CC1G_13601 cDNA ORF clone, Coprinopsis cinerea okayama7#130(Coprinus cinereus okayama7#130)

Gene
Clones
gRNAs

Summary

Gene Symbol	CC1G_13601
Entrez Gene ID	6014591
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Coprinopsis cinerea okayama7#130(Coprinus cinereus okayama7#130)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002912022.1	XP_002912068.1	hypothetical protein

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

Insights into evolution of multicellular fungi from the assembled chromosomes of the mushroom Coprinopsis cinerea (Coprinus cinereus).
Stajich JE, Wilke SK, Ahrén D, Au CH, Birren BW, Borodovsky M, Burns C, Canbäck B, Casselton LA, Cheng CK, Deng J, Dietrich FS, Fargo DC, Farman ML, Gathman AC, Goldberg J, Guigó R, Hoegger PJ, Hooker JB, Huggins A, James TY, Kamada T, Kilaru S, Kodira C, Kües U, Kupfer D, Kwan HS, Lomsadze A, Li W, Lilly WW, Ma LJ, Mackey AJ, Manning G, Martin F, Muraguchi H, Natvig DO, Palmerini H, Ramesh MA, Rehmeyer CJ, Roe BA, Shenoy N, Stanke M, Ter-Hovhannisyan V, Tunlid A, Velagapudi R, Vision TJ, Zeng Q, Zolan ME, Pukkila PJ
Proceedings of the National Academy of Sciences of the United States of America107(26)11889-94(2010 Jun)

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

The following CC1G_13601 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CC1G_13601 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
OCj08293	XM_002912022.1 Latest version!	Coprinopsis cinerea okayama7#130 hypothetical protein (CC1G_13601), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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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)

CC1G_13601 ( XM_002912022.1 ) cDNA ORF clone, Coprinopsis cinerea okayama7#130(Coprinus cinereus okayama7#130) -> XP_002912068.1 Coprinopsis cinerea okayama7#130 hypothetical protein (CC1G_13601), partial mRNA.

Price & Availability↑

CloneID	OCj08293
Clone ID Related Accession (Same CDS sequence)	XM_002912022.1
Accession Version	XM_002912022.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5697bp) 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	1503763200000
Organism	Coprinopsis cinerea okayama7#130(Coprinus cinereus okayama7#130)
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_003307544). COMPLETENESS: incomplete on the 5' end.

ATGGAAGAGG ACGATATCTC CTTTCTCGAT GTCCCGGCTG ACGCTGCGTC GACGTCGTAC 
GAGAGACAGC TGTCGTCGCT TAAGACCTAC CTAGATTCCC TCCCATATGA ATGCGAAACT 
GTTGAACAGT TCCAAGAAAT CCTGGAGGAT ATCGTAGGAA AGATATGCAT TGCTGCAGAG 
GCGAAGCATT GGAACATGCT TACCCAGTGG GATGGACTGC TTCAATGCTG GTTGACTTTG 
CTTTATCCAA TGCCGACGAC GACGAGGGCG AAGCTCATTC GAGTGTACTA CGAACTGTGT 
ATTCTTCCTG GAGTCGACGC ACGTTGCGTT CGCAGTTGGG CGGATACGCT CTCTCGGCTT 
ATTGGAAGCA AGTATAGAGG CTTGCGGAAG CTCGAGCCTT CCGACTTGGA GTTACCTTGG 
GAGCCACTGT GGGAGATGGT GAAGAAAGAG CTGTGGCCTA AATTGCCTGC TACCGATGTC 
TCTCGAAACA TTGTCACTTT GCTGTTCTAC GTGATAGACA AGTGCAGGCC CTACTACCCT 
CCCAGCTCTG TCCCAGAGAT GCTCGACACG TTTCTGCCGA TGTTAACTCA AGAGAGCTTA 
TTGACCATGA TCCCTGTATT GACTTCTTTC CTCCCCCTCA CCCAAAGTCG CCTGTACATC 
CCTCCTCTGT TCAAGATTTG GGAGGCGTTC AATTCGTCCA TTGTGGATGA CCGCATGCTC 
GAACTCTGTG GCGACCTCTC CGAAGAACAT GTCGCTGGTA CTGCTGGGGA AGATGGCGAA 
TACGCGGCTG AGTGGAAAGA TGTGGGTATT TGGACGCAGT GGCAGTGGGA TTTACTGTCT 
GGGAAATGTA TGGGCTCTAC CAATATGCCG GTCGGACTTC TGGGGGGCCA ACTCAACACG 
ACCTCTGGCA TCGCGGACAG CAACAGCAAA CACGATGCCG TAGCGAAGAT TTTCGTATAT 
TCGATGAGAG TTGACGGTGA AGTCCGGGAT ACGTCTGCAG AAGCTTCGAA GCAGACTGGC 
TACTTGGCTG GTTCCAAGGC GCTGAGTTCT CTCGAGAAGC TTATCAACAG TTCGGAAAGC 
TACTTCCACC CGTCCAATAC AGGACCTTGG ACTCTAAGTC TGACCTCGTT GATTCAACGC 
CTGTGCGCGG AATTTATCAC TCGGTACAAC GAGCAAGATA CTCCAAACTG CAAAGTCCCA 
GAGTCCCAAC GCCTGACTCC TCAAATCCGC CGCGCATTTG TGACACTTCT GAGAACCCCC 
GCACTGCTTT CGATGTTCGC CAAAGACGCC GTCTCGGCCA GCTACGCCCA GGGTGCGCTG 
AGGACGTTGG CGATGCTTGA ACCCAAGCTT GTCATGCCGG AGTTGCTTGA CAGGGCATAC 
GGTGGTTTGG AGGTTGTCAA CGAGACGCAT CGGACTACCG GCGTACTCAG TACGCTGTCC 
GGTGTTGCAA GGCCTCTGGT TACGAGTAAC ATTTGGTTGG GAGGACAGAA GCACTTGGTT 
CCCTTGCTGG ATCTATGCTT GCCTGGTATC GATCTGAACG ATCCGACGAA GACGATCTAC 
GCTTGCATGT TCATCGTCAA CACTGTTCAA CACATCAAGG TCGGAGATCT GTCTGCGCAT 
CAGGGCGGCG TCCCTTTCAC TAGCGATTTT GGAGAGGACA GGATGGACGT TGACGAGCAT 
GTGGACCACC TCCCGGACGA CCTTGGAGGC CCTGTTCTTA GTCGGGAAGA AGAGCAGTCG 
CTGACTCGTG ATAGCACCTC TGGCTTTGCT GACTGGGTCG TCTCACTCTT CCGACGAGTC 
TTCACTCTCT ACGAGAACCT CCCCGAAGAA GGTGGCAAAC GGAACGTCAC AGGAGGACGT 
ACGGAAGAGA GCGTCCTCAA ACATATCAAG GGAATGCTGG ACATGGTCTG CTTGCACCTT 
TCCGAACCTA TCTTCGACCT CGTCTTGAAA CTCGTCTACG AGTATGCGAC AACGAACGCC 
AAGTCGAATG CGGTCAGAGC GTTTGGCCAG TTGATTTCGT CGATGGCCAA GGCGAATCCG 
GCGAAGGTCG TGGCTAGATT CTTGCCCCAT TGTGCGGAGC AGATTGAGGA AGAGCTGAGG 
CATGGCGCGT CGAGTGTGAG GACGACGTCG ACGCATGCGG CTGTGCCATC CGATACCACA 
TTGCATTGGA ATTTGGCCAT ACTGCGAGGG TGCCTGGGGT ATGGAGCCAG TGCGCTCCTC 
GACTATAAGC CTTTGATTCT TCGACTGCTT TCGGTAGCAG TGGAAAAGAC CAAGAGCGAG 
CGCGGGTACA CGAGCACTGG TCGACTCATC ACCAGAATCT TGACAACGCT GAGCTCCGTC 
TACCCATTGA ATGGCCGATT CGTGAACACC TCTGAATGGG AACAGCCAGG CAAGTGCCTT 
TGGCTGCACT TTGACCGCTC CCACAACCAG CATTGGGGTA AATTGTATGA ACCGAAAGAC 
GTTCAAATCG ATTGGCATGT GCCTTCGGCG GAAGAGATCG ACTTCGTACT TGAGATCATG 
GACACCATCG AGAAGCCCAT GCTCGACAAA GTCGAGTCTC TCCTCGAGAA CACTTCCAAG 
TGGGACCACG TTTCAAGGAA CGATTTCTGC AGGTTCCTCC AAGCGGCTCG AGCCGTCTGG 
ATAGGCCTTC CTACGATCTA CAGAATCCAA GAACCCGAAG TCGTCCGACC ACTGCTCCTA 
CCCGAATACG AAGTACCCGA CATGCTTGTT AAAGCGCTCA ACGTTAACTG CGGTTTCGTG 
CTCACTGACC CCAGTGATCC GCGATACCAA AAGGTTGCTG CCTATCGCGA GAGGTTCGGT 
CGCCTTCTCG TCAAAGCGTC GTCTATCTTG CGTCAGAACA GCGGAGGAGA AGACCACATC 
GATGCTGTGA TCTATGTTAC TCGGTGCATC GACACTTATT TGGGGTCGTA CGGTGTGAGC 
AATAGCGAGT ATGATGCGAT GCAGAAGAAT TACAAGCAAG CCCGCGAGTT GAACCGCTCG 
TGGTTACGCC AGAAGGATAA CTCGAGGTTG ATTTTTGTGA AGAGGGCGCA CGTATATCAT 
ATGAGCCGGC TTCATATCCA GTCCATGTTT AGATATAGGT CTGAGCTAGA TGACCAATTA 
CTGCTAGAAT TGGCCGAGCT GTCGCTTTTG CAGTATACGA GGATCAGAAG GCAGGCACAA 
GCGACTTTGA TTACTGCTAC CATGCGATAC GTCAGATCCA CAAGACTGAT TTTGCCGACA 
ATCTTCAAGG GCTTGACCCG TGGAAGCGAT GCTGACGCGA TCAAGGGTGC TCTGTATGTC 
CTCTCGAGCA GAGGCATTGC TGGGTACACA TTGTCAGACC TTGAATACAA CAAGACGTAC 
CTCCTGTCGA TCCTCGAGTG TCAGCATGAA GAGAAGCCTT CAATCCAGAA GCTTGTCTCA 
TCGGTGGCGA GCGATACGCT ATCGCTAGTT AACGAAGACC ATACGCACAC AGCTGCCTAT 
CGCTTGAAGA CACCGCGCCT CGATGCCGCC ATTGCAGATC TTCGTCCAGA ATTCTCGGAT 
TCGTTCCCCG ACCAGCGCCT GGCAACTGTG GTGCTCGAGA AAAACAAGGC TCGGGTTGAA 
CGAAGGCTGC AGCTTTCAGA GGAGATCATC TTAGATGTCT TGGAGGTCGC GAAGAGATCG 
ACAACACATT GGCGCTATTC CCAAATCGCG CTGCAATTCC TGTCGAACTT GATCTGGAGA 
GAGGTTCTAG TCTCACCCGA GTTGGCTAAG TTCGTAGCCG AGCAGACGGT TAGCCCGCAG 
CAAACGATAC GTTCGCATGC GCAGAGGACA GCGGCACTTC TCCTTTACCA CGTCAAGATA 
CGGACTTACT CGAAAACGAG GGAAGATCGA TGGGCGGAAA AGTGGGCAAG TCCATGGAAA 
ACCCAGGTTC CTGTGAATGA CCCGGCGACC TTCCTCGACG AGTATCACAG AGGGATTCAA 
CAGTCGACTG GCAACATTTA CATCGACAAG TTCGCCACTG GATTCTTGTC ATGGGCGCCT 
AAAGTCAATG CCTATCACTC CCCGGACAGT GTTTCCGCTG TCCAGTGGGA AGAGGCCTCT 
TTGCCAATGA TGCACGCCTT CCACAGCGTT GTCGGTGGGC CAGACTATGT CAAACGGATT 
GCCACCCTCT GGGGGCAGGA ATCGGATAAG AATGTCGCGA GCTTGGATCT CAGGATGGAG 
AACGTGGTCT ACCTCAAGCT TCTATCTAAG TTCTACGGAG ATGCCTTATT GCCTAAAGTG 
CTAGAAGAGG CAGATTCGTT GGTCGTAGAT GCCGATAAAT TCAAGCAACG AGCTGGTGCC 
GAGTTTGTTC TGTCGGTTCT TAGAGGGTCG AAGCATTGGC CTACAAAAAG CTCCGCGCCC 
CTCTGGAAGT GGCTAGAAGG AAAGCTAGAT GCTATCTTCG CGCAAATCAA ACCAGATACG 
CTTTCTCTCT GGGAACAAGT CATCCATTCT CAATTAACGT TCCGCGACCC TAGAAGAAAC 
AAGGTCCTGG TCGATTGGAT CAGAAGAATA CCATTGGAGT TCAGCGGCTC CTCTGCGTTT 
GATATGACCA AGTCCTTGAC CATGTTCGGG GCGCTCCTTG CGACCACTGC GTTTATGGAA 
CGGTCTCAAG GGAAGAAATA TATCGACCTA TTCTTCAACA ATATTAGCAC GGATTATGCA 
GAGTTACGGC AACATCTCTG CAATCATTTG TATTTGCTTA TGCGGAACCT GTGGCAGCCG 
TGGCATGCTT CGACGGAAGC TTTCGTGAGC GCTTGCACCG AATCCAACGA TGCCCTGCAA 
GTTCGGAGGG CCATTTACAT GGACCATATC TCCGAAATAA TATCGAACCT GCCGAAATGG 
AGAGAGGAGA GGCTGCCTCC TCCGAGGGTG AACCAATCGC AGTACGACAA GGTGGGACTG 
ACCGTACTAC AATGGATTTG GATATCGGCA TACGGAGCCC CCGCACATTT GGTGATCCCT 
TATGTCGTTC CTCTGCTACC TGAAATTCTT CGGATGTCAG AGCTGAGTGA CAACACCGAT 
CTGCAAGCGT ACAGTTCTGG TGTCCTCTAT GTTCTGTCGG CGTTGACTCC GTTGTCCGAC 
TATGTCAACC CTATCCTTGA CCAATTCGTC ACTTCCATCG AGTCGTCGCC GTCATGGCGT 
ACGCGCTTGC ACGGCCTGCC CGCGGTGGCC ATATTCTTCT TCAGGAATTT GTTGACCCTG 
TCACAGTCGC AAATGGACAG GGTGCTAAGA GTGCTTTTGG ACTGCCTCTC GAATGAGAAC 
GTCGAAGTTC GGGACATGGC TGCGAAAGTG CTTTCGAGTG TGGTCCGAAC ATCGCAGCGT 
CAAAGCATTA TTCCACTCAA GAATCGATTC ACGGCTTTGG CCAGGAAAAC CACGCTTCCG 
GCGAGAAAAC ATCCTGAATA CGCGACACGG TTACGCACAC TTCACTCTGC TATCCTTGGG 
TTGTGTGCTC TCCTTGAAAG CTTCCCTTAC TCGGTCGAGC CCTGGATGCC ACCTCTCACT 
GAGGTTCTGG CTCCCCACGC AACCGACCCA CCTCCGATTT CCACCACCAT TCGAAAGTGT 
GCATCGGAAT TCAAAAAGAC GCATCAGGAT ACCTGGCACA AAGATCAACA CCTGTTCGAC 
GAGGATCAAC TGCAGAGTCT ATCCACAATG GTGGTTGGGA CCTCATATTA TGCTTGA

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

RefSeq	XP_002912068.1
CDS	1..5697
Translation	MEEDDISFLDVPADAASTSYERQLSSLKTYLDSLPYECETVEQFQEILEDIVGKICIAAEAKHWNMLTQWDGLLQCWLTLLYPMPTTTRAKLIRVYYELCILPGVDARCVRSWADTLSRLIGSKYRGLRKLEPSDLELPWEPLWEMVKKELWPKLPATDVSRNIVTLLFYVIDKCRPYYPPSSVPEMLDTFLPMLTQESLLTMIPVLTSFLPLTQSRLYIPPLFKIWEAFNSSIVDDRMLELCGDLSEEHVAGTAGEDGEYAAEWKDVGIWTQWQWDLLSGKCMGSTNMPVGLLGGQLNTTSGIADSNSKHDAVAKIFVYSMRVDGEVRDTSAEASKQTGYLAGSKALSSLEKLINSSESYFHPSNTGPWTLSLTSLIQRLCAEFITRYNEQDTPNCKVPESQRLTPQIRRAFVTLLRTPALLSMFAKDAVSASYAQGALRTLAMLEPKLVMPELLDRAYGGLEVVNETHRTTGVLSTLSGVARPLVTSNIWLGGQKHLVPLLDLCLPGIDLNDPTKTIYACMFIVNTVQHIKVGDLSAHQGGVPFTSDFGEDRMDVDEHVDHLPDDLGGPVLSREEEQSLTRDSTSGFADWVVSLFRRVFTLYENLPEEGGKRNVTGGRTEESVLKHIKGMLDMVCLHLSEPIFDLVLKLVYEYATTNAKSNAVRAFGQLISSMAKANPAKVVARFLPHCAEQIEEELRHGASSVRTTSTHAAVPSDTTLHWNLAILRGCLGYGASALLDYKPLILRLLSVAVEKTKSERGYTSTGRLITRILTTLSSVYPLNGRFVNTSEWEQPGKCLWLHFDRSHNQHWGKLYEPKDVQIDWHVPSAEEIDFVLEIMDTIEKPMLDKVESLLENTSKWDHVSRNDFCRFLQAARAVWIGLPTIYRIQEPEVVRPLLLPEYEVPDMLVKALNVNCGFVLTDPSDPRYQKVAAYRERFGRLLVKASSILRQNSGGEDHIDAVIYVTRCIDTYLGSYGVSNSEYDAMQKNYKQARELNRSWLRQKDNSRLIFVKRAHVYHMSRLHIQSMFRYRSELDDQLLLELAELSLLQYTRIRRQAQATLITATMRYVRSTRLILPTIFKGLTRGSDADAIKGALYVLSSRGIAGYTLSDLEYNKTYLLSILECQHEEKPSIQKLVSSVASDTLSLVNEDHTHTAAYRLKTPRLDAAIADLRPEFSDSFPDQRLATVVLEKNKARVERRLQLSEEIILDVLEVAKRSTTHWRYSQIALQFLSNLIWREVLVSPELAKFVAEQTVSPQQTIRSHAQRTAALLLYHVKIRTYSKTREDRWAEKWASPWKTQVPVNDPATFLDEYHRGIQQSTGNIYIDKFATGFLSWAPKVNAYHSPDSVSAVQWEEASLPMMHAFHSVVGGPDYVKRIATLWGQESDKNVASLDLRMENVVYLKLLSKFYGDALLPKVLEEADSLVVDADKFKQRAGAEFVLSVLRGSKHWPTKSSAPLWKWLEGKLDAIFAQIKPDTLSLWEQVIHSQLTFRDPRRNKVLVDWIRRIPLEFSGSSAFDMTKSLTMFGALLATTAFMERSQGKKYIDLFFNNISTDYAELRQHLCNHLYLLMRNLWQPWHASTEAFVSACTESNDALQVRRAIYMDHISEIISNLPKWREERLPPPRVNQSQYDKVGLTVLQWIWISAYGAPAHLVIPYVVPLLPEILRMSELSDNTDLQAYSSGVLYVLSALTPLSDYVNPILDQFVTSIESSPSWRTRLHGLPAVAIFFFRNLLTLSQSQMDRVLRVLLDCLSNENVEVRDMAAKVLSSVVRTSQRQSIIPLKNRFTALARKTTLPARKHPEYATRLRTLHSAILGLCALLESFPYSVEPWMPPLTEVLAPHATDPPPISTTIRKCASEFKKTHQDTWHKDQHLFDEDQLQSLSTMVVGTSYYA

Target ORF information:

RefSeq Version	XM_002912022.1
Organism	Coprinopsis cinerea okayama7#130(Coprinus cinereus okayama7#130)
Definition	Coprinopsis cinerea okayama7#130 hypothetical protein (CC1G_13601), partial mRNA.

Target ORF information:

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

XM_002912022.1

ORF Insert Sequence:

ATGGAAGAGG ACGATATCTC CTTTCTCGAT GTCCCGGCTG ACGCTGCGTC GACGTCGTAC 
GAGAGACAGC TGTCGTCGCT TAAGACCTAC CTAGATTCCC TCCCATATGA ATGCGAAACT 
GTTGAACAGT TCCAAGAAAT CCTGGAGGAT ATCGTAGGAA AGATATGCAT TGCTGCAGAG 
GCGAAGCATT GGAACATGCT TACCCAGTGG GATGGACTGC TTCAATGCTG GTTGACTTTG 
CTTTATCCAA TGCCGACGAC GACGAGGGCG AAGCTCATTC GAGTGTACTA CGAACTGTGT 
ATTCTTCCTG GAGTCGACGC ACGTTGCGTT CGCAGTTGGG CGGATACGCT CTCTCGGCTT 
ATTGGAAGCA AGTATAGAGG CTTGCGGAAG CTCGAGCCTT CCGACTTGGA GTTACCTTGG 
GAGCCACTGT GGGAGATGGT GAAGAAAGAG CTGTGGCCTA AATTGCCTGC TACCGATGTC 
TCTCGAAACA TTGTCACTTT GCTGTTCTAC GTGATAGACA AGTGCAGGCC CTACTACCCT 
CCCAGCTCTG TCCCAGAGAT GCTCGACACG TTTCTGCCGA TGTTAACTCA AGAGAGCTTA 
TTGACCATGA TCCCTGTATT GACTTCTTTC CTCCCCCTCA CCCAAAGTCG CCTGTACATC 
CCTCCTCTGT TCAAGATTTG GGAGGCGTTC AATTCGTCCA TTGTGGATGA CCGCATGCTC 
GAACTCTGTG GCGACCTCTC CGAAGAACAT GTCGCTGGTA CTGCTGGGGA AGATGGCGAA 
TACGCGGCTG AGTGGAAAGA TGTGGGTATT TGGACGCAGT GGCAGTGGGA TTTACTGTCT 
GGGAAATGTA TGGGCTCTAC CAATATGCCG GTCGGACTTC TGGGGGGCCA ACTCAACACG 
ACCTCTGGCA TCGCGGACAG CAACAGCAAA CACGATGCCG TAGCGAAGAT TTTCGTATAT 
TCGATGAGAG TTGACGGTGA AGTCCGGGAT ACGTCTGCAG AAGCTTCGAA GCAGACTGGC 
TACTTGGCTG GTTCCAAGGC GCTGAGTTCT CTCGAGAAGC TTATCAACAG TTCGGAAAGC 
TACTTCCACC CGTCCAATAC AGGACCTTGG ACTCTAAGTC TGACCTCGTT GATTCAACGC 
CTGTGCGCGG AATTTATCAC TCGGTACAAC GAGCAAGATA CTCCAAACTG CAAAGTCCCA 
GAGTCCCAAC GCCTGACTCC TCAAATCCGC CGCGCATTTG TGACACTTCT GAGAACCCCC 
GCACTGCTTT CGATGTTCGC CAAAGACGCC GTCTCGGCCA GCTACGCCCA GGGTGCGCTG 
AGGACGTTGG CGATGCTTGA ACCCAAGCTT GTCATGCCGG AGTTGCTTGA CAGGGCATAC 
GGTGGTTTGG AGGTTGTCAA CGAGACGCAT CGGACTACCG GCGTACTCAG TACGCTGTCC 
GGTGTTGCAA GGCCTCTGGT TACGAGTAAC ATTTGGTTGG GAGGACAGAA GCACTTGGTT 
CCCTTGCTGG ATCTATGCTT GCCTGGTATC GATCTGAACG ATCCGACGAA GACGATCTAC 
GCTTGCATGT TCATCGTCAA CACTGTTCAA CACATCAAGG TCGGAGATCT GTCTGCGCAT 
CAGGGCGGCG TCCCTTTCAC TAGCGATTTT GGAGAGGACA GGATGGACGT TGACGAGCAT 
GTGGACCACC TCCCGGACGA CCTTGGAGGC CCTGTTCTTA GTCGGGAAGA AGAGCAGTCG 
CTGACTCGTG ATAGCACCTC TGGCTTTGCT GACTGGGTCG TCTCACTCTT CCGACGAGTC 
TTCACTCTCT ACGAGAACCT CCCCGAAGAA GGTGGCAAAC GGAACGTCAC AGGAGGACGT 
ACGGAAGAGA GCGTCCTCAA ACATATCAAG GGAATGCTGG ACATGGTCTG CTTGCACCTT 
TCCGAACCTA TCTTCGACCT CGTCTTGAAA CTCGTCTACG AGTATGCGAC AACGAACGCC 
AAGTCGAATG CGGTCAGAGC GTTTGGCCAG TTGATTTCGT CGATGGCCAA GGCGAATCCG 
GCGAAGGTCG TGGCTAGATT CTTGCCCCAT TGTGCGGAGC AGATTGAGGA AGAGCTGAGG 
CATGGCGCGT CGAGTGTGAG GACGACGTCG ACGCATGCGG CTGTGCCATC CGATACCACA 
TTGCATTGGA ATTTGGCCAT ACTGCGAGGG TGCCTGGGGT ATGGAGCCAG TGCGCTCCTC 
GACTATAAGC CTTTGATTCT TCGACTGCTT TCGGTAGCAG TGGAAAAGAC CAAGAGCGAG 
CGCGGGTACA CGAGCACTGG TCGACTCATC ACCAGAATCT TGACAACGCT GAGCTCCGTC 
TACCCATTGA ATGGCCGATT CGTGAACACC TCTGAATGGG AACAGCCAGG CAAGTGCCTT 
TGGCTGCACT TTGACCGCTC CCACAACCAG CATTGGGGTA AATTGTATGA ACCGAAAGAC 
GTTCAAATCG ATTGGCATGT GCCTTCGGCG GAAGAGATCG ACTTCGTACT TGAGATCATG 
GACACCATCG AGAAGCCCAT GCTCGACAAA GTCGAGTCTC TCCTCGAGAA CACTTCCAAG 
TGGGACCACG TTTCAAGGAA CGATTTCTGC AGGTTCCTCC AAGCGGCTCG AGCCGTCTGG 
ATAGGCCTTC CTACGATCTA CAGAATCCAA GAACCCGAAG TCGTCCGACC ACTGCTCCTA 
CCCGAATACG AAGTACCCGA CATGCTTGTT AAAGCGCTCA ACGTTAACTG CGGTTTCGTG 
CTCACTGACC CCAGTGATCC GCGATACCAA AAGGTTGCTG CCTATCGCGA GAGGTTCGGT 
CGCCTTCTCG TCAAAGCGTC GTCTATCTTG CGTCAGAACA GCGGAGGAGA AGACCACATC 
GATGCTGTGA TCTATGTTAC TCGGTGCATC GACACTTATT TGGGGTCGTA CGGTGTGAGC 
AATAGCGAGT ATGATGCGAT GCAGAAGAAT TACAAGCAAG CCCGCGAGTT GAACCGCTCG 
TGGTTACGCC AGAAGGATAA CTCGAGGTTG ATTTTTGTGA AGAGGGCGCA CGTATATCAT 
ATGAGCCGGC TTCATATCCA GTCCATGTTT AGATATAGGT CTGAGCTAGA TGACCAATTA 
CTGCTAGAAT TGGCCGAGCT GTCGCTTTTG CAGTATACGA GGATCAGAAG GCAGGCACAA 
GCGACTTTGA TTACTGCTAC CATGCGATAC GTCAGATCCA CAAGACTGAT TTTGCCGACA 
ATCTTCAAGG GCTTGACCCG TGGAAGCGAT GCTGACGCGA TCAAGGGTGC TCTGTATGTC 
CTCTCGAGCA GAGGCATTGC TGGGTACACA TTGTCAGACC TTGAATACAA CAAGACGTAC 
CTCCTGTCGA TCCTCGAGTG TCAGCATGAA GAGAAGCCTT CAATCCAGAA GCTTGTCTCA 
TCGGTGGCGA GCGATACGCT ATCGCTAGTT AACGAAGACC ATACGCACAC AGCTGCCTAT 
CGCTTGAAGA CACCGCGCCT CGATGCCGCC ATTGCAGATC TTCGTCCAGA ATTCTCGGAT 
TCGTTCCCCG ACCAGCGCCT GGCAACTGTG GTGCTCGAGA AAAACAAGGC TCGGGTTGAA 
CGAAGGCTGC AGCTTTCAGA GGAGATCATC TTAGATGTCT TGGAGGTCGC GAAGAGATCG 
ACAACACATT GGCGCTATTC CCAAATCGCG CTGCAATTCC TGTCGAACTT GATCTGGAGA 
GAGGTTCTAG TCTCACCCGA GTTGGCTAAG TTCGTAGCCG AGCAGACGGT TAGCCCGCAG 
CAAACGATAC GTTCGCATGC GCAGAGGACA GCGGCACTTC TCCTTTACCA CGTCAAGATA 
CGGACTTACT CGAAAACGAG GGAAGATCGA TGGGCGGAAA AGTGGGCAAG TCCATGGAAA 
ACCCAGGTTC CTGTGAATGA CCCGGCGACC TTCCTCGACG AGTATCACAG AGGGATTCAA 
CAGTCGACTG GCAACATTTA CATCGACAAG TTCGCCACTG GATTCTTGTC ATGGGCGCCT 
AAAGTCAATG CCTATCACTC CCCGGACAGT GTTTCCGCTG TCCAGTGGGA AGAGGCCTCT 
TTGCCAATGA TGCACGCCTT CCACAGCGTT GTCGGTGGGC CAGACTATGT CAAACGGATT 
GCCACCCTCT GGGGGCAGGA ATCGGATAAG AATGTCGCGA GCTTGGATCT CAGGATGGAG 
AACGTGGTCT ACCTCAAGCT TCTATCTAAG TTCTACGGAG ATGCCTTATT GCCTAAAGTG 
CTAGAAGAGG CAGATTCGTT GGTCGTAGAT GCCGATAAAT TCAAGCAACG AGCTGGTGCC 
GAGTTTGTTC TGTCGGTTCT TAGAGGGTCG AAGCATTGGC CTACAAAAAG CTCCGCGCCC 
CTCTGGAAGT GGCTAGAAGG AAAGCTAGAT GCTATCTTCG CGCAAATCAA ACCAGATACG 
CTTTCTCTCT GGGAACAAGT CATCCATTCT CAATTAACGT TCCGCGACCC TAGAAGAAAC 
AAGGTCCTGG TCGATTGGAT CAGAAGAATA CCATTGGAGT TCAGCGGCTC CTCTGCGTTT 
GATATGACCA AGTCCTTGAC CATGTTCGGG GCGCTCCTTG CGACCACTGC GTTTATGGAA 
CGGTCTCAAG GGAAGAAATA TATCGACCTA TTCTTCAACA ATATTAGCAC GGATTATGCA 
GAGTTACGGC AACATCTCTG CAATCATTTG TATTTGCTTA TGCGGAACCT GTGGCAGCCG 
TGGCATGCTT CGACGGAAGC TTTCGTGAGC GCTTGCACCG AATCCAACGA TGCCCTGCAA 
GTTCGGAGGG CCATTTACAT GGACCATATC TCCGAAATAA TATCGAACCT GCCGAAATGG 
AGAGAGGAGA GGCTGCCTCC TCCGAGGGTG AACCAATCGC AGTACGACAA GGTGGGACTG 
ACCGTACTAC AATGGATTTG GATATCGGCA TACGGAGCCC CCGCACATTT GGTGATCCCT 
TATGTCGTTC CTCTGCTACC TGAAATTCTT CGGATGTCAG AGCTGAGTGA CAACACCGAT 
CTGCAAGCGT ACAGTTCTGG TGTCCTCTAT GTTCTGTCGG CGTTGACTCC GTTGTCCGAC 
TATGTCAACC CTATCCTTGA CCAATTCGTC ACTTCCATCG AGTCGTCGCC GTCATGGCGT 
ACGCGCTTGC ACGGCCTGCC CGCGGTGGCC ATATTCTTCT TCAGGAATTT GTTGACCCTG 
TCACAGTCGC AAATGGACAG GGTGCTAAGA GTGCTTTTGG ACTGCCTCTC GAATGAGAAC 
GTCGAAGTTC GGGACATGGC TGCGAAAGTG CTTTCGAGTG TGGTCCGAAC ATCGCAGCGT 
CAAAGCATTA TTCCACTCAA GAATCGATTC ACGGCTTTGG CCAGGAAAAC CACGCTTCCG 
GCGAGAAAAC ATCCTGAATA CGCGACACGG TTACGCACAC TTCACTCTGC TATCCTTGGG 
TTGTGTGCTC TCCTTGAAAG CTTCCCTTAC TCGGTCGAGC CCTGGATGCC ACCTCTCACT 
GAGGTTCTGG CTCCCCACGC AACCGACCCA CCTCCGATTT CCACCACCAT TCGAAAGTGT 
GCATCGGAAT TCAAAAAGAC GCATCAGGAT ACCTGGCACA AAGATCAACA CCTGTTCGAC 
GAGGATCAAC TGCAGAGTCT ATCCACAATG GTGGTTGGGA CCTCATATTA TGCTTGA

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

PubMed

Insights into evolution of multicellular fungi from the assembled chromosomes of the mushroom Coprinopsis cinerea (Coprinus cinereus).
Proceedings of the National Academy of Sciences of the United States of America107(26)11889-94(2010 Jun)
Stajich JE,Wilke SK,Ahrén D,Au CH,Birren BW,Borodovsky M,Burns C,Canbäck B,Casselton LA,Cheng CK,Deng J,Dietrich FS,Fargo DC,Farman ML,Gathman AC,Goldberg J,Guigó R,Hoegger PJ,Hooker JB,Huggins A,James TY,Kamada T,Kilaru S,Kodira C,Kües U,Kupfer D,Kwan HS,Lomsadze A,Li W,Lilly WW,Ma LJ,Mackey AJ,Manning G,Martin F,Muraguchi H,Natvig DO,Palmerini H,Ramesh MA,Rehmeyer CJ,Roe BA,Shenoy N,Stanke M,Ter-Hovhannisyan V,Tunlid A,Velagapudi R,Vision TJ,Zeng Q,Zolan ME,Pukkila PJ

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CC1G_13601 cDNA ORF clone, Coprinopsis cinerea okayama7#130(Coprinus cinereus okayama7#130)

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Target ORF information:

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