BLM3 cDNA ORF clone, Candida albicans SC5314

Gene
Clones
gRNAs

Summary

Gene Symbol	BLM3
Entrez Gene ID	3642310
Full Name	Blm3p
Synonyms	CaO19.2182
Gene Type	protein-coding
Organism	Candida albicans SC5314

mRNA and Protein(s)

mRNA	Protein	Name
XM_710930.1	XP_716023.1	Blm3p

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

Assembly of a phased diploid Candida albicans genome facilitates allele-specific measurements and provides a simple model for repeat and indel structure.
Muzzey D, Schwartz K, Weissman JS, Sherlock G
Genome biology14(9)R97(2013)

Assembly of the Candida albicans genome into sixteen supercontigs aligned on the eight chromosomes.
van het Hoog M, Rast TJ, Martchenko M, Grindle S, Dignard D, Hogues H, Cuomo C, Berriman M, Scherer S, Magee BB, Whiteway M, Chibana H, Nantel A, Magee PT
Genome biology8(4)R52(2007)

The diploid genome sequence of Candida albicans.
Jones T, Federspiel NA, Chibana H, Dungan J, Kalman S, Magee BB, Newport G, Thorstenson YR, Agabian N, Magee PT, Davis RW, Scherer S
Proceedings of the National Academy of Sciences of the United States of America101(19)7329-34(2004 May)

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

The following BLM3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BLM3 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
OCg04802	XM_710930.1 Latest version!	Candida albicans SC5314 Blm3p (BLM3), 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)

BLM3 ( XM_710930.1 ) cDNA ORF clone, Candida albicans SC5314 -> XP_716023.1 Candida albicans SC5314 Blm3p (BLM3), partial mRNA.

Price & Availability↑

CloneID	OCg04802
Clone ID Related Accession (Same CDS sequence)	XM_710930.1
Accession Version	XM_710930.1 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	1522684800000
Organism	Candida albicans SC5314
Product	Blm3p
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_032090). ##Genome-Annotation-Data-START## Annotation Provider :: CGD Annotation Status :: Full annotation Annotation Version :: A22-s07-m01-r01 URL :: http://www.candidagenome.org/ ##Genome-Annotation-Data-END## COMPLETENESS: incomplete on both ends.

ATGCTGCCTA TCGAGAAAAA GACGAAGGTG GATAAATCGC CTAAAGCGAA TGTTTCTGCT 
CCTGTTCCCC TAAAGCATGT GCCACATCCA GTTCCCAAGG TAGCTTCTCT GGACCACCTT 
AAACAACAAA TTTTTGAACA GGATGGACCA TTGAGGTCTT TGACTCCCAA TACAATGGGC 
CAGGTGCAAA GACATATGGT AAGAAGACCA TCATTTGGAA CAATTGTTAC CACCAGGGAA 
CAGCATTACA ATTTGGACTA TCCAGAAGAT CCCGACGAAT TGACCAAATT ACAACTTGAT 
CCCACATCAA GATTTTATGC ACGATCCAAA CCAAGAACTT TAGATTTACC CAGTTTGTTG 
CCATATAAGA TTGAAAGTCC AAAAGACCAA GCTAAGTTTT TAAGTCACAT TGTGTCTCAT 
CTTTATATTG CAATCAAAAC ATTAGATATT CAAGGCTCAC TCAGTGTTAG TGCTAAAGAT 
TTGGCTGCTT TAAAAGACGC TATTTCCGAT GTTGATTTGG CTTTGGAAAC AAACTTATTT 
GAGATGAACA ACGACCCAAC TTGTGATGAA AGCAATGATG AAGCTGTTTC CGATGAATTT 
GAAATTTCTG ATGATGAAGA GGAGGAGGAA GAGGAAGAAG AGGAAGGTGA AGATGAAGAA 
GATGAAGGCG ACAGAGATGC TACTACTCAA CATAAGAAAT CACCAAAGTC TGCAGCCGTT 
GTTGGTGTAA AAACTTGGTC GCATGAATTA ATGGTCTGGC TCAAAATGAA ATACGACATG 
CCCGTTACAT TGAGAGTGAA CTTGGCTAGA GTATATTATG CGATTTGTCT TTGTCGTGGT 
CAACATGTGA ATTTGAAGAC TTACATTAGA ATTTTTGAGC TATTAACAAA GGATCAATTA 
TTGTTGTACA GTCATGGTTT GAGATTGCCA TGGGAGGATT TATGCCGAGA ATTAGAACTA 
CATTTTGCTC CTATTGATGC AGGATTAACC ATATTTGAAA AGAAAGACCA CAAACAATTG 
ATTAAACTTG CCAGCAGAGC CAATTATTTC TTTGCAAGAG ATTGCTTACC AAAAATTTAC 
GAAAAAATGG GTTCATACTT TGCCGTCAAC AGCTCTGCTT TGGTGATGTC ATCTTTGTCA 
CTTTTCCCTA CAGTTTTTAC ACCTAATGGT GTTGAAGATG AGAATGATAT TCGTCATTAC 
ATCCAGTCGT TTTTCTACAT GTGGGAAAAA CTAAACAAAA CCAACGGATT TGATGTACAA 
ATAAGCTCTA GATTAGGTAT TATAGCCATG TCTACTTTGT CAATGATTAA TGATGATATC 
GAAACTAGAA AGTTTTTGAA GTTAGGGGAG TTTGGGATTT TCACTGCAGA TCAGATGCAG 
TACATGATGA ATACATTAAT TAATAGTTTG AGTATTATGA TGGACAAATA TTCTTCCATG 
AAGATAAAGT ATTTTCATGG ATTTGCCTCA ACAATTGTTT TCTCAATGAT TGGAGACTCA 
GCTTTAGTGA AGGGAGGAAT TTTAAACTAC TTGCGTACAC TAGTTAATGC TATTGAAAGT 
TACATTCATC CGTCCAATAC TGGAGATTGG ACAAAGCCTA TTTCAAAAAT GGTTTTGGCA 
TTGATATATC AATTTCATAA AAGATACAAC TCAGAAACGG AAACTCGTGG CTTCTATAAT 
AATATCCCAG AAGAATTCAA GCTCTCAAGA AATGTTGTCA AGGAGTTTGT ATCTATATTA 
TTGCCAATTG TCAAAATAGG TATTCAATCT AAGAAAGAAA AAGTCGGAAG TGATTACATT 
TCTGCTTTAC AACTTTTAGC CTTTTTAGAG CCTGAATATG TTCTTGAGAA CACGCTTTTA 
GACATGTATG AATCTATCGA GGGGGTAATA TCTACTCACA GAGTATCTAC GGCCCTTAGC 
ACTATTGAAA CCTTGTCGAG ATTTATTGTA TCTACGCCGG TTTATAGAGT TCATGCTACC 
AGAATATTAC TGTTGGCCTT ACCAGGAATT GACTCAAATG ATTTAGAGAA AACAATGCAG 
AGTTTAGAGG TGTTTACATC TATGGCCAAC TATGCACCTT TTTATGACTT GACAAAAGGG 
GAAGGAGATT CTATGTTGGC ATTGGAATTT ACTCAAGGGC ATATTGATTA TTTAAAGAGA 
AAGATTTACG ATGGTAATAT TGAGAGTTTC CAAGTCGATA CCGATTTAGA AGTCCAAGCA 
TTAAAATCTT CAACAAGTGC CTTTAAGGAT TTGATCAAAA GCTTTACTCA GCGATTAACC 
TTGCTTTTAG AGAACTTACC AGATCCAGAA ATAAGCATGG GCTTGGAGAG CGCCCTTGCA 
GTTTCATTAC CAAAATTTTT ATACATCATG TTTGAATCAA TTTCAGATGA CTTATTCAAG 
TACTTCCGCG ATGACTTTTT CGAGTTTGTG TTCAATAATA CATACCATAC AATAGCTACC 
ACGGTATCAG AAATTTGTGG TGGTATAATC AAACGTGACC CAAAGTCTTT TAAGAAGAAC 
GCTCGTATTC TCATTGAAAA AATTAAGGAC GAAATCCATG AAAACGAAGC AGGAGGGTAC 
AAAGGTGGTG TTGATATCGT TCCACGTGAT CAAGCACTTT TCTGGTATAT AACTATCTTG 
AACGAGATGG TTGGAAATGC TGGCAACCAG ATTATAGACA TGTCGTCTGA GATCTATGAG 
TTGTCGTACT TTTTAATGGA AAAAGTCAAG AGTCCATTGG TTTTCCCTGC TGCTTATCTT 
GTAAATCAAG TTTTACAGAC AGTCACAAAA ATCAAAGTGA ATGAATGCAG GTTGATTTCC 
CCAGCCTATG AGAAAGAGCA CGGCATTGAC GAGAAATGCT GGGGAGGATT TTGGAACCAA 
AGCATTAGAT TTTCAAAAGA AAACACCACA TTTGATTGGT TCATTCCTTC AGAACGAGAC 
GTCACGTTTG CTGTTGATTT TTTCAATGCT CATGTTTCCA AAAGTTTAGA GAACGTGATG 
AGATTGATGC ATCAATATGA GAAGGAAAAG AATTCGGGTT TAAAGTCTTC CTCAGGTGTT 
GTGGATGATA TCAGACTGAT GTTACTGTTC TTGGCCTATT TATTGAGCGG TGTTTCATTT 
TTATTGGATC CGTCTTTTGA GGAAAATATT CCAAAAATAA ACCATGACAG TGAATCTATC 
CAGCAAAGAT TATTGCTTTT GAAGCAAATT AGAGAATTGG CTAGAGTGTC AAACCAAAAA 
GAAGATTCTA TTGACGAGGC AACTCCAGAA TATATGGAAA AAATTATAAA TGACTTGACC 
AATGAGGATC TCGACATCCT TTCTGAATTT GATCAAGGTG ATAATGAATT AAGAGACAAC 
AAAAAACAGG AGGAAGAGAG TAGAGGTCGA GAAAAAGATG ACGAAAGTAT CCCTTCTAAA 
CCTGCTTCGC CAACTCAAAA CCCCTTGGCT AGATTTGAAG TCAAGTCATT TCCATTAAGT 
AGATCCGAAT CAGTTGCTCC AGCTTATGAC GAGTCTGGCA GAGCAACACC ACAAATCAAC 
GGTGTGCATA TGTCAAGTAT GAATCCTGCT ATAACTTTCA GAGAGAAGAG TCTATACACA 
TCAAACTATT TTTTTGGTAC TGGTCTGGAG AATAGAAGAT TTGCTGATTT ATATTCAAAA 
GTTCACAAAA CTAGAGAATT GGTCGGGAAG AGTTTACACG TCTTATTCAA GTTCTTGATG 
GAAAACTTCC CTGATAACAC CAAAATTTTC AAAGACTTTT TGTTTGTTAT TAGTATTTGG 
TTTTCAGATA TGGGGCGTGA AAGAGCACTT GATCCAAGTC ATTCAAAAAT AAATTATGGA 
TATGTTAGCT ATCTTCAAAC TATCAATAGA GTCAGAAAGC CATTCACCAG AATTGCGATT 
GGGGCTAGGT TGGAATTGTA CCATCTGTTT AGAGTTGCAT TGCATGCAAC TTCACGTACT 
GAAACAAGTT TAGATAAACT TTTGTTGGAA GATGTTGTAA GACTTTCTGT ATCTACCTAT 
TCTAGCATAT CTGCTAATGC TCAAAGTATA TTAGTTGACG CAATGAAAAG ATTAAATGGT 
TCTTACAGTC TTATTATCAA ATCAGCATTT AAACATTTGT CCAAGGCATT AGAAATAAAC 
GACCACCAGA AAATAGAGAG TGGACTCAGC ATCTTTGCAA TCAAGAAAAT TAGAACCAGA 
TTGCAAACTG ATTTCTACAA TATTTACAGG TATTTGGATT TATTGCACCG TTGCTTAAAT 
GTTGATAACC AAAACGTTTA CAGTTCTGCG TACGTCTTGT ACACTAGTGT ACGCAAAGGA 
ATAACGCCGC CAAGCAGTGT TTGTATACTT AACGAGAGTG CAATTGATTG TATTAGACCA 
CCTGACCAAT TTATTGATTT GGAGATAAAA GCGGTAAAAT TGGCCAAGGA AAACAAGAGA 
AAGATTTATT TTGAAAAACT TGAAAAATTA CAAGAGAAAA TATTGGCAGA CGAAAGTAAC 
AATGGACACT GGAAGATTAC TGTCCTGAAT TTGGAGTTAT TACTGAATTT GCAGTCGTAC 
TTGGAAATAC CGACGAGATT GGACATTCTT CTTTTGTTTC ACAAAGAGGC AGCAGTGGAC 
CATCCTTTGA TTTCAAGGCA AGCTTTACAA GGAATCAGTA GAGTTGTCAA CAAACTTTGT 
ACCTTGACTA AATATGACTA TGATATCAGG CTGATGTACG ATTTGAATTT TGTTGCTCCA 
CATTTAACAA CTGTGGACAC TAGACCTGAC CACGGAGTTT CCTATAAGGC AAAGTGGCAA 
GAAGAATTGC AAAATACAGA ATACCCAAAC TATTATATCG ATTACAAGCC AAGTGTGGGT 
TGGTTATTCT GGAAGAACTC GCTTTTGGCA GTGGACTCTA CCCCTTTTTA CAAACTAAAT 
TTAAACTCAT CTGATTTAGA GACCATAAAG ACATTCTCGG AATTTATTAA CAAAGACTGG 
GTTTCAAGGA TAGTAAAATT ATGGGTGACT GATGCAGAAG TTAACTCATC ATTCCAAGTG 
ATGGATGTAT TTGTGATTGC GTCATTGGTG GTTTTAGTTT CTAATGCTTA CACCAAGCAT 
TTTACTTTCC ATGATTTACT AAGTATCATT GATGAAATTT ATGTCCCAGA TGAAAAGAGT 
GCCCACATAA TCACTGGTCA ATTGATCATT GGTATTTTAT TTGGGTCCAA GGCAATGTCA 
CCAGAATTTT GGGAAGAAAG AGATGAATAT GTGAGCAAAT ACTTGAAAAG AATTTTAAAT 
GAAGATTTGT CTCCTGATAA TCAAGGTATC TGGCATGTTT TCGCTGCTTT TCTTCCAGGA 
CATGTTGATG TTAGAAGATT CCCTAAAGTG ATAGATGTGA TTCTCAATTT CCAATTGGAT 
CCTAATTCGG ACTCTGCTTT CAAGGATTCT ACAAGAATTG CGTATATGAG AGGAGCCATA 
GGTTCAATTT CGTGGCGTCT TGGGAATTCA GATAAATTTT TAGAATTCTG TATGCAAAAC 
ATCAACAATA GGTATGCTGC AGTGAGGTCA CAAATTGGTA ACTTGATGGC GGTATTGTCA 
TTCAATTATT ATGTCGAATC AATATCCGAT AGCAAGACAT TTATTGAGAA CTGTAACAAG 
AAGGAGGGCT TGATGTTGTA TGATGGACGT GACAAATGTA AGATTGTTAC CATAATACCT 
GAATTATTTG CTCAAATTGA GAATTGGAGA AAAGAATGTC AACACTTGAC TCCACAGGAA 
ATACTCAAGA CAAATTATAT ATACACAGCC ACAACAGTCT TGATATGGAT AAGGCAAGAG 
TTGAATACAA ATTTGTCTAT AATGTTTGAG TTCTATGTGT GCCTGCACAT TGTTCCATTT 
TTACTTGAAT TAATATATTT GAGAGAAGTG TGCCAATTGG GGAACATTGA CCCTATTACA 
GTTTTGAAAA AAGTCTCACA AATCCCTTAT ACCACCGATT ACTTAGAGAA CGTGATCAGT 
ATGTTAGAAC ATTACGCTGA AAAAGAATTG AACTTGGTGC AAACGTTGGT GATGGGAGAA 
TTCACAGAAA CTGTGTATTT CAAGAACTTG TTCAAATTAA CTAGAACCCA GAGAGAACGT 
GTTTTCAATT TATCCAATAA GTTACTCAAT CACAAGCATG CAGAAATAAG AGTGTCGGCT 
GCTGAAACAT TATCTGGCTT GATTCATATA TCACCAGTAG AAGAAGTTGA AGGGTTGGTT 
GAAAAGTATA GTGATCTTTA TTCCAAACAA TTGGATAAGG TGAGAAAGAA GTACCGGAAA 
ACTGGTTATA AGAATATGGA AAATGATGAT ATAATAAAAT TACATGGTGC CACTTTAGGT 
CTAGCAGCAT TAGTACATGC ATTTGCTTTT TCTTCCCCAC CACCGAAGTG GGTTCCTAAG 
ATATTAACTA CATTGGCAAA CAAGTCAACT GGTATACCTG GAATTGTTGG TAAGACTGCA 
AAAGAGTCTT TGGGAAAATT CAAAAAGAAT AGACAAGACA GTTGGCACAT TGACAGCAAA 
GTATTTACAG AAGAACAAAT TCAAGATCTT GAAGGTGTTC TTTGGAAGAG TTATTTTATA 
TAG

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

RefSeq	XP_716023.1
CDS	1..6603
Translation	MLPIEKKTKVDKSPKANVSAPVPLKHVPHPVPKVASLDHLKQQIFEQDGPLRSLTPNTMGQVQRHMVRRPSFGTIVTTREQHYNLDYPEDPDELTKLQLDPTSRFYARSKPRTLDLPSLLPYKIESPKDQAKFLSHIVSHLYIAIKTLDIQGSLSVSAKDLAALKDAISDVDLALETNLFEMNNDPTCDESNDEAVSDEFEISDDEEEEEEEEEEGEDEEDEGDRDATTQHKKSPKSAAVVGVKTWSHELMVWLKMKYDMPVTLRVNLARVYYAICLCRGQHVNLKTYIRIFELLTKDQLLLYSHGLRLPWEDLCRELELHFAPIDAGLTIFEKKDHKQLIKLASRANYFFARDCLPKIYEKMGSYFAVNSSALVMSSLSLFPTVFTPNGVEDENDIRHYIQSFFYMWEKLNKTNGFDVQISSRLGIIAMSTLSMINDDIETRKFLKLGEFGIFTADQMQYMMNTLINSLSIMMDKYSSMKIKYFHGFASTIVFSMIGDSALVKGGILNYLRTLVNAIESYIHPSNTGDWTKPISKMVLALIYQFHKRYNSETETRGFYNNIPEEFKLSRNVVKEFVSILLPIVKIGIQSKKEKVGSDYISALQLLAFLEPEYVLENTLLDMYESIEGVISTHRVSTALSTIETLSRFIVSTPVYRVHATRILLLALPGIDSNDLEKTMQSLEVFTSMANYAPFYDLTKGEGDSMLALEFTQGHIDYLKRKIYDGNIESFQVDTDLEVQALKSSTSAFKDLIKSFTQRLTLLLENLPDPEISMGLESALAVSLPKFLYIMFESISDDLFKYFRDDFFEFVFNNTYHTIATTVSEICGGIIKRDPKSFKKNARILIEKIKDEIHENEAGGYKGGVDIVPRDQALFWYITILNEMVGNAGNQIIDMSSEIYELSYFLMEKVKSPLVFPAAYLVNQVLQTVTKIKVNECRLISPAYEKEHGIDEKCWGGFWNQSIRFSKENTTFDWFIPSERDVTFAVDFFNAHVSKSLENVMRLMHQYEKEKNSGLKSSSGVVDDIRLMLLFLAYLLSGVSFLLDPSFEENIPKINHDSESIQQRLLLLKQIRELARVSNQKEDSIDEATPEYMEKIINDLTNEDLDILSEFDQGDNELRDNKKQEEESRGREKDDESIPSKPASPTQNPLARFEVKSFPLSRSESVAPAYDESGRATPQINGVHMSSMNPAITFREKSLYTSNYFFGTGLENRRFADLYSKVHKTRELVGKSLHVLFKFLMENFPDNTKIFKDFLFVISIWFSDMGRERALDPSHSKINYGYVSYLQTINRVRKPFTRIAIGARLELYHLFRVALHATSRTETSLDKLLLEDVVRLSVSTYSSISANAQSILVDAMKRLNGSYSLIIKSAFKHLSKALEINDHQKIESGLSIFAIKKIRTRLQTDFYNIYRYLDLLHRCLNVDNQNVYSSAYVLYTSVRKGITPPSSVCILNESAIDCIRPPDQFIDLEIKAVKLAKENKRKIYFEKLEKLQEKILADESNNGHWKITVLNLELLLNLQSYLEIPTRLDILLLFHKEAAVDHPLISRQALQGISRVVNKLCTLTKYDYDIRLMYDLNFVAPHLTTVDTRPDHGVSYKAKWQEELQNTEYPNYYIDYKPSVGWLFWKNSLLAVDSTPFYKLNLNSSDLETIKTFSEFINKDWVSRIVKLWVTDAEVNSSFQVMDVFVIASLVVLVSNAYTKHFTFHDLLSIIDEIYVPDEKSAHIITGQLIIGILFGSKAMSPEFWEERDEYVSKYLKRILNEDLSPDNQGIWHVFAAFLPGHVDVRRFPKVIDVILNFQLDPNSDSAFKDSTRIAYMRGAIGSISWRLGNSDKFLEFCMQNINNRYAAVRSQIGNLMAVLSFNYYVESISDSKTFIENCNKKEGLMLYDGRDKCKIVTIIPELFAQIENWRKECQHLTPQEILKTNYIYTATTVLIWIRQELNTNLSIMFEFYVCLHIVPFLLELIYLREVCQLGNIDPITVLKKVSQIPYTTDYLENVISMLEHYAEKELNLVQTLVMGEFTETVYFKNLFKLTRTQRERVFNLSNKLLNHKHAEIRVSAAETLSGLIHISPVEEVEGLVEKYSDLYSKQLDKVRKKYRKTGYKNMENDDIIKLHGATLGLAALVHAFAFSSPPPKWVPKILTTLANKSTGIPGIVGKTAKESLGKFKKNRQDSWHIDSKVFTEEQIQDLEGVLWKSYFI

Target ORF information:

RefSeq Version	XM_710930.1
Organism	Candida albicans SC5314
Definition	Candida albicans SC5314 Blm3p (BLM3), partial mRNA.

Target ORF information:

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

XM_710930.1

ORF Insert Sequence:

ATGCTGCCTA TCGAGAAAAA GACGAAGGTG GATAAATCGC CTAAAGCGAA TGTTTCTGCT 
CCTGTTCCCC TAAAGCATGT GCCACATCCA GTTCCCAAGG TAGCTTCTCT GGACCACCTT 
AAACAACAAA TTTTTGAACA GGATGGACCA TTGAGGTCTT TGACTCCCAA TACAATGGGC 
CAGGTGCAAA GACATATGGT AAGAAGACCA TCATTTGGAA CAATTGTTAC CACCAGGGAA 
CAGCATTACA ATTTGGACTA TCCAGAAGAT CCCGACGAAT TGACCAAATT ACAACTTGAT 
CCCACATCAA GATTTTATGC ACGATCCAAA CCAAGAACTT TAGATTTACC CAGTTTGTTG 
CCATATAAGA TTGAAAGTCC AAAAGACCAA GCTAAGTTTT TAAGTCACAT TGTGTCTCAT 
CTTTATATTG CAATCAAAAC ATTAGATATT CAAGGCTCAC TCAGTGTTAG TGCTAAAGAT 
TTGGCTGCTT TAAAAGACGC TATTTCCGAT GTTGATTTGG CTTTGGAAAC AAACTTATTT 
GAGATGAACA ACGACCCAAC TTGTGATGAA AGCAATGATG AAGCTGTTTC CGATGAATTT 
GAAATTTCTG ATGATGAAGA GGAGGAGGAA GAGGAAGAAG AGGAAGGTGA AGATGAAGAA 
GATGAAGGCG ACAGAGATGC TACTACTCAA CATAAGAAAT CACCAAAGTC TGCAGCCGTT 
GTTGGTGTAA AAACTTGGTC GCATGAATTA ATGGTCTGGC TCAAAATGAA ATACGACATG 
CCCGTTACAT TGAGAGTGAA CTTGGCTAGA GTATATTATG CGATTTGTCT TTGTCGTGGT 
CAACATGTGA ATTTGAAGAC TTACATTAGA ATTTTTGAGC TATTAACAAA GGATCAATTA 
TTGTTGTACA GTCATGGTTT GAGATTGCCA TGGGAGGATT TATGCCGAGA ATTAGAACTA 
CATTTTGCTC CTATTGATGC AGGATTAACC ATATTTGAAA AGAAAGACCA CAAACAATTG 
ATTAAACTTG CCAGCAGAGC CAATTATTTC TTTGCAAGAG ATTGCTTACC AAAAATTTAC 
GAAAAAATGG GTTCATACTT TGCCGTCAAC AGCTCTGCTT TGGTGATGTC ATCTTTGTCA 
CTTTTCCCTA CAGTTTTTAC ACCTAATGGT GTTGAAGATG AGAATGATAT TCGTCATTAC 
ATCCAGTCGT TTTTCTACAT GTGGGAAAAA CTAAACAAAA CCAACGGATT TGATGTACAA 
ATAAGCTCTA GATTAGGTAT TATAGCCATG TCTACTTTGT CAATGATTAA TGATGATATC 
GAAACTAGAA AGTTTTTGAA GTTAGGGGAG TTTGGGATTT TCACTGCAGA TCAGATGCAG 
TACATGATGA ATACATTAAT TAATAGTTTG AGTATTATGA TGGACAAATA TTCTTCCATG 
AAGATAAAGT ATTTTCATGG ATTTGCCTCA ACAATTGTTT TCTCAATGAT TGGAGACTCA 
GCTTTAGTGA AGGGAGGAAT TTTAAACTAC TTGCGTACAC TAGTTAATGC TATTGAAAGT 
TACATTCATC CGTCCAATAC TGGAGATTGG ACAAAGCCTA TTTCAAAAAT GGTTTTGGCA 
TTGATATATC AATTTCATAA AAGATACAAC TCAGAAACGG AAACTCGTGG CTTCTATAAT 
AATATCCCAG AAGAATTCAA GCTCTCAAGA AATGTTGTCA AGGAGTTTGT ATCTATATTA 
TTGCCAATTG TCAAAATAGG TATTCAATCT AAGAAAGAAA AAGTCGGAAG TGATTACATT 
TCTGCTTTAC AACTTTTAGC CTTTTTAGAG CCTGAATATG TTCTTGAGAA CACGCTTTTA 
GACATGTATG AATCTATCGA GGGGGTAATA TCTACTCACA GAGTATCTAC GGCCCTTAGC 
ACTATTGAAA CCTTGTCGAG ATTTATTGTA TCTACGCCGG TTTATAGAGT TCATGCTACC 
AGAATATTAC TGTTGGCCTT ACCAGGAATT GACTCAAATG ATTTAGAGAA AACAATGCAG 
AGTTTAGAGG TGTTTACATC TATGGCCAAC TATGCACCTT TTTATGACTT GACAAAAGGG 
GAAGGAGATT CTATGTTGGC ATTGGAATTT ACTCAAGGGC ATATTGATTA TTTAAAGAGA 
AAGATTTACG ATGGTAATAT TGAGAGTTTC CAAGTCGATA CCGATTTAGA AGTCCAAGCA 
TTAAAATCTT CAACAAGTGC CTTTAAGGAT TTGATCAAAA GCTTTACTCA GCGATTAACC 
TTGCTTTTAG AGAACTTACC AGATCCAGAA ATAAGCATGG GCTTGGAGAG CGCCCTTGCA 
GTTTCATTAC CAAAATTTTT ATACATCATG TTTGAATCAA TTTCAGATGA CTTATTCAAG 
TACTTCCGCG ATGACTTTTT CGAGTTTGTG TTCAATAATA CATACCATAC AATAGCTACC 
ACGGTATCAG AAATTTGTGG TGGTATAATC AAACGTGACC CAAAGTCTTT TAAGAAGAAC 
GCTCGTATTC TCATTGAAAA AATTAAGGAC GAAATCCATG AAAACGAAGC AGGAGGGTAC 
AAAGGTGGTG TTGATATCGT TCCACGTGAT CAAGCACTTT TCTGGTATAT AACTATCTTG 
AACGAGATGG TTGGAAATGC TGGCAACCAG ATTATAGACA TGTCGTCTGA GATCTATGAG 
TTGTCGTACT TTTTAATGGA AAAAGTCAAG AGTCCATTGG TTTTCCCTGC TGCTTATCTT 
GTAAATCAAG TTTTACAGAC AGTCACAAAA ATCAAAGTGA ATGAATGCAG GTTGATTTCC 
CCAGCCTATG AGAAAGAGCA CGGCATTGAC GAGAAATGCT GGGGAGGATT TTGGAACCAA 
AGCATTAGAT TTTCAAAAGA AAACACCACA TTTGATTGGT TCATTCCTTC AGAACGAGAC 
GTCACGTTTG CTGTTGATTT TTTCAATGCT CATGTTTCCA AAAGTTTAGA GAACGTGATG 
AGATTGATGC ATCAATATGA GAAGGAAAAG AATTCGGGTT TAAAGTCTTC CTCAGGTGTT 
GTGGATGATA TCAGACTGAT GTTACTGTTC TTGGCCTATT TATTGAGCGG TGTTTCATTT 
TTATTGGATC CGTCTTTTGA GGAAAATATT CCAAAAATAA ACCATGACAG TGAATCTATC 
CAGCAAAGAT TATTGCTTTT GAAGCAAATT AGAGAATTGG CTAGAGTGTC AAACCAAAAA 
GAAGATTCTA TTGACGAGGC AACTCCAGAA TATATGGAAA AAATTATAAA TGACTTGACC 
AATGAGGATC TCGACATCCT TTCTGAATTT GATCAAGGTG ATAATGAATT AAGAGACAAC 
AAAAAACAGG AGGAAGAGAG TAGAGGTCGA GAAAAAGATG ACGAAAGTAT CCCTTCTAAA 
CCTGCTTCGC CAACTCAAAA CCCCTTGGCT AGATTTGAAG TCAAGTCATT TCCATTAAGT 
AGATCCGAAT CAGTTGCTCC AGCTTATGAC GAGTCTGGCA GAGCAACACC ACAAATCAAC 
GGTGTGCATA TGTCAAGTAT GAATCCTGCT ATAACTTTCA GAGAGAAGAG TCTATACACA 
TCAAACTATT TTTTTGGTAC TGGTCTGGAG AATAGAAGAT TTGCTGATTT ATATTCAAAA 
GTTCACAAAA CTAGAGAATT GGTCGGGAAG AGTTTACACG TCTTATTCAA GTTCTTGATG 
GAAAACTTCC CTGATAACAC CAAAATTTTC AAAGACTTTT TGTTTGTTAT TAGTATTTGG 
TTTTCAGATA TGGGGCGTGA AAGAGCACTT GATCCAAGTC ATTCAAAAAT AAATTATGGA 
TATGTTAGCT ATCTTCAAAC TATCAATAGA GTCAGAAAGC CATTCACCAG AATTGCGATT 
GGGGCTAGGT TGGAATTGTA CCATCTGTTT AGAGTTGCAT TGCATGCAAC TTCACGTACT 
GAAACAAGTT TAGATAAACT TTTGTTGGAA GATGTTGTAA GACTTTCTGT ATCTACCTAT 
TCTAGCATAT CTGCTAATGC TCAAAGTATA TTAGTTGACG CAATGAAAAG ATTAAATGGT 
TCTTACAGTC TTATTATCAA ATCAGCATTT AAACATTTGT CCAAGGCATT AGAAATAAAC 
GACCACCAGA AAATAGAGAG TGGACTCAGC ATCTTTGCAA TCAAGAAAAT TAGAACCAGA 
TTGCAAACTG ATTTCTACAA TATTTACAGG TATTTGGATT TATTGCACCG TTGCTTAAAT 
GTTGATAACC AAAACGTTTA CAGTTCTGCG TACGTCTTGT ACACTAGTGT ACGCAAAGGA 
ATAACGCCGC CAAGCAGTGT TTGTATACTT AACGAGAGTG CAATTGATTG TATTAGACCA 
CCTGACCAAT TTATTGATTT GGAGATAAAA GCGGTAAAAT TGGCCAAGGA AAACAAGAGA 
AAGATTTATT TTGAAAAACT TGAAAAATTA CAAGAGAAAA TATTGGCAGA CGAAAGTAAC 
AATGGACACT GGAAGATTAC TGTCCTGAAT TTGGAGTTAT TACTGAATTT GCAGTCGTAC 
TTGGAAATAC CGACGAGATT GGACATTCTT CTTTTGTTTC ACAAAGAGGC AGCAGTGGAC 
CATCCTTTGA TTTCAAGGCA AGCTTTACAA GGAATCAGTA GAGTTGTCAA CAAACTTTGT 
ACCTTGACTA AATATGACTA TGATATCAGG CTGATGTACG ATTTGAATTT TGTTGCTCCA 
CATTTAACAA CTGTGGACAC TAGACCTGAC CACGGAGTTT CCTATAAGGC AAAGTGGCAA 
GAAGAATTGC AAAATACAGA ATACCCAAAC TATTATATCG ATTACAAGCC AAGTGTGGGT 
TGGTTATTCT GGAAGAACTC GCTTTTGGCA GTGGACTCTA CCCCTTTTTA CAAACTAAAT 
TTAAACTCAT CTGATTTAGA GACCATAAAG ACATTCTCGG AATTTATTAA CAAAGACTGG 
GTTTCAAGGA TAGTAAAATT ATGGGTGACT GATGCAGAAG TTAACTCATC ATTCCAAGTG 
ATGGATGTAT TTGTGATTGC GTCATTGGTG GTTTTAGTTT CTAATGCTTA CACCAAGCAT 
TTTACTTTCC ATGATTTACT AAGTATCATT GATGAAATTT ATGTCCCAGA TGAAAAGAGT 
GCCCACATAA TCACTGGTCA ATTGATCATT GGTATTTTAT TTGGGTCCAA GGCAATGTCA 
CCAGAATTTT GGGAAGAAAG AGATGAATAT GTGAGCAAAT ACTTGAAAAG AATTTTAAAT 
GAAGATTTGT CTCCTGATAA TCAAGGTATC TGGCATGTTT TCGCTGCTTT TCTTCCAGGA 
CATGTTGATG TTAGAAGATT CCCTAAAGTG ATAGATGTGA TTCTCAATTT CCAATTGGAT 
CCTAATTCGG ACTCTGCTTT CAAGGATTCT ACAAGAATTG CGTATATGAG AGGAGCCATA 
GGTTCAATTT CGTGGCGTCT TGGGAATTCA GATAAATTTT TAGAATTCTG TATGCAAAAC 
ATCAACAATA GGTATGCTGC AGTGAGGTCA CAAATTGGTA ACTTGATGGC GGTATTGTCA 
TTCAATTATT ATGTCGAATC AATATCCGAT AGCAAGACAT TTATTGAGAA CTGTAACAAG 
AAGGAGGGCT TGATGTTGTA TGATGGACGT GACAAATGTA AGATTGTTAC CATAATACCT 
GAATTATTTG CTCAAATTGA GAATTGGAGA AAAGAATGTC AACACTTGAC TCCACAGGAA 
ATACTCAAGA CAAATTATAT ATACACAGCC ACAACAGTCT TGATATGGAT AAGGCAAGAG 
TTGAATACAA ATTTGTCTAT AATGTTTGAG TTCTATGTGT GCCTGCACAT TGTTCCATTT 
TTACTTGAAT TAATATATTT GAGAGAAGTG TGCCAATTGG GGAACATTGA CCCTATTACA 
GTTTTGAAAA AAGTCTCACA AATCCCTTAT ACCACCGATT ACTTAGAGAA CGTGATCAGT 
ATGTTAGAAC ATTACGCTGA AAAAGAATTG AACTTGGTGC AAACGTTGGT GATGGGAGAA 
TTCACAGAAA CTGTGTATTT CAAGAACTTG TTCAAATTAA CTAGAACCCA GAGAGAACGT 
GTTTTCAATT TATCCAATAA GTTACTCAAT CACAAGCATG CAGAAATAAG AGTGTCGGCT 
GCTGAAACAT TATCTGGCTT GATTCATATA TCACCAGTAG AAGAAGTTGA AGGGTTGGTT 
GAAAAGTATA GTGATCTTTA TTCCAAACAA TTGGATAAGG TGAGAAAGAA GTACCGGAAA 
ACTGGTTATA AGAATATGGA AAATGATGAT ATAATAAAAT TACATGGTGC CACTTTAGGT 
CTAGCAGCAT TAGTACATGC ATTTGCTTTT TCTTCCCCAC CACCGAAGTG GGTTCCTAAG 
ATATTAACTA CATTGGCAAA CAAGTCAACT GGTATACCTG GAATTGTTGG TAAGACTGCA 
AAAGAGTCTT TGGGAAAATT CAAAAAGAAT AGACAAGACA GTTGGCACAT TGACAGCAAA 
GTATTTACAG AAGAACAAAT TCAAGATCTT GAAGGTGTTC TTTGGAAGAG TTATTTTATA 
TAG

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

PubMed

Assembly of a phased diploid Candida albicans genome facilitates allele-specific measurements and provides a simple model for repeat and indel structure.
Genome biology14(9)R97(2013)
Muzzey D,Schwartz K,Weissman JS,Sherlock G

Assembly of the Candida albicans genome into sixteen supercontigs aligned on the eight chromosomes.
Genome biology8(4)R52(2007)
van het Hoog M,Rast TJ,Martchenko M,Grindle S,Dignard D,Hogues H,Cuomo C,Berriman M,Scherer S,Magee BB,Whiteway M,Chibana H,Nantel A,Magee PT

The diploid genome sequence of Candida albicans.
Proceedings of the National Academy of Sciences of the United States of America101(19)7329-34(2004 May)
Jones T,Federspiel NA,Chibana H,Dungan J,Kalman S,Magee BB,Newport G,Thorstenson YR,Agabian N,Magee PT,Davis RW,Scherer S

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BLM3 cDNA ORF clone, Candida albicans SC5314

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gRNAs

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Target ORF information:

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