Z520_07844 cDNA ORF clone, Fonsecaea multimorphosa CBS 102226

Gene
Clones
gRNAs

Summary

Gene Symbol	Z520_07844
Entrez Gene ID	27713590
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Fonsecaea multimorphosa CBS 102226

mRNA and Protein(s)

mRNA	Protein	Name
XM_016778341.1	XP_016630701.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following Z520_07844 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Z520_07844 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
OFo07813	XM_016778341.1 Latest version!	Fonsecaea multimorphosa CBS 102226 hypothetical protein partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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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)

Z520_07844 ( XM_016778341.1 ) cDNA ORF clone, Fonsecaea multimorphosa CBS 102226 -> XP_016630701.1 Fonsecaea multimorphosa CBS 102226 hypothetical protein partial mRNA.

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CloneID	OFo07813
Clone ID Related Accession (Same CDS sequence)	XM_016778341.1
Accession Version	XM_016778341.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3669bp) 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	2016-05-10
Organism	Fonsecaea multimorphosa CBS 102226
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_015971650). COMPLETENESS: incomplete on both ends.

ATGGCCACCG CAATGGAATC TCCTGTGGCT TTCCCTGACT CCCCCATGGA GCCAGACGAT 
GCCGCGTACC CGTGCAAGGG CTGTGGAAAG ATACTCGAGG AGGGCAAAGC ATTCGAGCTC 
GCCGGTAACA GATGGCACAT TGACTGCTTT GCGTGCAATA CCTGCGGCAC CCTCCTCGAC 
TCCGACGCAA ACCTGCTTCT TCTGGGCGAT GGATCCCTGA TATGCAACAA CTGCACCTAC 
AGTTGCAGTA ATTGCGGGAA CAAGATTGAG GACCTGGCAA TCCTGACTGG AGATCAAGCA 
TTTTGCGCGA ATTGCTTCAA GTGCAGGAAC TGCAAGAGGA AGATTGAAAA CCTCCGTTAT 
GCCAGGACGT CGCAGGGTAT ATTCTGCATG GACTGCCACG AGGCTCTGAT GGCCAGGAGA 
CGCAAAAAAT CGGCCAAGAA CACGGCGCAG CGCTCCAAAT TGTCAAACAA TGTCCAGCTT 
GACAAGTCTT TGCCCGCGAT TCCGCCCCCA GAAGCCAGAA AGACCGCCTA CATTCCAGAA 
AGCCAGTCGT CTCCCTTTCC CGAGGTCTAC GCAGAGCCCC CTGCAGCGGG TGTACCTTCT 
GTGAGTAAGA CGGTCAGCGA ATTGCAAGCA GATCCGGACT CGAGGCCATC CACATCGGAT 
CAAAACCAGG ATATGCTCAC CTTACCCTCG ACGACCTTCC GCAATAATCG ACATTCGATG 
ATGTCGCAGC GATCAGACTT ATCAGGAGGA GGAGGAGGTG GTGGTGGTGG TGGTGAAGAG 
TTTCTGATAC CACTTGCCTT CGACCCTACC CCACAACCTG CAACCCAGTC GCCTAGTATT 
TCTATCGAGA CAGTGCAAAA AACAGTCGAG GAGAAGCCCA CCGATTATTT CACCAGCAAA 
TCCGCCGCGC CAATTGCCCA GCCGCAAGTG ACTAAATCCA ACACCTCAAG TCCCCACATC 
GCCTATCAAG AGAAAGGGCG GCTCCCTTCA AGAGAAGCTG TTGAGCAAAC TCGAAGAGGA 
GGAAATCTGA GCGTATCGGG TTCTGCCAGC GCTTCGCCCT ATATCCCAGT GGAGCAGCCG 
AAGAGATCGG ATGGTTCGCC ACGCTTGTCG CAGATTGTTC ACACCAACGA GGCGCAACTC 
AATGGCAGAT TCAAACTCCA AGAAGCACCC AAATCTAAAA AGCTCTCTAC ATCGACGCCG 
GGATCGCGTT CAGAGGGTTC AACTCCTCGA GCTGATATCT CTACCGATCC CCTGGAGCAA 
CTTACCGCCA AACCTTTGAC AGTTCCGGAC ATTGGGTCAC CTTCAGATCG CGACTACTCG 
ACACCCCTTC TGTCGAACAA TTCAAGCCCA GCATTTAGTG CTTCACACGG CTCTCCCAAG 
GCGGCACCGT TACCCGCAAC CTCGATCTTA CAAAATCTGC CTAAGCGAGG CGACTCTTTG 
GATAGCGCGA AGCGGACTCA AACAATACCT CGTAAAGAAT TGGGCGCTGC GGCAAACATT 
GGTCCTCCAT CGGGTGGTAG CACCAACAGC CGCTCATCTA CACCCAAGCC GGTAGCCGAC 
CTGGCCAAAG CAAATGGTGG GAAGGTCATT TCTGGGCCAA TAGGTTCACC GAACTCAAGG 
GGTATCTTCG ATGCGGCAGA CGATTCTCTC ATTCAAGATC TCCACAACGC TGGCAAGGCA 
GCCAGTGAAT CTTTCGTTGA TCCTCGCGTC CCACCAATGC CTCCTTTCGA TCACTCAAGG 
TCGAGAAACG AGTCCTTCAG CACTCTCCAG TCCGAGAACC AGCGATCGGG GGATGGCTTC 
AAGTCTCCAG GTCTACCTAG GTATTCGGCA GGTGGGGAAT TCACTATGGA CGAAGATATG 
GCCCGGATAA TGGGTGGTGA GGAACCCAGC GCGCACGAAT CATTCCTTAG GAGGGTTTCG 
AACTCTGTTC GCCATGGCCG CAGCTACAGT GACAAAACCG GCAGGCTTTC GAAGGACCGC 
TGGCCTCGAT CGCCGGCTAT GCCCATCTCG TCTATCGGTC AGGAAATCAG CAGTCCCAGC 
ACTGCTTCTC CCGAGAATCG CGATGAGCTC GCCTGGTTCA AGAATGAGCT TCGACGTGAG 
CGACAAAAGA CTATCGAGCG AGAGAAGAGG ATTGCTGAAC TGGAAATGCA GCTTGACTCG 
GCCGCAAACA TCAAGCAGGT AAATGTCGAG CTCAAGGAGA AGAGGTCAAC GATAGTTGTA 
CTCGATACAC AAAAAGAGAT CGTCATAAGA GAATTGGAGG TTCTCACAGA GCATCTGGCT 
GCAGCCAAGC ACAGCGGCGA AAGATTCGAC CTTGGCAGAT TGAGCAATGT TGTGCTTCGC 
GATTTTGCGG AAGCATTGGA AAAGCTGAAG GACTCGTTCG CCCCTCAGAT CGAGGCTTCA 
ATCCAGAAAC GGAATGATCT CGTCGACGAG ATAGCCAATC TCACTCAGAT GAAAGATAAG 
AGCTTCATGG AGTTTGAGCA GCTGTCTTCG AAGAATGCCC AGCTCGCTGA GCTCAACAAC 
CAGCTGGTGC ACCAAATTCA AGGTCTCTAC AAGGCCAACT CTGGAACGCA AGCTGATACG 
CCAAAGTCGA CGATGAACGG ACTGGGAATC TATTCTCACC ACAAAGAGAA GTCGAACGTC 
TCCTTTGACT CGAGGGAGAT GCGCAACATG TCCACCGACT TGACCAATAT TGATTCGGCA 
AGTACTTTGC AAGGTGAAGC AGAACCTGTG ACAGTCCTTC AGGGCCCTCA AATGGTGAAC 
ATCCGCAAAG GCCAACCGAG GAAATTTGAT TGGAGGAAAG GACAGAAGGT TGCCAAAGGC 
GTCACGAAAG GTCTGAAAGG GGCCTTTTCC TCAACTCAAC AGAACTACAG CCGAGACCTG 
CAGTTTGCGG AAACAGGGGC CTATGGGTCG ACGACCGGCC CCGGTCAAGA GTTCTCAAAT 
CTGGCCAGAC CCAACCCGGA ACCTGTCAAG CAAAGCGGCT TTGGCTTCTT CAGCACTCAG 
AAAGGGGCGC CTAAGCCCAA CGGGCTGTAT GCCACGCAAG CCAATGCGAG CACACCATCT 
TTACTGGCTG AGGCTGGCGC TCAATTGTTT GGCTCTGAGC TCGAACAACG GGCCGAATAT 
GAGAAGAGCT CAGTTCCTGC GATTGTAAGG AGGTGTGTCG AAGAAGTTGA GTCACGAGGC 
ATGGATGTTG AAGGCATCTA CCGAAAATCG GGAGGTAACT CTCAGGTGCA GCAAGTGAAA 
GACTGGTTCG AGAACCCTTC GAAGGAATTT GATCTATCCG ATCCCGACCT CGACATCCAC 
GCCGTCACTT CTGGATTGAA ACAGTATTTC CGACGGCTGC CCACTCCACT CATCACCTTC 
GACGTCTACG ACAAACTACT TGAGACAACA ACGATTGAGG ACAAAGCGGC CAGACTCGAC 
GCTATGCAAC GGGCGTTGGA GGAACTGCCC AGGGTCCACC TCGAGACCTT GGAATTTTTG 
ATTCGACACC TTGCGCGGGT GGTCCAACAG GAGAAAGAGA ACCTCATGAC GAGCATGAAC 
ATCGCGGTGG TGTTTGCGCC CACCATCATG AGACCGGAGA GTCTGAACCG TGAGCTTAGT 
GACACCAAGA TGAAGAATGA GTCGGTGATG TGGATGGTGG AAAACAGCGA AAGATTATTT 
GGGAAGTGA

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

RefSeq	XP_016630701.1
CDS	1..3669
Translation	MATAMESPVAFPDSPMEPDDAAYPCKGCGKILEEGKAFELAGNRWHIDCFACNTCGTLLDSDANLLLLGDGSLICNNCTYSCSNCGNKIEDLAILTGDQAFCANCFKCRNCKRKIENLRYARTSQGIFCMDCHEALMARRRKKSAKNTAQRSKLSNNVQLDKSLPAIPPPEARKTAYIPESQSSPFPEVYAEPPAAGVPSVSKTVSELQADPDSRPSTSDQNQDMLTLPSTTFRNNRHSMMSQRSDLSGGGGGGGGGGEEFLIPLAFDPTPQPATQSPSISIETVQKTVEEKPTDYFTSKSAAPIAQPQVTKSNTSSPHIAYQEKGRLPSREAVEQTRRGGNLSVSGSASASPYIPVEQPKRSDGSPRLSQIVHTNEAQLNGRFKLQEAPKSKKLSTSTPGSRSEGSTPRADISTDPLEQLTAKPLTVPDIGSPSDRDYSTPLLSNNSSPAFSASHGSPKAAPLPATSILQNLPKRGDSLDSAKRTQTIPRKELGAAANIGPPSGGSTNSRSSTPKPVADLAKANGGKVISGPIGSPNSRGIFDAADDSLIQDLHNAGKAASESFVDPRVPPMPPFDHSRSRNESFSTLQSENQRSGDGFKSPGLPRYSAGGEFTMDEDMARIMGGEEPSAHESFLRRVSNSVRHGRSYSDKTGRLSKDRWPRSPAMPISSIGQEISSPSTASPENRDELAWFKNELRRERQKTIEREKRIAELEMQLDSAANIKQVNVELKEKRSTIVVLDTQKEIVIRELEVLTEHLAAAKHSGERFDLGRLSNVVLRDFAEALEKLKDSFAPQIEASIQKRNDLVDEIANLTQMKDKSFMEFEQLSSKNAQLAELNNQLVHQIQGLYKANSGTQADTPKSTMNGLGIYSHHKEKSNVSFDSREMRNMSTDLTNIDSASTLQGEAEPVTVLQGPQMVNIRKGQPRKFDWRKGQKVAKGVTKGLKGAFSSTQQNYSRDLQFAETGAYGSTTGPGQEFSNLARPNPEPVKQSGFGFFSTQKGAPKPNGLYATQANASTPSLLAEAGAQLFGSELEQRAEYEKSSVPAIVRRCVEEVESRGMDVEGIYRKSGGNSQVQQVKDWFENPSKEFDLSDPDLDIHAVTSGLKQYFRRLPTPLITFDVYDKLLETTTIEDKAARLDAMQRALEELPRVHLETLEFLIRHLARVVQQEKENLMTSMNIAVVFAPTIMRPESLNRELSDTKMKNESVMWMVENSERLFGK

Target ORF information:

RefSeq Version	XM_016778341.1
Organism	Fonsecaea multimorphosa CBS 102226
Definition	Fonsecaea multimorphosa CBS 102226 hypothetical protein partial mRNA.

Target ORF information:

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

XM_016778341.1

ORF Insert Sequence:

ATGGCCACCG CAATGGAATC TCCTGTGGCT TTCCCTGACT CCCCCATGGA GCCAGACGAT 
GCCGCGTACC CGTGCAAGGG CTGTGGAAAG ATACTCGAGG AGGGCAAAGC ATTCGAGCTC 
GCCGGTAACA GATGGCACAT TGACTGCTTT GCGTGCAATA CCTGCGGCAC CCTCCTCGAC 
TCCGACGCAA ACCTGCTTCT TCTGGGCGAT GGATCCCTGA TATGCAACAA CTGCACCTAC 
AGTTGCAGTA ATTGCGGGAA CAAGATTGAG GACCTGGCAA TCCTGACTGG AGATCAAGCA 
TTTTGCGCGA ATTGCTTCAA GTGCAGGAAC TGCAAGAGGA AGATTGAAAA CCTCCGTTAT 
GCCAGGACGT CGCAGGGTAT ATTCTGCATG GACTGCCACG AGGCTCTGAT GGCCAGGAGA 
CGCAAAAAAT CGGCCAAGAA CACGGCGCAG CGCTCCAAAT TGTCAAACAA TGTCCAGCTT 
GACAAGTCTT TGCCCGCGAT TCCGCCCCCA GAAGCCAGAA AGACCGCCTA CATTCCAGAA 
AGCCAGTCGT CTCCCTTTCC CGAGGTCTAC GCAGAGCCCC CTGCAGCGGG TGTACCTTCT 
GTGAGTAAGA CGGTCAGCGA ATTGCAAGCA GATCCGGACT CGAGGCCATC CACATCGGAT 
CAAAACCAGG ATATGCTCAC CTTACCCTCG ACGACCTTCC GCAATAATCG ACATTCGATG 
ATGTCGCAGC GATCAGACTT ATCAGGAGGA GGAGGAGGTG GTGGTGGTGG TGGTGAAGAG 
TTTCTGATAC CACTTGCCTT CGACCCTACC CCACAACCTG CAACCCAGTC GCCTAGTATT 
TCTATCGAGA CAGTGCAAAA AACAGTCGAG GAGAAGCCCA CCGATTATTT CACCAGCAAA 
TCCGCCGCGC CAATTGCCCA GCCGCAAGTG ACTAAATCCA ACACCTCAAG TCCCCACATC 
GCCTATCAAG AGAAAGGGCG GCTCCCTTCA AGAGAAGCTG TTGAGCAAAC TCGAAGAGGA 
GGAAATCTGA GCGTATCGGG TTCTGCCAGC GCTTCGCCCT ATATCCCAGT GGAGCAGCCG 
AAGAGATCGG ATGGTTCGCC ACGCTTGTCG CAGATTGTTC ACACCAACGA GGCGCAACTC 
AATGGCAGAT TCAAACTCCA AGAAGCACCC AAATCTAAAA AGCTCTCTAC ATCGACGCCG 
GGATCGCGTT CAGAGGGTTC AACTCCTCGA GCTGATATCT CTACCGATCC CCTGGAGCAA 
CTTACCGCCA AACCTTTGAC AGTTCCGGAC ATTGGGTCAC CTTCAGATCG CGACTACTCG 
ACACCCCTTC TGTCGAACAA TTCAAGCCCA GCATTTAGTG CTTCACACGG CTCTCCCAAG 
GCGGCACCGT TACCCGCAAC CTCGATCTTA CAAAATCTGC CTAAGCGAGG CGACTCTTTG 
GATAGCGCGA AGCGGACTCA AACAATACCT CGTAAAGAAT TGGGCGCTGC GGCAAACATT 
GGTCCTCCAT CGGGTGGTAG CACCAACAGC CGCTCATCTA CACCCAAGCC GGTAGCCGAC 
CTGGCCAAAG CAAATGGTGG GAAGGTCATT TCTGGGCCAA TAGGTTCACC GAACTCAAGG 
GGTATCTTCG ATGCGGCAGA CGATTCTCTC ATTCAAGATC TCCACAACGC TGGCAAGGCA 
GCCAGTGAAT CTTTCGTTGA TCCTCGCGTC CCACCAATGC CTCCTTTCGA TCACTCAAGG 
TCGAGAAACG AGTCCTTCAG CACTCTCCAG TCCGAGAACC AGCGATCGGG GGATGGCTTC 
AAGTCTCCAG GTCTACCTAG GTATTCGGCA GGTGGGGAAT TCACTATGGA CGAAGATATG 
GCCCGGATAA TGGGTGGTGA GGAACCCAGC GCGCACGAAT CATTCCTTAG GAGGGTTTCG 
AACTCTGTTC GCCATGGCCG CAGCTACAGT GACAAAACCG GCAGGCTTTC GAAGGACCGC 
TGGCCTCGAT CGCCGGCTAT GCCCATCTCG TCTATCGGTC AGGAAATCAG CAGTCCCAGC 
ACTGCTTCTC CCGAGAATCG CGATGAGCTC GCCTGGTTCA AGAATGAGCT TCGACGTGAG 
CGACAAAAGA CTATCGAGCG AGAGAAGAGG ATTGCTGAAC TGGAAATGCA GCTTGACTCG 
GCCGCAAACA TCAAGCAGGT AAATGTCGAG CTCAAGGAGA AGAGGTCAAC GATAGTTGTA 
CTCGATACAC AAAAAGAGAT CGTCATAAGA GAATTGGAGG TTCTCACAGA GCATCTGGCT 
GCAGCCAAGC ACAGCGGCGA AAGATTCGAC CTTGGCAGAT TGAGCAATGT TGTGCTTCGC 
GATTTTGCGG AAGCATTGGA AAAGCTGAAG GACTCGTTCG CCCCTCAGAT CGAGGCTTCA 
ATCCAGAAAC GGAATGATCT CGTCGACGAG ATAGCCAATC TCACTCAGAT GAAAGATAAG 
AGCTTCATGG AGTTTGAGCA GCTGTCTTCG AAGAATGCCC AGCTCGCTGA GCTCAACAAC 
CAGCTGGTGC ACCAAATTCA AGGTCTCTAC AAGGCCAACT CTGGAACGCA AGCTGATACG 
CCAAAGTCGA CGATGAACGG ACTGGGAATC TATTCTCACC ACAAAGAGAA GTCGAACGTC 
TCCTTTGACT CGAGGGAGAT GCGCAACATG TCCACCGACT TGACCAATAT TGATTCGGCA 
AGTACTTTGC AAGGTGAAGC AGAACCTGTG ACAGTCCTTC AGGGCCCTCA AATGGTGAAC 
ATCCGCAAAG GCCAACCGAG GAAATTTGAT TGGAGGAAAG GACAGAAGGT TGCCAAAGGC 
GTCACGAAAG GTCTGAAAGG GGCCTTTTCC TCAACTCAAC AGAACTACAG CCGAGACCTG 
CAGTTTGCGG AAACAGGGGC CTATGGGTCG ACGACCGGCC CCGGTCAAGA GTTCTCAAAT 
CTGGCCAGAC CCAACCCGGA ACCTGTCAAG CAAAGCGGCT TTGGCTTCTT CAGCACTCAG 
AAAGGGGCGC CTAAGCCCAA CGGGCTGTAT GCCACGCAAG CCAATGCGAG CACACCATCT 
TTACTGGCTG AGGCTGGCGC TCAATTGTTT GGCTCTGAGC TCGAACAACG GGCCGAATAT 
GAGAAGAGCT CAGTTCCTGC GATTGTAAGG AGGTGTGTCG AAGAAGTTGA GTCACGAGGC 
ATGGATGTTG AAGGCATCTA CCGAAAATCG GGAGGTAACT CTCAGGTGCA GCAAGTGAAA 
GACTGGTTCG AGAACCCTTC GAAGGAATTT GATCTATCCG ATCCCGACCT CGACATCCAC 
GCCGTCACTT CTGGATTGAA ACAGTATTTC CGACGGCTGC CCACTCCACT CATCACCTTC 
GACGTCTACG ACAAACTACT TGAGACAACA ACGATTGAGG ACAAAGCGGC CAGACTCGAC 
GCTATGCAAC GGGCGTTGGA GGAACTGCCC AGGGTCCACC TCGAGACCTT GGAATTTTTG 
ATTCGACACC TTGCGCGGGT GGTCCAACAG GAGAAAGAGA ACCTCATGAC GAGCATGAAC 
ATCGCGGTGG TGTTTGCGCC CACCATCATG AGACCGGAGA GTCTGAACCG TGAGCTTAGT 
GACACCAAGA TGAAGAATGA GTCGGTGATG TGGATGGTGG AAAACAGCGA AAGATTATTT 
GGGAAGTGA