FAB1 cDNA ORF clone, Candida dubliniensis CD36

Gene
Clones
gRNAs

Summary

Gene Symbol	FAB1
Entrez Gene ID	8045725
Full Name	phosphatidylinositol 3,5-kinase, putative
Gene Type	protein-coding
Organism	Candida dubliniensis CD36

mRNA and Protein(s)

mRNA	Protein	Name
XM_002418113.1	XP_002418158.1	phosphatidylinositol 3,5-kinase, 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 FAB1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FAB1 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
OCr01399	XM_002418113.1 Latest version!	Candida dubliniensis CD36 phosphatidylinositol 3,5-kinase, putative (FAB1), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00

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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)

FAB1 ( XM_002418113.1 ) cDNA ORF clone, Candida dubliniensis CD36 -> XP_002418158.1 Candida dubliniensis CD36 phosphatidylinositol 3,5-kinase, putative (FAB1), partial mRNA.

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CloneID	OCr01399
Clone ID Related Accession (Same CDS sequence)	XM_002418113.1
Accession Version	XM_002418113.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7866bp) 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	phosphatidylinositol 3,5-kinase, 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.

ATGAGTGGGT CGCCACCAGA TACTTTCAAA GAGATGAGTA ATTCCAAATA CAAGTTACCA 
CTACTAGAAA GAATACCTTC CCACACCAAC AACAGTGATG ACGAAGACCT GAACGTTAAG 
GGTGTCGTGG ATTATGTATC CTTTCCCACT ATCCCTGATC CAGAAGTTGA GAATTCTAAA 
TCCATTGCAG GTCTTTTAAC TAAAACATTG AGAAAGGTCA CCACAAATGC ATCAACCCTT 
GTTCAAAACT ATTCTCAGAA TTATACATCA CCGAAACCCA ATGTTTTAGA CACATCTCCA 
TTTACCAACC GTGTAAATGA ACTAAAGGCA ACTGGCATAG GAGGTGATGT ATTATCTGTC 
CCCAAGAATG ATGAAATTGT GGACACACCA ATATCCATGG AAGCACCACC TATGAAAGCT 
GACACGCGAT TGCGAGTTAA GGAAGATACT AGCAAACGAC TTTCAAGAAC TTCCAGTCCA 
CTAGATATAA AGGGAGAAAC CCAGGGAAAT AAATTAGAGA TTGTGAATTC AATTATCAAA 
AGTGAAACTA ATAGAAACAC ACCAATTGAT AAAGTATCTA TTGTAACAAA CGAGACATCG 
ACAGGATCCA TTTTGAAGCC ACTGCAACCC AAACAGCCAC CTGTCTCTAG CACACCGGCA 
CTATCTTTAC GACAGAATTT AATTGATGAA GCACATCCAC CAAGGGTTAC CTCGGATAAC 
AAGACTCTAC GAATATCTAC CATGCAATTC CCACGAATGC AATCGATGGC CAATAGTACA 
ACCAGCTCAG TGGTCAATGT CACTGCACTG GCATCGGTTG ACATTGACAA TGTTACCAGC 
GATAAGAGCA ATTTGGAGAC TAAGGCCATA CATAAGAAGG AATCCAGTAT AGATCTCAAG 
TCTAAGGATA AAGGGTTGCA AAACAAGATT TCATCAATAT TCAACAACTT GCCTAATGAT 
ATTGAATTGT CTGATGATCT GGCAGATGAA CTGGACAGTA CCCAGAATGA AGGCTCGGAA 
AATTCTGCAA CACCACAATC AGACATTGCT TATATAGAGA ATCGCTCAGA TTCAAACTTG 
AGTTCTATTT CCAAAATGAA TAATCATTTG CAATTTGAAT TGGGGGCAAG ATACGGTGAA 
TCTGTTGCTA AATCGGCTCC TATCAAGGCT GAAACTAAAC ACAGTGCTAT ATTTACTCCT 
AGTTTTGGAC AATCTCCAAC TGTATCCACA TTTCACGCTA TCCAAAACAA AGACGTTTCG 
GCAAGTAAAC AAAGATCATC AAACACCCCT TCAACACTCT TGGACAATGC AAGAAGTATC 
ATTCATCAAA ACATCGAAGC AGTTGCATCA TCAGCTTCGT CTATTATAGC TTCTAAACGG 
AGGAAAAAGA AGAAACCAAC AAAGACTTCA GAAAACCCTT TGAAGAATGG GGGTATTCCA 
AGGAAATATT GGATGAACGA TGCATTTGTA TCTGACTGTT TAAACTGTTT TAGACCATTT 
ACTGCATTCA GAAGAAAACA TCACTGTCGT TTTTGCGGAC AAATATTTTG TTCAGATTGC 
ACGTTATTTA TTTCTTATAA CCAACATAAA GATGAAAGGA ATAACACTAG GAATTCCGCT 
AAGAAACCGT ATAATGATAA GCTCCGAGTT TGCAAACCAT GTTATAGTGA TGTGATTATA 
TATTTAAGCG ATGATTCATC AAGTGCAAAC GATTCTGAGG GCGAGAAGGA TATCTCAGCT 
GAGGAAATTG AATTACCAAA GACTAAAGCA GAAAACCTAC TTGTTCCTAA CCATCCGTTG 
TCGAGGATCC GATCAATGTC AATGGGATCC AATAATCGGG AGAGTAGCCG AACCGACTCT 
CTTTCTCGAA AGCCGCTGTT GAAAGAAAGC AATAATCCAG AAAGCAGCTT TTCAACTAGC 
CATTCCAGTT CACCTTCAAG GAGTAATAAT AATCAGTTTA TTTATCCAGA CGAATCCATC 
AAGGTACATC CAAGACAAGC TCCACGTATG GCAATTCCTA CAACTCGTAC AGGAGAAGCA 
GTTGAGATTC CTCTAATGAG ACATTCTTTG ATGAATTCAA GCATCTTAAA AACATCGGGT 
CCACCATATA ATACTAATAT GAGTTCATTG CCACAAACGT TTCATCAATC AAATAGTCAG 
TTCTACCATA ATCATCATCA GCAGCAGCAG CAGCCAGAAC ATCAGCAATA TGGACAGAAA 
CAGAATCTGT TGCAACAACA ACAACAACAA CAACAACAGC AAGGTGGACA GTTCCATAAT 
CATTATCACA ACTTATATAG CCAGCTGAAT GCACAGTACA ACAATTCTGC GGGTATTTCT 
GAATCAGAGA ATGCAAACAA GACTTGGATA AAGAACCATT TATCTCCTAC ATTAACAAAT 
GCAAACTTAA CTAGTCGTAG TTTGGATAAT CTTGGTTCGG TTTACAATGG TTTTATGAAT 
AGAACACCCT CGTTTAATAT GAGAGTTTTA TCGGGGTCGA GTAGGGATCC GTCAAGGTTC 
AGAAGAGAAT TATCTTTGGA ACCAGGAGAT ATTCAAAGCA TCAGAGGCAA ATATGGAAAG 
GAAATGACAA TTGGACATCA AAATGGCTTT GATGACGATG ACGACGATGA TGATGACGAC 
GACGACGATG ATGAGGATGA TGAGAATGCT AAAGATGAAG GTGTTGATTT GTCCGACAAT 
GAAGAAGATG AACATGCTAT GTCTATATAT ACATCATTAA ATGAGACTCA TGGGTATGGT 
TCAACACCTT TGGCGCATCA ACCACCACCA ATGCATAGTC AATCTGCTGT CACAGTGCCG 
ACTTTAGGCG AATTTCCTAT TATGAAAACT GGATATCCTC TGTTTAGAGG TGCAATGAAT 
AGGAGTGCTG CAGCTAATCT TGCTAATGTG TTCCATAACC ACTCAATGGG ATTAAATGAC 
GAGGGTTCTA GTAAACATCA ACCAGAGAAT ATAAGGTCCA GAGCTAGAGC TCATGCTTCT 
CTTCAAAGAA TGAGATCAAG AAGACAAGCA AAAGCAACTA GAAATGTGCT GATACTTTCA 
CAAAGTAATT TGCGTCTACC AAGCTTGGAG CCATCAAACC ATAGGCCTCA ATACGCTTCT 
TCTTTGACGC CTATAGTTTC GCCAGCATCA CCGGGAGTAA ACTCCTCTAA TTTGACTACT 
GGTATAGTTG CATCAGATGA GGTCAGTTCT TCGTCAGCAA ACATAGACCC CGAGATGTCT 
CCTATTGGAC CACAAATATC CACTAGTACA CATTTAGAAA GGTATCATTC TGGTGAAAGA 
AATGATTATT TTGGACTGGA TGATCATTTA ATAGGTACCA ATGAATCCCG TGACTTGGTA 
TCATGGAAAG ATGGGAAAAC TGCAGACAAT AAGGACGAGT TATATGATGA GACTTTGGAT 
TTCGTTTTGC GTCAGTCATT AAAAGATGGT GATATTGAAA CGGATATTGA ACGATGGGTG 
GCTGTTCTTC GGAAGCTGTT AGGATATATT GACGACATTA AATTGACAGA CACGTTAGAT 
ATAAGACAAT ATGTGAAAAT AAAAAAAATT TTGGGTGGTA AAATAGAGCA GACCGAATTG 
GTTGATGGTT TATTCATGAC TAAAAATATA GATTCCAAGA AGATGGCATC AAGAATTACA 
AATCCTCGTA TAGCATTGCT TATGTTCCCC ATCGAATACT TGAAACAAAA GGAACAATTT 
ATTAGTTTAC GAATTATCCA CGCCCAGCAA TCCGTTTATA TCACAAACTT GGTATCACGA 
TTGGTGTCTA TGGAACCAGA CATCATTGTT GTTGGAGATT CGGTTTCTGG CTTGGCGGAG 
AAATTGTTTG AGGATGCTGG TATCACAGTC ATTTCGAACG TTAAACCACA AGTTATTGAA 
AGAATTTCCA GGTACACCAA AGCAGACATT TTCCAATCCG TTAATGATTT ATTCTTTAAA 
AAGGGTAAAT TGGGTTTGTG TGAGAATTTT GCTGTCAAGA GATACAAATA CCAGAATCAA 
ATTAAAACGT TTGTGTTTTT CACTGGTTGT GATATACATC TGGGATTCAC GATATCTATA 
CGTGGTGGCA ATACCAATGT ATTGAATAAT GTGAAATATG CAGCAGAAAC ATTGATGCCA 
GGTTATATAA ATGCCAGGTT CGAAAAGAGT TTTTTGGATA ATTTACTGTT GTCTTATGTT 
AAACCCATTG AGAACCCCAA AATTGTGGAT ATACAACAGA AGTTGCAGAA AATTGGTGAT 
CATGCAACTG AAAATGATGA AAATGGGAAA TTGCAAGATT TAAAATTAGA CCCTGCAGAG 
GTGATCAATT ATGTTAAACT GTTTAGTGAA AGAAAGCTCA GTTTGTCTCC ACCGGTAGAG 
TATTCATTAC CTAATCCCTT GGTACGGACA ATTTGCACAT ACTACACCGT GCACCAGTTT 
GCCCAACAAA ATACTGAAAT ACAGAAGTTG TCATCAATTG ATGAGATCAA AGAGGAATGG 
CTAGACGAAT TAAAGATTGA TTATAAATTG GAAGAGTTAC CTGGGAGAGA AAGTAATTTG 
ATAAGCATCT TAAAATTTGC TAGTGATGCT CATTTGAAAT TATTGATTAA TGATTATCTA 
GCTCGTTCTA GAATATGGTC AAATTGTATG AAATATCCTT CTTATCAATT GTATCCAATA 
TGCCATCGAA ATATTCATTT ATTGCATTCG ACAGTTTCAA TTAAACACGC AACACCTTGT 
GCTGGCCCTG CCATAATTGT TATTGATTAT TATACTGATA ATGATAAGTG TTTTGGGTTA 
TTCCTTGATC AGGCATTCCA TGAAAGTCTG AAGGTTTGTG GTGAATGTGG TGAGACATAC 
TTGGATCATT ATAAGAGTTA TGTTCATGGT AAAGCCAAAG TTGATTTGAT CATTGAAAAA 
TATGATATCC AGTGTCTTAA TAATGGTGAA ATGCAAGGTA AAAATCAAAG AGTCATGTGG 
AGTTATTGTA AAGAATGTAA TTATGAAACG CCAATTATTG CTATGAGTGA TGAAACGTAT 
TATTTGTCTA TTGGCAAATT TTTTGAGTTG AATTTTTATG GTGAGAGTGT TTTTGGTGGT 
TGTAAACATG ATTTTTTCAA AAGTTATGTC AAATGCTTTG GATTTAATAA TTTGGTTATT 
CGACTTGAAT ATTCCACAAT TGATAATTAT GAGATTGTTG TTCCTAAGAA GCAATTGGAA 
TTTATAACTA ATATTGATAT GAAACTAAAA ATTGATGCTT ATAAATTTAT TCGGGCTAAA 
GCAGATGTGT TTTTCGATTC TGTTTTTAAA CGGTTAAAAC GAGTGAAATT AGATACATTT 
GAAAAAGCCG AGGATGGGAT TCAAAAAATC GAGGAATTGA AGATTAAGTT ACAAGAACAA 
TCAGATAGTA TTTATGGTAG ATTGCAATCG ATTTATGATA AAATTATACC GACAAATTAT 
CTTGCGTTGA ATGTTGTGTT GCGAGATTTG CAAAAATTGG GTGTTTATTG GGATAATGAA 
TTTAATGATT TTGAAAAGAC ATATTTACCC AGTGAGAATG AGGTCAATAA AATTACCCAA 
TTTCATTTAC GTAAGTTTTT GATGGATCGA TACACCGATG ATGATGATGA TAATAATAAG 
AAAGTTGTCG ATGTAACTGG AAATGAACCT TCTAATGATT CTAAGGAAAC TGGAACTTTA 
GATGATGGGA AGTTATTGTC AAGCAAAGAT TGTACAGATG AGACAACACC TGATAACAGT 
CAAAATTCAA TAAAAGCTGA TGATGACAGT AACGATATTA GGGATAAATC AACTAATGAG 
TTACTGAAAC CGTTCCCAGA ATTTGTTCCC AAGAAACCTC GTGAATTACC TTTGAATAGA 
AATTTATCTG ATTCCAACAT TGAAACTAAG ATGTTTCCTC AAAGCACATT ATATGAACTG 
GGTTCTAATA TATCCGAGAG AATAAATAAA TGGAATCAAA CTGCTGAAAC AGCTGATAAG 
ACAACACCAA TAAAATTGAC ACATCGTGAG TCGGATAGTT CATTGAGATC AATCAACACC 
GTGATTCCGT CACAAAATAA AGTGATTCAT TTGGCGAATT TTTTTGATAA AATGTATTAT 
GACCAGATTT CATTAGAATT TTCCAAACAA AGAGAACGAG AATTGAAACG TAAATCAAAG 
GTTAAGGCTC AACCTATTTT TGATAGTAAA CCTATCGTTG AGATTTATAA TAAAATTGAA 
GATGTTGTTG GTCCCGGAGC TGATGATGAG AAAAAGAAGG ATATTGTTGT CAAGAAAGAT 
GAACAGGATA AAGGACAAGT TAAAGAAAGC CAACAAGAAC TGTCACAACA ACAGCAGCAA 
CTGTCACAGC TGCAGCTGCA GCTGCAAGAG CAATTGGATA TTCCTGAAAA GCAATCATTG 
TTAAAATCAT TGACGAATTT CTGGGCTGAT AGAGCTGCCA CATTGTGGGA TCCATTGAAT 
TATCCATTAG AAAGTCATGA ACATACATTT GCTGATTCTG AAGTTATTGT TCGAGAAGAT 
GAGCCAAGTT CATTAGTGGC ATTTTGTCTT TCTTCTAATG ATTACAAGCA AAAAATTAAT 
AATGCATTTG AAAAGAATAG AATGGGCGAT AGTGGAAACT TATATTTGAA TTTAAAAGAA 
AATAAGGTTT ATGATGATAA AGGTCAACAA AATACAACTA TTGAACTGGA AGTGGCAAAG 
AGCGGTATTA CTACGGAAAG TGCCAGTATT ATCACTAATG TTGGTGATAA TGCTAAACTT 
GAAGAATCTT CGCTGAATCA TACTAGTAAC AATAATAAAT ATGGAGAATC GTTAGTTGCA 
AGTGATAATA AAAAGGGAGC TCAATTTGCC AAAATCGAAA AGAAATTCAA AAAGAAATTG 
AATAAAGAGG GGGGTATCGG TGGGGGAGGA ACTGGTGGTG GTGGTACTGG TGCTAATGAC 
AATGTTAACC CGTTGGAATC GATTTTAACG AGAAATAAAT CCAATCATTT GAAATATCAA 
TTTATTGATG GGAATACAAA TTTATCATGC AAGATCTTTT ATAGTGAACA ATTTGAAGCC 
TTAAGGAAAG CATGTGGTAA TAATGATAAT TTTATTCAAA GTCTTAGTCG ATGTGTTAAA 
TGGCAATCTA GTGGAGGTAA AAGTGGTTCA AGTTTTTTGA AAACTTTAGA TAATCGATAT 
ATTTTAAAAG AATTATCTAA ACTGGAATTA GAATCATTTG TTTCAATTGC TCCATTTTAT 
TTCAAATATA TTAGTCAATC AATGTTTAAT ACTTTAACTA CAGCAATTGC GAAAATATTT 
GGATTTTATC AAGTACAAAT TAAAAACACC ACCACGGGGA AAATATTTCG AATGGATTTT 
TTGATTATGG AGAATTTATT TTATAATCAT AAAACTACAA GAATATTTGA TCTTAAAGGT 
TCAATGAGAA ATCGTCATGT TCAACAAACT GGCAAAGAGA ATGAAGTTTT ATTAGATGAA 
AATATGATTG AATATATTTA CGAATCACCA GTGTTTGTTG GACAACAACT GAAGAAATTA 
TTACGAGGAT GTTTATTTAA TGATACTAGT TTCTTATCGG CCATGGATGT TATGGATTAT 
AGTTTAGTCA TTGGTATAGA TGATTCATCA AAGAAATTAT ATTTAGGGAT TATTGATTGG 
TTAAGGACAT TTACTTGGGA TAAAAAAGTG GAAAATTGGG TGAAAGGTAA TAATTTGATT 
GGTGGGAATA AACGAGGGAA AGATCCAACC ATTGTTACTC CTAAACAATA TCGTATAAGA 
TTTAGAGAAG CTATGGAAAG ATATATTTTA GAGGCACCTG ATATTTGGTA TGAAGGATCG 
AAATGA

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

RefSeq	XP_002418158.1
CDS	1..7866
Translation	MSGSPPDTFKEMSNSKYKLPLLERIPSHTNNSDDEDLNVKGVVDYVSFPTIPDPEVENSKSIAGLLTKTLRKVTTNASTLVQNYSQNYTSPKPNVLDTSPFTNRVNELKATGIGGDVLSVPKNDEIVDTPISMEAPPMKADTRLRVKEDTSKRLSRTSSPLDIKGETQGNKLEIVNSIIKSETNRNTPIDKVSIVTNETSTGSILKPLQPKQPPVSSTPALSLRQNLIDEAHPPRVTSDNKTLRISTMQFPRMQSMANSTTSSVVNVTALASVDIDNVTSDKSNLETKAIHKKESSIDLKSKDKGLQNKISSIFNNLPNDIELSDDLADELDSTQNEGSENSATPQSDIAYIENRSDSNLSSISKMNNHLQFELGARYGESVAKSAPIKAETKHSAIFTPSFGQSPTVSTFHAIQNKDVSASKQRSSNTPSTLLDNARSIIHQNIEAVASSASSIIASKRRKKKKPTKTSENPLKNGGIPRKYWMNDAFVSDCLNCFRPFTAFRRKHHCRFCGQIFCSDCTLFISYNQHKDERNNTRNSAKKPYNDKLRVCKPCYSDVIIYLSDDSSSANDSEGEKDISAEEIELPKTKAENLLVPNHPLSRIRSMSMGSNNRESSRTDSLSRKPLLKESNNPESSFSTSHSSSPSRSNNNQFIYPDESIKVHPRQAPRMAIPTTRTGEAVEIPLMRHSLMNSSILKTSGPPYNTNMSSLPQTFHQSNSQFYHNHHQQQQQPEHQQYGQKQNLLQQQQQQQQQQGGQFHNHYHNLYSQLNAQYNNSAGISESENANKTWIKNHLSPTLTNANLTSRSLDNLGSVYNGFMNRTPSFNMRVLSGSSRDPSRFRRELSLEPGDIQSIRGKYGKEMTIGHQNGFDDDDDDDDDDDDDDEDDENAKDEGVDLSDNEEDEHAMSIYTSLNETHGYGSTPLAHQPPPMHSQSAVTVPTLGEFPIMKTGYPLFRGAMNRSAAANLANVFHNHSMGLNDEGSSKHQPENIRSRARAHASLQRMRSRRQAKATRNVLILSQSNLRLPSLEPSNHRPQYASSLTPIVSPASPGVNSSNLTTGIVASDEVSSSSANIDPEMSPIGPQISTSTHLERYHSGERNDYFGLDDHLIGTNESRDLVSWKDGKTADNKDELYDETLDFVLRQSLKDGDIETDIERWVAVLRKLLGYIDDIKLTDTLDIRQYVKIKKILGGKIEQTELVDGLFMTKNIDSKKMASRITNPRIALLMFPIEYLKQKEQFISLRIIHAQQSVYITNLVSRLVSMEPDIIVVGDSVSGLAEKLFEDAGITVISNVKPQVIERISRYTKADIFQSVNDLFFKKGKLGLCENFAVKRYKYQNQIKTFVFFTGCDIHLGFTISIRGGNTNVLNNVKYAAETLMPGYINARFEKSFLDNLLLSYVKPIENPKIVDIQQKLQKIGDHATENDENGKLQDLKLDPAEVINYVKLFSERKLSLSPPVEYSLPNPLVRTICTYYTVHQFAQQNTEIQKLSSIDEIKEEWLDELKIDYKLEELPGRESNLISILKFASDAHLKLLINDYLARSRIWSNCMKYPSYQLYPICHRNIHLLHSTVSIKHATPCAGPAIIVIDYYTDNDKCFGLFLDQAFHESLKVCGECGETYLDHYKSYVHGKAKVDLIIEKYDIQCLNNGEMQGKNQRVMWSYCKECNYETPIIAMSDETYYLSIGKFFELNFYGESVFGGCKHDFFKSYVKCFGFNNLVIRLEYSTIDNYEIVVPKKQLEFITNIDMKLKIDAYKFIRAKADVFFDSVFKRLKRVKLDTFEKAEDGIQKIEELKIKLQEQSDSIYGRLQSIYDKIIPTNYLALNVVLRDLQKLGVYWDNEFNDFEKTYLPSENEVNKITQFHLRKFLMDRYTDDDDDNNKKVVDVTGNEPSNDSKETGTLDDGKLLSSKDCTDETTPDNSQNSIKADDDSNDIRDKSTNELLKPFPEFVPKKPRELPLNRNLSDSNIETKMFPQSTLYELGSNISERINKWNQTAETADKTTPIKLTHRESDSSLRSINTVIPSQNKVIHLANFFDKMYYDQISLEFSKQRERELKRKSKVKAQPIFDSKPIVEIYNKIEDVVGPGADDEKKKDIVVKKDEQDKGQVKESQQELSQQQQQLSQLQLQLQEQLDIPEKQSLLKSLTNFWADRAATLWDPLNYPLESHEHTFADSEVIVREDEPSSLVAFCLSSNDYKQKINNAFEKNRMGDSGNLYLNLKENKVYDDKGQQNTTIELEVAKSGITTESASIITNVGDNAKLEESSLNHTSNNNKYGESLVASDNKKGAQFAKIEKKFKKKLNKEGGIGGGGTGGGGTGANDNVNPLESILTRNKSNHLKYQFIDGNTNLSCKIFYSEQFEALRKACGNNDNFIQSLSRCVKWQSSGGKSGSSFLKTLDNRYILKELSKLELESFVSIAPFYFKYISQSMFNTLTTAIAKIFGFYQVQIKNTTTGKIFRMDFLIMENLFYNHKTTRIFDLKGSMRNRHVQQTGKENEVLLDENMIEYIYESPVFVGQQLKKLLRGCLFNDTSFLSAMDVMDYSLVIGIDDSSKKLYLGIIDWLRTFTWDKKVENWVKGNNLIGGNKRGKDPTIVTPKQYRIRFREAMERYILEAPDIWYEGSK

Target ORF information:

RefSeq Version	XM_002418113.1
Organism	Candida dubliniensis CD36
Definition	Candida dubliniensis CD36 phosphatidylinositol 3,5-kinase, putative (FAB1), partial mRNA.

Target ORF information:

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

XM_002418113.1

ORF Insert Sequence:

ATGAGTGGGT CGCCACCAGA TACTTTCAAA GAGATGAGTA ATTCCAAATA CAAGTTACCA 
CTACTAGAAA GAATACCTTC CCACACCAAC AACAGTGATG ACGAAGACCT GAACGTTAAG 
GGTGTCGTGG ATTATGTATC CTTTCCCACT ATCCCTGATC CAGAAGTTGA GAATTCTAAA 
TCCATTGCAG GTCTTTTAAC TAAAACATTG AGAAAGGTCA CCACAAATGC ATCAACCCTT 
GTTCAAAACT ATTCTCAGAA TTATACATCA CCGAAACCCA ATGTTTTAGA CACATCTCCA 
TTTACCAACC GTGTAAATGA ACTAAAGGCA ACTGGCATAG GAGGTGATGT ATTATCTGTC 
CCCAAGAATG ATGAAATTGT GGACACACCA ATATCCATGG AAGCACCACC TATGAAAGCT 
GACACGCGAT TGCGAGTTAA GGAAGATACT AGCAAACGAC TTTCAAGAAC TTCCAGTCCA 
CTAGATATAA AGGGAGAAAC CCAGGGAAAT AAATTAGAGA TTGTGAATTC AATTATCAAA 
AGTGAAACTA ATAGAAACAC ACCAATTGAT AAAGTATCTA TTGTAACAAA CGAGACATCG 
ACAGGATCCA TTTTGAAGCC ACTGCAACCC AAACAGCCAC CTGTCTCTAG CACACCGGCA 
CTATCTTTAC GACAGAATTT AATTGATGAA GCACATCCAC CAAGGGTTAC CTCGGATAAC 
AAGACTCTAC GAATATCTAC CATGCAATTC CCACGAATGC AATCGATGGC CAATAGTACA 
ACCAGCTCAG TGGTCAATGT CACTGCACTG GCATCGGTTG ACATTGACAA TGTTACCAGC 
GATAAGAGCA ATTTGGAGAC TAAGGCCATA CATAAGAAGG AATCCAGTAT AGATCTCAAG 
TCTAAGGATA AAGGGTTGCA AAACAAGATT TCATCAATAT TCAACAACTT GCCTAATGAT 
ATTGAATTGT CTGATGATCT GGCAGATGAA CTGGACAGTA CCCAGAATGA AGGCTCGGAA 
AATTCTGCAA CACCACAATC AGACATTGCT TATATAGAGA ATCGCTCAGA TTCAAACTTG 
AGTTCTATTT CCAAAATGAA TAATCATTTG CAATTTGAAT TGGGGGCAAG ATACGGTGAA 
TCTGTTGCTA AATCGGCTCC TATCAAGGCT GAAACTAAAC ACAGTGCTAT ATTTACTCCT 
AGTTTTGGAC AATCTCCAAC TGTATCCACA TTTCACGCTA TCCAAAACAA AGACGTTTCG 
GCAAGTAAAC AAAGATCATC AAACACCCCT TCAACACTCT TGGACAATGC AAGAAGTATC 
ATTCATCAAA ACATCGAAGC AGTTGCATCA TCAGCTTCGT CTATTATAGC TTCTAAACGG 
AGGAAAAAGA AGAAACCAAC AAAGACTTCA GAAAACCCTT TGAAGAATGG GGGTATTCCA 
AGGAAATATT GGATGAACGA TGCATTTGTA TCTGACTGTT TAAACTGTTT TAGACCATTT 
ACTGCATTCA GAAGAAAACA TCACTGTCGT TTTTGCGGAC AAATATTTTG TTCAGATTGC 
ACGTTATTTA TTTCTTATAA CCAACATAAA GATGAAAGGA ATAACACTAG GAATTCCGCT 
AAGAAACCGT ATAATGATAA GCTCCGAGTT TGCAAACCAT GTTATAGTGA TGTGATTATA 
TATTTAAGCG ATGATTCATC AAGTGCAAAC GATTCTGAGG GCGAGAAGGA TATCTCAGCT 
GAGGAAATTG AATTACCAAA GACTAAAGCA GAAAACCTAC TTGTTCCTAA CCATCCGTTG 
TCGAGGATCC GATCAATGTC AATGGGATCC AATAATCGGG AGAGTAGCCG AACCGACTCT 
CTTTCTCGAA AGCCGCTGTT GAAAGAAAGC AATAATCCAG AAAGCAGCTT TTCAACTAGC 
CATTCCAGTT CACCTTCAAG GAGTAATAAT AATCAGTTTA TTTATCCAGA CGAATCCATC 
AAGGTACATC CAAGACAAGC TCCACGTATG GCAATTCCTA CAACTCGTAC AGGAGAAGCA 
GTTGAGATTC CTCTAATGAG ACATTCTTTG ATGAATTCAA GCATCTTAAA AACATCGGGT 
CCACCATATA ATACTAATAT GAGTTCATTG CCACAAACGT TTCATCAATC AAATAGTCAG 
TTCTACCATA ATCATCATCA GCAGCAGCAG CAGCCAGAAC ATCAGCAATA TGGACAGAAA 
CAGAATCTGT TGCAACAACA ACAACAACAA CAACAACAGC AAGGTGGACA GTTCCATAAT 
CATTATCACA ACTTATATAG CCAGCTGAAT GCACAGTACA ACAATTCTGC GGGTATTTCT 
GAATCAGAGA ATGCAAACAA GACTTGGATA AAGAACCATT TATCTCCTAC ATTAACAAAT 
GCAAACTTAA CTAGTCGTAG TTTGGATAAT CTTGGTTCGG TTTACAATGG TTTTATGAAT 
AGAACACCCT CGTTTAATAT GAGAGTTTTA TCGGGGTCGA GTAGGGATCC GTCAAGGTTC 
AGAAGAGAAT TATCTTTGGA ACCAGGAGAT ATTCAAAGCA TCAGAGGCAA ATATGGAAAG 
GAAATGACAA TTGGACATCA AAATGGCTTT GATGACGATG ACGACGATGA TGATGACGAC 
GACGACGATG ATGAGGATGA TGAGAATGCT AAAGATGAAG GTGTTGATTT GTCCGACAAT 
GAAGAAGATG AACATGCTAT GTCTATATAT ACATCATTAA ATGAGACTCA TGGGTATGGT 
TCAACACCTT TGGCGCATCA ACCACCACCA ATGCATAGTC AATCTGCTGT CACAGTGCCG 
ACTTTAGGCG AATTTCCTAT TATGAAAACT GGATATCCTC TGTTTAGAGG TGCAATGAAT 
AGGAGTGCTG CAGCTAATCT TGCTAATGTG TTCCATAACC ACTCAATGGG ATTAAATGAC 
GAGGGTTCTA GTAAACATCA ACCAGAGAAT ATAAGGTCCA GAGCTAGAGC TCATGCTTCT 
CTTCAAAGAA TGAGATCAAG AAGACAAGCA AAAGCAACTA GAAATGTGCT GATACTTTCA 
CAAAGTAATT TGCGTCTACC AAGCTTGGAG CCATCAAACC ATAGGCCTCA ATACGCTTCT 
TCTTTGACGC CTATAGTTTC GCCAGCATCA CCGGGAGTAA ACTCCTCTAA TTTGACTACT 
GGTATAGTTG CATCAGATGA GGTCAGTTCT TCGTCAGCAA ACATAGACCC CGAGATGTCT 
CCTATTGGAC CACAAATATC CACTAGTACA CATTTAGAAA GGTATCATTC TGGTGAAAGA 
AATGATTATT TTGGACTGGA TGATCATTTA ATAGGTACCA ATGAATCCCG TGACTTGGTA 
TCATGGAAAG ATGGGAAAAC TGCAGACAAT AAGGACGAGT TATATGATGA GACTTTGGAT 
TTCGTTTTGC GTCAGTCATT AAAAGATGGT GATATTGAAA CGGATATTGA ACGATGGGTG 
GCTGTTCTTC GGAAGCTGTT AGGATATATT GACGACATTA AATTGACAGA CACGTTAGAT 
ATAAGACAAT ATGTGAAAAT AAAAAAAATT TTGGGTGGTA AAATAGAGCA GACCGAATTG 
GTTGATGGTT TATTCATGAC TAAAAATATA GATTCCAAGA AGATGGCATC AAGAATTACA 
AATCCTCGTA TAGCATTGCT TATGTTCCCC ATCGAATACT TGAAACAAAA GGAACAATTT 
ATTAGTTTAC GAATTATCCA CGCCCAGCAA TCCGTTTATA TCACAAACTT GGTATCACGA 
TTGGTGTCTA TGGAACCAGA CATCATTGTT GTTGGAGATT CGGTTTCTGG CTTGGCGGAG 
AAATTGTTTG AGGATGCTGG TATCACAGTC ATTTCGAACG TTAAACCACA AGTTATTGAA 
AGAATTTCCA GGTACACCAA AGCAGACATT TTCCAATCCG TTAATGATTT ATTCTTTAAA 
AAGGGTAAAT TGGGTTTGTG TGAGAATTTT GCTGTCAAGA GATACAAATA CCAGAATCAA 
ATTAAAACGT TTGTGTTTTT CACTGGTTGT GATATACATC TGGGATTCAC GATATCTATA 
CGTGGTGGCA ATACCAATGT ATTGAATAAT GTGAAATATG CAGCAGAAAC ATTGATGCCA 
GGTTATATAA ATGCCAGGTT CGAAAAGAGT TTTTTGGATA ATTTACTGTT GTCTTATGTT 
AAACCCATTG AGAACCCCAA AATTGTGGAT ATACAACAGA AGTTGCAGAA AATTGGTGAT 
CATGCAACTG AAAATGATGA AAATGGGAAA TTGCAAGATT TAAAATTAGA CCCTGCAGAG 
GTGATCAATT ATGTTAAACT GTTTAGTGAA AGAAAGCTCA GTTTGTCTCC ACCGGTAGAG 
TATTCATTAC CTAATCCCTT GGTACGGACA ATTTGCACAT ACTACACCGT GCACCAGTTT 
GCCCAACAAA ATACTGAAAT ACAGAAGTTG TCATCAATTG ATGAGATCAA AGAGGAATGG 
CTAGACGAAT TAAAGATTGA TTATAAATTG GAAGAGTTAC CTGGGAGAGA AAGTAATTTG 
ATAAGCATCT TAAAATTTGC TAGTGATGCT CATTTGAAAT TATTGATTAA TGATTATCTA 
GCTCGTTCTA GAATATGGTC AAATTGTATG AAATATCCTT CTTATCAATT GTATCCAATA 
TGCCATCGAA ATATTCATTT ATTGCATTCG ACAGTTTCAA TTAAACACGC AACACCTTGT 
GCTGGCCCTG CCATAATTGT TATTGATTAT TATACTGATA ATGATAAGTG TTTTGGGTTA 
TTCCTTGATC AGGCATTCCA TGAAAGTCTG AAGGTTTGTG GTGAATGTGG TGAGACATAC 
TTGGATCATT ATAAGAGTTA TGTTCATGGT AAAGCCAAAG TTGATTTGAT CATTGAAAAA 
TATGATATCC AGTGTCTTAA TAATGGTGAA ATGCAAGGTA AAAATCAAAG AGTCATGTGG 
AGTTATTGTA AAGAATGTAA TTATGAAACG CCAATTATTG CTATGAGTGA TGAAACGTAT 
TATTTGTCTA TTGGCAAATT TTTTGAGTTG AATTTTTATG GTGAGAGTGT TTTTGGTGGT 
TGTAAACATG ATTTTTTCAA AAGTTATGTC AAATGCTTTG GATTTAATAA TTTGGTTATT 
CGACTTGAAT ATTCCACAAT TGATAATTAT GAGATTGTTG TTCCTAAGAA GCAATTGGAA 
TTTATAACTA ATATTGATAT GAAACTAAAA ATTGATGCTT ATAAATTTAT TCGGGCTAAA 
GCAGATGTGT TTTTCGATTC TGTTTTTAAA CGGTTAAAAC GAGTGAAATT AGATACATTT 
GAAAAAGCCG AGGATGGGAT TCAAAAAATC GAGGAATTGA AGATTAAGTT ACAAGAACAA 
TCAGATAGTA TTTATGGTAG ATTGCAATCG ATTTATGATA AAATTATACC GACAAATTAT 
CTTGCGTTGA ATGTTGTGTT GCGAGATTTG CAAAAATTGG GTGTTTATTG GGATAATGAA 
TTTAATGATT TTGAAAAGAC ATATTTACCC AGTGAGAATG AGGTCAATAA AATTACCCAA 
TTTCATTTAC GTAAGTTTTT GATGGATCGA TACACCGATG ATGATGATGA TAATAATAAG 
AAAGTTGTCG ATGTAACTGG AAATGAACCT TCTAATGATT CTAAGGAAAC TGGAACTTTA 
GATGATGGGA AGTTATTGTC AAGCAAAGAT TGTACAGATG AGACAACACC TGATAACAGT 
CAAAATTCAA TAAAAGCTGA TGATGACAGT AACGATATTA GGGATAAATC AACTAATGAG 
TTACTGAAAC CGTTCCCAGA ATTTGTTCCC AAGAAACCTC GTGAATTACC TTTGAATAGA 
AATTTATCTG ATTCCAACAT TGAAACTAAG ATGTTTCCTC AAAGCACATT ATATGAACTG 
GGTTCTAATA TATCCGAGAG AATAAATAAA TGGAATCAAA CTGCTGAAAC AGCTGATAAG 
ACAACACCAA TAAAATTGAC ACATCGTGAG TCGGATAGTT CATTGAGATC AATCAACACC 
GTGATTCCGT CACAAAATAA AGTGATTCAT TTGGCGAATT TTTTTGATAA AATGTATTAT 
GACCAGATTT CATTAGAATT TTCCAAACAA AGAGAACGAG AATTGAAACG TAAATCAAAG 
GTTAAGGCTC AACCTATTTT TGATAGTAAA CCTATCGTTG AGATTTATAA TAAAATTGAA 
GATGTTGTTG GTCCCGGAGC TGATGATGAG AAAAAGAAGG ATATTGTTGT CAAGAAAGAT 
GAACAGGATA AAGGACAAGT TAAAGAAAGC CAACAAGAAC TGTCACAACA ACAGCAGCAA 
CTGTCACAGC TGCAGCTGCA GCTGCAAGAG CAATTGGATA TTCCTGAAAA GCAATCATTG 
TTAAAATCAT TGACGAATTT CTGGGCTGAT AGAGCTGCCA CATTGTGGGA TCCATTGAAT 
TATCCATTAG AAAGTCATGA ACATACATTT GCTGATTCTG AAGTTATTGT TCGAGAAGAT 
GAGCCAAGTT CATTAGTGGC ATTTTGTCTT TCTTCTAATG ATTACAAGCA AAAAATTAAT 
AATGCATTTG AAAAGAATAG AATGGGCGAT AGTGGAAACT TATATTTGAA TTTAAAAGAA 
AATAAGGTTT ATGATGATAA AGGTCAACAA AATACAACTA TTGAACTGGA AGTGGCAAAG 
AGCGGTATTA CTACGGAAAG TGCCAGTATT ATCACTAATG TTGGTGATAA TGCTAAACTT 
GAAGAATCTT CGCTGAATCA TACTAGTAAC AATAATAAAT ATGGAGAATC GTTAGTTGCA 
AGTGATAATA AAAAGGGAGC TCAATTTGCC AAAATCGAAA AGAAATTCAA AAAGAAATTG 
AATAAAGAGG GGGGTATCGG TGGGGGAGGA ACTGGTGGTG GTGGTACTGG TGCTAATGAC 
AATGTTAACC CGTTGGAATC GATTTTAACG AGAAATAAAT CCAATCATTT GAAATATCAA 
TTTATTGATG GGAATACAAA TTTATCATGC AAGATCTTTT ATAGTGAACA ATTTGAAGCC 
TTAAGGAAAG CATGTGGTAA TAATGATAAT TTTATTCAAA GTCTTAGTCG ATGTGTTAAA 
TGGCAATCTA GTGGAGGTAA AAGTGGTTCA AGTTTTTTGA AAACTTTAGA TAATCGATAT 
ATTTTAAAAG AATTATCTAA ACTGGAATTA GAATCATTTG TTTCAATTGC TCCATTTTAT 
TTCAAATATA TTAGTCAATC AATGTTTAAT ACTTTAACTA CAGCAATTGC GAAAATATTT 
GGATTTTATC AAGTACAAAT TAAAAACACC ACCACGGGGA AAATATTTCG AATGGATTTT 
TTGATTATGG AGAATTTATT TTATAATCAT AAAACTACAA GAATATTTGA TCTTAAAGGT 
TCAATGAGAA ATCGTCATGT TCAACAAACT GGCAAAGAGA ATGAAGTTTT ATTAGATGAA 
AATATGATTG AATATATTTA CGAATCACCA GTGTTTGTTG GACAACAACT GAAGAAATTA 
TTACGAGGAT GTTTATTTAA TGATACTAGT TTCTTATCGG CCATGGATGT TATGGATTAT 
AGTTTAGTCA TTGGTATAGA TGATTCATCA AAGAAATTAT ATTTAGGGAT TATTGATTGG 
TTAAGGACAT TTACTTGGGA TAAAAAAGTG GAAAATTGGG TGAAAGGTAA TAATTTGATT 
GGTGGGAATA AACGAGGGAA AGATCCAACC ATTGTTACTC CTAAACAATA TCGTATAAGA 
TTTAGAGAAG CTATGGAAAG ATATATTTTA GAGGCACCTG ATATTTGGTA TGAAGGATCG 
AAATGA

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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FAB1 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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