CD36_06130 cDNA ORF clone, Candida dubliniensis CD36

Gene
Clones
gRNAs

Summary

Gene Symbol	CD36_06130
Entrez Gene ID	8044813
Full Name	glutamate synthase, putative
Gene Type	protein-coding
Organism	Candida dubliniensis CD36

mRNA and Protein(s)

mRNA	Protein	Name
XM_002417228.1	XP_002417273.1	glutamate synthase, putative

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

Comparative genomics of the fungal pathogens Candida dubliniensis and Candida albicans.
Jackson AP, Gamble JA, Yeomans T, Moran GP, Saunders D, Harris D, Aslett M, Barrell JF, Butler G, Citiulo F, Coleman DC, de Groot PW, Goodwin TJ, Quail MA, McQuillan J, Munro CA, Pain A, Poulter RT, Rajandream MA, Renauld H, Spiering MJ, Tivey A, Gow NA, Barrell B, Sullivan DJ, Berriman M
Genome research19(12)2231-44(2009 Dec)

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

The following CD36_06130 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CD36_06130 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
OCr00544	XM_002417228.1 Latest version!	Candida dubliniensis CD36 glutamate synthase, putative (CD36_06130), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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** 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)

CD36_06130 ( XM_002417228.1 ) cDNA ORF clone, Candida dubliniensis CD36 -> XP_002417273.1 Candida dubliniensis CD36 glutamate synthase, putative (CD36_06130), partial mRNA.

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CloneID	OCr00544
Clone ID Related Accession (Same CDS sequence)	XM_002417228.1
Accession Version	XM_002417228.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6381bp) 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	Candida dubliniensis CD36
Product	glutamate synthase, putative
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_012860). COMPLETENESS: incomplete on both ends.

ATGAGTCCTA GTGCATCTTA TTTACCCCAA GAGGAGTTTA GTACTACTAA TGTTTACGAT 
TACGACGAAG TCCCAGAAAA CAAATCATGG GCTTCTTCTT TGCCAGTGGC CAAAGGTTTA 
TATAACCCTG AATTAGAAAA AGATGCTTGT GGGGTTGGTT TCACCTGCCA TTTGAAAGGG 
GTTCCATCTC ATAAAATAGT GTCTGATGCT AAAAGTTTAT TATGTAACAT GACCCACAGA 
GGTGGGGAAT TGAATCCACA AGATGGTGAT GGTGCTGGTT TGTTGAGTTC CATTCCTCAT 
AAATTCTTGA AAAGAGAATT TCAATACTAC TGTAATGTTG AATTGCCAGC TAAAGGTCAA 
TACGGTGTAG GTAACGTTTT TTTCAAAAAA GATGATGCTG TATTTGAAAA ATCAAAGAAA 
ACTTTTGAAA GCATTGCTGA TTCCTTAGGA TTGAAAGTTT TGGGTTGGAG AGAAGTGCCT 
CACGATTCTT CAATTTTGGG TGCTGCCGCA TTATCAAGAG AACCATATAT ATTGCAACCA 
GCTGTTGTTT ATAAAGAAAT ATGGGGTCAA GACGTTTCAG ATGATGAATT TGATTCTAAA 
TACAGAAAAG ATTTTGAAAA AAGATTGTTT ATTTTAAGAA AACAAGCTTC TCACACCATT 
GGATTGCACA ATTGGTTCTA CATTTGTTCA CTTTCCAACA AAACTATTGT CTACAAAGGT 
CAATTGGCTC CTAAACAAGT TTACTCATAC TATCATGATT TGGTAAACGC TGAATACGAG 
TCCCATTTTG CTTTGGTCCA CTCCCGTTTC TCCACCAACA CTTTCCCATC TTGGGACAGA 
GCCCAACCAT TGAGATTGGC AGCACACAAT GGTGAAATCA ATACTTTGAG AGGTAACAAA 
AACTGGATGA GAGCCAAAGA AGGGGTTATG AAATCCAAAT TGTTTGGTGA TGAAATGGAT 
AAATTATTCC CCATTATTGA AGAAGGTGGA TCTGATTCAG CTGCATTTGA TAACGTTTTG 
GAATTATTGG TTATCAATGG TGTTGTCTCC TTACCAGAAG CTGTTATGAT GATGATTCCA 
GAAGCTTGGC AGAATGATGA AAACATTGAT CCAAAGAAAA AGGCCTTTTA CGAATGGGCT 
GCTTGTTTGA TGGAACCATG GGATGGTCCA GCTTTGTTCA CATTTGCCGA TGACAGATAC 
TGTGGTGCTA ATTTAGATCG TAATGGTTTG AGACCATGTC GTTACTATGT TATTGACGAT 
GATCGTATGA TTTGTGCTTC CGAGGTTGGT GTTATTGAAA TTCAACCGGA AAAAGTTATA 
CAGAAAGGCA GATTACAGCC TGGTAGAATG TTATTGGTTG ATACTAAAGA AGGTCGTATT 
GTCGATGACC GTGAATTAAA AAACAAGGTT GCTTCAAGAT ATGACTTTAA ATCTTGGGTT 
TTGGCTAACA TGATTAGTTT GCAAGATTTA AATGAAAAAT TGGCGGCCAG AAAAATTGAT 
ATTGAGGCAA AACCCATTGA TGTGAATGTC AATGTTCAAT CAGACCCAAG ATTGGTTGCT 
GCTGGGTACT CTCATGAACA AATATTGTTT GTTTTAGCTC CAATGGCTGA AGGTAATGAA 
GCATTGGGGT CCATGGGTAA CGATAACGCC TTGGCATGTA TTTCAGAACA GCCTAAATTG 
TTATATGAAT ATTTCCGTCA ATTGTTTGCT CAAGTCACAA ATCCACCTAT TGATCCAATC 
AGAGAAAAAA TTGTCATGTC TTTGGAATGT TATGTTGGTC CTCAAGGTAA CTTGTTAGAA 
ATGAAACCCG ACCAATTGAA CAGATTGTTA TTGAAGTCAC CCATTTTGAC CAGTTCTGAA 
TTGTTGACCA TTAAGAACAT TCAAACTGTT TATCCATCCT GGTCAGTTGC CAACATCGAC 
ATCACTTTTG AAAAATCTGA AGGTATTCAA GGATACATTA ATACCATCGA TAGAATTTGT 
CAAGCTGCAT CTCAAGCTAT TGCTGATGAT AATCAAATTA TCATTTTGAG TGATGTTGCT 
ACTTGTGCTG AAAGATTACC AATTTCTGCT TTAATTGCTG TTGGTGCCGT TCATCATCAT 
TTGGTTAGAC AAAAGCAACG TTCAAAAGTC GCTCTTATAA TTGAAACTCA AGAAGCCAAA 
GAAGTTCACC ATGCATGTTG TTTGGTTGGA TATGGTGCCG ATGCCATCAA CCCATACTTG 
GCAATGGAAA CTTTGGTGAG AATGAAACAT CAAGGTTTGT TGAAAAATGA AAGTTTGACC 
GAAGAGAAAA TTATTCAAAA TTACAAAGGA TCCATCGATG CTGGTATTTT GAAGGTTATG 
TCGAAAATGG GTATTTCCAC TTTGGCTTCA TATAAGGGGG CTCAAATCTT TGAAGCTCTT 
GGTATTGATA ACTCAGTTAT TGATAGATGT TTTGCTGGTA CTGCATCTAG AATCAAAGGT 
GTTACTTTTG AATACATTGC TCAAGATGCT TTTACATTAC ACGAAAGAGG GTATCCAACT 
AGAGACACTA TCAAACCAAT AGGGTTACCC GAAACCGGTG AATATCACTG GAGAGATGGA 
GGTGATACAC ATATCAATGA TCCAGCTGCC ATTGCCTCAT TACAAGATGC AGTTCGTAAC 
AAGAATGAAA GAGCTTACGA GGCTTATGCC AAGAAAGAAA ATGAAGCTGT TCGTAACTGT 
ACTTTGCGTG GGTTGTTAGA TTTTGAGTTT GAATCGTCAA CTGAAGTCCC TATTGATCAA 
GTCGAACCAT GGACGGAAAT TGTTCGTCGT TTTTTCACTG GTGCCATGTC TTATGGTTCC 
ATTTCAATGG AATCACATTC CACTTTAGCA GTTGCCATGA ACAGATTGGG TGGTAAATCC 
AACACCGGTG AAGGTGGTGA AGATGCAGCC AGATCACAAG TTCATGAAAA TGGTGATACC 
ATGAGATCCG CCATTAAACA AGTTGCTTCT GGTAGATTTG GGGTCACATC ATACTACTTG 
GCTGATGCTG ATGAATTACA AATCAAAATG GCCCAAGGTG CCAAGCCTGG TGAAGGTGGT 
GAATTGCCAG GGAACAAGGT ATCTGCTGAA ATTGGTAAGA CCAGACATTC TACTCCAGGT 
GTAGGGTTGA TTTCTCCACC ACCTCATCAT GATATTTACT CAATTGAAGA TTTGAAACAA 
TTGTTATATG ATTTGAAATG TGCCAATCCA AGAGCCAGAA CTTCAGTCAA ATTAGTTTCC 
GAAGTTGGTG TTGGTATTGT TGCTGCTGGT GTTGCCAAAG CCGGTTCAGA AAACATTTTA 
GTTTCTGGTG GTGATGGTGG TACTGGTGCT GCCAAATTGA CTTCTATCAA ATATGCTGGT 
TTGCCATGGG AATTGGGTTT AGCTGAGTCT CATCAAACTT TGGTTTTGAA TGATTTGAGA 
GGTAGAGTTA TTTTGCAAAC TGATGGACAA ATCAGAACAG GTAGAGACAT TGCCATTGCT 
TGTTTGTTGG GTGCTGAAGA ATGGGGGTTT GCCACTTCGC CATTAATTGC TATGGGTTGT 
ATTTACATGA GAAAATGTCA CTTGGGTACT TGTCCAGTTG GTATTGCCAC CCAAGATCCA 
GAATTGAGAA AGAAATTCGA AGGTACACCA GAACATGTCA TCAATTTCTT TTACTATTTG 
GCCAATGATT TAAGAAAATT CATGGCAAAA TTAGGGTTCA GAACTATTAA TGAGATGGTG 
GGTAGAACTG AAAAATTGAA GGTTAGAGAA GATTTGAGAA ACACCAAGAA TGCCAATATT 
GACTTATCGC CAATTTTGAC TCCTGCCCAC ACTATCAGAC CTGGTGTTGC TACTCATTGT 
GTTAGAAAGC AAGATCATAA ATTGCATATC AGAGTTGATA ACAAATTGAT TGATGAATCG 
GAATTGACTT TGGCTAAAGG TTTGCCAGTT ACTATTGATT GTGAAGTTGT CAACACTGAC 
CGTTCTTTGG GTACCACATT GTCGTACCGT GTTTCCAAGA CTTTTGGTGA ACAAGGTTTG 
CCACATGACA CTATCCATGT TAATGTGACT GGTTCTGCTG GTCAATCGTT TGGTGCCTTT 
TTGGCGTCTG GTGTCACTTT AGAATTAGAG GGTGACGCCA ACGATTACAT TGGGAAAGGT 
TTATCTGGTG GTAGAATTAT TGTCTACCCA CCAAGAGAAT CCAAGTTCAA AGCCGAAGAT 
CAAATCATCG CTGGTAACAC TGCCTTCTTT GGAGCCACTT CAGGTTCAGC CTTTATCAGA 
GGTATTGCTG CAGAGAGATT TGCCGTTAGA AACTCTGGTG CTATTATTGT TACAGAAGGT 
ACCGGTGATC ATGGTTGTGA ATATATGTCT GGTGGTAGAG TTGTTGTTTT AGGTTCCACT 
GGTAGAAACT TTGGTTCTGG TATGTGTGGT GGTATTGCAT ATGTTTTGGA CATGGCACAA 
GATTTTGCTG AAAAAGTCAA TGGAGCTCAA GTTGAATTAT CCCAAGTTAC TGAAACAGAG 
GAAATTGCAT TCTTGAGAAA CTTGATTGAG GACCATCGTC ATTACACTGG TTCTGAAGTT 
GCTGATAACA TTTTGAATGA TTTCAACAGA TACTTGCCTA GATTTGTTAA AGTTTTACCA 
AACGACTACA AAAAAGTATT GGAAAAGGAA AAGAAATTAG CTGAAGAAGC CAAAAAGAAA 
GAATTGAGTA CTTTCTTGAA ATCCATCAAG GAAGATCCAG AATCAGATGT CACCAACGGA 
GAAGCTTATA AGATTAAGAA AGGACATGTT CATCATCCTA ACAAAGGCAA GAATGAACCA 
AAAGTTGCTG ATGTTGAAGA TACTATTTTC AACACTGAGT TTGAAAAGAA GGCTCCTGTA 
AAATTGGATA AACTCAGAGG GTTTATGAAA TATAAACGTA GAAATGAAAA ATACAGAGAT 
GCCAAGGCCA GAACCAAGGA TTGGAATGAA ATGACTTCGA GATTGACTAA AGAGGAATTG 
AAATATGAAA CTGCTAGATG TATGGATTGT GGTGTTCCAT TCTGTACCTC GGATACTGGT 
TGTCCTATTT CTAATGTTAT TCCTAAATGG AATGAATTGG TTTTCAATGA TAGATGGTTT 
GATGCTTTGC AAAGATTATT GATGACCAAC AATTTCCCAG AATTTACTGG TAGAATTTGT 
CCAGCTCCAT GTAATGGTGC TTGTGTTTTG GGTATCAATG AAGATCCAGT CAATATTAAA 
TCTGTTGAAT GTGCCATTAT CGACCATGGT TTCGAACAAG GTTGGATCAA GCCAACTCCA 
CCGGCTCACA GAACTGGTAA GACTGTTGCT GTTATTGGTT CTGGTCCTGC AGGTTTAGCA 
GCTGCTGATC AATTGAATAA GGCTGGTCAT TTGGTTACTG TTTATGAAAG AAGTGACAGA 
CCAGGTGGTT TGTTGATGTA TGGTATTCCA AACATGAAGT TGGACAAGGG TATCGTCAAG 
AGAAGAACCG ATTTATTGGC AGCCGAAGGT GTTGAGTTTA TTTGTAACAC CACAGTTGGA 
GAAGATATTA CTGTTTCTGA ATTGAAGTCA CAATTTGATG CTGTTGTTTT CGCTGTTGGG 
TCTACTATTC CAAGAGATTT GAGAATCCCA GGTAGAGAAT TAAAGAACAT TAATTTTGCT 
ATGCAATTAT TGCATTCCAA CACCAAAGCC TTGTTGGATG ATCAATTGGA GGATATCCGA 
AAGAACTTGG CTGGTAAGAA TGTCGTTGTT ATTGGTGGCG GTGATACTGG TAATGATTGT 
TTGGGTACAT CTACTAGACA TGGTGCCAAA TCCGTGACTA ACTTTGAATT GTTGCCACAC 
CCACCAAATG CCAGACCAAA GGATAACCCA TGGCCACAAT GGCCTAGAAT TTTCAGAGTC 
GACTACGGTC ATACTGAAGT CGCTACTCAT TACGGTAAAG ATCCAAGAGA ATATTCTATA 
TTATCCAAAG AGTTTGTTGG TGATGAAGAA GGCAATGTTA AAGGAATCAA GACAGTCAGA 
GTTGAATGGA AACGTTCTGA TTCAGGAGCT TGGCAAATGG CTGAGGTTCC AGGTAGTGAA 
GAATTTTTCC CAGCCGATGT TATTTTGTTG TCTATGGGAT TCCTTGGACC TGAAGCAGAT 
AATTTGGAAG TTCAAAAGAC CAAGAGAGGT ACTATCACCA CTGTTGATCC AAATGTATAC 
AAGGTCAACA AAGACGATAA TGTTTTTGCT GCTGGTGATT GTAGAAGAGG TCAATCATTA 
GTTGTTTGGG GTATCCAAGA AGGTAGACAA TGTGCTAGAG AAGTTGATGA GTATTTAATG 
GGATCTACTA GATTGCCAGG TAATGGTTCT GTTGAACAAA GAAACTATAA ATTATTAGAG 
GAATTAGCCG AAAAGGTTTA A

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

RefSeq	XP_002417273.1
CDS	1..6381
Translation	MSPSASYLPQEEFSTTNVYDYDEVPENKSWASSLPVAKGLYNPELEKDACGVGFTCHLKGVPSHKIVSDAKSLLCNMTHRGGELNPQDGDGAGLLSSIPHKFLKREFQYYCNVELPAKGQYGVGNVFFKKDDAVFEKSKKTFESIADSLGLKVLGWREVPHDSSILGAAALSREPYILQPAVVYKEIWGQDVSDDEFDSKYRKDFEKRLFILRKQASHTIGLHNWFYICSLSNKTIVYKGQLAPKQVYSYYHDLVNAEYESHFALVHSRFSTNTFPSWDRAQPLRLAAHNGEINTLRGNKNWMRAKEGVMKSKLFGDEMDKLFPIIEEGGSDSAAFDNVLELLVINGVVSLPEAVMMMIPEAWQNDENIDPKKKAFYEWAACLMEPWDGPALFTFADDRYCGANLDRNGLRPCRYYVIDDDRMICASEVGVIEIQPEKVIQKGRLQPGRMLLVDTKEGRIVDDRELKNKVASRYDFKSWVLANMISLQDLNEKLAARKIDIEAKPIDVNVNVQSDPRLVAAGYSHEQILFVLAPMAEGNEALGSMGNDNALACISEQPKLLYEYFRQLFAQVTNPPIDPIREKIVMSLECYVGPQGNLLEMKPDQLNRLLLKSPILTSSELLTIKNIQTVYPSWSVANIDITFEKSEGIQGYINTIDRICQAASQAIADDNQIIILSDVATCAERLPISALIAVGAVHHHLVRQKQRSKVALIIETQEAKEVHHACCLVGYGADAINPYLAMETLVRMKHQGLLKNESLTEEKIIQNYKGSIDAGILKVMSKMGISTLASYKGAQIFEALGIDNSVIDRCFAGTASRIKGVTFEYIAQDAFTLHERGYPTRDTIKPIGLPETGEYHWRDGGDTHINDPAAIASLQDAVRNKNERAYEAYAKKENEAVRNCTLRGLLDFEFESSTEVPIDQVEPWTEIVRRFFTGAMSYGSISMESHSTLAVAMNRLGGKSNTGEGGEDAARSQVHENGDTMRSAIKQVASGRFGVTSYYLADADELQIKMAQGAKPGEGGELPGNKVSAEIGKTRHSTPGVGLISPPPHHDIYSIEDLKQLLYDLKCANPRARTSVKLVSEVGVGIVAAGVAKAGSENILVSGGDGGTGAAKLTSIKYAGLPWELGLAESHQTLVLNDLRGRVILQTDGQIRTGRDIAIACLLGAEEWGFATSPLIAMGCIYMRKCHLGTCPVGIATQDPELRKKFEGTPEHVINFFYYLANDLRKFMAKLGFRTINEMVGRTEKLKVREDLRNTKNANIDLSPILTPAHTIRPGVATHCVRKQDHKLHIRVDNKLIDESELTLAKGLPVTIDCEVVNTDRSLGTTLSYRVSKTFGEQGLPHDTIHVNVTGSAGQSFGAFLASGVTLELEGDANDYIGKGLSGGRIIVYPPRESKFKAEDQIIAGNTAFFGATSGSAFIRGIAAERFAVRNSGAIIVTEGTGDHGCEYMSGGRVVVLGSTGRNFGSGMCGGIAYVLDMAQDFAEKVNGAQVELSQVTETEEIAFLRNLIEDHRHYTGSEVADNILNDFNRYLPRFVKVLPNDYKKVLEKEKKLAEEAKKKELSTFLKSIKEDPESDVTNGEAYKIKKGHVHHPNKGKNEPKVADVEDTIFNTEFEKKAPVKLDKLRGFMKYKRRNEKYRDAKARTKDWNEMTSRLTKEELKYETARCMDCGVPFCTSDTGCPISNVIPKWNELVFNDRWFDALQRLLMTNNFPEFTGRICPAPCNGACVLGINEDPVNIKSVECAIIDHGFEQGWIKPTPPAHRTGKTVAVIGSGPAGLAAADQLNKAGHLVTVYERSDRPGGLLMYGIPNMKLDKGIVKRRTDLLAAEGVEFICNTTVGEDITVSELKSQFDAVVFAVGSTIPRDLRIPGRELKNINFAMQLLHSNTKALLDDQLEDIRKNLAGKNVVVIGGGDTGNDCLGTSTRHGAKSVTNFELLPHPPNARPKDNPWPQWPRIFRVDYGHTEVATHYGKDPREYSILSKEFVGDEEGNVKGIKTVRVEWKRSDSGAWQMAEVPGSEEFFPADVILLSMGFLGPEADNLEVQKTKRGTITTVDPNVYKVNKDDNVFAAGDCRRGQSLVVWGIQEGRQCAREVDEYLMGSTRLPGNGSVEQRNYKLLEELAEKV

Target ORF information:

RefSeq Version	XM_002417228.1
Organism	Candida dubliniensis CD36
Definition	Candida dubliniensis CD36 glutamate synthase, putative (CD36_06130), partial mRNA.

Target ORF information:

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

XM_002417228.1

ORF Insert Sequence:

ATGAGTCCTA GTGCATCTTA TTTACCCCAA GAGGAGTTTA GTACTACTAA TGTTTACGAT 
TACGACGAAG TCCCAGAAAA CAAATCATGG GCTTCTTCTT TGCCAGTGGC CAAAGGTTTA 
TATAACCCTG AATTAGAAAA AGATGCTTGT GGGGTTGGTT TCACCTGCCA TTTGAAAGGG 
GTTCCATCTC ATAAAATAGT GTCTGATGCT AAAAGTTTAT TATGTAACAT GACCCACAGA 
GGTGGGGAAT TGAATCCACA AGATGGTGAT GGTGCTGGTT TGTTGAGTTC CATTCCTCAT 
AAATTCTTGA AAAGAGAATT TCAATACTAC TGTAATGTTG AATTGCCAGC TAAAGGTCAA 
TACGGTGTAG GTAACGTTTT TTTCAAAAAA GATGATGCTG TATTTGAAAA ATCAAAGAAA 
ACTTTTGAAA GCATTGCTGA TTCCTTAGGA TTGAAAGTTT TGGGTTGGAG AGAAGTGCCT 
CACGATTCTT CAATTTTGGG TGCTGCCGCA TTATCAAGAG AACCATATAT ATTGCAACCA 
GCTGTTGTTT ATAAAGAAAT ATGGGGTCAA GACGTTTCAG ATGATGAATT TGATTCTAAA 
TACAGAAAAG ATTTTGAAAA AAGATTGTTT ATTTTAAGAA AACAAGCTTC TCACACCATT 
GGATTGCACA ATTGGTTCTA CATTTGTTCA CTTTCCAACA AAACTATTGT CTACAAAGGT 
CAATTGGCTC CTAAACAAGT TTACTCATAC TATCATGATT TGGTAAACGC TGAATACGAG 
TCCCATTTTG CTTTGGTCCA CTCCCGTTTC TCCACCAACA CTTTCCCATC TTGGGACAGA 
GCCCAACCAT TGAGATTGGC AGCACACAAT GGTGAAATCA ATACTTTGAG AGGTAACAAA 
AACTGGATGA GAGCCAAAGA AGGGGTTATG AAATCCAAAT TGTTTGGTGA TGAAATGGAT 
AAATTATTCC CCATTATTGA AGAAGGTGGA TCTGATTCAG CTGCATTTGA TAACGTTTTG 
GAATTATTGG TTATCAATGG TGTTGTCTCC TTACCAGAAG CTGTTATGAT GATGATTCCA 
GAAGCTTGGC AGAATGATGA AAACATTGAT CCAAAGAAAA AGGCCTTTTA CGAATGGGCT 
GCTTGTTTGA TGGAACCATG GGATGGTCCA GCTTTGTTCA CATTTGCCGA TGACAGATAC 
TGTGGTGCTA ATTTAGATCG TAATGGTTTG AGACCATGTC GTTACTATGT TATTGACGAT 
GATCGTATGA TTTGTGCTTC CGAGGTTGGT GTTATTGAAA TTCAACCGGA AAAAGTTATA 
CAGAAAGGCA GATTACAGCC TGGTAGAATG TTATTGGTTG ATACTAAAGA AGGTCGTATT 
GTCGATGACC GTGAATTAAA AAACAAGGTT GCTTCAAGAT ATGACTTTAA ATCTTGGGTT 
TTGGCTAACA TGATTAGTTT GCAAGATTTA AATGAAAAAT TGGCGGCCAG AAAAATTGAT 
ATTGAGGCAA AACCCATTGA TGTGAATGTC AATGTTCAAT CAGACCCAAG ATTGGTTGCT 
GCTGGGTACT CTCATGAACA AATATTGTTT GTTTTAGCTC CAATGGCTGA AGGTAATGAA 
GCATTGGGGT CCATGGGTAA CGATAACGCC TTGGCATGTA TTTCAGAACA GCCTAAATTG 
TTATATGAAT ATTTCCGTCA ATTGTTTGCT CAAGTCACAA ATCCACCTAT TGATCCAATC 
AGAGAAAAAA TTGTCATGTC TTTGGAATGT TATGTTGGTC CTCAAGGTAA CTTGTTAGAA 
ATGAAACCCG ACCAATTGAA CAGATTGTTA TTGAAGTCAC CCATTTTGAC CAGTTCTGAA 
TTGTTGACCA TTAAGAACAT TCAAACTGTT TATCCATCCT GGTCAGTTGC CAACATCGAC 
ATCACTTTTG AAAAATCTGA AGGTATTCAA GGATACATTA ATACCATCGA TAGAATTTGT 
CAAGCTGCAT CTCAAGCTAT TGCTGATGAT AATCAAATTA TCATTTTGAG TGATGTTGCT 
ACTTGTGCTG AAAGATTACC AATTTCTGCT TTAATTGCTG TTGGTGCCGT TCATCATCAT 
TTGGTTAGAC AAAAGCAACG TTCAAAAGTC GCTCTTATAA TTGAAACTCA AGAAGCCAAA 
GAAGTTCACC ATGCATGTTG TTTGGTTGGA TATGGTGCCG ATGCCATCAA CCCATACTTG 
GCAATGGAAA CTTTGGTGAG AATGAAACAT CAAGGTTTGT TGAAAAATGA AAGTTTGACC 
GAAGAGAAAA TTATTCAAAA TTACAAAGGA TCCATCGATG CTGGTATTTT GAAGGTTATG 
TCGAAAATGG GTATTTCCAC TTTGGCTTCA TATAAGGGGG CTCAAATCTT TGAAGCTCTT 
GGTATTGATA ACTCAGTTAT TGATAGATGT TTTGCTGGTA CTGCATCTAG AATCAAAGGT 
GTTACTTTTG AATACATTGC TCAAGATGCT TTTACATTAC ACGAAAGAGG GTATCCAACT 
AGAGACACTA TCAAACCAAT AGGGTTACCC GAAACCGGTG AATATCACTG GAGAGATGGA 
GGTGATACAC ATATCAATGA TCCAGCTGCC ATTGCCTCAT TACAAGATGC AGTTCGTAAC 
AAGAATGAAA GAGCTTACGA GGCTTATGCC AAGAAAGAAA ATGAAGCTGT TCGTAACTGT 
ACTTTGCGTG GGTTGTTAGA TTTTGAGTTT GAATCGTCAA CTGAAGTCCC TATTGATCAA 
GTCGAACCAT GGACGGAAAT TGTTCGTCGT TTTTTCACTG GTGCCATGTC TTATGGTTCC 
ATTTCAATGG AATCACATTC CACTTTAGCA GTTGCCATGA ACAGATTGGG TGGTAAATCC 
AACACCGGTG AAGGTGGTGA AGATGCAGCC AGATCACAAG TTCATGAAAA TGGTGATACC 
ATGAGATCCG CCATTAAACA AGTTGCTTCT GGTAGATTTG GGGTCACATC ATACTACTTG 
GCTGATGCTG ATGAATTACA AATCAAAATG GCCCAAGGTG CCAAGCCTGG TGAAGGTGGT 
GAATTGCCAG GGAACAAGGT ATCTGCTGAA ATTGGTAAGA CCAGACATTC TACTCCAGGT 
GTAGGGTTGA TTTCTCCACC ACCTCATCAT GATATTTACT CAATTGAAGA TTTGAAACAA 
TTGTTATATG ATTTGAAATG TGCCAATCCA AGAGCCAGAA CTTCAGTCAA ATTAGTTTCC 
GAAGTTGGTG TTGGTATTGT TGCTGCTGGT GTTGCCAAAG CCGGTTCAGA AAACATTTTA 
GTTTCTGGTG GTGATGGTGG TACTGGTGCT GCCAAATTGA CTTCTATCAA ATATGCTGGT 
TTGCCATGGG AATTGGGTTT AGCTGAGTCT CATCAAACTT TGGTTTTGAA TGATTTGAGA 
GGTAGAGTTA TTTTGCAAAC TGATGGACAA ATCAGAACAG GTAGAGACAT TGCCATTGCT 
TGTTTGTTGG GTGCTGAAGA ATGGGGGTTT GCCACTTCGC CATTAATTGC TATGGGTTGT 
ATTTACATGA GAAAATGTCA CTTGGGTACT TGTCCAGTTG GTATTGCCAC CCAAGATCCA 
GAATTGAGAA AGAAATTCGA AGGTACACCA GAACATGTCA TCAATTTCTT TTACTATTTG 
GCCAATGATT TAAGAAAATT CATGGCAAAA TTAGGGTTCA GAACTATTAA TGAGATGGTG 
GGTAGAACTG AAAAATTGAA GGTTAGAGAA GATTTGAGAA ACACCAAGAA TGCCAATATT 
GACTTATCGC CAATTTTGAC TCCTGCCCAC ACTATCAGAC CTGGTGTTGC TACTCATTGT 
GTTAGAAAGC AAGATCATAA ATTGCATATC AGAGTTGATA ACAAATTGAT TGATGAATCG 
GAATTGACTT TGGCTAAAGG TTTGCCAGTT ACTATTGATT GTGAAGTTGT CAACACTGAC 
CGTTCTTTGG GTACCACATT GTCGTACCGT GTTTCCAAGA CTTTTGGTGA ACAAGGTTTG 
CCACATGACA CTATCCATGT TAATGTGACT GGTTCTGCTG GTCAATCGTT TGGTGCCTTT 
TTGGCGTCTG GTGTCACTTT AGAATTAGAG GGTGACGCCA ACGATTACAT TGGGAAAGGT 
TTATCTGGTG GTAGAATTAT TGTCTACCCA CCAAGAGAAT CCAAGTTCAA AGCCGAAGAT 
CAAATCATCG CTGGTAACAC TGCCTTCTTT GGAGCCACTT CAGGTTCAGC CTTTATCAGA 
GGTATTGCTG CAGAGAGATT TGCCGTTAGA AACTCTGGTG CTATTATTGT TACAGAAGGT 
ACCGGTGATC ATGGTTGTGA ATATATGTCT GGTGGTAGAG TTGTTGTTTT AGGTTCCACT 
GGTAGAAACT TTGGTTCTGG TATGTGTGGT GGTATTGCAT ATGTTTTGGA CATGGCACAA 
GATTTTGCTG AAAAAGTCAA TGGAGCTCAA GTTGAATTAT CCCAAGTTAC TGAAACAGAG 
GAAATTGCAT TCTTGAGAAA CTTGATTGAG GACCATCGTC ATTACACTGG TTCTGAAGTT 
GCTGATAACA TTTTGAATGA TTTCAACAGA TACTTGCCTA GATTTGTTAA AGTTTTACCA 
AACGACTACA AAAAAGTATT GGAAAAGGAA AAGAAATTAG CTGAAGAAGC CAAAAAGAAA 
GAATTGAGTA CTTTCTTGAA ATCCATCAAG GAAGATCCAG AATCAGATGT CACCAACGGA 
GAAGCTTATA AGATTAAGAA AGGACATGTT CATCATCCTA ACAAAGGCAA GAATGAACCA 
AAAGTTGCTG ATGTTGAAGA TACTATTTTC AACACTGAGT TTGAAAAGAA GGCTCCTGTA 
AAATTGGATA AACTCAGAGG GTTTATGAAA TATAAACGTA GAAATGAAAA ATACAGAGAT 
GCCAAGGCCA GAACCAAGGA TTGGAATGAA ATGACTTCGA GATTGACTAA AGAGGAATTG 
AAATATGAAA CTGCTAGATG TATGGATTGT GGTGTTCCAT TCTGTACCTC GGATACTGGT 
TGTCCTATTT CTAATGTTAT TCCTAAATGG AATGAATTGG TTTTCAATGA TAGATGGTTT 
GATGCTTTGC AAAGATTATT GATGACCAAC AATTTCCCAG AATTTACTGG TAGAATTTGT 
CCAGCTCCAT GTAATGGTGC TTGTGTTTTG GGTATCAATG AAGATCCAGT CAATATTAAA 
TCTGTTGAAT GTGCCATTAT CGACCATGGT TTCGAACAAG GTTGGATCAA GCCAACTCCA 
CCGGCTCACA GAACTGGTAA GACTGTTGCT GTTATTGGTT CTGGTCCTGC AGGTTTAGCA 
GCTGCTGATC AATTGAATAA GGCTGGTCAT TTGGTTACTG TTTATGAAAG AAGTGACAGA 
CCAGGTGGTT TGTTGATGTA TGGTATTCCA AACATGAAGT TGGACAAGGG TATCGTCAAG 
AGAAGAACCG ATTTATTGGC AGCCGAAGGT GTTGAGTTTA TTTGTAACAC CACAGTTGGA 
GAAGATATTA CTGTTTCTGA ATTGAAGTCA CAATTTGATG CTGTTGTTTT CGCTGTTGGG 
TCTACTATTC CAAGAGATTT GAGAATCCCA GGTAGAGAAT TAAAGAACAT TAATTTTGCT 
ATGCAATTAT TGCATTCCAA CACCAAAGCC TTGTTGGATG ATCAATTGGA GGATATCCGA 
AAGAACTTGG CTGGTAAGAA TGTCGTTGTT ATTGGTGGCG GTGATACTGG TAATGATTGT 
TTGGGTACAT CTACTAGACA TGGTGCCAAA TCCGTGACTA ACTTTGAATT GTTGCCACAC 
CCACCAAATG CCAGACCAAA GGATAACCCA TGGCCACAAT GGCCTAGAAT TTTCAGAGTC 
GACTACGGTC ATACTGAAGT CGCTACTCAT TACGGTAAAG ATCCAAGAGA ATATTCTATA 
TTATCCAAAG AGTTTGTTGG TGATGAAGAA GGCAATGTTA AAGGAATCAA GACAGTCAGA 
GTTGAATGGA AACGTTCTGA TTCAGGAGCT TGGCAAATGG CTGAGGTTCC AGGTAGTGAA 
GAATTTTTCC CAGCCGATGT TATTTTGTTG TCTATGGGAT TCCTTGGACC TGAAGCAGAT 
AATTTGGAAG TTCAAAAGAC CAAGAGAGGT ACTATCACCA CTGTTGATCC AAATGTATAC 
AAGGTCAACA AAGACGATAA TGTTTTTGCT GCTGGTGATT GTAGAAGAGG TCAATCATTA 
GTTGTTTGGG GTATCCAAGA AGGTAGACAA TGTGCTAGAG AAGTTGATGA GTATTTAATG 
GGATCTACTA GATTGCCAGG TAATGGTTCT GTTGAACAAA GAAACTATAA ATTATTAGAG 
GAATTAGCCG AAAAGGTTTA A

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

PubMed

Comparative genomics of the fungal pathogens Candida dubliniensis and Candida albicans.
Genome research19(12)2231-44(2009 Dec)
Jackson AP,Gamble JA,Yeomans T,Moran GP,Saunders D,Harris D,Aslett M,Barrell JF,Butler G,Citiulo F,Coleman DC,de Groot PW,Goodwin TJ,Quail MA,McQuillan J,Munro CA,Pain A,Poulter RT,Rajandream MA,Renauld H,Spiering MJ,Tivey A,Gow NA,Barrell B,Sullivan DJ,Berriman M

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CD36_06130 cDNA ORF clone, Candida dubliniensis CD36

Gene

Clones

gRNAs

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

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