utp20 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	utp20
Entrez Gene ID	100124989
Full Name	UTP20 small subunit processome component
General protein information	Preferred Names UTP20 small subunit processome component Names small subunit processome component 20 homolog UTP20, small subunit (SSU) processome component, homolog
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_031898858.1	XP_031754718.1	small subunit processome component 20 homolog isoform X2
XM_031898859.1	XP_031754719.1	small subunit processome component 20 homolog isoform X3
XM_018092639.1	XP_017948128.1	small subunit processome component 20 homolog
XM_031898857.1	XP_031754717.1	small subunit processome component 20 homolog isoform X1
XM_031898860.1	XP_031754720.1	small subunit processome component 20 homolog isoform X4

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

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)
OXa54607	XM_031898860.1 Latest version!	Xenopus tropicalis UTP20 small subunit processome component (utp20), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00
OXa43529	XM_018092639.1 Latest version!	Xenopus tropicalis UTP20 small subunit processome component (utp20), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OXa54604	XM_031898857.1 Latest version!	Xenopus tropicalis UTP20 small subunit processome component (utp20), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OXa54605	XM_031898858.1 Latest version!	Xenopus tropicalis UTP20 small subunit processome component (utp20), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OXa54606	XM_031898859.1 Latest version!	Xenopus tropicalis UTP20 small subunit processome component (utp20), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price

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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)

utp20 ( XM_031898860.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031754720.1 Xenopus tropicalis UTP20 small subunit processome component (utp20), transcript variant X4, mRNA.

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CloneID	OXa54607
Clone ID Related Accession (Same CDS sequence)	XM_031898860.1
Accession Version	XM_031898860.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7857bp) 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	1576512000000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	small subunit processome component 20 homolog isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATGGTAA AGGATATGCC AGCTATATAC AGTCTGTACA GCACTCTTTT GGCCCATCAG 
AAGCCACACA TCAGAAACTT TGCAGCAGAG AGCTTTGCAT TTTTAATGAG GAAGGTGCCT 
GATCTAAACG AGCTATTAAA TTTCATGTTT TTGGATCTTA AAGAGCACCC TCAAAAGGCA 
CAAGGCCTGG GGCAGTTACT GTTTGAGATG TGTAAAGGGG TTAGAAACAT GTTTCACTCC 
TCAGCCCTAA AGGCCATAAA ACTAATACTA CAAAAGCTTG GACCTGTCAC TGAAACTGAG 
GAGGAGTTGC CATGGAGTCT GGTTGGGGAA ACTTTGAAAC ATTTTGTGGA GTCTGCAACA 
CATTATATCA ACACAGAGCA TTTTAATCCA CTAATTACCA ATATTCAGGA GACCCTTTTA 
GCACTTTCAA AGAAAATAGG GTCAAATCCA TCTGAATGTT CAGATCAAAT TGAAAGGTTG 
CTGCAGGCGT ATTCTGTGCT TTTGGCGCAT GGTCACGGAT CTAAGGTCCC AAAACCAGAA 
ACTGACTGCC AGACTTTAAC AGAAATGATG AACACTCAAA ATATGTCATT GTCATGTTGT 
GGTAACCTTT TGAAGATAAC TTCTACTTTA CTTTTAAATG ACAACATTTC ACTGCCTGCC 
TGTGATATAG AACACACCAT CAGTAAGGTC TTTCAAAGTG GATTTGCAAG AAGTTTAATT 
CTGGAGTTTT CTGAAGATAT GTTCCGTATG AAGCAATTTG AGCAGCATTT TTTACAAAGC 
TTCCTACAGT ACATTCTGTT ACTTTTTAAA GAAGACGACA GTCAAGTAAA GGATGAGGCC 
TTGGTGATAC TGGCAAAGCT TATCTTATCA AAAGCTGAAC CTCCTTCTAC AGCATCAATG 
GCATTTGAGA AATATCCCCT TGCTTTTGGT GTGAAATCCC TAAACAAGTC TAAATGTGCT 
GAAGGGGAGC CTTCAACAGT GCTAAGCTAT GTACTCTCCT TGGTTCAGTT ATCAGAGGGA 
CAAGATATCA CCAACCTTCC CCAGTGTTGG GCTGCACTTA TTGTTCTGCC TCATTTAAGG 
CCACTGGAAA AAGACAACAT TCTGCCACTT TTAAAGACTT TTATTGAAAA GCTTTTTGTT 
TTAACGGATC AAATACAACA GAAGCAAGGA ATCCTATTTG TACTTTGCCA AGCTGTAAGC 
ACACTACTCA GTTTGGATGA CTCTTCAGAA ATTCTTTCTA TTGTTCCAGT AGAGAATGTG 
AAGTGCCTTT TGCTGACTTT CCCCTCTGAT CCAAGCGTCT TGCTCTTGGC TGATCTGTAC 
TTTACTAGAT TAGTATTTTG TGGCCACCAG AATCGACTGT CACACAACAC CATGGTGGAG 
ATCTTTACCA AACTGCAAAA TAACATTTCA ACAAACTCCT CAAAGGTGCG CCTTTTAACG 
ATAAGGATTT TAAATAATTT TGATGCTCCT CTCACTTCTG CTCTTGAGGA AATGCAGAGA 
GAGGGGAGTC AGTCACTGTT TTCAATCCTG TTGCAAGCTG AACTTGTACC AGCAACTGTT 
CATGAATACA GAGAGAAACT TCTTCATCTC AGAAAACTGA GGCATGATCT GGTGAAAACT 
GTAGCAAAAG GAGACTTGCA GGAGGTACCT CTACGGTATT TACTGGCAAT GCTGTATATC 
AATTTCAGTC CGCTCTGGGA TCCAGTTGTT GAGCTTATTG TTTCCCATGC AAATGAAATG 
GAAAATAAAT CTTTTTGGAA AGTATTTTGT GAGCATTTGG AGGAGTCTGC TACCCGTGCT 
GAGAAAGAAT TGAAAGAAGA AAATGAACCG GAGGAAGAGA TATCAGTCAC TTATGGCCCA 
GAATCCAAGT CTAGCTCTGG AGGACACATT GGAGCACTAT ATAACGAATC TATTAAACGC 
AGAACTAACA TTAATGACAG AACTGATTTT ACCAATTTCC GGTTTCTTTT GTGGAAAGCA 
ATGTCCATGT TCCCTGACAG GGTGGAACCA AGATCTAGGG AACTGTCACC CCTTCTGTTG 
AGGTTTATTA GCAATGAATA TTATCCAGCA GATTTATTAA TTGCTCCTTC TCAGGACCTT 
AGAAAAAAGC ATCTAGAAAA GGTAAAGTCT GAAGATGATG TTATCATGAA AGAGAATGAG 
ACTATAGAGG AGGAGGAGGA TGTAGAATTA AATGAAGTCA AAGATTCTGG GCCGCAGAAA 
AAGAAAACAA GGAGAGCAGC CTCAAAGCAG CTAATTGCTC ACTTGAAAGT GTTTTCCAAG 
TTTTCCAATC CGCGTGCCTT GTACCTGGAA CAAAAATTAT ATGACCTCTA CACACAGCTA 
CTATGTCATC AAGATCAGGA AGTACAGAAG ATCACCCTTG AGTGTGTGAT GAGCTATAAG 
CATCCCCATC TTCTCCCTTA CAAAGAAAAC CTGCTAAGGC TGTTGGATGA TAAAAGCTTT 
AAGGATGAAA TTGTCCATTT CAGCATATCT GAAGAGAATT CAATAGTAAA ATCCTTCCAC 
CGACCAGATG TAATGTCAGT TCTCATGAGA ATCCTTTATG GCCGCATGAG AAGTAAAACT 
GGCAGTAAAA CACAGGGCAA GTCGGCAGCA GGAACCCGCA TGTCTATTGT GTTAAGGTTC 
CTGGCTGGGT CACTGCCTGA GGAGATCAGG ATGTTCCTGG ATCTCCTATT TGAGCCCATA 
AAACATTTGA AAGATGGTCA TTGCCTTGCA TCAGTAGTAC AAACTGTTGA AAGTCTGGAT 
CTCGCTAAAG TTCTTCCTCT TGGGCGCCAG CACAGTCTGC TTAGTAGTTT GGAGGTGGTT 
TTGAAACATC TCGGACACCT GATTAGCCTC TACTTACCTG AAATGCTACA GATATTACTG 
TGCATGACTG CTTCCGTCTC TTACGTTCTC GAGCAAAGAG AAAAGATACA GCTAAAATTC 
ATCAACCCAT TAAAGAACTT GAGACGTCTT GGGGTTAAAC GCATTGCTGA ATTTTTTACG 
GATTTTGAGA CGTATAATTT CTCTTCAGAT GAGATTGACG CTATATTTCA TGCAGTTGTA 
TGGCCACAGA TTAGCAGACT TGCTGCTGAA AGTCAGTATT CCCCAACCCT TTTACTGAAA 
CTTATCCATG TTTGGAGCAG TAACAGCAGG TTTTTCCTGT TGCTTGGAAA ACAAAGGCCT 
GGGCATCCTG AATATGATAT ACTTCTAAAT GTGTTTGCAC TTCTCTCAAC AAAGAACTTA 
TCAGAGGCTA CTGCAAGTCT GGTTATAGAT GTGGCTGACA ATCTTCTTAA CAGCACGGAT 
TTTGAAGCTG CAGAGAATCT TCCCTGCTTG TTGGTGAATG ATTGTGTTCT CTCTGATGTT 
GAAAACATAA ATGATGAATC TCCCACTGTG GGTGTAAGGT TGATATACCC GCACATCTCT 
GCAATCCTGC AGTACCTCAA TAAGAGTATG CTGAATGTGG ACAAAATGAG GAAAAAGAAA 
TTTAGTGCAC AAGTGAGCAA AGAACTAAAC ATCCTGTCAA AGATCAGCAA GTTTATTCAG 
GAAAAAGAAC AAAGTACTGT GCTTATTGGG CTCCTTATTT CCTACTTGCA TAAAAGCAAT 
ATAGCTCAGG ATACAGAGGT GGATATTCTG CAAACAATTC AGAATCTGTT AAGACACTGT 
ACAAACCCTG CAATCTTTCT GAAGCCAATG GCAAAACTTT TTGCAGTTAT TCAGAACAAA 
TTATCCCGCC AGACTCTGTG TTTAACATTT CAGGTTTTGT CAGAACTGGA TCCCTCAATG 
GAATATATCA CAGATGTGGC TGCTAAGCTG AATGCATTTG ACAAGAGACA TTTAGATGAC 
ATTCACTTTG ATGTGCGGAT ACCAGCTTTC CAAAAAGCCA CTGCCCATAT AAAGGAGATG 
AAGTCACTCG ACATGAACTA TATCATTCCC CTTATGTACA ACTGCTTCCA TACTATACAG 
ATTGGAGAAA TGTCTCTGAG TGACAATGCC AGCCTGTGCC TTACTGCCAT AATAACACAG 
CTTGCAGCAG TGGAACACGA AGAGATTGAA TTCAGAGAGA TAGTGCAGCG CACTTTGCTG 
CAGAGTGTGA AAACAGGGCT GAGAAGCAAA GTGGAGCATA TTCAGCAGGA CTACACAACG 
TTGCTTTCTA ACTTGATCCG GACCTTTCCC AAACATCCAG AGTTTGCAGA TTTGGTTCAA 
CTTACAGATT ACAATGACCC CGAAATGGAC TTCTTTGAAA ACATGAAACA CATTCAGATT 
CACAGGAGAG CAAGGGCTTT GCGAAAATTA GCAAAGAAAC TTGTGGAGGA GAATGTGCTT 
TTATCCTCTA AATCCCTCCA GAACTACATC ATGCCATATG CCACCACAAC TCTCTTTGAC 
GAAAAGATGC AAAAGTATGA AAATATGATC AATGCATCTG TGGAGATGGT AGGCGCAGTG 
TGCAAACATC TGTCATGGTC GGCATACATG TACCACATGA AGTATTTTAT TCACGTTCTT 
CAAACTGGGC AGATCAGCCA GAAGCTGGGT GTCGGCTTGC TAGTGATGGT GCTTGATGCA 
TTTCATTTTG ATCACAATAC AATGGAAAAG CATCTGCAAG CAGTAGAAAC TGAAGAAAGT 
AAAATGGACA CTGACCAACT AGAAGAGGAG GAGGAGGAAC CAATGGATTT GCAAGAAGAG 
GAAGAGGAAA ATCTGGAAAT ATCCAATGTG GATAGTGAAA AGGCAGCAAA TGTGATAAGT 
GAGAATCTGG ATGAAGAACA CAAAAAGAGT CAAAAGCCAA ACATAGCGCT CAAGTCTCTA 
CCAAAGAACA AGGAAGAACT TGCATCACTT ATCCAACATA TTCAGGAGAC GGTCAAGACT 
ACTATCATAC CAAAGTTGAA GAAATGTCTT GATGCTAAGG TTAAAAGAGA TGAAGAGCAC 
AAGTCTGTGA AATCCAAAGC AGTGAATGAG GAGGAAGTTG TTAGGGTTCC AATTGCCTTT 
GCTATGGTAA AACTCATGCA GACTTTGCCA CAAGAAGTCA TGGAGTCTAA TTTACCTAGT 
ATCCTGCTCA AGCTCTGCGT TTTTTTGAGA AACAGAGCAC AGGAAATCCG TGATGTTGCC 
CGTAACACTT TAATTAAAAT CATGGAGACC ATTGGTGCTC GGTACCTGCA CTATGTACTT 
AAAGAGATGC AATCTGTGCT TGTCAAAGGA TACCAGGTCC ATGTTCTGAC CTTTACTGTC 
AGTCTGCTGT TAAAAGGGCT GACTGGCAGC CTAAAGAATG GAGATTTAGA TGGCTGCTTG 
GAAACACTGG TCCAGATTTT CAATCAGGAG TTGTTTGGGA ATATCGCAGA AGAAAAAGAA 
GTTAAAGGTA TTGTTTCAAA AGTAATGGAA GCACGAAGGA GTAAAAGCTA CGACTCTTAT 
GAACTCCTTG CTCAGTTTGT TGGAAAAGAT CAGGTGGTGA AGCTTATTCT GCCCTTGAAA 
GAGGTTCTGG AGGTGACTAC AAGCCTGAAG GTGTCACGTA AAGTGCATGA AGCTTTCCGC 
CGGATTGTTT TTGGTTTAAT CGCCAACACA GGAATGACTG CCCAGCCTGT CCTCTTACTC 
AGCTATGGGC TCATTAGTGA AAATCTCCCA CTAATAACTG AAAAAGAGAA AAATAGCCGC 
TCAGAAATGC TTCCTCCAGA TCAACGCCTT CAGCCCAAGA GCTGTTTGTT AATTGAGACA 
CCTATACCTC GTGGAGGCCT TAAAGCAGCA GTTAACAGCA AGACCAACCT GCACATCCTT 
GTAGAGACTG GACTACGGCT GCTGCACATG AGTTTGAAGA AATCCAAGGT CAATTCTTCT 
GATGAGCATA CATTAGAAAT GCTGGATCCC TTTGTGCTAA TCCTAATTGG CTGTTTGCAG 
TCAATGGATG TAAAGGTTAT CACTGGAGCA TTGCAGTCTT TCATCTGGAT CCTAAAGTTT 
CCTTTGCCTT CCCTTAAAAC CAACACAGTG GAACTGATCA AACAGCTCTT TCTGCTGCTG 
AAGGATTACG CAAAAGCTGG AGTAGCCAAA GGGCAGAATT TCCACTTGGT TGTTAACTGC 
TTCAAGTGCG TTACCATACT GGTGAAACAC ACGAAGGGTG AAATTACAGA GAAGCAGCTG 
CAAGTGTTAC TGGGCTATGC GGAGGAAGAT CTGTACGATT CATCACGACA GGCTACTGCC 
TTCGGCTTAT TAAAGGCCAT TGTATCAAGG AAGGTGATTG TTCCTGAGAT TGACGAGGTG 
ATGCAGAAAG TAGCCAAGTT AGCAGTGACT GGGCAGAGCG AACAAGTCAG AGTCCAATGT 
CGGCAGATTT ACTTGAAGTA CCTTCTTGAC TATCCTCTTG GGGTAAAATT AAAAACGAAT 
TTGGAGTTTA TAATTGCACA GCTAAACTAT GAATATGAAA CTGGAAGAGA GTCTGCTTTG 
GAAATGATGG CTTACCTTTT CCAGGCATTC CCAGAAAGCA TTCTCAACCA GTTCTGTGGA 
CTTCTATTTG TCCCCATTGT TTTGCTGATG GTTAATGATG ACTCCCCTAA GTGTAAAAAA 
ATGGCTGCTC TGGCAGGGAA ATCCCTTTTA AGTAAAATCA ATCTTCAGAA GAAGGATCTG 
ATGTTCTCCT TGGTCACTCA GTGGCTTTCT AATGAAAAGT CTGCTCACAA AAGATTAGGA 
GCCCAAACAT GTGGTTTATT TGTTGAAGCT GAAGGCGTTG AATTCGAGAG GAGACTGGAG 
CCTGTCCTTA CCACCATTGA AAAAGAAATT AACCCTGTTA TGTTTGAGGA TCTAAAAGAA 
GAGACTGAAG AAAAGGCAGC GGATAGATTG CTGTTTAGTT TTCTTACATT AATTACTAAG 
CTGATTAAGG AATGCAACGT TACCCAGTTA TCAAAGTGCC AAGAGATTAT GGTTGTAATA 
CTTGCCCATG TTCAGTCTCA TTTGTGGTAT CCTCATAGCT GGGTCTGGCT CACCTCATCC 
CAGATCTTTG GATTGCTTTT TGCCTTACAA AAGCCAGAAG ATCTTGTCAG TAAATGGATG 
AACAAAAAGC CGGGTAAAAA AGCCACACAG GAAGCATTAT CTTGCTCGTT CTTAGTGGAA 
CATCTGGATG TAAAGATGAA AGACCTCGCT CTGGCTTTCT GCCATCAGCT GCAGTCAAAA 
TTCCTTGACC AGGCTCTGGG AGAACAGATC ATTAAGAATT TGCTTTTTGT GGCCAAAGTT 
ATTTACCTCC TTGCCCCTGG CGTGGAACCT ACCCAAACTA GTAATGGGGA AATGGATAGT 
GAAACAAATA AGGATGCTGT ATCTGGGGAA GAGGATGATG ATGCTGGTGA TGAAGAGGCA 
AAGAAGGACA AAGAGGATGA GAAAAAAGCT ACGCTGCTTT GGTTGATGAA GAGACTGACC 
ATCTTAGCAA AAAGAGAAGC TGCCTATACG CCAAAAAACC CATTAAAGAG AACATGCATT 
TTCAAGTTCC TTGGAGCGTG CGCAGTAGAT CTGGGAAAGG AAAGACTGAA GCCTTTTCTC 
CTAACCATTT TAACCCCCCT TTTCAGAGAA CTTAGCAGCA CCTATTCAGA ACAAGACCCA 
ACTTTGAAGA ACTTAGCCCA AGAAATCATA GATCTTCTAA AGAGCTTAAT TGGGCTGGAG 
GAGTTTTCTT TAGCATTTGC ATCTGTGCAG AAACAAGCCA CCCAGAAGAG GGTGATGCGG 
AAAAAACAGA AAGCACTTCA GGCTGTAGCA AATCCTGAAG TGGCAGCTAA AAAGAAGTTG 
AAGAAACACA AAAACAAAAT TGAGGCCAAG AAAAGGAAGA TTGAGTTTCT ACGCCCTGGA 
TATAAAGCCA AGAGATCCCG CAGCCACACG CTGAAAGATT TAGCAATGGT GGAATAA

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

RefSeq	XP_031754720.1
CDS	436..8292
Translation	MMVKDMPAIYSLYSTLLAHQKPHIRNFAAESFAFLMRKVPDLNELLNFMFLDLKEHPQKAQGLGQLLFEMCKGVRNMFHSSALKAIKLILQKLGPVTETEEELPWSLVGETLKHFVESATHYINTEHFNPLITNIQETLLALSKKIGSNPSECSDQIERLLQAYSVLLAHGHGSKVPKPETDCQTLTEMMNTQNMSLSCCGNLLKITSTLLLNDNISLPACDIEHTISKVFQSGFARSLILEFSEDMFRMKQFEQHFLQSFLQYILLLFKEDDSQVKDEALVILAKLILSKAEPPSTASMAFEKYPLAFGVKSLNKSKCAEGEPSTVLSYVLSLVQLSEGQDITNLPQCWAALIVLPHLRPLEKDNILPLLKTFIEKLFVLTDQIQQKQGILFVLCQAVSTLLSLDDSSEILSIVPVENVKCLLLTFPSDPSVLLLADLYFTRLVFCGHQNRLSHNTMVEIFTKLQNNISTNSSKVRLLTIRILNNFDAPLTSALEEMQREGSQSLFSILLQAELVPATVHEYREKLLHLRKLRHDLVKTVAKGDLQEVPLRYLLAMLYINFSPLWDPVVELIVSHANEMENKSFWKVFCEHLEESATRAEKELKEENEPEEEISVTYGPESKSSSGGHIGALYNESIKRRTNINDRTDFTNFRFLLWKAMSMFPDRVEPRSRELSPLLLRFISNEYYPADLLIAPSQDLRKKHLEKVKSEDDVIMKENETIEEEEDVELNEVKDSGPQKKKTRRAASKQLIAHLKVFSKFSNPRALYLEQKLYDLYTQLLCHQDQEVQKITLECVMSYKHPHLLPYKENLLRLLDDKSFKDEIVHFSISEENSIVKSFHRPDVMSVLMRILYGRMRSKTGSKTQGKSAAGTRMSIVLRFLAGSLPEEIRMFLDLLFEPIKHLKDGHCLASVVQTVESLDLAKVLPLGRQHSLLSSLEVVLKHLGHLISLYLPEMLQILLCMTASVSYVLEQREKIQLKFINPLKNLRRLGVKRIAEFFTDFETYNFSSDEIDAIFHAVVWPQISRLAAESQYSPTLLLKLIHVWSSNSRFFLLLGKQRPGHPEYDILLNVFALLSTKNLSEATASLVIDVADNLLNSTDFEAAENLPCLLVNDCVLSDVENINDESPTVGVRLIYPHISAILQYLNKSMLNVDKMRKKKFSAQVSKELNILSKISKFIQEKEQSTVLIGLLISYLHKSNIAQDTEVDILQTIQNLLRHCTNPAIFLKPMAKLFAVIQNKLSRQTLCLTFQVLSELDPSMEYITDVAAKLNAFDKRHLDDIHFDVRIPAFQKATAHIKEMKSLDMNYIIPLMYNCFHTIQIGEMSLSDNASLCLTAIITQLAAVEHEEIEFREIVQRTLLQSVKTGLRSKVEHIQQDYTTLLSNLIRTFPKHPEFADLVQLTDYNDPEMDFFENMKHIQIHRRARALRKLAKKLVEENVLLSSKSLQNYIMPYATTTLFDEKMQKYENMINASVEMVGAVCKHLSWSAYMYHMKYFIHVLQTGQISQKLGVGLLVMVLDAFHFDHNTMEKHLQAVETEESKMDTDQLEEEEEEPMDLQEEEEENLEISNVDSEKAANVISENLDEEHKKSQKPNIALKSLPKNKEELASLIQHIQETVKTTIIPKLKKCLDAKVKRDEEHKSVKSKAVNEEEVVRVPIAFAMVKLMQTLPQEVMESNLPSILLKLCVFLRNRAQEIRDVARNTLIKIMETIGARYLHYVLKEMQSVLVKGYQVHVLTFTVSLLLKGLTGSLKNGDLDGCLETLVQIFNQELFGNIAEEKEVKGIVSKVMEARRSKSYDSYELLAQFVGKDQVVKLILPLKEVLEVTTSLKVSRKVHEAFRRIVFGLIANTGMTAQPVLLLSYGLISENLPLITEKEKNSRSEMLPPDQRLQPKSCLLIETPIPRGGLKAAVNSKTNLHILVETGLRLLHMSLKKSKVNSSDEHTLEMLDPFVLILIGCLQSMDVKVITGALQSFIWILKFPLPSLKTNTVELIKQLFLLLKDYAKAGVAKGQNFHLVVNCFKCVTILVKHTKGEITEKQLQVLLGYAEEDLYDSSRQATAFGLLKAIVSRKVIVPEIDEVMQKVAKLAVTGQSEQVRVQCRQIYLKYLLDYPLGVKLKTNLEFIIAQLNYEYETGRESALEMMAYLFQAFPESILNQFCGLLFVPIVLLMVNDDSPKCKKMAALAGKSLLSKINLQKKDLMFSLVTQWLSNEKSAHKRLGAQTCGLFVEAEGVEFERRLEPVLTTIEKEINPVMFEDLKEETEEKAADRLLFSFLTLITKLIKECNVTQLSKCQEIMVVILAHVQSHLWYPHSWVWLTSSQIFGLLFALQKPEDLVSKWMNKKPGKKATQEALSCSFLVEHLDVKMKDLALAFCHQLQSKFLDQALGEQIIKNLLFVAKVIYLLAPGVEPTQTSNGEMDSETNKDAVSGEEDDDAGDEEAKKDKEDEKKATLLWLMKRLTILAKREAAYTPKNPLKRTCIFKFLGACAVDLGKERLKPFLLTILTPLFRELSSTYSEQDPTLKNLAQEIIDLLKSLIGLEEFSLAFASVQKQATQKRVMRKKQKALQAVANPEVAAKKKLKKHKNKIEAKKRKIEFLRPGYKAKRSRSHTLKDLAMVE

Target ORF information:

RefSeq Version	XM_031898860.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis UTP20 small subunit processome component (utp20), transcript variant X4, mRNA.

Target ORF information:

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

XM_031898860.1

ORF Insert Sequence:

ATGATGGTAA AGGATATGCC AGCTATATAC AGTCTGTACA GCACTCTTTT GGCCCATCAG 
AAGCCACACA TCAGAAACTT TGCAGCAGAG AGCTTTGCAT TTTTAATGAG GAAGGTGCCT 
GATCTAAACG AGCTATTAAA TTTCATGTTT TTGGATCTTA AAGAGCACCC TCAAAAGGCA 
CAAGGCCTGG GGCAGTTACT GTTTGAGATG TGTAAAGGGG TTAGAAACAT GTTTCACTCC 
TCAGCCCTAA AGGCCATAAA ACTAATACTA CAAAAGCTTG GACCTGTCAC TGAAACTGAG 
GAGGAGTTGC CATGGAGTCT GGTTGGGGAA ACTTTGAAAC ATTTTGTGGA GTCTGCAACA 
CATTATATCA ACACAGAGCA TTTTAATCCA CTAATTACCA ATATTCAGGA GACCCTTTTA 
GCACTTTCAA AGAAAATAGG GTCAAATCCA TCTGAATGTT CAGATCAAAT TGAAAGGTTG 
CTGCAGGCGT ATTCTGTGCT TTTGGCGCAT GGTCACGGAT CTAAGGTCCC AAAACCAGAA 
ACTGACTGCC AGACTTTAAC AGAAATGATG AACACTCAAA ATATGTCATT GTCATGTTGT 
GGTAACCTTT TGAAGATAAC TTCTACTTTA CTTTTAAATG ACAACATTTC ACTGCCTGCC 
TGTGATATAG AACACACCAT CAGTAAGGTC TTTCAAAGTG GATTTGCAAG AAGTTTAATT 
CTGGAGTTTT CTGAAGATAT GTTCCGTATG AAGCAATTTG AGCAGCATTT TTTACAAAGC 
TTCCTACAGT ACATTCTGTT ACTTTTTAAA GAAGACGACA GTCAAGTAAA GGATGAGGCC 
TTGGTGATAC TGGCAAAGCT TATCTTATCA AAAGCTGAAC CTCCTTCTAC AGCATCAATG 
GCATTTGAGA AATATCCCCT TGCTTTTGGT GTGAAATCCC TAAACAAGTC TAAATGTGCT 
GAAGGGGAGC CTTCAACAGT GCTAAGCTAT GTACTCTCCT TGGTTCAGTT ATCAGAGGGA 
CAAGATATCA CCAACCTTCC CCAGTGTTGG GCTGCACTTA TTGTTCTGCC TCATTTAAGG 
CCACTGGAAA AAGACAACAT TCTGCCACTT TTAAAGACTT TTATTGAAAA GCTTTTTGTT 
TTAACGGATC AAATACAACA GAAGCAAGGA ATCCTATTTG TACTTTGCCA AGCTGTAAGC 
ACACTACTCA GTTTGGATGA CTCTTCAGAA ATTCTTTCTA TTGTTCCAGT AGAGAATGTG 
AAGTGCCTTT TGCTGACTTT CCCCTCTGAT CCAAGCGTCT TGCTCTTGGC TGATCTGTAC 
TTTACTAGAT TAGTATTTTG TGGCCACCAG AATCGACTGT CACACAACAC CATGGTGGAG 
ATCTTTACCA AACTGCAAAA TAACATTTCA ACAAACTCCT CAAAGGTGCG CCTTTTAACG 
ATAAGGATTT TAAATAATTT TGATGCTCCT CTCACTTCTG CTCTTGAGGA AATGCAGAGA 
GAGGGGAGTC AGTCACTGTT TTCAATCCTG TTGCAAGCTG AACTTGTACC AGCAACTGTT 
CATGAATACA GAGAGAAACT TCTTCATCTC AGAAAACTGA GGCATGATCT GGTGAAAACT 
GTAGCAAAAG GAGACTTGCA GGAGGTACCT CTACGGTATT TACTGGCAAT GCTGTATATC 
AATTTCAGTC CGCTCTGGGA TCCAGTTGTT GAGCTTATTG TTTCCCATGC AAATGAAATG 
GAAAATAAAT CTTTTTGGAA AGTATTTTGT GAGCATTTGG AGGAGTCTGC TACCCGTGCT 
GAGAAAGAAT TGAAAGAAGA AAATGAACCG GAGGAAGAGA TATCAGTCAC TTATGGCCCA 
GAATCCAAGT CTAGCTCTGG AGGACACATT GGAGCACTAT ATAACGAATC TATTAAACGC 
AGAACTAACA TTAATGACAG AACTGATTTT ACCAATTTCC GGTTTCTTTT GTGGAAAGCA 
ATGTCCATGT TCCCTGACAG GGTGGAACCA AGATCTAGGG AACTGTCACC CCTTCTGTTG 
AGGTTTATTA GCAATGAATA TTATCCAGCA GATTTATTAA TTGCTCCTTC TCAGGACCTT 
AGAAAAAAGC ATCTAGAAAA GGTAAAGTCT GAAGATGATG TTATCATGAA AGAGAATGAG 
ACTATAGAGG AGGAGGAGGA TGTAGAATTA AATGAAGTCA AAGATTCTGG GCCGCAGAAA 
AAGAAAACAA GGAGAGCAGC CTCAAAGCAG CTAATTGCTC ACTTGAAAGT GTTTTCCAAG 
TTTTCCAATC CGCGTGCCTT GTACCTGGAA CAAAAATTAT ATGACCTCTA CACACAGCTA 
CTATGTCATC AAGATCAGGA AGTACAGAAG ATCACCCTTG AGTGTGTGAT GAGCTATAAG 
CATCCCCATC TTCTCCCTTA CAAAGAAAAC CTGCTAAGGC TGTTGGATGA TAAAAGCTTT 
AAGGATGAAA TTGTCCATTT CAGCATATCT GAAGAGAATT CAATAGTAAA ATCCTTCCAC 
CGACCAGATG TAATGTCAGT TCTCATGAGA ATCCTTTATG GCCGCATGAG AAGTAAAACT 
GGCAGTAAAA CACAGGGCAA GTCGGCAGCA GGAACCCGCA TGTCTATTGT GTTAAGGTTC 
CTGGCTGGGT CACTGCCTGA GGAGATCAGG ATGTTCCTGG ATCTCCTATT TGAGCCCATA 
AAACATTTGA AAGATGGTCA TTGCCTTGCA TCAGTAGTAC AAACTGTTGA AAGTCTGGAT 
CTCGCTAAAG TTCTTCCTCT TGGGCGCCAG CACAGTCTGC TTAGTAGTTT GGAGGTGGTT 
TTGAAACATC TCGGACACCT GATTAGCCTC TACTTACCTG AAATGCTACA GATATTACTG 
TGCATGACTG CTTCCGTCTC TTACGTTCTC GAGCAAAGAG AAAAGATACA GCTAAAATTC 
ATCAACCCAT TAAAGAACTT GAGACGTCTT GGGGTTAAAC GCATTGCTGA ATTTTTTACG 
GATTTTGAGA CGTATAATTT CTCTTCAGAT GAGATTGACG CTATATTTCA TGCAGTTGTA 
TGGCCACAGA TTAGCAGACT TGCTGCTGAA AGTCAGTATT CCCCAACCCT TTTACTGAAA 
CTTATCCATG TTTGGAGCAG TAACAGCAGG TTTTTCCTGT TGCTTGGAAA ACAAAGGCCT 
GGGCATCCTG AATATGATAT ACTTCTAAAT GTGTTTGCAC TTCTCTCAAC AAAGAACTTA 
TCAGAGGCTA CTGCAAGTCT GGTTATAGAT GTGGCTGACA ATCTTCTTAA CAGCACGGAT 
TTTGAAGCTG CAGAGAATCT TCCCTGCTTG TTGGTGAATG ATTGTGTTCT CTCTGATGTT 
GAAAACATAA ATGATGAATC TCCCACTGTG GGTGTAAGGT TGATATACCC GCACATCTCT 
GCAATCCTGC AGTACCTCAA TAAGAGTATG CTGAATGTGG ACAAAATGAG GAAAAAGAAA 
TTTAGTGCAC AAGTGAGCAA AGAACTAAAC ATCCTGTCAA AGATCAGCAA GTTTATTCAG 
GAAAAAGAAC AAAGTACTGT GCTTATTGGG CTCCTTATTT CCTACTTGCA TAAAAGCAAT 
ATAGCTCAGG ATACAGAGGT GGATATTCTG CAAACAATTC AGAATCTGTT AAGACACTGT 
ACAAACCCTG CAATCTTTCT GAAGCCAATG GCAAAACTTT TTGCAGTTAT TCAGAACAAA 
TTATCCCGCC AGACTCTGTG TTTAACATTT CAGGTTTTGT CAGAACTGGA TCCCTCAATG 
GAATATATCA CAGATGTGGC TGCTAAGCTG AATGCATTTG ACAAGAGACA TTTAGATGAC 
ATTCACTTTG ATGTGCGGAT ACCAGCTTTC CAAAAAGCCA CTGCCCATAT AAAGGAGATG 
AAGTCACTCG ACATGAACTA TATCATTCCC CTTATGTACA ACTGCTTCCA TACTATACAG 
ATTGGAGAAA TGTCTCTGAG TGACAATGCC AGCCTGTGCC TTACTGCCAT AATAACACAG 
CTTGCAGCAG TGGAACACGA AGAGATTGAA TTCAGAGAGA TAGTGCAGCG CACTTTGCTG 
CAGAGTGTGA AAACAGGGCT GAGAAGCAAA GTGGAGCATA TTCAGCAGGA CTACACAACG 
TTGCTTTCTA ACTTGATCCG GACCTTTCCC AAACATCCAG AGTTTGCAGA TTTGGTTCAA 
CTTACAGATT ACAATGACCC CGAAATGGAC TTCTTTGAAA ACATGAAACA CATTCAGATT 
CACAGGAGAG CAAGGGCTTT GCGAAAATTA GCAAAGAAAC TTGTGGAGGA GAATGTGCTT 
TTATCCTCTA AATCCCTCCA GAACTACATC ATGCCATATG CCACCACAAC TCTCTTTGAC 
GAAAAGATGC AAAAGTATGA AAATATGATC AATGCATCTG TGGAGATGGT AGGCGCAGTG 
TGCAAACATC TGTCATGGTC GGCATACATG TACCACATGA AGTATTTTAT TCACGTTCTT 
CAAACTGGGC AGATCAGCCA GAAGCTGGGT GTCGGCTTGC TAGTGATGGT GCTTGATGCA 
TTTCATTTTG ATCACAATAC AATGGAAAAG CATCTGCAAG CAGTAGAAAC TGAAGAAAGT 
AAAATGGACA CTGACCAACT AGAAGAGGAG GAGGAGGAAC CAATGGATTT GCAAGAAGAG 
GAAGAGGAAA ATCTGGAAAT ATCCAATGTG GATAGTGAAA AGGCAGCAAA TGTGATAAGT 
GAGAATCTGG ATGAAGAACA CAAAAAGAGT CAAAAGCCAA ACATAGCGCT CAAGTCTCTA 
CCAAAGAACA AGGAAGAACT TGCATCACTT ATCCAACATA TTCAGGAGAC GGTCAAGACT 
ACTATCATAC CAAAGTTGAA GAAATGTCTT GATGCTAAGG TTAAAAGAGA TGAAGAGCAC 
AAGTCTGTGA AATCCAAAGC AGTGAATGAG GAGGAAGTTG TTAGGGTTCC AATTGCCTTT 
GCTATGGTAA AACTCATGCA GACTTTGCCA CAAGAAGTCA TGGAGTCTAA TTTACCTAGT 
ATCCTGCTCA AGCTCTGCGT TTTTTTGAGA AACAGAGCAC AGGAAATCCG TGATGTTGCC 
CGTAACACTT TAATTAAAAT CATGGAGACC ATTGGTGCTC GGTACCTGCA CTATGTACTT 
AAAGAGATGC AATCTGTGCT TGTCAAAGGA TACCAGGTCC ATGTTCTGAC CTTTACTGTC 
AGTCTGCTGT TAAAAGGGCT GACTGGCAGC CTAAAGAATG GAGATTTAGA TGGCTGCTTG 
GAAACACTGG TCCAGATTTT CAATCAGGAG TTGTTTGGGA ATATCGCAGA AGAAAAAGAA 
GTTAAAGGTA TTGTTTCAAA AGTAATGGAA GCACGAAGGA GTAAAAGCTA CGACTCTTAT 
GAACTCCTTG CTCAGTTTGT TGGAAAAGAT CAGGTGGTGA AGCTTATTCT GCCCTTGAAA 
GAGGTTCTGG AGGTGACTAC AAGCCTGAAG GTGTCACGTA AAGTGCATGA AGCTTTCCGC 
CGGATTGTTT TTGGTTTAAT CGCCAACACA GGAATGACTG CCCAGCCTGT CCTCTTACTC 
AGCTATGGGC TCATTAGTGA AAATCTCCCA CTAATAACTG AAAAAGAGAA AAATAGCCGC 
TCAGAAATGC TTCCTCCAGA TCAACGCCTT CAGCCCAAGA GCTGTTTGTT AATTGAGACA 
CCTATACCTC GTGGAGGCCT TAAAGCAGCA GTTAACAGCA AGACCAACCT GCACATCCTT 
GTAGAGACTG GACTACGGCT GCTGCACATG AGTTTGAAGA AATCCAAGGT CAATTCTTCT 
GATGAGCATA CATTAGAAAT GCTGGATCCC TTTGTGCTAA TCCTAATTGG CTGTTTGCAG 
TCAATGGATG TAAAGGTTAT CACTGGAGCA TTGCAGTCTT TCATCTGGAT CCTAAAGTTT 
CCTTTGCCTT CCCTTAAAAC CAACACAGTG GAACTGATCA AACAGCTCTT TCTGCTGCTG 
AAGGATTACG CAAAAGCTGG AGTAGCCAAA GGGCAGAATT TCCACTTGGT TGTTAACTGC 
TTCAAGTGCG TTACCATACT GGTGAAACAC ACGAAGGGTG AAATTACAGA GAAGCAGCTG 
CAAGTGTTAC TGGGCTATGC GGAGGAAGAT CTGTACGATT CATCACGACA GGCTACTGCC 
TTCGGCTTAT TAAAGGCCAT TGTATCAAGG AAGGTGATTG TTCCTGAGAT TGACGAGGTG 
ATGCAGAAAG TAGCCAAGTT AGCAGTGACT GGGCAGAGCG AACAAGTCAG AGTCCAATGT 
CGGCAGATTT ACTTGAAGTA CCTTCTTGAC TATCCTCTTG GGGTAAAATT AAAAACGAAT 
TTGGAGTTTA TAATTGCACA GCTAAACTAT GAATATGAAA CTGGAAGAGA GTCTGCTTTG 
GAAATGATGG CTTACCTTTT CCAGGCATTC CCAGAAAGCA TTCTCAACCA GTTCTGTGGA 
CTTCTATTTG TCCCCATTGT TTTGCTGATG GTTAATGATG ACTCCCCTAA GTGTAAAAAA 
ATGGCTGCTC TGGCAGGGAA ATCCCTTTTA AGTAAAATCA ATCTTCAGAA GAAGGATCTG 
ATGTTCTCCT TGGTCACTCA GTGGCTTTCT AATGAAAAGT CTGCTCACAA AAGATTAGGA 
GCCCAAACAT GTGGTTTATT TGTTGAAGCT GAAGGCGTTG AATTCGAGAG GAGACTGGAG 
CCTGTCCTTA CCACCATTGA AAAAGAAATT AACCCTGTTA TGTTTGAGGA TCTAAAAGAA 
GAGACTGAAG AAAAGGCAGC GGATAGATTG CTGTTTAGTT TTCTTACATT AATTACTAAG 
CTGATTAAGG AATGCAACGT TACCCAGTTA TCAAAGTGCC AAGAGATTAT GGTTGTAATA 
CTTGCCCATG TTCAGTCTCA TTTGTGGTAT CCTCATAGCT GGGTCTGGCT CACCTCATCC 
CAGATCTTTG GATTGCTTTT TGCCTTACAA AAGCCAGAAG ATCTTGTCAG TAAATGGATG 
AACAAAAAGC CGGGTAAAAA AGCCACACAG GAAGCATTAT CTTGCTCGTT CTTAGTGGAA 
CATCTGGATG TAAAGATGAA AGACCTCGCT CTGGCTTTCT GCCATCAGCT GCAGTCAAAA 
TTCCTTGACC AGGCTCTGGG AGAACAGATC ATTAAGAATT TGCTTTTTGT GGCCAAAGTT 
ATTTACCTCC TTGCCCCTGG CGTGGAACCT ACCCAAACTA GTAATGGGGA AATGGATAGT 
GAAACAAATA AGGATGCTGT ATCTGGGGAA GAGGATGATG ATGCTGGTGA TGAAGAGGCA 
AAGAAGGACA AAGAGGATGA GAAAAAAGCT ACGCTGCTTT GGTTGATGAA GAGACTGACC 
ATCTTAGCAA AAAGAGAAGC TGCCTATACG CCAAAAAACC CATTAAAGAG AACATGCATT 
TTCAAGTTCC TTGGAGCGTG CGCAGTAGAT CTGGGAAAGG AAAGACTGAA GCCTTTTCTC 
CTAACCATTT TAACCCCCCT TTTCAGAGAA CTTAGCAGCA CCTATTCAGA ACAAGACCCA 
ACTTTGAAGA ACTTAGCCCA AGAAATCATA GATCTTCTAA AGAGCTTAAT TGGGCTGGAG 
GAGTTTTCTT TAGCATTTGC ATCTGTGCAG AAACAAGCCA CCCAGAAGAG GGTGATGCGG 
AAAAAACAGA AAGCACTTCA GGCTGTAGCA AATCCTGAAG TGGCAGCTAA AAAGAAGTTG 
AAGAAACACA AAAACAAAAT TGAGGCCAAG AAAAGGAAGA TTGAGTTTCT ACGCCCTGGA 
TATAAAGCCA AGAGATCCCG CAGCCACACG CTGAAAGATT TAGCAATGGT GGAATAA

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

utp20 ( XM_018092639.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017948128.1 Xenopus tropicalis UTP20 small subunit processome component (utp20), mRNA.

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CloneID	OXa43529
Clone ID Related Accession (Same CDS sequence)	XM_018092639.1
Accession Version	XM_018092639.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8352bp) 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	1473177600000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	small subunit processome component 20 homolog
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGAAAACAA AATCATCTCG TCACAAGTCT GAGAACACTT ACAAGTTCCA GACATTTTCA 
GAAAGATTAG CAAATGTTAA CATTGATATT ATCCATCGTA TTGACAGAAC AGAGAGTCAT 
TCTGAGGTGG TTGAGACCTA CTTTTTTGAA GCATTACAGA AATGGAAGGA ACTAAATCTC 
ACTGAAAATT ATGTAACATT CTACAAAGAG GTATCTTCCA AATGTCAGTC TTTCAACCTT 
CTGGTATATC ACCAGAATGA TATAGTTCAA AGCTTGAAGA CTCATCTGCA GGTGAAGAAC 
AGCCTTGCTT ATCAACCCCT TCTCGACCTC GTGGTACAGC TGGCTAGAGA TCTCCAGATT 
GACTTCTATC CCCACTTTCA AGAGTTTTTC CTAGCTGTCT CTTCTATACT GGAAACCAAA 
GACACTGATT TATTAGAATG GGCCTTTACT TGCCTGTCGT ATCTCTACAA ATATCTATGG 
AGGATGATGG TAAAGGATAT GCCAGCTATA TACAGTCTGT ACAGCACTCT TTTGGCCCAT 
CAGAAGCCAC ACATCAGAAA CTTTGCAGCA GAGAGCTTTG CATTTTTAAT GAGGAAGGTG 
CCTGATCTAA ACGAGCTATT AAATTTCATG TTTTTGGATC TTAAAGAGCA CCCTCAAAAG 
GCACAAGGCC TGGGGCAGTT ACTGTTTGAG ATGTGTAAAG GGGTTAGAAA CATGTTTCAC 
TCCTCAGCCC TAAAGGCCAT AAAACTAATA CTACAAAAGC TTGGACCTGT CACTGAAACT 
GAGGAGGAGT TGCCATGGAG TCTGGTTGGG GAAACTTTGA AACATTTTGT GGAGTCTGCA 
ACACATTATA TCAACACAGA GCATTTTAAT CCACTAATTA CCAATATTCA GGAGACACTT 
TTAGCACTTT CAAAGAAAAT AGGGTCAAAT CCATCTGAAT GTTCAGATCA AATTGAAAGG 
TTGCTGCAGG CGTATTCTGT GCTTTTGGCG CATGGTCACG GATCTAAGGT CCCAAAACCA 
GAAACTGACT GCCAGACTTT AACAGAAATG ATGAACACTC AAAATATGTC ATTGTCATGT 
TGTGGTAACC TTTTGAAGAT AACTTCTACT TTACTTTTAA ATGACAACAT TTCACTGCCT 
GCCTGTGATA TAGAACACAC CATCAGTAAG GTCTTTCAAA GTGGATTTGC AAGAAGTTTA 
ATTCTGGAGT TTTCTGAAGA TATGTTCCGT ATGAAGCAAT TTGAGCAGCA TTTTTTACAA 
AGCTTCCTAC AGTACATTCT GTTACTTTTT AAAGAAGACG ACAGTCAAGT AAAGGATGAG 
GCCTTGGTGA TACTGGCAAA GCTTATCTTA TCAAAAGCTG AACCTCCTTC TACAGCATCA 
ATGGCATTTG AGAAATATCC CCTTGCTTTT GGTGTGAAAT CCCTAAACAA GTCTAAATGT 
GCTGAAGGGG AGCCTTCAAC AGTGCTAAGC TATGTACTCT CCTTGGTTCA GTTATCAGAG 
GGACAAGATA TCACCAACCT TCCCCAGTGT TGGGCTGCAC TTATTGTTCT GCCTCATTTA 
AGGCCACTGG AAAAAGACAA CATTCTGCCA CTTTTAAAGA CTTTTATTGA AAAGCTTTTT 
GTTTTAACGG ATCAAATACA ACAGAAGCAA GGAATCCTAT TTGTACTTTG CCAAGCTGTA 
AGCACACTAC TCAGTTTGGA TGACTCTTCA GAAATTCTTT CTATTGTTCC AGTAGAGAAT 
GTGAAGTGCC TTTTGCTGAC TTTCCCCTCT GATCCAAGCG TCTTGCTCTT GGCTGATCTG 
TACTTTACTA GATTAGTATT TTGTGGCCAC CAGAATCGAC TGTCACACAA CACCATGGTG 
GAGATCTTTA CCAAACTGCA AAATAACATT TCAACAAACT CCTCAAAGGT GCGCCTTTTA 
ACGATAAGGA TTTTAAATAA TTTTGATGCT CCTCTCACTT CTGCTCTTGA GGAAATGCAG 
AGAGAGGGGA GTCAGTCACT GTTTTCAATC CTGTTGCAAG CTGAACTTGT ACCAGCAACT 
GTTCATGAAT ACAGAGAGAA ACTTCTTCAT CTCAGAAAAC TGAGGCATGA TCTGGTGAAA 
ACTGTAGCAA AAGGAGACTT GCAGGAGGTA CCTCTACGGT ATTTACTGGC AATGCTGTAT 
ATCAATTTCA GTCCGCTCTG GGATCCAGTT GTTGAGCTTA TTGTTTCCCA TGCAAATGAA 
ATGGAAAATA AATCTTTTTG GAAAGTATTT TGTGAGCATT TGGAGGAGTC TGCTACCCGT 
GCTGAGAAAG AATTGAAAGA AGAAAATGAA CCGGAGGAAG AGATATCAGT CACTTATGGC 
CCAGAATCCA AGTCTAGCTC TGGAGGACAC ATTGGAGCAC TATATAACGA ATCTATTAAA 
CGCAGAACTA ACATTAATGA CAGAACTGAT TTTACCAATT TCCGGTTTCT TTTGTGGAAA 
GCAATGTCCA TGTTCCCTGA CAGGGTGGAA CCAAGATCTA GGGAACTGTC ACCCCTTCTG 
TTGAGGTTTA TTAGCAATGA ATATTATCCA GCAGATTTAT TAATTGCTCC TTCTCAGGAC 
CTTAGAAAAA AGCATCTAGA AAAGGTAAAG TCTGAAGATG ATGTTATCAT GAAAGAGAAT 
GAGACTATAG AGGAGGAGGA GGATGTAGAA TTAAATGAAG TCAAAGATTC TGGGCCGCAG 
AAAAAGAAAA CAAGGAGAGC AGCCTCAAAG CAGCTAATTG CTCACTTGAA AGTGTTTTCC 
AAGTTTTCCA ATCCGCGTGC CTTGTACCTG GAACAAAAAT TATATGACCT CTACACACAG 
CTACTATGTC ATCAAGATCA GGAAGTACAG AAGATCACCC TTGAGTGTGT GATGAGCTAT 
AAGCATCCCC ATCTTCTCCC TTACAAAGAA AACCTGCTAA GGCTGTTGGA TGATAAAAGC 
TTTAAGGATG AAATTGTCCA TTTCAGCATA TCTGAAGAGA ATTCAATAGT AAAATCCTTC 
CACCGACCAG ATGTAATGTC AGTTCTCATG AGAATCCTTT ATGGCCGCAT GAGAAGTAAA 
ACTGGCAGTA AAACACAGGG CAAGTCGGCA GCAGGAACCC GCATGTCTAT TGTGTTAAGG 
TTCCTGGCTG GGTCACTGCC TGAGGAGATC AGGATGTTCC TGGATCTCCT ATTTGAGCCC 
ATAAAACATT TGAAAGATGG TCATTGCCTT GCATCAGTAG TACAAACTGT TGAAAGTCTG 
GATCTCGCTA AAGTTCTTCC TCTTGGGCGC CAGCACAGTC TGCTTAGTAG TTTGGAGGTG 
GTTTTGAAAC ATCTCGGACA CCTGATTAGC CTCTACTTAC CTGAAATGCT ACAGATATTA 
CTGTGCATGA CTGCTTCCGT CTCTCACGTT CTCGAGCAAA GAGAAAAGAT ACAGCTAAAA 
TTCATCAACC CATTAAAGAA CTTGAGACGT CTTGGGGTTA AACGCATTGC TGAATTTTTT 
ACGGATTTTG AGACGTATAA TTTCTCTTCA GATGAGATTG ACGCTATATT TCATGCAGTT 
GTATGGCCAC AGATTAGCAG ACTTGCTGCT GAAAGTCAGT ATTCCCCAAC CCTTTTACTG 
AAACTTATCC ATGTTTGGAG CAGTAACAGC AGGTTTTTCC TGTTGCTTGG AAAACAAAGG 
CCTGGGCATC CTGAATATGA TATACTTCTA AATGTGTTTG CACTTCTCTC AACAAAGAAC 
TTATCAGAGG CTACTGCAAG TCTGGTTATA GATGTGGCTG ACAATCTTCT TAACAGCACG 
GATTTTGAAG CTGCAGAGAA TCTTCCCTGC TTGTTGGTGA ATGATTGTGT TCTCTCTGAT 
GTTGAAAACA TAAATGATGA ATCTCCCACT GTGGGTGTAA GGTTGATATA CCCGCACATC 
TCTGCAATCC TGCAGTACCT CAATAAGAGT ATGCTGAATG TGGACAAAAT GAGGAAAAAG 
AAATTTAGTG CACAAGTGAG CAAAGAACTA AACATCCTGT CAAAGATCAG CAAGTTTATT 
CAGGAAAAAG AACAAAGTAC TGTGCTTATT GGGCTCCTTA TTTCCTACTT GCATAAAAGC 
AATATAGCTC AGGATACAGA GGTGGATATT CTGCAAACAA TTCAGAATCT GTTAAGACAC 
TGTACAAACC CTGCAATCTT TCTGAAGCCA ATGGCAAAAC TTTTTGCAGT TATTCAGAAC 
AAATTATCCC GCCAGACTCT GTGTTTAACA TTTCAGGTTT TGTCAGAACT GGATCCCTCA 
ATGGAATATA TCACAGATGT GGCTGCTAAG CTGAATGCAT TTGACAAGAG ACATTTAGAT 
GACATTCACT TTGATGTGCG GATACCAGCT TTCCAAAAAG CCACTGCCCA TATAAAGGAG 
ATGAAGTCAC TCGACATGAA CTATATCATT CCCCTTATGT ACAACTGCTT CCATACTATA 
CAGATTGGAG AAATGTCTCT GAGTGACAAT GCCAGCCTGT GCCTTACTGC CATAATAACA 
CAGCTTGCAG CAGTGGAACA CGAAGAGATT GAATTCAGAG AGATAGTGCA GCGCACTTTG 
CTGCAGAGTG TGAAAACAGG GCTGAGAAGC AAAGTGGAGC ATATTCAGCA GGACTACACA 
ACGTTGCTTT CTAACTTGAT CCGGACCTTT CCCAAACATC CAGAGTTTGC AGATTTGGTT 
CAACTTACAG ATTACAATGA CCCCGAAATG GACTTCTTTG AAAACATGAA ACACATTCAG 
ATTCACAGGA GAGCAAGGGC TTTGCGGAAA TTAGCAAAGA AACTTGTGGA GGAGAATGTG 
CTTTTATCCT CTAAATCCCT CCAGAACTAC ATCATGCCAT ATGCCACCAC AACTCTCTTT 
GACGAAAAGA TGCAAAAGTA TGAAAATATG ATCAATGCCT CTGTGGAGAT GGTAGGCGCA 
GTGTGCAAAC ATCTGTCATG GTCGGCATAC ATGTACCACA TGAAGTATTT TATTCACGTT 
CTTCAAACTG GGCAGATCAG CCAGAAGCTG GGTGTCAGCT TGCTAGTGAT GGTGCTTGAT 
GCATTTCATT TTGATCACAA TACAATGGAA AAGCATCTGC AAGCAGTAGA AACTGAAGAA 
AGTAAAATGG ACACTGACCA ACTAGAAGAG GAGGAGGAGG AGGAACCAAT GGATTTGCAA 
GAAGAGGAAG AGGAAAATCT GGAAATATCC AATGCGGATA GTGAAAAGGC AGCAAATGTG 
ATAAGTGAGA ATCTGGATGA AGAACACAAA AAAAGTCAAA AGCCAAACAT AGCGCTCAAG 
TCTCTACCAA AGAACAAGGA AGAACTTGCA TCACTTATCC AACATATTCA GGAGACGGTC 
AAGACTACTA TCATACCAAA GTTGAAGAAA TGTCTTGATG CTAAGGTTAA AAGAGATGAA 
GAGCACAAGT CTGTGAAATC CAAAGCAGTG AATGAGGAGG AAGTTGTTAG GGTTCCAATT 
GCCTTTGCTA TGGTAAAACT CATGCAGACT TTGCCACAAG AAGTAATGGA GTCTAATTTA 
CCTAGTATCC TGCTCAAGCT CTGTGTTTTT TTGAGAAACA GAGCACAGGA AATCCGTGAT 
GTTGCCCGTA ACACTTTAAT TAAAATCATG GAGACCATTG GTGCTCGGTA CCTGCACTAT 
GTACTTAAAG AGATGCAATC TGTGCTTGTC AAAGGATACC AGGTCCATGT TCTGACCTTT 
ACTGTCAGTC TGCTGTTAAA AGGGCTGACT GGCAGCCTAA AGAATGGAGA TTTAGATGGC 
TGCTTGGAAA CACTGGTCCA GATTTTCAAT CAGGAGTTGT TTGGGAATAT CGCAGAAGAA 
AAAGAAGTTA AAGGTATTGT TTCAAAAGTA ATGGAAGCAC GAAGGAGTAA AAGCTACGAC 
TCTTATGAAC TCCTTGCTCA GTTTGTTGGA AAAGATCAGG TGGTGAAGCT TATTCTGCCC 
TTGAAAGAGG TTCTGGAGGT GACTACAAGC CTGAAGGTTT CACGTAAAGT GCATGAAGCT 
TTCCGCCGGA TTGTTTTTGG TTTAATCGCC AACACAGGAA TGACTGCCCA GCCTGTCCTC 
TTACTCAGCT ATGGGCTCAT TAGTGAAAAT CTCCCACTAA TAACTGAAAA AGAGAAAAAT 
AGCCGCTCAG AAATGCTTCC TCCAGATCAA CGCCTTCAGC CCAAGAGCTG TTTGTTAATT 
GAGACACCTA TACCTCGTGG AGGCCTTAAA GCAGCAGTTA ACAGCAAGAC CAACCTGCAC 
ATCCTTGTAG AGACTGGACT ACGGCTGCTG CACATGAGTT TGAAGAAATC CAAGGTCAAT 
TCTTCTGATG AGCATACATT AGAAATGCTG GATCCCTTTG TGCTAATCCT AATTGGCTGT 
TTGCAGTCAA TGGATGTAAA GGTTATCACT GGAGCATTGC AGTCTTTCAT CTGGATCCTA 
AAGTTTCCTT TGCCTTCCCT TAAAACCAAC ACAGTGGAAC TGATCAAACA GCTCTTTCTG 
CTGCTGAAGG ATTACGCAAA AGCTGGAGTA GCCAAAGGGC AGAATTTCCA CTTGGTTGTT 
AACTGCTTCA AGTGCGTTAC CATACTGGTG AAACACACGA AGGGTGAAAT TACAGAGAAG 
CAGCTGCAAG TGTTACTGGG CTATGCGGAG GAAGATCTGT ACGATTCATC ACGACAGGCT 
ACTGCCTTCG GCTTATTAAA GGCCATTGTA TCAAGGAAGG TGATTGTTCC TGAGATTGAC 
GAGGTGATGC AGAAAGTAGC CAAGTTAGCA GTGACTGGGC AGAGCGAGCA AGTCAGAGTC 
CAATGTCGGC AGATTTACTT GAAGTACCTT CTTGACTATC CTCTTGGGGT AAAATTAAAA 
ACGAATTTGG AGTTTATAAT TGCACAGCTA AACTATGAAT ATGAAACTGG AAGAGAGTCT 
GCTTTGGAAA TGATGGCTTA CCTTTTCCAG GCATTCCCAG AAAGCATTCT CAACCAGTTC 
TGTGGACTTC TATTTGTCCC CATTGTTTTG CTGATGGTTA ATGATGACTC CCCTAAGTGT 
AAAAAAATGG CTGCTCTGGC AGGGAAATCC CTTTTAAGTA AAATCAATCT TCAGAAGAAG 
GATCTGATGT TCTCCTTGGT CACTCAGTGG CTTTCTAATG AAAAGTCTGC TCACAAAAGA 
TTAGGAGCCC AAACATGTGG TTTATTTGTT GAAGCTGAAG GCGTTGAATT CGAGAGGAGA 
CTGGAGCCTG TCCTTACCAC CATTGAAAAA GAAATTAACC CTGTTATGTT TGAGGATCTA 
AAAGAAGAGA CTGAAGAAAA GGCAGCGGAT AGATTGCTGT TTAGTTTTCT TACATTAATT 
ACTAAGCTGA TTAAGGAATG CAACGTTACC CAGTTATCAA AGTGCCAAGA GATTATGGTT 
GTAATACTTG CCCATGTTCA GTCTCATTTG TGGTATCCTC ATAGCTGGGT CTGGCTCACC 
TCATCCCAGA TCTTTGGATT GCTTTTTGCC TTACAAAAGC CAGAAGATCT TGTCAGTAAA 
TGGATGAACA AAAAGCCGGG TAAAAAAGCC ACACAGGAAG CATTATCTTG CTCGTTCTTA 
GTGGAACATC TGGATGTAAA GATGAAAGAC CTCGCTCTGG CTTTCTGCCA TCAGCTGCAG 
TCAAAATTCC TTGACCAGGC TCTGGGAGAA CAGATCATTA AGAATTTGCT TTTTGTGGCC 
AAAGTTATTT ACCTCCTTGC CCCTGGCGTG GAACCTACCC AAACTAGTAA TGGGGAAATG 
GATAGTGAAA CAAATAAGGA TGCTGTATCT GGGGAAGAGG ATGATGATGC TGGTGATGGT 
GATGAAGAGG CAAAGAAGGA CAAAGAGGAT GAGAAAAAAG CTACGCTGCT TTGGTTGATG 
AAGAGACTGA CCATCTTAGC AAAAAGAGAA GCTGCCTATA CGCCAAAAAA CCCATTAAAG 
AGAACATGCA TTTTCAAGTT CCTTGGAGCG TGCGCAGTAG ATCTGGGAAA GGAAAGACTG 
AAGCCTTTTC TCCTAACCAT TTTAACCCCC CTTTTCAGAG AACTTAGCAG CACCTATTCA 
GAACAAGACC CAACTTTGAA GAACTTAGCC CAAGAAATCA TAGATCTTCT AAAGAGCTTA 
ATTGGGCTGG AGGAGTTTTC TTTAGCATTT GCATCTGTGC AGAAACAAGC CACCCAGAAG 
AGGGTGATGC GGAAAAAACA GAAAGCACTT CAGGTAAAAG ATAAGGGCCA GAGCAAAATA 
TCAGATCCAG CCATTAATCA TCTAGAACAG TGCTGTCCAA CTTCTGTGGT ACCAAGGGCC 
GGAATTTTTC CGACCTACGT GAGAATCTTG GCATTGCAAG GAGTTAGAAC AGTCAACTGG 
ACAAAGAAGT GA

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

RefSeq	XP_017948128.1
CDS	193..8544
Translation	MKTKSSRHKSENTYKFQTFSERLANVNIDIIHRIDRTESHSEVVETYFFEALQKWKELNLTENYVTFYKEVSSKCQSFNLLVYHQNDIVQSLKTHLQVKNSLAYQPLLDLVVQLARDLQIDFYPHFQEFFLAVSSILETKDTDLLEWAFTCLSYLYKYLWRMMVKDMPAIYSLYSTLLAHQKPHIRNFAAESFAFLMRKVPDLNELLNFMFLDLKEHPQKAQGLGQLLFEMCKGVRNMFHSSALKAIKLILQKLGPVTETEEELPWSLVGETLKHFVESATHYINTEHFNPLITNIQETLLALSKKIGSNPSECSDQIERLLQAYSVLLAHGHGSKVPKPETDCQTLTEMMNTQNMSLSCCGNLLKITSTLLLNDNISLPACDIEHTISKVFQSGFARSLILEFSEDMFRMKQFEQHFLQSFLQYILLLFKEDDSQVKDEALVILAKLILSKAEPPSTASMAFEKYPLAFGVKSLNKSKCAEGEPSTVLSYVLSLVQLSEGQDITNLPQCWAALIVLPHLRPLEKDNILPLLKTFIEKLFVLTDQIQQKQGILFVLCQAVSTLLSLDDSSEILSIVPVENVKCLLLTFPSDPSVLLLADLYFTRLVFCGHQNRLSHNTMVEIFTKLQNNISTNSSKVRLLTIRILNNFDAPLTSALEEMQREGSQSLFSILLQAELVPATVHEYREKLLHLRKLRHDLVKTVAKGDLQEVPLRYLLAMLYINFSPLWDPVVELIVSHANEMENKSFWKVFCEHLEESATRAEKELKEENEPEEEISVTYGPESKSSSGGHIGALYNESIKRRTNINDRTDFTNFRFLLWKAMSMFPDRVEPRSRELSPLLLRFISNEYYPADLLIAPSQDLRKKHLEKVKSEDDVIMKENETIEEEEDVELNEVKDSGPQKKKTRRAASKQLIAHLKVFSKFSNPRALYLEQKLYDLYTQLLCHQDQEVQKITLECVMSYKHPHLLPYKENLLRLLDDKSFKDEIVHFSISEENSIVKSFHRPDVMSVLMRILYGRMRSKTGSKTQGKSAAGTRMSIVLRFLAGSLPEEIRMFLDLLFEPIKHLKDGHCLASVVQTVESLDLAKVLPLGRQHSLLSSLEVVLKHLGHLISLYLPEMLQILLCMTASVSHVLEQREKIQLKFINPLKNLRRLGVKRIAEFFTDFETYNFSSDEIDAIFHAVVWPQISRLAAESQYSPTLLLKLIHVWSSNSRFFLLLGKQRPGHPEYDILLNVFALLSTKNLSEATASLVIDVADNLLNSTDFEAAENLPCLLVNDCVLSDVENINDESPTVGVRLIYPHISAILQYLNKSMLNVDKMRKKKFSAQVSKELNILSKISKFIQEKEQSTVLIGLLISYLHKSNIAQDTEVDILQTIQNLLRHCTNPAIFLKPMAKLFAVIQNKLSRQTLCLTFQVLSELDPSMEYITDVAAKLNAFDKRHLDDIHFDVRIPAFQKATAHIKEMKSLDMNYIIPLMYNCFHTIQIGEMSLSDNASLCLTAIITQLAAVEHEEIEFREIVQRTLLQSVKTGLRSKVEHIQQDYTTLLSNLIRTFPKHPEFADLVQLTDYNDPEMDFFENMKHIQIHRRARALRKLAKKLVEENVLLSSKSLQNYIMPYATTTLFDEKMQKYENMINASVEMVGAVCKHLSWSAYMYHMKYFIHVLQTGQISQKLGVSLLVMVLDAFHFDHNTMEKHLQAVETEESKMDTDQLEEEEEEEPMDLQEEEEENLEISNADSEKAANVISENLDEEHKKSQKPNIALKSLPKNKEELASLIQHIQETVKTTIIPKLKKCLDAKVKRDEEHKSVKSKAVNEEEVVRVPIAFAMVKLMQTLPQEVMESNLPSILLKLCVFLRNRAQEIRDVARNTLIKIMETIGARYLHYVLKEMQSVLVKGYQVHVLTFTVSLLLKGLTGSLKNGDLDGCLETLVQIFNQELFGNIAEEKEVKGIVSKVMEARRSKSYDSYELLAQFVGKDQVVKLILPLKEVLEVTTSLKVSRKVHEAFRRIVFGLIANTGMTAQPVLLLSYGLISENLPLITEKEKNSRSEMLPPDQRLQPKSCLLIETPIPRGGLKAAVNSKTNLHILVETGLRLLHMSLKKSKVNSSDEHTLEMLDPFVLILIGCLQSMDVKVITGALQSFIWILKFPLPSLKTNTVELIKQLFLLLKDYAKAGVAKGQNFHLVVNCFKCVTILVKHTKGEITEKQLQVLLGYAEEDLYDSSRQATAFGLLKAIVSRKVIVPEIDEVMQKVAKLAVTGQSEQVRVQCRQIYLKYLLDYPLGVKLKTNLEFIIAQLNYEYETGRESALEMMAYLFQAFPESILNQFCGLLFVPIVLLMVNDDSPKCKKMAALAGKSLLSKINLQKKDLMFSLVTQWLSNEKSAHKRLGAQTCGLFVEAEGVEFERRLEPVLTTIEKEINPVMFEDLKEETEEKAADRLLFSFLTLITKLIKECNVTQLSKCQEIMVVILAHVQSHLWYPHSWVWLTSSQIFGLLFALQKPEDLVSKWMNKKPGKKATQEALSCSFLVEHLDVKMKDLALAFCHQLQSKFLDQALGEQIIKNLLFVAKVIYLLAPGVEPTQTSNGEMDSETNKDAVSGEEDDDAGDGDEEAKKDKEDEKKATLLWLMKRLTILAKREAAYTPKNPLKRTCIFKFLGACAVDLGKERLKPFLLTILTPLFRELSSTYSEQDPTLKNLAQEIIDLLKSLIGLEEFSLAFASVQKQATQKRVMRKKQKALQVKDKGQSKISDPAINHLEQCCPTSVVPRAGIFPTYVRILALQGVRTVNWTKK

Target ORF information:

RefSeq Version	XM_018092639.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis 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

XM_018092639.1

ORF Insert Sequence:

ATGAAAACAA AATCATCTCG TCACAAGTCT GAGAACACTT ACAAGTTCCA GACATTTTCA 
GAAAGATTAG CAAATGTTAA CATTGATATT ATCCATCGTA TTGACAGAAC AGAGAGTCAT 
TCTGAGGTGG TTGAGACCTA CTTTTTTGAA GCATTACAGA AATGGAAGGA ACTAAATCTC 
ACTGAAAATT ATGTAACATT CTACAAAGAG GTATCTTCCA AATGTCAGTC TTTCAACCTT 
CTGGTATATC ACCAGAATGA TATAGTTCAA AGCTTGAAGA CTCATCTGCA GGTGAAGAAC 
AGCCTTGCTT ATCAACCCCT TCTCGACCTC GTGGTACAGC TGGCTAGAGA TCTCCAGATT 
GACTTCTATC CCCACTTTCA AGAGTTTTTC CTAGCTGTCT CTTCTATACT GGAAACCAAA 
GACACTGATT TATTAGAATG GGCCTTTACT TGCCTGTCGT ATCTCTACAA ATATCTATGG 
AGGATGATGG TAAAGGATAT GCCAGCTATA TACAGTCTGT ACAGCACTCT TTTGGCCCAT 
CAGAAGCCAC ACATCAGAAA CTTTGCAGCA GAGAGCTTTG CATTTTTAAT GAGGAAGGTG 
CCTGATCTAA ACGAGCTATT AAATTTCATG TTTTTGGATC TTAAAGAGCA CCCTCAAAAG 
GCACAAGGCC TGGGGCAGTT ACTGTTTGAG ATGTGTAAAG GGGTTAGAAA CATGTTTCAC 
TCCTCAGCCC TAAAGGCCAT AAAACTAATA CTACAAAAGC TTGGACCTGT CACTGAAACT 
GAGGAGGAGT TGCCATGGAG TCTGGTTGGG GAAACTTTGA AACATTTTGT GGAGTCTGCA 
ACACATTATA TCAACACAGA GCATTTTAAT CCACTAATTA CCAATATTCA GGAGACACTT 
TTAGCACTTT CAAAGAAAAT AGGGTCAAAT CCATCTGAAT GTTCAGATCA AATTGAAAGG 
TTGCTGCAGG CGTATTCTGT GCTTTTGGCG CATGGTCACG GATCTAAGGT CCCAAAACCA 
GAAACTGACT GCCAGACTTT AACAGAAATG ATGAACACTC AAAATATGTC ATTGTCATGT 
TGTGGTAACC TTTTGAAGAT AACTTCTACT TTACTTTTAA ATGACAACAT TTCACTGCCT 
GCCTGTGATA TAGAACACAC CATCAGTAAG GTCTTTCAAA GTGGATTTGC AAGAAGTTTA 
ATTCTGGAGT TTTCTGAAGA TATGTTCCGT ATGAAGCAAT TTGAGCAGCA TTTTTTACAA 
AGCTTCCTAC AGTACATTCT GTTACTTTTT AAAGAAGACG ACAGTCAAGT AAAGGATGAG 
GCCTTGGTGA TACTGGCAAA GCTTATCTTA TCAAAAGCTG AACCTCCTTC TACAGCATCA 
ATGGCATTTG AGAAATATCC CCTTGCTTTT GGTGTGAAAT CCCTAAACAA GTCTAAATGT 
GCTGAAGGGG AGCCTTCAAC AGTGCTAAGC TATGTACTCT CCTTGGTTCA GTTATCAGAG 
GGACAAGATA TCACCAACCT TCCCCAGTGT TGGGCTGCAC TTATTGTTCT GCCTCATTTA 
AGGCCACTGG AAAAAGACAA CATTCTGCCA CTTTTAAAGA CTTTTATTGA AAAGCTTTTT 
GTTTTAACGG ATCAAATACA ACAGAAGCAA GGAATCCTAT TTGTACTTTG CCAAGCTGTA 
AGCACACTAC TCAGTTTGGA TGACTCTTCA GAAATTCTTT CTATTGTTCC AGTAGAGAAT 
GTGAAGTGCC TTTTGCTGAC TTTCCCCTCT GATCCAAGCG TCTTGCTCTT GGCTGATCTG 
TACTTTACTA GATTAGTATT TTGTGGCCAC CAGAATCGAC TGTCACACAA CACCATGGTG 
GAGATCTTTA CCAAACTGCA AAATAACATT TCAACAAACT CCTCAAAGGT GCGCCTTTTA 
ACGATAAGGA TTTTAAATAA TTTTGATGCT CCTCTCACTT CTGCTCTTGA GGAAATGCAG 
AGAGAGGGGA GTCAGTCACT GTTTTCAATC CTGTTGCAAG CTGAACTTGT ACCAGCAACT 
GTTCATGAAT ACAGAGAGAA ACTTCTTCAT CTCAGAAAAC TGAGGCATGA TCTGGTGAAA 
ACTGTAGCAA AAGGAGACTT GCAGGAGGTA CCTCTACGGT ATTTACTGGC AATGCTGTAT 
ATCAATTTCA GTCCGCTCTG GGATCCAGTT GTTGAGCTTA TTGTTTCCCA TGCAAATGAA 
ATGGAAAATA AATCTTTTTG GAAAGTATTT TGTGAGCATT TGGAGGAGTC TGCTACCCGT 
GCTGAGAAAG AATTGAAAGA AGAAAATGAA CCGGAGGAAG AGATATCAGT CACTTATGGC 
CCAGAATCCA AGTCTAGCTC TGGAGGACAC ATTGGAGCAC TATATAACGA ATCTATTAAA 
CGCAGAACTA ACATTAATGA CAGAACTGAT TTTACCAATT TCCGGTTTCT TTTGTGGAAA 
GCAATGTCCA TGTTCCCTGA CAGGGTGGAA CCAAGATCTA GGGAACTGTC ACCCCTTCTG 
TTGAGGTTTA TTAGCAATGA ATATTATCCA GCAGATTTAT TAATTGCTCC TTCTCAGGAC 
CTTAGAAAAA AGCATCTAGA AAAGGTAAAG TCTGAAGATG ATGTTATCAT GAAAGAGAAT 
GAGACTATAG AGGAGGAGGA GGATGTAGAA TTAAATGAAG TCAAAGATTC TGGGCCGCAG 
AAAAAGAAAA CAAGGAGAGC AGCCTCAAAG CAGCTAATTG CTCACTTGAA AGTGTTTTCC 
AAGTTTTCCA ATCCGCGTGC CTTGTACCTG GAACAAAAAT TATATGACCT CTACACACAG 
CTACTATGTC ATCAAGATCA GGAAGTACAG AAGATCACCC TTGAGTGTGT GATGAGCTAT 
AAGCATCCCC ATCTTCTCCC TTACAAAGAA AACCTGCTAA GGCTGTTGGA TGATAAAAGC 
TTTAAGGATG AAATTGTCCA TTTCAGCATA TCTGAAGAGA ATTCAATAGT AAAATCCTTC 
CACCGACCAG ATGTAATGTC AGTTCTCATG AGAATCCTTT ATGGCCGCAT GAGAAGTAAA 
ACTGGCAGTA AAACACAGGG CAAGTCGGCA GCAGGAACCC GCATGTCTAT TGTGTTAAGG 
TTCCTGGCTG GGTCACTGCC TGAGGAGATC AGGATGTTCC TGGATCTCCT ATTTGAGCCC 
ATAAAACATT TGAAAGATGG TCATTGCCTT GCATCAGTAG TACAAACTGT TGAAAGTCTG 
GATCTCGCTA AAGTTCTTCC TCTTGGGCGC CAGCACAGTC TGCTTAGTAG TTTGGAGGTG 
GTTTTGAAAC ATCTCGGACA CCTGATTAGC CTCTACTTAC CTGAAATGCT ACAGATATTA 
CTGTGCATGA CTGCTTCCGT CTCTCACGTT CTCGAGCAAA GAGAAAAGAT ACAGCTAAAA 
TTCATCAACC CATTAAAGAA CTTGAGACGT CTTGGGGTTA AACGCATTGC TGAATTTTTT 
ACGGATTTTG AGACGTATAA TTTCTCTTCA GATGAGATTG ACGCTATATT TCATGCAGTT 
GTATGGCCAC AGATTAGCAG ACTTGCTGCT GAAAGTCAGT ATTCCCCAAC CCTTTTACTG 
AAACTTATCC ATGTTTGGAG CAGTAACAGC AGGTTTTTCC TGTTGCTTGG AAAACAAAGG 
CCTGGGCATC CTGAATATGA TATACTTCTA AATGTGTTTG CACTTCTCTC AACAAAGAAC 
TTATCAGAGG CTACTGCAAG TCTGGTTATA GATGTGGCTG ACAATCTTCT TAACAGCACG 
GATTTTGAAG CTGCAGAGAA TCTTCCCTGC TTGTTGGTGA ATGATTGTGT TCTCTCTGAT 
GTTGAAAACA TAAATGATGA ATCTCCCACT GTGGGTGTAA GGTTGATATA CCCGCACATC 
TCTGCAATCC TGCAGTACCT CAATAAGAGT ATGCTGAATG TGGACAAAAT GAGGAAAAAG 
AAATTTAGTG CACAAGTGAG CAAAGAACTA AACATCCTGT CAAAGATCAG CAAGTTTATT 
CAGGAAAAAG AACAAAGTAC TGTGCTTATT GGGCTCCTTA TTTCCTACTT GCATAAAAGC 
AATATAGCTC AGGATACAGA GGTGGATATT CTGCAAACAA TTCAGAATCT GTTAAGACAC 
TGTACAAACC CTGCAATCTT TCTGAAGCCA ATGGCAAAAC TTTTTGCAGT TATTCAGAAC 
AAATTATCCC GCCAGACTCT GTGTTTAACA TTTCAGGTTT TGTCAGAACT GGATCCCTCA 
ATGGAATATA TCACAGATGT GGCTGCTAAG CTGAATGCAT TTGACAAGAG ACATTTAGAT 
GACATTCACT TTGATGTGCG GATACCAGCT TTCCAAAAAG CCACTGCCCA TATAAAGGAG 
ATGAAGTCAC TCGACATGAA CTATATCATT CCCCTTATGT ACAACTGCTT CCATACTATA 
CAGATTGGAG AAATGTCTCT GAGTGACAAT GCCAGCCTGT GCCTTACTGC CATAATAACA 
CAGCTTGCAG CAGTGGAACA CGAAGAGATT GAATTCAGAG AGATAGTGCA GCGCACTTTG 
CTGCAGAGTG TGAAAACAGG GCTGAGAAGC AAAGTGGAGC ATATTCAGCA GGACTACACA 
ACGTTGCTTT CTAACTTGAT CCGGACCTTT CCCAAACATC CAGAGTTTGC AGATTTGGTT 
CAACTTACAG ATTACAATGA CCCCGAAATG GACTTCTTTG AAAACATGAA ACACATTCAG 
ATTCACAGGA GAGCAAGGGC TTTGCGGAAA TTAGCAAAGA AACTTGTGGA GGAGAATGTG 
CTTTTATCCT CTAAATCCCT CCAGAACTAC ATCATGCCAT ATGCCACCAC AACTCTCTTT 
GACGAAAAGA TGCAAAAGTA TGAAAATATG ATCAATGCCT CTGTGGAGAT GGTAGGCGCA 
GTGTGCAAAC ATCTGTCATG GTCGGCATAC ATGTACCACA TGAAGTATTT TATTCACGTT 
CTTCAAACTG GGCAGATCAG CCAGAAGCTG GGTGTCAGCT TGCTAGTGAT GGTGCTTGAT 
GCATTTCATT TTGATCACAA TACAATGGAA AAGCATCTGC AAGCAGTAGA AACTGAAGAA 
AGTAAAATGG ACACTGACCA ACTAGAAGAG GAGGAGGAGG AGGAACCAAT GGATTTGCAA 
GAAGAGGAAG AGGAAAATCT GGAAATATCC AATGCGGATA GTGAAAAGGC AGCAAATGTG 
ATAAGTGAGA ATCTGGATGA AGAACACAAA AAAAGTCAAA AGCCAAACAT AGCGCTCAAG 
TCTCTACCAA AGAACAAGGA AGAACTTGCA TCACTTATCC AACATATTCA GGAGACGGTC 
AAGACTACTA TCATACCAAA GTTGAAGAAA TGTCTTGATG CTAAGGTTAA AAGAGATGAA 
GAGCACAAGT CTGTGAAATC CAAAGCAGTG AATGAGGAGG AAGTTGTTAG GGTTCCAATT 
GCCTTTGCTA TGGTAAAACT CATGCAGACT TTGCCACAAG AAGTAATGGA GTCTAATTTA 
CCTAGTATCC TGCTCAAGCT CTGTGTTTTT TTGAGAAACA GAGCACAGGA AATCCGTGAT 
GTTGCCCGTA ACACTTTAAT TAAAATCATG GAGACCATTG GTGCTCGGTA CCTGCACTAT 
GTACTTAAAG AGATGCAATC TGTGCTTGTC AAAGGATACC AGGTCCATGT TCTGACCTTT 
ACTGTCAGTC TGCTGTTAAA AGGGCTGACT GGCAGCCTAA AGAATGGAGA TTTAGATGGC 
TGCTTGGAAA CACTGGTCCA GATTTTCAAT CAGGAGTTGT TTGGGAATAT CGCAGAAGAA 
AAAGAAGTTA AAGGTATTGT TTCAAAAGTA ATGGAAGCAC GAAGGAGTAA AAGCTACGAC 
TCTTATGAAC TCCTTGCTCA GTTTGTTGGA AAAGATCAGG TGGTGAAGCT TATTCTGCCC 
TTGAAAGAGG TTCTGGAGGT GACTACAAGC CTGAAGGTTT CACGTAAAGT GCATGAAGCT 
TTCCGCCGGA TTGTTTTTGG TTTAATCGCC AACACAGGAA TGACTGCCCA GCCTGTCCTC 
TTACTCAGCT ATGGGCTCAT TAGTGAAAAT CTCCCACTAA TAACTGAAAA AGAGAAAAAT 
AGCCGCTCAG AAATGCTTCC TCCAGATCAA CGCCTTCAGC CCAAGAGCTG TTTGTTAATT 
GAGACACCTA TACCTCGTGG AGGCCTTAAA GCAGCAGTTA ACAGCAAGAC CAACCTGCAC 
ATCCTTGTAG AGACTGGACT ACGGCTGCTG CACATGAGTT TGAAGAAATC CAAGGTCAAT 
TCTTCTGATG AGCATACATT AGAAATGCTG GATCCCTTTG TGCTAATCCT AATTGGCTGT 
TTGCAGTCAA TGGATGTAAA GGTTATCACT GGAGCATTGC AGTCTTTCAT CTGGATCCTA 
AAGTTTCCTT TGCCTTCCCT TAAAACCAAC ACAGTGGAAC TGATCAAACA GCTCTTTCTG 
CTGCTGAAGG ATTACGCAAA AGCTGGAGTA GCCAAAGGGC AGAATTTCCA CTTGGTTGTT 
AACTGCTTCA AGTGCGTTAC CATACTGGTG AAACACACGA AGGGTGAAAT TACAGAGAAG 
CAGCTGCAAG TGTTACTGGG CTATGCGGAG GAAGATCTGT ACGATTCATC ACGACAGGCT 
ACTGCCTTCG GCTTATTAAA GGCCATTGTA TCAAGGAAGG TGATTGTTCC TGAGATTGAC 
GAGGTGATGC AGAAAGTAGC CAAGTTAGCA GTGACTGGGC AGAGCGAGCA AGTCAGAGTC 
CAATGTCGGC AGATTTACTT GAAGTACCTT CTTGACTATC CTCTTGGGGT AAAATTAAAA 
ACGAATTTGG AGTTTATAAT TGCACAGCTA AACTATGAAT ATGAAACTGG AAGAGAGTCT 
GCTTTGGAAA TGATGGCTTA CCTTTTCCAG GCATTCCCAG AAAGCATTCT CAACCAGTTC 
TGTGGACTTC TATTTGTCCC CATTGTTTTG CTGATGGTTA ATGATGACTC CCCTAAGTGT 
AAAAAAATGG CTGCTCTGGC AGGGAAATCC CTTTTAAGTA AAATCAATCT TCAGAAGAAG 
GATCTGATGT TCTCCTTGGT CACTCAGTGG CTTTCTAATG AAAAGTCTGC TCACAAAAGA 
TTAGGAGCCC AAACATGTGG TTTATTTGTT GAAGCTGAAG GCGTTGAATT CGAGAGGAGA 
CTGGAGCCTG TCCTTACCAC CATTGAAAAA GAAATTAACC CTGTTATGTT TGAGGATCTA 
AAAGAAGAGA CTGAAGAAAA GGCAGCGGAT AGATTGCTGT TTAGTTTTCT TACATTAATT 
ACTAAGCTGA TTAAGGAATG CAACGTTACC CAGTTATCAA AGTGCCAAGA GATTATGGTT 
GTAATACTTG CCCATGTTCA GTCTCATTTG TGGTATCCTC ATAGCTGGGT CTGGCTCACC 
TCATCCCAGA TCTTTGGATT GCTTTTTGCC TTACAAAAGC CAGAAGATCT TGTCAGTAAA 
TGGATGAACA AAAAGCCGGG TAAAAAAGCC ACACAGGAAG CATTATCTTG CTCGTTCTTA 
GTGGAACATC TGGATGTAAA GATGAAAGAC CTCGCTCTGG CTTTCTGCCA TCAGCTGCAG 
TCAAAATTCC TTGACCAGGC TCTGGGAGAA CAGATCATTA AGAATTTGCT TTTTGTGGCC 
AAAGTTATTT ACCTCCTTGC CCCTGGCGTG GAACCTACCC AAACTAGTAA TGGGGAAATG 
GATAGTGAAA CAAATAAGGA TGCTGTATCT GGGGAAGAGG ATGATGATGC TGGTGATGGT 
GATGAAGAGG CAAAGAAGGA CAAAGAGGAT GAGAAAAAAG CTACGCTGCT TTGGTTGATG 
AAGAGACTGA CCATCTTAGC AAAAAGAGAA GCTGCCTATA CGCCAAAAAA CCCATTAAAG 
AGAACATGCA TTTTCAAGTT CCTTGGAGCG TGCGCAGTAG ATCTGGGAAA GGAAAGACTG 
AAGCCTTTTC TCCTAACCAT TTTAACCCCC CTTTTCAGAG AACTTAGCAG CACCTATTCA 
GAACAAGACC CAACTTTGAA GAACTTAGCC CAAGAAATCA TAGATCTTCT AAAGAGCTTA 
ATTGGGCTGG AGGAGTTTTC TTTAGCATTT GCATCTGTGC AGAAACAAGC CACCCAGAAG 
AGGGTGATGC GGAAAAAACA GAAAGCACTT CAGGTAAAAG ATAAGGGCCA GAGCAAAATA 
TCAGATCCAG CCATTAATCA TCTAGAACAG TGCTGTCCAA CTTCTGTGGT ACCAAGGGCC 
GGAATTTTTC CGACCTACGT GAGAATCTTG GCATTGCAAG GAGTTAGAAC AGTCAACTGG 
ACAAAGAAGT GA

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

utp20 ( XM_031898857.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031754717.1 Xenopus tropicalis UTP20 small subunit processome component (utp20), transcript variant X1, mRNA.

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CloneID	OXa54604
Clone ID Related Accession (Same CDS sequence)	XM_031898857.1
Accession Version	XM_031898857.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8340bp) 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	1576512000000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	small subunit processome component 20 homolog isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.2) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAAACAA AATCATCTCG TCACAAGTCT GAGAACACTT ATAAGTTCCA GACATTTTCA 
GAAAGATTAG CAAATGTTAA CATTGATATT ATCCATCGTA TTGACAGAAC AGAGAGTCAT 
TCTGAGGTGG TTGAGACCTA CTTTTTTGAA GCATTACAGA AATGGAAGGA ACTAAATCTC 
ACTGAAAATT ATGTAACATT CTACAAAGAG GTATCTTCCA AATGTCAGTC TTTCAACCTT 
CTGGTATATC ACCAGAATGA TATAGTTCAA AGCTTGAAGA CTCATCTGCA GGTGAAGAAC 
AGCCTTGCTT ATCAACCCCT TCTCGACCTC GTGGTACAGC TGGCTAGAGA TCTCCAGATT 
GACTTCTATC CCCACTTTCA AGAGTTTTTC CTAGCTGTCT CTTCTATACT GGAAACCAAA 
GACACTGATT TATTAGAATG GGCCTTTACT TGCCTGTCGT ATCTCTACAA ATATCTATGG 
AGGATGATGG TAAAGGATAT GCCAGCTATA TACAGTCTGT ACAGCACTCT TTTGGCCCAT 
CAGAAGCCAC ACATCAGAAA CTTTGCAGCA GAGAGCTTTG CATTTTTAAT GAGGAAGGTG 
CCTGATCTAA ACGAGCTATT AAATTTCATG TTTTTGGATC TTAAAGAGCA CCCTCAAAAG 
GCACAAGGCC TGGGGCAGTT ACTGTTTGAG ATGTGTAAAG GGGTTAGAAA CATGTTTCAC 
TCCTCAGCCC TAAAGGCCAT AAAACTAATA CTACAAAAGC TTGGACCTGT CACTGAAACT 
GAGGAGGAGT TGCCATGGAG TCTGGTTGGG GAAACTTTGA AACATTTTGT GGAGTCTGCA 
ACACATTATA TCAACACAGA GCATTTTAAT CCACTAATTA CCAATATTCA GGAGACCCTT 
TTAGCACTTT CAAAGAAAAT AGGGTCAAAT CCATCTGAAT GTTCAGATCA AATTGAAAGG 
TTGCTGCAGG CGTATTCTGT GCTTTTGGCG CATGGTCACG GATCTAAGGT CCCAAAACCA 
GAAACTGACT GCCAGACTTT AACAGAAATG ATGAACACTC AAAATATGTC ATTGTCATGT 
TGTGGTAACC TTTTGAAGAT AACTTCTACT TTACTTTTAA ATGACAACAT TTCACTGCCT 
GCCTGTGATA TAGAACACAC CATCAGTAAG GTCTTTCAAA GTGGATTTGC AAGAAGTTTA 
ATTCTGGAGT TTTCTGAAGA TATGTTCCGT ATGAAGCAAT TTGAGCAGCA TTTTTTACAA 
AGCTTCCTAC AGTACATTCT GTTACTTTTT AAAGAAGACG ACAGTCAAGT AAAGGATGAG 
GCCTTGGTGA TACTGGCAAA GCTTATCTTA TCAAAAGCTG AACCTCCTTC TACAGCATCA 
ATGGCATTTG AGAAATATCC CCTTGCTTTT GGTGTGAAAT CCCTAAACAA GTCTAAATGT 
GCTGAAGGGG AGCCTTCAAC AGTGCTAAGC TATGTACTCT CCTTGGTTCA GTTATCAGAG 
GGACAAGATA TCACCAACCT TCCCCAGTGT TGGGCTGCAC TTATTGTTCT GCCTCATTTA 
AGGCCACTGG AAAAAGACAA CATTCTGCCA CTTTTAAAGA CTTTTATTGA AAAGCTTTTT 
GTTTTAACGG ATCAAATACA ACAGAAGCAA GGAATCCTAT TTGTACTTTG CCAAGCTGTA 
AGCACACTAC TCAGTTTGGA TGACTCTTCA GAAATTCTTT CTATTGTTCC AGTAGAGAAT 
GTGAAGTGCC TTTTGCTGAC TTTCCCCTCT GATCCAAGCG TCTTGCTCTT GGCTGATCTG 
TACTTTACTA GATTAGTATT TTGTGGCCAC CAGAATCGAC TGTCACACAA CACCATGGTG 
GAGATCTTTA CCAAACTGCA AAATAACATT TCAACAAACT CCTCAAAGGT GCGCCTTTTA 
ACGATAAGGA TTTTAAATAA TTTTGATGCT CCTCTCACTT CTGCTCTTGA GGAAATGCAG 
AGAGAGGGGA GTCAGTCACT GTTTTCAATC CTGTTGCAAG CTGAACTTGT ACCAGCAACT 
GTTCATGAAT ACAGAGAGAA ACTTCTTCAT CTCAGAAAAC TGAGGCATGA TCTGGTGAAA 
ACTGTAGCAA AAGGAGACTT GCAGGAGGTA CCTCTACGGT ATTTACTGGC AATGCTGTAT 
ATCAATTTCA GTCCGCTCTG GGATCCAGTT GTTGAGCTTA TTGTTTCCCA TGCAAATGAA 
ATGGAAAATA AATCTTTTTG GAAAGTATTT TGTGAGCATT TGGAGGAGTC TGCTACCCGT 
GCTGAGAAAG AATTGAAAGA AGAAAATGAA CCGGAGGAAG AGATATCAGT CACTTATGGC 
CCAGAATCCA AGTCTAGCTC TGGAGGACAC ATTGGAGCAC TATATAACGA ATCTATTAAA 
CGCAGAACTA ACATTAATGA CAGAACTGAT TTTACCAATT TCCGGTTTCT TTTGTGGAAA 
GCAATGTCCA TGTTCCCTGA CAGGGTGGAA CCAAGATCTA GGGAACTGTC ACCCCTTCTG 
TTGAGGTTTA TTAGCAATGA ATATTATCCA GCAGATTTAT TAATTGCTCC TTCTCAGGAC 
CTTAGAAAAA AGCATCTAGA AAAGGTAAAG TCTGAAGATG ATGTTATCAT GAAAGAGAAT 
GAGACTATAG AGGAGGAGGA GGATGTAGAA TTAAATGAAG TCAAAGATTC TGGGCCGCAG 
AAAAAGAAAA CAAGGAGAGC AGCCTCAAAG CAGCTAATTG CTCACTTGAA AGTGTTTTCC 
AAGTTTTCCA ATCCGCGTGC CTTGTACCTG GAACAAAAAT TATATGACCT CTACACACAG 
CTACTATGTC ATCAAGATCA GGAAGTACAG AAGATCACCC TTGAGTGTGT GATGAGCTAT 
AAGCATCCCC ATCTTCTCCC TTACAAAGAA AACCTGCTAA GGCTGTTGGA TGATAAAAGC 
TTTAAGGATG AAATTGTCCA TTTCAGCATA TCTGAAGAGA ATTCAATAGT AAAATCCTTC 
CACCGACCAG ATGTAATGTC AGTTCTCATG AGAATCCTTT ATGGCCGCAT GAGAAGTAAA 
ACTGGCAGTA AAACACAGGG CAAGTCGGCA GCAGGAACCC GCATGTCTAT TGTGTTAAGG 
TTCCTGGCTG GGTCACTGCC TGAGGAGATC AGGATGTTCC TGGATCTCCT ATTTGAGCCC 
ATAAAACATT TGAAAGATGG TCATTGCCTT GCATCAGTAG TACAAACTGT TGAAAGTCTG 
GATCTCGCTA AAGTTCTTCC TCTTGGGCGC CAGCACAGTC TGCTTAGTAG TTTGGAGGTG 
GTTTTGAAAC ATCTCGGACA CCTGATTAGC CTCTACTTAC CTGAAATGCT ACAGATATTA 
CTGTGCATGA CTGCTTCCGT CTCTTACGTT CTCGAGCAAA GAGAAAAGAT ACAGCTAAAA 
TTCATCAACC CATTAAAGAA CTTGAGACGT CTTGGGGTTA AACGCATTGC TGAATTTTTT 
ACGGATTTTG AGACGTATAA TTTCTCTTCA GATGAGATTG ACGCTATATT TCATGCAGTT 
GTATGGCCAC AGATTAGCAG ACTTGCTGCT GAAAGTCAGT ATTCCCCAAC CCTTTTACTG 
AAACTTATCC ATGTTTGGAG CAGTAACAGC AGGTTTTTCC TGTTGCTTGG AAAACAAAGG 
CCTGGGCATC CTGAATATGA TATACTTCTA AATGTGTTTG CACTTCTCTC AACAAAGAAC 
TTATCAGAGG CTACTGCAAG TCTGGTTATA GATGTGGCTG ACAATCTTCT TAACAGCACG 
GATTTTGAAG CTGCAGAGAA TCTTCCCTGC TTGTTGGTGA ATGATTGTGT TCTCTCTGAT 
GTTGAAAACA TAAATGATGA ATCTCCCACT GTGGGTGTAA GGTTGATATA CCCGCACATC 
TCTGCAATCC TGCAGTACCT CAATAAGAGT ATGCTGAATG TGGACAAAAT GAGGAAAAAG 
AAATTTAGTG CACAAGTGAG CAAAGAACTA AACATCCTGT CAAAGATCAG CAAGTTTATT 
CAGGAAAAAG AACAAAGTAC TGTGCTTATT GGGCTCCTTA TTTCCTACTT GCATAAAAGC 
AATATAGCTC AGGATACAGA GGTGGATATT CTGCAAACAA TTCAGAATCT GTTAAGACAC 
TGTACAAACC CTGCAATCTT TCTGAAGCCA ATGGCAAAAC TTTTTGCAGT TATTCAGAAC 
AAATTATCCC GCCAGACTCT GTGTTTAACA TTTCAGGTTT TGTCAGAACT GGATCCCTCA 
ATGGAATATA TCACAGATGT GGCTGCTAAG CTGAATGCAT TTGACAAGAG ACATTTAGAT 
GACATTCACT TTGATGTGCG GATACCAGCT TTCCAAAAAG CCACTGCCCA TATAAAGGAG 
ATGAAGTCAC TCGACATGAA CTATATCATT CCCCTTATGT ACAACTGCTT CCATACTATA 
CAGATTGGAG AAATGTCTCT GAGTGACAAT GCCAGCCTGT GCCTTACTGC CATAATAACA 
CAGCTTGCAG CAGTGGAACA CGAAGAGATT GAATTCAGAG AGATAGTGCA GCGCACTTTG 
CTGCAGAGTG TGAAAACAGG GCTGAGAAGC AAAGTGGAGC ATATTCAGCA GGACTACACA 
ACGTTGCTTT CTAACTTGAT CCGGACCTTT CCCAAACATC CAGAGTTTGC AGATTTGGTT 
CAACTTACAG ATTACAATGA CCCCGAAATG GACTTCTTTG AAAACATGAA ACACATTCAG 
ATTCACAGGA GAGCAAGGGC TTTGCGAAAA TTAGCAAAGA AACTTGTGGA GGAGAATGTG 
CTTTTATCCT CTAAATCCCT CCAGAACTAC ATCATGCCAT ATGCCACCAC AACTCTCTTT 
GACGAAAAGA TGCAAAAGTA TGAAAATATG ATCAATGCAT CTGTGGAGAT GGTAGGCGCA 
GTGTGCAAAC ATCTGTCATG GTCGGCATAC ATGTACCACA TGAAGTATTT TATTCACGTT 
CTTCAAACTG GGCAGATCAG CCAGAAGCTG GGTGTCGGCT TGCTAGTGAT GGTGCTTGAT 
GCATTTCATT TTGATCACAA TACAATGGAA AAGCATCTGC AAGCAGTAGA AACTGAAGAA 
AGTAAAATGG ACACTGACCA ACTAGAAGAG GAGGAGGAGG AACCAATGGA TTTGCAAGAA 
GAGGAAGAGG AAAATCTGGA AATATCCAAT GTGGATAGTG AAAAGGCAGC AAATGTGATA 
AGTGAGAATC TGGATGAAGA ACACAAAAAG AGTCAAAAGC CAAACATAGC GCTCAAGTCT 
CTACCAAAGA ACAAGGAAGA ACTTGCATCA CTTATCCAAC ATATTCAGGA GACGGTCAAG 
ACTACTATCA TACCAAAGTT GAAGAAATGT CTTGATGCTA AGGTTAAAAG AGATGAAGAG 
CACAAGTCTG TGAAATCCAA AGCAGTGAAT GAGGAGGAAG TTGTTAGGGT TCCAATTGCC 
TTTGCTATGG TAAAACTCAT GCAGACTTTG CCACAAGAAG TCATGGAGTC TAATTTACCT 
AGTATCCTGC TCAAGCTCTG CGTTTTTTTG AGAAACAGAG CACAGGAAAT CCGTGATGTT 
GCCCGTAACA CTTTAATTAA AATCATGGAG ACCATTGGTG CTCGGTACCT GCACTATGTA 
CTTAAAGAGA TGCAATCTGT GCTTGTCAAA GGATACCAGG TCCATGTTCT GACCTTTACT 
GTCAGTCTGC TGTTAAAAGG GCTGACTGGC AGCCTAAAGA ATGGAGATTT AGATGGCTGC 
TTGGAAACAC TGGTCCAGAT TTTCAATCAG GAGTTGTTTG GGAATATCGC AGAAGAAAAA 
GAAGTTAAAG GTATTGTTTC AAAAGTAATG GAAGCACGAA GGAGTAAAAG CTACGACTCT 
TATGAACTCC TTGCTCAGTT TGTTGGAAAA GATCAGGTGG TGAAGCTTAT TCTGCCCTTG 
AAAGAGGTTC TGGAGGTGAC TACAAGCCTG AAGGTGTCAC GTAAAGTGCA TGAAGCTTTC 
CGCCGGATTG TTTTTGGTTT AATCGCCAAC ACAGGAATGA CTGCCCAGCC TGTCCTCTTA 
CTCAGCTATG GGCTCATTAG TGAAAATCTC CCACTAATAA CTGAAAAAGA GAAAAATAGC 
CGCTCAGAAA TGCTTCCTCC AGATCAACGC CTTCAGCCCA AGAGCTGTTT GTTAATTGAG 
ACACCTATAC CTCGTGGAGG CCTTAAAGCA GCAGTTAACA GCAAGACCAA CCTGCACATC 
CTTGTAGAGA CTGGACTACG GCTGCTGCAC ATGAGTTTGA AGAAATCCAA GGTCAATTCT 
TCTGATGAGC ATACATTAGA AATGCTGGAT CCCTTTGTGC TAATCCTAAT TGGCTGTTTG 
CAGTCAATGG ATGTAAAGGT TATCACTGGA GCATTGCAGT CTTTCATCTG GATCCTAAAG 
TTTCCTTTGC CTTCCCTTAA AACCAACACA GTGGAACTGA TCAAACAGCT CTTTCTGCTG 
CTGAAGGATT ACGCAAAAGC TGGAGTAGCC AAAGGGCAGA ATTTCCACTT GGTTGTTAAC 
TGCTTCAAGT GCGTTACCAT ACTGGTGAAA CACACGAAGG GTGAAATTAC AGAGAAGCAG 
CTGCAAGTGT TACTGGGCTA TGCGGAGGAA GATCTGTACG ATTCATCACG ACAGGCTACT 
GCCTTCGGCT TATTAAAGGC CATTGTATCA AGGAAGGTGA TTGTTCCTGA GATTGACGAG 
GTGATGCAGA AAGTAGCCAA GTTAGCAGTG ACTGGGCAGA GCGAACAAGT CAGAGTCCAA 
TGTCGGCAGA TTTACTTGAA GTACCTTCTT GACTATCCTC TTGGGGTAAA ATTAAAAACG 
AATTTGGAGT TTATAATTGC ACAGCTAAAC TATGAATATG AAACTGGAAG AGAGTCTGCT 
TTGGAAATGA TGGCTTACCT TTTCCAGGCA TTCCCAGAAA GCATTCTCAA CCAGTTCTGT 
GGACTTCTAT TTGTCCCCAT TGTTTTGCTG ATGGTTAATG ATGACTCCCC TAAGTGTAAA 
AAAATGGCTG CTCTGGCAGG GAAATCCCTT TTAAGTAAAA TCAATCTTCA GAAGAAGGAT 
CTGATGTTCT CCTTGGTCAC TCAGTGGCTT TCTAATGAAA AGTCTGCTCA CAAAAGATTA 
GGAGCCCAAA CATGTGGTTT ATTTGTTGAA GCTGAAGGCG TTGAATTCGA GAGGAGACTG 
GAGCCTGTCC TTACCACCAT TGAAAAAGAA ATTAACCCTG TTATGTTTGA GGATCTAAAA 
GAAGAGACTG AAGAAAAGGC AGCGGATAGA TTGCTGTTTA GTTTTCTTAC ATTAATTACT 
AAGCTGATTA AGGAATGCAA CGTTACCCAG TTATCAAAGT GCCAAGAGAT TATGGTTGTA 
ATACTTGCCC ATGTTCAGTC TCATTTGTGG TATCCTCATA GCTGGGTCTG GCTCACCTCA 
TCCCAGATCT TTGGATTGCT TTTTGCCTTA CAAAAGCCAG AAGATCTTGT CAGTAAATGG 
ATGAACAAAA AGCCGGGTAA AAAAGCCACA CAGGAAGCAT TATCTTGCTC GTTCTTAGTG 
GAACATCTGG ATGTAAAGAT GAAAGACCTC GCTCTGGCTT TCTGCCATCA GCTGCAGTCA 
AAATTCCTTG ACCAGGCTCT GGGAGAACAG ATCATTAAGA ATTTGCTTTT TGTGGCCAAA 
GTTATTTACC TCCTTGCCCC TGGCGTGGAA CCTACCCAAA CTAGTAATGG GGAAATGGAT 
AGTGAAACAA ATAAGGATGC TGTATCTGGG GAAGAGGATG ATGATGCTGG TGATGAAGAG 
GCAAAGAAGG ACAAAGAGGA TGAGAAAAAA GCTACGCTGC TTTGGTTGAT GAAGAGACTG 
ACCATCTTAG CAAAAAGAGA AGCTGCCTAT ACGCCAAAAA ACCCATTAAA GAGAACATGC 
ATTTTCAAGT TCCTTGGAGC GTGCGCAGTA GATCTGGGAA AGGAAAGACT GAAGCCTTTT 
CTCCTAACCA TTTTAACCCC CCTTTTCAGA GAACTTAGCA GCACCTATTC AGAACAAGAC 
CCAACTTTGA AGAACTTAGC CCAAGAAATC ATAGATCTTC TAAAGAGCTT AATTGGGCTG 
GAGGAGTTTT CTTTAGCATT TGCATCTGTG CAGAAACAAG CCACCCAGAA GAGGGTGATG 
CGGAAAAAAC AGAAAGCACT TCAGGCTGTA GCAAATCCTG AAGTGGCAGC TAAAAAGAAG 
TTGAAGAAAC ACAAAAACAA AATTGAGGCC AAGAAAAGGA AGATTGAGTT TCTACGCCCT 
GGATATAAAG CCAAGAGATC CCGCAGCCAC ACGCTGAAAG ATTTAGCAAT GGTGGAATAA

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

RefSeq	XP_031754717.1
CDS	172..8511
Translation	MKTKSSRHKSENTYKFQTFSERLANVNIDIIHRIDRTESHSEVVETYFFEALQKWKELNLTENYVTFYKEVSSKCQSFNLLVYHQNDIVQSLKTHLQVKNSLAYQPLLDLVVQLARDLQIDFYPHFQEFFLAVSSILETKDTDLLEWAFTCLSYLYKYLWRMMVKDMPAIYSLYSTLLAHQKPHIRNFAAESFAFLMRKVPDLNELLNFMFLDLKEHPQKAQGLGQLLFEMCKGVRNMFHSSALKAIKLILQKLGPVTETEEELPWSLVGETLKHFVESATHYINTEHFNPLITNIQETLLALSKKIGSNPSECSDQIERLLQAYSVLLAHGHGSKVPKPETDCQTLTEMMNTQNMSLSCCGNLLKITSTLLLNDNISLPACDIEHTISKVFQSGFARSLILEFSEDMFRMKQFEQHFLQSFLQYILLLFKEDDSQVKDEALVILAKLILSKAEPPSTASMAFEKYPLAFGVKSLNKSKCAEGEPSTVLSYVLSLVQLSEGQDITNLPQCWAALIVLPHLRPLEKDNILPLLKTFIEKLFVLTDQIQQKQGILFVLCQAVSTLLSLDDSSEILSIVPVENVKCLLLTFPSDPSVLLLADLYFTRLVFCGHQNRLSHNTMVEIFTKLQNNISTNSSKVRLLTIRILNNFDAPLTSALEEMQREGSQSLFSILLQAELVPATVHEYREKLLHLRKLRHDLVKTVAKGDLQEVPLRYLLAMLYINFSPLWDPVVELIVSHANEMENKSFWKVFCEHLEESATRAEKELKEENEPEEEISVTYGPESKSSSGGHIGALYNESIKRRTNINDRTDFTNFRFLLWKAMSMFPDRVEPRSRELSPLLLRFISNEYYPADLLIAPSQDLRKKHLEKVKSEDDVIMKENETIEEEEDVELNEVKDSGPQKKKTRRAASKQLIAHLKVFSKFSNPRALYLEQKLYDLYTQLLCHQDQEVQKITLECVMSYKHPHLLPYKENLLRLLDDKSFKDEIVHFSISEENSIVKSFHRPDVMSVLMRILYGRMRSKTGSKTQGKSAAGTRMSIVLRFLAGSLPEEIRMFLDLLFEPIKHLKDGHCLASVVQTVESLDLAKVLPLGRQHSLLSSLEVVLKHLGHLISLYLPEMLQILLCMTASVSYVLEQREKIQLKFINPLKNLRRLGVKRIAEFFTDFETYNFSSDEIDAIFHAVVWPQISRLAAESQYSPTLLLKLIHVWSSNSRFFLLLGKQRPGHPEYDILLNVFALLSTKNLSEATASLVIDVADNLLNSTDFEAAENLPCLLVNDCVLSDVENINDESPTVGVRLIYPHISAILQYLNKSMLNVDKMRKKKFSAQVSKELNILSKISKFIQEKEQSTVLIGLLISYLHKSNIAQDTEVDILQTIQNLLRHCTNPAIFLKPMAKLFAVIQNKLSRQTLCLTFQVLSELDPSMEYITDVAAKLNAFDKRHLDDIHFDVRIPAFQKATAHIKEMKSLDMNYIIPLMYNCFHTIQIGEMSLSDNASLCLTAIITQLAAVEHEEIEFREIVQRTLLQSVKTGLRSKVEHIQQDYTTLLSNLIRTFPKHPEFADLVQLTDYNDPEMDFFENMKHIQIHRRARALRKLAKKLVEENVLLSSKSLQNYIMPYATTTLFDEKMQKYENMINASVEMVGAVCKHLSWSAYMYHMKYFIHVLQTGQISQKLGVGLLVMVLDAFHFDHNTMEKHLQAVETEESKMDTDQLEEEEEEPMDLQEEEEENLEISNVDSEKAANVISENLDEEHKKSQKPNIALKSLPKNKEELASLIQHIQETVKTTIIPKLKKCLDAKVKRDEEHKSVKSKAVNEEEVVRVPIAFAMVKLMQTLPQEVMESNLPSILLKLCVFLRNRAQEIRDVARNTLIKIMETIGARYLHYVLKEMQSVLVKGYQVHVLTFTVSLLLKGLTGSLKNGDLDGCLETLVQIFNQELFGNIAEEKEVKGIVSKVMEARRSKSYDSYELLAQFVGKDQVVKLILPLKEVLEVTTSLKVSRKVHEAFRRIVFGLIANTGMTAQPVLLLSYGLISENLPLITEKEKNSRSEMLPPDQRLQPKSCLLIETPIPRGGLKAAVNSKTNLHILVETGLRLLHMSLKKSKVNSSDEHTLEMLDPFVLILIGCLQSMDVKVITGALQSFIWILKFPLPSLKTNTVELIKQLFLLLKDYAKAGVAKGQNFHLVVNCFKCVTILVKHTKGEITEKQLQVLLGYAEEDLYDSSRQATAFGLLKAIVSRKVIVPEIDEVMQKVAKLAVTGQSEQVRVQCRQIYLKYLLDYPLGVKLKTNLEFIIAQLNYEYETGRESALEMMAYLFQAFPESILNQFCGLLFVPIVLLMVNDDSPKCKKMAALAGKSLLSKINLQKKDLMFSLVTQWLSNEKSAHKRLGAQTCGLFVEAEGVEFERRLEPVLTTIEKEINPVMFEDLKEETEEKAADRLLFSFLTLITKLIKECNVTQLSKCQEIMVVILAHVQSHLWYPHSWVWLTSSQIFGLLFALQKPEDLVSKWMNKKPGKKATQEALSCSFLVEHLDVKMKDLALAFCHQLQSKFLDQALGEQIIKNLLFVAKVIYLLAPGVEPTQTSNGEMDSETNKDAVSGEEDDDAGDEEAKKDKEDEKKATLLWLMKRLTILAKREAAYTPKNPLKRTCIFKFLGACAVDLGKERLKPFLLTILTPLFRELSSTYSEQDPTLKNLAQEIIDLLKSLIGLEEFSLAFASVQKQATQKRVMRKKQKALQAVANPEVAAKKKLKKHKNKIEAKKRKIEFLRPGYKAKRSRSHTLKDLAMVE

Target ORF information:

RefSeq Version	XM_031898857.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis UTP20 small subunit processome component (utp20), transcript variant X1, mRNA.

Target ORF information:

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

XM_031898857.1

ORF Insert Sequence:

ATGAAAACAA AATCATCTCG TCACAAGTCT GAGAACACTT ATAAGTTCCA GACATTTTCA 
GAAAGATTAG CAAATGTTAA CATTGATATT ATCCATCGTA TTGACAGAAC AGAGAGTCAT 
TCTGAGGTGG TTGAGACCTA CTTTTTTGAA GCATTACAGA AATGGAAGGA ACTAAATCTC 
ACTGAAAATT ATGTAACATT CTACAAAGAG GTATCTTCCA AATGTCAGTC TTTCAACCTT 
CTGGTATATC ACCAGAATGA TATAGTTCAA AGCTTGAAGA CTCATCTGCA GGTGAAGAAC 
AGCCTTGCTT ATCAACCCCT TCTCGACCTC GTGGTACAGC TGGCTAGAGA TCTCCAGATT 
GACTTCTATC CCCACTTTCA AGAGTTTTTC CTAGCTGTCT CTTCTATACT GGAAACCAAA 
GACACTGATT TATTAGAATG GGCCTTTACT TGCCTGTCGT ATCTCTACAA ATATCTATGG 
AGGATGATGG TAAAGGATAT GCCAGCTATA TACAGTCTGT ACAGCACTCT TTTGGCCCAT 
CAGAAGCCAC ACATCAGAAA CTTTGCAGCA GAGAGCTTTG CATTTTTAAT GAGGAAGGTG 
CCTGATCTAA ACGAGCTATT AAATTTCATG TTTTTGGATC TTAAAGAGCA CCCTCAAAAG 
GCACAAGGCC TGGGGCAGTT ACTGTTTGAG ATGTGTAAAG GGGTTAGAAA CATGTTTCAC 
TCCTCAGCCC TAAAGGCCAT AAAACTAATA CTACAAAAGC TTGGACCTGT CACTGAAACT 
GAGGAGGAGT TGCCATGGAG TCTGGTTGGG GAAACTTTGA AACATTTTGT GGAGTCTGCA 
ACACATTATA TCAACACAGA GCATTTTAAT CCACTAATTA CCAATATTCA GGAGACCCTT 
TTAGCACTTT CAAAGAAAAT AGGGTCAAAT CCATCTGAAT GTTCAGATCA AATTGAAAGG 
TTGCTGCAGG CGTATTCTGT GCTTTTGGCG CATGGTCACG GATCTAAGGT CCCAAAACCA 
GAAACTGACT GCCAGACTTT AACAGAAATG ATGAACACTC AAAATATGTC ATTGTCATGT 
TGTGGTAACC TTTTGAAGAT AACTTCTACT TTACTTTTAA ATGACAACAT TTCACTGCCT 
GCCTGTGATA TAGAACACAC CATCAGTAAG GTCTTTCAAA GTGGATTTGC AAGAAGTTTA 
ATTCTGGAGT TTTCTGAAGA TATGTTCCGT ATGAAGCAAT TTGAGCAGCA TTTTTTACAA 
AGCTTCCTAC AGTACATTCT GTTACTTTTT AAAGAAGACG ACAGTCAAGT AAAGGATGAG 
GCCTTGGTGA TACTGGCAAA GCTTATCTTA TCAAAAGCTG AACCTCCTTC TACAGCATCA 
ATGGCATTTG AGAAATATCC CCTTGCTTTT GGTGTGAAAT CCCTAAACAA GTCTAAATGT 
GCTGAAGGGG AGCCTTCAAC AGTGCTAAGC TATGTACTCT CCTTGGTTCA GTTATCAGAG 
GGACAAGATA TCACCAACCT TCCCCAGTGT TGGGCTGCAC TTATTGTTCT GCCTCATTTA 
AGGCCACTGG AAAAAGACAA CATTCTGCCA CTTTTAAAGA CTTTTATTGA AAAGCTTTTT 
GTTTTAACGG ATCAAATACA ACAGAAGCAA GGAATCCTAT TTGTACTTTG CCAAGCTGTA 
AGCACACTAC TCAGTTTGGA TGACTCTTCA GAAATTCTTT CTATTGTTCC AGTAGAGAAT 
GTGAAGTGCC TTTTGCTGAC TTTCCCCTCT GATCCAAGCG TCTTGCTCTT GGCTGATCTG 
TACTTTACTA GATTAGTATT TTGTGGCCAC CAGAATCGAC TGTCACACAA CACCATGGTG 
GAGATCTTTA CCAAACTGCA AAATAACATT TCAACAAACT CCTCAAAGGT GCGCCTTTTA 
ACGATAAGGA TTTTAAATAA TTTTGATGCT CCTCTCACTT CTGCTCTTGA GGAAATGCAG 
AGAGAGGGGA GTCAGTCACT GTTTTCAATC CTGTTGCAAG CTGAACTTGT ACCAGCAACT 
GTTCATGAAT ACAGAGAGAA ACTTCTTCAT CTCAGAAAAC TGAGGCATGA TCTGGTGAAA 
ACTGTAGCAA AAGGAGACTT GCAGGAGGTA CCTCTACGGT ATTTACTGGC AATGCTGTAT 
ATCAATTTCA GTCCGCTCTG GGATCCAGTT GTTGAGCTTA TTGTTTCCCA TGCAAATGAA 
ATGGAAAATA AATCTTTTTG GAAAGTATTT TGTGAGCATT TGGAGGAGTC TGCTACCCGT 
GCTGAGAAAG AATTGAAAGA AGAAAATGAA CCGGAGGAAG AGATATCAGT CACTTATGGC 
CCAGAATCCA AGTCTAGCTC TGGAGGACAC ATTGGAGCAC TATATAACGA ATCTATTAAA 
CGCAGAACTA ACATTAATGA CAGAACTGAT TTTACCAATT TCCGGTTTCT TTTGTGGAAA 
GCAATGTCCA TGTTCCCTGA CAGGGTGGAA CCAAGATCTA GGGAACTGTC ACCCCTTCTG 
TTGAGGTTTA TTAGCAATGA ATATTATCCA GCAGATTTAT TAATTGCTCC TTCTCAGGAC 
CTTAGAAAAA AGCATCTAGA AAAGGTAAAG TCTGAAGATG ATGTTATCAT GAAAGAGAAT 
GAGACTATAG AGGAGGAGGA GGATGTAGAA TTAAATGAAG TCAAAGATTC TGGGCCGCAG 
AAAAAGAAAA CAAGGAGAGC AGCCTCAAAG CAGCTAATTG CTCACTTGAA AGTGTTTTCC 
AAGTTTTCCA ATCCGCGTGC CTTGTACCTG GAACAAAAAT TATATGACCT CTACACACAG 
CTACTATGTC ATCAAGATCA GGAAGTACAG AAGATCACCC TTGAGTGTGT GATGAGCTAT 
AAGCATCCCC ATCTTCTCCC TTACAAAGAA AACCTGCTAA GGCTGTTGGA TGATAAAAGC 
TTTAAGGATG AAATTGTCCA TTTCAGCATA TCTGAAGAGA ATTCAATAGT AAAATCCTTC 
CACCGACCAG ATGTAATGTC AGTTCTCATG AGAATCCTTT ATGGCCGCAT GAGAAGTAAA 
ACTGGCAGTA AAACACAGGG CAAGTCGGCA GCAGGAACCC GCATGTCTAT TGTGTTAAGG 
TTCCTGGCTG GGTCACTGCC TGAGGAGATC AGGATGTTCC TGGATCTCCT ATTTGAGCCC 
ATAAAACATT TGAAAGATGG TCATTGCCTT GCATCAGTAG TACAAACTGT TGAAAGTCTG 
GATCTCGCTA AAGTTCTTCC TCTTGGGCGC CAGCACAGTC TGCTTAGTAG TTTGGAGGTG 
GTTTTGAAAC ATCTCGGACA CCTGATTAGC CTCTACTTAC CTGAAATGCT ACAGATATTA 
CTGTGCATGA CTGCTTCCGT CTCTTACGTT CTCGAGCAAA GAGAAAAGAT ACAGCTAAAA 
TTCATCAACC CATTAAAGAA CTTGAGACGT CTTGGGGTTA AACGCATTGC TGAATTTTTT 
ACGGATTTTG AGACGTATAA TTTCTCTTCA GATGAGATTG ACGCTATATT TCATGCAGTT 
GTATGGCCAC AGATTAGCAG ACTTGCTGCT GAAAGTCAGT ATTCCCCAAC CCTTTTACTG 
AAACTTATCC ATGTTTGGAG CAGTAACAGC AGGTTTTTCC TGTTGCTTGG AAAACAAAGG 
CCTGGGCATC CTGAATATGA TATACTTCTA AATGTGTTTG CACTTCTCTC AACAAAGAAC 
TTATCAGAGG CTACTGCAAG TCTGGTTATA GATGTGGCTG ACAATCTTCT TAACAGCACG 
GATTTTGAAG CTGCAGAGAA TCTTCCCTGC TTGTTGGTGA ATGATTGTGT TCTCTCTGAT 
GTTGAAAACA TAAATGATGA ATCTCCCACT GTGGGTGTAA GGTTGATATA CCCGCACATC 
TCTGCAATCC TGCAGTACCT CAATAAGAGT ATGCTGAATG TGGACAAAAT GAGGAAAAAG 
AAATTTAGTG CACAAGTGAG CAAAGAACTA AACATCCTGT CAAAGATCAG CAAGTTTATT 
CAGGAAAAAG AACAAAGTAC TGTGCTTATT GGGCTCCTTA TTTCCTACTT GCATAAAAGC 
AATATAGCTC AGGATACAGA GGTGGATATT CTGCAAACAA TTCAGAATCT GTTAAGACAC 
TGTACAAACC CTGCAATCTT TCTGAAGCCA ATGGCAAAAC TTTTTGCAGT TATTCAGAAC 
AAATTATCCC GCCAGACTCT GTGTTTAACA TTTCAGGTTT TGTCAGAACT GGATCCCTCA 
ATGGAATATA TCACAGATGT GGCTGCTAAG CTGAATGCAT TTGACAAGAG ACATTTAGAT 
GACATTCACT TTGATGTGCG GATACCAGCT TTCCAAAAAG CCACTGCCCA TATAAAGGAG 
ATGAAGTCAC TCGACATGAA CTATATCATT CCCCTTATGT ACAACTGCTT CCATACTATA 
CAGATTGGAG AAATGTCTCT GAGTGACAAT GCCAGCCTGT GCCTTACTGC CATAATAACA 
CAGCTTGCAG CAGTGGAACA CGAAGAGATT GAATTCAGAG AGATAGTGCA GCGCACTTTG 
CTGCAGAGTG TGAAAACAGG GCTGAGAAGC AAAGTGGAGC ATATTCAGCA GGACTACACA 
ACGTTGCTTT CTAACTTGAT CCGGACCTTT CCCAAACATC CAGAGTTTGC AGATTTGGTT 
CAACTTACAG ATTACAATGA CCCCGAAATG GACTTCTTTG AAAACATGAA ACACATTCAG 
ATTCACAGGA GAGCAAGGGC TTTGCGAAAA TTAGCAAAGA AACTTGTGGA GGAGAATGTG 
CTTTTATCCT CTAAATCCCT CCAGAACTAC ATCATGCCAT ATGCCACCAC AACTCTCTTT 
GACGAAAAGA TGCAAAAGTA TGAAAATATG ATCAATGCAT CTGTGGAGAT GGTAGGCGCA 
GTGTGCAAAC ATCTGTCATG GTCGGCATAC ATGTACCACA TGAAGTATTT TATTCACGTT 
CTTCAAACTG GGCAGATCAG CCAGAAGCTG GGTGTCGGCT TGCTAGTGAT GGTGCTTGAT 
GCATTTCATT TTGATCACAA TACAATGGAA AAGCATCTGC AAGCAGTAGA AACTGAAGAA 
AGTAAAATGG ACACTGACCA ACTAGAAGAG GAGGAGGAGG AACCAATGGA TTTGCAAGAA 
GAGGAAGAGG AAAATCTGGA AATATCCAAT GTGGATAGTG AAAAGGCAGC AAATGTGATA 
AGTGAGAATC TGGATGAAGA ACACAAAAAG AGTCAAAAGC CAAACATAGC GCTCAAGTCT 
CTACCAAAGA ACAAGGAAGA ACTTGCATCA CTTATCCAAC ATATTCAGGA GACGGTCAAG 
ACTACTATCA TACCAAAGTT GAAGAAATGT CTTGATGCTA AGGTTAAAAG AGATGAAGAG 
CACAAGTCTG TGAAATCCAA AGCAGTGAAT GAGGAGGAAG TTGTTAGGGT TCCAATTGCC 
TTTGCTATGG TAAAACTCAT GCAGACTTTG CCACAAGAAG TCATGGAGTC TAATTTACCT 
AGTATCCTGC TCAAGCTCTG CGTTTTTTTG AGAAACAGAG CACAGGAAAT CCGTGATGTT 
GCCCGTAACA CTTTAATTAA AATCATGGAG ACCATTGGTG CTCGGTACCT GCACTATGTA 
CTTAAAGAGA TGCAATCTGT GCTTGTCAAA GGATACCAGG TCCATGTTCT GACCTTTACT 
GTCAGTCTGC TGTTAAAAGG GCTGACTGGC AGCCTAAAGA ATGGAGATTT AGATGGCTGC 
TTGGAAACAC TGGTCCAGAT TTTCAATCAG GAGTTGTTTG GGAATATCGC AGAAGAAAAA 
GAAGTTAAAG GTATTGTTTC AAAAGTAATG GAAGCACGAA GGAGTAAAAG CTACGACTCT 
TATGAACTCC TTGCTCAGTT TGTTGGAAAA GATCAGGTGG TGAAGCTTAT TCTGCCCTTG 
AAAGAGGTTC TGGAGGTGAC TACAAGCCTG AAGGTGTCAC GTAAAGTGCA TGAAGCTTTC 
CGCCGGATTG TTTTTGGTTT AATCGCCAAC ACAGGAATGA CTGCCCAGCC TGTCCTCTTA 
CTCAGCTATG GGCTCATTAG TGAAAATCTC CCACTAATAA CTGAAAAAGA GAAAAATAGC 
CGCTCAGAAA TGCTTCCTCC AGATCAACGC CTTCAGCCCA AGAGCTGTTT GTTAATTGAG 
ACACCTATAC CTCGTGGAGG CCTTAAAGCA GCAGTTAACA GCAAGACCAA CCTGCACATC 
CTTGTAGAGA CTGGACTACG GCTGCTGCAC ATGAGTTTGA AGAAATCCAA GGTCAATTCT 
TCTGATGAGC ATACATTAGA AATGCTGGAT CCCTTTGTGC TAATCCTAAT TGGCTGTTTG 
CAGTCAATGG ATGTAAAGGT TATCACTGGA GCATTGCAGT CTTTCATCTG GATCCTAAAG 
TTTCCTTTGC CTTCCCTTAA AACCAACACA GTGGAACTGA TCAAACAGCT CTTTCTGCTG 
CTGAAGGATT ACGCAAAAGC TGGAGTAGCC AAAGGGCAGA ATTTCCACTT GGTTGTTAAC 
TGCTTCAAGT GCGTTACCAT ACTGGTGAAA CACACGAAGG GTGAAATTAC AGAGAAGCAG 
CTGCAAGTGT TACTGGGCTA TGCGGAGGAA GATCTGTACG ATTCATCACG ACAGGCTACT 
GCCTTCGGCT TATTAAAGGC CATTGTATCA AGGAAGGTGA TTGTTCCTGA GATTGACGAG 
GTGATGCAGA AAGTAGCCAA GTTAGCAGTG ACTGGGCAGA GCGAACAAGT CAGAGTCCAA 
TGTCGGCAGA TTTACTTGAA GTACCTTCTT GACTATCCTC TTGGGGTAAA ATTAAAAACG 
AATTTGGAGT TTATAATTGC ACAGCTAAAC TATGAATATG AAACTGGAAG AGAGTCTGCT 
TTGGAAATGA TGGCTTACCT TTTCCAGGCA TTCCCAGAAA GCATTCTCAA CCAGTTCTGT 
GGACTTCTAT TTGTCCCCAT TGTTTTGCTG ATGGTTAATG ATGACTCCCC TAAGTGTAAA 
AAAATGGCTG CTCTGGCAGG GAAATCCCTT TTAAGTAAAA TCAATCTTCA GAAGAAGGAT 
CTGATGTTCT CCTTGGTCAC TCAGTGGCTT TCTAATGAAA AGTCTGCTCA CAAAAGATTA 
GGAGCCCAAA CATGTGGTTT ATTTGTTGAA GCTGAAGGCG TTGAATTCGA GAGGAGACTG 
GAGCCTGTCC TTACCACCAT TGAAAAAGAA ATTAACCCTG TTATGTTTGA GGATCTAAAA 
GAAGAGACTG AAGAAAAGGC AGCGGATAGA TTGCTGTTTA GTTTTCTTAC ATTAATTACT 
AAGCTGATTA AGGAATGCAA CGTTACCCAG TTATCAAAGT GCCAAGAGAT TATGGTTGTA 
ATACTTGCCC ATGTTCAGTC TCATTTGTGG TATCCTCATA GCTGGGTCTG GCTCACCTCA 
TCCCAGATCT TTGGATTGCT TTTTGCCTTA CAAAAGCCAG AAGATCTTGT CAGTAAATGG 
ATGAACAAAA AGCCGGGTAA AAAAGCCACA CAGGAAGCAT TATCTTGCTC GTTCTTAGTG 
GAACATCTGG ATGTAAAGAT GAAAGACCTC GCTCTGGCTT TCTGCCATCA GCTGCAGTCA 
AAATTCCTTG ACCAGGCTCT GGGAGAACAG ATCATTAAGA ATTTGCTTTT TGTGGCCAAA 
GTTATTTACC TCCTTGCCCC TGGCGTGGAA CCTACCCAAA CTAGTAATGG GGAAATGGAT 
AGTGAAACAA ATAAGGATGC TGTATCTGGG GAAGAGGATG ATGATGCTGG TGATGAAGAG 
GCAAAGAAGG ACAAAGAGGA TGAGAAAAAA GCTACGCTGC TTTGGTTGAT GAAGAGACTG 
ACCATCTTAG CAAAAAGAGA AGCTGCCTAT ACGCCAAAAA ACCCATTAAA GAGAACATGC 
ATTTTCAAGT TCCTTGGAGC GTGCGCAGTA GATCTGGGAA AGGAAAGACT GAAGCCTTTT 
CTCCTAACCA TTTTAACCCC CCTTTTCAGA GAACTTAGCA GCACCTATTC AGAACAAGAC 
CCAACTTTGA AGAACTTAGC CCAAGAAATC ATAGATCTTC TAAAGAGCTT AATTGGGCTG 
GAGGAGTTTT CTTTAGCATT TGCATCTGTG CAGAAACAAG CCACCCAGAA GAGGGTGATG 
CGGAAAAAAC AGAAAGCACT TCAGGCTGTA GCAAATCCTG AAGTGGCAGC TAAAAAGAAG 
TTGAAGAAAC ACAAAAACAA AATTGAGGCC AAGAAAAGGA AGATTGAGTT TCTACGCCCT 
GGATATAAAG CCAAGAGATC CCGCAGCCAC ACGCTGAAAG ATTTAGCAAT GGTGGAATAA

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

utp20 ( XM_031898858.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031754718.1 Xenopus tropicalis UTP20 small subunit processome component (utp20), transcript variant X2, mRNA.

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CloneID	OXa54605
Clone ID Related Accession (Same CDS sequence)	XM_031898858.1
Accession Version	XM_031898858.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8169bp) 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	1576512000000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	small subunit processome component 20 homolog isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTACTG CTGCTACACC AGTAACATTC TACAAAGAGG TATCTTCCAA ATGTCAGTCT 
TTCAACCTTC TGGTATATCA CCAGAATGAT ATAGTTCAAA GCTTGAAGAC TCATCTGCAG 
GTGAAGAACA GCCTTGCTTA TCAACCCCTT CTCGACCTCG TGGTACAGCT GGCTAGAGAT 
CTCCAGATTG ACTTCTATCC CCACTTTCAA GAGTTTTTCC TAGCTGTCTC TTCTATACTG 
GAAACCAAAG ACACTGATTT ATTAGAATGG GCCTTTACTT GCCTGTCGTA TCTCTACAAA 
TATCTATGGA GGATGATGGT AAAGGATATG CCAGCTATAT ACAGTCTGTA CAGCACTCTT 
TTGGCCCATC AGAAGCCACA CATCAGAAAC TTTGCAGCAG AGAGCTTTGC ATTTTTAATG 
AGGAAGGTGC CTGATCTAAA CGAGCTATTA AATTTCATGT TTTTGGATCT TAAAGAGCAC 
CCTCAAAAGG CACAAGGCCT GGGGCAGTTA CTGTTTGAGA TGTGTAAAGG GGTTAGAAAC 
ATGTTTCACT CCTCAGCCCT AAAGGCCATA AAACTAATAC TACAAAAGCT TGGACCTGTC 
ACTGAAACTG AGGAGGAGTT GCCATGGAGT CTGGTTGGGG AAACTTTGAA ACATTTTGTG 
GAGTCTGCAA CACATTATAT CAACACAGAG CATTTTAATC CACTAATTAC CAATATTCAG 
GAGACCCTTT TAGCACTTTC AAAGAAAATA GGGTCAAATC CATCTGAATG TTCAGATCAA 
ATTGAAAGGT TGCTGCAGGC GTATTCTGTG CTTTTGGCGC ATGGTCACGG ATCTAAGGTC 
CCAAAACCAG AAACTGACTG CCAGACTTTA ACAGAAATGA TGAACACTCA AAATATGTCA 
TTGTCATGTT GTGGTAACCT TTTGAAGATA ACTTCTACTT TACTTTTAAA TGACAACATT 
TCACTGCCTG CCTGTGATAT AGAACACACC ATCAGTAAGG TCTTTCAAAG TGGATTTGCA 
AGAAGTTTAA TTCTGGAGTT TTCTGAAGAT ATGTTCCGTA TGAAGCAATT TGAGCAGCAT 
TTTTTACAAA GCTTCCTACA GTACATTCTG TTACTTTTTA AAGAAGACGA CAGTCAAGTA 
AAGGATGAGG CCTTGGTGAT ACTGGCAAAG CTTATCTTAT CAAAAGCTGA ACCTCCTTCT 
ACAGCATCAA TGGCATTTGA GAAATATCCC CTTGCTTTTG GTGTGAAATC CCTAAACAAG 
TCTAAATGTG CTGAAGGGGA GCCTTCAACA GTGCTAAGCT ATGTACTCTC CTTGGTTCAG 
TTATCAGAGG GACAAGATAT CACCAACCTT CCCCAGTGTT GGGCTGCACT TATTGTTCTG 
CCTCATTTAA GGCCACTGGA AAAAGACAAC ATTCTGCCAC TTTTAAAGAC TTTTATTGAA 
AAGCTTTTTG TTTTAACGGA TCAAATACAA CAGAAGCAAG GAATCCTATT TGTACTTTGC 
CAAGCTGTAA GCACACTACT CAGTTTGGAT GACTCTTCAG AAATTCTTTC TATTGTTCCA 
GTAGAGAATG TGAAGTGCCT TTTGCTGACT TTCCCCTCTG ATCCAAGCGT CTTGCTCTTG 
GCTGATCTGT ACTTTACTAG ATTAGTATTT TGTGGCCACC AGAATCGACT GTCACACAAC 
ACCATGGTGG AGATCTTTAC CAAACTGCAA AATAACATTT CAACAAACTC CTCAAAGGTG 
CGCCTTTTAA CGATAAGGAT TTTAAATAAT TTTGATGCTC CTCTCACTTC TGCTCTTGAG 
GAAATGCAGA GAGAGGGGAG TCAGTCACTG TTTTCAATCC TGTTGCAAGC TGAACTTGTA 
CCAGCAACTG TTCATGAATA CAGAGAGAAA CTTCTTCATC TCAGAAAACT GAGGCATGAT 
CTGGTGAAAA CTGTAGCAAA AGGAGACTTG CAGGAGGTAC CTCTACGGTA TTTACTGGCA 
ATGCTGTATA TCAATTTCAG TCCGCTCTGG GATCCAGTTG TTGAGCTTAT TGTTTCCCAT 
GCAAATGAAA TGGAAAATAA ATCTTTTTGG AAAGTATTTT GTGAGCATTT GGAGGAGTCT 
GCTACCCGTG CTGAGAAAGA ATTGAAAGAA GAAAATGAAC CGGAGGAAGA GATATCAGTC 
ACTTATGGCC CAGAATCCAA GTCTAGCTCT GGAGGACACA TTGGAGCACT ATATAACGAA 
TCTATTAAAC GCAGAACTAA CATTAATGAC AGAACTGATT TTACCAATTT CCGGTTTCTT 
TTGTGGAAAG CAATGTCCAT GTTCCCTGAC AGGGTGGAAC CAAGATCTAG GGAACTGTCA 
CCCCTTCTGT TGAGGTTTAT TAGCAATGAA TATTATCCAG CAGATTTATT AATTGCTCCT 
TCTCAGGACC TTAGAAAAAA GCATCTAGAA AAGGTAAAGT CTGAAGATGA TGTTATCATG 
AAAGAGAATG AGACTATAGA GGAGGAGGAG GATGTAGAAT TAAATGAAGT CAAAGATTCT 
GGGCCGCAGA AAAAGAAAAC AAGGAGAGCA GCCTCAAAGC AGCTAATTGC TCACTTGAAA 
GTGTTTTCCA AGTTTTCCAA TCCGCGTGCC TTGTACCTGG AACAAAAATT ATATGACCTC 
TACACACAGC TACTATGTCA TCAAGATCAG GAAGTACAGA AGATCACCCT TGAGTGTGTG 
ATGAGCTATA AGCATCCCCA TCTTCTCCCT TACAAAGAAA ACCTGCTAAG GCTGTTGGAT 
GATAAAAGCT TTAAGGATGA AATTGTCCAT TTCAGCATAT CTGAAGAGAA TTCAATAGTA 
AAATCCTTCC ACCGACCAGA TGTAATGTCA GTTCTCATGA GAATCCTTTA TGGCCGCATG 
AGAAGTAAAA CTGGCAGTAA AACACAGGGC AAGTCGGCAG CAGGAACCCG CATGTCTATT 
GTGTTAAGGT TCCTGGCTGG GTCACTGCCT GAGGAGATCA GGATGTTCCT GGATCTCCTA 
TTTGAGCCCA TAAAACATTT GAAAGATGGT CATTGCCTTG CATCAGTAGT ACAAACTGTT 
GAAAGTCTGG ATCTCGCTAA AGTTCTTCCT CTTGGGCGCC AGCACAGTCT GCTTAGTAGT 
TTGGAGGTGG TTTTGAAACA TCTCGGACAC CTGATTAGCC TCTACTTACC TGAAATGCTA 
CAGATATTAC TGTGCATGAC TGCTTCCGTC TCTTACGTTC TCGAGCAAAG AGAAAAGATA 
CAGCTAAAAT TCATCAACCC ATTAAAGAAC TTGAGACGTC TTGGGGTTAA ACGCATTGCT 
GAATTTTTTA CGGATTTTGA GACGTATAAT TTCTCTTCAG ATGAGATTGA CGCTATATTT 
CATGCAGTTG TATGGCCACA GATTAGCAGA CTTGCTGCTG AAAGTCAGTA TTCCCCAACC 
CTTTTACTGA AACTTATCCA TGTTTGGAGC AGTAACAGCA GGTTTTTCCT GTTGCTTGGA 
AAACAAAGGC CTGGGCATCC TGAATATGAT ATACTTCTAA ATGTGTTTGC ACTTCTCTCA 
ACAAAGAACT TATCAGAGGC TACTGCAAGT CTGGTTATAG ATGTGGCTGA CAATCTTCTT 
AACAGCACGG ATTTTGAAGC TGCAGAGAAT CTTCCCTGCT TGTTGGTGAA TGATTGTGTT 
CTCTCTGATG TTGAAAACAT AAATGATGAA TCTCCCACTG TGGGTGTAAG GTTGATATAC 
CCGCACATCT CTGCAATCCT GCAGTACCTC AATAAGAGTA TGCTGAATGT GGACAAAATG 
AGGAAAAAGA AATTTAGTGC ACAAGTGAGC AAAGAACTAA ACATCCTGTC AAAGATCAGC 
AAGTTTATTC AGGAAAAAGA ACAAAGTACT GTGCTTATTG GGCTCCTTAT TTCCTACTTG 
CATAAAAGCA ATATAGCTCA GGATACAGAG GTGGATATTC TGCAAACAAT TCAGAATCTG 
TTAAGACACT GTACAAACCC TGCAATCTTT CTGAAGCCAA TGGCAAAACT TTTTGCAGTT 
ATTCAGAACA AATTATCCCG CCAGACTCTG TGTTTAACAT TTCAGGTTTT GTCAGAACTG 
GATCCCTCAA TGGAATATAT CACAGATGTG GCTGCTAAGC TGAATGCATT TGACAAGAGA 
CATTTAGATG ACATTCACTT TGATGTGCGG ATACCAGCTT TCCAAAAAGC CACTGCCCAT 
ATAAAGGAGA TGAAGTCACT CGACATGAAC TATATCATTC CCCTTATGTA CAACTGCTTC 
CATACTATAC AGATTGGAGA AATGTCTCTG AGTGACAATG CCAGCCTGTG CCTTACTGCC 
ATAATAACAC AGCTTGCAGC AGTGGAACAC GAAGAGATTG AATTCAGAGA GATAGTGCAG 
CGCACTTTGC TGCAGAGTGT GAAAACAGGG CTGAGAAGCA AAGTGGAGCA TATTCAGCAG 
GACTACACAA CGTTGCTTTC TAACTTGATC CGGACCTTTC CCAAACATCC AGAGTTTGCA 
GATTTGGTTC AACTTACAGA TTACAATGAC CCCGAAATGG ACTTCTTTGA AAACATGAAA 
CACATTCAGA TTCACAGGAG AGCAAGGGCT TTGCGAAAAT TAGCAAAGAA ACTTGTGGAG 
GAGAATGTGC TTTTATCCTC TAAATCCCTC CAGAACTACA TCATGCCATA TGCCACCACA 
ACTCTCTTTG ACGAAAAGAT GCAAAAGTAT GAAAATATGA TCAATGCATC TGTGGAGATG 
GTAGGCGCAG TGTGCAAACA TCTGTCATGG TCGGCATACA TGTACCACAT GAAGTATTTT 
ATTCACGTTC TTCAAACTGG GCAGATCAGC CAGAAGCTGG GTGTCGGCTT GCTAGTGATG 
GTGCTTGATG CATTTCATTT TGATCACAAT ACAATGGAAA AGCATCTGCA AGCAGTAGAA 
ACTGAAGAAA GTAAAATGGA CACTGACCAA CTAGAAGAGG AGGAGGAGGA ACCAATGGAT 
TTGCAAGAAG AGGAAGAGGA AAATCTGGAA ATATCCAATG TGGATAGTGA AAAGGCAGCA 
AATGTGATAA GTGAGAATCT GGATGAAGAA CACAAAAAGA GTCAAAAGCC AAACATAGCG 
CTCAAGTCTC TACCAAAGAA CAAGGAAGAA CTTGCATCAC TTATCCAACA TATTCAGGAG 
ACGGTCAAGA CTACTATCAT ACCAAAGTTG AAGAAATGTC TTGATGCTAA GGTTAAAAGA 
GATGAAGAGC ACAAGTCTGT GAAATCCAAA GCAGTGAATG AGGAGGAAGT TGTTAGGGTT 
CCAATTGCCT TTGCTATGGT AAAACTCATG CAGACTTTGC CACAAGAAGT CATGGAGTCT 
AATTTACCTA GTATCCTGCT CAAGCTCTGC GTTTTTTTGA GAAACAGAGC ACAGGAAATC 
CGTGATGTTG CCCGTAACAC TTTAATTAAA ATCATGGAGA CCATTGGTGC TCGGTACCTG 
CACTATGTAC TTAAAGAGAT GCAATCTGTG CTTGTCAAAG GATACCAGGT CCATGTTCTG 
ACCTTTACTG TCAGTCTGCT GTTAAAAGGG CTGACTGGCA GCCTAAAGAA TGGAGATTTA 
GATGGCTGCT TGGAAACACT GGTCCAGATT TTCAATCAGG AGTTGTTTGG GAATATCGCA 
GAAGAAAAAG AAGTTAAAGG TATTGTTTCA AAAGTAATGG AAGCACGAAG GAGTAAAAGC 
TACGACTCTT ATGAACTCCT TGCTCAGTTT GTTGGAAAAG ATCAGGTGGT GAAGCTTATT 
CTGCCCTTGA AAGAGGTTCT GGAGGTGACT ACAAGCCTGA AGGTGTCACG TAAAGTGCAT 
GAAGCTTTCC GCCGGATTGT TTTTGGTTTA ATCGCCAACA CAGGAATGAC TGCCCAGCCT 
GTCCTCTTAC TCAGCTATGG GCTCATTAGT GAAAATCTCC CACTAATAAC TGAAAAAGAG 
AAAAATAGCC GCTCAGAAAT GCTTCCTCCA GATCAACGCC TTCAGCCCAA GAGCTGTTTG 
TTAATTGAGA CACCTATACC TCGTGGAGGC CTTAAAGCAG CAGTTAACAG CAAGACCAAC 
CTGCACATCC TTGTAGAGAC TGGACTACGG CTGCTGCACA TGAGTTTGAA GAAATCCAAG 
GTCAATTCTT CTGATGAGCA TACATTAGAA ATGCTGGATC CCTTTGTGCT AATCCTAATT 
GGCTGTTTGC AGTCAATGGA TGTAAAGGTT ATCACTGGAG CATTGCAGTC TTTCATCTGG 
ATCCTAAAGT TTCCTTTGCC TTCCCTTAAA ACCAACACAG TGGAACTGAT CAAACAGCTC 
TTTCTGCTGC TGAAGGATTA CGCAAAAGCT GGAGTAGCCA AAGGGCAGAA TTTCCACTTG 
GTTGTTAACT GCTTCAAGTG CGTTACCATA CTGGTGAAAC ACACGAAGGG TGAAATTACA 
GAGAAGCAGC TGCAAGTGTT ACTGGGCTAT GCGGAGGAAG ATCTGTACGA TTCATCACGA 
CAGGCTACTG CCTTCGGCTT ATTAAAGGCC ATTGTATCAA GGAAGGTGAT TGTTCCTGAG 
ATTGACGAGG TGATGCAGAA AGTAGCCAAG TTAGCAGTGA CTGGGCAGAG CGAACAAGTC 
AGAGTCCAAT GTCGGCAGAT TTACTTGAAG TACCTTCTTG ACTATCCTCT TGGGGTAAAA 
TTAAAAACGA ATTTGGAGTT TATAATTGCA CAGCTAAACT ATGAATATGA AACTGGAAGA 
GAGTCTGCTT TGGAAATGAT GGCTTACCTT TTCCAGGCAT TCCCAGAAAG CATTCTCAAC 
CAGTTCTGTG GACTTCTATT TGTCCCCATT GTTTTGCTGA TGGTTAATGA TGACTCCCCT 
AAGTGTAAAA AAATGGCTGC TCTGGCAGGG AAATCCCTTT TAAGTAAAAT CAATCTTCAG 
AAGAAGGATC TGATGTTCTC CTTGGTCACT CAGTGGCTTT CTAATGAAAA GTCTGCTCAC 
AAAAGATTAG GAGCCCAAAC ATGTGGTTTA TTTGTTGAAG CTGAAGGCGT TGAATTCGAG 
AGGAGACTGG AGCCTGTCCT TACCACCATT GAAAAAGAAA TTAACCCTGT TATGTTTGAG 
GATCTAAAAG AAGAGACTGA AGAAAAGGCA GCGGATAGAT TGCTGTTTAG TTTTCTTACA 
TTAATTACTA AGCTGATTAA GGAATGCAAC GTTACCCAGT TATCAAAGTG CCAAGAGATT 
ATGGTTGTAA TACTTGCCCA TGTTCAGTCT CATTTGTGGT ATCCTCATAG CTGGGTCTGG 
CTCACCTCAT CCCAGATCTT TGGATTGCTT TTTGCCTTAC AAAAGCCAGA AGATCTTGTC 
AGTAAATGGA TGAACAAAAA GCCGGGTAAA AAAGCCACAC AGGAAGCATT ATCTTGCTCG 
TTCTTAGTGG AACATCTGGA TGTAAAGATG AAAGACCTCG CTCTGGCTTT CTGCCATCAG 
CTGCAGTCAA AATTCCTTGA CCAGGCTCTG GGAGAACAGA TCATTAAGAA TTTGCTTTTT 
GTGGCCAAAG TTATTTACCT CCTTGCCCCT GGCGTGGAAC CTACCCAAAC TAGTAATGGG 
GAAATGGATA GTGAAACAAA TAAGGATGCT GTATCTGGGG AAGAGGATGA TGATGCTGGT 
GATGAAGAGG CAAAGAAGGA CAAAGAGGAT GAGAAAAAAG CTACGCTGCT TTGGTTGATG 
AAGAGACTGA CCATCTTAGC AAAAAGAGAA GCTGCCTATA CGCCAAAAAA CCCATTAAAG 
AGAACATGCA TTTTCAAGTT CCTTGGAGCG TGCGCAGTAG ATCTGGGAAA GGAAAGACTG 
AAGCCTTTTC TCCTAACCAT TTTAACCCCC CTTTTCAGAG AACTTAGCAG CACCTATTCA 
GAACAAGACC CAACTTTGAA GAACTTAGCC CAAGAAATCA TAGATCTTCT AAAGAGCTTA 
ATTGGGCTGG AGGAGTTTTC TTTAGCATTT GCATCTGTGC AGAAACAAGC CACCCAGAAG 
AGGGTGATGC GGAAAAAACA GAAAGCACTT CAGGCTGTAG CAAATCCTGA AGTGGCAGCT 
AAAAAGAAGT TGAAGAAACA CAAAAACAAA ATTGAGGCCA AGAAAAGGAA GATTGAGTTT 
CTACGCCCTG GATATAAAGC CAAGAGATCC CGCAGCCACA CGCTGAAAGA TTTAGCAATG 
GTGGAATAA

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

RefSeq	XP_031754718.1
CDS	532..8700
Translation	MATAATPVTFYKEVSSKCQSFNLLVYHQNDIVQSLKTHLQVKNSLAYQPLLDLVVQLARDLQIDFYPHFQEFFLAVSSILETKDTDLLEWAFTCLSYLYKYLWRMMVKDMPAIYSLYSTLLAHQKPHIRNFAAESFAFLMRKVPDLNELLNFMFLDLKEHPQKAQGLGQLLFEMCKGVRNMFHSSALKAIKLILQKLGPVTETEEELPWSLVGETLKHFVESATHYINTEHFNPLITNIQETLLALSKKIGSNPSECSDQIERLLQAYSVLLAHGHGSKVPKPETDCQTLTEMMNTQNMSLSCCGNLLKITSTLLLNDNISLPACDIEHTISKVFQSGFARSLILEFSEDMFRMKQFEQHFLQSFLQYILLLFKEDDSQVKDEALVILAKLILSKAEPPSTASMAFEKYPLAFGVKSLNKSKCAEGEPSTVLSYVLSLVQLSEGQDITNLPQCWAALIVLPHLRPLEKDNILPLLKTFIEKLFVLTDQIQQKQGILFVLCQAVSTLLSLDDSSEILSIVPVENVKCLLLTFPSDPSVLLLADLYFTRLVFCGHQNRLSHNTMVEIFTKLQNNISTNSSKVRLLTIRILNNFDAPLTSALEEMQREGSQSLFSILLQAELVPATVHEYREKLLHLRKLRHDLVKTVAKGDLQEVPLRYLLAMLYINFSPLWDPVVELIVSHANEMENKSFWKVFCEHLEESATRAEKELKEENEPEEEISVTYGPESKSSSGGHIGALYNESIKRRTNINDRTDFTNFRFLLWKAMSMFPDRVEPRSRELSPLLLRFISNEYYPADLLIAPSQDLRKKHLEKVKSEDDVIMKENETIEEEEDVELNEVKDSGPQKKKTRRAASKQLIAHLKVFSKFSNPRALYLEQKLYDLYTQLLCHQDQEVQKITLECVMSYKHPHLLPYKENLLRLLDDKSFKDEIVHFSISEENSIVKSFHRPDVMSVLMRILYGRMRSKTGSKTQGKSAAGTRMSIVLRFLAGSLPEEIRMFLDLLFEPIKHLKDGHCLASVVQTVESLDLAKVLPLGRQHSLLSSLEVVLKHLGHLISLYLPEMLQILLCMTASVSYVLEQREKIQLKFINPLKNLRRLGVKRIAEFFTDFETYNFSSDEIDAIFHAVVWPQISRLAAESQYSPTLLLKLIHVWSSNSRFFLLLGKQRPGHPEYDILLNVFALLSTKNLSEATASLVIDVADNLLNSTDFEAAENLPCLLVNDCVLSDVENINDESPTVGVRLIYPHISAILQYLNKSMLNVDKMRKKKFSAQVSKELNILSKISKFIQEKEQSTVLIGLLISYLHKSNIAQDTEVDILQTIQNLLRHCTNPAIFLKPMAKLFAVIQNKLSRQTLCLTFQVLSELDPSMEYITDVAAKLNAFDKRHLDDIHFDVRIPAFQKATAHIKEMKSLDMNYIIPLMYNCFHTIQIGEMSLSDNASLCLTAIITQLAAVEHEEIEFREIVQRTLLQSVKTGLRSKVEHIQQDYTTLLSNLIRTFPKHPEFADLVQLTDYNDPEMDFFENMKHIQIHRRARALRKLAKKLVEENVLLSSKSLQNYIMPYATTTLFDEKMQKYENMINASVEMVGAVCKHLSWSAYMYHMKYFIHVLQTGQISQKLGVGLLVMVLDAFHFDHNTMEKHLQAVETEESKMDTDQLEEEEEEPMDLQEEEEENLEISNVDSEKAANVISENLDEEHKKSQKPNIALKSLPKNKEELASLIQHIQETVKTTIIPKLKKCLDAKVKRDEEHKSVKSKAVNEEEVVRVPIAFAMVKLMQTLPQEVMESNLPSILLKLCVFLRNRAQEIRDVARNTLIKIMETIGARYLHYVLKEMQSVLVKGYQVHVLTFTVSLLLKGLTGSLKNGDLDGCLETLVQIFNQELFGNIAEEKEVKGIVSKVMEARRSKSYDSYELLAQFVGKDQVVKLILPLKEVLEVTTSLKVSRKVHEAFRRIVFGLIANTGMTAQPVLLLSYGLISENLPLITEKEKNSRSEMLPPDQRLQPKSCLLIETPIPRGGLKAAVNSKTNLHILVETGLRLLHMSLKKSKVNSSDEHTLEMLDPFVLILIGCLQSMDVKVITGALQSFIWILKFPLPSLKTNTVELIKQLFLLLKDYAKAGVAKGQNFHLVVNCFKCVTILVKHTKGEITEKQLQVLLGYAEEDLYDSSRQATAFGLLKAIVSRKVIVPEIDEVMQKVAKLAVTGQSEQVRVQCRQIYLKYLLDYPLGVKLKTNLEFIIAQLNYEYETGRESALEMMAYLFQAFPESILNQFCGLLFVPIVLLMVNDDSPKCKKMAALAGKSLLSKINLQKKDLMFSLVTQWLSNEKSAHKRLGAQTCGLFVEAEGVEFERRLEPVLTTIEKEINPVMFEDLKEETEEKAADRLLFSFLTLITKLIKECNVTQLSKCQEIMVVILAHVQSHLWYPHSWVWLTSSQIFGLLFALQKPEDLVSKWMNKKPGKKATQEALSCSFLVEHLDVKMKDLALAFCHQLQSKFLDQALGEQIIKNLLFVAKVIYLLAPGVEPTQTSNGEMDSETNKDAVSGEEDDDAGDEEAKKDKEDEKKATLLWLMKRLTILAKREAAYTPKNPLKRTCIFKFLGACAVDLGKERLKPFLLTILTPLFRELSSTYSEQDPTLKNLAQEIIDLLKSLIGLEEFSLAFASVQKQATQKRVMRKKQKALQAVANPEVAAKKKLKKHKNKIEAKKRKIEFLRPGYKAKRSRSHTLKDLAMVE

Target ORF information:

RefSeq Version	XM_031898858.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis UTP20 small subunit processome component (utp20), transcript variant X2, mRNA.

Target ORF information:

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

XM_031898858.1

ORF Insert Sequence:

ATGGCTACTG CTGCTACACC AGTAACATTC TACAAAGAGG TATCTTCCAA ATGTCAGTCT 
TTCAACCTTC TGGTATATCA CCAGAATGAT ATAGTTCAAA GCTTGAAGAC TCATCTGCAG 
GTGAAGAACA GCCTTGCTTA TCAACCCCTT CTCGACCTCG TGGTACAGCT GGCTAGAGAT 
CTCCAGATTG ACTTCTATCC CCACTTTCAA GAGTTTTTCC TAGCTGTCTC TTCTATACTG 
GAAACCAAAG ACACTGATTT ATTAGAATGG GCCTTTACTT GCCTGTCGTA TCTCTACAAA 
TATCTATGGA GGATGATGGT AAAGGATATG CCAGCTATAT ACAGTCTGTA CAGCACTCTT 
TTGGCCCATC AGAAGCCACA CATCAGAAAC TTTGCAGCAG AGAGCTTTGC ATTTTTAATG 
AGGAAGGTGC CTGATCTAAA CGAGCTATTA AATTTCATGT TTTTGGATCT TAAAGAGCAC 
CCTCAAAAGG CACAAGGCCT GGGGCAGTTA CTGTTTGAGA TGTGTAAAGG GGTTAGAAAC 
ATGTTTCACT CCTCAGCCCT AAAGGCCATA AAACTAATAC TACAAAAGCT TGGACCTGTC 
ACTGAAACTG AGGAGGAGTT GCCATGGAGT CTGGTTGGGG AAACTTTGAA ACATTTTGTG 
GAGTCTGCAA CACATTATAT CAACACAGAG CATTTTAATC CACTAATTAC CAATATTCAG 
GAGACCCTTT TAGCACTTTC AAAGAAAATA GGGTCAAATC CATCTGAATG TTCAGATCAA 
ATTGAAAGGT TGCTGCAGGC GTATTCTGTG CTTTTGGCGC ATGGTCACGG ATCTAAGGTC 
CCAAAACCAG AAACTGACTG CCAGACTTTA ACAGAAATGA TGAACACTCA AAATATGTCA 
TTGTCATGTT GTGGTAACCT TTTGAAGATA ACTTCTACTT TACTTTTAAA TGACAACATT 
TCACTGCCTG CCTGTGATAT AGAACACACC ATCAGTAAGG TCTTTCAAAG TGGATTTGCA 
AGAAGTTTAA TTCTGGAGTT TTCTGAAGAT ATGTTCCGTA TGAAGCAATT TGAGCAGCAT 
TTTTTACAAA GCTTCCTACA GTACATTCTG TTACTTTTTA AAGAAGACGA CAGTCAAGTA 
AAGGATGAGG CCTTGGTGAT ACTGGCAAAG CTTATCTTAT CAAAAGCTGA ACCTCCTTCT 
ACAGCATCAA TGGCATTTGA GAAATATCCC CTTGCTTTTG GTGTGAAATC CCTAAACAAG 
TCTAAATGTG CTGAAGGGGA GCCTTCAACA GTGCTAAGCT ATGTACTCTC CTTGGTTCAG 
TTATCAGAGG GACAAGATAT CACCAACCTT CCCCAGTGTT GGGCTGCACT TATTGTTCTG 
CCTCATTTAA GGCCACTGGA AAAAGACAAC ATTCTGCCAC TTTTAAAGAC TTTTATTGAA 
AAGCTTTTTG TTTTAACGGA TCAAATACAA CAGAAGCAAG GAATCCTATT TGTACTTTGC 
CAAGCTGTAA GCACACTACT CAGTTTGGAT GACTCTTCAG AAATTCTTTC TATTGTTCCA 
GTAGAGAATG TGAAGTGCCT TTTGCTGACT TTCCCCTCTG ATCCAAGCGT CTTGCTCTTG 
GCTGATCTGT ACTTTACTAG ATTAGTATTT TGTGGCCACC AGAATCGACT GTCACACAAC 
ACCATGGTGG AGATCTTTAC CAAACTGCAA AATAACATTT CAACAAACTC CTCAAAGGTG 
CGCCTTTTAA CGATAAGGAT TTTAAATAAT TTTGATGCTC CTCTCACTTC TGCTCTTGAG 
GAAATGCAGA GAGAGGGGAG TCAGTCACTG TTTTCAATCC TGTTGCAAGC TGAACTTGTA 
CCAGCAACTG TTCATGAATA CAGAGAGAAA CTTCTTCATC TCAGAAAACT GAGGCATGAT 
CTGGTGAAAA CTGTAGCAAA AGGAGACTTG CAGGAGGTAC CTCTACGGTA TTTACTGGCA 
ATGCTGTATA TCAATTTCAG TCCGCTCTGG GATCCAGTTG TTGAGCTTAT TGTTTCCCAT 
GCAAATGAAA TGGAAAATAA ATCTTTTTGG AAAGTATTTT GTGAGCATTT GGAGGAGTCT 
GCTACCCGTG CTGAGAAAGA ATTGAAAGAA GAAAATGAAC CGGAGGAAGA GATATCAGTC 
ACTTATGGCC CAGAATCCAA GTCTAGCTCT GGAGGACACA TTGGAGCACT ATATAACGAA 
TCTATTAAAC GCAGAACTAA CATTAATGAC AGAACTGATT TTACCAATTT CCGGTTTCTT 
TTGTGGAAAG CAATGTCCAT GTTCCCTGAC AGGGTGGAAC CAAGATCTAG GGAACTGTCA 
CCCCTTCTGT TGAGGTTTAT TAGCAATGAA TATTATCCAG CAGATTTATT AATTGCTCCT 
TCTCAGGACC TTAGAAAAAA GCATCTAGAA AAGGTAAAGT CTGAAGATGA TGTTATCATG 
AAAGAGAATG AGACTATAGA GGAGGAGGAG GATGTAGAAT TAAATGAAGT CAAAGATTCT 
GGGCCGCAGA AAAAGAAAAC AAGGAGAGCA GCCTCAAAGC AGCTAATTGC TCACTTGAAA 
GTGTTTTCCA AGTTTTCCAA TCCGCGTGCC TTGTACCTGG AACAAAAATT ATATGACCTC 
TACACACAGC TACTATGTCA TCAAGATCAG GAAGTACAGA AGATCACCCT TGAGTGTGTG 
ATGAGCTATA AGCATCCCCA TCTTCTCCCT TACAAAGAAA ACCTGCTAAG GCTGTTGGAT 
GATAAAAGCT TTAAGGATGA AATTGTCCAT TTCAGCATAT CTGAAGAGAA TTCAATAGTA 
AAATCCTTCC ACCGACCAGA TGTAATGTCA GTTCTCATGA GAATCCTTTA TGGCCGCATG 
AGAAGTAAAA CTGGCAGTAA AACACAGGGC AAGTCGGCAG CAGGAACCCG CATGTCTATT 
GTGTTAAGGT TCCTGGCTGG GTCACTGCCT GAGGAGATCA GGATGTTCCT GGATCTCCTA 
TTTGAGCCCA TAAAACATTT GAAAGATGGT CATTGCCTTG CATCAGTAGT ACAAACTGTT 
GAAAGTCTGG ATCTCGCTAA AGTTCTTCCT CTTGGGCGCC AGCACAGTCT GCTTAGTAGT 
TTGGAGGTGG TTTTGAAACA TCTCGGACAC CTGATTAGCC TCTACTTACC TGAAATGCTA 
CAGATATTAC TGTGCATGAC TGCTTCCGTC TCTTACGTTC TCGAGCAAAG AGAAAAGATA 
CAGCTAAAAT TCATCAACCC ATTAAAGAAC TTGAGACGTC TTGGGGTTAA ACGCATTGCT 
GAATTTTTTA CGGATTTTGA GACGTATAAT TTCTCTTCAG ATGAGATTGA CGCTATATTT 
CATGCAGTTG TATGGCCACA GATTAGCAGA CTTGCTGCTG AAAGTCAGTA TTCCCCAACC 
CTTTTACTGA AACTTATCCA TGTTTGGAGC AGTAACAGCA GGTTTTTCCT GTTGCTTGGA 
AAACAAAGGC CTGGGCATCC TGAATATGAT ATACTTCTAA ATGTGTTTGC ACTTCTCTCA 
ACAAAGAACT TATCAGAGGC TACTGCAAGT CTGGTTATAG ATGTGGCTGA CAATCTTCTT 
AACAGCACGG ATTTTGAAGC TGCAGAGAAT CTTCCCTGCT TGTTGGTGAA TGATTGTGTT 
CTCTCTGATG TTGAAAACAT AAATGATGAA TCTCCCACTG TGGGTGTAAG GTTGATATAC 
CCGCACATCT CTGCAATCCT GCAGTACCTC AATAAGAGTA TGCTGAATGT GGACAAAATG 
AGGAAAAAGA AATTTAGTGC ACAAGTGAGC AAAGAACTAA ACATCCTGTC AAAGATCAGC 
AAGTTTATTC AGGAAAAAGA ACAAAGTACT GTGCTTATTG GGCTCCTTAT TTCCTACTTG 
CATAAAAGCA ATATAGCTCA GGATACAGAG GTGGATATTC TGCAAACAAT TCAGAATCTG 
TTAAGACACT GTACAAACCC TGCAATCTTT CTGAAGCCAA TGGCAAAACT TTTTGCAGTT 
ATTCAGAACA AATTATCCCG CCAGACTCTG TGTTTAACAT TTCAGGTTTT GTCAGAACTG 
GATCCCTCAA TGGAATATAT CACAGATGTG GCTGCTAAGC TGAATGCATT TGACAAGAGA 
CATTTAGATG ACATTCACTT TGATGTGCGG ATACCAGCTT TCCAAAAAGC CACTGCCCAT 
ATAAAGGAGA TGAAGTCACT CGACATGAAC TATATCATTC CCCTTATGTA CAACTGCTTC 
CATACTATAC AGATTGGAGA AATGTCTCTG AGTGACAATG CCAGCCTGTG CCTTACTGCC 
ATAATAACAC AGCTTGCAGC AGTGGAACAC GAAGAGATTG AATTCAGAGA GATAGTGCAG 
CGCACTTTGC TGCAGAGTGT GAAAACAGGG CTGAGAAGCA AAGTGGAGCA TATTCAGCAG 
GACTACACAA CGTTGCTTTC TAACTTGATC CGGACCTTTC CCAAACATCC AGAGTTTGCA 
GATTTGGTTC AACTTACAGA TTACAATGAC CCCGAAATGG ACTTCTTTGA AAACATGAAA 
CACATTCAGA TTCACAGGAG AGCAAGGGCT TTGCGAAAAT TAGCAAAGAA ACTTGTGGAG 
GAGAATGTGC TTTTATCCTC TAAATCCCTC CAGAACTACA TCATGCCATA TGCCACCACA 
ACTCTCTTTG ACGAAAAGAT GCAAAAGTAT GAAAATATGA TCAATGCATC TGTGGAGATG 
GTAGGCGCAG TGTGCAAACA TCTGTCATGG TCGGCATACA TGTACCACAT GAAGTATTTT 
ATTCACGTTC TTCAAACTGG GCAGATCAGC CAGAAGCTGG GTGTCGGCTT GCTAGTGATG 
GTGCTTGATG CATTTCATTT TGATCACAAT ACAATGGAAA AGCATCTGCA AGCAGTAGAA 
ACTGAAGAAA GTAAAATGGA CACTGACCAA CTAGAAGAGG AGGAGGAGGA ACCAATGGAT 
TTGCAAGAAG AGGAAGAGGA AAATCTGGAA ATATCCAATG TGGATAGTGA AAAGGCAGCA 
AATGTGATAA GTGAGAATCT GGATGAAGAA CACAAAAAGA GTCAAAAGCC AAACATAGCG 
CTCAAGTCTC TACCAAAGAA CAAGGAAGAA CTTGCATCAC TTATCCAACA TATTCAGGAG 
ACGGTCAAGA CTACTATCAT ACCAAAGTTG AAGAAATGTC TTGATGCTAA GGTTAAAAGA 
GATGAAGAGC ACAAGTCTGT GAAATCCAAA GCAGTGAATG AGGAGGAAGT TGTTAGGGTT 
CCAATTGCCT TTGCTATGGT AAAACTCATG CAGACTTTGC CACAAGAAGT CATGGAGTCT 
AATTTACCTA GTATCCTGCT CAAGCTCTGC GTTTTTTTGA GAAACAGAGC ACAGGAAATC 
CGTGATGTTG CCCGTAACAC TTTAATTAAA ATCATGGAGA CCATTGGTGC TCGGTACCTG 
CACTATGTAC TTAAAGAGAT GCAATCTGTG CTTGTCAAAG GATACCAGGT CCATGTTCTG 
ACCTTTACTG TCAGTCTGCT GTTAAAAGGG CTGACTGGCA GCCTAAAGAA TGGAGATTTA 
GATGGCTGCT TGGAAACACT GGTCCAGATT TTCAATCAGG AGTTGTTTGG GAATATCGCA 
GAAGAAAAAG AAGTTAAAGG TATTGTTTCA AAAGTAATGG AAGCACGAAG GAGTAAAAGC 
TACGACTCTT ATGAACTCCT TGCTCAGTTT GTTGGAAAAG ATCAGGTGGT GAAGCTTATT 
CTGCCCTTGA AAGAGGTTCT GGAGGTGACT ACAAGCCTGA AGGTGTCACG TAAAGTGCAT 
GAAGCTTTCC GCCGGATTGT TTTTGGTTTA ATCGCCAACA CAGGAATGAC TGCCCAGCCT 
GTCCTCTTAC TCAGCTATGG GCTCATTAGT GAAAATCTCC CACTAATAAC TGAAAAAGAG 
AAAAATAGCC GCTCAGAAAT GCTTCCTCCA GATCAACGCC TTCAGCCCAA GAGCTGTTTG 
TTAATTGAGA CACCTATACC TCGTGGAGGC CTTAAAGCAG CAGTTAACAG CAAGACCAAC 
CTGCACATCC TTGTAGAGAC TGGACTACGG CTGCTGCACA TGAGTTTGAA GAAATCCAAG 
GTCAATTCTT CTGATGAGCA TACATTAGAA ATGCTGGATC CCTTTGTGCT AATCCTAATT 
GGCTGTTTGC AGTCAATGGA TGTAAAGGTT ATCACTGGAG CATTGCAGTC TTTCATCTGG 
ATCCTAAAGT TTCCTTTGCC TTCCCTTAAA ACCAACACAG TGGAACTGAT CAAACAGCTC 
TTTCTGCTGC TGAAGGATTA CGCAAAAGCT GGAGTAGCCA AAGGGCAGAA TTTCCACTTG 
GTTGTTAACT GCTTCAAGTG CGTTACCATA CTGGTGAAAC ACACGAAGGG TGAAATTACA 
GAGAAGCAGC TGCAAGTGTT ACTGGGCTAT GCGGAGGAAG ATCTGTACGA TTCATCACGA 
CAGGCTACTG CCTTCGGCTT ATTAAAGGCC ATTGTATCAA GGAAGGTGAT TGTTCCTGAG 
ATTGACGAGG TGATGCAGAA AGTAGCCAAG TTAGCAGTGA CTGGGCAGAG CGAACAAGTC 
AGAGTCCAAT GTCGGCAGAT TTACTTGAAG TACCTTCTTG ACTATCCTCT TGGGGTAAAA 
TTAAAAACGA ATTTGGAGTT TATAATTGCA CAGCTAAACT ATGAATATGA AACTGGAAGA 
GAGTCTGCTT TGGAAATGAT GGCTTACCTT TTCCAGGCAT TCCCAGAAAG CATTCTCAAC 
CAGTTCTGTG GACTTCTATT TGTCCCCATT GTTTTGCTGA TGGTTAATGA TGACTCCCCT 
AAGTGTAAAA AAATGGCTGC TCTGGCAGGG AAATCCCTTT TAAGTAAAAT CAATCTTCAG 
AAGAAGGATC TGATGTTCTC CTTGGTCACT CAGTGGCTTT CTAATGAAAA GTCTGCTCAC 
AAAAGATTAG GAGCCCAAAC ATGTGGTTTA TTTGTTGAAG CTGAAGGCGT TGAATTCGAG 
AGGAGACTGG AGCCTGTCCT TACCACCATT GAAAAAGAAA TTAACCCTGT TATGTTTGAG 
GATCTAAAAG AAGAGACTGA AGAAAAGGCA GCGGATAGAT TGCTGTTTAG TTTTCTTACA 
TTAATTACTA AGCTGATTAA GGAATGCAAC GTTACCCAGT TATCAAAGTG CCAAGAGATT 
ATGGTTGTAA TACTTGCCCA TGTTCAGTCT CATTTGTGGT ATCCTCATAG CTGGGTCTGG 
CTCACCTCAT CCCAGATCTT TGGATTGCTT TTTGCCTTAC AAAAGCCAGA AGATCTTGTC 
AGTAAATGGA TGAACAAAAA GCCGGGTAAA AAAGCCACAC AGGAAGCATT ATCTTGCTCG 
TTCTTAGTGG AACATCTGGA TGTAAAGATG AAAGACCTCG CTCTGGCTTT CTGCCATCAG 
CTGCAGTCAA AATTCCTTGA CCAGGCTCTG GGAGAACAGA TCATTAAGAA TTTGCTTTTT 
GTGGCCAAAG TTATTTACCT CCTTGCCCCT GGCGTGGAAC CTACCCAAAC TAGTAATGGG 
GAAATGGATA GTGAAACAAA TAAGGATGCT GTATCTGGGG AAGAGGATGA TGATGCTGGT 
GATGAAGAGG CAAAGAAGGA CAAAGAGGAT GAGAAAAAAG CTACGCTGCT TTGGTTGATG 
AAGAGACTGA CCATCTTAGC AAAAAGAGAA GCTGCCTATA CGCCAAAAAA CCCATTAAAG 
AGAACATGCA TTTTCAAGTT CCTTGGAGCG TGCGCAGTAG ATCTGGGAAA GGAAAGACTG 
AAGCCTTTTC TCCTAACCAT TTTAACCCCC CTTTTCAGAG AACTTAGCAG CACCTATTCA 
GAACAAGACC CAACTTTGAA GAACTTAGCC CAAGAAATCA TAGATCTTCT AAAGAGCTTA 
ATTGGGCTGG AGGAGTTTTC TTTAGCATTT GCATCTGTGC AGAAACAAGC CACCCAGAAG 
AGGGTGATGC GGAAAAAACA GAAAGCACTT CAGGCTGTAG CAAATCCTGA AGTGGCAGCT 
AAAAAGAAGT TGAAGAAACA CAAAAACAAA ATTGAGGCCA AGAAAAGGAA GATTGAGTTT 
CTACGCCCTG GATATAAAGC CAAGAGATCC CGCAGCCACA CGCTGAAAGA TTTAGCAATG 
GTGGAATAA

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

utp20 ( XM_031898859.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031754719.1 Xenopus tropicalis UTP20 small subunit processome component (utp20), transcript variant X3, mRNA.

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CloneID	OXa54606
Clone ID Related Accession (Same CDS sequence)	XM_031898859.1
Accession Version	XM_031898859.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8160bp) 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	1576512000000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	small subunit processome component 20 homolog isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGCTGGG AAGTAACATT CTACAAAGAG GTATCTTCCA AATGTCAGTC TTTCAACCTT 
CTGGTATATC ACCAGAATGA TATAGTTCAA AGCTTGAAGA CTCATCTGCA GGTGAAGAAC 
AGCCTTGCTT ATCAACCCCT TCTCGACCTC GTGGTACAGC TGGCTAGAGA TCTCCAGATT 
GACTTCTATC CCCACTTTCA AGAGTTTTTC CTAGCTGTCT CTTCTATACT GGAAACCAAA 
GACACTGATT TATTAGAATG GGCCTTTACT TGCCTGTCGT ATCTCTACAA ATATCTATGG 
AGGATGATGG TAAAGGATAT GCCAGCTATA TACAGTCTGT ACAGCACTCT TTTGGCCCAT 
CAGAAGCCAC ACATCAGAAA CTTTGCAGCA GAGAGCTTTG CATTTTTAAT GAGGAAGGTG 
CCTGATCTAA ACGAGCTATT AAATTTCATG TTTTTGGATC TTAAAGAGCA CCCTCAAAAG 
GCACAAGGCC TGGGGCAGTT ACTGTTTGAG ATGTGTAAAG GGGTTAGAAA CATGTTTCAC 
TCCTCAGCCC TAAAGGCCAT AAAACTAATA CTACAAAAGC TTGGACCTGT CACTGAAACT 
GAGGAGGAGT TGCCATGGAG TCTGGTTGGG GAAACTTTGA AACATTTTGT GGAGTCTGCA 
ACACATTATA TCAACACAGA GCATTTTAAT CCACTAATTA CCAATATTCA GGAGACCCTT 
TTAGCACTTT CAAAGAAAAT AGGGTCAAAT CCATCTGAAT GTTCAGATCA AATTGAAAGG 
TTGCTGCAGG CGTATTCTGT GCTTTTGGCG CATGGTCACG GATCTAAGGT CCCAAAACCA 
GAAACTGACT GCCAGACTTT AACAGAAATG ATGAACACTC AAAATATGTC ATTGTCATGT 
TGTGGTAACC TTTTGAAGAT AACTTCTACT TTACTTTTAA ATGACAACAT TTCACTGCCT 
GCCTGTGATA TAGAACACAC CATCAGTAAG GTCTTTCAAA GTGGATTTGC AAGAAGTTTA 
ATTCTGGAGT TTTCTGAAGA TATGTTCCGT ATGAAGCAAT TTGAGCAGCA TTTTTTACAA 
AGCTTCCTAC AGTACATTCT GTTACTTTTT AAAGAAGACG ACAGTCAAGT AAAGGATGAG 
GCCTTGGTGA TACTGGCAAA GCTTATCTTA TCAAAAGCTG AACCTCCTTC TACAGCATCA 
ATGGCATTTG AGAAATATCC CCTTGCTTTT GGTGTGAAAT CCCTAAACAA GTCTAAATGT 
GCTGAAGGGG AGCCTTCAAC AGTGCTAAGC TATGTACTCT CCTTGGTTCA GTTATCAGAG 
GGACAAGATA TCACCAACCT TCCCCAGTGT TGGGCTGCAC TTATTGTTCT GCCTCATTTA 
AGGCCACTGG AAAAAGACAA CATTCTGCCA CTTTTAAAGA CTTTTATTGA AAAGCTTTTT 
GTTTTAACGG ATCAAATACA ACAGAAGCAA GGAATCCTAT TTGTACTTTG CCAAGCTGTA 
AGCACACTAC TCAGTTTGGA TGACTCTTCA GAAATTCTTT CTATTGTTCC AGTAGAGAAT 
GTGAAGTGCC TTTTGCTGAC TTTCCCCTCT GATCCAAGCG TCTTGCTCTT GGCTGATCTG 
TACTTTACTA GATTAGTATT TTGTGGCCAC CAGAATCGAC TGTCACACAA CACCATGGTG 
GAGATCTTTA CCAAACTGCA AAATAACATT TCAACAAACT CCTCAAAGGT GCGCCTTTTA 
ACGATAAGGA TTTTAAATAA TTTTGATGCT CCTCTCACTT CTGCTCTTGA GGAAATGCAG 
AGAGAGGGGA GTCAGTCACT GTTTTCAATC CTGTTGCAAG CTGAACTTGT ACCAGCAACT 
GTTCATGAAT ACAGAGAGAA ACTTCTTCAT CTCAGAAAAC TGAGGCATGA TCTGGTGAAA 
ACTGTAGCAA AAGGAGACTT GCAGGAGGTA CCTCTACGGT ATTTACTGGC AATGCTGTAT 
ATCAATTTCA GTCCGCTCTG GGATCCAGTT GTTGAGCTTA TTGTTTCCCA TGCAAATGAA 
ATGGAAAATA AATCTTTTTG GAAAGTATTT TGTGAGCATT TGGAGGAGTC TGCTACCCGT 
GCTGAGAAAG AATTGAAAGA AGAAAATGAA CCGGAGGAAG AGATATCAGT CACTTATGGC 
CCAGAATCCA AGTCTAGCTC TGGAGGACAC ATTGGAGCAC TATATAACGA ATCTATTAAA 
CGCAGAACTA ACATTAATGA CAGAACTGAT TTTACCAATT TCCGGTTTCT TTTGTGGAAA 
GCAATGTCCA TGTTCCCTGA CAGGGTGGAA CCAAGATCTA GGGAACTGTC ACCCCTTCTG 
TTGAGGTTTA TTAGCAATGA ATATTATCCA GCAGATTTAT TAATTGCTCC TTCTCAGGAC 
CTTAGAAAAA AGCATCTAGA AAAGGTAAAG TCTGAAGATG ATGTTATCAT GAAAGAGAAT 
GAGACTATAG AGGAGGAGGA GGATGTAGAA TTAAATGAAG TCAAAGATTC TGGGCCGCAG 
AAAAAGAAAA CAAGGAGAGC AGCCTCAAAG CAGCTAATTG CTCACTTGAA AGTGTTTTCC 
AAGTTTTCCA ATCCGCGTGC CTTGTACCTG GAACAAAAAT TATATGACCT CTACACACAG 
CTACTATGTC ATCAAGATCA GGAAGTACAG AAGATCACCC TTGAGTGTGT GATGAGCTAT 
AAGCATCCCC ATCTTCTCCC TTACAAAGAA AACCTGCTAA GGCTGTTGGA TGATAAAAGC 
TTTAAGGATG AAATTGTCCA TTTCAGCATA TCTGAAGAGA ATTCAATAGT AAAATCCTTC 
CACCGACCAG ATGTAATGTC AGTTCTCATG AGAATCCTTT ATGGCCGCAT GAGAAGTAAA 
ACTGGCAGTA AAACACAGGG CAAGTCGGCA GCAGGAACCC GCATGTCTAT TGTGTTAAGG 
TTCCTGGCTG GGTCACTGCC TGAGGAGATC AGGATGTTCC TGGATCTCCT ATTTGAGCCC 
ATAAAACATT TGAAAGATGG TCATTGCCTT GCATCAGTAG TACAAACTGT TGAAAGTCTG 
GATCTCGCTA AAGTTCTTCC TCTTGGGCGC CAGCACAGTC TGCTTAGTAG TTTGGAGGTG 
GTTTTGAAAC ATCTCGGACA CCTGATTAGC CTCTACTTAC CTGAAATGCT ACAGATATTA 
CTGTGCATGA CTGCTTCCGT CTCTTACGTT CTCGAGCAAA GAGAAAAGAT ACAGCTAAAA 
TTCATCAACC CATTAAAGAA CTTGAGACGT CTTGGGGTTA AACGCATTGC TGAATTTTTT 
ACGGATTTTG AGACGTATAA TTTCTCTTCA GATGAGATTG ACGCTATATT TCATGCAGTT 
GTATGGCCAC AGATTAGCAG ACTTGCTGCT GAAAGTCAGT ATTCCCCAAC CCTTTTACTG 
AAACTTATCC ATGTTTGGAG CAGTAACAGC AGGTTTTTCC TGTTGCTTGG AAAACAAAGG 
CCTGGGCATC CTGAATATGA TATACTTCTA AATGTGTTTG CACTTCTCTC AACAAAGAAC 
TTATCAGAGG CTACTGCAAG TCTGGTTATA GATGTGGCTG ACAATCTTCT TAACAGCACG 
GATTTTGAAG CTGCAGAGAA TCTTCCCTGC TTGTTGGTGA ATGATTGTGT TCTCTCTGAT 
GTTGAAAACA TAAATGATGA ATCTCCCACT GTGGGTGTAA GGTTGATATA CCCGCACATC 
TCTGCAATCC TGCAGTACCT CAATAAGAGT ATGCTGAATG TGGACAAAAT GAGGAAAAAG 
AAATTTAGTG CACAAGTGAG CAAAGAACTA AACATCCTGT CAAAGATCAG CAAGTTTATT 
CAGGAAAAAG AACAAAGTAC TGTGCTTATT GGGCTCCTTA TTTCCTACTT GCATAAAAGC 
AATATAGCTC AGGATACAGA GGTGGATATT CTGCAAACAA TTCAGAATCT GTTAAGACAC 
TGTACAAACC CTGCAATCTT TCTGAAGCCA ATGGCAAAAC TTTTTGCAGT TATTCAGAAC 
AAATTATCCC GCCAGACTCT GTGTTTAACA TTTCAGGTTT TGTCAGAACT GGATCCCTCA 
ATGGAATATA TCACAGATGT GGCTGCTAAG CTGAATGCAT TTGACAAGAG ACATTTAGAT 
GACATTCACT TTGATGTGCG GATACCAGCT TTCCAAAAAG CCACTGCCCA TATAAAGGAG 
ATGAAGTCAC TCGACATGAA CTATATCATT CCCCTTATGT ACAACTGCTT CCATACTATA 
CAGATTGGAG AAATGTCTCT GAGTGACAAT GCCAGCCTGT GCCTTACTGC CATAATAACA 
CAGCTTGCAG CAGTGGAACA CGAAGAGATT GAATTCAGAG AGATAGTGCA GCGCACTTTG 
CTGCAGAGTG TGAAAACAGG GCTGAGAAGC AAAGTGGAGC ATATTCAGCA GGACTACACA 
ACGTTGCTTT CTAACTTGAT CCGGACCTTT CCCAAACATC CAGAGTTTGC AGATTTGGTT 
CAACTTACAG ATTACAATGA CCCCGAAATG GACTTCTTTG AAAACATGAA ACACATTCAG 
ATTCACAGGA GAGCAAGGGC TTTGCGAAAA TTAGCAAAGA AACTTGTGGA GGAGAATGTG 
CTTTTATCCT CTAAATCCCT CCAGAACTAC ATCATGCCAT ATGCCACCAC AACTCTCTTT 
GACGAAAAGA TGCAAAAGTA TGAAAATATG ATCAATGCAT CTGTGGAGAT GGTAGGCGCA 
GTGTGCAAAC ATCTGTCATG GTCGGCATAC ATGTACCACA TGAAGTATTT TATTCACGTT 
CTTCAAACTG GGCAGATCAG CCAGAAGCTG GGTGTCGGCT TGCTAGTGAT GGTGCTTGAT 
GCATTTCATT TTGATCACAA TACAATGGAA AAGCATCTGC AAGCAGTAGA AACTGAAGAA 
AGTAAAATGG ACACTGACCA ACTAGAAGAG GAGGAGGAGG AACCAATGGA TTTGCAAGAA 
GAGGAAGAGG AAAATCTGGA AATATCCAAT GTGGATAGTG AAAAGGCAGC AAATGTGATA 
AGTGAGAATC TGGATGAAGA ACACAAAAAG AGTCAAAAGC CAAACATAGC GCTCAAGTCT 
CTACCAAAGA ACAAGGAAGA ACTTGCATCA CTTATCCAAC ATATTCAGGA GACGGTCAAG 
ACTACTATCA TACCAAAGTT GAAGAAATGT CTTGATGCTA AGGTTAAAAG AGATGAAGAG 
CACAAGTCTG TGAAATCCAA AGCAGTGAAT GAGGAGGAAG TTGTTAGGGT TCCAATTGCC 
TTTGCTATGG TAAAACTCAT GCAGACTTTG CCACAAGAAG TCATGGAGTC TAATTTACCT 
AGTATCCTGC TCAAGCTCTG CGTTTTTTTG AGAAACAGAG CACAGGAAAT CCGTGATGTT 
GCCCGTAACA CTTTAATTAA AATCATGGAG ACCATTGGTG CTCGGTACCT GCACTATGTA 
CTTAAAGAGA TGCAATCTGT GCTTGTCAAA GGATACCAGG TCCATGTTCT GACCTTTACT 
GTCAGTCTGC TGTTAAAAGG GCTGACTGGC AGCCTAAAGA ATGGAGATTT AGATGGCTGC 
TTGGAAACAC TGGTCCAGAT TTTCAATCAG GAGTTGTTTG GGAATATCGC AGAAGAAAAA 
GAAGTTAAAG GTATTGTTTC AAAAGTAATG GAAGCACGAA GGAGTAAAAG CTACGACTCT 
TATGAACTCC TTGCTCAGTT TGTTGGAAAA GATCAGGTGG TGAAGCTTAT TCTGCCCTTG 
AAAGAGGTTC TGGAGGTGAC TACAAGCCTG AAGGTGTCAC GTAAAGTGCA TGAAGCTTTC 
CGCCGGATTG TTTTTGGTTT AATCGCCAAC ACAGGAATGA CTGCCCAGCC TGTCCTCTTA 
CTCAGCTATG GGCTCATTAG TGAAAATCTC CCACTAATAA CTGAAAAAGA GAAAAATAGC 
CGCTCAGAAA TGCTTCCTCC AGATCAACGC CTTCAGCCCA AGAGCTGTTT GTTAATTGAG 
ACACCTATAC CTCGTGGAGG CCTTAAAGCA GCAGTTAACA GCAAGACCAA CCTGCACATC 
CTTGTAGAGA CTGGACTACG GCTGCTGCAC ATGAGTTTGA AGAAATCCAA GGTCAATTCT 
TCTGATGAGC ATACATTAGA AATGCTGGAT CCCTTTGTGC TAATCCTAAT TGGCTGTTTG 
CAGTCAATGG ATGTAAAGGT TATCACTGGA GCATTGCAGT CTTTCATCTG GATCCTAAAG 
TTTCCTTTGC CTTCCCTTAA AACCAACACA GTGGAACTGA TCAAACAGCT CTTTCTGCTG 
CTGAAGGATT ACGCAAAAGC TGGAGTAGCC AAAGGGCAGA ATTTCCACTT GGTTGTTAAC 
TGCTTCAAGT GCGTTACCAT ACTGGTGAAA CACACGAAGG GTGAAATTAC AGAGAAGCAG 
CTGCAAGTGT TACTGGGCTA TGCGGAGGAA GATCTGTACG ATTCATCACG ACAGGCTACT 
GCCTTCGGCT TATTAAAGGC CATTGTATCA AGGAAGGTGA TTGTTCCTGA GATTGACGAG 
GTGATGCAGA AAGTAGCCAA GTTAGCAGTG ACTGGGCAGA GCGAACAAGT CAGAGTCCAA 
TGTCGGCAGA TTTACTTGAA GTACCTTCTT GACTATCCTC TTGGGGTAAA ATTAAAAACG 
AATTTGGAGT TTATAATTGC ACAGCTAAAC TATGAATATG AAACTGGAAG AGAGTCTGCT 
TTGGAAATGA TGGCTTACCT TTTCCAGGCA TTCCCAGAAA GCATTCTCAA CCAGTTCTGT 
GGACTTCTAT TTGTCCCCAT TGTTTTGCTG ATGGTTAATG ATGACTCCCC TAAGTGTAAA 
AAAATGGCTG CTCTGGCAGG GAAATCCCTT TTAAGTAAAA TCAATCTTCA GAAGAAGGAT 
CTGATGTTCT CCTTGGTCAC TCAGTGGCTT TCTAATGAAA AGTCTGCTCA CAAAAGATTA 
GGAGCCCAAA CATGTGGTTT ATTTGTTGAA GCTGAAGGCG TTGAATTCGA GAGGAGACTG 
GAGCCTGTCC TTACCACCAT TGAAAAAGAA ATTAACCCTG TTATGTTTGA GGATCTAAAA 
GAAGAGACTG AAGAAAAGGC AGCGGATAGA TTGCTGTTTA GTTTTCTTAC ATTAATTACT 
AAGCTGATTA AGGAATGCAA CGTTACCCAG TTATCAAAGT GCCAAGAGAT TATGGTTGTA 
ATACTTGCCC ATGTTCAGTC TCATTTGTGG TATCCTCATA GCTGGGTCTG GCTCACCTCA 
TCCCAGATCT TTGGATTGCT TTTTGCCTTA CAAAAGCCAG AAGATCTTGT CAGTAAATGG 
ATGAACAAAA AGCCGGGTAA AAAAGCCACA CAGGAAGCAT TATCTTGCTC GTTCTTAGTG 
GAACATCTGG ATGTAAAGAT GAAAGACCTC GCTCTGGCTT TCTGCCATCA GCTGCAGTCA 
AAATTCCTTG ACCAGGCTCT GGGAGAACAG ATCATTAAGA ATTTGCTTTT TGTGGCCAAA 
GTTATTTACC TCCTTGCCCC TGGCGTGGAA CCTACCCAAA CTAGTAATGG GGAAATGGAT 
AGTGAAACAA ATAAGGATGC TGTATCTGGG GAAGAGGATG ATGATGCTGG TGATGAAGAG 
GCAAAGAAGG ACAAAGAGGA TGAGAAAAAA GCTACGCTGC TTTGGTTGAT GAAGAGACTG 
ACCATCTTAG CAAAAAGAGA AGCTGCCTAT ACGCCAAAAA ACCCATTAAA GAGAACATGC 
ATTTTCAAGT TCCTTGGAGC GTGCGCAGTA GATCTGGGAA AGGAAAGACT GAAGCCTTTT 
CTCCTAACCA TTTTAACCCC CCTTTTCAGA GAACTTAGCA GCACCTATTC AGAACAAGAC 
CCAACTTTGA AGAACTTAGC CCAAGAAATC ATAGATCTTC TAAAGAGCTT AATTGGGCTG 
GAGGAGTTTT CTTTAGCATT TGCATCTGTG CAGAAACAAG CCACCCAGAA GAGGGTGATG 
CGGAAAAAAC AGAAAGCACT TCAGGCTGTA GCAAATCCTG AAGTGGCAGC TAAAAAGAAG 
TTGAAGAAAC ACAAAAACAA AATTGAGGCC AAGAAAAGGA AGATTGAGTT TCTACGCCCT 
GGATATAAAG CCAAGAGATC CCGCAGCCAC ACGCTGAAAG ATTTAGCAAT GGTGGAATAA

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

RefSeq	XP_031754719.1
CDS	102..8261
Translation	MGWEVTFYKEVSSKCQSFNLLVYHQNDIVQSLKTHLQVKNSLAYQPLLDLVVQLARDLQIDFYPHFQEFFLAVSSILETKDTDLLEWAFTCLSYLYKYLWRMMVKDMPAIYSLYSTLLAHQKPHIRNFAAESFAFLMRKVPDLNELLNFMFLDLKEHPQKAQGLGQLLFEMCKGVRNMFHSSALKAIKLILQKLGPVTETEEELPWSLVGETLKHFVESATHYINTEHFNPLITNIQETLLALSKKIGSNPSECSDQIERLLQAYSVLLAHGHGSKVPKPETDCQTLTEMMNTQNMSLSCCGNLLKITSTLLLNDNISLPACDIEHTISKVFQSGFARSLILEFSEDMFRMKQFEQHFLQSFLQYILLLFKEDDSQVKDEALVILAKLILSKAEPPSTASMAFEKYPLAFGVKSLNKSKCAEGEPSTVLSYVLSLVQLSEGQDITNLPQCWAALIVLPHLRPLEKDNILPLLKTFIEKLFVLTDQIQQKQGILFVLCQAVSTLLSLDDSSEILSIVPVENVKCLLLTFPSDPSVLLLADLYFTRLVFCGHQNRLSHNTMVEIFTKLQNNISTNSSKVRLLTIRILNNFDAPLTSALEEMQREGSQSLFSILLQAELVPATVHEYREKLLHLRKLRHDLVKTVAKGDLQEVPLRYLLAMLYINFSPLWDPVVELIVSHANEMENKSFWKVFCEHLEESATRAEKELKEENEPEEEISVTYGPESKSSSGGHIGALYNESIKRRTNINDRTDFTNFRFLLWKAMSMFPDRVEPRSRELSPLLLRFISNEYYPADLLIAPSQDLRKKHLEKVKSEDDVIMKENETIEEEEDVELNEVKDSGPQKKKTRRAASKQLIAHLKVFSKFSNPRALYLEQKLYDLYTQLLCHQDQEVQKITLECVMSYKHPHLLPYKENLLRLLDDKSFKDEIVHFSISEENSIVKSFHRPDVMSVLMRILYGRMRSKTGSKTQGKSAAGTRMSIVLRFLAGSLPEEIRMFLDLLFEPIKHLKDGHCLASVVQTVESLDLAKVLPLGRQHSLLSSLEVVLKHLGHLISLYLPEMLQILLCMTASVSYVLEQREKIQLKFINPLKNLRRLGVKRIAEFFTDFETYNFSSDEIDAIFHAVVWPQISRLAAESQYSPTLLLKLIHVWSSNSRFFLLLGKQRPGHPEYDILLNVFALLSTKNLSEATASLVIDVADNLLNSTDFEAAENLPCLLVNDCVLSDVENINDESPTVGVRLIYPHISAILQYLNKSMLNVDKMRKKKFSAQVSKELNILSKISKFIQEKEQSTVLIGLLISYLHKSNIAQDTEVDILQTIQNLLRHCTNPAIFLKPMAKLFAVIQNKLSRQTLCLTFQVLSELDPSMEYITDVAAKLNAFDKRHLDDIHFDVRIPAFQKATAHIKEMKSLDMNYIIPLMYNCFHTIQIGEMSLSDNASLCLTAIITQLAAVEHEEIEFREIVQRTLLQSVKTGLRSKVEHIQQDYTTLLSNLIRTFPKHPEFADLVQLTDYNDPEMDFFENMKHIQIHRRARALRKLAKKLVEENVLLSSKSLQNYIMPYATTTLFDEKMQKYENMINASVEMVGAVCKHLSWSAYMYHMKYFIHVLQTGQISQKLGVGLLVMVLDAFHFDHNTMEKHLQAVETEESKMDTDQLEEEEEEPMDLQEEEEENLEISNVDSEKAANVISENLDEEHKKSQKPNIALKSLPKNKEELASLIQHIQETVKTTIIPKLKKCLDAKVKRDEEHKSVKSKAVNEEEVVRVPIAFAMVKLMQTLPQEVMESNLPSILLKLCVFLRNRAQEIRDVARNTLIKIMETIGARYLHYVLKEMQSVLVKGYQVHVLTFTVSLLLKGLTGSLKNGDLDGCLETLVQIFNQELFGNIAEEKEVKGIVSKVMEARRSKSYDSYELLAQFVGKDQVVKLILPLKEVLEVTTSLKVSRKVHEAFRRIVFGLIANTGMTAQPVLLLSYGLISENLPLITEKEKNSRSEMLPPDQRLQPKSCLLIETPIPRGGLKAAVNSKTNLHILVETGLRLLHMSLKKSKVNSSDEHTLEMLDPFVLILIGCLQSMDVKVITGALQSFIWILKFPLPSLKTNTVELIKQLFLLLKDYAKAGVAKGQNFHLVVNCFKCVTILVKHTKGEITEKQLQVLLGYAEEDLYDSSRQATAFGLLKAIVSRKVIVPEIDEVMQKVAKLAVTGQSEQVRVQCRQIYLKYLLDYPLGVKLKTNLEFIIAQLNYEYETGRESALEMMAYLFQAFPESILNQFCGLLFVPIVLLMVNDDSPKCKKMAALAGKSLLSKINLQKKDLMFSLVTQWLSNEKSAHKRLGAQTCGLFVEAEGVEFERRLEPVLTTIEKEINPVMFEDLKEETEEKAADRLLFSFLTLITKLIKECNVTQLSKCQEIMVVILAHVQSHLWYPHSWVWLTSSQIFGLLFALQKPEDLVSKWMNKKPGKKATQEALSCSFLVEHLDVKMKDLALAFCHQLQSKFLDQALGEQIIKNLLFVAKVIYLLAPGVEPTQTSNGEMDSETNKDAVSGEEDDDAGDEEAKKDKEDEKKATLLWLMKRLTILAKREAAYTPKNPLKRTCIFKFLGACAVDLGKERLKPFLLTILTPLFRELSSTYSEQDPTLKNLAQEIIDLLKSLIGLEEFSLAFASVQKQATQKRVMRKKQKALQAVANPEVAAKKKLKKHKNKIEAKKRKIEFLRPGYKAKRSRSHTLKDLAMVE

Target ORF information:

RefSeq Version	XM_031898859.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis UTP20 small subunit processome component (utp20), transcript variant X3, mRNA.

Target ORF information:

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

XM_031898859.1

ORF Insert Sequence:

ATGGGCTGGG AAGTAACATT CTACAAAGAG GTATCTTCCA AATGTCAGTC TTTCAACCTT 
CTGGTATATC ACCAGAATGA TATAGTTCAA AGCTTGAAGA CTCATCTGCA GGTGAAGAAC 
AGCCTTGCTT ATCAACCCCT TCTCGACCTC GTGGTACAGC TGGCTAGAGA TCTCCAGATT 
GACTTCTATC CCCACTTTCA AGAGTTTTTC CTAGCTGTCT CTTCTATACT GGAAACCAAA 
GACACTGATT TATTAGAATG GGCCTTTACT TGCCTGTCGT ATCTCTACAA ATATCTATGG 
AGGATGATGG TAAAGGATAT GCCAGCTATA TACAGTCTGT ACAGCACTCT TTTGGCCCAT 
CAGAAGCCAC ACATCAGAAA CTTTGCAGCA GAGAGCTTTG CATTTTTAAT GAGGAAGGTG 
CCTGATCTAA ACGAGCTATT AAATTTCATG TTTTTGGATC TTAAAGAGCA CCCTCAAAAG 
GCACAAGGCC TGGGGCAGTT ACTGTTTGAG ATGTGTAAAG GGGTTAGAAA CATGTTTCAC 
TCCTCAGCCC TAAAGGCCAT AAAACTAATA CTACAAAAGC TTGGACCTGT CACTGAAACT 
GAGGAGGAGT TGCCATGGAG TCTGGTTGGG GAAACTTTGA AACATTTTGT GGAGTCTGCA 
ACACATTATA TCAACACAGA GCATTTTAAT CCACTAATTA CCAATATTCA GGAGACCCTT 
TTAGCACTTT CAAAGAAAAT AGGGTCAAAT CCATCTGAAT GTTCAGATCA AATTGAAAGG 
TTGCTGCAGG CGTATTCTGT GCTTTTGGCG CATGGTCACG GATCTAAGGT CCCAAAACCA 
GAAACTGACT GCCAGACTTT AACAGAAATG ATGAACACTC AAAATATGTC ATTGTCATGT 
TGTGGTAACC TTTTGAAGAT AACTTCTACT TTACTTTTAA ATGACAACAT TTCACTGCCT 
GCCTGTGATA TAGAACACAC CATCAGTAAG GTCTTTCAAA GTGGATTTGC AAGAAGTTTA 
ATTCTGGAGT TTTCTGAAGA TATGTTCCGT ATGAAGCAAT TTGAGCAGCA TTTTTTACAA 
AGCTTCCTAC AGTACATTCT GTTACTTTTT AAAGAAGACG ACAGTCAAGT AAAGGATGAG 
GCCTTGGTGA TACTGGCAAA GCTTATCTTA TCAAAAGCTG AACCTCCTTC TACAGCATCA 
ATGGCATTTG AGAAATATCC CCTTGCTTTT GGTGTGAAAT CCCTAAACAA GTCTAAATGT 
GCTGAAGGGG AGCCTTCAAC AGTGCTAAGC TATGTACTCT CCTTGGTTCA GTTATCAGAG 
GGACAAGATA TCACCAACCT TCCCCAGTGT TGGGCTGCAC TTATTGTTCT GCCTCATTTA 
AGGCCACTGG AAAAAGACAA CATTCTGCCA CTTTTAAAGA CTTTTATTGA AAAGCTTTTT 
GTTTTAACGG ATCAAATACA ACAGAAGCAA GGAATCCTAT TTGTACTTTG CCAAGCTGTA 
AGCACACTAC TCAGTTTGGA TGACTCTTCA GAAATTCTTT CTATTGTTCC AGTAGAGAAT 
GTGAAGTGCC TTTTGCTGAC TTTCCCCTCT GATCCAAGCG TCTTGCTCTT GGCTGATCTG 
TACTTTACTA GATTAGTATT TTGTGGCCAC CAGAATCGAC TGTCACACAA CACCATGGTG 
GAGATCTTTA CCAAACTGCA AAATAACATT TCAACAAACT CCTCAAAGGT GCGCCTTTTA 
ACGATAAGGA TTTTAAATAA TTTTGATGCT CCTCTCACTT CTGCTCTTGA GGAAATGCAG 
AGAGAGGGGA GTCAGTCACT GTTTTCAATC CTGTTGCAAG CTGAACTTGT ACCAGCAACT 
GTTCATGAAT ACAGAGAGAA ACTTCTTCAT CTCAGAAAAC TGAGGCATGA TCTGGTGAAA 
ACTGTAGCAA AAGGAGACTT GCAGGAGGTA CCTCTACGGT ATTTACTGGC AATGCTGTAT 
ATCAATTTCA GTCCGCTCTG GGATCCAGTT GTTGAGCTTA TTGTTTCCCA TGCAAATGAA 
ATGGAAAATA AATCTTTTTG GAAAGTATTT TGTGAGCATT TGGAGGAGTC TGCTACCCGT 
GCTGAGAAAG AATTGAAAGA AGAAAATGAA CCGGAGGAAG AGATATCAGT CACTTATGGC 
CCAGAATCCA AGTCTAGCTC TGGAGGACAC ATTGGAGCAC TATATAACGA ATCTATTAAA 
CGCAGAACTA ACATTAATGA CAGAACTGAT TTTACCAATT TCCGGTTTCT TTTGTGGAAA 
GCAATGTCCA TGTTCCCTGA CAGGGTGGAA CCAAGATCTA GGGAACTGTC ACCCCTTCTG 
TTGAGGTTTA TTAGCAATGA ATATTATCCA GCAGATTTAT TAATTGCTCC TTCTCAGGAC 
CTTAGAAAAA AGCATCTAGA AAAGGTAAAG TCTGAAGATG ATGTTATCAT GAAAGAGAAT 
GAGACTATAG AGGAGGAGGA GGATGTAGAA TTAAATGAAG TCAAAGATTC TGGGCCGCAG 
AAAAAGAAAA CAAGGAGAGC AGCCTCAAAG CAGCTAATTG CTCACTTGAA AGTGTTTTCC 
AAGTTTTCCA ATCCGCGTGC CTTGTACCTG GAACAAAAAT TATATGACCT CTACACACAG 
CTACTATGTC ATCAAGATCA GGAAGTACAG AAGATCACCC TTGAGTGTGT GATGAGCTAT 
AAGCATCCCC ATCTTCTCCC TTACAAAGAA AACCTGCTAA GGCTGTTGGA TGATAAAAGC 
TTTAAGGATG AAATTGTCCA TTTCAGCATA TCTGAAGAGA ATTCAATAGT AAAATCCTTC 
CACCGACCAG ATGTAATGTC AGTTCTCATG AGAATCCTTT ATGGCCGCAT GAGAAGTAAA 
ACTGGCAGTA AAACACAGGG CAAGTCGGCA GCAGGAACCC GCATGTCTAT TGTGTTAAGG 
TTCCTGGCTG GGTCACTGCC TGAGGAGATC AGGATGTTCC TGGATCTCCT ATTTGAGCCC 
ATAAAACATT TGAAAGATGG TCATTGCCTT GCATCAGTAG TACAAACTGT TGAAAGTCTG 
GATCTCGCTA AAGTTCTTCC TCTTGGGCGC CAGCACAGTC TGCTTAGTAG TTTGGAGGTG 
GTTTTGAAAC ATCTCGGACA CCTGATTAGC CTCTACTTAC CTGAAATGCT ACAGATATTA 
CTGTGCATGA CTGCTTCCGT CTCTTACGTT CTCGAGCAAA GAGAAAAGAT ACAGCTAAAA 
TTCATCAACC CATTAAAGAA CTTGAGACGT CTTGGGGTTA AACGCATTGC TGAATTTTTT 
ACGGATTTTG AGACGTATAA TTTCTCTTCA GATGAGATTG ACGCTATATT TCATGCAGTT 
GTATGGCCAC AGATTAGCAG ACTTGCTGCT GAAAGTCAGT ATTCCCCAAC CCTTTTACTG 
AAACTTATCC ATGTTTGGAG CAGTAACAGC AGGTTTTTCC TGTTGCTTGG AAAACAAAGG 
CCTGGGCATC CTGAATATGA TATACTTCTA AATGTGTTTG CACTTCTCTC AACAAAGAAC 
TTATCAGAGG CTACTGCAAG TCTGGTTATA GATGTGGCTG ACAATCTTCT TAACAGCACG 
GATTTTGAAG CTGCAGAGAA TCTTCCCTGC TTGTTGGTGA ATGATTGTGT TCTCTCTGAT 
GTTGAAAACA TAAATGATGA ATCTCCCACT GTGGGTGTAA GGTTGATATA CCCGCACATC 
TCTGCAATCC TGCAGTACCT CAATAAGAGT ATGCTGAATG TGGACAAAAT GAGGAAAAAG 
AAATTTAGTG CACAAGTGAG CAAAGAACTA AACATCCTGT CAAAGATCAG CAAGTTTATT 
CAGGAAAAAG AACAAAGTAC TGTGCTTATT GGGCTCCTTA TTTCCTACTT GCATAAAAGC 
AATATAGCTC AGGATACAGA GGTGGATATT CTGCAAACAA TTCAGAATCT GTTAAGACAC 
TGTACAAACC CTGCAATCTT TCTGAAGCCA ATGGCAAAAC TTTTTGCAGT TATTCAGAAC 
AAATTATCCC GCCAGACTCT GTGTTTAACA TTTCAGGTTT TGTCAGAACT GGATCCCTCA 
ATGGAATATA TCACAGATGT GGCTGCTAAG CTGAATGCAT TTGACAAGAG ACATTTAGAT 
GACATTCACT TTGATGTGCG GATACCAGCT TTCCAAAAAG CCACTGCCCA TATAAAGGAG 
ATGAAGTCAC TCGACATGAA CTATATCATT CCCCTTATGT ACAACTGCTT CCATACTATA 
CAGATTGGAG AAATGTCTCT GAGTGACAAT GCCAGCCTGT GCCTTACTGC CATAATAACA 
CAGCTTGCAG CAGTGGAACA CGAAGAGATT GAATTCAGAG AGATAGTGCA GCGCACTTTG 
CTGCAGAGTG TGAAAACAGG GCTGAGAAGC AAAGTGGAGC ATATTCAGCA GGACTACACA 
ACGTTGCTTT CTAACTTGAT CCGGACCTTT CCCAAACATC CAGAGTTTGC AGATTTGGTT 
CAACTTACAG ATTACAATGA CCCCGAAATG GACTTCTTTG AAAACATGAA ACACATTCAG 
ATTCACAGGA GAGCAAGGGC TTTGCGAAAA TTAGCAAAGA AACTTGTGGA GGAGAATGTG 
CTTTTATCCT CTAAATCCCT CCAGAACTAC ATCATGCCAT ATGCCACCAC AACTCTCTTT 
GACGAAAAGA TGCAAAAGTA TGAAAATATG ATCAATGCAT CTGTGGAGAT GGTAGGCGCA 
GTGTGCAAAC ATCTGTCATG GTCGGCATAC ATGTACCACA TGAAGTATTT TATTCACGTT 
CTTCAAACTG GGCAGATCAG CCAGAAGCTG GGTGTCGGCT TGCTAGTGAT GGTGCTTGAT 
GCATTTCATT TTGATCACAA TACAATGGAA AAGCATCTGC AAGCAGTAGA AACTGAAGAA 
AGTAAAATGG ACACTGACCA ACTAGAAGAG GAGGAGGAGG AACCAATGGA TTTGCAAGAA 
GAGGAAGAGG AAAATCTGGA AATATCCAAT GTGGATAGTG AAAAGGCAGC AAATGTGATA 
AGTGAGAATC TGGATGAAGA ACACAAAAAG AGTCAAAAGC CAAACATAGC GCTCAAGTCT 
CTACCAAAGA ACAAGGAAGA ACTTGCATCA CTTATCCAAC ATATTCAGGA GACGGTCAAG 
ACTACTATCA TACCAAAGTT GAAGAAATGT CTTGATGCTA AGGTTAAAAG AGATGAAGAG 
CACAAGTCTG TGAAATCCAA AGCAGTGAAT GAGGAGGAAG TTGTTAGGGT TCCAATTGCC 
TTTGCTATGG TAAAACTCAT GCAGACTTTG CCACAAGAAG TCATGGAGTC TAATTTACCT 
AGTATCCTGC TCAAGCTCTG CGTTTTTTTG AGAAACAGAG CACAGGAAAT CCGTGATGTT 
GCCCGTAACA CTTTAATTAA AATCATGGAG ACCATTGGTG CTCGGTACCT GCACTATGTA 
CTTAAAGAGA TGCAATCTGT GCTTGTCAAA GGATACCAGG TCCATGTTCT GACCTTTACT 
GTCAGTCTGC TGTTAAAAGG GCTGACTGGC AGCCTAAAGA ATGGAGATTT AGATGGCTGC 
TTGGAAACAC TGGTCCAGAT TTTCAATCAG GAGTTGTTTG GGAATATCGC AGAAGAAAAA 
GAAGTTAAAG GTATTGTTTC AAAAGTAATG GAAGCACGAA GGAGTAAAAG CTACGACTCT 
TATGAACTCC TTGCTCAGTT TGTTGGAAAA GATCAGGTGG TGAAGCTTAT TCTGCCCTTG 
AAAGAGGTTC TGGAGGTGAC TACAAGCCTG AAGGTGTCAC GTAAAGTGCA TGAAGCTTTC 
CGCCGGATTG TTTTTGGTTT AATCGCCAAC ACAGGAATGA CTGCCCAGCC TGTCCTCTTA 
CTCAGCTATG GGCTCATTAG TGAAAATCTC CCACTAATAA CTGAAAAAGA GAAAAATAGC 
CGCTCAGAAA TGCTTCCTCC AGATCAACGC CTTCAGCCCA AGAGCTGTTT GTTAATTGAG 
ACACCTATAC CTCGTGGAGG CCTTAAAGCA GCAGTTAACA GCAAGACCAA CCTGCACATC 
CTTGTAGAGA CTGGACTACG GCTGCTGCAC ATGAGTTTGA AGAAATCCAA GGTCAATTCT 
TCTGATGAGC ATACATTAGA AATGCTGGAT CCCTTTGTGC TAATCCTAAT TGGCTGTTTG 
CAGTCAATGG ATGTAAAGGT TATCACTGGA GCATTGCAGT CTTTCATCTG GATCCTAAAG 
TTTCCTTTGC CTTCCCTTAA AACCAACACA GTGGAACTGA TCAAACAGCT CTTTCTGCTG 
CTGAAGGATT ACGCAAAAGC TGGAGTAGCC AAAGGGCAGA ATTTCCACTT GGTTGTTAAC 
TGCTTCAAGT GCGTTACCAT ACTGGTGAAA CACACGAAGG GTGAAATTAC AGAGAAGCAG 
CTGCAAGTGT TACTGGGCTA TGCGGAGGAA GATCTGTACG ATTCATCACG ACAGGCTACT 
GCCTTCGGCT TATTAAAGGC CATTGTATCA AGGAAGGTGA TTGTTCCTGA GATTGACGAG 
GTGATGCAGA AAGTAGCCAA GTTAGCAGTG ACTGGGCAGA GCGAACAAGT CAGAGTCCAA 
TGTCGGCAGA TTTACTTGAA GTACCTTCTT GACTATCCTC TTGGGGTAAA ATTAAAAACG 
AATTTGGAGT TTATAATTGC ACAGCTAAAC TATGAATATG AAACTGGAAG AGAGTCTGCT 
TTGGAAATGA TGGCTTACCT TTTCCAGGCA TTCCCAGAAA GCATTCTCAA CCAGTTCTGT 
GGACTTCTAT TTGTCCCCAT TGTTTTGCTG ATGGTTAATG ATGACTCCCC TAAGTGTAAA 
AAAATGGCTG CTCTGGCAGG GAAATCCCTT TTAAGTAAAA TCAATCTTCA GAAGAAGGAT 
CTGATGTTCT CCTTGGTCAC TCAGTGGCTT TCTAATGAAA AGTCTGCTCA CAAAAGATTA 
GGAGCCCAAA CATGTGGTTT ATTTGTTGAA GCTGAAGGCG TTGAATTCGA GAGGAGACTG 
GAGCCTGTCC TTACCACCAT TGAAAAAGAA ATTAACCCTG TTATGTTTGA GGATCTAAAA 
GAAGAGACTG AAGAAAAGGC AGCGGATAGA TTGCTGTTTA GTTTTCTTAC ATTAATTACT 
AAGCTGATTA AGGAATGCAA CGTTACCCAG TTATCAAAGT GCCAAGAGAT TATGGTTGTA 
ATACTTGCCC ATGTTCAGTC TCATTTGTGG TATCCTCATA GCTGGGTCTG GCTCACCTCA 
TCCCAGATCT TTGGATTGCT TTTTGCCTTA CAAAAGCCAG AAGATCTTGT CAGTAAATGG 
ATGAACAAAA AGCCGGGTAA AAAAGCCACA CAGGAAGCAT TATCTTGCTC GTTCTTAGTG 
GAACATCTGG ATGTAAAGAT GAAAGACCTC GCTCTGGCTT TCTGCCATCA GCTGCAGTCA 
AAATTCCTTG ACCAGGCTCT GGGAGAACAG ATCATTAAGA ATTTGCTTTT TGTGGCCAAA 
GTTATTTACC TCCTTGCCCC TGGCGTGGAA CCTACCCAAA CTAGTAATGG GGAAATGGAT 
AGTGAAACAA ATAAGGATGC TGTATCTGGG GAAGAGGATG ATGATGCTGG TGATGAAGAG 
GCAAAGAAGG ACAAAGAGGA TGAGAAAAAA GCTACGCTGC TTTGGTTGAT GAAGAGACTG 
ACCATCTTAG CAAAAAGAGA AGCTGCCTAT ACGCCAAAAA ACCCATTAAA GAGAACATGC 
ATTTTCAAGT TCCTTGGAGC GTGCGCAGTA GATCTGGGAA AGGAAAGACT GAAGCCTTTT 
CTCCTAACCA TTTTAACCCC CCTTTTCAGA GAACTTAGCA GCACCTATTC AGAACAAGAC 
CCAACTTTGA AGAACTTAGC CCAAGAAATC ATAGATCTTC TAAAGAGCTT AATTGGGCTG 
GAGGAGTTTT CTTTAGCATT TGCATCTGTG CAGAAACAAG CCACCCAGAA GAGGGTGATG 
CGGAAAAAAC AGAAAGCACT TCAGGCTGTA GCAAATCCTG AAGTGGCAGC TAAAAAGAAG 
TTGAAGAAAC ACAAAAACAA AATTGAGGCC AAGAAAAGGA AGATTGAGTT TCTACGCCCT 
GGATATAAAG CCAAGAGATC CCGCAGCCAC ACGCTGAAAG ATTTAGCAAT GGTGGAATAA

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

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utp20 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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