BEM2 cDNA ORF clone, Candida albicans SC5314

Gene
Clones
gRNAs

Summary

Gene Symbol	BEM2
Entrez Gene ID	3637044
Full Name	Bem2p
Synonyms	CaO19.6573
Gene Type	protein-coding
Organism	Candida albicans SC5314

mRNA and Protein(s)

mRNA	Protein	Name
XM_716316.1	XP_721409.1	Bem2p

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 BEM2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BEM2 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
OCg01521	XM_716316.1 Latest version!	Candida albicans SC5314 Bem2p (BEM2), 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)

BEM2 ( XM_716316.1 ) cDNA ORF clone, Candida albicans SC5314 -> XP_721409.1 Candida albicans SC5314 Bem2p (BEM2), partial mRNA.

Price & Availability↑

CloneID	OCg01521
Clone ID Related Accession (Same CDS sequence)	XM_716316.1
Accession Version	XM_716316.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6759bp) 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	Bem2p
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_032095). ##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.

ATGAGAAAGA TTTGGAATAG AAAAGATAAA GATAAACGAA AGAGTGTTTC TCACGATACT 
AATTCACCAA ATATATATTC AAATCATCAC TTTGATTCTA ATGAACACTT GCCTACACAA 
TCACACCAAC AAGGATCGGA TCAATATTCT GACCACAATC AGAATCATAA TCACAATCAC 
CACCGCAACC ACCAACACCA ACATCACCAC CTTGTCCACA CTGAGTCACA CGAGGATACA 
ACCAGTTTTG ATTATGAAGA TATGGCATCC ATACACGAAC AACCATATTC GTTATCAGAT 
AAACAATCCA CAACTAATAC ATCTACCTTA TCATCAACTA CTGCTGCTTC TACTTTGGCA 
ACACTGAATA ATACTCAACC ACATACATAT ACATCCACAT CTACATCTAT TAGAGGAGTA 
GGAGCTACAG GAAATAGTGG TAGTGGTGGT GGTGGCGGTA CAACAAAAAA ACTCAATTCT 
CCCCAATTCC AATCGTCAGT TGCACCTAAT GTGAAATTGA ATTCCTTAAT TAAACATGAT 
CATGATACAA CTGTTGGAAA ACATTCGTGG GTGAATGGTG TTTTCAATGG GACTGAAATC 
AATGAAAATA ATTTGAAATT GTACCGTGCC GAGTTAAAAG GATCACATTT ATATCTTTAC 
AAGGCACCAA CAAATTTGAA TGTCAAGAAG TTTCGATTAC AAGAACCTCC TATACCCAAA 
GAAGTTGAAG CAATGATGAA GAATAATAAT GACAGTAGCA GCAGTATCCA TAATTTCAAT 
AATAGTTCCA CTTCATTAGC TAACAGTAAT AGCATTAATG AAAATGTCGT TTCTGATCCT 
CCTCAACATA ATAATGACAA TGCAACAATT GAAACTAATG CTTCAACTCT AATTGATACC 
AAACCATTAG ATGTTTCACA AATCAGTAGC CCCATTGTTC AAAATACCCC AACAGCACAT 
CCACCTCCAT TGGGGATGCG GAAAAATTCC ACCATTGAAA CCACAACAAT TCCAGTCAAT 
AGAAATGTAT TTCATACACC TTATTCTAGT AGTATCCCCA ACACACCAGT AACTGCTCCA 
CCTACATTAC CCATTACTTC TTCTATAGAT ATATCAGAGC ACAACATTAC ATATTACAAA 
GTTGAGGTGC CACATCCAGA CTTATTATAT GATTTTGATA CACATCGATT TTCAGCTCCA 
TTTTTCAAAG ATGGGAAAAA TTCATTAGAA GCCATTTTCC ACTTTTTATT GTTCAATCAA 
GATCCTTTGG ATACCCGTAC CATCAACACT ATAGTTGATG TTTTGCCTAT TTTACCAGAT 
TTTGGGAAAA TCATGAAATT TTTCTCTCTT TACGTGCACA CTATATTTGA GAAGAAATTT 
GAGGGCATGA CAAACTTGGA ATTGGTTGTC TCCAGAGTTT TGCAGGTGTT GCAGAATTTG 
GAAGAACATT TTGATGGATT TTTATTAAAA TCTGACATTG CCCCCTATAT TTTGAAAGTA 
TTGGAAATGA TCAATCATTA CAACATTGAA GATATCACTA TTTTCAAAAA CAAAATGCTT 
CAAAAGCAAC AAGTGTTGAT AGATTTACTC AATAATGATA ATTTACCACT TAATGTTCAA 
CCATTCCAAG ATTTGAATTC CACTGTGTTT ATGAAAGAAA TTAATTTGAT TGATTTTGCT 
TATACCATTA GTGAAATTGA TTTAAAGTTT TTTAGTAACT GGAACTCTAA TATTGACAAA 
TCCTTATTGC TATATTCTTC AATTAGCGAT GACACTAATC GAGATTTTTT CTATAAAAAG 
AACCCTTTAA TATTCAATAA TGATTATCAC ATTCATTATT TGTCAAGATT GTTGGTAAAT 
CATTTGTTTG TGGAAAATTC GAGTATGAAC ATGAGTTCAG CCAATTTGGA AAACAAAGCC 
AGATTATTGG AAAAATGGAT TGATCTAGGA TGCTTATTAG ATAAATCAGG TAACATGTCA 
TCCTGGTTGG GTATATCATC TGTTATATTA TCACAGCCGG TTTTGAGATT AACCAAAATC 
TGGTCGTTAG TGGCACCAGA TTATATTAGA TTGTTGAAAA GCGATTGGTC ACCTGTCTTG 
TTTGAGTTGG ATAGAAGGTA CTTGGTTAAT GAGTCTACTA TTGATCATGG GAAGTCAACC 
CATCTAGGAG GTAACGAAGA ATCCAGAGAT TTGAGCACTA AAGACTCCTA TCATATCATG 
GCACCAAGAG GTTTAGGGAA AATTTATCCT AAGGAAAGAG TGATTCCTTT CTTTGGAGAT 
TTAGTAATCA ACAACAGTGG GAACACTACC GATAAGAGTG TTGATATTTA TGAACTTGAA 
TCGATATGGA AACGAGTAAA TTATTCCTTT GATAGATGGA ATGACTATTT GACCAACTTG 
ACCAATTATG ATGAAATTAT CAAGTACAAT GACGATGTTT TACGTCGATA TGATTCTATG 
GGATTTATAT TTTCTAATGA GAGCTTAAAC CAAGTATTGT TTTTGGGTGC CAATAATAGT 
GACGAAAGGC AACTTGAAAA TCCACCATCA CCAATAAAAC GTCGAGAAGT AAACAATGAT 
ATAAAGAATA AGCTTTTGCG CTTGATTGAA TTAAATTGTG ATTCGATAAA TATGGAGAAA 
ATCATGAAAT TATCCATAAA CTTGGAACCA GAACTTCCTG AAGCATATTT GGATGCAACC 
ACTTCCATTT CCGTTGCCCC TTCAACACTG CAAGAATCAA CATTATTGAA AAGCAATATT 
AATAGATCTA ATTTGTCTGT CAATTCAATT GATTCATCAG GTTCTCTGAA TGAGACTCCA 
TTGAGTGAAT CTAACCCTGC TTCTCGAATT CCTAGTTTTA ATAACAAATT TTTCAAAATT 
GATTTGGGCA AATATGATGA GTTGATGAAA TCAGGTGATA AAAAGGACTC ACCACCATTA 
GATCCATCTG TGAACAAACA CAATTTTGTT ATTGACAATG AATTGACGTT TAGAATTGAT 
GATTTTATAT CTGAATTAGA TAATAGCTCT ACTAGTTCTG TTACTGGTGG TGGTGCTGTT 
GGAGCCGGTG GTGGATATGA CGATTTTGCC GGAGGGGATG ACGATGATGA TGTTCCAGGA 
TTGGGTATTG ATGTTGATGA TATTTTGAAT TCTGATAAAT TCACAAACTT TCTGATGTCA 
CCAAAAGCTA ATAATTCCAA ATCTAATAAA AGGAAATTAA GCATGGATGG AAGTATGAAA 
AAAATTTACA AATTCATCCC TAAATATGCT ACCGTTGACA GGTTGATTGA CTTGTTGTTG 
CTTGATTCCA AATATTTCCA CCGTGATGTC CACCTTGATT TAACTGAATA TAGATTTGTT 
TTTTTATTAA ACTACAATTC ATTTATGACA ACAAAGGAAT TATTAGATAA ATTAGCTCAC 
AGGTTTATAA ATTCAGGAAA CGCGGTGATA TCGGTTATGA AAAAGAATTA TTTACTCAAA 
AAATTGAATC ATGAATCGGA CAAGACGAAA ATGGAACCAA ATTTTAACCA AGGAAACCCA 
CAATTGGCTA TGAATTTCCC AAACTGGAAT TTGGATACTG CAGTAGATTT GAATGAGTTG 
GGAGACGTTG ACTATGAATT GTTACTCAAG ATCCAGATCA ATATATTAAA AGTGTTGATT 
GTTTTGATAA ATAATTTTTA CTCCAATTTT TCTTTGGATT TGGCCAACAA GAACATATTA 
ATCAAATTAC TCAAATTGTT CAGTAATGAA ATTTTACAGT GGTACAATTC AAACAAAATC 
GATAATACTT TGGAGAAATC ATTTGAGAGT TTGGTAACTT ATTATAAAAA ATTGAAGAAA 
TTGTTTGTGA AAAAAACTTA TCGACCAGTT GAAGTGCTGA AATTTGATGA ATATTTGATT 
TCAGAATTTA GATTCAACAA TTCACTTCAC GAAGTGCCCA TGAATAGAAA TTTGCCAAGT 
CATAGAAATG TTCATAAAAT TGAAAAGTTT TTGTATAAAT TCAACAAATT ATTAGCTGTG 
TTTTACAAGG GAATAAAAAC TGAAGATTGG GTTAGGGTAT ACAAGATTTT GGAAAACTCA 
TTTGAAAAGA ATGCCTTGTT AGATTTCAGT TTACAAAAAC CTACAGTACT GGATGATCAA 
TTAATAATTT CCAATATATT CAATTTTTTT GAATCTTTAG TCATTCCAGA TGAACGTCAA 
TTGTTGTTGA AAAAATTCCC ACTTGTTTTC CGTAAATTGT TCAAAGTGTA CTTTAAATTC 
AAAAGTTATT TGTTGGTGCA ATTGACTGAT TTGAACATAA CCACTGATGA AAGATTAGAT 
AGAATGAAAA CATTATTGAT AATGGCTGAA GTATCGAAAT TAAAAATGAG TGATAATCAA 
TTTATTTTTG AAGGTAGTGG TAATATTCCA TCATGTATTG AGACAGCAAT TATTAATGTG 
ATTTATTCCC CCGAGAGTCG TAAATTTTCG AATTTATGGG TAAGGGCAGC TCAAACATTA 
ACCCATCGTG AAGGGAATTT TGATAGCGTT GAACTGTTAT TGCCACCAAA TATCACTATC 
AATGATTTAC AATCGACTGA GCCATTATTG CCATGTTTTG GATGGATCAT TGAGAATTTG 
ATTGAAACTG ATAAATGTCC TTCCTATTTT AAAAATCAAA TCAATTTTAA CAAGAGATAT 
TTGATTTATA AGTTGATTAG GGAATTAAGT GTGGAAGATT TTGAAGGTGA ATCGGGTTCT 
AATGATTTCA CTTTTAATGA ATCTCGTGAG TTTGACTTTT TATTGAAATT GGATGAATCA 
TTAGTGAATC AACAAAATCT TAGAGAATTT TCTCCTGTTG ACAAAGCTGA AATTTTCCAA 
AGAATTATGA AAGATCAACA TCAAATTTTA GTTGTTGATA ATCAAAAGAA ACATATTAGA 
GATTCTAAAA GACTCATTAA GGGTACAAAC AATTTATCTA TTCGTTCTGC CACCAATAGC 
AGTTTCAGTA ATGTTCATAG TGGAATTAGT GCCAGCACTA GCAACACTAC CACTGCTGCC 
GGCAATACCA ATAACAATAA CAATAACAAT AACAACAACT TCAACAACAA CAACAATAAT 
AATGCATTAA GTGGAATGCA CAATTTGACG AGAAAAACAT CAAATACATC TTTGAAACGT 
CAATCATTAT CATACAAATC AAGCTCATCA TCTAGATTCA AAATAAGTGG ATTATTTACC 
AAATCAAGGC CATTTTCTTT AACTGGAAAC ACATCCACTC CAGAAAGAGT TGTTAATATT 
GAAGAATTAC CAAATCCAGA AGATTCGATC GAACCAAAGC AAAAGCCAGT TGTTGTGATA 
CCTTTAAAAA ACAGAAAGAT TTTCCCTGTA TACCTTATGC CATTGTGTTT TAAAATTGAT 
TCTGAAACAA CTAATGATCA TTATTTTTTC CAAGCTACAA ATGACACTGA CTTGAATGAA 
TGGTTAATTA AATTAAATTA CGCTAATAGA CATTGGTTTT ATTCACGTAT TCTTAACAAC 
AAAACTACAA ACAATAATCT TGTCTTTGGC GTTCCAATTA GTTTTATTTG TGTTAGAGAA 
TTATCTGTTG TTCCGAAATT TTTGGAAGCC ATATTCCAAG AAATTGAATC CGAAGGAATC 
AAAGATGTTG GTATTTATCG TATCAGTTCT TCCATTAGTG AGTTGACTAG TATTAAACAA 
ACGATTGATA GAACAGGTAC TATCAATTTC AATGATCGGG GATATGATAC TCATGCTTTG 
ACCAGTATTG TCAAATCCTA TTTCCGTGAA TTACCAGATT CATTAATAAC TGATGATGCT 
ATTAGTCAAT TTTATGAATT GAAGTTGGAA CAAGAAAATA AAAACCAAAC CCCAGATCGT 
GATGCATTTG ATTTGAATGC TTATCAAAAA ATTTTACATT CATTACCAGT GGTCAATTTC 
AACACTTTAA AAATTTTGGT AAAGCATTTG AATAAAATCA GTGAACATAA AGAAGTTAAT 
AAAATGACAC CATCAAATAT TGCTACGGTG ATAGGGCCAG CATTAACAGA ATCTAGTAAT 
TTGGATATTT TGATTAATAA TTTTGGGTTT ATGAATTTGG TTTTAGAAAA ATTGATTAAT 
AATTATCACG AAGTATTTGA TGATAGAGAA GATGAAAAGA AAGACATTGA ATCGGATTTA 
AATCACGCGC AGGGACAAAA TTCAGAAACC GAGATTGAAA GTCAACAACA AGAGCAACAG 
CAAAATCATC AATATGAACA AGAACCTGAA CATGAACATC ATATTCAAAT TCAAGTCAAA 
CCAGAATGTG AACCCCAACG TGAACCTCAA CGTGAACAAG AACGCGAACA CGAACGTCAA 
CACGAACGTC AACACGAACG TCAACACGAA CGTCAACACG AACGTCAACA CGAACTTGAA 
CGTGAACAAG AGAACAAACA CGAACAAAAA CAAAAACAAG AGTATGACTT TGGTATTAAG 
CATCAGCATG AACATGTTGA TGTAAAGGTG GATCTGAAAT TGGGAGAAAG ACAATATCAA 
CAACAACAAC AGCTGGGACT TGGACAAGAT AACAATAACA CCCCACGCAA GAACAATGTT 
ATCCAAAGTG GTGTTGACCC AAATGATGAT GGTGTTCATC ATCTTACGAA AGTAGTTTCC 
GATGACACTA CAAGAACCGA TAAGACAGTT ACAAAACCCA ATCAAAATTT CATTGGTCAA 
GGTTTTGGTA AAGAAGAGGA GCTTAAAGTT CAATTTTGA

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

RefSeq	XP_721409.1
CDS	1..6759
Translation	MRKIWNRKDKDKRKSVSHDTNSPNIYSNHHFDSNEHLPTQSHQQGSDQYSDHNQNHNHNHHRNHQHQHHHLVHTESHEDTTSFDYEDMASIHEQPYSLSDKQSTTNTSTLSSTTAASTLATLNNTQPHTYTSTSTSIRGVGATGNSGSGGGGGTTKKLNSPQFQSSVAPNVKLNSLIKHDHDTTVGKHSWVNGVFNGTEINENNLKLYRAELKGSHLYLYKAPTNLNVKKFRLQEPPIPKEVEAMMKNNNDSSSSIHNFNNSSTSLANSNSINENVVSDPPQHNNDNATIETNASTLIDTKPLDVSQISSPIVQNTPTAHPPPLGMRKNSTIETTTIPVNRNVFHTPYSSSIPNTPVTAPPTLPITSSIDISEHNITYYKVEVPHPDLLYDFDTHRFSAPFFKDGKNSLEAIFHFLLFNQDPLDTRTINTIVDVLPILPDFGKIMKFFSLYVHTIFEKKFEGMTNLELVVSRVLQVLQNLEEHFDGFLLKSDIAPYILKVLEMINHYNIEDITIFKNKMLQKQQVLIDLLNNDNLPLNVQPFQDLNSTVFMKEINLIDFAYTISEIDLKFFSNWNSNIDKSLLLYSSISDDTNRDFFYKKNPLIFNNDYHIHYLSRLLVNHLFVENSSMNMSSANLENKARLLEKWIDLGCLLDKSGNMSSWLGISSVILSQPVLRLTKIWSLVAPDYIRLLKSDWSPVLFELDRRYLVNESTIDHGKSTHLGGNEESRDLSTKDSYHIMAPRGLGKIYPKERVIPFFGDLVINNSGNTTDKSVDIYELESIWKRVNYSFDRWNDYLTNLTNYDEIIKYNDDVLRRYDSMGFIFSNESLNQVLFLGANNSDERQLENPPSPIKRREVNNDIKNKLLRLIELNCDSINMEKIMKLSINLEPELPEAYLDATTSISVAPSTLQESTLLKSNINRSNLSVNSIDSSGSLNETPLSESNPASRIPSFNNKFFKIDLGKYDELMKSGDKKDSPPLDPSVNKHNFVIDNELTFRIDDFISELDNSSTSSVTGGGAVGAGGGYDDFAGGDDDDDVPGLGIDVDDILNSDKFTNFLMSPKANNSKSNKRKLSMDGSMKKIYKFIPKYATVDRLIDLLLLDSKYFHRDVHLDLTEYRFVFLLNYNSFMTTKELLDKLAHRFINSGNAVISVMKKNYLLKKLNHESDKTKMEPNFNQGNPQLAMNFPNWNLDTAVDLNELGDVDYELLLKIQINILKVLIVLINNFYSNFSLDLANKNILIKLLKLFSNEILQWYNSNKIDNTLEKSFESLVTYYKKLKKLFVKKTYRPVEVLKFDEYLISEFRFNNSLHEVPMNRNLPSHRNVHKIEKFLYKFNKLLAVFYKGIKTEDWVRVYKILENSFEKNALLDFSLQKPTVLDDQLIISNIFNFFESLVIPDERQLLLKKFPLVFRKLFKVYFKFKSYLLVQLTDLNITTDERLDRMKTLLIMAEVSKLKMSDNQFIFEGSGNIPSCIETAIINVIYSPESRKFSNLWVRAAQTLTHREGNFDSVELLLPPNITINDLQSTEPLLPCFGWIIENLIETDKCPSYFKNQINFNKRYLIYKLIRELSVEDFEGESGSNDFTFNESREFDFLLKLDESLVNQQNLREFSPVDKAEIFQRIMKDQHQILVVDNQKKHIRDSKRLIKGTNNLSIRSATNSSFSNVHSGISASTSNTTTAAGNTNNNNNNNNNNFNNNNNNNALSGMHNLTRKTSNTSLKRQSLSYKSSSSSRFKISGLFTKSRPFSLTGNTSTPERVVNIEELPNPEDSIEPKQKPVVVIPLKNRKIFPVYLMPLCFKIDSETTNDHYFFQATNDTDLNEWLIKLNYANRHWFYSRILNNKTTNNNLVFGVPISFICVRELSVVPKFLEAIFQEIESEGIKDVGIYRISSSISELTSIKQTIDRTGTINFNDRGYDTHALTSIVKSYFRELPDSLITDDAISQFYELKLEQENKNQTPDRDAFDLNAYQKILHSLPVVNFNTLKILVKHLNKISEHKEVNKMTPSNIATVIGPALTESSNLDILINNFGFMNLVLEKLINNYHEVFDDREDEKKDIESDLNHAQGQNSETEIESQQQEQQQNHQYEQEPEHEHHIQIQVKPECEPQREPQREQEREHERQHERQHERQHERQHERQHELEREQENKHEQKQKQEYDFGIKHQHEHVDVKVDLKLGERQYQQQQQLGLGQDNNNTPRKNNVIQSGVDPNDDGVHHLTKVVSDDTTRTDKTVTKPNQNFIGQGFGKEEELKVQF

Target ORF information:

RefSeq Version	XM_716316.1
Organism	Candida albicans SC5314
Definition	Candida albicans SC5314 Bem2p (BEM2), partial mRNA.

Target ORF information:

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

XM_716316.1

ORF Insert Sequence:

ATGAGAAAGA TTTGGAATAG AAAAGATAAA GATAAACGAA AGAGTGTTTC TCACGATACT 
AATTCACCAA ATATATATTC AAATCATCAC TTTGATTCTA ATGAACACTT GCCTACACAA 
TCACACCAAC AAGGATCGGA TCAATATTCT GACCACAATC AGAATCATAA TCACAATCAC 
CACCGCAACC ACCAACACCA ACATCACCAC CTTGTCCACA CTGAGTCACA CGAGGATACA 
ACCAGTTTTG ATTATGAAGA TATGGCATCC ATACACGAAC AACCATATTC GTTATCAGAT 
AAACAATCCA CAACTAATAC ATCTACCTTA TCATCAACTA CTGCTGCTTC TACTTTGGCA 
ACACTGAATA ATACTCAACC ACATACATAT ACATCCACAT CTACATCTAT TAGAGGAGTA 
GGAGCTACAG GAAATAGTGG TAGTGGTGGT GGTGGCGGTA CAACAAAAAA ACTCAATTCT 
CCCCAATTCC AATCGTCAGT TGCACCTAAT GTGAAATTGA ATTCCTTAAT TAAACATGAT 
CATGATACAA CTGTTGGAAA ACATTCGTGG GTGAATGGTG TTTTCAATGG GACTGAAATC 
AATGAAAATA ATTTGAAATT GTACCGTGCC GAGTTAAAAG GATCACATTT ATATCTTTAC 
AAGGCACCAA CAAATTTGAA TGTCAAGAAG TTTCGATTAC AAGAACCTCC TATACCCAAA 
GAAGTTGAAG CAATGATGAA GAATAATAAT GACAGTAGCA GCAGTATCCA TAATTTCAAT 
AATAGTTCCA CTTCATTAGC TAACAGTAAT AGCATTAATG AAAATGTCGT TTCTGATCCT 
CCTCAACATA ATAATGACAA TGCAACAATT GAAACTAATG CTTCAACTCT AATTGATACC 
AAACCATTAG ATGTTTCACA AATCAGTAGC CCCATTGTTC AAAATACCCC AACAGCACAT 
CCACCTCCAT TGGGGATGCG GAAAAATTCC ACCATTGAAA CCACAACAAT TCCAGTCAAT 
AGAAATGTAT TTCATACACC TTATTCTAGT AGTATCCCCA ACACACCAGT AACTGCTCCA 
CCTACATTAC CCATTACTTC TTCTATAGAT ATATCAGAGC ACAACATTAC ATATTACAAA 
GTTGAGGTGC CACATCCAGA CTTATTATAT GATTTTGATA CACATCGATT TTCAGCTCCA 
TTTTTCAAAG ATGGGAAAAA TTCATTAGAA GCCATTTTCC ACTTTTTATT GTTCAATCAA 
GATCCTTTGG ATACCCGTAC CATCAACACT ATAGTTGATG TTTTGCCTAT TTTACCAGAT 
TTTGGGAAAA TCATGAAATT TTTCTCTCTT TACGTGCACA CTATATTTGA GAAGAAATTT 
GAGGGCATGA CAAACTTGGA ATTGGTTGTC TCCAGAGTTT TGCAGGTGTT GCAGAATTTG 
GAAGAACATT TTGATGGATT TTTATTAAAA TCTGACATTG CCCCCTATAT TTTGAAAGTA 
TTGGAAATGA TCAATCATTA CAACATTGAA GATATCACTA TTTTCAAAAA CAAAATGCTT 
CAAAAGCAAC AAGTGTTGAT AGATTTACTC AATAATGATA ATTTACCACT TAATGTTCAA 
CCATTCCAAG ATTTGAATTC CACTGTGTTT ATGAAAGAAA TTAATTTGAT TGATTTTGCT 
TATACCATTA GTGAAATTGA TTTAAAGTTT TTTAGTAACT GGAACTCTAA TATTGACAAA 
TCCTTATTGC TATATTCTTC AATTAGCGAT GACACTAATC GAGATTTTTT CTATAAAAAG 
AACCCTTTAA TATTCAATAA TGATTATCAC ATTCATTATT TGTCAAGATT GTTGGTAAAT 
CATTTGTTTG TGGAAAATTC GAGTATGAAC ATGAGTTCAG CCAATTTGGA AAACAAAGCC 
AGATTATTGG AAAAATGGAT TGATCTAGGA TGCTTATTAG ATAAATCAGG TAACATGTCA 
TCCTGGTTGG GTATATCATC TGTTATATTA TCACAGCCGG TTTTGAGATT AACCAAAATC 
TGGTCGTTAG TGGCACCAGA TTATATTAGA TTGTTGAAAA GCGATTGGTC ACCTGTCTTG 
TTTGAGTTGG ATAGAAGGTA CTTGGTTAAT GAGTCTACTA TTGATCATGG GAAGTCAACC 
CATCTAGGAG GTAACGAAGA ATCCAGAGAT TTGAGCACTA AAGACTCCTA TCATATCATG 
GCACCAAGAG GTTTAGGGAA AATTTATCCT AAGGAAAGAG TGATTCCTTT CTTTGGAGAT 
TTAGTAATCA ACAACAGTGG GAACACTACC GATAAGAGTG TTGATATTTA TGAACTTGAA 
TCGATATGGA AACGAGTAAA TTATTCCTTT GATAGATGGA ATGACTATTT GACCAACTTG 
ACCAATTATG ATGAAATTAT CAAGTACAAT GACGATGTTT TACGTCGATA TGATTCTATG 
GGATTTATAT TTTCTAATGA GAGCTTAAAC CAAGTATTGT TTTTGGGTGC CAATAATAGT 
GACGAAAGGC AACTTGAAAA TCCACCATCA CCAATAAAAC GTCGAGAAGT AAACAATGAT 
ATAAAGAATA AGCTTTTGCG CTTGATTGAA TTAAATTGTG ATTCGATAAA TATGGAGAAA 
ATCATGAAAT TATCCATAAA CTTGGAACCA GAACTTCCTG AAGCATATTT GGATGCAACC 
ACTTCCATTT CCGTTGCCCC TTCAACACTG CAAGAATCAA CATTATTGAA AAGCAATATT 
AATAGATCTA ATTTGTCTGT CAATTCAATT GATTCATCAG GTTCTCTGAA TGAGACTCCA 
TTGAGTGAAT CTAACCCTGC TTCTCGAATT CCTAGTTTTA ATAACAAATT TTTCAAAATT 
GATTTGGGCA AATATGATGA GTTGATGAAA TCAGGTGATA AAAAGGACTC ACCACCATTA 
GATCCATCTG TGAACAAACA CAATTTTGTT ATTGACAATG AATTGACGTT TAGAATTGAT 
GATTTTATAT CTGAATTAGA TAATAGCTCT ACTAGTTCTG TTACTGGTGG TGGTGCTGTT 
GGAGCCGGTG GTGGATATGA CGATTTTGCC GGAGGGGATG ACGATGATGA TGTTCCAGGA 
TTGGGTATTG ATGTTGATGA TATTTTGAAT TCTGATAAAT TCACAAACTT TCTGATGTCA 
CCAAAAGCTA ATAATTCCAA ATCTAATAAA AGGAAATTAA GCATGGATGG AAGTATGAAA 
AAAATTTACA AATTCATCCC TAAATATGCT ACCGTTGACA GGTTGATTGA CTTGTTGTTG 
CTTGATTCCA AATATTTCCA CCGTGATGTC CACCTTGATT TAACTGAATA TAGATTTGTT 
TTTTTATTAA ACTACAATTC ATTTATGACA ACAAAGGAAT TATTAGATAA ATTAGCTCAC 
AGGTTTATAA ATTCAGGAAA CGCGGTGATA TCGGTTATGA AAAAGAATTA TTTACTCAAA 
AAATTGAATC ATGAATCGGA CAAGACGAAA ATGGAACCAA ATTTTAACCA AGGAAACCCA 
CAATTGGCTA TGAATTTCCC AAACTGGAAT TTGGATACTG CAGTAGATTT GAATGAGTTG 
GGAGACGTTG ACTATGAATT GTTACTCAAG ATCCAGATCA ATATATTAAA AGTGTTGATT 
GTTTTGATAA ATAATTTTTA CTCCAATTTT TCTTTGGATT TGGCCAACAA GAACATATTA 
ATCAAATTAC TCAAATTGTT CAGTAATGAA ATTTTACAGT GGTACAATTC AAACAAAATC 
GATAATACTT TGGAGAAATC ATTTGAGAGT TTGGTAACTT ATTATAAAAA ATTGAAGAAA 
TTGTTTGTGA AAAAAACTTA TCGACCAGTT GAAGTGCTGA AATTTGATGA ATATTTGATT 
TCAGAATTTA GATTCAACAA TTCACTTCAC GAAGTGCCCA TGAATAGAAA TTTGCCAAGT 
CATAGAAATG TTCATAAAAT TGAAAAGTTT TTGTATAAAT TCAACAAATT ATTAGCTGTG 
TTTTACAAGG GAATAAAAAC TGAAGATTGG GTTAGGGTAT ACAAGATTTT GGAAAACTCA 
TTTGAAAAGA ATGCCTTGTT AGATTTCAGT TTACAAAAAC CTACAGTACT GGATGATCAA 
TTAATAATTT CCAATATATT CAATTTTTTT GAATCTTTAG TCATTCCAGA TGAACGTCAA 
TTGTTGTTGA AAAAATTCCC ACTTGTTTTC CGTAAATTGT TCAAAGTGTA CTTTAAATTC 
AAAAGTTATT TGTTGGTGCA ATTGACTGAT TTGAACATAA CCACTGATGA AAGATTAGAT 
AGAATGAAAA CATTATTGAT AATGGCTGAA GTATCGAAAT TAAAAATGAG TGATAATCAA 
TTTATTTTTG AAGGTAGTGG TAATATTCCA TCATGTATTG AGACAGCAAT TATTAATGTG 
ATTTATTCCC CCGAGAGTCG TAAATTTTCG AATTTATGGG TAAGGGCAGC TCAAACATTA 
ACCCATCGTG AAGGGAATTT TGATAGCGTT GAACTGTTAT TGCCACCAAA TATCACTATC 
AATGATTTAC AATCGACTGA GCCATTATTG CCATGTTTTG GATGGATCAT TGAGAATTTG 
ATTGAAACTG ATAAATGTCC TTCCTATTTT AAAAATCAAA TCAATTTTAA CAAGAGATAT 
TTGATTTATA AGTTGATTAG GGAATTAAGT GTGGAAGATT TTGAAGGTGA ATCGGGTTCT 
AATGATTTCA CTTTTAATGA ATCTCGTGAG TTTGACTTTT TATTGAAATT GGATGAATCA 
TTAGTGAATC AACAAAATCT TAGAGAATTT TCTCCTGTTG ACAAAGCTGA AATTTTCCAA 
AGAATTATGA AAGATCAACA TCAAATTTTA GTTGTTGATA ATCAAAAGAA ACATATTAGA 
GATTCTAAAA GACTCATTAA GGGTACAAAC AATTTATCTA TTCGTTCTGC CACCAATAGC 
AGTTTCAGTA ATGTTCATAG TGGAATTAGT GCCAGCACTA GCAACACTAC CACTGCTGCC 
GGCAATACCA ATAACAATAA CAATAACAAT AACAACAACT TCAACAACAA CAACAATAAT 
AATGCATTAA GTGGAATGCA CAATTTGACG AGAAAAACAT CAAATACATC TTTGAAACGT 
CAATCATTAT CATACAAATC AAGCTCATCA TCTAGATTCA AAATAAGTGG ATTATTTACC 
AAATCAAGGC CATTTTCTTT AACTGGAAAC ACATCCACTC CAGAAAGAGT TGTTAATATT 
GAAGAATTAC CAAATCCAGA AGATTCGATC GAACCAAAGC AAAAGCCAGT TGTTGTGATA 
CCTTTAAAAA ACAGAAAGAT TTTCCCTGTA TACCTTATGC CATTGTGTTT TAAAATTGAT 
TCTGAAACAA CTAATGATCA TTATTTTTTC CAAGCTACAA ATGACACTGA CTTGAATGAA 
TGGTTAATTA AATTAAATTA CGCTAATAGA CATTGGTTTT ATTCACGTAT TCTTAACAAC 
AAAACTACAA ACAATAATCT TGTCTTTGGC GTTCCAATTA GTTTTATTTG TGTTAGAGAA 
TTATCTGTTG TTCCGAAATT TTTGGAAGCC ATATTCCAAG AAATTGAATC CGAAGGAATC 
AAAGATGTTG GTATTTATCG TATCAGTTCT TCCATTAGTG AGTTGACTAG TATTAAACAA 
ACGATTGATA GAACAGGTAC TATCAATTTC AATGATCGGG GATATGATAC TCATGCTTTG 
ACCAGTATTG TCAAATCCTA TTTCCGTGAA TTACCAGATT CATTAATAAC TGATGATGCT 
ATTAGTCAAT TTTATGAATT GAAGTTGGAA CAAGAAAATA AAAACCAAAC CCCAGATCGT 
GATGCATTTG ATTTGAATGC TTATCAAAAA ATTTTACATT CATTACCAGT GGTCAATTTC 
AACACTTTAA AAATTTTGGT AAAGCATTTG AATAAAATCA GTGAACATAA AGAAGTTAAT 
AAAATGACAC CATCAAATAT TGCTACGGTG ATAGGGCCAG CATTAACAGA ATCTAGTAAT 
TTGGATATTT TGATTAATAA TTTTGGGTTT ATGAATTTGG TTTTAGAAAA ATTGATTAAT 
AATTATCACG AAGTATTTGA TGATAGAGAA GATGAAAAGA AAGACATTGA ATCGGATTTA 
AATCACGCGC AGGGACAAAA TTCAGAAACC GAGATTGAAA GTCAACAACA AGAGCAACAG 
CAAAATCATC AATATGAACA AGAACCTGAA CATGAACATC ATATTCAAAT TCAAGTCAAA 
CCAGAATGTG AACCCCAACG TGAACCTCAA CGTGAACAAG AACGCGAACA CGAACGTCAA 
CACGAACGTC AACACGAACG TCAACACGAA CGTCAACACG AACGTCAACA CGAACTTGAA 
CGTGAACAAG AGAACAAACA CGAACAAAAA CAAAAACAAG AGTATGACTT TGGTATTAAG 
CATCAGCATG AACATGTTGA TGTAAAGGTG GATCTGAAAT TGGGAGAAAG ACAATATCAA 
CAACAACAAC AGCTGGGACT TGGACAAGAT AACAATAACA CCCCACGCAA GAACAATGTT 
ATCCAAAGTG GTGTTGACCC AAATGATGAT GGTGTTCATC ATCTTACGAA AGTAGTTTCC 
GATGACACTA CAAGAACCGA TAAGACAGTT ACAAAACCCA ATCAAAATTT CATTGGTCAA 
GGTTTTGGTA AAGAAGAGGA GCTTAAAGTT CAATTTTGA

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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BEM2 cDNA ORF clone, Candida albicans SC5314

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gRNAs

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

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