NUM1 cDNA ORF clone, Saccharomyces cerevisiae S288C

Gene
Clones
gRNAs

Summary

Gene Symbol	NUM1
Entrez Gene ID	851727
Full Name	Num1p
Synonyms	PAC12
Gene Type	protein-coding
Organism	Saccharomyces cerevisiae S288C

mRNA and Protein(s)

mRNA	Protein	Name
NM_001180457.1	NP_010434.1	Num1p

Pathways from BioSystems

Homologies

Saccharomyces cerevisiae (baker's yeast)	NUM1	NP_010434.1
Eremothecium gossypii	AGOS_AGR043W	NP_986708.2
Kluyveromyces lactis	KLLA0D16566g	XP_453791.1

Gene Ontology
Bibliography

Related articles in PubMed

The nucleotide sequence of Saccharomyces cerevisiae chromosome IV.
Jacq C, Alt-M?rbe J, Andre B, Arnold W, Bahr A, Ballesta JP, Bargues M, Baron L, Becker A, Biteau N, Bl?cker H, Blugeon C, Boskovic J, Brandt P, Br?ckner M, Buitrago MJ, Coster F, Delaveau T, del Rey F, Dujon B, Eide LG, Garcia-Cantalejo JM, Goffeau A, Gomez-Peris A, Zaccaria P
Nature387(6632 Suppl)75-8(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?

these findings indicate that dynein activity is directly switched "on" by Num1, which induces Pac1/LIS1 removal.
Title: The dynein cortical anchor Num1 activates dynein motility by relieving Pac1/LIS1-mediated inhibition.

The yeast cell cortical protein Num1 integrates mitochondrial dynamics into cellular architecture.
Title: The yeast cell cortical protein Num1 integrates mitochondrial dynamics into cellular architecture.

Thus, our studies have revealed an additional role for Dnm1p in mitochondrial transmission through its interaction with Num1p, thereby providing a link between mitochondrial division and inheritance.
Title: Yeast mitochondrial division and distribution require the cortical num1 protein.

The following NUM1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the NUM1 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
OSi01234	NM_001180457.1 Latest version!	Saccharomyces cerevisiae S288C Num1p (NUM1), 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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5 or more Clone	50% OFF
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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)

NUM1 ( NM_001180457.1 ) cDNA ORF clone, Saccharomyces cerevisiae S288C -> NP_010434.1 Saccharomyces cerevisiae S288C Num1p (NUM1), partial mRNA.

Price & Availability↑

CloneID	OSi01234
Clone ID Related Accession (Same CDS sequence)	NM_001180457.1
Accession Version	NM_001180457.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8247bp) 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	Num1p
Comment	Comment: REVIEWED REFSEQ: This record has been curated by SGD. This record is derived from an annotated genomic sequence (NC_001136). ##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.

ATGTCCCACA ACAACAGGCA TAAAAAGAAT AACGATAAAG ACAGCTCAGC AGGGCAGTAT 
GCAAATAGCA TTGACAATTC ATTAAGCCAG GAAAGCGTCT CAACGAACGG CGTAACAAGG 
ATGGCTAACT TAAAGGCTGA TGAATGCGGC AGTGGTGATG AAGGAGATAA AACAAAGCGG 
TTTTCGATTT CAAGTATTTT GAGTAAAAGA GAGACAAAAG ACGTGCTTCC GGAATTTGCA 
GGCAGTAGTT CCCACAATGG AGTACTCACG GCGAATTCAT CAAAGGATAT GAACTTTACT 
TTGGAACTAA GCGAGAATTT GTTGGTTGAG TGTAGGAAAT TGCAATCCTC TAATGAAGCT 
AAAAATGAGC AAATCAAGTC TCTCAAGCAA ATTAAAGAGT CATTAAGTGA CAAGATTGAG 
GAGCTCACTA ACCAAAAAAA GTCCTTCATG AAAGAGTTGG ATTCAACTAA AGATTTAAAC 
TGGGATTTAG AATCTAAATT AACAAACTTG AGCATGGAAT GTAGGCAATT AAAAGAATTG 
AAGAAAAAGA CTGAAAAATC TTGGAATGAT GAAAAAGAAA GCCTGAAACT TCTGAAAACA 
GATTTGGAAA TTTTAACATT AACAAAAAAT GGCATGGAAA ATGATCTTAG CTCTCAAAAA 
CTTCATTACG ATAAAGAGAT TAGTGAATTA AAGGAAAGGA TTTTAGACTT AAATAATGAA 
AACGACAGAT TACTTATTAG TGTTTCTGAT CTAACAAGTG AAATTAATTC CTTACAGAGC 
AATAGAACTG AAAGAATAAA AATTCAAAAG CAACTTGATG ACGCCAAAGC ATCTATTTCT 
TCGTTAAAAA GAAAAGTACA AAAGAAGTAT TATCAAAAAC AGCATACTTC CGATACTACA 
GTAACATCTG ATCCTGATTC TGAGGGGACC ACTAGTGAAG AAGACATTTT TGATATAGTG 
ATCGAAATTG ACCACATGAT TGAAACAGGC CCCTCTGTCG AGGACATTTC TGAAGATCTT 
GTCAAGAAAT ACTCAGAAAA AAACAATATG ATATTGTTAT CGAATGATTC ATATAAAAAC 
TTACTACAAA AAAGTGAAAG TGCATCCAAA CCAAAAGACG ATGAATTAAT GACCAAAGAG 
GTGGCTGAAA ACCTGAATAT GATCGCGTTA CCAAATGATG ACAATTACAG CAAAAAAGAG 
TTTTCGTTAG AATCTCATAT TAAATATTTA GAAGCTTCTG GCTATAAAGT TCTTCCTCTA 
GAGGAGTTTG AGAACCTAAA CGAATCCCTA TCAAATCCAT CATATAACTA TCTCAAGGAA 
AAACTTCAGG CTTTGAAAAA GATACCCATC GATCAAAGTA CGTTTAACTT GTTAAAAGAG 
CCTACTATTG ATTTTTTACT GCCTTTAACA TCCAAAATTG ATTGCCTGAT AATACCTACC 
AAAGATTATA ATGACCTTTT TGAGAGTGTC AAGAATCCAT CAATTGAACA AATGAAAAAA 
TGCCTGGAAG CAAAGAACGA CTTACAATCG AATATTTGTA AATGGCTGGA GGAGAGAAAC 
GGCTGTAAAT GGCTAAGTAA TGATCTGTAT TTTTCAATGG TTAATAAGAT AGAAACACCT 
TCGAAACAAT ACCTGTCAGA TAAGGCAAAA GAATACGACC AAGTGCTGAT TGATACTAAA 
GCCTTAGAAG GTTTAAAGAA CCCAACGATA GACTTTCTAA GAGAAAAAGC TTCTGCATCA 
GATTATTTAT TACTCAAAAA AGAAGACTAC GTGAGCCCAT CACTGGAATA CCTAGTTGAA 
CATGCCAAGG CCACCAATCA CCATTTACTA TCGGATAGTG CATACGAAGA CCTAGTCAAG 
TGCAAGGAGA ATCCTGATAT GGAATTCTTG AAGGAGAAGT CTGCCAAACT AGGCCACACT 
GTGGTATCCA ACGAGGCATA TTCTGAATTG GAAAAGAAAC TAGAACAACC ATCACTGGAA 
TACCTAGTTG AACATGCCAA GGCGACCAAT CACCATTTAC TATCGGATAG TGCATACGAA 
GACCTAGTCA AGTGCAAGGA GAATCCTGAT ATGGAATTCT TGAAGGAGAA GTCTGCCAAA 
CTAGGCCATA CTGTGGTATC CAACGAGGCA TATTCTGAAT TGCAACGCAA ATACTCAGAA 
TTGGAGAAGG AAGTAGAACA ACCATCTCTA GCATACTTAG TTGAACACGC CAAGGCTACC 
GATCACCATT TACTATCGGA TAGTGCATAC GAAGACCTAG TCAAGTGCAA GGAGAATCCT 
GATGTGGAAT TCTTGAAGGA GAAGTCTGCT AAACTAGGCC ATACTGTGGT ATCTAGCGAG 
GAATATTCTG AATTGCAACG CAAATACTCA GAATTGGAGA AGGAAGTAGA ACAACCATCA 
CTAGCATACC TAGTCGAACA CGCCAAGGCT ACCGATCACC ATTTACTATC GGATAGTGCA 
TACGAAGAAC TAGTCAAGTG CAAGGAGAAT CCTGATATGG AATTCTTGAA GGAGAAGTCT 
GCCAAACTAG GCCACACTGT GGTATCCAAC GAGGCATATT CTGAATTGGA AAAGAAACTA 
GAACAACCAT CACTAGCATA CCTAGTCGAA CATGCCAAGG CTACCGATCA CCATCTGCTA 
TCGGATAGTG CATACGAAGA CCTAGTCAAG TGCAAGGAAA ATTCTGATGT AGAATTCTTG 
AAGGAGAAGT CTGCTAAACT AGGCCATACT GTGGTATCCA ACGAAGCATA TTCTGAATTG 
GAAAAGAAAC TAGAACAACC ATCACTAGCA TACCTAGTCG AACATGCCAA GGCTACCGAT 
CACCATCTGC TATCGGATAG TGCATACGAA GACCTAGTCA AGTGCAAGGA GAATCCTGAT 
ATGGAATTCT TGAAGGAGAA GTCTGCCAAA CTAGGCCACA CTGTGGTATC CAACGAGGCA 
TATTCTGAAT TGGAAAAGAA ACTAGAACAA CCATCACTGG AATACCTAGT TGAACATGCC 
AAGGCCACCA ATCACCATTT ACTATCGGAT AGTGCATACG AAGACCTAGT CAAGTGCAAG 
GAGAATCCTG ATATGGAATT CTTGAAGGAG AAGTCTGCCA AACTAGGCCA CACTGTGGTA 
TCCAACGAGG CATATTCTGA ATTGGAAAAG AAACTAGAAC AACCATCACT GGAATACCTA 
GTTGAACATG CCAAGGCCAC CAATCACCAT CTGCTATCGG ATAGTGCATA CGAAGAACTA 
GTCAAGTGCA AGGAAAATCC TGATGTAGAA TTCTTGAAGG AGAAGTCTGC TAAACTAGGC 
CATACTGTGG TATCCAACGA AGCATATTCT GAATTGGAAA AGAAACTAGA ACAACCATCA 
CTGGAATACC TAGTTGAACA TGCCAAGGCC ACCAATCACC ATCTGCTATC GGATAGTGCA 
TACGAAGAAC TAGTCAAGTG CAAGGAAAAT CCTGATGTAG AATTCTTGAA GGAGAAGTCT 
GCTAAACTAG GCCATACTGT GGTATCCAAC GAAGCATATT CTGAATTGGA AAAGAAACTA 
GAACAACCAT CACTAGCATA CCTAGTCGAA CATGCCAAGG CTACCGATCA CCATCTGCTA 
TCGGATAGTG CATACGAAGA CCTAGTCAAG TGCAAGGAAA ATCCTGATGT AGAATTCTTG 
AAGGAGAAGT CTGCTAAACT AGGCCATACT GTGGTATCCA ACGAAGCATA TTCTGAATTG 
GAAAAGAAAC TAGAACAACC ATCACTAGCA TACCTAGTCG AACATGCCAA GGCTACCGAT 
CACCATCTGC TATCGGATAG TGCATACGAA GACCTAGTCA AGTGCAAGGA GAATCCTGAT 
ATGGAATTCT TGAAGGAGAA GTCTGCCAAA CTAGGCCACA CTGTGGTATC CAACGAGGCA 
TATTCTGAAT TGGAAAAGAA ACTAGAACAA CCATCACTGG AATACCTAGT TGAACATGCC 
AAGGCCACCA ATCACCATCT GCTATCGGAT AGTGCATACG AAGACCTAGT CAAGTGCAAG 
GAGAATCCTG ATATGGAATT CTTGAAGGAG AAGTCTGCTA AACTGGGCCA TACTGTGGTA 
TCCAACAAGG AATATTCTGA ATTGGAAAAG AAACTAGAAC AACCATCACT GGAATACTTA 
GTCAAACATG CCGAACAAAT ACAATCAAAA ATTATATCGA TCTCGGACTT CAACACCTTA 
GCTAATCCAT CTATGGAAGA TATGGCTTCA AAATTGCAAA AGTTAGAATA CCAGATTGTT 
TCGAACGATG AGTACATTGC ATTGAAAAAT ACGATGGAAA AGCCGGACGT TGAGTTACTA 
AGATCCAAGT TGAAAGGTTA CCATATAATT GATACAACAA CGTACAATGA GCTAGTCAGC 
AATTTCAATT CTCCTACGTT GAAGTTTATT GAAGAGAAAG CCAAAAGCAA AGGTTATAGA 
TTAATAGAAC CTAATGAATA CCTTGACTTG AATAGGATAG CCACTACACC TTCTAAAGAA 
GAGATTGATA ACTTCTGCAA ACAAATTGGG TGTTACGCTT TGGACTCTAA AGAATATGAA 
AGACTAAAAA ATTCTCTGGA GAATCCCTCC AAGAAATTTA TAGAAGAAAA TGCCGCATTA 
CTTGATCTTG TGCTAGTGGA CAAAACGGAG TACCAAGCAA TGAAAGATAA TGCAAGCAAC 
AAGAAATCAC TTATTCCTTC AACCAAGGCA CTTGATTTCG TTACAATGCC TGCCCCACAG 
CTTGCTTCTG CAGAGAAGTC ATCACTACAA AAAAGAACTT TATCTGATAT TGAAAATGAG 
TTAAAGGCCT TAGGCTACGT CGCAATTCGT AAAGAAAACC TGCCAAACCT AGAGAAACCA 
ATTGTTGACA ATGCCTCCAA AAATGATGTC TTGAACCTAT GTTCGAAATT CAGTTTAGTA 
CCATTGTCTA CTGAAGAATA TGATAATATG AGAAAGGAAC ACACTAAAAT CTTAAATATT 
CTCGGTGATC CATCTATTGA TTTCCTGAAG GAAAAATGTG AAAAATATCA AATGCTCATA 
ATTAGTAAAC ATGATTACGA AGAAAAGCAA GAAGCCATTG AAAATCCAGG CTACGAATTT 
ATTTTAGAAA AAGCATCAGC ACTGGGATAT GAATTAGTTA GCGAGGTTGA GCTGGATCGC 
ATGAAACAAA TGATTGATTC ACCAGATATT GACTACATGC AAGAAAAGGC TGCCCGCAAT 
GAAATGGTGT TGTTGAGGAA CGAGGAGAAG GAAGCATTGC AAAAGAAAAT AGAATATCCC 
TCTTTAACAT TTTTAATCGA AAAGGCTGCT GGAATGAACA AAATACTTGT TGACCAAATC 
GAGTATGATG AAACTATAAG AAAATGCAAT CATCCCACTC GGATGGAGCT AGAGGAATCC 
TGTCATCACT TGAACTTGGT TTTGCTCGAC CAAAACGAGT ACTCAACTCT AAGAGAACCT 
TTGGAAAATC GAAATGTTGA AGACTTAATT AACACCTTGA GCAAACTAAA CTACATTGCA 
ATTCCTAATA CTATCTACCA AGATTTAATT GGAAAGTATG AGAATCCAAA CTTTGATTAT 
CTAAAGGATT CTTTGAACAA AATGGATTAC GTCGCAATCT CTAGACAAGA TTATGAATTG 
ATGGTTGCTA AATACGAAAA GCCACAACTG GATTATTTGA AAATTTCTTC AGAGAAAATC 
GACCACATTG TAGTGCCTCT GTCTGAGTAC AATTTAATGG TTACAAATTA TAGAAATCCC 
AGCTTGAGCT ACTTAAAAGA GAAAGCCGTT TTGAATAATC ATATTTTAAT AAAAGAAGAT 
GACTATAAAA ACATTTTAGC AGTATCAGAA CATCCGACAG TGATCCACCT CTCCGAAAAG 
GCATCTTTAT TAAATAAAGT CTTGGTAGAC AAGGATGATT TTGCGACCAT GTCACGCTCG 
ATTGAGAAAC CAACTATCGA TTTCTTATCC ACTAAGGCGC TATCAATGGG GAAAATACTA 
GTTAATGAAT CTACGCATAA AAGAAACGAG AAACTATTAT CTGAACCAGA TTCTGAATTT 
TTGACAATGA AAGCCAAGGA GCAAGGGCTA ATTATCATTT CAGAAAAGGA ATATTCTGAA 
CTGCGGGATC AAATAGATCG TCCTAGCCTA GATGTTTTGA AAGAAAAGGC CGCCATTTTT 
GATAGCATCA TAGTAGAAAA CATAGAATAC CAACAACTGG TAAACACTAC AAGTCCCTGC 
CCTCCCATTA CTTATGAAGA TTTGAAAGTA TATGCCCACC AATTCGGTAT GGAATTATGC 
CTCCAAAAAC CCAACAAACT TTCTGGAGCT GAGCGTGCAG AGCGCATTGA TGAACAATCA 
ATAAATACGA CCAGCAGTAA CTCGACCACA ACATCGAGCA TGTTTACAGA TGCACTAGAT 
GATAATATCG AAGAGCTTAA TCGTGTCGAA TTGCAGAATA ATGAAGATTA TACTGACATA 
ATCTCGAAAT CATCCACAGT GAAAGATGCT ACCATTTTCA TTCCCGCCTA TGAAAACATC 
AAGAATTCTG CTGAAAAATT AGGCTACAAA TTAGTTCCGT TCGAAAAATC AAATATCAAT 
CTGAAAAACA TTGAAGCTCC ATTATTTTCG AAGGACAACG ATGACACTAG CGTTGCCAGT 
AGCATAGATC TTGATCACTT ATCTAGAAAA GCAGAAAAAT ATGGTATGAC CCTCATTTCT 
GATCAGGAAT TTGAAGAATA TCATATACTA AAAGATAACG CGGTTAATCT GAATGGTGGC 
ATGGAAGAAA TGAATAATCC CTTGTCAGAA AATCAAAACT TAGCAGCAAA AACCACAAAC 
ACAGCGCAAG AAGGTGCCTT CCAAAACACC GTTCCCCACA ATGATATGGA CAACGAAGAA 
GTCGAATATG GGCCGGATGA TCCAACATTC ACAGTAAGGC AACTCAAGAA ACCCGCTGGC 
GATCGTAATT TGATTTTGAC TAGTAGGGAG AAAACACTGT TATCAAGAGA TGATAATATA 
ATGAGTCAAA ATGAGGCGGT TTATGGTGAC GATATATCTG ATAGCTTTGT AGATGAAAGC 
CAAGAAATCA AAAATGATGT AGACATTATT AAAACTCAAG CTATGAAATA TGGTATGTTG 
TGTATTCCTG AAAGTAATTT TGTGGGTGCA TCATATGCAA GTGCTCAAGA TATGAGCGAT 
ATAGTTGTGC TTTCCGCGTC CTATTACCAT AATCTAATGT CACCTGAAGA CATGAAATGG 
AACTGTGTTA GTAATGAAGA ATTACAAGCG GAAGTTAAAA AGCGTGGGCT CCAGATTGCA 
CTAACAACAA AGGAAGATAA GAAAGGTCAA GCCACGGCAT CCAAACATGA GTATGTGTCG 
CATAAGCTAA ACAATAAAAC ATCTACTGTG TCCACAAAGT CTGGAGCAAA AAAGGGACTT 
GCAGAAGCAG CAGCAACAAC TGCTTATGAA GATTCCGAAA GTCATCCACA AATAGAAGAG 
CAGTCTCATC GTACTAATCA TCATAAGCAC CATAAACGTC AACAGAGTCT GAATTCTAAT 
TCAACCTCAA AAACCACACA TTCATCGAGG AATACGCCAG CATCTAGACG AGATATAGTA 
GCATCATTTA TGTCACGTGC AGGATCTGCC AGTAGGACGG CATCTTTACA AACTTTAGCA 
TCATTGAACG AACCAAGCAT AATACCCGCG TTAACCCAAA CCGTCATTGG GGAATATTTG 
TTTAAGTATT ATCCACGCTT GGGACCTTTT GGATTCGAAT CACGTCATGA AAGATTCTTC 
TGGGTTCATC CATATACCTT AACTTTGTAC TGGTCCGCTT CTAATCCCAT CCTAGAGAAT 
CCTGCCAATA CCAAAACAAA AGGTGTTGCC ATTCTAGGAG TAGAAAGTGT CACAGACCCA 
AACCCATATC CAACAGGATT GTATCACAAA AGTATTGTTG TTACCACAGA AACTAGGACT 
ATTAAGTTTA CTTGTCCTAC AAGGCAAAGA CACAATATTT GGTATAATTC ATTACGTTAT 
TTACTTCAAA GGAACATGCA AGGGATAAGT TTAGAGGACA TCGCTGATGA TCCAACAGAT 
AATATGTATT CAGGAAAGAT TTTCCCATTG CCCGGCGAAA ATACAAAGAG CTCCAGTAAA 
AGACTTAGCG CATCGAGAAG GTCCGTATCT ACAAGGTCTC TAAGACATAG AGTACCACAA 
AGCCGATCAT TTGGCAATTT ACGATAG

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

RefSeq	NP_010434.1
CDS	1..8247
Translation	MSHNNRHKKNNDKDSSAGQYANSIDNSLSQESVSTNGVTRMANLKADECGSGDEGDKTKRFSISSILSKRETKDVLPEFAGSSSHNGVLTANSSKDMNFTLELSENLLVECRKLQSSNEAKNEQIKSLKQIKESLSDKIEELTNQKKSFMKELDSTKDLNWDLESKLTNLSMECRQLKELKKKTEKSWNDEKESLKLLKTDLEILTLTKNGMENDLSSQKLHYDKEISELKERILDLNNENDRLLISVSDLTSEINSLQSNRTERIKIQKQLDDAKASISSLKRKVQKKYYQKQHTSDTTVTSDPDSEGTTSEEDIFDIVIEIDHMIETGPSVEDISEDLVKKYSEKNNMILLSNDSYKNLLQKSESASKPKDDELMTKEVAENLNMIALPNDDNYSKKEFSLESHIKYLEASGYKVLPLEEFENLNESLSNPSYNYLKEKLQALKKIPIDQSTFNLLKEPTIDFLLPLTSKIDCLIIPTKDYNDLFESVKNPSIEQMKKCLEAKNDLQSNICKWLEERNGCKWLSNDLYFSMVNKIETPSKQYLSDKAKEYDQVLIDTKALEGLKNPTIDFLREKASASDYLLLKKEDYVSPSLEYLVEHAKATNHHLLSDSAYEDLVKCKENPDMEFLKEKSAKLGHTVVSNEAYSELEKKLEQPSLEYLVEHAKATNHHLLSDSAYEDLVKCKENPDMEFLKEKSAKLGHTVVSNEAYSELQRKYSELEKEVEQPSLAYLVEHAKATDHHLLSDSAYEDLVKCKENPDVEFLKEKSAKLGHTVVSSEEYSELQRKYSELEKEVEQPSLAYLVEHAKATDHHLLSDSAYEELVKCKENPDMEFLKEKSAKLGHTVVSNEAYSELEKKLEQPSLAYLVEHAKATDHHLLSDSAYEDLVKCKENSDVEFLKEKSAKLGHTVVSNEAYSELEKKLEQPSLAYLVEHAKATDHHLLSDSAYEDLVKCKENPDMEFLKEKSAKLGHTVVSNEAYSELEKKLEQPSLEYLVEHAKATNHHLLSDSAYEDLVKCKENPDMEFLKEKSAKLGHTVVSNEAYSELEKKLEQPSLEYLVEHAKATNHHLLSDSAYEELVKCKENPDVEFLKEKSAKLGHTVVSNEAYSELEKKLEQPSLEYLVEHAKATNHHLLSDSAYEELVKCKENPDVEFLKEKSAKLGHTVVSNEAYSELEKKLEQPSLAYLVEHAKATDHHLLSDSAYEDLVKCKENPDVEFLKEKSAKLGHTVVSNEAYSELEKKLEQPSLAYLVEHAKATDHHLLSDSAYEDLVKCKENPDMEFLKEKSAKLGHTVVSNEAYSELEKKLEQPSLEYLVEHAKATNHHLLSDSAYEDLVKCKENPDMEFLKEKSAKLGHTVVSNKEYSELEKKLEQPSLEYLVKHAEQIQSKIISISDFNTLANPSMEDMASKLQKLEYQIVSNDEYIALKNTMEKPDVELLRSKLKGYHIIDTTTYNELVSNFNSPTLKFIEEKAKSKGYRLIEPNEYLDLNRIATTPSKEEIDNFCKQIGCYALDSKEYERLKNSLENPSKKFIEENAALLDLVLVDKTEYQAMKDNASNKKSLIPSTKALDFVTMPAPQLASAEKSSLQKRTLSDIENELKALGYVAIRKENLPNLEKPIVDNASKNDVLNLCSKFSLVPLSTEEYDNMRKEHTKILNILGDPSIDFLKEKCEKYQMLIISKHDYEEKQEAIENPGYEFILEKASALGYELVSEVELDRMKQMIDSPDIDYMQEKAARNEMVLLRNEEKEALQKKIEYPSLTFLIEKAAGMNKILVDQIEYDETIRKCNHPTRMELEESCHHLNLVLLDQNEYSTLREPLENRNVEDLINTLSKLNYIAIPNTIYQDLIGKYENPNFDYLKDSLNKMDYVAISRQDYELMVAKYEKPQLDYLKISSEKIDHIVVPLSEYNLMVTNYRNPSLSYLKEKAVLNNHILIKEDDYKNILAVSEHPTVIHLSEKASLLNKVLVDKDDFATMSRSIEKPTIDFLSTKALSMGKILVNESTHKRNEKLLSEPDSEFLTMKAKEQGLIIISEKEYSELRDQIDRPSLDVLKEKAAIFDSIIVENIEYQQLVNTTSPCPPITYEDLKVYAHQFGMELCLQKPNKLSGAERAERIDEQSINTTSSNSTTTSSMFTDALDDNIEELNRVELQNNEDYTDIISKSSTVKDATIFIPAYENIKNSAEKLGYKLVPFEKSNINLKNIEAPLFSKDNDDTSVASSIDLDHLSRKAEKYGMTLISDQEFEEYHILKDNAVNLNGGMEEMNNPLSENQNLAAKTTNTAQEGAFQNTVPHNDMDNEEVEYGPDDPTFTVRQLKKPAGDRNLILTSREKTLLSRDDNIMSQNEAVYGDDISDSFVDESQEIKNDVDIIKTQAMKYGMLCIPESNFVGASYASAQDMSDIVVLSASYYHNLMSPEDMKWNCVSNEELQAEVKKRGLQIALTTKEDKKGQATASKHEYVSHKLNNKTSTVSTKSGAKKGLAEAAATTAYEDSESHPQIEEQSHRTNHHKHHKRQQSLNSNSTSKTTHSSRNTPASRRDIVASFMSRAGSASRTASLQTLASLNEPSIIPALTQTVIGEYLFKYYPRLGPFGFESRHERFFWVHPYTLTLYWSASNPILENPANTKTKGVAILGVESVTDPNPYPTGLYHKSIVVTTETRTIKFTCPTRQRHNIWYNSLRYLLQRNMQGISLEDIADDPTDNMYSGKIFPLPGENTKSSSKRLSASRRSVSTRSLRHRVPQSRSFGNLR

Target ORF information:

RefSeq Version	NM_001180457.1
Organism	Saccharomyces cerevisiae S288C
Definition	Saccharomyces cerevisiae S288C Num1p (NUM1), partial mRNA.

Target ORF information:

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

NM_001180457.1

ORF Insert Sequence:

ATGTCCCACA ACAACAGGCA TAAAAAGAAT AACGATAAAG ACAGCTCAGC AGGGCAGTAT 
GCAAATAGCA TTGACAATTC ATTAAGCCAG GAAAGCGTCT CAACGAACGG CGTAACAAGG 
ATGGCTAACT TAAAGGCTGA TGAATGCGGC AGTGGTGATG AAGGAGATAA AACAAAGCGG 
TTTTCGATTT CAAGTATTTT GAGTAAAAGA GAGACAAAAG ACGTGCTTCC GGAATTTGCA 
GGCAGTAGTT CCCACAATGG AGTACTCACG GCGAATTCAT CAAAGGATAT GAACTTTACT 
TTGGAACTAA GCGAGAATTT GTTGGTTGAG TGTAGGAAAT TGCAATCCTC TAATGAAGCT 
AAAAATGAGC AAATCAAGTC TCTCAAGCAA ATTAAAGAGT CATTAAGTGA CAAGATTGAG 
GAGCTCACTA ACCAAAAAAA GTCCTTCATG AAAGAGTTGG ATTCAACTAA AGATTTAAAC 
TGGGATTTAG AATCTAAATT AACAAACTTG AGCATGGAAT GTAGGCAATT AAAAGAATTG 
AAGAAAAAGA CTGAAAAATC TTGGAATGAT GAAAAAGAAA GCCTGAAACT TCTGAAAACA 
GATTTGGAAA TTTTAACATT AACAAAAAAT GGCATGGAAA ATGATCTTAG CTCTCAAAAA 
CTTCATTACG ATAAAGAGAT TAGTGAATTA AAGGAAAGGA TTTTAGACTT AAATAATGAA 
AACGACAGAT TACTTATTAG TGTTTCTGAT CTAACAAGTG AAATTAATTC CTTACAGAGC 
AATAGAACTG AAAGAATAAA AATTCAAAAG CAACTTGATG ACGCCAAAGC ATCTATTTCT 
TCGTTAAAAA GAAAAGTACA AAAGAAGTAT TATCAAAAAC AGCATACTTC CGATACTACA 
GTAACATCTG ATCCTGATTC TGAGGGGACC ACTAGTGAAG AAGACATTTT TGATATAGTG 
ATCGAAATTG ACCACATGAT TGAAACAGGC CCCTCTGTCG AGGACATTTC TGAAGATCTT 
GTCAAGAAAT ACTCAGAAAA AAACAATATG ATATTGTTAT CGAATGATTC ATATAAAAAC 
TTACTACAAA AAAGTGAAAG TGCATCCAAA CCAAAAGACG ATGAATTAAT GACCAAAGAG 
GTGGCTGAAA ACCTGAATAT GATCGCGTTA CCAAATGATG ACAATTACAG CAAAAAAGAG 
TTTTCGTTAG AATCTCATAT TAAATATTTA GAAGCTTCTG GCTATAAAGT TCTTCCTCTA 
GAGGAGTTTG AGAACCTAAA CGAATCCCTA TCAAATCCAT CATATAACTA TCTCAAGGAA 
AAACTTCAGG CTTTGAAAAA GATACCCATC GATCAAAGTA CGTTTAACTT GTTAAAAGAG 
CCTACTATTG ATTTTTTACT GCCTTTAACA TCCAAAATTG ATTGCCTGAT AATACCTACC 
AAAGATTATA ATGACCTTTT TGAGAGTGTC AAGAATCCAT CAATTGAACA AATGAAAAAA 
TGCCTGGAAG CAAAGAACGA CTTACAATCG AATATTTGTA AATGGCTGGA GGAGAGAAAC 
GGCTGTAAAT GGCTAAGTAA TGATCTGTAT TTTTCAATGG TTAATAAGAT AGAAACACCT 
TCGAAACAAT ACCTGTCAGA TAAGGCAAAA GAATACGACC AAGTGCTGAT TGATACTAAA 
GCCTTAGAAG GTTTAAAGAA CCCAACGATA GACTTTCTAA GAGAAAAAGC TTCTGCATCA 
GATTATTTAT TACTCAAAAA AGAAGACTAC GTGAGCCCAT CACTGGAATA CCTAGTTGAA 
CATGCCAAGG CCACCAATCA CCATTTACTA TCGGATAGTG CATACGAAGA CCTAGTCAAG 
TGCAAGGAGA ATCCTGATAT GGAATTCTTG AAGGAGAAGT CTGCCAAACT AGGCCACACT 
GTGGTATCCA ACGAGGCATA TTCTGAATTG GAAAAGAAAC TAGAACAACC ATCACTGGAA 
TACCTAGTTG AACATGCCAA GGCGACCAAT CACCATTTAC TATCGGATAG TGCATACGAA 
GACCTAGTCA AGTGCAAGGA GAATCCTGAT ATGGAATTCT TGAAGGAGAA GTCTGCCAAA 
CTAGGCCATA CTGTGGTATC CAACGAGGCA TATTCTGAAT TGCAACGCAA ATACTCAGAA 
TTGGAGAAGG AAGTAGAACA ACCATCTCTA GCATACTTAG TTGAACACGC CAAGGCTACC 
GATCACCATT TACTATCGGA TAGTGCATAC GAAGACCTAG TCAAGTGCAA GGAGAATCCT 
GATGTGGAAT TCTTGAAGGA GAAGTCTGCT AAACTAGGCC ATACTGTGGT ATCTAGCGAG 
GAATATTCTG AATTGCAACG CAAATACTCA GAATTGGAGA AGGAAGTAGA ACAACCATCA 
CTAGCATACC TAGTCGAACA CGCCAAGGCT ACCGATCACC ATTTACTATC GGATAGTGCA 
TACGAAGAAC TAGTCAAGTG CAAGGAGAAT CCTGATATGG AATTCTTGAA GGAGAAGTCT 
GCCAAACTAG GCCACACTGT GGTATCCAAC GAGGCATATT CTGAATTGGA AAAGAAACTA 
GAACAACCAT CACTAGCATA CCTAGTCGAA CATGCCAAGG CTACCGATCA CCATCTGCTA 
TCGGATAGTG CATACGAAGA CCTAGTCAAG TGCAAGGAAA ATTCTGATGT AGAATTCTTG 
AAGGAGAAGT CTGCTAAACT AGGCCATACT GTGGTATCCA ACGAAGCATA TTCTGAATTG 
GAAAAGAAAC TAGAACAACC ATCACTAGCA TACCTAGTCG AACATGCCAA GGCTACCGAT 
CACCATCTGC TATCGGATAG TGCATACGAA GACCTAGTCA AGTGCAAGGA GAATCCTGAT 
ATGGAATTCT TGAAGGAGAA GTCTGCCAAA CTAGGCCACA CTGTGGTATC CAACGAGGCA 
TATTCTGAAT TGGAAAAGAA ACTAGAACAA CCATCACTGG AATACCTAGT TGAACATGCC 
AAGGCCACCA ATCACCATTT ACTATCGGAT AGTGCATACG AAGACCTAGT CAAGTGCAAG 
GAGAATCCTG ATATGGAATT CTTGAAGGAG AAGTCTGCCA AACTAGGCCA CACTGTGGTA 
TCCAACGAGG CATATTCTGA ATTGGAAAAG AAACTAGAAC AACCATCACT GGAATACCTA 
GTTGAACATG CCAAGGCCAC CAATCACCAT CTGCTATCGG ATAGTGCATA CGAAGAACTA 
GTCAAGTGCA AGGAAAATCC TGATGTAGAA TTCTTGAAGG AGAAGTCTGC TAAACTAGGC 
CATACTGTGG TATCCAACGA AGCATATTCT GAATTGGAAA AGAAACTAGA ACAACCATCA 
CTGGAATACC TAGTTGAACA TGCCAAGGCC ACCAATCACC ATCTGCTATC GGATAGTGCA 
TACGAAGAAC TAGTCAAGTG CAAGGAAAAT CCTGATGTAG AATTCTTGAA GGAGAAGTCT 
GCTAAACTAG GCCATACTGT GGTATCCAAC GAAGCATATT CTGAATTGGA AAAGAAACTA 
GAACAACCAT CACTAGCATA CCTAGTCGAA CATGCCAAGG CTACCGATCA CCATCTGCTA 
TCGGATAGTG CATACGAAGA CCTAGTCAAG TGCAAGGAAA ATCCTGATGT AGAATTCTTG 
AAGGAGAAGT CTGCTAAACT AGGCCATACT GTGGTATCCA ACGAAGCATA TTCTGAATTG 
GAAAAGAAAC TAGAACAACC ATCACTAGCA TACCTAGTCG AACATGCCAA GGCTACCGAT 
CACCATCTGC TATCGGATAG TGCATACGAA GACCTAGTCA AGTGCAAGGA GAATCCTGAT 
ATGGAATTCT TGAAGGAGAA GTCTGCCAAA CTAGGCCACA CTGTGGTATC CAACGAGGCA 
TATTCTGAAT TGGAAAAGAA ACTAGAACAA CCATCACTGG AATACCTAGT TGAACATGCC 
AAGGCCACCA ATCACCATCT GCTATCGGAT AGTGCATACG AAGACCTAGT CAAGTGCAAG 
GAGAATCCTG ATATGGAATT CTTGAAGGAG AAGTCTGCTA AACTGGGCCA TACTGTGGTA 
TCCAACAAGG AATATTCTGA ATTGGAAAAG AAACTAGAAC AACCATCACT GGAATACTTA 
GTCAAACATG CCGAACAAAT ACAATCAAAA ATTATATCGA TCTCGGACTT CAACACCTTA 
GCTAATCCAT CTATGGAAGA TATGGCTTCA AAATTGCAAA AGTTAGAATA CCAGATTGTT 
TCGAACGATG AGTACATTGC ATTGAAAAAT ACGATGGAAA AGCCGGACGT TGAGTTACTA 
AGATCCAAGT TGAAAGGTTA CCATATAATT GATACAACAA CGTACAATGA GCTAGTCAGC 
AATTTCAATT CTCCTACGTT GAAGTTTATT GAAGAGAAAG CCAAAAGCAA AGGTTATAGA 
TTAATAGAAC CTAATGAATA CCTTGACTTG AATAGGATAG CCACTACACC TTCTAAAGAA 
GAGATTGATA ACTTCTGCAA ACAAATTGGG TGTTACGCTT TGGACTCTAA AGAATATGAA 
AGACTAAAAA ATTCTCTGGA GAATCCCTCC AAGAAATTTA TAGAAGAAAA TGCCGCATTA 
CTTGATCTTG TGCTAGTGGA CAAAACGGAG TACCAAGCAA TGAAAGATAA TGCAAGCAAC 
AAGAAATCAC TTATTCCTTC AACCAAGGCA CTTGATTTCG TTACAATGCC TGCCCCACAG 
CTTGCTTCTG CAGAGAAGTC ATCACTACAA AAAAGAACTT TATCTGATAT TGAAAATGAG 
TTAAAGGCCT TAGGCTACGT CGCAATTCGT AAAGAAAACC TGCCAAACCT AGAGAAACCA 
ATTGTTGACA ATGCCTCCAA AAATGATGTC TTGAACCTAT GTTCGAAATT CAGTTTAGTA 
CCATTGTCTA CTGAAGAATA TGATAATATG AGAAAGGAAC ACACTAAAAT CTTAAATATT 
CTCGGTGATC CATCTATTGA TTTCCTGAAG GAAAAATGTG AAAAATATCA AATGCTCATA 
ATTAGTAAAC ATGATTACGA AGAAAAGCAA GAAGCCATTG AAAATCCAGG CTACGAATTT 
ATTTTAGAAA AAGCATCAGC ACTGGGATAT GAATTAGTTA GCGAGGTTGA GCTGGATCGC 
ATGAAACAAA TGATTGATTC ACCAGATATT GACTACATGC AAGAAAAGGC TGCCCGCAAT 
GAAATGGTGT TGTTGAGGAA CGAGGAGAAG GAAGCATTGC AAAAGAAAAT AGAATATCCC 
TCTTTAACAT TTTTAATCGA AAAGGCTGCT GGAATGAACA AAATACTTGT TGACCAAATC 
GAGTATGATG AAACTATAAG AAAATGCAAT CATCCCACTC GGATGGAGCT AGAGGAATCC 
TGTCATCACT TGAACTTGGT TTTGCTCGAC CAAAACGAGT ACTCAACTCT AAGAGAACCT 
TTGGAAAATC GAAATGTTGA AGACTTAATT AACACCTTGA GCAAACTAAA CTACATTGCA 
ATTCCTAATA CTATCTACCA AGATTTAATT GGAAAGTATG AGAATCCAAA CTTTGATTAT 
CTAAAGGATT CTTTGAACAA AATGGATTAC GTCGCAATCT CTAGACAAGA TTATGAATTG 
ATGGTTGCTA AATACGAAAA GCCACAACTG GATTATTTGA AAATTTCTTC AGAGAAAATC 
GACCACATTG TAGTGCCTCT GTCTGAGTAC AATTTAATGG TTACAAATTA TAGAAATCCC 
AGCTTGAGCT ACTTAAAAGA GAAAGCCGTT TTGAATAATC ATATTTTAAT AAAAGAAGAT 
GACTATAAAA ACATTTTAGC AGTATCAGAA CATCCGACAG TGATCCACCT CTCCGAAAAG 
GCATCTTTAT TAAATAAAGT CTTGGTAGAC AAGGATGATT TTGCGACCAT GTCACGCTCG 
ATTGAGAAAC CAACTATCGA TTTCTTATCC ACTAAGGCGC TATCAATGGG GAAAATACTA 
GTTAATGAAT CTACGCATAA AAGAAACGAG AAACTATTAT CTGAACCAGA TTCTGAATTT 
TTGACAATGA AAGCCAAGGA GCAAGGGCTA ATTATCATTT CAGAAAAGGA ATATTCTGAA 
CTGCGGGATC AAATAGATCG TCCTAGCCTA GATGTTTTGA AAGAAAAGGC CGCCATTTTT 
GATAGCATCA TAGTAGAAAA CATAGAATAC CAACAACTGG TAAACACTAC AAGTCCCTGC 
CCTCCCATTA CTTATGAAGA TTTGAAAGTA TATGCCCACC AATTCGGTAT GGAATTATGC 
CTCCAAAAAC CCAACAAACT TTCTGGAGCT GAGCGTGCAG AGCGCATTGA TGAACAATCA 
ATAAATACGA CCAGCAGTAA CTCGACCACA ACATCGAGCA TGTTTACAGA TGCACTAGAT 
GATAATATCG AAGAGCTTAA TCGTGTCGAA TTGCAGAATA ATGAAGATTA TACTGACATA 
ATCTCGAAAT CATCCACAGT GAAAGATGCT ACCATTTTCA TTCCCGCCTA TGAAAACATC 
AAGAATTCTG CTGAAAAATT AGGCTACAAA TTAGTTCCGT TCGAAAAATC AAATATCAAT 
CTGAAAAACA TTGAAGCTCC ATTATTTTCG AAGGACAACG ATGACACTAG CGTTGCCAGT 
AGCATAGATC TTGATCACTT ATCTAGAAAA GCAGAAAAAT ATGGTATGAC CCTCATTTCT 
GATCAGGAAT TTGAAGAATA TCATATACTA AAAGATAACG CGGTTAATCT GAATGGTGGC 
ATGGAAGAAA TGAATAATCC CTTGTCAGAA AATCAAAACT TAGCAGCAAA AACCACAAAC 
ACAGCGCAAG AAGGTGCCTT CCAAAACACC GTTCCCCACA ATGATATGGA CAACGAAGAA 
GTCGAATATG GGCCGGATGA TCCAACATTC ACAGTAAGGC AACTCAAGAA ACCCGCTGGC 
GATCGTAATT TGATTTTGAC TAGTAGGGAG AAAACACTGT TATCAAGAGA TGATAATATA 
ATGAGTCAAA ATGAGGCGGT TTATGGTGAC GATATATCTG ATAGCTTTGT AGATGAAAGC 
CAAGAAATCA AAAATGATGT AGACATTATT AAAACTCAAG CTATGAAATA TGGTATGTTG 
TGTATTCCTG AAAGTAATTT TGTGGGTGCA TCATATGCAA GTGCTCAAGA TATGAGCGAT 
ATAGTTGTGC TTTCCGCGTC CTATTACCAT AATCTAATGT CACCTGAAGA CATGAAATGG 
AACTGTGTTA GTAATGAAGA ATTACAAGCG GAAGTTAAAA AGCGTGGGCT CCAGATTGCA 
CTAACAACAA AGGAAGATAA GAAAGGTCAA GCCACGGCAT CCAAACATGA GTATGTGTCG 
CATAAGCTAA ACAATAAAAC ATCTACTGTG TCCACAAAGT CTGGAGCAAA AAAGGGACTT 
GCAGAAGCAG CAGCAACAAC TGCTTATGAA GATTCCGAAA GTCATCCACA AATAGAAGAG 
CAGTCTCATC GTACTAATCA TCATAAGCAC CATAAACGTC AACAGAGTCT GAATTCTAAT 
TCAACCTCAA AAACCACACA TTCATCGAGG AATACGCCAG CATCTAGACG AGATATAGTA 
GCATCATTTA TGTCACGTGC AGGATCTGCC AGTAGGACGG CATCTTTACA AACTTTAGCA 
TCATTGAACG AACCAAGCAT AATACCCGCG TTAACCCAAA CCGTCATTGG GGAATATTTG 
TTTAAGTATT ATCCACGCTT GGGACCTTTT GGATTCGAAT CACGTCATGA AAGATTCTTC 
TGGGTTCATC CATATACCTT AACTTTGTAC TGGTCCGCTT CTAATCCCAT CCTAGAGAAT 
CCTGCCAATA CCAAAACAAA AGGTGTTGCC ATTCTAGGAG TAGAAAGTGT CACAGACCCA 
AACCCATATC CAACAGGATT GTATCACAAA AGTATTGTTG TTACCACAGA AACTAGGACT 
ATTAAGTTTA CTTGTCCTAC AAGGCAAAGA CACAATATTT GGTATAATTC ATTACGTTAT 
TTACTTCAAA GGAACATGCA AGGGATAAGT TTAGAGGACA TCGCTGATGA TCCAACAGAT 
AATATGTATT CAGGAAAGAT TTTCCCATTG CCCGGCGAAA ATACAAAGAG CTCCAGTAAA 
AGACTTAGCG CATCGAGAAG GTCCGTATCT ACAAGGTCTC TAAGACATAG AGTACCACAA 
AGCCGATCAT TTGGCAATTT ACGATAG

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

PubMed

The nucleotide sequence of Saccharomyces cerevisiae chromosome IV.
Nature387(6632 Suppl)75-8(1997 May)
Jacq C,Alt-M?rbe J,Andre B,Arnold W,Bahr A,Ballesta JP,Bargues M,Baron L,Becker A,Biteau N,Bl?cker H,Blugeon C,Boskovic J,Brandt P,Br?ckner M,Buitrago MJ,Coster F,Delaveau T,del Rey F,Dujon B,Eide LG,Garcia-Cantalejo JM,Goffeau A,Gomez-Peris A,Zaccaria P

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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NUM1 cDNA ORF clone, Saccharomyces cerevisiae S288C

Gene

Clones

gRNAs

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

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