YPR117W cDNA ORF clone, Saccharomyces cerevisiae S288C

Gene
Clones
gRNAs

Summary

Gene Symbol	YPR117W
Entrez Gene ID	856233
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Saccharomyces cerevisiae S288C

mRNA and Protein(s)

mRNA	Protein	Name
NM_001184214.1	NP_015442.1	hypothetical protein

Pathways from BioSystems

Homologies

Kluyveromyces lactis	KLLA0D15180g	XP_453734.1
Saccharomyces cerevisiae (baker's yeast)	YPR117W	NP_015442.1

Gene Ontology
Bibliography

Related articles in PubMed

The nucleotide sequence of Saccharomyces cerevisiae chromosome XVI.
Bussey H, Storms RK, Ahmed A, Albermann K, Allen E, Ansorge W, Araujo R, Aparicio A, Barrell B, Badcock K, Benes V, Botstein D, Bowman S, Br?ckner M, Carpenter J, Cherry JM, Chung E, Churcher C, Coster F, Davis K, Davis RW, Dietrich FS, Delius H, DiPaolo T, Hani J
Nature387(6632 Suppl)103-5(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 YPR117W gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the YPR117W 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
OSi05066	NM_001184214.1 Latest version!	Saccharomyces cerevisiae S288C uncharacterized protein (YPR117W), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	30	$1371.30 $1959.00

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)

YPR117W ( NM_001184214.1 ) cDNA ORF clone, Saccharomyces cerevisiae S288C -> NP_015442.1 Saccharomyces cerevisiae S288C uncharacterized protein (YPR117W), partial mRNA.

Price & Availability↑

CloneID	OSi05066
Clone ID Related Accession (Same CDS sequence)	NM_001184214.1
Accession Version	NM_001184214.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7470bp) 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	hypothetical protein
Comment	Comment: REVIEWED REFSEQ: This record has been curated by SGD. This record is derived from an annotated genomic sequence (NC_001148). ##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.

ATGTCTATGT TACCGTGGTC TCAAATAAGG GATGTGTCTA AACTATTATT AGGCTTTATG 
CTTTTTATTA TATCAATTCA GAAAATCGCT AGTATTCTCA TGTCATGGAT ATTGATGCTG 
CGCCATTCCA CAATACGAAA AATTTCATTT GGATACTTTT TTGGTACGTC AATAAGACGA 
GCGTTTATCT TAACTGATTT TGCTCAAATA TATATTGGCA AGATAACCTT GCGAATAGGT 
TGGAAACCCG GAATTGTGTT TCATAATGTT GATTTGAAGT TATTTGGGAA GGACAGCCAT 
ATCACTGCAC ATTCAACTAA AGACTCCAGA ACATATTTCA ATCCGCGGGA TCAAACTTTT 
ACCTTTGTAA TTAACAGGCG AGTCCTATCA ATTTTGAAAC TTGTGTTCTC ATTTTCCACT 
TTCTTTCATA CTTTAGCTCT TACAGTGCCT AATGGAAAAC AATATAAATT AAATATCGGA 
TCCATAACGA TATCACACCC ACACGATGAT ACCATAAAGT TAGAGGCATT TTTGCATGAT 
TTTACCCATC CTGAAACGAA AGATACTTTG AACCATACTG GTTTTTTTAT GGTCTGTAAA 
ATTGGAAAGG AAGATGATAC AGGCAGCAAC TGCACAAAAG TTATACTAAA AAATTGGAAA 
TCAAGTCTCA AAATAAGTGA TGTTTGTTGG CATCTTCCAG AGAAGAAAGG GAAGAATTTG 
CATTCGGAGC CTGTTGAGCC TTTTTCTGCT GGTGATGATG CGGAAATGCT CACTTCATAT 
CGTAAGATGC TAAAGCCTTT TCACTACCCA CTGAAAACTT TGAACATTCT GGACCTTAAG 
GTAGAAAATG TAAAGTTGAT TTACAAAAAA AAGTTTACAA TTCGCATATC AAGTGCTCAA 
CTTTACTTGG AATCAATCTC CATTCTAAAT AATGTCTCCG CTTTGGAACT TTTACCCTTA 
AATAAGCCCA CATGGGGCGA TTTTGAACTA TCACTTTCTG CAAATGCTGT TGTAGTAGAT 
ATCGATGGTA ATACAGCAGT TAGAATTCCA TTTGGAAATG TCATACTGAC GTCAGATATT 
TTACTATTTT TACTTGACAA TGTACCTTTA CGGAGAACGA AGGTATCTTC CATTTTGAAC 
ATTATAAATC CTTCAGTATT CCTCACTATA CATCAAGTAC TGGAAGTTCT TCATTTAGTG 
GACAAATTCG ATAGCCCTGA GACCTCATCA TGTACTAACA CAAACGACAG ATCATTAAAT 
ATTTTAGATT TAGATATTGA TCGATTGCCC AGTTTTAACT TTGAACTACT AATGTCGAAT 
TTTATTTCAA GGCTGCATAT ATCAGATGAG GAGAATGTGA CGTTTAAGGT CTTCAGCACA 
CATGCTCTCT TTAGCCGTAA CAACTTGTCT ATGACTCCTA AAAAGGGACA AGTAATGCAA 
ATACGTCCGG ATTGGCCATT TGCGAAGACA GCCCTAGTAT CTGATCAATT ATCTAACTAT 
ATTAAAATTG TGGGTACATC ACTCTCTTAC CTGAGAATTC CAACAGAGCA GGACGCTAAC 
CCAGTGTCTA TACCAGTCTG TGGCTTTGAA AGATTAGACA CATTTCTGGA TGAATTTTCA 
AATTCTAAAT TGATCGTTCA GTCTACACTA AGACATTCGT ACGTTAGTCT TGAGAACATT 
GAAGTTTTGC ATACTTTAAG TCGCGCCTTT GACAAAATTT ACTTGCTAAT ATCTAGCAGA 
ACAAAAAGGA ATGCGGCTCA TAAAGCGAAT GGTGGAAAAT TGGGGGACCT AAATGAAGCC 
AAGAAAACAT TTAACTGGTC ATTGAAACTT AGAATGAAGG ATATTTCATG TTCGTTACTG 
GTCGCTGGGT TTCTTCCGAA AAATTTGGAT CCTGTGGAAG CTGAGAATTT TAACTTATCT 
GACGTAACTA GAGGCGCCAA AGTTGTTTTT ACAGAATCAA TATTGTTAGC GGACAGCCAG 
GAGAAAAACT TCACTATTAT TGATGCATCC GTATATCGTT TCATGGATGG CACTACGTAT 
AAGCCCTCTC CTGAGGTTAT TATTCAATTT ACCAATTTGT TATTGAGTTT TAACGACTCA 
GATGAAATTC ATTTTTCACT TCCCAAGATT AAATTTAAGA TGGATGTAAA TATTATCTGG 
TTGTGGTTTT ATATTCGGAG TATATGGATA AAATTTCGTC CTAATTCAAA ATTGAGCCGA 
AATTCAGTGA GCAGTGTAAA ATCTGTCAAT GTTCTCGATA GATTAAGAGT AGATATAGGA 
AAGATGATTA TAGAGCTAAC GCTTCCTCAT AATACAGAGG TACTCCTAAT ATTCGAGAGG 
ATTGGACTTT CAAGTTCCAC TAAAAATCTT ACAATTGCAT CTTTGTCAGC GTACGTGGTA 
TCGGTTTATG TGAAGCATAT TAAGGTTTAT GTTTCCTTGC TAAATATTAA TGACTTTGAG 
CTAGACACTG AAGAGTTGAT CTGCAAGAAA TCCGCTGTTA TAAACACCTC ATTGATTCAT 
TTTCATGCCG AATATCATTT TAGATTTTAC ATGATAACGG ATAACATAGT CACGTTGTAT 
AAATCGTTTA AGCAAATTAA ATTGGCATTT TCCAATTTGA ATGAATTTAA GCGATTATAC 
CCTCAGCAAC AGTTTCCGAA AAAAGTTCCA AATTTACATA TTTGTTGCCA GGATTTTCTA 
ATTGATATTG AAGAAGATCC TTTTGAGCAG GAGTTAGGAT TAATTTTGAA AGTTGGTGTT 
TTGGAACAAC GTGAGAGGTT AAAGAAGCTT GAAGAGTTCA AGGAAAAGCT ATCAACATAT 
GAGGACATGA ATGTACGTTT AAGGTCGCTC TATGATACCT CCCGTGGACA AAGTTTTTTC 
CCAGAGTTTT ATGCGAATGA TCAAGAATAT GAGCAAAAGG CCTATCTCAG GTTGTTAGAA 
AACTTTTCAA CGTCATGGAT TGCCAGATAC AGGAAAGCAA AACTTTCTTT TTATGGTATG 
CCTTATCGGG TTATCAGCCG TGAAGAGCTT GGTACGAAAT ACCACTTGTT TACTAGACAG 
AAAACCAGTA CTGTTGCTAA CCTCGTCGTA AAAGATTTGG ATTTTAAACT AGGCAGTCCT 
TCCTTCCCTT TAGACAATTA TATGGATTTT GTTTACCAGT ATGGAAAAAA AGTTCCAAAA 
TCTACGGAGT ACACTTTGCT AATTATTCTT GGCCTCAAAA TCAAAAGCGC GTTATGGGAG 
TTGCGTCTGA GAGATTATCC AATACCTGCT ATATCATTTC CCGACACATT TACAACAGGT 
GATGTTGTAT TTGCTGAAAA GATGCCAGCA CCTTGCGCGC TTCATACTGT TTATGTTCCT 
TTTGTCAGCT CTGCCCAAAG AAGCCCCTAT AATGACGCCA ATACAATATA TGGTTTGCAC 
ATCATTCGTA CAATTAATTC AGTCAAAACA TATTTCAATA TTAGGTCAAT GGTTACATCT 
TCTTCATCTG CCAGAATAAC ATGGGGGAAA TCTCTGCAAC CCGGTTATGA GTCTTTGATG 
CTTTGGTTTG ATTTTTTAAC CAAACCTCTC ATCGATCCGT CCAAAAAGCT AGGATTTTGG 
GACAAATTCA GATATTTAGT GCATGGGAAG TGGATATACG AGTTTTCAGA GGAAAGTGAG 
ATCCACTTAA ATATTAAAGG TTCACATGAT CCTTATAAGA TTACAGATGA TGGTGCGGGT 
CTGGCGTTCT GCTGGTCTGG TGGCACCACA ATTTACGTTC ATAACTCCAC GGATCCTAAA 
GAGTTTTTAA AAATTGAATC CCAAAGGTTT CAGTTGGCAG TGCCAGACTT TGCCAAAGTT 
AGTAAATTTG ATAAAGTCTT TATGAAGCTC GATGGAAGAG TAATTTGGAC ATTAGGTTTA 
CTTTTTGAAC AAGGCGATAT ATCTAAGGCT GGTGACGAAG AGAGGTTCCT TCCAAATAGG 
CCACATTATG AAATACAGCT GATGAATCCA GATGGAGTCG CAGATTTGGA TCACCATGAT 
ACATACAAAG GATTTAGAAC ATCTTTTATC CACATGTCAT TTGGTGTCTA TTCTTCTGAG 
CACGGATCCA TAAATAGTCT CTATCTCGCA CCTTACGCTT TAACACATTT CTTTAAGTGG 
TGGAATTTAT TTCATACATA TACATCTGGT CCTATTAGGC AAGGACGGTT ATTTACGGAT 
GTACTTCAAA ACAAGACAAA GTTTGGTCGC TCATTATTTA CAATAGCTTA TCAGCTACAT 
TTAAAACGGC TAATGGTTAC GCATATTTAT CGGCATATTA CTACTCAATA TGATCTTGAA 
AAAGACCGCA AAATAACTTT TACTGGATTG AAAGGGAGGT TTGATTCACT GAAAATTGAT 
TTGCATCAAA AAAGAGTTAA ACTGACCCAT ACGAACCAAA AATTAAATAA GTCAAAACCT 
GTATGGAAGT TTAAGATGTC TAGGGGTGAG ATTGATTGTG CAGAAGCAGA TATTAGGATA 
TTATCAACTC TGTTTGATCA GGAAGCAGTT AAGGAAATTC TTACTTCTGG ACTCGATGGC 
ATACTTGAAG ACGAGCCATC ACGTCCTATT ACGCCTCAAG ATGTGGAATA CTTGCGTGAA 
TCAGATTGGT ATGATTATGA GGATTATATA GACTTGAATC AAGTGCCGCT TGGTTCCTCA 
CTTCCATTAA AATTAGAAGC AATACCATTG CTATACTCTC CTAGAATATC CTACTTTAGA 
AAAATAAATG ATGATGGTTA CGTACTAGCT TACCCATTTG GTACCGAAGA ATCTCACAAT 
TGTCTGATTG GCAAGAATCA TCCAGAATTG ACGCAGGAGA AATTAGCAAC TGAAAGAAAA 
CGAGAAATAG AAGAACAACT AAAATTATTA CATATTACGT TAAGCGAATT GCAATCGAAC 
AAAGGCGGAG GTTCGGTAAG TGGAAATTCG GAGCGCTATG CACGCGAATT AAAAGCAGAG 
GTAGCTGAAT TAAACCACAG ATTGCACACA GTCAACACCA TCTTGAGCGA TTTAAAAATC 
TCGGAGACTA TTCCTGGAGG AAATACTGAT GGTGATAGCT CCAGCTCACT CTCCGATACT 
GATGTAAATT TGGAAAATGC ACCGCCAATT CAAAATAGAA TATCGCTATT GAGGACCAAT 
ACCGTGGAGT CTTTTGTATC AATGAGAAAA GCCTCTACTA TGCAGGTTGA GTCCACCTAT 
GATAACCGTT TCATGGTCCA TAATATCGAG TTAAAAATCG ATAATAAAAT CAGGCATCAC 
CTTTTGGAAT ACGCTTCCAG TGCTTTCGAA AGGAAATCTA TGAGGTTTGC TGTGACTTAT 
AAATCCGTAA CTATTTTAAA AGAATTACTG GGAAATGTGT TGACTGGGGT CAGAACATCT 
GTAGAAGATT ATGGTTCAAT ACTTGAGGAC GATTTAGCCA GTAATTCAGA ATTTATTGAG 
CACTTTGAGA AACTCATCAG AGAAGTTCCG AGTGATGACT TTGATTATGT TGATAATTAT 
CTTTTTAGAC TAATCTCCCC TCAGGTTCAG ATCAAATCGG ACGTTGAAAG GAACGCAGCA 
GTTATTTTAG CTGCTAGGGA TATAGAAATG GGAATAATTG ATATAGTTCA AGTGTATGGA 
AAATCAGGAA AAAGAATTCC CGTTGACGTC GATACTATTG TTGAAACTCG CTATTCCGCT 
GTTTCAAAGG ACATTCAGTT GTTTACATTG TTCAAAAAGG ATTTAGAGGG TCCTGAAGGT 
AGATTTTTCC ATAAAAATGG ATATGGTTCC GACAAAGAGT CAGATATATG GCCCCCATGG 
ATTCCTCTTG AAATGTGCTT TGACGGGTCT TTATTAGATA AGCATGTTTT TCTAAAACGG 
AGATCAATGT TTTTGACCTA CGTCGCTCCC AATCCCCTAT TTTTTAGTGC AAATGATACG 
TCTGCATTCT CTTATGATTC GAGATTTCGT ATTGCATTTC CAGGATTGGT TCTGACCTCG 
GACTGTCAAC AATACTGCGC TGTATATGCA ATCGCAGAAG ATTTACTTTC CTTTGGATCA 
TCATTGGATG AAAAAGTTGA GAAACTTTCC AGGATATTAT TTACTGATGA GGTCAGAAAT 
AACCTGGAAA ATCTTGATGT CTCTGTTGTC ACAGCATTAC AAGAAAGAAT AAAGGAACTC 
TATTATACGC GAGCATACCT CAAACTTCAC GAGCCAAGAT TGTTTATGAA ATCAGGACAA 
GAGCTAACCT TCGATATTCA AACTAGTACG TTGAAGTTGA CGTTACTTAT GACGGCAATC 
AAGAAAACTT ACGACCGGAT GGGGAGTGGT AATAGAGTAA TACAGAAAAG ATTGAGGTGG 
CAAGTTGGAA CAGATGAATT GATATGGGAA TTGTACGATG AGAGTAAAAC TCCTTTCGTG 
ACTATCGGAT TGGGGCCCTC TACATTTATT CGTTCAGAAA CTTCCGATGG CACTAATAGT 
AATAAAGTAT CCATTTCTTC CTTACAATGT TTCAACCAGC AAGAAAATCC CGTTTACACT 
GAATTGCTGG CCCCCTTTTA TGAAAATTCA TCCTATAATA AGAACGCGCC AATGGTAGAA 
ATTTTTTGGA TCCTGGGGCC ATCAGTTGGA GGTATTTCAG ATCTGCAAGA TTTGATTGTT 
TCTCTACAGC CATTGATTTT CAAGATGGAT CACAAAACAT CGGAAAAACT AATGAATTAT 
CTATTTCCAA AGATAGAACA AACTTCCATA GAACCCAATT CTCCAGAACT TGTACCACGT 
TCTTCCACTA GTTCCTTCTT TTCATCGTCT CCAGTTTTAC GGCACAGTCT TTCTAACGGT 
TCTTTATCTG TGTACGATGC GAAAGACGTT GACTCTTGGG ACTTGCGTAG TATCCAGAGC 
AAAGAAGGTA TCAAAAAGCA TAAGGGTGAT CATAGAAAAT TGTCAGCATC ACTTTTTGTG 
CAACCTGATT ATAACATCAA TGAAATGGTC AAAAGATCAG GGACATTTTT CAATGTAAAA 
TCTATTATAA TCCGAAAAAC TCTAATGTCC GTGTGTTATA AGGGTTCACA CAGCCTTTTG 
ACCGATGTTA ATAACCTGAT TGTTAGAGTC CCTGTTTTAA AGTACCATAA CAAACTGTGG 
TCGAGGGAAG AATTTTTTAC TGCTTTGAAA AGAGACGTCG TAAGAATAGT TTTACAACAT 
TTGGGAAATA TTATTGGTAA CAAATTTTTG CCTCATAAAA AAGAGAATAA GAAAAAAACT 
TCTATGGAAA TACATCGATT ACTAAGTCCA GATTCTCAAA ATCGTGATAA TTCACATATC 
CTTGAAGTCG AAGGGCATAA TTCATTTTAT AGCTCCACGC ACTCTTCAGA TATCAGATCA 
ATAAACTCAG ATGAAACGTA TAATGAAAAT GATGGAAATG GAGTAAAGCC ATTTTACCCT 
GTTACGAGTG AGTTTTCAAA AAATAAATGA

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

RefSeq	NP_015442.1
CDS	1..7470
Translation	MSMLPWSQIRDVSKLLLGFMLFIISIQKIASILMSWILMLRHSTIRKISFGYFFGTSIRRAFILTDFAQIYIGKITLRIGWKPGIVFHNVDLKLFGKDSHITAHSTKDSRTYFNPRDQTFTFVINRRVLSILKLVFSFSTFFHTLALTVPNGKQYKLNIGSITISHPHDDTIKLEAFLHDFTHPETKDTLNHTGFFMVCKIGKEDDTGSNCTKVILKNWKSSLKISDVCWHLPEKKGKNLHSEPVEPFSAGDDAEMLTSYRKMLKPFHYPLKTLNILDLKVENVKLIYKKKFTIRISSAQLYLESISILNNVSALELLPLNKPTWGDFELSLSANAVVVDIDGNTAVRIPFGNVILTSDILLFLLDNVPLRRTKVSSILNIINPSVFLTIHQVLEVLHLVDKFDSPETSSCTNTNDRSLNILDLDIDRLPSFNFELLMSNFISRLHISDEENVTFKVFSTHALFSRNNLSMTPKKGQVMQIRPDWPFAKTALVSDQLSNYIKIVGTSLSYLRIPTEQDANPVSIPVCGFERLDTFLDEFSNSKLIVQSTLRHSYVSLENIEVLHTLSRAFDKIYLLISSRTKRNAAHKANGGKLGDLNEAKKTFNWSLKLRMKDISCSLLVAGFLPKNLDPVEAENFNLSDVTRGAKVVFTESILLADSQEKNFTIIDASVYRFMDGTTYKPSPEVIIQFTNLLLSFNDSDEIHFSLPKIKFKMDVNIIWLWFYIRSIWIKFRPNSKLSRNSVSSVKSVNVLDRLRVDIGKMIIELTLPHNTEVLLIFERIGLSSSTKNLTIASLSAYVVSVYVKHIKVYVSLLNINDFELDTEELICKKSAVINTSLIHFHAEYHFRFYMITDNIVTLYKSFKQIKLAFSNLNEFKRLYPQQQFPKKVPNLHICCQDFLIDIEEDPFEQELGLILKVGVLEQRERLKKLEEFKEKLSTYEDMNVRLRSLYDTSRGQSFFPEFYANDQEYEQKAYLRLLENFSTSWIARYRKAKLSFYGMPYRVISREELGTKYHLFTRQKTSTVANLVVKDLDFKLGSPSFPLDNYMDFVYQYGKKVPKSTEYTLLIILGLKIKSALWELRLRDYPIPAISFPDTFTTGDVVFAEKMPAPCALHTVYVPFVSSAQRSPYNDANTIYGLHIIRTINSVKTYFNIRSMVTSSSSARITWGKSLQPGYESLMLWFDFLTKPLIDPSKKLGFWDKFRYLVHGKWIYEFSEESEIHLNIKGSHDPYKITDDGAGLAFCWSGGTTIYVHNSTDPKEFLKIESQRFQLAVPDFAKVSKFDKVFMKLDGRVIWTLGLLFEQGDISKAGDEERFLPNRPHYEIQLMNPDGVADLDHHDTYKGFRTSFIHMSFGVYSSEHGSINSLYLAPYALTHFFKWWNLFHTYTSGPIRQGRLFTDVLQNKTKFGRSLFTIAYQLHLKRLMVTHIYRHITTQYDLEKDRKITFTGLKGRFDSLKIDLHQKRVKLTHTNQKLNKSKPVWKFKMSRGEIDCAEADIRILSTLFDQEAVKEILTSGLDGILEDEPSRPITPQDVEYLRESDWYDYEDYIDLNQVPLGSSLPLKLEAIPLLYSPRISYFRKINDDGYVLAYPFGTEESHNCLIGKNHPELTQEKLATERKREIEEQLKLLHITLSELQSNKGGGSVSGNSERYARELKAEVAELNHRLHTVNTILSDLKISETIPGGNTDGDSSSSLSDTDVNLENAPPIQNRISLLRTNTVESFVSMRKASTMQVESTYDNRFMVHNIELKIDNKIRHHLLEYASSAFERKSMRFAVTYKSVTILKELLGNVLTGVRTSVEDYGSILEDDLASNSEFIEHFEKLIREVPSDDFDYVDNYLFRLISPQVQIKSDVERNAAVILAARDIEMGIIDIVQVYGKSGKRIPVDVDTIVETRYSAVSKDIQLFTLFKKDLEGPEGRFFHKNGYGSDKESDIWPPWIPLEMCFDGSLLDKHVFLKRRSMFLTYVAPNPLFFSANDTSAFSYDSRFRIAFPGLVLTSDCQQYCAVYAIAEDLLSFGSSLDEKVEKLSRILFTDEVRNNLENLDVSVVTALQERIKELYYTRAYLKLHEPRLFMKSGQELTFDIQTSTLKLTLLMTAIKKTYDRMGSGNRVIQKRLRWQVGTDELIWELYDESKTPFVTIGLGPSTFIRSETSDGTNSNKVSISSLQCFNQQENPVYTELLAPFYENSSYNKNAPMVEIFWILGPSVGGISDLQDLIVSLQPLIFKMDHKTSEKLMNYLFPKIEQTSIEPNSPELVPRSSTSSFFSSSPVLRHSLSNGSLSVYDAKDVDSWDLRSIQSKEGIKKHKGDHRKLSASLFVQPDYNINEMVKRSGTFFNVKSIIIRKTLMSVCYKGSHSLLTDVNNLIVRVPVLKYHNKLWSREEFFTALKRDVVRIVLQHLGNIIGNKFLPHKKENKKKTSMEIHRLLSPDSQNRDNSHILEVEGHNSFYSSTHSSDIRSINSDETYNENDGNGVKPFYPVTSEFSKNK

Target ORF information:

RefSeq Version	NM_001184214.1
Organism	Saccharomyces cerevisiae S288C
Definition	Saccharomyces cerevisiae S288C uncharacterized protein (YPR117W), partial mRNA.

Target ORF information:

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

NM_001184214.1

ORF Insert Sequence:

ATGTCTATGT TACCGTGGTC TCAAATAAGG GATGTGTCTA AACTATTATT AGGCTTTATG 
CTTTTTATTA TATCAATTCA GAAAATCGCT AGTATTCTCA TGTCATGGAT ATTGATGCTG 
CGCCATTCCA CAATACGAAA AATTTCATTT GGATACTTTT TTGGTACGTC AATAAGACGA 
GCGTTTATCT TAACTGATTT TGCTCAAATA TATATTGGCA AGATAACCTT GCGAATAGGT 
TGGAAACCCG GAATTGTGTT TCATAATGTT GATTTGAAGT TATTTGGGAA GGACAGCCAT 
ATCACTGCAC ATTCAACTAA AGACTCCAGA ACATATTTCA ATCCGCGGGA TCAAACTTTT 
ACCTTTGTAA TTAACAGGCG AGTCCTATCA ATTTTGAAAC TTGTGTTCTC ATTTTCCACT 
TTCTTTCATA CTTTAGCTCT TACAGTGCCT AATGGAAAAC AATATAAATT AAATATCGGA 
TCCATAACGA TATCACACCC ACACGATGAT ACCATAAAGT TAGAGGCATT TTTGCATGAT 
TTTACCCATC CTGAAACGAA AGATACTTTG AACCATACTG GTTTTTTTAT GGTCTGTAAA 
ATTGGAAAGG AAGATGATAC AGGCAGCAAC TGCACAAAAG TTATACTAAA AAATTGGAAA 
TCAAGTCTCA AAATAAGTGA TGTTTGTTGG CATCTTCCAG AGAAGAAAGG GAAGAATTTG 
CATTCGGAGC CTGTTGAGCC TTTTTCTGCT GGTGATGATG CGGAAATGCT CACTTCATAT 
CGTAAGATGC TAAAGCCTTT TCACTACCCA CTGAAAACTT TGAACATTCT GGACCTTAAG 
GTAGAAAATG TAAAGTTGAT TTACAAAAAA AAGTTTACAA TTCGCATATC AAGTGCTCAA 
CTTTACTTGG AATCAATCTC CATTCTAAAT AATGTCTCCG CTTTGGAACT TTTACCCTTA 
AATAAGCCCA CATGGGGCGA TTTTGAACTA TCACTTTCTG CAAATGCTGT TGTAGTAGAT 
ATCGATGGTA ATACAGCAGT TAGAATTCCA TTTGGAAATG TCATACTGAC GTCAGATATT 
TTACTATTTT TACTTGACAA TGTACCTTTA CGGAGAACGA AGGTATCTTC CATTTTGAAC 
ATTATAAATC CTTCAGTATT CCTCACTATA CATCAAGTAC TGGAAGTTCT TCATTTAGTG 
GACAAATTCG ATAGCCCTGA GACCTCATCA TGTACTAACA CAAACGACAG ATCATTAAAT 
ATTTTAGATT TAGATATTGA TCGATTGCCC AGTTTTAACT TTGAACTACT AATGTCGAAT 
TTTATTTCAA GGCTGCATAT ATCAGATGAG GAGAATGTGA CGTTTAAGGT CTTCAGCACA 
CATGCTCTCT TTAGCCGTAA CAACTTGTCT ATGACTCCTA AAAAGGGACA AGTAATGCAA 
ATACGTCCGG ATTGGCCATT TGCGAAGACA GCCCTAGTAT CTGATCAATT ATCTAACTAT 
ATTAAAATTG TGGGTACATC ACTCTCTTAC CTGAGAATTC CAACAGAGCA GGACGCTAAC 
CCAGTGTCTA TACCAGTCTG TGGCTTTGAA AGATTAGACA CATTTCTGGA TGAATTTTCA 
AATTCTAAAT TGATCGTTCA GTCTACACTA AGACATTCGT ACGTTAGTCT TGAGAACATT 
GAAGTTTTGC ATACTTTAAG TCGCGCCTTT GACAAAATTT ACTTGCTAAT ATCTAGCAGA 
ACAAAAAGGA ATGCGGCTCA TAAAGCGAAT GGTGGAAAAT TGGGGGACCT AAATGAAGCC 
AAGAAAACAT TTAACTGGTC ATTGAAACTT AGAATGAAGG ATATTTCATG TTCGTTACTG 
GTCGCTGGGT TTCTTCCGAA AAATTTGGAT CCTGTGGAAG CTGAGAATTT TAACTTATCT 
GACGTAACTA GAGGCGCCAA AGTTGTTTTT ACAGAATCAA TATTGTTAGC GGACAGCCAG 
GAGAAAAACT TCACTATTAT TGATGCATCC GTATATCGTT TCATGGATGG CACTACGTAT 
AAGCCCTCTC CTGAGGTTAT TATTCAATTT ACCAATTTGT TATTGAGTTT TAACGACTCA 
GATGAAATTC ATTTTTCACT TCCCAAGATT AAATTTAAGA TGGATGTAAA TATTATCTGG 
TTGTGGTTTT ATATTCGGAG TATATGGATA AAATTTCGTC CTAATTCAAA ATTGAGCCGA 
AATTCAGTGA GCAGTGTAAA ATCTGTCAAT GTTCTCGATA GATTAAGAGT AGATATAGGA 
AAGATGATTA TAGAGCTAAC GCTTCCTCAT AATACAGAGG TACTCCTAAT ATTCGAGAGG 
ATTGGACTTT CAAGTTCCAC TAAAAATCTT ACAATTGCAT CTTTGTCAGC GTACGTGGTA 
TCGGTTTATG TGAAGCATAT TAAGGTTTAT GTTTCCTTGC TAAATATTAA TGACTTTGAG 
CTAGACACTG AAGAGTTGAT CTGCAAGAAA TCCGCTGTTA TAAACACCTC ATTGATTCAT 
TTTCATGCCG AATATCATTT TAGATTTTAC ATGATAACGG ATAACATAGT CACGTTGTAT 
AAATCGTTTA AGCAAATTAA ATTGGCATTT TCCAATTTGA ATGAATTTAA GCGATTATAC 
CCTCAGCAAC AGTTTCCGAA AAAAGTTCCA AATTTACATA TTTGTTGCCA GGATTTTCTA 
ATTGATATTG AAGAAGATCC TTTTGAGCAG GAGTTAGGAT TAATTTTGAA AGTTGGTGTT 
TTGGAACAAC GTGAGAGGTT AAAGAAGCTT GAAGAGTTCA AGGAAAAGCT ATCAACATAT 
GAGGACATGA ATGTACGTTT AAGGTCGCTC TATGATACCT CCCGTGGACA AAGTTTTTTC 
CCAGAGTTTT ATGCGAATGA TCAAGAATAT GAGCAAAAGG CCTATCTCAG GTTGTTAGAA 
AACTTTTCAA CGTCATGGAT TGCCAGATAC AGGAAAGCAA AACTTTCTTT TTATGGTATG 
CCTTATCGGG TTATCAGCCG TGAAGAGCTT GGTACGAAAT ACCACTTGTT TACTAGACAG 
AAAACCAGTA CTGTTGCTAA CCTCGTCGTA AAAGATTTGG ATTTTAAACT AGGCAGTCCT 
TCCTTCCCTT TAGACAATTA TATGGATTTT GTTTACCAGT ATGGAAAAAA AGTTCCAAAA 
TCTACGGAGT ACACTTTGCT AATTATTCTT GGCCTCAAAA TCAAAAGCGC GTTATGGGAG 
TTGCGTCTGA GAGATTATCC AATACCTGCT ATATCATTTC CCGACACATT TACAACAGGT 
GATGTTGTAT TTGCTGAAAA GATGCCAGCA CCTTGCGCGC TTCATACTGT TTATGTTCCT 
TTTGTCAGCT CTGCCCAAAG AAGCCCCTAT AATGACGCCA ATACAATATA TGGTTTGCAC 
ATCATTCGTA CAATTAATTC AGTCAAAACA TATTTCAATA TTAGGTCAAT GGTTACATCT 
TCTTCATCTG CCAGAATAAC ATGGGGGAAA TCTCTGCAAC CCGGTTATGA GTCTTTGATG 
CTTTGGTTTG ATTTTTTAAC CAAACCTCTC ATCGATCCGT CCAAAAAGCT AGGATTTTGG 
GACAAATTCA GATATTTAGT GCATGGGAAG TGGATATACG AGTTTTCAGA GGAAAGTGAG 
ATCCACTTAA ATATTAAAGG TTCACATGAT CCTTATAAGA TTACAGATGA TGGTGCGGGT 
CTGGCGTTCT GCTGGTCTGG TGGCACCACA ATTTACGTTC ATAACTCCAC GGATCCTAAA 
GAGTTTTTAA AAATTGAATC CCAAAGGTTT CAGTTGGCAG TGCCAGACTT TGCCAAAGTT 
AGTAAATTTG ATAAAGTCTT TATGAAGCTC GATGGAAGAG TAATTTGGAC ATTAGGTTTA 
CTTTTTGAAC AAGGCGATAT ATCTAAGGCT GGTGACGAAG AGAGGTTCCT TCCAAATAGG 
CCACATTATG AAATACAGCT GATGAATCCA GATGGAGTCG CAGATTTGGA TCACCATGAT 
ACATACAAAG GATTTAGAAC ATCTTTTATC CACATGTCAT TTGGTGTCTA TTCTTCTGAG 
CACGGATCCA TAAATAGTCT CTATCTCGCA CCTTACGCTT TAACACATTT CTTTAAGTGG 
TGGAATTTAT TTCATACATA TACATCTGGT CCTATTAGGC AAGGACGGTT ATTTACGGAT 
GTACTTCAAA ACAAGACAAA GTTTGGTCGC TCATTATTTA CAATAGCTTA TCAGCTACAT 
TTAAAACGGC TAATGGTTAC GCATATTTAT CGGCATATTA CTACTCAATA TGATCTTGAA 
AAAGACCGCA AAATAACTTT TACTGGATTG AAAGGGAGGT TTGATTCACT GAAAATTGAT 
TTGCATCAAA AAAGAGTTAA ACTGACCCAT ACGAACCAAA AATTAAATAA GTCAAAACCT 
GTATGGAAGT TTAAGATGTC TAGGGGTGAG ATTGATTGTG CAGAAGCAGA TATTAGGATA 
TTATCAACTC TGTTTGATCA GGAAGCAGTT AAGGAAATTC TTACTTCTGG ACTCGATGGC 
ATACTTGAAG ACGAGCCATC ACGTCCTATT ACGCCTCAAG ATGTGGAATA CTTGCGTGAA 
TCAGATTGGT ATGATTATGA GGATTATATA GACTTGAATC AAGTGCCGCT TGGTTCCTCA 
CTTCCATTAA AATTAGAAGC AATACCATTG CTATACTCTC CTAGAATATC CTACTTTAGA 
AAAATAAATG ATGATGGTTA CGTACTAGCT TACCCATTTG GTACCGAAGA ATCTCACAAT 
TGTCTGATTG GCAAGAATCA TCCAGAATTG ACGCAGGAGA AATTAGCAAC TGAAAGAAAA 
CGAGAAATAG AAGAACAACT AAAATTATTA CATATTACGT TAAGCGAATT GCAATCGAAC 
AAAGGCGGAG GTTCGGTAAG TGGAAATTCG GAGCGCTATG CACGCGAATT AAAAGCAGAG 
GTAGCTGAAT TAAACCACAG ATTGCACACA GTCAACACCA TCTTGAGCGA TTTAAAAATC 
TCGGAGACTA TTCCTGGAGG AAATACTGAT GGTGATAGCT CCAGCTCACT CTCCGATACT 
GATGTAAATT TGGAAAATGC ACCGCCAATT CAAAATAGAA TATCGCTATT GAGGACCAAT 
ACCGTGGAGT CTTTTGTATC AATGAGAAAA GCCTCTACTA TGCAGGTTGA GTCCACCTAT 
GATAACCGTT TCATGGTCCA TAATATCGAG TTAAAAATCG ATAATAAAAT CAGGCATCAC 
CTTTTGGAAT ACGCTTCCAG TGCTTTCGAA AGGAAATCTA TGAGGTTTGC TGTGACTTAT 
AAATCCGTAA CTATTTTAAA AGAATTACTG GGAAATGTGT TGACTGGGGT CAGAACATCT 
GTAGAAGATT ATGGTTCAAT ACTTGAGGAC GATTTAGCCA GTAATTCAGA ATTTATTGAG 
CACTTTGAGA AACTCATCAG AGAAGTTCCG AGTGATGACT TTGATTATGT TGATAATTAT 
CTTTTTAGAC TAATCTCCCC TCAGGTTCAG ATCAAATCGG ACGTTGAAAG GAACGCAGCA 
GTTATTTTAG CTGCTAGGGA TATAGAAATG GGAATAATTG ATATAGTTCA AGTGTATGGA 
AAATCAGGAA AAAGAATTCC CGTTGACGTC GATACTATTG TTGAAACTCG CTATTCCGCT 
GTTTCAAAGG ACATTCAGTT GTTTACATTG TTCAAAAAGG ATTTAGAGGG TCCTGAAGGT 
AGATTTTTCC ATAAAAATGG ATATGGTTCC GACAAAGAGT CAGATATATG GCCCCCATGG 
ATTCCTCTTG AAATGTGCTT TGACGGGTCT TTATTAGATA AGCATGTTTT TCTAAAACGG 
AGATCAATGT TTTTGACCTA CGTCGCTCCC AATCCCCTAT TTTTTAGTGC AAATGATACG 
TCTGCATTCT CTTATGATTC GAGATTTCGT ATTGCATTTC CAGGATTGGT TCTGACCTCG 
GACTGTCAAC AATACTGCGC TGTATATGCA ATCGCAGAAG ATTTACTTTC CTTTGGATCA 
TCATTGGATG AAAAAGTTGA GAAACTTTCC AGGATATTAT TTACTGATGA GGTCAGAAAT 
AACCTGGAAA ATCTTGATGT CTCTGTTGTC ACAGCATTAC AAGAAAGAAT AAAGGAACTC 
TATTATACGC GAGCATACCT CAAACTTCAC GAGCCAAGAT TGTTTATGAA ATCAGGACAA 
GAGCTAACCT TCGATATTCA AACTAGTACG TTGAAGTTGA CGTTACTTAT GACGGCAATC 
AAGAAAACTT ACGACCGGAT GGGGAGTGGT AATAGAGTAA TACAGAAAAG ATTGAGGTGG 
CAAGTTGGAA CAGATGAATT GATATGGGAA TTGTACGATG AGAGTAAAAC TCCTTTCGTG 
ACTATCGGAT TGGGGCCCTC TACATTTATT CGTTCAGAAA CTTCCGATGG CACTAATAGT 
AATAAAGTAT CCATTTCTTC CTTACAATGT TTCAACCAGC AAGAAAATCC CGTTTACACT 
GAATTGCTGG CCCCCTTTTA TGAAAATTCA TCCTATAATA AGAACGCGCC AATGGTAGAA 
ATTTTTTGGA TCCTGGGGCC ATCAGTTGGA GGTATTTCAG ATCTGCAAGA TTTGATTGTT 
TCTCTACAGC CATTGATTTT CAAGATGGAT CACAAAACAT CGGAAAAACT AATGAATTAT 
CTATTTCCAA AGATAGAACA AACTTCCATA GAACCCAATT CTCCAGAACT TGTACCACGT 
TCTTCCACTA GTTCCTTCTT TTCATCGTCT CCAGTTTTAC GGCACAGTCT TTCTAACGGT 
TCTTTATCTG TGTACGATGC GAAAGACGTT GACTCTTGGG ACTTGCGTAG TATCCAGAGC 
AAAGAAGGTA TCAAAAAGCA TAAGGGTGAT CATAGAAAAT TGTCAGCATC ACTTTTTGTG 
CAACCTGATT ATAACATCAA TGAAATGGTC AAAAGATCAG GGACATTTTT CAATGTAAAA 
TCTATTATAA TCCGAAAAAC TCTAATGTCC GTGTGTTATA AGGGTTCACA CAGCCTTTTG 
ACCGATGTTA ATAACCTGAT TGTTAGAGTC CCTGTTTTAA AGTACCATAA CAAACTGTGG 
TCGAGGGAAG AATTTTTTAC TGCTTTGAAA AGAGACGTCG TAAGAATAGT TTTACAACAT 
TTGGGAAATA TTATTGGTAA CAAATTTTTG CCTCATAAAA AAGAGAATAA GAAAAAAACT 
TCTATGGAAA TACATCGATT ACTAAGTCCA GATTCTCAAA ATCGTGATAA TTCACATATC 
CTTGAAGTCG AAGGGCATAA TTCATTTTAT AGCTCCACGC ACTCTTCAGA TATCAGATCA 
ATAAACTCAG ATGAAACGTA TAATGAAAAT GATGGAAATG GAGTAAAGCC ATTTTACCCT 
GTTACGAGTG AGTTTTCAAA AAATAAATGA

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

PubMed

The nucleotide sequence of Saccharomyces cerevisiae chromosome XVI.
Nature387(6632 Suppl)103-5(1997 May)
Bussey H,Storms RK,Ahmed A,Albermann K,Allen E,Ansorge W,Araujo R,Aparicio A,Barrell B,Badcock K,Benes V,Botstein D,Bowman S,Br?ckner M,Carpenter J,Cherry JM,Chung E,Churcher C,Coster F,Davis K,Davis RW,Dietrich FS,Delius H,DiPaolo T,Hani J

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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YPR117W 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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