CAALFM_C402960WA cDNA ORF clone, Candida albicans SC5314

Gene
Clones
gRNAs

Summary

Gene Symbol	CAALFM_C402960WA
Entrez Gene ID	3637873
Full Name	putative ubiquitin-protein ligase
Synonyms	CaO19.2697
Gene Type	protein-coding
Organism	Candida albicans SC5314

mRNA and Protein(s)

mRNA	Protein	Name
XM_715357.2	XP_720450.1	putative ubiquitin-protein ligase

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 CAALFM_C402960WA gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CAALFM_C402960WA 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
OCg11249	XM_715357.2 Latest version!	Candida albicans SC5314 putative ubiquitin-protein ligase (CAALFM_C402960WA), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

CAALFM_C402960WA ( XM_715357.2 ) cDNA ORF clone, Candida albicans SC5314 -> XP_720450.1 Candida albicans SC5314 putative ubiquitin-protein ligase (CAALFM_C402960WA), partial mRNA.

Price & Availability↑

CloneID	OCg11249
Clone ID Related Accession (Same CDS sequence)	XM_715357.2
Accession Version	XM_715357.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5697bp) 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	2018-04-03
Organism	Candida albicans SC5314
Product	putative ubiquitin-protein ligase
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_032092). On Dec 8, 2016 this sequence version replaced XM_715357.1. ##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.

ATGGAAACCG ATGAAGAGAA TAAGTTGTTA AAAAAGTTTC TTTTACAACT TCCTATCAAG 
GCAGATTTCG ATTTCAATAA AAATGTCAAA AAAGAGATTC GTAAAGCTTT ATTTATGTCG 
ATTTCTAGCA ATGGTGAATA TTTGAATTGG CTATTCCCTA GTGCATTTTT AGATAACCAA 
TCTTATCAAA GAGACGACAT GATCAAGAAA GTAGAAGATG ATTATGAATG GACATTTAAT 
AATTATTATA AAGCACTATT ATCGAAACGA GACCCAAAAC ATGATACTCA CAGTCATCGT 
GCTTACCATA AAAACCTGCC TTGTGGAAGA ATTTTTCGGA AAGGAGAACC CATACATCGA 
TGTTTGACTT GTGGATTTGA TGATACTTGT GCCTTATGTT CACATTGCTT TCAACCAGAG 
TATCATGAAG GACATAAGGT GCATATTGGT ATCTGTCAGC GTGAAAATGG TGGTGTCTGT 
GATTGTGGAG ATCCTGAAGC ATGGACTCAA GAGTTATTTT GCCCTTATGC CGTTGATGAA 
GATTCAACTC CTGTACATGA TAAAGAAATA CCAGAAAAAT TGGCTGCATC AATTTTGACT 
ACAATAGCAA TTATTTTAGA CTACATGATT GACGTCATAA TACACAGTGA TTTACAATTC 
AAAAACCCCG AGGAAACAAC TGTACATGCC ATTGAATTAA ATACTGCAAA CAGCACTTTG 
GATCCAAGAA AATATGGTTG TCACGATAAT GAGTTTGTTG ATGCTACCAA CAATCAATAC 
TATTTAATGT TATATAATGA TCAAGTTAGA TATTATCGGG ATGCAGTACA AAGGGTTCAT 
TTGGCTAGCA AAAAAGTCAA AGATTTTGCA ATTATGGTGA CAGATAAAGT GCAAAAATTT 
GGAAAGGCAA AAGTGATAAG CTCACGAAAC ATTCCACTTT TATTGGAGAG GCAGAAAATA 
TTAAGTGCCA CAGGACTAGC GACATGTATA AGAAGCCATA GAGATATATT TAGGGAAGAC 
ATGTGTGATG AACTTGTATC GTGGCTTAAT GATTTTTCTG AAAGTGAACT TTTCAAAACA 
AACGCAGCTG TGAAGGATTT ATTTTGTCGA GCTTTTTGTG AAAAGTGGGA GAACGGACTT 
TTAGGGGTAA GCGAAATTGA GACTAATTAT AGTTACAAGG TAGGTACTTT GGACTCCTCT 
CTTCGAATTC CCAAAATTCC CTCCAGGGAA CAAAATACTG ATGGTCATTG GTATTACTCT 
CCCTCTAAAT GGAAGTTGTG TGACGAACTT TGTCAAGAAT GCAATTATAA TATCAATACT 
TCAGAATTTC AGAAGAACGT TAGTCACCAT GGATCCAGAC TTCAATATTT GGTGTATTTG 
GATATCCGTC TTTGGAAAGA TACTCGTGCA TTATTACATG ACATGTATTC CACGTCTTTG 
ATTATCAATT TGCGTTATAA GAATATTATA TGCTACCAGT ACGTGGATAT CTATCCAACA 
ATTGTGGATA TGTATCTTAC CATGGATAGG GAGCCTGAAC TCAGTATCAT GCCAACTTTG 
TCAACACAAT TATTCACGTG CCCCACAAAC TCGGCAGAAA TAATCAAACA TGGAGATTTA 
ACACAAATAC TTTCTTCAGT TTATGGTTTC TTGACAGCAG AGCGTGTAAC AGCTCCTGGT 
GACATAGATA GGACACATCA AGTATCTATC AAAAGCTTAA AAAATCGACG TTGGGGGCAA 
ATATTTTTCG ATCTCAGTTA CATCTTAACT AGAAGTAAGA ACTCAAAATT TTTACCCAAC 
AGCAACATTG TTCCTATGAC TTGTGACATG CTAGTTTTAT TTCAAGGTAA GCCTATTTTG 
AAACGAGAAA AGGCAAATCA TGTTGAATAC GAGAGTCCCG ATTACTCTGC TTTCTTCCAA 
GCAGTTCTGG TGATCTATCA ATTTGGCGAA GTTATTGCAG GAGCTTTGAA GACAACACGA 
GAGACAGAAC TATGTGACAT TCTACACAAC TACCAATTGG CAATTGAGTA TGTCCTAACA 
TTTTTGGTCA ATTTTGAGAA CAGGAACTTT CCAGGTTTGG TTGACGAAGA AGTGGATATT 
AAATTATCCG AGGAGAAAGC GTACAATGTT GAACCAATCA CTGGAAGTCT AATACAAATC 
AGTGATATTG AAGAAGACAA AGTCAGCTTT TTGCATCCAG TTCATTCCTT TTTGAGTTGG 
TTGATTGAGT TTTCGCGATT CACTGACATT AGGAATTTAG TTGAGGTTTT CCAAACTGTA 
AAACTCAAAC ACATTGGATC TGAGACCCCT AGCCTTGAAG TACTTATATT TGATTATCCC 
ATTAAGACTA TTGTACTTAT GTCTCAAATC AAAGCGGGGC TTTGGGTTAG GAATGGGTTT 
AGTGTTAAAT CGCAATTGCA ATTGTACAAA AATACGAGTC TTCGGGACCA AGGTTACACA 
AGAGATTTAT TTTTAATTCA AGTATTTGCT AACCTTGATC ATCCTGACGT TATAACCTAT 
TTGATTCTTG ACCGCTGGAA ATTATTAGAG GATTGGTTAC AAAACAAGCC ATCTCACATG 
TATGATATTA AGACTTTGCC GTATATGCTA GAAGAGTGTT TGGGTTTTTT CATTCACTTG 
TTGACAGAAG ATACACATTT GAGAGGATAC GACGAGGAAA CTTTAATCAA GATAAAAATT 
CAAAGGGAGA TTATCCACAT ATTGTGCTTC GGTCCCTTGG GATATTCAAA ACTTTGTTCT 
CAAATTCCTG ACCATATTGT CGCTGACAGA AGATTTGAAC TTATATTAAA ATCAATGACT 
GTGTTCAAAG CACCAAAGGG ATCAAACGAT TTTGGAGTAT ATTATCTCAA AGATGAGTAT 
CTTGATGACG TTACCCCTTA CTATTGCCAT TACACCGCCA ACGTTAAAGA TGAAGCAATA 
AAGTTTGTGA AGGAAAGAAT TAGTAAAAAG AAAAGTAAAC CTGTTAGTGA TGTTATAATA 
GAGCCAAAAA GAATTAAAAC TGAAGAATTG GGGATATACA AGCATGTCGG AAATTTTGCA 
ACTTCCACTT ACTTTACAAA TTTTTTAATA AAGGTCTTAC TTTTTGTCAA CAGTTGTGAT 
ACAAAAGTTG TTGAGAGTTT GTTGGAAACT ATTTTGCATT TGATTCATAT TTGCAGTCTT 
GAGCAAACTA TCAATATTGA TAAATATGGT AGTTTCTTTG ATAGGTTTAT GAATTGGTCA 
GAGGAATTTG GTGCATCGAT TGCCGACTTG TTATATAAAA TATTACTTGC CGAAGAATTC 
AAGTTTTCCC ATACCAAAAT CAGAAGTATA TTCAAAATTT TCAATCAGAA ATACCCTAGT 
TTTATACCAA CTTTGAAAGC ACGTCGTTCT GAATTTGATA TTTCAAAAGT CGATTTGTCG 
TCTGATGACG CCAATAGTGA AGATGAGCTT GGTAAGAAAA AACGTATTGC CAAAGAACGC 
CAGGCCAAGT TGATGGCCAA ATTTAAAAAG CAGCAGTCGC TGTTTCTTAA AAAAAATCAA 
TTTGAGACGA TTGCATGTGG TAGTGATACA GAAATGGAAG AGTTGGACGA CCACGCGGCA 
TGGAAATTCC CAGAGCATCA CTGTATGTTG TGTCAAAATG CAGCCGAAGA TGCTGGTCCA 
TTTGGAATAA TAGCTTATAT CTCAAAGTCC TGTGAGTTCC GAAATGTTCC TTTTAGCGAC 
GAATATTGGT TTTTGAAGGC ATTCTCAGAT AATGTGGATC TCAATGGTAA TGAATACGAG 
CTGGATATAA ATCAATCTTT ACACAATTCT CCTCATACCC AGACATGGAA CTCGTTTATG 
CAGCAAGCGA GTAATTCAAG TGTTATCGGT CCCGGTTTCA AGTTGAATGA GTTTATTGAG 
AGTCATTTTG TCGCGCTGAG TTGTGGACAT GGAATGCATT ACCAATGCTA TGTCAACTAC 
ATTAGTAATA GTCGAAACAG ACAAAATCAG ATTACTAGAA GCACTCCTGA AAACATGGAT 
AGAAAGGAAT TTCTTTGTCC TCTCTGTAAA GCTTTGAATA ATATATTTGT GCCAATTTTA 
TGGTCAAGCA ATAATAGAAG TTTACAGGAA TTTTTAAAAC CTTATGCTGG TACTAGTCCA 
TTTCTTGATT TGGACATGAA AATTGCCAAG GATAGAGGCT GGACTGAAAG GTTTCAAAGC 
TTTTCCGAGC AGGAGTTTGA TTCAAGATCT ATTTTGACCG GTATTAGCAA GGAAATGATT 
TCAATGGACC TGACAAAAGA ACTAACAAAA CAGCAGAGAG ACTTCCGTTT AATGTTGAGT 
GACATGTTCC AGACTTTGAC GTTATTTACA TTTCCACAGG TTTTCAAAGC AGACTCAGGT 
TTTGTTTTAA TTGATACGAT CAAATCTATT GAAATTTCTT TGCGTGGCGT TTCTTCTGGG 
GGACAGTTGA TAATCCATCA ACTTTCCAAT AATATTTTGC TAACATTGCG AACATTAAAT 
GAATTTAAAA ATTCAAGTAC ACTTATGAAG GTGAAAAACT GGATTGATCT GCCAAATCTT 
AGAAAATCTG CTTATTCAAA AATTTTTGCC TATATTTTTG CATTATCTAA GAAATCTATC 
AACAATTACA TGTTAGAAGT GGATTTTTTT GAGCATTTGG TAAACACGGA TACGTTCCCA 
TCGCTCGGAT TTTCTTTTAA TAGTGTTTTA GAAACATGTT TTATTGGTCA TTTGATACAA 
AGTTTAAGCA TCATGGTTAA TGAGATGAGT GCAAATTGTT TGAAAAAAAA TTGGGCATAC 
ACGGTGTCAG ATATTCCCAC TATTGCAGAC ATTCCTCAAG GAATTTCAGA GGCTGCTATC 
AGTTGTTTTA AAAAATTGTC TAATTCCAAT GATGTTCGAT GTATTGGTAA TGATGAAAGT 
AGAAAGTTTG GTGAAGTGAT ATATTCCATG TTGGTGAAAA TTGCTACTCC GTTTTTAAGA 
AGGGCCGCCA TCTATGCATA TGTCCAATGT GCAAATATTG ATGGTATTGA TTTTGCGGCA 
TCTCCAGAAA CAGAAATCGA GGCTGACAGA TTATGTTCGT TTTTGAATTT AAAACCCGTT 
TGTGAATATT TGCGTTTATT TAATGAGGAG AGTTCTTATG AAGGAAGTGT ATTTTATGAC 
TTTCTTACTT TCTCATCAGC ATTACCAAAG GCGAACGATG TTCTTCGTAT TAAAAAGCAA 
GTTGAATATC CAGGTATTGT AAAACTAGTT GATTTACCAG AAAGACTTGA TTTCTTTTTC 
ACCAAGTATT ATTACCTGGA TCGACATAAT AACCCAAATA AAAAAGTTGA AGATCCAGCA 
ATCTGTTTGT TTTGTGGTGA CGTTGTTGAC ATTCAAAAAC AGGCAATAGG TTGCAAAGAG 
GGACAATGCA CCACACATTA TTTAAAGGAA TGCAGTAACG ATGTGGGGAT ATTTTTATTA 
CCGAAGGACC GTTCTCTATT ATTGCTACAC AAGAATGGTG GTACCTTCTA TAATGCTCCC 
TTTTTGGATG AACACGGTGA AATTGCCGAG GAAAGCAAAA AGGCAAAAGC GTTGCATCTA 
ATGAAGCCAA GATATGATGA CTTTATCAGG AATATTTGGT TGCTGCATAA TGTTCAAAAT 
TGTATAGTAA GAAGTTTAGA AAGCGTATTG GATCCTGGAG GCTGGGAAAC ATTATAG

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

RefSeq	XP_720450.1
CDS	1..5697
Translation	METDEENKLLKKFLLQLPIKADFDFNKNVKKEIRKALFMSISSNGEYLNWLFPSAFLDNQSYQRDDMIKKVEDDYEWTFNNYYKALLSKRDPKHDTHSHRAYHKNLPCGRIFRKGEPIHRCLTCGFDDTCALCSHCFQPEYHEGHKVHIGICQRENGGVCDCGDPEAWTQELFCPYAVDEDSTPVHDKEIPEKLAASILTTIAIILDYMIDVIIHSDLQFKNPEETTVHAIELNTANSTLDPRKYGCHDNEFVDATNNQYYLMLYNDQVRYYRDAVQRVHLASKKVKDFAIMVTDKVQKFGKAKVISSRNIPLLLERQKILSATGLATCIRSHRDIFREDMCDELVSWLNDFSESELFKTNAAVKDLFCRAFCEKWENGLLGVSEIETNYSYKVGTLDSSLRIPKIPSREQNTDGHWYYSPSKWKLCDELCQECNYNINTSEFQKNVSHHGSRLQYLVYLDIRLWKDTRALLHDMYSTSLIINLRYKNIICYQYVDIYPTIVDMYLTMDREPELSIMPTLSTQLFTCPTNSAEIIKHGDLTQILSSVYGFLTAERVTAPGDIDRTHQVSIKSLKNRRWGQIFFDLSYILTRSKNSKFLPNSNIVPMTCDMLVLFQGKPILKREKANHVEYESPDYSAFFQAVLVIYQFGEVIAGALKTTRETELCDILHNYQLAIEYVLTFLVNFENRNFPGLVDEEVDIKLSEEKAYNVEPITGSLIQISDIEEDKVSFLHPVHSFLSWLIEFSRFTDIRNLVEVFQTVKLKHIGSETPSLEVLIFDYPIKTIVLMSQIKAGLWVRNGFSVKSQLQLYKNTSLRDQGYTRDLFLIQVFANLDHPDVITYLILDRWKLLEDWLQNKPSHMYDIKTLPYMLEECLGFFIHLLTEDTHLRGYDEETLIKIKIQREIIHILCFGPLGYSKLCSQIPDHIVADRRFELILKSMTVFKAPKGSNDFGVYYLKDEYLDDVTPYYCHYTANVKDEAIKFVKERISKKKSKPVSDVIIEPKRIKTEELGIYKHVGNFATSTYFTNFLIKVLLFVNSCDTKVVESLLETILHLIHICSLEQTINIDKYGSFFDRFMNWSEEFGASIADLLYKILLAEEFKFSHTKIRSIFKIFNQKYPSFIPTLKARRSEFDISKVDLSSDDANSEDELGKKKRIAKERQAKLMAKFKKQQSLFLKKNQFETIACGSDTEMEELDDHAAWKFPEHHCMLCQNAAEDAGPFGIIAYISKSCEFRNVPFSDEYWFLKAFSDNVDLNGNEYELDINQSLHNSPHTQTWNSFMQQASNSSVIGPGFKLNEFIESHFVALSCGHGMHYQCYVNYISNSRNRQNQITRSTPENMDRKEFLCPLCKALNNIFVPILWSSNNRSLQEFLKPYAGTSPFLDLDMKIAKDRGWTERFQSFSEQEFDSRSILTGISKEMISMDLTKELTKQQRDFRLMLSDMFQTLTLFTFPQVFKADSGFVLIDTIKSIEISLRGVSSGGQLIIHQLSNNILLTLRTLNEFKNSSTLMKVKNWIDLPNLRKSAYSKIFAYIFALSKKSINNYMLEVDFFEHLVNTDTFPSLGFSFNSVLETCFIGHLIQSLSIMVNEMSANCLKKNWAYTVSDIPTIADIPQGISEAAISCFKKLSNSNDVRCIGNDESRKFGEVIYSMLVKIATPFLRRAAIYAYVQCANIDGIDFAASPETEIEADRLCSFLNLKPVCEYLRLFNEESSYEGSVFYDFLTFSSALPKANDVLRIKKQVEYPGIVKLVDLPERLDFFFTKYYYLDRHNNPNKKVEDPAICLFCGDVVDIQKQAIGCKEGQCTTHYLKECSNDVGIFLLPKDRSLLLLHKNGGTFYNAPFLDEHGEIAEESKKAKALHLMKPRYDDFIRNIWLLHNVQNCIVRSLESVLDPGGWETL

Target ORF information:

RefSeq Version	XM_715357.2
Organism	Candida albicans SC5314
Definition	Candida albicans SC5314 putative ubiquitin-protein ligase (CAALFM_C402960WA), partial mRNA.

Target ORF information:

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

XM_715357.2

ORF Insert Sequence:

ATGGAAACCG ATGAAGAGAA TAAGTTGTTA AAAAAGTTTC TTTTACAACT TCCTATCAAG 
GCAGATTTCG ATTTCAATAA AAATGTCAAA AAAGAGATTC GTAAAGCTTT ATTTATGTCG 
ATTTCTAGCA ATGGTGAATA TTTGAATTGG CTATTCCCTA GTGCATTTTT AGATAACCAA 
TCTTATCAAA GAGACGACAT GATCAAGAAA GTAGAAGATG ATTATGAATG GACATTTAAT 
AATTATTATA AAGCACTATT ATCGAAACGA GACCCAAAAC ATGATACTCA CAGTCATCGT 
GCTTACCATA AAAACCTGCC TTGTGGAAGA ATTTTTCGGA AAGGAGAACC CATACATCGA 
TGTTTGACTT GTGGATTTGA TGATACTTGT GCCTTATGTT CACATTGCTT TCAACCAGAG 
TATCATGAAG GACATAAGGT GCATATTGGT ATCTGTCAGC GTGAAAATGG TGGTGTCTGT 
GATTGTGGAG ATCCTGAAGC ATGGACTCAA GAGTTATTTT GCCCTTATGC CGTTGATGAA 
GATTCAACTC CTGTACATGA TAAAGAAATA CCAGAAAAAT TGGCTGCATC AATTTTGACT 
ACAATAGCAA TTATTTTAGA CTACATGATT GACGTCATAA TACACAGTGA TTTACAATTC 
AAAAACCCCG AGGAAACAAC TGTACATGCC ATTGAATTAA ATACTGCAAA CAGCACTTTG 
GATCCAAGAA AATATGGTTG TCACGATAAT GAGTTTGTTG ATGCTACCAA CAATCAATAC 
TATTTAATGT TATATAATGA TCAAGTTAGA TATTATCGGG ATGCAGTACA AAGGGTTCAT 
TTGGCTAGCA AAAAAGTCAA AGATTTTGCA ATTATGGTGA CAGATAAAGT GCAAAAATTT 
GGAAAGGCAA AAGTGATAAG CTCACGAAAC ATTCCACTTT TATTGGAGAG GCAGAAAATA 
TTAAGTGCCA CAGGACTAGC GACATGTATA AGAAGCCATA GAGATATATT TAGGGAAGAC 
ATGTGTGATG AACTTGTATC GTGGCTTAAT GATTTTTCTG AAAGTGAACT TTTCAAAACA 
AACGCAGCTG TGAAGGATTT ATTTTGTCGA GCTTTTTGTG AAAAGTGGGA GAACGGACTT 
TTAGGGGTAA GCGAAATTGA GACTAATTAT AGTTACAAGG TAGGTACTTT GGACTCCTCT 
CTTCGAATTC CCAAAATTCC CTCCAGGGAA CAAAATACTG ATGGTCATTG GTATTACTCT 
CCCTCTAAAT GGAAGTTGTG TGACGAACTT TGTCAAGAAT GCAATTATAA TATCAATACT 
TCAGAATTTC AGAAGAACGT TAGTCACCAT GGATCCAGAC TTCAATATTT GGTGTATTTG 
GATATCCGTC TTTGGAAAGA TACTCGTGCA TTATTACATG ACATGTATTC CACGTCTTTG 
ATTATCAATT TGCGTTATAA GAATATTATA TGCTACCAGT ACGTGGATAT CTATCCAACA 
ATTGTGGATA TGTATCTTAC CATGGATAGG GAGCCTGAAC TCAGTATCAT GCCAACTTTG 
TCAACACAAT TATTCACGTG CCCCACAAAC TCGGCAGAAA TAATCAAACA TGGAGATTTA 
ACACAAATAC TTTCTTCAGT TTATGGTTTC TTGACAGCAG AGCGTGTAAC AGCTCCTGGT 
GACATAGATA GGACACATCA AGTATCTATC AAAAGCTTAA AAAATCGACG TTGGGGGCAA 
ATATTTTTCG ATCTCAGTTA CATCTTAACT AGAAGTAAGA ACTCAAAATT TTTACCCAAC 
AGCAACATTG TTCCTATGAC TTGTGACATG CTAGTTTTAT TTCAAGGTAA GCCTATTTTG 
AAACGAGAAA AGGCAAATCA TGTTGAATAC GAGAGTCCCG ATTACTCTGC TTTCTTCCAA 
GCAGTTCTGG TGATCTATCA ATTTGGCGAA GTTATTGCAG GAGCTTTGAA GACAACACGA 
GAGACAGAAC TATGTGACAT TCTACACAAC TACCAATTGG CAATTGAGTA TGTCCTAACA 
TTTTTGGTCA ATTTTGAGAA CAGGAACTTT CCAGGTTTGG TTGACGAAGA AGTGGATATT 
AAATTATCCG AGGAGAAAGC GTACAATGTT GAACCAATCA CTGGAAGTCT AATACAAATC 
AGTGATATTG AAGAAGACAA AGTCAGCTTT TTGCATCCAG TTCATTCCTT TTTGAGTTGG 
TTGATTGAGT TTTCGCGATT CACTGACATT AGGAATTTAG TTGAGGTTTT CCAAACTGTA 
AAACTCAAAC ACATTGGATC TGAGACCCCT AGCCTTGAAG TACTTATATT TGATTATCCC 
ATTAAGACTA TTGTACTTAT GTCTCAAATC AAAGCGGGGC TTTGGGTTAG GAATGGGTTT 
AGTGTTAAAT CGCAATTGCA ATTGTACAAA AATACGAGTC TTCGGGACCA AGGTTACACA 
AGAGATTTAT TTTTAATTCA AGTATTTGCT AACCTTGATC ATCCTGACGT TATAACCTAT 
TTGATTCTTG ACCGCTGGAA ATTATTAGAG GATTGGTTAC AAAACAAGCC ATCTCACATG 
TATGATATTA AGACTTTGCC GTATATGCTA GAAGAGTGTT TGGGTTTTTT CATTCACTTG 
TTGACAGAAG ATACACATTT GAGAGGATAC GACGAGGAAA CTTTAATCAA GATAAAAATT 
CAAAGGGAGA TTATCCACAT ATTGTGCTTC GGTCCCTTGG GATATTCAAA ACTTTGTTCT 
CAAATTCCTG ACCATATTGT CGCTGACAGA AGATTTGAAC TTATATTAAA ATCAATGACT 
GTGTTCAAAG CACCAAAGGG ATCAAACGAT TTTGGAGTAT ATTATCTCAA AGATGAGTAT 
CTTGATGACG TTACCCCTTA CTATTGCCAT TACACCGCCA ACGTTAAAGA TGAAGCAATA 
AAGTTTGTGA AGGAAAGAAT TAGTAAAAAG AAAAGTAAAC CTGTTAGTGA TGTTATAATA 
GAGCCAAAAA GAATTAAAAC TGAAGAATTG GGGATATACA AGCATGTCGG AAATTTTGCA 
ACTTCCACTT ACTTTACAAA TTTTTTAATA AAGGTCTTAC TTTTTGTCAA CAGTTGTGAT 
ACAAAAGTTG TTGAGAGTTT GTTGGAAACT ATTTTGCATT TGATTCATAT TTGCAGTCTT 
GAGCAAACTA TCAATATTGA TAAATATGGT AGTTTCTTTG ATAGGTTTAT GAATTGGTCA 
GAGGAATTTG GTGCATCGAT TGCCGACTTG TTATATAAAA TATTACTTGC CGAAGAATTC 
AAGTTTTCCC ATACCAAAAT CAGAAGTATA TTCAAAATTT TCAATCAGAA ATACCCTAGT 
TTTATACCAA CTTTGAAAGC ACGTCGTTCT GAATTTGATA TTTCAAAAGT CGATTTGTCG 
TCTGATGACG CCAATAGTGA AGATGAGCTT GGTAAGAAAA AACGTATTGC CAAAGAACGC 
CAGGCCAAGT TGATGGCCAA ATTTAAAAAG CAGCAGTCGC TGTTTCTTAA AAAAAATCAA 
TTTGAGACGA TTGCATGTGG TAGTGATACA GAAATGGAAG AGTTGGACGA CCACGCGGCA 
TGGAAATTCC CAGAGCATCA CTGTATGTTG TGTCAAAATG CAGCCGAAGA TGCTGGTCCA 
TTTGGAATAA TAGCTTATAT CTCAAAGTCC TGTGAGTTCC GAAATGTTCC TTTTAGCGAC 
GAATATTGGT TTTTGAAGGC ATTCTCAGAT AATGTGGATC TCAATGGTAA TGAATACGAG 
CTGGATATAA ATCAATCTTT ACACAATTCT CCTCATACCC AGACATGGAA CTCGTTTATG 
CAGCAAGCGA GTAATTCAAG TGTTATCGGT CCCGGTTTCA AGTTGAATGA GTTTATTGAG 
AGTCATTTTG TCGCGCTGAG TTGTGGACAT GGAATGCATT ACCAATGCTA TGTCAACTAC 
ATTAGTAATA GTCGAAACAG ACAAAATCAG ATTACTAGAA GCACTCCTGA AAACATGGAT 
AGAAAGGAAT TTCTTTGTCC TCTCTGTAAA GCTTTGAATA ATATATTTGT GCCAATTTTA 
TGGTCAAGCA ATAATAGAAG TTTACAGGAA TTTTTAAAAC CTTATGCTGG TACTAGTCCA 
TTTCTTGATT TGGACATGAA AATTGCCAAG GATAGAGGCT GGACTGAAAG GTTTCAAAGC 
TTTTCCGAGC AGGAGTTTGA TTCAAGATCT ATTTTGACCG GTATTAGCAA GGAAATGATT 
TCAATGGACC TGACAAAAGA ACTAACAAAA CAGCAGAGAG ACTTCCGTTT AATGTTGAGT 
GACATGTTCC AGACTTTGAC GTTATTTACA TTTCCACAGG TTTTCAAAGC AGACTCAGGT 
TTTGTTTTAA TTGATACGAT CAAATCTATT GAAATTTCTT TGCGTGGCGT TTCTTCTGGG 
GGACAGTTGA TAATCCATCA ACTTTCCAAT AATATTTTGC TAACATTGCG AACATTAAAT 
GAATTTAAAA ATTCAAGTAC ACTTATGAAG GTGAAAAACT GGATTGATCT GCCAAATCTT 
AGAAAATCTG CTTATTCAAA AATTTTTGCC TATATTTTTG CATTATCTAA GAAATCTATC 
AACAATTACA TGTTAGAAGT GGATTTTTTT GAGCATTTGG TAAACACGGA TACGTTCCCA 
TCGCTCGGAT TTTCTTTTAA TAGTGTTTTA GAAACATGTT TTATTGGTCA TTTGATACAA 
AGTTTAAGCA TCATGGTTAA TGAGATGAGT GCAAATTGTT TGAAAAAAAA TTGGGCATAC 
ACGGTGTCAG ATATTCCCAC TATTGCAGAC ATTCCTCAAG GAATTTCAGA GGCTGCTATC 
AGTTGTTTTA AAAAATTGTC TAATTCCAAT GATGTTCGAT GTATTGGTAA TGATGAAAGT 
AGAAAGTTTG GTGAAGTGAT ATATTCCATG TTGGTGAAAA TTGCTACTCC GTTTTTAAGA 
AGGGCCGCCA TCTATGCATA TGTCCAATGT GCAAATATTG ATGGTATTGA TTTTGCGGCA 
TCTCCAGAAA CAGAAATCGA GGCTGACAGA TTATGTTCGT TTTTGAATTT AAAACCCGTT 
TGTGAATATT TGCGTTTATT TAATGAGGAG AGTTCTTATG AAGGAAGTGT ATTTTATGAC 
TTTCTTACTT TCTCATCAGC ATTACCAAAG GCGAACGATG TTCTTCGTAT TAAAAAGCAA 
GTTGAATATC CAGGTATTGT AAAACTAGTT GATTTACCAG AAAGACTTGA TTTCTTTTTC 
ACCAAGTATT ATTACCTGGA TCGACATAAT AACCCAAATA AAAAAGTTGA AGATCCAGCA 
ATCTGTTTGT TTTGTGGTGA CGTTGTTGAC ATTCAAAAAC AGGCAATAGG TTGCAAAGAG 
GGACAATGCA CCACACATTA TTTAAAGGAA TGCAGTAACG ATGTGGGGAT ATTTTTATTA 
CCGAAGGACC GTTCTCTATT ATTGCTACAC AAGAATGGTG GTACCTTCTA TAATGCTCCC 
TTTTTGGATG AACACGGTGA AATTGCCGAG GAAAGCAAAA AGGCAAAAGC GTTGCATCTA 
ATGAAGCCAA GATATGATGA CTTTATCAGG AATATTTGGT TGCTGCATAA TGTTCAAAAT 
TGTATAGTAA GAAGTTTAGA AAGCGTATTG GATCCTGGAG GCTGGGAAAC ATTATAG

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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CAALFM_C402960WA cDNA ORF clone, Candida albicans SC5314

Gene

Clones

gRNAs

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

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