Kpol_483p11 cDNA ORF clone, Vanderwaltozyma polyspora DSM 70294

Gene
Clones
gRNAs

Summary

Gene Symbol	Kpol_483p11
Entrez Gene ID	5543674
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Vanderwaltozyma polyspora DSM 70294

mRNA and Protein(s)

mRNA	Protein	Name
XM_001643400.1	XP_001643450.1	hypothetical protein

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

Independent sorting-out of thousands of duplicated gene pairs in two yeast species descended from a whole-genome duplication.
Scannell DR, Frank AC, Conant GC, Byrne KP, Woolfit M, Wolfe KH
Proceedings of the National Academy of Sciences of the United States of America104(20)8397-402(2007 May)

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

The following Kpol_483p11 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Kpol_483p11 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
OVc01185	XM_001643400.1 Latest version!	Vanderwaltozyma polyspora DSM 70294 hypothetical protein (Kpol_483p11) partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00

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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)

Kpol_483p11 ( XM_001643400.1 ) cDNA ORF clone, Vanderwaltozyma polyspora DSM 70294 -> XP_001643450.1 Vanderwaltozyma polyspora DSM 70294 hypothetical protein (Kpol_483p11) partial mRNA.

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CloneID	OVc01185
Clone ID Related Accession (Same CDS sequence)	XM_001643400.1
Accession Version	XM_001643400.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7641bp) 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	1203868800000
Organism	Vanderwaltozyma polyspora DSM 70294
Product	hypothetical 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 (NW_001834619). COMPLETENESS: incomplete on both ends.

ATGGATTTGA TTCAGGGGAT TATTCAACCT CCAAGGGTTC AGACAGCGGA TGAAACAATT 
CCAACATTGT GTGATCGTCT CGAAAATGGT ACTCTAATTA GTGATAGAAG ATCTGCTATC 
TTGGCATTGA AATCATTTAG CCGTGAATTC AGAGAAACTG TAATTGCTTC TGGTTTGAAA 
ACTTTAATCA ATACTTTAAA AAGAGACTCT ATGGATGAAG ATACTGTCAA AGCTATTTTA 
GAAACTTTGT TAATTCTTTT CATCAGAGGT GATGGTAATG ATGATTTAAC CAGAAACTGG 
ATTTCTTTGC AATCTAGAAT GCAAAATGGT AAATACCCTT CTCCATTGGT AATGAAGGAA 
GAAAAAGAGC ATGTAGATCA ATTTTCAATG TGGATAGCTG ACGCTTTAAC ACAAAATGAT 
GAAATGGTCC ATTTACTTAT AGATTTCTTA AATATTGAAA GCTTCCATAT CAAATTGTAT 
GCAACTCAAC TTTTAGAGGC AGTAATTGCT ACTAGACCTT CGAGATCTCG TGAAGCAATT 
ACTTCATTAC CAATTGGTGT TTCCTCGATG GTTTCCTTAT TAGATGATAT TCATGAGCCT 
ATACGAGATG AAGCAGTCTT ATTACTGATG GCAGTAGTAA ATGATTCGCC TCATGTCCAA 
AAACTAGTAG CATTTGAGAA TATTTTTGAT AGATTATTTT CAATCATTCA TGAAGAAGGT 
GGTTTGCGCG GTTCTTTGAT TGTTAATGAT TGTTTGTCTT TGATAAATAA TATTTTAAAG 
TATAATAATT CTAATCAAAA TTTATTTGTT GAAACTGGTA ACTTGCCAAA ATTAGCTTAT 
CTATTAAGTG AACCTTTATC GGATACTGAA GAATTTTTTT GGAATGAACA AAGAATTAAA 
AACATTAACG CAGCACTGGA TATTGTAAAG CTGACTGTAG AGCCAGGAAG CACAACGACA 
AGAAAACACC AAGATGCGCT ACTAGATACA AAATTATTAA TGGTAGTATT GCGGATAGCA 
TTTCACTATA GCATTCCGAA AAAAGTCAGA CCAAATGGTT TATTGACTGC CGCAGATATG 
ATAAGGGATA ATGAAATTGC TCAAACAGAA TTTGGTAAAA TAGATGTACC ATTTTTTGAT 
CCATCTTTAC CACCAGACGT TACTCAAAAA GATGTTAAAT TAGTTCCTGT TGTCGCATTA 
TTATTGAATT GGGCCTTATA CGCAAACTCT GTTCACACAT TCACGACGAG GGCAGCATCT 
GTTGTACTGT TAAAATCATA CCTAAATGGG AATCATGAAT TGCAAACAGA ATTTTTGGAG 
AGGCAAATTC GTTTATACAG TAATCCAACT GAAAATGATG AAGATGCTGT ATTGTTACCA 
AATTTTAAAT ATAATATATT TGAGGCCATA TTAGATTATG ATCCGGACTT GAAGTTAAAC 
CCATATAAAA TTTACTTTTC TTCAGATATT TTTATGTTTT TCTTCGATCC TGAGAATGAG 
AACAGTTCAA AATATCGAGA TATGGCTAGG GAGGTAAAAA CTGGTGAAAT TTCCGATGAT 
GTGGATACAC TCAAATCAAT TCAAGGGATA AGCGAACTTT TATTAACCAC ATTGACCTCT 
GAAGATATTC GTATACCAAT ATCATATATA TCTCTATTGA TTTATTGGTT ATATGGTGAT 
TTCAATGCGG TAAATGATTT CTTAACTGAC CGAGCAACTA TACAATCATT ACTATCATTT 
GCATATCAAA TTCAAGGGGA TGATATTACT GTAAAATGTC TGGTCAGTAT GTTAATTGGT 
GTATCATATG AATTTTCTTC TAAAGATTCC CCGTATCCTA GAAAGCCTTA TCATGAATTT 
ATAACAAAAA GTATCGGTGT TGATAATTAC TCATCTAGAA TAAAGCAATT AAAGGATGAT 
TCTCTCTTTT CAAAATTCGA TCACGAAATC GATATTTTAA ATCCAAATTT TGACGAATCT 
GGTTTACCCG AGATATACTT TACTTCATAT TTCGTAGATC TCATCAAAAC CAATTTTTAT 
CGTTTGAAAT CTGCATTATC TCATGATCCT GAACAAGAAT CGATTGCGAA GATTTCATTT 
GAAACATTTG ATGAACTACA AAGAGAATGT TCAAAACTTA AAGGTGAATT AAATGACATG 
TTTGTTTCAA AGGGGGATGT TATAAATGAA CTAGAATTAA AGGTTGAAGA ATTATCTAAT 
AAAAGTAAAA ATTCTATATC AGACTATGAA TCAATAAAAA ATGAATATGA TATATTAAAG 
AATAATTATG AGGAAAAGGA GGGGGAATTT GAATCGGTTT CTAAAAAGCT AGATGAACTT 
TTAACTGAAA GAGAAAAATT AAATTCAGTA ACATCTGAAC AATTAAAAAA ATTGGAACAG 
AATAAAAGCG ATCTTGAAAA ATGTAAACTT AATATTGAGA AGTTAGAAAA CGAATTGAAA 
GAGGTAAAGG AAAGGAAAGA CAATGCAGAG AATGGTGTAA ATAAAATGAA TAAAGAATTG 
TCAAATTTGA GCAAAGAAAA AGAGCAATTA AGAATTGAAC AAGGTAAACT AGAAAAAAAA 
ATACAAGAAC AAATTTCGGT ATATGAAGAT TCAAAAATAA AATTCAACCA AGAATTAGAA 
TCAACTGAAA AACAAATAAC TGATCTGCAG TCTAATCTTG AATCTAAAAA CACAGAATTG 
GACAATTTGA ACAAAGAGAA GTCGGGGCTC ATGAAAGAAT TGACAGAATG GAAAGCAAAA 
TTTAAGAGTC ATGATGCATT GGTACCAAAG CTTACCGAAA AATTGAAATC ATTGGCAAAC 
AGTTATAAAG AATTACAAAC AGAACGTGAT AATTATTCCT CTCAATTAAT TGAAATAAAT 
AAAAACAAAA CCTCCGAATT ATCTTCGTTA TCTGAGTCCA TTAGTAATTT AAAAATAGAA 
AAAGACAAGA TTTTAGATGA AAAATCTAAG TTGATAAATA AGGTTTCTGA GTTAGAGTCT 
CAAATTACAG AAAATTGCAA AATATTCGAA GAAGAAAAAG AAAAGTTGAT ATTATCTAAA 
GATGAACTTG AAGAGCTCGT AATAGATTTG AATGAACAAT TGAAAGAGTT AGAAACACAG 
AAAGAAACCA CTAGCAAAAA TGCTGACGAA CTTAATAAAT CTATCGCAAA CCTGAATACC 
CAACTTAAGC AAAAGGATTC AAAATTGATT GAACTTGAAG AGTTAGTGGA GGTGACAAAA 
AATAATCTAA ATGATTCTGA GTCCCAAGTT TCTAATTTAA TAGCTAAGAT TTCTGAGCTT 
GATGAAGAGA ATAAGAGCGT AAAATTAGAA GTTGAAAAAT TAGAAAATGA AATAACCGAA 
ATCAAGAATT CTCATAAATC TGCACAAAAG GAAACGGATA CATTACAAAC AAAGCTTGAT 
GAAACTGAAT TACTGCTTCA ATCTTCTAAA GAAGAAATCT TGTCATTGAA AAATGAATAT 
AGCTCAACCT TAAGTGATAA AGAGAATCTG GAAAATTCTG AAAAAAAATC TTCAGAAAAA 
ATTGAAGAGT TAGAGAAGAA TTTTTCAAAT CTACAAGAAC AGTTCGAAAA TATAACTGCA 
GAAAATAAAT CATTAAAAGA AGAATGTTCA GGTACTGAAG AAAAGTTTAA AGATGTAAAT 
GAAAAACTCG ATCAATATGG TGAAACGATA TCTAGTCTTT CGGATGAAAA GGATAAACTA 
AATGGAATTA TTGACGATAA AGAGAAAATA ATTTCGAACC TCAATGAGAA GCTTGAAAGT 
ATTTCGGAAG ATATAGATAT TATTGAAAAA GCCAAAAACT TGTTGGAAGA AAAATTAGCA 
ACGATGACTT CAGAATTGAA TGATAGCGAA AATGGTTCGT CAGAATTACG TTCTCTATAT 
GATAGTTTAA AAATAGAATT TGAAGAACTT CAAAAGACTA ATTCTGATAA ATCTGCTAAC 
TTGAAAGAAC TTGAGAATAA ACATACATCT TTAACTGAAA CTCAAGAAAT ATTACTGGAA 
GATAAAAAGA AAATGGAATC TTCTATTAAT GACTACGTTA AAATAAAAGA CGATTTAGAA 
AAGGAAAAAG AGGATTTGCT AAATAAATAC AATGTTCTAG AAGATAAAAA GGATAAACTA 
GAGATTATAC TGGAAGAAAA CAACAGTTCT ATTAAAGTAT TGGAGCATTC AATAGATGCC 
TTGAAAAAGG AAAATGAAAT ATACAAAAAT GAAATTCATG ATATGAAGCT TCAAATGGAA 
TCATCTAATT CCGAATATAA AAATAAGGCT GGTGAACAGG AAAAGAAAAT ATCGCGGCTG 
AAAGAGGAAT GTAATAAGCT GAAAAACTCT TACGAAGAAA AGATCGAAAA ATTAGAAGTG 
GAATCAAAGA ATTTAAGCTT AGGACATGAT ACTGAAAAGA AGCAATTTGA AGATAAGATA 
ACATCGCTGA AGCAAGAGAT AATCTCTATT GAAAAATCTA AGAAACAAGA TGAAAAGGTT 
TTGAAAAATC AAAAGAATAC TTTACAAAAA GAATTAGAAG AATTAAAAGA TCAATTTACA 
AATTCAGAAA ATGAATATAT AAAGAAGTTG GATAATTTTC AGAATGAAAT TAATAGTGTT 
AGGAAAGAAA AATTAGATAT TGAAGCAGTA CTGAACAGTA AAATAGAGAC TTTGAAGGCA 
GATTTGTCTA AATCGGAAGA AAAATCTCTG ATTTTAGAAA AAAGTAACAA GGAACATTTG 
ATAAAAATGG AAGTTATACA AAAATCTTTA GAGAAACAGA ACAAAGAATT AGATATCTTA 
GGAAATGAAA AGGATACTTT GACTATGAAC CTAAATAATG AAATAAAAGG CTTAAAGGAG 
GAGATAAACA GTAAAGTTGA TCAAATTGGA AACTTAAAAA CTGAATTGAA TACTGTCTCA 
GAGAATATGG AAGATATCCA GGTAAGATAT GATCAACTGA AAGAAGAAAA GTCAGAAATA 
TCTGATAAAT TGATAGAATC AGAGGAAAAA TTGAAAGAAA ACTTCTCGAG TATTTCTGAT 
CTAAATTCAT CGGTTATATC ATTAGAAGCA AGTATTATTT CAAAGGATGA AGAATACACT 
TTACTCAAGA AGGAATTTGA AGAAGTTAAG ATTTCAAAAC AAGAACTTGA TAATCAAAAA 
GATAAATTAC TTGAAGAATA CAGCATTATG AAAAGAACTA ATGAAAGTAA ACTAAAAGAT 
TTGAGAAATG AGTTGGATTC TAAAATTATT AAATTTGACA AAGAAAGGAA ATTATTAAAT 
GAAGGTTCTG ATAATATAGC TCAAGAATAT TCTGAGAAGG TTACGAGTTT AGAAGAGGAA 
TTGAGAAATC AGAAAATATA TTCTGATGAC AAAATATCTG AATTGGAAGA AAATATTAAA 
TCCAAAAATA ATGCCCTGAC AGAAAAATCG AATTTATTAC AGAAAAGGCT AGAAGAAATC 
AAGGAATTGG AAAGCACGTT ATCAAAATAT AAAGCTGATC TAGAAGCCAC GATGAAAAAT 
TCTGATCTTA AAAATGATGA ATTTGAGAAT GTGTGTAAAG AATTATCAGT CAAAGAAAAT 
GAAATTAAAA AAATTGAAGA GATATTATCT TCGAAAGAGG ACCTTATTGC AGAAATTGAA 
TCTCAAAAAG ATAATTTAAA AGATGAGCTT AATGAAAAGT CATTATTGTT AGATAAGAAA 
GAGTCACAAT TAGAGGCGTT CCAAGAAGAT GTTGAAGTTC AAAAGGAAAA TTTACAGAAA 
AAAATTACAG AGTACGATAA TCTTCAAAAA TTAATGTCAC TGGATAATAA AAAACTAGTC 
AAATGCGAAA AACAAATTGA AGACTTGGAA TTGAAGTTAG AATCGAGCTC GAACCATTTG 
AAGGAACAAG AAGGGAAATA TGAAAAGTTG GAATTCGAGT CTGGTGAAAA TAAGAAATTG 
ATTTCAGAAA AGGATGAATT GATTCAAACA TTACAATTAG ATATATCTAA TAATAAAGAT 
GAAATTCAAA AACTATCAGA TAAAATTTCA ACCCTCCAAA ACAATTCTGA AAATACAGAA 
CTTACTTTAG AAGAAAAAGA AAAAATGGTA GATGAATTAA ATTCAAAGTT ACAAGAGAAA 
GAGGCACAAG TTGAAACTTT AGAGTTAGAT CTAAATAAAT TGAAAGAAAC ATTGGATAAG 
GAATTAGAAA GCTCATCTGA ACTTCAAATT GCACATGATA ATCTAAGAGA TGAAAACATA 
ATCCAGAAAC AAAAGATAAC CGAACTAAAA GTTAAAATTG ATGACTCCGA GAAGGATTCG 
CAAGTTATAA TAGATAATAT GAAGGAAATG GAGGAAAATA TAATGGATCT AAGAAATGAT 
CTGTCCTCTA AAACAATACA AATTGAAAAA GTCAATGAAG ATTTGTCATC CAAAAATTCA 
GAAATTGAAC AGTTGAATAA GAAACTTGCT GAAAAATGTG CTGAATATGA TTCTATTAAA 
AGTGAATTAG TTGCTTCTTC AAAATTGTCA GAATCAGAAA AAAATGATAT GAAACAATTA 
AGTGATGAAA TTAATGAATT AAAAGAACAA CTTGAGTTGA AAAATGAAAA CTTAAAGAAG 
GTTACCTCTG ACTTACAGAT TGCAAACAAC ACTTCAGATA AATACAATGA TGAGCTTAAG 
GTAGCCAACA ATACAATTCG TGAAATTGAA TCAAAAATTC CTAATTTGCA AAAACAATTG 
GACTTGAAAG AAATTGAATA TAACGATACA TTATCTTCTA AAAAAGATTT AGATAAAAAA 
CTTGATAACT TTTCAAAAGA GTCTGAAATA TTATCAAAAG AAGTCAAATC CTTGAAGAAG 
GAGAAACTTG ATCTAGAGAA GGAAAAGAAT GATTTAATAG TTGAGTTGGA TAAATACAAA 
AATGATATTA TCGATTTAAA CAATACACTG AAAGAAAATG AAAAGAACGG TTCTGAAGTT 
GAAACTGAAA TAATTGGATT AAAGGATAAA ATTGAATTCT ATAAGCTTAA TGTTAGCCAA 
TTGAATGAAG AAAAGGGGAA ATTAGAATCT GATATTAAAA CATTGGTTGG TGAGAGGGAT 
GATAAGTTAA AATCATCTCA ATCTGAAATT ATAGAGTTGA CTAACAAATT AGAAAGCTTT 
AAAGACATAT CTGTCGCATA TGAAGAATCC AAGGTAGAAT CTGATGGTCT TAAGAATAAA 
CTTTCTGAAA TTGAAAAATC GTTAGAAGAA TCTAATGAAA ATGTCGATTC GGCAAATAAG 
GAAATTTCAG ACTTAAAAGT TATGAACGAC AAATTACAAT CGCATAATTT AGAACTAGAA 
GATAAATTTC AACAATTAAA GAATGATACA ACAGAAACTA ATAGGAAAAT CCAAGACATT 
AATAAATTGA AAGAAGAAGA ATCGAGCAAA GCTGAAGAAA AAATTCGTTC ATTAACTGAG 
GAGATCGAAA AGCTAAAAAA TGACTTCAAG AAAAATGAAT CAAAAGCTCC TGATACTTCT 
GAAATTGATG ATTTGATGCT GTTAGTTTCT GATTTGGATG AAAAGAATTC TAAATATAAG 
GCTAAATTGG AGGAATTGGG GGTTGAATTA TCGTCCGATG AAGAAACAGA AAGTGATGAT 
ACAGATGAGG AAGAAGGTTA A

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

RefSeq	XP_001643450.1
CDS	1..7641
Translation	MDLIQGIIQPPRVQTADETIPTLCDRLENGTLISDRRSAILALKSFSREFRETVIASGLKTLINTLKRDSMDEDTVKAILETLLILFIRGDGNDDLTRNWISLQSRMQNGKYPSPLVMKEEKEHVDQFSMWIADALTQNDEMVHLLIDFLNIESFHIKLYATQLLEAVIATRPSRSREAITSLPIGVSSMVSLLDDIHEPIRDEAVLLLMAVVNDSPHVQKLVAFENIFDRLFSIIHEEGGLRGSLIVNDCLSLINNILKYNNSNQNLFVETGNLPKLAYLLSEPLSDTEEFFWNEQRIKNINAALDIVKLTVEPGSTTTRKHQDALLDTKLLMVVLRIAFHYSIPKKVRPNGLLTAADMIRDNEIAQTEFGKIDVPFFDPSLPPDVTQKDVKLVPVVALLLNWALYANSVHTFTTRAASVVLLKSYLNGNHELQTEFLERQIRLYSNPTENDEDAVLLPNFKYNIFEAILDYDPDLKLNPYKIYFSSDIFMFFFDPENENSSKYRDMAREVKTGEISDDVDTLKSIQGISELLLTTLTSEDIRIPISYISLLIYWLYGDFNAVNDFLTDRATIQSLLSFAYQIQGDDITVKCLVSMLIGVSYEFSSKDSPYPRKPYHEFITKSIGVDNYSSRIKQLKDDSLFSKFDHEIDILNPNFDESGLPEIYFTSYFVDLIKTNFYRLKSALSHDPEQESIAKISFETFDELQRECSKLKGELNDMFVSKGDVINELELKVEELSNKSKNSISDYESIKNEYDILKNNYEEKEGEFESVSKKLDELLTEREKLNSVTSEQLKKLEQNKSDLEKCKLNIEKLENELKEVKERKDNAENGVNKMNKELSNLSKEKEQLRIEQGKLEKKIQEQISVYEDSKIKFNQELESTEKQITDLQSNLESKNTELDNLNKEKSGLMKELTEWKAKFKSHDALVPKLTEKLKSLANSYKELQTERDNYSSQLIEINKNKTSELSSLSESISNLKIEKDKILDEKSKLINKVSELESQITENCKIFEEEKEKLILSKDELEELVIDLNEQLKELETQKETTSKNADELNKSIANLNTQLKQKDSKLIELEELVEVTKNNLNDSESQVSNLIAKISELDEENKSVKLEVEKLENEITEIKNSHKSAQKETDTLQTKLDETELLLQSSKEEILSLKNEYSSTLSDKENLENSEKKSSEKIEELEKNFSNLQEQFENITAENKSLKEECSGTEEKFKDVNEKLDQYGETISSLSDEKDKLNGIIDDKEKIISNLNEKLESISEDIDIIEKAKNLLEEKLATMTSELNDSENGSSELRSLYDSLKIEFEELQKTNSDKSANLKELENKHTSLTETQEILLEDKKKMESSINDYVKIKDDLEKEKEDLLNKYNVLEDKKDKLEIILEENNSSIKVLEHSIDALKKENEIYKNEIHDMKLQMESSNSEYKNKAGEQEKKISRLKEECNKLKNSYEEKIEKLEVESKNLSLGHDTEKKQFEDKITSLKQEIISIEKSKKQDEKVLKNQKNTLQKELEELKDQFTNSENEYIKKLDNFQNEINSVRKEKLDIEAVLNSKIETLKADLSKSEEKSLILEKSNKEHLIKMEVIQKSLEKQNKELDILGNEKDTLTMNLNNEIKGLKEEINSKVDQIGNLKTELNTVSENMEDIQVRYDQLKEEKSEISDKLIESEEKLKENFSSISDLNSSVISLEASIISKDEEYTLLKKEFEEVKISKQELDNQKDKLLEEYSIMKRTNESKLKDLRNELDSKIIKFDKERKLLNEGSDNIAQEYSEKVTSLEEELRNQKIYSDDKISELEENIKSKNNALTEKSNLLQKRLEEIKELESTLSKYKADLEATMKNSDLKNDEFENVCKELSVKENEIKKIEEILSSKEDLIAEIESQKDNLKDELNEKSLLLDKKESQLEAFQEDVEVQKENLQKKITEYDNLQKLMSLDNKKLVKCEKQIEDLELKLESSSNHLKEQEGKYEKLEFESGENKKLISEKDELIQTLQLDISNNKDEIQKLSDKISTLQNNSENTELTLEEKEKMVDELNSKLQEKEAQVETLELDLNKLKETLDKELESSSELQIAHDNLRDENIIQKQKITELKVKIDDSEKDSQVIIDNMKEMEENIMDLRNDLSSKTIQIEKVNEDLSSKNSEIEQLNKKLAEKCAEYDSIKSELVASSKLSESEKNDMKQLSDEINELKEQLELKNENLKKVTSDLQIANNTSDKYNDELKVANNTIREIESKIPNLQKQLDLKEIEYNDTLSSKKDLDKKLDNFSKESEILSKEVKSLKKEKLDLEKEKNDLIVELDKYKNDIIDLNNTLKENEKNGSEVETEIIGLKDKIEFYKLNVSQLNEEKGKLESDIKTLVGERDDKLKSSQSEIIELTNKLESFKDISVAYEESKVESDGLKNKLSEIEKSLEESNENVDSANKEISDLKVMNDKLQSHNLELEDKFQQLKNDTTETNRKIQDINKLKEEESSKAEEKIRSLTEEIEKLKNDFKKNESKAPDTSEIDDLMLLVSDLDEKNSKYKAKLEELGVELSSDEETESDDTDEEEG

Target ORF information:

RefSeq Version	XM_001643400.1
Organism	Vanderwaltozyma polyspora DSM 70294
Definition	Vanderwaltozyma polyspora DSM 70294 hypothetical protein (Kpol_483p11) partial mRNA.

Target ORF information:

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

XM_001643400.1

ORF Insert Sequence:

ATGGATTTGA TTCAGGGGAT TATTCAACCT CCAAGGGTTC AGACAGCGGA TGAAACAATT 
CCAACATTGT GTGATCGTCT CGAAAATGGT ACTCTAATTA GTGATAGAAG ATCTGCTATC 
TTGGCATTGA AATCATTTAG CCGTGAATTC AGAGAAACTG TAATTGCTTC TGGTTTGAAA 
ACTTTAATCA ATACTTTAAA AAGAGACTCT ATGGATGAAG ATACTGTCAA AGCTATTTTA 
GAAACTTTGT TAATTCTTTT CATCAGAGGT GATGGTAATG ATGATTTAAC CAGAAACTGG 
ATTTCTTTGC AATCTAGAAT GCAAAATGGT AAATACCCTT CTCCATTGGT AATGAAGGAA 
GAAAAAGAGC ATGTAGATCA ATTTTCAATG TGGATAGCTG ACGCTTTAAC ACAAAATGAT 
GAAATGGTCC ATTTACTTAT AGATTTCTTA AATATTGAAA GCTTCCATAT CAAATTGTAT 
GCAACTCAAC TTTTAGAGGC AGTAATTGCT ACTAGACCTT CGAGATCTCG TGAAGCAATT 
ACTTCATTAC CAATTGGTGT TTCCTCGATG GTTTCCTTAT TAGATGATAT TCATGAGCCT 
ATACGAGATG AAGCAGTCTT ATTACTGATG GCAGTAGTAA ATGATTCGCC TCATGTCCAA 
AAACTAGTAG CATTTGAGAA TATTTTTGAT AGATTATTTT CAATCATTCA TGAAGAAGGT 
GGTTTGCGCG GTTCTTTGAT TGTTAATGAT TGTTTGTCTT TGATAAATAA TATTTTAAAG 
TATAATAATT CTAATCAAAA TTTATTTGTT GAAACTGGTA ACTTGCCAAA ATTAGCTTAT 
CTATTAAGTG AACCTTTATC GGATACTGAA GAATTTTTTT GGAATGAACA AAGAATTAAA 
AACATTAACG CAGCACTGGA TATTGTAAAG CTGACTGTAG AGCCAGGAAG CACAACGACA 
AGAAAACACC AAGATGCGCT ACTAGATACA AAATTATTAA TGGTAGTATT GCGGATAGCA 
TTTCACTATA GCATTCCGAA AAAAGTCAGA CCAAATGGTT TATTGACTGC CGCAGATATG 
ATAAGGGATA ATGAAATTGC TCAAACAGAA TTTGGTAAAA TAGATGTACC ATTTTTTGAT 
CCATCTTTAC CACCAGACGT TACTCAAAAA GATGTTAAAT TAGTTCCTGT TGTCGCATTA 
TTATTGAATT GGGCCTTATA CGCAAACTCT GTTCACACAT TCACGACGAG GGCAGCATCT 
GTTGTACTGT TAAAATCATA CCTAAATGGG AATCATGAAT TGCAAACAGA ATTTTTGGAG 
AGGCAAATTC GTTTATACAG TAATCCAACT GAAAATGATG AAGATGCTGT ATTGTTACCA 
AATTTTAAAT ATAATATATT TGAGGCCATA TTAGATTATG ATCCGGACTT GAAGTTAAAC 
CCATATAAAA TTTACTTTTC TTCAGATATT TTTATGTTTT TCTTCGATCC TGAGAATGAG 
AACAGTTCAA AATATCGAGA TATGGCTAGG GAGGTAAAAA CTGGTGAAAT TTCCGATGAT 
GTGGATACAC TCAAATCAAT TCAAGGGATA AGCGAACTTT TATTAACCAC ATTGACCTCT 
GAAGATATTC GTATACCAAT ATCATATATA TCTCTATTGA TTTATTGGTT ATATGGTGAT 
TTCAATGCGG TAAATGATTT CTTAACTGAC CGAGCAACTA TACAATCATT ACTATCATTT 
GCATATCAAA TTCAAGGGGA TGATATTACT GTAAAATGTC TGGTCAGTAT GTTAATTGGT 
GTATCATATG AATTTTCTTC TAAAGATTCC CCGTATCCTA GAAAGCCTTA TCATGAATTT 
ATAACAAAAA GTATCGGTGT TGATAATTAC TCATCTAGAA TAAAGCAATT AAAGGATGAT 
TCTCTCTTTT CAAAATTCGA TCACGAAATC GATATTTTAA ATCCAAATTT TGACGAATCT 
GGTTTACCCG AGATATACTT TACTTCATAT TTCGTAGATC TCATCAAAAC CAATTTTTAT 
CGTTTGAAAT CTGCATTATC TCATGATCCT GAACAAGAAT CGATTGCGAA GATTTCATTT 
GAAACATTTG ATGAACTACA AAGAGAATGT TCAAAACTTA AAGGTGAATT AAATGACATG 
TTTGTTTCAA AGGGGGATGT TATAAATGAA CTAGAATTAA AGGTTGAAGA ATTATCTAAT 
AAAAGTAAAA ATTCTATATC AGACTATGAA TCAATAAAAA ATGAATATGA TATATTAAAG 
AATAATTATG AGGAAAAGGA GGGGGAATTT GAATCGGTTT CTAAAAAGCT AGATGAACTT 
TTAACTGAAA GAGAAAAATT AAATTCAGTA ACATCTGAAC AATTAAAAAA ATTGGAACAG 
AATAAAAGCG ATCTTGAAAA ATGTAAACTT AATATTGAGA AGTTAGAAAA CGAATTGAAA 
GAGGTAAAGG AAAGGAAAGA CAATGCAGAG AATGGTGTAA ATAAAATGAA TAAAGAATTG 
TCAAATTTGA GCAAAGAAAA AGAGCAATTA AGAATTGAAC AAGGTAAACT AGAAAAAAAA 
ATACAAGAAC AAATTTCGGT ATATGAAGAT TCAAAAATAA AATTCAACCA AGAATTAGAA 
TCAACTGAAA AACAAATAAC TGATCTGCAG TCTAATCTTG AATCTAAAAA CACAGAATTG 
GACAATTTGA ACAAAGAGAA GTCGGGGCTC ATGAAAGAAT TGACAGAATG GAAAGCAAAA 
TTTAAGAGTC ATGATGCATT GGTACCAAAG CTTACCGAAA AATTGAAATC ATTGGCAAAC 
AGTTATAAAG AATTACAAAC AGAACGTGAT AATTATTCCT CTCAATTAAT TGAAATAAAT 
AAAAACAAAA CCTCCGAATT ATCTTCGTTA TCTGAGTCCA TTAGTAATTT AAAAATAGAA 
AAAGACAAGA TTTTAGATGA AAAATCTAAG TTGATAAATA AGGTTTCTGA GTTAGAGTCT 
CAAATTACAG AAAATTGCAA AATATTCGAA GAAGAAAAAG AAAAGTTGAT ATTATCTAAA 
GATGAACTTG AAGAGCTCGT AATAGATTTG AATGAACAAT TGAAAGAGTT AGAAACACAG 
AAAGAAACCA CTAGCAAAAA TGCTGACGAA CTTAATAAAT CTATCGCAAA CCTGAATACC 
CAACTTAAGC AAAAGGATTC AAAATTGATT GAACTTGAAG AGTTAGTGGA GGTGACAAAA 
AATAATCTAA ATGATTCTGA GTCCCAAGTT TCTAATTTAA TAGCTAAGAT TTCTGAGCTT 
GATGAAGAGA ATAAGAGCGT AAAATTAGAA GTTGAAAAAT TAGAAAATGA AATAACCGAA 
ATCAAGAATT CTCATAAATC TGCACAAAAG GAAACGGATA CATTACAAAC AAAGCTTGAT 
GAAACTGAAT TACTGCTTCA ATCTTCTAAA GAAGAAATCT TGTCATTGAA AAATGAATAT 
AGCTCAACCT TAAGTGATAA AGAGAATCTG GAAAATTCTG AAAAAAAATC TTCAGAAAAA 
ATTGAAGAGT TAGAGAAGAA TTTTTCAAAT CTACAAGAAC AGTTCGAAAA TATAACTGCA 
GAAAATAAAT CATTAAAAGA AGAATGTTCA GGTACTGAAG AAAAGTTTAA AGATGTAAAT 
GAAAAACTCG ATCAATATGG TGAAACGATA TCTAGTCTTT CGGATGAAAA GGATAAACTA 
AATGGAATTA TTGACGATAA AGAGAAAATA ATTTCGAACC TCAATGAGAA GCTTGAAAGT 
ATTTCGGAAG ATATAGATAT TATTGAAAAA GCCAAAAACT TGTTGGAAGA AAAATTAGCA 
ACGATGACTT CAGAATTGAA TGATAGCGAA AATGGTTCGT CAGAATTACG TTCTCTATAT 
GATAGTTTAA AAATAGAATT TGAAGAACTT CAAAAGACTA ATTCTGATAA ATCTGCTAAC 
TTGAAAGAAC TTGAGAATAA ACATACATCT TTAACTGAAA CTCAAGAAAT ATTACTGGAA 
GATAAAAAGA AAATGGAATC TTCTATTAAT GACTACGTTA AAATAAAAGA CGATTTAGAA 
AAGGAAAAAG AGGATTTGCT AAATAAATAC AATGTTCTAG AAGATAAAAA GGATAAACTA 
GAGATTATAC TGGAAGAAAA CAACAGTTCT ATTAAAGTAT TGGAGCATTC AATAGATGCC 
TTGAAAAAGG AAAATGAAAT ATACAAAAAT GAAATTCATG ATATGAAGCT TCAAATGGAA 
TCATCTAATT CCGAATATAA AAATAAGGCT GGTGAACAGG AAAAGAAAAT ATCGCGGCTG 
AAAGAGGAAT GTAATAAGCT GAAAAACTCT TACGAAGAAA AGATCGAAAA ATTAGAAGTG 
GAATCAAAGA ATTTAAGCTT AGGACATGAT ACTGAAAAGA AGCAATTTGA AGATAAGATA 
ACATCGCTGA AGCAAGAGAT AATCTCTATT GAAAAATCTA AGAAACAAGA TGAAAAGGTT 
TTGAAAAATC AAAAGAATAC TTTACAAAAA GAATTAGAAG AATTAAAAGA TCAATTTACA 
AATTCAGAAA ATGAATATAT AAAGAAGTTG GATAATTTTC AGAATGAAAT TAATAGTGTT 
AGGAAAGAAA AATTAGATAT TGAAGCAGTA CTGAACAGTA AAATAGAGAC TTTGAAGGCA 
GATTTGTCTA AATCGGAAGA AAAATCTCTG ATTTTAGAAA AAAGTAACAA GGAACATTTG 
ATAAAAATGG AAGTTATACA AAAATCTTTA GAGAAACAGA ACAAAGAATT AGATATCTTA 
GGAAATGAAA AGGATACTTT GACTATGAAC CTAAATAATG AAATAAAAGG CTTAAAGGAG 
GAGATAAACA GTAAAGTTGA TCAAATTGGA AACTTAAAAA CTGAATTGAA TACTGTCTCA 
GAGAATATGG AAGATATCCA GGTAAGATAT GATCAACTGA AAGAAGAAAA GTCAGAAATA 
TCTGATAAAT TGATAGAATC AGAGGAAAAA TTGAAAGAAA ACTTCTCGAG TATTTCTGAT 
CTAAATTCAT CGGTTATATC ATTAGAAGCA AGTATTATTT CAAAGGATGA AGAATACACT 
TTACTCAAGA AGGAATTTGA AGAAGTTAAG ATTTCAAAAC AAGAACTTGA TAATCAAAAA 
GATAAATTAC TTGAAGAATA CAGCATTATG AAAAGAACTA ATGAAAGTAA ACTAAAAGAT 
TTGAGAAATG AGTTGGATTC TAAAATTATT AAATTTGACA AAGAAAGGAA ATTATTAAAT 
GAAGGTTCTG ATAATATAGC TCAAGAATAT TCTGAGAAGG TTACGAGTTT AGAAGAGGAA 
TTGAGAAATC AGAAAATATA TTCTGATGAC AAAATATCTG AATTGGAAGA AAATATTAAA 
TCCAAAAATA ATGCCCTGAC AGAAAAATCG AATTTATTAC AGAAAAGGCT AGAAGAAATC 
AAGGAATTGG AAAGCACGTT ATCAAAATAT AAAGCTGATC TAGAAGCCAC GATGAAAAAT 
TCTGATCTTA AAAATGATGA ATTTGAGAAT GTGTGTAAAG AATTATCAGT CAAAGAAAAT 
GAAATTAAAA AAATTGAAGA GATATTATCT TCGAAAGAGG ACCTTATTGC AGAAATTGAA 
TCTCAAAAAG ATAATTTAAA AGATGAGCTT AATGAAAAGT CATTATTGTT AGATAAGAAA 
GAGTCACAAT TAGAGGCGTT CCAAGAAGAT GTTGAAGTTC AAAAGGAAAA TTTACAGAAA 
AAAATTACAG AGTACGATAA TCTTCAAAAA TTAATGTCAC TGGATAATAA AAAACTAGTC 
AAATGCGAAA AACAAATTGA AGACTTGGAA TTGAAGTTAG AATCGAGCTC GAACCATTTG 
AAGGAACAAG AAGGGAAATA TGAAAAGTTG GAATTCGAGT CTGGTGAAAA TAAGAAATTG 
ATTTCAGAAA AGGATGAATT GATTCAAACA TTACAATTAG ATATATCTAA TAATAAAGAT 
GAAATTCAAA AACTATCAGA TAAAATTTCA ACCCTCCAAA ACAATTCTGA AAATACAGAA 
CTTACTTTAG AAGAAAAAGA AAAAATGGTA GATGAATTAA ATTCAAAGTT ACAAGAGAAA 
GAGGCACAAG TTGAAACTTT AGAGTTAGAT CTAAATAAAT TGAAAGAAAC ATTGGATAAG 
GAATTAGAAA GCTCATCTGA ACTTCAAATT GCACATGATA ATCTAAGAGA TGAAAACATA 
ATCCAGAAAC AAAAGATAAC CGAACTAAAA GTTAAAATTG ATGACTCCGA GAAGGATTCG 
CAAGTTATAA TAGATAATAT GAAGGAAATG GAGGAAAATA TAATGGATCT AAGAAATGAT 
CTGTCCTCTA AAACAATACA AATTGAAAAA GTCAATGAAG ATTTGTCATC CAAAAATTCA 
GAAATTGAAC AGTTGAATAA GAAACTTGCT GAAAAATGTG CTGAATATGA TTCTATTAAA 
AGTGAATTAG TTGCTTCTTC AAAATTGTCA GAATCAGAAA AAAATGATAT GAAACAATTA 
AGTGATGAAA TTAATGAATT AAAAGAACAA CTTGAGTTGA AAAATGAAAA CTTAAAGAAG 
GTTACCTCTG ACTTACAGAT TGCAAACAAC ACTTCAGATA AATACAATGA TGAGCTTAAG 
GTAGCCAACA ATACAATTCG TGAAATTGAA TCAAAAATTC CTAATTTGCA AAAACAATTG 
GACTTGAAAG AAATTGAATA TAACGATACA TTATCTTCTA AAAAAGATTT AGATAAAAAA 
CTTGATAACT TTTCAAAAGA GTCTGAAATA TTATCAAAAG AAGTCAAATC CTTGAAGAAG 
GAGAAACTTG ATCTAGAGAA GGAAAAGAAT GATTTAATAG TTGAGTTGGA TAAATACAAA 
AATGATATTA TCGATTTAAA CAATACACTG AAAGAAAATG AAAAGAACGG TTCTGAAGTT 
GAAACTGAAA TAATTGGATT AAAGGATAAA ATTGAATTCT ATAAGCTTAA TGTTAGCCAA 
TTGAATGAAG AAAAGGGGAA ATTAGAATCT GATATTAAAA CATTGGTTGG TGAGAGGGAT 
GATAAGTTAA AATCATCTCA ATCTGAAATT ATAGAGTTGA CTAACAAATT AGAAAGCTTT 
AAAGACATAT CTGTCGCATA TGAAGAATCC AAGGTAGAAT CTGATGGTCT TAAGAATAAA 
CTTTCTGAAA TTGAAAAATC GTTAGAAGAA TCTAATGAAA ATGTCGATTC GGCAAATAAG 
GAAATTTCAG ACTTAAAAGT TATGAACGAC AAATTACAAT CGCATAATTT AGAACTAGAA 
GATAAATTTC AACAATTAAA GAATGATACA ACAGAAACTA ATAGGAAAAT CCAAGACATT 
AATAAATTGA AAGAAGAAGA ATCGAGCAAA GCTGAAGAAA AAATTCGTTC ATTAACTGAG 
GAGATCGAAA AGCTAAAAAA TGACTTCAAG AAAAATGAAT CAAAAGCTCC TGATACTTCT 
GAAATTGATG ATTTGATGCT GTTAGTTTCT GATTTGGATG AAAAGAATTC TAAATATAAG 
GCTAAATTGG AGGAATTGGG GGTTGAATTA TCGTCCGATG AAGAAACAGA AAGTGATGAT 
ACAGATGAGG AAGAAGGTTA A

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

PubMed

Independent sorting-out of thousands of duplicated gene pairs in two yeast species descended from a whole-genome duplication.
Proceedings of the National Academy of Sciences of the United States of America104(20)8397-402(2007 May)
Scannell DR,Frank AC,Conant GC,Byrne KP,Woolfit M,Wolfe KH

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Kpol_483p11 cDNA ORF clone, Vanderwaltozyma polyspora DSM 70294

Gene

Clones

gRNAs

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

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