UTP20 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	UTP20
Entrez Gene ID	27340
Full Name	UTP20, small subunit processome component
Synonyms	1A6/DRIM,DRIM
General protein information	Preferred Names UTP20, small subunit processome component Names small subunit processome component 20 homolog NNP73 UTP20 small subunit (SSU) processome component UTP20, small subunit (SSU) processome component, homolog down regulated in metastasis down-regulated in metastasis protein novel nucleolar protein 73
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 12 Map Location: 12q23.2
Summary	UTP20 is a component of the U3 small nucleolar RNA (snoRNA) (SNORD3A; MIM 180710) protein complex (U3 snoRNP) and is involved in 18S rRNA processing (Wang et al., 2007 [PubMed 17498821]).[supplied by OMIM, Jun 2009].
Disorder MIM:	612822

mRNA and Protein(s)

mRNA	Protein	Name
NM_014503.2	NP_055318.2	small subunit processome component 20 homolog
NM_014503.3	NP_055318.2	small subunit processome component 20 homolog

Pathways from BioSystems

Homologies

Canis lupus familiaris (dog)	UTP20	XP_532665.2
Rattus norvegicus (Norway rat)	Utp20	NP_001178708.1
Gallus gallus (chicken)	UTP20	XP_004937716.1
Pan troglodytes (chimpanzee)	UTP20	XP_003313968.1
Bos taurus (cattle)	UTP20	XP_003586139.1
Anopheles gambiae (African malaria mosquito)	AgaP_AGAP005033	XP_313900.4
Caenorhabditis elegans (roundworm)	tag-184	NP_495323.1
Kluyveromyces lactis	KLLA0E17425g	XP_454735.1
Eremothecium gossypii	AGOS_AEL006W	NP_984855.2
Xenopus tropicalis (tropical clawed frog)	utp20	XP_004913232.1
Homo sapiens (human)	UTP20	NP_055318.2
	UTP20	XP_001091709.1
Mus musculus (house mouse)	Utp20	NP_780367.2
Danio rerio (zebrafish)	im:7159098	XP_001920500.3
Drosophila melanogaster (fruit fly)	CG4554	NP_611676.1
Schizosaccharomyces pombe (fission yeast)	utp20	NP_596713.1
Saccharomyces cerevisiae (baker's yeast)	UTP20	NP_009551.2
Magnaporthe oryzae (rice blast fungus)	MGG_07737	XP_003712944.1
Neurospora crassa	NCU02494	XP_965088.2

Gene Ontology
Bibliography

Related articles in PubMed

Genome-wide survival analysis of age at onset of alcohol dependence in extended high-risk COGA families.
Kapoor M, Wang JC, Wetherill L, Le N, Bertelsen S, Hinrichs AL, Budde J, Agrawal A, Almasy L, Bucholz K, Dick DM, Harari O, Xiaoling X, Hesselbrock V, Kramer J, Nurnberger JI Jr, Rice J, Schuckit M, Tischfield J, Porjesz B, Edenberg HJ, Bierut L, Foroud T, Goate A
Drug and alcohol dependence14256-62(2014 Sep)

Insights into RNA biology from an atlas of mammalian mRNA-binding proteins.
Castello A, Fischer B, Eichelbaum K, Horos R, Beckmann BM, Strein C, Davey NE, Humphreys DT, Preiss T, Steinmetz LM, Krijgsveld J, Hentze MW
Cell149(6)1393-406(2012 Jun)

The mRNA-bound proteome and its global occupancy profile on protein-coding transcripts.
Baltz AG, Munschauer M, Schwanh?usser B, Vasile A, Murakawa Y, Schueler M, Youngs N, Penfold-Brown D, Drew K, Milek M, Wyler E, Bonneau R, Selbach M, Dieterich C, Landthaler M
Molecular cell46(5)674-90(2012 Jun)

1A6/DRIM, a novel t-UTP, activates RNA polymerase I transcription and promotes cell proliferation.
Peng Q, Wu J, Zhang Y, Liu Y, Kong R, Hu L, Du X, Ke Y
PloS one5(12)e14244(2010 Dec)

Genome-wide analysis reveals novel genes influencing temporal lobe structure with relevance to neurodegeneration in Alzheimer's disease.
Stein JL, Hua X, Morra JH, Lee S, Hibar DP, Ho AJ, Leow AD, Toga AW, Sul JH, Kang HM, Eskin E, Saykin AJ, Shen L, Foroud T, Pankratz N, Huentelman MJ, Craig DW, Gerber JD, Allen AN, Corneveaux JJ, Stephan DA, Webster J, DeChairo BM, Potkin SG, Jack CR Jr, Weiner MW, Thompson PM,
NeuroImage51(2)542-54(2010 Jun)

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

1A6/DRIM activates Pol I transcription most likely by associating with both hALP and UBF and thereby affecting the acetylation of UBF
Title: 1A6/DRIM, a novel t-UTP, activates RNA polymerase I transcription and promotes cell proliferation.

DRIM is involved in 18S rRNA processing
Title: Human 1A6/DRIM, the homolog of yeast Utp20, functions in the 18S rRNA processing.

a single region located between amino acids 2744 and 2761 at the C-terminus is capable of nucleolar accumulation. Two basic amino acid clusters within this region are essential for nucleolar accumulation.
Title: Mapping nucleolar localization sequences of 1A6/DRIM.

Analysis of the relationship between DRIM gene expression and the metastatic phenotype of breast neoplasms.
Title: The interrelationship between DRIM gene expression and cytogenetic and phenotypic characteristics in human breast tumor cell lines.

The following UTP20 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the UTP20 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)
OHu06421	NM_014503.3 Latest version!	Homo sapiens UTP20 small subunit processome component (UTP20), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
View Old Accession Versions >>
OHu06421	NM_014503.2	Homo sapiens UTP20, small subunit processome component (UTP20), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
Hide Old Accession Versions >>

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** 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)

UTP20 ( NM_014503.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_055318.2 Homo sapiens UTP20, small subunit processome component (UTP20), mRNA.

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CloneID	OHu06421
Clone ID Related Accession (Same CDS sequence)	NM_014503.2 , NM_014503.3
Accession Version	NM_014503.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8358bp) 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	2017-10-01
Organism	Homo sapiens(human)
Product	small subunit processome component 20 homolog
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from BX957203.1, AJ006778.1, AC063948.44 and AA306482.1. On Jan 4, 2007 this sequence version replaced NM_014503.1. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: AJ006778.1, SRR1803614.108457.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1966682 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGAAGACAA AGCCCGTTTC CCACAAGACC GAGAACACCT ACCGGTTTCT TACATTTGCT 
GAACGACTGG GGAATGTTAA TATTGATATT ATTCACCGGA TTGATAGAAC TGCAAGCTAT 
GAGGAGGAGG TTGAAACCTA CTTTTTTGAG GGTCTGCTGA AATGGAGAGA ATTAAACCTC 
ACAGAACACT TCGGAAAATT TTACAAAGAA GTTATTGACA AATGCCAATC ATTCAATCAG 
TTGGTGTATC ACCAAAACGA GATAGTTCAG AGTTTGAAGA CTCACCTGCA AGTTAAGAAC 
AGTTTTGCCT ATCAACCCCT TTTGGATTTG GTTGTACAGT TGGCACGAGA TCTGCAGATG 
GATTTCTACC CACACTTTCC AGAGTTTTTT TTGACTATCA CCTCGATCCT GGAGACTCAG 
GACACAGAGT TGTTAGAATG GGCTTTCACC TCGTTATCAT ATCTTTATAA GTACCTGTGG 
AGACTGATGG TGAAGGACAT GTCCAGTATA TACAGCATGT ACAGCACACT CCTGGCTCAT 
AAAAAACTAC ATATAAGAAA TTTTGCTGCT GAAAGTTTTA CTTTTTTGAT GAGAAAGGTC 
TCTGATAAAA ACGCACTTTT CAATTTAATG TTTCTTGATC TTGATAAACA TCCAGAAAAA 
GTTGAAGGTG TTGGACAGTT GCTCTTTGAA ATGTGCAAAG GAGTTAGAAA TATGTTTCAC 
TCCTGTACAG GCCAGGCAGT GAAGCTAATT TTGCGAAAGC TAGGACCAGT CACTGAAACA 
GAAACTCAAC TACCATGGAT GTTAATTGGA GAAACACTCA AAAACATGGT CAAATCCACT 
GTATCCTACA TCTCCAAGGA ACATTTTGGT ACATTTTTTG AATGTTTGCA AGAATCGCTC 
TTGGATCTAC ACACAAAAGT AACAAAAACT AACTGTTGTG AAAGTTCTGA ACAGATTAAA 
AGGTTGTTGG AAACATACCT TATACTTGTA AAACATGGAA GTGGGACAAA GATACCCACG 
CCTGCTGATG TCTGTAAGGT GTTATCTCAA ACACTGCAAG TAGCCAGTCT CTCCACATCT 
TGCTGGGAGA CCCTCTTGGA TGTAATTTCT GCTTTGATCC TGGGTGAAAA TGTTTCCTTG 
CCGGAGACCC TCATCAAAGA AACCATAGAA AAAATATTTG AGAGCAGATT TGAAAAACGT 
TTAATTTTCA GTTTTTCTGA AGTCATGTTT GCCATGAAGC AGTTTGAGCA GCTTTTTCTA 
CCAAGCTTTC TGTCATATAT TGTGAATTGC TTCTTAATTG ATGATGCTGT AGTCAAAGAT 
GAAGCTCTGG CCATTCTGGC CAAGCTCATT CTGAACAAAG CAGCACCTCC CACTGCTGGC 
TCGATGGCAA TTGAAAAGTA CCCTCTGGTT TTCTCACCGC AGATGGTGGG ATTCTATATA 
AAGCAGAAGA AGACTAGATC CAAGGGAAGA AACGAACAGT TTCCAGTATT GGACCATCTT 
TTATCTATAA TTAAGTTACC CCCAAATAAA GATACTACTT ACCTTTCACA ATCTTGGGCA 
GCCCTCGTGG TGTTACCTCA TATTAGACCT CTTGAGAAAG AGAAGGTGAT ACCACTCGTC 
ACCGGCTTCA TAGAGGCACT CTTCATGACT GTTGACAAAG GAAGCTTTGG GAAAGGAAAC 
TTATTTGTTC TTTGTCAAGC TGTAAATACT CTACTAAGTT TGGAAGAATC TTCTGAACTT 
CTTCATTTGG TTCCTGTGGA ACGTGTGAAG AATTTAGTAT TAACCTTTCC CCTGGAGCCA 
TCTGTGTTGC TGTTGACTGA TCTCTATTAT CAGAGATTAG CCTTGTGTGG CTGCAAAGGG 
CCACTTTCCC AGGAGGCTTT AATGGAATTA TTTCCCAAGT TACAAGCAAA CATTTCAACT 
GGTGTATCCA AGATTCGGCT TTTGACAATA AGGATCCTAA ACCATTTTGA TGTCCAGCTT 
CCAGAATCAA TGGAGGATGA TGGGCTCTCA GAGCGGCAGT CTGTCTTTGC TATATTACGC 
CAGGCAGAAC TTGTTCCAGC AACTGTGAAT GATTATAGAG AGAAGCTTCT TCATTTGAGA 
AAACTAAGAC ATGATGTGGT ACAGACTGCT GTCCCTGATG GGCCGTTACA GGAGGTGCCG 
CTTCGTTATT TGTTAGGCAT GCTATATATT AATTTCAGTG CACTCTGGGA TCCTGTTATT 
GAACTCATAA GTTCTCATGC ACACGAAATG GAAAATAAGC AATTTTGGAA AGTCTACTAT 
GAGCATCTAG AAAAAGCAGC TACGCATGCT GAGAAGGAAC TACAGAATGA TATGACAGAT 
GAGAAGTCCG TTGGAGATGA AAGTTGGGAG CAGACCCAGG AAGGAGATGT TGGAGCTCTT 
TATCATGAGC AGTTAGCATT GAAAACTGAC TGTCAGGAAA GACTTGACCA CACCAACTTC 
AGATTCCTGC TCTGGAGAGC TCTGACCAAA TTCCCAGAAA GAGTAGAGCC ACGGTCCAGG 
GAGCTTTCCC CGCTTTTCTT GAGATTTATC AACAATGAGT ATTACCCAGC AGATCTGCAA 
GTTGCTCCAA CCCAGGATCT ACGGAGAAAA GGCAAAGGGA TGGTGGCAGA GGAAATCGAA 
GAGGAACCTG CCGCAGGAGA TGATGAAGAG TTGGAGGAAG AGGCAGTGCC CCAAGATGAA 
TCCTCACAGA AGAAAAAGAC GAGGAGAGCT GCAGCAAAGC AATTAATTGC TCATTTGCAA 
GTTTTCTCTA AATTTTCAAA TCCACGGGCC TTATATCTGG AATCCAAACT ATATGAGTTA 
TATCTTCAGT TGTTGCTACA CCAAGATCAA ATGGTGCAAA AAATAACCTT GGATTGCATA 
ATGACATATA AACATCCTCA TGTCCTCCCT TACAGGGAAA ACTTACAAAG GTTGCTTGAA 
GACAGAAGCT TTAAGGAAGA GATAGTGCAT TTTAGCATTT CAGAAGATAA TGCTGTAGTG 
AAAACAGCCC ACCGAGCAGA TCTATTTCCT ATTCTGATGA GAATTTTGTA TGGGCGAATG 
AAGAATAAGA CTGGGAGTAA AACTCAGGGG AAATCTGCTT CAGGCACCCG CATGGCCATT 
GTCCTGCGGT TCCTGGCCGG GACCCAACCT GAGGAGATCC AGATATTCTT AGACCTGCTG 
TTTGAACCTG TGAGGCATTT CAAGAATGGA GAGTGCCATT CTGCAGTCAT TCAAGCAGTA 
GAAGACTTGG ATTTGTCTAA AGTTCTTCCT TTAGGTCGTC AGCACGGTAT CTTAAACAGC 
CTTGAGATAG TATTGAAAAA CATTAGTCAT CTGATCAGCG CATACCTGCC GAAGATTTTG 
CAGATACTGC TCTGTATGAC AGCAACCGTA TCACACATCC TTGACCAACG AGAAAAGATA 
CAGCTGAGAT TTATTAATCC ATTGAAAAAT TTAAGACGTC TTGGAATCAA AATGGTAACT 
GATATCTTTT TGGACTGGGA ATCATATCAG TTTAGAACAG AAGAAATTGA TGCTGTGTTT 
CATGGTGCAG TTTGGCCCCA GATCAGCAGG CTTGGATCTG AGAGTCAATA TTCTCCTACT 
CCTCTGCTGA AACTGATCAG TATCTGGAGC AGAAACGCAA GATATTTCCC TTTGCTGGCT 
AAACAGAAGC CTGGGCACCC AGAATGTGAT ATCCTGACCA ATGTTTTTGC AATTCTCTCA 
GCGAAGAATC TTTCTGATGC CACAGCCAGT ATTGTAATGG ACATAGTTGA TGACCTTCTT 
AACCTTCCAG ATTTCGAGCC TACAGAAACA GTTTTGAACT TGCTGGTAAC TGGATGTGTA 
TACCCTGGCA TAGCAGAAAA CATCGGTGAG TCTATCACAA TAGGAGGAAG ATTAATTCTA 
CCTCATGTAC CTGCAATTCT TCAGTATCTC AGCAAAACCA CAATAAGCGC AGAAAAGGTG 
AAAAAGAAAA AGAATAGAGC ACAAGTCAGT AAAGAGCTTG GCATTCTTTC AAAGATCAGC 
AAGTTTATGA AAGACAAAGA ACAAAGTTCT GTACTCATTA CGCTTCTCCT TCCATTCCTC 
CACCGTGGCA ATATTGCTGA GGATACAGAG GTTGATATTC TGGTGACAGT ACAAAACTTG 
TTAAAGCATT GTGTGGACCC TACAAGCTTC CTCAAGCCTA TAGCAAAACT TTTCTCAGTT 
ATTAAGAACA AATTGTCAAG AAAATTGCTT TGTACGGTTT TTGAGACTCT TTCTGATTTT 
GAGAGTGGGT TAAAATATAT TACTGATGTT GTCAAGCTTA ACGCCTTCGA TCAAAGACAT 
CTTGATGATA TCAACTTCGA CGTTCGCTTT GAGACTTTCC AGACCATCAC CTCTTACATT 
AAAGAAATGC AAATTGTGGA TGTTAACTAC CTAATTCCAG TTATGCATAA TTGTTTCTAT 
AATCTAGAGT TAGGAGATAT GAGTTTAAGT GATAATGCCA GCATGTGCCT GATGAGTATC 
ATCAAAAAGC TAGCTGCCTT GAATGTCACA GAGAAAGACT ATAGAGAAAT CATCCACCGT 
TCACTCCTGG AGAAATTGAG AAAAGGTCTG AAGAGCCAGA CAGAGAGTAT TCAGCAGGAT 
TATACCACAA TACTTTCCTG TTTAATTCAA ACCTTTCCAA ACCAACTGGA ATTCAAAGAC 
TTGGTACAAC TTACTCATTA CCATGACCCA GAAATGGACT TCTTTGAGAA CATGAAGCAC 
ATTCAGATCC ACAGAAGAGC AAGAGCCTTG AAGAAACTTG CAAAACAACT AATGGAAGGC 
AAAGTTGTTC TGTCTTCTAA ATCTCTTCAG AATTACATCA TGCCTTATGC CATGACTCCA 
ATTTTTGATG AGAAAATGCT CAAGCATGAA AATATAACCA CTGCTGCCAC AGAGATTATT 
GGAGCCATTT GCAAACATCT CTCTTGGTCA GCGTATATGT ATTACTTGAA ACATTTCATT 
CATGTCTTAC AAACGGGACA GATCAATCAA AAACTGGGTG TCAGTTTGCT AGTAATAGTG 
TTAGAAGCAT TCCACTTTGA CCACAAAACT CTTGAAGAAC AAATGGGAAA AATTGAGAAT 
GAAGAAAACG CAATTGAAGC AATTGAGTTA CCAGAGCCTG AGGCCATGGA ATTAGAGCGT 
GTGGATGAGG AAGAGAAGGA ATATACATGC AAGAGTTTGT CAGACAACGG ACAACCGGGA 
ACCCCTGATC CAGCTGACTC TGGAGGAACA TCAGCTAAAG AATCCGAGTG TATCACAAAG 
CCTGTCTCTT TCCTTCCTCA AAACAAGGAA GAAATAGAGA GAACAATTAA AAATATCCAA 
GGAACCATAA CCGGGGATAT TCTCCCCAGG CTACATAAAT GCCTTGCATC TACGACTAAA 
AGGGAAGAAG AACACAAGCT TGTCAAGTCA AAGGTTGTGA ATGATGAGGA AGTCGTTCGA 
GTTCCATTAG CTTTTGCCAT GGTTAAACTA ATGCAGTCCC TTCCACAAGA AGTTATGGAA 
GCTAATCTGC CAAGTATTTT GCTGAAAGTG TGTGCCCTAC TCAAGAACAG AGCCCAAGAA 
ATCAGAGACA TTGCACGCAG CACTCTTGCG AAAATAATAG AGGATCTTGG TGTGCACTTC 
CTCCTATATG TTTTAAAAGA ATTACAGACT ACTCTTGTCC GTGGATACCA GGTCCATGTG 
CTGACTTTCA CCGTTCACAT GCTGCTGCAA GGCCTCACCA ATAAGCTGCA GGTCGGAGAT 
TTGGACTCTT GTTTAGATAT AATGATTGAG ATTTTTAACC ATGAGTTGTT TGGTGCTGTT 
GCTGAAGAGA AGGAAGTAAA GCAGATCCTC TCCAAAGTCA TGGAAGCACG AAGAAGCAAA 
AGTTACGACT CTTATGAAAT CCTCGGCAAG TTTGTAGGAA AAGATCAGGT TACAAAACTC 
ATCCTTCCAT TAAAAGAGAT CTTACAAAAT ACCACGAGTT TGAAACTGGC CCGGAAAGTT 
CATGAAACTT TACGCCGAAT CACAGTGGGA TTAATTGTAA ATCAGGAAAT GACAGCTGAA 
TCCATTCTAT TACTCAGTTA TGGTTTGATC AGTGAAAATC TTCCCCTGTT AACAGAGAAA 
GAAAAAAATC CAGTAGCCCC AGCACCAGAT CCACGTCTAC CACCCCAGAG CTGCCTTCTG 
CTTCCCCCAA CTCCAGTTCG AGGTGGACAG AAAGCTGTTG TGAGCAGGAA AACCAACATG 
CACATATTTA TTGAGTCCGG GCTTCGGCTG CTGCATCTGA GTCTGAAGAC TTCCAAGATC 
AAGTCTTCAG GTGAATGTGT CCTGGAAATG CTGGATCCTT TTGTGTCTCT CCTCATAGAC 
TGCCTGGGCT CCATGGATGT GAAGGTGATC ACAGGTGCTT TACAGTGCCT CATCTGGGTC 
TTGAGGTTCC CGCTACCTTC CATAGAAACA AAAGCAGAGC AGCTGACAAA ACACCTCTTC 
CTTCTGCTGA AGGACTATGC AAAGCTCGGG GCCGCCAGGG GCCAGAACTT CCACCTTGTG 
GTCAATTGTT TCAAGTGTGT GACCATACTT GTCAAGAAAG TCAAGTCTTA CCAGATAACT 
GAAAAACAGC TCCAAGTTCT ACTGGCCTAT GCTGAGGAGG ACATTTATGA TACTTCAAGA 
CAAGCCACTG CCTTTGGTCT TCTGAAGGCA ATTTTATCAA GAAAGCTGTT GGTCCCAGAA 
ATCGATGAGG TCATGCGGAA AGTATCCAAG TTGGCAGTCT CTGCACAAAG CGAACCTGCC 
AGGGTCCAGT GTAGACAGGT TTTTCTGAAA TATATTCTTG ACTATCCCCT GGGTGACAAA 
TTGAGACCAA ACTTGGAATT CATGCTCGCT CAACTGAATT ACGAACATGA GACCGGGAGA 
GAGTCCACCT TGGAAATGAT CGCCTATCTC TTTGACACGT TCCCTCAGGG GCTGCTCCAT 
GAGAACTGCG GAATGTTCTT TATCCCTCTT TGTCTAATGA CGATCAATGA TGACTCTGCC 
ACGTGCAAAA AGATGGCATC CATGACAATC AAGTCCCTAC TTGGTAAAAT CAGCCTCGAG 
AAAAAAGATT GGCTGTTTGA TATGGTTACC ACTTGGTTTG GAGCAAAAAA GCGCTTAAAT 
AGACAACTTG CTGCCCTGAT CTGTGGCTTG TTTGTGGAAA GTGAAGGAGT TGATTTTGAG 
AAAAGACTTG GAACTGTCCT TCCTGTGATT GAAAAGGAAA TTGATCCTGA AAACTTTAAA 
GATATCATGG AAGAAACTGA AGAAAAAGCT GCAGATCGCC TTCTGTTTAG TTTTCTTACA 
CTGATAACTA AACTTATCAA GGAATGTAAT ATTATTCAGT TTACCAAACC CGCTGAGACT 
TTGAGTAAAA TCTGGAGTCA TGTGCATTCT CACCTGAGAC ATCCACACAA CTGGGTGTGG 
CTCACAGCAG CCCAGATTTT TGGATTACTC TTTGCCTCTT GCCAGCCAGA GGAGCTTATT 
CAAAAATGGA ATACCAAAAA GACCAAAAAA CACCTCCCAG AACCTGTAGC AATCAAGTTC 
CTAGCCAGTG ACCTTGACCA AAAGATGAAA AGTATCTCTC TCGCCTCTTG CCATCAATTG 
CATTCCAAAT TCTTGGATCA GTCTCTAGGA GAACAGGTTG TTAAGAATTT GTTGTTCGCA 
GCCAAAGTCT TGTATTTACT GGAACTTTAT TGTGAGGATA AGCAAAGTAA GATAAAAGAA 
GACCTGGAAG AACAAGAAGC TTTAGAAGAT GGTGTGGCCT GTGCAGATGA GAAGGCGGAG 
TCTGACGGAG AAGAGAAGGA AGAGGTGAAG GAAGAGCTCG GCAGGCCGGC CACGCTGCTG 
TGGTTGATCC AGAAGCTGTC CCGGATTGCA AAACTGGAAG CTGCTTATTC GCCGAGAAAC 
CCCTTAAAGA GAACATGCAT CTTTAAGTTC CTCGGCGCCG TAGCAATGGA TCTTGGGATA 
GACAAGGTAA AGCCGTATCT CCCAATGATC ATAGCTCCTT TGTTTCGGGA ACTCAACAGC 
ACCTATTCAG AGCAAGATCC TTTGCTGAAG AATCTATCCC AGGAAATCAT AGAATTACTC 
AAAAAGCTGG TTGGGCTTGA GAGCTTCTCA TTAGCCTTTG CCTCTGTACA GAAACAGGCT 
AATGAGAAAA GGGCACTCCG GAAAAAGAGG AAGGCCCTGG AGTTTGTAAC TAATCCTGAT 
ATTGCTGCCA AGAAAAAAAT GAAGAAACAC AAAAATAAAA GTGAAGCAAA GAAGAGAAAG 
ATAGAGTTCC TGCGTCCAGG ATATAAGGCC AAGAGACAAA AAAGCCATAG CCTGAAAGAT 
TTAGCAATGG TGGAGTAA

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

RefSeq	NP_055318.2
CDS	157..8514
Translation	MKTKPVSHKTENTYRFLTFAERLGNVNIDIIHRIDRTASYEEEVETYFFEGLLKWRELNLTEHFGKFYKEVIDKCQSFNQLVYHQNEIVQSLKTHLQVKNSFAYQPLLDLVVQLARDLQMDFYPHFPEFFLTITSILETQDTELLEWAFTSLSYLYKYLWRLMVKDMSSIYSMYSTLLAHKKLHIRNFAAESFTFLMRKVSDKNALFNLMFLDLDKHPEKVEGVGQLLFEMCKGVRNMFHSCTGQAVKLILRKLGPVTETETQLPWMLIGETLKNMVKSTVSYISKEHFGTFFECLQESLLDLHTKVTKTNCCESSEQIKRLLETYLILVKHGSGTKIPTPADVCKVLSQTLQVASLSTSCWETLLDVISALILGENVSLPETLIKETIEKIFESRFEKRLIFSFSEVMFAMKQFEQLFLPSFLSYIVNCFLIDDAVVKDEALAILAKLILNKAAPPTAGSMAIEKYPLVFSPQMVGFYIKQKKTRSKGRNEQFPVLDHLLSIIKLPPNKDTTYLSQSWAALVVLPHIRPLEKEKVIPLVTGFIEALFMTVDKGSFGKGNLFVLCQAVNTLLSLEESSELLHLVPVERVKNLVLTFPLEPSVLLLTDLYYQRLALCGCKGPLSQEALMELFPKLQANISTGVSKIRLLTIRILNHFDVQLPESMEDDGLSERQSVFAILRQAELVPATVNDYREKLLHLRKLRHDVVQTAVPDGPLQEVPLRYLLGMLYINFSALWDPVIELISSHAHEMENKQFWKVYYEHLEKAATHAEKELQNDMTDEKSVGDESWEQTQEGDVGALYHEQLALKTDCQERLDHTNFRFLLWRALTKFPERVEPRSRELSPLFLRFINNEYYPADLQVAPTQDLRRKGKGMVAEEIEEEPAAGDDEELEEEAVPQDESSQKKKTRRAAAKQLIAHLQVFSKFSNPRALYLESKLYELYLQLLLHQDQMVQKITLDCIMTYKHPHVLPYRENLQRLLEDRSFKEEIVHFSISEDNAVVKTAHRADLFPILMRILYGRMKNKTGSKTQGKSASGTRMAIVLRFLAGTQPEEIQIFLDLLFEPVRHFKNGECHSAVIQAVEDLDLSKVLPLGRQHGILNSLEIVLKNISHLISAYLPKILQILLCMTATVSHILDQREKIQLRFINPLKNLRRLGIKMVTDIFLDWESYQFRTEEIDAVFHGAVWPQISRLGSESQYSPTPLLKLISIWSRNARYFPLLAKQKPGHPECDILTNVFAILSAKNLSDATASIVMDIVDDLLNLPDFEPTETVLNLLVTGCVYPGIAENIGESITIGGRLILPHVPAILQYLSKTTISAEKVKKKKNRAQVSKELGILSKISKFMKDKEQSSVLITLLLPFLHRGNIAEDTEVDILVTVQNLLKHCVDPTSFLKPIAKLFSVIKNKLSRKLLCTVFETLSDFESGLKYITDVVKLNAFDQRHLDDINFDVRFETFQTITSYIKEMQIVDVNYLIPVMHNCFYNLELGDMSLSDNASMCLMSIIKKLAALNVTEKDYREIIHRSLLEKLRKGLKSQTESIQQDYTTILSCLIQTFPNQLEFKDLVQLTHYHDPEMDFFENMKHIQIHRRARALKKLAKQLMEGKVVLSSKSLQNYIMPYAMTPIFDEKMLKHENITTAATEIIGAICKHLSWSAYMYYLKHFIHVLQTGQINQKLGVSLLVIVLEAFHFDHKTLEEQMGKIENEENAIEAIELPEPEAMELERVDEEEKEYTCKSLSDNGQPGTPDPADSGGTSAKESECITKPVSFLPQNKEEIERTIKNIQGTITGDILPRLHKCLASTTKREEEHKLVKSKVVNDEEVVRVPLAFAMVKLMQSLPQEVMEANLPSILLKVCALLKNRAQEIRDIARSTLAKIIEDLGVHFLLYVLKELQTTLVRGYQVHVLTFTVHMLLQGLTNKLQVGDLDSCLDIMIEIFNHELFGAVAEEKEVKQILSKVMEARRSKSYDSYEILGKFVGKDQVTKLILPLKEILQNTTSLKLARKVHETLRRITVGLIVNQEMTAESILLLSYGLISENLPLLTEKEKNPVAPAPDPRLPPQSCLLLPPTPVRGGQKAVVSRKTNMHIFIESGLRLLHLSLKTSKIKSSGECVLEMLDPFVSLLIDCLGSMDVKVITGALQCLIWVLRFPLPSIETKAEQLTKHLFLLLKDYAKLGAARGQNFHLVVNCFKCVTILVKKVKSYQITEKQLQVLLAYAEEDIYDTSRQATAFGLLKAILSRKLLVPEIDEVMRKVSKLAVSAQSEPARVQCRQVFLKYILDYPLGDKLRPNLEFMLAQLNYEHETGRESTLEMIAYLFDTFPQGLLHENCGMFFIPLCLMTINDDSATCKKMASMTIKSLLGKISLEKKDWLFDMVTTWFGAKKRLNRQLAALICGLFVESEGVDFEKRLGTVLPVIEKEIDPENFKDIMEETEEKAADRLLFSFLTLITKLIKECNIIQFTKPAETLSKIWSHVHSHLRHPHNWVWLTAAQIFGLLFASCQPEELIQKWNTKKTKKHLPEPVAIKFLASDLDQKMKSISLASCHQLHSKFLDQSLGEQVVKNLLFAAKVLYLLELYCEDKQSKIKEDLEEQEALEDGVACADEKAESDGEEKEEVKEELGRPATLLWLIQKLSRIAKLEAAYSPRNPLKRTCIFKFLGAVAMDLGIDKVKPYLPMIIAPLFRELNSTYSEQDPLLKNLSQEIIELLKKLVGLESFSLAFASVQKQANEKRALRKKRKALEFVTNPDIAAKKKMKKHKNKSEAKKRKIEFLRPGYKAKRQKSHSLKDLAMVE

Target ORF information:

RefSeq Version	NM_014503.2
Organism	Homo sapiens(human)
Definition	Homo sapiens UTP20, small subunit processome component (UTP20), mRNA.

Target ORF information:

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

NM_014503.2

ORF Insert Sequence:

ATGAAGACAA AGCCCGTTTC CCACAAGACC GAGAACACCT ACCGGTTTCT TACATTTGCT 
GAACGACTGG GGAATGTTAA TATTGATATT ATTCACCGGA TTGATAGAAC TGCAAGCTAT 
GAGGAGGAGG TTGAAACCTA CTTTTTTGAG GGTCTGCTGA AATGGAGAGA ATTAAACCTC 
ACAGAACACT TCGGAAAATT TTACAAAGAA GTTATTGACA AATGCCAATC ATTCAATCAG 
TTGGTGTATC ACCAAAACGA GATAGTTCAG AGTTTGAAGA CTCACCTGCA AGTTAAGAAC 
AGTTTTGCCT ATCAACCCCT TTTGGATTTG GTTGTACAGT TGGCACGAGA TCTGCAGATG 
GATTTCTACC CACACTTTCC AGAGTTTTTT TTGACTATCA CCTCGATCCT GGAGACTCAG 
GACACAGAGT TGTTAGAATG GGCTTTCACC TCGTTATCAT ATCTTTATAA GTACCTGTGG 
AGACTGATGG TGAAGGACAT GTCCAGTATA TACAGCATGT ACAGCACACT CCTGGCTCAT 
AAAAAACTAC ATATAAGAAA TTTTGCTGCT GAAAGTTTTA CTTTTTTGAT GAGAAAGGTC 
TCTGATAAAA ACGCACTTTT CAATTTAATG TTTCTTGATC TTGATAAACA TCCAGAAAAA 
GTTGAAGGTG TTGGACAGTT GCTCTTTGAA ATGTGCAAAG GAGTTAGAAA TATGTTTCAC 
TCCTGTACAG GCCAGGCAGT GAAGCTAATT TTGCGAAAGC TAGGACCAGT CACTGAAACA 
GAAACTCAAC TACCATGGAT GTTAATTGGA GAAACACTCA AAAACATGGT CAAATCCACT 
GTATCCTACA TCTCCAAGGA ACATTTTGGT ACATTTTTTG AATGTTTGCA AGAATCGCTC 
TTGGATCTAC ACACAAAAGT AACAAAAACT AACTGTTGTG AAAGTTCTGA ACAGATTAAA 
AGGTTGTTGG AAACATACCT TATACTTGTA AAACATGGAA GTGGGACAAA GATACCCACG 
CCTGCTGATG TCTGTAAGGT GTTATCTCAA ACACTGCAAG TAGCCAGTCT CTCCACATCT 
TGCTGGGAGA CCCTCTTGGA TGTAATTTCT GCTTTGATCC TGGGTGAAAA TGTTTCCTTG 
CCGGAGACCC TCATCAAAGA AACCATAGAA AAAATATTTG AGAGCAGATT TGAAAAACGT 
TTAATTTTCA GTTTTTCTGA AGTCATGTTT GCCATGAAGC AGTTTGAGCA GCTTTTTCTA 
CCAAGCTTTC TGTCATATAT TGTGAATTGC TTCTTAATTG ATGATGCTGT AGTCAAAGAT 
GAAGCTCTGG CCATTCTGGC CAAGCTCATT CTGAACAAAG CAGCACCTCC CACTGCTGGC 
TCGATGGCAA TTGAAAAGTA CCCTCTGGTT TTCTCACCGC AGATGGTGGG ATTCTATATA 
AAGCAGAAGA AGACTAGATC CAAGGGAAGA AACGAACAGT TTCCAGTATT GGACCATCTT 
TTATCTATAA TTAAGTTACC CCCAAATAAA GATACTACTT ACCTTTCACA ATCTTGGGCA 
GCCCTCGTGG TGTTACCTCA TATTAGACCT CTTGAGAAAG AGAAGGTGAT ACCACTCGTC 
ACCGGCTTCA TAGAGGCACT CTTCATGACT GTTGACAAAG GAAGCTTTGG GAAAGGAAAC 
TTATTTGTTC TTTGTCAAGC TGTAAATACT CTACTAAGTT TGGAAGAATC TTCTGAACTT 
CTTCATTTGG TTCCTGTGGA ACGTGTGAAG AATTTAGTAT TAACCTTTCC CCTGGAGCCA 
TCTGTGTTGC TGTTGACTGA TCTCTATTAT CAGAGATTAG CCTTGTGTGG CTGCAAAGGG 
CCACTTTCCC AGGAGGCTTT AATGGAATTA TTTCCCAAGT TACAAGCAAA CATTTCAACT 
GGTGTATCCA AGATTCGGCT TTTGACAATA AGGATCCTAA ACCATTTTGA TGTCCAGCTT 
CCAGAATCAA TGGAGGATGA TGGGCTCTCA GAGCGGCAGT CTGTCTTTGC TATATTACGC 
CAGGCAGAAC TTGTTCCAGC AACTGTGAAT GATTATAGAG AGAAGCTTCT TCATTTGAGA 
AAACTAAGAC ATGATGTGGT ACAGACTGCT GTCCCTGATG GGCCGTTACA GGAGGTGCCG 
CTTCGTTATT TGTTAGGCAT GCTATATATT AATTTCAGTG CACTCTGGGA TCCTGTTATT 
GAACTCATAA GTTCTCATGC ACACGAAATG GAAAATAAGC AATTTTGGAA AGTCTACTAT 
GAGCATCTAG AAAAAGCAGC TACGCATGCT GAGAAGGAAC TACAGAATGA TATGACAGAT 
GAGAAGTCCG TTGGAGATGA AAGTTGGGAG CAGACCCAGG AAGGAGATGT TGGAGCTCTT 
TATCATGAGC AGTTAGCATT GAAAACTGAC TGTCAGGAAA GACTTGACCA CACCAACTTC 
AGATTCCTGC TCTGGAGAGC TCTGACCAAA TTCCCAGAAA GAGTAGAGCC ACGGTCCAGG 
GAGCTTTCCC CGCTTTTCTT GAGATTTATC AACAATGAGT ATTACCCAGC AGATCTGCAA 
GTTGCTCCAA CCCAGGATCT ACGGAGAAAA GGCAAAGGGA TGGTGGCAGA GGAAATCGAA 
GAGGAACCTG CCGCAGGAGA TGATGAAGAG TTGGAGGAAG AGGCAGTGCC CCAAGATGAA 
TCCTCACAGA AGAAAAAGAC GAGGAGAGCT GCAGCAAAGC AATTAATTGC TCATTTGCAA 
GTTTTCTCTA AATTTTCAAA TCCACGGGCC TTATATCTGG AATCCAAACT ATATGAGTTA 
TATCTTCAGT TGTTGCTACA CCAAGATCAA ATGGTGCAAA AAATAACCTT GGATTGCATA 
ATGACATATA AACATCCTCA TGTCCTCCCT TACAGGGAAA ACTTACAAAG GTTGCTTGAA 
GACAGAAGCT TTAAGGAAGA GATAGTGCAT TTTAGCATTT CAGAAGATAA TGCTGTAGTG 
AAAACAGCCC ACCGAGCAGA TCTATTTCCT ATTCTGATGA GAATTTTGTA TGGGCGAATG 
AAGAATAAGA CTGGGAGTAA AACTCAGGGG AAATCTGCTT CAGGCACCCG CATGGCCATT 
GTCCTGCGGT TCCTGGCCGG GACCCAACCT GAGGAGATCC AGATATTCTT AGACCTGCTG 
TTTGAACCTG TGAGGCATTT CAAGAATGGA GAGTGCCATT CTGCAGTCAT TCAAGCAGTA 
GAAGACTTGG ATTTGTCTAA AGTTCTTCCT TTAGGTCGTC AGCACGGTAT CTTAAACAGC 
CTTGAGATAG TATTGAAAAA CATTAGTCAT CTGATCAGCG CATACCTGCC GAAGATTTTG 
CAGATACTGC TCTGTATGAC AGCAACCGTA TCACACATCC TTGACCAACG AGAAAAGATA 
CAGCTGAGAT TTATTAATCC ATTGAAAAAT TTAAGACGTC TTGGAATCAA AATGGTAACT 
GATATCTTTT TGGACTGGGA ATCATATCAG TTTAGAACAG AAGAAATTGA TGCTGTGTTT 
CATGGTGCAG TTTGGCCCCA GATCAGCAGG CTTGGATCTG AGAGTCAATA TTCTCCTACT 
CCTCTGCTGA AACTGATCAG TATCTGGAGC AGAAACGCAA GATATTTCCC TTTGCTGGCT 
AAACAGAAGC CTGGGCACCC AGAATGTGAT ATCCTGACCA ATGTTTTTGC AATTCTCTCA 
GCGAAGAATC TTTCTGATGC CACAGCCAGT ATTGTAATGG ACATAGTTGA TGACCTTCTT 
AACCTTCCAG ATTTCGAGCC TACAGAAACA GTTTTGAACT TGCTGGTAAC TGGATGTGTA 
TACCCTGGCA TAGCAGAAAA CATCGGTGAG TCTATCACAA TAGGAGGAAG ATTAATTCTA 
CCTCATGTAC CTGCAATTCT TCAGTATCTC AGCAAAACCA CAATAAGCGC AGAAAAGGTG 
AAAAAGAAAA AGAATAGAGC ACAAGTCAGT AAAGAGCTTG GCATTCTTTC AAAGATCAGC 
AAGTTTATGA AAGACAAAGA ACAAAGTTCT GTACTCATTA CGCTTCTCCT TCCATTCCTC 
CACCGTGGCA ATATTGCTGA GGATACAGAG GTTGATATTC TGGTGACAGT ACAAAACTTG 
TTAAAGCATT GTGTGGACCC TACAAGCTTC CTCAAGCCTA TAGCAAAACT TTTCTCAGTT 
ATTAAGAACA AATTGTCAAG AAAATTGCTT TGTACGGTTT TTGAGACTCT TTCTGATTTT 
GAGAGTGGGT TAAAATATAT TACTGATGTT GTCAAGCTTA ACGCCTTCGA TCAAAGACAT 
CTTGATGATA TCAACTTCGA CGTTCGCTTT GAGACTTTCC AGACCATCAC CTCTTACATT 
AAAGAAATGC AAATTGTGGA TGTTAACTAC CTAATTCCAG TTATGCATAA TTGTTTCTAT 
AATCTAGAGT TAGGAGATAT GAGTTTAAGT GATAATGCCA GCATGTGCCT GATGAGTATC 
ATCAAAAAGC TAGCTGCCTT GAATGTCACA GAGAAAGACT ATAGAGAAAT CATCCACCGT 
TCACTCCTGG AGAAATTGAG AAAAGGTCTG AAGAGCCAGA CAGAGAGTAT TCAGCAGGAT 
TATACCACAA TACTTTCCTG TTTAATTCAA ACCTTTCCAA ACCAACTGGA ATTCAAAGAC 
TTGGTACAAC TTACTCATTA CCATGACCCA GAAATGGACT TCTTTGAGAA CATGAAGCAC 
ATTCAGATCC ACAGAAGAGC AAGAGCCTTG AAGAAACTTG CAAAACAACT AATGGAAGGC 
AAAGTTGTTC TGTCTTCTAA ATCTCTTCAG AATTACATCA TGCCTTATGC CATGACTCCA 
ATTTTTGATG AGAAAATGCT CAAGCATGAA AATATAACCA CTGCTGCCAC AGAGATTATT 
GGAGCCATTT GCAAACATCT CTCTTGGTCA GCGTATATGT ATTACTTGAA ACATTTCATT 
CATGTCTTAC AAACGGGACA GATCAATCAA AAACTGGGTG TCAGTTTGCT AGTAATAGTG 
TTAGAAGCAT TCCACTTTGA CCACAAAACT CTTGAAGAAC AAATGGGAAA AATTGAGAAT 
GAAGAAAACG CAATTGAAGC AATTGAGTTA CCAGAGCCTG AGGCCATGGA ATTAGAGCGT 
GTGGATGAGG AAGAGAAGGA ATATACATGC AAGAGTTTGT CAGACAACGG ACAACCGGGA 
ACCCCTGATC CAGCTGACTC TGGAGGAACA TCAGCTAAAG AATCCGAGTG TATCACAAAG 
CCTGTCTCTT TCCTTCCTCA AAACAAGGAA GAAATAGAGA GAACAATTAA AAATATCCAA 
GGAACCATAA CCGGGGATAT TCTCCCCAGG CTACATAAAT GCCTTGCATC TACGACTAAA 
AGGGAAGAAG AACACAAGCT TGTCAAGTCA AAGGTTGTGA ATGATGAGGA AGTCGTTCGA 
GTTCCATTAG CTTTTGCCAT GGTTAAACTA ATGCAGTCCC TTCCACAAGA AGTTATGGAA 
GCTAATCTGC CAAGTATTTT GCTGAAAGTG TGTGCCCTAC TCAAGAACAG AGCCCAAGAA 
ATCAGAGACA TTGCACGCAG CACTCTTGCG AAAATAATAG AGGATCTTGG TGTGCACTTC 
CTCCTATATG TTTTAAAAGA ATTACAGACT ACTCTTGTCC GTGGATACCA GGTCCATGTG 
CTGACTTTCA CCGTTCACAT GCTGCTGCAA GGCCTCACCA ATAAGCTGCA GGTCGGAGAT 
TTGGACTCTT GTTTAGATAT AATGATTGAG ATTTTTAACC ATGAGTTGTT TGGTGCTGTT 
GCTGAAGAGA AGGAAGTAAA GCAGATCCTC TCCAAAGTCA TGGAAGCACG AAGAAGCAAA 
AGTTACGACT CTTATGAAAT CCTCGGCAAG TTTGTAGGAA AAGATCAGGT TACAAAACTC 
ATCCTTCCAT TAAAAGAGAT CTTACAAAAT ACCACGAGTT TGAAACTGGC CCGGAAAGTT 
CATGAAACTT TACGCCGAAT CACAGTGGGA TTAATTGTAA ATCAGGAAAT GACAGCTGAA 
TCCATTCTAT TACTCAGTTA TGGTTTGATC AGTGAAAATC TTCCCCTGTT AACAGAGAAA 
GAAAAAAATC CAGTAGCCCC AGCACCAGAT CCACGTCTAC CACCCCAGAG CTGCCTTCTG 
CTTCCCCCAA CTCCAGTTCG AGGTGGACAG AAAGCTGTTG TGAGCAGGAA AACCAACATG 
CACATATTTA TTGAGTCCGG GCTTCGGCTG CTGCATCTGA GTCTGAAGAC TTCCAAGATC 
AAGTCTTCAG GTGAATGTGT CCTGGAAATG CTGGATCCTT TTGTGTCTCT CCTCATAGAC 
TGCCTGGGCT CCATGGATGT GAAGGTGATC ACAGGTGCTT TACAGTGCCT CATCTGGGTC 
TTGAGGTTCC CGCTACCTTC CATAGAAACA AAAGCAGAGC AGCTGACAAA ACACCTCTTC 
CTTCTGCTGA AGGACTATGC AAAGCTCGGG GCCGCCAGGG GCCAGAACTT CCACCTTGTG 
GTCAATTGTT TCAAGTGTGT GACCATACTT GTCAAGAAAG TCAAGTCTTA CCAGATAACT 
GAAAAACAGC TCCAAGTTCT ACTGGCCTAT GCTGAGGAGG ACATTTATGA TACTTCAAGA 
CAAGCCACTG CCTTTGGTCT TCTGAAGGCA ATTTTATCAA GAAAGCTGTT GGTCCCAGAA 
ATCGATGAGG TCATGCGGAA AGTATCCAAG TTGGCAGTCT CTGCACAAAG CGAACCTGCC 
AGGGTCCAGT GTAGACAGGT TTTTCTGAAA TATATTCTTG ACTATCCCCT GGGTGACAAA 
TTGAGACCAA ACTTGGAATT CATGCTCGCT CAACTGAATT ACGAACATGA GACCGGGAGA 
GAGTCCACCT TGGAAATGAT CGCCTATCTC TTTGACACGT TCCCTCAGGG GCTGCTCCAT 
GAGAACTGCG GAATGTTCTT TATCCCTCTT TGTCTAATGA CGATCAATGA TGACTCTGCC 
ACGTGCAAAA AGATGGCATC CATGACAATC AAGTCCCTAC TTGGTAAAAT CAGCCTCGAG 
AAAAAAGATT GGCTGTTTGA TATGGTTACC ACTTGGTTTG GAGCAAAAAA GCGCTTAAAT 
AGACAACTTG CTGCCCTGAT CTGTGGCTTG TTTGTGGAAA GTGAAGGAGT TGATTTTGAG 
AAAAGACTTG GAACTGTCCT TCCTGTGATT GAAAAGGAAA TTGATCCTGA AAACTTTAAA 
GATATCATGG AAGAAACTGA AGAAAAAGCT GCAGATCGCC TTCTGTTTAG TTTTCTTACA 
CTGATAACTA AACTTATCAA GGAATGTAAT ATTATTCAGT TTACCAAACC CGCTGAGACT 
TTGAGTAAAA TCTGGAGTCA TGTGCATTCT CACCTGAGAC ATCCACACAA CTGGGTGTGG 
CTCACAGCAG CCCAGATTTT TGGATTACTC TTTGCCTCTT GCCAGCCAGA GGAGCTTATT 
CAAAAATGGA ATACCAAAAA GACCAAAAAA CACCTCCCAG AACCTGTAGC AATCAAGTTC 
CTAGCCAGTG ACCTTGACCA AAAGATGAAA AGTATCTCTC TCGCCTCTTG CCATCAATTG 
CATTCCAAAT TCTTGGATCA GTCTCTAGGA GAACAGGTTG TTAAGAATTT GTTGTTCGCA 
GCCAAAGTCT TGTATTTACT GGAACTTTAT TGTGAGGATA AGCAAAGTAA GATAAAAGAA 
GACCTGGAAG AACAAGAAGC TTTAGAAGAT GGTGTGGCCT GTGCAGATGA GAAGGCGGAG 
TCTGACGGAG AAGAGAAGGA AGAGGTGAAG GAAGAGCTCG GCAGGCCGGC CACGCTGCTG 
TGGTTGATCC AGAAGCTGTC CCGGATTGCA AAACTGGAAG CTGCTTATTC GCCGAGAAAC 
CCCTTAAAGA GAACATGCAT CTTTAAGTTC CTCGGCGCCG TAGCAATGGA TCTTGGGATA 
GACAAGGTAA AGCCGTATCT CCCAATGATC ATAGCTCCTT TGTTTCGGGA ACTCAACAGC 
ACCTATTCAG AGCAAGATCC TTTGCTGAAG AATCTATCCC AGGAAATCAT AGAATTACTC 
AAAAAGCTGG TTGGGCTTGA GAGCTTCTCA TTAGCCTTTG CCTCTGTACA GAAACAGGCT 
AATGAGAAAA GGGCACTCCG GAAAAAGAGG AAGGCCCTGG AGTTTGTAAC TAATCCTGAT 
ATTGCTGCCA AGAAAAAAAT GAAGAAACAC AAAAATAAAA GTGAAGCAAA GAAGAGAAAG 
ATAGAGTTCC TGCGTCCAGG ATATAAGGCC AAGAGACAAA AAAGCCATAG CCTGAAAGAT 
TTAGCAATGG TGGAGTAA

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

UTP20 ( NM_014503.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_055318.2 Homo sapiens UTP20 small subunit processome component (UTP20), mRNA.

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CloneID	OHu06421
Clone ID Related Accession (Same CDS sequence)	NM_014503.2 , NM_014503.3
Accession Version	NM_014503.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8358bp) 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	2019-09-25
Organism	Homo sapiens(human)
Product	small subunit processome component 20 homolog
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AC063951.22, BX957203.1, AJ006778.1, AC063948.44 and AA306482.1. On Nov 22, 2018 this sequence version replaced NM_014503.2. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: AJ006778.1, SRR1803614.108457.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1966682 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000261637.5/ ENSP00000261637.4 RefSeq Select criteria :: based on single protein-coding transcript ##RefSeq-Attributes-END## COMPLETENESS: full length.

ATGAAGACAA AGCCCGTTTC CCACAAGACC GAGAACACCT ACCGGTTTCT TACATTTGCT 
GAACGACTGG GGAATGTTAA TATTGATATT ATTCACCGGA TTGATAGAAC TGCAAGCTAT 
GAGGAGGAGG TTGAAACCTA CTTTTTTGAG GGTCTGCTGA AATGGAGAGA ATTAAACCTC 
ACAGAACACT TCGGAAAATT TTACAAAGAA GTTATTGACA AATGCCAATC ATTCAATCAG 
TTGGTGTATC ACCAAAACGA GATAGTTCAG AGTTTGAAGA CTCACCTGCA AGTTAAGAAC 
AGTTTTGCCT ATCAACCCCT TTTGGATTTG GTTGTACAGT TGGCACGAGA TCTGCAGATG 
GATTTCTACC CACACTTTCC AGAGTTTTTT TTGACTATCA CCTCGATCCT GGAGACTCAG 
GACACAGAGT TGTTAGAATG GGCTTTCACC TCGTTATCAT ATCTTTATAA GTACCTGTGG 
AGACTGATGG TGAAGGACAT GTCCAGTATA TACAGCATGT ACAGCACACT CCTGGCTCAT 
AAAAAACTAC ATATAAGAAA TTTTGCTGCT GAAAGTTTTA CTTTTTTGAT GAGAAAGGTC 
TCTGATAAAA ACGCACTTTT CAATTTAATG TTTCTTGATC TTGATAAACA TCCAGAAAAA 
GTTGAAGGTG TTGGACAGTT GCTCTTTGAA ATGTGCAAAG GAGTTAGAAA TATGTTTCAC 
TCCTGTACAG GCCAGGCAGT GAAGCTAATT TTGCGAAAGC TAGGACCAGT CACTGAAACA 
GAAACTCAAC TACCATGGAT GTTAATTGGA GAAACACTCA AAAACATGGT CAAATCCACT 
GTATCCTACA TCTCCAAGGA ACATTTTGGT ACATTTTTTG AATGTTTGCA AGAATCGCTC 
TTGGATCTAC ACACAAAAGT AACAAAAACT AACTGTTGTG AAAGTTCTGA ACAGATTAAA 
AGGTTGTTGG AAACATACCT TATACTTGTA AAACATGGAA GTGGGACAAA GATACCCACG 
CCTGCTGATG TCTGTAAGGT GTTATCTCAA ACACTGCAAG TAGCCAGTCT CTCCACATCT 
TGCTGGGAGA CCCTCTTGGA TGTAATTTCT GCTTTGATCC TGGGTGAAAA TGTTTCCTTG 
CCGGAGACCC TCATCAAAGA AACCATAGAA AAAATATTTG AGAGCAGATT TGAAAAACGT 
TTAATTTTCA GTTTTTCTGA AGTCATGTTT GCCATGAAGC AGTTTGAGCA GCTTTTTCTA 
CCAAGCTTTC TGTCATATAT TGTGAATTGC TTCTTAATTG ATGATGCTGT AGTCAAAGAT 
GAAGCTCTGG CCATTCTGGC CAAGCTCATT CTGAACAAAG CAGCACCTCC CACTGCTGGC 
TCGATGGCAA TTGAAAAGTA CCCTCTGGTT TTCTCACCGC AGATGGTGGG ATTCTATATA 
AAGCAGAAGA AGACTAGATC CAAGGGAAGA AACGAACAGT TTCCAGTATT GGACCATCTT 
TTATCTATAA TTAAGTTACC CCCAAATAAA GATACTACTT ACCTTTCACA ATCTTGGGCA 
GCCCTCGTGG TGTTACCTCA TATTAGACCT CTTGAGAAAG AGAAGGTGAT ACCACTCGTC 
ACCGGCTTCA TAGAGGCACT CTTCATGACT GTTGACAAAG GAAGCTTTGG GAAAGGAAAC 
TTATTTGTTC TTTGTCAAGC TGTAAATACT CTACTAAGTT TGGAAGAATC TTCTGAACTT 
CTTCATTTGG TTCCTGTGGA ACGTGTGAAG AATTTAGTAT TAACCTTTCC CCTGGAGCCA 
TCTGTGTTGC TGTTGACTGA TCTCTATTAT CAGAGATTAG CCTTGTGTGG CTGCAAAGGG 
CCACTTTCCC AGGAGGCTTT AATGGAATTA TTTCCCAAGT TACAAGCAAA CATTTCAACT 
GGTGTATCCA AGATTCGGCT TTTGACAATA AGGATCCTAA ACCATTTTGA TGTCCAGCTT 
CCAGAATCAA TGGAGGATGA TGGGCTCTCA GAGCGGCAGT CTGTCTTTGC TATATTACGC 
CAGGCAGAAC TTGTTCCAGC AACTGTGAAT GATTATAGAG AGAAGCTTCT TCATTTGAGA 
AAACTAAGAC ATGATGTGGT ACAGACTGCT GTCCCTGATG GGCCGTTACA GGAGGTGCCG 
CTTCGTTATT TGTTAGGCAT GCTATATATT AATTTCAGTG CACTCTGGGA TCCTGTTATT 
GAACTCATAA GTTCTCATGC ACACGAAATG GAAAATAAGC AATTTTGGAA AGTCTACTAT 
GAGCATCTAG AAAAAGCAGC TACGCATGCT GAGAAGGAAC TACAGAATGA TATGACAGAT 
GAGAAGTCCG TTGGAGATGA AAGTTGGGAG CAGACCCAGG AAGGAGATGT TGGAGCTCTT 
TATCATGAGC AGTTAGCATT GAAAACTGAC TGTCAGGAAA GACTTGACCA CACCAACTTC 
AGATTCCTGC TCTGGAGAGC TCTGACCAAA TTCCCAGAAA GAGTAGAGCC ACGGTCCAGG 
GAGCTTTCCC CGCTTTTCTT GAGATTTATC AACAATGAGT ATTACCCAGC AGATCTGCAA 
GTTGCTCCAA CCCAGGATCT ACGGAGAAAA GGCAAAGGGA TGGTGGCAGA GGAAATCGAA 
GAGGAACCTG CCGCAGGAGA TGATGAAGAG TTGGAGGAAG AGGCAGTGCC CCAAGATGAA 
TCCTCACAGA AGAAAAAGAC GAGGAGAGCT GCAGCAAAGC AATTAATTGC TCATTTGCAA 
GTTTTCTCTA AATTTTCAAA TCCACGGGCC TTATATCTGG AATCCAAACT ATATGAGTTA 
TATCTTCAGT TGTTGCTACA CCAAGATCAA ATGGTGCAAA AAATAACCTT GGATTGCATA 
ATGACATATA AACATCCTCA TGTCCTCCCT TACAGGGAAA ACTTACAAAG GTTGCTTGAA 
GACAGAAGCT TTAAGGAAGA GATAGTGCAT TTTAGCATTT CAGAAGATAA TGCTGTAGTG 
AAAACAGCCC ACCGAGCAGA TCTATTTCCT ATTCTGATGA GAATTTTGTA TGGGCGAATG 
AAGAATAAGA CTGGGAGTAA AACTCAGGGG AAATCTGCTT CAGGCACCCG CATGGCCATT 
GTCCTGCGGT TCCTGGCCGG GACCCAACCT GAGGAGATCC AGATATTCTT AGACCTGCTG 
TTTGAACCTG TGAGGCATTT CAAGAATGGA GAGTGCCATT CTGCAGTCAT TCAAGCAGTA 
GAAGACTTGG ATTTGTCTAA AGTTCTTCCT TTAGGTCGTC AGCACGGTAT CTTAAACAGC 
CTTGAGATAG TATTGAAAAA CATTAGTCAT CTGATCAGCG CATACCTGCC GAAGATTTTG 
CAGATACTGC TCTGTATGAC AGCAACCGTA TCACACATCC TTGACCAACG AGAAAAGATA 
CAGCTGAGAT TTATTAATCC ATTGAAAAAT TTAAGACGTC TTGGAATCAA AATGGTAACT 
GATATCTTTT TGGACTGGGA ATCATATCAG TTTAGAACAG AAGAAATTGA TGCTGTGTTT 
CATGGTGCAG TTTGGCCCCA GATCAGCAGG CTTGGATCTG AGAGTCAATA TTCTCCTACT 
CCTCTGCTGA AACTGATCAG TATCTGGAGC AGAAACGCAA GATATTTCCC TTTGCTGGCT 
AAACAGAAGC CTGGGCACCC AGAATGTGAT ATCCTGACCA ATGTTTTTGC AATTCTCTCA 
GCGAAGAATC TTTCTGATGC CACAGCCAGT ATTGTAATGG ACATAGTTGA TGACCTTCTT 
AACCTTCCAG ATTTCGAGCC TACAGAAACA GTTTTGAACT TGCTGGTAAC TGGATGTGTA 
TACCCTGGCA TAGCAGAAAA CATCGGTGAG TCTATCACAA TAGGAGGAAG ATTAATTCTA 
CCTCATGTAC CTGCAATTCT TCAGTATCTC AGCAAAACCA CAATAAGCGC AGAAAAGGTG 
AAAAAGAAAA AGAATAGAGC ACAAGTCAGT AAAGAGCTTG GCATTCTTTC AAAGATCAGC 
AAGTTTATGA AAGACAAAGA ACAAAGTTCT GTACTCATTA CGCTTCTCCT TCCATTCCTC 
CACCGTGGCA ATATTGCTGA GGATACAGAG GTTGATATTC TGGTGACAGT ACAAAACTTG 
TTAAAGCATT GTGTGGACCC TACAAGCTTC CTCAAGCCTA TAGCAAAACT TTTCTCAGTT 
ATTAAGAACA AATTGTCAAG AAAATTGCTT TGTACGGTTT TTGAGACTCT TTCTGATTTT 
GAGAGTGGGT TAAAATATAT TACTGATGTT GTCAAGCTTA ACGCCTTCGA TCAAAGACAT 
CTTGATGATA TCAACTTCGA CGTTCGCTTT GAGACTTTCC AGACCATCAC CTCTTACATT 
AAAGAAATGC AAATTGTGGA TGTTAACTAC CTAATTCCAG TTATGCATAA TTGTTTCTAT 
AATCTAGAGT TAGGAGATAT GAGTTTAAGT GATAATGCCA GCATGTGCCT GATGAGTATC 
ATCAAAAAGC TAGCTGCCTT GAATGTCACA GAGAAAGACT ATAGAGAAAT CATCCACCGT 
TCACTCCTGG AGAAATTGAG AAAAGGTCTG AAGAGCCAGA CAGAGAGTAT TCAGCAGGAT 
TATACCACAA TACTTTCCTG TTTAATTCAA ACCTTTCCAA ACCAACTGGA ATTCAAAGAC 
TTGGTACAAC TTACTCATTA CCATGACCCA GAAATGGACT TCTTTGAGAA CATGAAGCAC 
ATTCAGATCC ACAGAAGAGC AAGAGCCTTG AAGAAACTTG CAAAACAACT AATGGAAGGC 
AAAGTTGTTC TGTCTTCTAA ATCTCTTCAG AATTACATCA TGCCTTATGC CATGACTCCA 
ATTTTTGATG AGAAAATGCT CAAGCATGAA AATATAACCA CTGCTGCCAC AGAGATTATT 
GGAGCCATTT GCAAACATCT CTCTTGGTCA GCGTATATGT ATTACTTGAA ACATTTCATT 
CATGTCTTAC AAACGGGACA GATCAATCAA AAACTGGGTG TCAGTTTGCT AGTAATAGTG 
TTAGAAGCAT TCCACTTTGA CCACAAAACT CTTGAAGAAC AAATGGGAAA AATTGAGAAT 
GAAGAAAACG CAATTGAAGC AATTGAGTTA CCAGAGCCTG AGGCCATGGA ATTAGAGCGT 
GTGGATGAGG AAGAGAAGGA ATATACATGC AAGAGTTTGT CAGACAACGG ACAACCGGGA 
ACCCCTGATC CAGCTGACTC TGGAGGAACA TCAGCTAAAG AATCCGAGTG TATCACAAAG 
CCTGTCTCTT TCCTTCCTCA AAACAAGGAA GAAATAGAGA GAACAATTAA AAATATCCAA 
GGAACCATAA CCGGGGATAT TCTCCCCAGG CTACATAAAT GCCTTGCATC TACGACTAAA 
AGGGAAGAAG AACACAAGCT TGTCAAGTCA AAGGTTGTGA ATGATGAGGA AGTCGTTCGA 
GTTCCATTAG CTTTTGCCAT GGTTAAACTA ATGCAGTCCC TTCCACAAGA AGTTATGGAA 
GCTAATCTGC CAAGTATTTT GCTGAAAGTG TGTGCCCTAC TCAAGAACAG AGCCCAAGAA 
ATCAGAGACA TTGCACGCAG CACTCTTGCG AAAATAATAG AGGATCTTGG TGTGCACTTC 
CTCCTATATG TTTTAAAAGA ATTACAGACT ACTCTTGTCC GTGGATACCA GGTCCATGTG 
CTGACTTTCA CCGTTCACAT GCTGCTGCAA GGCCTCACCA ATAAGCTGCA GGTCGGAGAT 
TTGGACTCTT GTTTAGATAT AATGATTGAG ATTTTTAACC ATGAGTTGTT TGGTGCTGTT 
GCTGAAGAGA AGGAAGTAAA GCAGATCCTC TCCAAAGTCA TGGAAGCACG AAGAAGCAAA 
AGTTACGACT CTTATGAAAT CCTCGGCAAG TTTGTAGGAA AAGATCAGGT TACAAAACTC 
ATCCTTCCAT TAAAAGAGAT CTTACAAAAT ACCACGAGTT TGAAACTGGC CCGGAAAGTT 
CATGAAACTT TACGCCGAAT CACAGTGGGA TTAATTGTAA ATCAGGAAAT GACAGCTGAA 
TCCATTCTAT TACTCAGTTA TGGTTTGATC AGTGAAAATC TTCCCCTGTT AACAGAGAAA 
GAAAAAAATC CAGTAGCCCC AGCACCAGAT CCACGTCTAC CACCCCAGAG CTGCCTTCTG 
CTTCCCCCAA CTCCAGTTCG AGGTGGACAG AAAGCTGTTG TGAGCAGGAA AACCAACATG 
CACATATTTA TTGAGTCCGG GCTTCGGCTG CTGCATCTGA GTCTGAAGAC TTCCAAGATC 
AAGTCTTCAG GTGAATGTGT CCTGGAAATG CTGGATCCTT TTGTGTCTCT CCTCATAGAC 
TGCCTGGGCT CCATGGATGT GAAGGTGATC ACAGGTGCTT TACAGTGCCT CATCTGGGTC 
TTGAGGTTCC CGCTACCTTC CATAGAAACA AAAGCAGAGC AGCTGACAAA ACACCTCTTC 
CTTCTGCTGA AGGACTATGC AAAGCTCGGG GCCGCCAGGG GCCAGAACTT CCACCTTGTG 
GTCAATTGTT TCAAGTGTGT GACCATACTT GTCAAGAAAG TCAAGTCTTA CCAGATAACT 
GAAAAACAGC TCCAAGTTCT ACTGGCCTAT GCTGAGGAGG ACATTTATGA TACTTCAAGA 
CAAGCCACTG CCTTTGGTCT TCTGAAGGCA ATTTTATCAA GAAAGCTGTT GGTCCCAGAA 
ATCGATGAGG TCATGCGGAA AGTATCCAAG TTGGCAGTCT CTGCACAAAG CGAACCTGCC 
AGGGTCCAGT GTAGACAGGT TTTTCTGAAA TATATTCTTG ACTATCCCCT GGGTGACAAA 
TTGAGACCAA ACTTGGAATT CATGCTCGCT CAACTGAATT ACGAACATGA GACCGGGAGA 
GAGTCCACCT TGGAAATGAT CGCCTATCTC TTTGACACGT TCCCTCAGGG GCTGCTCCAT 
GAGAACTGCG GAATGTTCTT TATCCCTCTT TGTCTAATGA CGATCAATGA TGACTCTGCC 
ACGTGCAAAA AGATGGCATC CATGACAATC AAGTCCCTAC TTGGTAAAAT CAGCCTCGAG 
AAAAAAGATT GGCTGTTTGA TATGGTTACC ACTTGGTTTG GAGCAAAAAA GCGCTTAAAT 
AGACAACTTG CTGCCCTGAT CTGTGGCTTG TTTGTGGAAA GTGAAGGAGT TGATTTTGAG 
AAAAGACTTG GAACTGTCCT TCCTGTGATT GAAAAGGAAA TTGATCCTGA AAACTTTAAA 
GATATCATGG AAGAAACTGA AGAAAAAGCT GCAGATCGCC TTCTGTTTAG TTTTCTTACA 
CTGATAACTA AACTTATCAA GGAATGTAAT ATTATTCAGT TTACCAAACC CGCTGAGACT 
TTGAGTAAAA TCTGGAGTCA TGTGCATTCT CACCTGAGAC ATCCACACAA CTGGGTGTGG 
CTCACAGCAG CCCAGATTTT TGGATTACTC TTTGCCTCTT GCCAGCCAGA GGAGCTTATT 
CAAAAATGGA ATACCAAAAA GACCAAAAAA CACCTCCCAG AACCTGTAGC AATCAAGTTC 
CTAGCCAGTG ACCTTGACCA AAAGATGAAA AGTATCTCTC TCGCCTCTTG CCATCAATTG 
CATTCCAAAT TCTTGGATCA GTCTCTAGGA GAACAGGTTG TTAAGAATTT GTTGTTCGCA 
GCCAAAGTCT TGTATTTACT GGAACTTTAT TGTGAGGATA AGCAAAGTAA GATAAAAGAA 
GACCTGGAAG AACAAGAAGC TTTAGAAGAT GGTGTGGCCT GTGCAGATGA GAAGGCGGAG 
TCTGACGGAG AAGAGAAGGA AGAGGTGAAG GAAGAGCTCG GCAGGCCGGC CACGCTGCTG 
TGGTTGATCC AGAAGCTGTC CCGGATTGCA AAACTGGAAG CTGCTTATTC GCCGAGAAAC 
CCCTTAAAGA GAACATGCAT CTTTAAGTTC CTCGGCGCCG TAGCAATGGA TCTTGGGATA 
GACAAGGTAA AGCCGTATCT CCCAATGATC ATAGCTCCTT TGTTTCGGGA ACTCAACAGC 
ACCTATTCAG AGCAAGATCC TTTGCTGAAG AATCTATCCC AGGAAATCAT AGAATTACTC 
AAAAAGCTGG TTGGGCTTGA GAGCTTCTCA TTAGCCTTTG CCTCTGTACA GAAACAGGCT 
AATGAGAAAA GGGCACTCCG GAAAAAGAGG AAGGCCCTGG AGTTTGTAAC TAATCCTGAT 
ATTGCTGCCA AGAAAAAAAT GAAGAAACAC AAAAATAAAA GTGAAGCAAA GAAGAGAAAG 
ATAGAGTTCC TGCGTCCAGG ATATAAGGCC AAGAGACAAA AAAGCCATAG CCTGAAAGAT 
TTAGCAATGG TGGAGTAA

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

RefSeq	NP_055318.2
CDS	179..8536
Translation	MKTKPVSHKTENTYRFLTFAERLGNVNIDIIHRIDRTASYEEEVETYFFEGLLKWRELNLTEHFGKFYKEVIDKCQSFNQLVYHQNEIVQSLKTHLQVKNSFAYQPLLDLVVQLARDLQMDFYPHFPEFFLTITSILETQDTELLEWAFTSLSYLYKYLWRLMVKDMSSIYSMYSTLLAHKKLHIRNFAAESFTFLMRKVSDKNALFNLMFLDLDKHPEKVEGVGQLLFEMCKGVRNMFHSCTGQAVKLILRKLGPVTETETQLPWMLIGETLKNMVKSTVSYISKEHFGTFFECLQESLLDLHTKVTKTNCCESSEQIKRLLETYLILVKHGSGTKIPTPADVCKVLSQTLQVASLSTSCWETLLDVISALILGENVSLPETLIKETIEKIFESRFEKRLIFSFSEVMFAMKQFEQLFLPSFLSYIVNCFLIDDAVVKDEALAILAKLILNKAAPPTAGSMAIEKYPLVFSPQMVGFYIKQKKTRSKGRNEQFPVLDHLLSIIKLPPNKDTTYLSQSWAALVVLPHIRPLEKEKVIPLVTGFIEALFMTVDKGSFGKGNLFVLCQAVNTLLSLEESSELLHLVPVERVKNLVLTFPLEPSVLLLTDLYYQRLALCGCKGPLSQEALMELFPKLQANISTGVSKIRLLTIRILNHFDVQLPESMEDDGLSERQSVFAILRQAELVPATVNDYREKLLHLRKLRHDVVQTAVPDGPLQEVPLRYLLGMLYINFSALWDPVIELISSHAHEMENKQFWKVYYEHLEKAATHAEKELQNDMTDEKSVGDESWEQTQEGDVGALYHEQLALKTDCQERLDHTNFRFLLWRALTKFPERVEPRSRELSPLFLRFINNEYYPADLQVAPTQDLRRKGKGMVAEEIEEEPAAGDDEELEEEAVPQDESSQKKKTRRAAAKQLIAHLQVFSKFSNPRALYLESKLYELYLQLLLHQDQMVQKITLDCIMTYKHPHVLPYRENLQRLLEDRSFKEEIVHFSISEDNAVVKTAHRADLFPILMRILYGRMKNKTGSKTQGKSASGTRMAIVLRFLAGTQPEEIQIFLDLLFEPVRHFKNGECHSAVIQAVEDLDLSKVLPLGRQHGILNSLEIVLKNISHLISAYLPKILQILLCMTATVSHILDQREKIQLRFINPLKNLRRLGIKMVTDIFLDWESYQFRTEEIDAVFHGAVWPQISRLGSESQYSPTPLLKLISIWSRNARYFPLLAKQKPGHPECDILTNVFAILSAKNLSDATASIVMDIVDDLLNLPDFEPTETVLNLLVTGCVYPGIAENIGESITIGGRLILPHVPAILQYLSKTTISAEKVKKKKNRAQVSKELGILSKISKFMKDKEQSSVLITLLLPFLHRGNIAEDTEVDILVTVQNLLKHCVDPTSFLKPIAKLFSVIKNKLSRKLLCTVFETLSDFESGLKYITDVVKLNAFDQRHLDDINFDVRFETFQTITSYIKEMQIVDVNYLIPVMHNCFYNLELGDMSLSDNASMCLMSIIKKLAALNVTEKDYREIIHRSLLEKLRKGLKSQTESIQQDYTTILSCLIQTFPNQLEFKDLVQLTHYHDPEMDFFENMKHIQIHRRARALKKLAKQLMEGKVVLSSKSLQNYIMPYAMTPIFDEKMLKHENITTAATEIIGAICKHLSWSAYMYYLKHFIHVLQTGQINQKLGVSLLVIVLEAFHFDHKTLEEQMGKIENEENAIEAIELPEPEAMELERVDEEEKEYTCKSLSDNGQPGTPDPADSGGTSAKESECITKPVSFLPQNKEEIERTIKNIQGTITGDILPRLHKCLASTTKREEEHKLVKSKVVNDEEVVRVPLAFAMVKLMQSLPQEVMEANLPSILLKVCALLKNRAQEIRDIARSTLAKIIEDLGVHFLLYVLKELQTTLVRGYQVHVLTFTVHMLLQGLTNKLQVGDLDSCLDIMIEIFNHELFGAVAEEKEVKQILSKVMEARRSKSYDSYEILGKFVGKDQVTKLILPLKEILQNTTSLKLARKVHETLRRITVGLIVNQEMTAESILLLSYGLISENLPLLTEKEKNPVAPAPDPRLPPQSCLLLPPTPVRGGQKAVVSRKTNMHIFIESGLRLLHLSLKTSKIKSSGECVLEMLDPFVSLLIDCLGSMDVKVITGALQCLIWVLRFPLPSIETKAEQLTKHLFLLLKDYAKLGAARGQNFHLVVNCFKCVTILVKKVKSYQITEKQLQVLLAYAEEDIYDTSRQATAFGLLKAILSRKLLVPEIDEVMRKVSKLAVSAQSEPARVQCRQVFLKYILDYPLGDKLRPNLEFMLAQLNYEHETGRESTLEMIAYLFDTFPQGLLHENCGMFFIPLCLMTINDDSATCKKMASMTIKSLLGKISLEKKDWLFDMVTTWFGAKKRLNRQLAALICGLFVESEGVDFEKRLGTVLPVIEKEIDPENFKDIMEETEEKAADRLLFSFLTLITKLIKECNIIQFTKPAETLSKIWSHVHSHLRHPHNWVWLTAAQIFGLLFASCQPEELIQKWNTKKTKKHLPEPVAIKFLASDLDQKMKSISLASCHQLHSKFLDQSLGEQVVKNLLFAAKVLYLLELYCEDKQSKIKEDLEEQEALEDGVACADEKAESDGEEKEEVKEELGRPATLLWLIQKLSRIAKLEAAYSPRNPLKRTCIFKFLGAVAMDLGIDKVKPYLPMIIAPLFRELNSTYSEQDPLLKNLSQEIIELLKKLVGLESFSLAFASVQKQANEKRALRKKRKALEFVTNPDIAAKKKMKKHKNKSEAKKRKIEFLRPGYKAKRQKSHSLKDLAMVE

Target ORF information:

RefSeq Version	NM_014503.3
Organism	Homo sapiens(human)
Definition	Homo sapiens UTP20 small subunit processome component (UTP20), mRNA.

Target ORF information:

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

NM_014503.3

ORF Insert Sequence:

ATGAAGACAA AGCCCGTTTC CCACAAGACC GAGAACACCT ACCGGTTTCT TACATTTGCT 
GAACGACTGG GGAATGTTAA TATTGATATT ATTCACCGGA TTGATAGAAC TGCAAGCTAT 
GAGGAGGAGG TTGAAACCTA CTTTTTTGAG GGTCTGCTGA AATGGAGAGA ATTAAACCTC 
ACAGAACACT TCGGAAAATT TTACAAAGAA GTTATTGACA AATGCCAATC ATTCAATCAG 
TTGGTGTATC ACCAAAACGA GATAGTTCAG AGTTTGAAGA CTCACCTGCA AGTTAAGAAC 
AGTTTTGCCT ATCAACCCCT TTTGGATTTG GTTGTACAGT TGGCACGAGA TCTGCAGATG 
GATTTCTACC CACACTTTCC AGAGTTTTTT TTGACTATCA CCTCGATCCT GGAGACTCAG 
GACACAGAGT TGTTAGAATG GGCTTTCACC TCGTTATCAT ATCTTTATAA GTACCTGTGG 
AGACTGATGG TGAAGGACAT GTCCAGTATA TACAGCATGT ACAGCACACT CCTGGCTCAT 
AAAAAACTAC ATATAAGAAA TTTTGCTGCT GAAAGTTTTA CTTTTTTGAT GAGAAAGGTC 
TCTGATAAAA ACGCACTTTT CAATTTAATG TTTCTTGATC TTGATAAACA TCCAGAAAAA 
GTTGAAGGTG TTGGACAGTT GCTCTTTGAA ATGTGCAAAG GAGTTAGAAA TATGTTTCAC 
TCCTGTACAG GCCAGGCAGT GAAGCTAATT TTGCGAAAGC TAGGACCAGT CACTGAAACA 
GAAACTCAAC TACCATGGAT GTTAATTGGA GAAACACTCA AAAACATGGT CAAATCCACT 
GTATCCTACA TCTCCAAGGA ACATTTTGGT ACATTTTTTG AATGTTTGCA AGAATCGCTC 
TTGGATCTAC ACACAAAAGT AACAAAAACT AACTGTTGTG AAAGTTCTGA ACAGATTAAA 
AGGTTGTTGG AAACATACCT TATACTTGTA AAACATGGAA GTGGGACAAA GATACCCACG 
CCTGCTGATG TCTGTAAGGT GTTATCTCAA ACACTGCAAG TAGCCAGTCT CTCCACATCT 
TGCTGGGAGA CCCTCTTGGA TGTAATTTCT GCTTTGATCC TGGGTGAAAA TGTTTCCTTG 
CCGGAGACCC TCATCAAAGA AACCATAGAA AAAATATTTG AGAGCAGATT TGAAAAACGT 
TTAATTTTCA GTTTTTCTGA AGTCATGTTT GCCATGAAGC AGTTTGAGCA GCTTTTTCTA 
CCAAGCTTTC TGTCATATAT TGTGAATTGC TTCTTAATTG ATGATGCTGT AGTCAAAGAT 
GAAGCTCTGG CCATTCTGGC CAAGCTCATT CTGAACAAAG CAGCACCTCC CACTGCTGGC 
TCGATGGCAA TTGAAAAGTA CCCTCTGGTT TTCTCACCGC AGATGGTGGG ATTCTATATA 
AAGCAGAAGA AGACTAGATC CAAGGGAAGA AACGAACAGT TTCCAGTATT GGACCATCTT 
TTATCTATAA TTAAGTTACC CCCAAATAAA GATACTACTT ACCTTTCACA ATCTTGGGCA 
GCCCTCGTGG TGTTACCTCA TATTAGACCT CTTGAGAAAG AGAAGGTGAT ACCACTCGTC 
ACCGGCTTCA TAGAGGCACT CTTCATGACT GTTGACAAAG GAAGCTTTGG GAAAGGAAAC 
TTATTTGTTC TTTGTCAAGC TGTAAATACT CTACTAAGTT TGGAAGAATC TTCTGAACTT 
CTTCATTTGG TTCCTGTGGA ACGTGTGAAG AATTTAGTAT TAACCTTTCC CCTGGAGCCA 
TCTGTGTTGC TGTTGACTGA TCTCTATTAT CAGAGATTAG CCTTGTGTGG CTGCAAAGGG 
CCACTTTCCC AGGAGGCTTT AATGGAATTA TTTCCCAAGT TACAAGCAAA CATTTCAACT 
GGTGTATCCA AGATTCGGCT TTTGACAATA AGGATCCTAA ACCATTTTGA TGTCCAGCTT 
CCAGAATCAA TGGAGGATGA TGGGCTCTCA GAGCGGCAGT CTGTCTTTGC TATATTACGC 
CAGGCAGAAC TTGTTCCAGC AACTGTGAAT GATTATAGAG AGAAGCTTCT TCATTTGAGA 
AAACTAAGAC ATGATGTGGT ACAGACTGCT GTCCCTGATG GGCCGTTACA GGAGGTGCCG 
CTTCGTTATT TGTTAGGCAT GCTATATATT AATTTCAGTG CACTCTGGGA TCCTGTTATT 
GAACTCATAA GTTCTCATGC ACACGAAATG GAAAATAAGC AATTTTGGAA AGTCTACTAT 
GAGCATCTAG AAAAAGCAGC TACGCATGCT GAGAAGGAAC TACAGAATGA TATGACAGAT 
GAGAAGTCCG TTGGAGATGA AAGTTGGGAG CAGACCCAGG AAGGAGATGT TGGAGCTCTT 
TATCATGAGC AGTTAGCATT GAAAACTGAC TGTCAGGAAA GACTTGACCA CACCAACTTC 
AGATTCCTGC TCTGGAGAGC TCTGACCAAA TTCCCAGAAA GAGTAGAGCC ACGGTCCAGG 
GAGCTTTCCC CGCTTTTCTT GAGATTTATC AACAATGAGT ATTACCCAGC AGATCTGCAA 
GTTGCTCCAA CCCAGGATCT ACGGAGAAAA GGCAAAGGGA TGGTGGCAGA GGAAATCGAA 
GAGGAACCTG CCGCAGGAGA TGATGAAGAG TTGGAGGAAG AGGCAGTGCC CCAAGATGAA 
TCCTCACAGA AGAAAAAGAC GAGGAGAGCT GCAGCAAAGC AATTAATTGC TCATTTGCAA 
GTTTTCTCTA AATTTTCAAA TCCACGGGCC TTATATCTGG AATCCAAACT ATATGAGTTA 
TATCTTCAGT TGTTGCTACA CCAAGATCAA ATGGTGCAAA AAATAACCTT GGATTGCATA 
ATGACATATA AACATCCTCA TGTCCTCCCT TACAGGGAAA ACTTACAAAG GTTGCTTGAA 
GACAGAAGCT TTAAGGAAGA GATAGTGCAT TTTAGCATTT CAGAAGATAA TGCTGTAGTG 
AAAACAGCCC ACCGAGCAGA TCTATTTCCT ATTCTGATGA GAATTTTGTA TGGGCGAATG 
AAGAATAAGA CTGGGAGTAA AACTCAGGGG AAATCTGCTT CAGGCACCCG CATGGCCATT 
GTCCTGCGGT TCCTGGCCGG GACCCAACCT GAGGAGATCC AGATATTCTT AGACCTGCTG 
TTTGAACCTG TGAGGCATTT CAAGAATGGA GAGTGCCATT CTGCAGTCAT TCAAGCAGTA 
GAAGACTTGG ATTTGTCTAA AGTTCTTCCT TTAGGTCGTC AGCACGGTAT CTTAAACAGC 
CTTGAGATAG TATTGAAAAA CATTAGTCAT CTGATCAGCG CATACCTGCC GAAGATTTTG 
CAGATACTGC TCTGTATGAC AGCAACCGTA TCACACATCC TTGACCAACG AGAAAAGATA 
CAGCTGAGAT TTATTAATCC ATTGAAAAAT TTAAGACGTC TTGGAATCAA AATGGTAACT 
GATATCTTTT TGGACTGGGA ATCATATCAG TTTAGAACAG AAGAAATTGA TGCTGTGTTT 
CATGGTGCAG TTTGGCCCCA GATCAGCAGG CTTGGATCTG AGAGTCAATA TTCTCCTACT 
CCTCTGCTGA AACTGATCAG TATCTGGAGC AGAAACGCAA GATATTTCCC TTTGCTGGCT 
AAACAGAAGC CTGGGCACCC AGAATGTGAT ATCCTGACCA ATGTTTTTGC AATTCTCTCA 
GCGAAGAATC TTTCTGATGC CACAGCCAGT ATTGTAATGG ACATAGTTGA TGACCTTCTT 
AACCTTCCAG ATTTCGAGCC TACAGAAACA GTTTTGAACT TGCTGGTAAC TGGATGTGTA 
TACCCTGGCA TAGCAGAAAA CATCGGTGAG TCTATCACAA TAGGAGGAAG ATTAATTCTA 
CCTCATGTAC CTGCAATTCT TCAGTATCTC AGCAAAACCA CAATAAGCGC AGAAAAGGTG 
AAAAAGAAAA AGAATAGAGC ACAAGTCAGT AAAGAGCTTG GCATTCTTTC AAAGATCAGC 
AAGTTTATGA AAGACAAAGA ACAAAGTTCT GTACTCATTA CGCTTCTCCT TCCATTCCTC 
CACCGTGGCA ATATTGCTGA GGATACAGAG GTTGATATTC TGGTGACAGT ACAAAACTTG 
TTAAAGCATT GTGTGGACCC TACAAGCTTC CTCAAGCCTA TAGCAAAACT TTTCTCAGTT 
ATTAAGAACA AATTGTCAAG AAAATTGCTT TGTACGGTTT TTGAGACTCT TTCTGATTTT 
GAGAGTGGGT TAAAATATAT TACTGATGTT GTCAAGCTTA ACGCCTTCGA TCAAAGACAT 
CTTGATGATA TCAACTTCGA CGTTCGCTTT GAGACTTTCC AGACCATCAC CTCTTACATT 
AAAGAAATGC AAATTGTGGA TGTTAACTAC CTAATTCCAG TTATGCATAA TTGTTTCTAT 
AATCTAGAGT TAGGAGATAT GAGTTTAAGT GATAATGCCA GCATGTGCCT GATGAGTATC 
ATCAAAAAGC TAGCTGCCTT GAATGTCACA GAGAAAGACT ATAGAGAAAT CATCCACCGT 
TCACTCCTGG AGAAATTGAG AAAAGGTCTG AAGAGCCAGA CAGAGAGTAT TCAGCAGGAT 
TATACCACAA TACTTTCCTG TTTAATTCAA ACCTTTCCAA ACCAACTGGA ATTCAAAGAC 
TTGGTACAAC TTACTCATTA CCATGACCCA GAAATGGACT TCTTTGAGAA CATGAAGCAC 
ATTCAGATCC ACAGAAGAGC AAGAGCCTTG AAGAAACTTG CAAAACAACT AATGGAAGGC 
AAAGTTGTTC TGTCTTCTAA ATCTCTTCAG AATTACATCA TGCCTTATGC CATGACTCCA 
ATTTTTGATG AGAAAATGCT CAAGCATGAA AATATAACCA CTGCTGCCAC AGAGATTATT 
GGAGCCATTT GCAAACATCT CTCTTGGTCA GCGTATATGT ATTACTTGAA ACATTTCATT 
CATGTCTTAC AAACGGGACA GATCAATCAA AAACTGGGTG TCAGTTTGCT AGTAATAGTG 
TTAGAAGCAT TCCACTTTGA CCACAAAACT CTTGAAGAAC AAATGGGAAA AATTGAGAAT 
GAAGAAAACG CAATTGAAGC AATTGAGTTA CCAGAGCCTG AGGCCATGGA ATTAGAGCGT 
GTGGATGAGG AAGAGAAGGA ATATACATGC AAGAGTTTGT CAGACAACGG ACAACCGGGA 
ACCCCTGATC CAGCTGACTC TGGAGGAACA TCAGCTAAAG AATCCGAGTG TATCACAAAG 
CCTGTCTCTT TCCTTCCTCA AAACAAGGAA GAAATAGAGA GAACAATTAA AAATATCCAA 
GGAACCATAA CCGGGGATAT TCTCCCCAGG CTACATAAAT GCCTTGCATC TACGACTAAA 
AGGGAAGAAG AACACAAGCT TGTCAAGTCA AAGGTTGTGA ATGATGAGGA AGTCGTTCGA 
GTTCCATTAG CTTTTGCCAT GGTTAAACTA ATGCAGTCCC TTCCACAAGA AGTTATGGAA 
GCTAATCTGC CAAGTATTTT GCTGAAAGTG TGTGCCCTAC TCAAGAACAG AGCCCAAGAA 
ATCAGAGACA TTGCACGCAG CACTCTTGCG AAAATAATAG AGGATCTTGG TGTGCACTTC 
CTCCTATATG TTTTAAAAGA ATTACAGACT ACTCTTGTCC GTGGATACCA GGTCCATGTG 
CTGACTTTCA CCGTTCACAT GCTGCTGCAA GGCCTCACCA ATAAGCTGCA GGTCGGAGAT 
TTGGACTCTT GTTTAGATAT AATGATTGAG ATTTTTAACC ATGAGTTGTT TGGTGCTGTT 
GCTGAAGAGA AGGAAGTAAA GCAGATCCTC TCCAAAGTCA TGGAAGCACG AAGAAGCAAA 
AGTTACGACT CTTATGAAAT CCTCGGCAAG TTTGTAGGAA AAGATCAGGT TACAAAACTC 
ATCCTTCCAT TAAAAGAGAT CTTACAAAAT ACCACGAGTT TGAAACTGGC CCGGAAAGTT 
CATGAAACTT TACGCCGAAT CACAGTGGGA TTAATTGTAA ATCAGGAAAT GACAGCTGAA 
TCCATTCTAT TACTCAGTTA TGGTTTGATC AGTGAAAATC TTCCCCTGTT AACAGAGAAA 
GAAAAAAATC CAGTAGCCCC AGCACCAGAT CCACGTCTAC CACCCCAGAG CTGCCTTCTG 
CTTCCCCCAA CTCCAGTTCG AGGTGGACAG AAAGCTGTTG TGAGCAGGAA AACCAACATG 
CACATATTTA TTGAGTCCGG GCTTCGGCTG CTGCATCTGA GTCTGAAGAC TTCCAAGATC 
AAGTCTTCAG GTGAATGTGT CCTGGAAATG CTGGATCCTT TTGTGTCTCT CCTCATAGAC 
TGCCTGGGCT CCATGGATGT GAAGGTGATC ACAGGTGCTT TACAGTGCCT CATCTGGGTC 
TTGAGGTTCC CGCTACCTTC CATAGAAACA AAAGCAGAGC AGCTGACAAA ACACCTCTTC 
CTTCTGCTGA AGGACTATGC AAAGCTCGGG GCCGCCAGGG GCCAGAACTT CCACCTTGTG 
GTCAATTGTT TCAAGTGTGT GACCATACTT GTCAAGAAAG TCAAGTCTTA CCAGATAACT 
GAAAAACAGC TCCAAGTTCT ACTGGCCTAT GCTGAGGAGG ACATTTATGA TACTTCAAGA 
CAAGCCACTG CCTTTGGTCT TCTGAAGGCA ATTTTATCAA GAAAGCTGTT GGTCCCAGAA 
ATCGATGAGG TCATGCGGAA AGTATCCAAG TTGGCAGTCT CTGCACAAAG CGAACCTGCC 
AGGGTCCAGT GTAGACAGGT TTTTCTGAAA TATATTCTTG ACTATCCCCT GGGTGACAAA 
TTGAGACCAA ACTTGGAATT CATGCTCGCT CAACTGAATT ACGAACATGA GACCGGGAGA 
GAGTCCACCT TGGAAATGAT CGCCTATCTC TTTGACACGT TCCCTCAGGG GCTGCTCCAT 
GAGAACTGCG GAATGTTCTT TATCCCTCTT TGTCTAATGA CGATCAATGA TGACTCTGCC 
ACGTGCAAAA AGATGGCATC CATGACAATC AAGTCCCTAC TTGGTAAAAT CAGCCTCGAG 
AAAAAAGATT GGCTGTTTGA TATGGTTACC ACTTGGTTTG GAGCAAAAAA GCGCTTAAAT 
AGACAACTTG CTGCCCTGAT CTGTGGCTTG TTTGTGGAAA GTGAAGGAGT TGATTTTGAG 
AAAAGACTTG GAACTGTCCT TCCTGTGATT GAAAAGGAAA TTGATCCTGA AAACTTTAAA 
GATATCATGG AAGAAACTGA AGAAAAAGCT GCAGATCGCC TTCTGTTTAG TTTTCTTACA 
CTGATAACTA AACTTATCAA GGAATGTAAT ATTATTCAGT TTACCAAACC CGCTGAGACT 
TTGAGTAAAA TCTGGAGTCA TGTGCATTCT CACCTGAGAC ATCCACACAA CTGGGTGTGG 
CTCACAGCAG CCCAGATTTT TGGATTACTC TTTGCCTCTT GCCAGCCAGA GGAGCTTATT 
CAAAAATGGA ATACCAAAAA GACCAAAAAA CACCTCCCAG AACCTGTAGC AATCAAGTTC 
CTAGCCAGTG ACCTTGACCA AAAGATGAAA AGTATCTCTC TCGCCTCTTG CCATCAATTG 
CATTCCAAAT TCTTGGATCA GTCTCTAGGA GAACAGGTTG TTAAGAATTT GTTGTTCGCA 
GCCAAAGTCT TGTATTTACT GGAACTTTAT TGTGAGGATA AGCAAAGTAA GATAAAAGAA 
GACCTGGAAG AACAAGAAGC TTTAGAAGAT GGTGTGGCCT GTGCAGATGA GAAGGCGGAG 
TCTGACGGAG AAGAGAAGGA AGAGGTGAAG GAAGAGCTCG GCAGGCCGGC CACGCTGCTG 
TGGTTGATCC AGAAGCTGTC CCGGATTGCA AAACTGGAAG CTGCTTATTC GCCGAGAAAC 
CCCTTAAAGA GAACATGCAT CTTTAAGTTC CTCGGCGCCG TAGCAATGGA TCTTGGGATA 
GACAAGGTAA AGCCGTATCT CCCAATGATC ATAGCTCCTT TGTTTCGGGA ACTCAACAGC 
ACCTATTCAG AGCAAGATCC TTTGCTGAAG AATCTATCCC AGGAAATCAT AGAATTACTC 
AAAAAGCTGG TTGGGCTTGA GAGCTTCTCA TTAGCCTTTG CCTCTGTACA GAAACAGGCT 
AATGAGAAAA GGGCACTCCG GAAAAAGAGG AAGGCCCTGG AGTTTGTAAC TAATCCTGAT 
ATTGCTGCCA AGAAAAAAAT GAAGAAACAC AAAAATAAAA GTGAAGCAAA GAAGAGAAAG 
ATAGAGTTCC TGCGTCCAGG ATATAAGGCC AAGAGACAAA AAAGCCATAG CCTGAAAGAT 
TTAGCAATGG TGGAGTAA

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

PubMed

Genome-wide survival analysis of age at onset of alcohol dependence in extended high-risk COGA families.
Drug and alcohol dependence14256-62(2014 Sep)
Kapoor M,Wang JC,Wetherill L,Le N,Bertelsen S,Hinrichs AL,Budde J,Agrawal A,Almasy L,Bucholz K,Dick DM,Harari O,Xiaoling X,Hesselbrock V,Kramer J,Nurnberger JI Jr,Rice J,Schuckit M,Tischfield J,Porjesz B,Edenberg HJ,Bierut L,Foroud T,Goate A

Insights into RNA biology from an atlas of mammalian mRNA-binding proteins.
Cell149(6)1393-406(2012 Jun)
Castello A,Fischer B,Eichelbaum K,Horos R,Beckmann BM,Strein C,Davey NE,Humphreys DT,Preiss T,Steinmetz LM,Krijgsveld J,Hentze MW

The mRNA-bound proteome and its global occupancy profile on protein-coding transcripts.
Molecular cell46(5)674-90(2012 Jun)
Baltz AG,Munschauer M,Schwanh?usser B,Vasile A,Murakawa Y,Schueler M,Youngs N,Penfold-Brown D,Drew K,Milek M,Wyler E,Bonneau R,Selbach M,Dieterich C,Landthaler M

1A6/DRIM, a novel t-UTP, activates RNA polymerase I transcription and promotes cell proliferation.
PloS one5(12)e14244(2010 Dec)
Peng Q,Wu J,Zhang Y,Liu Y,Kong R,Hu L,Du X,Ke Y

Genome-wide analysis reveals novel genes influencing temporal lobe structure with relevance to neurodegeneration in Alzheimer's disease.
NeuroImage51(2)542-54(2010 Jun)
Stein JL,Hua X,Morra JH,Lee S,Hibar DP,Ho AJ,Leow AD,Toga AW,Sul JH,Kang HM,Eskin E,Saykin AJ,Shen L,Foroud T,Pankratz N,Huentelman MJ,Craig DW,Gerber JD,Allen AN,Corneveaux JJ,Stephan DA,Webster J,DeChairo BM,Potkin SG,Jack CR Jr,Weiner MW,Thompson PM,

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UTP20 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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