CD36_22220 cDNA ORF clone, Candida dubliniensis CD36

Gene
Clones
gRNAs

Summary

Gene Symbol	CD36_22220
Entrez Gene ID	8046239
Full Name	bleomycin resistance protein, putative
Gene Type	protein-coding
Organism	Candida dubliniensis CD36

mRNA and Protein(s)

mRNA	Protein	Name
XM_002418652.1	XP_002418697.1	bleomycin resistance protein, 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_22220 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CD36_22220 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
OCr01875	XM_002418652.1 Latest version!	Candida dubliniensis CD36 bleomycin resistance protein, putative (CD36_22220), 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_22220 ( XM_002418652.1 ) cDNA ORF clone, Candida dubliniensis CD36 -> XP_002418697.1 Candida dubliniensis CD36 bleomycin resistance protein, putative (CD36_22220), partial mRNA.

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CloneID	OCr01875
Clone ID Related Accession (Same CDS sequence)	XM_002418652.1
Accession Version	XM_002418652.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6603bp) 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	bleomycin resistance protein, 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_012861). COMPLETENESS: incomplete on both ends.

ATGCTGCCTA TCGAGAAGAA GACAAAGGTG GATAAGGTGC CTAAAACTAA TGTGTCTGCT 
CCTGTTCCCC TAAAGCATGT CCCACATCCA GTTCCCAAGG TTGCTTCTCT GGACCATCTC 
AAACAACAAA TCTTTGAACA GGATGGACCA TTGAGGTCTT TGACTCCTAA TACAATGGGC 
CAAGTGCAAA GACATATGGT AAGAAGACCA TCATTTGGAA CAATTGTTAC CACCAGGGAA 
AAGCATTACA ATTTGGATTA TCCAGAAGAT CCCGAGGAAT TGACTAAATT ACAACTTGAT 
CCTGCATCAA GGTTTTATGC CCGATCCAAA CCAAGAACTT TGAATTTACC CAGCTTGTTA 
CCATATAAAA TTGAAAGTCC ACAAGACCAA GCTAAGTTTT TAAGTCACAT TGTGTCTCAT 
CTTTATATTG CAATCAAAAC ATTAGATATT CAAGGCTCAC TTAGTGTTAG TGCCAAAGAC 
TTGGCTGCCT TAAAAGACGT TATTTCGGAT GTTGATTTGG CTTTGGAAAC AAACTTATTT 
GAGATGAACA ATGAACCAAG TTGCGATGAA GGCAACGACG AAAGTATTTC TGATGATTTT 
GAAATTTCTG ATGACGAAGA GGAGGAAGAA GAAGAGGAAG AGGAAGAAGA GGACGAAGAA 
GATCAAGGAG ACAGAGATGC TACTACTCAA CATAAGAAAT CGCCAAAGTC AGCTGCAGTT 
GTTGGTGTGA AGACTTGGTC ACACGAATTA ATGGTGTGGC TCAAAATGAA ATACGATATG 
CCCATTACAT TGAGAGTAAA CTTGGCTAGA GTATATTATG CAATTTGTCT TTGCCGTGGT 
CAACATGTGA ATTTGAAAAC TTACATTAGA ATTTTCGAGT TGTTGACAAA GGATCAATTG 
TTGTTGTACA GCCATGGTTT GAGATTACCA TGGGAAGATT TGTGCCGAGA GTTAGAACTA 
CATTTTGCTG CCATTGATGT AGGGTTAACC ATATTTGAAA AGAAAGATCA CAAGCAATTG 
ATTAAACTTG CCAGCAGAGC CAACTATTTC TTTGAGAGGG ATTGTTTACC AAAGATTTAC 
GAAAGAATCG GCTCATATTT TGCTGTCAAT AGCTCTGCCT TGGTGATGTC ATCTTTGTCA 
CTTTTCCCTA CGGTTTTCAC ACCTAAGGGT GTGGAGGATG AAAATGATAT TCGTCATTAC 
ATCCAGTCGT TTTTCTATAT GTGGGAAAAA TTGAATAAAA CCAATGGATT TGATGTACAA 
ATAAGCTCTA GGTTAGGTAT TATTGCCATG TCTACTTTGT CAACAATTAA TGACGATATC 
GAAACCAGAA AGTTTTTGAA GTTAGGGAAG TTTGGGATTT TTACGGCAGA TCAGATGCAG 
TATATGATGA ATACATTAAT CAATAGTTTG AGTATTATGA TGGACAAATA TTCTTCGATG 
AAGTTGAAGT ATTTCCACGG ATTTGCCTCA ACAATTGTTT TCTCAATGAT TGGAGACTCG 
GCTTTAGCCG AAGGAGGGAT TTTAAACCAC TTGCGCACAC TAGTTAATGC AATTGAAAGT 
TACATTCATC CGTCCAATAC TGGCGATTGG ACGAAACCAA TTTCAAAAAT GATTTTGGCA 
TTGATATATC AATTTCATAA AAGATATAAT TCAGAAGTGG AAAGTCGTGG CTTCTATAAT 
AATATCCCAG AAGAATTTAA ACTCTCAAGA AACGTTGTCA AGGAATTTGT TTCCATATTA 
TTGCCGATTG TCAAAATAGG CATTCAGTCC AAGAAAGAAA AGGTTGGAAG CGATTACATA 
TCTGCTTTGC AGCTTTTAGC TTTCTTAGAG CCAGAGTATG TTCTTGAGAA TACACTTTTA 
GATATCTATG AGTCTATGGA AGGGGTAATA TCTACTCATA GAGTGTCTAC AGCCCTTAGC 
ACCATTGAAA CATTGTCGAG ATTTATTGTA TCTACGCCGG TATATAGAGT TCATGCTACG 
AGAATATTGC TGTTGGCTTT GCCTGGAATC GACTCAAATG ATTTAGAAAA AACAATGCAA 
AGTTTAGAGG TATTCACATC TATCGCCAAC TATGCACCCT TTTATGACTT GACTAATGGG 
GAAGGGGATT CTATGTTGGC ATTGGAATTT ACTCAAGGGC ATATTGATTA TTTGAAGAGA 
AAGATTTACG ATGGTAACAT TGAAAGTTTC CAAGTCGATG CCGATTTAGA AGTTCAAGCA 
TTGAAATCAT CAACAAGTGC ATTTAAGGAT TTGATCAAGA GTTTAACCCA GCGATTGACC 
TTGCTTTTGG AGAATCTACC AGATCCAGAA ATAAGCGTAG GTTTGGAGAG CGGTCTTGCA 
GTTTCATTAC CAAAGTTTTT ATACATTATA TTTGAATCAA TTTCAGATGA CTTGTTCAAG 
CATTTCCGGA GCGACTTTTT TGAGTTTGTG TTCAATAATA CATATCATAC AATAGCTACT 
ACAGTATCGG AAATTTGTGG TGGTATAATC AAACGTGATC CAAAAGCTTT CAAAAAGAAT 
GCTCGCATTC TCATTGAGAA AATTAAGGAT GAAATTCATG AAAACGAAGC AGGAGGTTAC 
AAAGGTGGCG TTGATATTGT TCCACGTGAT CAGGCACTAT TCTGGTATTT AACGATCTTG 
AACGAGATGA TTGGGAATGC CGGAAACCAA ATTATTGACA TGTCATCAGA GGTCTATGAG 
TTATCATTCT TTTTAATGGA AAAGGTCAAG AGTCCTGTGG TTTTCCCCTC TGCTTATCTT 
GTAAACCAAG TTTTGCAGAC TGTCACAAAA ATCAAAGTGA ATGAATGCAG GTTAATTTCT 
CCAGCCTATG AACAAGAGTA CGGTATTGAT GAGAAATGTT GGGGAGGGTT TTGGAACCAA 
AGCATTAGAT TTTCGAAAGA AAATATCACT TTTGATTGGT TCATTCCTTC AGAACAAGAT 
GTTACCTTTG CAGTTGATTT TTTCAATGCT CATGTTTCCA AAAGTTTAGA GAATTCCATG 
AGATTGATAC ATGAATATGA AAAGGAAAAA AATTCAATTT TAAAGTCATC CTCAGGGGTT 
GTGGATGATA TCAGACTGAT GCTTTTGTAT TTGGCTTATT CATTGAGTGG TGTCTCATTT 
TTATTGGATC CATCATTTGA GGAAAATATT CCAAAAATAA ACCATGACGG TGAATCCATT 
CAGCAAAGAT TATTGCTTTT GAAGCAAATT AGAGAATTGG CTCGAGTGTC AAACCAGAGA 
GAAGATTCCA TTGATGAGGG AACTCCAGAA TATATGGAAA AAATTATAAA TGACTTGACC 
AATGAGGATT TCGACATCCT TTCTGAATTT GAACAAGGTG ATAATGACTT AAGAGACAGC 
AAAAAACAGG AAGAAGAGAA CAGAGGTAGA GAAAAAGACG ATGAGAGTAT TATTTCGAAG 
CCCGCTTCAC CAAGCCAAAC CCCCATGGCT AGATTTGAAG CCAAGTCATT TCCATTAAGC 
AGATCTGAAT CAGTTGCTCC CGCATATGAT GAATCTGGAA GAGCAACACC ACAAATCAAT 
GGTGTCCATA TGTCAAGTAT GAACCCTGCA ATAACTTTCA GAGAGAAGAG TTTGTACACA 
TCAAACTATT TTTTTGGTAC AGGTCTGGAA AATAGGAAAT TTGCTGATTT ATATTCCAAA 
GTCCACAAAA CAAGAGAATT GATCGGGAAG AGTTTACACG TCATATACAA ATTCTTAATG 
GAGAACTTCC CCGATAATAC CAAAATTTTC AAAGACTTTT TGTTTGTTAT TGGCATTTGG 
TTTTCAGATA TGGGCCGTGA AAGAGCACTT GATGCAAGTC ATGCAAAGAT AAATTATGGA 
TATGTTAGTT ATCTTCAAAC TATCAATAGA GTTAGAAAAC CATTTACCAG AATTGCCATT 
GGAGCTAGAT TGGAGTTGTA CCATCTGTTT AGAGTTGCAT TGCATGCAAC CTCACGCACT 
GAAACAAGCT TAGATAAGCT CTTATTGGAA GACGTGGTGA AACTTTCTGT GTCTACCTAT 
TCTAACATAT CTGCTAATGC TCAAAGTATA TTGGTTGATG CAATGAAAAG ATTAAATGGC 
TCTTATAGTC TTATTATTAA GTCGGCATTC AAGCACTTGG CCAAAGCATT AGAAATGGAC 
GATCACCAGA GAATAGAGAG CGGGTTAAGC ATCTTTGCCA TCAAGAAGAT TAGAGCCAGA 
TTGCAAACTG ATTTCTATAA TATATACAGG TATGTGGATT TGTTGTACCG TTGCTTGAAT 
GTTGACAACC AAAACGTTTA CAGTTCTGCG TACGTCTTGT ACTCCAATGT ACGCAAAGGA 
TTGACACCAC CAAGCAGTGT TTGTTTACTT AATGAAAGTG CAATTGATTC TATTAGACCA 
CCTGACCAGT TTATTGACTT GGAGATAAAA GCTGTAAAAT TGGCCAAGGA AAACAAGAGA 
AAGATTTACT TTGAAAAACT TGAAAAATTG CAAGAGAAAA TATTGGCAGA CGAAAGCACT 
AATGGACACT GGAAGATCAC TGTACTGAGC TTGGAGTTGT TGCTGAACTT GCAGTCATAT 
TTGGAAATAC CGACGAGATT AGACATTTTA CTTTTATTCC ACAAAGAGGC AGCACTGGAT 
CATCCTTTAA TTTCAAGAAA AGCTTTACAA GGTATTAGTG GAGTTGTCAA CAAGCTTTGT 
ACCTTGACCA AATATAACTA CGACATCAAA CTGATGTACG ATTTGAACTT TGTTTCTCCT 
CATTTAACAA TCGTGGACAC CAGACCTGAC CATGGAGTTT CCTATAAGGC AAAGTGGCAA 
GAAGAATTAC AAAATACAGA GTATCCAAAT TATTACATTG ATTACAAGCC AAGTGTAGGT 
TGGTTATTCT GGAAGGACTC TCTTTTAGCA GTGAATCCTG CACCATTCTA CAAACTTGAT 
TTGAATCCTT CAGATTTAGA GACATTGAAA ACATTTTCAG AATTTATTAG CAAAGACTGG 
GTTTTAAAAA TAGTGAAGTT ATGGGTGACT GACGCGGAGG TTAATTCATC TTTTCAAGTA 
ATGGACGTGT TTGTTATTGC GGCATTGGTG GTTTTAGTTT CTAATGCCTA CACCAAGAAT 
TTTTCATTCC ATGATTTAGT AAGTATTATT GATGAGATTT ATGTCCCAGA TGAAAAAAGT 
GCCCACATAA TCACTGCTCA ATTAATCATA GGTATTTTAT TTGGGTCGAA GACAATGTCA 
CCGGAATTTT GGGAAGAAAG AGATGAATAT GTCAGCAAGT ACTTGAAGAG AATTTTGAAT 
GAAGATTTAT CTCCTGATAA TCAAGGTATT TGGCATGTTT TTTCAGCTTT TCTTCCGGGG 
CATACCGATG TTAGAAGATT CCCCAAAGTG ATAGATGTGA TTCTCAATTT CCAGTTAGAC 
CCTAATTCAG ACACCGCTTT CAAAGATTCT ACTAGAATTG CATATATGAG AGGAGTCATC 
GGTTCGATTT CGTGGCGTCT TGGAAATTCA GATAAAGTTT TAGAGTTTTG TATGAAAAAT 
ATCAACAACA GGTATGCCGC AGTGAGATCA CAAATTGGTA ATTTGATGGC AGTATTGTCA 
TTCAATTATT ATGTCGAATC AATATCCGAT AGTAAGACAT TTATTCAGAA CTGTAACAGG 
AAAGAAGGTT TAATGTTGTA TGATGGACGT GATAAGTGCA AGATTGTTAC AATAATACCT 
GAGTTATTTG CCCAAATTGA GCATTGGAGA AAAGAATGTC AGCATTTGAC TCCGCAAGAA 
ATACTCAAGA CAAATTACAT ATACACAGCC ACGACCGTCT TGATATGGAT AAGACAAGAG 
TTGAATACTA ATTTGTCCAT AATGTTTGAA TTTTATGTGT GCCTGCACAT TATTCCTTTT 
TTGCTTGAAT TGATATATTT GAGAGAGGTG TGCCAGTTGG GAAACATTGA CCCAATTACG 
GTTTTGAAAA AAGTGTCGCA AATCCCCTAT ACCACTGATT ATTTAGAGAA CGTAATCAGC 
ATGTTGGAGC ATTTCGCTGA AAAGGAGTTA AACCTTGTCC AAACTTTAGT AATGGGAGAA 
TTTACAGAGA CTGTGTATTT CAAAAACTTA TTCAAGTTGA CTAGAAACCA AAGAGAGCGT 
GTTTTCAATT TATCCAATAA ATTGCTCAAG AATAAGCACG CAGAAATAAG AGAGTCAGCT 
GCTGAGACAT TATCAGGCTT GATTCATATA TCACCAGTAG AAGAAGTAGA AGGGTTGGTT 
GAAAAGTATA GTGACCTTTA TTCTAAAGAA TTAGATAAAG TGAGAAGGAA ATACCGAAAA 
ACTGGTTATA AGAATATGGA AAATGATGAT ATCATAAAAT TGCATGGTGC CACTTTAGGT 
TTAGGTGCAT TAGTACATGC ATTTGCGTTT TCCTCACCAC CACCAAAATG GGTTCCTAAA 
ATATTAACTA CATTGGCAAA CAAGTCAACC GGTATACCGG GAATTGTTGG TAAGACTGCA 
AAAGAGTCCT TAGGGAAATT CAAAAAGAAC AGACAAGACA GCTGGCACAT TGACAGCAAA 
GTATTTACCG AAGAACAAAT ACAAGATCTT GAAGGTGTTC TTTGGAAGAG TTATTTTATA 
TAG

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

RefSeq	XP_002418697.1
CDS	1..6603
Translation	MLPIEKKTKVDKVPKTNVSAPVPLKHVPHPVPKVASLDHLKQQIFEQDGPLRSLTPNTMGQVQRHMVRRPSFGTIVTTREKHYNLDYPEDPEELTKLQLDPASRFYARSKPRTLNLPSLLPYKIESPQDQAKFLSHIVSHLYIAIKTLDIQGSLSVSAKDLAALKDVISDVDLALETNLFEMNNEPSCDEGNDESISDDFEISDDEEEEEEEEEEEEDEEDQGDRDATTQHKKSPKSAAVVGVKTWSHELMVWLKMKYDMPITLRVNLARVYYAICLCRGQHVNLKTYIRIFELLTKDQLLLYSHGLRLPWEDLCRELELHFAAIDVGLTIFEKKDHKQLIKLASRANYFFERDCLPKIYERIGSYFAVNSSALVMSSLSLFPTVFTPKGVEDENDIRHYIQSFFYMWEKLNKTNGFDVQISSRLGIIAMSTLSTINDDIETRKFLKLGKFGIFTADQMQYMMNTLINSLSIMMDKYSSMKLKYFHGFASTIVFSMIGDSALAEGGILNHLRTLVNAIESYIHPSNTGDWTKPISKMILALIYQFHKRYNSEVESRGFYNNIPEEFKLSRNVVKEFVSILLPIVKIGIQSKKEKVGSDYISALQLLAFLEPEYVLENTLLDIYESMEGVISTHRVSTALSTIETLSRFIVSTPVYRVHATRILLLALPGIDSNDLEKTMQSLEVFTSIANYAPFYDLTNGEGDSMLALEFTQGHIDYLKRKIYDGNIESFQVDADLEVQALKSSTSAFKDLIKSLTQRLTLLLENLPDPEISVGLESGLAVSLPKFLYIIFESISDDLFKHFRSDFFEFVFNNTYHTIATTVSEICGGIIKRDPKAFKKNARILIEKIKDEIHENEAGGYKGGVDIVPRDQALFWYLTILNEMIGNAGNQIIDMSSEVYELSFFLMEKVKSPVVFPSAYLVNQVLQTVTKIKVNECRLISPAYEQEYGIDEKCWGGFWNQSIRFSKENITFDWFIPSEQDVTFAVDFFNAHVSKSLENSMRLIHEYEKEKNSILKSSSGVVDDIRLMLLYLAYSLSGVSFLLDPSFEENIPKINHDGESIQQRLLLLKQIRELARVSNQREDSIDEGTPEYMEKIINDLTNEDFDILSEFEQGDNDLRDSKKQEEENRGREKDDESIISKPASPSQTPMARFEAKSFPLSRSESVAPAYDESGRATPQINGVHMSSMNPAITFREKSLYTSNYFFGTGLENRKFADLYSKVHKTRELIGKSLHVIYKFLMENFPDNTKIFKDFLFVIGIWFSDMGRERALDASHAKINYGYVSYLQTINRVRKPFTRIAIGARLELYHLFRVALHATSRTETSLDKLLLEDVVKLSVSTYSNISANAQSILVDAMKRLNGSYSLIIKSAFKHLAKALEMDDHQRIESGLSIFAIKKIRARLQTDFYNIYRYVDLLYRCLNVDNQNVYSSAYVLYSNVRKGLTPPSSVCLLNESAIDSIRPPDQFIDLEIKAVKLAKENKRKIYFEKLEKLQEKILADESTNGHWKITVLSLELLLNLQSYLEIPTRLDILLLFHKEAALDHPLISRKALQGISGVVNKLCTLTKYNYDIKLMYDLNFVSPHLTIVDTRPDHGVSYKAKWQEELQNTEYPNYYIDYKPSVGWLFWKDSLLAVNPAPFYKLDLNPSDLETLKTFSEFISKDWVLKIVKLWVTDAEVNSSFQVMDVFVIAALVVLVSNAYTKNFSFHDLVSIIDEIYVPDEKSAHIITAQLIIGILFGSKTMSPEFWEERDEYVSKYLKRILNEDLSPDNQGIWHVFSAFLPGHTDVRRFPKVIDVILNFQLDPNSDTAFKDSTRIAYMRGVIGSISWRLGNSDKVLEFCMKNINNRYAAVRSQIGNLMAVLSFNYYVESISDSKTFIQNCNRKEGLMLYDGRDKCKIVTIIPELFAQIEHWRKECQHLTPQEILKTNYIYTATTVLIWIRQELNTNLSIMFEFYVCLHIIPFLLELIYLREVCQLGNIDPITVLKKVSQIPYTTDYLENVISMLEHFAEKELNLVQTLVMGEFTETVYFKNLFKLTRNQRERVFNLSNKLLKNKHAEIRESAAETLSGLIHISPVEEVEGLVEKYSDLYSKELDKVRRKYRKTGYKNMENDDIIKLHGATLGLGALVHAFAFSSPPPKWVPKILTTLANKSTGIPGIVGKTAKESLGKFKKNRQDSWHIDSKVFTEEQIQDLEGVLWKSYFI

Target ORF information:

RefSeq Version	XM_002418652.1
Organism	Candida dubliniensis CD36
Definition	Candida dubliniensis CD36 bleomycin resistance protein, putative (CD36_22220), partial mRNA.

Target ORF information:

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

XM_002418652.1

ORF Insert Sequence:

ATGCTGCCTA TCGAGAAGAA GACAAAGGTG GATAAGGTGC CTAAAACTAA TGTGTCTGCT 
CCTGTTCCCC TAAAGCATGT CCCACATCCA GTTCCCAAGG TTGCTTCTCT GGACCATCTC 
AAACAACAAA TCTTTGAACA GGATGGACCA TTGAGGTCTT TGACTCCTAA TACAATGGGC 
CAAGTGCAAA GACATATGGT AAGAAGACCA TCATTTGGAA CAATTGTTAC CACCAGGGAA 
AAGCATTACA ATTTGGATTA TCCAGAAGAT CCCGAGGAAT TGACTAAATT ACAACTTGAT 
CCTGCATCAA GGTTTTATGC CCGATCCAAA CCAAGAACTT TGAATTTACC CAGCTTGTTA 
CCATATAAAA TTGAAAGTCC ACAAGACCAA GCTAAGTTTT TAAGTCACAT TGTGTCTCAT 
CTTTATATTG CAATCAAAAC ATTAGATATT CAAGGCTCAC TTAGTGTTAG TGCCAAAGAC 
TTGGCTGCCT TAAAAGACGT TATTTCGGAT GTTGATTTGG CTTTGGAAAC AAACTTATTT 
GAGATGAACA ATGAACCAAG TTGCGATGAA GGCAACGACG AAAGTATTTC TGATGATTTT 
GAAATTTCTG ATGACGAAGA GGAGGAAGAA GAAGAGGAAG AGGAAGAAGA GGACGAAGAA 
GATCAAGGAG ACAGAGATGC TACTACTCAA CATAAGAAAT CGCCAAAGTC AGCTGCAGTT 
GTTGGTGTGA AGACTTGGTC ACACGAATTA ATGGTGTGGC TCAAAATGAA ATACGATATG 
CCCATTACAT TGAGAGTAAA CTTGGCTAGA GTATATTATG CAATTTGTCT TTGCCGTGGT 
CAACATGTGA ATTTGAAAAC TTACATTAGA ATTTTCGAGT TGTTGACAAA GGATCAATTG 
TTGTTGTACA GCCATGGTTT GAGATTACCA TGGGAAGATT TGTGCCGAGA GTTAGAACTA 
CATTTTGCTG CCATTGATGT AGGGTTAACC ATATTTGAAA AGAAAGATCA CAAGCAATTG 
ATTAAACTTG CCAGCAGAGC CAACTATTTC TTTGAGAGGG ATTGTTTACC AAAGATTTAC 
GAAAGAATCG GCTCATATTT TGCTGTCAAT AGCTCTGCCT TGGTGATGTC ATCTTTGTCA 
CTTTTCCCTA CGGTTTTCAC ACCTAAGGGT GTGGAGGATG AAAATGATAT TCGTCATTAC 
ATCCAGTCGT TTTTCTATAT GTGGGAAAAA TTGAATAAAA CCAATGGATT TGATGTACAA 
ATAAGCTCTA GGTTAGGTAT TATTGCCATG TCTACTTTGT CAACAATTAA TGACGATATC 
GAAACCAGAA AGTTTTTGAA GTTAGGGAAG TTTGGGATTT TTACGGCAGA TCAGATGCAG 
TATATGATGA ATACATTAAT CAATAGTTTG AGTATTATGA TGGACAAATA TTCTTCGATG 
AAGTTGAAGT ATTTCCACGG ATTTGCCTCA ACAATTGTTT TCTCAATGAT TGGAGACTCG 
GCTTTAGCCG AAGGAGGGAT TTTAAACCAC TTGCGCACAC TAGTTAATGC AATTGAAAGT 
TACATTCATC CGTCCAATAC TGGCGATTGG ACGAAACCAA TTTCAAAAAT GATTTTGGCA 
TTGATATATC AATTTCATAA AAGATATAAT TCAGAAGTGG AAAGTCGTGG CTTCTATAAT 
AATATCCCAG AAGAATTTAA ACTCTCAAGA AACGTTGTCA AGGAATTTGT TTCCATATTA 
TTGCCGATTG TCAAAATAGG CATTCAGTCC AAGAAAGAAA AGGTTGGAAG CGATTACATA 
TCTGCTTTGC AGCTTTTAGC TTTCTTAGAG CCAGAGTATG TTCTTGAGAA TACACTTTTA 
GATATCTATG AGTCTATGGA AGGGGTAATA TCTACTCATA GAGTGTCTAC AGCCCTTAGC 
ACCATTGAAA CATTGTCGAG ATTTATTGTA TCTACGCCGG TATATAGAGT TCATGCTACG 
AGAATATTGC TGTTGGCTTT GCCTGGAATC GACTCAAATG ATTTAGAAAA AACAATGCAA 
AGTTTAGAGG TATTCACATC TATCGCCAAC TATGCACCCT TTTATGACTT GACTAATGGG 
GAAGGGGATT CTATGTTGGC ATTGGAATTT ACTCAAGGGC ATATTGATTA TTTGAAGAGA 
AAGATTTACG ATGGTAACAT TGAAAGTTTC CAAGTCGATG CCGATTTAGA AGTTCAAGCA 
TTGAAATCAT CAACAAGTGC ATTTAAGGAT TTGATCAAGA GTTTAACCCA GCGATTGACC 
TTGCTTTTGG AGAATCTACC AGATCCAGAA ATAAGCGTAG GTTTGGAGAG CGGTCTTGCA 
GTTTCATTAC CAAAGTTTTT ATACATTATA TTTGAATCAA TTTCAGATGA CTTGTTCAAG 
CATTTCCGGA GCGACTTTTT TGAGTTTGTG TTCAATAATA CATATCATAC AATAGCTACT 
ACAGTATCGG AAATTTGTGG TGGTATAATC AAACGTGATC CAAAAGCTTT CAAAAAGAAT 
GCTCGCATTC TCATTGAGAA AATTAAGGAT GAAATTCATG AAAACGAAGC AGGAGGTTAC 
AAAGGTGGCG TTGATATTGT TCCACGTGAT CAGGCACTAT TCTGGTATTT AACGATCTTG 
AACGAGATGA TTGGGAATGC CGGAAACCAA ATTATTGACA TGTCATCAGA GGTCTATGAG 
TTATCATTCT TTTTAATGGA AAAGGTCAAG AGTCCTGTGG TTTTCCCCTC TGCTTATCTT 
GTAAACCAAG TTTTGCAGAC TGTCACAAAA ATCAAAGTGA ATGAATGCAG GTTAATTTCT 
CCAGCCTATG AACAAGAGTA CGGTATTGAT GAGAAATGTT GGGGAGGGTT TTGGAACCAA 
AGCATTAGAT TTTCGAAAGA AAATATCACT TTTGATTGGT TCATTCCTTC AGAACAAGAT 
GTTACCTTTG CAGTTGATTT TTTCAATGCT CATGTTTCCA AAAGTTTAGA GAATTCCATG 
AGATTGATAC ATGAATATGA AAAGGAAAAA AATTCAATTT TAAAGTCATC CTCAGGGGTT 
GTGGATGATA TCAGACTGAT GCTTTTGTAT TTGGCTTATT CATTGAGTGG TGTCTCATTT 
TTATTGGATC CATCATTTGA GGAAAATATT CCAAAAATAA ACCATGACGG TGAATCCATT 
CAGCAAAGAT TATTGCTTTT GAAGCAAATT AGAGAATTGG CTCGAGTGTC AAACCAGAGA 
GAAGATTCCA TTGATGAGGG AACTCCAGAA TATATGGAAA AAATTATAAA TGACTTGACC 
AATGAGGATT TCGACATCCT TTCTGAATTT GAACAAGGTG ATAATGACTT AAGAGACAGC 
AAAAAACAGG AAGAAGAGAA CAGAGGTAGA GAAAAAGACG ATGAGAGTAT TATTTCGAAG 
CCCGCTTCAC CAAGCCAAAC CCCCATGGCT AGATTTGAAG CCAAGTCATT TCCATTAAGC 
AGATCTGAAT CAGTTGCTCC CGCATATGAT GAATCTGGAA GAGCAACACC ACAAATCAAT 
GGTGTCCATA TGTCAAGTAT GAACCCTGCA ATAACTTTCA GAGAGAAGAG TTTGTACACA 
TCAAACTATT TTTTTGGTAC AGGTCTGGAA AATAGGAAAT TTGCTGATTT ATATTCCAAA 
GTCCACAAAA CAAGAGAATT GATCGGGAAG AGTTTACACG TCATATACAA ATTCTTAATG 
GAGAACTTCC CCGATAATAC CAAAATTTTC AAAGACTTTT TGTTTGTTAT TGGCATTTGG 
TTTTCAGATA TGGGCCGTGA AAGAGCACTT GATGCAAGTC ATGCAAAGAT AAATTATGGA 
TATGTTAGTT ATCTTCAAAC TATCAATAGA GTTAGAAAAC CATTTACCAG AATTGCCATT 
GGAGCTAGAT TGGAGTTGTA CCATCTGTTT AGAGTTGCAT TGCATGCAAC CTCACGCACT 
GAAACAAGCT TAGATAAGCT CTTATTGGAA GACGTGGTGA AACTTTCTGT GTCTACCTAT 
TCTAACATAT CTGCTAATGC TCAAAGTATA TTGGTTGATG CAATGAAAAG ATTAAATGGC 
TCTTATAGTC TTATTATTAA GTCGGCATTC AAGCACTTGG CCAAAGCATT AGAAATGGAC 
GATCACCAGA GAATAGAGAG CGGGTTAAGC ATCTTTGCCA TCAAGAAGAT TAGAGCCAGA 
TTGCAAACTG ATTTCTATAA TATATACAGG TATGTGGATT TGTTGTACCG TTGCTTGAAT 
GTTGACAACC AAAACGTTTA CAGTTCTGCG TACGTCTTGT ACTCCAATGT ACGCAAAGGA 
TTGACACCAC CAAGCAGTGT TTGTTTACTT AATGAAAGTG CAATTGATTC TATTAGACCA 
CCTGACCAGT TTATTGACTT GGAGATAAAA GCTGTAAAAT TGGCCAAGGA AAACAAGAGA 
AAGATTTACT TTGAAAAACT TGAAAAATTG CAAGAGAAAA TATTGGCAGA CGAAAGCACT 
AATGGACACT GGAAGATCAC TGTACTGAGC TTGGAGTTGT TGCTGAACTT GCAGTCATAT 
TTGGAAATAC CGACGAGATT AGACATTTTA CTTTTATTCC ACAAAGAGGC AGCACTGGAT 
CATCCTTTAA TTTCAAGAAA AGCTTTACAA GGTATTAGTG GAGTTGTCAA CAAGCTTTGT 
ACCTTGACCA AATATAACTA CGACATCAAA CTGATGTACG ATTTGAACTT TGTTTCTCCT 
CATTTAACAA TCGTGGACAC CAGACCTGAC CATGGAGTTT CCTATAAGGC AAAGTGGCAA 
GAAGAATTAC AAAATACAGA GTATCCAAAT TATTACATTG ATTACAAGCC AAGTGTAGGT 
TGGTTATTCT GGAAGGACTC TCTTTTAGCA GTGAATCCTG CACCATTCTA CAAACTTGAT 
TTGAATCCTT CAGATTTAGA GACATTGAAA ACATTTTCAG AATTTATTAG CAAAGACTGG 
GTTTTAAAAA TAGTGAAGTT ATGGGTGACT GACGCGGAGG TTAATTCATC TTTTCAAGTA 
ATGGACGTGT TTGTTATTGC GGCATTGGTG GTTTTAGTTT CTAATGCCTA CACCAAGAAT 
TTTTCATTCC ATGATTTAGT AAGTATTATT GATGAGATTT ATGTCCCAGA TGAAAAAAGT 
GCCCACATAA TCACTGCTCA ATTAATCATA GGTATTTTAT TTGGGTCGAA GACAATGTCA 
CCGGAATTTT GGGAAGAAAG AGATGAATAT GTCAGCAAGT ACTTGAAGAG AATTTTGAAT 
GAAGATTTAT CTCCTGATAA TCAAGGTATT TGGCATGTTT TTTCAGCTTT TCTTCCGGGG 
CATACCGATG TTAGAAGATT CCCCAAAGTG ATAGATGTGA TTCTCAATTT CCAGTTAGAC 
CCTAATTCAG ACACCGCTTT CAAAGATTCT ACTAGAATTG CATATATGAG AGGAGTCATC 
GGTTCGATTT CGTGGCGTCT TGGAAATTCA GATAAAGTTT TAGAGTTTTG TATGAAAAAT 
ATCAACAACA GGTATGCCGC AGTGAGATCA CAAATTGGTA ATTTGATGGC AGTATTGTCA 
TTCAATTATT ATGTCGAATC AATATCCGAT AGTAAGACAT TTATTCAGAA CTGTAACAGG 
AAAGAAGGTT TAATGTTGTA TGATGGACGT GATAAGTGCA AGATTGTTAC AATAATACCT 
GAGTTATTTG CCCAAATTGA GCATTGGAGA AAAGAATGTC AGCATTTGAC TCCGCAAGAA 
ATACTCAAGA CAAATTACAT ATACACAGCC ACGACCGTCT TGATATGGAT AAGACAAGAG 
TTGAATACTA ATTTGTCCAT AATGTTTGAA TTTTATGTGT GCCTGCACAT TATTCCTTTT 
TTGCTTGAAT TGATATATTT GAGAGAGGTG TGCCAGTTGG GAAACATTGA CCCAATTACG 
GTTTTGAAAA AAGTGTCGCA AATCCCCTAT ACCACTGATT ATTTAGAGAA CGTAATCAGC 
ATGTTGGAGC ATTTCGCTGA AAAGGAGTTA AACCTTGTCC AAACTTTAGT AATGGGAGAA 
TTTACAGAGA CTGTGTATTT CAAAAACTTA TTCAAGTTGA CTAGAAACCA AAGAGAGCGT 
GTTTTCAATT TATCCAATAA ATTGCTCAAG AATAAGCACG CAGAAATAAG AGAGTCAGCT 
GCTGAGACAT TATCAGGCTT GATTCATATA TCACCAGTAG AAGAAGTAGA AGGGTTGGTT 
GAAAAGTATA GTGACCTTTA TTCTAAAGAA TTAGATAAAG TGAGAAGGAA ATACCGAAAA 
ACTGGTTATA AGAATATGGA AAATGATGAT ATCATAAAAT TGCATGGTGC CACTTTAGGT 
TTAGGTGCAT TAGTACATGC ATTTGCGTTT TCCTCACCAC CACCAAAATG GGTTCCTAAA 
ATATTAACTA CATTGGCAAA CAAGTCAACC GGTATACCGG GAATTGTTGG TAAGACTGCA 
AAAGAGTCCT TAGGGAAATT CAAAAAGAAC AGACAAGACA GCTGGCACAT TGACAGCAAA 
GTATTTACCG AAGAACAAAT ACAAGATCTT GAAGGTGTTC TTTGGAAGAG TTATTTTATA 
TAG

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_22220 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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