CD36_08910 cDNA ORF clone, Candida dubliniensis CD36

Gene
Clones
gRNAs

Summary

Gene Symbol	CD36_08910
Entrez Gene ID	8045082
Full Name	nuclear pore protein, putative
Gene Type	protein-coding
Organism	Candida dubliniensis CD36

mRNA and Protein(s)

mRNA	Protein	Name
XM_002417490.1	XP_002417535.1	nuclear pore 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_08910 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CD36_08910 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
OCr00796	XM_002417490.1 Latest version!	Candida dubliniensis CD36 nuclear pore protein, putative (CD36_08910), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

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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_08910 ( XM_002417490.1 ) cDNA ORF clone, Candida dubliniensis CD36 -> XP_002417535.1 Candida dubliniensis CD36 nuclear pore protein, putative (CD36_08910), partial mRNA.

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CloneID	OCr00796
Clone ID Related Accession (Same CDS sequence)	XM_002417490.1
Accession Version	XM_002417490.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4929bp) 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	nuclear pore 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_012860). COMPLETENESS: incomplete on both ends.

ATGTCTTTAT CAATATCTCC ACAGGACAAA TCATCTAGTA AAAGCAGTGT TGAATTGCCC 
TTGAAACCAA TACAACCAAC ACAGTATTGG ACGTTTGACA ATGCATTGTC ATTATTAAGA 
AATTGTCAAG ACCCCTATTT GGCGGATGCA TTGGATGAAT TTTTGTTGTC CAGTAAAGAA 
ATCCTATTGA ATTCGTCCCC ATTTACATCA AATAATGACA AACAGGTCCT AAACCTGCAA 
ACCAAGGACA TCTCATTGAG AGGTATCTTG TACACAAATA TATCCGCACA AGATACAAGT 
GATGGGAAAC TTTTATCCAA TCTATTGAAT ATAGATGTTT TGGAAACGAT TCGAGTAATA 
TGTCAGACTA ACAAGAAAAT TCCCTGCAAA GCTGTTCCTC CACAATCGGA AGCGGTAAAG 
AGTAAATTAC TTGATGAAAA ATATTACGAA AACAAGCGAT TACAATTGTA TACCTCCAAG 
ATATTAAGAG AGAGAAGAAT AATTTTGAAG ATCGTTGTTG AATTGCTAAA CAACAAAAGT 
AACTCATATG CATCATCTAC TATTCAGAAC TTGGGTAAAG AGATATTTTT GTCGAAGCAG 
TACCTTGTAT CATTGATTGA ATCCATCAGC AAAGCATCAC AAAGTTTAAT GAAGAGACAG 
TATATTACAG GAATCAACAA AGAAATTGAT GACACTATCC ATAATGAGAC TGTTTTATTT 
TGTATCGAAG CATGTAAGGT GTTAATTGAA TTATCTGTTC AAAATACAAA TGTTGATGTC 
CAAGCGGTTC GCCAGTGGTT CAAGTTGATG AGAGATACCA ACTATTCTGT TGCCTTGGGA 
CCATATGTGT CATATCACGA GGCATTTTCA ATACTTCAGG GGTTGTTTAC AGTTTTAACT 
ATTCAGTATT TGGACTTGAA TAACAGTTTT GATTCTGTAC ATGAGAGCCT GTCTGTTTCA 
TATATGACCG ATGTACAAGC CTTTAAGTAC GTGAATGATA CCATTGCCAA CACAGCAAAC 
AATAATTCTG TTGTATTATA CAGTTGGTCC ATTATTTTGT TGAGAAAATT CTATTTCTTG 
CAGGAATACG CCGAATTACC CAACTCACAG AAGTTCTTAA ACCAATTCAG TTTGTCACAT 
TTGGAACATA CAATAAACTT GGTTAATCAG AAATGTGAAA ATTTGGATGT ATTTTCAAAC 
TTAAAAAAGT TAAACGAGTT ATTAAAGTTT GACAAACTTT ACTCAGCAAT ATTATCTTCT 
TTGATCATTG CTTCATTGCC CTTGATCACC CTCACTTCAG AAGTTACTAG TTGTATTTTG 
AGTGTTATTA GTAACTGCCC TAATAGTGTT ATTGAATCAT TTTTCGATAA CAGTGCCACC 
CAGAATGCTA TAATTATTGC AAGGACAAAA TTCCCCTTGA TTTTGAGTCC ATATATTCAA 
GTAGCTTCTA TCAACGGGAA CTTTGCATTG CATGAGTTTA ATGACTTGAA GTCCTATATT 
CAAGTATTCA AGAAAGAGGA ATTCAACAAT ATGTACCAGA TAGATGACCA AAATACAGAA 
TTAGTCAAAA CTACCAAGTT CATTGACGTA TATCCACCTT TTGAAGCAAA TAAGAAGTTG 
TCAATGGTTT TGAGTCTAGG AACAAAAGCA AAGATTTTAC CTTCGGCAAA CCCAGATGAA 
GTATTGGTCA CATTTCTTTA CAATTACAAT GGTTGGGCAT TTTTGGGAAG AGTTTTGCAG 
AATGTATCTA AAATTTTCAA TAATTCAGAC TCCGAAACAA TGGAATTGGT CATAAACATA 
CTAAATTTAT TGAACAACGT GGTTATTGAT AATGGTGTTG ATGATTCCAA AATGGTTTTA 
GAGGCAATGT CTGCTTATAC AGACGATTCT GATATTTTGG AGGTGATTTT AAGGCTTTTG 
GAGCAAGGGT TACATTTAAG AAACGTAAAG CTTTTGGTAT CAGTTGTGAA TTTATTGACA 
AACTTGATGC CATTCCTTTC CTACAGAATT TGGCCTTACT TGTCCAAATC TGCTTTGCTT 
GCTCAAAATG GCAAAGAAGG GTTGGCTGCT GTAATATTTG GATCCATAGA AATGGTGAAT 
GGCGATTATG ATTTTACAGT TTCATTAATA AAACTTGTTG AGCTGTTGAC TCAAAATTGC 
TTATCTTTGG ACCAAGATTA TCCAGAAAAA TCCAAATCCG TGATTATGTT TAGATTTGCT 
GGTCATTTGG TAGACTTGTT TGAGACATTT ATGTATTGTC GGTATAACCA ACAGAGTCAG 
AAATTAGAAA TTGGAGTTTT GTTGTTAGAT ACGTTTTCTA CAATTTTGGC AAGTGTCTAC 
GGTGTTGATG AAGGAGTCCC CGCCAGTACC AAGGTGACAA AAGTATTTGC AGACGCTGCT 
ACTCGTATTT TAGATTCATT TTTAGTATCT GATGACGATA GTCCAAGGGC AGCAAGACTG 
ATTATTACAA TGATTGAGAA TTTGTCACAA GACTTGGACT TATACGAATT GACCGATTCA 
TCGTCATTCT GGCATGATAA CTGGATTCAT TGTGCGTTAT CATTTTCCAG ATTGATCATT 
ACTATCAGAA CTTCAGAGCA TTTGAAGCCA CTGGCTTTTG AAAAAAGCTT GTTTACTAAA 
ACTCCAGATT TGGTGTTGTC ATATTCCCGG TTTGAATCAG TACGGAAAGA TATATTGGAT 
TTGTTGACTG CCTTGACCAG TGGAGATTGG CCAGACAAAA CAGCTCCATC TTTGCTTTCT 
CACTTGGGGA GTGAGAATGC TCAAGTATTG TTGCATTCAT TGGCAGCAGA TTTAGATAAC 
TCGTTTGATG ATTATAAAAT GAAAATTTCA TTATATGACT TTATTTGTGC TGTTATGGAA 
GGCAAACAAG AAGGTTTAGC CGTCTTATTT ATAACTGGAA GAGATGTCTT TGGCGATTAC 
ACAAGTAAGG ATGACACCGA AACCACCAAC AAATTGTCAT TATTACAAAT ATTAAAGAAA 
AACATAAGAG ATATGAGGTA CTATCCAAAT TCTGTTAGCA TTCATTTGGT AGATGCTATA 
GCTTTAGCAT GCAATTCTTG GACTACTGCC AAAGAAAGTG AACACGATGA TGAATTTATT 
CAAACATTAA TTGGTCGTGT TAAATTACAA ATTCTAGATC CACCTGACTC CTCTGAAAGT 
TTTATAAGTA GATGCTACGA ATTGAAATTG GTTTCCAAGA TTGCTGAAAT TTTGGCCCTT 
TATCTTTTCA CTGCCAAAAA TGACAGCACT AGAAACAAGA TTATAAGTTT TGTTAATTCT 
GATGAATTCA ACGACTTGGC AAAAACTAAA TTCACAATAA CCAACTACCA GTCATCATTA 
GACACGAATT TGAAAATTTC TTTTGAGAAT GCATTTCCAA AATTCAAACT ATCACAGTTT 
ACGAGCGGAT TGACAAAAAG GAATCGTTTT GGAATTACAT CAGTCTACAA TTTAGCTTTG 
ATGGACTCTC TTTTCAAGAA TGAACTGGAT TGGCAGCAAA TTAGAGAACA AGTCATTGCA 
TCGAGTATTA ATTTACAGTA TTTAAATTCA CAGCTAGCAG GTGCCAAATC ATTTGGAGCT 
TTAATTACAA GTTTTTGCAG AAAATATGAG CCCCCATTGC ATTCAAGAGT TTTAGATTTC 
ATTAATTATT TGCTAAAAGT TAATACTAAC GAGGGCGTGC CTACAGAGAG TTTCCAATCA 
ATTTATGACG AAAGAGTGGA ATTGGCATTC TATTTGATTT ATACTTATTT TTCGAGAACT 
AAATCACTGA ATGTTGATGA AAAGAAAATA TTTGAAATTG TGAAGAATGC TTCTACTTTG 
TTGTCATCAA GTAGTATGAA TTTTTTTACC AACTTGGCTC AATCTCATGG GTGCTACAAG 
CCATTGTTAA AACTCATCTA CTGCGCATTA AAAATGATTA AAGATGCTTC TACGGTGTTG 
ACAGAGTACT TCAGTTTATT CCGTGACTTA TTCAATGCAA TTGTTATCAA GGGTACTCAG 
GTTTTGCTAA TTGAAATTCA GAATGATGTA TACCTTGCGC GTACTCGAAA GAATTTCAAG 
TCACCTAAAA TGAATGATCG AATTGATGAT TTAATGATAA TTTTGTCTAT ATTAAAAGTT 
TTTGTCGGTG TACAATTTGG ATCAATCTTG CACGAGGAAA TTGCATTATC GATCAAGGAA 
AATGGAACGA TTAACTCGTT ATTGAACCTT TACTCCTTTG CCCACTCTAT TGAAGTGAAT 
GATGAATTTA TATTTGCTAG ATTGAGTTTA ATGTATCTTT TGGAATTGAT GTCTGTTAAC 
ATTATTGCTG AAAAGGTTAT TGCTTCAGGG TTATTTCTTG TGTTGTTAGA AAGCCCCATA 
TCACGTCCTA TTAGAGCTGG AGGTGTATCA ATTAGCCACG GTATACATTA CCATAGATTG 
TGGACAAATG GAATTTTGCC TATAATTATA ACCAGTTTAT TTAAATTGGG AGCATCGGTT 
GTTCCAGAAG TATGTGTTGT GTTGCAATTA TTTGGAAAAC AAACTCAATA TTGTATAGAA 
AGTTGGTCAA GGGATTCTTC AAGCAGTAAA GTCTCAACTG CTTTAGTGGC GGAGACTAGT 
CAGATTTTAT TGATTTATGA TTTATTGAAA TCTATGAATG TTAATGAATA CTTGAAAAGC 
ATTGAAAATG TTGCGATAGA TGATGCCATT GACATGAGAA TTTTCCCAGG ATTGGAATCA 
GAAACCAAAA GAGAAGATTT TGTTGATTGT ATTGAGAATT TACTAAAACA CCCAAAATTT 
TTAAGTTCAA GAATTATTCC AAGTTCCGTT GAAGAACAGC AAATTATTGA AAGGGGAGGT 
AAAGCCTTTG AACAGTTTGT ACATGGTTTA ATTGATGAGA TAAGAGACTT CAAGGATTAT 
TTCAGTTAG

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

RefSeq	XP_002417535.1
CDS	1..4929
Translation	MSLSISPQDKSSSKSSVELPLKPIQPTQYWTFDNALSLLRNCQDPYLADALDEFLLSSKEILLNSSPFTSNNDKQVLNLQTKDISLRGILYTNISAQDTSDGKLLSNLLNIDVLETIRVICQTNKKIPCKAVPPQSEAVKSKLLDEKYYENKRLQLYTSKILRERRIILKIVVELLNNKSNSYASSTIQNLGKEIFLSKQYLVSLIESISKASQSLMKRQYITGINKEIDDTIHNETVLFCIEACKVLIELSVQNTNVDVQAVRQWFKLMRDTNYSVALGPYVSYHEAFSILQGLFTVLTIQYLDLNNSFDSVHESLSVSYMTDVQAFKYVNDTIANTANNNSVVLYSWSIILLRKFYFLQEYAELPNSQKFLNQFSLSHLEHTINLVNQKCENLDVFSNLKKLNELLKFDKLYSAILSSLIIASLPLITLTSEVTSCILSVISNCPNSVIESFFDNSATQNAIIIARTKFPLILSPYIQVASINGNFALHEFNDLKSYIQVFKKEEFNNMYQIDDQNTELVKTTKFIDVYPPFEANKKLSMVLSLGTKAKILPSANPDEVLVTFLYNYNGWAFLGRVLQNVSKIFNNSDSETMELVINILNLLNNVVIDNGVDDSKMVLEAMSAYTDDSDILEVILRLLEQGLHLRNVKLLVSVVNLLTNLMPFLSYRIWPYLSKSALLAQNGKEGLAAVIFGSIEMVNGDYDFTVSLIKLVELLTQNCLSLDQDYPEKSKSVIMFRFAGHLVDLFETFMYCRYNQQSQKLEIGVLLLDTFSTILASVYGVDEGVPASTKVTKVFADAATRILDSFLVSDDDSPRAARLIITMIENLSQDLDLYELTDSSSFWHDNWIHCALSFSRLIITIRTSEHLKPLAFEKSLFTKTPDLVLSYSRFESVRKDILDLLTALTSGDWPDKTAPSLLSHLGSENAQVLLHSLAADLDNSFDDYKMKISLYDFICAVMEGKQEGLAVLFITGRDVFGDYTSKDDTETTNKLSLLQILKKNIRDMRYYPNSVSIHLVDAIALACNSWTTAKESEHDDEFIQTLIGRVKLQILDPPDSSESFISRCYELKLVSKIAEILALYLFTAKNDSTRNKIISFVNSDEFNDLAKTKFTITNYQSSLDTNLKISFENAFPKFKLSQFTSGLTKRNRFGITSVYNLALMDSLFKNELDWQQIREQVIASSINLQYLNSQLAGAKSFGALITSFCRKYEPPLHSRVLDFINYLLKVNTNEGVPTESFQSIYDERVELAFYLIYTYFSRTKSLNVDEKKIFEIVKNASTLLSSSSMNFFTNLAQSHGCYKPLLKLIYCALKMIKDASTVLTEYFSLFRDLFNAIVIKGTQVLLIEIQNDVYLARTRKNFKSPKMNDRIDDLMIILSILKVFVGVQFGSILHEEIALSIKENGTINSLLNLYSFAHSIEVNDEFIFARLSLMYLLELMSVNIIAEKVIASGLFLVLLESPISRPIRAGGVSISHGIHYHRLWTNGILPIIITSLFKLGASVVPEVCVVLQLFGKQTQYCIESWSRDSSSSKVSTALVAETSQILLIYDLLKSMNVNEYLKSIENVAIDDAIDMRIFPGLESETKREDFVDCIENLLKHPKFLSSRIIPSSVEEQQIIERGGKAFEQFVHGLIDEIRDFKDYFS

Target ORF information:

RefSeq Version	XM_002417490.1
Organism	Candida dubliniensis CD36
Definition	Candida dubliniensis CD36 nuclear pore protein, putative (CD36_08910), partial mRNA.

Target ORF information:

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

XM_002417490.1

ORF Insert Sequence:

ATGTCTTTAT CAATATCTCC ACAGGACAAA TCATCTAGTA AAAGCAGTGT TGAATTGCCC 
TTGAAACCAA TACAACCAAC ACAGTATTGG ACGTTTGACA ATGCATTGTC ATTATTAAGA 
AATTGTCAAG ACCCCTATTT GGCGGATGCA TTGGATGAAT TTTTGTTGTC CAGTAAAGAA 
ATCCTATTGA ATTCGTCCCC ATTTACATCA AATAATGACA AACAGGTCCT AAACCTGCAA 
ACCAAGGACA TCTCATTGAG AGGTATCTTG TACACAAATA TATCCGCACA AGATACAAGT 
GATGGGAAAC TTTTATCCAA TCTATTGAAT ATAGATGTTT TGGAAACGAT TCGAGTAATA 
TGTCAGACTA ACAAGAAAAT TCCCTGCAAA GCTGTTCCTC CACAATCGGA AGCGGTAAAG 
AGTAAATTAC TTGATGAAAA ATATTACGAA AACAAGCGAT TACAATTGTA TACCTCCAAG 
ATATTAAGAG AGAGAAGAAT AATTTTGAAG ATCGTTGTTG AATTGCTAAA CAACAAAAGT 
AACTCATATG CATCATCTAC TATTCAGAAC TTGGGTAAAG AGATATTTTT GTCGAAGCAG 
TACCTTGTAT CATTGATTGA ATCCATCAGC AAAGCATCAC AAAGTTTAAT GAAGAGACAG 
TATATTACAG GAATCAACAA AGAAATTGAT GACACTATCC ATAATGAGAC TGTTTTATTT 
TGTATCGAAG CATGTAAGGT GTTAATTGAA TTATCTGTTC AAAATACAAA TGTTGATGTC 
CAAGCGGTTC GCCAGTGGTT CAAGTTGATG AGAGATACCA ACTATTCTGT TGCCTTGGGA 
CCATATGTGT CATATCACGA GGCATTTTCA ATACTTCAGG GGTTGTTTAC AGTTTTAACT 
ATTCAGTATT TGGACTTGAA TAACAGTTTT GATTCTGTAC ATGAGAGCCT GTCTGTTTCA 
TATATGACCG ATGTACAAGC CTTTAAGTAC GTGAATGATA CCATTGCCAA CACAGCAAAC 
AATAATTCTG TTGTATTATA CAGTTGGTCC ATTATTTTGT TGAGAAAATT CTATTTCTTG 
CAGGAATACG CCGAATTACC CAACTCACAG AAGTTCTTAA ACCAATTCAG TTTGTCACAT 
TTGGAACATA CAATAAACTT GGTTAATCAG AAATGTGAAA ATTTGGATGT ATTTTCAAAC 
TTAAAAAAGT TAAACGAGTT ATTAAAGTTT GACAAACTTT ACTCAGCAAT ATTATCTTCT 
TTGATCATTG CTTCATTGCC CTTGATCACC CTCACTTCAG AAGTTACTAG TTGTATTTTG 
AGTGTTATTA GTAACTGCCC TAATAGTGTT ATTGAATCAT TTTTCGATAA CAGTGCCACC 
CAGAATGCTA TAATTATTGC AAGGACAAAA TTCCCCTTGA TTTTGAGTCC ATATATTCAA 
GTAGCTTCTA TCAACGGGAA CTTTGCATTG CATGAGTTTA ATGACTTGAA GTCCTATATT 
CAAGTATTCA AGAAAGAGGA ATTCAACAAT ATGTACCAGA TAGATGACCA AAATACAGAA 
TTAGTCAAAA CTACCAAGTT CATTGACGTA TATCCACCTT TTGAAGCAAA TAAGAAGTTG 
TCAATGGTTT TGAGTCTAGG AACAAAAGCA AAGATTTTAC CTTCGGCAAA CCCAGATGAA 
GTATTGGTCA CATTTCTTTA CAATTACAAT GGTTGGGCAT TTTTGGGAAG AGTTTTGCAG 
AATGTATCTA AAATTTTCAA TAATTCAGAC TCCGAAACAA TGGAATTGGT CATAAACATA 
CTAAATTTAT TGAACAACGT GGTTATTGAT AATGGTGTTG ATGATTCCAA AATGGTTTTA 
GAGGCAATGT CTGCTTATAC AGACGATTCT GATATTTTGG AGGTGATTTT AAGGCTTTTG 
GAGCAAGGGT TACATTTAAG AAACGTAAAG CTTTTGGTAT CAGTTGTGAA TTTATTGACA 
AACTTGATGC CATTCCTTTC CTACAGAATT TGGCCTTACT TGTCCAAATC TGCTTTGCTT 
GCTCAAAATG GCAAAGAAGG GTTGGCTGCT GTAATATTTG GATCCATAGA AATGGTGAAT 
GGCGATTATG ATTTTACAGT TTCATTAATA AAACTTGTTG AGCTGTTGAC TCAAAATTGC 
TTATCTTTGG ACCAAGATTA TCCAGAAAAA TCCAAATCCG TGATTATGTT TAGATTTGCT 
GGTCATTTGG TAGACTTGTT TGAGACATTT ATGTATTGTC GGTATAACCA ACAGAGTCAG 
AAATTAGAAA TTGGAGTTTT GTTGTTAGAT ACGTTTTCTA CAATTTTGGC AAGTGTCTAC 
GGTGTTGATG AAGGAGTCCC CGCCAGTACC AAGGTGACAA AAGTATTTGC AGACGCTGCT 
ACTCGTATTT TAGATTCATT TTTAGTATCT GATGACGATA GTCCAAGGGC AGCAAGACTG 
ATTATTACAA TGATTGAGAA TTTGTCACAA GACTTGGACT TATACGAATT GACCGATTCA 
TCGTCATTCT GGCATGATAA CTGGATTCAT TGTGCGTTAT CATTTTCCAG ATTGATCATT 
ACTATCAGAA CTTCAGAGCA TTTGAAGCCA CTGGCTTTTG AAAAAAGCTT GTTTACTAAA 
ACTCCAGATT TGGTGTTGTC ATATTCCCGG TTTGAATCAG TACGGAAAGA TATATTGGAT 
TTGTTGACTG CCTTGACCAG TGGAGATTGG CCAGACAAAA CAGCTCCATC TTTGCTTTCT 
CACTTGGGGA GTGAGAATGC TCAAGTATTG TTGCATTCAT TGGCAGCAGA TTTAGATAAC 
TCGTTTGATG ATTATAAAAT GAAAATTTCA TTATATGACT TTATTTGTGC TGTTATGGAA 
GGCAAACAAG AAGGTTTAGC CGTCTTATTT ATAACTGGAA GAGATGTCTT TGGCGATTAC 
ACAAGTAAGG ATGACACCGA AACCACCAAC AAATTGTCAT TATTACAAAT ATTAAAGAAA 
AACATAAGAG ATATGAGGTA CTATCCAAAT TCTGTTAGCA TTCATTTGGT AGATGCTATA 
GCTTTAGCAT GCAATTCTTG GACTACTGCC AAAGAAAGTG AACACGATGA TGAATTTATT 
CAAACATTAA TTGGTCGTGT TAAATTACAA ATTCTAGATC CACCTGACTC CTCTGAAAGT 
TTTATAAGTA GATGCTACGA ATTGAAATTG GTTTCCAAGA TTGCTGAAAT TTTGGCCCTT 
TATCTTTTCA CTGCCAAAAA TGACAGCACT AGAAACAAGA TTATAAGTTT TGTTAATTCT 
GATGAATTCA ACGACTTGGC AAAAACTAAA TTCACAATAA CCAACTACCA GTCATCATTA 
GACACGAATT TGAAAATTTC TTTTGAGAAT GCATTTCCAA AATTCAAACT ATCACAGTTT 
ACGAGCGGAT TGACAAAAAG GAATCGTTTT GGAATTACAT CAGTCTACAA TTTAGCTTTG 
ATGGACTCTC TTTTCAAGAA TGAACTGGAT TGGCAGCAAA TTAGAGAACA AGTCATTGCA 
TCGAGTATTA ATTTACAGTA TTTAAATTCA CAGCTAGCAG GTGCCAAATC ATTTGGAGCT 
TTAATTACAA GTTTTTGCAG AAAATATGAG CCCCCATTGC ATTCAAGAGT TTTAGATTTC 
ATTAATTATT TGCTAAAAGT TAATACTAAC GAGGGCGTGC CTACAGAGAG TTTCCAATCA 
ATTTATGACG AAAGAGTGGA ATTGGCATTC TATTTGATTT ATACTTATTT TTCGAGAACT 
AAATCACTGA ATGTTGATGA AAAGAAAATA TTTGAAATTG TGAAGAATGC TTCTACTTTG 
TTGTCATCAA GTAGTATGAA TTTTTTTACC AACTTGGCTC AATCTCATGG GTGCTACAAG 
CCATTGTTAA AACTCATCTA CTGCGCATTA AAAATGATTA AAGATGCTTC TACGGTGTTG 
ACAGAGTACT TCAGTTTATT CCGTGACTTA TTCAATGCAA TTGTTATCAA GGGTACTCAG 
GTTTTGCTAA TTGAAATTCA GAATGATGTA TACCTTGCGC GTACTCGAAA GAATTTCAAG 
TCACCTAAAA TGAATGATCG AATTGATGAT TTAATGATAA TTTTGTCTAT ATTAAAAGTT 
TTTGTCGGTG TACAATTTGG ATCAATCTTG CACGAGGAAA TTGCATTATC GATCAAGGAA 
AATGGAACGA TTAACTCGTT ATTGAACCTT TACTCCTTTG CCCACTCTAT TGAAGTGAAT 
GATGAATTTA TATTTGCTAG ATTGAGTTTA ATGTATCTTT TGGAATTGAT GTCTGTTAAC 
ATTATTGCTG AAAAGGTTAT TGCTTCAGGG TTATTTCTTG TGTTGTTAGA AAGCCCCATA 
TCACGTCCTA TTAGAGCTGG AGGTGTATCA ATTAGCCACG GTATACATTA CCATAGATTG 
TGGACAAATG GAATTTTGCC TATAATTATA ACCAGTTTAT TTAAATTGGG AGCATCGGTT 
GTTCCAGAAG TATGTGTTGT GTTGCAATTA TTTGGAAAAC AAACTCAATA TTGTATAGAA 
AGTTGGTCAA GGGATTCTTC AAGCAGTAAA GTCTCAACTG CTTTAGTGGC GGAGACTAGT 
CAGATTTTAT TGATTTATGA TTTATTGAAA TCTATGAATG TTAATGAATA CTTGAAAAGC 
ATTGAAAATG TTGCGATAGA TGATGCCATT GACATGAGAA TTTTCCCAGG ATTGGAATCA 
GAAACCAAAA GAGAAGATTT TGTTGATTGT ATTGAGAATT TACTAAAACA CCCAAAATTT 
TTAAGTTCAA GAATTATTCC AAGTTCCGTT GAAGAACAGC AAATTATTGA AAGGGGAGGT 
AAAGCCTTTG AACAGTTTGT ACATGGTTTA ATTGATGAGA TAAGAGACTT CAAGGATTAT 
TTCAGTTAG

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_08910 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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