utp-20 cDNA ORF clone, Caenorhabditis elegans

Gene
Clones
gRNAs

Summary

Gene Symbol	utp-20
Entrez Gene ID	174080
Full Name	UTP small subunit (SSU) processome component homolog
Gene Type	protein-coding
Organism	Caenorhabditis elegans

mRNA and Protein(s)

mRNA	Protein	Name
NM_001322735.1	NP_001309494.1	UTP small subunit (SSU) processome component homolog
NM_001322735.2	NP_001309494.1	DRIM domain-containing protein

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
Kluyveromyces lactis	KLLA0E17425g	XP_454735.1
Eremothecium gossypii	AGOS_AEL006W	NP_984855.2
Anopheles gambiae (African malaria mosquito)	AgaP_AGAP005033	XP_313900.4
Pan troglodytes (chimpanzee)	UTP20	XP_003313968.1
Bos taurus (cattle)	UTP20	XP_003586139.1
Caenorhabditis elegans (roundworm)	tag-184	NP_495323.1
Xenopus tropicalis (tropical clawed frog)	utp20	XP_004913232.1
Schizosaccharomyces pombe (fission yeast)	utp20	NP_596713.1
Homo sapiens (human)	UTP20	NP_055318.2
Macaca mulatta (Rhesus monkey)	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
Magnaporthe oryzae (rice blast fungus)	MGG_07737	XP_003712944.1
Saccharomyces cerevisiae (baker's yeast)	UTP20	NP_009551.2
Neurospora crassa	NCU02494	XP_965088.2

Gene Ontology
Bibliography

Related articles in PubMed

Genome sequence of the nematode C. elegans: a platform for investigating biology.

Science (New York, N.Y.)282(5396)2012-8(1998 Dec)

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

The following utp-20 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the utp-20 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)
OCa337477	NM_001322735.2 Latest version!	Caenorhabditis elegans DRIM domain-containing protein (utp-20), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00
View Old Accession Versions >>
OCa337477	NM_001322735.1	Caenorhabditis elegans UTP small subunit (SSU) processome component homolog (utp-20), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00
Hide Old Accession Versions >>

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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)

utp-20 ( NM_001322735.1 ) cDNA ORF clone, Caenorhabditis elegans -> NP_001309494.1 Caenorhabditis elegans UTP small subunit (SSU) processome component homolog (utp-20), partial mRNA.

Price & Availability↑

CloneID	OCa337477
Clone ID Related Accession (Same CDS sequence)	NM_001322735.1 , NM_001322735.2
Accession Version	NM_001322735.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7842bp) 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	1554652800000
Organism	Caenorhabditis elegans
Product	UTP small subunit (SSU) processome component homolog
Comment	Comment: REVIEWED REFSEQ: This record has been curated by WormBase. This record is derived from an annotated genomic sequence (NC_003280). COMPLETENESS: incomplete on both ends.

ATGGAGGAAA ACGATGAAGA CGAAGTGTTT GCCAAATATT ATGCGGCAAA AAAGCAGTTC 
AAAAAAGTCA AACGAAATCT CACATTTAAT GAGAGAATAG CTCAGATGGG AGGAGATAAT 
GGTCGATTTT CGAGAAAACT AGCTGCGGAG ACATCTTTCG AGACTTATTT CGAAAATGCC 
ATCGATTCTT GGCGAGGAGA AGATCAGGGA CCCGATCTTG AGGAATTTGT GATGGCCATT 
CAAGTAAACG AAATCAAGAC GTATGCTCAG CTGCTCCACA AATCGGACGA CATTTTCAAC 
GTACTCTGCG AGCACATCAC AAAACCTGGT TCCCGCTCCA CCCCTGCGCT ATGTGGCATT 
CTTGCTGCAT TGACTCGAGA TCTTCGGGAA AAGTTCAACA AACACTGTTG GAAAACTATT 
GAAATTCTTG TGAACATCCT TGATCTCGGA GAAAGAGTAG CCGAGAACAT GGAAGCTGCA 
TATCTCTGCT TTTCTATTCT TGTTAAAATG CAAGCCAGTT TTCTTTCAAA GCAATTGAAG 
AAAACTTTCA ATAATTTGCT TCCATTGTTC GCCAGCAGTC GTGACTTTGT CCGGAGATTT 
GCCGCAGAAG CATTTGCATA TTTGCTTAGA AAAACCTCGG ATCTTCGATC AATTTCTGGT 
TTTGTTATGA AGCAAGCTTT CAAAACTCCT CACAATTACC TTTCTGACGG ATGTGCTCTT 
CTTTTCTACA ATACATTCAT TGGAATCGCC GGAACTTTCC ATAGCAATTG TGATCAGATA 
TTCAGGGATA TCGTCTACGC AGTAGTTCAC GCAAAAGCTG AAAAAGGAGC GAATTCAGAA 
GAATTCCATG AGTTTTGTAT CAAAATTCTA ATCCAGATGG TTGGATACAC AATTGATTAT 
GCAAAAGACT CAACCTATGA ACAACGATTC TTCTATCAGA ATGTTTTGAC GAAAATGCTT 
GGAGAATCGA AAAATATAAG TGAAGCAATC AGTCTGATGC GTCTATTACA ACCCTGCATT 
GTTTTGAAAA ACGAAAATCT GATGAACGAA GTCACAAAAA AGAAGAAGAA AAAGGAGAAG 
GAAAATAAAA AGAATAAGGG AAAAAAGGAA ATAAAAAGAG AAGAGAAAGT CGAATTTATT 
TGTGTTCCCG AACTGAAGGA AAGCTTGGAA AATATCGTTA AAATTCAAGA TTTTGAGTTG 
GAGCAGCATG CAGTCGATTT CTTTAGTGAA ACTCTTCTAA CCATTTTCAA CGACGACAAA 
AATCGATTGT TCTCAAGGGA TATTACACTG AAGATCGTGG AGAAATCAAA AAATTACCAA 
ATCGTCATCG AATTACTTCT GAAAACAATC AGCTTGGAAT CTTTTGATTT ATATATGATG 
CCAGCTCTTG GAAAAATTGC TGCCGAAATT GTCAAAGAAA GCTCGCCAAA CAATTCACTT 
ATTAAGCAAA TTGTCAGTTT TTATTCGATT TTATGCTCAA AAAGGCGGCC GATCAGAGAT 
ACTATCAATA CTGAAACTCT ATCTAATTTC TTCGATCTAT CAAATCACTA CATCTTCAGA 
GATTGGCTTG TCAGTAACTT CAAAGACGAA AATCGAAATA GGCACTCTGA TGAGACACTT 
ATCGACATGG TTGTTGCGTG GCCTTGGCTT TTTGCTCAAG TTGGAGCTGT CAAAGGATCT 
GAAGACGTTT TGGAAATCCT CGAGAAGAGC TTGAAATCGT CTGATTCTAG CATTTATAAC 
AGTCAACTTG TATTTGCATG CACGGCTGGA CTTTTCCTGG TTAACAAAGA CTTGCTGAAT 
AAGATCGCAA AAGAAGATGT TGAAAAATTC TTAGATCGTC AGAATTGTTC TGAATCTTCT 
CTCTTGGCAT TCGAAATGTT CGTTTCGGTG TATGGTGTCT CCAAAGATGT CAAATATATG 
AATCGTGTCG TTGATCTCCT GTTCCCCGCC GTATTAAGCT CGAATGGACA AGTTCGAAAA 
ACTGCTTTCA AAATTCTGAG CAATTTTGAG ATACCTTTAC CAAAAATAGA GGATGACGAG 
CAGAATGTGC GTCAACAGAA TAAATCAGTT TTCGAAGTGT TGTATGATGC AGAGGACAGT 
GAGTTGACAA ACTTCAGAGA ACGTCTCCTT CATCTTCGAA AACTGCGTCA TGGAGATCAC 
AAGGAATTTA TTCCTGTCGG AGCAACAGAT AAAGTTGAAA TGATGATCGT TGCCGAGCTA 
GCTTCGCAGT TCTTTGTTGG TTTTTCACCA CTCTGGAAAG GAATCTACGA AGTATTGACA 
ACATTCGCGA ATGAGATGAA TATTGATACA TTCTGGAAAG TATTAGGGGA ATGGTTGAAT 
AATGTTAATG AAAACATTAA GAAAGGCGAT TTGGAAGCTG AAAGTGGACG TTTGGTTGGC 
ATTGATCAAA TGAATCGATC CGACTTTGTG AATGCTAGAA TTCAGCTTTT CACTTTCTTC 
GAAACTATTC CAGATGTTGC TGAACGAAGA ACACGTGTTA TCAGTCCACT TCTCCTGGGT 
CTTTATGATG ACTATGTTCG CCTGACATCT TCCAACTTTG TTTCTCATAT ACCAATTGCT 
GCTGAAGAAG ACGAAAAAGA TGATGAGAAA AATGAAGACG TAGAAGAAGA AGAAGGCGAA 
GACGTTCAAA TTACTCCAGA AAATACAAAC CCTAGACAAG AGACAACATT TATCATCAAA 
TCATTATGCG CTTTATTGAA TGTGTATTCT AAATTCAATG CAGCTAAATC GGTTTATCTT 
GAGCCGAAGA TTCTGGTAAT GTATGAAGAA CTTCTTGGAT CGAAATTCGA AGGAGTACAG 
AAAGCTGCAC TTGCGTGTAT TTTCTCCTAC AGAAACACGA TTCTTGCAAA TTACCGCGAA 
AATCTGGAGG CATTAATCGA TGAGAAGACT TTGAGGCAGA CACTCCCTCA TTTCAAACTT 
TCTGATGATG AAGGAGATGC TCAAGTTGTC GATGAGCATC GAGCGATTGT TGTTCCAGTT 
TTATTGAGAT TATTAAATGG AAAATTACTC ATCAACAATA AGCAGGCAGG AATGATCTCC 
CGAAGAAACG GAATTATTTA TATAATTGGT GGTTGTCGAA GTGAAGAACT GACATTTTTC 
CTTCGTTTGT TCTTTGCACA AGTCTACAAA GTTTTTGGCC AGGATGACAC ATTTGAAGAA 
ATCGAGGAAA AGTGCTCAAA GGATTCAACA ATTTCCAACC TCAACCTGAA AGTGTTCCAG 
AACGTTCTTC ATGGCCTTTC TGAAATGCTC AAAAAGATTG CGAGATCAAT GACGGAAAAT 
GAACAGAAGA TGATCATGCA ATTAGTTCTT ACGTGTGCAA TTGTGTGCAA ATATGCGAAA 
AAAGCTGAAA TGAATGCGGA TCTGGTGAAA TCATTGAGAA TGAATGTTTG CGAACGACTG 
GCTGAGATAT TTCACGCGTT CCCAGATCGA CAAATCGGCA AAGACGAAAT GCTTGTTATC 
AAAAATGTTC TTCTAAATCA ATACGTCGAG GAAACTCCCC TCATCAGTGT CATTCAAAGA 
TCAGAAACCA ATATTCCAAT TGCCCCATTT GCAATTGTCA AACTTCTTGC TTCAATTTGT 
CGAATTCCAT CGTTTTATCA AATGCTGACG GTCACAATTA ATTGGAGAAT TAAAGAGCAA 
AAAGACGTAT TATTGAAATG TGATGCTCTT GATCTTCTTC TGGCACCACT TCTATGGCCA 
GGTTGCTATG ATTTAATGTT CAAAACTATT CGGAACGGAA TTTTGAAGCT TTCGGAACTT 
GCCGACGAAC CGATGATTTC GATTTATGAT CTTGTTGATT GTCAGAAAGT TGAACAGAAA 
AAGAGAGTCA GCTTTGGAAC ATCGCTTCTT ACTCGAAAAA TGAGGATTAT TCTTGAATTC 
CTTACAAAAC AAATTGAAAA AGAAGTTTCT GAAAATAAGA GGCCTGCTCC AGAGAGCATC 
ATTTTGCTCG AACGTTTCTC GGATTTCGTG TCAGAATCTG ATGATGTGGC AAACCGCTTG 
GCAACTCCGT TGTTGATTTG TGTGGAGAGA AAGAAAAGTA ATGAAGATAC TCTTGTGAAT 
ATGATGAAAT CATTGGCTAG AATTGCACCA CTTCTTAAGG ATCCTCAATC ATATTTCTGG 
AGACTTCCAA AGTTATTTTC ACGAATGGAA GGAAGAACAT TAAGAGATTC ATTGGTAACG 
ATGGTGGAAG GATTTGTTAA ATCAATGAAT CTAGATGAGA AGACAAAAGA AATTCTTCAT 
TATCTATGTG AACTCGATGC ATGGGATAAG ACAAAAGTCG ATGAACCACA CTTTGAGAGA 
AGATACGCTG CATACACTGA ATTGACAAAG ATCTGGAATG GAGATGTGGC AACTAATCAT 
GATGTTCTTG CAATGATTCT CAGTTCACAT TTCCATCTAA TTTCAACGAC AACTGATCTC 
TCACTACGAA TGACTGCTGG AAATAATGTC AGAGCTATGG TTCAGTATGC TGGAAAAACG 
CTACCGATAG CTGAAAAACG TATTTTCCTT GATAGTTATT TGAATCCAAC TATCATCGCT 
TTCTTGAAAC ATGATGTAGA TGCTGTTCGG GAAGAAGCTT TGAATACACT TGGAGTCATG 
ACAAAGGGAT TTAAAGAAAG TCAGCATTTG GCCGAAAGAC AACGAGCTAT CCGTAAACTA 
GTGGAATCTG TTGCAAGCGG AGAAAAGAAT ATTTCATTTA ATGCGATGAA TAAGTATCTC 
GTCCCAATGA TTCATCCATA TCTCGTCAAT TTCTCTGCCA AATTCAATGC AATTTCCGAT 
GAATCTCTTG GACTTCTGAA GTTGATTATG TCAAAGGCTC CATGGGGAAA ATATTGTTCC 
TATTTGGAAA GTTGGTTGGC ACGAGTTGAA AAGGCAACAG CTACAAAAGA TAATGAATTC 
ACTGACAAGG CACTTGTTCG TATCGTTGTT GCTGTTATTG AAGCATTTCA TTTTGGTGTT 
TCTTTAGAAG ACGGAGAAAA ATTCGAAATT AGTAAAAATC AAGAAGATGA GCAGGATGTT 
TCGAAGAACG AGAAACACAC TATTTTGCAG AGAATCAATC GAGTTATCCT TCCTCGTCTT 
TCCAAAAGTT TGGACTCACA GGCTCAAGCT GTTGAAAGAA ATGCAAGAAG TGCTGAAACT 
CACGCAACTG CTCTTCATCT TGACATTCAA AGAGCCCCGA TTGCGCTTGC CATTGTGAAG 
CTTCTGCAGA AATTGCCGGA TGCGGTGACT GGAAAGCATC TTCATGGAGT TATTCTCAAA 
TTATGTAATC TTATGATGAC TCATTCGTAT GATGTTCGTG AAACTGCAAG AAAGACGTTA 
GTTCAAATTG TGAAATGTTT GGGACCAAAG TATTTGGCTT CTGTTATTAC CGAAATTTCA 
TTGACCATGA CAAAAGGATT CCAGGTTCAT GTTGCTATTT TCTCAGTCCA CACATTGATT 
GTTGCTATGA GAGAAGTTAC AAAAGGAGGA GAACTTGACA CGGCTATCAA TGTGATTGTA 
AAAATGTGCA TTCGAGATCA GTTTGCTGCT GAAGACAAAG AAAACGGAGC CGTAAAAGCT 
GAATGTCCTG AAGCGAAAGG AAATCGTGCT CCAGAAATGA TGCAGCATCT TGGAAGAATT 
GTATCTCCAG CTGGTATTCA AATGGTTCTT GCACCATTCC GCGATGTTGT GAATGAGCAC 
CCATCAGCTA AAGCTGTGCA AAGAGTTTCG GATTTACTTT CAAAGTTTGC TGGAGGATTG 
AAAGACAATG AATCACTTGA TCATTCTCAA TTACTTGGCT ACATTTTCAA ATCACTAACG 
TCGGATATTC AAAAGTTATT AGAAGTGGAA ACAAAGAATG GACAGAAAGA CGAAAAGCAG 
AAGGGTCGTC GACCAGAAAG TTGTTTGATT CTGCCAGCTG CTCCTCAGAG AATCGGTGCA 
ATGTCAAAAG TTGTTATCAG AAGTCGTGAT CACGTGTTCG CCGAGTTCTT TGTTTTGCTG 
TTTTCGTCAC TCTTGAAGGA GAAGAAGTTC GATTTGTCTG ATGATTCAAT GGTCTCCCGT 
CTGAACCCAT TTGTTAAGAT CATTCTGGAT TGCTTTGATT TCAAATATGA AAAGTTGATC 
TCATGCTCAA TGCGTGCTCT GTCATCAATG ATTCAAATGC AACTTCCAGC AATCGCTTCA 
AATTCACAGA GAGTCTCTGA TACATTATTC ATTCTTTTAA GTGATTACTC ATCAATCGGT 
CAAGCAGGCA ACAAACCAGC AATCATTCAA CTCAATCAGC TCATCTACAA AGGATTCACT 
AATCTGATTG TAACTACTGG AAGTGATTTT TTGGATAACG ACAAGTTGAC ATTGTTGCTT 
GCGTATGCTG AAGCTGATGT AATGGATCAA CACAAACAAG CTACTATGTT TTCTTTAATC 
AAAGCACTTG TTAAAAGAGG TGTTCGACAT GAAAGATTGG GAGAAATCAT GGATCATCTC 
TCTGAGACTG CAATTCGATC TCCACTTGTT AACATCAGAT CTCAGTGTCG TGACACCCTT 
CTCGACTATA TCGGAAGTGC TTCAGATGCT GAGAAAAGTG TTGAGAAACA CGTGGAATTT 
TTCCTGGACC AACTGGAATA CGAATATGAA ACTGGCCGGC AAAGTGCCGC TGAAATGCTA 
GAGGCCTTGT TTAAAAATCT TGTGGCGAAA TCTTTGGCAC CGCTTCATAT GTTATTGGTT 
GTTAAAATGG GAGCTGCAAT GATGAATGAA GAGTCACCGA AGGTTGCAAA TCACATTGGA 
TTGGCGTTAA GGCATCTTTT GGAGTCAGTT GGAGTTGCAC AAAGACAAGA AACATTTGAA 
GTTATTTGTA AATGGTTGAA AGCAGAAGAC GAAAATGCAA AGGCAGTTGG AATTCAAACT 
GCTGTTCAGT TAAGTTATGT TGAGAAAGAA GGAATGGTTA CGAGGATCGA TGAAATCGTG 
AAACAAGTTA AAGAAGTACT TTTCGATGAT GCTGTTTTCG AGAATATGAG TGAAACAACC 
ATTACTGTTA TTCTAAACGG ATTCACTCGG ATCATCTCCA ACGTTGGTGC TTCCGCACTG 
ACGAAGTTTG ATGCAGTTGA CTTCATCAGA TCTATGGAAG AACTGTGCAA GTGCGAAGAG 
TCACTTGGAA TCATGCTTGC ATCTTCTACA ATTATCGGGC AACTTCTGTC TCATCTCGAT 
GTCAATGATA TTCCAAAAGA ACTTTCGAAG GACGTGTGCT TCTGGATGAG CCGACATCTT 
CGACACGAGA AAATGGACAC GGCAATTGGA GAGCAAGCAT CTAAGAACAT TGTTTGTCTG 
GCGAAAGTGA TTGATATTGA AGACTATAAA ACTCTTGTTG GATACATTGC AGCGGCTTGT 
CGATATGAAA TCAAGCATCA CGTTAAACAA TCTTTAAAGA GAATCAACTG TTTCAAATTA 
GTTGCTGCAT TATTCGTCAC TGGAGACGAC GAAAGGAATA TTATAGTTCT CGACGCATTC 
ATGTCACTTC TTGTCAGAGA ACTAAAAACT TCAAGTGACG AAGAACTTTC CAAACTAACC 
CAAGAAGTGT GCGGTCTTGT GAAGAAGAAG ATTGGAGAGG ACGCCTACAG TAATCGTGTC 
GCAACGTGCC AAAAAGTGGC TGCCGAGAAG ATTACTGACC GAAAAAGAAA GATTCGGGAG 
CTGGCTGTAA CTGCACCTGA AGATGCTGCA GAATTGAAGA GAAAGAAGAA CAAGAAGAAA 
ACTGAGGTTC GGAAGAGAAA GATCGATGAG ATTAAACCAT ACAGAGCGAT GAAGCGTCGA 
GCTGAAGAAA AGAGAAAAGC TCAAGAGAAT GAGGAGGATT AG

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

RefSeq	NP_001309494.1
CDS	1..7842
Translation	MEENDEDEVFAKYYAAKKQFKKVKRNLTFNERIAQMGGDNGRFSRKLAAETSFETYFENAIDSWRGEDQGPDLEEFVMAIQVNEIKTYAQLLHKSDDIFNVLCEHITKPGSRSTPALCGILAALTRDLREKFNKHCWKTIEILVNILDLGERVAENMEAAYLCFSILVKMQASFLSKQLKKTFNNLLPLFASSRDFVRRFAAEAFAYLLRKTSDLRSISGFVMKQAFKTPHNYLSDGCALLFYNTFIGIAGTFHSNCDQIFRDIVYAVVHAKAEKGANSEEFHEFCIKILIQMVGYTIDYAKDSTYEQRFFYQNVLTKMLGESKNISEAISLMRLLQPCIVLKNENLMNEVTKKKKKKEKENKKNKGKKEIKREEKVEFICVPELKESLENIVKIQDFELEQHAVDFFSETLLTIFNDDKNRLFSRDITLKIVEKSKNYQIVIELLLKTISLESFDLYMMPALGKIAAEIVKESSPNNSLIKQIVSFYSILCSKRRPIRDTINTETLSNFFDLSNHYIFRDWLVSNFKDENRNRHSDETLIDMVVAWPWLFAQVGAVKGSEDVLEILEKSLKSSDSSIYNSQLVFACTAGLFLVNKDLLNKIAKEDVEKFLDRQNCSESSLLAFEMFVSVYGVSKDVKYMNRVVDLLFPAVLSSNGQVRKTAFKILSNFEIPLPKIEDDEQNVRQQNKSVFEVLYDAEDSELTNFRERLLHLRKLRHGDHKEFIPVGATDKVEMMIVAELASQFFVGFSPLWKGIYEVLTTFANEMNIDTFWKVLGEWLNNVNENIKKGDLEAESGRLVGIDQMNRSDFVNARIQLFTFFETIPDVAERRTRVISPLLLGLYDDYVRLTSSNFVSHIPIAAEEDEKDDEKNEDVEEEEGEDVQITPENTNPRQETTFIIKSLCALLNVYSKFNAAKSVYLEPKILVMYEELLGSKFEGVQKAALACIFSYRNTILANYRENLEALIDEKTLRQTLPHFKLSDDEGDAQVVDEHRAIVVPVLLRLLNGKLLINNKQAGMISRRNGIIYIIGGCRSEELTFFLRLFFAQVYKVFGQDDTFEEIEEKCSKDSTISNLNLKVFQNVLHGLSEMLKKIARSMTENEQKMIMQLVLTCAIVCKYAKKAEMNADLVKSLRMNVCERLAEIFHAFPDRQIGKDEMLVIKNVLLNQYVEETPLISVIQRSETNIPIAPFAIVKLLASICRIPSFYQMLTVTINWRIKEQKDVLLKCDALDLLLAPLLWPGCYDLMFKTIRNGILKLSELADEPMISIYDLVDCQKVEQKKRVSFGTSLLTRKMRIILEFLTKQIEKEVSENKRPAPESIILLERFSDFVSESDDVANRLATPLLICVERKKSNEDTLVNMMKSLARIAPLLKDPQSYFWRLPKLFSRMEGRTLRDSLVTMVEGFVKSMNLDEKTKEILHYLCELDAWDKTKVDEPHFERRYAAYTELTKIWNGDVATNHDVLAMILSSHFHLISTTTDLSLRMTAGNNVRAMVQYAGKTLPIAEKRIFLDSYLNPTIIAFLKHDVDAVREEALNTLGVMTKGFKESQHLAERQRAIRKLVESVASGEKNISFNAMNKYLVPMIHPYLVNFSAKFNAISDESLGLLKLIMSKAPWGKYCSYLESWLARVEKATATKDNEFTDKALVRIVVAVIEAFHFGVSLEDGEKFEISKNQEDEQDVSKNEKHTILQRINRVILPRLSKSLDSQAQAVERNARSAETHATALHLDIQRAPIALAIVKLLQKLPDAVTGKHLHGVILKLCNLMMTHSYDVRETARKTLVQIVKCLGPKYLASVITEISLTMTKGFQVHVAIFSVHTLIVAMREVTKGGELDTAINVIVKMCIRDQFAAEDKENGAVKAECPEAKGNRAPEMMQHLGRIVSPAGIQMVLAPFRDVVNEHPSAKAVQRVSDLLSKFAGGLKDNESLDHSQLLGYIFKSLTSDIQKLLEVETKNGQKDEKQKGRRPESCLILPAAPQRIGAMSKVVIRSRDHVFAEFFVLLFSSLLKEKKFDLSDDSMVSRLNPFVKIILDCFDFKYEKLISCSMRALSSMIQMQLPAIASNSQRVSDTLFILLSDYSSIGQAGNKPAIIQLNQLIYKGFTNLIVTTGSDFLDNDKLTLLLAYAEADVMDQHKQATMFSLIKALVKRGVRHERLGEIMDHLSETAIRSPLVNIRSQCRDTLLDYIGSASDAEKSVEKHVEFFLDQLEYEYETGRQSAAEMLEALFKNLVAKSLAPLHMLLVVKMGAAMMNEESPKVANHIGLALRHLLESVGVAQRQETFEVICKWLKAEDENAKAVGIQTAVQLSYVEKEGMVTRIDEIVKQVKEVLFDDAVFENMSETTITVILNGFTRIISNVGASALTKFDAVDFIRSMEELCKCEESLGIMLASSTIIGQLLSHLDVNDIPKELSKDVCFWMSRHLRHEKMDTAIGEQASKNIVCLAKVIDIEDYKTLVGYIAAACRYEIKHHVKQSLKRINCFKLVAALFVTGDDERNIIVLDAFMSLLVRELKTSSDEELSKLTQEVCGLVKKKIGEDAYSNRVATCQKVAAEKITDRKRKIRELAVTAPEDAAELKRKKNKKKTEVRKRKIDEIKPYRAMKRRAEEKRKAQENEED

Target ORF information:

RefSeq Version	NM_001322735.1
Organism	Caenorhabditis elegans
Definition	Caenorhabditis elegans UTP small subunit (SSU) processome component homolog (utp-20), partial mRNA.

Target ORF information:

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

NM_001322735.1

ORF Insert Sequence:

ATGGAGGAAA ACGATGAAGA CGAAGTGTTT GCCAAATATT ATGCGGCAAA AAAGCAGTTC 
AAAAAAGTCA AACGAAATCT CACATTTAAT GAGAGAATAG CTCAGATGGG AGGAGATAAT 
GGTCGATTTT CGAGAAAACT AGCTGCGGAG ACATCTTTCG AGACTTATTT CGAAAATGCC 
ATCGATTCTT GGCGAGGAGA AGATCAGGGA CCCGATCTTG AGGAATTTGT GATGGCCATT 
CAAGTAAACG AAATCAAGAC GTATGCTCAG CTGCTCCACA AATCGGACGA CATTTTCAAC 
GTACTCTGCG AGCACATCAC AAAACCTGGT TCCCGCTCCA CCCCTGCGCT ATGTGGCATT 
CTTGCTGCAT TGACTCGAGA TCTTCGGGAA AAGTTCAACA AACACTGTTG GAAAACTATT 
GAAATTCTTG TGAACATCCT TGATCTCGGA GAAAGAGTAG CCGAGAACAT GGAAGCTGCA 
TATCTCTGCT TTTCTATTCT TGTTAAAATG CAAGCCAGTT TTCTTTCAAA GCAATTGAAG 
AAAACTTTCA ATAATTTGCT TCCATTGTTC GCCAGCAGTC GTGACTTTGT CCGGAGATTT 
GCCGCAGAAG CATTTGCATA TTTGCTTAGA AAAACCTCGG ATCTTCGATC AATTTCTGGT 
TTTGTTATGA AGCAAGCTTT CAAAACTCCT CACAATTACC TTTCTGACGG ATGTGCTCTT 
CTTTTCTACA ATACATTCAT TGGAATCGCC GGAACTTTCC ATAGCAATTG TGATCAGATA 
TTCAGGGATA TCGTCTACGC AGTAGTTCAC GCAAAAGCTG AAAAAGGAGC GAATTCAGAA 
GAATTCCATG AGTTTTGTAT CAAAATTCTA ATCCAGATGG TTGGATACAC AATTGATTAT 
GCAAAAGACT CAACCTATGA ACAACGATTC TTCTATCAGA ATGTTTTGAC GAAAATGCTT 
GGAGAATCGA AAAATATAAG TGAAGCAATC AGTCTGATGC GTCTATTACA ACCCTGCATT 
GTTTTGAAAA ACGAAAATCT GATGAACGAA GTCACAAAAA AGAAGAAGAA AAAGGAGAAG 
GAAAATAAAA AGAATAAGGG AAAAAAGGAA ATAAAAAGAG AAGAGAAAGT CGAATTTATT 
TGTGTTCCCG AACTGAAGGA AAGCTTGGAA AATATCGTTA AAATTCAAGA TTTTGAGTTG 
GAGCAGCATG CAGTCGATTT CTTTAGTGAA ACTCTTCTAA CCATTTTCAA CGACGACAAA 
AATCGATTGT TCTCAAGGGA TATTACACTG AAGATCGTGG AGAAATCAAA AAATTACCAA 
ATCGTCATCG AATTACTTCT GAAAACAATC AGCTTGGAAT CTTTTGATTT ATATATGATG 
CCAGCTCTTG GAAAAATTGC TGCCGAAATT GTCAAAGAAA GCTCGCCAAA CAATTCACTT 
ATTAAGCAAA TTGTCAGTTT TTATTCGATT TTATGCTCAA AAAGGCGGCC GATCAGAGAT 
ACTATCAATA CTGAAACTCT ATCTAATTTC TTCGATCTAT CAAATCACTA CATCTTCAGA 
GATTGGCTTG TCAGTAACTT CAAAGACGAA AATCGAAATA GGCACTCTGA TGAGACACTT 
ATCGACATGG TTGTTGCGTG GCCTTGGCTT TTTGCTCAAG TTGGAGCTGT CAAAGGATCT 
GAAGACGTTT TGGAAATCCT CGAGAAGAGC TTGAAATCGT CTGATTCTAG CATTTATAAC 
AGTCAACTTG TATTTGCATG CACGGCTGGA CTTTTCCTGG TTAACAAAGA CTTGCTGAAT 
AAGATCGCAA AAGAAGATGT TGAAAAATTC TTAGATCGTC AGAATTGTTC TGAATCTTCT 
CTCTTGGCAT TCGAAATGTT CGTTTCGGTG TATGGTGTCT CCAAAGATGT CAAATATATG 
AATCGTGTCG TTGATCTCCT GTTCCCCGCC GTATTAAGCT CGAATGGACA AGTTCGAAAA 
ACTGCTTTCA AAATTCTGAG CAATTTTGAG ATACCTTTAC CAAAAATAGA GGATGACGAG 
CAGAATGTGC GTCAACAGAA TAAATCAGTT TTCGAAGTGT TGTATGATGC AGAGGACAGT 
GAGTTGACAA ACTTCAGAGA ACGTCTCCTT CATCTTCGAA AACTGCGTCA TGGAGATCAC 
AAGGAATTTA TTCCTGTCGG AGCAACAGAT AAAGTTGAAA TGATGATCGT TGCCGAGCTA 
GCTTCGCAGT TCTTTGTTGG TTTTTCACCA CTCTGGAAAG GAATCTACGA AGTATTGACA 
ACATTCGCGA ATGAGATGAA TATTGATACA TTCTGGAAAG TATTAGGGGA ATGGTTGAAT 
AATGTTAATG AAAACATTAA GAAAGGCGAT TTGGAAGCTG AAAGTGGACG TTTGGTTGGC 
ATTGATCAAA TGAATCGATC CGACTTTGTG AATGCTAGAA TTCAGCTTTT CACTTTCTTC 
GAAACTATTC CAGATGTTGC TGAACGAAGA ACACGTGTTA TCAGTCCACT TCTCCTGGGT 
CTTTATGATG ACTATGTTCG CCTGACATCT TCCAACTTTG TTTCTCATAT ACCAATTGCT 
GCTGAAGAAG ACGAAAAAGA TGATGAGAAA AATGAAGACG TAGAAGAAGA AGAAGGCGAA 
GACGTTCAAA TTACTCCAGA AAATACAAAC CCTAGACAAG AGACAACATT TATCATCAAA 
TCATTATGCG CTTTATTGAA TGTGTATTCT AAATTCAATG CAGCTAAATC GGTTTATCTT 
GAGCCGAAGA TTCTGGTAAT GTATGAAGAA CTTCTTGGAT CGAAATTCGA AGGAGTACAG 
AAAGCTGCAC TTGCGTGTAT TTTCTCCTAC AGAAACACGA TTCTTGCAAA TTACCGCGAA 
AATCTGGAGG CATTAATCGA TGAGAAGACT TTGAGGCAGA CACTCCCTCA TTTCAAACTT 
TCTGATGATG AAGGAGATGC TCAAGTTGTC GATGAGCATC GAGCGATTGT TGTTCCAGTT 
TTATTGAGAT TATTAAATGG AAAATTACTC ATCAACAATA AGCAGGCAGG AATGATCTCC 
CGAAGAAACG GAATTATTTA TATAATTGGT GGTTGTCGAA GTGAAGAACT GACATTTTTC 
CTTCGTTTGT TCTTTGCACA AGTCTACAAA GTTTTTGGCC AGGATGACAC ATTTGAAGAA 
ATCGAGGAAA AGTGCTCAAA GGATTCAACA ATTTCCAACC TCAACCTGAA AGTGTTCCAG 
AACGTTCTTC ATGGCCTTTC TGAAATGCTC AAAAAGATTG CGAGATCAAT GACGGAAAAT 
GAACAGAAGA TGATCATGCA ATTAGTTCTT ACGTGTGCAA TTGTGTGCAA ATATGCGAAA 
AAAGCTGAAA TGAATGCGGA TCTGGTGAAA TCATTGAGAA TGAATGTTTG CGAACGACTG 
GCTGAGATAT TTCACGCGTT CCCAGATCGA CAAATCGGCA AAGACGAAAT GCTTGTTATC 
AAAAATGTTC TTCTAAATCA ATACGTCGAG GAAACTCCCC TCATCAGTGT CATTCAAAGA 
TCAGAAACCA ATATTCCAAT TGCCCCATTT GCAATTGTCA AACTTCTTGC TTCAATTTGT 
CGAATTCCAT CGTTTTATCA AATGCTGACG GTCACAATTA ATTGGAGAAT TAAAGAGCAA 
AAAGACGTAT TATTGAAATG TGATGCTCTT GATCTTCTTC TGGCACCACT TCTATGGCCA 
GGTTGCTATG ATTTAATGTT CAAAACTATT CGGAACGGAA TTTTGAAGCT TTCGGAACTT 
GCCGACGAAC CGATGATTTC GATTTATGAT CTTGTTGATT GTCAGAAAGT TGAACAGAAA 
AAGAGAGTCA GCTTTGGAAC ATCGCTTCTT ACTCGAAAAA TGAGGATTAT TCTTGAATTC 
CTTACAAAAC AAATTGAAAA AGAAGTTTCT GAAAATAAGA GGCCTGCTCC AGAGAGCATC 
ATTTTGCTCG AACGTTTCTC GGATTTCGTG TCAGAATCTG ATGATGTGGC AAACCGCTTG 
GCAACTCCGT TGTTGATTTG TGTGGAGAGA AAGAAAAGTA ATGAAGATAC TCTTGTGAAT 
ATGATGAAAT CATTGGCTAG AATTGCACCA CTTCTTAAGG ATCCTCAATC ATATTTCTGG 
AGACTTCCAA AGTTATTTTC ACGAATGGAA GGAAGAACAT TAAGAGATTC ATTGGTAACG 
ATGGTGGAAG GATTTGTTAA ATCAATGAAT CTAGATGAGA AGACAAAAGA AATTCTTCAT 
TATCTATGTG AACTCGATGC ATGGGATAAG ACAAAAGTCG ATGAACCACA CTTTGAGAGA 
AGATACGCTG CATACACTGA ATTGACAAAG ATCTGGAATG GAGATGTGGC AACTAATCAT 
GATGTTCTTG CAATGATTCT CAGTTCACAT TTCCATCTAA TTTCAACGAC AACTGATCTC 
TCACTACGAA TGACTGCTGG AAATAATGTC AGAGCTATGG TTCAGTATGC TGGAAAAACG 
CTACCGATAG CTGAAAAACG TATTTTCCTT GATAGTTATT TGAATCCAAC TATCATCGCT 
TTCTTGAAAC ATGATGTAGA TGCTGTTCGG GAAGAAGCTT TGAATACACT TGGAGTCATG 
ACAAAGGGAT TTAAAGAAAG TCAGCATTTG GCCGAAAGAC AACGAGCTAT CCGTAAACTA 
GTGGAATCTG TTGCAAGCGG AGAAAAGAAT ATTTCATTTA ATGCGATGAA TAAGTATCTC 
GTCCCAATGA TTCATCCATA TCTCGTCAAT TTCTCTGCCA AATTCAATGC AATTTCCGAT 
GAATCTCTTG GACTTCTGAA GTTGATTATG TCAAAGGCTC CATGGGGAAA ATATTGTTCC 
TATTTGGAAA GTTGGTTGGC ACGAGTTGAA AAGGCAACAG CTACAAAAGA TAATGAATTC 
ACTGACAAGG CACTTGTTCG TATCGTTGTT GCTGTTATTG AAGCATTTCA TTTTGGTGTT 
TCTTTAGAAG ACGGAGAAAA ATTCGAAATT AGTAAAAATC AAGAAGATGA GCAGGATGTT 
TCGAAGAACG AGAAACACAC TATTTTGCAG AGAATCAATC GAGTTATCCT TCCTCGTCTT 
TCCAAAAGTT TGGACTCACA GGCTCAAGCT GTTGAAAGAA ATGCAAGAAG TGCTGAAACT 
CACGCAACTG CTCTTCATCT TGACATTCAA AGAGCCCCGA TTGCGCTTGC CATTGTGAAG 
CTTCTGCAGA AATTGCCGGA TGCGGTGACT GGAAAGCATC TTCATGGAGT TATTCTCAAA 
TTATGTAATC TTATGATGAC TCATTCGTAT GATGTTCGTG AAACTGCAAG AAAGACGTTA 
GTTCAAATTG TGAAATGTTT GGGACCAAAG TATTTGGCTT CTGTTATTAC CGAAATTTCA 
TTGACCATGA CAAAAGGATT CCAGGTTCAT GTTGCTATTT TCTCAGTCCA CACATTGATT 
GTTGCTATGA GAGAAGTTAC AAAAGGAGGA GAACTTGACA CGGCTATCAA TGTGATTGTA 
AAAATGTGCA TTCGAGATCA GTTTGCTGCT GAAGACAAAG AAAACGGAGC CGTAAAAGCT 
GAATGTCCTG AAGCGAAAGG AAATCGTGCT CCAGAAATGA TGCAGCATCT TGGAAGAATT 
GTATCTCCAG CTGGTATTCA AATGGTTCTT GCACCATTCC GCGATGTTGT GAATGAGCAC 
CCATCAGCTA AAGCTGTGCA AAGAGTTTCG GATTTACTTT CAAAGTTTGC TGGAGGATTG 
AAAGACAATG AATCACTTGA TCATTCTCAA TTACTTGGCT ACATTTTCAA ATCACTAACG 
TCGGATATTC AAAAGTTATT AGAAGTGGAA ACAAAGAATG GACAGAAAGA CGAAAAGCAG 
AAGGGTCGTC GACCAGAAAG TTGTTTGATT CTGCCAGCTG CTCCTCAGAG AATCGGTGCA 
ATGTCAAAAG TTGTTATCAG AAGTCGTGAT CACGTGTTCG CCGAGTTCTT TGTTTTGCTG 
TTTTCGTCAC TCTTGAAGGA GAAGAAGTTC GATTTGTCTG ATGATTCAAT GGTCTCCCGT 
CTGAACCCAT TTGTTAAGAT CATTCTGGAT TGCTTTGATT TCAAATATGA AAAGTTGATC 
TCATGCTCAA TGCGTGCTCT GTCATCAATG ATTCAAATGC AACTTCCAGC AATCGCTTCA 
AATTCACAGA GAGTCTCTGA TACATTATTC ATTCTTTTAA GTGATTACTC ATCAATCGGT 
CAAGCAGGCA ACAAACCAGC AATCATTCAA CTCAATCAGC TCATCTACAA AGGATTCACT 
AATCTGATTG TAACTACTGG AAGTGATTTT TTGGATAACG ACAAGTTGAC ATTGTTGCTT 
GCGTATGCTG AAGCTGATGT AATGGATCAA CACAAACAAG CTACTATGTT TTCTTTAATC 
AAAGCACTTG TTAAAAGAGG TGTTCGACAT GAAAGATTGG GAGAAATCAT GGATCATCTC 
TCTGAGACTG CAATTCGATC TCCACTTGTT AACATCAGAT CTCAGTGTCG TGACACCCTT 
CTCGACTATA TCGGAAGTGC TTCAGATGCT GAGAAAAGTG TTGAGAAACA CGTGGAATTT 
TTCCTGGACC AACTGGAATA CGAATATGAA ACTGGCCGGC AAAGTGCCGC TGAAATGCTA 
GAGGCCTTGT TTAAAAATCT TGTGGCGAAA TCTTTGGCAC CGCTTCATAT GTTATTGGTT 
GTTAAAATGG GAGCTGCAAT GATGAATGAA GAGTCACCGA AGGTTGCAAA TCACATTGGA 
TTGGCGTTAA GGCATCTTTT GGAGTCAGTT GGAGTTGCAC AAAGACAAGA AACATTTGAA 
GTTATTTGTA AATGGTTGAA AGCAGAAGAC GAAAATGCAA AGGCAGTTGG AATTCAAACT 
GCTGTTCAGT TAAGTTATGT TGAGAAAGAA GGAATGGTTA CGAGGATCGA TGAAATCGTG 
AAACAAGTTA AAGAAGTACT TTTCGATGAT GCTGTTTTCG AGAATATGAG TGAAACAACC 
ATTACTGTTA TTCTAAACGG ATTCACTCGG ATCATCTCCA ACGTTGGTGC TTCCGCACTG 
ACGAAGTTTG ATGCAGTTGA CTTCATCAGA TCTATGGAAG AACTGTGCAA GTGCGAAGAG 
TCACTTGGAA TCATGCTTGC ATCTTCTACA ATTATCGGGC AACTTCTGTC TCATCTCGAT 
GTCAATGATA TTCCAAAAGA ACTTTCGAAG GACGTGTGCT TCTGGATGAG CCGACATCTT 
CGACACGAGA AAATGGACAC GGCAATTGGA GAGCAAGCAT CTAAGAACAT TGTTTGTCTG 
GCGAAAGTGA TTGATATTGA AGACTATAAA ACTCTTGTTG GATACATTGC AGCGGCTTGT 
CGATATGAAA TCAAGCATCA CGTTAAACAA TCTTTAAAGA GAATCAACTG TTTCAAATTA 
GTTGCTGCAT TATTCGTCAC TGGAGACGAC GAAAGGAATA TTATAGTTCT CGACGCATTC 
ATGTCACTTC TTGTCAGAGA ACTAAAAACT TCAAGTGACG AAGAACTTTC CAAACTAACC 
CAAGAAGTGT GCGGTCTTGT GAAGAAGAAG ATTGGAGAGG ACGCCTACAG TAATCGTGTC 
GCAACGTGCC AAAAAGTGGC TGCCGAGAAG ATTACTGACC GAAAAAGAAA GATTCGGGAG 
CTGGCTGTAA CTGCACCTGA AGATGCTGCA GAATTGAAGA GAAAGAAGAA CAAGAAGAAA 
ACTGAGGTTC GGAAGAGAAA GATCGATGAG ATTAAACCAT ACAGAGCGAT GAAGCGTCGA 
GCTGAAGAAA AGAGAAAAGC TCAAGAGAAT GAGGAGGATT AG

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

utp-20 ( NM_001322735.2 ) cDNA ORF clone, Caenorhabditis elegans -> NP_001309494.1 Caenorhabditis elegans DRIM domain-containing protein (utp-20), mRNA.

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CloneID	OCa337477
Clone ID Related Accession (Same CDS sequence)	NM_001322735.1 , NM_001322735.2
Accession Version	NM_001322735.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7842bp) 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	1571241600000
Organism	Caenorhabditis elegans
Product	DRIM domain-containing protein
Comment	Comment: REVIEWED REFSEQ: This record has been curated by WormBase. This record is derived from an annotated genomic sequence (NC_003280). On Sep 4, 2019 this sequence version replaced NM_001322735.1.

ATGGAGGAAA ACGATGAAGA CGAAGTGTTT GCCAAATATT ATGCGGCAAA AAAGCAGTTC 
AAAAAAGTCA AACGAAATCT CACATTTAAT GAGAGAATAG CTCAGATGGG AGGAGATAAT 
GGTCGATTTT CGAGAAAACT AGCTGCGGAG ACATCTTTCG AGACTTATTT CGAAAATGCC 
ATCGATTCTT GGCGAGGAGA AGATCAGGGA CCCGATCTTG AGGAATTTGT GATGGCCATT 
CAAGTAAACG AAATCAAGAC GTATGCTCAG CTGCTCCACA AATCGGACGA CATTTTCAAC 
GTACTCTGCG AGCACATCAC AAAACCTGGT TCCCGCTCCA CCCCTGCGCT ATGTGGCATT 
CTTGCTGCAT TGACTCGAGA TCTTCGGGAA AAGTTCAACA AACACTGTTG GAAAACTATT 
GAAATTCTTG TGAACATCCT TGATCTCGGA GAAAGAGTAG CCGAGAACAT GGAAGCTGCA 
TATCTCTGCT TTTCTATTCT TGTTAAAATG CAAGCCAGTT TTCTTTCAAA GCAATTGAAG 
AAAACTTTCA ATAATTTGCT TCCATTGTTC GCCAGCAGTC GTGACTTTGT CCGGAGATTT 
GCCGCAGAAG CATTTGCATA TTTGCTTAGA AAAACCTCGG ATCTTCGATC AATTTCTGGT 
TTTGTTATGA AGCAAGCTTT CAAAACTCCT CACAATTACC TTTCTGACGG ATGTGCTCTT 
CTTTTCTACA ATACATTCAT TGGAATCGCC GGAACTTTCC ATAGCAATTG TGATCAGATA 
TTCAGGGATA TCGTCTACGC AGTAGTTCAC GCAAAAGCTG AAAAAGGAGC GAATTCAGAA 
GAATTCCATG AGTTTTGTAT CAAAATTCTA ATCCAGATGG TTGGATACAC AATTGATTAT 
GCAAAAGACT CAACCTATGA ACAACGATTC TTCTATCAGA ATGTTTTGAC GAAAATGCTT 
GGAGAATCGA AAAATATAAG TGAAGCAATC AGTCTGATGC GTCTATTACA ACCCTGCATT 
GTTTTGAAAA ACGAAAATCT GATGAACGAA GTCACAAAAA AGAAGAAGAA AAAGGAGAAG 
GAAAATAAAA AGAATAAGGG AAAAAAGGAA ATAAAAAGAG AAGAGAAAGT CGAATTTATT 
TGTGTTCCCG AACTGAAGGA AAGCTTGGAA AATATCGTTA AAATTCAAGA TTTTGAGTTG 
GAGCAGCATG CAGTCGATTT CTTTAGTGAA ACTCTTCTAA CCATTTTCAA CGACGACAAA 
AATCGATTGT TCTCAAGGGA TATTACACTG AAGATCGTGG AGAAATCAAA AAATTACCAA 
ATCGTCATCG AATTACTTCT GAAAACAATC AGCTTGGAAT CTTTTGATTT ATATATGATG 
CCAGCTCTTG GAAAAATTGC TGCCGAAATT GTCAAAGAAA GCTCGCCAAA CAATTCACTT 
ATTAAGCAAA TTGTCAGTTT TTATTCGATT TTATGCTCAA AAAGGCGGCC GATCAGAGAT 
ACTATCAATA CTGAAACTCT ATCTAATTTC TTCGATCTAT CAAATCACTA CATCTTCAGA 
GATTGGCTTG TCAGTAACTT CAAAGACGAA AATCGAAATA GGCACTCTGA TGAGACACTT 
ATCGACATGG TTGTTGCGTG GCCTTGGCTT TTTGCTCAAG TTGGAGCTGT CAAAGGATCT 
GAAGACGTTT TGGAAATCCT CGAGAAGAGC TTGAAATCGT CTGATTCTAG CATTTATAAC 
AGTCAACTTG TATTTGCATG CACGGCTGGA CTTTTCCTGG TTAACAAAGA CTTGCTGAAT 
AAGATCGCAA AAGAAGATGT TGAAAAATTC TTAGATCGTC AGAATTGTTC TGAATCTTCT 
CTCTTGGCAT TCGAAATGTT CGTTTCGGTG TATGGTGTCT CCAAAGATGT CAAATATATG 
AATCGTGTCG TTGATCTCCT GTTCCCCGCC GTATTAAGCT CGAATGGACA AGTTCGAAAA 
ACTGCTTTCA AAATTCTGAG CAATTTTGAG ATACCTTTAC CAAAAATAGA GGATGACGAG 
CAGAATGTGC GTCAACAGAA TAAATCAGTT TTCGAAGTGT TGTATGATGC AGAGGACAGT 
GAGTTGACAA ACTTCAGAGA ACGTCTCCTT CATCTTCGAA AACTGCGTCA TGGAGATCAC 
AAGGAATTTA TTCCTGTCGG AGCAACAGAT AAAGTTGAAA TGATGATCGT TGCCGAGCTA 
GCTTCGCAGT TCTTTGTTGG TTTTTCACCA CTCTGGAAAG GAATCTACGA AGTATTGACA 
ACATTCGCGA ATGAGATGAA TATTGATACA TTCTGGAAAG TATTAGGGGA ATGGTTGAAT 
AATGTTAATG AAAACATTAA GAAAGGCGAT TTGGAAGCTG AAAGTGGACG TTTGGTTGGC 
ATTGATCAAA TGAATCGATC CGACTTTGTG AATGCTAGAA TTCAGCTTTT CACTTTCTTC 
GAAACTATTC CAGATGTTGC TGAACGAAGA ACACGTGTTA TCAGTCCACT TCTCCTGGGT 
CTTTATGATG ACTATGTTCG CCTGACATCT TCCAACTTTG TTTCTCATAT ACCAATTGCT 
GCTGAAGAAG ACGAAAAAGA TGATGAGAAA AATGAAGACG TAGAAGAAGA AGAAGGCGAA 
GACGTTCAAA TTACTCCAGA AAATACAAAC CCTAGACAAG AGACAACATT TATCATCAAA 
TCATTATGCG CTTTATTGAA TGTGTATTCT AAATTCAATG CAGCTAAATC GGTTTATCTT 
GAGCCGAAGA TTCTGGTAAT GTATGAAGAA CTTCTTGGAT CGAAATTCGA AGGAGTACAG 
AAAGCTGCAC TTGCGTGTAT TTTCTCCTAC AGAAACACGA TTCTTGCAAA TTACCGCGAA 
AATCTGGAGG CATTAATCGA TGAGAAGACT TTGAGGCAGA CACTCCCTCA TTTCAAACTT 
TCTGATGATG AAGGAGATGC TCAAGTTGTC GATGAGCATC GAGCGATTGT TGTTCCAGTT 
TTATTGAGAT TATTAAATGG AAAATTACTC ATCAACAATA AGCAGGCAGG AATGATCTCC 
CGAAGAAACG GAATTATTTA TATAATTGGT GGTTGTCGAA GTGAAGAACT GACATTTTTC 
CTTCGTTTGT TCTTTGCACA AGTCTACAAA GTTTTTGGCC AGGATGACAC ATTTGAAGAA 
ATCGAGGAAA AGTGCTCAAA GGATTCAACA ATTTCCAACC TCAACCTGAA AGTGTTCCAG 
AACGTTCTTC ATGGCCTTTC TGAAATGCTC AAAAAGATTG CGAGATCAAT GACGGAAAAT 
GAACAGAAGA TGATCATGCA ATTAGTTCTT ACGTGTGCAA TTGTGTGCAA ATATGCGAAA 
AAAGCTGAAA TGAATGCGGA TCTGGTGAAA TCATTGAGAA TGAATGTTTG CGAACGACTG 
GCTGAGATAT TTCACGCGTT CCCAGATCGA CAAATCGGCA AAGACGAAAT GCTTGTTATC 
AAAAATGTTC TTCTAAATCA ATACGTCGAG GAAACTCCCC TCATCAGTGT CATTCAAAGA 
TCAGAAACCA ATATTCCAAT TGCCCCATTT GCAATTGTCA AACTTCTTGC TTCAATTTGT 
CGAATTCCAT CGTTTTATCA AATGCTGACG GTCACAATTA ATTGGAGAAT TAAAGAGCAA 
AAAGACGTAT TATTGAAATG TGATGCTCTT GATCTTCTTC TGGCACCACT TCTATGGCCA 
GGTTGCTATG ATTTAATGTT CAAAACTATT CGGAACGGAA TTTTGAAGCT TTCGGAACTT 
GCCGACGAAC CGATGATTTC GATTTATGAT CTTGTTGATT GTCAGAAAGT TGAACAGAAA 
AAGAGAGTCA GCTTTGGAAC ATCGCTTCTT ACTCGAAAAA TGAGGATTAT TCTTGAATTC 
CTTACAAAAC AAATTGAAAA AGAAGTTTCT GAAAATAAGA GGCCTGCTCC AGAGAGCATC 
ATTTTGCTCG AACGTTTCTC GGATTTCGTG TCAGAATCTG ATGATGTGGC AAACCGCTTG 
GCAACTCCGT TGTTGATTTG TGTGGAGAGA AAGAAAAGTA ATGAAGATAC TCTTGTGAAT 
ATGATGAAAT CATTGGCTAG AATTGCACCA CTTCTTAAGG ATCCTCAATC ATATTTCTGG 
AGACTTCCAA AGTTATTTTC ACGAATGGAA GGAAGAACAT TAAGAGATTC ATTGGTAACG 
ATGGTGGAAG GATTTGTTAA ATCAATGAAT CTAGATGAGA AGACAAAAGA AATTCTTCAT 
TATCTATGTG AACTCGATGC ATGGGATAAG ACAAAAGTCG ATGAACCACA CTTTGAGAGA 
AGATACGCTG CATACACTGA ATTGACAAAG ATCTGGAATG GAGATGTGGC AACTAATCAT 
GATGTTCTTG CAATGATTCT CAGTTCACAT TTCCATCTAA TTTCAACGAC AACTGATCTC 
TCACTACGAA TGACTGCTGG AAATAATGTC AGAGCTATGG TTCAGTATGC TGGAAAAACG 
CTACCGATAG CTGAAAAACG TATTTTCCTT GATAGTTATT TGAATCCAAC TATCATCGCT 
TTCTTGAAAC ATGATGTAGA TGCTGTTCGG GAAGAAGCTT TGAATACACT TGGAGTCATG 
ACAAAGGGAT TTAAAGAAAG TCAGCATTTG GCCGAAAGAC AACGAGCTAT CCGTAAACTA 
GTGGAATCTG TTGCAAGCGG AGAAAAGAAT ATTTCATTTA ATGCGATGAA TAAGTATCTC 
GTCCCAATGA TTCATCCATA TCTCGTCAAT TTCTCTGCCA AATTCAATGC AATTTCCGAT 
GAATCTCTTG GACTTCTGAA GTTGATTATG TCAAAGGCTC CATGGGGAAA ATATTGTTCC 
TATTTGGAAA GTTGGTTGGC ACGAGTTGAA AAGGCAACAG CTACAAAAGA TAATGAATTC 
ACTGACAAGG CACTTGTTCG TATCGTTGTT GCTGTTATTG AAGCATTTCA TTTTGGTGTT 
TCTTTAGAAG ACGGAGAAAA ATTCGAAATT AGTAAAAATC AAGAAGATGA GCAGGATGTT 
TCGAAGAACG AGAAACACAC TATTTTGCAG AGAATCAATC GAGTTATCCT TCCTCGTCTT 
TCCAAAAGTT TGGACTCACA GGCTCAAGCT GTTGAAAGAA ATGCAAGAAG TGCTGAAACT 
CACGCAACTG CTCTTCATCT TGACATTCAA AGAGCCCCGA TTGCGCTTGC CATTGTGAAG 
CTTCTGCAGA AATTGCCGGA TGCGGTGACT GGAAAGCATC TTCATGGAGT TATTCTCAAA 
TTATGTAATC TTATGATGAC TCATTCGTAT GATGTTCGTG AAACTGCAAG AAAGACGTTA 
GTTCAAATTG TGAAATGTTT GGGACCAAAG TATTTGGCTT CTGTTATTAC CGAAATTTCA 
TTGACCATGA CAAAAGGATT CCAGGTTCAT GTTGCTATTT TCTCAGTCCA CACATTGATT 
GTTGCTATGA GAGAAGTTAC AAAAGGAGGA GAACTTGACA CGGCTATCAA TGTGATTGTA 
AAAATGTGCA TTCGAGATCA GTTTGCTGCT GAAGACAAAG AAAACGGAGC CGTAAAAGCT 
GAATGTCCTG AAGCGAAAGG AAATCGTGCT CCAGAAATGA TGCAGCATCT TGGAAGAATT 
GTATCTCCAG CTGGTATTCA AATGGTTCTT GCACCATTCC GCGATGTTGT GAATGAGCAC 
CCATCAGCTA AAGCTGTGCA AAGAGTTTCG GATTTACTTT CAAAGTTTGC TGGAGGATTG 
AAAGACAATG AATCACTTGA TCATTCTCAA TTACTTGGCT ACATTTTCAA ATCACTAACG 
TCGGATATTC AAAAGTTATT AGAAGTGGAA ACAAAGAATG GACAGAAAGA CGAAAAGCAG 
AAGGGTCGTC GACCAGAAAG TTGTTTGATT CTGCCAGCTG CTCCTCAGAG AATCGGTGCA 
ATGTCAAAAG TTGTTATCAG AAGTCGTGAT CACGTGTTCG CCGAGTTCTT TGTTTTGCTG 
TTTTCGTCAC TCTTGAAGGA GAAGAAGTTC GATTTGTCTG ATGATTCAAT GGTCTCCCGT 
CTGAACCCAT TTGTTAAGAT CATTCTGGAT TGCTTTGATT TCAAATATGA AAAGTTGATC 
TCATGCTCAA TGCGTGCTCT GTCATCAATG ATTCAAATGC AACTTCCAGC AATCGCTTCA 
AATTCACAGA GAGTCTCTGA TACATTATTC ATTCTTTTAA GTGATTACTC ATCAATCGGT 
CAAGCAGGCA ACAAACCAGC AATCATTCAA CTCAATCAGC TCATCTACAA AGGATTCACT 
AATCTGATTG TAACTACTGG AAGTGATTTT TTGGATAACG ACAAGTTGAC ATTGTTGCTT 
GCGTATGCTG AAGCTGATGT AATGGATCAA CACAAACAAG CTACTATGTT TTCTTTAATC 
AAAGCACTTG TTAAAAGAGG TGTTCGACAT GAAAGATTGG GAGAAATCAT GGATCATCTC 
TCTGAGACTG CAATTCGATC TCCACTTGTT AACATCAGAT CTCAGTGTCG TGACACCCTT 
CTCGACTATA TCGGAAGTGC TTCAGATGCT GAGAAAAGTG TTGAGAAACA CGTGGAATTT 
TTCCTGGACC AACTGGAATA CGAATATGAA ACTGGCCGGC AAAGTGCCGC TGAAATGCTA 
GAGGCCTTGT TTAAAAATCT TGTGGCGAAA TCTTTGGCAC CGCTTCATAT GTTATTGGTT 
GTTAAAATGG GAGCTGCAAT GATGAATGAA GAGTCACCGA AGGTTGCAAA TCACATTGGA 
TTGGCGTTAA GGCATCTTTT GGAGTCAGTT GGAGTTGCAC AAAGACAAGA AACATTTGAA 
GTTATTTGTA AATGGTTGAA AGCAGAAGAC GAAAATGCAA AGGCAGTTGG AATTCAAACT 
GCTGTTCAGT TAAGTTATGT TGAGAAAGAA GGAATGGTTA CGAGGATCGA TGAAATCGTG 
AAACAAGTTA AAGAAGTACT TTTCGATGAT GCTGTTTTCG AGAATATGAG TGAAACAACC 
ATTACTGTTA TTCTAAACGG ATTCACTCGG ATCATCTCCA ACGTTGGTGC TTCCGCACTG 
ACGAAGTTTG ATGCAGTTGA CTTCATCAGA TCTATGGAAG AACTGTGCAA GTGCGAAGAG 
TCACTTGGAA TCATGCTTGC ATCTTCTACA ATTATCGGGC AACTTCTGTC TCATCTCGAT 
GTCAATGATA TTCCAAAAGA ACTTTCGAAG GACGTGTGCT TCTGGATGAG CCGACATCTT 
CGACACGAGA AAATGGACAC GGCAATTGGA GAGCAAGCAT CTAAGAACAT TGTTTGTCTG 
GCGAAAGTGA TTGATATTGA AGACTATAAA ACTCTTGTTG GATACATTGC AGCGGCTTGT 
CGATATGAAA TCAAGCATCA CGTTAAACAA TCTTTAAAGA GAATCAACTG TTTCAAATTA 
GTTGCTGCAT TATTCGTCAC TGGAGACGAC GAAAGGAATA TTATAGTTCT CGACGCATTC 
ATGTCACTTC TTGTCAGAGA ACTAAAAACT TCAAGTGACG AAGAACTTTC CAAACTAACC 
CAAGAAGTGT GCGGTCTTGT GAAGAAGAAG ATTGGAGAGG ACGCCTACAG TAATCGTGTC 
GCAACGTGCC AAAAAGTGGC TGCCGAGAAG ATTACTGACC GAAAAAGAAA GATTCGGGAG 
CTGGCTGTAA CTGCACCTGA AGATGCTGCA GAATTGAAGA GAAAGAAGAA CAAGAAGAAA 
ACTGAGGTTC GGAAGAGAAA GATCGATGAG ATTAAACCAT ACAGAGCGAT GAAGCGTCGA 
GCTGAAGAAA AGAGAAAAGC TCAAGAGAAT GAGGAGGATT AG

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

RefSeq	NP_001309494.1
CDS	5..7846
Translation	MEENDEDEVFAKYYAAKKQFKKVKRNLTFNERIAQMGGDNGRFSRKLAAETSFETYFENAIDSWRGEDQGPDLEEFVMAIQVNEIKTYAQLLHKSDDIFNVLCEHITKPGSRSTPALCGILAALTRDLREKFNKHCWKTIEILVNILDLGERVAENMEAAYLCFSILVKMQASFLSKQLKKTFNNLLPLFASSRDFVRRFAAEAFAYLLRKTSDLRSISGFVMKQAFKTPHNYLSDGCALLFYNTFIGIAGTFHSNCDQIFRDIVYAVVHAKAEKGANSEEFHEFCIKILIQMVGYTIDYAKDSTYEQRFFYQNVLTKMLGESKNISEAISLMRLLQPCIVLKNENLMNEVTKKKKKKEKENKKNKGKKEIKREEKVEFICVPELKESLENIVKIQDFELEQHAVDFFSETLLTIFNDDKNRLFSRDITLKIVEKSKNYQIVIELLLKTISLESFDLYMMPALGKIAAEIVKESSPNNSLIKQIVSFYSILCSKRRPIRDTINTETLSNFFDLSNHYIFRDWLVSNFKDENRNRHSDETLIDMVVAWPWLFAQVGAVKGSEDVLEILEKSLKSSDSSIYNSQLVFACTAGLFLVNKDLLNKIAKEDVEKFLDRQNCSESSLLAFEMFVSVYGVSKDVKYMNRVVDLLFPAVLSSNGQVRKTAFKILSNFEIPLPKIEDDEQNVRQQNKSVFEVLYDAEDSELTNFRERLLHLRKLRHGDHKEFIPVGATDKVEMMIVAELASQFFVGFSPLWKGIYEVLTTFANEMNIDTFWKVLGEWLNNVNENIKKGDLEAESGRLVGIDQMNRSDFVNARIQLFTFFETIPDVAERRTRVISPLLLGLYDDYVRLTSSNFVSHIPIAAEEDEKDDEKNEDVEEEEGEDVQITPENTNPRQETTFIIKSLCALLNVYSKFNAAKSVYLEPKILVMYEELLGSKFEGVQKAALACIFSYRNTILANYRENLEALIDEKTLRQTLPHFKLSDDEGDAQVVDEHRAIVVPVLLRLLNGKLLINNKQAGMISRRNGIIYIIGGCRSEELTFFLRLFFAQVYKVFGQDDTFEEIEEKCSKDSTISNLNLKVFQNVLHGLSEMLKKIARSMTENEQKMIMQLVLTCAIVCKYAKKAEMNADLVKSLRMNVCERLAEIFHAFPDRQIGKDEMLVIKNVLLNQYVEETPLISVIQRSETNIPIAPFAIVKLLASICRIPSFYQMLTVTINWRIKEQKDVLLKCDALDLLLAPLLWPGCYDLMFKTIRNGILKLSELADEPMISIYDLVDCQKVEQKKRVSFGTSLLTRKMRIILEFLTKQIEKEVSENKRPAPESIILLERFSDFVSESDDVANRLATPLLICVERKKSNEDTLVNMMKSLARIAPLLKDPQSYFWRLPKLFSRMEGRTLRDSLVTMVEGFVKSMNLDEKTKEILHYLCELDAWDKTKVDEPHFERRYAAYTELTKIWNGDVATNHDVLAMILSSHFHLISTTTDLSLRMTAGNNVRAMVQYAGKTLPIAEKRIFLDSYLNPTIIAFLKHDVDAVREEALNTLGVMTKGFKESQHLAERQRAIRKLVESVASGEKNISFNAMNKYLVPMIHPYLVNFSAKFNAISDESLGLLKLIMSKAPWGKYCSYLESWLARVEKATATKDNEFTDKALVRIVVAVIEAFHFGVSLEDGEKFEISKNQEDEQDVSKNEKHTILQRINRVILPRLSKSLDSQAQAVERNARSAETHATALHLDIQRAPIALAIVKLLQKLPDAVTGKHLHGVILKLCNLMMTHSYDVRETARKTLVQIVKCLGPKYLASVITEISLTMTKGFQVHVAIFSVHTLIVAMREVTKGGELDTAINVIVKMCIRDQFAAEDKENGAVKAECPEAKGNRAPEMMQHLGRIVSPAGIQMVLAPFRDVVNEHPSAKAVQRVSDLLSKFAGGLKDNESLDHSQLLGYIFKSLTSDIQKLLEVETKNGQKDEKQKGRRPESCLILPAAPQRIGAMSKVVIRSRDHVFAEFFVLLFSSLLKEKKFDLSDDSMVSRLNPFVKIILDCFDFKYEKLISCSMRALSSMIQMQLPAIASNSQRVSDTLFILLSDYSSIGQAGNKPAIIQLNQLIYKGFTNLIVTTGSDFLDNDKLTLLLAYAEADVMDQHKQATMFSLIKALVKRGVRHERLGEIMDHLSETAIRSPLVNIRSQCRDTLLDYIGSASDAEKSVEKHVEFFLDQLEYEYETGRQSAAEMLEALFKNLVAKSLAPLHMLLVVKMGAAMMNEESPKVANHIGLALRHLLESVGVAQRQETFEVICKWLKAEDENAKAVGIQTAVQLSYVEKEGMVTRIDEIVKQVKEVLFDDAVFENMSETTITVILNGFTRIISNVGASALTKFDAVDFIRSMEELCKCEESLGIMLASSTIIGQLLSHLDVNDIPKELSKDVCFWMSRHLRHEKMDTAIGEQASKNIVCLAKVIDIEDYKTLVGYIAAACRYEIKHHVKQSLKRINCFKLVAALFVTGDDERNIIVLDAFMSLLVRELKTSSDEELSKLTQEVCGLVKKKIGEDAYSNRVATCQKVAAEKITDRKRKIRELAVTAPEDAAELKRKKNKKKTEVRKRKIDEIKPYRAMKRRAEEKRKAQENEED

Target ORF information:

RefSeq Version	NM_001322735.2
Organism	Caenorhabditis elegans
Definition	Caenorhabditis elegans DRIM domain-containing protein (utp-20), mRNA.

Target ORF information:

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

NM_001322735.2

ORF Insert Sequence:

ATGGAGGAAA ACGATGAAGA CGAAGTGTTT GCCAAATATT ATGCGGCAAA AAAGCAGTTC 
AAAAAAGTCA AACGAAATCT CACATTTAAT GAGAGAATAG CTCAGATGGG AGGAGATAAT 
GGTCGATTTT CGAGAAAACT AGCTGCGGAG ACATCTTTCG AGACTTATTT CGAAAATGCC 
ATCGATTCTT GGCGAGGAGA AGATCAGGGA CCCGATCTTG AGGAATTTGT GATGGCCATT 
CAAGTAAACG AAATCAAGAC GTATGCTCAG CTGCTCCACA AATCGGACGA CATTTTCAAC 
GTACTCTGCG AGCACATCAC AAAACCTGGT TCCCGCTCCA CCCCTGCGCT ATGTGGCATT 
CTTGCTGCAT TGACTCGAGA TCTTCGGGAA AAGTTCAACA AACACTGTTG GAAAACTATT 
GAAATTCTTG TGAACATCCT TGATCTCGGA GAAAGAGTAG CCGAGAACAT GGAAGCTGCA 
TATCTCTGCT TTTCTATTCT TGTTAAAATG CAAGCCAGTT TTCTTTCAAA GCAATTGAAG 
AAAACTTTCA ATAATTTGCT TCCATTGTTC GCCAGCAGTC GTGACTTTGT CCGGAGATTT 
GCCGCAGAAG CATTTGCATA TTTGCTTAGA AAAACCTCGG ATCTTCGATC AATTTCTGGT 
TTTGTTATGA AGCAAGCTTT CAAAACTCCT CACAATTACC TTTCTGACGG ATGTGCTCTT 
CTTTTCTACA ATACATTCAT TGGAATCGCC GGAACTTTCC ATAGCAATTG TGATCAGATA 
TTCAGGGATA TCGTCTACGC AGTAGTTCAC GCAAAAGCTG AAAAAGGAGC GAATTCAGAA 
GAATTCCATG AGTTTTGTAT CAAAATTCTA ATCCAGATGG TTGGATACAC AATTGATTAT 
GCAAAAGACT CAACCTATGA ACAACGATTC TTCTATCAGA ATGTTTTGAC GAAAATGCTT 
GGAGAATCGA AAAATATAAG TGAAGCAATC AGTCTGATGC GTCTATTACA ACCCTGCATT 
GTTTTGAAAA ACGAAAATCT GATGAACGAA GTCACAAAAA AGAAGAAGAA AAAGGAGAAG 
GAAAATAAAA AGAATAAGGG AAAAAAGGAA ATAAAAAGAG AAGAGAAAGT CGAATTTATT 
TGTGTTCCCG AACTGAAGGA AAGCTTGGAA AATATCGTTA AAATTCAAGA TTTTGAGTTG 
GAGCAGCATG CAGTCGATTT CTTTAGTGAA ACTCTTCTAA CCATTTTCAA CGACGACAAA 
AATCGATTGT TCTCAAGGGA TATTACACTG AAGATCGTGG AGAAATCAAA AAATTACCAA 
ATCGTCATCG AATTACTTCT GAAAACAATC AGCTTGGAAT CTTTTGATTT ATATATGATG 
CCAGCTCTTG GAAAAATTGC TGCCGAAATT GTCAAAGAAA GCTCGCCAAA CAATTCACTT 
ATTAAGCAAA TTGTCAGTTT TTATTCGATT TTATGCTCAA AAAGGCGGCC GATCAGAGAT 
ACTATCAATA CTGAAACTCT ATCTAATTTC TTCGATCTAT CAAATCACTA CATCTTCAGA 
GATTGGCTTG TCAGTAACTT CAAAGACGAA AATCGAAATA GGCACTCTGA TGAGACACTT 
ATCGACATGG TTGTTGCGTG GCCTTGGCTT TTTGCTCAAG TTGGAGCTGT CAAAGGATCT 
GAAGACGTTT TGGAAATCCT CGAGAAGAGC TTGAAATCGT CTGATTCTAG CATTTATAAC 
AGTCAACTTG TATTTGCATG CACGGCTGGA CTTTTCCTGG TTAACAAAGA CTTGCTGAAT 
AAGATCGCAA AAGAAGATGT TGAAAAATTC TTAGATCGTC AGAATTGTTC TGAATCTTCT 
CTCTTGGCAT TCGAAATGTT CGTTTCGGTG TATGGTGTCT CCAAAGATGT CAAATATATG 
AATCGTGTCG TTGATCTCCT GTTCCCCGCC GTATTAAGCT CGAATGGACA AGTTCGAAAA 
ACTGCTTTCA AAATTCTGAG CAATTTTGAG ATACCTTTAC CAAAAATAGA GGATGACGAG 
CAGAATGTGC GTCAACAGAA TAAATCAGTT TTCGAAGTGT TGTATGATGC AGAGGACAGT 
GAGTTGACAA ACTTCAGAGA ACGTCTCCTT CATCTTCGAA AACTGCGTCA TGGAGATCAC 
AAGGAATTTA TTCCTGTCGG AGCAACAGAT AAAGTTGAAA TGATGATCGT TGCCGAGCTA 
GCTTCGCAGT TCTTTGTTGG TTTTTCACCA CTCTGGAAAG GAATCTACGA AGTATTGACA 
ACATTCGCGA ATGAGATGAA TATTGATACA TTCTGGAAAG TATTAGGGGA ATGGTTGAAT 
AATGTTAATG AAAACATTAA GAAAGGCGAT TTGGAAGCTG AAAGTGGACG TTTGGTTGGC 
ATTGATCAAA TGAATCGATC CGACTTTGTG AATGCTAGAA TTCAGCTTTT CACTTTCTTC 
GAAACTATTC CAGATGTTGC TGAACGAAGA ACACGTGTTA TCAGTCCACT TCTCCTGGGT 
CTTTATGATG ACTATGTTCG CCTGACATCT TCCAACTTTG TTTCTCATAT ACCAATTGCT 
GCTGAAGAAG ACGAAAAAGA TGATGAGAAA AATGAAGACG TAGAAGAAGA AGAAGGCGAA 
GACGTTCAAA TTACTCCAGA AAATACAAAC CCTAGACAAG AGACAACATT TATCATCAAA 
TCATTATGCG CTTTATTGAA TGTGTATTCT AAATTCAATG CAGCTAAATC GGTTTATCTT 
GAGCCGAAGA TTCTGGTAAT GTATGAAGAA CTTCTTGGAT CGAAATTCGA AGGAGTACAG 
AAAGCTGCAC TTGCGTGTAT TTTCTCCTAC AGAAACACGA TTCTTGCAAA TTACCGCGAA 
AATCTGGAGG CATTAATCGA TGAGAAGACT TTGAGGCAGA CACTCCCTCA TTTCAAACTT 
TCTGATGATG AAGGAGATGC TCAAGTTGTC GATGAGCATC GAGCGATTGT TGTTCCAGTT 
TTATTGAGAT TATTAAATGG AAAATTACTC ATCAACAATA AGCAGGCAGG AATGATCTCC 
CGAAGAAACG GAATTATTTA TATAATTGGT GGTTGTCGAA GTGAAGAACT GACATTTTTC 
CTTCGTTTGT TCTTTGCACA AGTCTACAAA GTTTTTGGCC AGGATGACAC ATTTGAAGAA 
ATCGAGGAAA AGTGCTCAAA GGATTCAACA ATTTCCAACC TCAACCTGAA AGTGTTCCAG 
AACGTTCTTC ATGGCCTTTC TGAAATGCTC AAAAAGATTG CGAGATCAAT GACGGAAAAT 
GAACAGAAGA TGATCATGCA ATTAGTTCTT ACGTGTGCAA TTGTGTGCAA ATATGCGAAA 
AAAGCTGAAA TGAATGCGGA TCTGGTGAAA TCATTGAGAA TGAATGTTTG CGAACGACTG 
GCTGAGATAT TTCACGCGTT CCCAGATCGA CAAATCGGCA AAGACGAAAT GCTTGTTATC 
AAAAATGTTC TTCTAAATCA ATACGTCGAG GAAACTCCCC TCATCAGTGT CATTCAAAGA 
TCAGAAACCA ATATTCCAAT TGCCCCATTT GCAATTGTCA AACTTCTTGC TTCAATTTGT 
CGAATTCCAT CGTTTTATCA AATGCTGACG GTCACAATTA ATTGGAGAAT TAAAGAGCAA 
AAAGACGTAT TATTGAAATG TGATGCTCTT GATCTTCTTC TGGCACCACT TCTATGGCCA 
GGTTGCTATG ATTTAATGTT CAAAACTATT CGGAACGGAA TTTTGAAGCT TTCGGAACTT 
GCCGACGAAC CGATGATTTC GATTTATGAT CTTGTTGATT GTCAGAAAGT TGAACAGAAA 
AAGAGAGTCA GCTTTGGAAC ATCGCTTCTT ACTCGAAAAA TGAGGATTAT TCTTGAATTC 
CTTACAAAAC AAATTGAAAA AGAAGTTTCT GAAAATAAGA GGCCTGCTCC AGAGAGCATC 
ATTTTGCTCG AACGTTTCTC GGATTTCGTG TCAGAATCTG ATGATGTGGC AAACCGCTTG 
GCAACTCCGT TGTTGATTTG TGTGGAGAGA AAGAAAAGTA ATGAAGATAC TCTTGTGAAT 
ATGATGAAAT CATTGGCTAG AATTGCACCA CTTCTTAAGG ATCCTCAATC ATATTTCTGG 
AGACTTCCAA AGTTATTTTC ACGAATGGAA GGAAGAACAT TAAGAGATTC ATTGGTAACG 
ATGGTGGAAG GATTTGTTAA ATCAATGAAT CTAGATGAGA AGACAAAAGA AATTCTTCAT 
TATCTATGTG AACTCGATGC ATGGGATAAG ACAAAAGTCG ATGAACCACA CTTTGAGAGA 
AGATACGCTG CATACACTGA ATTGACAAAG ATCTGGAATG GAGATGTGGC AACTAATCAT 
GATGTTCTTG CAATGATTCT CAGTTCACAT TTCCATCTAA TTTCAACGAC AACTGATCTC 
TCACTACGAA TGACTGCTGG AAATAATGTC AGAGCTATGG TTCAGTATGC TGGAAAAACG 
CTACCGATAG CTGAAAAACG TATTTTCCTT GATAGTTATT TGAATCCAAC TATCATCGCT 
TTCTTGAAAC ATGATGTAGA TGCTGTTCGG GAAGAAGCTT TGAATACACT TGGAGTCATG 
ACAAAGGGAT TTAAAGAAAG TCAGCATTTG GCCGAAAGAC AACGAGCTAT CCGTAAACTA 
GTGGAATCTG TTGCAAGCGG AGAAAAGAAT ATTTCATTTA ATGCGATGAA TAAGTATCTC 
GTCCCAATGA TTCATCCATA TCTCGTCAAT TTCTCTGCCA AATTCAATGC AATTTCCGAT 
GAATCTCTTG GACTTCTGAA GTTGATTATG TCAAAGGCTC CATGGGGAAA ATATTGTTCC 
TATTTGGAAA GTTGGTTGGC ACGAGTTGAA AAGGCAACAG CTACAAAAGA TAATGAATTC 
ACTGACAAGG CACTTGTTCG TATCGTTGTT GCTGTTATTG AAGCATTTCA TTTTGGTGTT 
TCTTTAGAAG ACGGAGAAAA ATTCGAAATT AGTAAAAATC AAGAAGATGA GCAGGATGTT 
TCGAAGAACG AGAAACACAC TATTTTGCAG AGAATCAATC GAGTTATCCT TCCTCGTCTT 
TCCAAAAGTT TGGACTCACA GGCTCAAGCT GTTGAAAGAA ATGCAAGAAG TGCTGAAACT 
CACGCAACTG CTCTTCATCT TGACATTCAA AGAGCCCCGA TTGCGCTTGC CATTGTGAAG 
CTTCTGCAGA AATTGCCGGA TGCGGTGACT GGAAAGCATC TTCATGGAGT TATTCTCAAA 
TTATGTAATC TTATGATGAC TCATTCGTAT GATGTTCGTG AAACTGCAAG AAAGACGTTA 
GTTCAAATTG TGAAATGTTT GGGACCAAAG TATTTGGCTT CTGTTATTAC CGAAATTTCA 
TTGACCATGA CAAAAGGATT CCAGGTTCAT GTTGCTATTT TCTCAGTCCA CACATTGATT 
GTTGCTATGA GAGAAGTTAC AAAAGGAGGA GAACTTGACA CGGCTATCAA TGTGATTGTA 
AAAATGTGCA TTCGAGATCA GTTTGCTGCT GAAGACAAAG AAAACGGAGC CGTAAAAGCT 
GAATGTCCTG AAGCGAAAGG AAATCGTGCT CCAGAAATGA TGCAGCATCT TGGAAGAATT 
GTATCTCCAG CTGGTATTCA AATGGTTCTT GCACCATTCC GCGATGTTGT GAATGAGCAC 
CCATCAGCTA AAGCTGTGCA AAGAGTTTCG GATTTACTTT CAAAGTTTGC TGGAGGATTG 
AAAGACAATG AATCACTTGA TCATTCTCAA TTACTTGGCT ACATTTTCAA ATCACTAACG 
TCGGATATTC AAAAGTTATT AGAAGTGGAA ACAAAGAATG GACAGAAAGA CGAAAAGCAG 
AAGGGTCGTC GACCAGAAAG TTGTTTGATT CTGCCAGCTG CTCCTCAGAG AATCGGTGCA 
ATGTCAAAAG TTGTTATCAG AAGTCGTGAT CACGTGTTCG CCGAGTTCTT TGTTTTGCTG 
TTTTCGTCAC TCTTGAAGGA GAAGAAGTTC GATTTGTCTG ATGATTCAAT GGTCTCCCGT 
CTGAACCCAT TTGTTAAGAT CATTCTGGAT TGCTTTGATT TCAAATATGA AAAGTTGATC 
TCATGCTCAA TGCGTGCTCT GTCATCAATG ATTCAAATGC AACTTCCAGC AATCGCTTCA 
AATTCACAGA GAGTCTCTGA TACATTATTC ATTCTTTTAA GTGATTACTC ATCAATCGGT 
CAAGCAGGCA ACAAACCAGC AATCATTCAA CTCAATCAGC TCATCTACAA AGGATTCACT 
AATCTGATTG TAACTACTGG AAGTGATTTT TTGGATAACG ACAAGTTGAC ATTGTTGCTT 
GCGTATGCTG AAGCTGATGT AATGGATCAA CACAAACAAG CTACTATGTT TTCTTTAATC 
AAAGCACTTG TTAAAAGAGG TGTTCGACAT GAAAGATTGG GAGAAATCAT GGATCATCTC 
TCTGAGACTG CAATTCGATC TCCACTTGTT AACATCAGAT CTCAGTGTCG TGACACCCTT 
CTCGACTATA TCGGAAGTGC TTCAGATGCT GAGAAAAGTG TTGAGAAACA CGTGGAATTT 
TTCCTGGACC AACTGGAATA CGAATATGAA ACTGGCCGGC AAAGTGCCGC TGAAATGCTA 
GAGGCCTTGT TTAAAAATCT TGTGGCGAAA TCTTTGGCAC CGCTTCATAT GTTATTGGTT 
GTTAAAATGG GAGCTGCAAT GATGAATGAA GAGTCACCGA AGGTTGCAAA TCACATTGGA 
TTGGCGTTAA GGCATCTTTT GGAGTCAGTT GGAGTTGCAC AAAGACAAGA AACATTTGAA 
GTTATTTGTA AATGGTTGAA AGCAGAAGAC GAAAATGCAA AGGCAGTTGG AATTCAAACT 
GCTGTTCAGT TAAGTTATGT TGAGAAAGAA GGAATGGTTA CGAGGATCGA TGAAATCGTG 
AAACAAGTTA AAGAAGTACT TTTCGATGAT GCTGTTTTCG AGAATATGAG TGAAACAACC 
ATTACTGTTA TTCTAAACGG ATTCACTCGG ATCATCTCCA ACGTTGGTGC TTCCGCACTG 
ACGAAGTTTG ATGCAGTTGA CTTCATCAGA TCTATGGAAG AACTGTGCAA GTGCGAAGAG 
TCACTTGGAA TCATGCTTGC ATCTTCTACA ATTATCGGGC AACTTCTGTC TCATCTCGAT 
GTCAATGATA TTCCAAAAGA ACTTTCGAAG GACGTGTGCT TCTGGATGAG CCGACATCTT 
CGACACGAGA AAATGGACAC GGCAATTGGA GAGCAAGCAT CTAAGAACAT TGTTTGTCTG 
GCGAAAGTGA TTGATATTGA AGACTATAAA ACTCTTGTTG GATACATTGC AGCGGCTTGT 
CGATATGAAA TCAAGCATCA CGTTAAACAA TCTTTAAAGA GAATCAACTG TTTCAAATTA 
GTTGCTGCAT TATTCGTCAC TGGAGACGAC GAAAGGAATA TTATAGTTCT CGACGCATTC 
ATGTCACTTC TTGTCAGAGA ACTAAAAACT TCAAGTGACG AAGAACTTTC CAAACTAACC 
CAAGAAGTGT GCGGTCTTGT GAAGAAGAAG ATTGGAGAGG ACGCCTACAG TAATCGTGTC 
GCAACGTGCC AAAAAGTGGC TGCCGAGAAG ATTACTGACC GAAAAAGAAA GATTCGGGAG 
CTGGCTGTAA CTGCACCTGA AGATGCTGCA GAATTGAAGA GAAAGAAGAA CAAGAAGAAA 
ACTGAGGTTC GGAAGAGAAA GATCGATGAG ATTAAACCAT ACAGAGCGAT GAAGCGTCGA 
GCTGAAGAAA AGAGAAAAGC TCAAGAGAAT GAGGAGGATT AG

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

PubMed

Genome sequence of the nematode C. elegans: a platform for investigating biology.
Science (New York, N.Y.)282(5396)2012-8(1998 Dec)

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utp-20 cDNA ORF clone, Caenorhabditis elegans

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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