BPH1 cDNA ORF clone, Saccharomyces cerevisiae S288C

Gene
Clones
gRNAs

Summary

Gene Symbol	BPH1
Entrez Gene ID	850398
Full Name	Bph1p
Gene Type	protein-coding
Organism	Saccharomyces cerevisiae S288C

mRNA and Protein(s)

mRNA	Protein	Name
NM_001178746.1	NP_009961.2	Bph1p

Pathways from BioSystems

Homologies

Saccharomyces cerevisiae (baker's yeast)	BPH1	NP_009961.2
Eremothecium gossypii	AGOS_AFR620W	NP_986167.2
Kluyveromyces lactis	KLLA0B07667g	XP_451871.1

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)

The complete DNA sequence of yeast chromosome III.
Oliver SG, van der Aart QJ, Agostoni-Carbone ML, Aigle M, Alberghina L, Alexandraki D, Antoine G, Anwar R, Ballesta JP, Benit P
Nature357(6373)38-46(1992 May)

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

associates with a membrane and is involved in protein sorting and cell wall formation
Title: Bph1p, the Saccharomyces cerevisiae homologue of CHS1/beige, functions in cell wall formation and protein sorting.

The following BPH1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BPH1 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
OSi00108	NM_001178746.1 Latest version!	Saccharomyces cerevisiae S288C Bph1p (BPH1), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	30	$1161.30 $1659.00

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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)

BPH1 ( NM_001178746.1 ) cDNA ORF clone, Saccharomyces cerevisiae S288C -> NP_009961.2 Saccharomyces cerevisiae S288C Bph1p (BPH1), partial mRNA.

Price & Availability↑

CloneID	OSi00108
Clone ID Related Accession (Same CDS sequence)	NM_001178746.1
Accession Version	NM_001178746.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6504bp) 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	Bph1p
Comment	Comment: REVIEWED REFSEQ: This record has been curated by SGD. This record is derived from an annotated genomic sequence (NC_001135). ##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.

ATGAATTCAA TTATTAATGC TGCTTCGAAA GTCTTAAGAC TCCAAGACGA TGTGAAGAAG 
GCTACTATAA TATTAGGAGA TATACTGATA TTACAACCAA TTAATCACGA AGTTGAACCA 
GATGTAGAAA ACTTGGTACA GCATGAACTA ACCAAGATAA TACAAGGTTA TCCCATACAG 
GATAATATGA TTATTAATAG CAAAAAAGGC ACAGTTGAAG ATGACTTATG CGAACTCAAT 
AACTATACCT GTTTTGCACT TTCGAAAAGC TTTGATTTAT GCCATGATAG CAGAAATTTC 
AACATAGCGC AGCCGAAACG ATGGATACAA TTATTAGAGA CATTAACTGA CTCAGTTAGT 
TTCGCAGTTA TTGTTCAAAT TATTCTCACT TTATCTAACA TTTCGCTAAT AAATAAACAA 
ACCTTGGGGA AGTTAAAAAA ACTGAGGATT CGAATTTTCG AAATACTATC AAATAAAAAC 
GATAGTTGGA AATCTACATT ACTACAGAAA AATCTTATAG AATGGTACAT TTTTATGCTT 
TCCGTGGATT GCACACCTTT AGAATTGCAA AACTTATATC TCCATAAGGA GTTGAAATTC 
TGTAACGGTA TCTTGAATTC ATTAACACTC CAAGTTTCTG ATCCTCGCTC ACAAAATTAC 
CTGCAATTTG AGAACACGTA TAAGCTTTTT CAAATACAAA AGTCATCTAG AATTAACAAC 
TCGTTCCTTT TTTACATAGA ATTCAATTCC GTTACCTCAA ATAGGATAAT GACCATAGAA 
AGACACATTT ATTTGGAAAT TAAGGAAGGC CAGTTTTGTA TTTCAAATGA TAACTACATA 
ATCGGTTTAT TTGAAAACTT CGAATTCGAA GCGGGCACTT TGTACTTTAT TGGAGTTTTA 
ATTGATCACA ATAATCGAAT AACTCTTTAT GTTGATGGAA GTATGATCAA TCAGCTCACG 
TTATTTGAAA ACTCTATATG CCAATTAAGC ACTTGTGAAC TGGGATCCAT GATTTGTTCA 
ATTAAAGTAT ATAGATTTTA TTTGTGGGAT GGATTATTAA CAGAATTTGC GATAAATATA 
CTTCAAGCTA TCGGCACCAA TTACCAATAT ACATTTAGCA AGAAAAAAGA AGGGCCTGAA 
GTTTTATCGC TCTGCCAAGA CTTTTTGATC GCTAAGGCTC ATTTAATGGC CAGGCCTACA 
ACAGAAATAT CTTCCACAAA ATACATCGAT GAGATTGAAC TTCTTGAAAT GGAAAATATC 
ATTATTGATG TTAACCCAAA TGATATTCTT CAAGATTTCA CCGAATCGTC TAATTTTACG 
GTAAAATTTG AGGAAAGCAC GAACTCGAAA AATATTCCGG AAGTGGGTAA GTGCTATTTC 
TATAGGAGTT CAAACTTGGT TTCAAAATTT GTGTCCATTG ATTCTATACG GCTTGCGTTT 
TTAAACATGA CAGAATCCGG TAGTATAGAC GATCTGTTTC ATCATGTATC ACATCTGATG 
AATCTTTTAC GAAATATTGA TATTCTTAAT TGGTTTAAAA AAGACTTTGG CTTTCCTTTA 
TTTGCTTATA CTTTAAAACA AAAAATAACA CAAGATTTAT CTCAGCCTCT GAATATCCAA 
TTTTTCAATT TATTCTTAGA ATTTTGCGGG TGGGATTTCA ACGATATTTC CAAATCCATA 
ATTCTAGATA CTGATGCCTA CGAAAACATA GTCCTTAACT TGGATTTATG GTATATGAAT 
GAGGATCAAA GTTCTCTGGC GTCAGGCGGA TTAGAAATTA TCAGATTTCT TTTCTTCCAA 
ATTTCAAGTT TGATGGAAGC CTCTATTTAT TCTAAGTTCA ATTCCAATAA ATTCAATGAT 
ATGAATATCC TAGAAAAACT ATGTTTAAGC TATCAGGCTG TCACAAAAAG AGAAAATCAG 
AACAGTAAAT TTAATGAGCT ATCAAGTGAT TTAATTTCTG TATTTGTTAC TTTATTGAAA 
AGCAATACTG ATAAACGACA TCTGCAGTGG TTTTTACATC TCTCATATTA CTTTATTAAG 
AGAAAAGATG TACGTTCTAC AGAGATTATA CTTCAAGCGG TAGATCAACT TTTTTCGTTT 
TACTTAGATC AAGGTAGTGA CGAAAATGCG AAGATACTTT CAGAGATTAT ACCACTTAAG 
CTAATACTGA TGATTATGGA TCAAATAGTG GAAAATAATG AATCAAACCC TATTACGTGC 
TTGAATATCT TATTTAAGGT AGTTCTGACC AATAAACCGC TTTTCAAACA ATTTTACAAA 
AATGATGGTT TGAAACTCAT ATTGACTATG CTTTGTAAGG TAGGGAAAAG CTATCGAGAG 
GAGATTATTT CTTTGCTTCT CACATATTCT ATTGGCAATT ATACCACAGC TAACGAAATA 
TTTTCAGGTG CTGAAGACAT GATTGGAGGA ATTTCAAACG ACAAGATAAC TGCAAAAGAA 
ATTATTTATT TGGCTGTCAA CTTCATTGAG TGGCATGTGA TTAATTCTAA TGCCAGTGAT 
TCTTCTTCTG TATTGGACCT GAACAACCAT ATATTAAGAT TCGTCGAAGA TCTGAAATCG 
CTGAGCGCTG TTCCGATTAA TGAATCTGTA TTTGATCCTA AAAAAAGTTA TGTGATGGTT 
TCATTATTAG ATCTCTCGAT AGCTTTGAAT GAATCGGAGG ACATCTCAAA GTTCAAGAGC 
TCTTCAAAAG TGATTTCAGA GCTCATTAAA GGTAATATAA TGTGTGCTCT TACGAAATAT 
GCCGCTTATG ATTTCGAAGT CTATATGAGC ACATTTTTTT GTCACAGTAC AGAATACAAA 
CTGGTTTATC CAAAAACTGT AATGAACAAT TCCAGTTACT TAGAGCTATC ATTTATAGTG 
ACACTCCTAC CCGAAATACT TAATGACCTG GTAGATAGCA ATAACAATTT GAACCTGATG 
ATGTTGAAGC ATCCATACAC GATGTCAAAT CTCCTTTATT TTCTTCGCAA ATTTCGACCT 
GATACGTCAC AGATAGTTAT GCCTAAAGAT TTTTATTTCT CAAGTTATAC ATGTCTCTTG 
CATTGTGTTA TTCAGATTGA TAAATCATCA TTTTACCATT TCAAAAACGT TTCTAAGTCG 
CAACTGTTAC AGGACTTCAA AATCTGCATA ATGAACTTAA TATATTCCAA TACTCTAAAG 
CAGATAATCT GGGAGAAAGA AGAATACGAG ATGTTTTCTG AGTCACTGAT GGCGCATCAG 
GAAGTTTTAT TTGCACATGG AGCATGTGAT AATGAGACCG TTGGCTTATT GTTAATATTT 
TTTGCCAACA GATTACGTGA TTGTGGATAC AACAAAGCAG TCTTCAATTG TATGAAAGTG 
ATCATTAAGA ACAAGGAAAG GAAACTAAAG GAGGTGGCGT GTTTTTTTGA CCCAGCGAAT 
AAAAGTGAAG TACTCGAAGG TTTAAGTAAT ATCCTCTCAT GCAATAACTC TGAAACAATG 
AACCTCATAA CTGAACAATA CCCATTTTTT TTCAACAATA CACAACAGGT ACGGTTCATA 
AACATTGTCA CCAATATCTT GTTTAAGAAC AACAATTTTT CTCCAATAAG CGTTAGACAG 
ATCAAAAACC AAGTTTACGA ATGGAAAAAT GCAAGATCAG AATACGTCAC CCAAAACAAT 
AAAAAGTGCC TTATTTTATT TAGAAAAGAC AACACATCCT TAGATTTTAA AATCAAAAAG 
TCCATATCAA GATACACTTA CAACCTCAAA ACGGATAGAG AAGAAAATGC AGTTTTCTAT 
CGAAATAATT TAAATCTTTT GATTTTTCAT CTGAAACATA CACTGGAGAT ACAATCAAAT 
CCAAATTCGT CCTGCAAGTG GTCATCGGAC TTTGCAGAAG ATTTTGATGG GATGAAACGG 
AGGCTTTTGC CTGCTTGGGA ACCAAAATAT GAACCACTCA TTAACGAGGA AGATGCTAAT 
CAAGATACTA TAACAGGTGG TAACAGACAA AGGAGAGAAA GTGGAAGCAT TTTATCCTAC 
GAATTTATCG AACATATGGA GACTCTTGAG TCGGAGCCAG TTGGAGATTT GAATGAGAAT 
AGAAAAATTC TTAGACTTTT GAAGGATAAC GATTCCATTG CAACTATTTG GAATTGCAGT 
TTGATTATTG GATTAGAAAT TAAGGAGGGG ATTTTAATTC ATGGCAGTAA TTACCTTTAC 
TTTGTAAGTG ATTACTATTT TAGTTTAGAG GATAAAAAGA TTCTAAAATT ATCAGAAGTA 
TCGCAAGAAT CACGGGATAT GACGGTTAGC TTAATTAACG GCCCTGATGT TAAAAGGGTA 
TCAACTTTCC TAAAGCACGA AGTCTTTGTT TGGAAACTTC TCGATATCAC TTTCGTTACC 
AAACGACCCT TTCTACTTCG GGATGTCGCC ATCGAATTAT TGTTCAAAGA GAGAGTTAGC 
GCTTTTTTTA GTTTTTACAA CAAAAGAGTG AGAGATGACG TTTTACGGGT ACTGAATAAG 
ATCCCGAAGC ACCTTCCAGC AGATCCAATT TTTTCAAGCG TTTTACAAGA AATAAACGAC 
CGAGGAAATA GTATAGTGGC AAGAAATGGA ATAGGAAAGG CAAGCATTGC TTCTAAATTC 
ACTAGCGTCT TCTCAGCGAA CAACAGCCTA ATAGATGGAT TTGAGATCAG CAAAAAATGG 
GTTAGGGGAG AGATTTCTAA TTTTTATTAC CTGTTGAGTA TCAACATCCT AGCGGGAAGG 
TCATTCAACG ATTTGACCCA ATATCCAGTG TTTCCGTGGG TTATTGCAGA TTACGAAAGT 
AACGTACTCG ATTTAGAGAA TCCTAAAACT TACCGGGACC TATCGAAACC TATGGGCGCT 
CAAAGTGAGA AAAGGAAATT ACAGTTTATA GAGCGTTATG AAGCTTTGGC TTCCCTGGAA 
AATGCTGATT CCGCACCATT TCATTATGGC ACGCATTATT CCTCAGCTAT GATAGTATCT 
TCATATCTGA TAAGGCTGAA GCCCTTTGTC GAATCCTTTT TGTTATTGCA AGGCGGAAGT 
TTTGGCCCTG CAGATCGTTT ATTTAGTTCG CTTGAAAGGG CCTGGAGCTC TGCTTCTTCT 
GAAAATACAA CGGATGTCAG GGAATTGACA CCTGAATTTT TTTTTCTACC TGAATTTTTG 
ATCAACGTTA ATAGTTATGA CTTTGGTACA GACCAAAGCG GTAAAAAAGT TGACGACGTC 
GTACTTCCAC CCTGGGCAAA TGGTGACCCA AAGGTTTTCA TTCAAAAGAA TAGAGAAGCT 
TTAGAAAGTC CTTATGTATC AGCACATTTA CATGAATGGA TTGATTTGAT ATTTGGTTAC 
AAACAAAAGG GGGACATTGC TGTGAAATCT GTTAACGTAT TCAACAGATT GAGTTACCCA 
GGCGCTGTAA ATCTAGATAA CATTGACGAT GAAAATGAGC GCAGAGCTAT CACAGGCATT 
ATTCACAACT TTGGTCAAAC GCCTTTACAA ATATTTCAGG AACCTCATCC GGAAAAAATA 
GCCTGCAATG TTCAACAGCT AACAACAGAG GTATGGCGTA AGGTTCCAAT GAAGCCAATA 
TTTGAGAAGA CAATCTTTAA TTTGAATGAA AAGAACAGGT CCGTCGATTA TGTTATACAC 
GATCCTAGTT ACTTCGATTC ATTATACTGG AGGGGCTTCG CTTTCCCAAA CTTGTTTTTC 
AGAACGGAAG AATCGTTAGT GTCATTGAGA ATTGTGCATA AAAATTGGTT AAAAATTGGA 
CTAGATATTT TTAAAAAGAC GCATATGGCT CAGATTACAT CGTTTGCGTA CTGGAAGTTG 
GGCGAATTCA TAACTGGCGA TAAAAATGGG CTGATAAAAG TTTGGAAATA TCGTAAAGAT 
AAGCATTCGG TTTCAGGTAA CCTTGAGAAC AAAAAAACAA TGTTTGGGCA CCTATGCGAG 
CTAAAGGAGA TGCGCTGTTA TCACGACTAC AATACGCTTT TAACCTTAGA CATCAGCGGC 
TTAGTATATG TCTGGGACAT GATTAATTTC GAACTAGTAA GGCAAATAAC AAATGATGCG 
CAAAAGGTCG CAATATCTCA ACATGCAGGG AGCATTATGG TATTGACTAA GAATAACGCC 
ATTTCGATCT TCAATCTAAA TGGACAAATA TATACATCAA AGAAATTCGA ACCAGCTAAA 
ATTGTAAGCT CAATTGATTT TTTTGACTTC ACTAAGTTAG ACGCAGGTTA CAGAAAGCAT 
ATCTATTGGA AAGAGATGGA AATACTACTA GTGGGCTTTG AAGATGGAAC TATAGAAATT 
TACGAGCTCT TTTTGAATTT TCATAATGAA TGGGCGATAA AGCTACTGAA GCAGCTCTGT 
ACCGAAAAAG GGAAAGCCAT AACTAGCATT AAGGGACAGG GGAAGACATA CCTGTCCCAG 
AAAAGACGCA AGGATACAGC AGAGCCTCAT GAGATAGAAG TGATTGCGGG AACATTAGAT 
GGCAGATTAG CTATTTGGTA CTAG

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

RefSeq	NP_009961.2
CDS	1..6504
Translation	MNSIINAASKVLRLQDDVKKATIILGDILILQPINHEVEPDVENLVQHELTKIIQGYPIQDNMIINSKKGTVEDDLCELNNYTCFALSKSFDLCHDSRNFNIAQPKRWIQLLETLTDSVSFAVIVQIILTLSNISLINKQTLGKLKKLRIRIFEILSNKNDSWKSTLLQKNLIEWYIFMLSVDCTPLELQNLYLHKELKFCNGILNSLTLQVSDPRSQNYLQFENTYKLFQIQKSSRINNSFLFYIEFNSVTSNRIMTIERHIYLEIKEGQFCISNDNYIIGLFENFEFEAGTLYFIGVLIDHNNRITLYVDGSMINQLTLFENSICQLSTCELGSMICSIKVYRFYLWDGLLTEFAINILQAIGTNYQYTFSKKKEGPEVLSLCQDFLIAKAHLMARPTTEISSTKYIDEIELLEMENIIIDVNPNDILQDFTESSNFTVKFEESTNSKNIPEVGKCYFYRSSNLVSKFVSIDSIRLAFLNMTESGSIDDLFHHVSHLMNLLRNIDILNWFKKDFGFPLFAYTLKQKITQDLSQPLNIQFFNLFLEFCGWDFNDISKSIILDTDAYENIVLNLDLWYMNEDQSSLASGGLEIIRFLFFQISSLMEASIYSKFNSNKFNDMNILEKLCLSYQAVTKRENQNSKFNELSSDLISVFVTLLKSNTDKRHLQWFLHLSYYFIKRKDVRSTEIILQAVDQLFSFYLDQGSDENAKILSEIIPLKLILMIMDQIVENNESNPITCLNILFKVVLTNKPLFKQFYKNDGLKLILTMLCKVGKSYREEIISLLLTYSIGNYTTANEIFSGAEDMIGGISNDKITAKEIIYLAVNFIEWHVINSNASDSSSVLDLNNHILRFVEDLKSLSAVPINESVFDPKKSYVMVSLLDLSIALNESEDISKFKSSSKVISELIKGNIMCALTKYAAYDFEVYMSTFFCHSTEYKLVYPKTVMNNSSYLELSFIVTLLPEILNDLVDSNNNLNLMMLKHPYTMSNLLYFLRKFRPDTSQIVMPKDFYFSSYTCLLHCVIQIDKSSFYHFKNVSKSQLLQDFKICIMNLIYSNTLKQIIWEKEEYEMFSESLMAHQEVLFAHGACDNETVGLLLIFFANRLRDCGYNKAVFNCMKVIIKNKERKLKEVACFFDPANKSEVLEGLSNILSCNNSETMNLITEQYPFFFNNTQQVRFINIVTNILFKNNNFSPISVRQIKNQVYEWKNARSEYVTQNNKKCLILFRKDNTSLDFKIKKSISRYTYNLKTDREENAVFYRNNLNLLIFHLKHTLEIQSNPNSSCKWSSDFAEDFDGMKRRLLPAWEPKYEPLINEEDANQDTITGGNRQRRESGSILSYEFIEHMETLESEPVGDLNENRKILRLLKDNDSIATIWNCSLIIGLEIKEGILIHGSNYLYFVSDYYFSLEDKKILKLSEVSQESRDMTVSLINGPDVKRVSTFLKHEVFVWKLLDITFVTKRPFLLRDVAIELLFKERVSAFFSFYNKRVRDDVLRVLNKIPKHLPADPIFSSVLQEINDRGNSIVARNGIGKASIASKFTSVFSANNSLIDGFEISKKWVRGEISNFYYLLSINILAGRSFNDLTQYPVFPWVIADYESNVLDLENPKTYRDLSKPMGAQSEKRKLQFIERYEALASLENADSAPFHYGTHYSSAMIVSSYLIRLKPFVESFLLLQGGSFGPADRLFSSLERAWSSASSENTTDVRELTPEFFFLPEFLINVNSYDFGTDQSGKKVDDVVLPPWANGDPKVFIQKNREALESPYVSAHLHEWIDLIFGYKQKGDIAVKSVNVFNRLSYPGAVNLDNIDDENERRAITGIIHNFGQTPLQIFQEPHPEKIACNVQQLTTEVWRKVPMKPIFEKTIFNLNEKNRSVDYVIHDPSYFDSLYWRGFAFPNLFFRTEESLVSLRIVHKNWLKIGLDIFKKTHMAQITSFAYWKLGEFITGDKNGLIKVWKYRKDKHSVSGNLENKKTMFGHLCELKEMRCYHDYNTLLTLDISGLVYVWDMINFELVRQITNDAQKVAISQHAGSIMVLTKNNAISIFNLNGQIYTSKKFEPAKIVSSIDFFDFTKLDAGYRKHIYWKEMEILLVGFEDGTIEIYELFLNFHNEWAIKLLKQLCTEKGKAITSIKGQGKTYLSQKRRKDTAEPHEIEVIAGTLDGRLAIWY

Target ORF information:

RefSeq Version	NM_001178746.1
Organism	Saccharomyces cerevisiae S288C
Definition	Saccharomyces cerevisiae S288C Bph1p (BPH1), partial mRNA.

Target ORF information:

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

NM_001178746.1

ORF Insert Sequence:

ATGAATTCAA TTATTAATGC TGCTTCGAAA GTCTTAAGAC TCCAAGACGA TGTGAAGAAG 
GCTACTATAA TATTAGGAGA TATACTGATA TTACAACCAA TTAATCACGA AGTTGAACCA 
GATGTAGAAA ACTTGGTACA GCATGAACTA ACCAAGATAA TACAAGGTTA TCCCATACAG 
GATAATATGA TTATTAATAG CAAAAAAGGC ACAGTTGAAG ATGACTTATG CGAACTCAAT 
AACTATACCT GTTTTGCACT TTCGAAAAGC TTTGATTTAT GCCATGATAG CAGAAATTTC 
AACATAGCGC AGCCGAAACG ATGGATACAA TTATTAGAGA CATTAACTGA CTCAGTTAGT 
TTCGCAGTTA TTGTTCAAAT TATTCTCACT TTATCTAACA TTTCGCTAAT AAATAAACAA 
ACCTTGGGGA AGTTAAAAAA ACTGAGGATT CGAATTTTCG AAATACTATC AAATAAAAAC 
GATAGTTGGA AATCTACATT ACTACAGAAA AATCTTATAG AATGGTACAT TTTTATGCTT 
TCCGTGGATT GCACACCTTT AGAATTGCAA AACTTATATC TCCATAAGGA GTTGAAATTC 
TGTAACGGTA TCTTGAATTC ATTAACACTC CAAGTTTCTG ATCCTCGCTC ACAAAATTAC 
CTGCAATTTG AGAACACGTA TAAGCTTTTT CAAATACAAA AGTCATCTAG AATTAACAAC 
TCGTTCCTTT TTTACATAGA ATTCAATTCC GTTACCTCAA ATAGGATAAT GACCATAGAA 
AGACACATTT ATTTGGAAAT TAAGGAAGGC CAGTTTTGTA TTTCAAATGA TAACTACATA 
ATCGGTTTAT TTGAAAACTT CGAATTCGAA GCGGGCACTT TGTACTTTAT TGGAGTTTTA 
ATTGATCACA ATAATCGAAT AACTCTTTAT GTTGATGGAA GTATGATCAA TCAGCTCACG 
TTATTTGAAA ACTCTATATG CCAATTAAGC ACTTGTGAAC TGGGATCCAT GATTTGTTCA 
ATTAAAGTAT ATAGATTTTA TTTGTGGGAT GGATTATTAA CAGAATTTGC GATAAATATA 
CTTCAAGCTA TCGGCACCAA TTACCAATAT ACATTTAGCA AGAAAAAAGA AGGGCCTGAA 
GTTTTATCGC TCTGCCAAGA CTTTTTGATC GCTAAGGCTC ATTTAATGGC CAGGCCTACA 
ACAGAAATAT CTTCCACAAA ATACATCGAT GAGATTGAAC TTCTTGAAAT GGAAAATATC 
ATTATTGATG TTAACCCAAA TGATATTCTT CAAGATTTCA CCGAATCGTC TAATTTTACG 
GTAAAATTTG AGGAAAGCAC GAACTCGAAA AATATTCCGG AAGTGGGTAA GTGCTATTTC 
TATAGGAGTT CAAACTTGGT TTCAAAATTT GTGTCCATTG ATTCTATACG GCTTGCGTTT 
TTAAACATGA CAGAATCCGG TAGTATAGAC GATCTGTTTC ATCATGTATC ACATCTGATG 
AATCTTTTAC GAAATATTGA TATTCTTAAT TGGTTTAAAA AAGACTTTGG CTTTCCTTTA 
TTTGCTTATA CTTTAAAACA AAAAATAACA CAAGATTTAT CTCAGCCTCT GAATATCCAA 
TTTTTCAATT TATTCTTAGA ATTTTGCGGG TGGGATTTCA ACGATATTTC CAAATCCATA 
ATTCTAGATA CTGATGCCTA CGAAAACATA GTCCTTAACT TGGATTTATG GTATATGAAT 
GAGGATCAAA GTTCTCTGGC GTCAGGCGGA TTAGAAATTA TCAGATTTCT TTTCTTCCAA 
ATTTCAAGTT TGATGGAAGC CTCTATTTAT TCTAAGTTCA ATTCCAATAA ATTCAATGAT 
ATGAATATCC TAGAAAAACT ATGTTTAAGC TATCAGGCTG TCACAAAAAG AGAAAATCAG 
AACAGTAAAT TTAATGAGCT ATCAAGTGAT TTAATTTCTG TATTTGTTAC TTTATTGAAA 
AGCAATACTG ATAAACGACA TCTGCAGTGG TTTTTACATC TCTCATATTA CTTTATTAAG 
AGAAAAGATG TACGTTCTAC AGAGATTATA CTTCAAGCGG TAGATCAACT TTTTTCGTTT 
TACTTAGATC AAGGTAGTGA CGAAAATGCG AAGATACTTT CAGAGATTAT ACCACTTAAG 
CTAATACTGA TGATTATGGA TCAAATAGTG GAAAATAATG AATCAAACCC TATTACGTGC 
TTGAATATCT TATTTAAGGT AGTTCTGACC AATAAACCGC TTTTCAAACA ATTTTACAAA 
AATGATGGTT TGAAACTCAT ATTGACTATG CTTTGTAAGG TAGGGAAAAG CTATCGAGAG 
GAGATTATTT CTTTGCTTCT CACATATTCT ATTGGCAATT ATACCACAGC TAACGAAATA 
TTTTCAGGTG CTGAAGACAT GATTGGAGGA ATTTCAAACG ACAAGATAAC TGCAAAAGAA 
ATTATTTATT TGGCTGTCAA CTTCATTGAG TGGCATGTGA TTAATTCTAA TGCCAGTGAT 
TCTTCTTCTG TATTGGACCT GAACAACCAT ATATTAAGAT TCGTCGAAGA TCTGAAATCG 
CTGAGCGCTG TTCCGATTAA TGAATCTGTA TTTGATCCTA AAAAAAGTTA TGTGATGGTT 
TCATTATTAG ATCTCTCGAT AGCTTTGAAT GAATCGGAGG ACATCTCAAA GTTCAAGAGC 
TCTTCAAAAG TGATTTCAGA GCTCATTAAA GGTAATATAA TGTGTGCTCT TACGAAATAT 
GCCGCTTATG ATTTCGAAGT CTATATGAGC ACATTTTTTT GTCACAGTAC AGAATACAAA 
CTGGTTTATC CAAAAACTGT AATGAACAAT TCCAGTTACT TAGAGCTATC ATTTATAGTG 
ACACTCCTAC CCGAAATACT TAATGACCTG GTAGATAGCA ATAACAATTT GAACCTGATG 
ATGTTGAAGC ATCCATACAC GATGTCAAAT CTCCTTTATT TTCTTCGCAA ATTTCGACCT 
GATACGTCAC AGATAGTTAT GCCTAAAGAT TTTTATTTCT CAAGTTATAC ATGTCTCTTG 
CATTGTGTTA TTCAGATTGA TAAATCATCA TTTTACCATT TCAAAAACGT TTCTAAGTCG 
CAACTGTTAC AGGACTTCAA AATCTGCATA ATGAACTTAA TATATTCCAA TACTCTAAAG 
CAGATAATCT GGGAGAAAGA AGAATACGAG ATGTTTTCTG AGTCACTGAT GGCGCATCAG 
GAAGTTTTAT TTGCACATGG AGCATGTGAT AATGAGACCG TTGGCTTATT GTTAATATTT 
TTTGCCAACA GATTACGTGA TTGTGGATAC AACAAAGCAG TCTTCAATTG TATGAAAGTG 
ATCATTAAGA ACAAGGAAAG GAAACTAAAG GAGGTGGCGT GTTTTTTTGA CCCAGCGAAT 
AAAAGTGAAG TACTCGAAGG TTTAAGTAAT ATCCTCTCAT GCAATAACTC TGAAACAATG 
AACCTCATAA CTGAACAATA CCCATTTTTT TTCAACAATA CACAACAGGT ACGGTTCATA 
AACATTGTCA CCAATATCTT GTTTAAGAAC AACAATTTTT CTCCAATAAG CGTTAGACAG 
ATCAAAAACC AAGTTTACGA ATGGAAAAAT GCAAGATCAG AATACGTCAC CCAAAACAAT 
AAAAAGTGCC TTATTTTATT TAGAAAAGAC AACACATCCT TAGATTTTAA AATCAAAAAG 
TCCATATCAA GATACACTTA CAACCTCAAA ACGGATAGAG AAGAAAATGC AGTTTTCTAT 
CGAAATAATT TAAATCTTTT GATTTTTCAT CTGAAACATA CACTGGAGAT ACAATCAAAT 
CCAAATTCGT CCTGCAAGTG GTCATCGGAC TTTGCAGAAG ATTTTGATGG GATGAAACGG 
AGGCTTTTGC CTGCTTGGGA ACCAAAATAT GAACCACTCA TTAACGAGGA AGATGCTAAT 
CAAGATACTA TAACAGGTGG TAACAGACAA AGGAGAGAAA GTGGAAGCAT TTTATCCTAC 
GAATTTATCG AACATATGGA GACTCTTGAG TCGGAGCCAG TTGGAGATTT GAATGAGAAT 
AGAAAAATTC TTAGACTTTT GAAGGATAAC GATTCCATTG CAACTATTTG GAATTGCAGT 
TTGATTATTG GATTAGAAAT TAAGGAGGGG ATTTTAATTC ATGGCAGTAA TTACCTTTAC 
TTTGTAAGTG ATTACTATTT TAGTTTAGAG GATAAAAAGA TTCTAAAATT ATCAGAAGTA 
TCGCAAGAAT CACGGGATAT GACGGTTAGC TTAATTAACG GCCCTGATGT TAAAAGGGTA 
TCAACTTTCC TAAAGCACGA AGTCTTTGTT TGGAAACTTC TCGATATCAC TTTCGTTACC 
AAACGACCCT TTCTACTTCG GGATGTCGCC ATCGAATTAT TGTTCAAAGA GAGAGTTAGC 
GCTTTTTTTA GTTTTTACAA CAAAAGAGTG AGAGATGACG TTTTACGGGT ACTGAATAAG 
ATCCCGAAGC ACCTTCCAGC AGATCCAATT TTTTCAAGCG TTTTACAAGA AATAAACGAC 
CGAGGAAATA GTATAGTGGC AAGAAATGGA ATAGGAAAGG CAAGCATTGC TTCTAAATTC 
ACTAGCGTCT TCTCAGCGAA CAACAGCCTA ATAGATGGAT TTGAGATCAG CAAAAAATGG 
GTTAGGGGAG AGATTTCTAA TTTTTATTAC CTGTTGAGTA TCAACATCCT AGCGGGAAGG 
TCATTCAACG ATTTGACCCA ATATCCAGTG TTTCCGTGGG TTATTGCAGA TTACGAAAGT 
AACGTACTCG ATTTAGAGAA TCCTAAAACT TACCGGGACC TATCGAAACC TATGGGCGCT 
CAAAGTGAGA AAAGGAAATT ACAGTTTATA GAGCGTTATG AAGCTTTGGC TTCCCTGGAA 
AATGCTGATT CCGCACCATT TCATTATGGC ACGCATTATT CCTCAGCTAT GATAGTATCT 
TCATATCTGA TAAGGCTGAA GCCCTTTGTC GAATCCTTTT TGTTATTGCA AGGCGGAAGT 
TTTGGCCCTG CAGATCGTTT ATTTAGTTCG CTTGAAAGGG CCTGGAGCTC TGCTTCTTCT 
GAAAATACAA CGGATGTCAG GGAATTGACA CCTGAATTTT TTTTTCTACC TGAATTTTTG 
ATCAACGTTA ATAGTTATGA CTTTGGTACA GACCAAAGCG GTAAAAAAGT TGACGACGTC 
GTACTTCCAC CCTGGGCAAA TGGTGACCCA AAGGTTTTCA TTCAAAAGAA TAGAGAAGCT 
TTAGAAAGTC CTTATGTATC AGCACATTTA CATGAATGGA TTGATTTGAT ATTTGGTTAC 
AAACAAAAGG GGGACATTGC TGTGAAATCT GTTAACGTAT TCAACAGATT GAGTTACCCA 
GGCGCTGTAA ATCTAGATAA CATTGACGAT GAAAATGAGC GCAGAGCTAT CACAGGCATT 
ATTCACAACT TTGGTCAAAC GCCTTTACAA ATATTTCAGG AACCTCATCC GGAAAAAATA 
GCCTGCAATG TTCAACAGCT AACAACAGAG GTATGGCGTA AGGTTCCAAT GAAGCCAATA 
TTTGAGAAGA CAATCTTTAA TTTGAATGAA AAGAACAGGT CCGTCGATTA TGTTATACAC 
GATCCTAGTT ACTTCGATTC ATTATACTGG AGGGGCTTCG CTTTCCCAAA CTTGTTTTTC 
AGAACGGAAG AATCGTTAGT GTCATTGAGA ATTGTGCATA AAAATTGGTT AAAAATTGGA 
CTAGATATTT TTAAAAAGAC GCATATGGCT CAGATTACAT CGTTTGCGTA CTGGAAGTTG 
GGCGAATTCA TAACTGGCGA TAAAAATGGG CTGATAAAAG TTTGGAAATA TCGTAAAGAT 
AAGCATTCGG TTTCAGGTAA CCTTGAGAAC AAAAAAACAA TGTTTGGGCA CCTATGCGAG 
CTAAAGGAGA TGCGCTGTTA TCACGACTAC AATACGCTTT TAACCTTAGA CATCAGCGGC 
TTAGTATATG TCTGGGACAT GATTAATTTC GAACTAGTAA GGCAAATAAC AAATGATGCG 
CAAAAGGTCG CAATATCTCA ACATGCAGGG AGCATTATGG TATTGACTAA GAATAACGCC 
ATTTCGATCT TCAATCTAAA TGGACAAATA TATACATCAA AGAAATTCGA ACCAGCTAAA 
ATTGTAAGCT CAATTGATTT TTTTGACTTC ACTAAGTTAG ACGCAGGTTA CAGAAAGCAT 
ATCTATTGGA AAGAGATGGA AATACTACTA GTGGGCTTTG AAGATGGAAC TATAGAAATT 
TACGAGCTCT TTTTGAATTT TCATAATGAA TGGGCGATAA AGCTACTGAA GCAGCTCTGT 
ACCGAAAAAG GGAAAGCCAT AACTAGCATT AAGGGACAGG GGAAGACATA CCTGTCCCAG 
AAAAGACGCA AGGATACAGC AGAGCCTCAT GAGATAGAAG TGATTGCGGG AACATTAGAT 
GGCAGATTAG CTATTTGGTA CTAG

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

The complete DNA sequence of yeast chromosome III.
Nature357(6373)38-46(1992 May)
Oliver SG,van der Aart QJ,Agostoni-Carbone ML,Aigle M,Alberghina L,Alexandraki D,Antoine G,Anwar R,Ballesta JP,Benit P

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BPH1 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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