GSC1 cDNA ORF clone, Candida albicans SC5314

Gene
Clones
gRNAs

Summary

Gene Symbol	GSC1
Entrez Gene ID	3636794
Full Name	1,3-beta-glucan synthase
Synonyms	CaO19.2929
Gene Type	protein-coding
Organism	Candida albicans SC5314

mRNA and Protein(s)

mRNA	Protein	Name
XM_716336.2	XP_721429.2	1,3-beta-glucan synthase

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 GSC1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the GSC1 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
OCg09463	XM_716336.2 Latest version!	Candida albicans SC5314 1,3-beta-glucan synthase (GSC1), 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)

GSC1 ( XM_716336.2 ) cDNA ORF clone, Candida albicans SC5314 -> XP_721429.2 Candida albicans SC5314 1,3-beta-glucan synthase (GSC1), partial mRNA.

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CloneID	OCg09463
Clone ID Related Accession (Same CDS sequence)	XM_716336.2
Accession Version	XM_716336.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5694bp) 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	1,3-beta-glucan synthase
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_032089). On Dec 8, 2016 this sequence version replaced XM_716336.1. ##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.

ATGTCGTATA ACGATAATAA TAATCATTAT TACGACCCTA ATCAACAGGG CGGTATGCCA 
CCTCATCAAG GAGGAGAAGG GTATTACCAA CAACAGTATG ATGATATGGG TCAACAACCA 
CACCAACAAG ATTATTACGA TCCAAATGCT CAATATCAAC AACAACCATA TGACATGGAT 
GGATATCAAG ACCAAGCCAA CTATGGTGGT CAACCAATGA ATGCCCAGGG TTATAATGCT 
GACCCAGAAG CCTTTTCTGA CTTTAGTTAT GGTGGTCAAA CTCCTGGAAC TCCTGGTTAT 
GATCAATACG GTACTCAATA CACCCCATCT CAAATGAGTT ATGGTGGTGA TCCAAGATCT 
TCTGGTGCTT CAACACCAAT TTATGGTGGT CAAGGTCAAG GTTACGATCC AACTCAATTC 
AATATGTCAT CGAACTTGCC ATATCCAGCT TGGTCTGCTG ATCCTCAAGC TCCAATTAAG 
ATTGAACACA TCGAAGATAT TTTCATTGAT TTGACTAATA AATTTGGTTT CCAAAGAGAT 
TCTATGAGAA ACATGTTTGA TTACTTTATG ACATTGTTGG ACTCGAGATC TTCCCGTATG 
TCACCAGCTC AGGCCTTGTT GAGTTTACAT GCTGATTATA TTGGTGGTGA CAATGCCAAT 
TATAGAAAAT GGTATTTTTC TTCACAACAA GATTTGGATG ATTCCTTAGG TTTTGCTAAT 
ATGACTTTAG GTAAAATTGG TAGAAAAGCC AGAAAAGCTT CCAAGAAATC CAAAAAAGCT 
AGAAAAGCTG CTGAAGAACA TGGTCAAGAT GTCGATGCTC TTGCTAATGA ATTAGAAGGT 
GATTATTCAT TGGAAGCCGC TGAAATCAGA TGGAAAGCCA AGATGAACTC TTTGACTCCA 
GAAGAAAGAG TAAGAGACCT TGCTCTTTAT TTGTTGATAT GGGGTGAAGC CAATCAAGTT 
CGTTTTACTC CTGAATGTTT GTGTTACATT TACAAATCTG CCACTGATTA TTTAAATTCT 
CCATTGTGTC AACAAAGACA AGAACCAGTG CCTGAAGGTG ATTACTTGAA CCGTGTGATC 
ACTCCACTTT ACAGATTCAT CAGATCTCAA GTTTATGAAA TTTATGATGG AAGATTTGTC 
AAGCGTGAAA AAGACCACAA CAAGGTCATT GGTTATGATG ATGTCAATCA ATTGTTTTGG 
TACCCAGAAG GTATTTCCAG AATTATTTTT GAAGATGGAA CCAGATTGGT TGATATCCCT 
CAAGAAGAAC GTTTCTTGAA ATTAGGTGAA GTTGAATGGA AGAATGTTTT CTTCAAAACT 
TATAAGGAAA TCAGAACCTG GTTGCATTTC GTTACCAATT TTAATAGAAT CTGGATTATC 
CATGGTACCA TCTACTGGAT GTACACTGCT TACAACTCCC CAACCTTGTA TACTAAACAT 
TATGTCCAAA CCATAAATCA ACAACCACTT GCTTCGTCAA GATGGGCTGC TTGTGCCATT 
GGTGGTGTTC TTGCTTCATT TATTCAAATT CTTGCCACAC TTTTCGAATG GATTTTCGTG 
CCTAGAGAAT GGGCCGGTGC TCAACATTTG AGTCGTCGTA TGCTATTTTT GGTGTTAATT 
TTCTTACTCA ATTTGGTTCC ACCAGTTTAT ACATTCCAAA TTACCAAATT GGTGATTTAT 
TCGAAATCGG CATATGCTGT GTCGATTGTT GGATTTTTCA TTGCTGTGGC CACTTTAGTA 
TTCTTTGCCG TCATGCCATT GGGTGGTTTA TTCACTTCAT ACATGAACAA GAGATCAAGA 
AGATATATTG CATCACAAAC ATTTACTGCC AACTACATTA AATTGAAAGG TTTAGATATG 
TGGATGTCTT ATTTGTTATG GTTTTTGGTT TTCCTTGCCA AATTGGTTGA ATCTTATTTC 
TTCTTGACAT TGTCTTTAAG AGATCCTATT AGAAACTTGT CGACCATGAC AATGAGATGT 
GTTGGTGAAG TTTGGTACAA AGATATTGTT TGTAGAAACC AAGCCAAGAT TGTCTTGGGG 
TTGATGTATC TTGTTGATTT GTTATTGTTC TTTTTGGATA CTTATATGTG GTACATTATT 
TGTAACTGTA TCTTCTCCAT TGGTCGTTCA TTCTATTTGG GTATTTCCAT TTTGACTCCT 
TGGAGAAACA TTTTCACCAG ATTGCCAAAG AGAATTTATT CCAAGATTTT AGCTACCACG 
GAAATGGAAA TCAAATATAA ACCTAAAGTT TTGATTTCAC AAATTTGGAA TGCCATTGTT 
ATTTCCATGT ACAGAGAACA TTTGTTAGCC ATTGATCACG TTCAAAAATT ATTGTATCAT 
CAAGTCCCAT CTGAAATTGA AGGTAAGAGA ACTTTGAGAG CTCCAACTTT CTTTGTTTCT 
CAAGATGACA ACAATTTTGA AACGGAATTT TTCCCAAGAA ATTCTGAAGC TGAAAGAAGA 
ATTTCATTTT TCGCTCAATC TTTGGCTACA CCAATGCCAG AACCATTACC AGTTGATAAT 
ATGCCAACTT TTACTGTTTT CACTCCTCAT TATTCGGAAA AGATTTTGTT ATCTTTGAGA 
GAAATCATTA GAGAAGATGA TCAATTCTCA AGAGTGACAT TATTGGAATA TTTGAAACAA 
TTACATCCAG TTGAATGGGA TTGTTTTGTT AAGGACACCA AGATTTTGGC TGAAGAAACT 
GCTGCTTATG AAAATGGTGA TGATTCTGAA AAATTATCTG AAGATGGATT GAAATCCAAG 
ATTGATGATT TACCATTCTA TTGTATTGGT TTCAAGTCTG CCGCCCCTGA ATATACTTTA 
AGAACAAGAA TTTGGGCTTC ATTGAGATCC CAAACTTTGT ACAGAACTGT ATCTGGGTTT 
ATGAATTATG CCAGAGCCAT TAAATTGTTA TACAGAGTGG AAAACCCAGA ATTGGTTCAA 
TATTTCGGTG GTGATCCTGA AGGATTAGAA TTAGCTTTAG AAAGAATGGC CAGAAGAAAG 
TTTAGATTTT TGGTTTCTAT GCAAAGATTG TCTAAATTCA AAGATGATGA AATGGAAAAT 
GCTGAGTTCT TATTGCGTGC TTACCCTGAT TTGCAAATTG CTTACTTGGA TGAAGAACCG 
GCTTTGAATG AGGACGAGGA ACCAAGAGTA TACTCTGCCT TGATTGATGG TCATTGTGAA 
ATGTTAGAAA ATGGTAGACG TCGTCCTAAA TTCAGAGTTC AATTGTCTGG TAATCCAATT 
TTGGGTGATG GTAAATCTGA TAATCAAAAT CATGCGGTTA TTTTCCATAG AGGTGAATAT 
ATTCAATTGA TTGATGCTAA TCAAGATAAT TATTTGGAAG AATGTTTGAA GATTAGATCA 
GTTTTGGCTG AATTTGAAGA AATGAATGTT GAACATGTTA ATCCATATGC ACCAAATTTG 
AAATCTGAAG ATAATAACAC CAAGAAGGAT CCAGTGGCAT TTTTGGGTGC TAGAGAATAT 
ATTTTCTCAG AAAATTCTGG TGTTTTGGGT GATGTTGCTG CTGGTAAAGA ACAAACTTTT 
GGTACATTGT TTGCAAGAAC TTTGGCACAA ATTGGAGGTA AATTGCATTA TGGTCATCCG 
GATTTTTTGA ATGCTACATT TATGTTAACT AGAGGTGGTG TTTCTAAAGC ACAAAAGGGT 
TTACATTTGA ATGAAGATAT TTATGCTGGT ATGAATGCCA TGATGAGAGG TGGTAAAATC 
AAGCATTGTG AATATTATCA ATGTGGTAAA GGTAGAGATT TAGGTTTTGG ATCCATTTTG 
AATTTCACCA CCAAGATTGG TGCTGGTATG GGAGAACAAA TGCTTTCAAG AGAATATTTC 
TATTTGGGTA CTCAACTTCC ATTGGATAGA TTTTTGTCAT TTTACTATGG TCATCCAGGT 
TTCCATATTA ATAACTTGTT TATTCAATTG TCTTTACAAG TGTTTATTTT GGTGTTGGCT 
AACTTGAATT CATTAGCTCA TGAAGCTATC ATGTGTTCTT ACAACAAAGA TGTCCCAGTT 
ACTGATGTTT TGTATCCATT TGGTTGTTAC AATATTGCTC CTGCCGTTGA TTGGATTAGA 
CGTTATACTT TGTCTATTTT CATTGTTTTC TTCATTTCTT TCATTCCATT GGTTGTACAA 
GAATTGATTG AAAGAGGGGT ATGGAAAGCG TTCCAAAGAT TTGTTAGACA TTTTATTTCC 
ATGTCACCAT TTTTCGAAGT TTTCGTTGCC CAAATTTATT CATCATCGGT TTTCACTGAT 
TTGACCGTTG GTGGTGCTAG ATATATTTCC ACTGGTAGAG GTTTTGCCAC TTCAAGAATT 
CCATTTTCAA TCTTGTATTC ACGTTTTGCT GATTCATCCA TTTATATGGG AGCAAGATTG 
ATGTTGATTT TATTATTTGG TACAGTTTCT CATTGGCAAG CACCATTATT ATGGTTCTGG 
GCTTCATTAT CGGCTTTAAT GTTCTCCCCA TTCATTTTCA ATCCTCATCA ATTTGCTTGG 
GAAGACTTTT TCCTTGATTA CAGAGATTTC ATTAGATGGT TATCTAGAGG TAACACTAAA 
TGGCACAGAA ACTCATGGAT TGGTTATGTT AGACTTTCTA GATCACGTAT CACTGGTTTC 
AAACGTAAGT TGACTGGTGA TGTTTCTGAA AAAGCTGCTG GTGATGCTTC AAGAGCTCAT 
AGATCCAATG TTTTGTTTGC TGATTTCTTA CCAACATTGA TTTATACTGC TGGTCTTTAT 
GTTGCTTATA CTTTTATTAA TGCTCAAACT GGGGTTACTA GTTATCCATA TGAAATCAAT 
GGATCTACTG ATCCACAACC AGTTAATTCT ACTTTGAGAC TTATTATTTG TGCTTTAGCT 
CCAGTTGTTA TTGATATGGG ATGCTTAGGT GTTTGTCTTG CCATGGCATG TTGTGCTGGT 
CCAATGTTAG GATTATGTTG TAAAAAGACT GGTGCTGTTA TTGCTGGTGT TGCCCATGGT 
GTTGCCGTCA TTGTTCATAT TATTTTCTTT ATTGTTATGT GGGTCACTGA AGGTTTCAAT 
TTTGCCAGAT TAATGTTGGG TATTGCCACC ATGATTTATG TTCAAAGATT ATTATTCAAG 
TTTTTGACAT TATGTTTCTT GACTAGAGAA TTTAAGAATG ATAAAGCCAA TACTGCTTTC 
TGGACTGGTA AATGGTATAA TACTGGTATG GGATGGATGG CTTTTACTCA ACCATCTCGT 
GAATTTGTTG CTAAAATCAT TGAAATGTCG GAATTTGCTG GTGATTTCGT TTTGGCACAT 
ATTATTTTAT TCTGTCAATT ACCATTTTTG TTTATTCCAT TAGTTGATAG ATGGCATTCA 
ATGATGTTAT TCTGGTTGAA ACCATCAAGA TTAATTAGAC CACCAATTTA TTCTTTGAAA 
CAAGCCAGAT TAAGAAAGAG AATGGTGAGA AAATATTGTG TTTTATATTT TGCCGTGTTG 
ATATTATTTA TTGTCATTAT TGTTGCACCA GCGGTTGCTT CGGGACAAAT TCCTGTTGAT 
CAATTTGCCA ATATTGGTGG ATCTGGTTCT ATTGCTGATG GATTATTCCA ACCAAGAAAT 
GTCAGTAATA ATGATACTGG TAATCATAGA CCAAAAACCT ACACTTGGAG TTATTTGAGT 
ACTCGTTTTA CTGGAACTAC CACCCCTTAT TCTACAAATC CATTCAGAGT TTAA

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

RefSeq	XP_721429.2
CDS	1..5694
Translation	MSYNDNNNHYYDPNQQGGMPPHQGGEGYYQQQYDDMGQQPHQQDYYDPNAQYQQQPYDMDGYQDQANYGGQPMNAQGYNADPEAFSDFSYGGQTPGTPGYDQYGTQYTPSQMSYGGDPRSSGASTPIYGGQGQGYDPTQFNMSSNLPYPAWSADPQAPIKIEHIEDIFIDLTNKFGFQRDSMRNMFDYFMTLLDSRSSRMSPAQALLSLHADYIGGDNANYRKWYFSSQQDLDDSLGFANMTLGKIGRKARKASKKSKKARKAAEEHGQDVDALANELEGDYSLEAAEIRWKAKMNSLTPEERVRDLALYLLIWGEANQVRFTPECLCYIYKSATDYLNSPLCQQRQEPVPEGDYLNRVITPLYRFIRSQVYEIYDGRFVKREKDHNKVIGYDDVNQLFWYPEGISRIIFEDGTRLVDIPQEERFLKLGEVEWKNVFFKTYKEIRTWLHFVTNFNRIWIIHGTIYWMYTAYNSPTLYTKHYVQTINQQPLASSRWAACAIGGVLASFIQILATLFEWIFVPREWAGAQHLSRRMLFLVLIFLLNLVPPVYTFQITKLVIYSKSAYAVSIVGFFIAVATLVFFAVMPLGGLFTSYMNKRSRRYIASQTFTANYIKLKGLDMWMSYLLWFLVFLAKLVESYFFLTLSLRDPIRNLSTMTMRCVGEVWYKDIVCRNQAKIVLGLMYLVDLLLFFLDTYMWYIICNCIFSIGRSFYLGISILTPWRNIFTRLPKRIYSKILATTEMEIKYKPKVLISQIWNAIVISMYREHLLAIDHVQKLLYHQVPSEIEGKRTLRAPTFFVSQDDNNFETEFFPRNSEAERRISFFAQSLATPMPEPLPVDNMPTFTVFTPHYSEKILLSLREIIREDDQFSRVTLLEYLKQLHPVEWDCFVKDTKILAEETAAYENGDDSEKLSEDGLKSKIDDLPFYCIGFKSAAPEYTLRTRIWASLRSQTLYRTVSGFMNYARAIKLLYRVENPELVQYFGGDPEGLELALERMARRKFRFLVSMQRLSKFKDDEMENAEFLLRAYPDLQIAYLDEEPALNEDEEPRVYSALIDGHCEMLENGRRRPKFRVQLSGNPILGDGKSDNQNHAVIFHRGEYIQLIDANQDNYLEECLKIRSVLAEFEEMNVEHVNPYAPNLKSEDNNTKKDPVAFLGAREYIFSENSGVLGDVAAGKEQTFGTLFARTLAQIGGKLHYGHPDFLNATFMLTRGGVSKAQKGLHLNEDIYAGMNAMMRGGKIKHCEYYQCGKGRDLGFGSILNFTTKIGAGMGEQMLSREYFYLGTQLPLDRFLSFYYGHPGFHINNLFIQLSLQVFILVLANLNSLAHEAIMCSYNKDVPVTDVLYPFGCYNIAPAVDWIRRYTLSIFIVFFISFIPLVVQELIERGVWKAFQRFVRHFISMSPFFEVFVAQIYSSSVFTDLTVGGARYISTGRGFATSRIPFSILYSRFADSSIYMGARLMLILLFGTVSHWQAPLLWFWASLSALMFSPFIFNPHQFAWEDFFLDYRDFIRWLSRGNTKWHRNSWIGYVRLSRSRITGFKRKLTGDVSEKAAGDASRAHRSNVLFADFLPTLIYTAGLYVAYTFINAQTGVTSYPYEINGSTDPQPVNSTLRLIICALAPVVIDMGCLGVCLAMACCAGPMLGLCCKKTGAVIAGVAHGVAVIVHIIFFIVMWVTEGFNFARLMLGIATMIYVQRLLFKFLTLCFLTREFKNDKANTAFWTGKWYNTGMGWMAFTQPSREFVAKIIEMSEFAGDFVLAHIILFCQLPFLFIPLVDRWHSMMLFWLKPSRLIRPPIYSLKQARLRKRMVRKYCVLYFAVLILFIVIIVAPAVASGQIPVDQFANIGGSGSIADGLFQPRNVSNNDTGNHRPKTYTWSYLSTRFTGTTTPYSTNPFRV

Target ORF information:

RefSeq Version	XM_716336.2
Organism	Candida albicans SC5314
Definition	Candida albicans SC5314 1,3-beta-glucan synthase (GSC1), partial mRNA.

Target ORF information:

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

XM_716336.2

ORF Insert Sequence:

ATGTCGTATA ACGATAATAA TAATCATTAT TACGACCCTA ATCAACAGGG CGGTATGCCA 
CCTCATCAAG GAGGAGAAGG GTATTACCAA CAACAGTATG ATGATATGGG TCAACAACCA 
CACCAACAAG ATTATTACGA TCCAAATGCT CAATATCAAC AACAACCATA TGACATGGAT 
GGATATCAAG ACCAAGCCAA CTATGGTGGT CAACCAATGA ATGCCCAGGG TTATAATGCT 
GACCCAGAAG CCTTTTCTGA CTTTAGTTAT GGTGGTCAAA CTCCTGGAAC TCCTGGTTAT 
GATCAATACG GTACTCAATA CACCCCATCT CAAATGAGTT ATGGTGGTGA TCCAAGATCT 
TCTGGTGCTT CAACACCAAT TTATGGTGGT CAAGGTCAAG GTTACGATCC AACTCAATTC 
AATATGTCAT CGAACTTGCC ATATCCAGCT TGGTCTGCTG ATCCTCAAGC TCCAATTAAG 
ATTGAACACA TCGAAGATAT TTTCATTGAT TTGACTAATA AATTTGGTTT CCAAAGAGAT 
TCTATGAGAA ACATGTTTGA TTACTTTATG ACATTGTTGG ACTCGAGATC TTCCCGTATG 
TCACCAGCTC AGGCCTTGTT GAGTTTACAT GCTGATTATA TTGGTGGTGA CAATGCCAAT 
TATAGAAAAT GGTATTTTTC TTCACAACAA GATTTGGATG ATTCCTTAGG TTTTGCTAAT 
ATGACTTTAG GTAAAATTGG TAGAAAAGCC AGAAAAGCTT CCAAGAAATC CAAAAAAGCT 
AGAAAAGCTG CTGAAGAACA TGGTCAAGAT GTCGATGCTC TTGCTAATGA ATTAGAAGGT 
GATTATTCAT TGGAAGCCGC TGAAATCAGA TGGAAAGCCA AGATGAACTC TTTGACTCCA 
GAAGAAAGAG TAAGAGACCT TGCTCTTTAT TTGTTGATAT GGGGTGAAGC CAATCAAGTT 
CGTTTTACTC CTGAATGTTT GTGTTACATT TACAAATCTG CCACTGATTA TTTAAATTCT 
CCATTGTGTC AACAAAGACA AGAACCAGTG CCTGAAGGTG ATTACTTGAA CCGTGTGATC 
ACTCCACTTT ACAGATTCAT CAGATCTCAA GTTTATGAAA TTTATGATGG AAGATTTGTC 
AAGCGTGAAA AAGACCACAA CAAGGTCATT GGTTATGATG ATGTCAATCA ATTGTTTTGG 
TACCCAGAAG GTATTTCCAG AATTATTTTT GAAGATGGAA CCAGATTGGT TGATATCCCT 
CAAGAAGAAC GTTTCTTGAA ATTAGGTGAA GTTGAATGGA AGAATGTTTT CTTCAAAACT 
TATAAGGAAA TCAGAACCTG GTTGCATTTC GTTACCAATT TTAATAGAAT CTGGATTATC 
CATGGTACCA TCTACTGGAT GTACACTGCT TACAACTCCC CAACCTTGTA TACTAAACAT 
TATGTCCAAA CCATAAATCA ACAACCACTT GCTTCGTCAA GATGGGCTGC TTGTGCCATT 
GGTGGTGTTC TTGCTTCATT TATTCAAATT CTTGCCACAC TTTTCGAATG GATTTTCGTG 
CCTAGAGAAT GGGCCGGTGC TCAACATTTG AGTCGTCGTA TGCTATTTTT GGTGTTAATT 
TTCTTACTCA ATTTGGTTCC ACCAGTTTAT ACATTCCAAA TTACCAAATT GGTGATTTAT 
TCGAAATCGG CATATGCTGT GTCGATTGTT GGATTTTTCA TTGCTGTGGC CACTTTAGTA 
TTCTTTGCCG TCATGCCATT GGGTGGTTTA TTCACTTCAT ACATGAACAA GAGATCAAGA 
AGATATATTG CATCACAAAC ATTTACTGCC AACTACATTA AATTGAAAGG TTTAGATATG 
TGGATGTCTT ATTTGTTATG GTTTTTGGTT TTCCTTGCCA AATTGGTTGA ATCTTATTTC 
TTCTTGACAT TGTCTTTAAG AGATCCTATT AGAAACTTGT CGACCATGAC AATGAGATGT 
GTTGGTGAAG TTTGGTACAA AGATATTGTT TGTAGAAACC AAGCCAAGAT TGTCTTGGGG 
TTGATGTATC TTGTTGATTT GTTATTGTTC TTTTTGGATA CTTATATGTG GTACATTATT 
TGTAACTGTA TCTTCTCCAT TGGTCGTTCA TTCTATTTGG GTATTTCCAT TTTGACTCCT 
TGGAGAAACA TTTTCACCAG ATTGCCAAAG AGAATTTATT CCAAGATTTT AGCTACCACG 
GAAATGGAAA TCAAATATAA ACCTAAAGTT TTGATTTCAC AAATTTGGAA TGCCATTGTT 
ATTTCCATGT ACAGAGAACA TTTGTTAGCC ATTGATCACG TTCAAAAATT ATTGTATCAT 
CAAGTCCCAT CTGAAATTGA AGGTAAGAGA ACTTTGAGAG CTCCAACTTT CTTTGTTTCT 
CAAGATGACA ACAATTTTGA AACGGAATTT TTCCCAAGAA ATTCTGAAGC TGAAAGAAGA 
ATTTCATTTT TCGCTCAATC TTTGGCTACA CCAATGCCAG AACCATTACC AGTTGATAAT 
ATGCCAACTT TTACTGTTTT CACTCCTCAT TATTCGGAAA AGATTTTGTT ATCTTTGAGA 
GAAATCATTA GAGAAGATGA TCAATTCTCA AGAGTGACAT TATTGGAATA TTTGAAACAA 
TTACATCCAG TTGAATGGGA TTGTTTTGTT AAGGACACCA AGATTTTGGC TGAAGAAACT 
GCTGCTTATG AAAATGGTGA TGATTCTGAA AAATTATCTG AAGATGGATT GAAATCCAAG 
ATTGATGATT TACCATTCTA TTGTATTGGT TTCAAGTCTG CCGCCCCTGA ATATACTTTA 
AGAACAAGAA TTTGGGCTTC ATTGAGATCC CAAACTTTGT ACAGAACTGT ATCTGGGTTT 
ATGAATTATG CCAGAGCCAT TAAATTGTTA TACAGAGTGG AAAACCCAGA ATTGGTTCAA 
TATTTCGGTG GTGATCCTGA AGGATTAGAA TTAGCTTTAG AAAGAATGGC CAGAAGAAAG 
TTTAGATTTT TGGTTTCTAT GCAAAGATTG TCTAAATTCA AAGATGATGA AATGGAAAAT 
GCTGAGTTCT TATTGCGTGC TTACCCTGAT TTGCAAATTG CTTACTTGGA TGAAGAACCG 
GCTTTGAATG AGGACGAGGA ACCAAGAGTA TACTCTGCCT TGATTGATGG TCATTGTGAA 
ATGTTAGAAA ATGGTAGACG TCGTCCTAAA TTCAGAGTTC AATTGTCTGG TAATCCAATT 
TTGGGTGATG GTAAATCTGA TAATCAAAAT CATGCGGTTA TTTTCCATAG AGGTGAATAT 
ATTCAATTGA TTGATGCTAA TCAAGATAAT TATTTGGAAG AATGTTTGAA GATTAGATCA 
GTTTTGGCTG AATTTGAAGA AATGAATGTT GAACATGTTA ATCCATATGC ACCAAATTTG 
AAATCTGAAG ATAATAACAC CAAGAAGGAT CCAGTGGCAT TTTTGGGTGC TAGAGAATAT 
ATTTTCTCAG AAAATTCTGG TGTTTTGGGT GATGTTGCTG CTGGTAAAGA ACAAACTTTT 
GGTACATTGT TTGCAAGAAC TTTGGCACAA ATTGGAGGTA AATTGCATTA TGGTCATCCG 
GATTTTTTGA ATGCTACATT TATGTTAACT AGAGGTGGTG TTTCTAAAGC ACAAAAGGGT 
TTACATTTGA ATGAAGATAT TTATGCTGGT ATGAATGCCA TGATGAGAGG TGGTAAAATC 
AAGCATTGTG AATATTATCA ATGTGGTAAA GGTAGAGATT TAGGTTTTGG ATCCATTTTG 
AATTTCACCA CCAAGATTGG TGCTGGTATG GGAGAACAAA TGCTTTCAAG AGAATATTTC 
TATTTGGGTA CTCAACTTCC ATTGGATAGA TTTTTGTCAT TTTACTATGG TCATCCAGGT 
TTCCATATTA ATAACTTGTT TATTCAATTG TCTTTACAAG TGTTTATTTT GGTGTTGGCT 
AACTTGAATT CATTAGCTCA TGAAGCTATC ATGTGTTCTT ACAACAAAGA TGTCCCAGTT 
ACTGATGTTT TGTATCCATT TGGTTGTTAC AATATTGCTC CTGCCGTTGA TTGGATTAGA 
CGTTATACTT TGTCTATTTT CATTGTTTTC TTCATTTCTT TCATTCCATT GGTTGTACAA 
GAATTGATTG AAAGAGGGGT ATGGAAAGCG TTCCAAAGAT TTGTTAGACA TTTTATTTCC 
ATGTCACCAT TTTTCGAAGT TTTCGTTGCC CAAATTTATT CATCATCGGT TTTCACTGAT 
TTGACCGTTG GTGGTGCTAG ATATATTTCC ACTGGTAGAG GTTTTGCCAC TTCAAGAATT 
CCATTTTCAA TCTTGTATTC ACGTTTTGCT GATTCATCCA TTTATATGGG AGCAAGATTG 
ATGTTGATTT TATTATTTGG TACAGTTTCT CATTGGCAAG CACCATTATT ATGGTTCTGG 
GCTTCATTAT CGGCTTTAAT GTTCTCCCCA TTCATTTTCA ATCCTCATCA ATTTGCTTGG 
GAAGACTTTT TCCTTGATTA CAGAGATTTC ATTAGATGGT TATCTAGAGG TAACACTAAA 
TGGCACAGAA ACTCATGGAT TGGTTATGTT AGACTTTCTA GATCACGTAT CACTGGTTTC 
AAACGTAAGT TGACTGGTGA TGTTTCTGAA AAAGCTGCTG GTGATGCTTC AAGAGCTCAT 
AGATCCAATG TTTTGTTTGC TGATTTCTTA CCAACATTGA TTTATACTGC TGGTCTTTAT 
GTTGCTTATA CTTTTATTAA TGCTCAAACT GGGGTTACTA GTTATCCATA TGAAATCAAT 
GGATCTACTG ATCCACAACC AGTTAATTCT ACTTTGAGAC TTATTATTTG TGCTTTAGCT 
CCAGTTGTTA TTGATATGGG ATGCTTAGGT GTTTGTCTTG CCATGGCATG TTGTGCTGGT 
CCAATGTTAG GATTATGTTG TAAAAAGACT GGTGCTGTTA TTGCTGGTGT TGCCCATGGT 
GTTGCCGTCA TTGTTCATAT TATTTTCTTT ATTGTTATGT GGGTCACTGA AGGTTTCAAT 
TTTGCCAGAT TAATGTTGGG TATTGCCACC ATGATTTATG TTCAAAGATT ATTATTCAAG 
TTTTTGACAT TATGTTTCTT GACTAGAGAA TTTAAGAATG ATAAAGCCAA TACTGCTTTC 
TGGACTGGTA AATGGTATAA TACTGGTATG GGATGGATGG CTTTTACTCA ACCATCTCGT 
GAATTTGTTG CTAAAATCAT TGAAATGTCG GAATTTGCTG GTGATTTCGT TTTGGCACAT 
ATTATTTTAT TCTGTCAATT ACCATTTTTG TTTATTCCAT TAGTTGATAG ATGGCATTCA 
ATGATGTTAT TCTGGTTGAA ACCATCAAGA TTAATTAGAC CACCAATTTA TTCTTTGAAA 
CAAGCCAGAT TAAGAAAGAG AATGGTGAGA AAATATTGTG TTTTATATTT TGCCGTGTTG 
ATATTATTTA TTGTCATTAT TGTTGCACCA GCGGTTGCTT CGGGACAAAT TCCTGTTGAT 
CAATTTGCCA ATATTGGTGG ATCTGGTTCT ATTGCTGATG GATTATTCCA ACCAAGAAAT 
GTCAGTAATA ATGATACTGG TAATCATAGA CCAAAAACCT ACACTTGGAG TTATTTGAGT 
ACTCGTTTTA CTGGAACTAC CACCCCTTAT TCTACAAATC CATTCAGAGT TTAA

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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GSC1 cDNA ORF clone, Candida albicans SC5314

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