGCAAG ATGTCCTGAT CTTCTGCTAT 
GAGGTCATTC AGGAGGTCTA CAAGTCTAAC GAGCCCATGG AGCAACCTAA GATGGACCCC 
CGTCTCAAGA GATATATCGT GCAGAAGGCT GCGAAGAAGA GCGATGGCGG TGTCACGGCT 
AAGCACACCT ACAAGCTTGT CAGGTTTGCC ATCGATGTTC TCCGGACTGT GTTCAGAAAG 
CATGACCACC TCCGTACTGC TGCCAATATC GCCAAGTTGC TGCCCATCTT TGGTGATGCT 
GTACTCTCCG CGGAAGAAGA TGTCAAGATC GCGGCATTCA AGATACTCAC TGTCATTGTC 
AAGGTTCCCT TCAAGAACGA CGACTCTGCC AATCTGTACA AAGTTGCGCT GAAGGAAGCT 
ACCAAGGCCA TATCCATGTC GCCTACCACC ACCTCTGACT TGGCGCAAGC AGCTTTGAAG 
CTCATCTCTG TTATCCTGCG TGACAGGAGG GGGATTGTCA TCAAGGATGC TGCTCTGGAC 
ATGCTCCTCG GAAAGCTGAA GGATGATCTC ACCGAGCCCT TGTACCGGCA TGTAACCTTC 
AACTTCTTGC GGTCAGTCCT GGACCGCAAG ATGGAAACGG CTGTTGTTTA CGACACACTC 
GACTACGTCG GCACTATCAT GATCACCAAC CCTGACAAGG ACACCAGAGA TCTCGCGCGC 
GGTGCATTTT TCCAATTCCT CCGAGACTAT CCACAAAAGA GAAACAGGTG GGAAAAGCAG 
CTCCAGTTCA TTGTTGCCAA TCTCAAGTAT GAGCGCGAAG GTGGACGAAT CTCTGTTATG 
GAGGTTATCA ATCTGTTGCT CAAGAAATCG GTGGATGAGT TCGCACAAGA AGTTGTGGCC 
ACGTGCTTCG TTCCGTTGAT TTTCGTCTTG GCCAACGATG ACAGTGAAAA GTGCCGTCTT 
TCTGCGGGTG AGCTGCTCAA GGAATCTTTC CGGGTGGCTG ACAAGGAAAG GTTGTCCAAG 
TTTATGCAGT TGTTGAGGAC ATGGATTCAA CAGGATGACA AGCCTGCTGT TTCGAAGCTC 
GCGCTTCATG CTTGGGGTCT CTACTTTGAA GGCCGGGAGC CAAATTTCAA CGATAAGAAG 
GACCTGGCTC TGGTTGTTGA CAGAATTACT CAGGTTCTTG GGGATGACGA CGCTCTGGAG 
GCCGACTGGG AGCTTGCCAA CACTGCGCTC AACACTCTGC AAACGCTTGT TATCAAGCAT 
CCTCAAAAGG CCCTCGCTCC GAGCACGTCC GAGCTGTGGA CCGAAGTCCA GACTTGCCTC 
GCGCACTCCA ACACAACCGT CAAACTCACA GCCACAAAAC TCTTGTCCAT GTACCTCACC 
GACTTTGCCA AAACCTCTGG CAGGGATGCG AAGCTCCCAC TCAAGGGCTC GTATGGCCTC 
GAACTCGACG AAGACGACGT CACCGCTTTG GTGCGCCTTT CTCTCGGCAT CCTCAACGTC 
GTCGAGCTAG ACGAGACTCT CTCACAGGAA ATTGTCCAAG TCCTCCAGTT CCTAGGCGGT 
TACCTCGAGT CCGGCAAGAC CGAACAGGAA GACAGCGACG AGGAGGAAGA CGAAGACGAA 
GAAGAAGACA AAGTGGACAA GTCTGTCTCC CGCAAGGCAG ACATGAAGTA CCTCTTCTGG 
AAGCTCTGCT CCATCATCAG AAAAGAACGC CAGCCCAAGC CCGAAGCGAT GGTGTCCAAG 
CTTGCGGCGA TGGATTTGCT CGAAGCGTTC TGCATCAAGT CCCCCAAGGA GACGGTCGAG 
GTTTCGGTCA GGACCATTCT CCGTCCGTTA AGGAACCTGA CTGACCCGTC CATTCGCGCG 
CCGTTCTCGT TGAACGAGCT TTTCAAGACG AGGTATGAGG CTTTGAAGAG CAAGGCTGTG 
GCGGTGATGG AGGTGTTGCA GAGGAAGCTG GGGAGCGCGG AGTACACCAA GGCGTTGCTG 
GAGGTGGGCG ACCAGATTAG GGAAAGGAGG CAGGCGAGGT TGAGCAAGAG GAGGATCGAG 
GCGGTGGCGG CGCCGGAGAG GTATGGGAGG GAGAAGAGGA AGAAGTTTGA GAAGAAGAAG 
GAGAGGAGGA AGATCAAGGG GCAGGAGCAG AGGGATGCCA GGAGGGCTTT TCAGGGGAAT 
TAG

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

PubMed

The genome sequence of the model ascomycete fungus Podospora anserina.
Genome biology9(5)R77(2008)
Espagne E,Lespinet O,Malagnac F,Da Silva C,Jaillon O,Porcel BM,Couloux A,Aury JM,Ségurens B,Poulain J,Anthouard V,Grossetete S,Khalili H,Coppin E,Déquard-Chablat M,Picard M,Contamine V,Arnaise S,Bourdais A,Berteaux-Lecellier V,Gautheret D,de Vries RP,Battaglia E,Coutinho PM,Danchin EG,Henrissat B,Khoury RE,Sainsard-Chanet A,Boivin A,Pinan-Lucarré B,Sellem CH,Debuchy R,Wincker P,Weissenbach J,Silar P

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PODANS_1_4630 cDNA ORF clone, Podospora anserina S mat+

Gene

Clones

gRNAs

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

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