UTP20 cDNA ORF clone, Dasypus novemcinctus(nine-banded armadillo)

Gene
Clones
gRNAs

Summary

Gene Symbol	UTP20
Entrez Gene ID	101435684
Full Name	UTP20, small subunit processome component
Gene Type	protein-coding
Organism	Dasypus novemcinctus(nine-banded armadillo)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012529272.1	XP_012384726.1	small subunit processome component 20 homolog
XM_012529272.2	XP_012384726.1	small subunit processome component 20 homolog

Pathways from BioSystems
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)
ODa128108	XM_012529272.2 Latest version!	Dasypus novemcinctus UTP20, small subunit processome component (UTP20), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
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ODa128108	XM_012529272.1	Dasypus novemcinctus UTP20, small subunit (SSU) processome component, homolog (yeast) (UTP20), 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_012529272.1 ) cDNA ORF clone, Dasypus novemcinctus(nine-banded armadillo) -> XP_012384726.1 Dasypus novemcinctus UTP20, small subunit (SSU) processome component, homolog (yeast) (UTP20), mRNA.

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CloneID	ODa128108
Clone ID Related Accession (Same CDS sequence)	XM_012529272.1 , XM_012529272.2
Accession Version	XM_012529272.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8328bp) 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	1431360000000
Organism	Dasypus novemcinctus(nine-banded armadillo)
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 (NW_004483049.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Dasypus novemcinctus Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 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##

ATGAAGACAA AACCCGTTTC GCACAAGACG GAGAATACGT ACCGGTTTCT TACATTTGCC 
GAGCGACTGG GGAATGTGAA TATCGATATT ATTCATCGGA TCGATAGAAC AACAAGCTAT 
GATGAGGAGG TTGAAACCTA CTTTTTTGAG GGCCTGCTGA AATGGAGAGA ATTGAACCTT 
ACAGAACACT TCGGGAAATT TTACAAAGAA GTTATTGACA AATGCCAGTC ATTCAATCAG 
TTGGTCTATC ATCAAAAAGA GATAGTTCAG AGTTTGAAGA CTCACCTGCA AGTTAAGAAC 
AGTTTTGCCT ATCAACCCCT TTTGGATTTG GTTGTACAGT TGGCACGAGA TCTGCAGACA 
GACTTCTATC CACATTTTCC AGATTTTTTT CTGACTGTCA CTCCAATCTT GGAGACTCAA 
GACACGGAGC TGTTAGAATG GGCTTTCACC TCGCTGTCAT ATCTTTACAA GTACCTGTGG 
AGACTAATGG TGAAGGACAT GACCAGTATA TACAGCATGT ACAGTACACT GCTGGCTCAT 
AACAAACTAC ATATAAGAAA TTTTGCTGCT GAGAGCTTTA CATTTTTGAT GAGAAAGGTT 
TCTGATAAAA ATGCACTTTT CAATTTAATG TTTCTTGATC TTGATAAGCA TCCAGAAAAG 
GTGGAAGGAG TTGGACAGTT GCTGTTTGAA ATGTGCAAAG GAGTCAGAAA TATGTTTCAC 
TCTTGTACAG GCCAGGCGGT GAAGCTCATT TTACAAAAGC TAGGCCCAGT TACTGAAACA 
GAAGTTCAAC TACCATGGAT TTTAGTTGGA GAAACACTCA AAAACATGGT CAAGTCCACT 
GCTTTTTACA TCTTCAAGGA ACATTTTGGT ATATTTTTTG AATGTTTGCA AGAATCCCTC 
CTGAGCCTAC ACACAAAAGT AACTAAAACT AACTGTTGTG AAAGTTCTGA ACAGATTAAA 
AGGTTGTTAG AAACTTATCT GATTCTTGTG AAGCATGGAA ATGGATCAAA AATAACCAAA 
CCCGTTGAAG TGTGTAAGGT ATTGTCTCAA ACATTACAAA TAACCCATCT TTCTGCACCT 
TGCCGGGAGA CCCTCTTGGA TGTAATTTCG GCTTTGATCT TAGGCGAAAA TGTTTCCTTG 
CCAGACATCC TCATCAAAGA AACCATAGAA AAAACTTTTG AGAGCAAATT TGAAAGACGT 
TTAATTTTGG ATTTTTCTGA AGTCATGTTT GCTATGAAGC AATTTGAGCA GCTTTTTCTA 
CCAAGCTTTC TCTTATATAT TGAGACTTGC TTCTCAATTG ATGATGCTAT GGCCAGAGAT 
GAAGCTCTGG CCATTTTGGC CAAACTTATT CTGAACAAAG CAGCACCTCC CACCTCTGGC 
TCGATGGCAA TTGAAAAGTA TCCTCTGGTT TTCTCACAAC CGACAGTAGG AGCCTATGTA 
AGGCAGAAGA AGACTAGAGC TAAAGGTAAA AAGGAGCAGA TTCCAGTATT GGATCATCTC 
TTATCTCTAA TTCAGTTGCC CCCAAATGAA GATACTACTT ACCTTTCACA TTCTTGGGCA 
GCCCTTGTGG TATTACCTCA TATTAGACCC CTTGAGAAAG AGAAGGTGAT ACCACTAGTC 
ACATGCTTCA TTGAGTCACT CTTCAGAACT GTTGACAGAG GGAGCGTTGG AAAAGGAAAC 
TTATTTGTTC TTTGTCAAGC TGTAAGTACT CTGCTAAGTT TGGAGGAGTC ATCTGAACTT 
CTTCATTTGG TTCCTGTGGA ACATGTGAAA AATTTATTAT TAATGTTTCC TTTGGAGCCA 
TCTGTGTTGT TGTTGGCTGA TCTCTATTAT CAGAGATTAG CCTTATGTGG TTGCAAAGGG 
CCGCTTTCCG AGGAAGCTTT AATGGAATTA TTTTCCAAGT TACAAGCAAA CATCTCAACT 
GGTGTTTCCA AGATTCGTCT TTTGACAATA AGGATCCTAA ACCATTTTGA AGTTCAGCTT 
CCAGAACTGA TGGAGGATGA TGGGCTCTCA GAGCGTCAGT CTGCCTTCGC TATACTACGC 
CAGGCAGAAC TTGTTCCAGC AACTGTAAAC GATTACAGAG AGAAGCTTCT CCACTTGCGA 
AAACTAAGGC ATGATGTGGT GCAGACCGCA GTCCCTGATG GACCCTTACA GGAGGTGCCA 
CTTCGTTACT TACTAGGTAT GCTGTATGTT AACTTCAGTG CTCTTTGGGA TCCTGTTATT 
GAACTCCTAA GTTCTCATGC ACATGGAATG GAAAATAAAC AATTTTGGAA AGTCTACTAT 
GAACATCTAG AAAAAGCAGC TACCCATGCT GAGAAAGAAT TGCAAATTGA TGCACGACAT 
GAGGAAAAGT CCTGTGGAGA TGAAAATTGG GAGCAGACCC AAGAAGGAGA CATTGGAACT 
CTTTATCATG AGCAGTTAGC ATCAAAAACG GACTGTCAGG AAAGACTAGA CCATGCCAAC 
TTTCGATTTT TGCTCTGGAG GGCTCTGGCA AAATTCCCTG AGAGGGTAGA GCCACGGTCC 
AGGGAGCTTT CCCCGCTTTT CTTGAGATTT ATCAACAATG AGTATTACCC AGCAGACCTG 
CAAGTTGCCC CAACCCAAGA TCTGCGAAGA AAAGGCAAAG GGGGGACGGC CGAGGAACTG 
GAAGAGGAAC TTGCTACCAG AGATGATGAA GAGTTGGAAG AAGAGGTGCC TCAAGATGAG 
CCCATGCAGA AAAAAAAGAC AAGAAGAGCT GCAGCAAAGC AATTAATTGC TCATTTACAA 
GTTTTCTCCA AATTTTCTAA TCCACGGGCC TTATACCTGG AATCCAAACT ATATGAGCTG 
TATCTTCAGG TCCCTCATTC AGTTCCCGGT GGCTCCTGGA GAAGGGAAAA CTTACAAAGA 
TTGCTTGAAG ACAGAAGCTT TAAGGAAGAG ATAGTGCATT TTAACATTTC AGAAGATAAT 
GCAGTAGTGA AAACAGTCCA TCGAGCAGAT CTGTTTCCTA TTCTGATGAG AATTTTGTAT 
GGACGAATGA AGAATAAGAC TGGGAGTAAA ACTCAGGGGA AGTCTGCTTC AGGCACCCGC 
ATGTCCATTG TTTTGAGGTT CCTCGCGGGA ACCCAGCCTG AGGAGATTGA GATATTCCTA 
GACCTGCTGT TTGAACCTGT GAAGCACTTC AAGAATGGTG AGTGCCATTT TGCGGTCATT 
CAAGCAATAG AAGATTTGGA TATGTCTAAA GTTCTTCCTT TGGGTCGTCA ACATGGTATC 
TTTAATAGCC TTGAAATAGT ATTGAAGAAT ATTAGTCATC TTCTCAGTGC ATACTTACCA 
AAGATTTTGC AGATATTGCT CTGTATGACA GCAACTGTAT CACACATCCT TGACCAACGA 
GACAAGATAC AGCTGAGGTT TATTAACCCA CTGAAAAATT TAAGACGGCT CGGAATAAAA 
ATGGTAACTG ATATCTTTTT GGATTGGGAG TCCTATGAGT TCAGAACAGA AGAAATCGAT 
GCTGTATTTC ATGGTGCGAT TTGGCCCCAG ATCAGCAGAC TTGGATCTGA GAGCCAGTAT 
TCTCCTACTC CTCTGCTGAA ACTAATTAGT ATCTGGAGCA GAAATGCAAG ATATTTCCCT 
TTGTTGGCTA AACAGAAACC TGGGCACCCA GAATGTGATA TCCTGACGAA TGTTTTTGCA 
ATTCTCTCAG CAAAGAATCT CTCTGAAGCC ACAGCCAGTA TTGTGATGGA TATAGCCGAT 
GACCTTCTTA ACCTTCCAGA TTTTGAACCC ACAGAAACGG TTTTAAGCTT GCCAGTAACT 
GGATGTGTAT ATGCTGACAT TGCCGAAAAT GCATACGAGT CTATCACGAT AGGAGGAAGA 
TTAATTCTAC CTCATGTACC TGCAATTCTT CAGTATCTCA GCAAAACCAC AATAAGTGCA 
GAAAAGGTGA AAAAGAAAAA GAATAGGGCA CAAGTCAGCA AGGAACTTGG CATTCTTTCA 
AAGATCAGCA AGTTTATGAA AGACAAAGAG CAGAGCTCTC TGCTTATTAC ACTTCTCCTT 
CCTTTCCTGC ACCGTAGCAA TATTGCCCAG GATACAGAGG TTGATATTCT GGTGACAGTA 
CAAAATTTGT TAAAACATTG CTTGGATCCT ACAAGCTTCC TCAAGCCTCT AGCAAAATTA 
TTCTCAGTCA TTAAGAACAA GTTGTCAAGA CAATTGCTTT GTACAGTTTT CCAGAATCTT 
TCTGATTTTG AGAATGGATT ACAGTATATT ACTGATGTTG TCAAGCTTAA CGCCTTTGAT 
CAAAGACATC TTGATGACAT CAACTTTGAT GTTCGCTTCT CAATGTTCCA GACCATTACC 
TCTTATATTA AAGAAATGCA AACCGTGGAT GTTAATTATC TAATTCCAGT TATGCATAAT 
TGTTTCTATA ATCTGGAGTT AGGAGACATG TCTTTAAGTG ATAATGCTAG CATGTGCTTG 
ATGACTATCA TTAAAAGGCT GGCTGCCTTG AACATCACAG AGAAGGAATA TAGGGAAATC 
ATTCATCGTT CACTCCTGGA GAAATTAAGA AAAGGGTTGA AGAGCCAGAC AGAGAGTATT 
CAACAGGACT ATACCACACT GCTTTCCTGT TTAATCCAAA CCTTTCCAAA TCAGCTGGAA 
TTTAAAGACC TAGTACAGCT TACTGATAAT CATGATCCAG AAATGGACTT CTTTGAGAAC 
ATGAAGCACA TTCAGATCCA CAGAAGAGCA CGAGCCTTGA AGAAACTTTC AAAACAACTA 
ATGGAAGGCA AACTTGTGCT ATCTTCTAAA TCTCTTCAGA ATTATATTAT GCCTTATGCC 
ATGACTCCAA TTTTTGATGA GAAAATGCTA AAGCATGAAA ATATAATCAT TGCTGCCACA 
GAAGTTATTG GCGCTGTTTG CAAACATCTG TCTTGGTCAG CATATATATA TTACTTGAAA 
CATTTCATTC ATGTGTTACA GACAGGACAG ATCAATCAAA AGTTGGGTGT CAGTTTGCTA 
GTAACAGTAT TAGAAGCATT CCACTTTGAC CACAAAACTC TCGAAGAGCA AATGAGAAAA 
TTTCAGAATG AAGAAAGTGA CTTCTGCTGT TTACTAAACA TAGACACAAT AGAAGTGATT 
GAGTTACCAG AGCATGAATC TATGGAATTA GAGCTCATGG GTGAAGGAAA GGAGAAGGGA 
AGTCCTGATG CAACTGATTC TAAAGAGACA CCAACTCAGG AATCTGAGTG TACCACAAAG 
TCCGTCTCTT CCCTTCCTCA GAATAAAGAA GAACTGGAGA GAACAATAAA AAATATCCAA 
GGAACCATAA CTGGAGATAT CCTACCCAGG CTACATAAGT GCCTTGCATC TACGACTAAA 
AGGGAAGAAG AACATAAGCT TATAAAGTCA AAGGTTGTTA ATGATGAAGA AGTCATTCGA 
GTTCCTTTAG CTTTTGCCAT GGTTAAGCTA ATGCAGTCCC TGCCACAAGA AGTTCTGGAA 
GCTAATCTGC CAAGTATTTT GCTGAAAGTA TGCGCCCTTC TCAAGAACAG AGCACAGGAA 
GTCAGAGACA TTGCACGCAG CACTCTTGCA AAAATAATAG AGGATCTGGG TGTGCATTAC 
CTCCAATATA TTTTAAAGGA ATTACAGACT ACCCTTGTCC GTGGATATCA GGTCCATGTG 
CTAACGTTCA CTGTTTACAT GTTGCTACAA GGCCTCACCA ACAAGCTCCA TGTTGGAGAT 
TTGGACTCTT GTTTAGACAT AATGATTGAG ATTTTTAACC ATGAATTATT TGGTGCCATT 
GCTGAAGAGA AAGAAGTAAA GCAGATCCTC TCCAAAATCA TGGAGGCACG AAGAAGCAAG 
AGTTATGATT CCTATGAAAT CCTGGGAAAG TTTATAGGAA AAGATCAGGT TACAAAACTC 
ATCCTTCCAT TAAAAGAGAT ATTACAAAAT ACCACAAGTT TAAAACTGGC CCGGAAAGTT 
CATGAAACCT TACGCCGAAT CATAGCAGGA TTAATTGTAA ATCAAGAAAT GACAACAGAA 
TCCATTCTAT TGCTCAGTTA TGGTTTGGTC AGTGAAAATC TTCCTCTGTT AACAGAAAAA 
GAAAAAAGCC CAGCTGCCCC TGCACCAGAT CCACGTCTAC CACCCCAGAG CTGTCTTCTG 
CTCCCCCCAA CTCCAGCTCG AGGCGGGCAG AAAGCTGTTG TGAGCAGGAA AACCAACATG 
CACATATTTA TTGAGTCTGG GCTTCAGCTG CTACACCTGA GTCTGAAGAA TTCCAAGATC 
AAGTCTTCAA GTGAAAATGT TTTGGAGATG TTGGACCCTT TTGTGTCCCT CCTCATAGAC 
TGCCTGGGTT CCATGGATGT GAAGGTGATC ACAGGTGCTT TACAATGCCT GATCTGGGTC 
TTGAGGTTCC CCCTGCCTTC CATAGAAACA AGAGCAGAGC AGCTGACAAG ACACCTTTTT 
CTTTTGCTGA AGGACTATGC AAAACTCGGG GCTGCCAGGG GCCAGAACTT CCACCTGGCA 
GTAAATTGTT TCAAGTGTGT GACCATACTT GTGAAGAAAG TGACATCTTA CCAGATAACC 
GAAAAACAGC TTCAAGTCCT TCTGGCATAT GCGGAGGAGG ACATTTATGA TACCTCAAGA 
CAAGCAACTG CATTTGGTCT TCTGAAGGCC ATTTTATCAA GAAAGCTCTT GGTCCCAGAA 
ATAGATGATG TCATGCGGAA AGTATCCAAG TTGGCAATTT CTGCACAAAG TGAACCTGTC 
AGAATCCAAT GCAGACAGGT TTTTCTGAAA TATGTTCTGG ACTATCCCCT TGGTGACAAA 
CTGAGACCAA ACTTGGAATT CATGATCGCG CAACTGAATT ATGAACATGA GACTGGGAGA 
GAGTCTACCT TGGAAATGAT AGCCTATCTC TTTGACACAT TCCCTCAGGG ACTGCTCCAC 
GAGAACTGTG GAATGTTCTT TATTCCTCTT TGCCTAATGA TGGTGAATGA TGACTCTGCC 
ATGTGCAAAA AGATGGCATC CATGACAATC AAATCCTTGC TCAGTAAAAT CAACCTTGAG 
AAAAAAGATT GGCTGTTTGA TATGGTCATC ACCTGGTTTG GAGCGAAAAA GAGCTTGAAT 
AGACAACTGG CTGCCCTGAT CTGTGGCTTG TTTGTGGAAA GTGAAGGAGT TTCTTTTCAG 
AGGAGACTTG GAAATGTCCT TCCTGTCATT GAAAAGGAAA TTGATCCTGA AAATTTCCAA 
GATATAATGG AAGAGACTGA AGAAAAAGCT GCAGATCGCC TTCTGTTTAG TTTTCTTACA 
CTGATAAGTA AACTCATCAA GGAATGTAAT ATTATTCAGT TTACCAAACC CTCTGAGATT 
TTGAGTAAAA TCTGGAGCCA TGTGCACGCT CACCTGAGAC ATCCACACAA CTGGGTGTGG 
CTCACCGCCG CCCAAATTTT TGGATTGCTC TTTGCATCTT GCCAACCAGA GGAGCTTGTT 
AGAAAATGGA CTGCCCAAAA GACCAAAAAG AGACTCTCGC AACCAGTAGC AGTCAGGTTT 
CTAACAAATG ACCTGGACCA AAAGATGAGA AGTATCTCTC TAGCCTCTTG CCACCAATTG 
CATTCCAAAT TCTTGGATCA GTCTCTAGGA GAACAGGTTA TTAAGAATTT GTTGTTTGTA 
GCCAAAGTCT TGTATTTACT GGTACCTGAT TCTGCGGATA AGCAAGATGA GACAGAAGAA 
GATATGGAAG AAGAAGAAGC TTTAGGAGAT GGTGTGGCCA AAGAGGAACT AGAACATGAG 
GCCCATGCAG ATGAAAAGGT GGAGTCTGAC CAAGACAAGG ATGAAGAGGC AAAGGCAAAG 
GAAGAGCCCC ACAAGCCAGT TACCCTGCTG TGGTTGATCC AAAAGTTGTC CCGGATAGCA 
AAACTGGAAG CTTCTTATTC ACCTCGAAAC CCATTAAAGA GAACATGCAT CCTTAAATTT 
CTTGGAGCCA TAGCTATGGA TCTTGGAACA GACAAGGTAA AGCCATATCT CCCAGTGATC 
ATAGCTCCTT TGTTTCGAGA ACTGAACAGC ACCTATTCCG AGCAAGACCC TTTGCTGAAG 
AATCTATCCC AGGAAATCAT AGAATTACTC AAAAAGCTGG TTGGGCTCGA GAGCTTCTCA 
TTAGCCTTTG CCTCTGTGCA GAAACAAGCT AATGAGAAAA GGGCTCTCCG GAAAAAGAGG 
AAAGCTTTGG AGTTTGTAAC TAATCCTGAT ATTGCTGCCA AGAAAAAGCT GAAGAAACAC 
AAAAATAAAA GTGAAGCAAA GAAGAGAAAA ATAGAGTTCC TCCGTCCAGG CTATAAGGCC 
AAGAGACAGA AAGGCCACAG TCTGAAAGAT TTAGCAATGG TGGAATAA

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

RefSeq	XP_012384726.1
CDS	152..8479
Translation	MKTKPVSHKTENTYRFLTFAERLGNVNIDIIHRIDRTTSYDEEVETYFFEGLLKWRELNLTEHFGKFYKEVIDKCQSFNQLVYHQKEIVQSLKTHLQVKNSFAYQPLLDLVVQLARDLQTDFYPHFPDFFLTVTPILETQDTELLEWAFTSLSYLYKYLWRLMVKDMTSIYSMYSTLLAHNKLHIRNFAAESFTFLMRKVSDKNALFNLMFLDLDKHPEKVEGVGQLLFEMCKGVRNMFHSCTGQAVKLILQKLGPVTETEVQLPWILVGETLKNMVKSTAFYIFKEHFGIFFECLQESLLSLHTKVTKTNCCESSEQIKRLLETYLILVKHGNGSKITKPVEVCKVLSQTLQITHLSAPCRETLLDVISALILGENVSLPDILIKETIEKTFESKFERRLILDFSEVMFAMKQFEQLFLPSFLLYIETCFSIDDAMARDEALAILAKLILNKAAPPTSGSMAIEKYPLVFSQPTVGAYVRQKKTRAKGKKEQIPVLDHLLSLIQLPPNEDTTYLSHSWAALVVLPHIRPLEKEKVIPLVTCFIESLFRTVDRGSVGKGNLFVLCQAVSTLLSLEESSELLHLVPVEHVKNLLLMFPLEPSVLLLADLYYQRLALCGCKGPLSEEALMELFSKLQANISTGVSKIRLLTIRILNHFEVQLPELMEDDGLSERQSAFAILRQAELVPATVNDYREKLLHLRKLRHDVVQTAVPDGPLQEVPLRYLLGMLYVNFSALWDPVIELLSSHAHGMENKQFWKVYYEHLEKAATHAEKELQIDARHEEKSCGDENWEQTQEGDIGTLYHEQLASKTDCQERLDHANFRFLLWRALAKFPERVEPRSRELSPLFLRFINNEYYPADLQVAPTQDLRRKGKGGTAEELEEELATRDDEELEEEVPQDEPMQKKKTRRAAAKQLIAHLQVFSKFSNPRALYLESKLYELYLQVPHSVPGGSWRRENLQRLLEDRSFKEEIVHFNISEDNAVVKTVHRADLFPILMRILYGRMKNKTGSKTQGKSASGTRMSIVLRFLAGTQPEEIEIFLDLLFEPVKHFKNGECHFAVIQAIEDLDMSKVLPLGRQHGIFNSLEIVLKNISHLLSAYLPKILQILLCMTATVSHILDQRDKIQLRFINPLKNLRRLGIKMVTDIFLDWESYEFRTEEIDAVFHGAIWPQISRLGSESQYSPTPLLKLISIWSRNARYFPLLAKQKPGHPECDILTNVFAILSAKNLSEATASIVMDIADDLLNLPDFEPTETVLSLPVTGCVYADIAENAYESITIGGRLILPHVPAILQYLSKTTISAEKVKKKKNRAQVSKELGILSKISKFMKDKEQSSLLITLLLPFLHRSNIAQDTEVDILVTVQNLLKHCLDPTSFLKPLAKLFSVIKNKLSRQLLCTVFQNLSDFENGLQYITDVVKLNAFDQRHLDDINFDVRFSMFQTITSYIKEMQTVDVNYLIPVMHNCFYNLELGDMSLSDNASMCLMTIIKRLAALNITEKEYREIIHRSLLEKLRKGLKSQTESIQQDYTTLLSCLIQTFPNQLEFKDLVQLTDNHDPEMDFFENMKHIQIHRRARALKKLSKQLMEGKLVLSSKSLQNYIMPYAMTPIFDEKMLKHENIIIAATEVIGAVCKHLSWSAYIYYLKHFIHVLQTGQINQKLGVSLLVTVLEAFHFDHKTLEEQMRKFQNEESDFCCLLNIDTIEVIELPEHESMELELMGEGKEKGSPDATDSKETPTQESECTTKSVSSLPQNKEELERTIKNIQGTITGDILPRLHKCLASTTKREEEHKLIKSKVVNDEEVIRVPLAFAMVKLMQSLPQEVLEANLPSILLKVCALLKNRAQEVRDIARSTLAKIIEDLGVHYLQYILKELQTTLVRGYQVHVLTFTVYMLLQGLTNKLHVGDLDSCLDIMIEIFNHELFGAIAEEKEVKQILSKIMEARRSKSYDSYEILGKFIGKDQVTKLILPLKEILQNTTSLKLARKVHETLRRIIAGLIVNQEMTTESILLLSYGLVSENLPLLTEKEKSPAAPAPDPRLPPQSCLLLPPTPARGGQKAVVSRKTNMHIFIESGLQLLHLSLKNSKIKSSSENVLEMLDPFVSLLIDCLGSMDVKVITGALQCLIWVLRFPLPSIETRAEQLTRHLFLLLKDYAKLGAARGQNFHLAVNCFKCVTILVKKVTSYQITEKQLQVLLAYAEEDIYDTSRQATAFGLLKAILSRKLLVPEIDDVMRKVSKLAISAQSEPVRIQCRQVFLKYVLDYPLGDKLRPNLEFMIAQLNYEHETGRESTLEMIAYLFDTFPQGLLHENCGMFFIPLCLMMVNDDSAMCKKMASMTIKSLLSKINLEKKDWLFDMVITWFGAKKSLNRQLAALICGLFVESEGVSFQRRLGNVLPVIEKEIDPENFQDIMEETEEKAADRLLFSFLTLISKLIKECNIIQFTKPSEILSKIWSHVHAHLRHPHNWVWLTAAQIFGLLFASCQPEELVRKWTAQKTKKRLSQPVAVRFLTNDLDQKMRSISLASCHQLHSKFLDQSLGEQVIKNLLFVAKVLYLLVPDSADKQDETEEDMEEEEALGDGVAKEELEHEAHADEKVESDQDKDEEAKAKEEPHKPVTLLWLIQKLSRIAKLEASYSPRNPLKRTCILKFLGAIAMDLGTDKVKPYLPVIIAPLFRELNSTYSEQDPLLKNLSQEIIELLKKLVGLESFSLAFASVQKQANEKRALRKKRKALEFVTNPDIAAKKKLKKHKNKSEAKKRKIEFLRPGYKAKRQKGHSLKDLAMVE

Target ORF information:

RefSeq Version	XM_012529272.1
Organism	Dasypus novemcinctus(nine-banded armadillo)
Definition	Dasypus novemcinctus UTP20, small subunit (SSU) processome component, homolog (yeast) (UTP20), mRNA.

Target ORF information:

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

XM_012529272.1

ORF Insert Sequence:

ATGAAGACAA AACCCGTTTC GCACAAGACG GAGAATACGT ACCGGTTTCT TACATTTGCC 
GAGCGACTGG GGAATGTGAA TATCGATATT ATTCATCGGA TCGATAGAAC AACAAGCTAT 
GATGAGGAGG TTGAAACCTA CTTTTTTGAG GGCCTGCTGA AATGGAGAGA ATTGAACCTT 
ACAGAACACT TCGGGAAATT TTACAAAGAA GTTATTGACA AATGCCAGTC ATTCAATCAG 
TTGGTCTATC ATCAAAAAGA GATAGTTCAG AGTTTGAAGA CTCACCTGCA AGTTAAGAAC 
AGTTTTGCCT ATCAACCCCT TTTGGATTTG GTTGTACAGT TGGCACGAGA TCTGCAGACA 
GACTTCTATC CACATTTTCC AGATTTTTTT CTGACTGTCA CTCCAATCTT GGAGACTCAA 
GACACGGAGC TGTTAGAATG GGCTTTCACC TCGCTGTCAT ATCTTTACAA GTACCTGTGG 
AGACTAATGG TGAAGGACAT GACCAGTATA TACAGCATGT ACAGTACACT GCTGGCTCAT 
AACAAACTAC ATATAAGAAA TTTTGCTGCT GAGAGCTTTA CATTTTTGAT GAGAAAGGTT 
TCTGATAAAA ATGCACTTTT CAATTTAATG TTTCTTGATC TTGATAAGCA TCCAGAAAAG 
GTGGAAGGAG TTGGACAGTT GCTGTTTGAA ATGTGCAAAG GAGTCAGAAA TATGTTTCAC 
TCTTGTACAG GCCAGGCGGT GAAGCTCATT TTACAAAAGC TAGGCCCAGT TACTGAAACA 
GAAGTTCAAC TACCATGGAT TTTAGTTGGA GAAACACTCA AAAACATGGT CAAGTCCACT 
GCTTTTTACA TCTTCAAGGA ACATTTTGGT ATATTTTTTG AATGTTTGCA AGAATCCCTC 
CTGAGCCTAC ACACAAAAGT AACTAAAACT AACTGTTGTG AAAGTTCTGA ACAGATTAAA 
AGGTTGTTAG AAACTTATCT GATTCTTGTG AAGCATGGAA ATGGATCAAA AATAACCAAA 
CCCGTTGAAG TGTGTAAGGT ATTGTCTCAA ACATTACAAA TAACCCATCT TTCTGCACCT 
TGCCGGGAGA CCCTCTTGGA TGTAATTTCG GCTTTGATCT TAGGCGAAAA TGTTTCCTTG 
CCAGACATCC TCATCAAAGA AACCATAGAA AAAACTTTTG AGAGCAAATT TGAAAGACGT 
TTAATTTTGG ATTTTTCTGA AGTCATGTTT GCTATGAAGC AATTTGAGCA GCTTTTTCTA 
CCAAGCTTTC TCTTATATAT TGAGACTTGC TTCTCAATTG ATGATGCTAT GGCCAGAGAT 
GAAGCTCTGG CCATTTTGGC CAAACTTATT CTGAACAAAG CAGCACCTCC CACCTCTGGC 
TCGATGGCAA TTGAAAAGTA TCCTCTGGTT TTCTCACAAC CGACAGTAGG AGCCTATGTA 
AGGCAGAAGA AGACTAGAGC TAAAGGTAAA AAGGAGCAGA TTCCAGTATT GGATCATCTC 
TTATCTCTAA TTCAGTTGCC CCCAAATGAA GATACTACTT ACCTTTCACA TTCTTGGGCA 
GCCCTTGTGG TATTACCTCA TATTAGACCC CTTGAGAAAG AGAAGGTGAT ACCACTAGTC 
ACATGCTTCA TTGAGTCACT CTTCAGAACT GTTGACAGAG GGAGCGTTGG AAAAGGAAAC 
TTATTTGTTC TTTGTCAAGC TGTAAGTACT CTGCTAAGTT TGGAGGAGTC ATCTGAACTT 
CTTCATTTGG TTCCTGTGGA ACATGTGAAA AATTTATTAT TAATGTTTCC TTTGGAGCCA 
TCTGTGTTGT TGTTGGCTGA TCTCTATTAT CAGAGATTAG CCTTATGTGG TTGCAAAGGG 
CCGCTTTCCG AGGAAGCTTT AATGGAATTA TTTTCCAAGT TACAAGCAAA CATCTCAACT 
GGTGTTTCCA AGATTCGTCT TTTGACAATA AGGATCCTAA ACCATTTTGA AGTTCAGCTT 
CCAGAACTGA TGGAGGATGA TGGGCTCTCA GAGCGTCAGT CTGCCTTCGC TATACTACGC 
CAGGCAGAAC TTGTTCCAGC AACTGTAAAC GATTACAGAG AGAAGCTTCT CCACTTGCGA 
AAACTAAGGC ATGATGTGGT GCAGACCGCA GTCCCTGATG GACCCTTACA GGAGGTGCCA 
CTTCGTTACT TACTAGGTAT GCTGTATGTT AACTTCAGTG CTCTTTGGGA TCCTGTTATT 
GAACTCCTAA GTTCTCATGC ACATGGAATG GAAAATAAAC AATTTTGGAA AGTCTACTAT 
GAACATCTAG AAAAAGCAGC TACCCATGCT GAGAAAGAAT TGCAAATTGA TGCACGACAT 
GAGGAAAAGT CCTGTGGAGA TGAAAATTGG GAGCAGACCC AAGAAGGAGA CATTGGAACT 
CTTTATCATG AGCAGTTAGC ATCAAAAACG GACTGTCAGG AAAGACTAGA CCATGCCAAC 
TTTCGATTTT TGCTCTGGAG GGCTCTGGCA AAATTCCCTG AGAGGGTAGA GCCACGGTCC 
AGGGAGCTTT CCCCGCTTTT CTTGAGATTT ATCAACAATG AGTATTACCC AGCAGACCTG 
CAAGTTGCCC CAACCCAAGA TCTGCGAAGA AAAGGCAAAG GGGGGACGGC CGAGGAACTG 
GAAGAGGAAC TTGCTACCAG AGATGATGAA GAGTTGGAAG AAGAGGTGCC TCAAGATGAG 
CCCATGCAGA AAAAAAAGAC AAGAAGAGCT GCAGCAAAGC AATTAATTGC TCATTTACAA 
GTTTTCTCCA AATTTTCTAA TCCACGGGCC TTATACCTGG AATCCAAACT ATATGAGCTG 
TATCTTCAGG TCCCTCATTC AGTTCCCGGT GGCTCCTGGA GAAGGGAAAA CTTACAAAGA 
TTGCTTGAAG ACAGAAGCTT TAAGGAAGAG ATAGTGCATT TTAACATTTC AGAAGATAAT 
GCAGTAGTGA AAACAGTCCA TCGAGCAGAT CTGTTTCCTA TTCTGATGAG AATTTTGTAT 
GGACGAATGA AGAATAAGAC TGGGAGTAAA ACTCAGGGGA AGTCTGCTTC AGGCACCCGC 
ATGTCCATTG TTTTGAGGTT CCTCGCGGGA ACCCAGCCTG AGGAGATTGA GATATTCCTA 
GACCTGCTGT TTGAACCTGT GAAGCACTTC AAGAATGGTG AGTGCCATTT TGCGGTCATT 
CAAGCAATAG AAGATTTGGA TATGTCTAAA GTTCTTCCTT TGGGTCGTCA ACATGGTATC 
TTTAATAGCC TTGAAATAGT ATTGAAGAAT ATTAGTCATC TTCTCAGTGC ATACTTACCA 
AAGATTTTGC AGATATTGCT CTGTATGACA GCAACTGTAT CACACATCCT TGACCAACGA 
GACAAGATAC AGCTGAGGTT TATTAACCCA CTGAAAAATT TAAGACGGCT CGGAATAAAA 
ATGGTAACTG ATATCTTTTT GGATTGGGAG TCCTATGAGT TCAGAACAGA AGAAATCGAT 
GCTGTATTTC ATGGTGCGAT TTGGCCCCAG ATCAGCAGAC TTGGATCTGA GAGCCAGTAT 
TCTCCTACTC CTCTGCTGAA ACTAATTAGT ATCTGGAGCA GAAATGCAAG ATATTTCCCT 
TTGTTGGCTA AACAGAAACC TGGGCACCCA GAATGTGATA TCCTGACGAA TGTTTTTGCA 
ATTCTCTCAG CAAAGAATCT CTCTGAAGCC ACAGCCAGTA TTGTGATGGA TATAGCCGAT 
GACCTTCTTA ACCTTCCAGA TTTTGAACCC ACAGAAACGG TTTTAAGCTT GCCAGTAACT 
GGATGTGTAT ATGCTGACAT TGCCGAAAAT GCATACGAGT CTATCACGAT AGGAGGAAGA 
TTAATTCTAC CTCATGTACC TGCAATTCTT CAGTATCTCA GCAAAACCAC AATAAGTGCA 
GAAAAGGTGA AAAAGAAAAA GAATAGGGCA CAAGTCAGCA AGGAACTTGG CATTCTTTCA 
AAGATCAGCA AGTTTATGAA AGACAAAGAG CAGAGCTCTC TGCTTATTAC ACTTCTCCTT 
CCTTTCCTGC ACCGTAGCAA TATTGCCCAG GATACAGAGG TTGATATTCT GGTGACAGTA 
CAAAATTTGT TAAAACATTG CTTGGATCCT ACAAGCTTCC TCAAGCCTCT AGCAAAATTA 
TTCTCAGTCA TTAAGAACAA GTTGTCAAGA CAATTGCTTT GTACAGTTTT CCAGAATCTT 
TCTGATTTTG AGAATGGATT ACAGTATATT ACTGATGTTG TCAAGCTTAA CGCCTTTGAT 
CAAAGACATC TTGATGACAT CAACTTTGAT GTTCGCTTCT CAATGTTCCA GACCATTACC 
TCTTATATTA AAGAAATGCA AACCGTGGAT GTTAATTATC TAATTCCAGT TATGCATAAT 
TGTTTCTATA ATCTGGAGTT AGGAGACATG TCTTTAAGTG ATAATGCTAG CATGTGCTTG 
ATGACTATCA TTAAAAGGCT GGCTGCCTTG AACATCACAG AGAAGGAATA TAGGGAAATC 
ATTCATCGTT CACTCCTGGA GAAATTAAGA AAAGGGTTGA AGAGCCAGAC AGAGAGTATT 
CAACAGGACT ATACCACACT GCTTTCCTGT TTAATCCAAA CCTTTCCAAA TCAGCTGGAA 
TTTAAAGACC TAGTACAGCT TACTGATAAT CATGATCCAG AAATGGACTT CTTTGAGAAC 
ATGAAGCACA TTCAGATCCA CAGAAGAGCA CGAGCCTTGA AGAAACTTTC AAAACAACTA 
ATGGAAGGCA AACTTGTGCT ATCTTCTAAA TCTCTTCAGA ATTATATTAT GCCTTATGCC 
ATGACTCCAA TTTTTGATGA GAAAATGCTA AAGCATGAAA ATATAATCAT TGCTGCCACA 
GAAGTTATTG GCGCTGTTTG CAAACATCTG TCTTGGTCAG CATATATATA TTACTTGAAA 
CATTTCATTC ATGTGTTACA GACAGGACAG ATCAATCAAA AGTTGGGTGT CAGTTTGCTA 
GTAACAGTAT TAGAAGCATT CCACTTTGAC CACAAAACTC TCGAAGAGCA AATGAGAAAA 
TTTCAGAATG AAGAAAGTGA CTTCTGCTGT TTACTAAACA TAGACACAAT AGAAGTGATT 
GAGTTACCAG AGCATGAATC TATGGAATTA GAGCTCATGG GTGAAGGAAA GGAGAAGGGA 
AGTCCTGATG CAACTGATTC TAAAGAGACA CCAACTCAGG AATCTGAGTG TACCACAAAG 
TCCGTCTCTT CCCTTCCTCA GAATAAAGAA GAACTGGAGA GAACAATAAA AAATATCCAA 
GGAACCATAA CTGGAGATAT CCTACCCAGG CTACATAAGT GCCTTGCATC TACGACTAAA 
AGGGAAGAAG AACATAAGCT TATAAAGTCA AAGGTTGTTA ATGATGAAGA AGTCATTCGA 
GTTCCTTTAG CTTTTGCCAT GGTTAAGCTA ATGCAGTCCC TGCCACAAGA AGTTCTGGAA 
GCTAATCTGC CAAGTATTTT GCTGAAAGTA TGCGCCCTTC TCAAGAACAG AGCACAGGAA 
GTCAGAGACA TTGCACGCAG CACTCTTGCA AAAATAATAG AGGATCTGGG TGTGCATTAC 
CTCCAATATA TTTTAAAGGA ATTACAGACT ACCCTTGTCC GTGGATATCA GGTCCATGTG 
CTAACGTTCA CTGTTTACAT GTTGCTACAA GGCCTCACCA ACAAGCTCCA TGTTGGAGAT 
TTGGACTCTT GTTTAGACAT AATGATTGAG ATTTTTAACC ATGAATTATT TGGTGCCATT 
GCTGAAGAGA AAGAAGTAAA GCAGATCCTC TCCAAAATCA TGGAGGCACG AAGAAGCAAG 
AGTTATGATT CCTATGAAAT CCTGGGAAAG TTTATAGGAA AAGATCAGGT TACAAAACTC 
ATCCTTCCAT TAAAAGAGAT ATTACAAAAT ACCACAAGTT TAAAACTGGC CCGGAAAGTT 
CATGAAACCT TACGCCGAAT CATAGCAGGA TTAATTGTAA ATCAAGAAAT GACAACAGAA 
TCCATTCTAT TGCTCAGTTA TGGTTTGGTC AGTGAAAATC TTCCTCTGTT AACAGAAAAA 
GAAAAAAGCC CAGCTGCCCC TGCACCAGAT CCACGTCTAC CACCCCAGAG CTGTCTTCTG 
CTCCCCCCAA CTCCAGCTCG AGGCGGGCAG AAAGCTGTTG TGAGCAGGAA AACCAACATG 
CACATATTTA TTGAGTCTGG GCTTCAGCTG CTACACCTGA GTCTGAAGAA TTCCAAGATC 
AAGTCTTCAA GTGAAAATGT TTTGGAGATG TTGGACCCTT TTGTGTCCCT CCTCATAGAC 
TGCCTGGGTT CCATGGATGT GAAGGTGATC ACAGGTGCTT TACAATGCCT GATCTGGGTC 
TTGAGGTTCC CCCTGCCTTC CATAGAAACA AGAGCAGAGC AGCTGACAAG ACACCTTTTT 
CTTTTGCTGA AGGACTATGC AAAACTCGGG GCTGCCAGGG GCCAGAACTT CCACCTGGCA 
GTAAATTGTT TCAAGTGTGT GACCATACTT GTGAAGAAAG TGACATCTTA CCAGATAACC 
GAAAAACAGC TTCAAGTCCT TCTGGCATAT GCGGAGGAGG ACATTTATGA TACCTCAAGA 
CAAGCAACTG CATTTGGTCT TCTGAAGGCC ATTTTATCAA GAAAGCTCTT GGTCCCAGAA 
ATAGATGATG TCATGCGGAA AGTATCCAAG TTGGCAATTT CTGCACAAAG TGAACCTGTC 
AGAATCCAAT GCAGACAGGT TTTTCTGAAA TATGTTCTGG ACTATCCCCT TGGTGACAAA 
CTGAGACCAA ACTTGGAATT CATGATCGCG CAACTGAATT ATGAACATGA GACTGGGAGA 
GAGTCTACCT TGGAAATGAT AGCCTATCTC TTTGACACAT TCCCTCAGGG ACTGCTCCAC 
GAGAACTGTG GAATGTTCTT TATTCCTCTT TGCCTAATGA TGGTGAATGA TGACTCTGCC 
ATGTGCAAAA AGATGGCATC CATGACAATC AAATCCTTGC TCAGTAAAAT CAACCTTGAG 
AAAAAAGATT GGCTGTTTGA TATGGTCATC ACCTGGTTTG GAGCGAAAAA GAGCTTGAAT 
AGACAACTGG CTGCCCTGAT CTGTGGCTTG TTTGTGGAAA GTGAAGGAGT TTCTTTTCAG 
AGGAGACTTG GAAATGTCCT TCCTGTCATT GAAAAGGAAA TTGATCCTGA AAATTTCCAA 
GATATAATGG AAGAGACTGA AGAAAAAGCT GCAGATCGCC TTCTGTTTAG TTTTCTTACA 
CTGATAAGTA AACTCATCAA GGAATGTAAT ATTATTCAGT TTACCAAACC CTCTGAGATT 
TTGAGTAAAA TCTGGAGCCA TGTGCACGCT CACCTGAGAC ATCCACACAA CTGGGTGTGG 
CTCACCGCCG CCCAAATTTT TGGATTGCTC TTTGCATCTT GCCAACCAGA GGAGCTTGTT 
AGAAAATGGA CTGCCCAAAA GACCAAAAAG AGACTCTCGC AACCAGTAGC AGTCAGGTTT 
CTAACAAATG ACCTGGACCA AAAGATGAGA AGTATCTCTC TAGCCTCTTG CCACCAATTG 
CATTCCAAAT TCTTGGATCA GTCTCTAGGA GAACAGGTTA TTAAGAATTT GTTGTTTGTA 
GCCAAAGTCT TGTATTTACT GGTACCTGAT TCTGCGGATA AGCAAGATGA GACAGAAGAA 
GATATGGAAG AAGAAGAAGC TTTAGGAGAT GGTGTGGCCA AAGAGGAACT AGAACATGAG 
GCCCATGCAG ATGAAAAGGT GGAGTCTGAC CAAGACAAGG ATGAAGAGGC AAAGGCAAAG 
GAAGAGCCCC ACAAGCCAGT TACCCTGCTG TGGTTGATCC AAAAGTTGTC CCGGATAGCA 
AAACTGGAAG CTTCTTATTC ACCTCGAAAC CCATTAAAGA GAACATGCAT CCTTAAATTT 
CTTGGAGCCA TAGCTATGGA TCTTGGAACA GACAAGGTAA AGCCATATCT CCCAGTGATC 
ATAGCTCCTT TGTTTCGAGA ACTGAACAGC ACCTATTCCG AGCAAGACCC TTTGCTGAAG 
AATCTATCCC AGGAAATCAT AGAATTACTC AAAAAGCTGG TTGGGCTCGA GAGCTTCTCA 
TTAGCCTTTG CCTCTGTGCA GAAACAAGCT AATGAGAAAA GGGCTCTCCG GAAAAAGAGG 
AAAGCTTTGG AGTTTGTAAC TAATCCTGAT ATTGCTGCCA AGAAAAAGCT GAAGAAACAC 
AAAAATAAAA GTGAAGCAAA GAAGAGAAAA ATAGAGTTCC TCCGTCCAGG CTATAAGGCC 
AAGAGACAGA AAGGCCACAG TCTGAAAGAT TTAGCAATGG TGGAATAA

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

UTP20 ( XM_012529272.2 ) cDNA ORF clone, Dasypus novemcinctus(nine-banded armadillo) -> XP_012384726.1 Dasypus novemcinctus UTP20, small subunit processome component (UTP20), mRNA.

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CloneID	ODa128108
Clone ID Related Accession (Same CDS sequence)	XM_012529272.1 , XM_012529272.2
Accession Version	XM_012529272.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8328bp) 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	1516032000000
Organism	Dasypus novemcinctus(nine-banded armadillo)
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 (NW_004483049.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jan 17, 2018 this sequence version replaced XM_012529272.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Dasypus novemcinctus Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 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##

ATGAAGACAA AACCCGTTTC GCACAAGACG GAGAATACGT ACCGGTTTCT TACATTTGCC 
GAGCGACTGG GGAATGTGAA TATCGATATT ATTCATCGGA TCGATAGAAC AACAAGCTAT 
GATGAGGAGG TTGAAACCTA CTTTTTTGAG GGCCTGCTGA AATGGAGAGA ATTGAACCTT 
ACAGAACACT TCGGGAAATT TTACAAAGAA GTTATTGACA AATGCCAGTC ATTCAATCAG 
TTGGTCTATC ATCAAAAAGA GATAGTTCAG AGTTTGAAGA CTCACCTGCA AGTTAAGAAC 
AGTTTTGCCT ATCAACCCCT TTTGGATTTG GTTGTACAGT TGGCACGAGA TCTGCAGACA 
GACTTCTATC CACATTTTCC AGATTTTTTT CTGACTGTCA CTCCAATCTT GGAGACTCAA 
GACACGGAGC TGTTAGAATG GGCTTTCACC TCGCTGTCAT ATCTTTACAA GTACCTGTGG 
AGACTAATGG TGAAGGACAT GACCAGTATA TACAGCATGT ACAGTACACT GCTGGCTCAT 
AACAAACTAC ATATAAGAAA TTTTGCTGCT GAGAGCTTTA CATTTTTGAT GAGAAAGGTT 
TCTGATAAAA ATGCACTTTT CAATTTAATG TTTCTTGATC TTGATAAGCA TCCAGAAAAG 
GTGGAAGGAG TTGGACAGTT GCTGTTTGAA ATGTGCAAAG GAGTCAGAAA TATGTTTCAC 
TCTTGTACAG GCCAGGCGGT GAAGCTCATT TTACAAAAGC TAGGCCCAGT TACTGAAACA 
GAAGTTCAAC TACCATGGAT TTTAGTTGGA GAAACACTCA AAAACATGGT CAAGTCCACT 
GCTTTTTACA TCTTCAAGGA ACATTTTGGT ATATTTTTTG AATGTTTGCA AGAATCCCTC 
CTGAGCCTAC ACACAAAAGT AACTAAAACT AACTGTTGTG AAAGTTCTGA ACAGATTAAA 
AGGTTGTTAG AAACTTATCT GATTCTTGTG AAGCATGGAA ATGGATCAAA AATAACCAAA 
CCCGTTGAAG TGTGTAAGGT ATTGTCTCAA ACATTACAAA TAACCCATCT TTCTGCACCT 
TGCCGGGAGA CCCTCTTGGA TGTAATTTCG GCTTTGATCT TAGGCGAAAA TGTTTCCTTG 
CCAGACATCC TCATCAAAGA AACCATAGAA AAAACTTTTG AGAGCAAATT TGAAAGACGT 
TTAATTTTGG ATTTTTCTGA AGTCATGTTT GCTATGAAGC AATTTGAGCA GCTTTTTCTA 
CCAAGCTTTC TCTTATATAT TGAGACTTGC TTCTCAATTG ATGATGCTAT GGCCAGAGAT 
GAAGCTCTGG CCATTTTGGC CAAACTTATT CTGAACAAAG CAGCACCTCC CACCTCTGGC 
TCGATGGCAA TTGAAAAGTA TCCTCTGGTT TTCTCACAAC CGACAGTAGG AGCCTATGTA 
AGGCAGAAGA AGACTAGAGC TAAAGGTAAA AAGGAGCAGA TTCCAGTATT GGATCATCTC 
TTATCTCTAA TTCAGTTGCC CCCAAATGAA GATACTACTT ACCTTTCACA TTCTTGGGCA 
GCCCTTGTGG TATTACCTCA TATTAGACCC CTTGAGAAAG AGAAGGTGAT ACCACTAGTC 
ACATGCTTCA TTGAGTCACT CTTCAGAACT GTTGACAGAG GGAGCGTTGG AAAAGGAAAC 
TTATTTGTTC TTTGTCAAGC TGTAAGTACT CTGCTAAGTT TGGAGGAGTC ATCTGAACTT 
CTTCATTTGG TTCCTGTGGA ACATGTGAAA AATTTATTAT TAATGTTTCC TTTGGAGCCA 
TCTGTGTTGT TGTTGGCTGA TCTCTATTAT CAGAGATTAG CCTTATGTGG TTGCAAAGGG 
CCGCTTTCCG AGGAAGCTTT AATGGAATTA TTTTCCAAGT TACAAGCAAA CATCTCAACT 
GGTGTTTCCA AGATTCGTCT TTTGACAATA AGGATCCTAA ACCATTTTGA AGTTCAGCTT 
CCAGAACTGA TGGAGGATGA TGGGCTCTCA GAGCGTCAGT CTGCCTTCGC TATACTACGC 
CAGGCAGAAC TTGTTCCAGC AACTGTAAAC GATTACAGAG AGAAGCTTCT CCACTTGCGA 
AAACTAAGGC ATGATGTGGT GCAGACCGCA GTCCCTGATG GACCCTTACA GGAGGTGCCA 
CTTCGTTACT TACTAGGTAT GCTGTATGTT AACTTCAGTG CTCTTTGGGA TCCTGTTATT 
GAACTCCTAA GTTCTCATGC ACATGGAATG GAAAATAAAC AATTTTGGAA AGTCTACTAT 
GAACATCTAG AAAAAGCAGC TACCCATGCT GAGAAAGAAT TGCAAATTGA TGCACGACAT 
GAGGAAAAGT CCTGTGGAGA TGAAAATTGG GAGCAGACCC AAGAAGGAGA CATTGGAACT 
CTTTATCATG AGCAGTTAGC ATCAAAAACG GACTGTCAGG AAAGACTAGA CCATGCCAAC 
TTTCGATTTT TGCTCTGGAG GGCTCTGGCA AAATTCCCTG AGAGGGTAGA GCCACGGTCC 
AGGGAGCTTT CCCCGCTTTT CTTGAGATTT ATCAACAATG AGTATTACCC AGCAGACCTG 
CAAGTTGCCC CAACCCAAGA TCTGCGAAGA AAAGGCAAAG GGGGGACGGC CGAGGAACTG 
GAAGAGGAAC TTGCTACCAG AGATGATGAA GAGTTGGAAG AAGAGGTGCC TCAAGATGAG 
CCCATGCAGA AAAAAAAGAC AAGAAGAGCT GCAGCAAAGC AATTAATTGC TCATTTACAA 
GTTTTCTCCA AATTTTCTAA TCCACGGGCC TTATACCTGG AATCCAAACT ATATGAGCTG 
TATCTTCAGG TCCCTCATTC AGTTCCCGGT GGCTCCTGGA GAAGGGAAAA CTTACAAAGA 
TTGCTTGAAG ACAGAAGCTT TAAGGAAGAG ATAGTGCATT TTAACATTTC AGAAGATAAT 
GCAGTAGTGA AAACAGTCCA TCGAGCAGAT CTGTTTCCTA TTCTGATGAG AATTTTGTAT 
GGACGAATGA AGAATAAGAC TGGGAGTAAA ACTCAGGGGA AGTCTGCTTC AGGCACCCGC 
ATGTCCATTG TTTTGAGGTT CCTCGCGGGA ACCCAGCCTG AGGAGATTGA GATATTCCTA 
GACCTGCTGT TTGAACCTGT GAAGCACTTC AAGAATGGTG AGTGCCATTT TGCGGTCATT 
CAAGCAATAG AAGATTTGGA TATGTCTAAA GTTCTTCCTT TGGGTCGTCA ACATGGTATC 
TTTAATAGCC TTGAAATAGT ATTGAAGAAT ATTAGTCATC TTCTCAGTGC ATACTTACCA 
AAGATTTTGC AGATATTGCT CTGTATGACA GCAACTGTAT CACACATCCT TGACCAACGA 
GACAAGATAC AGCTGAGGTT TATTAACCCA CTGAAAAATT TAAGACGGCT CGGAATAAAA 
ATGGTAACTG ATATCTTTTT GGATTGGGAG TCCTATGAGT TCAGAACAGA AGAAATCGAT 
GCTGTATTTC ATGGTGCGAT TTGGCCCCAG ATCAGCAGAC TTGGATCTGA GAGCCAGTAT 
TCTCCTACTC CTCTGCTGAA ACTAATTAGT ATCTGGAGCA GAAATGCAAG ATATTTCCCT 
TTGTTGGCTA AACAGAAACC TGGGCACCCA GAATGTGATA TCCTGACGAA TGTTTTTGCA 
ATTCTCTCAG CAAAGAATCT CTCTGAAGCC ACAGCCAGTA TTGTGATGGA TATAGCCGAT 
GACCTTCTTA ACCTTCCAGA TTTTGAACCC ACAGAAACGG TTTTAAGCTT GCCAGTAACT 
GGATGTGTAT ATGCTGACAT TGCCGAAAAT GCATACGAGT CTATCACGAT AGGAGGAAGA 
TTAATTCTAC CTCATGTACC TGCAATTCTT CAGTATCTCA GCAAAACCAC AATAAGTGCA 
GAAAAGGTGA AAAAGAAAAA GAATAGGGCA CAAGTCAGCA AGGAACTTGG CATTCTTTCA 
AAGATCAGCA AGTTTATGAA AGACAAAGAG CAGAGCTCTC TGCTTATTAC ACTTCTCCTT 
CCTTTCCTGC ACCGTAGCAA TATTGCCCAG GATACAGAGG TTGATATTCT GGTGACAGTA 
CAAAATTTGT TAAAACATTG CTTGGATCCT ACAAGCTTCC TCAAGCCTCT AGCAAAATTA 
TTCTCAGTCA TTAAGAACAA GTTGTCAAGA CAATTGCTTT GTACAGTTTT CCAGAATCTT 
TCTGATTTTG AGAATGGATT ACAGTATATT ACTGATGTTG TCAAGCTTAA CGCCTTTGAT 
CAAAGACATC TTGATGACAT CAACTTTGAT GTTCGCTTCT CAATGTTCCA GACCATTACC 
TCTTATATTA AAGAAATGCA AACCGTGGAT GTTAATTATC TAATTCCAGT TATGCATAAT 
TGTTTCTATA ATCTGGAGTT AGGAGACATG TCTTTAAGTG ATAATGCTAG CATGTGCTTG 
ATGACTATCA TTAAAAGGCT GGCTGCCTTG AACATCACAG AGAAGGAATA TAGGGAAATC 
ATTCATCGTT CACTCCTGGA GAAATTAAGA AAAGGGTTGA AGAGCCAGAC AGAGAGTATT 
CAACAGGACT ATACCACACT GCTTTCCTGT TTAATCCAAA CCTTTCCAAA TCAGCTGGAA 
TTTAAAGACC TAGTACAGCT TACTGATAAT CATGATCCAG AAATGGACTT CTTTGAGAAC 
ATGAAGCACA TTCAGATCCA CAGAAGAGCA CGAGCCTTGA AGAAACTTTC AAAACAACTA 
ATGGAAGGCA AACTTGTGCT ATCTTCTAAA TCTCTTCAGA ATTATATTAT GCCTTATGCC 
ATGACTCCAA TTTTTGATGA GAAAATGCTA AAGCATGAAA ATATAATCAT TGCTGCCACA 
GAAGTTATTG GCGCTGTTTG CAAACATCTG TCTTGGTCAG CATATATATA TTACTTGAAA 
CATTTCATTC ATGTGTTACA GACAGGACAG ATCAATCAAA AGTTGGGTGT CAGTTTGCTA 
GTAACAGTAT TAGAAGCATT CCACTTTGAC CACAAAACTC TCGAAGAGCA AATGAGAAAA 
TTTCAGAATG AAGAAAGTGA CTTCTGCTGT TTACTAAACA TAGACACAAT AGAAGTGATT 
GAGTTACCAG AGCATGAATC TATGGAATTA GAGCTCATGG GTGAAGGAAA GGAGAAGGGA 
AGTCCTGATG CAACTGATTC TAAAGAGACA CCAACTCAGG AATCTGAGTG TACCACAAAG 
TCCGTCTCTT CCCTTCCTCA GAATAAAGAA GAACTGGAGA GAACAATAAA AAATATCCAA 
GGAACCATAA CTGGAGATAT CCTACCCAGG CTACATAAGT GCCTTGCATC TACGACTAAA 
AGGGAAGAAG AACATAAGCT TATAAAGTCA AAGGTTGTTA ATGATGAAGA AGTCATTCGA 
GTTCCTTTAG CTTTTGCCAT GGTTAAGCTA ATGCAGTCCC TGCCACAAGA AGTTCTGGAA 
GCTAATCTGC CAAGTATTTT GCTGAAAGTA TGCGCCCTTC TCAAGAACAG AGCACAGGAA 
GTCAGAGACA TTGCACGCAG CACTCTTGCA AAAATAATAG AGGATCTGGG TGTGCATTAC 
CTCCAATATA TTTTAAAGGA ATTACAGACT ACCCTTGTCC GTGGATATCA GGTCCATGTG 
CTAACGTTCA CTGTTTACAT GTTGCTACAA GGCCTCACCA ACAAGCTCCA TGTTGGAGAT 
TTGGACTCTT GTTTAGACAT AATGATTGAG ATTTTTAACC ATGAATTATT TGGTGCCATT 
GCTGAAGAGA AAGAAGTAAA GCAGATCCTC TCCAAAATCA TGGAGGCACG AAGAAGCAAG 
AGTTATGATT CCTATGAAAT CCTGGGAAAG TTTATAGGAA AAGATCAGGT TACAAAACTC 
ATCCTTCCAT TAAAAGAGAT ATTACAAAAT ACCACAAGTT TAAAACTGGC CCGGAAAGTT 
CATGAAACCT TACGCCGAAT CATAGCAGGA TTAATTGTAA ATCAAGAAAT GACAACAGAA 
TCCATTCTAT TGCTCAGTTA TGGTTTGGTC AGTGAAAATC TTCCTCTGTT AACAGAAAAA 
GAAAAAAGCC CAGCTGCCCC TGCACCAGAT CCACGTCTAC CACCCCAGAG CTGTCTTCTG 
CTCCCCCCAA CTCCAGCTCG AGGCGGGCAG AAAGCTGTTG TGAGCAGGAA AACCAACATG 
CACATATTTA TTGAGTCTGG GCTTCAGCTG CTACACCTGA GTCTGAAGAA TTCCAAGATC 
AAGTCTTCAA GTGAAAATGT TTTGGAGATG TTGGACCCTT TTGTGTCCCT CCTCATAGAC 
TGCCTGGGTT CCATGGATGT GAAGGTGATC ACAGGTGCTT TACAATGCCT GATCTGGGTC 
TTGAGGTTCC CCCTGCCTTC CATAGAAACA AGAGCAGAGC AGCTGACAAG ACACCTTTTT 
CTTTTGCTGA AGGACTATGC AAAACTCGGG GCTGCCAGGG GCCAGAACTT CCACCTGGCA 
GTAAATTGTT TCAAGTGTGT GACCATACTT GTGAAGAAAG TGACATCTTA CCAGATAACC 
GAAAAACAGC TTCAAGTCCT TCTGGCATAT GCGGAGGAGG ACATTTATGA TACCTCAAGA 
CAAGCAACTG CATTTGGTCT TCTGAAGGCC ATTTTATCAA GAAAGCTCTT GGTCCCAGAA 
ATAGATGATG TCATGCGGAA AGTATCCAAG TTGGCAATTT CTGCACAAAG TGAACCTGTC 
AGAATCCAAT GCAGACAGGT TTTTCTGAAA TATGTTCTGG ACTATCCCCT TGGTGACAAA 
CTGAGACCAA ACTTGGAATT CATGATCGCG CAACTGAATT ATGAACATGA GACTGGGAGA 
GAGTCTACCT TGGAAATGAT AGCCTATCTC TTTGACACAT TCCCTCAGGG ACTGCTCCAC 
GAGAACTGTG GAATGTTCTT TATTCCTCTT TGCCTAATGA TGGTGAATGA TGACTCTGCC 
ATGTGCAAAA AGATGGCATC CATGACAATC AAATCCTTGC TCAGTAAAAT CAACCTTGAG 
AAAAAAGATT GGCTGTTTGA TATGGTCATC ACCTGGTTTG GAGCGAAAAA GAGCTTGAAT 
AGACAACTGG CTGCCCTGAT CTGTGGCTTG TTTGTGGAAA GTGAAGGAGT TTCTTTTCAG 
AGGAGACTTG GAAATGTCCT TCCTGTCATT GAAAAGGAAA TTGATCCTGA AAATTTCCAA 
GATATAATGG AAGAGACTGA AGAAAAAGCT GCAGATCGCC TTCTGTTTAG TTTTCTTACA 
CTGATAAGTA AACTCATCAA GGAATGTAAT ATTATTCAGT TTACCAAACC CTCTGAGATT 
TTGAGTAAAA TCTGGAGCCA TGTGCACGCT CACCTGAGAC ATCCACACAA CTGGGTGTGG 
CTCACCGCCG CCCAAATTTT TGGATTGCTC TTTGCATCTT GCCAACCAGA GGAGCTTGTT 
AGAAAATGGA CTGCCCAAAA GACCAAAAAG AGACTCTCGC AACCAGTAGC AGTCAGGTTT 
CTAACAAATG ACCTGGACCA AAAGATGAGA AGTATCTCTC TAGCCTCTTG CCACCAATTG 
CATTCCAAAT TCTTGGATCA GTCTCTAGGA GAACAGGTTA TTAAGAATTT GTTGTTTGTA 
GCCAAAGTCT TGTATTTACT GGTACCTGAT TCTGCGGATA AGCAAGATGA GACAGAAGAA 
GATATGGAAG AAGAAGAAGC TTTAGGAGAT GGTGTGGCCA AAGAGGAACT AGAACATGAG 
GCCCATGCAG ATGAAAAGGT GGAGTCTGAC CAAGACAAGG ATGAAGAGGC AAAGGCAAAG 
GAAGAGCCCC ACAAGCCAGT TACCCTGCTG TGGTTGATCC AAAAGTTGTC CCGGATAGCA 
AAACTGGAAG CTTCTTATTC ACCTCGAAAC CCATTAAAGA GAACATGCAT CCTTAAATTT 
CTTGGAGCCA TAGCTATGGA TCTTGGAACA GACAAGGTAA AGCCATATCT CCCAGTGATC 
ATAGCTCCTT TGTTTCGAGA ACTGAACAGC ACCTATTCCG AGCAAGACCC TTTGCTGAAG 
AATCTATCCC AGGAAATCAT AGAATTACTC AAAAAGCTGG TTGGGCTCGA GAGCTTCTCA 
TTAGCCTTTG CCTCTGTGCA GAAACAAGCT AATGAGAAAA GGGCTCTCCG GAAAAAGAGG 
AAAGCTTTGG AGTTTGTAAC TAATCCTGAT ATTGCTGCCA AGAAAAAGCT GAAGAAACAC 
AAAAATAAAA GTGAAGCAAA GAAGAGAAAA ATAGAGTTCC TCCGTCCAGG CTATAAGGCC 
AAGAGACAGA AAGGCCACAG TCTGAAAGAT TTAGCAATGG TGGAATAA

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

RefSeq	XP_012384726.1
CDS	152..8479
Translation	MKTKPVSHKTENTYRFLTFAERLGNVNIDIIHRIDRTTSYDEEVETYFFEGLLKWRELNLTEHFGKFYKEVIDKCQSFNQLVYHQKEIVQSLKTHLQVKNSFAYQPLLDLVVQLARDLQTDFYPHFPDFFLTVTPILETQDTELLEWAFTSLSYLYKYLWRLMVKDMTSIYSMYSTLLAHNKLHIRNFAAESFTFLMRKVSDKNALFNLMFLDLDKHPEKVEGVGQLLFEMCKGVRNMFHSCTGQAVKLILQKLGPVTETEVQLPWILVGETLKNMVKSTAFYIFKEHFGIFFECLQESLLSLHTKVTKTNCCESSEQIKRLLETYLILVKHGNGSKITKPVEVCKVLSQTLQITHLSAPCRETLLDVISALILGENVSLPDILIKETIEKTFESKFERRLILDFSEVMFAMKQFEQLFLPSFLLYIETCFSIDDAMARDEALAILAKLILNKAAPPTSGSMAIEKYPLVFSQPTVGAYVRQKKTRAKGKKEQIPVLDHLLSLIQLPPNEDTTYLSHSWAALVVLPHIRPLEKEKVIPLVTCFIESLFRTVDRGSVGKGNLFVLCQAVSTLLSLEESSELLHLVPVEHVKNLLLMFPLEPSVLLLADLYYQRLALCGCKGPLSEEALMELFSKLQANISTGVSKIRLLTIRILNHFEVQLPELMEDDGLSERQSAFAILRQAELVPATVNDYREKLLHLRKLRHDVVQTAVPDGPLQEVPLRYLLGMLYVNFSALWDPVIELLSSHAHGMENKQFWKVYYEHLEKAATHAEKELQIDARHEEKSCGDENWEQTQEGDIGTLYHEQLASKTDCQERLDHANFRFLLWRALAKFPERVEPRSRELSPLFLRFINNEYYPADLQVAPTQDLRRKGKGGTAEELEEELATRDDEELEEEVPQDEPMQKKKTRRAAAKQLIAHLQVFSKFSNPRALYLESKLYELYLQVPHSVPGGSWRRENLQRLLEDRSFKEEIVHFNISEDNAVVKTVHRADLFPILMRILYGRMKNKTGSKTQGKSASGTRMSIVLRFLAGTQPEEIEIFLDLLFEPVKHFKNGECHFAVIQAIEDLDMSKVLPLGRQHGIFNSLEIVLKNISHLLSAYLPKILQILLCMTATVSHILDQRDKIQLRFINPLKNLRRLGIKMVTDIFLDWESYEFRTEEIDAVFHGAIWPQISRLGSESQYSPTPLLKLISIWSRNARYFPLLAKQKPGHPECDILTNVFAILSAKNLSEATASIVMDIADDLLNLPDFEPTETVLSLPVTGCVYADIAENAYESITIGGRLILPHVPAILQYLSKTTISAEKVKKKKNRAQVSKELGILSKISKFMKDKEQSSLLITLLLPFLHRSNIAQDTEVDILVTVQNLLKHCLDPTSFLKPLAKLFSVIKNKLSRQLLCTVFQNLSDFENGLQYITDVVKLNAFDQRHLDDINFDVRFSMFQTITSYIKEMQTVDVNYLIPVMHNCFYNLELGDMSLSDNASMCLMTIIKRLAALNITEKEYREIIHRSLLEKLRKGLKSQTESIQQDYTTLLSCLIQTFPNQLEFKDLVQLTDNHDPEMDFFENMKHIQIHRRARALKKLSKQLMEGKLVLSSKSLQNYIMPYAMTPIFDEKMLKHENIIIAATEVIGAVCKHLSWSAYIYYLKHFIHVLQTGQINQKLGVSLLVTVLEAFHFDHKTLEEQMRKFQNEESDFCCLLNIDTIEVIELPEHESMELELMGEGKEKGSPDATDSKETPTQESECTTKSVSSLPQNKEELERTIKNIQGTITGDILPRLHKCLASTTKREEEHKLIKSKVVNDEEVIRVPLAFAMVKLMQSLPQEVLEANLPSILLKVCALLKNRAQEVRDIARSTLAKIIEDLGVHYLQYILKELQTTLVRGYQVHVLTFTVYMLLQGLTNKLHVGDLDSCLDIMIEIFNHELFGAIAEEKEVKQILSKIMEARRSKSYDSYEILGKFIGKDQVTKLILPLKEILQNTTSLKLARKVHETLRRIIAGLIVNQEMTTESILLLSYGLVSENLPLLTEKEKSPAAPAPDPRLPPQSCLLLPPTPARGGQKAVVSRKTNMHIFIESGLQLLHLSLKNSKIKSSSENVLEMLDPFVSLLIDCLGSMDVKVITGALQCLIWVLRFPLPSIETRAEQLTRHLFLLLKDYAKLGAARGQNFHLAVNCFKCVTILVKKVTSYQITEKQLQVLLAYAEEDIYDTSRQATAFGLLKAILSRKLLVPEIDDVMRKVSKLAISAQSEPVRIQCRQVFLKYVLDYPLGDKLRPNLEFMIAQLNYEHETGRESTLEMIAYLFDTFPQGLLHENCGMFFIPLCLMMVNDDSAMCKKMASMTIKSLLSKINLEKKDWLFDMVITWFGAKKSLNRQLAALICGLFVESEGVSFQRRLGNVLPVIEKEIDPENFQDIMEETEEKAADRLLFSFLTLISKLIKECNIIQFTKPSEILSKIWSHVHAHLRHPHNWVWLTAAQIFGLLFASCQPEELVRKWTAQKTKKRLSQPVAVRFLTNDLDQKMRSISLASCHQLHSKFLDQSLGEQVIKNLLFVAKVLYLLVPDSADKQDETEEDMEEEEALGDGVAKEELEHEAHADEKVESDQDKDEEAKAKEEPHKPVTLLWLIQKLSRIAKLEASYSPRNPLKRTCILKFLGAIAMDLGTDKVKPYLPVIIAPLFRELNSTYSEQDPLLKNLSQEIIELLKKLVGLESFSLAFASVQKQANEKRALRKKRKALEFVTNPDIAAKKKLKKHKNKSEAKKRKIEFLRPGYKAKRQKGHSLKDLAMVE

Target ORF information:

RefSeq Version	XM_012529272.2
Organism	Dasypus novemcinctus(nine-banded armadillo)
Definition	Dasypus novemcinctus 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_012529272.2

ORF Insert Sequence:

ATGAAGACAA AACCCGTTTC GCACAAGACG GAGAATACGT ACCGGTTTCT TACATTTGCC 
GAGCGACTGG GGAATGTGAA TATCGATATT ATTCATCGGA TCGATAGAAC AACAAGCTAT 
GATGAGGAGG TTGAAACCTA CTTTTTTGAG GGCCTGCTGA AATGGAGAGA ATTGAACCTT 
ACAGAACACT TCGGGAAATT TTACAAAGAA GTTATTGACA AATGCCAGTC ATTCAATCAG 
TTGGTCTATC ATCAAAAAGA GATAGTTCAG AGTTTGAAGA CTCACCTGCA AGTTAAGAAC 
AGTTTTGCCT ATCAACCCCT TTTGGATTTG GTTGTACAGT TGGCACGAGA TCTGCAGACA 
GACTTCTATC CACATTTTCC AGATTTTTTT CTGACTGTCA CTCCAATCTT GGAGACTCAA 
GACACGGAGC TGTTAGAATG GGCTTTCACC TCGCTGTCAT ATCTTTACAA GTACCTGTGG 
AGACTAATGG TGAAGGACAT GACCAGTATA TACAGCATGT ACAGTACACT GCTGGCTCAT 
AACAAACTAC ATATAAGAAA TTTTGCTGCT GAGAGCTTTA CATTTTTGAT GAGAAAGGTT 
TCTGATAAAA ATGCACTTTT CAATTTAATG TTTCTTGATC TTGATAAGCA TCCAGAAAAG 
GTGGAAGGAG TTGGACAGTT GCTGTTTGAA ATGTGCAAAG GAGTCAGAAA TATGTTTCAC 
TCTTGTACAG GCCAGGCGGT GAAGCTCATT TTACAAAAGC TAGGCCCAGT TACTGAAACA 
GAAGTTCAAC TACCATGGAT TTTAGTTGGA GAAACACTCA AAAACATGGT CAAGTCCACT 
GCTTTTTACA TCTTCAAGGA ACATTTTGGT ATATTTTTTG AATGTTTGCA AGAATCCCTC 
CTGAGCCTAC ACACAAAAGT AACTAAAACT AACTGTTGTG AAAGTTCTGA ACAGATTAAA 
AGGTTGTTAG AAACTTATCT GATTCTTGTG AAGCATGGAA ATGGATCAAA AATAACCAAA 
CCCGTTGAAG TGTGTAAGGT ATTGTCTCAA ACATTACAAA TAACCCATCT TTCTGCACCT 
TGCCGGGAGA CCCTCTTGGA TGTAATTTCG GCTTTGATCT TAGGCGAAAA TGTTTCCTTG 
CCAGACATCC TCATCAAAGA AACCATAGAA AAAACTTTTG AGAGCAAATT TGAAAGACGT 
TTAATTTTGG ATTTTTCTGA AGTCATGTTT GCTATGAAGC AATTTGAGCA GCTTTTTCTA 
CCAAGCTTTC TCTTATATAT TGAGACTTGC TTCTCAATTG ATGATGCTAT GGCCAGAGAT 
GAAGCTCTGG CCATTTTGGC CAAACTTATT CTGAACAAAG CAGCACCTCC CACCTCTGGC 
TCGATGGCAA TTGAAAAGTA TCCTCTGGTT TTCTCACAAC CGACAGTAGG AGCCTATGTA 
AGGCAGAAGA AGACTAGAGC TAAAGGTAAA AAGGAGCAGA TTCCAGTATT GGATCATCTC 
TTATCTCTAA TTCAGTTGCC CCCAAATGAA GATACTACTT ACCTTTCACA TTCTTGGGCA 
GCCCTTGTGG TATTACCTCA TATTAGACCC CTTGAGAAAG AGAAGGTGAT ACCACTAGTC 
ACATGCTTCA TTGAGTCACT CTTCAGAACT GTTGACAGAG GGAGCGTTGG AAAAGGAAAC 
TTATTTGTTC TTTGTCAAGC TGTAAGTACT CTGCTAAGTT TGGAGGAGTC ATCTGAACTT 
CTTCATTTGG TTCCTGTGGA ACATGTGAAA AATTTATTAT TAATGTTTCC TTTGGAGCCA 
TCTGTGTTGT TGTTGGCTGA TCTCTATTAT CAGAGATTAG CCTTATGTGG TTGCAAAGGG 
CCGCTTTCCG AGGAAGCTTT AATGGAATTA TTTTCCAAGT TACAAGCAAA CATCTCAACT 
GGTGTTTCCA AGATTCGTCT TTTGACAATA AGGATCCTAA ACCATTTTGA AGTTCAGCTT 
CCAGAACTGA TGGAGGATGA TGGGCTCTCA GAGCGTCAGT CTGCCTTCGC TATACTACGC 
CAGGCAGAAC TTGTTCCAGC AACTGTAAAC GATTACAGAG AGAAGCTTCT CCACTTGCGA 
AAACTAAGGC ATGATGTGGT GCAGACCGCA GTCCCTGATG GACCCTTACA GGAGGTGCCA 
CTTCGTTACT TACTAGGTAT GCTGTATGTT AACTTCAGTG CTCTTTGGGA TCCTGTTATT 
GAACTCCTAA GTTCTCATGC ACATGGAATG GAAAATAAAC AATTTTGGAA AGTCTACTAT 
GAACATCTAG AAAAAGCAGC TACCCATGCT GAGAAAGAAT TGCAAATTGA TGCACGACAT 
GAGGAAAAGT CCTGTGGAGA TGAAAATTGG GAGCAGACCC AAGAAGGAGA CATTGGAACT 
CTTTATCATG AGCAGTTAGC ATCAAAAACG GACTGTCAGG AAAGACTAGA CCATGCCAAC 
TTTCGATTTT TGCTCTGGAG GGCTCTGGCA AAATTCCCTG AGAGGGTAGA GCCACGGTCC 
AGGGAGCTTT CCCCGCTTTT CTTGAGATTT ATCAACAATG AGTATTACCC AGCAGACCTG 
CAAGTTGCCC CAACCCAAGA TCTGCGAAGA AAAGGCAAAG GGGGGACGGC CGAGGAACTG 
GAAGAGGAAC TTGCTACCAG AGATGATGAA GAGTTGGAAG AAGAGGTGCC TCAAGATGAG 
CCCATGCAGA AAAAAAAGAC AAGAAGAGCT GCAGCAAAGC AATTAATTGC TCATTTACAA 
GTTTTCTCCA AATTTTCTAA TCCACGGGCC TTATACCTGG AATCCAAACT ATATGAGCTG 
TATCTTCAGG TCCCTCATTC AGTTCCCGGT GGCTCCTGGA GAAGGGAAAA CTTACAAAGA 
TTGCTTGAAG ACAGAAGCTT TAAGGAAGAG ATAGTGCATT TTAACATTTC AGAAGATAAT 
GCAGTAGTGA AAACAGTCCA TCGAGCAGAT CTGTTTCCTA TTCTGATGAG AATTTTGTAT 
GGACGAATGA AGAATAAGAC TGGGAGTAAA ACTCAGGGGA AGTCTGCTTC AGGCACCCGC 
ATGTCCATTG TTTTGAGGTT CCTCGCGGGA ACCCAGCCTG AGGAGATTGA GATATTCCTA 
GACCTGCTGT TTGAACCTGT GAAGCACTTC AAGAATGGTG AGTGCCATTT TGCGGTCATT 
CAAGCAATAG AAGATTTGGA TATGTCTAAA GTTCTTCCTT TGGGTCGTCA ACATGGTATC 
TTTAATAGCC TTGAAATAGT ATTGAAGAAT ATTAGTCATC TTCTCAGTGC ATACTTACCA 
AAGATTTTGC AGATATTGCT CTGTATGACA GCAACTGTAT CACACATCCT TGACCAACGA 
GACAAGATAC AGCTGAGGTT TATTAACCCA CTGAAAAATT TAAGACGGCT CGGAATAAAA 
ATGGTAACTG ATATCTTTTT GGATTGGGAG TCCTATGAGT TCAGAACAGA AGAAATCGAT 
GCTGTATTTC ATGGTGCGAT TTGGCCCCAG ATCAGCAGAC TTGGATCTGA GAGCCAGTAT 
TCTCCTACTC CTCTGCTGAA ACTAATTAGT ATCTGGAGCA GAAATGCAAG ATATTTCCCT 
TTGTTGGCTA AACAGAAACC TGGGCACCCA GAATGTGATA TCCTGACGAA TGTTTTTGCA 
ATTCTCTCAG CAAAGAATCT CTCTGAAGCC ACAGCCAGTA TTGTGATGGA TATAGCCGAT 
GACCTTCTTA ACCTTCCAGA TTTTGAACCC ACAGAAACGG TTTTAAGCTT GCCAGTAACT 
GGATGTGTAT ATGCTGACAT TGCCGAAAAT GCATACGAGT CTATCACGAT AGGAGGAAGA 
TTAATTCTAC CTCATGTACC TGCAATTCTT CAGTATCTCA GCAAAACCAC AATAAGTGCA 
GAAAAGGTGA AAAAGAAAAA GAATAGGGCA CAAGTCAGCA AGGAACTTGG CATTCTTTCA 
AAGATCAGCA AGTTTATGAA AGACAAAGAG CAGAGCTCTC TGCTTATTAC ACTTCTCCTT 
CCTTTCCTGC ACCGTAGCAA TATTGCCCAG GATACAGAGG TTGATATTCT GGTGACAGTA 
CAAAATTTGT TAAAACATTG CTTGGATCCT ACAAGCTTCC TCAAGCCTCT AGCAAAATTA 
TTCTCAGTCA TTAAGAACAA GTTGTCAAGA CAATTGCTTT GTACAGTTTT CCAGAATCTT 
TCTGATTTTG AGAATGGATT ACAGTATATT ACTGATGTTG TCAAGCTTAA CGCCTTTGAT 
CAAAGACATC TTGATGACAT CAACTTTGAT GTTCGCTTCT CAATGTTCCA GACCATTACC 
TCTTATATTA AAGAAATGCA AACCGTGGAT GTTAATTATC TAATTCCAGT TATGCATAAT 
TGTTTCTATA ATCTGGAGTT AGGAGACATG TCTTTAAGTG ATAATGCTAG CATGTGCTTG 
ATGACTATCA TTAAAAGGCT GGCTGCCTTG AACATCACAG AGAAGGAATA TAGGGAAATC 
ATTCATCGTT CACTCCTGGA GAAATTAAGA AAAGGGTTGA AGAGCCAGAC AGAGAGTATT 
CAACAGGACT ATACCACACT GCTTTCCTGT TTAATCCAAA CCTTTCCAAA TCAGCTGGAA 
TTTAAAGACC TAGTACAGCT TACTGATAAT CATGATCCAG AAATGGACTT CTTTGAGAAC 
ATGAAGCACA TTCAGATCCA CAGAAGAGCA CGAGCCTTGA AGAAACTTTC AAAACAACTA 
ATGGAAGGCA AACTTGTGCT ATCTTCTAAA TCTCTTCAGA ATTATATTAT GCCTTATGCC 
ATGACTCCAA TTTTTGATGA GAAAATGCTA AAGCATGAAA ATATAATCAT TGCTGCCACA 
GAAGTTATTG GCGCTGTTTG CAAACATCTG TCTTGGTCAG CATATATATA TTACTTGAAA 
CATTTCATTC ATGTGTTACA GACAGGACAG ATCAATCAAA AGTTGGGTGT CAGTTTGCTA 
GTAACAGTAT TAGAAGCATT CCACTTTGAC CACAAAACTC TCGAAGAGCA AATGAGAAAA 
TTTCAGAATG AAGAAAGTGA CTTCTGCTGT TTACTAAACA TAGACACAAT AGAAGTGATT 
GAGTTACCAG AGCATGAATC TATGGAATTA GAGCTCATGG GTGAAGGAAA GGAGAAGGGA 
AGTCCTGATG CAACTGATTC TAAAGAGACA CCAACTCAGG AATCTGAGTG TACCACAAAG 
TCCGTCTCTT CCCTTCCTCA GAATAAAGAA GAACTGGAGA GAACAATAAA AAATATCCAA 
GGAACCATAA CTGGAGATAT CCTACCCAGG CTACATAAGT GCCTTGCATC TACGACTAAA 
AGGGAAGAAG AACATAAGCT TATAAAGTCA AAGGTTGTTA ATGATGAAGA AGTCATTCGA 
GTTCCTTTAG CTTTTGCCAT GGTTAAGCTA ATGCAGTCCC TGCCACAAGA AGTTCTGGAA 
GCTAATCTGC CAAGTATTTT GCTGAAAGTA TGCGCCCTTC TCAAGAACAG AGCACAGGAA 
GTCAGAGACA TTGCACGCAG CACTCTTGCA AAAATAATAG AGGATCTGGG TGTGCATTAC 
CTCCAATATA TTTTAAAGGA ATTACAGACT ACCCTTGTCC GTGGATATCA GGTCCATGTG 
CTAACGTTCA CTGTTTACAT GTTGCTACAA GGCCTCACCA ACAAGCTCCA TGTTGGAGAT 
TTGGACTCTT GTTTAGACAT AATGATTGAG ATTTTTAACC ATGAATTATT TGGTGCCATT 
GCTGAAGAGA AAGAAGTAAA GCAGATCCTC TCCAAAATCA TGGAGGCACG AAGAAGCAAG 
AGTTATGATT CCTATGAAAT CCTGGGAAAG TTTATAGGAA AAGATCAGGT TACAAAACTC 
ATCCTTCCAT TAAAAGAGAT ATTACAAAAT ACCACAAGTT TAAAACTGGC CCGGAAAGTT 
CATGAAACCT TACGCCGAAT CATAGCAGGA TTAATTGTAA ATCAAGAAAT GACAACAGAA 
TCCATTCTAT TGCTCAGTTA TGGTTTGGTC AGTGAAAATC TTCCTCTGTT AACAGAAAAA 
GAAAAAAGCC CAGCTGCCCC TGCACCAGAT CCACGTCTAC CACCCCAGAG CTGTCTTCTG 
CTCCCCCCAA CTCCAGCTCG AGGCGGGCAG AAAGCTGTTG TGAGCAGGAA AACCAACATG 
CACATATTTA TTGAGTCTGG GCTTCAGCTG CTACACCTGA GTCTGAAGAA TTCCAAGATC 
AAGTCTTCAA GTGAAAATGT TTTGGAGATG TTGGACCCTT TTGTGTCCCT CCTCATAGAC 
TGCCTGGGTT CCATGGATGT GAAGGTGATC ACAGGTGCTT TACAATGCCT GATCTGGGTC 
TTGAGGTTCC CCCTGCCTTC CATAGAAACA AGAGCAGAGC AGCTGACAAG ACACCTTTTT 
CTTTTGCTGA AGGACTATGC AAAACTCGGG GCTGCCAGGG GCCAGAACTT CCACCTGGCA 
GTAAATTGTT TCAAGTGTGT GACCATACTT GTGAAGAAAG TGACATCTTA CCAGATAACC 
GAAAAACAGC TTCAAGTCCT TCTGGCATAT GCGGAGGAGG ACATTTATGA TACCTCAAGA 
CAAGCAACTG CATTTGGTCT TCTGAAGGCC ATTTTATCAA GAAAGCTCTT GGTCCCAGAA 
ATAGATGATG TCATGCGGAA AGTATCCAAG TTGGCAATTT CTGCACAAAG TGAACCTGTC 
AGAATCCAAT GCAGACAGGT TTTTCTGAAA TATGTTCTGG ACTATCCCCT TGGTGACAAA 
CTGAGACCAA ACTTGGAATT CATGATCGCG CAACTGAATT ATGAACATGA GACTGGGAGA 
GAGTCTACCT TGGAAATGAT AGCCTATCTC TTTGACACAT TCCCTCAGGG ACTGCTCCAC 
GAGAACTGTG GAATGTTCTT TATTCCTCTT TGCCTAATGA TGGTGAATGA TGACTCTGCC 
ATGTGCAAAA AGATGGCATC CATGACAATC AAATCCTTGC TCAGTAAAAT CAACCTTGAG 
AAAAAAGATT GGCTGTTTGA TATGGTCATC ACCTGGTTTG GAGCGAAAAA GAGCTTGAAT 
AGACAACTGG CTGCCCTGAT CTGTGGCTTG TTTGTGGAAA GTGAAGGAGT TTCTTTTCAG 
AGGAGACTTG GAAATGTCCT TCCTGTCATT GAAAAGGAAA TTGATCCTGA AAATTTCCAA 
GATATAATGG AAGAGACTGA AGAAAAAGCT GCAGATCGCC TTCTGTTTAG TTTTCTTACA 
CTGATAAGTA AACTCATCAA GGAATGTAAT ATTATTCAGT TTACCAAACC CTCTGAGATT 
TTGAGTAAAA TCTGGAGCCA TGTGCACGCT CACCTGAGAC ATCCACACAA CTGGGTGTGG 
CTCACCGCCG CCCAAATTTT TGGATTGCTC TTTGCATCTT GCCAACCAGA GGAGCTTGTT 
AGAAAATGGA CTGCCCAAAA GACCAAAAAG AGACTCTCGC AACCAGTAGC AGTCAGGTTT 
CTAACAAATG ACCTGGACCA AAAGATGAGA AGTATCTCTC TAGCCTCTTG CCACCAATTG 
CATTCCAAAT TCTTGGATCA GTCTCTAGGA GAACAGGTTA TTAAGAATTT GTTGTTTGTA 
GCCAAAGTCT TGTATTTACT GGTACCTGAT TCTGCGGATA AGCAAGATGA GACAGAAGAA 
GATATGGAAG AAGAAGAAGC TTTAGGAGAT GGTGTGGCCA AAGAGGAACT AGAACATGAG 
GCCCATGCAG ATGAAAAGGT GGAGTCTGAC CAAGACAAGG ATGAAGAGGC AAAGGCAAAG 
GAAGAGCCCC ACAAGCCAGT TACCCTGCTG TGGTTGATCC AAAAGTTGTC CCGGATAGCA 
AAACTGGAAG CTTCTTATTC ACCTCGAAAC CCATTAAAGA GAACATGCAT CCTTAAATTT 
CTTGGAGCCA TAGCTATGGA TCTTGGAACA GACAAGGTAA AGCCATATCT CCCAGTGATC 
ATAGCTCCTT TGTTTCGAGA ACTGAACAGC ACCTATTCCG AGCAAGACCC TTTGCTGAAG 
AATCTATCCC AGGAAATCAT AGAATTACTC AAAAAGCTGG TTGGGCTCGA GAGCTTCTCA 
TTAGCCTTTG CCTCTGTGCA GAAACAAGCT AATGAGAAAA GGGCTCTCCG GAAAAAGAGG 
AAAGCTTTGG AGTTTGTAAC TAATCCTGAT ATTGCTGCCA AGAAAAAGCT GAAGAAACAC 
AAAAATAAAA GTGAAGCAAA GAAGAGAAAA ATAGAGTTCC TCCGTCCAGG CTATAAGGCC 
AAGAGACAGA AAGGCCACAG TCTGAAAGAT TTAGCAATGG TGGAATAA

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

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UTP20 cDNA ORF clone, Dasypus novemcinctus(nine-banded armadillo)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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