ECM29 cDNA ORF clone, Candida albicans SC5314

Gene
Clones
gRNAs

Summary

Gene Symbol	ECM29
Entrez Gene ID	3638433
Full Name	Ecm29p
Synonyms	CaO19.6772
Gene Type	protein-coding
Organism	Candida albicans SC5314

mRNA and Protein(s)

mRNA	Protein	Name
XM_714775.2	XP_719868.2	Ecm29p

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 ECM29 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ECM29 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
OCg11061	XM_714775.2 Latest version!	Candida albicans SC5314 Ecm29p (ECM29), 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)

ECM29 ( XM_714775.2 ) cDNA ORF clone, Candida albicans SC5314 -> XP_719868.2 Candida albicans SC5314 Ecm29p (ECM29), partial mRNA.

Price & Availability↑

CloneID	OCg11061
Clone ID Related Accession (Same CDS sequence)	XM_714775.2
Accession Version	XM_714775.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5580bp) 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	Ecm29p
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_032091). On Dec 8, 2016 this sequence version replaced XM_714775.1. ##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.

ATGCAAATGT TGGTATTGGC AAACTCTAGT TTTCGCCTAA ACTCATTTTT TTCTCTCTGT 
TGTAAAACCA AAATTTTGCC ACTATTTTTA CTTCTACCAA AAACACCTAA AAACAACCAA 
AACTTCTCCT TACTTATGTC TTCTCAAGAA TTAGCTTTGG TTAATAAGGT AGAGCTTAGA 
ATAGCTTTAG CTGAAAACGA CAAGCAATTC GAGAATGCCT TAAACATATA TCTTGCTCCA 
GTCCTATTAA AGTTAGCCAG TCCTCACATT GAAGTGAGAC AAGCTGTACT CAAAATCATT 
CAGCATATAG TACCAAGAAT AACGGCAGCA AGGACAATTA AACTCCCAGT GGAAGCTTTG 
ATCCAACAAA TCAAAACCCC CAATGTTGAG ACTGACCCAA CATCTGTTAG ACTATATTCC 
GCTTTATTTG TTTCTAGAGG TGTGGATAGG TTAAATGAAG AGGAAAAGAA ACAACTCATC 
CCCACTATCA TTGAAGGTTT ACATAACTAT CCCAATTCCA TATCAGCAAG AATTTTCAAT 
ATCATCTGTA AGTTATTGCA GAATTGGAAA ATGCCTATGA AAGGGACAGA CGAATATGAC 
AATATGAGAA GGTTTTTACA ATTAGACAAG AACCCAATTG ATGAACAATA TTTGTCGTTA 
CTTATTAGCA AATTTCTCTT GCTATTACCC GAGTCTACAA ATAAGGCTAC ACCGGGATTG 
AGTGTACAAG ATAATGCTTT TTTTACAACC GACGCAGCAG TCACTTATAA AACGAGAGAC 
GATATTTTCC AAGTCAAAAA TAATCTACTT GAATTTTTGA AATCTGGTTT TATTCCTGAA 
CAAATTGCCT TGCCATTATT AATTGCATCG GCAGATCCTT CGTCTTCAAT AAATGAACCA 
TCAGAGATCG CATTTAGAAA ATTGGGCGTT GATTTTGATC TGATTATCGT GTATGATAAT 
ATATCATTTA TCGACTATAT CATTCTGTTG TTTCTTGGCA CAAATGCTCC AGCAGTCGAC 
TCGAATTTGC AATGCAAAAT CTTGCAGGTT TTGATTAAAA GTCATAAAGT ACATTCGCAG 
GACAAAATCG CGTCAGCTGC TCTTGGATCT GATAACTCCA GATTGAGACT GTTGGCAATA 
CAGTTTATAA GAAAGCTTGG CCAGTCACCA GTGCCAGAGG AAAATTTAGA AAAATTCAAC 
GAAGACATCG CTCATCAATT GAGAAACAGT ATAATCGCAG AAGGATGGCC ATGTGTTGAA 
GTGTCAATGG GGACAAATTA TCTGAACAAA ATCAAGGACG TAAACTCGAA ATACGAAGCG 
TTGGGTGAAA TTTTGAAATC ACAGCCTAGT ATATTTTTTA ATGACTGGTC CTTTTTGGAG 
TTCTTATTTG ATTCGTTAGG GGCAACAAAT CAATCACCAG AATTGACCCC TTCCATTCAG 
CAAGCGCTTT CAGGACTAAC AGTGCATTTG AGCAGTTTAT CTGACTCCAG AAAAATTGAA 
TTAAAAAGTT TGTTGCGGAA GTACATTACT ATTGATTCAG CCAAATACAT TGTTGTTAAA 
TATGTCAACT CAACGTACCC CTTCCAAGAC CCAGAGGCAA GGTATTTGTC TATTTTGGGT 
ACATCAAAAA CCCATGCTCC TCACACTATT GAAGAAGGTT TGAATGGATT ACATCCTTAT 
TGGTTCAATA TAAACCAAGC TGGAAACACC ACTGAATTCA AATCTACTTC ATACTTATTA 
GGGCAAGAAT CATCAGTTGA GTTCCCATCA TTTGAGTCTT TTATCGCCAC TTTACTGACT 
GAAATTGAAA ATGCTAAAAC GTCTCACGAC AATGCAATTT TTTTGTCGCT TCCTAAGGCA 
ATTGGGTTTG CCGAGCAAGT ATTAGTGATG AATGCAGTCA AAGATAAGAC GACAGTTATT 
GCATGTGATC AAGACTGGTC CATTAGACTT GAAAAGGCAA TTGAGATGAA TGACACTGTG 
AGAAATTTAA TTATTGCAAA AATGCAGAAC CCCACAGTTC AGGAAAGTGT ATTCAAGTTG 
TTGTCTATTT GTGTTGATGC TGTCACGGGC CAATTTGACA ATTCAACTAG TATTACCACA 
GATACTTCTT ATGGTTTGAT ATTAGCTAGA TTATTGTCCT CTGCATTCTC AACAGCGGTT 
GAAGCACTAA TTCCAAAGTC CCAAGATTTA TTGCGTTTGG TTGATGCTGA TGTTCTTGAT 
GATATTTCTT TAGCACGAGT ATGCAAGTCG TTTGCTATTA TTGCTAGTCA TCCAGGTGTA 
TCCGATGAGG ATGTTGGCTC TTTGTTAAAC CAACTAATTG CAAACGCAAC ATATAAAAAG 
TCAAAGGGTA GACTATTAGC AGCCAGTTAT TTAATTTCTA GAATAGTGTT GAGAAACAGA 
TTACAGGTCA TTCCAACCTC AGTTTTGACA AGTATCTTGC AAATGCTTGA AACGATGTTA 
TCAGAATCTG GTTTTTATTA TCTGGCATTA GATGCAATTT CACAATTAGC TATGTTTGGC 
GTGTTGGGCC CCATAGTCAA CCAAGATTTA TCGTCATTTG TTGATAGATT CAAGGATATT 
ATCAGAGCTA AGGTGAAAAA GATTGACGAA CGTTCAGTTA TAGCATTCGG GTATTTGACC 
TTAACTGGAA AAACTGGGCT GGATTCCGAA AGTTTGAGTG ATGACGAACA AATAATTTTC 
AACACCCATG TTTCAAAACA GGTGGAATAT TTGTTTACTT CTGGAGAAGC ACTTGTTGTC 
GCTGCTGCTG GTTGGAACTC AAAATTATTA AGCAAACAGT TGGACATTCC CGATGCAACT 
GTCGAGTATA TTCCCCATGA TACATCACGA GTGGCAGCTT TGTTGAACAA TATTCTCGCT 
GCTTGCAGAA ACACTCAGCC ATCCTTAAGA AAAGCAGGTT GTATTTGGTT ATTGTCTCTT 
GTACAATATT GTAATAACCT TGATGCTGTT CGTTCCAAAG CAGCAGAAAT TCATGTTGCA 
TTTATGAGAT TTTTAGCTGA CAGGGACGAA TTGGTCCAAG AATCGGCGTC AAGAGGGTTG 
GGGTTGGTTT ATGAAATGGG TGATTTTGAT TTAAAAGAAA CACTTGTGAA ATCATTATTG 
AAATCATTCA CCCAATCAAA CACTTCATCT TTCACGTCAG GATCAGTGGA GCACGATACT 
GAATTATTTG AACCAGACTT GTTACGGACA AACGAGGGGT CAGTCTCAAC TTACAAAGAT 
GTTTTAAACT TGGCCCAAGA TGTTGGTGAT CCAAGTTTGG TGTATAAGTT TATGTCCCTT 
GCAAAATCAT CGTCGTTATG GTCTTCTAGA AAAGGTATAG CGTTTGGATT AGAATCAATT 
TTGGCACAAT CATCATTAGA TAAACTTTTG ACAGACAATC AACAACTAGC TGATAGATTA 
ATTCCCAAAT TGTTCAGATA TAGATATGAT CCAAATGTCG GAGTTTCTAC ATCTATGAAT 
GATATCTGGA ATGCTTTGAT TAAGGACACT TCCAAGGCAG TAGATGCTAA TTTTGACAAA 
ATTTTAAAAG AATTGTTAAC TAGTATGGGT AAGAAAGAGT GGAGAACCAG ACAAGGGAGT 
ACTGCTGCCA TGAATGATTT ATTGCAGATG GTAGAGTTGA ACAAGTATCA GTCTAAACTT 
GACGATATAT GGACCATGAG TTTCAGGGTT ATGGATGATA TCAAGGAAAG TGTGAGAAAA 
GAAGGCACTA ATTTAACCAA ATCATTAGCA ACTAAATTGA CTCGATTATT GGAAACCAAT 
TCTAATGCGT CCACCAATAC AAAATCTATT TTACTGTTCT TGATTCCATT TTTACTTGGT 
AGTAAAGGTT TGTTGTCTGA TTCACAAGAA GTTAAAGATT TCGCGTTGGA AACTGTCTTG 
AAATTGTGTA AATCAGGAAA CAAGAGTATG AAAGAGTATG TCCCAGAGTT AATTGAGAAT 
TTCATAAATT TATTTTCAAG TTTAGAACCG GAAGTTGTCA ATTATTTAGT TTTGAATGCC 
AGCAAGTACA ATGTTGATCA TAATGAAATT GATGCGAAAA GAATGAAGAG TGTGGGACAT 
TCGCCATTGA TGGATGCAAT TGAAAAATTA TTAAATCAAT TGGATGATTT ATTGCTACCT 
GATTTCATTA CCAGATTGGA AAGAACAATT AAGAAAGGAG TTGGTTTGCC TACCAAAGTA 
AGTGCTGCAA TGGTAATTAT GAATATGGTA ACCCATCATC TTCATATGGT TAAACCATAT 
GGTGACAGAT TATTGGTTGT TGCCATGACT CAAATTAACG ATCGAAACGA CACAGTTGCT 
TCAAGCTATG CAGCAGCCTG TGGTCATTTG TGTCGAATTG CGAAAGTGGA AACAGTGATT 
AAATATTCAA ATAAAATCAC CAAGATGTAC TTTGAAGCAA CCGACGCTGG TGACGAAAGG 
TCAAGAGTTT TGGCATCCGT AGCCAGTGAG AGTGTCTCCA AGTATTCTGG GGATAAATTC 
GAAACAGTAG CTTCAGCATT TTTACCAGTT GCGTATATCG GAAGATTCGA TCCTAGCAAA 
GAAGTGGTTG AGAATTTCGA AAGAGAGTGG ATTGAAAATA CCAGTGGCGG TAATTCAGCA 
ATCAAATTAT ACCTTGTGGA AATTATCGAT TTAGTTAAAA AATATCTCAA GTCTAATGAT 
TTCTTGATAA GAAAGACATT AGCCAAGGCA CTTTCAAACT TGTGTTTGGT AATTGATAAT 
TTGAATCAAT TTTCTATTAC AATAATTGAT GAAATTCTAA AGTTATTAAT AGAATCCAAT 
AAGGGAAAAT CTTGGGATGG TAAGGAATTG GTTTTTGATT CATTGGTATC GTTTGCCATA 
ATGTCCAAAA CGTATATTGC ACATCATCAG GATATTTACG AAGCAATTAA TAAAACTGTA 
ACGGTTGAGA TCAAAAGACG AAACAAGGCT TATCAAAAGC ATGCAATTGT TTCTTGTGGT 
AAGTATATCC ACCATTTCCA TGAAGACGAT GAACTTGTTG ACTTATATAT TGAAATCATG 
ACAAACGTGT TGAGTGATAG ATATGACTCT ACTGACGATG ACAGTGATGA AGAGATGGAT 
GACGAGGGAG ATACCAGAAA ATTGAATGCC AAAGAGAACA TTGAATTAGA GGAAAAGAAA 
TTGAAGATTT TGAATAACGT GGCAGTTGCA TTTTACACAC AGCCTGATAT TAATAATCAA 
TTGTTTGAAT TTGTGTTTGA TCGATTAGTG AAAATTTTCC AATCACAATT TATTGAAAAT 
ACATGGAGAT CTAAATTGGA AACTACAGAA ATATTTAAGA AAGTATTGAC AGAAATAGAA 
GACTCGGGGA AACAAGTAAA TGCCAATCTA TTAATCAGTA CATGGGAGTT TTTGAAACAA 
AAGTGTCTAA CGGTCGATTC TATTGAAAAC GTGAAAATTC AATTTATAAG GTTATCAAAA 
CAATTAAACC TCTACTTGAA CAAAGTACAC CAAACACTGA CTATAATCGA TGCATTGGAA 
GAGTTTTCCA GAACAGAAAA TTCAAATGTT GTGTTAACAG AACTTAGAAA AACTACATAA

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

RefSeq	XP_719868.2
CDS	1..5580
Translation	MQMLVLANSSFRLNSFFSLCCKTKILPLFLLLPKTPKNNQNFSLLMSSQELALVNKVELRIALAENDKQFENALNIYLAPVLLKLASPHIEVRQAVLKIIQHIVPRITAARTIKLPVEALIQQIKTPNVETDPTSVRLYSALFVSRGVDRLNEEEKKQLIPTIIEGLHNYPNSISARIFNIICKLLQNWKMPMKGTDEYDNMRRFLQLDKNPIDEQYLSLLISKFLLLLPESTNKATPGLSVQDNAFFTTDAAVTYKTRDDIFQVKNNLLEFLKSGFIPEQIALPLLIASADPSSSINEPSEIAFRKLGVDFDLIIVYDNISFIDYIILLFLGTNAPAVDSNLQCKILQVLIKSHKVHSQDKIASAALGSDNSRLRLLAIQFIRKLGQSPVPEENLEKFNEDIAHQLRNSIIAEGWPCVEVSMGTNYLNKIKDVNSKYEALGEILKSQPSIFFNDWSFLEFLFDSLGATNQSPELTPSIQQALSGLTVHLSSLSDSRKIELKSLLRKYITIDSAKYIVVKYVNSTYPFQDPEARYLSILGTSKTHAPHTIEEGLNGLHPYWFNINQAGNTTEFKSTSYLLGQESSVEFPSFESFIATLLTEIENAKTSHDNAIFLSLPKAIGFAEQVLVMNAVKDKTTVIACDQDWSIRLEKAIEMNDTVRNLIIAKMQNPTVQESVFKLLSICVDAVTGQFDNSTSITTDTSYGLILARLLSSAFSTAVEALIPKSQDLLRLVDADVLDDISLARVCKSFAIIASHPGVSDEDVGSLLNQLIANATYKKSKGRLLAASYLISRIVLRNRLQVIPTSVLTSILQMLETMLSESGFYYLALDAISQLAMFGVLGPIVNQDLSSFVDRFKDIIRAKVKKIDERSVIAFGYLTLTGKTGLDSESLSDDEQIIFNTHVSKQVEYLFTSGEALVVAAAGWNSKLLSKQLDIPDATVEYIPHDTSRVAALLNNILAACRNTQPSLRKAGCIWLLSLVQYCNNLDAVRSKAAEIHVAFMRFLADRDELVQESASRGLGLVYEMGDFDLKETLVKSLLKSFTQSNTSSFTSGSVEHDTELFEPDLLRTNEGSVSTYKDVLNLAQDVGDPSLVYKFMSLAKSSSLWSSRKGIAFGLESILAQSSLDKLLTDNQQLADRLIPKLFRYRYDPNVGVSTSMNDIWNALIKDTSKAVDANFDKILKELLTSMGKKEWRTRQGSTAAMNDLLQMVELNKYQSKLDDIWTMSFRVMDDIKESVRKEGTNLTKSLATKLTRLLETNSNASTNTKSILLFLIPFLLGSKGLLSDSQEVKDFALETVLKLCKSGNKSMKEYVPELIENFINLFSSLEPEVVNYLVLNASKYNVDHNEIDAKRMKSVGHSPLMDAIEKLLNQLDDLLLPDFITRLERTIKKGVGLPTKVSAAMVIMNMVTHHLHMVKPYGDRLLVVAMTQINDRNDTVASSYAAACGHLCRIAKVETVIKYSNKITKMYFEATDAGDERSRVLASVASESVSKYSGDKFETVASAFLPVAYIGRFDPSKEVVENFEREWIENTSGGNSAIKLYLVEIIDLVKKYLKSNDFLIRKTLAKALSNLCLVIDNLNQFSITIIDEILKLLIESNKGKSWDGKELVFDSLVSFAIMSKTYIAHHQDIYEAINKTVTVEIKRRNKAYQKHAIVSCGKYIHHFHEDDELVDLYIEIMTNVLSDRYDSTDDDSDEEMDDEGDTRKLNAKENIELEEKKLKILNNVAVAFYTQPDINNQLFEFVFDRLVKIFQSQFIENTWRSKLETTEIFKKVLTEIEDSGKQVNANLLISTWEFLKQKCLTVDSIENVKIQFIRLSKQLNLYLNKVHQTLTIIDALEEFSRTENSNVVLTELRKTT

Target ORF information:

RefSeq Version	XM_714775.2
Organism	Candida albicans SC5314
Definition	Candida albicans SC5314 Ecm29p (ECM29), partial mRNA.

Target ORF information:

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

XM_714775.2

ORF Insert Sequence:

ATGCAAATGT TGGTATTGGC AAACTCTAGT TTTCGCCTAA ACTCATTTTT TTCTCTCTGT 
TGTAAAACCA AAATTTTGCC ACTATTTTTA CTTCTACCAA AAACACCTAA AAACAACCAA 
AACTTCTCCT TACTTATGTC TTCTCAAGAA TTAGCTTTGG TTAATAAGGT AGAGCTTAGA 
ATAGCTTTAG CTGAAAACGA CAAGCAATTC GAGAATGCCT TAAACATATA TCTTGCTCCA 
GTCCTATTAA AGTTAGCCAG TCCTCACATT GAAGTGAGAC AAGCTGTACT CAAAATCATT 
CAGCATATAG TACCAAGAAT AACGGCAGCA AGGACAATTA AACTCCCAGT GGAAGCTTTG 
ATCCAACAAA TCAAAACCCC CAATGTTGAG ACTGACCCAA CATCTGTTAG ACTATATTCC 
GCTTTATTTG TTTCTAGAGG TGTGGATAGG TTAAATGAAG AGGAAAAGAA ACAACTCATC 
CCCACTATCA TTGAAGGTTT ACATAACTAT CCCAATTCCA TATCAGCAAG AATTTTCAAT 
ATCATCTGTA AGTTATTGCA GAATTGGAAA ATGCCTATGA AAGGGACAGA CGAATATGAC 
AATATGAGAA GGTTTTTACA ATTAGACAAG AACCCAATTG ATGAACAATA TTTGTCGTTA 
CTTATTAGCA AATTTCTCTT GCTATTACCC GAGTCTACAA ATAAGGCTAC ACCGGGATTG 
AGTGTACAAG ATAATGCTTT TTTTACAACC GACGCAGCAG TCACTTATAA AACGAGAGAC 
GATATTTTCC AAGTCAAAAA TAATCTACTT GAATTTTTGA AATCTGGTTT TATTCCTGAA 
CAAATTGCCT TGCCATTATT AATTGCATCG GCAGATCCTT CGTCTTCAAT AAATGAACCA 
TCAGAGATCG CATTTAGAAA ATTGGGCGTT GATTTTGATC TGATTATCGT GTATGATAAT 
ATATCATTTA TCGACTATAT CATTCTGTTG TTTCTTGGCA CAAATGCTCC AGCAGTCGAC 
TCGAATTTGC AATGCAAAAT CTTGCAGGTT TTGATTAAAA GTCATAAAGT ACATTCGCAG 
GACAAAATCG CGTCAGCTGC TCTTGGATCT GATAACTCCA GATTGAGACT GTTGGCAATA 
CAGTTTATAA GAAAGCTTGG CCAGTCACCA GTGCCAGAGG AAAATTTAGA AAAATTCAAC 
GAAGACATCG CTCATCAATT GAGAAACAGT ATAATCGCAG AAGGATGGCC ATGTGTTGAA 
GTGTCAATGG GGACAAATTA TCTGAACAAA ATCAAGGACG TAAACTCGAA ATACGAAGCG 
TTGGGTGAAA TTTTGAAATC ACAGCCTAGT ATATTTTTTA ATGACTGGTC CTTTTTGGAG 
TTCTTATTTG ATTCGTTAGG GGCAACAAAT CAATCACCAG AATTGACCCC TTCCATTCAG 
CAAGCGCTTT CAGGACTAAC AGTGCATTTG AGCAGTTTAT CTGACTCCAG AAAAATTGAA 
TTAAAAAGTT TGTTGCGGAA GTACATTACT ATTGATTCAG CCAAATACAT TGTTGTTAAA 
TATGTCAACT CAACGTACCC CTTCCAAGAC CCAGAGGCAA GGTATTTGTC TATTTTGGGT 
ACATCAAAAA CCCATGCTCC TCACACTATT GAAGAAGGTT TGAATGGATT ACATCCTTAT 
TGGTTCAATA TAAACCAAGC TGGAAACACC ACTGAATTCA AATCTACTTC ATACTTATTA 
GGGCAAGAAT CATCAGTTGA GTTCCCATCA TTTGAGTCTT TTATCGCCAC TTTACTGACT 
GAAATTGAAA ATGCTAAAAC GTCTCACGAC AATGCAATTT TTTTGTCGCT TCCTAAGGCA 
ATTGGGTTTG CCGAGCAAGT ATTAGTGATG AATGCAGTCA AAGATAAGAC GACAGTTATT 
GCATGTGATC AAGACTGGTC CATTAGACTT GAAAAGGCAA TTGAGATGAA TGACACTGTG 
AGAAATTTAA TTATTGCAAA AATGCAGAAC CCCACAGTTC AGGAAAGTGT ATTCAAGTTG 
TTGTCTATTT GTGTTGATGC TGTCACGGGC CAATTTGACA ATTCAACTAG TATTACCACA 
GATACTTCTT ATGGTTTGAT ATTAGCTAGA TTATTGTCCT CTGCATTCTC AACAGCGGTT 
GAAGCACTAA TTCCAAAGTC CCAAGATTTA TTGCGTTTGG TTGATGCTGA TGTTCTTGAT 
GATATTTCTT TAGCACGAGT ATGCAAGTCG TTTGCTATTA TTGCTAGTCA TCCAGGTGTA 
TCCGATGAGG ATGTTGGCTC TTTGTTAAAC CAACTAATTG CAAACGCAAC ATATAAAAAG 
TCAAAGGGTA GACTATTAGC AGCCAGTTAT TTAATTTCTA GAATAGTGTT GAGAAACAGA 
TTACAGGTCA TTCCAACCTC AGTTTTGACA AGTATCTTGC AAATGCTTGA AACGATGTTA 
TCAGAATCTG GTTTTTATTA TCTGGCATTA GATGCAATTT CACAATTAGC TATGTTTGGC 
GTGTTGGGCC CCATAGTCAA CCAAGATTTA TCGTCATTTG TTGATAGATT CAAGGATATT 
ATCAGAGCTA AGGTGAAAAA GATTGACGAA CGTTCAGTTA TAGCATTCGG GTATTTGACC 
TTAACTGGAA AAACTGGGCT GGATTCCGAA AGTTTGAGTG ATGACGAACA AATAATTTTC 
AACACCCATG TTTCAAAACA GGTGGAATAT TTGTTTACTT CTGGAGAAGC ACTTGTTGTC 
GCTGCTGCTG GTTGGAACTC AAAATTATTA AGCAAACAGT TGGACATTCC CGATGCAACT 
GTCGAGTATA TTCCCCATGA TACATCACGA GTGGCAGCTT TGTTGAACAA TATTCTCGCT 
GCTTGCAGAA ACACTCAGCC ATCCTTAAGA AAAGCAGGTT GTATTTGGTT ATTGTCTCTT 
GTACAATATT GTAATAACCT TGATGCTGTT CGTTCCAAAG CAGCAGAAAT TCATGTTGCA 
TTTATGAGAT TTTTAGCTGA CAGGGACGAA TTGGTCCAAG AATCGGCGTC AAGAGGGTTG 
GGGTTGGTTT ATGAAATGGG TGATTTTGAT TTAAAAGAAA CACTTGTGAA ATCATTATTG 
AAATCATTCA CCCAATCAAA CACTTCATCT TTCACGTCAG GATCAGTGGA GCACGATACT 
GAATTATTTG AACCAGACTT GTTACGGACA AACGAGGGGT CAGTCTCAAC TTACAAAGAT 
GTTTTAAACT TGGCCCAAGA TGTTGGTGAT CCAAGTTTGG TGTATAAGTT TATGTCCCTT 
GCAAAATCAT CGTCGTTATG GTCTTCTAGA AAAGGTATAG CGTTTGGATT AGAATCAATT 
TTGGCACAAT CATCATTAGA TAAACTTTTG ACAGACAATC AACAACTAGC TGATAGATTA 
ATTCCCAAAT TGTTCAGATA TAGATATGAT CCAAATGTCG GAGTTTCTAC ATCTATGAAT 
GATATCTGGA ATGCTTTGAT TAAGGACACT TCCAAGGCAG TAGATGCTAA TTTTGACAAA 
ATTTTAAAAG AATTGTTAAC TAGTATGGGT AAGAAAGAGT GGAGAACCAG ACAAGGGAGT 
ACTGCTGCCA TGAATGATTT ATTGCAGATG GTAGAGTTGA ACAAGTATCA GTCTAAACTT 
GACGATATAT GGACCATGAG TTTCAGGGTT ATGGATGATA TCAAGGAAAG TGTGAGAAAA 
GAAGGCACTA ATTTAACCAA ATCATTAGCA ACTAAATTGA CTCGATTATT GGAAACCAAT 
TCTAATGCGT CCACCAATAC AAAATCTATT TTACTGTTCT TGATTCCATT TTTACTTGGT 
AGTAAAGGTT TGTTGTCTGA TTCACAAGAA GTTAAAGATT TCGCGTTGGA AACTGTCTTG 
AAATTGTGTA AATCAGGAAA CAAGAGTATG AAAGAGTATG TCCCAGAGTT AATTGAGAAT 
TTCATAAATT TATTTTCAAG TTTAGAACCG GAAGTTGTCA ATTATTTAGT TTTGAATGCC 
AGCAAGTACA ATGTTGATCA TAATGAAATT GATGCGAAAA GAATGAAGAG TGTGGGACAT 
TCGCCATTGA TGGATGCAAT TGAAAAATTA TTAAATCAAT TGGATGATTT ATTGCTACCT 
GATTTCATTA CCAGATTGGA AAGAACAATT AAGAAAGGAG TTGGTTTGCC TACCAAAGTA 
AGTGCTGCAA TGGTAATTAT GAATATGGTA ACCCATCATC TTCATATGGT TAAACCATAT 
GGTGACAGAT TATTGGTTGT TGCCATGACT CAAATTAACG ATCGAAACGA CACAGTTGCT 
TCAAGCTATG CAGCAGCCTG TGGTCATTTG TGTCGAATTG CGAAAGTGGA AACAGTGATT 
AAATATTCAA ATAAAATCAC CAAGATGTAC TTTGAAGCAA CCGACGCTGG TGACGAAAGG 
TCAAGAGTTT TGGCATCCGT AGCCAGTGAG AGTGTCTCCA AGTATTCTGG GGATAAATTC 
GAAACAGTAG CTTCAGCATT TTTACCAGTT GCGTATATCG GAAGATTCGA TCCTAGCAAA 
GAAGTGGTTG AGAATTTCGA AAGAGAGTGG ATTGAAAATA CCAGTGGCGG TAATTCAGCA 
ATCAAATTAT ACCTTGTGGA AATTATCGAT TTAGTTAAAA AATATCTCAA GTCTAATGAT 
TTCTTGATAA GAAAGACATT AGCCAAGGCA CTTTCAAACT TGTGTTTGGT AATTGATAAT 
TTGAATCAAT TTTCTATTAC AATAATTGAT GAAATTCTAA AGTTATTAAT AGAATCCAAT 
AAGGGAAAAT CTTGGGATGG TAAGGAATTG GTTTTTGATT CATTGGTATC GTTTGCCATA 
ATGTCCAAAA CGTATATTGC ACATCATCAG GATATTTACG AAGCAATTAA TAAAACTGTA 
ACGGTTGAGA TCAAAAGACG AAACAAGGCT TATCAAAAGC ATGCAATTGT TTCTTGTGGT 
AAGTATATCC ACCATTTCCA TGAAGACGAT GAACTTGTTG ACTTATATAT TGAAATCATG 
ACAAACGTGT TGAGTGATAG ATATGACTCT ACTGACGATG ACAGTGATGA AGAGATGGAT 
GACGAGGGAG ATACCAGAAA ATTGAATGCC AAAGAGAACA TTGAATTAGA GGAAAAGAAA 
TTGAAGATTT TGAATAACGT GGCAGTTGCA TTTTACACAC AGCCTGATAT TAATAATCAA 
TTGTTTGAAT TTGTGTTTGA TCGATTAGTG AAAATTTTCC AATCACAATT TATTGAAAAT 
ACATGGAGAT CTAAATTGGA AACTACAGAA ATATTTAAGA AAGTATTGAC AGAAATAGAA 
GACTCGGGGA AACAAGTAAA TGCCAATCTA TTAATCAGTA CATGGGAGTT TTTGAAACAA 
AAGTGTCTAA CGGTCGATTC TATTGAAAAC GTGAAAATTC AATTTATAAG GTTATCAAAA 
CAATTAAACC TCTACTTGAA CAAAGTACAC CAAACACTGA CTATAATCGA TGCATTGGAA 
GAGTTTTCCA GAACAGAAAA TTCAAATGTT GTGTTAACAG AACTTAGAAA AACTACATAA

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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ECM29 cDNA ORF clone, Candida albicans SC5314

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