POL2 cDNA ORF clone, Candida albicans SC5314

Gene
Clones
gRNAs

Summary

Gene Symbol	POL2
Entrez Gene ID	3645733
Full Name	DNA polymerase epsilon catalytic subunit
Synonyms	CaO19.2365
Gene Type	protein-coding
Organism	Candida albicans SC5314

mRNA and Protein(s)

mRNA	Protein	Name
XM_707562.2	XP_712655.2	DNA polymerase epsilon catalytic subunit

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 POL2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the POL2 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
OCg12603	XM_707562.2 Latest version!	Candida albicans SC5314 DNA polymerase epsilon catalytic subunit (POL2), 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)

POL2 ( XM_707562.2 ) cDNA ORF clone, Candida albicans SC5314 -> XP_712655.2 Candida albicans SC5314 DNA polymerase epsilon catalytic subunit (POL2), partial mRNA.

Price & Availability↑

CloneID	OCg12603
Clone ID Related Accession (Same CDS sequence)	XM_707562.2
Accession Version	XM_707562.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6636bp) 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	DNA polymerase epsilon catalytic subunit
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_032096). On Dec 8, 2016 this sequence version replaced XM_707562.1. ##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.

ATGTCACTGC GACCAAATGC TTTCAAAGGG TCGAATTCCG CCCGTTTTGT CAAGAATCAG 
ATGACGACCA ATTACAGAAA TACCAATGAT TACCGCCAGC AAAATAATAG AAACAGGCAA 
CAGCAACAGC CAGAAGATCC TTATGTGGCC AATAATCCTA TGCTTAATGA TTCAATACAA 
AAAAAAGAAT TGGTTGAACG AATAGACCAT ATTGACTCGA TTATGGGATT TGATCGTTTA 
GAACATGGAG AGAATGACGG GAATAAACCC CGAAAAGGTT GGTTAATCAA CATGCACGCC 
ACAACTATCC CCACTGATGA TTATTTAGCA GGATATTCCG GAGTGGATTA TTATTTCTTG 
GATGAAGAAG GAGGAAGTTT TAAAGCTACA CTACAATTTG ATCCATATTT TTTTGTCGAT 
GTGTTACCAG GAGATCATGA ACTGGAAGTT GAGGAATGGA TGAGAAAATA TTTAGAAACT 
GCAAATGTTA AAAGTTATAG TCGAGTCATA AAAGAAGATT TAAAATTGCC TAATCATTTG 
TTGGGTTTGC AGAAAACTTT GATTAAACTA AGTTTCCATA ACATTCAAGA TTTATTAGCA 
GCAAGAAGGT TACTATCACC TATTATCAAA GATAATCAAT TGAAAAAAGA ATCACGGAAT 
ATGTATACTT TTAAAGAAAT CGAAACGATA ATGGACCCTT CAGTATATAT AGATGATATA 
AGGGAATATG ACGTTCCATA CCATGTGAGA GTCTCCATAG ACAGGAATGT TAGAGTTGGG 
AAATGGTACG ATGTTTATGC AAAACATTCC AAAGTTGATT TTGTTGAAGA TAAGGAAAAA 
ATTGCATTTG CTGATCCTGT TGTATTGGCA TTCGATATTG AAACAACCAA GGCACCTTTG 
AAATTCCCAG ATGCCAAAAT TGATCAAATT ATGATGATAT CGTATATGAT AGATGGTGAA 
GGTTTTTTGA TCACCAACAG AGAGATAATT TCAGAAGACA TTGATGATTT TGAGTACACA 
CCAAAACCCG AGTACCCAGG TTTGTTTACG ATTTTTAATG AACCCGATGA AAAGCATGTG 
TTGAAGAGAT TTTTTGAACA CATCCGTGAT GTGAAACCAA CTGTTATTGC AACATTCAAT 
GGTGATTTTT TCGATTGGCC ATTTGTGGAG AATAGAACAA GATTTCATGA TATGGACATG 
TTTGAAGAAA TAGGGTTTGC TAAAGATAAC GAAGGCGAAT ATAAATCAAA ATATTGTGTT 
CATATGGATT GTTTCAGATG GGTTAAAAGA GACTCTTATT TACCACAGGG GTCTCAAGGT 
TTGAAAGCAG TCACTACCGC CAAATTAGGG TATAATCCAA CAGAATTAGA TCCCGAATTA 
ATGACCCCAT ATGCTTACGA TAAACCTCAA TTGCTTTCAG AATATTCTGT TTCTGATGCC 
GTTGCTACAT ACTACTTGTA CTATAAATAT GTTCACCCAT TCATTTTTTC CTTGTGTACT 
ATCATTCCAT TGAATCCAGA TGAGGTTTTA AGAAAAGGTA CTGGTACTTT ATGTGAAATG 
TTGCTTTCAG TGCAAGCATA CGAGGGAAAC ATTTTATTGC CCAACAAACA TTCTGATCCA 
ATTGAAAGGT TTTATGAAGG ACATTTGTTA GAGTCGGAAA CTTACGTGGG AGGGCATGTT 
GAGTCCTTGG AGGCTGGTGT CTTTAGAAGT GATATACCTA CACATTTCAA GATTGATCCA 
ACTGCTATCG ATGAATTGTT AGGGAATTTA CATAACTCCA TAAAGTTCTG TATTGAAGTT 
GAGAATGGCA AGAAAATGGA AGATGTTGAG AATTTTGATG AAATTTATAC CCAGATTGAG 
TCAAGTTTGT TGGAGTTGAA AAATAACCCG TCTAGACAGG AGAAACCATT GATTTACCAC 
GTTGATGTGG CGTCAATGTA TCCTAATATT ATGACATCCA ACCGTTTGCA ACCGGATTCA 
ATGAAATCGG AAGAAGATTG TGCTGCCTGT GATTTCAACC GTCCTGGGAA AAACTGTGAT 
AGAAGACTAC CTTGGGCATG GAGAGGTGAA TACTATCCTG CCGAAATGAA CGAATACAAT 
ATGATTAAAC GAACATTACA GAACGAAACT TTCCCGGGAG CTAGACCTTG GTTACCTCCT 
AGAACGTTTG ATGAATTATC TTATGCTGAA CAAGCAGCAA AGATCAAAAA AAGAATATCA 
GATTATTCTC GGAAAGTTTA TCATAGAGTC AAATCAAGTA AAGTCGTTAC CAGGGAAGCC 
ATTATTTGTC AACGAGAAAA CCCATTTTAT GTCGATACTG TCAGAAGTTT CCGTGACAGA 
AGATACGAGT TCAAAGGGTT AGCCAAAGTG TGGAAGGGGA AAGTTGGTAA AATTGCATCA 
AATGACACAA TTGCCAGAGA TGAAGCCAAA AAAATGGTTG TGCTTTATGA TTCCTTGCAA 
TTGGCACATA AAGTCATTTT GAATTCATTT TACGGGTACG TTATGAGAAA AGGCTCACGT 
TGGTACTCCA TGGAAATGGC AGGTGTCACT TGTCTTACTG GTGCAACAAT CATTCAAATG 
GCTAGAGCTT TGGTTGAAAG AATTGGTAGA CCATTAGAAT TAGACACCGA TGGTATTTGG 
TGTATCCTTC CTAAGTCGTT CCCTGAGAAT TTTAATCTCA AATGTAAAGA TGGCAAGAAA 
ATTTTTTTGG AGTACCCGTG TTCTATGTTG AATTATTTGG TTCATGAAAG ATTTACCAAT 
CACCAATATC AAGATTTAGT TGACCCTGAG ACTTTCAAAT ATAAAACTCG TTCTGATAAT 
TCTATTTTCT TCGAAGTTGA TGGTCCTTAT AAGGCGATGA TTTTACCAAC ATCAAAAGAA 
GAAGGTAAAG GGTTGAAGAA AAGGTATGCC GTTTTCAATG AAGATGGATC GTTGGCAGAA 
TTAAAAGGAT TTGAGTTGAA AAGAAGAGGG GAATTGCAAT TGATTAAAAA TTTCCAATCT 
GATATATTCA AGTTATTTTT AGAAGGTGAT ACGTTGGATA CCTGTTATCA AGCTGTTGCT 
ACAGTGGCAA ACAATTGGTT GGATGTGTTG GATACAAAAG GGGGTATGCT TGAAGATGAA 
GATTTGATTG AATTGATTTG TGAAAACAGA AGTATGTCCA AGAGTTTGGC GGATTACGGA 
GACCAGAAGT CTACTTCTAT TACTACTGCC AAAAGATTGG GTGAGTTTTT AGGTGAAGAG 
ATGGTTAAAG ATGCTGGTTT GGCTACAAAG TATATTATTA GTGCCAAGCC AATAGGATCA 
CCTGTCACTG AAAGAGCAAT CCCTGTATCC ATTTTTTCTT CTGATAAAAA AGAAATATTT 
TTGAAAAAGT GGTTAAAAGA CCCATCTTTA AACAAATTTA GTCCAAGAGA CGTTATTGAT 
TGGAATTATT ATTATGAAAG ATTAGCGTCA GTTGTACAAA AGATTATCAC AATTCCAGCA 
GCTCTTCAAG ATGTTAAGAA CCCTGTTCCT AGAGTGCCAC ATCCGGATTG GTTACAGAAA 
AAAGTGAAAA ATAGTGAAGA TATTATGCAA CAGAAATCAA TTTCGAATTT TTTCAAGAAA 
ACCACGAAGG AAGACATCAA ACTCAAAGAC ATAGAAGATT TTGGTGAAGT TGATGCTTCT 
GTGCCAAAGG GTAAAGTAGT TAAAGTTACT TCAAGAAAGA GAAAGTCTGG TAAGGCAAAT 
ATGGTTGAGG ATGCCGAAGA AGATGAGAAG AATCAAGCAA TTTTGAATGG GCCATGTCCT 
TCTATGACAG AGGATTATCA AGGATTTTTA CAGTACCAAA AGGCAAAATG GAAGGTTCAA 
CAAGCCGGCC GTGAAAGAAG AAGAAGATTA TTTGGAGCAA ATTCAGAGAG TTCACAAAGA 
TCTACTGTGG GAGGAATGTT CCGGAAAAGA GCTGAGAATA TAGCTGGAAC AAATTGGGAA 
ATTTTAGAAT ATAAGCTTGA CCCAACTAAG CCAGGTGATT TGAAAGTATA TGTAAGAGCT 
GGTGATAAAG TTCACACATT TAATTTCCAT GTTCCCAAAA AAGTTTATGC TTCTTTTAAG 
ACCAAGTTGT CACAACGGAA AAGTATTCCT GGTTGCGAAA TTGAGGAATC AAATGCAATT 
TTACCAAATG GTCATGATGG TACAAACTTA TACAAGCTTA CAATGGCACA ATCTGTTTTC 
CAAGAACAAA TGAGTGATGT TGATAGTTTG TTACAGGACT CAAATATTAT GGGACTCTAT 
GAAAGTAATA TTGATCCTGT GTCTCGAGCT ATAATAGATT TGGGTAACAC TGTTAAATTT 
GATGATACAA GAGTGGGTGC TTTAGGGAAG GGGTTGAAGA CTGGGTTCAA TACTAGAGAA 
TTGATAAAAG CTAGTTCCGA AGCTTACTTG AGAAAGTTTG ACATGGACAT TGTTTACTTG 
TTGCATATTG TCACTAACAG TTATGAGTTT TTTGCTCTTT TTAATACTTG GGAAAATGAC 
TGCCAAATGT TTGTTTTGAA ACCTTCTGCT AATGCCCAGG AATTACCAAA TAATATTCAC 
AAGATTTATC GTGAAATCTT TGAATCCAAG AGGGAGAAAT TGGATAAGGT TCTGAATGTA 
GTGAATTACC CTGCAGAAAT GTCATTTGAT GTGAAATATT ACCACGAAAG TGCCAAATTG 
TTCAAAAAAC TCAACCAAGT CATTGGAAAA ATCCATGAAA GCAGAAGCAA CAAAGCATTT 
TTGGCAATAC AATCCCCTTA TTCCAGTAGA ATTTTGAATG TTTTGAATAC AACGGATGAT 
TTCCCAACTA TAAAGATGAA TATTAGTGAA TTGTCGTTAC CAGCAGTTGG ATGGCAATCT 
TTGATTTCGA AACGTGTAAT TAATCATTAT TTTGTTTTAG GGTCTTGGAT AAAGAATTTG 
GTTGCGTTTG CCAAATATGC TAATGTACCG CTTTGTAACT TGCAAATTGA AAACATTGGA 
TTTTTGGTAG ATATTGAATA TGCAAGAAGA TTAAGTGAGA ACAATATTGT GTTGTGGTGG 
TCACCTAATC CATTACCAGA CCTTGGTGGG TTTGAGATGG ATAGAATGGT AGACTTTGAT 
AGTTTGGCTT TCCCTACCAT TAACAATCCA GAGATTTATG AAACTGCATG TTTGGAAGTT 
GAAATTGGTA CATTAACTAT AAATACCATA CTTACTAGTG CACTTATCAA CGAAGCCGAG 
GGAACAGATT TGGCAGATGA AAATATGCAT TTTGATAACA ACAATGGTGC TTCCACTTTT 
GCTGAAGATT CCTTTTCGAG CCCTGCATTA TCAATACTCA GATCAATGGT GAAAGATTGG 
TGGGATGATG CCTTGAGTAA CAATATCAAT GCTGATTCTA TAATGAACAC TTTGGTCACA 
TGGGTTCAAC GTAATGATTC GATGTTATAT GATCCTTCAT TACATTATCA TGTCCATAAT 
TTAACTTCAA AGGCACTTTT GCAATTAATT AGTGAGTTCA AGCGAATGGG AGCACAAGTG 
ATTTTTGCCA ACAGGAATAA AATGTTGATT CAGACTTCAA AGATTTCTGT GGAAAATTCA 
TATGCATATG GTCAATATAT TTTGAAAGCA GCGAGATCTA AGCCTTTGTT CAACTTTTTG 
GATTTAAGAA TAGTAAAGTA TTGGGATATT TTGATATGGA TGGATGAATT TAATTATGGA 
GGTAGAAGTT GTACAGAGAT TGTCAATGAA GAAATGCAAA ATTTGGTTCC AGAGAATCAT 
TGGCACTTGC AAAAATTTTT ACCAATAATT TTTCAAAACG AATTTGAAGA TTGGCTTGTG 
ATATTCTTGG ATGCATTGAC AAAGTATAAA AATGAGAATT TACTTGGGAA GGGAGCTCAA 
GCAAATACAC CTAGAGTTAC TCAAATTGTT CACATATTGA AAGGTCAGAA AAAATTACAA 
GCTCAAGAGG TCGAAGAAGA GGATGATGAT CATGGTGTTA TTGAAACTTT CAAAAAACCA 
ATATTACGAA GAATGGAAAA ATTGTATCGT CGACAACTTG AAGCCATCCT TAATCCTGAG 
TTTAAACAAG AATATGAATT TCCAACATTG GCAGGGTCAT ATTTGCATAT GAAGAATCCT 
GCTTTAGAAT TGGTAAAATT CTTATGTCAT GTATTTGCAT TATCAGAGAA AAGATCTAAA 
GAAGTTAGAA TCTTGAAAAA AGAATTATTA TTGATATTTG ATGTTCGTGA TTTTAGTAAA 
GATGCTACAT TTAGGGACCC TTGTACATCT TTGAAACTTC CTCACGTGAT ATGTGATTAT 
TGTAACCATA TCAGGGACAT TGATTTATGT CGTGAAGAAG AGATCAATAT TTGGAATTGT 
TTAAATTGTC ACAAAGCTTA TAATAAGATT GCTCTTGAAG AGGAGATTAT TAATCAGTTT 
AACAAATTAT TTGTCAAGTT TTATGGTCAA GATTTGAAGT GTAACAAATG TAATCAAATA 
AGACAGAACA ACATGGATTT ACATTGTAAA TGTTCGGGTA ATTGGATTGA AACTGTTGAT 
TATCATACCA TTGAAAAACA ATTTCAAACA TTTGTCAATG TGGCAAAATT CTATAATTTG 
CAATTGTTGA ATGGTTTAGT TGAAGAAATT ATTTGA

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

RefSeq	XP_712655.2
CDS	1..6636
Translation	MSLRPNAFKGSNSARFVKNQMTTNYRNTNDYRQQNNRNRQQQQPEDPYVANNPMLNDSIQKKELVERIDHIDSIMGFDRLEHGENDGNKPRKGWLINMHATTIPTDDYLAGYSGVDYYFLDEEGGSFKATLQFDPYFFVDVLPGDHELEVEEWMRKYLETANVKSYSRVIKEDLKLPNHLLGLQKTLIKLSFHNIQDLLAARRLLSPIIKDNQLKKESRNMYTFKEIETIMDPSVYIDDIREYDVPYHVRVSIDRNVRVGKWYDVYAKHSKVDFVEDKEKIAFADPVVLAFDIETTKAPLKFPDAKIDQIMMISYMIDGEGFLITNREIISEDIDDFEYTPKPEYPGLFTIFNEPDEKHVLKRFFEHIRDVKPTVIATFNGDFFDWPFVENRTRFHDMDMFEEIGFAKDNEGEYKSKYCVHMDCFRWVKRDSYLPQGSQGLKAVTTAKLGYNPTELDPELMTPYAYDKPQLLSEYSVSDAVATYYLYYKYVHPFIFSLCTIIPLNPDEVLRKGTGTLCEMLLSVQAYEGNILLPNKHSDPIERFYEGHLLESETYVGGHVESLEAGVFRSDIPTHFKIDPTAIDELLGNLHNSIKFCIEVENGKKMEDVENFDEIYTQIESSLLELKNNPSRQEKPLIYHVDVASMYPNIMTSNRLQPDSMKSEEDCAACDFNRPGKNCDRRLPWAWRGEYYPAEMNEYNMIKRTLQNETFPGARPWLPPRTFDELSYAEQAAKIKKRISDYSRKVYHRVKSSKVVTREAIICQRENPFYVDTVRSFRDRRYEFKGLAKVWKGKVGKIASNDTIARDEAKKMVVLYDSLQLAHKVILNSFYGYVMRKGSRWYSMEMAGVTCLTGATIIQMARALVERIGRPLELDTDGIWCILPKSFPENFNLKCKDGKKIFLEYPCSMLNYLVHERFTNHQYQDLVDPETFKYKTRSDNSIFFEVDGPYKAMILPTSKEEGKGLKKRYAVFNEDGSLAELKGFELKRRGELQLIKNFQSDIFKLFLEGDTLDTCYQAVATVANNWLDVLDTKGGMLEDEDLIELICENRSMSKSLADYGDQKSTSITTAKRLGEFLGEEMVKDAGLATKYIISAKPIGSPVTERAIPVSIFSSDKKEIFLKKWLKDPSLNKFSPRDVIDWNYYYERLASVVQKIITIPAALQDVKNPVPRVPHPDWLQKKVKNSEDIMQQKSISNFFKKTTKEDIKLKDIEDFGEVDASVPKGKVVKVTSRKRKSGKANMVEDAEEDEKNQAILNGPCPSMTEDYQGFLQYQKAKWKVQQAGRERRRRLFGANSESSQRSTVGGMFRKRAENIAGTNWEILEYKLDPTKPGDLKVYVRAGDKVHTFNFHVPKKVYASFKTKLSQRKSIPGCEIEESNAILPNGHDGTNLYKLTMAQSVFQEQMSDVDSLLQDSNIMGLYESNIDPVSRAIIDLGNTVKFDDTRVGALGKGLKTGFNTRELIKASSEAYLRKFDMDIVYLLHIVTNSYEFFALFNTWENDCQMFVLKPSANAQELPNNIHKIYREIFESKREKLDKVLNVVNYPAEMSFDVKYYHESAKLFKKLNQVIGKIHESRSNKAFLAIQSPYSSRILNVLNTTDDFPTIKMNISELSLPAVGWQSLISKRVINHYFVLGSWIKNLVAFAKYANVPLCNLQIENIGFLVDIEYARRLSENNIVLWWSPNPLPDLGGFEMDRMVDFDSLAFPTINNPEIYETACLEVEIGTLTINTILTSALINEAEGTDLADENMHFDNNNGASTFAEDSFSSPALSILRSMVKDWWDDALSNNINADSIMNTLVTWVQRNDSMLYDPSLHYHVHNLTSKALLQLISEFKRMGAQVIFANRNKMLIQTSKISVENSYAYGQYILKAARSKPLFNFLDLRIVKYWDILIWMDEFNYGGRSCTEIVNEEMQNLVPENHWHLQKFLPIIFQNEFEDWLVIFLDALTKYKNENLLGKGAQANTPRVTQIVHILKGQKKLQAQEVEEEDDDHGVIETFKKPILRRMEKLYRRQLEAILNPEFKQEYEFPTLAGSYLHMKNPALELVKFLCHVFALSEKRSKEVRILKKELLLIFDVRDFSKDATFRDPCTSLKLPHVICDYCNHIRDIDLCREEEINIWNCLNCHKAYNKIALEEEIINQFNKLFVKFYGQDLKCNKCNQIRQNNMDLHCKCSGNWIETVDYHTIEKQFQTFVNVAKFYNLQLLNGLVEEII

Target ORF information:

RefSeq Version	XM_707562.2
Organism	Candida albicans SC5314
Definition	Candida albicans SC5314 DNA polymerase epsilon catalytic subunit (POL2), partial mRNA.

Target ORF information:

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

XM_707562.2

ORF Insert Sequence:

ATGTCACTGC GACCAAATGC TTTCAAAGGG TCGAATTCCG CCCGTTTTGT CAAGAATCAG 
ATGACGACCA ATTACAGAAA TACCAATGAT TACCGCCAGC AAAATAATAG AAACAGGCAA 
CAGCAACAGC CAGAAGATCC TTATGTGGCC AATAATCCTA TGCTTAATGA TTCAATACAA 
AAAAAAGAAT TGGTTGAACG AATAGACCAT ATTGACTCGA TTATGGGATT TGATCGTTTA 
GAACATGGAG AGAATGACGG GAATAAACCC CGAAAAGGTT GGTTAATCAA CATGCACGCC 
ACAACTATCC CCACTGATGA TTATTTAGCA GGATATTCCG GAGTGGATTA TTATTTCTTG 
GATGAAGAAG GAGGAAGTTT TAAAGCTACA CTACAATTTG ATCCATATTT TTTTGTCGAT 
GTGTTACCAG GAGATCATGA ACTGGAAGTT GAGGAATGGA TGAGAAAATA TTTAGAAACT 
GCAAATGTTA AAAGTTATAG TCGAGTCATA AAAGAAGATT TAAAATTGCC TAATCATTTG 
TTGGGTTTGC AGAAAACTTT GATTAAACTA AGTTTCCATA ACATTCAAGA TTTATTAGCA 
GCAAGAAGGT TACTATCACC TATTATCAAA GATAATCAAT TGAAAAAAGA ATCACGGAAT 
ATGTATACTT TTAAAGAAAT CGAAACGATA ATGGACCCTT CAGTATATAT AGATGATATA 
AGGGAATATG ACGTTCCATA CCATGTGAGA GTCTCCATAG ACAGGAATGT TAGAGTTGGG 
AAATGGTACG ATGTTTATGC AAAACATTCC AAAGTTGATT TTGTTGAAGA TAAGGAAAAA 
ATTGCATTTG CTGATCCTGT TGTATTGGCA TTCGATATTG AAACAACCAA GGCACCTTTG 
AAATTCCCAG ATGCCAAAAT TGATCAAATT ATGATGATAT CGTATATGAT AGATGGTGAA 
GGTTTTTTGA TCACCAACAG AGAGATAATT TCAGAAGACA TTGATGATTT TGAGTACACA 
CCAAAACCCG AGTACCCAGG TTTGTTTACG ATTTTTAATG AACCCGATGA AAAGCATGTG 
TTGAAGAGAT TTTTTGAACA CATCCGTGAT GTGAAACCAA CTGTTATTGC AACATTCAAT 
GGTGATTTTT TCGATTGGCC ATTTGTGGAG AATAGAACAA GATTTCATGA TATGGACATG 
TTTGAAGAAA TAGGGTTTGC TAAAGATAAC GAAGGCGAAT ATAAATCAAA ATATTGTGTT 
CATATGGATT GTTTCAGATG GGTTAAAAGA GACTCTTATT TACCACAGGG GTCTCAAGGT 
TTGAAAGCAG TCACTACCGC CAAATTAGGG TATAATCCAA CAGAATTAGA TCCCGAATTA 
ATGACCCCAT ATGCTTACGA TAAACCTCAA TTGCTTTCAG AATATTCTGT TTCTGATGCC 
GTTGCTACAT ACTACTTGTA CTATAAATAT GTTCACCCAT TCATTTTTTC CTTGTGTACT 
ATCATTCCAT TGAATCCAGA TGAGGTTTTA AGAAAAGGTA CTGGTACTTT ATGTGAAATG 
TTGCTTTCAG TGCAAGCATA CGAGGGAAAC ATTTTATTGC CCAACAAACA TTCTGATCCA 
ATTGAAAGGT TTTATGAAGG ACATTTGTTA GAGTCGGAAA CTTACGTGGG AGGGCATGTT 
GAGTCCTTGG AGGCTGGTGT CTTTAGAAGT GATATACCTA CACATTTCAA GATTGATCCA 
ACTGCTATCG ATGAATTGTT AGGGAATTTA CATAACTCCA TAAAGTTCTG TATTGAAGTT 
GAGAATGGCA AGAAAATGGA AGATGTTGAG AATTTTGATG AAATTTATAC CCAGATTGAG 
TCAAGTTTGT TGGAGTTGAA AAATAACCCG TCTAGACAGG AGAAACCATT GATTTACCAC 
GTTGATGTGG CGTCAATGTA TCCTAATATT ATGACATCCA ACCGTTTGCA ACCGGATTCA 
ATGAAATCGG AAGAAGATTG TGCTGCCTGT GATTTCAACC GTCCTGGGAA AAACTGTGAT 
AGAAGACTAC CTTGGGCATG GAGAGGTGAA TACTATCCTG CCGAAATGAA CGAATACAAT 
ATGATTAAAC GAACATTACA GAACGAAACT TTCCCGGGAG CTAGACCTTG GTTACCTCCT 
AGAACGTTTG ATGAATTATC TTATGCTGAA CAAGCAGCAA AGATCAAAAA AAGAATATCA 
GATTATTCTC GGAAAGTTTA TCATAGAGTC AAATCAAGTA AAGTCGTTAC CAGGGAAGCC 
ATTATTTGTC AACGAGAAAA CCCATTTTAT GTCGATACTG TCAGAAGTTT CCGTGACAGA 
AGATACGAGT TCAAAGGGTT AGCCAAAGTG TGGAAGGGGA AAGTTGGTAA AATTGCATCA 
AATGACACAA TTGCCAGAGA TGAAGCCAAA AAAATGGTTG TGCTTTATGA TTCCTTGCAA 
TTGGCACATA AAGTCATTTT GAATTCATTT TACGGGTACG TTATGAGAAA AGGCTCACGT 
TGGTACTCCA TGGAAATGGC AGGTGTCACT TGTCTTACTG GTGCAACAAT CATTCAAATG 
GCTAGAGCTT TGGTTGAAAG AATTGGTAGA CCATTAGAAT TAGACACCGA TGGTATTTGG 
TGTATCCTTC CTAAGTCGTT CCCTGAGAAT TTTAATCTCA AATGTAAAGA TGGCAAGAAA 
ATTTTTTTGG AGTACCCGTG TTCTATGTTG AATTATTTGG TTCATGAAAG ATTTACCAAT 
CACCAATATC AAGATTTAGT TGACCCTGAG ACTTTCAAAT ATAAAACTCG TTCTGATAAT 
TCTATTTTCT TCGAAGTTGA TGGTCCTTAT AAGGCGATGA TTTTACCAAC ATCAAAAGAA 
GAAGGTAAAG GGTTGAAGAA AAGGTATGCC GTTTTCAATG AAGATGGATC GTTGGCAGAA 
TTAAAAGGAT TTGAGTTGAA AAGAAGAGGG GAATTGCAAT TGATTAAAAA TTTCCAATCT 
GATATATTCA AGTTATTTTT AGAAGGTGAT ACGTTGGATA CCTGTTATCA AGCTGTTGCT 
ACAGTGGCAA ACAATTGGTT GGATGTGTTG GATACAAAAG GGGGTATGCT TGAAGATGAA 
GATTTGATTG AATTGATTTG TGAAAACAGA AGTATGTCCA AGAGTTTGGC GGATTACGGA 
GACCAGAAGT CTACTTCTAT TACTACTGCC AAAAGATTGG GTGAGTTTTT AGGTGAAGAG 
ATGGTTAAAG ATGCTGGTTT GGCTACAAAG TATATTATTA GTGCCAAGCC AATAGGATCA 
CCTGTCACTG AAAGAGCAAT CCCTGTATCC ATTTTTTCTT CTGATAAAAA AGAAATATTT 
TTGAAAAAGT GGTTAAAAGA CCCATCTTTA AACAAATTTA GTCCAAGAGA CGTTATTGAT 
TGGAATTATT ATTATGAAAG ATTAGCGTCA GTTGTACAAA AGATTATCAC AATTCCAGCA 
GCTCTTCAAG ATGTTAAGAA CCCTGTTCCT AGAGTGCCAC ATCCGGATTG GTTACAGAAA 
AAAGTGAAAA ATAGTGAAGA TATTATGCAA CAGAAATCAA TTTCGAATTT TTTCAAGAAA 
ACCACGAAGG AAGACATCAA ACTCAAAGAC ATAGAAGATT TTGGTGAAGT TGATGCTTCT 
GTGCCAAAGG GTAAAGTAGT TAAAGTTACT TCAAGAAAGA GAAAGTCTGG TAAGGCAAAT 
ATGGTTGAGG ATGCCGAAGA AGATGAGAAG AATCAAGCAA TTTTGAATGG GCCATGTCCT 
TCTATGACAG AGGATTATCA AGGATTTTTA CAGTACCAAA AGGCAAAATG GAAGGTTCAA 
CAAGCCGGCC GTGAAAGAAG AAGAAGATTA TTTGGAGCAA ATTCAGAGAG TTCACAAAGA 
TCTACTGTGG GAGGAATGTT CCGGAAAAGA GCTGAGAATA TAGCTGGAAC AAATTGGGAA 
ATTTTAGAAT ATAAGCTTGA CCCAACTAAG CCAGGTGATT TGAAAGTATA TGTAAGAGCT 
GGTGATAAAG TTCACACATT TAATTTCCAT GTTCCCAAAA AAGTTTATGC TTCTTTTAAG 
ACCAAGTTGT CACAACGGAA AAGTATTCCT GGTTGCGAAA TTGAGGAATC AAATGCAATT 
TTACCAAATG GTCATGATGG TACAAACTTA TACAAGCTTA CAATGGCACA ATCTGTTTTC 
CAAGAACAAA TGAGTGATGT TGATAGTTTG TTACAGGACT CAAATATTAT GGGACTCTAT 
GAAAGTAATA TTGATCCTGT GTCTCGAGCT ATAATAGATT TGGGTAACAC TGTTAAATTT 
GATGATACAA GAGTGGGTGC TTTAGGGAAG GGGTTGAAGA CTGGGTTCAA TACTAGAGAA 
TTGATAAAAG CTAGTTCCGA AGCTTACTTG AGAAAGTTTG ACATGGACAT TGTTTACTTG 
TTGCATATTG TCACTAACAG TTATGAGTTT TTTGCTCTTT TTAATACTTG GGAAAATGAC 
TGCCAAATGT TTGTTTTGAA ACCTTCTGCT AATGCCCAGG AATTACCAAA TAATATTCAC 
AAGATTTATC GTGAAATCTT TGAATCCAAG AGGGAGAAAT TGGATAAGGT TCTGAATGTA 
GTGAATTACC CTGCAGAAAT GTCATTTGAT GTGAAATATT ACCACGAAAG TGCCAAATTG 
TTCAAAAAAC TCAACCAAGT CATTGGAAAA ATCCATGAAA GCAGAAGCAA CAAAGCATTT 
TTGGCAATAC AATCCCCTTA TTCCAGTAGA ATTTTGAATG TTTTGAATAC AACGGATGAT 
TTCCCAACTA TAAAGATGAA TATTAGTGAA TTGTCGTTAC CAGCAGTTGG ATGGCAATCT 
TTGATTTCGA AACGTGTAAT TAATCATTAT TTTGTTTTAG GGTCTTGGAT AAAGAATTTG 
GTTGCGTTTG CCAAATATGC TAATGTACCG CTTTGTAACT TGCAAATTGA AAACATTGGA 
TTTTTGGTAG ATATTGAATA TGCAAGAAGA TTAAGTGAGA ACAATATTGT GTTGTGGTGG 
TCACCTAATC CATTACCAGA CCTTGGTGGG TTTGAGATGG ATAGAATGGT AGACTTTGAT 
AGTTTGGCTT TCCCTACCAT TAACAATCCA GAGATTTATG AAACTGCATG TTTGGAAGTT 
GAAATTGGTA CATTAACTAT AAATACCATA CTTACTAGTG CACTTATCAA CGAAGCCGAG 
GGAACAGATT TGGCAGATGA AAATATGCAT TTTGATAACA ACAATGGTGC TTCCACTTTT 
GCTGAAGATT CCTTTTCGAG CCCTGCATTA TCAATACTCA GATCAATGGT GAAAGATTGG 
TGGGATGATG CCTTGAGTAA CAATATCAAT GCTGATTCTA TAATGAACAC TTTGGTCACA 
TGGGTTCAAC GTAATGATTC GATGTTATAT GATCCTTCAT TACATTATCA TGTCCATAAT 
TTAACTTCAA AGGCACTTTT GCAATTAATT AGTGAGTTCA AGCGAATGGG AGCACAAGTG 
ATTTTTGCCA ACAGGAATAA AATGTTGATT CAGACTTCAA AGATTTCTGT GGAAAATTCA 
TATGCATATG GTCAATATAT TTTGAAAGCA GCGAGATCTA AGCCTTTGTT CAACTTTTTG 
GATTTAAGAA TAGTAAAGTA TTGGGATATT TTGATATGGA TGGATGAATT TAATTATGGA 
GGTAGAAGTT GTACAGAGAT TGTCAATGAA GAAATGCAAA ATTTGGTTCC AGAGAATCAT 
TGGCACTTGC AAAAATTTTT ACCAATAATT TTTCAAAACG AATTTGAAGA TTGGCTTGTG 
ATATTCTTGG ATGCATTGAC AAAGTATAAA AATGAGAATT TACTTGGGAA GGGAGCTCAA 
GCAAATACAC CTAGAGTTAC TCAAATTGTT CACATATTGA AAGGTCAGAA AAAATTACAA 
GCTCAAGAGG TCGAAGAAGA GGATGATGAT CATGGTGTTA TTGAAACTTT CAAAAAACCA 
ATATTACGAA GAATGGAAAA ATTGTATCGT CGACAACTTG AAGCCATCCT TAATCCTGAG 
TTTAAACAAG AATATGAATT TCCAACATTG GCAGGGTCAT ATTTGCATAT GAAGAATCCT 
GCTTTAGAAT TGGTAAAATT CTTATGTCAT GTATTTGCAT TATCAGAGAA AAGATCTAAA 
GAAGTTAGAA TCTTGAAAAA AGAATTATTA TTGATATTTG ATGTTCGTGA TTTTAGTAAA 
GATGCTACAT TTAGGGACCC TTGTACATCT TTGAAACTTC CTCACGTGAT ATGTGATTAT 
TGTAACCATA TCAGGGACAT TGATTTATGT CGTGAAGAAG AGATCAATAT TTGGAATTGT 
TTAAATTGTC ACAAAGCTTA TAATAAGATT GCTCTTGAAG AGGAGATTAT TAATCAGTTT 
AACAAATTAT TTGTCAAGTT TTATGGTCAA GATTTGAAGT GTAACAAATG TAATCAAATA 
AGACAGAACA ACATGGATTT ACATTGTAAA TGTTCGGGTA ATTGGATTGA AACTGTTGAT 
TATCATACCA TTGAAAAACA ATTTCAAACA TTTGTCAATG TGGCAAAATT CTATAATTTG 
CAATTGTTGA ATGGTTTAGT TGAAGAAATT ATTTGA

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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POL2 cDNA ORF clone, Candida albicans SC5314

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

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