CSF1 cDNA ORF clone, Saccharomyces cerevisiae S288C

Gene
Clones
gRNAs

Summary

Gene Symbol	CSF1
Entrez Gene ID	850776
Full Name	Csf1p
Gene Type	protein-coding
Organism	Saccharomyces cerevisiae S288C

mRNA and Protein(s)

mRNA	Protein	Name
NM_001181974.1	NP_013188.1	Csf1p

Pathways from BioSystems

Homologies

Saccharomyces cerevisiae (baker's yeast)	CSF1	NP_013188.1
Kluyveromyces lactis	KLLA0F19096g	XP_455937.1

Gene Ontology
Bibliography

Related articles in PubMed

The nucleotide sequence of Saccharomyces cerevisiae chromosome XII.
Johnston M, Hillier L, Riles L, Albermann K, Andr? B, Ansorge W, Benes V, Br?ckner M, Delius H, Dubois E, D?sterh?ft A, Entian KD, Floeth M, Goffeau A, Hebling U, Heumann K, Heuss-Neitzel D, Hilbert H, Hilger F, Kleine K, K?tter P, Louis EJ, Messenguy F, Mewes HW, Hoheisel JD
Nature387(6632 Suppl)87-90(1997 May)

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)

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

The following CSF1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CSF1 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
OSi00437	NM_001181974.1 Latest version!	Saccharomyces cerevisiae S288C Csf1p (CSF1), 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
30% OFF

*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)

CSF1 ( NM_001181974.1 ) cDNA ORF clone, Saccharomyces cerevisiae S288C -> NP_013188.1 Saccharomyces cerevisiae S288C Csf1p (CSF1), partial mRNA.

Price & Availability↑

CloneID	OSi00437
Clone ID Related Accession (Same CDS sequence)	NM_001181974.1
Accession Version	NM_001181974.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8877bp) 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	Csf1p
Comment	Comment: REVIEWED REFSEQ: This record has been curated by SGD. This record is derived from an annotated genomic sequence (NC_001144). ##Genome-Annotation-Data-START## Annotation Provider :: SGD Annotation Status :: Full Annotation Annotation Version :: R64-2-1 URL :: http://www.yeastgenome.org/ ##Genome-Annotation-Data-END## COMPLETENESS: incomplete on both ends.

ATGGAAGCTA TTTCACAATT ACGTGGTGTT CCATTGACAC ACCAAAAGGA CTTTAGCTGG 
GTCTTTTTAG TAGATTGGAT TCTCACGGTA GTAGTATGTT TGACAATGAT ATTCTACATG 
GGAAGAATCT ATGCATACCT TGTAAGTTTT ATATTAGAAT GGCTACTATG GAAACGAGCG 
AAAATCAAGA TAAATGTTGA GACACTTCGT GTCTCCTTAC TAGGTGGTCG AATACATTTT 
AAAAACCTTT CCGTAATACA CAAAGATTAT ACAATTTCGG TATTAGAGGG TAGTTTAACA 
TGGAAATACT GGCTTTTAAA TTGCAGAAAA GCAGAATTGA TAGAGAATAA CAAGTCTTCT 
TCTGGCAAAA AAGCAAAGCT TCCCTGTAAA ATTTCCGTAG AATGTGAAGG TCTAGAAATT 
TTTATTTACA ACAGAACAGT GGCGTACGAT AATGTTATAA ACTTACTATC AAAAGATGAA 
CGCGATAAAT TTGAAAAATA CCTTAATGAG CATTCTTTTC CTGAACCTTT TAGCGATGGA 
AGTAGTGCTG ATAAATTAGA TGAAGATCTA AGCGAATCTG CATACACAAC GAACTCTGAT 
GCATCAATTG TTAATGACAG GGACTACCAA GAAACAGATA TCGGCAAACA TCCAAAGCTA 
CTGATGTTTT TACCAATTGA GCTTAAATTT AGCCGCGGTT CCCTACTGTT AGGAAACAAA 
TTCACGCCAT CTGTTATGAT TCTAAGTTAT GAAAGTGGAA AAGGCATAAT AGATGTTTTA 
CCTCCAAAAG AGCGATTAGA TTTATACAGA AATAAAACAC AGATGGAATT CAAAAACTTC 
GAAATTTCTA TCAAACAAAA TATTGGTTAC GATGATGCTA TTGGATTGAA GTTTAAAATA 
GATAGAGGGA AAGTGTCAAA GTTATGGAAA ACGTTTGTAC GAGTCTTTCA GATAGTAACC 
AAGCCTGTTG TACCGAAAAA GACTAAAAAA AGCGCAGGCA CATCAGATGA CAATTTCTAT 
CATAAATGGA AAGGTTTATC TCTTTATAAG GCTTCTGCGG GCGACGCTAA AGCAAGTGAT 
TTAGATGATG TTGAGTTCGA TTTGACGAAC CATGAATATG CTAAATTTAC ATCAATTTTA 
AAATGCCCAA AGGTCACAAT TGCATATGAC GTGGATGTTC CGGGCGTTGT GCCACATGGT 
GCACATCCGA CAATACCTGA TATTGATGGA CCAGATGTGG GCAATAACGG AGCACCTCCA 
GATTTTGCTT TAGATGTTCA AATTCACGGA GGATCCATCT GTTACGGACC TTGGGCTCAA 
AGACAAGTCA GTCATCTACA AAGAGTTCTA TCACCGGTAG TTTCAAGGAC AGCCAAACCT 
ATAAAAAAAC TCCCGCCAGG TTCTAGAAGA ATATATACAC TTTTCAGGAT GAATATATCA 
ATAATGGAAG ATACTACTTG GCGTATACCG ACGAGGGAAA GTAGCAAAGA CCCCGAATTT 
TTGAAACACT ACAAAGAAAC TAATGAAGAA TATAGGCCAT TTGGATGGAT GGATCTCCGA 
TTTTGTAAGG ACACCTATGC AAATTTCAAT ATAAGTGTTT GTCCTACAGT GCAAGGTTTT 
CAGAATAATT TCCATGTTCA TTTCCTGGAA ACCGAAATTA GGTCAAGTGT TAATCACGAT 
ATTTTGTTAA AAAGCAAGGT ATTCGATATT GATGGGGATA TTGGATATCC ATTGGGTTGG 
AATAGCAAAG CTATATGGAT AATTAACATG AAGTCAGAAC AATTAGAGGC GTTTCTGCTA 
CGTGAGCATA TAACTTTAGT TGCAGATACG CTTTCAGACT TTTCCGCTGG TGATCCTACG 
CCTTACGAAC TTTTTAGACC ATTCGTATAC AAAGTCAATT GGGAAATGGA AGGATATTCC 
ATTTACTTAA ACGTCAATGA TCACAATATT GTTAACAATC CGTTAGATTT TAACGAAAAC 
TGTTATTTAT CCCTTCATGG TGATAAGCTT TCAATTGATG TCACGGTACC CCGTGAGAGT 
ATTTTGGGGA CATACACAGA TATGTCCTAC GAGATCTCAA CTCCAATGTT CAGAATGATG 
TTAAATACCC CCCCTTGGAA TACATTGAAC GAATTCATGA AACATAAAGA AGTGGGGAGA 
GCATACGACT TTACAATTAA AGGTTCTTAC CTTCTCTATT CCGAGTTAGA TATTGATAAT 
GTCGATACGC TAGTCATAGA GTGTAACAGC AAGAGTACAG TACTTCACTG CTATGGGTTT 
GTCATGAGGT ATTTAACAAA CGTAAAGATG AATTACTTCG GTGAATTTTT TAATTTTGTG 
ACGTCAGAAG AGTACACAGG TGTCCTTGGC GCTAGGGAAG TCGGAGATGT CACTACGAAA 
AGCTCGGTGG CAGATTTGGC ATCTACTGTA GATTCAGGGT ACCAAAATAG CAGTCTAAAG 
AACGAATCTG AGGATAAAGG TCCTATGAAA AGGTCAGATT TGAAAAGGAC TACCAACGAA 
ACTGATATTT GGTTCACATT TTCGGTTTGG GATGGTGCTC TGATATTACC AGAAACGATT 
TACAGTTTTG ATCCATGCAT TGCACTACAT TTTGCCGAAC TTGTAGTGGA TTTCAGAAGT 
TGTAATTATT ATATGGACAT AATGGCGGTT CTCAACGGGA CTTCAATAAA GCGGCACGTT 
TCAAAACAAA TAAATGAAGT ATTTGATTTT ATACGTCGTA ATAACGGAGC TGATGAGCAA 
GAGCACGGAT TGCTTTCGGA CCTCACCATT CATGGACATA GAATGTATGG ATTACCACCC 
ACAGAACCTA CCTACTTTTG TCAATGGGAT ATCAATCTCG GAGATTTATG CATTGATTCA 
GATATTGAAT TTATAAAGGG ATTCTTTAAT TCCTTTTATA AGATAGGTTT TGGCTACAAT 
GACTTGGAAA ATATATTATT ATATGACACT GAGACCATTA ATGATATGAC CTCGCTAACC 
GTGCACGTTG AAAAAATAAG AATAGGCCTT AAAGATCCGG TGATGAAATC TCAATCAGTT 
ATTAGTGCTG AATCGATATT GTTTACTTTG ATCGACTTTG AAAACGAAAA ATATTCACAA 
AGAATAGACG TGAAAATTCC AAAATTGACA ATTTCGTTAA ATTGCGTGAT GGGCGATGGC 
GTAGACACAT CATTTCTCAA ATTCGAAACA AAATTAAGAT TTACAAACTT TGAGCAATAC 
AAGGATATCG ATAAAAAAAG ATCAGAACAA CGCAGATATA TAACAATACA CGATTCACCC 
TATCATAGGT GTCCTTTTCT TCTTCCGCTG TTCTATCAGG ATTCGGATAC ATACCAAAAC 
CTGTACGGGG CTATAGCACC ATCTTCGTCT ATCCCAACTT TACCTCTTCC CACTTTGCCT 
GATACTATAG ATTATATCAT TGAAGATATT GTGGGCGAGT ATGCTACCCT TCTGGAGACC 
ACAAATCCAT TCAAGAACAT ATTCGCAGAA ACTCCATCAA CTATGGAGCC TTCAAGAGCC 
AGCTTCAGTG AAGATGATAA TGACGAAGAA GCGGACCCTT CAAGCTTCAA ACCTGTCGCT 
TTTACAGAAG ACAGAAACCA CGAAAGGGAT AACTATGTTG TTGATGTTTC ATATATTCTG 
TTGGATGTCG ACCCGTTGCT TTTTATTTTC GCTAAGAGTT TATTAGAACA GCTTTACTCT 
GAAAACATGG TACAAGTCTT AGACGATATT GAAATTGGGA TTGTGAAACG ATTAAGCAAC 
CTTCAAGAAG GGATCACTTC TATTTCAAAC ATTGATATCC ATATTGCTTA TCTAAATTTA 
ATCTGGCAAG AGACAGGTGA GGAAGGTTTT GAGCTCTATT TAGATCGTAT TGATTATCAA 
ATGAGTGAAA AGTCTCTAGA GAAGAACCGA ACAAATAAAT TATTAGAAGT AGCAGCTTTA 
GCAAAGGTAA AAACTGTCAG AGTGACTGTT AACCAGAAGA AAAATCCAGA CTTGTCTGAA 
GATCGTCCCC CTGCACTGTC GCTAGGGATT GAGGGTTTCG AAGTATGGTC TTCTACAGAA 
GATAGACAAG TTAACTCATT AAACTTAACG TCATCAGATA TTACCATAGA CGAATCTCAA 
ATGGAATGGC TGTTTGAGTA CTGTAGTGAC CAGGGAAATC TTATTCAAGA GGTTTGCACT 
TCTTTTAATT CTATTCAGAA CACCAGAAGT AATTCAAAGA CAGAACTCAT TTCAAAGCTC 
ACAGCCGCAA GCGAATATTA TCAAATTAGT CATGATCCTT ACGTCATAAC AAAACCTGCT 
TTTATTATGA GACTTTCCAA AGGGCATGTG CGTGAGAATC GTAGTTGGAA AATTATTACG 
CGTCTGAGAC ACATTTTAAC GTACCTTCCT GATGATTGGC AAAGCAACAT CGACGAAGTG 
CTAAAAGAAA AGAAATATAC CTCTGCTAAA GATGCAAAAA ATATCTTCAT GTCTGTGTTT 
TCGACTTGGA GAAATTGGGA GTTCTCAGAT GTTGCAAGGT CGTATATATA CGGCAAATTA 
TTCACGGCAG AAAATGAGAA ACATAAACAA AATTTGATTA AAAAATTGTT GAAGTGTACC 
ATGGGATCAT TTTACCTTAC TGTTTATGGT GAGGGATATG AGGTTGAGCA TAATTTTGTT 
GTTGCGGATG CCAATCTGGT AGTGGATTTG ACGCCTCCGG TGACAAGCTT ACCTTCAAAT 
CGAGAAGAAA CTATTGAAAT TACGGGAAGA GTAGGCTCAG TAAAAGGAAA ATTCAGTGAT 
AGGTTACTTA AATTGCAAGA TCTTATTCCA CTCATTGCAG CAGTGGGCGA AGATGACAAA 
AGTGATCCAA AAAAGGAGTT ATCAAAGCAA TTCAAAATGA ACACCGTTTT ATTAGTGGAT 
AAAAGTGAAC TGCAACTGGT CATGGACCAA ACGAAGCTGA TGAGTAGAAC AGTTGGGGGT 
AGAGTTAGTT TACTATGGGA AAATCTAAAA GATTCAACTA GTCAAGCGGG TTCATTGGTT 
ATATTTTCCC AGAAATCGGA AGTGTGGTTA AAACACACAT CTGTCATTTT GGGAGAAGCT 
CAACTGCGCG ACTTTTCAGT TTTAGCGACT ACTGAGGCAT GGTCACACAA GCCTACGATT 
CTGATAAACA ACCAGTGCGC AGATCTTCAT TTTAGAGCAA TGAGTTCAAC TGAGCAATTA 
GTAACCGCTA TTACTGAAAT TAGGGAAAGT CTGATGATGA TTAAAGAGCG CATAAAGTTT 
AAACCTAAAT CAAAGAAAAA GTCCCAATTT GTCGACCAGA AAATTAATAC AGTCTTGTCA 
TGTTATTTTT CAAACGTTAG TTCTGAAGTT ATGCCGCTCT CGCCATTTTA TATTCGTCAC 
GAAGCCAAGC AGCTTGATAT ATATTTTAAC AAATTCGGTT CAAATGAGAT TTTGTTAAGC 
ATATGGGATA CTGATTTTTT CATGACATCG CACCAGACAA AGGAGCAATA CCTAAGGTTT 
TCATTTGGCG ATATTGAAAT TAAAGGAGGA ATTTCTAGAG AAGGCTATTC GTTGATAAAC 
GTTGACATCT CAATATCTAT GATTAAGTTA ACCTTTTCGG AGCCGCGCCG TATTGTAAAC 
AGTTTTTTAC AAGATGAAAA GCTTGCTTCT CAGGGTATCA ATCTGTTATA TTCCCTGAAG 
CCTTTATTCT TTAGTTCAAA TCTACCAAAA AAAGAGAAGC AGGCACCCTC GATAATGATA 
AATTGGACAT TAGATACTAG CATTACTTAT TTTGGTGTTC TTGTGCCAGT GGCTTCCACG 
TATTTCGTGT TTGAATTACA TATGCTGCTA CTTTCTCTGA CCAATACGAA TAACGGTATG 
TTACCAGAAG AAACCAAGGT GACGGGACAG TTTTCCATCG AAAACATCCT ATTTCTAATA 
AAGGAGCGGT CACTACCCAT TGGTCTTTCC AAATTACTCG ACTTTTCCAT AAAAGTATCA 
ACCCTACAAA GAACGGTTGA TACGGAGCAG TCATTCCAAG TGGAAAGTTC TCATTTCAGG 
GTCTGCTTAT CTCCTGATTC TCTATTAAGA TTAATGTGGG GCGCGCATAA ATTGCTAGAC 
TTGAGCCATT ACTATTCAAG ACGCCATGCC CCTAATATTT GGAACACTAA GATGTTCACC 
GGTAAAAGTG ATAAGTCAAA AGAAATGCCC ATAAATTTCC GTTCAATACA CATCCTGTCC 
TATAAATTTT GTATTGGGTG GATATTCCAG TATGGAGCAG GCTCCAATCC TGGGTTAATG 
TTAGGTTATA ACAGATTGTT TTCAGCATAT GAAAAGGATT TTGGGAAATT CACAGTTGTG 
GACGCTTTTT TCTCTGTTGC GAATGGTAAT ACCTCAAGCA CTTTTTTCTC TGAAGGAAAC 
GAGAAAGACA AATATAATAG AAGTTTCTTG CCAAACATGC AAATATCCTA CTGGTTCAAA 
AGATGTGGTG AGTTGAAAGA TTGGTTTTTT AGATTTCATG GTGAAGCACT GGATGTAAAC 
TTTGTCCCGT CATTCATGGA TGTCATTGAG TCTACTTTAC AATCCATGCG AGCATTTCAA 
GAGCTGAAAA AGAACATTCT GGATGTGTCC GAGAGTTTGC GTGCGGAAAA TGATAATTCT 
TATGCTAGTA CCAGTGTCGA AAGTGCTTCG AGTAGTTTGG CTCCCTTTCT CGATAACATT 
AGATCTGTTA ACTCAAATTT CAAGTATGAC GGTGGTGTAT TTAGGGTTTA CACGTACGAA 
GATATTGAAA CCAAGAGTGA GCCATCTTTT GAAATAAAAA GTCCAGTAGT CACTATAAAC 
TGTACATATA AACATGATGA AGATAAAGTT AAGCCACATA AATTCAGAAC ATTAATCACT 
GTCGACCCAA CGCATAATAC TTTGTATGCG GGATGTGCTC CTTTATTAAT GGAATTTTCT 
GAAAGTCTGC AAAAGATGAT AAAGAAACAT AGCACCGACG AAAAACCAAA CTTTACAAAA 
CCTTCTTCAC AGAATGTTGA TTATAAGCGA CTTTTGGATC AATTTGATGT GGCTGTAAAA 
CTAACATCAG CCAAGCAACA GCTAAGTTTG AGCTGTGAAC CAAAAGCTAA GGTTCAGGCA 
GATGTTGGAT TTGAATCGTT TTTGTTCAGT ATGGCTACCA ATGAGTTCGA CTCTGAACAG 
CCTTTGGAGT TTTCTTTAAC TCTAGAACAC ACAAAAGCGT CCATTAAGCA CATATTTTCA 
AGAGAAGTAA GTACGTCCTT TGAAGTTGGT TTCATGGACT TGACGCTTTT ATTTACACAT 
CCTGATGTAA TCAGTATGTA TGGAACGGGG TTGGTTTCTG ATCTAAGCGT CTTCTTCAAT 
GTAAAGCAGC TCCAGAACCT GTATTTATTC TTGGACATAT GGAGGTTCAG TAGCATTTTA 
CACACACGGC CAGTGCAAAG AACTGTTAAT AAGGAAATTG AAATGAGTTC ATTAACATCA 
ACCAACTATG CCGATGCAGG TACGGAAATA CCCTGGTGCT TTACATTAAT TTTTACAAAT 
GTTAGCGGAG ACGTTGATTT GGGTCCTTCT CTCGGTATGA TTTCATTAAG GACACAAAGA 
ACATGGCTGG CCACAGATCA TTATAACGAG AAGCGGCAGT TACTGCATGC TTTCACTGAC 
GGTATTAGCT TGACATCAGA AGGTAGACTG AGTGGTTTAT TTGAAGTTGC GAATGCAAGT 
TGGTTATCAG AAGTAAAATG GCCACCTGAA AAAAGCAAAA ATACTCATCC ATTAGTTTCC 
ACCTCCCTGA ATATTGATGA TATAGCGGTA AAGGCTGCTT TTGATTATCA TATGTTCTTA 
ATCGGCACTA TAAGTAACAT ACACTTCCAT CTTCATAATG AAAAGGATGC CAAGGGGGTT 
CTACCTGATT TGCTGCAGGT CTCTTTTTCA TCAGATGAAA TTATCCTCAG CTCTACTGCA 
TTAGTTGTAG CAAATATACT GGATATCTAC AACACCATTG TACGTATGAG GCAGGATAAT 
AAAATATCGT ATATGGAGAC GTTGAGAGAT TCCAATCCTG GTGAATCTAG GCAACCAATA 
TTATACAAAG ACATTTTAAG ATCGCTGAAA TTACTCAGAA CTGATCTCTC GGTGAATATC 
TCCTCTTCAA AGGTCCAGAT TTCGCCAATA TCTTTATTCG ATGTGGAAGT GTTAGTAATA 
AGAATTGACA AAGTCTCTAT ACGTTCCGAA ACACATTCGG GGAAAAAATT AAAGACAGAT 
TTGCAACTAC AAGTTTTAGA TGTTTCTGCA GCGCTTTCTA CTTCCAAAGA AGAATTAGAT 
GAGGAAGTTG GAGCTTCCAT TGCTATTGAT GATTACATGC ATTATGCTTC CAAGATTGTC 
GGTGGTACTA TCATTGATAT TCCAAAACTT GCTGTTCATA TGACAACTTT ACAAGAAGAA 
AAGACAAATA ATTTAGAATA TCTATTTGCT TGCTCTTTTT CAGACAAAAT ATCTGTAAGG 
TGGAATCTAG GGCCTGTAGA CTTCATAAAG GAAATGTGGA CTACACATGT CAAAGCACTG 
GCAGTTCGTC GATCCCAGGT AGCAAATATT TCCTTTGGAC AAACTGAGGA AGAACTTGAA 
GAATCAATTA AAAAGGAAGA AGCCGCTTCA AAGTTTAATT ATATTGCACT AGAAGAACCG 
CAGATCGAAG TGCCTCAGAT AAGAGATCTG GGAGACGCCA CTCCACCTAT GGAATGGTTT 
GGTGTCAATA GAAAAAAATT TCCGAAATTC ACTCACCAAA CCGCAGTTAT CCCCGTCCAA 
AAGCTTGTTT ATCTTGCAGA AAAGCAGTAT GTCAAGATAC TAGATGATAC GCATTAA

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

RefSeq	NP_013188.1
CDS	1..8877
Translation	MEAISQLRGVPLTHQKDFSWVFLVDWILTVVVCLTMIFYMGRIYAYLVSFILEWLLWKRAKIKINVETLRVSLLGGRIHFKNLSVIHKDYTISVLEGSLTWKYWLLNCRKAELIENNKSSSGKKAKLPCKISVECEGLEIFIYNRTVAYDNVINLLSKDERDKFEKYLNEHSFPEPFSDGSSADKLDEDLSESAYTTNSDASIVNDRDYQETDIGKHPKLLMFLPIELKFSRGSLLLGNKFTPSVMILSYESGKGIIDVLPPKERLDLYRNKTQMEFKNFEISIKQNIGYDDAIGLKFKIDRGKVSKLWKTFVRVFQIVTKPVVPKKTKKSAGTSDDNFYHKWKGLSLYKASAGDAKASDLDDVEFDLTNHEYAKFTSILKCPKVTIAYDVDVPGVVPHGAHPTIPDIDGPDVGNNGAPPDFALDVQIHGGSICYGPWAQRQVSHLQRVLSPVVSRTAKPIKKLPPGSRRIYTLFRMNISIMEDTTWRIPTRESSKDPEFLKHYKETNEEYRPFGWMDLRFCKDTYANFNISVCPTVQGFQNNFHVHFLETEIRSSVNHDILLKSKVFDIDGDIGYPLGWNSKAIWIINMKSEQLEAFLLREHITLVADTLSDFSAGDPTPYELFRPFVYKVNWEMEGYSIYLNVNDHNIVNNPLDFNENCYLSLHGDKLSIDVTVPRESILGTYTDMSYEISTPMFRMMLNTPPWNTLNEFMKHKEVGRAYDFTIKGSYLLYSELDIDNVDTLVIECNSKSTVLHCYGFVMRYLTNVKMNYFGEFFNFVTSEEYTGVLGAREVGDVTTKSSVADLASTVDSGYQNSSLKNESEDKGPMKRSDLKRTTNETDIWFTFSVWDGALILPETIYSFDPCIALHFAELVVDFRSCNYYMDIMAVLNGTSIKRHVSKQINEVFDFIRRNNGADEQEHGLLSDLTIHGHRMYGLPPTEPTYFCQWDINLGDLCIDSDIEFIKGFFNSFYKIGFGYNDLENILLYDTETINDMTSLTVHVEKIRIGLKDPVMKSQSVISAESILFTLIDFENEKYSQRIDVKIPKLTISLNCVMGDGVDTSFLKFETKLRFTNFEQYKDIDKKRSEQRRYITIHDSPYHRCPFLLPLFYQDSDTYQNLYGAIAPSSSIPTLPLPTLPDTIDYIIEDIVGEYATLLETTNPFKNIFAETPSTMEPSRASFSEDDNDEEADPSSFKPVAFTEDRNHERDNYVVDVSYILLDVDPLLFIFAKSLLEQLYSENMVQVLDDIEIGIVKRLSNLQEGITSISNIDIHIAYLNLIWQETGEEGFELYLDRIDYQMSEKSLEKNRTNKLLEVAALAKVKTVRVTVNQKKNPDLSEDRPPALSLGIEGFEVWSSTEDRQVNSLNLTSSDITIDESQMEWLFEYCSDQGNLIQEVCTSFNSIQNTRSNSKTELISKLTAASEYYQISHDPYVITKPAFIMRLSKGHVRENRSWKIITRLRHILTYLPDDWQSNIDEVLKEKKYTSAKDAKNIFMSVFSTWRNWEFSDVARSYIYGKLFTAENEKHKQNLIKKLLKCTMGSFYLTVYGEGYEVEHNFVVADANLVVDLTPPVTSLPSNREETIEITGRVGSVKGKFSDRLLKLQDLIPLIAAVGEDDKSDPKKELSKQFKMNTVLLVDKSELQLVMDQTKLMSRTVGGRVSLLWENLKDSTSQAGSLVIFSQKSEVWLKHTSVILGEAQLRDFSVLATTEAWSHKPTILINNQCADLHFRAMSSTEQLVTAITEIRESLMMIKERIKFKPKSKKKSQFVDQKINTVLSCYFSNVSSEVMPLSPFYIRHEAKQLDIYFNKFGSNEILLSIWDTDFFMTSHQTKEQYLRFSFGDIEIKGGISREGYSLINVDISISMIKLTFSEPRRIVNSFLQDEKLASQGINLLYSLKPLFFSSNLPKKEKQAPSIMINWTLDTSITYFGVLVPVASTYFVFELHMLLLSLTNTNNGMLPEETKVTGQFSIENILFLIKERSLPIGLSKLLDFSIKVSTLQRTVDTEQSFQVESSHFRVCLSPDSLLRLMWGAHKLLDLSHYYSRRHAPNIWNTKMFTGKSDKSKEMPINFRSIHILSYKFCIGWIFQYGAGSNPGLMLGYNRLFSAYEKDFGKFTVVDAFFSVANGNTSSTFFSEGNEKDKYNRSFLPNMQISYWFKRCGELKDWFFRFHGEALDVNFVPSFMDVIESTLQSMRAFQELKKNILDVSESLRAENDNSYASTSVESASSSLAPFLDNIRSVNSNFKYDGGVFRVYTYEDIETKSEPSFEIKSPVVTINCTYKHDEDKVKPHKFRTLITVDPTHNTLYAGCAPLLMEFSESLQKMIKKHSTDEKPNFTKPSSQNVDYKRLLDQFDVAVKLTSAKQQLSLSCEPKAKVQADVGFESFLFSMATNEFDSEQPLEFSLTLEHTKASIKHIFSREVSTSFEVGFMDLTLLFTHPDVISMYGTGLVSDLSVFFNVKQLQNLYLFLDIWRFSSILHTRPVQRTVNKEIEMSSLTSTNYADAGTEIPWCFTLIFTNVSGDVDLGPSLGMISLRTQRTWLATDHYNEKRQLLHAFTDGISLTSEGRLSGLFEVANASWLSEVKWPPEKSKNTHPLVSTSLNIDDIAVKAAFDYHMFLIGTISNIHFHLHNEKDAKGVLPDLLQVSFSSDEIILSSTALVVANILDIYNTIVRMRQDNKISYMETLRDSNPGESRQPILYKDILRSLKLLRTDLSVNISSSKVQISPISLFDVEVLVIRIDKVSIRSETHSGKKLKTDLQLQVLDVSAALSTSKEELDEEVGASIAIDDYMHYASKIVGGTIIDIPKLAVHMTTLQEEKTNNLEYLFACSFSDKISVRWNLGPVDFIKEMWTTHVKALAVRRSQVANISFGQTEEELEESIKKEEAASKFNYIALEEPQIEVPQIRDLGDATPPMEWFGVNRKKFPKFTHQTAVIPVQKLVYLAEKQYVKILDDTH

Target ORF information:

RefSeq Version	NM_001181974.1
Organism	Saccharomyces cerevisiae S288C
Definition	Saccharomyces cerevisiae S288C Csf1p (CSF1), partial mRNA.

Target ORF information:

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

NM_001181974.1

ORF Insert Sequence:

ATGGAAGCTA TTTCACAATT ACGTGGTGTT CCATTGACAC ACCAAAAGGA CTTTAGCTGG 
GTCTTTTTAG TAGATTGGAT TCTCACGGTA GTAGTATGTT TGACAATGAT ATTCTACATG 
GGAAGAATCT ATGCATACCT TGTAAGTTTT ATATTAGAAT GGCTACTATG GAAACGAGCG 
AAAATCAAGA TAAATGTTGA GACACTTCGT GTCTCCTTAC TAGGTGGTCG AATACATTTT 
AAAAACCTTT CCGTAATACA CAAAGATTAT ACAATTTCGG TATTAGAGGG TAGTTTAACA 
TGGAAATACT GGCTTTTAAA TTGCAGAAAA GCAGAATTGA TAGAGAATAA CAAGTCTTCT 
TCTGGCAAAA AAGCAAAGCT TCCCTGTAAA ATTTCCGTAG AATGTGAAGG TCTAGAAATT 
TTTATTTACA ACAGAACAGT GGCGTACGAT AATGTTATAA ACTTACTATC AAAAGATGAA 
CGCGATAAAT TTGAAAAATA CCTTAATGAG CATTCTTTTC CTGAACCTTT TAGCGATGGA 
AGTAGTGCTG ATAAATTAGA TGAAGATCTA AGCGAATCTG CATACACAAC GAACTCTGAT 
GCATCAATTG TTAATGACAG GGACTACCAA GAAACAGATA TCGGCAAACA TCCAAAGCTA 
CTGATGTTTT TACCAATTGA GCTTAAATTT AGCCGCGGTT CCCTACTGTT AGGAAACAAA 
TTCACGCCAT CTGTTATGAT TCTAAGTTAT GAAAGTGGAA AAGGCATAAT AGATGTTTTA 
CCTCCAAAAG AGCGATTAGA TTTATACAGA AATAAAACAC AGATGGAATT CAAAAACTTC 
GAAATTTCTA TCAAACAAAA TATTGGTTAC GATGATGCTA TTGGATTGAA GTTTAAAATA 
GATAGAGGGA AAGTGTCAAA GTTATGGAAA ACGTTTGTAC GAGTCTTTCA GATAGTAACC 
AAGCCTGTTG TACCGAAAAA GACTAAAAAA AGCGCAGGCA CATCAGATGA CAATTTCTAT 
CATAAATGGA AAGGTTTATC TCTTTATAAG GCTTCTGCGG GCGACGCTAA AGCAAGTGAT 
TTAGATGATG TTGAGTTCGA TTTGACGAAC CATGAATATG CTAAATTTAC ATCAATTTTA 
AAATGCCCAA AGGTCACAAT TGCATATGAC GTGGATGTTC CGGGCGTTGT GCCACATGGT 
GCACATCCGA CAATACCTGA TATTGATGGA CCAGATGTGG GCAATAACGG AGCACCTCCA 
GATTTTGCTT TAGATGTTCA AATTCACGGA GGATCCATCT GTTACGGACC TTGGGCTCAA 
AGACAAGTCA GTCATCTACA AAGAGTTCTA TCACCGGTAG TTTCAAGGAC AGCCAAACCT 
ATAAAAAAAC TCCCGCCAGG TTCTAGAAGA ATATATACAC TTTTCAGGAT GAATATATCA 
ATAATGGAAG ATACTACTTG GCGTATACCG ACGAGGGAAA GTAGCAAAGA CCCCGAATTT 
TTGAAACACT ACAAAGAAAC TAATGAAGAA TATAGGCCAT TTGGATGGAT GGATCTCCGA 
TTTTGTAAGG ACACCTATGC AAATTTCAAT ATAAGTGTTT GTCCTACAGT GCAAGGTTTT 
CAGAATAATT TCCATGTTCA TTTCCTGGAA ACCGAAATTA GGTCAAGTGT TAATCACGAT 
ATTTTGTTAA AAAGCAAGGT ATTCGATATT GATGGGGATA TTGGATATCC ATTGGGTTGG 
AATAGCAAAG CTATATGGAT AATTAACATG AAGTCAGAAC AATTAGAGGC GTTTCTGCTA 
CGTGAGCATA TAACTTTAGT TGCAGATACG CTTTCAGACT TTTCCGCTGG TGATCCTACG 
CCTTACGAAC TTTTTAGACC ATTCGTATAC AAAGTCAATT GGGAAATGGA AGGATATTCC 
ATTTACTTAA ACGTCAATGA TCACAATATT GTTAACAATC CGTTAGATTT TAACGAAAAC 
TGTTATTTAT CCCTTCATGG TGATAAGCTT TCAATTGATG TCACGGTACC CCGTGAGAGT 
ATTTTGGGGA CATACACAGA TATGTCCTAC GAGATCTCAA CTCCAATGTT CAGAATGATG 
TTAAATACCC CCCCTTGGAA TACATTGAAC GAATTCATGA AACATAAAGA AGTGGGGAGA 
GCATACGACT TTACAATTAA AGGTTCTTAC CTTCTCTATT CCGAGTTAGA TATTGATAAT 
GTCGATACGC TAGTCATAGA GTGTAACAGC AAGAGTACAG TACTTCACTG CTATGGGTTT 
GTCATGAGGT ATTTAACAAA CGTAAAGATG AATTACTTCG GTGAATTTTT TAATTTTGTG 
ACGTCAGAAG AGTACACAGG TGTCCTTGGC GCTAGGGAAG TCGGAGATGT CACTACGAAA 
AGCTCGGTGG CAGATTTGGC ATCTACTGTA GATTCAGGGT ACCAAAATAG CAGTCTAAAG 
AACGAATCTG AGGATAAAGG TCCTATGAAA AGGTCAGATT TGAAAAGGAC TACCAACGAA 
ACTGATATTT GGTTCACATT TTCGGTTTGG GATGGTGCTC TGATATTACC AGAAACGATT 
TACAGTTTTG ATCCATGCAT TGCACTACAT TTTGCCGAAC TTGTAGTGGA TTTCAGAAGT 
TGTAATTATT ATATGGACAT AATGGCGGTT CTCAACGGGA CTTCAATAAA GCGGCACGTT 
TCAAAACAAA TAAATGAAGT ATTTGATTTT ATACGTCGTA ATAACGGAGC TGATGAGCAA 
GAGCACGGAT TGCTTTCGGA CCTCACCATT CATGGACATA GAATGTATGG ATTACCACCC 
ACAGAACCTA CCTACTTTTG TCAATGGGAT ATCAATCTCG GAGATTTATG CATTGATTCA 
GATATTGAAT TTATAAAGGG ATTCTTTAAT TCCTTTTATA AGATAGGTTT TGGCTACAAT 
GACTTGGAAA ATATATTATT ATATGACACT GAGACCATTA ATGATATGAC CTCGCTAACC 
GTGCACGTTG AAAAAATAAG AATAGGCCTT AAAGATCCGG TGATGAAATC TCAATCAGTT 
ATTAGTGCTG AATCGATATT GTTTACTTTG ATCGACTTTG AAAACGAAAA ATATTCACAA 
AGAATAGACG TGAAAATTCC AAAATTGACA ATTTCGTTAA ATTGCGTGAT GGGCGATGGC 
GTAGACACAT CATTTCTCAA ATTCGAAACA AAATTAAGAT TTACAAACTT TGAGCAATAC 
AAGGATATCG ATAAAAAAAG ATCAGAACAA CGCAGATATA TAACAATACA CGATTCACCC 
TATCATAGGT GTCCTTTTCT TCTTCCGCTG TTCTATCAGG ATTCGGATAC ATACCAAAAC 
CTGTACGGGG CTATAGCACC ATCTTCGTCT ATCCCAACTT TACCTCTTCC CACTTTGCCT 
GATACTATAG ATTATATCAT TGAAGATATT GTGGGCGAGT ATGCTACCCT TCTGGAGACC 
ACAAATCCAT TCAAGAACAT ATTCGCAGAA ACTCCATCAA CTATGGAGCC TTCAAGAGCC 
AGCTTCAGTG AAGATGATAA TGACGAAGAA GCGGACCCTT CAAGCTTCAA ACCTGTCGCT 
TTTACAGAAG ACAGAAACCA CGAAAGGGAT AACTATGTTG TTGATGTTTC ATATATTCTG 
TTGGATGTCG ACCCGTTGCT TTTTATTTTC GCTAAGAGTT TATTAGAACA GCTTTACTCT 
GAAAACATGG TACAAGTCTT AGACGATATT GAAATTGGGA TTGTGAAACG ATTAAGCAAC 
CTTCAAGAAG GGATCACTTC TATTTCAAAC ATTGATATCC ATATTGCTTA TCTAAATTTA 
ATCTGGCAAG AGACAGGTGA GGAAGGTTTT GAGCTCTATT TAGATCGTAT TGATTATCAA 
ATGAGTGAAA AGTCTCTAGA GAAGAACCGA ACAAATAAAT TATTAGAAGT AGCAGCTTTA 
GCAAAGGTAA AAACTGTCAG AGTGACTGTT AACCAGAAGA AAAATCCAGA CTTGTCTGAA 
GATCGTCCCC CTGCACTGTC GCTAGGGATT GAGGGTTTCG AAGTATGGTC TTCTACAGAA 
GATAGACAAG TTAACTCATT AAACTTAACG TCATCAGATA TTACCATAGA CGAATCTCAA 
ATGGAATGGC TGTTTGAGTA CTGTAGTGAC CAGGGAAATC TTATTCAAGA GGTTTGCACT 
TCTTTTAATT CTATTCAGAA CACCAGAAGT AATTCAAAGA CAGAACTCAT TTCAAAGCTC 
ACAGCCGCAA GCGAATATTA TCAAATTAGT CATGATCCTT ACGTCATAAC AAAACCTGCT 
TTTATTATGA GACTTTCCAA AGGGCATGTG CGTGAGAATC GTAGTTGGAA AATTATTACG 
CGTCTGAGAC ACATTTTAAC GTACCTTCCT GATGATTGGC AAAGCAACAT CGACGAAGTG 
CTAAAAGAAA AGAAATATAC CTCTGCTAAA GATGCAAAAA ATATCTTCAT GTCTGTGTTT 
TCGACTTGGA GAAATTGGGA GTTCTCAGAT GTTGCAAGGT CGTATATATA CGGCAAATTA 
TTCACGGCAG AAAATGAGAA ACATAAACAA AATTTGATTA AAAAATTGTT GAAGTGTACC 
ATGGGATCAT TTTACCTTAC TGTTTATGGT GAGGGATATG AGGTTGAGCA TAATTTTGTT 
GTTGCGGATG CCAATCTGGT AGTGGATTTG ACGCCTCCGG TGACAAGCTT ACCTTCAAAT 
CGAGAAGAAA CTATTGAAAT TACGGGAAGA GTAGGCTCAG TAAAAGGAAA ATTCAGTGAT 
AGGTTACTTA AATTGCAAGA TCTTATTCCA CTCATTGCAG CAGTGGGCGA AGATGACAAA 
AGTGATCCAA AAAAGGAGTT ATCAAAGCAA TTCAAAATGA ACACCGTTTT ATTAGTGGAT 
AAAAGTGAAC TGCAACTGGT CATGGACCAA ACGAAGCTGA TGAGTAGAAC AGTTGGGGGT 
AGAGTTAGTT TACTATGGGA AAATCTAAAA GATTCAACTA GTCAAGCGGG TTCATTGGTT 
ATATTTTCCC AGAAATCGGA AGTGTGGTTA AAACACACAT CTGTCATTTT GGGAGAAGCT 
CAACTGCGCG ACTTTTCAGT TTTAGCGACT ACTGAGGCAT GGTCACACAA GCCTACGATT 
CTGATAAACA ACCAGTGCGC AGATCTTCAT TTTAGAGCAA TGAGTTCAAC TGAGCAATTA 
GTAACCGCTA TTACTGAAAT TAGGGAAAGT CTGATGATGA TTAAAGAGCG CATAAAGTTT 
AAACCTAAAT CAAAGAAAAA GTCCCAATTT GTCGACCAGA AAATTAATAC AGTCTTGTCA 
TGTTATTTTT CAAACGTTAG TTCTGAAGTT ATGCCGCTCT CGCCATTTTA TATTCGTCAC 
GAAGCCAAGC AGCTTGATAT ATATTTTAAC AAATTCGGTT CAAATGAGAT TTTGTTAAGC 
ATATGGGATA CTGATTTTTT CATGACATCG CACCAGACAA AGGAGCAATA CCTAAGGTTT 
TCATTTGGCG ATATTGAAAT TAAAGGAGGA ATTTCTAGAG AAGGCTATTC GTTGATAAAC 
GTTGACATCT CAATATCTAT GATTAAGTTA ACCTTTTCGG AGCCGCGCCG TATTGTAAAC 
AGTTTTTTAC AAGATGAAAA GCTTGCTTCT CAGGGTATCA ATCTGTTATA TTCCCTGAAG 
CCTTTATTCT TTAGTTCAAA TCTACCAAAA AAAGAGAAGC AGGCACCCTC GATAATGATA 
AATTGGACAT TAGATACTAG CATTACTTAT TTTGGTGTTC TTGTGCCAGT GGCTTCCACG 
TATTTCGTGT TTGAATTACA TATGCTGCTA CTTTCTCTGA CCAATACGAA TAACGGTATG 
TTACCAGAAG AAACCAAGGT GACGGGACAG TTTTCCATCG AAAACATCCT ATTTCTAATA 
AAGGAGCGGT CACTACCCAT TGGTCTTTCC AAATTACTCG ACTTTTCCAT AAAAGTATCA 
ACCCTACAAA GAACGGTTGA TACGGAGCAG TCATTCCAAG TGGAAAGTTC TCATTTCAGG 
GTCTGCTTAT CTCCTGATTC TCTATTAAGA TTAATGTGGG GCGCGCATAA ATTGCTAGAC 
TTGAGCCATT ACTATTCAAG ACGCCATGCC CCTAATATTT GGAACACTAA GATGTTCACC 
GGTAAAAGTG ATAAGTCAAA AGAAATGCCC ATAAATTTCC GTTCAATACA CATCCTGTCC 
TATAAATTTT GTATTGGGTG GATATTCCAG TATGGAGCAG GCTCCAATCC TGGGTTAATG 
TTAGGTTATA ACAGATTGTT TTCAGCATAT GAAAAGGATT TTGGGAAATT CACAGTTGTG 
GACGCTTTTT TCTCTGTTGC GAATGGTAAT ACCTCAAGCA CTTTTTTCTC TGAAGGAAAC 
GAGAAAGACA AATATAATAG AAGTTTCTTG CCAAACATGC AAATATCCTA CTGGTTCAAA 
AGATGTGGTG AGTTGAAAGA TTGGTTTTTT AGATTTCATG GTGAAGCACT GGATGTAAAC 
TTTGTCCCGT CATTCATGGA TGTCATTGAG TCTACTTTAC AATCCATGCG AGCATTTCAA 
GAGCTGAAAA AGAACATTCT GGATGTGTCC GAGAGTTTGC GTGCGGAAAA TGATAATTCT 
TATGCTAGTA CCAGTGTCGA AAGTGCTTCG AGTAGTTTGG CTCCCTTTCT CGATAACATT 
AGATCTGTTA ACTCAAATTT CAAGTATGAC GGTGGTGTAT TTAGGGTTTA CACGTACGAA 
GATATTGAAA CCAAGAGTGA GCCATCTTTT GAAATAAAAA GTCCAGTAGT CACTATAAAC 
TGTACATATA AACATGATGA AGATAAAGTT AAGCCACATA AATTCAGAAC ATTAATCACT 
GTCGACCCAA CGCATAATAC TTTGTATGCG GGATGTGCTC CTTTATTAAT GGAATTTTCT 
GAAAGTCTGC AAAAGATGAT AAAGAAACAT AGCACCGACG AAAAACCAAA CTTTACAAAA 
CCTTCTTCAC AGAATGTTGA TTATAAGCGA CTTTTGGATC AATTTGATGT GGCTGTAAAA 
CTAACATCAG CCAAGCAACA GCTAAGTTTG AGCTGTGAAC CAAAAGCTAA GGTTCAGGCA 
GATGTTGGAT TTGAATCGTT TTTGTTCAGT ATGGCTACCA ATGAGTTCGA CTCTGAACAG 
CCTTTGGAGT TTTCTTTAAC TCTAGAACAC ACAAAAGCGT CCATTAAGCA CATATTTTCA 
AGAGAAGTAA GTACGTCCTT TGAAGTTGGT TTCATGGACT TGACGCTTTT ATTTACACAT 
CCTGATGTAA TCAGTATGTA TGGAACGGGG TTGGTTTCTG ATCTAAGCGT CTTCTTCAAT 
GTAAAGCAGC TCCAGAACCT GTATTTATTC TTGGACATAT GGAGGTTCAG TAGCATTTTA 
CACACACGGC CAGTGCAAAG AACTGTTAAT AAGGAAATTG AAATGAGTTC ATTAACATCA 
ACCAACTATG CCGATGCAGG TACGGAAATA CCCTGGTGCT TTACATTAAT TTTTACAAAT 
GTTAGCGGAG ACGTTGATTT GGGTCCTTCT CTCGGTATGA TTTCATTAAG GACACAAAGA 
ACATGGCTGG CCACAGATCA TTATAACGAG AAGCGGCAGT TACTGCATGC TTTCACTGAC 
GGTATTAGCT TGACATCAGA AGGTAGACTG AGTGGTTTAT TTGAAGTTGC GAATGCAAGT 
TGGTTATCAG AAGTAAAATG GCCACCTGAA AAAAGCAAAA ATACTCATCC ATTAGTTTCC 
ACCTCCCTGA ATATTGATGA TATAGCGGTA AAGGCTGCTT TTGATTATCA TATGTTCTTA 
ATCGGCACTA TAAGTAACAT ACACTTCCAT CTTCATAATG AAAAGGATGC CAAGGGGGTT 
CTACCTGATT TGCTGCAGGT CTCTTTTTCA TCAGATGAAA TTATCCTCAG CTCTACTGCA 
TTAGTTGTAG CAAATATACT GGATATCTAC AACACCATTG TACGTATGAG GCAGGATAAT 
AAAATATCGT ATATGGAGAC GTTGAGAGAT TCCAATCCTG GTGAATCTAG GCAACCAATA 
TTATACAAAG ACATTTTAAG ATCGCTGAAA TTACTCAGAA CTGATCTCTC GGTGAATATC 
TCCTCTTCAA AGGTCCAGAT TTCGCCAATA TCTTTATTCG ATGTGGAAGT GTTAGTAATA 
AGAATTGACA AAGTCTCTAT ACGTTCCGAA ACACATTCGG GGAAAAAATT AAAGACAGAT 
TTGCAACTAC AAGTTTTAGA TGTTTCTGCA GCGCTTTCTA CTTCCAAAGA AGAATTAGAT 
GAGGAAGTTG GAGCTTCCAT TGCTATTGAT GATTACATGC ATTATGCTTC CAAGATTGTC 
GGTGGTACTA TCATTGATAT TCCAAAACTT GCTGTTCATA TGACAACTTT ACAAGAAGAA 
AAGACAAATA ATTTAGAATA TCTATTTGCT TGCTCTTTTT CAGACAAAAT ATCTGTAAGG 
TGGAATCTAG GGCCTGTAGA CTTCATAAAG GAAATGTGGA CTACACATGT CAAAGCACTG 
GCAGTTCGTC GATCCCAGGT AGCAAATATT TCCTTTGGAC AAACTGAGGA AGAACTTGAA 
GAATCAATTA AAAAGGAAGA AGCCGCTTCA AAGTTTAATT ATATTGCACT AGAAGAACCG 
CAGATCGAAG TGCCTCAGAT AAGAGATCTG GGAGACGCCA CTCCACCTAT GGAATGGTTT 
GGTGTCAATA GAAAAAAATT TCCGAAATTC ACTCACCAAA CCGCAGTTAT CCCCGTCCAA 
AAGCTTGTTT ATCTTGCAGA AAAGCAGTAT GTCAAGATAC TAGATGATAC GCATTAA

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

PubMed

The nucleotide sequence of Saccharomyces cerevisiae chromosome XII.
Nature387(6632 Suppl)87-90(1997 May)
Johnston M,Hillier L,Riles L,Albermann K,Andr? B,Ansorge W,Benes V,Br?ckner M,Delius H,Dubois E,D?sterh?ft A,Entian KD,Floeth M,Goffeau A,Hebling U,Heumann K,Heuss-Neitzel D,Hilbert H,Hilger F,Kleine K,K?tter P,Louis EJ,Messenguy F,Mewes HW,Hoheisel JD

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

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オンライン注文

CSF1 cDNA ORF clone, Saccharomyces cerevisiae S288C

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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