KLLA0_D16566g cDNA ORF clone, Kluyveromyces lactis

Gene
Clones
gRNAs

Summary

Gene Symbol	KLLA0_D16566g
Entrez Gene ID	2893238
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Kluyveromyces lactis

mRNA and Protein(s)

mRNA	Protein	Name
XM_453791.1	XP_453791.1	uncharacterized protein

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

Genome evolution in yeasts.
Dujon B, Sherman D, Fischer G, Durrens P, Casaregola S, Lafontaine I, De Montigny J, Marck C, Neuv?glise C, Talla E, Goffard N, Frangeul L, Aigle M, Anthouard V, Babour A, Barbe V, Barnay S, Blanchin S, Beckerich JM, Beyne E, Bleykasten C, Boisram? A, Boyer J, Cattolico L, Confanioleri F, De Daruvar A, Despons L, Fabre E, Fairhead C, Ferry-Dumazet H, Groppi A, Hantraye F, Hennequin C, Jauniaux N, Joyet P, Kachouri R, Kerrest A, Koszul R, Lemaire M, Lesur I, Ma L, Muller H, Nicaud JM, Nikolski M, Oztas S, Ozier-Kalogeropoulos O, Pellenz S, Potier S, Richard GF, Straub ML, Suleau A, Swennen D, Tekaia F, W?solowski-Louvel M, Westhof E, Wirth B, Zeniou-Meyer M, Zivanovic I, Bolotin-Fukuhara M, Thierry A, Bouchier C, Caudron B, Scarpelli C, Gaillardin C, Weissenbach J, Wincker P, Souciet JL
Nature430(6995)35-44(2004 Jul)

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

The following KLLA0_D16566g gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the KLLA0_D16566g 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
OKl07552	XM_453791.1 Latest version!	Kluyveromyces lactis uncharacterized protein (KLLA0_D16566g), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1371.30 $1959.00

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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)

KLLA0_D16566g ( XM_453791.1 ) cDNA ORF clone, Kluyveromyces lactis -> XP_453791.1 Kluyveromyces lactis uncharacterized protein (KLLA0_D16566g), partial mRNA.

Price & Availability↑

CloneID	OKl07552
Clone ID Related Accession (Same CDS sequence)	XM_453791.1
Accession Version	XM_453791.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7416bp) 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	2017-09-24
Organism	Kluyveromyces lactis
Product	uncharacterized protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NC_006040). COMPLETENESS: incomplete on both ends.

ATGTCAGGAA AGGGATCTTC GCAGTCTGAT AAACGGTCCA GCCGAGATGA ATTGAAGTTT 
AAATTGAACA GGTTGCAGGA ACAACAAAAA CATCAAGAAG CTCTTTCTCA TGTTAATTCT 
GAGGACCCCA GTTTACCATT TTCCAATGTC TTGAGTAAGA GAGATAATAG GGCTTCGTTA 
CCTGTTTTTG CAGGAAGCTC TGCTCATGCA GGTGTCATAA ATGCCAATTC AGGCGAGGAT 
GTGAACTTTG TTGTTGGTTT AAGCGAGAAC TTACTCGTCG AATGCAGACG CTTACAAGCA 
CAGAACGAAC GTAAGTCCGC CAAATTATCC TCTTTGCAGG CCGACTATGA AAAGTTGAAA 
ATAAATCTTG AGCGGTTAAC AGTGAAGCAT GAATCTATGA CCAAAAATGA GGATTCTTTA 
AAGGACACTA ATTGGCGACA AGAAATGAAA TTGCAAAGTT TATCTAAGGA GTTCCAAGAG 
TTGACTGAAA ACTTCAATAA AAATAAAAGT GAACTTGAAA GGCAGATTGA GCTTTCTAAG 
GATATGAAAA CTGAACTGGA GGAAAGTTCT TTGGAACGTA TGGGATTAAA GTCCGAATTG 
GCTTCTAGTA AAAAAGTTCA TTCGAATGAA ATTAAGGAGC TGAAAAGACA TGTGGAAGAG 
TTGAACAATG AGAATGATCA GCTGCATAAT AAAGTTAACA TGTTGAGTGA GAAGGTCACT 
TCATTAACAA AAGAAATAGA AGAGAGGAAA GGCACCTCTG CACAGGGCAA AGACGATACT 
GCGATTGCTA CATCAGAACA AAAACCATCA CCTGCCGTAA AACTGATCGG AGGAGGTATG 
GAGGGTTCCG ATGATAGTTC CTTGAAGAAA CCGATTGATT CAAATCTAGA AAATCAGACC 
TTAAAAGCCA ACTTAAATCA TGCTAATCAG TTAATTGTAA GATTAAAGCA GAAGCTCAAC 
AGAGTCAAGG CTGACAGCAC CATGAACTCT CCATTACCTT CAAAGTCTCC CAGAGGTAAG 
AATAAAGGCG GTTTATCTTT TATAGGATCT GCTTCTACTC CTCAAAAGTC CAATACTTCC 
AGCTTCAATT ACGAAGTTAC AGATAATGAA TCAGGTGACT GGAATGTAAT ACCATCGCCT 
GGCAAGTCAA GTAATGCTGA TATCAGTGAT ATTGACGCTG AAAGTTTTGT TTCGGAAACT 
ATGGACTATG TGAGAGACCC CATTTCGGAG GGCCCCTTTG AACATGATGA AGACTTTATT 
AATGAACTTG ACTATGAAGA TATAGAAAGA TACGCAAAAA CGCACAATTT CGCACTTGTC 
CCAATTACTG AACTAGATGA ATTAAAAAAA TCGAAAACTC CTAGCACAAT CTCAGATGAC 
ACATTATCAA AGCATATTCT TTCCAGACTT TCTACGCTAG GGTATTTTGA TACTTCTAGT 
TTAACAAATA ATGAGAAAGT GGATATAGAA GAGATTTTTA AGCATCCCAC TGAGGATTAT 
CTAGTTTCGA ATCTGAAGAG GCTCAACCTC ACTGCTATCA AAGAAGAAGA GTACCAATCA 
TTGAATGATC CATCGATGGA AACTTTGAAA AAATCATTAG AAAGTAAAGA CTACACTGCG 
TTAAGTAAAA AGGACTATGA GAATTTGCTT CATGCTTCCG AAAGTCCGTC CCTGTCATAT 
CTCGAGAGTA AGGCTCACAA GCTTCAAAAA ACCATTATCG ACATTGATGA GTATGAAAAT 
TTGAGGAAAC CGGATGTTGA GGCATTAACA AACCATGCCC AGTCCAGAGG ACTTCAGGTA 
TTGAAACAGT CACAATTGAC TGATATAAAA GCTAAATTGG AAAGCCCGTC TGAAGAATAT 
TTGCAGGCCA AAGCAGATGC AAAAGGATTA ACTGTACTAA CGAAGAGTAA ATTGTCCCAA 
CTCACTGAAC CAAGTATCGA AGACGTCCAA CAGTTAGCTA CCACTCACGA CCATATTTTA 
ATATCTAACA AAGATTACCA TGAGCTACTG AATCCTTCTA TCGATAAAGT GGAAAAAATT 
GCTGCAAATC ACAAACTCTC GGTAATACCT GATAAGGATC TAATTGATCT GAAATGCAAA 
GCTGAAAGTC CAGATATTAA TAGGTTGAAA GAATGTGCTA AGTCAAAAGA TCATGTTCTT 
CTTCCAAATG AGGAGCACAC CAGACTAATG CATGGAAACA CTCATCCTTC AATTGAAGCT 
ATTCAATCAT CGCTTTCTAG TGACGATATG GAGTCTTTAT TGCTGTGGTT GGCGGAAAGA 
AAGTCCATAA CACCTATACG CACCACTGAG TATCACAAAT TAACAGAACT AGCTAATACT 
CCTCCACTGG ATCATCTAAA GAAAGCTGCC AAAGCTTTAG ATTACACCTT GCTCAGTCAA 
GCTGAAATAG AGAACCTAAG AAACTTAGCT CAAAATCCTC CCTTTGAACA CCTGAAAGAT 
AAACTACTAG CTCTCAATTA TACTATTATC AAACAGGAGG ACCTTCATAA GTTGAAGGAA 
CAGCTAGAAT CTCCAACTTT GAACTTTTTA TCGGAAAAGG CAGCAGAGAA AAACTATGAT 
ATAATCCTAA AGACTGACCA CTCAGAGCTT TTGAGAAAGT CATCAGACCC GACCATCCAA 
GAAATGCAGC ACTTGGCAGC TGTAACTGGC CACTTGATTG TATCGCAGAG TGACTACGAT 
TATTTGAATA AGACCGTAAA TGAACCATCA AGAAACTTCA TCATTGAAAA GGCAAAGGAT 
ATCGGTATGG TTACTATCGA ACAGAAAGAG TATGAAAAGT TAGTTCATAA GGGCAGTGAT 
AAAACAATGT TACTCGAATC TATTAAGAAT TTTGGATTTG TTCCAGTCAC TGCGCCAGAT 
TTCAATTCCT TTAAACAAAA GTCAATCGAC AATGTTGACA TCGACCAATT AACTAACAGA 
TTGGAAACAT TGGGTTACGT TGCAGTTTCA AAAGAAGGAT ACTCAAAATT AATGGCTCCC 
GTTATAGATA AAGTAACTAA AGATGAAACT TTTAAACTCT GTGACAAATA CAATCTAAAG 
CCTGTTGCTG CTGAAGCATA CCAGAAATTA CAGGAAAGCT CGAAAGTTGC ACTACTTTCA 
GAGGATGAAT TGATTAAGAA AGTCAAGGAA CATGGTCATG TGGTCTTAGA TAGTAAGTCT 
TACGAAGATT TGATAAACAA ATCAAACAAT CCACAACTAA AAGATTTATC CAGACACCTC 
TCAACCTATA AAATGGTTCC CGTACAGCTG AACGAATATG AAAATCTAAT GGCTATGAAA 
GACTCTCCCT CATTGACGTT TTTGAAGGAG AAGGCTAAAC TTCATCATCA AACTATGTTA 
CCATTCGATG AACTGGAGGG CTTGAAATCG AAATTAGAGC ACCCATCTAG AGAATATTTA 
GAAAACATGG CTGGAACTCT TGGACTCGCC CTGTTACCAA TTGAATCTAT TGAAGAGCTC 
AAGACCTCAT ATGAAAATCC TTCTATTGCA CACTTATCAA ATAGGGCAAG CAATATTGGC 
AAACGTTTGA TCGATCAACA GAAATATGAC AATTTGCAAA GAAAAACAAA CGAACCTACG 
GTGAAAGAAG TGGAACAACT GGCTGCTAGA ATTGAATGCA AGGTTCTACC AACTGTCGAG 
TACGAAGAGC TACAGCTCGC AATCAATAAC CCTTCAATCA AAAGATCAAA GGAGGTTTGC 
GACATCAATG GGTATAGCGT AGTTCCCACG AAAAAGTTCA ATGAACTTCA ACTTAACTTG 
ACTAGTCCAT CTTTAGAATT CTTGCAAGAA AAAGCGCAGC AACACAAACA AGTTTTACTA 
CCGATTGAAG AACATAATAA GTTACAAATG TCAGCAGTTA CTGACGAGCA GGGTTTACAG 
AGAAGTGCGA GAAGTCTCGG ACTTGTAGTT GTTCCGGAAG CTGATTATGA TTCTTTGTCC 
AATCCTTCCC TGCACATCCT ACAAAAGCAA ATAACAGAAA AAGGTCATGT GGTACTTGAT 
GCTGAGACCT ACAAAAGTCT CAATTCCTCA AATGTTGATT CAATTTCCAA ACAGGAGGTG 
ATAGGTCTGT GTTCAAAGTT CGATTTGATT CCTCTACCTG AAAAACACTA TAAGGAGTTA 
ACAGTTCCTT CGATAGAGAA AGTAAAACAG CTAGTCGAAC CATTAGCGCT AACTGTTATT 
GACCGTGAGG AATTGGCTTT CTTGAAGACC CAAGTTGATA ATCCATCTGA AGAATCAGTT 
GTAGCGACCG CGCCAAAATA CGGGTACAAG CTCCTGGGTG ACAAGGAATA TGAGAATTTA 
CAAAACGAGG CCAAAAAACT CTCTTCTCTC ACCAAAATTG ATATTGAAAA ACTTGCAGCG 
AAATTGGGTC TTGTTGTTCT TAGTGAAGAA TCATACGATG CTCTTATTGA AAAACTGAAA 
AAAGAGGTTG AAGTTTCTTC AATGTCACCA AGATCGAAAG TCGCAGCAAG CAAGCTATAT 
TTCGAAAATG TTATCAAGAA AGAGAATTCA AATAAAGAGG TGGTATTAGA ATCAGGAAAG 
TTATTAGGAT TTGTAAGACT TTCAAACGAT GAGTACAAAA GGCTTCTCGA GAATCAACAA 
AAGCACGAAT TAACAAAGAC GGATATTTAT AATGGGGCAA AAGCCTTTGA TCTCACTGTT 
CTTCCCTCCG AAGAATATAA TAACTTATTA CAAAGAAAGG CGCATAGTGA TAATATTACA 
TATGACGATT TACAGTTGTA TGCTTCACGT TTTGCTTTGA AGTTGGTCCC TGTTAATTTC 
ACAGATGAAG AACTCGAGAA ACATAATAAT CAACGTGTCG GCGATTATGG CTCTAGGCCT 
GCATTAAATC TCCATCCCTC TGTGAACCAT TCCACTGTTA GTTTCAATTC TGTAAGCACA 
GGTGACACTG ATTATTATGA TGCGCTACAA AGTAGCAGCT CCTTCAACCT CAGAAACAGC 
CCTTCGAAGT CAAGCATGCA TACATCTTCC ACTCATTATA CCGATGCCAA TGATTTCCTT 
GGTTCTGATA ATGATAATGT TTCACTGGCA TCAACGATAA AAGATAATGA ACCGACATTG 
GAGGACTTGC AAAGACATGC AGAAGTTTTA GGTTACAACC TTATTGAAAA GGATATCGAT 
TGTCATCAAA ATCATTACTC TACATCATTG ACACCTGAAG ATTTGACAAA GGATATCATT 
TACTCTGCTG CACCGCAATT CGGATTATCT GTGGTGCCAA CTGAGGAATT TATAGAGATG 
GAGAAACTTA TCACTTCAGA GAGGTTAACA CCAGATTCTA TTCGTGAGAG TGCGAAGAAG 
TATGGCTTAA TAGTTTTAAC TGAAGCTGAA CATTCTCAAC TTGTTAAAAA ATCTACTCAA 
TTGATCGCGC CAGCTCCAAT AATCTCAACA GAAACAATTA AACAGAAAGC TAGAGAACAT 
GGCCTCGTAC CAGTAGCAAC AAATGACTAC CTGAAGCTTA TCAAACCTGA TAGTGCTGAT 
GATATCAAGG AAAAAGCGTC AAAGCTGGGT ATTGTCACAT TAGCCGAAGA AGACTACAAG 
GAAATTAAAA AGCCTTTGAC TCGCGAGCTA CTGGAAGCAA GGGCCAAAGA ACTAGAACTC 
GTCACGCTAC CAGTTTTAGA ATACAGTGCC CTCAAAAAAC CGTTGACAGT TACAGACATA 
AAACAGAAAT GTGAAGATTG GGGTTTAGTT CCTATAGAAA AAGACATATA TGAAGACCTT 
TTGAACAAGT TCAACGATGA CTCTGTCAGT GAATGGGCGA AAGAACATGG GAAAGTTATT 
GTCTCGAAAG ACGAATATGA CCATCTGTTG GAAGTCGAGG ATCAAGCGGC TTCTGTTGCA 
ATGACTAGGG ATGAGTTGAT AGAAAGAGCC CATGAGCTCA ACATTATACC GATTGATGCT 
GACAAATTTG AAGAAATACA ACGCGAATTA GCTTCCTCCG GCAGAAACAG TATGACGGAG 
GACGACGTTG TTTTGAAAGC TAAAGAATTA GGATTTGTGC CTATCCCAGT GTCCCAGTAT 
GATCCAAATA CCGCGATTGG TATTTCTAAA GACGATCTCA TGATACGCGC ACGAGATCTT 
GGTCTTGTTC CCATTCCTAT TGAGCAGTTT GAACAGATTA AGAAAGAATT GGAGACGCCA 
ACCTTGACCA GGGAACAAAT AGTTGAGCAT GCCGCTGATT TCAATTTGAT AGCTTTAGAT 
TTAACGGAGT ACAAACGTTT GAAGAAGGGT TCGTATTTGA TGGATAACGA CAATGACACT 
GATTCTGAAG AAGATGAAGA GGAAGAAGAA GACGCAGAGG TCGTTGACTC TGAGATAAAA 
CAATTAAACA AAGCTGCTAA GAGATTTGGC TTACTATGTA TTCCAGAAAG CGCATTTGTC 
GCCACATCCA ATGCAAATAC TCCAGATGTC CATAATGTTG TTGTGTTGCC GATCAAATAT 
TATAATTCTC TATTACATCA AGAGTCTGAA AATTGGGCGA AGATTACTGA TGAGAATTTG 
CAAGCGGAAG CCAAGAAGCG TGGTTTCCAA GTTGTCGTTA ATTTGAGAAA GGACTTTGGC 
GATGGCTTTA CTCAGGGGCA TAGAAGAAAT TCTTCATTGG CGACTCGGTC TGTCATTTCA 
GAGGATGCTA GAAGATCCAT GTCAGAAGCT GCTGCTAATG CTGCAATGAG CGAAATGGAG 
CAACAGACCA GATCCAGAGC CCCATCAAGA TCTTCTTCAA TCAAACGTCC GTCGCCTTCA 
CTTCAAACTA ATCAAGCATC ACTGCTTACA CACAGCGAGT CTATGGCTAC TGGTTTATCT 
TTAGCTACAA TGGCGTCCCT CAGCGCTCCA AGTATCATCC CAGCATTGAC CCAAACTATG 
ATTGGTGAAT ACTTGCACAA GTACTATCGT CGTTTAGGTG GATCTCTGTT CCAATCTTCA 
CGTCATGAAA GATACTTCTG GGTTCATCCT TACACTTTAA CCTTGTATTG GTCTACGTCC 
AATCCTGTGC TTGAGAACCC AGGGAACAAC AAAACCAGAG CGGCAGCTAT TATGGGTGTA 
GAGAGCGTCG ACGATCCATG TCCTTTCCCC GCTGGTTTGT ACCAAAAAAG TATCATCGTG 
AAAACAGAAG GCCGTGATAT TAAGTTGACA TGTGCTACCA GACAAAGACA TAATATTTGG 
TTCAATTCTC TACGTTACCT ACTTCAAAGA AATCTTGACG GGATTAACTT AGATGACATG 
CTTAGAGACG ACAACAATGT TGATTCAAAT ACTATCTACC AGTTGCCAGG AGAAAGTTCT 
CAAACTGCAA CCAGAAGGTT ATCTTCAACA AGAAGGGCTA GTTCTTCGTC TTACGTGAAA 
AGATCAACTT CGAAATGGTC TTTGCGTGCA AATTGA

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

RefSeq	XP_453791.1
CDS	1..7416
Translation	MSGKGSSQSDKRSSRDELKFKLNRLQEQQKHQEALSHVNSEDPSLPFSNVLSKRDNRASLPVFAGSSAHAGVINANSGEDVNFVVGLSENLLVECRRLQAQNERKSAKLSSLQADYEKLKINLERLTVKHESMTKNEDSLKDTNWRQEMKLQSLSKEFQELTENFNKNKSELERQIELSKDMKTELEESSLERMGLKSELASSKKVHSNEIKELKRHVEELNNENDQLHNKVNMLSEKVTSLTKEIEERKGTSAQGKDDTAIATSEQKPSPAVKLIGGGMEGSDDSSLKKPIDSNLENQTLKANLNHANQLIVRLKQKLNRVKADSTMNSPLPSKSPRGKNKGGLSFIGSASTPQKSNTSSFNYEVTDNESGDWNVIPSPGKSSNADISDIDAESFVSETMDYVRDPISEGPFEHDEDFINELDYEDIERYAKTHNFALVPITELDELKKSKTPSTISDDTLSKHILSRLSTLGYFDTSSLTNNEKVDIEEIFKHPTEDYLVSNLKRLNLTAIKEEEYQSLNDPSMETLKKSLESKDYTALSKKDYENLLHASESPSLSYLESKAHKLQKTIIDIDEYENLRKPDVEALTNHAQSRGLQVLKQSQLTDIKAKLESPSEEYLQAKADAKGLTVLTKSKLSQLTEPSIEDVQQLATTHDHILISNKDYHELLNPSIDKVEKIAANHKLSVIPDKDLIDLKCKAESPDINRLKECAKSKDHVLLPNEEHTRLMHGNTHPSIEAIQSSLSSDDMESLLLWLAERKSITPIRTTEYHKLTELANTPPLDHLKKAAKALDYTLLSQAEIENLRNLAQNPPFEHLKDKLLALNYTIIKQEDLHKLKEQLESPTLNFLSEKAAEKNYDIILKTDHSELLRKSSDPTIQEMQHLAAVTGHLIVSQSDYDYLNKTVNEPSRNFIIEKAKDIGMVTIEQKEYEKLVHKGSDKTMLLESIKNFGFVPVTAPDFNSFKQKSIDNVDIDQLTNRLETLGYVAVSKEGYSKLMAPVIDKVTKDETFKLCDKYNLKPVAAEAYQKLQESSKVALLSEDELIKKVKEHGHVVLDSKSYEDLINKSNNPQLKDLSRHLSTYKMVPVQLNEYENLMAMKDSPSLTFLKEKAKLHHQTMLPFDELEGLKSKLEHPSREYLENMAGTLGLALLPIESIEELKTSYENPSIAHLSNRASNIGKRLIDQQKYDNLQRKTNEPTVKEVEQLAARIECKVLPTVEYEELQLAINNPSIKRSKEVCDINGYSVVPTKKFNELQLNLTSPSLEFLQEKAQQHKQVLLPIEEHNKLQMSAVTDEQGLQRSARSLGLVVVPEADYDSLSNPSLHILQKQITEKGHVVLDAETYKSLNSSNVDSISKQEVIGLCSKFDLIPLPEKHYKELTVPSIEKVKQLVEPLALTVIDREELAFLKTQVDNPSEESVVATAPKYGYKLLGDKEYENLQNEAKKLSSLTKIDIEKLAAKLGLVVLSEESYDALIEKLKKEVEVSSMSPRSKVAASKLYFENVIKKENSNKEVVLESGKLLGFVRLSNDEYKRLLENQQKHELTKTDIYNGAKAFDLTVLPSEEYNNLLQRKAHSDNITYDDLQLYASRFALKLVPVNFTDEELEKHNNQRVGDYGSRPALNLHPSVNHSTVSFNSVSTGDTDYYDALQSSSSFNLRNSPSKSSMHTSSTHYTDANDFLGSDNDNVSLASTIKDNEPTLEDLQRHAEVLGYNLIEKDIDCHQNHYSTSLTPEDLTKDIIYSAAPQFGLSVVPTEEFIEMEKLITSERLTPDSIRESAKKYGLIVLTEAEHSQLVKKSTQLIAPAPIISTETIKQKAREHGLVPVATNDYLKLIKPDSADDIKEKASKLGIVTLAEEDYKEIKKPLTRELLEARAKELELVTLPVLEYSALKKPLTVTDIKQKCEDWGLVPIEKDIYEDLLNKFNDDSVSEWAKEHGKVIVSKDEYDHLLEVEDQAASVAMTRDELIERAHELNIIPIDADKFEEIQRELASSGRNSMTEDDVVLKAKELGFVPIPVSQYDPNTAIGISKDDLMIRARDLGLVPIPIEQFEQIKKELETPTLTREQIVEHAADFNLIALDLTEYKRLKKGSYLMDNDNDTDSEEDEEEEEDAEVVDSEIKQLNKAAKRFGLLCIPESAFVATSNANTPDVHNVVVLPIKYYNSLLHQESENWAKITDENLQAEAKKRGFQVVVNLRKDFGDGFTQGHRRNSSLATRSVISEDARRSMSEAAANAAMSEMEQQTRSRAPSRSSSIKRPSPSLQTNQASLLTHSESMATGLSLATMASLSAPSIIPALTQTMIGEYLHKYYRRLGGSLFQSSRHERYFWVHPYTLTLYWSTSNPVLENPGNNKTRAAAIMGVESVDDPCPFPAGLYQKSIIVKTEGRDIKLTCATRQRHNIWFNSLRYLLQRNLDGINLDDMLRDDNNVDSNTIYQLPGESSQTATRRLSSTRRASSSSYVKRSTSKWSLRAN

Target ORF information:

RefSeq Version	XM_453791.1
Organism	Kluyveromyces lactis
Definition	Kluyveromyces lactis uncharacterized protein (KLLA0_D16566g), partial mRNA.

Target ORF information:

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

XM_453791.1

ORF Insert Sequence:

ATGTCAGGAA AGGGATCTTC GCAGTCTGAT AAACGGTCCA GCCGAGATGA ATTGAAGTTT 
AAATTGAACA GGTTGCAGGA ACAACAAAAA CATCAAGAAG CTCTTTCTCA TGTTAATTCT 
GAGGACCCCA GTTTACCATT TTCCAATGTC TTGAGTAAGA GAGATAATAG GGCTTCGTTA 
CCTGTTTTTG CAGGAAGCTC TGCTCATGCA GGTGTCATAA ATGCCAATTC AGGCGAGGAT 
GTGAACTTTG TTGTTGGTTT AAGCGAGAAC TTACTCGTCG AATGCAGACG CTTACAAGCA 
CAGAACGAAC GTAAGTCCGC CAAATTATCC TCTTTGCAGG CCGACTATGA AAAGTTGAAA 
ATAAATCTTG AGCGGTTAAC AGTGAAGCAT GAATCTATGA CCAAAAATGA GGATTCTTTA 
AAGGACACTA ATTGGCGACA AGAAATGAAA TTGCAAAGTT TATCTAAGGA GTTCCAAGAG 
TTGACTGAAA ACTTCAATAA AAATAAAAGT GAACTTGAAA GGCAGATTGA GCTTTCTAAG 
GATATGAAAA CTGAACTGGA GGAAAGTTCT TTGGAACGTA TGGGATTAAA GTCCGAATTG 
GCTTCTAGTA AAAAAGTTCA TTCGAATGAA ATTAAGGAGC TGAAAAGACA TGTGGAAGAG 
TTGAACAATG AGAATGATCA GCTGCATAAT AAAGTTAACA TGTTGAGTGA GAAGGTCACT 
TCATTAACAA AAGAAATAGA AGAGAGGAAA GGCACCTCTG CACAGGGCAA AGACGATACT 
GCGATTGCTA CATCAGAACA AAAACCATCA CCTGCCGTAA AACTGATCGG AGGAGGTATG 
GAGGGTTCCG ATGATAGTTC CTTGAAGAAA CCGATTGATT CAAATCTAGA AAATCAGACC 
TTAAAAGCCA ACTTAAATCA TGCTAATCAG TTAATTGTAA GATTAAAGCA GAAGCTCAAC 
AGAGTCAAGG CTGACAGCAC CATGAACTCT CCATTACCTT CAAAGTCTCC CAGAGGTAAG 
AATAAAGGCG GTTTATCTTT TATAGGATCT GCTTCTACTC CTCAAAAGTC CAATACTTCC 
AGCTTCAATT ACGAAGTTAC AGATAATGAA TCAGGTGACT GGAATGTAAT ACCATCGCCT 
GGCAAGTCAA GTAATGCTGA TATCAGTGAT ATTGACGCTG AAAGTTTTGT TTCGGAAACT 
ATGGACTATG TGAGAGACCC CATTTCGGAG GGCCCCTTTG AACATGATGA AGACTTTATT 
AATGAACTTG ACTATGAAGA TATAGAAAGA TACGCAAAAA CGCACAATTT CGCACTTGTC 
CCAATTACTG AACTAGATGA ATTAAAAAAA TCGAAAACTC CTAGCACAAT CTCAGATGAC 
ACATTATCAA AGCATATTCT TTCCAGACTT TCTACGCTAG GGTATTTTGA TACTTCTAGT 
TTAACAAATA ATGAGAAAGT GGATATAGAA GAGATTTTTA AGCATCCCAC TGAGGATTAT 
CTAGTTTCGA ATCTGAAGAG GCTCAACCTC ACTGCTATCA AAGAAGAAGA GTACCAATCA 
TTGAATGATC CATCGATGGA AACTTTGAAA AAATCATTAG AAAGTAAAGA CTACACTGCG 
TTAAGTAAAA AGGACTATGA GAATTTGCTT CATGCTTCCG AAAGTCCGTC CCTGTCATAT 
CTCGAGAGTA AGGCTCACAA GCTTCAAAAA ACCATTATCG ACATTGATGA GTATGAAAAT 
TTGAGGAAAC CGGATGTTGA GGCATTAACA AACCATGCCC AGTCCAGAGG ACTTCAGGTA 
TTGAAACAGT CACAATTGAC TGATATAAAA GCTAAATTGG AAAGCCCGTC TGAAGAATAT 
TTGCAGGCCA AAGCAGATGC AAAAGGATTA ACTGTACTAA CGAAGAGTAA ATTGTCCCAA 
CTCACTGAAC CAAGTATCGA AGACGTCCAA CAGTTAGCTA CCACTCACGA CCATATTTTA 
ATATCTAACA AAGATTACCA TGAGCTACTG AATCCTTCTA TCGATAAAGT GGAAAAAATT 
GCTGCAAATC ACAAACTCTC GGTAATACCT GATAAGGATC TAATTGATCT GAAATGCAAA 
GCTGAAAGTC CAGATATTAA TAGGTTGAAA GAATGTGCTA AGTCAAAAGA TCATGTTCTT 
CTTCCAAATG AGGAGCACAC CAGACTAATG CATGGAAACA CTCATCCTTC AATTGAAGCT 
ATTCAATCAT CGCTTTCTAG TGACGATATG GAGTCTTTAT TGCTGTGGTT GGCGGAAAGA 
AAGTCCATAA CACCTATACG CACCACTGAG TATCACAAAT TAACAGAACT AGCTAATACT 
CCTCCACTGG ATCATCTAAA GAAAGCTGCC AAAGCTTTAG ATTACACCTT GCTCAGTCAA 
GCTGAAATAG AGAACCTAAG AAACTTAGCT CAAAATCCTC CCTTTGAACA CCTGAAAGAT 
AAACTACTAG CTCTCAATTA TACTATTATC AAACAGGAGG ACCTTCATAA GTTGAAGGAA 
CAGCTAGAAT CTCCAACTTT GAACTTTTTA TCGGAAAAGG CAGCAGAGAA AAACTATGAT 
ATAATCCTAA AGACTGACCA CTCAGAGCTT TTGAGAAAGT CATCAGACCC GACCATCCAA 
GAAATGCAGC ACTTGGCAGC TGTAACTGGC CACTTGATTG TATCGCAGAG TGACTACGAT 
TATTTGAATA AGACCGTAAA TGAACCATCA AGAAACTTCA TCATTGAAAA GGCAAAGGAT 
ATCGGTATGG TTACTATCGA ACAGAAAGAG TATGAAAAGT TAGTTCATAA GGGCAGTGAT 
AAAACAATGT TACTCGAATC TATTAAGAAT TTTGGATTTG TTCCAGTCAC TGCGCCAGAT 
TTCAATTCCT TTAAACAAAA GTCAATCGAC AATGTTGACA TCGACCAATT AACTAACAGA 
TTGGAAACAT TGGGTTACGT TGCAGTTTCA AAAGAAGGAT ACTCAAAATT AATGGCTCCC 
GTTATAGATA AAGTAACTAA AGATGAAACT TTTAAACTCT GTGACAAATA CAATCTAAAG 
CCTGTTGCTG CTGAAGCATA CCAGAAATTA CAGGAAAGCT CGAAAGTTGC ACTACTTTCA 
GAGGATGAAT TGATTAAGAA AGTCAAGGAA CATGGTCATG TGGTCTTAGA TAGTAAGTCT 
TACGAAGATT TGATAAACAA ATCAAACAAT CCACAACTAA AAGATTTATC CAGACACCTC 
TCAACCTATA AAATGGTTCC CGTACAGCTG AACGAATATG AAAATCTAAT GGCTATGAAA 
GACTCTCCCT CATTGACGTT TTTGAAGGAG AAGGCTAAAC TTCATCATCA AACTATGTTA 
CCATTCGATG AACTGGAGGG CTTGAAATCG AAATTAGAGC ACCCATCTAG AGAATATTTA 
GAAAACATGG CTGGAACTCT TGGACTCGCC CTGTTACCAA TTGAATCTAT TGAAGAGCTC 
AAGACCTCAT ATGAAAATCC TTCTATTGCA CACTTATCAA ATAGGGCAAG CAATATTGGC 
AAACGTTTGA TCGATCAACA GAAATATGAC AATTTGCAAA GAAAAACAAA CGAACCTACG 
GTGAAAGAAG TGGAACAACT GGCTGCTAGA ATTGAATGCA AGGTTCTACC AACTGTCGAG 
TACGAAGAGC TACAGCTCGC AATCAATAAC CCTTCAATCA AAAGATCAAA GGAGGTTTGC 
GACATCAATG GGTATAGCGT AGTTCCCACG AAAAAGTTCA ATGAACTTCA ACTTAACTTG 
ACTAGTCCAT CTTTAGAATT CTTGCAAGAA AAAGCGCAGC AACACAAACA AGTTTTACTA 
CCGATTGAAG AACATAATAA GTTACAAATG TCAGCAGTTA CTGACGAGCA GGGTTTACAG 
AGAAGTGCGA GAAGTCTCGG ACTTGTAGTT GTTCCGGAAG CTGATTATGA TTCTTTGTCC 
AATCCTTCCC TGCACATCCT ACAAAAGCAA ATAACAGAAA AAGGTCATGT GGTACTTGAT 
GCTGAGACCT ACAAAAGTCT CAATTCCTCA AATGTTGATT CAATTTCCAA ACAGGAGGTG 
ATAGGTCTGT GTTCAAAGTT CGATTTGATT CCTCTACCTG AAAAACACTA TAAGGAGTTA 
ACAGTTCCTT CGATAGAGAA AGTAAAACAG CTAGTCGAAC CATTAGCGCT AACTGTTATT 
GACCGTGAGG AATTGGCTTT CTTGAAGACC CAAGTTGATA ATCCATCTGA AGAATCAGTT 
GTAGCGACCG CGCCAAAATA CGGGTACAAG CTCCTGGGTG ACAAGGAATA TGAGAATTTA 
CAAAACGAGG CCAAAAAACT CTCTTCTCTC ACCAAAATTG ATATTGAAAA ACTTGCAGCG 
AAATTGGGTC TTGTTGTTCT TAGTGAAGAA TCATACGATG CTCTTATTGA AAAACTGAAA 
AAAGAGGTTG AAGTTTCTTC AATGTCACCA AGATCGAAAG TCGCAGCAAG CAAGCTATAT 
TTCGAAAATG TTATCAAGAA AGAGAATTCA AATAAAGAGG TGGTATTAGA ATCAGGAAAG 
TTATTAGGAT TTGTAAGACT TTCAAACGAT GAGTACAAAA GGCTTCTCGA GAATCAACAA 
AAGCACGAAT TAACAAAGAC GGATATTTAT AATGGGGCAA AAGCCTTTGA TCTCACTGTT 
CTTCCCTCCG AAGAATATAA TAACTTATTA CAAAGAAAGG CGCATAGTGA TAATATTACA 
TATGACGATT TACAGTTGTA TGCTTCACGT TTTGCTTTGA AGTTGGTCCC TGTTAATTTC 
ACAGATGAAG AACTCGAGAA ACATAATAAT CAACGTGTCG GCGATTATGG CTCTAGGCCT 
GCATTAAATC TCCATCCCTC TGTGAACCAT TCCACTGTTA GTTTCAATTC TGTAAGCACA 
GGTGACACTG ATTATTATGA TGCGCTACAA AGTAGCAGCT CCTTCAACCT CAGAAACAGC 
CCTTCGAAGT CAAGCATGCA TACATCTTCC ACTCATTATA CCGATGCCAA TGATTTCCTT 
GGTTCTGATA ATGATAATGT TTCACTGGCA TCAACGATAA AAGATAATGA ACCGACATTG 
GAGGACTTGC AAAGACATGC AGAAGTTTTA GGTTACAACC TTATTGAAAA GGATATCGAT 
TGTCATCAAA ATCATTACTC TACATCATTG ACACCTGAAG ATTTGACAAA GGATATCATT 
TACTCTGCTG CACCGCAATT CGGATTATCT GTGGTGCCAA CTGAGGAATT TATAGAGATG 
GAGAAACTTA TCACTTCAGA GAGGTTAACA CCAGATTCTA TTCGTGAGAG TGCGAAGAAG 
TATGGCTTAA TAGTTTTAAC TGAAGCTGAA CATTCTCAAC TTGTTAAAAA ATCTACTCAA 
TTGATCGCGC CAGCTCCAAT AATCTCAACA GAAACAATTA AACAGAAAGC TAGAGAACAT 
GGCCTCGTAC CAGTAGCAAC AAATGACTAC CTGAAGCTTA TCAAACCTGA TAGTGCTGAT 
GATATCAAGG AAAAAGCGTC AAAGCTGGGT ATTGTCACAT TAGCCGAAGA AGACTACAAG 
GAAATTAAAA AGCCTTTGAC TCGCGAGCTA CTGGAAGCAA GGGCCAAAGA ACTAGAACTC 
GTCACGCTAC CAGTTTTAGA ATACAGTGCC CTCAAAAAAC CGTTGACAGT TACAGACATA 
AAACAGAAAT GTGAAGATTG GGGTTTAGTT CCTATAGAAA AAGACATATA TGAAGACCTT 
TTGAACAAGT TCAACGATGA CTCTGTCAGT GAATGGGCGA AAGAACATGG GAAAGTTATT 
GTCTCGAAAG ACGAATATGA CCATCTGTTG GAAGTCGAGG ATCAAGCGGC TTCTGTTGCA 
ATGACTAGGG ATGAGTTGAT AGAAAGAGCC CATGAGCTCA ACATTATACC GATTGATGCT 
GACAAATTTG AAGAAATACA ACGCGAATTA GCTTCCTCCG GCAGAAACAG TATGACGGAG 
GACGACGTTG TTTTGAAAGC TAAAGAATTA GGATTTGTGC CTATCCCAGT GTCCCAGTAT 
GATCCAAATA CCGCGATTGG TATTTCTAAA GACGATCTCA TGATACGCGC ACGAGATCTT 
GGTCTTGTTC CCATTCCTAT TGAGCAGTTT GAACAGATTA AGAAAGAATT GGAGACGCCA 
ACCTTGACCA GGGAACAAAT AGTTGAGCAT GCCGCTGATT TCAATTTGAT AGCTTTAGAT 
TTAACGGAGT ACAAACGTTT GAAGAAGGGT TCGTATTTGA TGGATAACGA CAATGACACT 
GATTCTGAAG AAGATGAAGA GGAAGAAGAA GACGCAGAGG TCGTTGACTC TGAGATAAAA 
CAATTAAACA AAGCTGCTAA GAGATTTGGC TTACTATGTA TTCCAGAAAG CGCATTTGTC 
GCCACATCCA ATGCAAATAC TCCAGATGTC CATAATGTTG TTGTGTTGCC GATCAAATAT 
TATAATTCTC TATTACATCA AGAGTCTGAA AATTGGGCGA AGATTACTGA TGAGAATTTG 
CAAGCGGAAG CCAAGAAGCG TGGTTTCCAA GTTGTCGTTA ATTTGAGAAA GGACTTTGGC 
GATGGCTTTA CTCAGGGGCA TAGAAGAAAT TCTTCATTGG CGACTCGGTC TGTCATTTCA 
GAGGATGCTA GAAGATCCAT GTCAGAAGCT GCTGCTAATG CTGCAATGAG CGAAATGGAG 
CAACAGACCA GATCCAGAGC CCCATCAAGA TCTTCTTCAA TCAAACGTCC GTCGCCTTCA 
CTTCAAACTA ATCAAGCATC ACTGCTTACA CACAGCGAGT CTATGGCTAC TGGTTTATCT 
TTAGCTACAA TGGCGTCCCT CAGCGCTCCA AGTATCATCC CAGCATTGAC CCAAACTATG 
ATTGGTGAAT ACTTGCACAA GTACTATCGT CGTTTAGGTG GATCTCTGTT CCAATCTTCA 
CGTCATGAAA GATACTTCTG GGTTCATCCT TACACTTTAA CCTTGTATTG GTCTACGTCC 
AATCCTGTGC TTGAGAACCC AGGGAACAAC AAAACCAGAG CGGCAGCTAT TATGGGTGTA 
GAGAGCGTCG ACGATCCATG TCCTTTCCCC GCTGGTTTGT ACCAAAAAAG TATCATCGTG 
AAAACAGAAG GCCGTGATAT TAAGTTGACA TGTGCTACCA GACAAAGACA TAATATTTGG 
TTCAATTCTC TACGTTACCT ACTTCAAAGA AATCTTGACG GGATTAACTT AGATGACATG 
CTTAGAGACG ACAACAATGT TGATTCAAAT ACTATCTACC AGTTGCCAGG AGAAAGTTCT 
CAAACTGCAA CCAGAAGGTT ATCTTCAACA AGAAGGGCTA GTTCTTCGTC TTACGTGAAA 
AGATCAACTT CGAAATGGTC TTTGCGTGCA AATTGA

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

PubMed

Genome evolution in yeasts.
Nature430(6995)35-44(2004 Jul)
Dujon B,Sherman D,Fischer G,Durrens P,Casaregola S,Lafontaine I,De Montigny J,Marck C,Neuv?glise C,Talla E,Goffard N,Frangeul L,Aigle M,Anthouard V,Babour A,Barbe V,Barnay S,Blanchin S,Beckerich JM,Beyne E,Bleykasten C,Boisram? A,Boyer J,Cattolico L,Confanioleri F,De Daruvar A,Despons L,Fabre E,Fairhead C,Ferry-Dumazet H,Groppi A,Hantraye F,Hennequin C,Jauniaux N,Joyet P,Kachouri R,Kerrest A,Koszul R,Lemaire M,Lesur I,Ma L,Muller H,Nicaud JM,Nikolski M,Oztas S,Ozier-Kalogeropoulos O,Pellenz S,Potier S,Richard GF,Straub ML,Suleau A,Swennen D,Tekaia F,W?solowski-Louvel M,Westhof E,Wirth B,Zeniou-Meyer M,Zivanovic I,Bolotin-Fukuhara M,Thierry A,Bouchier C,Caudron B,Scarpelli C,Gaillardin C,Weissenbach J,Wincker P,Souciet JL

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KLLA0_D16566g cDNA ORF clone, Kluyveromyces lactis

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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