RIM15 cDNA ORF clone, Candida albicans SC5314

Gene
Clones
gRNAs

Summary

Gene Symbol	RIM15
Entrez Gene ID	3637961
Full Name	protein kinase
Synonyms	CaO19.7044
Gene Type	protein-coding
Organism	Candida albicans SC5314

mRNA and Protein(s)

mRNA	Protein	Name
XM_715244.1	XP_720337.1	protein kinase

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 RIM15 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the RIM15 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
OCg02026	XM_715244.1 Latest version!	Candida albicans SC5314 protein kinase (RIM15), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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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)

RIM15 ( XM_715244.1 ) cDNA ORF clone, Candida albicans SC5314 -> XP_720337.1 Candida albicans SC5314 protein kinase (RIM15), partial mRNA.

Price & Availability↑

CloneID	OCg02026
Clone ID Related Accession (Same CDS sequence)	XM_715244.1
Accession Version	XM_715244.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5772bp) 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	protein kinase
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.

ATGTCGAATA CTCCCAATAA ATCAACACCT GAACCTGAAA GTACTGTCTT TCACGGATCG 
ATATTTGAAC ATCCTCATTT GCATCATAGT GTATCAGAGA GGTCAATATC ACCACGCCAC 
GTATCAAAAG AAAGTCAAAA CCACAACCAC AACCACCAAC AACAACAACA AGCATCTAAC 
AGTCTCAACT TCTCAGATCA AGTATCAGGA TATGATTATC CATCGGCAAC TATTGAAGAA 
CAAATAGATT TACGACTCGC GTCGTCTAAT AATCCTACTA TTGTTATGGA ATTAGACTTG 
GATGGAAATA TCCGTTATTT AAGTAAAAAT TGGGAATATA TTGTTGGAAC AAATATCAAG 
AAAATTGTTA ATCGACACAT TTCGAAAATT ATAATTGGTA ATAATGATGA TGATTCTCAA 
GTATTTAACA TTGCTATAGA TGCCATGACT CGAGAAGATA TTAGTTATAA AGTGAAATTT 
ATAACTGCTA CAAATCATAC TCAAAGAAAT AAAGATGGTG AAGAAGTCTA TAATGATTTA 
AATGATTTAT TATTAAGTCG GTCTCACGAT GATGAACAAT CAGGGATTTT AACTCCTCAT 
AATTCTATGG AAGATATGGC TAAAAACGAT AATATACCTG TAAATAATTA TTTTGAAAAA 
CAACAACAAC AACAGCAGCA GCAGCAACAG CAGCAACAGC AACATTTAGA ACTGTCACAA 
CAAGAACCTG AAAAAATTGA CACTTCTGAT ACTTCTAGTA CTTTATCATC AGAAATATCT 
AATGATGGAG AAATTATCGA ATTGGAAGCA CAAGGTATAT TAATTCATGA TGCCAAAACA 
AAATTACCAA CCCATTCAAT GTGGACTATA AGACCTTTTA AAGAGATTGA TTTAGAATTG 
ACATTACCTA TTGCTTTAAT CGATTTATTA GGGTTTGGAT CAGAAATATT TGAAGGATAT 
TTGGTTAGTC TTAAAAATTT AGGGATAATC GATGAAGAAA GTGTTCCACA ACCGAAAATG 
ATCTTGTGCA GAATTTGTGA AACCAATATA CCTGCTTGGT TTATCGAAAA ACATTCTGAC 
TTATGTGTTT TGGAACATAG GGCCGCTGAG AAATTACAAC AATATCATGA TGCTATTGGT 
GAACAAAAAG AATTGGTGAT TCGTATATCG GAAAGTTTAG CTGTTTCCAA TCAACTGCTT 
CCATTATTGT CGTCATCACT GGGAGGTTCT TGTTCTGGAT TGAATACTCC ACCACCACAA 
TTATTGACAA ATCAATCACT TTTAGCATCT TCAGCATCTT TAGTATCATC GGCTTCATCT 
AGTTCATCTG AAGGAGAAAG TTCAAGTCTG TCTTCACATT TAATTTTAGA ATATAAGGGG 
TTACCATTAC CAAATATGTC AGATTATCCA TCACCAAAAT TGGCTAATAA AATATTGACG 
AAAAATTTCC AATCGAAAAA CAAACATGCA TTAATGTTTT CTAAAAAATT CCCGTTTGGA 
ATTTTACAAA GAATAGTAGA ATTATGTGAT GAGGCATTAT TAGTAAATCC TCCTTCAACA 
AATGAAGACA ATATTTTAGC ATTTTCTCCT GGGTCCGAAA AGGCATTGAA TGTTGTCATG 
AGTTCAAGCT TTTTGGAAAC TTCTGATGTG GCAATTAAAC AATTAATTGA AGATACTCAA 
GAATTGATTA ATGATAAAAT GGAAACTTTA TCGAGATTAG TTTCAATTTT ACAATTTCTG 
GAGAAAATCA AACATGAAGT AGATACTTTG GTGTTATGTA CAGTTCGAGA AACTGTTGAA 
AAAATCAAGA ATCAAACTAT TTTGGAATCA AGAGAATGTA CACCAATTAA TAATGATAGT 
CTGATAAGTA TTAATGAAGA AGTGGTGCCG TCAAGGTTAG AAACTTCAAA CATCAAAGAC 
CAACAACAGA CACAAATTGA AGAACCACCA CCACCACAAC AACAACCAAC ACAAAATATA 
CAAGACAATT ACCAGGAGCA ACCTATTTCT GAAACACTTA ATTTGACAAC AACAACAACA 
ACAGCATCAA CTTTACAAGC GCCAAAGCCT CACAAGAGTA TTAGTCCAAT TATTTCTGAT 
TTGCTTACAC CTGGTGAAAA TGTAATAACT CCTAAAGATA TACTATTGAA AGAATCTAAA 
TCATACAATA CCTCAATGTC AGCTTCACCT TTGAATCGGT CTGGTTCTAG TTTATGTACC 
CCAAGACCAC AATCAATGGT AGCACCAGTT TCAACTTCTA ACTCTTCAAG AGATTTATTA 
GAATCGATTC AAGTATTAGA TTTATCGAAA CGATCATCAG AAAACAATTC CCAATATTCA 
TCACCAAGAC GTCATTTATC TCCAGCACCA CCACCATACG TTGAGAAATC CAATTTAACA 
ACATTACAGA AAAATACTGC TGCCACACCA ATTGCATCAC CATCATTAAC AACTATGGAA 
GATATTAATG CATCTGCTAC TACTACTACT ACTACTAACA TTGGTGGTTA TGGAGGACTA 
GGGGATAAAA AAATCACTCA TTTGTCATTG AATACACAAG TGCCGAGTCA ACCATCATCG 
GCAATGAGTT CTAGTGTAAA GAGTGCAACT ATACGACCAC CATTATCACC ATTATTAGTA 
TCTACACAAC AACCACAACC TCGATTAAGT ACTGGCGGCA TTCGAGATTA TCAAGTGATT 
AAACCTATTA GTAAAGGGGC ATTTGGATCA GTTTTTTTAG GTAAACGGAA ATTGACAGGT 
GATTATGTGG CGATTAAATG TTTGAAAAAA AGAGATATGA TTGCTAAAAA TCAAGTTTTA 
AATGTTAAAT CTGAACGAGC AGTAATGATG AGACAATCTG ATTCACCTTA TGTTGCTCAA 
TTATATAGTA GTTTCCAATC GCGAGATTAT TTATATTTAG TGATGGAATA TTTAAATGGA 
GGAGATTGTG CAAATTTGCT TAAAACGTTG GGTGTCATTG GAGTCGATTG GACACCAAGA 
TATATTGCTG AAATAATTGT GGGTGTTGAT GATTTACACA ATAGAGGAAT TATTCATCGA 
GATTTGAAAC CAGATAATAT TTTAATTGAT AAAAATGGAC ATTTGAAATT GACTGATTTT 
GGTTTATCTC GATTAGGTGT TGTTGGAAGA CAACAAACAC AACAACATCG TAAAAGCAGT 
ACCAATGAAC AAGGTATTGA ATTATTTAGA AGTATGTTAC TGGAAGAATC AAATCAAAAG 
AAAGTTAATC CTGGGATAGG TACTCCATTT TCATTATCAC CAAGTTTAGA ACAATCAAGA 
GTGTCTTTTA ATAGTCAGCA ACAACAACAA CAACAACAAC AAATGGGAGT ACCTGCTGGT 
AATGCCCCAT CAGTGTCTTC ATTAGCAGCA GGTGAAAATT TTGTTTTATC TAGTACATCT 
CCAACTTTGG CTTATTTAGA AAGTTTTAAT TCACTTTCAT CAGTATCAAC TCCTACGGGT 
GCCACACAAC AACAACAACA ACAGCAACCA CCGCCAAAAC CTTTTGTTAA ATCATCCAAT 
GGAAGATCTG GTTCAAGTGG ATTTGATTCA CCAATATTAA AACCAATAAT TCCAAGAACA 
GAATCAGAAT CATCATTTGC CATTATGGAT GATGAACCTA GTCCTGGACC TACAACTGAT 
TATGCATTAT ATAATCCCGA TAATTATAAA AATGAGGGTG CTACAGCAAC AACAGCAACA 
GCAGCAACAG CAGGAACTGG AGGTGGAGGA GATGTCAATG CTGGTGATGG CGGCGGTGCT 
AATATTAAAA AGTTTGTTGG TACACCTGAT TATTTGGCAC CAGAAATCAT TAAAGGATCA 
GGAGAAAATG AATCATCTGA TTGGTTTTCT GTTGGAGTTA TAATGTTTGA ATTTCTTTAT 
GGATATCCGC CATTTCATGC TGATACTCCG GAAAAAGTTT TCAATAATAT TTTACTGGGG 
AAAATTGATT GGCCAGAATT AACACCTGAA GAAGATATGA AATTTTGTCC ACCTGATGCT 
AAAGATTTAA TTAATAAATT ATTAGTAATG AATCCTGAAG AAAGATTAGG ATTTAATGGA 
GCTGATGAAA TTAAAAATCA TCCCTATTTT AAAAATATTC ATTGGGATAC ATTATTTGAA 
GAACCAGCTC CATTTACACC AATGTTAGAT GATCCAGAAC TGACTGATTA TTTTGATTCA 
AGAGGAGCAA TGATGACTCA ATTTCCTAAA GAAGAGGACC TGCAACTGCT GCTGCTGCTG 
CAACTGCTGG ATGGTGAAAC CAAACCAGAA GAAAATGAAA ATGAAAAAGA TATTGTCGTC 
ACCACAAACA CAAGATCATC ATCTACGGGA CATATTATTC ATCGACAAAA AAGTCTTGAT 
CGGAATAGTA GTATTAGTAG TAATGATTCT GGATCATTAT CATTACCTGG ATCTTCAAGT 
ATTAATAATA TTACTCCTAC CACTACAAAA AAGGAAAGAA GAAGTAGTAA ATTGGCTGAT 
CCTAGTGAAT TTGGTTCATT CCATTTCCGA AATTTGGCTG TTTTGGAAAG ACAAAATAAA 
GATGTTATTA ATCGATTGAA AACAGAGCAT TTAGAACATC GTGGTAGTTT TTCTACTTCT 
TCATCATCAG AATCAACACC AACAGGAAGA CTGAGAGGAT TTTCATTTGG TAATGCTGGT 
AATAGTGGTA GTTCCAGTAG TGGTGGAGGT GGAGGTGGAG GTGGAGTTGG GACAAGTGGC 
TCACCATTTA AACGTCCAAT TTCTCCACCA TCGTTTAATG CCAATCAATC AAGTGGATTA 
GGACTGCCAG TTATAACTAC ATCATCAGGA GCAATGGGAA TTATCAATAC AACAAATCCA 
GTCAACATTA CCACTACTAG TAGTAATCAT AATCATCATA ATAGTTTTAA TACTGTTGGT 
GGTCTTGGAA TTGGTACAGC TACAGCTACA ACTGCGGCTG CAACTACAGC TACTACAACA 
ACAGGTAGTA TTCGATCAGC ATCACCTCAT CGATTATTTG AAAGTCCGAA TATTCCCAAA 
CATGAACGTA TACCATCAGC TACAAGTGCA TATTCTAGTG GTGATGAAAT AATGATAAGT 
CCACTGTTAA TGATTCATCA TGATGATAGA AATCATCATT CAAGAAGTAG TAGTTTGCCA 
TATCTACAAA CTATTACTAA ACAACCCAGT TTCCTGTATT TGAATCATAA TCATATAATT 
CGAGATTTTT CATCGCCAAA TTCATCAGAT CTGGAAGATA CTACTAAATC AAATGCATTA 
TTACGAGTTC AAAGAAGACG TGAAAGTTCA CGTATGTCAA CAGAGTTATT ACTGGGCACT 
AATACTGGTG GTGGTGGTGG TGCCGGTGGT GGAACCACTA GTAGCAATAA TAGCAGTGTA 
ATTGTTGCTG ATCTTGATGT ATTATATTGT GAACCTATTT CTGTGATTCG TCATAGTGTG 
GTGAAATTAT TAGAAAAAGC GGGATGTATA GTGGTCTCGG TTACAGATGG AGAAGAATTA 
ATTAAACGAG CAACATCACA AGTTAAATTT GATTTGATTT TCACTGGATT GAAAATATCA 
AAAGTTGATG CTATAGATGC TGTTAAATTA ATTAAATTTA CTAGTGGGAA AAATCGTAAT 
ACACCAATAA TTGGGATTAC CGAGAATAAG AATAAAATTG ATGATGATAT TACTACTAGT 
AGTACATTTG ATTATATTAT TGAACCTAAT CTTGAAGCAA TTTCTAAAGT TTGTCGGATA 
TTACGTAGTT AA

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

RefSeq	XP_720337.1
CDS	1..5772
Translation	MSNTPNKSTPEPESTVFHGSIFEHPHLHHSVSERSISPRHVSKESQNHNHNHQQQQQASNSLNFSDQVSGYDYPSATIEEQIDLRLASSNNPTIVMELDLDGNIRYLSKNWEYIVGTNIKKIVNRHISKIIIGNNDDDSQVFNIAIDAMTREDISYKVKFITATNHTQRNKDGEEVYNDLNDLLLSRSHDDEQSGILTPHNSMEDMAKNDNIPVNNYFEKQQQQQQQQQQQQQQHLELSQQEPEKIDTSDTSSTLSSEISNDGEIIELEAQGILIHDAKTKLPTHSMWTIRPFKEIDLELTLPIALIDLLGFGSEIFEGYLVSLKNLGIIDEESVPQPKMILCRICETNIPAWFIEKHSDLCVLEHRAAEKLQQYHDAIGEQKELVIRISESLAVSNQLLPLLSSSLGGSCSGLNTPPPQLLTNQSLLASSASLVSSASSSSSEGESSSLSSHLILEYKGLPLPNMSDYPSPKLANKILTKNFQSKNKHALMFSKKFPFGILQRIVELCDEALLVNPPSTNEDNILAFSPGSEKALNVVMSSSFLETSDVAIKQLIEDTQELINDKMETLSRLVSILQFLEKIKHEVDTLVLCTVRETVEKIKNQTILESRECTPINNDSLISINEEVVPSRLETSNIKDQQQTQIEEPPPPQQQPTQNIQDNYQEQPISETLNLTTTTTTASTLQAPKPHKSISPIISDLLTPGENVITPKDILLKESKSYNTSMSASPLNRSGSSLCTPRPQSMVAPVSTSNSSRDLLESIQVLDLSKRSSENNSQYSSPRRHLSPAPPPYVEKSNLTTLQKNTAATPIASPSLTTMEDINASATTTTTTNIGGYGGLGDKKITHLSLNTQVPSQPSSAMSSSVKSATIRPPLSPLLVSTQQPQPRLSTGGIRDYQVIKPISKGAFGSVFLGKRKLTGDYVAIKCLKKRDMIAKNQVLNVKSERAVMMRQSDSPYVAQLYSSFQSRDYLYLVMEYLNGGDCANLLKTLGVIGVDWTPRYIAEIIVGVDDLHNRGIIHRDLKPDNILIDKNGHLKLTDFGLSRLGVVGRQQTQQHRKSSTNEQGIELFRSMLLEESNQKKVNPGIGTPFSLSPSLEQSRVSFNSQQQQQQQQQMGVPAGNAPSVSSLAAGENFVLSSTSPTLAYLESFNSLSSVSTPTGATQQQQQQQPPPKPFVKSSNGRSGSSGFDSPILKPIIPRTESESSFAIMDDEPSPGPTTDYALYNPDNYKNEGATATTATAATAGTGGGGDVNAGDGGGANIKKFVGTPDYLAPEIIKGSGENESSDWFSVGVIMFEFLYGYPPFHADTPEKVFNNILLGKIDWPELTPEEDMKFCPPDAKDLINKLLVMNPEERLGFNGADEIKNHPYFKNIHWDTLFEEPAPFTPMLDDPELTDYFDSRGAMMTQFPKEEDLQLLLLLQLLDGETKPEENENEKDIVVTTNTRSSSTGHIIHRQKSLDRNSSISSNDSGSLSLPGSSSINNITPTTTKKERRSSKLADPSEFGSFHFRNLAVLERQNKDVINRLKTEHLEHRGSFSTSSSSESTPTGRLRGFSFGNAGNSGSSSSGGGGGGGGVGTSGSPFKRPISPPSFNANQSSGLGLPVITTSSGAMGIINTTNPVNITTTSSNHNHHNSFNTVGGLGIGTATATTAAATTATTTTGSIRSASPHRLFESPNIPKHERIPSATSAYSSGDEIMISPLLMIHHDDRNHHSRSSSLPYLQTITKQPSFLYLNHNHIIRDFSSPNSSDLEDTTKSNALLRVQRRRESSRMSTELLLGTNTGGGGGAGGGTTSSNNSSVIVADLDVLYCEPISVIRHSVVKLLEKAGCIVVSVTDGEELIKRATSQVKFDLIFTGLKISKVDAIDAVKLIKFTSGKNRNTPIIGITENKNKIDDDITTSSTFDYIIEPNLEAISKVCRILRS

Target ORF information:

RefSeq Version	XM_715244.1
Organism	Candida albicans SC5314
Definition	Candida albicans SC5314 protein kinase (RIM15), partial mRNA.

Target ORF information:

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

XM_715244.1

ORF Insert Sequence:

ATGTCGAATA CTCCCAATAA ATCAACACCT GAACCTGAAA GTACTGTCTT TCACGGATCG 
ATATTTGAAC ATCCTCATTT GCATCATAGT GTATCAGAGA GGTCAATATC ACCACGCCAC 
GTATCAAAAG AAAGTCAAAA CCACAACCAC AACCACCAAC AACAACAACA AGCATCTAAC 
AGTCTCAACT TCTCAGATCA AGTATCAGGA TATGATTATC CATCGGCAAC TATTGAAGAA 
CAAATAGATT TACGACTCGC GTCGTCTAAT AATCCTACTA TTGTTATGGA ATTAGACTTG 
GATGGAAATA TCCGTTATTT AAGTAAAAAT TGGGAATATA TTGTTGGAAC AAATATCAAG 
AAAATTGTTA ATCGACACAT TTCGAAAATT ATAATTGGTA ATAATGATGA TGATTCTCAA 
GTATTTAACA TTGCTATAGA TGCCATGACT CGAGAAGATA TTAGTTATAA AGTGAAATTT 
ATAACTGCTA CAAATCATAC TCAAAGAAAT AAAGATGGTG AAGAAGTCTA TAATGATTTA 
AATGATTTAT TATTAAGTCG GTCTCACGAT GATGAACAAT CAGGGATTTT AACTCCTCAT 
AATTCTATGG AAGATATGGC TAAAAACGAT AATATACCTG TAAATAATTA TTTTGAAAAA 
CAACAACAAC AACAGCAGCA GCAGCAACAG CAGCAACAGC AACATTTAGA ACTGTCACAA 
CAAGAACCTG AAAAAATTGA CACTTCTGAT ACTTCTAGTA CTTTATCATC AGAAATATCT 
AATGATGGAG AAATTATCGA ATTGGAAGCA CAAGGTATAT TAATTCATGA TGCCAAAACA 
AAATTACCAA CCCATTCAAT GTGGACTATA AGACCTTTTA AAGAGATTGA TTTAGAATTG 
ACATTACCTA TTGCTTTAAT CGATTTATTA GGGTTTGGAT CAGAAATATT TGAAGGATAT 
TTGGTTAGTC TTAAAAATTT AGGGATAATC GATGAAGAAA GTGTTCCACA ACCGAAAATG 
ATCTTGTGCA GAATTTGTGA AACCAATATA CCTGCTTGGT TTATCGAAAA ACATTCTGAC 
TTATGTGTTT TGGAACATAG GGCCGCTGAG AAATTACAAC AATATCATGA TGCTATTGGT 
GAACAAAAAG AATTGGTGAT TCGTATATCG GAAAGTTTAG CTGTTTCCAA TCAACTGCTT 
CCATTATTGT CGTCATCACT GGGAGGTTCT TGTTCTGGAT TGAATACTCC ACCACCACAA 
TTATTGACAA ATCAATCACT TTTAGCATCT TCAGCATCTT TAGTATCATC GGCTTCATCT 
AGTTCATCTG AAGGAGAAAG TTCAAGTCTG TCTTCACATT TAATTTTAGA ATATAAGGGG 
TTACCATTAC CAAATATGTC AGATTATCCA TCACCAAAAT TGGCTAATAA AATATTGACG 
AAAAATTTCC AATCGAAAAA CAAACATGCA TTAATGTTTT CTAAAAAATT CCCGTTTGGA 
ATTTTACAAA GAATAGTAGA ATTATGTGAT GAGGCATTAT TAGTAAATCC TCCTTCAACA 
AATGAAGACA ATATTTTAGC ATTTTCTCCT GGGTCCGAAA AGGCATTGAA TGTTGTCATG 
AGTTCAAGCT TTTTGGAAAC TTCTGATGTG GCAATTAAAC AATTAATTGA AGATACTCAA 
GAATTGATTA ATGATAAAAT GGAAACTTTA TCGAGATTAG TTTCAATTTT ACAATTTCTG 
GAGAAAATCA AACATGAAGT AGATACTTTG GTGTTATGTA CAGTTCGAGA AACTGTTGAA 
AAAATCAAGA ATCAAACTAT TTTGGAATCA AGAGAATGTA CACCAATTAA TAATGATAGT 
CTGATAAGTA TTAATGAAGA AGTGGTGCCG TCAAGGTTAG AAACTTCAAA CATCAAAGAC 
CAACAACAGA CACAAATTGA AGAACCACCA CCACCACAAC AACAACCAAC ACAAAATATA 
CAAGACAATT ACCAGGAGCA ACCTATTTCT GAAACACTTA ATTTGACAAC AACAACAACA 
ACAGCATCAA CTTTACAAGC GCCAAAGCCT CACAAGAGTA TTAGTCCAAT TATTTCTGAT 
TTGCTTACAC CTGGTGAAAA TGTAATAACT CCTAAAGATA TACTATTGAA AGAATCTAAA 
TCATACAATA CCTCAATGTC AGCTTCACCT TTGAATCGGT CTGGTTCTAG TTTATGTACC 
CCAAGACCAC AATCAATGGT AGCACCAGTT TCAACTTCTA ACTCTTCAAG AGATTTATTA 
GAATCGATTC AAGTATTAGA TTTATCGAAA CGATCATCAG AAAACAATTC CCAATATTCA 
TCACCAAGAC GTCATTTATC TCCAGCACCA CCACCATACG TTGAGAAATC CAATTTAACA 
ACATTACAGA AAAATACTGC TGCCACACCA ATTGCATCAC CATCATTAAC AACTATGGAA 
GATATTAATG CATCTGCTAC TACTACTACT ACTACTAACA TTGGTGGTTA TGGAGGACTA 
GGGGATAAAA AAATCACTCA TTTGTCATTG AATACACAAG TGCCGAGTCA ACCATCATCG 
GCAATGAGTT CTAGTGTAAA GAGTGCAACT ATACGACCAC CATTATCACC ATTATTAGTA 
TCTACACAAC AACCACAACC TCGATTAAGT ACTGGCGGCA TTCGAGATTA TCAAGTGATT 
AAACCTATTA GTAAAGGGGC ATTTGGATCA GTTTTTTTAG GTAAACGGAA ATTGACAGGT 
GATTATGTGG CGATTAAATG TTTGAAAAAA AGAGATATGA TTGCTAAAAA TCAAGTTTTA 
AATGTTAAAT CTGAACGAGC AGTAATGATG AGACAATCTG ATTCACCTTA TGTTGCTCAA 
TTATATAGTA GTTTCCAATC GCGAGATTAT TTATATTTAG TGATGGAATA TTTAAATGGA 
GGAGATTGTG CAAATTTGCT TAAAACGTTG GGTGTCATTG GAGTCGATTG GACACCAAGA 
TATATTGCTG AAATAATTGT GGGTGTTGAT GATTTACACA ATAGAGGAAT TATTCATCGA 
GATTTGAAAC CAGATAATAT TTTAATTGAT AAAAATGGAC ATTTGAAATT GACTGATTTT 
GGTTTATCTC GATTAGGTGT TGTTGGAAGA CAACAAACAC AACAACATCG TAAAAGCAGT 
ACCAATGAAC AAGGTATTGA ATTATTTAGA AGTATGTTAC TGGAAGAATC AAATCAAAAG 
AAAGTTAATC CTGGGATAGG TACTCCATTT TCATTATCAC CAAGTTTAGA ACAATCAAGA 
GTGTCTTTTA ATAGTCAGCA ACAACAACAA CAACAACAAC AAATGGGAGT ACCTGCTGGT 
AATGCCCCAT CAGTGTCTTC ATTAGCAGCA GGTGAAAATT TTGTTTTATC TAGTACATCT 
CCAACTTTGG CTTATTTAGA AAGTTTTAAT TCACTTTCAT CAGTATCAAC TCCTACGGGT 
GCCACACAAC AACAACAACA ACAGCAACCA CCGCCAAAAC CTTTTGTTAA ATCATCCAAT 
GGAAGATCTG GTTCAAGTGG ATTTGATTCA CCAATATTAA AACCAATAAT TCCAAGAACA 
GAATCAGAAT CATCATTTGC CATTATGGAT GATGAACCTA GTCCTGGACC TACAACTGAT 
TATGCATTAT ATAATCCCGA TAATTATAAA AATGAGGGTG CTACAGCAAC AACAGCAACA 
GCAGCAACAG CAGGAACTGG AGGTGGAGGA GATGTCAATG CTGGTGATGG CGGCGGTGCT 
AATATTAAAA AGTTTGTTGG TACACCTGAT TATTTGGCAC CAGAAATCAT TAAAGGATCA 
GGAGAAAATG AATCATCTGA TTGGTTTTCT GTTGGAGTTA TAATGTTTGA ATTTCTTTAT 
GGATATCCGC CATTTCATGC TGATACTCCG GAAAAAGTTT TCAATAATAT TTTACTGGGG 
AAAATTGATT GGCCAGAATT AACACCTGAA GAAGATATGA AATTTTGTCC ACCTGATGCT 
AAAGATTTAA TTAATAAATT ATTAGTAATG AATCCTGAAG AAAGATTAGG ATTTAATGGA 
GCTGATGAAA TTAAAAATCA TCCCTATTTT AAAAATATTC ATTGGGATAC ATTATTTGAA 
GAACCAGCTC CATTTACACC AATGTTAGAT GATCCAGAAC TGACTGATTA TTTTGATTCA 
AGAGGAGCAA TGATGACTCA ATTTCCTAAA GAAGAGGACC TGCAACTGCT GCTGCTGCTG 
CAACTGCTGG ATGGTGAAAC CAAACCAGAA GAAAATGAAA ATGAAAAAGA TATTGTCGTC 
ACCACAAACA CAAGATCATC ATCTACGGGA CATATTATTC ATCGACAAAA AAGTCTTGAT 
CGGAATAGTA GTATTAGTAG TAATGATTCT GGATCATTAT CATTACCTGG ATCTTCAAGT 
ATTAATAATA TTACTCCTAC CACTACAAAA AAGGAAAGAA GAAGTAGTAA ATTGGCTGAT 
CCTAGTGAAT TTGGTTCATT CCATTTCCGA AATTTGGCTG TTTTGGAAAG ACAAAATAAA 
GATGTTATTA ATCGATTGAA AACAGAGCAT TTAGAACATC GTGGTAGTTT TTCTACTTCT 
TCATCATCAG AATCAACACC AACAGGAAGA CTGAGAGGAT TTTCATTTGG TAATGCTGGT 
AATAGTGGTA GTTCCAGTAG TGGTGGAGGT GGAGGTGGAG GTGGAGTTGG GACAAGTGGC 
TCACCATTTA AACGTCCAAT TTCTCCACCA TCGTTTAATG CCAATCAATC AAGTGGATTA 
GGACTGCCAG TTATAACTAC ATCATCAGGA GCAATGGGAA TTATCAATAC AACAAATCCA 
GTCAACATTA CCACTACTAG TAGTAATCAT AATCATCATA ATAGTTTTAA TACTGTTGGT 
GGTCTTGGAA TTGGTACAGC TACAGCTACA ACTGCGGCTG CAACTACAGC TACTACAACA 
ACAGGTAGTA TTCGATCAGC ATCACCTCAT CGATTATTTG AAAGTCCGAA TATTCCCAAA 
CATGAACGTA TACCATCAGC TACAAGTGCA TATTCTAGTG GTGATGAAAT AATGATAAGT 
CCACTGTTAA TGATTCATCA TGATGATAGA AATCATCATT CAAGAAGTAG TAGTTTGCCA 
TATCTACAAA CTATTACTAA ACAACCCAGT TTCCTGTATT TGAATCATAA TCATATAATT 
CGAGATTTTT CATCGCCAAA TTCATCAGAT CTGGAAGATA CTACTAAATC AAATGCATTA 
TTACGAGTTC AAAGAAGACG TGAAAGTTCA CGTATGTCAA CAGAGTTATT ACTGGGCACT 
AATACTGGTG GTGGTGGTGG TGCCGGTGGT GGAACCACTA GTAGCAATAA TAGCAGTGTA 
ATTGTTGCTG ATCTTGATGT ATTATATTGT GAACCTATTT CTGTGATTCG TCATAGTGTG 
GTGAAATTAT TAGAAAAAGC GGGATGTATA GTGGTCTCGG TTACAGATGG AGAAGAATTA 
ATTAAACGAG CAACATCACA AGTTAAATTT GATTTGATTT TCACTGGATT GAAAATATCA 
AAAGTTGATG CTATAGATGC TGTTAAATTA ATTAAATTTA CTAGTGGGAA AAATCGTAAT 
ACACCAATAA TTGGGATTAC CGAGAATAAG AATAAAATTG ATGATGATAT TACTACTAGT 
AGTACATTTG ATTATATTAT TGAACCTAAT CTTGAAGCAA TTTCTAAAGT TTGTCGGATA 
TTACGTAGTT AA

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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RIM15 cDNA ORF clone, Candida albicans SC5314

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