GCN1 cDNA ORF clone, Candida albicans SC5314

Gene
Clones
gRNAs

Summary

Gene Symbol	GCN1
Entrez Gene ID	3641256
Full Name	Gcn1p
Synonyms	CaO19.5333
Gene Type	protein-coding
Organism	Candida albicans SC5314

mRNA and Protein(s)

mRNA	Protein	Name
XM_712043.2	XP_717136.2	Gcn1p

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 GCN1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the GCN1 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
OCg10774	XM_712043.2 Latest version!	Candida albicans SC5314 Gcn1p (GCN1), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1371.30 $1959.00

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)

GCN1 ( XM_712043.2 ) cDNA ORF clone, Candida albicans SC5314 -> XP_717136.2 Candida albicans SC5314 Gcn1p (GCN1), partial mRNA.

Price & Availability↑

CloneID	OCg10774
Clone ID Related Accession (Same CDS sequence)	XM_712043.2
Accession Version	XM_712043.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7248bp) 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	Gcn1p
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_032090). On Dec 8, 2016 this sequence version replaced XM_712043.1. ##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.

ATGACGGATA GTTGGGAGAC ATTAGAGCCT GTTTACGAAA AAGGCATACT GGATTCGTTG 
GTTTCAGTTA GAATCCCAAT TTTATCATCT ATTAAATCAG TACTATCTGA GATCCCCGAG 
CAAGAATTGA ACAAGATCGT AGTGGCTTTG TTAAAGACAT TTAATTATTA CCACGATGCC 
CAATCTAGAA ATACAGTATT GAGTGTTGTA CAAGCTATTG GTGGCCACAA CCCAAATTAT 
TTTCAAGTGT ATATTCGTTT TATCAAGCAG CAAGTTGATG GACCTACCTT GCCAATTACT 
GATTATATGA CTCTTTTGCA ATGGATCAAT GCGTTCGTTG TTGCTTTGGC TAGACTTGGC 
AAATTGGACG ATTCAGTGGC ATTGGCTCAA GGAAAGTTGT TAAGCAAGTG TATTACATTT 
GAAGGTAAAC GAAGGAGGAT TTATAAATCG GCAATTCAAA CTACAAAAAC TGCCATCAGT 
GATGCCGTGG CCATTGATTC GGGTTATTTG GATATCATTG TGAAAAACAA ATCGTTTGCA 
TTATTGGGGG TGTTAGACCT GGCGCTAGAC AAGCATCCGG GATTGTTTGA AGTTTATAAA 
GAGAAATATG CACCCGAAAT TTTGGACTTT TTTGTAAACC AGGGTTTGTT AAGTAAAGTA 
CCACCTCCAA CTCAAGATTT AGCAGTATTT GGCAGTTGTA TCAAGAGTTT GGTCATAGAC 
TTTTCTGGGC TAGTCCCTCA CATTGAAAAG GCAATATTAA GGTCGTCAGA GAATTCGTTT 
GTGTATACCC TTCCGGTTTT GTTTGAAAAC TTGTCGATTG ACATAGAATT GAGTGCCAAA 
TTGGTCAATG CAATTATCTC AGGCATCAAG TCTACCAAGG AGCATGTGAG GACTGGTGCT 
GCCAAGACTT TGGAATTGAC TTTACAGAAG AATACTGCTG ATTTAGTTGA TGAGATTTTC 
AGGGCCATTA AAGCCACCTC AAACGCCGAA GCTAAGGCAT TGATTATCAA GTCTTTGTTA 
CATTTACACG ATTCAGAAAA GATTGTTAAA CAGTTGTTGC CGTTAGTGTC GAAAGACCAA 
AACGAAACAT CATTGGCTAG TTCAGTTAGG GTTTTCACAT ATCATTCCTT AAAGTATCAC 
AATGACGAAG TTGTCAAACA GTTTATTACA GGTTTCAATT CAGCTAAGTT GCGTCGAGTT 
TGGTTTTCTG AGTTTGGCGA ATTGGTAGAG ACGGTGTCAT TCCCTGAATT TGTTCCTGAA 
TTTGAAAAGA TTTTAAAAGG GATAGAAGAA GCACCACTTC CTTCAGTAAG CAATAAGAGT 
ATTGTGTGTG CATTTGTTAT TTTGGCATTG ACAGGCAAAG ATTCTCCATT GCTTAATGAT 
TCAAGAATAT TCAGTAAACT TGACGAAGTT GAATTGAAAT GGTTGGTTCG TGCATTAAAG 
AATGATCCTG CTGGTTGGAT ATATGTGTTG ACCAACGCTC CATACAAAAT AAGATTATTT 
GCATTGGAGA AGGTAGTGTT AAATGATGAA CTAAGCGAAG GATTGATCAA GGAGTTGTTG 
AATGGGGATT TGGCACATGT TGGTCCCGTT TTTGCATTGC TTAGTCGCTA CACCAAAAAT 
TTTACAAGCC TAATTCTTCC TGCAAGTAAG GCAGGGGTTG ATTGGATTGC ATTAGCACAA 
AAATCCAAGA TAGATCTTGG GAAATTAGTT GGTGAAAACT TTGGTGCTAT TTTCAACGAA 
TGTGTCAATG ATGGATCACC TGCTGCTATA AAGGCGATTG CCGATATTGC ATTTATCCAA 
CCAGATCTTA TTGAACCGAT CGTTTCGCTT ATTGATTTGG ATGTGTCAAA ACTTAACTTT 
AGCCAGCAAG AGATTGACAT TTACCAGGGT CAAGAAGGTG AATTGGTGGT CAATGTACTT 
AATGAAAAGC AACTTGATAA GAACTCGAAA GACTATGAAA TCAAGAAATG GGAACAATCC 
ATCAAAAAGG AATTGAAACA ACCTAAAAAG TTGTCGAAAG AAGAACAAGC TTTGGTTAAT 
AAACAACTAG CCAAAGAGAG TGAGATCAGG ACGAGAGTTG GCGAGGTTGT TAAACGTACT 
AATTTTGTAA TCAGTTTGAT TATCCAATTG ACAAAACAAG CTAGACTCGT TAATAATGGT 
GCTAACTTAT GGTTCCCTGT TGCTGTAAAC AAATTACTTG CCTTGCCCCA ATCACCTTTA 
TTTAACCCGA TTGATGCGTT CCTTGAATTG TCACTGTTAA TTTCACCTAG ACTTGGGGTT 
TTGTGCAAGT TCATTGGTGT AGCCACACTC AGGTCATATG GATTGAAATT GGATGAAAGT 
TTAGAGCAAG AACCATTAGT TTCGCTTTTG GGAAGAATTT TATACAGAAT CAAGATGCTT 
AGTGACCAAC AACCGCTTGA CTCGTTGAGT TTGTCGTATG TGTTGCCGTT GTTGACACGA 
GTATTGTATG ACGGGAAGGC AGTGGCAATA AAGAATGCTT CGAAAGTGGC CGTCACATCT 
GAATTTGTTG AAGAAGACCC AGAGGAGGAG CAATTGTTGT TGGCTATTGA GATTATTTCC 
GCCCATGCCG AATCATTTGA AGACGACAAG ATTCCTCGTA CTAGTATTTT GGAAGTCTTG 
ATTTCGTTAA TGAAATTGCC ATCTAAAGCC AAGTTGTCAA AGGAATGCTT TTTGTCATTG 
TGTCAACACA TTGCTTTTAA TATTTGTGAG GGTGACTTGC AATTGTTGTT GGGTAGTTTG 
ATTACACCAC ATGTATTTGT CAGATCGACC TTGTTGGAAG GGTTGGATGC TGAGTTTGAG 
TTGGAAAAGT ATTCGAAAGA GTTATTTGTG GTCGCCCACG ATAACGACCA GAACTGTCGT 
GAAATTGCTC AAACTATCTG GGATGATAAC GAATTGAAAG TGGAGGATGC ATCTAATTTG 
CTTAGTTTGT TTGGCAATAG TGATGCTGGG TTGCGGAACT CGATAGCTCA TGCGTATGTT 
GATGCATGCC AGCAAACTTC ATTAAACATC CAAGAATTGT TTGCATTGTA TGAAGAAAAG 
AAGGACCCAC CAGCACCAAA ACTAGACCAG TTTGGGTTGG TGATCAAGTC TACTATCGAT 
AATCGTGATC GATGGGAAGA ACGGTCAACA GTGGCAATTG CGTTAAAATT GTTGGCTCCA 
TTGTATACAG AAGCACATGT CAAGCAATTG TTTGAGTTTC TTGTTGAGAC TTGTGATAAG 
GACGAGTTGG TCGCCCAGGA ATTGCAGGAT GCTGGTGTTG AGGCAATCAA GTTACATGGT 
GCTTCCAATG TTGAGGTTTT GATACCTATT TTTGAAAACA GTTTGGCCAA GACAAGTAAA 
GAATCGGTAG TGGTGTTGTA CGGTACGTTG GCACGTGATT TAGACAAGAA CGATCCAAGA 
TTGAAGATCA TCATTGACAG GCTTATGAAG AGTTTGGACA CGCCTGCCGT GCAATATGCC 
GTTTCTGAAT GTATTGCTCC TTTGGTTGTT GCTATGGACA ATTTGCCACA AGTGTTTGAC 
GAGTTGTTTG AGAAATTGTT TACTGCTAAA AAAGTGTCAT CGCGTCGAGG TGCAGCATAT 
GGTATCGCTG GGTTGGTTAA AGGTAGCGGT ATAAAATCGT TGAGTTCATA CGATATTATT 
CGAAACTTGA CAGATGCTGC TGAAGAAAAA GATGCGATCA AGCGTGAGAG TGTATCTGTT 
GCGTTTGAAA CGTTGTCCAG AAGTTTGGGT AAATACTTTG AGCCGTACGT CTTGGAAATA 
TTGCCCATTA TTCTTAAATC GCTTGGTGAT CCAATACCAG AAGTGAGATT GGCTACTGAT 
AATGCCGCTA AGGAAATTAT GAAAAACACA ACCTCGTTTG GTGTTAAGAA GCTTATCCCA 
TTGGCCATTT CCAATCTTGA TGAAATTGCC TGGAGATCGA AAAAGGGGTC AGTTGAGTTG 
CTCGGGTCAA TGGCGTATTT GGACCCCACG CAGTTGTCGG CATCGTTGTC AATCATTATC 
CCACAAATTG TTGGTGTGCT TAATGATACC CACAAGGAAG TTAGAAAAGC TGCTTCTGCG 
GCATTGCAGA GATTTGGTGA GGTTATCCGT AATCCAGAAA TCCAGGCCAT TGTGCCCGAC 
CTTATCAATG CTATTGGTGA CCCAACCAAG TATACTGATG AGGCATTAGA CAAATTGATC 
AAGACCCAGT TTGTCCATTA CATTGATGGT CCATCGTTGG CGTTGATTAT CCATGTTATT 
TATAGAGGTA TGAAAGATCG AGCATCCACG AAAAAGAAAG CATGTCAAAT TGTTGGTAAT 
ATGGCTATTT TGGTTGACTC AAAGGACTTG CGTCCATACT TGAATGAGTT AGTTGGCGAG 
TTGGAGATTG CTATGGTTGA TCCAGTTCCT GCCACCAGAT CAACGGCTGC TAGAGCATTG 
GGGTCGTTGG TTGAAAAATT GGGTGAAGAT AGTTTCCCAG GTTTGATTGG TAAGTTGGTG 
GCTACACTTG AGGATGACAC CAAAGCTGGT GATAGGCTTG GGTCAGCACA AGCATTGGCA 
GAAGTTATTT GTGGACTTGG GATCAACAAG TTGGAAGAGA TGTTGCCGCT TATTTTGTCG 
TCGGCAGGTG CTCCACGTAC GCGTGCTGGG TTTATGCCAT TGTTATTGTT TTTACCCGTA 
TGTTTTGGGT CACAGTTTTC TCCATATCTT AACAAAATCA TTCCTCCAAT TTTGAAAGGG 
TTGGCTGATC AAGATGAAGA AGTTAGAGAT ACTGCATTGA AGGCAGGTAG GTTGATTGTG 
AAGAATTATG CCAAAAAGGC AGTTGACTTG TTGCTTCCAG AATTGGAGAA TGGATTGTCT 
GATAGTAGTT ATAGAATTAG GTTGTCGTCG GTTGAGCTTA CTGGTGATTT GTTATTCCAA 
ATTACAGGTA TTTCAGGTAA GAACGAACTT ACTGAGGATC AGAACCTTAA CAAGACGCTT 
GTGGAAGTAC TTGGGCAAGA ACGTCGTGAC CGAGTTTTGG CATTGTTGTT TGTTTGCCGT 
TCCGATGTTG CTGGTATTGT TAGAAACGCT ACTGTTGATA TTTGGAAGGC GTTGGTTGCC 
AATACCCCAA GAACTGTCAA GGAAATTTTG CCGTCACTTA CTGCTATTGT TGTTAGCAAA 
TTGTCTTCTC CAGATGATGT TCAGCGTACG ATTGCCGCTC AAACATTGGG CGAGATGGTG 
CGTCGTGTTG GTGCCAATGC GTTAGCACAG TTATTGCCTA CATTACAAGA GTCTGACGAC 
AAGCAAGGTG TTTGTATTGC TGTAACCGAA TTGATCAAGT CGACCTCCCA CGATGGGTTG 
GTGCAATACC AAGATATATT CATTGACATT ATTAAAGATG GACTTGTTAG TTCGAGAGAG 
GAAGCTGCAG TTGCGTTTGA TGAGTTACAC CAAGAGCTTG GTAAAGTTGT TATTGATGAG 
ATTGTGCCAG ATTTGTTAAA GAGATTGAAA GAGCCAAATG CATTGCTTGC ATTGAAAGAT 
ATTATGCTGA AGAAATCCGA TGTTATTTTC CCTATTTTGT TGCCAACATT GCTTACCTCA 
CCGGTCGATA CTGAAGCGTT GGCGGCTTTG GCACCAGTAG CAGGGTCTGC TCTATACAAG 
AGGTTGGCGG TGATTATCAA TACCTTGGTA AATGCCGAAA GTGAGGCTAT CGACGAAGTC 
ATGTTGTCGG TAGAGGATGA TGGAGTTCAC ACGTTGATGC AAATTATTAT GGGTCTTCTC 
AAGGATGAAG ATACTAAGAG AAGGGTATTT ATATTCTCGA GATTAGCTGG ATTTTTTGCA 
AATACCGAGC TCGACTATTC GATGTATCTC GAGGATATGG TTACACGATT GATACTTTCG 
TTGGCAGATC CGTCACCCGA TGTTGTTAAA GGTGCATTTG AGGCGTTGTC GGCTTTGGTC 
AAGAGACAAC CAAAAGAGGT TTTGGAGAAG TTGGTTAAAC CTGCTAAGCA AACATTGGAC 
TTGTGTATTG ACATCCCTGC ATTTAGCTTG CCGAAAGGTC CAAACTGTAT TTTGCCAATT 
TTCTTGCATG GGTTGATGTA TGGTAATCAT AAGGAAGAGG CGGCATTGGG TATTGCTGAT 
ATTATTGACA AGACTCCAGC AGAGAATTTG CGCCCATTCT CTACCTCAAT TACTGGTCCG 
TTGATTAGAG TTATTGGAGA AAAGGTAGCA AGTGATATCA AAGCGGCTAT TCTTGTGGCT 
CTCAACAATC TATTGTTGAA GATTCCGCAA TTTCTTCGTC CATTTATTCC TCAGTTGCAA 
AGAACATTTG TTAGGTCGTT GTCGGACAGC AATGAAAAGT TACGTAAACG AGCAGTTGTT 
GCGTTGGGCA CGTTGATCAA GTTTCAACCG CGAGTAGATT CGTTGGTTAC AGAATTGGTT 
AATGGGTCCA AGACATCAGA GTATAAGGAT TCGATGTTGA AGGCGATGTT GGTGGTGGTT 
GAACAAGCCG GAAAGAATTT GAGTGAGGCC TCGAAGCAGG CGATTTTGTC AGTTGCTGAA 
CAAGAGATGG ATCCGGTGCT TATTGGAAGT TTGGCAGGCA GTTTGTCCGA AGAGGAGGCG 
GAAAGTATAC TTGATGGTAT TTTGGCCAGT CAAACCAAAT TTTCCATTCT TGCTATTAAC 
TCGTTCCTTA AGTACTCGCC AGACCACGTC AAAAACAATG CTGGTGTGGC TGAATTTGTT 
GTGGGGTGTG CCAATTCCGA CAATGCTTAT ATGAGTGACA ACGCCACTAT CGCTATTGGT 
AAATTGTTAT TGCTTGGTGT TGAGAGTAAG GAGTTGGTTG ACCAGCTTGC ATTGAATGCT 
GTTGCACCCA AATCATCGTC TCCCGATACC AGACGTTTAT CGTTGGTGGT TCTTAGAACT 
GTAGCCAGAC ACAAAGGAAT TACCGATTTG GATACTGTTG TGCCTAGCAT TTTTGCATGT 
GTTCGAGACC CCATCATTCC TATCAAGTTG GCGGCAGAAA AGGCGTACCT TGAAGTGTTT 
GATATGGTGA ATGGCAGTGC CAAGTTTGAT GGGTGGTTTA AGAATGAGAA TTTGACTACA 
GTTACTGGCA CAACGATTGC TGCTCGGTCT ATTGGGGATT ATACAAAGAG AGTTGCTACT 
AGATTAGCTG GTGTTGAAAG AGAGAGGATC GAAGCTGGTG GAGACGAAGA GACGTTGTTC 
AGTGATAGAA TCGAAGATGA AAATGAAATT TGGCAAGTAG GTATATAA

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

RefSeq	XP_717136.2
CDS	1..7248
Translation	MTDSWETLEPVYEKGILDSLVSVRIPILSSIKSVLSEIPEQELNKIVVALLKTFNYYHDAQSRNTVLSVVQAIGGHNPNYFQVYIRFIKQQVDGPTLPITDYMTLLQWINAFVVALARLGKLDDSVALAQGKLLSKCITFEGKRRRIYKSAIQTTKTAISDAVAIDSGYLDIIVKNKSFALLGVLDLALDKHPGLFEVYKEKYAPEILDFFVNQGLLSKVPPPTQDLAVFGSCIKSLVIDFSGLVPHIEKAILRSSENSFVYTLPVLFENLSIDIELSAKLVNAIISGIKSTKEHVRTGAAKTLELTLQKNTADLVDEIFRAIKATSNAEAKALIIKSLLHLHDSEKIVKQLLPLVSKDQNETSLASSVRVFTYHSLKYHNDEVVKQFITGFNSAKLRRVWFSEFGELVETVSFPEFVPEFEKILKGIEEAPLPSVSNKSIVCAFVILALTGKDSPLLNDSRIFSKLDEVELKWLVRALKNDPAGWIYVLTNAPYKIRLFALEKVVLNDELSEGLIKELLNGDLAHVGPVFALLSRYTKNFTSLILPASKAGVDWIALAQKSKIDLGKLVGENFGAIFNECVNDGSPAAIKAIADIAFIQPDLIEPIVSLIDLDVSKLNFSQQEIDIYQGQEGELVVNVLNEKQLDKNSKDYEIKKWEQSIKKELKQPKKLSKEEQALVNKQLAKESEIRTRVGEVVKRTNFVISLIIQLTKQARLVNNGANLWFPVAVNKLLALPQSPLFNPIDAFLELSLLISPRLGVLCKFIGVATLRSYGLKLDESLEQEPLVSLLGRILYRIKMLSDQQPLDSLSLSYVLPLLTRVLYDGKAVAIKNASKVAVTSEFVEEDPEEEQLLLAIEIISAHAESFEDDKIPRTSILEVLISLMKLPSKAKLSKECFLSLCQHIAFNICEGDLQLLLGSLITPHVFVRSTLLEGLDAEFELEKYSKELFVVAHDNDQNCREIAQTIWDDNELKVEDASNLLSLFGNSDAGLRNSIAHAYVDACQQTSLNIQELFALYEEKKDPPAPKLDQFGLVIKSTIDNRDRWEERSTVAIALKLLAPLYTEAHVKQLFEFLVETCDKDELVAQELQDAGVEAIKLHGASNVEVLIPIFENSLAKTSKESVVVLYGTLARDLDKNDPRLKIIIDRLMKSLDTPAVQYAVSECIAPLVVAMDNLPQVFDELFEKLFTAKKVSSRRGAAYGIAGLVKGSGIKSLSSYDIIRNLTDAAEEKDAIKRESVSVAFETLSRSLGKYFEPYVLEILPIILKSLGDPIPEVRLATDNAAKEIMKNTTSFGVKKLIPLAISNLDEIAWRSKKGSVELLGSMAYLDPTQLSASLSIIIPQIVGVLNDTHKEVRKAASAALQRFGEVIRNPEIQAIVPDLINAIGDPTKYTDEALDKLIKTQFVHYIDGPSLALIIHVIYRGMKDRASTKKKACQIVGNMAILVDSKDLRPYLNELVGELEIAMVDPVPATRSTAARALGSLVEKLGEDSFPGLIGKLVATLEDDTKAGDRLGSAQALAEVICGLGINKLEEMLPLILSSAGAPRTRAGFMPLLLFLPVCFGSQFSPYLNKIIPPILKGLADQDEEVRDTALKAGRLIVKNYAKKAVDLLLPELENGLSDSSYRIRLSSVELTGDLLFQITGISGKNELTEDQNLNKTLVEVLGQERRDRVLALLFVCRSDVAGIVRNATVDIWKALVANTPRTVKEILPSLTAIVVSKLSSPDDVQRTIAAQTLGEMVRRVGANALAQLLPTLQESDDKQGVCIAVTELIKSTSHDGLVQYQDIFIDIIKDGLVSSREEAAVAFDELHQELGKVVIDEIVPDLLKRLKEPNALLALKDIMLKKSDVIFPILLPTLLTSPVDTEALAALAPVAGSALYKRLAVIINTLVNAESEAIDEVMLSVEDDGVHTLMQIIMGLLKDEDTKRRVFIFSRLAGFFANTELDYSMYLEDMVTRLILSLADPSPDVVKGAFEALSALVKRQPKEVLEKLVKPAKQTLDLCIDIPAFSLPKGPNCILPIFLHGLMYGNHKEEAALGIADIIDKTPAENLRPFSTSITGPLIRVIGEKVASDIKAAILVALNNLLLKIPQFLRPFIPQLQRTFVRSLSDSNEKLRKRAVVALGTLIKFQPRVDSLVTELVNGSKTSEYKDSMLKAMLVVVEQAGKNLSEASKQAILSVAEQEMDPVLIGSLAGSLSEEEAESILDGILASQTKFSILAINSFLKYSPDHVKNNAGVAEFVVGCANSDNAYMSDNATIAIGKLLLLGVESKELVDQLALNAVAPKSSSPDTRRLSLVVLRTVARHKGITDLDTVVPSIFACVRDPIIPIKLAAEKAYLEVFDMVNGSAKFDGWFKNENLTTVTGTTIAARSIGDYTKRVATRLAGVERERIEAGGDEETLFSDRIEDENEIWQVGI

Target ORF information:

RefSeq Version	XM_712043.2
Organism	Candida albicans SC5314
Definition	Candida albicans SC5314 Gcn1p (GCN1), partial mRNA.

Target ORF information:

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

XM_712043.2

ORF Insert Sequence:

ATGACGGATA GTTGGGAGAC ATTAGAGCCT GTTTACGAAA AAGGCATACT GGATTCGTTG 
GTTTCAGTTA GAATCCCAAT TTTATCATCT ATTAAATCAG TACTATCTGA GATCCCCGAG 
CAAGAATTGA ACAAGATCGT AGTGGCTTTG TTAAAGACAT TTAATTATTA CCACGATGCC 
CAATCTAGAA ATACAGTATT GAGTGTTGTA CAAGCTATTG GTGGCCACAA CCCAAATTAT 
TTTCAAGTGT ATATTCGTTT TATCAAGCAG CAAGTTGATG GACCTACCTT GCCAATTACT 
GATTATATGA CTCTTTTGCA ATGGATCAAT GCGTTCGTTG TTGCTTTGGC TAGACTTGGC 
AAATTGGACG ATTCAGTGGC ATTGGCTCAA GGAAAGTTGT TAAGCAAGTG TATTACATTT 
GAAGGTAAAC GAAGGAGGAT TTATAAATCG GCAATTCAAA CTACAAAAAC TGCCATCAGT 
GATGCCGTGG CCATTGATTC GGGTTATTTG GATATCATTG TGAAAAACAA ATCGTTTGCA 
TTATTGGGGG TGTTAGACCT GGCGCTAGAC AAGCATCCGG GATTGTTTGA AGTTTATAAA 
GAGAAATATG CACCCGAAAT TTTGGACTTT TTTGTAAACC AGGGTTTGTT AAGTAAAGTA 
CCACCTCCAA CTCAAGATTT AGCAGTATTT GGCAGTTGTA TCAAGAGTTT GGTCATAGAC 
TTTTCTGGGC TAGTCCCTCA CATTGAAAAG GCAATATTAA GGTCGTCAGA GAATTCGTTT 
GTGTATACCC TTCCGGTTTT GTTTGAAAAC TTGTCGATTG ACATAGAATT GAGTGCCAAA 
TTGGTCAATG CAATTATCTC AGGCATCAAG TCTACCAAGG AGCATGTGAG GACTGGTGCT 
GCCAAGACTT TGGAATTGAC TTTACAGAAG AATACTGCTG ATTTAGTTGA TGAGATTTTC 
AGGGCCATTA AAGCCACCTC AAACGCCGAA GCTAAGGCAT TGATTATCAA GTCTTTGTTA 
CATTTACACG ATTCAGAAAA GATTGTTAAA CAGTTGTTGC CGTTAGTGTC GAAAGACCAA 
AACGAAACAT CATTGGCTAG TTCAGTTAGG GTTTTCACAT ATCATTCCTT AAAGTATCAC 
AATGACGAAG TTGTCAAACA GTTTATTACA GGTTTCAATT CAGCTAAGTT GCGTCGAGTT 
TGGTTTTCTG AGTTTGGCGA ATTGGTAGAG ACGGTGTCAT TCCCTGAATT TGTTCCTGAA 
TTTGAAAAGA TTTTAAAAGG GATAGAAGAA GCACCACTTC CTTCAGTAAG CAATAAGAGT 
ATTGTGTGTG CATTTGTTAT TTTGGCATTG ACAGGCAAAG ATTCTCCATT GCTTAATGAT 
TCAAGAATAT TCAGTAAACT TGACGAAGTT GAATTGAAAT GGTTGGTTCG TGCATTAAAG 
AATGATCCTG CTGGTTGGAT ATATGTGTTG ACCAACGCTC CATACAAAAT AAGATTATTT 
GCATTGGAGA AGGTAGTGTT AAATGATGAA CTAAGCGAAG GATTGATCAA GGAGTTGTTG 
AATGGGGATT TGGCACATGT TGGTCCCGTT TTTGCATTGC TTAGTCGCTA CACCAAAAAT 
TTTACAAGCC TAATTCTTCC TGCAAGTAAG GCAGGGGTTG ATTGGATTGC ATTAGCACAA 
AAATCCAAGA TAGATCTTGG GAAATTAGTT GGTGAAAACT TTGGTGCTAT TTTCAACGAA 
TGTGTCAATG ATGGATCACC TGCTGCTATA AAGGCGATTG CCGATATTGC ATTTATCCAA 
CCAGATCTTA TTGAACCGAT CGTTTCGCTT ATTGATTTGG ATGTGTCAAA ACTTAACTTT 
AGCCAGCAAG AGATTGACAT TTACCAGGGT CAAGAAGGTG AATTGGTGGT CAATGTACTT 
AATGAAAAGC AACTTGATAA GAACTCGAAA GACTATGAAA TCAAGAAATG GGAACAATCC 
ATCAAAAAGG AATTGAAACA ACCTAAAAAG TTGTCGAAAG AAGAACAAGC TTTGGTTAAT 
AAACAACTAG CCAAAGAGAG TGAGATCAGG ACGAGAGTTG GCGAGGTTGT TAAACGTACT 
AATTTTGTAA TCAGTTTGAT TATCCAATTG ACAAAACAAG CTAGACTCGT TAATAATGGT 
GCTAACTTAT GGTTCCCTGT TGCTGTAAAC AAATTACTTG CCTTGCCCCA ATCACCTTTA 
TTTAACCCGA TTGATGCGTT CCTTGAATTG TCACTGTTAA TTTCACCTAG ACTTGGGGTT 
TTGTGCAAGT TCATTGGTGT AGCCACACTC AGGTCATATG GATTGAAATT GGATGAAAGT 
TTAGAGCAAG AACCATTAGT TTCGCTTTTG GGAAGAATTT TATACAGAAT CAAGATGCTT 
AGTGACCAAC AACCGCTTGA CTCGTTGAGT TTGTCGTATG TGTTGCCGTT GTTGACACGA 
GTATTGTATG ACGGGAAGGC AGTGGCAATA AAGAATGCTT CGAAAGTGGC CGTCACATCT 
GAATTTGTTG AAGAAGACCC AGAGGAGGAG CAATTGTTGT TGGCTATTGA GATTATTTCC 
GCCCATGCCG AATCATTTGA AGACGACAAG ATTCCTCGTA CTAGTATTTT GGAAGTCTTG 
ATTTCGTTAA TGAAATTGCC ATCTAAAGCC AAGTTGTCAA AGGAATGCTT TTTGTCATTG 
TGTCAACACA TTGCTTTTAA TATTTGTGAG GGTGACTTGC AATTGTTGTT GGGTAGTTTG 
ATTACACCAC ATGTATTTGT CAGATCGACC TTGTTGGAAG GGTTGGATGC TGAGTTTGAG 
TTGGAAAAGT ATTCGAAAGA GTTATTTGTG GTCGCCCACG ATAACGACCA GAACTGTCGT 
GAAATTGCTC AAACTATCTG GGATGATAAC GAATTGAAAG TGGAGGATGC ATCTAATTTG 
CTTAGTTTGT TTGGCAATAG TGATGCTGGG TTGCGGAACT CGATAGCTCA TGCGTATGTT 
GATGCATGCC AGCAAACTTC ATTAAACATC CAAGAATTGT TTGCATTGTA TGAAGAAAAG 
AAGGACCCAC CAGCACCAAA ACTAGACCAG TTTGGGTTGG TGATCAAGTC TACTATCGAT 
AATCGTGATC GATGGGAAGA ACGGTCAACA GTGGCAATTG CGTTAAAATT GTTGGCTCCA 
TTGTATACAG AAGCACATGT CAAGCAATTG TTTGAGTTTC TTGTTGAGAC TTGTGATAAG 
GACGAGTTGG TCGCCCAGGA ATTGCAGGAT GCTGGTGTTG AGGCAATCAA GTTACATGGT 
GCTTCCAATG TTGAGGTTTT GATACCTATT TTTGAAAACA GTTTGGCCAA GACAAGTAAA 
GAATCGGTAG TGGTGTTGTA CGGTACGTTG GCACGTGATT TAGACAAGAA CGATCCAAGA 
TTGAAGATCA TCATTGACAG GCTTATGAAG AGTTTGGACA CGCCTGCCGT GCAATATGCC 
GTTTCTGAAT GTATTGCTCC TTTGGTTGTT GCTATGGACA ATTTGCCACA AGTGTTTGAC 
GAGTTGTTTG AGAAATTGTT TACTGCTAAA AAAGTGTCAT CGCGTCGAGG TGCAGCATAT 
GGTATCGCTG GGTTGGTTAA AGGTAGCGGT ATAAAATCGT TGAGTTCATA CGATATTATT 
CGAAACTTGA CAGATGCTGC TGAAGAAAAA GATGCGATCA AGCGTGAGAG TGTATCTGTT 
GCGTTTGAAA CGTTGTCCAG AAGTTTGGGT AAATACTTTG AGCCGTACGT CTTGGAAATA 
TTGCCCATTA TTCTTAAATC GCTTGGTGAT CCAATACCAG AAGTGAGATT GGCTACTGAT 
AATGCCGCTA AGGAAATTAT GAAAAACACA ACCTCGTTTG GTGTTAAGAA GCTTATCCCA 
TTGGCCATTT CCAATCTTGA TGAAATTGCC TGGAGATCGA AAAAGGGGTC AGTTGAGTTG 
CTCGGGTCAA TGGCGTATTT GGACCCCACG CAGTTGTCGG CATCGTTGTC AATCATTATC 
CCACAAATTG TTGGTGTGCT TAATGATACC CACAAGGAAG TTAGAAAAGC TGCTTCTGCG 
GCATTGCAGA GATTTGGTGA GGTTATCCGT AATCCAGAAA TCCAGGCCAT TGTGCCCGAC 
CTTATCAATG CTATTGGTGA CCCAACCAAG TATACTGATG AGGCATTAGA CAAATTGATC 
AAGACCCAGT TTGTCCATTA CATTGATGGT CCATCGTTGG CGTTGATTAT CCATGTTATT 
TATAGAGGTA TGAAAGATCG AGCATCCACG AAAAAGAAAG CATGTCAAAT TGTTGGTAAT 
ATGGCTATTT TGGTTGACTC AAAGGACTTG CGTCCATACT TGAATGAGTT AGTTGGCGAG 
TTGGAGATTG CTATGGTTGA TCCAGTTCCT GCCACCAGAT CAACGGCTGC TAGAGCATTG 
GGGTCGTTGG TTGAAAAATT GGGTGAAGAT AGTTTCCCAG GTTTGATTGG TAAGTTGGTG 
GCTACACTTG AGGATGACAC CAAAGCTGGT GATAGGCTTG GGTCAGCACA AGCATTGGCA 
GAAGTTATTT GTGGACTTGG GATCAACAAG TTGGAAGAGA TGTTGCCGCT TATTTTGTCG 
TCGGCAGGTG CTCCACGTAC GCGTGCTGGG TTTATGCCAT TGTTATTGTT TTTACCCGTA 
TGTTTTGGGT CACAGTTTTC TCCATATCTT AACAAAATCA TTCCTCCAAT TTTGAAAGGG 
TTGGCTGATC AAGATGAAGA AGTTAGAGAT ACTGCATTGA AGGCAGGTAG GTTGATTGTG 
AAGAATTATG CCAAAAAGGC AGTTGACTTG TTGCTTCCAG AATTGGAGAA TGGATTGTCT 
GATAGTAGTT ATAGAATTAG GTTGTCGTCG GTTGAGCTTA CTGGTGATTT GTTATTCCAA 
ATTACAGGTA TTTCAGGTAA GAACGAACTT ACTGAGGATC AGAACCTTAA CAAGACGCTT 
GTGGAAGTAC TTGGGCAAGA ACGTCGTGAC CGAGTTTTGG CATTGTTGTT TGTTTGCCGT 
TCCGATGTTG CTGGTATTGT TAGAAACGCT ACTGTTGATA TTTGGAAGGC GTTGGTTGCC 
AATACCCCAA GAACTGTCAA GGAAATTTTG CCGTCACTTA CTGCTATTGT TGTTAGCAAA 
TTGTCTTCTC CAGATGATGT TCAGCGTACG ATTGCCGCTC AAACATTGGG CGAGATGGTG 
CGTCGTGTTG GTGCCAATGC GTTAGCACAG TTATTGCCTA CATTACAAGA GTCTGACGAC 
AAGCAAGGTG TTTGTATTGC TGTAACCGAA TTGATCAAGT CGACCTCCCA CGATGGGTTG 
GTGCAATACC AAGATATATT CATTGACATT ATTAAAGATG GACTTGTTAG TTCGAGAGAG 
GAAGCTGCAG TTGCGTTTGA TGAGTTACAC CAAGAGCTTG GTAAAGTTGT TATTGATGAG 
ATTGTGCCAG ATTTGTTAAA GAGATTGAAA GAGCCAAATG CATTGCTTGC ATTGAAAGAT 
ATTATGCTGA AGAAATCCGA TGTTATTTTC CCTATTTTGT TGCCAACATT GCTTACCTCA 
CCGGTCGATA CTGAAGCGTT GGCGGCTTTG GCACCAGTAG CAGGGTCTGC TCTATACAAG 
AGGTTGGCGG TGATTATCAA TACCTTGGTA AATGCCGAAA GTGAGGCTAT CGACGAAGTC 
ATGTTGTCGG TAGAGGATGA TGGAGTTCAC ACGTTGATGC AAATTATTAT GGGTCTTCTC 
AAGGATGAAG ATACTAAGAG AAGGGTATTT ATATTCTCGA GATTAGCTGG ATTTTTTGCA 
AATACCGAGC TCGACTATTC GATGTATCTC GAGGATATGG TTACACGATT GATACTTTCG 
TTGGCAGATC CGTCACCCGA TGTTGTTAAA GGTGCATTTG AGGCGTTGTC GGCTTTGGTC 
AAGAGACAAC CAAAAGAGGT TTTGGAGAAG TTGGTTAAAC CTGCTAAGCA AACATTGGAC 
TTGTGTATTG ACATCCCTGC ATTTAGCTTG CCGAAAGGTC CAAACTGTAT TTTGCCAATT 
TTCTTGCATG GGTTGATGTA TGGTAATCAT AAGGAAGAGG CGGCATTGGG TATTGCTGAT 
ATTATTGACA AGACTCCAGC AGAGAATTTG CGCCCATTCT CTACCTCAAT TACTGGTCCG 
TTGATTAGAG TTATTGGAGA AAAGGTAGCA AGTGATATCA AAGCGGCTAT TCTTGTGGCT 
CTCAACAATC TATTGTTGAA GATTCCGCAA TTTCTTCGTC CATTTATTCC TCAGTTGCAA 
AGAACATTTG TTAGGTCGTT GTCGGACAGC AATGAAAAGT TACGTAAACG AGCAGTTGTT 
GCGTTGGGCA CGTTGATCAA GTTTCAACCG CGAGTAGATT CGTTGGTTAC AGAATTGGTT 
AATGGGTCCA AGACATCAGA GTATAAGGAT TCGATGTTGA AGGCGATGTT GGTGGTGGTT 
GAACAAGCCG GAAAGAATTT GAGTGAGGCC TCGAAGCAGG CGATTTTGTC AGTTGCTGAA 
CAAGAGATGG ATCCGGTGCT TATTGGAAGT TTGGCAGGCA GTTTGTCCGA AGAGGAGGCG 
GAAAGTATAC TTGATGGTAT TTTGGCCAGT CAAACCAAAT TTTCCATTCT TGCTATTAAC 
TCGTTCCTTA AGTACTCGCC AGACCACGTC AAAAACAATG CTGGTGTGGC TGAATTTGTT 
GTGGGGTGTG CCAATTCCGA CAATGCTTAT ATGAGTGACA ACGCCACTAT CGCTATTGGT 
AAATTGTTAT TGCTTGGTGT TGAGAGTAAG GAGTTGGTTG ACCAGCTTGC ATTGAATGCT 
GTTGCACCCA AATCATCGTC TCCCGATACC AGACGTTTAT CGTTGGTGGT TCTTAGAACT 
GTAGCCAGAC ACAAAGGAAT TACCGATTTG GATACTGTTG TGCCTAGCAT TTTTGCATGT 
GTTCGAGACC CCATCATTCC TATCAAGTTG GCGGCAGAAA AGGCGTACCT TGAAGTGTTT 
GATATGGTGA ATGGCAGTGC CAAGTTTGAT GGGTGGTTTA AGAATGAGAA TTTGACTACA 
GTTACTGGCA CAACGATTGC TGCTCGGTCT ATTGGGGATT ATACAAAGAG AGTTGCTACT 
AGATTAGCTG GTGTTGAAAG AGAGAGGATC GAAGCTGGTG GAGACGAAGA GACGTTGTTC 
AGTGATAGAA TCGAAGATGA AAATGAAATT TGGCAAGTAG GTATATAA

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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GCN1 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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