TRA1 cDNA ORF clone, Saccharomyces cerevisiae S288C

Gene
Clones
gRNAs

Summary

Gene Symbol	TRA1
Entrez Gene ID	856499
Full Name	histone acetyltransferase TRA1
Gene Type	protein-coding
Organism	Saccharomyces cerevisiae S288C

mRNA and Protein(s)

mRNA	Protein	Name
NM_001179229.1	NP_011967.1	histone acetyltransferase TRA1

Pathways from BioSystems

Homologies

Danio rerio (zebrafish)	trrap	XP_001919276.4
Drosophila melanogaster (fruit fly)	Nipped-A	NP_001097192.2
Anopheles gambiae (African malaria mosquito)	AgaP_AGAP005533	XP_556172.2
Kluyveromyces lactis	KLLA0F22066g	XP_456065.1
Neurospora crassa	NCU01379	XP_960936.2
Arabidopsis thaliana (thale cress)	AT4G36080	NP_680770.2
	TRRAP	XP_001093586.2
Bos taurus (cattle)	TRRAP	NP_001179066.1
Mus musculus (house mouse)	Trrap	NP_001074831.1
Xenopus tropicalis (tropical clawed frog)	trrap	XP_004918032.1
Homo sapiens (human)	TRRAP	NP_003487.1
Canis lupus familiaris (dog)	TRRAP	XP_005621163.1
Saccharomyces cerevisiae (baker's yeast)	TRA1	NP_011967.1
Magnaporthe oryzae (rice blast fungus)	MGG_09523	XP_003712218.1
Eremothecium gossypii	AGOS_AER393C	NP_985248.2
Schizosaccharomyces pombe (fission yeast)	tra1	NP_595777.1
Arabidopsis thaliana (thale cress)	AT2G17930	NP_179383.3
Pan troglodytes (chimpanzee)	TRRAP	XP_001136582.1
Rattus norvegicus (Norway rat)	Trrap	NP_001099377.2
Gallus gallus (chicken)	TRRAP	XP_004945166.1
Caenorhabditis elegans (roundworm)	trr-1	NP_001022032.1

Gene Ontology
Bibliography

Related articles in PubMed

Life with 6000 genes.
Goffeau A, Barrell BG, Bussey H, Davis RW, Dujon B, Feldmann H, Galibert F, Hoheisel JD, Jacq C, Johnston M, Louis EJ, Mewes HW, Murakami Y, Philippsen P, Tettelin H, Oliver SG
Science (New York, N.Y.)274(5287)546, 563-7(1996 Oct)

Complete nucleotide sequence of Saccharomyces cerevisiae chromosome VIII.
Johnston M, Andrews S, Brinkman R, Cooper J, Ding H, Dover J, Du Z, Favello A, Fulton L, Gattung S
Science (New York, N.Y.)265(5181)2077-82(1994 Sep)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

Tra1 recruitment at Gcn4-dependent and Rap1-dependent promoters requires the same regions of Tra1, and separate regions of Tra1 contribute to the HAT activity and stability of the SAGA and NuA4 HAT modules.
Title: Domains of Tra1 important for activator recruitment and transcription coactivator functions of SAGA and NuA4 complexes.

findings demonstrate the importance of the FATC domain in the structure/function of Tra1
Title: Mutational analysis of the C-terminal FATC domain of Saccharomyces cerevisiae Tra1.

Genetic interactions have been identified which link Tra1 protein to gene expression, mitochondrial function, and membrane sorting/protein trafficking.
Title: Systematic genetic array analysis links the Saccharomyces cerevisiae SAGA/SLIK and NuA4 component Tra1 to multiple cellular processes.

The following TRA1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TRA1 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
OSi05297	NM_001179229.1 Latest version!	Saccharomyces cerevisiae S288C histone acetyltransferase TRA1 (TRA1), 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)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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*Business Day

** 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)

TRA1 ( NM_001179229.1 ) cDNA ORF clone, Saccharomyces cerevisiae S288C -> NP_011967.1 Saccharomyces cerevisiae S288C histone acetyltransferase TRA1 (TRA1), partial mRNA.

Price & Availability↑

CloneID	OSi05297
Clone ID Related Accession (Same CDS sequence)	NM_001179229.1
Accession Version	NM_001179229.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 11235bp) 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	2019-10-31
Organism	Saccharomyces cerevisiae S288C
Product	histone acetyltransferase TRA1
Comment	Comment: REVIEWED REFSEQ: This record has been curated by SGD. This record is derived from an annotated genomic sequence (NC_001140). ##Genome-Annotation-Data-START## Annotation Provider :: SGD Annotation Status :: Full Annotation Annotation Veresion :: R64-2-1 URL :: http://www.yeastgenome.org/ ##Genome-Annotation-Data-END## COMPLETENESS: incomplete on both ends.

ATGTCACTCA CTGAGCAGAT CGAGCAATTC GCCAGTAGGT TTCGCGATGA TGATGCCACT 
CTACAATCGA GATATTCCAC TCTATCGGAA TTGTACGACA TAATGGAATT ACTGAATTCT 
CCTGAGGATT ACCATTTTTT CTTACAAGCT GTGATACCTT TACTTCTAAA CCAGCTAAAG 
GAAGTTCCTA TTTCATATGA TGCGCATTCA CCGGAACAAA AGTTGAGAAA CTCTATGCTT 
GATATTTTCA ACAGGTGTCT CATGAACCAA ACCTTTCAAC CCTACGCAAT GGAAGTGCTC 
GAGTTTTTAC TTTCAGTACT ACCAAAGGAA AACGAAGAAA ATGGGATATT ATGTATGAAA 
GTGCTGACGA CACTTTTCAA ATCATTCAAA TCAATACTAC AGGACAAACT CGACTCCTTC 
ATACGAATAA TTATTCAGAT TTATAAAAAT ACACCAAACC TTATAAACCA GACGTTTTAT 
GAAGCCGGGA AAGCAGAACA GGGTGATTTG GATTCACCAA AAGAACCACA GGCAGATGAA 
CTTCTCGATG AATTCTCCAA AAATGATGAA GAAAAGGACT TTCCATCGAA ACAATCATCC 
ACGGAGCCAA GGTTTGAAAA CTCTACCTCA TCAAACGGGT TGAGGTCATC TATGTTTTCC 
TTTAAAATCC TTTCTGAATG CCCTATTACA ATGGTCACTT TATATTCGTC TTACAAGCAG 
TTGACTAGCA CCTCGCTTCC GGAATTCACT CCTCTTATTA TGAATCTATT GAATATACAA 
ATTAAACAAC AACAGGAAGC GAGAGAACAG GCGGAATCAC GGGGAGAACA TTTCACTTCT 
ATATCGACGG AGATTATCAA CAGACCGGCT TACTGTGATT TTATATTAGC CCAGATCAAG 
GCCACGTCTT TCTTGGCTTA CGTATTCATT AGAGGATACG CTCCTGAATT TTTGCAGGAT 
TATGTGAATT TTGTTCCTGA TTTAATCATA AGGCTTTTAC AAGACTGCCC TTCTGAACTA 
TCATCTGCTA GGAAGGAACT TTTGCATGCC ACTAGACACA TTCTATCTAC AAACTACAAA 
AAGCTCTTTT TACCCAAATT GGACTATCTG TTTGACGAAC GTATACTTAT TGGTAACGGT 
TTTACTATGC ATGAAACATT AAGGCCCCTG GCTTATAGTA CTGTGGCAGA TTTCATTCAT 
AATATAAGAT CTGAATTACA ACTAAGTGAA ATTGAAAAAA CAATAAAGAT TTACACTGGA 
TATCTATTGG ATGAGTCATT AGCCTTAACT GTACAAATCA TGAGTGCAAA ATTGCTGCTT 
AATTTAGTTG AAAGAATATT AAAATTGGGA AAGGAGAACC CACAAGAGGC CCCTAGAGCA 
AAGAAATTGT TAATGATAAT CATTGACTCA TATATGAATA GATTTAAAAC CTTAAACAGA 
CAGTACGATA CAATAATGAA GTACTATGGA AGATACGAAA CGCATAAGAA GGAGAAAGCA 
GAAAAGCTCA AAAACTCTAT ACAGGATAAT GACAAAGAGA GTGAGGAATT TATGAGGAAG 
GTACTGGAAC CATCCGATGA CGACCATTTG ATGCCACAGC CTAAAAAAGA AGATATCAAT 
GATAGTCCCG ATGTTGAAAT GACAGAATCT GACAAAGTGG TGAAGAATGA CGTTGAAATG 
TTTGACATAA AAAACTACGC ACCTATATTA TTACTACCCA CACCAACAAA TGATCCCATC 
AAGGATGCTT TTTACTTATA CAGAACTTTA ATGTCTTTCT TAAAAACAAT AATTCATGAC 
TTAAAAGTCT TTAACCCACC TCCTAACGAA TATACGGTTG CTAATCCTAA ATTGTGGGCT 
TCTGTTTCTA GAGTTTTTTC ATATGAGGAA GTCATTGTTT TCAAGGATTT ATTTCACGAA 
TGTATTATTG GTTTGAAATT TTTTAAAGAT CATAATGAAA AATTATCTCC AGAAACAACA 
AAAAAACATT TTGATATATC AATGCCCAGC CTACCGGTCT CAGCCACCAA AGATGCTCGT 
GAGTTAATGG ACTATTTGGC ATTTATGTTT ATGCAGATGG ATAATGCCAC TTTTAATGAA 
ATAATTGAAC AGGAACTGCC ATTTGTCTAT GAAAGAATGC TGGAGGATTC TGGGCTGCTA 
CATGTCGCGC AATCCTTTTT AACAAGTGAA ATAACCTCCC CAAATTTTGC TGGCATCCTT 
TTAAGATTCT TGAAAGGGAA ATTGAAAGAT TTAGGAAACG TTGATTTTAA CACTTCTAAT 
GTCCTAATAC GACTTTTCAA ATTGTCCTTT ATGTCCGTCA ATCTTTTCCC CAATATCAAT 
GAGGTTGTTC TTCTTCCACA CTTAAACGAT CTAATTCTAA ACTCCCTGAA ATACTCAACT 
ACAGCAGAAG AGCCTCTAGT ATACTTTTAT CTTATTAGAA CTCTTTTTAG AAGTATAGGT 
GGGGGCAGAT TTGAAAACTT ATATAGATCG ATTAAGCCCA TACTACAGGT GCTATTACAA 
TCTTTAAACC AAATGATACT TACTGCACGA TTGCCCCACG AGAGAGAACT TTATGTGGAA 
TTATGCATCA CTGTACCAGT TCGGTTAAGT GTGCTTGCTC CTTATTTGCC ATTTTTGATG 
AAACCATTGG TATTTGCATT ACAGCAATAT CCTGATCTCG TTTCGCAGGG TTTAAGGACC 
TTAGAATTAT GTATTGATAA TTTGACCGCC GAGTATTTTG ATCCTATAAT CGAACCGGTA 
ATCGATGACG TTTCGAAGGC CTTGTTTAAC CTTCTGCAAC CTCAACCATT TAATCATGCT 
ATCAGCCACA ACGTAGTCAG AATACTGGGC AAATTAGGAG GTAGAAATCG TCAATTTTTA 
AAGCCACCAA CGGACCTCAC GGAAAAAACG GAACTAGACA TTGATGCGAT AGCAGATTTC 
AAAATCAATG GTATGCCGGA AGATGTACCG CTTTCTGTAA CGCCAGGAAT CCAGTCCGCT 
TTGAATATAT TGCAAAGCTA CAAAAGTGAT ATTCACTACA GGAAGAGTGC TTACAAGTAT 
CTAACCTGTG TACTACTGTT AATGACAAAA TCATCAGCAG AGTTTCCTAC GAATTACACG 
GAACTGTTGA AGACAGCAGT GAATTCTATA AAGCTAGAGA GGATTGGAAT AGAAAAAAAC 
TTTGATTTGG AACCAACTGT AAATAAGAGA GATTATTCGA ACCAAGAAAA TTTGTTTTTG 
AGGTTACTGG AGAGCGTTTT TTACGCAACT TCGATAAAGG AACTAAAAGA TGACGCAATG 
GACCTACTGA ATAACCTTTT GGATCATTTC TGCCTATTAC AAGTAAACAC TACGTTGCTT 
AATAAGAGAA ACTATAATGG GACATTTAAC ATCGATCTAA AGAACCCAAA CTTCATGCTA 
GATAGCTCAT TGATTCTAGA TGCTATTCCC TTTGCCCTTT CGTACTACAT TCCAGAAGTT 
CGTGAGGTGG GTGTTTTGGC GTACAAAAGA ATATACGAAA AAAGTTGTCT GATATATGGG 
GAGGAACTAG CTTTAAGTCA CTCCTTCATA CCGGAATTAG CTAAACAGTT TATCCATTTG 
TGTTACGACG AAACATATTA CAACAAAAGA GGCGGTGTCT TGGGTATAAA AGTTCTCATT 
GATAATGTTA AGTCGTCCTC AGTTTTCCTA AAAAAGTATC AGTATAACCT AGCCAATGGT 
CTATTATTTG TGCTGAAGGA CACTCAGAGC GAGGCCCCAT CTGCTATAAC AGATAGCGCT 
GAGAAATTAC TAATAGATCT ATTAAGTATT ACGTTCGCGG ATGTAAAAGA AGAGGATTTG 
GGTAACAAAG TCTTGGAGAA CACACTGACG GACATAGTAT GCGAATTAAG TAATGCAAAT 
CCTAAGGTAA GAAATGCCTG CCAGAAGTCC TTACATACAA TTTCAAACCT CACTGGAATT 
CCTATAGTAA AATTGATGGA TCATTCCAAA CAATTTCTTC TATCACCAAT ATTTGCAAAA 
CCTTTAAGAG CATTACCTTT CACTATGCAA ATCGGTAATG TCGATGCTAT CACATTCTGT 
TTAAGTCTAC CAAACACATT TCTAACATTT AATGAAGAAC TGTTTAGGTT ACTCCAAGAA 
TCTATTGTCT TGGCAGATGC AGAAGATGAA TCACTATCCA CCAATATCCA AAAGACAACC 
GAATATAGTA CTTCCGAGCA ATTAGTACAA TTAAGAATAG CGTGCATAAA ATTACTTGCG 
ATTGCTCTTA AAAATGAAGA ATTTGCCACA GCTCAACAAG GAAACATCAG AATTCGAATT 
CTAGCTGTTT TTTTCAAAAC AATGCTGAAA ACTTCACCAG AAATTATTAA TACTACATAT 
GAAGCTTTGA AAGGTTCCTT AGCAGAAAAC TCTAAATTGC CGAAAGAATT ACTTCAGAAC 
GGATTAAAAC CTCTTTTAAT GAATTTATCT GACCACCAAA AGCTGACGGT CCCTGGTCTG 
GATGCTTTAT CGAAGCTTCT CGAGTTATTG ATTGCATACT TTAAAGTAGA AATCGGAAGA 
AAGTTGTTAG ATCACCTCAC GGCATGGTGC CGTGTTGAAG TTCTTGACAC ATTATTTGGC 
CAAGATTTAG CAGAGCAGAT GCCAACTAAA ATAATAGTAA GCATTATTAA TATATTTCAT 
CTACTGCCAC CACAAGCTGA TATGTTTTTA AATGATTTGT TGCTCAAAGT TATGCTTCTA 
GAGAGAAAAC TACGTCTTCA ACTGGATTCT CCATTTCGTA CACCACTAGC GAGGTACCTG 
AACCGTTTCC ATAACCCCGT AACAGAGTAC TTCAAGAAAA ATATGACGTT AAGGCAATTA 
GTGCTTTTCA TGTGCAATAT TGTGCAAAGA CCTGAAGCAA AGGAGCTGGC CGAAGATTTT 
GAGAAAGAAC TCGACAACTT CTATGACTTT TACATTTCCA ATATACCAAA AAACCAAGTA 
CGTGTTGTTA GTTTTTTTAC TAATATGGTT GATCTCTTTA ATACAATGGT GATCACGAAT 
GGGGACGAAT GGCTAAAGAA AAAAGGCAAC ATGATTTTGA AATTAAAAGA TATGCTGAAC 
TTGACATTAA AAACAATAAA GGAAAACTCG TTTTACATCG ACCATCTACA ATTAAATCAA 
AGTATTGCAA AATTCCAAGC TCTTTACCTG CGTTTCACTG AATTATCCGA AAGGGATCAA 
AATCCTCTGC TCCTAGATTT CATTGATTTT TCTTTTTCAA ATGGTATCAA AGCCTCATAT 
TCCCTCAAGA AATTCATCTT CCATAATATA ATAGCAAGTT CAAATAAAGA AAAGCAGAAT 
AACTTCATAA ATGATGCAAC ACTTTTCGTT CTATCTGACA AATGTTTGGA TGCTAGAATA 
TTTGTACTTA AAAATGTCAT AAATTCAACT TTGATTTATG AAGTGGCAAC ATCTGGATCT 
TTGAAAAGCT ATCTTGTGGA GGATAAAAAA CCTAAATGGT TAGAGTTACT CCACAATAAA 
ATTTGGAAGA ACTCAAATGC AATTTTAGCA TATGACGTTC TAGACCATCA TGATTTATTC 
CGTTTTGAAC TCTTACAACT GTCAGCAATT TTCATTAAGG CAGATCCAGA AATTATAGCC 
GAGATAAAGA AAGATATAAT AAAATTCTGC TGGAATTTCA TAAAGCTCGA AGATACCCTT 
ATCAAACAAT CCGCGTACCT GGTTACATCA TATTTCATAT CCAAGTTTGA TTTCCCTATT 
AAAGTTGTCA CCCAGGTTTT TGTTGCCCTA TTACGTTCTT CTCATGTCGA AGCTAGGTAC 
TTAGTTAAGC AATCGCTGGA CGTTCTCACC CCTGTTCTCC ATGAACGTAT GAACGCAGCT 
GGGACGCCCG ATACCTGGAT TAACTGGGTT AAAAGGGTAA TGGTAGAAAA TTCTTCTAGT 
CAGAACAACA TTTTATACCA ATTTTTGATA AGCCACCCTG ATTTATTTTT CAATTCAAGA 
GATTTGTTCA TATCAAATAT TATTCATCAT ATGAATAAGA TAACGTTCAT GTCAAATTCA 
AACTCTGATA GTCATACTTT AGCTATTGAT TTGGCGTCAT TAATTCTTTA TTGGGAGAAC 
AAGACCTTAG AAATTACGAA TGTAAATAAT ACCAAGACCG ATTCCGACGG AGATGTTGTA 
ATGTCCGATT CTAAAAGTGA TATTAATCCA GTTGAGGCTG ACACAACCGC AATAATTGTA 
GACGCTAATA ACAACTCGCC TATATCTTTA CATTTACGCG AGGCTTGTAC GGCGTTTTTG 
ATAAGATACG TGTGTGCAAG TAATCACCGT GCCATAGAAA CAGAACTAGG ATTAAGAGCT 
ATCAATATTT TATCAGAATT AATCTCAGAT AAGCATTGGA CAAACGTCAA TGTTAAACTG 
GTTTACTTCG AGAAGTTTTT GATATTTCAA GATCTCGATT CCGAAAATAT TCTTTACTAC 
TGCATGAATG CTTTGGATGT GCTTTATGTA TTCTTCAAAA ATAAGACAAA AGAATGGATA 
ATGGAAAACT TACCTACCAT TCAAAATCTT CTAGAAAAAT GTATCAAATC TGATCATCAC 
GATGTACAGG AAGCTCTGCA AAAAGTTTTG CAGGTAATAA TGAAGGCAAT AAAAGCTCAG 
GGTGTATCAG TGATAATTGA AGAAGAAAGC CCTGGTAAGA CATTTATCCA AATGTTAACC 
TCCGTGATAA CTCAGGATCT TCAGGAAACC TCATCAGTTA CAGCTGGTGT AACTCTAGCT 
TGGGTACTCT TCATGAACTT TCCGGATAAC ATCGTCCCAT TATTAACGCC TTTGATGAAG 
ACGTTCAGTA AGTTATGCAA AGATCACTTA AGCATTTCAC AACCGAAGGA CGCCATGGCT 
CTGGAAGAGG CAAGGATTAC GACGAAACTT TTAGAGAAAG TTTTATATAT ATTATCTTTG 
AAAGTCTCAC TCTTGGGTGA CTCCCGTCGT CCTTTCCTCT CCACTGTGGC ACTTCTGATT 
GATCACTCCA TGGATCAAAA TTTTTTGAGG AAAATTGTCA ATATGTCCAG AAGCTGGATA 
TTCAATACTG AAATTTTTCC AACTGTTAAA GAAAAAGCGG CTATATTAAC GAAGATGCTG 
GCGTTTGAGA TTAGAGGGGA ACCTTCATTG TCAAAGCTAT TCTACGAAAT AGTCTTGAAA 
CTATTTGATC AAGAACATTT TAATAACACA GAAATTACCG TTAGAATGGA ACAACCTTTC 
CTCGTAGGAA CGCGTGTTGA AGACATCGGT ATAAGGAAAA GATTCATGAC AATTTTGGAT 
AATAGTTTGG AAAGAGATAT CAAAGAGAGA CTATATTATG TTATACGGGA CCAAAACTGG 
GAATTTATTG CTGATTATCC ATGGTTAAAT CAAGCTTTAC AATTACTATA TGGTTCTTTT 
AATAGAGAGA AGGAATTATC TTTAAAGAAC ATTTATTGTT TGTCTCCACC ATCGATTTTA 
CAAGAGTACC TCCCAGAAAA TGCTGAAATG GTAACCGAAG TAAACGATCT GGAATTATCA 
AACTTTGTTA AAGGTCATAT AGCTTCCATG CAAGGTTTAT GTCGAATAAT CTCTTCGGAT 
TTCATCGATT CTTTGATTGA AATATTTTAC CAAGATCCAA AAGCAATTCA TAGAGCGTGG 
GTTACGTTAT TTCCCCAGGT ATACAAAAGT ATTCCAAAGA ATGAAAAATA CGGGTTTGTT 
CGATCTATCA TTACATTGCT TTCTAAACCT TATCATACCA GACAAATTTC CTCTAGGACA 
AATGTGATTA ATATGCTATT GGACTCAATA AGTAAAATTG AATCGTTAGA ATTACCCCCT 
CATTTGGTCA AATACTTGGC GATATCATAC AACGCTTGGT ATCAATCGAT TAACATCTTG 
GAATCCATTC AAAGCAATAC TAGCATCGAC AATACAAAAA TTATCGAAGC CAACGAAGAT 
GCGCTATTAG AACTATACGT CAATCTACAA GAAGAAGACA TGTTTTATGG TCTTTGGAGA 
CGTAGAGCAA AATACACAGA GACTAACATT GGTTTATCAT ATGAACAAAT TGGCCTTTGG 
GACAAAGCTC AACAACTTTA TGAAGTGGCA CAGGTCAAAG CTCGTAGTGG TGCCTTGCCC 
TACTCACAGT CTGAGTATGC ACTATGGGAA GATAACTGGA TACAGTGTGC TGAAAAATTA 
CAACATTGGG ACGTATTAAC TGAATTAGCG AAGCATGAAG GGTTCACGGA CTTATTATTA 
GAATGTGGTT GGCGTGTTGC TGATTGGAAC AGTGATCGTG ATGCACTTGA GCAATCAGTA 
AAAAGCGTTA TGGACGTTCC AACTCCACGA AGGCAAATGT TTAAGACCTT TTTGGCTCTT 
CAAAATTTCG CAGAAAGCAG AAAAGGAGAT CAAGAAGTTA GAAAGCTATG CGATGAAGGA 
ATACAATTAA GTCTAATAAA GTGGGTGTCT CTGCCAATTA GATATACACC AGCTCATAAG 
TGGCTATTAC ATGGGTTTCA ACAGTACATG GAATTTTTGG AAGCGACACA GATATATGCT 
AACTTGCATA CAACAACAGT ACAGAATCTG GATTCTAAAG CCCAAGAGAT TAAGCGCATC 
TTGCAAGCTT GGAGAGACCG TCTACCAAAC ACATGGGATG ATGTCAATAT GTGGAATGAC 
CTAGTAACAT GGAGACAACA TGCATTCCAG GTTATTAACA ACGCATATCT CCCATTAATA 
CCGGCACTTC AACAATCAAA CAGTAATAGC AATATTAATA CTCATGCATA TAGGGGATAT 
CATGAAATTG CCTGGGTAAT CAACAGGTTT GCACATGTTG CAAGGAAGCA CAACATGCCT 
GACGTGTGTA TCAGTCAGCT GGCACGTATT TACACCCTAC CGAATATAGA AATTCAGGAG 
GCTTTCCTAA AGTTAAGGGA GCAAGCTAAA TGTCATTACC AAAACATGAA CGAATTAACA 
ACGGGTCTGG ATGTTATTAG TAATACTAAT TTGGTTTACT TTGGTACTGT CCAAAAAGCT 
GAATTCTTCA CATTGAAGGG TATGTTTTTG TCTAAATTAC GCGCATATGA AGAGGCAAAT 
CAAGCCTTTG CAACAGCTGT TCAGATAGAC TTGAACTTGG CTAAAGCATG GGCCCAATGG 
GGTTTCTTCA ATGACCGTCG TTTGTCAGAA GAGCCAAACA ACATTAGTTT TGCTAGTAAT 
GCAATAAGCT GTTATTTACA AGCCGCCGGC CTGTATAAGA ACTCGAAGAT TAGGGAGTTA 
TTGTGCAGGA TTTTATGGCT CATCAGTATA GATGATGCTT CGGGCATGCT CACAAACGCA 
TTTGACTCCT TTAGAGGCGA AATACCCGTT TGGTACTGGA TTACTTTCAT TCCTCAACTA 
TTAACCTCTC TATCACATAA GGAGGCCAAT ATGGTTCGTC ATATCTTAAT CAGAATTGCT 
AAAAGTTATC CTCAAGCTCT TCACTTCCAA TTAAGAACGA CAAAGGAAGA TTTCGCCGTT 
ATCCAACGAC AGACAATGGC TGTTATGGGG GATAAACCAG ATACAAACGA TCGGAATGGA 
CGGCGCCAGC CTTGGGAATA TTTACAAGAG TTAAACAATA TTCTAAAGAC AGCTTATCCA 
TTGTTGGCCT TATCCTTAGA GTCTCTTGTT GCCCAAATAA ACGACCGTTT CAAATCTACT 
ACTGACGAAG ATCTTTTCAG GTTGATAAAT GTCCTATTGA TCGATGGAAC GCTGAACTAC 
AATCGCTTAC CATTTCCTAG GAAAAATCCA AAACTTCCTG AAAATACAGA AAAAAATTTG 
GTCAAATTTT CTACAACTTT GTTGGCGCCT TATATAAGAC CAAAGTTCAA TGCCGACTTT 
ATTGACAATA AACCGGATTA CGAAACTTAT ATCAAGAGAT TACGTTACTG GCGAAGGAGG 
TTGGAAAACA AGCTTGATAG AGCATCAAAA AAAGAAAATC TAGAAGTATT ATGTCCACAT 
TTAAGCAACT TCCATCACCA AAAATTCGAG GATATTGAAA TTCCTGGCCA GTATCTTTTG 
AACAAGGATA ATAATGTTCA CTTTATTAAA ATTGCCAGAT TTTTACCCAC GGTCGATTTT 
GTTCGCGGAA CACATTCTTC ATATAGGCGT TTAATGATTC GGGGCCATGA TGGCAGTGTA 
CATTCATTTG CTGTTCAATA TCCAGCTGTT CGCCATTCAA GAAGAGAAGA AAGGATGTTT 
CAATTGTACA GATTATTCAA CAAGTCATTA TCCAAGAATG TGGAAACAAG ACGTCGCAGT 
ATACAGTTCA ATCTACCAAT AGCAATCCCG CTATCTCCAC AAGTCCGTAT CATGAATGAT 
AGTGTTTCTT TTACTACCCT TCATGAAATT CACAATGAAT TTTGCAAGAA AAAAGGATTT 
GACCCGGATG ATATCCAAGA TTTTATGGCA GATAAACTAA ACGCAGCGCA TGATGATGCT 
CTGCCTGCGC CAGATATGAC CATATTGAAA GTTGAAATTT TCAATTCAAT TCAAACAATG 
TTTGTACCAT CAAATGTTTT AAAAGACCAT TTTACCTCGT TGTTTACTCA ATTTGAAGAT 
TTCTGGTTAT TCCGTAAACA ATTTGCGTCA CAATACAGTT CGTTTGTCTT CATGTCTTAC 
ATGATGATGA TCAATAACCG TACTCCTCAC AAAATCCATG TTGACAAAAC CTCTGGTAAT 
GTATTTACTT TAGAAATGTT ACCCTCAAGA TTTCCATATG AAAGGGTGAA ACCATTGCTA 
AAGAATCATG ACTTAAGTCT TCCACCAGAT TCTCCGATAT TTCATAATAA TGAACCAGTT 
CCATTCAGAC TGACGCCTAA TATTCAATCT TTGATAGGTG ATTCTGCTTT AGAAGGTATA 
TTTGCGGTAA ATTTATTTAC CATATCACGT GCATTAATTG AACCTGATAA TGAACTGAAC 
ACATACTTGG CCCTATTCAT CCGTGACGAG ATCATATCAT GGTTTAGCAA CCTTCACCGG 
CCAATCATTG AAAATCCACA GTTACGTGAG ATGGTTCAAA CCAACGTTGA CCTAATTATT 
AGAAAGGTGG CACAATTGGG CCATTTGAAT TCAACACCTA CAGTCACAAC CCAGTTCATC 
CTAGACTGTA TTGGCAGCGC TGTCAGTCCA AGAAACTTAG CAAGAACAGA CGTGAACTTC 
ATGCCATGGT TCTAG

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

RefSeq	NP_011967.1
CDS	1..11235
Translation	MSLTEQIEQFASRFRDDDATLQSRYSTLSELYDIMELLNSPEDYHFFLQAVIPLLLNQLKEVPISYDAHSPEQKLRNSMLDIFNRCLMNQTFQPYAMEVLEFLLSVLPKENEENGILCMKVLTTLFKSFKSILQDKLDSFIRIIIQIYKNTPNLINQTFYEAGKAEQGDLDSPKEPQADELLDEFSKNDEEKDFPSKQSSTEPRFENSTSSNGLRSSMFSFKILSECPITMVTLYSSYKQLTSTSLPEFTPLIMNLLNIQIKQQQEAREQAESRGEHFTSISTEIINRPAYCDFILAQIKATSFLAYVFIRGYAPEFLQDYVNFVPDLIIRLLQDCPSELSSARKELLHATRHILSTNYKKLFLPKLDYLFDERILIGNGFTMHETLRPLAYSTVADFIHNIRSELQLSEIEKTIKIYTGYLLDESLALTVQIMSAKLLLNLVERILKLGKENPQEAPRAKKLLMIIIDSYMNRFKTLNRQYDTIMKYYGRYETHKKEKAEKLKNSIQDNDKESEEFMRKVLEPSDDDHLMPQPKKEDINDSPDVEMTESDKVVKNDVEMFDIKNYAPILLLPTPTNDPIKDAFYLYRTLMSFLKTIIHDLKVFNPPPNEYTVANPKLWASVSRVFSYEEVIVFKDLFHECIIGLKFFKDHNEKLSPETTKKHFDISMPSLPVSATKDARELMDYLAFMFMQMDNATFNEIIEQELPFVYERMLEDSGLLHVAQSFLTSEITSPNFAGILLRFLKGKLKDLGNVDFNTSNVLIRLFKLSFMSVNLFPNINEVVLLPHLNDLILNSLKYSTTAEEPLVYFYLIRTLFRSIGGGRFENLYRSIKPILQVLLQSLNQMILTARLPHERELYVELCITVPVRLSVLAPYLPFLMKPLVFALQQYPDLVSQGLRTLELCIDNLTAEYFDPIIEPVIDDVSKALFNLLQPQPFNHAISHNVVRILGKLGGRNRQFLKPPTDLTEKTELDIDAIADFKINGMPEDVPLSVTPGIQSALNILQSYKSDIHYRKSAYKYLTCVLLLMTKSSAEFPTNYTELLKTAVNSIKLERIGIEKNFDLEPTVNKRDYSNQENLFLRLLESVFYATSIKELKDDAMDLLNNLLDHFCLLQVNTTLLNKRNYNGTFNIDLKNPNFMLDSSLILDAIPFALSYYIPEVREVGVLAYKRIYEKSCLIYGEELALSHSFIPELAKQFIHLCYDETYYNKRGGVLGIKVLIDNVKSSSVFLKKYQYNLANGLLFVLKDTQSEAPSAITDSAEKLLIDLLSITFADVKEEDLGNKVLENTLTDIVCELSNANPKVRNACQKSLHTISNLTGIPIVKLMDHSKQFLLSPIFAKPLRALPFTMQIGNVDAITFCLSLPNTFLTFNEELFRLLQESIVLADAEDESLSTNIQKTTEYSTSEQLVQLRIACIKLLAIALKNEEFATAQQGNIRIRILAVFFKTMLKTSPEIINTTYEALKGSLAENSKLPKELLQNGLKPLLMNLSDHQKLTVPGLDALSKLLELLIAYFKVEIGRKLLDHLTAWCRVEVLDTLFGQDLAEQMPTKIIVSIINIFHLLPPQADMFLNDLLLKVMLLERKLRLQLDSPFRTPLARYLNRFHNPVTEYFKKNMTLRQLVLFMCNIVQRPEAKELAEDFEKELDNFYDFYISNIPKNQVRVVSFFTNMVDLFNTMVITNGDEWLKKKGNMILKLKDMLNLTLKTIKENSFYIDHLQLNQSIAKFQALYLRFTELSERDQNPLLLDFIDFSFSNGIKASYSLKKFIFHNIIASSNKEKQNNFINDATLFVLSDKCLDARIFVLKNVINSTLIYEVATSGSLKSYLVEDKKPKWLELLHNKIWKNSNAILAYDVLDHHDLFRFELLQLSAIFIKADPEIIAEIKKDIIKFCWNFIKLEDTLIKQSAYLVTSYFISKFDFPIKVVTQVFVALLRSSHVEARYLVKQSLDVLTPVLHERMNAAGTPDTWINWVKRVMVENSSSQNNILYQFLISHPDLFFNSRDLFISNIIHHMNKITFMSNSNSDSHTLAIDLASLILYWENKTLEITNVNNTKTDSDGDVVMSDSKSDINPVEADTTAIIVDANNNSPISLHLREACTAFLIRYVCASNHRAIETELGLRAINILSELISDKHWTNVNVKLVYFEKFLIFQDLDSENILYYCMNALDVLYVFFKNKTKEWIMENLPTIQNLLEKCIKSDHHDVQEALQKVLQVIMKAIKAQGVSVIIEEESPGKTFIQMLTSVITQDLQETSSVTAGVTLAWVLFMNFPDNIVPLLTPLMKTFSKLCKDHLSISQPKDAMALEEARITTKLLEKVLYILSLKVSLLGDSRRPFLSTVALLIDHSMDQNFLRKIVNMSRSWIFNTEIFPTVKEKAAILTKMLAFEIRGEPSLSKLFYEIVLKLFDQEHFNNTEITVRMEQPFLVGTRVEDIGIRKRFMTILDNSLERDIKERLYYVIRDQNWEFIADYPWLNQALQLLYGSFNREKELSLKNIYCLSPPSILQEYLPENAEMVTEVNDLELSNFVKGHIASMQGLCRIISSDFIDSLIEIFYQDPKAIHRAWVTLFPQVYKSIPKNEKYGFVRSIITLLSKPYHTRQISSRTNVINMLLDSISKIESLELPPHLVKYLAISYNAWYQSINILESIQSNTSIDNTKIIEANEDALLELYVNLQEEDMFYGLWRRRAKYTETNIGLSYEQIGLWDKAQQLYEVAQVKARSGALPYSQSEYALWEDNWIQCAEKLQHWDVLTELAKHEGFTDLLLECGWRVADWNSDRDALEQSVKSVMDVPTPRRQMFKTFLALQNFAESRKGDQEVRKLCDEGIQLSLIKWVSLPIRYTPAHKWLLHGFQQYMEFLEATQIYANLHTTTVQNLDSKAQEIKRILQAWRDRLPNTWDDVNMWNDLVTWRQHAFQVINNAYLPLIPALQQSNSNSNINTHAYRGYHEIAWVINRFAHVARKHNMPDVCISQLARIYTLPNIEIQEAFLKLREQAKCHYQNMNELTTGLDVISNTNLVYFGTVQKAEFFTLKGMFLSKLRAYEEANQAFATAVQIDLNLAKAWAQWGFFNDRRLSEEPNNISFASNAISCYLQAAGLYKNSKIRELLCRILWLISIDDASGMLTNAFDSFRGEIPVWYWITFIPQLLTSLSHKEANMVRHILIRIAKSYPQALHFQLRTTKEDFAVIQRQTMAVMGDKPDTNDRNGRRQPWEYLQELNNILKTAYPLLALSLESLVAQINDRFKSTTDEDLFRLINVLLIDGTLNYNRLPFPRKNPKLPENTEKNLVKFSTTLLAPYIRPKFNADFIDNKPDYETYIKRLRYWRRRLENKLDRASKKENLEVLCPHLSNFHHQKFEDIEIPGQYLLNKDNNVHFIKIARFLPTVDFVRGTHSSYRRLMIRGHDGSVHSFAVQYPAVRHSRREERMFQLYRLFNKSLSKNVETRRRSIQFNLPIAIPLSPQVRIMNDSVSFTTLHEIHNEFCKKKGFDPDDIQDFMADKLNAAHDDALPAPDMTILKVEIFNSIQTMFVPSNVLKDHFTSLFTQFEDFWLFRKQFASQYSSFVFMSYMMMINNRTPHKIHVDKTSGNVFTLEMLPSRFPYERVKPLLKNHDLSLPPDSPIFHNNEPVPFRLTPNIQSLIGDSALEGIFAVNLFTISRALIEPDNELNTYLALFIRDEIISWFSNLHRPIIENPQLREMVQTNVDLIIRKVAQLGHLNSTPTVTTQFILDCIGSAVSPRNLARTDVNFMPWF

Target ORF information:

RefSeq Version	NM_001179229.1
Organism	Saccharomyces cerevisiae S288C
Definition	Saccharomyces cerevisiae S288C histone acetyltransferase TRA1 (TRA1), partial mRNA.

Target ORF information:

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

NM_001179229.1

ORF Insert Sequence:

ATGTCACTCA CTGAGCAGAT CGAGCAATTC GCCAGTAGGT TTCGCGATGA TGATGCCACT 
CTACAATCGA GATATTCCAC TCTATCGGAA TTGTACGACA TAATGGAATT ACTGAATTCT 
CCTGAGGATT ACCATTTTTT CTTACAAGCT GTGATACCTT TACTTCTAAA CCAGCTAAAG 
GAAGTTCCTA TTTCATATGA TGCGCATTCA CCGGAACAAA AGTTGAGAAA CTCTATGCTT 
GATATTTTCA ACAGGTGTCT CATGAACCAA ACCTTTCAAC CCTACGCAAT GGAAGTGCTC 
GAGTTTTTAC TTTCAGTACT ACCAAAGGAA AACGAAGAAA ATGGGATATT ATGTATGAAA 
GTGCTGACGA CACTTTTCAA ATCATTCAAA TCAATACTAC AGGACAAACT CGACTCCTTC 
ATACGAATAA TTATTCAGAT TTATAAAAAT ACACCAAACC TTATAAACCA GACGTTTTAT 
GAAGCCGGGA AAGCAGAACA GGGTGATTTG GATTCACCAA AAGAACCACA GGCAGATGAA 
CTTCTCGATG AATTCTCCAA AAATGATGAA GAAAAGGACT TTCCATCGAA ACAATCATCC 
ACGGAGCCAA GGTTTGAAAA CTCTACCTCA TCAAACGGGT TGAGGTCATC TATGTTTTCC 
TTTAAAATCC TTTCTGAATG CCCTATTACA ATGGTCACTT TATATTCGTC TTACAAGCAG 
TTGACTAGCA CCTCGCTTCC GGAATTCACT CCTCTTATTA TGAATCTATT GAATATACAA 
ATTAAACAAC AACAGGAAGC GAGAGAACAG GCGGAATCAC GGGGAGAACA TTTCACTTCT 
ATATCGACGG AGATTATCAA CAGACCGGCT TACTGTGATT TTATATTAGC CCAGATCAAG 
GCCACGTCTT TCTTGGCTTA CGTATTCATT AGAGGATACG CTCCTGAATT TTTGCAGGAT 
TATGTGAATT TTGTTCCTGA TTTAATCATA AGGCTTTTAC AAGACTGCCC TTCTGAACTA 
TCATCTGCTA GGAAGGAACT TTTGCATGCC ACTAGACACA TTCTATCTAC AAACTACAAA 
AAGCTCTTTT TACCCAAATT GGACTATCTG TTTGACGAAC GTATACTTAT TGGTAACGGT 
TTTACTATGC ATGAAACATT AAGGCCCCTG GCTTATAGTA CTGTGGCAGA TTTCATTCAT 
AATATAAGAT CTGAATTACA ACTAAGTGAA ATTGAAAAAA CAATAAAGAT TTACACTGGA 
TATCTATTGG ATGAGTCATT AGCCTTAACT GTACAAATCA TGAGTGCAAA ATTGCTGCTT 
AATTTAGTTG AAAGAATATT AAAATTGGGA AAGGAGAACC CACAAGAGGC CCCTAGAGCA 
AAGAAATTGT TAATGATAAT CATTGACTCA TATATGAATA GATTTAAAAC CTTAAACAGA 
CAGTACGATA CAATAATGAA GTACTATGGA AGATACGAAA CGCATAAGAA GGAGAAAGCA 
GAAAAGCTCA AAAACTCTAT ACAGGATAAT GACAAAGAGA GTGAGGAATT TATGAGGAAG 
GTACTGGAAC CATCCGATGA CGACCATTTG ATGCCACAGC CTAAAAAAGA AGATATCAAT 
GATAGTCCCG ATGTTGAAAT GACAGAATCT GACAAAGTGG TGAAGAATGA CGTTGAAATG 
TTTGACATAA AAAACTACGC ACCTATATTA TTACTACCCA CACCAACAAA TGATCCCATC 
AAGGATGCTT TTTACTTATA CAGAACTTTA ATGTCTTTCT TAAAAACAAT AATTCATGAC 
TTAAAAGTCT TTAACCCACC TCCTAACGAA TATACGGTTG CTAATCCTAA ATTGTGGGCT 
TCTGTTTCTA GAGTTTTTTC ATATGAGGAA GTCATTGTTT TCAAGGATTT ATTTCACGAA 
TGTATTATTG GTTTGAAATT TTTTAAAGAT CATAATGAAA AATTATCTCC AGAAACAACA 
AAAAAACATT TTGATATATC AATGCCCAGC CTACCGGTCT CAGCCACCAA AGATGCTCGT 
GAGTTAATGG ACTATTTGGC ATTTATGTTT ATGCAGATGG ATAATGCCAC TTTTAATGAA 
ATAATTGAAC AGGAACTGCC ATTTGTCTAT GAAAGAATGC TGGAGGATTC TGGGCTGCTA 
CATGTCGCGC AATCCTTTTT AACAAGTGAA ATAACCTCCC CAAATTTTGC TGGCATCCTT 
TTAAGATTCT TGAAAGGGAA ATTGAAAGAT TTAGGAAACG TTGATTTTAA CACTTCTAAT 
GTCCTAATAC GACTTTTCAA ATTGTCCTTT ATGTCCGTCA ATCTTTTCCC CAATATCAAT 
GAGGTTGTTC TTCTTCCACA CTTAAACGAT CTAATTCTAA ACTCCCTGAA ATACTCAACT 
ACAGCAGAAG AGCCTCTAGT ATACTTTTAT CTTATTAGAA CTCTTTTTAG AAGTATAGGT 
GGGGGCAGAT TTGAAAACTT ATATAGATCG ATTAAGCCCA TACTACAGGT GCTATTACAA 
TCTTTAAACC AAATGATACT TACTGCACGA TTGCCCCACG AGAGAGAACT TTATGTGGAA 
TTATGCATCA CTGTACCAGT TCGGTTAAGT GTGCTTGCTC CTTATTTGCC ATTTTTGATG 
AAACCATTGG TATTTGCATT ACAGCAATAT CCTGATCTCG TTTCGCAGGG TTTAAGGACC 
TTAGAATTAT GTATTGATAA TTTGACCGCC GAGTATTTTG ATCCTATAAT CGAACCGGTA 
ATCGATGACG TTTCGAAGGC CTTGTTTAAC CTTCTGCAAC CTCAACCATT TAATCATGCT 
ATCAGCCACA ACGTAGTCAG AATACTGGGC AAATTAGGAG GTAGAAATCG TCAATTTTTA 
AAGCCACCAA CGGACCTCAC GGAAAAAACG GAACTAGACA TTGATGCGAT AGCAGATTTC 
AAAATCAATG GTATGCCGGA AGATGTACCG CTTTCTGTAA CGCCAGGAAT CCAGTCCGCT 
TTGAATATAT TGCAAAGCTA CAAAAGTGAT ATTCACTACA GGAAGAGTGC TTACAAGTAT 
CTAACCTGTG TACTACTGTT AATGACAAAA TCATCAGCAG AGTTTCCTAC GAATTACACG 
GAACTGTTGA AGACAGCAGT GAATTCTATA AAGCTAGAGA GGATTGGAAT AGAAAAAAAC 
TTTGATTTGG AACCAACTGT AAATAAGAGA GATTATTCGA ACCAAGAAAA TTTGTTTTTG 
AGGTTACTGG AGAGCGTTTT TTACGCAACT TCGATAAAGG AACTAAAAGA TGACGCAATG 
GACCTACTGA ATAACCTTTT GGATCATTTC TGCCTATTAC AAGTAAACAC TACGTTGCTT 
AATAAGAGAA ACTATAATGG GACATTTAAC ATCGATCTAA AGAACCCAAA CTTCATGCTA 
GATAGCTCAT TGATTCTAGA TGCTATTCCC TTTGCCCTTT CGTACTACAT TCCAGAAGTT 
CGTGAGGTGG GTGTTTTGGC GTACAAAAGA ATATACGAAA AAAGTTGTCT GATATATGGG 
GAGGAACTAG CTTTAAGTCA CTCCTTCATA CCGGAATTAG CTAAACAGTT TATCCATTTG 
TGTTACGACG AAACATATTA CAACAAAAGA GGCGGTGTCT TGGGTATAAA AGTTCTCATT 
GATAATGTTA AGTCGTCCTC AGTTTTCCTA AAAAAGTATC AGTATAACCT AGCCAATGGT 
CTATTATTTG TGCTGAAGGA CACTCAGAGC GAGGCCCCAT CTGCTATAAC AGATAGCGCT 
GAGAAATTAC TAATAGATCT ATTAAGTATT ACGTTCGCGG ATGTAAAAGA AGAGGATTTG 
GGTAACAAAG TCTTGGAGAA CACACTGACG GACATAGTAT GCGAATTAAG TAATGCAAAT 
CCTAAGGTAA GAAATGCCTG CCAGAAGTCC TTACATACAA TTTCAAACCT CACTGGAATT 
CCTATAGTAA AATTGATGGA TCATTCCAAA CAATTTCTTC TATCACCAAT ATTTGCAAAA 
CCTTTAAGAG CATTACCTTT CACTATGCAA ATCGGTAATG TCGATGCTAT CACATTCTGT 
TTAAGTCTAC CAAACACATT TCTAACATTT AATGAAGAAC TGTTTAGGTT ACTCCAAGAA 
TCTATTGTCT TGGCAGATGC AGAAGATGAA TCACTATCCA CCAATATCCA AAAGACAACC 
GAATATAGTA CTTCCGAGCA ATTAGTACAA TTAAGAATAG CGTGCATAAA ATTACTTGCG 
ATTGCTCTTA AAAATGAAGA ATTTGCCACA GCTCAACAAG GAAACATCAG AATTCGAATT 
CTAGCTGTTT TTTTCAAAAC AATGCTGAAA ACTTCACCAG AAATTATTAA TACTACATAT 
GAAGCTTTGA AAGGTTCCTT AGCAGAAAAC TCTAAATTGC CGAAAGAATT ACTTCAGAAC 
GGATTAAAAC CTCTTTTAAT GAATTTATCT GACCACCAAA AGCTGACGGT CCCTGGTCTG 
GATGCTTTAT CGAAGCTTCT CGAGTTATTG ATTGCATACT TTAAAGTAGA AATCGGAAGA 
AAGTTGTTAG ATCACCTCAC GGCATGGTGC CGTGTTGAAG TTCTTGACAC ATTATTTGGC 
CAAGATTTAG CAGAGCAGAT GCCAACTAAA ATAATAGTAA GCATTATTAA TATATTTCAT 
CTACTGCCAC CACAAGCTGA TATGTTTTTA AATGATTTGT TGCTCAAAGT TATGCTTCTA 
GAGAGAAAAC TACGTCTTCA ACTGGATTCT CCATTTCGTA CACCACTAGC GAGGTACCTG 
AACCGTTTCC ATAACCCCGT AACAGAGTAC TTCAAGAAAA ATATGACGTT AAGGCAATTA 
GTGCTTTTCA TGTGCAATAT TGTGCAAAGA CCTGAAGCAA AGGAGCTGGC CGAAGATTTT 
GAGAAAGAAC TCGACAACTT CTATGACTTT TACATTTCCA ATATACCAAA AAACCAAGTA 
CGTGTTGTTA GTTTTTTTAC TAATATGGTT GATCTCTTTA ATACAATGGT GATCACGAAT 
GGGGACGAAT GGCTAAAGAA AAAAGGCAAC ATGATTTTGA AATTAAAAGA TATGCTGAAC 
TTGACATTAA AAACAATAAA GGAAAACTCG TTTTACATCG ACCATCTACA ATTAAATCAA 
AGTATTGCAA AATTCCAAGC TCTTTACCTG CGTTTCACTG AATTATCCGA AAGGGATCAA 
AATCCTCTGC TCCTAGATTT CATTGATTTT TCTTTTTCAA ATGGTATCAA AGCCTCATAT 
TCCCTCAAGA AATTCATCTT CCATAATATA ATAGCAAGTT CAAATAAAGA AAAGCAGAAT 
AACTTCATAA ATGATGCAAC ACTTTTCGTT CTATCTGACA AATGTTTGGA TGCTAGAATA 
TTTGTACTTA AAAATGTCAT AAATTCAACT TTGATTTATG AAGTGGCAAC ATCTGGATCT 
TTGAAAAGCT ATCTTGTGGA GGATAAAAAA CCTAAATGGT TAGAGTTACT CCACAATAAA 
ATTTGGAAGA ACTCAAATGC AATTTTAGCA TATGACGTTC TAGACCATCA TGATTTATTC 
CGTTTTGAAC TCTTACAACT GTCAGCAATT TTCATTAAGG CAGATCCAGA AATTATAGCC 
GAGATAAAGA AAGATATAAT AAAATTCTGC TGGAATTTCA TAAAGCTCGA AGATACCCTT 
ATCAAACAAT CCGCGTACCT GGTTACATCA TATTTCATAT CCAAGTTTGA TTTCCCTATT 
AAAGTTGTCA CCCAGGTTTT TGTTGCCCTA TTACGTTCTT CTCATGTCGA AGCTAGGTAC 
TTAGTTAAGC AATCGCTGGA CGTTCTCACC CCTGTTCTCC ATGAACGTAT GAACGCAGCT 
GGGACGCCCG ATACCTGGAT TAACTGGGTT AAAAGGGTAA TGGTAGAAAA TTCTTCTAGT 
CAGAACAACA TTTTATACCA ATTTTTGATA AGCCACCCTG ATTTATTTTT CAATTCAAGA 
GATTTGTTCA TATCAAATAT TATTCATCAT ATGAATAAGA TAACGTTCAT GTCAAATTCA 
AACTCTGATA GTCATACTTT AGCTATTGAT TTGGCGTCAT TAATTCTTTA TTGGGAGAAC 
AAGACCTTAG AAATTACGAA TGTAAATAAT ACCAAGACCG ATTCCGACGG AGATGTTGTA 
ATGTCCGATT CTAAAAGTGA TATTAATCCA GTTGAGGCTG ACACAACCGC AATAATTGTA 
GACGCTAATA ACAACTCGCC TATATCTTTA CATTTACGCG AGGCTTGTAC GGCGTTTTTG 
ATAAGATACG TGTGTGCAAG TAATCACCGT GCCATAGAAA CAGAACTAGG ATTAAGAGCT 
ATCAATATTT TATCAGAATT AATCTCAGAT AAGCATTGGA CAAACGTCAA TGTTAAACTG 
GTTTACTTCG AGAAGTTTTT GATATTTCAA GATCTCGATT CCGAAAATAT TCTTTACTAC 
TGCATGAATG CTTTGGATGT GCTTTATGTA TTCTTCAAAA ATAAGACAAA AGAATGGATA 
ATGGAAAACT TACCTACCAT TCAAAATCTT CTAGAAAAAT GTATCAAATC TGATCATCAC 
GATGTACAGG AAGCTCTGCA AAAAGTTTTG CAGGTAATAA TGAAGGCAAT AAAAGCTCAG 
GGTGTATCAG TGATAATTGA AGAAGAAAGC CCTGGTAAGA CATTTATCCA AATGTTAACC 
TCCGTGATAA CTCAGGATCT TCAGGAAACC TCATCAGTTA CAGCTGGTGT AACTCTAGCT 
TGGGTACTCT TCATGAACTT TCCGGATAAC ATCGTCCCAT TATTAACGCC TTTGATGAAG 
ACGTTCAGTA AGTTATGCAA AGATCACTTA AGCATTTCAC AACCGAAGGA CGCCATGGCT 
CTGGAAGAGG CAAGGATTAC GACGAAACTT TTAGAGAAAG TTTTATATAT ATTATCTTTG 
AAAGTCTCAC TCTTGGGTGA CTCCCGTCGT CCTTTCCTCT CCACTGTGGC ACTTCTGATT 
GATCACTCCA TGGATCAAAA TTTTTTGAGG AAAATTGTCA ATATGTCCAG AAGCTGGATA 
TTCAATACTG AAATTTTTCC AACTGTTAAA GAAAAAGCGG CTATATTAAC GAAGATGCTG 
GCGTTTGAGA TTAGAGGGGA ACCTTCATTG TCAAAGCTAT TCTACGAAAT AGTCTTGAAA 
CTATTTGATC AAGAACATTT TAATAACACA GAAATTACCG TTAGAATGGA ACAACCTTTC 
CTCGTAGGAA CGCGTGTTGA AGACATCGGT ATAAGGAAAA GATTCATGAC AATTTTGGAT 
AATAGTTTGG AAAGAGATAT CAAAGAGAGA CTATATTATG TTATACGGGA CCAAAACTGG 
GAATTTATTG CTGATTATCC ATGGTTAAAT CAAGCTTTAC AATTACTATA TGGTTCTTTT 
AATAGAGAGA AGGAATTATC TTTAAAGAAC ATTTATTGTT TGTCTCCACC ATCGATTTTA 
CAAGAGTACC TCCCAGAAAA TGCTGAAATG GTAACCGAAG TAAACGATCT GGAATTATCA 
AACTTTGTTA AAGGTCATAT AGCTTCCATG CAAGGTTTAT GTCGAATAAT CTCTTCGGAT 
TTCATCGATT CTTTGATTGA AATATTTTAC CAAGATCCAA AAGCAATTCA TAGAGCGTGG 
GTTACGTTAT TTCCCCAGGT ATACAAAAGT ATTCCAAAGA ATGAAAAATA CGGGTTTGTT 
CGATCTATCA TTACATTGCT TTCTAAACCT TATCATACCA GACAAATTTC CTCTAGGACA 
AATGTGATTA ATATGCTATT GGACTCAATA AGTAAAATTG AATCGTTAGA ATTACCCCCT 
CATTTGGTCA AATACTTGGC GATATCATAC AACGCTTGGT ATCAATCGAT TAACATCTTG 
GAATCCATTC AAAGCAATAC TAGCATCGAC AATACAAAAA TTATCGAAGC CAACGAAGAT 
GCGCTATTAG AACTATACGT CAATCTACAA GAAGAAGACA TGTTTTATGG TCTTTGGAGA 
CGTAGAGCAA AATACACAGA GACTAACATT GGTTTATCAT ATGAACAAAT TGGCCTTTGG 
GACAAAGCTC AACAACTTTA TGAAGTGGCA CAGGTCAAAG CTCGTAGTGG TGCCTTGCCC 
TACTCACAGT CTGAGTATGC ACTATGGGAA GATAACTGGA TACAGTGTGC TGAAAAATTA 
CAACATTGGG ACGTATTAAC TGAATTAGCG AAGCATGAAG GGTTCACGGA CTTATTATTA 
GAATGTGGTT GGCGTGTTGC TGATTGGAAC AGTGATCGTG ATGCACTTGA GCAATCAGTA 
AAAAGCGTTA TGGACGTTCC AACTCCACGA AGGCAAATGT TTAAGACCTT TTTGGCTCTT 
CAAAATTTCG CAGAAAGCAG AAAAGGAGAT CAAGAAGTTA GAAAGCTATG CGATGAAGGA 
ATACAATTAA GTCTAATAAA GTGGGTGTCT CTGCCAATTA GATATACACC AGCTCATAAG 
TGGCTATTAC ATGGGTTTCA ACAGTACATG GAATTTTTGG AAGCGACACA GATATATGCT 
AACTTGCATA CAACAACAGT ACAGAATCTG GATTCTAAAG CCCAAGAGAT TAAGCGCATC 
TTGCAAGCTT GGAGAGACCG TCTACCAAAC ACATGGGATG ATGTCAATAT GTGGAATGAC 
CTAGTAACAT GGAGACAACA TGCATTCCAG GTTATTAACA ACGCATATCT CCCATTAATA 
CCGGCACTTC AACAATCAAA CAGTAATAGC AATATTAATA CTCATGCATA TAGGGGATAT 
CATGAAATTG CCTGGGTAAT CAACAGGTTT GCACATGTTG CAAGGAAGCA CAACATGCCT 
GACGTGTGTA TCAGTCAGCT GGCACGTATT TACACCCTAC CGAATATAGA AATTCAGGAG 
GCTTTCCTAA AGTTAAGGGA GCAAGCTAAA TGTCATTACC AAAACATGAA CGAATTAACA 
ACGGGTCTGG ATGTTATTAG TAATACTAAT TTGGTTTACT TTGGTACTGT CCAAAAAGCT 
GAATTCTTCA CATTGAAGGG TATGTTTTTG TCTAAATTAC GCGCATATGA AGAGGCAAAT 
CAAGCCTTTG CAACAGCTGT TCAGATAGAC TTGAACTTGG CTAAAGCATG GGCCCAATGG 
GGTTTCTTCA ATGACCGTCG TTTGTCAGAA GAGCCAAACA ACATTAGTTT TGCTAGTAAT 
GCAATAAGCT GTTATTTACA AGCCGCCGGC CTGTATAAGA ACTCGAAGAT TAGGGAGTTA 
TTGTGCAGGA TTTTATGGCT CATCAGTATA GATGATGCTT CGGGCATGCT CACAAACGCA 
TTTGACTCCT TTAGAGGCGA AATACCCGTT TGGTACTGGA TTACTTTCAT TCCTCAACTA 
TTAACCTCTC TATCACATAA GGAGGCCAAT ATGGTTCGTC ATATCTTAAT CAGAATTGCT 
AAAAGTTATC CTCAAGCTCT TCACTTCCAA TTAAGAACGA CAAAGGAAGA TTTCGCCGTT 
ATCCAACGAC AGACAATGGC TGTTATGGGG GATAAACCAG ATACAAACGA TCGGAATGGA 
CGGCGCCAGC CTTGGGAATA TTTACAAGAG TTAAACAATA TTCTAAAGAC AGCTTATCCA 
TTGTTGGCCT TATCCTTAGA GTCTCTTGTT GCCCAAATAA ACGACCGTTT CAAATCTACT 
ACTGACGAAG ATCTTTTCAG GTTGATAAAT GTCCTATTGA TCGATGGAAC GCTGAACTAC 
AATCGCTTAC CATTTCCTAG GAAAAATCCA AAACTTCCTG AAAATACAGA AAAAAATTTG 
GTCAAATTTT CTACAACTTT GTTGGCGCCT TATATAAGAC CAAAGTTCAA TGCCGACTTT 
ATTGACAATA AACCGGATTA CGAAACTTAT ATCAAGAGAT TACGTTACTG GCGAAGGAGG 
TTGGAAAACA AGCTTGATAG AGCATCAAAA AAAGAAAATC TAGAAGTATT ATGTCCACAT 
TTAAGCAACT TCCATCACCA AAAATTCGAG GATATTGAAA TTCCTGGCCA GTATCTTTTG 
AACAAGGATA ATAATGTTCA CTTTATTAAA ATTGCCAGAT TTTTACCCAC GGTCGATTTT 
GTTCGCGGAA CACATTCTTC ATATAGGCGT TTAATGATTC GGGGCCATGA TGGCAGTGTA 
CATTCATTTG CTGTTCAATA TCCAGCTGTT CGCCATTCAA GAAGAGAAGA AAGGATGTTT 
CAATTGTACA GATTATTCAA CAAGTCATTA TCCAAGAATG TGGAAACAAG ACGTCGCAGT 
ATACAGTTCA ATCTACCAAT AGCAATCCCG CTATCTCCAC AAGTCCGTAT CATGAATGAT 
AGTGTTTCTT TTACTACCCT TCATGAAATT CACAATGAAT TTTGCAAGAA AAAAGGATTT 
GACCCGGATG ATATCCAAGA TTTTATGGCA GATAAACTAA ACGCAGCGCA TGATGATGCT 
CTGCCTGCGC CAGATATGAC CATATTGAAA GTTGAAATTT TCAATTCAAT TCAAACAATG 
TTTGTACCAT CAAATGTTTT AAAAGACCAT TTTACCTCGT TGTTTACTCA ATTTGAAGAT 
TTCTGGTTAT TCCGTAAACA ATTTGCGTCA CAATACAGTT CGTTTGTCTT CATGTCTTAC 
ATGATGATGA TCAATAACCG TACTCCTCAC AAAATCCATG TTGACAAAAC CTCTGGTAAT 
GTATTTACTT TAGAAATGTT ACCCTCAAGA TTTCCATATG AAAGGGTGAA ACCATTGCTA 
AAGAATCATG ACTTAAGTCT TCCACCAGAT TCTCCGATAT TTCATAATAA TGAACCAGTT 
CCATTCAGAC TGACGCCTAA TATTCAATCT TTGATAGGTG ATTCTGCTTT AGAAGGTATA 
TTTGCGGTAA ATTTATTTAC CATATCACGT GCATTAATTG AACCTGATAA TGAACTGAAC 
ACATACTTGG CCCTATTCAT CCGTGACGAG ATCATATCAT GGTTTAGCAA CCTTCACCGG 
CCAATCATTG AAAATCCACA GTTACGTGAG ATGGTTCAAA CCAACGTTGA CCTAATTATT 
AGAAAGGTGG CACAATTGGG CCATTTGAAT TCAACACCTA CAGTCACAAC CCAGTTCATC 
CTAGACTGTA TTGGCAGCGC TGTCAGTCCA AGAAACTTAG CAAGAACAGA CGTGAACTTC 
ATGCCATGGT TCTAG

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

PubMed

Life with 6000 genes.
Science (New York, N.Y.)274(5287)546, 563-7(1996 Oct)
Goffeau A,Barrell BG,Bussey H,Davis RW,Dujon B,Feldmann H,Galibert F,Hoheisel JD,Jacq C,Johnston M,Louis EJ,Mewes HW,Murakami Y,Philippsen P,Tettelin H,Oliver SG

Complete nucleotide sequence of Saccharomyces cerevisiae chromosome VIII.
Science (New York, N.Y.)265(5181)2077-82(1994 Sep)
Johnston M,Andrews S,Brinkman R,Cooper J,Ding H,Dover J,Du Z,Favello A,Fulton L,Gattung S

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TRA1 cDNA ORF clone, Saccharomyces cerevisiae S288C

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Target ORF information:

ORF Insert Sequence:

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