CAALFM_C405590WA cDNA ORF clone, Candida albicans SC5314

Gene
Clones
gRNAs

Summary

Gene Symbol	CAALFM_C405590WA
Entrez Gene ID	3641776
Full Name	hypothetical protein
Synonyms	CaO19.1240
Gene Type	protein-coding
Organism	Candida albicans SC5314

mRNA and Protein(s)

mRNA	Protein	Name
XM_711455.2	XP_716548.2	hypothetical protein

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_C405590WA gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CAALFM_C405590WA 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
OCg11400	XM_711455.2 Latest version!	Candida albicans SC5314 hypothetical protein (CAALFM_C405590WA), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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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_C405590WA ( XM_711455.2 ) cDNA ORF clone, Candida albicans SC5314 -> XP_716548.2 Candida albicans SC5314 hypothetical protein (CAALFM_C405590WA), partial mRNA.

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CloneID	OCg11400
Clone ID Related Accession (Same CDS sequence)	XM_711455.2
Accession Version	XM_711455.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8208bp) 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	hypothetical protein
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_711455.1. ##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.

ATGTTTAATA TTTATTGGAT CTTAACAATC AGTATCACAA TATACCTAAT TGTGCTTTTT 
TTGATAAATT TGATACCCAA TGTATCAATT AAATATGTGG GGTTTTTCTC TTTAAGAGGT 
ATTACCATCA ATACCAGAAA ATCAACCATA TATATCAGCA AAATTTCTTT ACGATTTAAT 
TTATTTGAAT CAAACAAGGA TTCAGGATTT AAACTTGTCA ATCTAGAAAT TGTTGATGTT 
CAAGTAACTA TAAAAGAAAC AGCAGGACCG GGATCATCGG CACTGAAATT GAAGATCAAA 
AATGCCATTG AAAATATTTC CCTTTCTGAG AAATTACATT TTAAAGTACC AAATTCACTT 
TATGAATATT TATTAAAGAC AAGAGTGGCC AATAGAATTA ATATCCATGT GTTTCGTTGT 
GCCATAACTC ACCAAAAGAT TCTTCAAGAT CATTCTATAT TTCTTGACTA CACCAGATTC 
AATGTCAATG TGGATAAAGA CAACAGTACG CGAGTGACAG TGATTTTATT TAATGGTCTC 
ATCCAAGACA AAATCGATCG ACTGAATAAG ATAAACTTGT TTAGAAATAT CGAGTTCTAC 
GTAAACTGCC AAACCGTTAC TTCGTGTGGA ACAACAAGAT CCAATGCTGT ATCGATCTAT 
TTGTCAGATT TTAAAACTTC ATTGTCTATT GGGAGATTGA ACGTACCATT AGATCTATTT 
GTCAAGTCTC AATCCAAGAA AGATGCTGGT AATGTTGAGG ACGACTTGAC CAACACTAAA 
GTAATTGATG TTGCCAAGTA TAAGAATTTC ATTAAAGAGT TCATGTCAGT TTATTCAACT 
ACCGAAATCA GATTAGAGGA TTTGACATTA TCTCATAAAT CAATGAGAAC TAATTTATCC 
AATTTTGTGC TAACACTTGA AAAACTCGAA AAAGACAATG GCGTGACTAA TCTTAAATTT 
ATGTGGTATC TCACATCATT CAAATTCTAC CACATCGATA CCAAATGTTT TGAATTACCA 
TCGGCAACAT TCTTTTATGA GCTTTGTCCT ATCCAATTCT TAACGGTAGC TCAATCATTA 
CTCCGCCATG AAAAGAATCC ATCAGAAACA ATCAATTTTG ATTTCAATTT GACCATGTCA 
AATCCAGTGT TTGACATTTA TTATGATCAA CAAGATATTG TTTTGGATAT ACTACGTGAT 
AAAATGATGA AAAGGAGAAT GAATACTATG AGAAAAGCTA CTGGAGTTCA AAAGAAGGAA 
GAATTTTTCA CCAAGATGTC TATTGCCTCC AAAATGCTCA AGGCTGTTTT TAGTAAACTT 
GTTGTGGTGG ACACAAAACT TAACCTTCAT TTACCAGAGT TTGGTAAAAC TGAAGTTGGG 
AAGTTTAACC GCTTATCTAA ATCCAATTCA ATTATCACTG TGGCTCTCCT GGAGTTGATT 
TTGAAAGTAT TTACTAGAAA TATCAATAAA GGATCAAACA AGTTCACTTT GAACACTTTG 
TTTAAGATGA AAAATGTGAA ATGTGAGGGC CAGGGTAATA AGTTTCATTT TACTAAAGTC 
AATCTTTTAG CCACCTACAA TATGTTACAA CAAAACGTGT CAATCAAACT TTCAAGCAAG 
AGTCTCGAAT TGCTCTCTGC TAACGATCTT ATCTTTCACA TTGTACGTCT GTTTAAAAAT 
CGTCAACGAA TTTATTTCAA CAAGAAATTT GAAGAATGGA AAAAGATGGA CGTTAATAAT 
GTATGTCCAT GGAGTGAGCA AATGGACAAT AAATCTGGAG CTCCTGTAGC AGATACACCA 
GCCAATCCTG AGTTTATAAA ATTATTTGAA GTTCTTCCAT CCTTTATATC GTCAGTGAAA 
ATTGACATTT CTAGCATTGT AATGGATATG GTATGTAAGG AGGGTTTGCC AAGTCACAAG 
CTATATGATG AAAAATTAGG AAAAGAAATT GATTTAAAAG ACTTTAGAAG AGGTATATCT 
TTCAAGGTTT TTGATTTTTC TGTCACGTAC AAACTCGCAA GAAAGCATTT TGAAACCAGT 
GTTGCCCTTT TAAAAGCCTT CACATTGAGT GAATACGCCT CCGAGTACAT TGAGGATTTT 
GATAAGGTCA CTGAAGTACA AGTCAGTGAA TCTGAAATAA GTGATTTATC CAGTATTAAC 
TCAGCGGAGT CTATACCCTT AAATGATGCC TCTCCTTTAG AGCTTGATGA GTCTAATACT 
AAGAAAATAA AAACAGTCTT AACTGTACGG GACATCCTTG TATCCAATGC AGGAAAACTG 
GATGAAAAGG ATCCAGACAG ATTAACTTTG TCAATACCAG AGGTTGATGG TCGAGTGGAC 
ATGTTTCTTG TCTGGTGTTG TTTCTATGCA AAGACAATGT TGGAAAGATT CAAGCCTACT 
GTAGAAAGCA GTTGCACCAA GAACCAAATT AAAATTATTC GTGGACCAAG AAAGAAGTTG 
AAGCTTGATG TTCACCTTGA TTCTGTGGCT TTAGTAATCC GATTACCCCG GAAAGTGGAT 
GTTATGATAG AAATCGACAG AGCACGCTTG AAGAATGCAT TGGTTTTGAA GTCAGCAGAT 
ATAGTAAACT GTCGATTATA CGTTGTTGAT CCAAGCACTA AATTCTGGGC CAGATTGTTA 
ATCATTAAAG AACCTAAGTT TAGTATTGAT TTCACCAAGT CGATACACGA TGCATATTTT 
GGCATATCCA CCAGATCAAT CAGAATTAGT GTCCCCAACA GATTTTTATT TTACACTGTT 
ATTGACAATT TCATAACATT TTTCAAAGCA ATAAAGCAAT TGCTGCAGAA TTTTAGATAT 
TTTAATTGGG GAATTGACGA ATTCGAAACC ATCTATCCAT CACAAAAAAA TGCAATTGTT 
TTCCCTCATG TCAATATCAA AACTGCAGTA TTGGGAATGG AACTACGTGC GGATCCTTTT 
GAAAATAAAT TAGCATTGAT ATTTGAGCTA GGAAAAATCG AACAAAAGGA ACGTATTAGG 
AAATGGAAAG CATTTGAGAA AAAATCTCAA GAGATACTAG ATGGAGCCGA AAGCAATATT 
GAAGATCAAA TTGAATTGTC AAATATTGCT GCACCCATAT CCAGCCCTGC GCCTATTGCT 
TCCAAGACTA CTACAAGTAC GATGACACCA AACGTTGCTG GCGATTCCAT TACTAGACCA 
GACAGTCCTC CTAGAAGTGG ATCCTCAGAA TGTTCATTTA CCAGTGGGGC AGGATTGATA 
AAAAATAAAC TCTTGAATAG AAAGAAACCA ACAAAGACAA GTGTTAATGG AGTAGCTCCA 
GTGAATGAAA TAGAACCAGC AGATGCAAAA TATACTATAG AAGAAGCCGA GGAAAGAATT 
GCTGAAGCAA AAGAAAGGTT ATTTGAGAAT TTCAGCAAGT CGTGGTGCAG AAAATATAGA 
GTTTTTGAAG AAACCAAATG CCGTAAATGG AAAGAAAGAG GTGAAAACAT TTGGGGTTCC 
CATGATATTA ATGAAGTTAT GAAGGAAAAG TATGACATTG TAGAGTATGA TCATGGCAAG 
CCTTTAACTG GAGCTATATT TAGAGATGTT GACTTAACAT TGGATAAATT TAAGCTAGGA 
GATGTTGACA AATTTTTATA TGACTATGCT AAACATCAAC CAAAGTTGAC TTATTCCATT 
TTGTGTCCAA TGTATGTTGA ACTCAAAGCC AGGAAGTTTT ATATGATTTT GAAAGATTAT 
CCACTACCAG TAGCTTCATT CCCACGAAGT AACACACCAT CATCACCAAC GATCCATATT 
AAAACCAACT TGGTCATTCA TGAAAAATTG TTTAGTAGAA AGGAAGAATT GAGATATATA 
TATGTTCCAT TTTCCCCTGC AGTTCCTGAT GATGGTAGAA CCGATAATTT TTACTCAGTA 
AATATACCGA GAACATTAAC GCCTGTTAAA GTAGCAGCTG ATTTCAATTG TGATTTAAAT 
ACCGATAGAT CCTGTACCAT TAGTTGGTGT AAGTCTTATC AGCCTGCTTT TTCGGCAATG 
GCAATGGCGT TTGAAAATTT TACCAAACCT GCTATTGATG ACAGCCCCAT TGGATGGTGG 
GATAAAATTC CACTTATTGT TCATGGTAGG TATCAATTCA ATATTGCCAA CGAATTGTGT 
CTTCATATGA AAAGTGGGAG AAACCCACAC GAGCTTATTG GCAAGAATGC TGGCTTTGTA 
TTTTGTTGGA AAAATAACGT CAAATTAGTT ATTGATGGTA CTATTAATAG TAAAGATTTG 
GTGGTACTTG AAAGTGATGA TTTTATATTT GCCATTCCCA ATTACTCCAT TGAAGAGAAG 
AATGTGTGGA GTTTATTTTA CGATGATTTC GATGACCCTG TTCCTGATAT TGAATTGGAA 
TCGAAAAAGT TTAATAAATA TGTTATCAAA TTGTCGTCTT CAGAACGAGT ACGTTGGGTG 
TTAGGTATGC TTTTTGAAAG AAACAAATAT CCAACTCAAA AATTCTCTGA TGAAGAGTTG 
AGAGTGTCAA CTTTCAAACC ACACTATGAA GTTATGATCA CTAATCCAGC TAATGAATTC 
CATCCGGATT CTTACGAGGG TTATCGTTCG GACTATGTTC ATATGTCACT TTCTGTGATA 
TCCCGAGCAA AAACTGGAGA GACAGCTAAT ACTGCTTATT TCACTCCTTT GTCATTCCAT 
CACTTTTTTT ACTGGTGGGA TACTTTGTTG CATTACTCGC CACCTCCTAT CAAAAGAGGA 
AAATTATTTG AAATGGATCA GGTCAAGAAA CCTAAGATAA AATTTGGAAC ACACATGTTT 
ACAATGAAGT ATCAATTAAT CTTCAACCCG GTGACGATTT CCCATTTGTA CAGACATTCG 
ACGAGTGATG TACCAAAGAA AAATAGCAGA GTTGCATTTA CTGGTTTGAA AGGAAGATTT 
GACGTATGTG AAATAGACTT GCATCAAAGA AGAGAATATG TCACTCATGA AAACAAGAAA 
TTAAATCGCA AAACAAAAAT CAGACATTTG AAAATGAATC AAGCTGAAGT GAATATTGAA 
AATGCCGACG CAAGAGTTAT TTATGCGTTA TTCAATGATA CTTCTGTAAC TGGTAAATTG 
ATGACGTATT TGAATGCTGA TTCACTGGAT TCATCAACTG ATGGTTCACA ATCTCTGGAT 
TATCGTGGCT CATCATATCT GAGATGGCTT GAAAATGTGG AGATAAGTGA TGGTGATTTT 
TCGTGGTATG ATCCAAAAGA TTTCATTGAG TTAGAAGTTA GGGAACCATT GTCCCCATAC 
CCTAAAACAA AGATATTGCC ATTTTTCGCG ACACCAAAGT TCAGTTATTA TAGGGAATTT 
ACATTGCAAA AGGATGGCCC ATTCCCATTT GGTAGTGAGA AAATTCATGA TTGTATTATG 
AATTTGGATA AACCTGCTAT AGTACAAAGT CGAATTTTAC TAGACCGTCT TCAGAATTTG 
GAGGATGAGT TAGCTCATAA TGAGGAAATG TTACGTCGAT TTAAAATTCA AAATGGTCCT 
GAGTTCCAGC ATGATATTCG AATGACAGAG CAAGAGATTT CAACGTTGAA AGAAAAAGTT 
GAAGTTGTTC GTGCTGCCTA TAACGGATTC AGTGATGATG AATTTGGTGG TTTGCCGCTG 
TCTTCTGCAA ATAATGTTGC TGATGATGAT GATGGTTCAA GTTCATTGCT GAGATCGAGC 
ACTGGGTTAT CTGCATATTC AAGTCACGTA ACACAGGATC AAATGCTGCA GGCAGCTGCA 
TTTGTTTCGA TTGCCGAATT TCACAACCGA TTCATCTTAC ATAACTTGAC TTTGAAATGG 
GACGACAATA TTTCTAAATA TTTTATCAGT TACATGAAAC GAATAGCCGA GAGGAAAAGT 
CATATTTACT ACATGACCAA ATATGCGGTT GATTTAGTTG AGAAAGTTAT GCAAGAAAAC 
GCAAAAGAAG GGGAACCCAC CTTGCAGCCA AGAGAAAAGG TGTTTCAAAA GTCTTTTAAA 
CAAGCCGACA ATATCGTGGA TAGTTTTGAA GATGATCTAG ATGAAGTCAA AGATTCTGAA 
AGAGAAGAAC CTGAGTATAA ATACCTCGTT AAATTGATAC ACCCACAGAT CCAAATGATT 
AGCAGAAAAG CACCAGATTC TTGTGTCTTG ATTAGTTCGA AAGATCTCGA GCTTCGGATA 
GTTGATATTA ACATGAAAGA TAGAGTGAAT ATTTTGTCGG AGAATAATGA GATGACAGCT 
AGAATAGAAA GAAGAACTGG TGTGTTGTTT AGAGAAGAGC AATTATTTGT TTTACAAAGA 
GATGAAGTGG TTAGTAATGC CAAGCTGAAA TTTGCCAAAA ATGGATACAT GTCCGATAAA 
TACAACTGGC CACCGTGGTT TGAATGTGAA GTATGTTATG ATGGTTCATG GGCACACGAG 
TATTTGGTTT CTGAAAAAAA TACTATAGCC ATAATACAAA AGTCCCCAAA TCAGTTGTTT 
ATTAGCTCAG AGAAATTGGA GCAAGGAAAT GAACTTGTTG TTTACCTTTC CAAATATGTC 
ATTAACGCAA CTTCTGCACA ATATTCGAGT ATTTATTATG TCATAACAGG GTTACTTCTT 
TCAAACGATG ACAAAGAGAG TAATTATAAT GGTCGTTTGC AACGGTTAAT GGACTTGGCG 
GATGCATCTG ATTTTGAAGG ATTAGATGTC CGTGTGCATA ACTTACAACA AGGTATACGA 
GATTACCGAG AGTTATTATT CAGTTTTGAT CAAAAAGGTG CTGATTTAAA CGAGGAACAA 
AAGAAATATT TGCATGTTCT TGAATTGGAA ATGGAAAGAC TGAAATTGGA ATTGATTCTT 
ATTATGAATG CATTGCAAAC CAGAATTAAA GCAACATCAC AGTTAACTAG TAAATGCCTT 
CAAATATTGG CTGATCAAGT GATTTGGCAT ATGCTTGACG ATGACAGGGA ACCATTTATT 
GATTTTGCCT TGGCTAGCAC TAGGTTTATT AAGCATGAAG CTGGAGATGG GTCTACTGTT 
AACATTCTTG AGATTGGCAT GGTACAAGGT TTCAATTTGC AAGAAGGAGC CAAATATCCT 
CAATTATTGG GTCCTGATAT TAACGAGGAG AAGAAGAAAT TGGACAGTTG CCATAATGAA 
AAGCCCATAA TCTCCATGTC TTGGACAGTG TTAAATGCTG TTGGTGGGAT TCCTATAATC 
AAAAATGCCA AGTTAGAGAC CCAACGATTG CAGTTGGAGT TGGAATATGC TACCGCTAAA 
AAACTTGAAA GCTACTTGTT CCCTAAAGAA GCAAATACCG AGGATACCGA TGAGCAAGAT 
GGTGATGAGT TTGATGACAT ATATGTTAAC AATCAACAAA ACAGCATGTC TGATAGTACT 
AGTGATATTG AGGTGTCAAG TAACGATTCG GTCTTGTCCA GCAAAAACCC ACTAAAGAGA 
CTTATGTCAA AGAGAAGCAA TAGACTGCCA AAATCGTCAT CCGATTCAGC AACTAGTTCT 
CCACAACAGT CATTATCTTT GAATTCTGGT GTTAGAAGTT CAAATAGCTC GGCTTTAAGT 
TCAGATGAGA TATCGTTTGG TAGTGGCATT AAATTAAACC GACCACAATT ACATCTCCCC 
TTGCAAAAGA AAAGAGAGCA ACAACATGAA GAAAATGATG ATGAAATGGA AGTTATAATA 
GCTCGATCTT TGAAATTCAA ATCGTTGATT GATATTGAAA TTGCTAATTT CCAAATGATT 
ATAAGTTTTT CAGCACCTAG TACATTGCAT TTACTTGATG TTCATCGTTT GGTTATAAAT 
ATCCCAACTT TGAGATATGT TAATAAAATC TGGTCTGCTA AGGAACTTAC AGATCGGTTG 
AAGAAAGATG TAATCAAGGT CATTTTACAG CATAGTGGTA AGATATTAGG TAACAAGTTC 
AAAGCAAAGA AAAAGACAAA AACCAGTGAA CCGTTGAAAC AGATATCAAA TTATTCCAAA 
TATATGACGT TGGATGATTT ACAGCAACAT GGACGAGAAC GAGACAGTTC CACAGTTGAT 
CATGAAGTAC ATCGAAAACC AAGGACTAGT CATAAATCTG GTTCCAGAAT GTCAAGTATT 
GGTCGAGTTC TTTCACGTCA AAGTGTAAAT AATAATAATT CTACTTTTGA AAAGTATTTG 
GATGATGTTG ATGGTTCTGA TGAAGGTGCT GGTATAGAGG AGAAGTAA

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

RefSeq	XP_716548.2
CDS	1..8208
Translation	MFNIYWILTISITIYLIVLFLINLIPNVSIKYVGFFSLRGITINTRKSTIYISKISLRFNLFESNKDSGFKLVNLEIVDVQVTIKETAGPGSSALKLKIKNAIENISLSEKLHFKVPNSLYEYLLKTRVANRINIHVFRCAITHQKILQDHSIFLDYTRFNVNVDKDNSTRVTVILFNGLIQDKIDRLNKINLFRNIEFYVNCQTVTSCGTTRSNAVSIYLSDFKTSLSIGRLNVPLDLFVKSQSKKDAGNVEDDLTNTKVIDVAKYKNFIKEFMSVYSTTEIRLEDLTLSHKSMRTNLSNFVLTLEKLEKDNGVTNLKFMWYLTSFKFYHIDTKCFELPSATFFYELCPIQFLTVAQSLLRHEKNPSETINFDFNLTMSNPVFDIYYDQQDIVLDILRDKMMKRRMNTMRKATGVQKKEEFFTKMSIASKMLKAVFSKLVVVDTKLNLHLPEFGKTEVGKFNRLSKSNSIITVALLELILKVFTRNINKGSNKFTLNTLFKMKNVKCEGQGNKFHFTKVNLLATYNMLQQNVSIKLSSKSLELLSANDLIFHIVRLFKNRQRIYFNKKFEEWKKMDVNNVCPWSEQMDNKSGAPVADTPANPEFIKLFEVLPSFISSVKIDISSIVMDMVCKEGLPSHKLYDEKLGKEIDLKDFRRGISFKVFDFSVTYKLARKHFETSVALLKAFTLSEYASEYIEDFDKVTEVQVSESEISDLSSINSAESIPLNDASPLELDESNTKKIKTVLTVRDILVSNAGKLDEKDPDRLTLSIPEVDGRVDMFLVWCCFYAKTMLERFKPTVESSCTKNQIKIIRGPRKKLKLDVHLDSVALVIRLPRKVDVMIEIDRARLKNALVLKSADIVNCRLYVVDPSTKFWARLLIIKEPKFSIDFTKSIHDAYFGISTRSIRISVPNRFLFYTVIDNFITFFKAIKQLLQNFRYFNWGIDEFETIYPSQKNAIVFPHVNIKTAVLGMELRADPFENKLALIFELGKIEQKERIRKWKAFEKKSQEILDGAESNIEDQIELSNIAAPISSPAPIASKTTTSTMTPNVAGDSITRPDSPPRSGSSECSFTSGAGLIKNKLLNRKKPTKTSVNGVAPVNEIEPADAKYTIEEAEERIAEAKERLFENFSKSWCRKYRVFEETKCRKWKERGENIWGSHDINEVMKEKYDIVEYDHGKPLTGAIFRDVDLTLDKFKLGDVDKFLYDYAKHQPKLTYSILCPMYVELKARKFYMILKDYPLPVASFPRSNTPSSPTIHIKTNLVIHEKLFSRKEELRYIYVPFSPAVPDDGRTDNFYSVNIPRTLTPVKVAADFNCDLNTDRSCTISWCKSYQPAFSAMAMAFENFTKPAIDDSPIGWWDKIPLIVHGRYQFNIANELCLHMKSGRNPHELIGKNAGFVFCWKNNVKLVIDGTINSKDLVVLESDDFIFAIPNYSIEEKNVWSLFYDDFDDPVPDIELESKKFNKYVIKLSSSERVRWVLGMLFERNKYPTQKFSDEELRVSTFKPHYEVMITNPANEFHPDSYEGYRSDYVHMSLSVISRAKTGETANTAYFTPLSFHHFFYWWDTLLHYSPPPIKRGKLFEMDQVKKPKIKFGTHMFTMKYQLIFNPVTISHLYRHSTSDVPKKNSRVAFTGLKGRFDVCEIDLHQRREYVTHENKKLNRKTKIRHLKMNQAEVNIENADARVIYALFNDTSVTGKLMTYLNADSLDSSTDGSQSLDYRGSSYLRWLENVEISDGDFSWYDPKDFIELEVREPLSPYPKTKILPFFATPKFSYYREFTLQKDGPFPFGSEKIHDCIMNLDKPAIVQSRILLDRLQNLEDELAHNEEMLRRFKIQNGPEFQHDIRMTEQEISTLKEKVEVVRAAYNGFSDDEFGGLPLSSANNVADDDDGSSSLLRSSTGLSAYSSHVTQDQMLQAAAFVSIAEFHNRFILHNLTLKWDDNISKYFISYMKRIAERKSHIYYMTKYAVDLVEKVMQENAKEGEPTLQPREKVFQKSFKQADNIVDSFEDDLDEVKDSEREEPEYKYLVKLIHPQIQMISRKAPDSCVLISSKDLELRIVDINMKDRVNILSENNEMTARIERRTGVLFREEQLFVLQRDEVVSNAKLKFAKNGYMSDKYNWPPWFECEVCYDGSWAHEYLVSEKNTIAIIQKSPNQLFISSEKLEQGNELVVYLSKYVINATSAQYSSIYYVITGLLLSNDDKESNYNGRLQRLMDLADASDFEGLDVRVHNLQQGIRDYRELLFSFDQKGADLNEEQKKYLHVLELEMERLKLELILIMNALQTRIKATSQLTSKCLQILADQVIWHMLDDDREPFIDFALASTRFIKHEAGDGSTVNILEIGMVQGFNLQEGAKYPQLLGPDINEEKKKLDSCHNEKPIISMSWTVLNAVGGIPIIKNAKLETQRLQLELEYATAKKLESYLFPKEANTEDTDEQDGDEFDDIYVNNQQNSMSDSTSDIEVSSNDSVLSSKNPLKRLMSKRSNRLPKSSSDSATSSPQQSLSLNSGVRSSNSSALSSDEISFGSGIKLNRPQLHLPLQKKREQQHEENDDEMEVIIARSLKFKSLIDIEIANFQMIISFSAPSTLHLLDVHRLVINIPTLRYVNKIWSAKELTDRLKKDVIKVILQHSGKILGNKFKAKKKTKTSEPLKQISNYSKYMTLDDLQQHGRERDSSTVDHEVHRKPRTSHKSGSRMSSIGRVLSRQSVNNNNSTFEKYLDDVDGSDEGAGIEEK

Target ORF information:

RefSeq Version	XM_711455.2
Organism	Candida albicans SC5314
Definition	Candida albicans SC5314 hypothetical protein (CAALFM_C405590WA), partial mRNA.

Target ORF information:

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

XM_711455.2

ORF Insert Sequence:

ATGTTTAATA TTTATTGGAT CTTAACAATC AGTATCACAA TATACCTAAT TGTGCTTTTT 
TTGATAAATT TGATACCCAA TGTATCAATT AAATATGTGG GGTTTTTCTC TTTAAGAGGT 
ATTACCATCA ATACCAGAAA ATCAACCATA TATATCAGCA AAATTTCTTT ACGATTTAAT 
TTATTTGAAT CAAACAAGGA TTCAGGATTT AAACTTGTCA ATCTAGAAAT TGTTGATGTT 
CAAGTAACTA TAAAAGAAAC AGCAGGACCG GGATCATCGG CACTGAAATT GAAGATCAAA 
AATGCCATTG AAAATATTTC CCTTTCTGAG AAATTACATT TTAAAGTACC AAATTCACTT 
TATGAATATT TATTAAAGAC AAGAGTGGCC AATAGAATTA ATATCCATGT GTTTCGTTGT 
GCCATAACTC ACCAAAAGAT TCTTCAAGAT CATTCTATAT TTCTTGACTA CACCAGATTC 
AATGTCAATG TGGATAAAGA CAACAGTACG CGAGTGACAG TGATTTTATT TAATGGTCTC 
ATCCAAGACA AAATCGATCG ACTGAATAAG ATAAACTTGT TTAGAAATAT CGAGTTCTAC 
GTAAACTGCC AAACCGTTAC TTCGTGTGGA ACAACAAGAT CCAATGCTGT ATCGATCTAT 
TTGTCAGATT TTAAAACTTC ATTGTCTATT GGGAGATTGA ACGTACCATT AGATCTATTT 
GTCAAGTCTC AATCCAAGAA AGATGCTGGT AATGTTGAGG ACGACTTGAC CAACACTAAA 
GTAATTGATG TTGCCAAGTA TAAGAATTTC ATTAAAGAGT TCATGTCAGT TTATTCAACT 
ACCGAAATCA GATTAGAGGA TTTGACATTA TCTCATAAAT CAATGAGAAC TAATTTATCC 
AATTTTGTGC TAACACTTGA AAAACTCGAA AAAGACAATG GCGTGACTAA TCTTAAATTT 
ATGTGGTATC TCACATCATT CAAATTCTAC CACATCGATA CCAAATGTTT TGAATTACCA 
TCGGCAACAT TCTTTTATGA GCTTTGTCCT ATCCAATTCT TAACGGTAGC TCAATCATTA 
CTCCGCCATG AAAAGAATCC ATCAGAAACA ATCAATTTTG ATTTCAATTT GACCATGTCA 
AATCCAGTGT TTGACATTTA TTATGATCAA CAAGATATTG TTTTGGATAT ACTACGTGAT 
AAAATGATGA AAAGGAGAAT GAATACTATG AGAAAAGCTA CTGGAGTTCA AAAGAAGGAA 
GAATTTTTCA CCAAGATGTC TATTGCCTCC AAAATGCTCA AGGCTGTTTT TAGTAAACTT 
GTTGTGGTGG ACACAAAACT TAACCTTCAT TTACCAGAGT TTGGTAAAAC TGAAGTTGGG 
AAGTTTAACC GCTTATCTAA ATCCAATTCA ATTATCACTG TGGCTCTCCT GGAGTTGATT 
TTGAAAGTAT TTACTAGAAA TATCAATAAA GGATCAAACA AGTTCACTTT GAACACTTTG 
TTTAAGATGA AAAATGTGAA ATGTGAGGGC CAGGGTAATA AGTTTCATTT TACTAAAGTC 
AATCTTTTAG CCACCTACAA TATGTTACAA CAAAACGTGT CAATCAAACT TTCAAGCAAG 
AGTCTCGAAT TGCTCTCTGC TAACGATCTT ATCTTTCACA TTGTACGTCT GTTTAAAAAT 
CGTCAACGAA TTTATTTCAA CAAGAAATTT GAAGAATGGA AAAAGATGGA CGTTAATAAT 
GTATGTCCAT GGAGTGAGCA AATGGACAAT AAATCTGGAG CTCCTGTAGC AGATACACCA 
GCCAATCCTG AGTTTATAAA ATTATTTGAA GTTCTTCCAT CCTTTATATC GTCAGTGAAA 
ATTGACATTT CTAGCATTGT AATGGATATG GTATGTAAGG AGGGTTTGCC AAGTCACAAG 
CTATATGATG AAAAATTAGG AAAAGAAATT GATTTAAAAG ACTTTAGAAG AGGTATATCT 
TTCAAGGTTT TTGATTTTTC TGTCACGTAC AAACTCGCAA GAAAGCATTT TGAAACCAGT 
GTTGCCCTTT TAAAAGCCTT CACATTGAGT GAATACGCCT CCGAGTACAT TGAGGATTTT 
GATAAGGTCA CTGAAGTACA AGTCAGTGAA TCTGAAATAA GTGATTTATC CAGTATTAAC 
TCAGCGGAGT CTATACCCTT AAATGATGCC TCTCCTTTAG AGCTTGATGA GTCTAATACT 
AAGAAAATAA AAACAGTCTT AACTGTACGG GACATCCTTG TATCCAATGC AGGAAAACTG 
GATGAAAAGG ATCCAGACAG ATTAACTTTG TCAATACCAG AGGTTGATGG TCGAGTGGAC 
ATGTTTCTTG TCTGGTGTTG TTTCTATGCA AAGACAATGT TGGAAAGATT CAAGCCTACT 
GTAGAAAGCA GTTGCACCAA GAACCAAATT AAAATTATTC GTGGACCAAG AAAGAAGTTG 
AAGCTTGATG TTCACCTTGA TTCTGTGGCT TTAGTAATCC GATTACCCCG GAAAGTGGAT 
GTTATGATAG AAATCGACAG AGCACGCTTG AAGAATGCAT TGGTTTTGAA GTCAGCAGAT 
ATAGTAAACT GTCGATTATA CGTTGTTGAT CCAAGCACTA AATTCTGGGC CAGATTGTTA 
ATCATTAAAG AACCTAAGTT TAGTATTGAT TTCACCAAGT CGATACACGA TGCATATTTT 
GGCATATCCA CCAGATCAAT CAGAATTAGT GTCCCCAACA GATTTTTATT TTACACTGTT 
ATTGACAATT TCATAACATT TTTCAAAGCA ATAAAGCAAT TGCTGCAGAA TTTTAGATAT 
TTTAATTGGG GAATTGACGA ATTCGAAACC ATCTATCCAT CACAAAAAAA TGCAATTGTT 
TTCCCTCATG TCAATATCAA AACTGCAGTA TTGGGAATGG AACTACGTGC GGATCCTTTT 
GAAAATAAAT TAGCATTGAT ATTTGAGCTA GGAAAAATCG AACAAAAGGA ACGTATTAGG 
AAATGGAAAG CATTTGAGAA AAAATCTCAA GAGATACTAG ATGGAGCCGA AAGCAATATT 
GAAGATCAAA TTGAATTGTC AAATATTGCT GCACCCATAT CCAGCCCTGC GCCTATTGCT 
TCCAAGACTA CTACAAGTAC GATGACACCA AACGTTGCTG GCGATTCCAT TACTAGACCA 
GACAGTCCTC CTAGAAGTGG ATCCTCAGAA TGTTCATTTA CCAGTGGGGC AGGATTGATA 
AAAAATAAAC TCTTGAATAG AAAGAAACCA ACAAAGACAA GTGTTAATGG AGTAGCTCCA 
GTGAATGAAA TAGAACCAGC AGATGCAAAA TATACTATAG AAGAAGCCGA GGAAAGAATT 
GCTGAAGCAA AAGAAAGGTT ATTTGAGAAT TTCAGCAAGT CGTGGTGCAG AAAATATAGA 
GTTTTTGAAG AAACCAAATG CCGTAAATGG AAAGAAAGAG GTGAAAACAT TTGGGGTTCC 
CATGATATTA ATGAAGTTAT GAAGGAAAAG TATGACATTG TAGAGTATGA TCATGGCAAG 
CCTTTAACTG GAGCTATATT TAGAGATGTT GACTTAACAT TGGATAAATT TAAGCTAGGA 
GATGTTGACA AATTTTTATA TGACTATGCT AAACATCAAC CAAAGTTGAC TTATTCCATT 
TTGTGTCCAA TGTATGTTGA ACTCAAAGCC AGGAAGTTTT ATATGATTTT GAAAGATTAT 
CCACTACCAG TAGCTTCATT CCCACGAAGT AACACACCAT CATCACCAAC GATCCATATT 
AAAACCAACT TGGTCATTCA TGAAAAATTG TTTAGTAGAA AGGAAGAATT GAGATATATA 
TATGTTCCAT TTTCCCCTGC AGTTCCTGAT GATGGTAGAA CCGATAATTT TTACTCAGTA 
AATATACCGA GAACATTAAC GCCTGTTAAA GTAGCAGCTG ATTTCAATTG TGATTTAAAT 
ACCGATAGAT CCTGTACCAT TAGTTGGTGT AAGTCTTATC AGCCTGCTTT TTCGGCAATG 
GCAATGGCGT TTGAAAATTT TACCAAACCT GCTATTGATG ACAGCCCCAT TGGATGGTGG 
GATAAAATTC CACTTATTGT TCATGGTAGG TATCAATTCA ATATTGCCAA CGAATTGTGT 
CTTCATATGA AAAGTGGGAG AAACCCACAC GAGCTTATTG GCAAGAATGC TGGCTTTGTA 
TTTTGTTGGA AAAATAACGT CAAATTAGTT ATTGATGGTA CTATTAATAG TAAAGATTTG 
GTGGTACTTG AAAGTGATGA TTTTATATTT GCCATTCCCA ATTACTCCAT TGAAGAGAAG 
AATGTGTGGA GTTTATTTTA CGATGATTTC GATGACCCTG TTCCTGATAT TGAATTGGAA 
TCGAAAAAGT TTAATAAATA TGTTATCAAA TTGTCGTCTT CAGAACGAGT ACGTTGGGTG 
TTAGGTATGC TTTTTGAAAG AAACAAATAT CCAACTCAAA AATTCTCTGA TGAAGAGTTG 
AGAGTGTCAA CTTTCAAACC ACACTATGAA GTTATGATCA CTAATCCAGC TAATGAATTC 
CATCCGGATT CTTACGAGGG TTATCGTTCG GACTATGTTC ATATGTCACT TTCTGTGATA 
TCCCGAGCAA AAACTGGAGA GACAGCTAAT ACTGCTTATT TCACTCCTTT GTCATTCCAT 
CACTTTTTTT ACTGGTGGGA TACTTTGTTG CATTACTCGC CACCTCCTAT CAAAAGAGGA 
AAATTATTTG AAATGGATCA GGTCAAGAAA CCTAAGATAA AATTTGGAAC ACACATGTTT 
ACAATGAAGT ATCAATTAAT CTTCAACCCG GTGACGATTT CCCATTTGTA CAGACATTCG 
ACGAGTGATG TACCAAAGAA AAATAGCAGA GTTGCATTTA CTGGTTTGAA AGGAAGATTT 
GACGTATGTG AAATAGACTT GCATCAAAGA AGAGAATATG TCACTCATGA AAACAAGAAA 
TTAAATCGCA AAACAAAAAT CAGACATTTG AAAATGAATC AAGCTGAAGT GAATATTGAA 
AATGCCGACG CAAGAGTTAT TTATGCGTTA TTCAATGATA CTTCTGTAAC TGGTAAATTG 
ATGACGTATT TGAATGCTGA TTCACTGGAT TCATCAACTG ATGGTTCACA ATCTCTGGAT 
TATCGTGGCT CATCATATCT GAGATGGCTT GAAAATGTGG AGATAAGTGA TGGTGATTTT 
TCGTGGTATG ATCCAAAAGA TTTCATTGAG TTAGAAGTTA GGGAACCATT GTCCCCATAC 
CCTAAAACAA AGATATTGCC ATTTTTCGCG ACACCAAAGT TCAGTTATTA TAGGGAATTT 
ACATTGCAAA AGGATGGCCC ATTCCCATTT GGTAGTGAGA AAATTCATGA TTGTATTATG 
AATTTGGATA AACCTGCTAT AGTACAAAGT CGAATTTTAC TAGACCGTCT TCAGAATTTG 
GAGGATGAGT TAGCTCATAA TGAGGAAATG TTACGTCGAT TTAAAATTCA AAATGGTCCT 
GAGTTCCAGC ATGATATTCG AATGACAGAG CAAGAGATTT CAACGTTGAA AGAAAAAGTT 
GAAGTTGTTC GTGCTGCCTA TAACGGATTC AGTGATGATG AATTTGGTGG TTTGCCGCTG 
TCTTCTGCAA ATAATGTTGC TGATGATGAT GATGGTTCAA GTTCATTGCT GAGATCGAGC 
ACTGGGTTAT CTGCATATTC AAGTCACGTA ACACAGGATC AAATGCTGCA GGCAGCTGCA 
TTTGTTTCGA TTGCCGAATT TCACAACCGA TTCATCTTAC ATAACTTGAC TTTGAAATGG 
GACGACAATA TTTCTAAATA TTTTATCAGT TACATGAAAC GAATAGCCGA GAGGAAAAGT 
CATATTTACT ACATGACCAA ATATGCGGTT GATTTAGTTG AGAAAGTTAT GCAAGAAAAC 
GCAAAAGAAG GGGAACCCAC CTTGCAGCCA AGAGAAAAGG TGTTTCAAAA GTCTTTTAAA 
CAAGCCGACA ATATCGTGGA TAGTTTTGAA GATGATCTAG ATGAAGTCAA AGATTCTGAA 
AGAGAAGAAC CTGAGTATAA ATACCTCGTT AAATTGATAC ACCCACAGAT CCAAATGATT 
AGCAGAAAAG CACCAGATTC TTGTGTCTTG ATTAGTTCGA AAGATCTCGA GCTTCGGATA 
GTTGATATTA ACATGAAAGA TAGAGTGAAT ATTTTGTCGG AGAATAATGA GATGACAGCT 
AGAATAGAAA GAAGAACTGG TGTGTTGTTT AGAGAAGAGC AATTATTTGT TTTACAAAGA 
GATGAAGTGG TTAGTAATGC CAAGCTGAAA TTTGCCAAAA ATGGATACAT GTCCGATAAA 
TACAACTGGC CACCGTGGTT TGAATGTGAA GTATGTTATG ATGGTTCATG GGCACACGAG 
TATTTGGTTT CTGAAAAAAA TACTATAGCC ATAATACAAA AGTCCCCAAA TCAGTTGTTT 
ATTAGCTCAG AGAAATTGGA GCAAGGAAAT GAACTTGTTG TTTACCTTTC CAAATATGTC 
ATTAACGCAA CTTCTGCACA ATATTCGAGT ATTTATTATG TCATAACAGG GTTACTTCTT 
TCAAACGATG ACAAAGAGAG TAATTATAAT GGTCGTTTGC AACGGTTAAT GGACTTGGCG 
GATGCATCTG ATTTTGAAGG ATTAGATGTC CGTGTGCATA ACTTACAACA AGGTATACGA 
GATTACCGAG AGTTATTATT CAGTTTTGAT CAAAAAGGTG CTGATTTAAA CGAGGAACAA 
AAGAAATATT TGCATGTTCT TGAATTGGAA ATGGAAAGAC TGAAATTGGA ATTGATTCTT 
ATTATGAATG CATTGCAAAC CAGAATTAAA GCAACATCAC AGTTAACTAG TAAATGCCTT 
CAAATATTGG CTGATCAAGT GATTTGGCAT ATGCTTGACG ATGACAGGGA ACCATTTATT 
GATTTTGCCT TGGCTAGCAC TAGGTTTATT AAGCATGAAG CTGGAGATGG GTCTACTGTT 
AACATTCTTG AGATTGGCAT GGTACAAGGT TTCAATTTGC AAGAAGGAGC CAAATATCCT 
CAATTATTGG GTCCTGATAT TAACGAGGAG AAGAAGAAAT TGGACAGTTG CCATAATGAA 
AAGCCCATAA TCTCCATGTC TTGGACAGTG TTAAATGCTG TTGGTGGGAT TCCTATAATC 
AAAAATGCCA AGTTAGAGAC CCAACGATTG CAGTTGGAGT TGGAATATGC TACCGCTAAA 
AAACTTGAAA GCTACTTGTT CCCTAAAGAA GCAAATACCG AGGATACCGA TGAGCAAGAT 
GGTGATGAGT TTGATGACAT ATATGTTAAC AATCAACAAA ACAGCATGTC TGATAGTACT 
AGTGATATTG AGGTGTCAAG TAACGATTCG GTCTTGTCCA GCAAAAACCC ACTAAAGAGA 
CTTATGTCAA AGAGAAGCAA TAGACTGCCA AAATCGTCAT CCGATTCAGC AACTAGTTCT 
CCACAACAGT CATTATCTTT GAATTCTGGT GTTAGAAGTT CAAATAGCTC GGCTTTAAGT 
TCAGATGAGA TATCGTTTGG TAGTGGCATT AAATTAAACC GACCACAATT ACATCTCCCC 
TTGCAAAAGA AAAGAGAGCA ACAACATGAA GAAAATGATG ATGAAATGGA AGTTATAATA 
GCTCGATCTT TGAAATTCAA ATCGTTGATT GATATTGAAA TTGCTAATTT CCAAATGATT 
ATAAGTTTTT CAGCACCTAG TACATTGCAT TTACTTGATG TTCATCGTTT GGTTATAAAT 
ATCCCAACTT TGAGATATGT TAATAAAATC TGGTCTGCTA AGGAACTTAC AGATCGGTTG 
AAGAAAGATG TAATCAAGGT CATTTTACAG CATAGTGGTA AGATATTAGG TAACAAGTTC 
AAAGCAAAGA AAAAGACAAA AACCAGTGAA CCGTTGAAAC AGATATCAAA TTATTCCAAA 
TATATGACGT TGGATGATTT ACAGCAACAT GGACGAGAAC GAGACAGTTC CACAGTTGAT 
CATGAAGTAC ATCGAAAACC AAGGACTAGT CATAAATCTG GTTCCAGAAT GTCAAGTATT 
GGTCGAGTTC TTTCACGTCA AAGTGTAAAT AATAATAATT CTACTTTTGA AAAGTATTTG 
GATGATGTTG ATGGTTCTGA TGAAGGTGCT GGTATAGAGG AGAAGTAA

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_C405590WA cDNA ORF clone, Candida albicans SC5314

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gRNAs

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

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