CD36_06100 cDNA ORF clone, Candida dubliniensis CD36

Gene
Clones
gRNAs

Summary

Gene Symbol	CD36_06100
Entrez Gene ID	8044810
Full Name	beige protein homologue, putative
Gene Type	protein-coding
Organism	Candida dubliniensis CD36

mRNA and Protein(s)

mRNA	Protein	Name
XM_002417225.1	XP_002417270.1	beige protein homologue, 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_06100 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CD36_06100 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
OCr00541	XM_002417225.1 Latest version!	Candida dubliniensis CD36 beige protein homologue, putative (CD36_06100), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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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)

CD36_06100 ( XM_002417225.1 ) cDNA ORF clone, Candida dubliniensis CD36 -> XP_002417270.1 Candida dubliniensis CD36 beige protein homologue, putative (CD36_06100), partial mRNA.

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CloneID	OCr00541
Clone ID Related Accession (Same CDS sequence)	XM_002417225.1
Accession Version	XM_002417225.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6804bp) 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	beige protein homologue, 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.

ATGAATTCAT TGAATACAAG AGAAGCAAAA GAAATTGAGT TAATCAATTT GCTATATAAT 
AATTTTCCTA CATTACGACT CAATCAAGAA CTAATAATCA ATTGGCAAGT TGAAATACTG 
GATAAAATTA CTGAATTTTC ATCATTATCA TTAATTATAT CCAATAATGT TGTTCTTGAT 
ATTGATGCAA TTAGTTTGGA GCATGAGCCA AATATTAATG AAATATTATC ATATCTAGAG 
CAGGATTTGA CTAGTAACAA TAAAGATGAT GAGGATAATG ATGAATTCAA GATTATCATA 
TTAGAAATTC TTATTTTTAT TATTTCTTCT TCATTTAGAT TAAGAATATT ACTGCATAAT 
ACTTTGGAGT ATTTGATTGA TTCATTTTTG AAGAAATTGA GTATTGGAAG AGGTGCTACT 
TTGGAAAATA TCAGACAACC AAGCATTATT AGTCAATATA TGAGATTGAT AATTCTATAT 
ATGGAATTTG GATGTGATAC AAGGCATTTC AAAAAATTGG TCAATCCATT GATCCAAAAA 
AAGAACCCTA TTGCAAATCT TATTTTATCA GAAATGTTGT TGCAAATATA TACCAAATAT 
CAAGCTCAAT TCCCTGTTGT CTCAATTACA AAACGAATCA ATTTCCCGTT TAGTAATGAT 
AATTTGAAGA AAACATTTAG TATCCATTCC TGGTTCAAAG TGAATCGACA ATTACACAAT 
TTCAATGAAG ATGCCATGAC ATTGTTTACT GTTTCAAGTT CTGGTCCTGT TAATGGGAAT 
GACCATAATG GAGCTTTACT AAAAATTAAA TTAATTAACT ATACTCAATT TATGGTTGAA 
ATCAAAAATC ATGTAAATGG TTCAAAAATT CGTTATACAT TTAATCATAT CTTGCAAGAA 
ACAGAGAAAA ACCAGGGATT CGTTCATTTT GTGCTAACTT ATGATAACTA TACAAATTTG 
AACTTATTTA TTGATGGAGA ATACAGTGAA TCTATTCCAT GTCCCGAACT TCACAAGCAT 
TTAAGCAACT GGAATAAAAT ATCGATTGGC GAAAAATCCG AGGACATTGC TTTAAGAAAT 
AATGAAATCA TTCTTCGAAA TTTGACTATT TTGAATACTA TTTTGTCAAA TGAATGGATC 
AACTTGTTAT ACAATTTGGG GTTAGGGTTT GACTGGGAAG TGAAAGATTT TGCTAATGAC 
ACCACACTAC ATTTACTAAC CCAACTAAAC CATCAAGGGC TATTCAACGT AGCCCTTAAG 
TTTAATGAAA TCAAAGAACA GAAGAAAAAT ATCGGGGTTA ACAGCAATAA TAATAATCAC 
ATGTTTGGTT CATCAACGGC TGCTAAAAAT GATAAGAATA CTCTTGCAAC TTTTGGGGGC 
ACCAGAATTA GAGAAAGGAA TTTTCACAAA ATCCAATTCA ACACCGCTCA TAAATATATG 
AATAAAGAGA AAATTGCCAA CTCGTTATCA AAAATAAAAG GTGAAAATGT TACGTTTGAT 
TCTAATGATT TTTTCCAAAA TATTTTACAT CAAGGAAAGA AAAATGTGAG ACAGAGTGTC 
ACTAGTTCAA TTATTTTTAA CAATCAGAGA TCTATTTATC AAGCATTTAA TGTTATCGGT 
GGATCATCTG TAGTATTACG AATTCTAGAA ACATCACTTG AAATTACCAA TCCCCAACTT 
CGCGATTCAA TAGTATATAC AGTGTTATCC CTTTTGCTAA CATTATTGTC CAATAATTGG 
CGATTAGAAA AAGAGTTTGA AAGTTTCAAC GGATATGGAA TATTGTCTGT CCTTCTAACC 
AAATACAAGG ATTTCAACAA ACAATTGAAA TTTGATAAAG TGTTGGATGA TGTCGAACCA 
GAAACCAATT TGCTCAATAT TTTACTTGAA TTTTCTGGAC ACGATTATGA GTATCCTTAT 
GAATCTGCAG TTGTGAATCC AATTAGCTAT CGTATACTAG TACTCAATTT TGATTTACAT 
TATGGAACTG AATCATTTGA TTACTTGTTA TTTCAAATAC ACTTGCTATT ATACACATCA 
AGACATAAAG AGTATAATTA CAACGAGTTG CGGAAAATGA AGATATTACG TAAACTTGTT 
CAATTCATCA AGGAGCTGAA AATTGATGAT TATAATATGT CACAAACATT TAAAGAACAG 
TTGGCACAAA CTTTGACAGG AATTCTTCAT CTTGATTCGT CTGTTGAAAC CATTGTTTTG 
TTTTCATCGT ATATTATTTT TGCCTTGTAT AATAACGATA GCTCAACTGT ATGTGGCACA 
ATAACTTTAC AAGTATTAAC TGACTATTTA TGTGACTCAA CAACTTCCAT AAAAACTTTA 
AAGAAATTTT CAAGGTCCAT TACTATTCAC TGGATTCTAC TTTTATTTCG ATTCCAAGAG 
TCCGAGATAG TTGTTAATTG TGGAATTCGA CTTTTGACTA AATTACTCAA GGTGTTAGGC 
ACCCACATAA TACGAAAGTT TTTCCAATTG AATCACGGAT TGGATGTATT GACTCTGTTT 
TTAAAAGATT GGTGGGATAA CGAAACAGTA TTGTGTTCAA TGTTTCTAGC ATCCTTTGGA 
ATTGATACTC AAGATACCAC CAATCCCGAG CTTTCTCAAA ATAGAGATTT GACAGAAGTA 
TTAAACTCAA ATATAAACAA CTTACAGCAA TTGATTATCC CCGAGTTTTT ATTGTTATTG 
AACAATTTGG TTTTGAATTC TATGTACATT TTGAGTCTTA AATCAGGGAA ATTACTTCAT 
AGTAATCCCT CAACCCCAAT CAAAAGTAGC AATCAAGAAA ATGTAACGTT GGCTTTGAAT 
GTTCTTCACT TGATCAACCA ATATATCACC TCAATAAAAG TCGGATTTGA GAAATCAAAA 
TTGTTGCAGA CATTTTATCT CAGTAAAGAA TTTCTCGAAG GAATCGTTGA GTTGTTGGGT 
TATTTGAAGT TATCACTACT GTGGAGTAAT GTTGATATTC AGAAAAATAT GCAAACAACT 
TTTGACAGAC TTTCTAAATT GATTGCAAGC TTTTATATTT CCAACTTATC CAATGAAACG 
TTTTTACAAA GCTTTGAGAA ATTGAGTGAT TTTACTAAAG TTGTTTTATT AGATCTTGTG 
TTCCCGGAAG TATTAGGACA TATTAACCAA TTTATCAGTG TTACAAATTT TGTTTTCAAC 
GAAAAACAGT TTTTTAATAA CACCATACAA TTATTACATC ATTACAACGA AGAATTGTTA 
AATCAAAACT ATTTTGTGTC TTATTCGAAT TTTGATACAT TCTTATTGTG TTCAATTGCG 
ATTAGTGAGC TTGGAATTGG CCACAATTTG CAATATGTAA AGAAAATGAT TGGCGATAAC 
GTTGTTGTCA AGTTTGTTAG GTTAGCATCG GATTGGGATA TTCTGTTTAC ACATTCCAAG 
GAAAATTTGG ATTCCGTATT AAAAACATTG TTGTATAGGC AAACAACCAT TTTGCAACCT 
GATGTGATAA TTAGCAAAAG GCTAGTTCAT ATCATTATTT TGTTGCTCGG TATGGTACTT 
ACACCTGGCC CTGAAAACAA AACTGCTAAC GTTGAACTAC CATTTAATTT CTTGAGAACA 
TGTTACTTGA TGAGACAAGA TGAATTTTCC CTGATTTTAG AAAAAATGAA TTGTGATAAA 
AACTTGATGC AAGAGTTTTT CAATAATTTG GTATCCAAAA ACGACAGTGA AACTTTATTG 
AGACTACAAA AGTATCCACC ATTTGTGAAA AGTATACTCA AAGAGTTTCA AATGTTAAAG 
GAACAGTACA ACAGTACAGA GTATTTGAAA GTATCTAATA TGATTAGTGT CACTCTTCAT 
AATGGTGGGA AATTGGGACA AATGAATAGT ATATATATCA AGAGTTTTGA AAAAGATTGC 
GAGCTGATCA AAAGTCAAAC TATGAATGCC GAGTTAGTTA AATTTAATAG GTTAGTACAA 
GATAAGGAGG AAAGTATTAA ACATTTAATT TCCACATACC ATGGATTGAA AACAGAAGTT 
TCAAGATTGT TTGAAGATCA TGCTGCTGCT AAAAGTTATG TGTTGGATTA TATCGAAAAC 
ACAAATCGAA TGAGAAAAAG ACTTATTGTT GAGGATCAGC TACCAGAATC GGAACGACTC 
ACTTATAATA TTGATGTCCC ATTGAAACAA ATTGATTCAT TTACTAATTC GAGTGCCATT 
CACCAATACG ACGCTGCTAT TACTGCTACT GGAATTGACA CATTGAGCTT ATCATCATCT 
AATGAAGAAG TGTCTCCTTA TGGGGAAGAT AGTTTCGAAT TCGTTGAAAG CAATGAGACT 
GAAGGAGAGG AAGAAGAAAC GGAAATCAAT CATGTTTATG AAGATAAGAA TCGGAAAGTG 
AGCAGAAGTT TGTATGTTGG TGATCAAATT GTCACACTTT GGAATATTAG TCAGATCAAT 
GGTCTAGTTC CAATTGAAAG TTTGATGATA TTGGGGTTGA GTCATTTGTA TTTGATCGAA 
AATTATTTTC ACAGTAAAGA TGGTAACGTT ATTGATGTGG AAGATGCGCC ACCTGAGTTG 
AGAGATCCTA TTCTTCAATT GGTCAACTCT CAATCAAGCA ACATATTAAA AAATGATGGG 
AAATTACACC GAAGCAAAAA TTGGAGCTTG GACAAGTTGA GTTGTATCTC CAAAAGACAT 
TTTTTGCTAC GAGATATAGC GTTAGAGATG TTTTTCAGTG ACGGCGCCAG TATCTTGATC 
ACTTGTTTGA CCACAAAGGA CAGAGATGCA ATATATAATA AACTTTATTC TTTTGCCTCG 
GGAAAAGGAG TTGATTATGA TTTAATACAG GCATTGCAAT CTTCTACCCA TGATTCCTTA 
TATTCTTTTG GAGCATCATC ATTATCATCC AAACTTGTGT CTGCCTTTTC ACAAACCAGC 
ATTTCCAACA TGATGTTTCT TGAGGCGACC AAAAAATGGA AATTAGGTGA AATGTCAAAT 
TTTTACTATT TAATGATTGT GAATACCTTA GCTGGCAGAA CATTTAACGA TTTGACCCAG 
TACCCTGTTT TCCCCTGGGT GATTGCTGAT TATAAGAGTG AGACGCTTGA TTTATCTGAC 
CCCAGAACAT TCAGGGATTT ATCAAAACCA ATGGGGGCGC AAACGCCGGC GAGAGAAAAT 
GAATTTCGAG AAAGGTTTGA AGCATTGGAC AGTCTCAATG ATCATGATGC ACCAGCATTC 
CATTACGGTA CACATTATTC TTCTGCAATG ATTGTCACAT CGTTCTTGAT TCGTCTAAAG 
CCTTATGTTC AATCGTATCT ATTATTGCAG GGAGGCAAAT TTGATCATGC TGATCGATTA 
TTTAACTCGG TAGAACGAGC TTGGTTATCT GCATCCAGAG ACAACACTAC TGATGTTAGA 
GAATTGACAC CAGAATTTTA TTACTTGCCC GAATTTTTGG TCAATGAAAA CAATTTTGAA 
TTTGGTAAAT TACAAAATGG TGAATCGTCC CATGACGTGG AATTACCTCC ATGGGCAAAA 
GGTGATCCGA AAATATTTAT TGCCAAAAAT AGAGAAGCAT TGGAAAGCTC ATATGTATCA 
GCGAATTTGC ACTTGTGGAT TGATTTGATT TTTGGTTATA AACAGAGTGG AGAAGAAGCT 
GTAAAGGCTC TAAATGTTTT CCACCACCTT TCCTATAGTG GAGCAATTAA TTTGGATAAC 
ATAAATGACG AGGTAGAAAA ACGTGCTGTG ATAGGAATGA TTAACAATTT TGGTCAAACA 
CCATGCAAGT TATTTAACCG TCCACATCCC TTGCGAGACG TTCTTAATTT ACCAAATTAT 
TATTTAACTC AATTTGATGG CAATGCATCA CGTTTGAAAC TTGTATTTGA GTCCAAATTG 
AAAGCTCCTA TATCCAAGTT GGAAATAAGT TCCAAAAATG CCAATCGATG GGTTGGAAGA 
CAGAATTGCA TTTCATGTGA AGATGATTTG TTGATTAGAA AAGCTAAGAA ATTAAAGCAT 
GAATGTGGTT CATTGTTAGT TAATGATACT TTATTCCTCA GTGTGCATTC ATCTGACATT 
ACAACAGTAT TACAGTTGGG ACATAAACTA TTCGTCACTG GTGCTGAAGA TGGCAGCATA 
TATGTATGGA AATGTAATTT ACGACCAACG ACGACACTCC AATACGAAGC ACTTTTAAGA 
GGTCATTTGA CTAGTGTTTT AAAAATTGTT TACACCAAGA GTTTTAAATT TGGTGCCAGT 
ATTGATAAGG ATGGGATTGT TATAGTATGG GATTTCATAC GGTTCAAATA TGTTCGAAAA 
TTGATTCCTC CAGTTTTAAC TGAAGAGAAC GCTACAGTTA GCCCGTTATT GGCAGTGTCA 
AATGAAAGTG GGAATTTTGC TACTGTTCAT TTTGACAAAA ATCTAAATGG TTTACTACAG 
TTATTTACTA TTAATGGTGA GTTAATTATA TCTTTTGAAT TCCCTGCTAT TGAAGGACAA 
AGAATTGACG CGATAACTTT TGCGACAACA AATTCAATTA TGGTTGATAA CACAAGAAAT 
ATTAATGTTA ACAAACATAT ATATTGGTCA AAAGAAATTT TAGCGGTTGC TCGAAAGAAA 
TCCATTGAAC TTTGGGAATT AATTCCAGAT AATGGTTGGG AATTAAAACA ACTAGATAAG 
GTTGATTTAC AAGATAAAAT ATCGGGAGAT ATAACAGTCA TTGAGCTTTT TAAATGTTCG 
GAAGTTGACA CTGAAGATAA ACTAATCAGA GGAAATTTAA AGTTAGTAAT TGGGGATTCA 
ACAGGAAAAG TATATACTTT GTAA

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

RefSeq	XP_002417270.1
CDS	1..6804
Translation	MNSLNTREAKEIELINLLYNNFPTLRLNQELIINWQVEILDKITEFSSLSLIISNNVVLDIDAISLEHEPNINEILSYLEQDLTSNNKDDEDNDEFKIIILEILIFIISSSFRLRILLHNTLEYLIDSFLKKLSIGRGATLENIRQPSIISQYMRLIILYMEFGCDTRHFKKLVNPLIQKKNPIANLILSEMLLQIYTKYQAQFPVVSITKRINFPFSNDNLKKTFSIHSWFKVNRQLHNFNEDAMTLFTVSSSGPVNGNDHNGALLKIKLINYTQFMVEIKNHVNGSKIRYTFNHILQETEKNQGFVHFVLTYDNYTNLNLFIDGEYSESIPCPELHKHLSNWNKISIGEKSEDIALRNNEIILRNLTILNTILSNEWINLLYNLGLGFDWEVKDFANDTTLHLLTQLNHQGLFNVALKFNEIKEQKKNIGVNSNNNNHMFGSSTAAKNDKNTLATFGGTRIRERNFHKIQFNTAHKYMNKEKIANSLSKIKGENVTFDSNDFFQNILHQGKKNVRQSVTSSIIFNNQRSIYQAFNVIGGSSVVLRILETSLEITNPQLRDSIVYTVLSLLLTLLSNNWRLEKEFESFNGYGILSVLLTKYKDFNKQLKFDKVLDDVEPETNLLNILLEFSGHDYEYPYESAVVNPISYRILVLNFDLHYGTESFDYLLFQIHLLLYTSRHKEYNYNELRKMKILRKLVQFIKELKIDDYNMSQTFKEQLAQTLTGILHLDSSVETIVLFSSYIIFALYNNDSSTVCGTITLQVLTDYLCDSTTSIKTLKKFSRSITIHWILLLFRFQESEIVVNCGIRLLTKLLKVLGTHIIRKFFQLNHGLDVLTLFLKDWWDNETVLCSMFLASFGIDTQDTTNPELSQNRDLTEVLNSNINNLQQLIIPEFLLLLNNLVLNSMYILSLKSGKLLHSNPSTPIKSSNQENVTLALNVLHLINQYITSIKVGFEKSKLLQTFYLSKEFLEGIVELLGYLKLSLLWSNVDIQKNMQTTFDRLSKLIASFYISNLSNETFLQSFEKLSDFTKVVLLDLVFPEVLGHINQFISVTNFVFNEKQFFNNTIQLLHHYNEELLNQNYFVSYSNFDTFLLCSIAISELGIGHNLQYVKKMIGDNVVVKFVRLASDWDILFTHSKENLDSVLKTLLYRQTTILQPDVIISKRLVHIIILLLGMVLTPGPENKTANVELPFNFLRTCYLMRQDEFSLILEKMNCDKNLMQEFFNNLVSKNDSETLLRLQKYPPFVKSILKEFQMLKEQYNSTEYLKVSNMISVTLHNGGKLGQMNSIYIKSFEKDCELIKSQTMNAELVKFNRLVQDKEESIKHLISTYHGLKTEVSRLFEDHAAAKSYVLDYIENTNRMRKRLIVEDQLPESERLTYNIDVPLKQIDSFTNSSAIHQYDAAITATGIDTLSLSSSNEEVSPYGEDSFEFVESNETEGEEEETEINHVYEDKNRKVSRSLYVGDQIVTLWNISQINGLVPIESLMILGLSHLYLIENYFHSKDGNVIDVEDAPPELRDPILQLVNSQSSNILKNDGKLHRSKNWSLDKLSCISKRHFLLRDIALEMFFSDGASILITCLTTKDRDAIYNKLYSFASGKGVDYDLIQALQSSTHDSLYSFGASSLSSKLVSAFSQTSISNMMFLEATKKWKLGEMSNFYYLMIVNTLAGRTFNDLTQYPVFPWVIADYKSETLDLSDPRTFRDLSKPMGAQTPARENEFRERFEALDSLNDHDAPAFHYGTHYSSAMIVTSFLIRLKPYVQSYLLLQGGKFDHADRLFNSVERAWLSASRDNTTDVRELTPEFYYLPEFLVNENNFEFGKLQNGESSHDVELPPWAKGDPKIFIAKNREALESSYVSANLHLWIDLIFGYKQSGEEAVKALNVFHHLSYSGAINLDNINDEVEKRAVIGMINNFGQTPCKLFNRPHPLRDVLNLPNYYLTQFDGNASRLKLVFESKLKAPISKLEISSKNANRWVGRQNCISCEDDLLIRKAKKLKHECGSLLVNDTLFLSVHSSDITTVLQLGHKLFVTGAEDGSIYVWKCNLRPTTTLQYEALLRGHLTSVLKIVYTKSFKFGASIDKDGIVIVWDFIRFKYVRKLIPPVLTEENATVSPLLAVSNESGNFATVHFDKNLNGLLQLFTINGELIISFEFPAIEGQRIDAITFATTNSIMVDNTRNINVNKHIYWSKEILAVARKKSIELWELIPDNGWELKQLDKVDLQDKISGDITVIELFKCSEVDTEDKLIRGNLKLVIGDSTGKVYTL

Target ORF information:

RefSeq Version	XM_002417225.1
Organism	Candida dubliniensis CD36
Definition	Candida dubliniensis CD36 beige protein homologue, putative (CD36_06100), partial mRNA.

Target ORF information:

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

XM_002417225.1

ORF Insert Sequence:

ATGAATTCAT TGAATACAAG AGAAGCAAAA GAAATTGAGT TAATCAATTT GCTATATAAT 
AATTTTCCTA CATTACGACT CAATCAAGAA CTAATAATCA ATTGGCAAGT TGAAATACTG 
GATAAAATTA CTGAATTTTC ATCATTATCA TTAATTATAT CCAATAATGT TGTTCTTGAT 
ATTGATGCAA TTAGTTTGGA GCATGAGCCA AATATTAATG AAATATTATC ATATCTAGAG 
CAGGATTTGA CTAGTAACAA TAAAGATGAT GAGGATAATG ATGAATTCAA GATTATCATA 
TTAGAAATTC TTATTTTTAT TATTTCTTCT TCATTTAGAT TAAGAATATT ACTGCATAAT 
ACTTTGGAGT ATTTGATTGA TTCATTTTTG AAGAAATTGA GTATTGGAAG AGGTGCTACT 
TTGGAAAATA TCAGACAACC AAGCATTATT AGTCAATATA TGAGATTGAT AATTCTATAT 
ATGGAATTTG GATGTGATAC AAGGCATTTC AAAAAATTGG TCAATCCATT GATCCAAAAA 
AAGAACCCTA TTGCAAATCT TATTTTATCA GAAATGTTGT TGCAAATATA TACCAAATAT 
CAAGCTCAAT TCCCTGTTGT CTCAATTACA AAACGAATCA ATTTCCCGTT TAGTAATGAT 
AATTTGAAGA AAACATTTAG TATCCATTCC TGGTTCAAAG TGAATCGACA ATTACACAAT 
TTCAATGAAG ATGCCATGAC ATTGTTTACT GTTTCAAGTT CTGGTCCTGT TAATGGGAAT 
GACCATAATG GAGCTTTACT AAAAATTAAA TTAATTAACT ATACTCAATT TATGGTTGAA 
ATCAAAAATC ATGTAAATGG TTCAAAAATT CGTTATACAT TTAATCATAT CTTGCAAGAA 
ACAGAGAAAA ACCAGGGATT CGTTCATTTT GTGCTAACTT ATGATAACTA TACAAATTTG 
AACTTATTTA TTGATGGAGA ATACAGTGAA TCTATTCCAT GTCCCGAACT TCACAAGCAT 
TTAAGCAACT GGAATAAAAT ATCGATTGGC GAAAAATCCG AGGACATTGC TTTAAGAAAT 
AATGAAATCA TTCTTCGAAA TTTGACTATT TTGAATACTA TTTTGTCAAA TGAATGGATC 
AACTTGTTAT ACAATTTGGG GTTAGGGTTT GACTGGGAAG TGAAAGATTT TGCTAATGAC 
ACCACACTAC ATTTACTAAC CCAACTAAAC CATCAAGGGC TATTCAACGT AGCCCTTAAG 
TTTAATGAAA TCAAAGAACA GAAGAAAAAT ATCGGGGTTA ACAGCAATAA TAATAATCAC 
ATGTTTGGTT CATCAACGGC TGCTAAAAAT GATAAGAATA CTCTTGCAAC TTTTGGGGGC 
ACCAGAATTA GAGAAAGGAA TTTTCACAAA ATCCAATTCA ACACCGCTCA TAAATATATG 
AATAAAGAGA AAATTGCCAA CTCGTTATCA AAAATAAAAG GTGAAAATGT TACGTTTGAT 
TCTAATGATT TTTTCCAAAA TATTTTACAT CAAGGAAAGA AAAATGTGAG ACAGAGTGTC 
ACTAGTTCAA TTATTTTTAA CAATCAGAGA TCTATTTATC AAGCATTTAA TGTTATCGGT 
GGATCATCTG TAGTATTACG AATTCTAGAA ACATCACTTG AAATTACCAA TCCCCAACTT 
CGCGATTCAA TAGTATATAC AGTGTTATCC CTTTTGCTAA CATTATTGTC CAATAATTGG 
CGATTAGAAA AAGAGTTTGA AAGTTTCAAC GGATATGGAA TATTGTCTGT CCTTCTAACC 
AAATACAAGG ATTTCAACAA ACAATTGAAA TTTGATAAAG TGTTGGATGA TGTCGAACCA 
GAAACCAATT TGCTCAATAT TTTACTTGAA TTTTCTGGAC ACGATTATGA GTATCCTTAT 
GAATCTGCAG TTGTGAATCC AATTAGCTAT CGTATACTAG TACTCAATTT TGATTTACAT 
TATGGAACTG AATCATTTGA TTACTTGTTA TTTCAAATAC ACTTGCTATT ATACACATCA 
AGACATAAAG AGTATAATTA CAACGAGTTG CGGAAAATGA AGATATTACG TAAACTTGTT 
CAATTCATCA AGGAGCTGAA AATTGATGAT TATAATATGT CACAAACATT TAAAGAACAG 
TTGGCACAAA CTTTGACAGG AATTCTTCAT CTTGATTCGT CTGTTGAAAC CATTGTTTTG 
TTTTCATCGT ATATTATTTT TGCCTTGTAT AATAACGATA GCTCAACTGT ATGTGGCACA 
ATAACTTTAC AAGTATTAAC TGACTATTTA TGTGACTCAA CAACTTCCAT AAAAACTTTA 
AAGAAATTTT CAAGGTCCAT TACTATTCAC TGGATTCTAC TTTTATTTCG ATTCCAAGAG 
TCCGAGATAG TTGTTAATTG TGGAATTCGA CTTTTGACTA AATTACTCAA GGTGTTAGGC 
ACCCACATAA TACGAAAGTT TTTCCAATTG AATCACGGAT TGGATGTATT GACTCTGTTT 
TTAAAAGATT GGTGGGATAA CGAAACAGTA TTGTGTTCAA TGTTTCTAGC ATCCTTTGGA 
ATTGATACTC AAGATACCAC CAATCCCGAG CTTTCTCAAA ATAGAGATTT GACAGAAGTA 
TTAAACTCAA ATATAAACAA CTTACAGCAA TTGATTATCC CCGAGTTTTT ATTGTTATTG 
AACAATTTGG TTTTGAATTC TATGTACATT TTGAGTCTTA AATCAGGGAA ATTACTTCAT 
AGTAATCCCT CAACCCCAAT CAAAAGTAGC AATCAAGAAA ATGTAACGTT GGCTTTGAAT 
GTTCTTCACT TGATCAACCA ATATATCACC TCAATAAAAG TCGGATTTGA GAAATCAAAA 
TTGTTGCAGA CATTTTATCT CAGTAAAGAA TTTCTCGAAG GAATCGTTGA GTTGTTGGGT 
TATTTGAAGT TATCACTACT GTGGAGTAAT GTTGATATTC AGAAAAATAT GCAAACAACT 
TTTGACAGAC TTTCTAAATT GATTGCAAGC TTTTATATTT CCAACTTATC CAATGAAACG 
TTTTTACAAA GCTTTGAGAA ATTGAGTGAT TTTACTAAAG TTGTTTTATT AGATCTTGTG 
TTCCCGGAAG TATTAGGACA TATTAACCAA TTTATCAGTG TTACAAATTT TGTTTTCAAC 
GAAAAACAGT TTTTTAATAA CACCATACAA TTATTACATC ATTACAACGA AGAATTGTTA 
AATCAAAACT ATTTTGTGTC TTATTCGAAT TTTGATACAT TCTTATTGTG TTCAATTGCG 
ATTAGTGAGC TTGGAATTGG CCACAATTTG CAATATGTAA AGAAAATGAT TGGCGATAAC 
GTTGTTGTCA AGTTTGTTAG GTTAGCATCG GATTGGGATA TTCTGTTTAC ACATTCCAAG 
GAAAATTTGG ATTCCGTATT AAAAACATTG TTGTATAGGC AAACAACCAT TTTGCAACCT 
GATGTGATAA TTAGCAAAAG GCTAGTTCAT ATCATTATTT TGTTGCTCGG TATGGTACTT 
ACACCTGGCC CTGAAAACAA AACTGCTAAC GTTGAACTAC CATTTAATTT CTTGAGAACA 
TGTTACTTGA TGAGACAAGA TGAATTTTCC CTGATTTTAG AAAAAATGAA TTGTGATAAA 
AACTTGATGC AAGAGTTTTT CAATAATTTG GTATCCAAAA ACGACAGTGA AACTTTATTG 
AGACTACAAA AGTATCCACC ATTTGTGAAA AGTATACTCA AAGAGTTTCA AATGTTAAAG 
GAACAGTACA ACAGTACAGA GTATTTGAAA GTATCTAATA TGATTAGTGT CACTCTTCAT 
AATGGTGGGA AATTGGGACA AATGAATAGT ATATATATCA AGAGTTTTGA AAAAGATTGC 
GAGCTGATCA AAAGTCAAAC TATGAATGCC GAGTTAGTTA AATTTAATAG GTTAGTACAA 
GATAAGGAGG AAAGTATTAA ACATTTAATT TCCACATACC ATGGATTGAA AACAGAAGTT 
TCAAGATTGT TTGAAGATCA TGCTGCTGCT AAAAGTTATG TGTTGGATTA TATCGAAAAC 
ACAAATCGAA TGAGAAAAAG ACTTATTGTT GAGGATCAGC TACCAGAATC GGAACGACTC 
ACTTATAATA TTGATGTCCC ATTGAAACAA ATTGATTCAT TTACTAATTC GAGTGCCATT 
CACCAATACG ACGCTGCTAT TACTGCTACT GGAATTGACA CATTGAGCTT ATCATCATCT 
AATGAAGAAG TGTCTCCTTA TGGGGAAGAT AGTTTCGAAT TCGTTGAAAG CAATGAGACT 
GAAGGAGAGG AAGAAGAAAC GGAAATCAAT CATGTTTATG AAGATAAGAA TCGGAAAGTG 
AGCAGAAGTT TGTATGTTGG TGATCAAATT GTCACACTTT GGAATATTAG TCAGATCAAT 
GGTCTAGTTC CAATTGAAAG TTTGATGATA TTGGGGTTGA GTCATTTGTA TTTGATCGAA 
AATTATTTTC ACAGTAAAGA TGGTAACGTT ATTGATGTGG AAGATGCGCC ACCTGAGTTG 
AGAGATCCTA TTCTTCAATT GGTCAACTCT CAATCAAGCA ACATATTAAA AAATGATGGG 
AAATTACACC GAAGCAAAAA TTGGAGCTTG GACAAGTTGA GTTGTATCTC CAAAAGACAT 
TTTTTGCTAC GAGATATAGC GTTAGAGATG TTTTTCAGTG ACGGCGCCAG TATCTTGATC 
ACTTGTTTGA CCACAAAGGA CAGAGATGCA ATATATAATA AACTTTATTC TTTTGCCTCG 
GGAAAAGGAG TTGATTATGA TTTAATACAG GCATTGCAAT CTTCTACCCA TGATTCCTTA 
TATTCTTTTG GAGCATCATC ATTATCATCC AAACTTGTGT CTGCCTTTTC ACAAACCAGC 
ATTTCCAACA TGATGTTTCT TGAGGCGACC AAAAAATGGA AATTAGGTGA AATGTCAAAT 
TTTTACTATT TAATGATTGT GAATACCTTA GCTGGCAGAA CATTTAACGA TTTGACCCAG 
TACCCTGTTT TCCCCTGGGT GATTGCTGAT TATAAGAGTG AGACGCTTGA TTTATCTGAC 
CCCAGAACAT TCAGGGATTT ATCAAAACCA ATGGGGGCGC AAACGCCGGC GAGAGAAAAT 
GAATTTCGAG AAAGGTTTGA AGCATTGGAC AGTCTCAATG ATCATGATGC ACCAGCATTC 
CATTACGGTA CACATTATTC TTCTGCAATG ATTGTCACAT CGTTCTTGAT TCGTCTAAAG 
CCTTATGTTC AATCGTATCT ATTATTGCAG GGAGGCAAAT TTGATCATGC TGATCGATTA 
TTTAACTCGG TAGAACGAGC TTGGTTATCT GCATCCAGAG ACAACACTAC TGATGTTAGA 
GAATTGACAC CAGAATTTTA TTACTTGCCC GAATTTTTGG TCAATGAAAA CAATTTTGAA 
TTTGGTAAAT TACAAAATGG TGAATCGTCC CATGACGTGG AATTACCTCC ATGGGCAAAA 
GGTGATCCGA AAATATTTAT TGCCAAAAAT AGAGAAGCAT TGGAAAGCTC ATATGTATCA 
GCGAATTTGC ACTTGTGGAT TGATTTGATT TTTGGTTATA AACAGAGTGG AGAAGAAGCT 
GTAAAGGCTC TAAATGTTTT CCACCACCTT TCCTATAGTG GAGCAATTAA TTTGGATAAC 
ATAAATGACG AGGTAGAAAA ACGTGCTGTG ATAGGAATGA TTAACAATTT TGGTCAAACA 
CCATGCAAGT TATTTAACCG TCCACATCCC TTGCGAGACG TTCTTAATTT ACCAAATTAT 
TATTTAACTC AATTTGATGG CAATGCATCA CGTTTGAAAC TTGTATTTGA GTCCAAATTG 
AAAGCTCCTA TATCCAAGTT GGAAATAAGT TCCAAAAATG CCAATCGATG GGTTGGAAGA 
CAGAATTGCA TTTCATGTGA AGATGATTTG TTGATTAGAA AAGCTAAGAA ATTAAAGCAT 
GAATGTGGTT CATTGTTAGT TAATGATACT TTATTCCTCA GTGTGCATTC ATCTGACATT 
ACAACAGTAT TACAGTTGGG ACATAAACTA TTCGTCACTG GTGCTGAAGA TGGCAGCATA 
TATGTATGGA AATGTAATTT ACGACCAACG ACGACACTCC AATACGAAGC ACTTTTAAGA 
GGTCATTTGA CTAGTGTTTT AAAAATTGTT TACACCAAGA GTTTTAAATT TGGTGCCAGT 
ATTGATAAGG ATGGGATTGT TATAGTATGG GATTTCATAC GGTTCAAATA TGTTCGAAAA 
TTGATTCCTC CAGTTTTAAC TGAAGAGAAC GCTACAGTTA GCCCGTTATT GGCAGTGTCA 
AATGAAAGTG GGAATTTTGC TACTGTTCAT TTTGACAAAA ATCTAAATGG TTTACTACAG 
TTATTTACTA TTAATGGTGA GTTAATTATA TCTTTTGAAT TCCCTGCTAT TGAAGGACAA 
AGAATTGACG CGATAACTTT TGCGACAACA AATTCAATTA TGGTTGATAA CACAAGAAAT 
ATTAATGTTA ACAAACATAT ATATTGGTCA AAAGAAATTT TAGCGGTTGC TCGAAAGAAA 
TCCATTGAAC TTTGGGAATT AATTCCAGAT AATGGTTGGG AATTAAAACA ACTAGATAAG 
GTTGATTTAC AAGATAAAAT ATCGGGAGAT ATAACAGTCA TTGAGCTTTT TAAATGTTCG 
GAAGTTGACA CTGAAGATAA ACTAATCAGA GGAAATTTAA AGTTAGTAAT TGGGGATTCA 
ACAGGAAAAG TATATACTTT GTAA

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_06100 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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