UTP20 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	UTP20
Entrez Gene ID	100482879
Full Name	UTP20, small subunit processome component
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002927514.3	XP_002927560.1	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)	Select
OAc14569	XM_002927514.3 Latest version!	Ailuropoda melanoleuca UTP20, small subunit processome component (UTP20), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price

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Next-day Shipping ORF Clones ( in default vector with tag)
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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_002927514.3 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_002927560.1 Ailuropoda melanoleuca UTP20, small subunit processome component (UTP20), mRNA.

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CloneID	OAc14569
Clone ID Related Accession (Same CDS sequence)	XM_002927514.3
Accession Version	XM_002927514.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8373bp) 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	1482768000000
Organism	Ailuropoda melanoleuca(giant panda)
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_003218571.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 28, 2016 this sequence version replaced XM_002927514.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ailuropoda melanoleuca Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGCCAA AGCCCGTTTC CCACAAGACC GAGAACACGT ACCGGTTTCT TACATTTGCT 
GAACGATTGG GGAATGTGAA TATTGATATT ATTCACCGGA TTGATAGAAC TGCAAGCTAT 
GATGAGGAAG TCGAAACCTA CTTTTTTGAG GGTCTGCTGA AATGGAGAGA ATTGAACCTC 
ACAGAACACT TTGGCAAATT TTACAAAGAA GTTATTGACA AATGTCAATC TTTCAATCAG 
TTGGTCTACC ATCAAAATGA GATAGTTCAA AGTTTGAAGA CTCACCTGCA AATCAAGAAC 
AGTTTTGCCT ATCAGCCCCT TTTGGATTTG GTTGTACAGT TGGCACGAGA TCTGCAGACA 
GACTTCTATC CACATTTTCA GGATTTTTTC CTGACTATCA CCTCAATCCT GGAGACTCAG 
GACACAGAAT TACTAGAATG GGCTTTCACT TCACTGTCCT ACCTGTATAA GTACCTGTGG 
AGACTAATGG TGAAGGACAT GTCCAACATA TACAGCATGT ATAGTACACT CCTGGCTCAT 
AAAAAACTAC ATATAAGAAA TTTTGCTGCT GAAAGTTTTA CTTTTTTGAT GAGAAAGGTC 
TCTGATAAAA ATGCACTTTT CAATTTAATG TTTCTTGATC TTGATGAACA TCCGGAAAAG 
GTAGAAGGAG TTGGCCAGTT GCTCTTTGAA ATGTGCAAAG GAGTTAGAAA CATGTTCCAT 
TCCTGTACAG GGAAGGCAGT GAAGCTAATT TTACAAAAAC TAGGACCAGT TACTGAAACA 
GAAACTCAAC TACCGTGGAT TTTAGTTGGA GAAACACTCA AAAACATGGT CAAATCCACT 
GCGTTGTACA TCTACAAGGA ACATTTTGGT ACATTTTTTG AATGTTTGCA AGAATCACTC 
CTAGCTCTAC ATACGAAAGT AACCACAACT AACTGTGGGG AAAGTTCTGA ACAGATAAGA 
AGGTTGTTAG AAATATATCT GATACTTGTG AAACATGGGA ACGGATCAAA GATAACCAAA 
CCTGTCGATG TTTGTAAGGT ATTATCTCAA ACATTACAAA TAGCCAATCT TTCTACACCT 
TGCCGGGAGA CCCTCTTGGC TGTAATTTCT GCTTTGATCC TGGGTGAAAA TGTTTCCTTG 
CCAGAGACCC TTATCAAAGA AACCATACAA AAAATTTTTG AGAGCAGATT TGAAAGACAT 
TTAATTTTGG ATTTTTCTGA AGTTATGTTT GTTATGAAGC AGTTTGAGCA GCTTTTTCTA 
CCCAGCTTTC TCTTGTATAT TGAAAATTGC TTCTTGATTA ATGAGCCTCC TGTCAAAGAT 
GAAGCTCTGG CCATTTTGGC CAAGCTCATT CTGAACAAAG CAGCACCTCC TACTGCTGGC 
TCGATGGCAA TTGAGAAGTA CCCCCTGGTC TTTTCACAAC AGACAGTGGG ATCCTATTTA 
AGGCAGAAGA TGATGAGATC CAAGGAAGGA AAAGAACAGA TCCCAGTATT GGAGCACCTC 
TTATCTATAA TTCAGTTACC CCCAAATAAA GATACTTACC TTTCACAATC TTGGGCAGCC 
CTCGTTGTGT TACCTCATAT TAGACCTCTT GAGAAAGAGA AGGTGATACC ACTTGTCACG 
TGCTTCATAG AGTCACTGTT CCTGAATGTC AACAGAGGCA GCTTTGGAAA AGGAAACTTA 
TTTGTTCTTT GTCAAGCTGT AAATACTCTA CTAAGTTTGG AAGAATCTTC CGAACTTCTT 
CATTTGGTTC CTGTGGAACA TGTGAAAAAT TTAGTATTAA CATTTCCTTT GGAGCCATCT 
GTGCTGCTGT TGGCCGATCT CTATTATCAG AGATTATCAT TATGTGGCTG CAAAGGGCCA 
CTTTCTGAGG AAGCTTTAAT GGAACTATTT CCCAAGTTAC AAGCAAACAT TTCGACTGGT 
ATATCCAAGA TTCGGCTTTT GACAATAAGG ATCCTAAACC ATTTTGAGGT TCGACTTCCA 
GAACCCATGG AGGATGATGG GCTCTCAGAG CGTCAGTCGG CCTTTGCTAT ATTACGCCAG 
GCAGAACTTG TCCCGCCAAC TGTGAGCGAT TACAGAGAGA AGCTTCTTCA TTTGAGAAAA 
CTAAGACATG ATGTGGTGCA GTCTGCAGTC CCTGATGGGC CGTTACAGGA GGTGCCGCTT 
CGTTATTTAT TAGGCATGTT ATATGTTAAC TTCAGTGCTC TCTGGGATCC CGTCATTGAT 
CTCATAAGTT CTCACGCACA CGAAATGGAA AATAAGCAAT TCTGGAAAGT CTACTATGAA 
CATCTAGAAA AGGCAGCTGT ACACGCTGAG AAAGAGCTGC AAAATGATGT CAGAGACGAG 
AAGTCCATTG GAGATGAAAG TTGGGAGCAG ACTCAGGAAG GAGATGTTGG AGCTCTTTAT 
CGTGAACAGT TAGCATTGAA AACTGACTGT CGGGAAAGAC TGGACCACAC AAACTTTCGT 
TTTTTGCTCT GGCGAGCTCT GGCAAAATTC CCAGAGAGGG TAGAGCCACG GTCCAGGGAG 
CTCTCCCCAC TTTTCTTGAG ATTTATCAAC AATGAGTATT ACCCCGCAGA CCTGCAGGTC 
GCTCCGACCC AGGATCTGCG AAGGAAAGCC AAAGGGGACG CAGCTGAGGA GATAGAAGAA 
GAGCCCACTG CTGGAGACGC TGAAGAGCTG GAGGAAGAGG TGGCGCCCGT GGACGAGCCC 
TCGCAGAAGA AGAAGACAAG AAGAGCTGCA GCAAAGCAGT TAATTGCTCA TTTGCAAGTT 
TTCTCTAAGT TTTCAAATCC ACGAGCCTTA TATCTGGAAT CCAAATTATA TGAGCTGTAT 
CTTCAGTTGT TGCTACATCA AGATCAAATG GTGCAAAAAA TAACCCTGGA TTGTATAATG 
ACATATAAAC ATCCACATAT CCTCCCTTAC AGGGAAAACT TACAAAGATT GCTTGAAGAC 
AGAAGCTTTA AGGAAGAAAT AGTGCATTTT AGCATTTCTG AAGATAATAC AGTAGTGAAA 
ACAGCCCATC GAGCAGATCT GTTTCCTATT CTGATGAGAA TTTTGTATGG CCGAATGAAG 
AATAAGACTG GCAGTAAAAC TCAGGGGAAA TCCGCTTCAG GCACCCGCAT GTCCATTGTC 
CTGAGGTTCC TCGCTGGGAC CCAACCAGAG GAGATCCAGA TATTCTTAGA CCTGCTGTTT 
GAACCTGTGA AGCACTTTAA GAACGGAGAA TGCCATTCTG CGGTCATACA AGCAGTAGAA 
GATTTGGATT TGTCTAAAGT TCTTCCTTTA GGCCGTCAGC ATGGTATCTT AAATAGCCTT 
GAAATAGTGT TGAAGAACAT CAGTCATCTG ATCGGTGCCT ACTTACCAAA GATTTTGCAG 
ATGTTGCTGT GCATGACAGC GACGGCCTCA CACATCCTTG ACCAACGAGA AAAGATACAG 
CTCAGGTTTA TTAACCCACT GAAAAATTTA AGACGTCTTG GAATCAAAAT GGTAACTGAC 
ATCTTTTTGG ATTGGGAGTC TTACCAATTC AGAACAGAAG AGATTGATGC TGTATTTCAC 
GGTGCAGTTT GGCCCCAGAT CCGAAGGCTT GGATCTGAGA GTCAGTATTC TCCTACTCCT 
CTGCTGAAAC TAATTAGTAT CTGGAGCAGA AATGCAAGAT ATTTCCCTTT CCTGGCTAAA 
CAGAAATCTG GTTCCCCAGA GTGTGATATC CTGAGCAACG TTTTTGCAAT TCTGTCAGCA 
AAGAATCTCT CTGAAGCCAC AGCCTCTATT GTGATGGATA TAGCCGATGA CCTTCTTAAC 
CTTCCAGATT TTGAACCCAC AGAAACACTT TCCAGCTTGC CAGTAACTGG ATGCGTATAC 
GCAGAAAGTG CAGACGAGTC TATCACGATG GGAGGACGAT TAATTCTGCC TCATGTACCT 
GCAATTCTCC AGTATCTCAG CAAAACTACA ATAAGTGCAG AAAAGGTGAA AAAGAAGAAG 
AATAGGGCAC AAGTCAGTAA GGAACTTGGC ATTCTGTCAA AGATCAGCAA GTTCCTGAGA 
GACAAAGAAC AAAGTTCTCT ACTCATTACA CTTCTTCTTC CTTTCCTCCA CCGTGGCGGT 
ATTGCTCAGG ATACAGAGGT CGATATTTTG GTGACAGTAC AAAACCTGTT AAAACATTGC 
CTGGAGCCTA CAAGCTTCCT CAAGCCTCTA GCAAAACTCT TCTCAGTTAT TAAGAATAAG 
TTGTCAAGAC AATTGCTTTG TACAGTTTTC CAGACTCTTT CTGATTTTGA GAGTGGATTA 
AAATATATTA CTGATGTTGT CAAGCTTAAC GCCTTTGATC AAAGACATCT TGATGATATC 
AACTTTGATG TTCGCTTCTC AACATTCCAG ACCATCAGCT CTTATATTAA AGAGATGCAA 
ACTGTGGATG TTAACTACCT AATTCCAGTT ATGCATAACT GTTTCTATAA TATGGAGTTA 
GGAGACATGT CTTTAAGTGA TAATGCCAGC ATGTGCCTGA TGAGTATCAT CAAAAAGCTA 
GCTGCCCTGA ACGTTACAGA GAAAGAATAT AGGGAAATCA TTCATCGTTC ACTCCTGGAG 
AAGTTGAGGA AAGGACTGAA GAGCCAGACA GAGACTATTC AACAGGATTA TACCACAGTG 
CTTTCCTGTT TAATTCAAAC CTTTCCAGAT CAACCAGAAT TTAAAGACTT GGTACAGCTT 
ACTGATTGCC ATGATCCAGA AATGGACTTC TTTGAGAATA TGAAGCACAT TCAGATCCAT 
AGAAGAGCAA GAGCCTTGAG GAAACTGGCA AAACAATTAA TGGAAGGCAA AGTTGTCCTG 
TCTTCTAAGT CTCTTCAGAA TTACATCATG CCTTATGCCA TGACTCCGAT TTTTGATGAG 
AAAATGCTCA AGCATGAAAA TATAACCATT GCTGCCACAG AAGTTATTGG AGCTATTTGC 
AGACATCTGT CTTGGTCAGC ATATATATAT TACTTGAAAC ATTTCATTCA TGTTTTACAG 
ACAGGACAGA TCAATCAAAA GTTGGGTGTC AGTTTGCTAG TAATAGTGTT AGAAGCATTC 
CACTTTGACC ACAAAACTCT TGAAGAAAAA GTGAGAAAAA TCCAGAATGA TGAAAACACA 
ATAGAAGTGA TTGAGTTGCC AGAGAATGAA ACCATGGATT TAGAGCAAAT GGATGAGGAA 
GAGAAGGAAA ACAAATGTAA GAGCTTGTCA GACAACAACA AAGAATTGGG AAATCCTGAT 
CCAGCTGATT GTGAAGGGAC ATCAGCTAGA GAACCTGAGT GTATCACGGA GTCCCTCTCT 
TTCCTTCCTC GGAATAAGGA AGAATTGGAG AGAACGATTA AAAATATCCA AGGAACCATA 
ACTGGGGATA TCCTACCCAG GCTACATAAA TGCCTGGCAT CTACGACTAA AAGGGAAGAA 
GAACACAAGC TCATAAAATC CAAGGTTGTG AATGATGAGG AAGTAGTTCG AGTTCCTTTA 
GCCTTTGCCA TGGTAAAGCT AATGCAGTCC CTTCCACAAG AAGTTATGGA AGCTAATCTG 
CCAAGTATTT TACTGAAAGT ATGTGCCCTC CTCAAGAACA GAGCACAGGA AATCAGAGAC 
ATTGCACGCA GCACGCTAGC AAAAATAATA GAAGACCTGG GTGTCCACTA CCTACAATAT 
ATTTTAAAAG AATTACAGAC TACCCTTGTC CGTGGATATC AGGTCCATGT GCTAACTTTC 
ACTGTTTACA TGTTGCTGCA AGGCCTCACC AACAAGCTGC AAGTTGGGGA TTTGGACTCT 
TGCTTAGATA TAATGATTGA GATTTTTAAC CATGAGTTGT TTGGTGCCAT TGCTGAAGAG 
AAGGAAGTGA AGCAGATCCT CTCCAAAGTT ATGGAGGCAC GAAGAAGCAA GAGTTATGAT 
TCTTACGAAA TCCTGGGCAA GTTTGTAGGG AAAGATCAGG TTACAAAACT TATCCTTCCA 
TTAAAAGAGA TCTTACAAAA CACCACAAGT TTAAAACTGG CCCGGAAAGT TCACGAAACC 
TTGCGCCGCA TCATAGCAGG ATTAATTGTA AATCAGGAAA TGACGGCAGA ATCCGTTCTA 
TTGCTCAGTT ATGGTTTGGT CAGTGAAAAT CTCCCCCTGT TAACAGAAAA AGAAAAAAAT 
CCAGCAGCCC CTGCACAAGA TCCACGTCTC CCACCTGAGA GCTGTCTTCT GCTCCCCCCA 
ACGCCAGTTC GAGGTGGGCA GAAAGCTGTT GTGAGCAGGA AAACCAACAT GCACATATTT 
ATTGAGTCCG GGCTTCGGCT GCTACATCTG AGTCTGAAGA CTTCCAAGAT CAAGTCTTCA 
AGTGAGACTG TTCTGGAAAT GTTGGATCCT TTTGTCTCTC TCCTCATAGA CTGCCTGGTT 
TCCATGGATG TAAAGGTGAT CACAGGTGCT TTACAATGCC TGATCTGGGT CTTGAGGTTC 
CCTCTGCCTT CCATAGAAAC AAAAGCAGAA CAGCTGACCA AACACCTTTT CCTTTTGCTG 
AAGGACTATG CAAAACTTGG GGCTGCCAGA GGCCAGAACT TCCACCTGGT GGTAAATTGT 
TTCAAGTGTG TGACCATACT TGTGAAGAAA GTGAAGTCTT ACCAGATAAC TGAAAAGCAG 
CTTCAAGTTC TACTAGCATA TGCTGAGGAA GACATTTACG ACACTTCGAG ACAGGCCACT 
GCATTTGGTC TTCTGAAGGC CATTTTATCA AGAAAGTTGT TGGTCCCGGA AATTGATGAT 
GTCATGCGGA AAGTATCCAA GTTGGCGATT TCTGCGCAAA GTGAACCTGT CAGAGTCCAG 
TGCAGACAGG TTTTTCTGAA ATATATTCTT GACTATCCCC TGGGTGACAA ATTGAGACCA 
AACTTGGAAT TCATGCTTGC TCAACTGAAT TACGAACATG AGACCGGGAG AGAGTCTGCT 
TTGGAAATGA TCTCCTACCT CTTTGACACA TTCCCTCAGG GACTGCTCCA TGAGAACTGC 
GGAATGTTCT TTATTCCTCT ATGTCTAATG ATGGTGAATG ATGACTCTGC CATGTGCAAA 
AAGATGGCAT CCATGACAAT CAAATCCTTA CTCAGTAAAA TCAACCTTGA GAAAAAAGAT 
TGGCTCTTTG ATATGGTTAC CACCTGGTTT GGAGCAAAAA AGAGCTTAAA TAGACAACTG 
GCTGCCCTCA TCTGTGGTTT GTTTGTGGAA AGTGAAGGAG TCTCTTTTGA GAGAAGACTT 
GGAACTGTTC TTCCTGTGAT CGAAAAGGAA ATTGATCCCC AAAACTTTGA AGATATCATG 
GAAGAGACTG AAGAAAAAGC TGCAGATCGC CTTCTGTTTA GTTTTCTTAC ACTGATTAGT 
AAACTCATCA AGGAATGTAA TATTATCCAA TTTACCAAGC CCTCTGAGAC GTTGAATAAA 
ATCTGGAGTT ATGTGCACTG TCACCTGAGA CATCCACACA GCTGGGTGTG GCTCACTGCA 
GCCCAGATTT TTGGATTACT CTTTGCCTCT TGCCAACCAG AGGAACTTAC TAGAAGACAG 
AAGGCCAAAA AAGCTAAAAA GAAACTCTCA GTACCTGTAG CAATAAGGTT CCTAACAAAT 
GATCTTGAAC AAAAGATGAA AAGTATCTCC CTAGCCTCTT GCCATCAATT GCATTCCAAA 
TACTTAGATC AGTCTCTAGG AGAGCAGGTC GTTAAGAATT TGTTATTTGT AGCTAAAGTC 
TTATATTTAC TGGAACCCGA ATCTGAGGAT AAGCAAGGTG AGATAAAAGA AGACATGGAA 
GAACAAGAAG CTTTACGAGA TGGTGTGGCT AGAGAGGAAG TAAAAAAACA CAAGTCCTAT 
GCAGATGAGA AGATGGACTC TGACAAAGAA GAGAACGAGG CACAGGAAGA ACGCAGCAGG 
CCAGCCACAC TGCTGTGGTT GATCCAGAAG TTGTCCCGGA TCGCAAAAGT GGAGGCTGCC 
TATTCACCTA GAAACCCCTT AAAGAGAACG TGCATCTTTA AATTTCTCGG AGCTGTAGCA 
ATGGATCTTG GAATAGACAA GGTGAAGCCG TATCTCCCAG TGATCATAGC TCCTTTGTTC 
CGAGAACTGA ACAGCACCTA CTCGGACCAG GATCCTCTGC TGAAGAATCT GTCCCAGGAA 
ATCATAGAAT TACTCAAAAA GCTGGTTGGA CTTGAGAGCT TCTCCTTGGC CTTTGCCTCA 
GTACAGAAAC AGGCTAATGA GAAAAGGGCA CTCCGGAAAA AGAGGAAGGC TTTAGAGTTC 
GTAACTAATC CTGATATTGC TGCCAAGAAA AAGCTGAAGA AACACAAAAA TAAAAGTGAA 
GCCAAGAAGA GAAAGATAGA GTTCCTGCGT CCAGGCTATA AGACCAAGAG ACAGAAGAGC 
CACAGCCTGA AAGACTTAGC AATGGTGGAG TAA

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

RefSeq	XP_002927560.1
CDS	162..8534
Translation	MKPKPVSHKTENTYRFLTFAERLGNVNIDIIHRIDRTASYDEEVETYFFEGLLKWRELNLTEHFGKFYKEVIDKCQSFNQLVYHQNEIVQSLKTHLQIKNSFAYQPLLDLVVQLARDLQTDFYPHFQDFFLTITSILETQDTELLEWAFTSLSYLYKYLWRLMVKDMSNIYSMYSTLLAHKKLHIRNFAAESFTFLMRKVSDKNALFNLMFLDLDEHPEKVEGVGQLLFEMCKGVRNMFHSCTGKAVKLILQKLGPVTETETQLPWILVGETLKNMVKSTALYIYKEHFGTFFECLQESLLALHTKVTTTNCGESSEQIRRLLEIYLILVKHGNGSKITKPVDVCKVLSQTLQIANLSTPCRETLLAVISALILGENVSLPETLIKETIQKIFESRFERHLILDFSEVMFVMKQFEQLFLPSFLLYIENCFLINEPPVKDEALAILAKLILNKAAPPTAGSMAIEKYPLVFSQQTVGSYLRQKMMRSKEGKEQIPVLEHLLSIIQLPPNKDTYLSQSWAALVVLPHIRPLEKEKVIPLVTCFIESLFLNVNRGSFGKGNLFVLCQAVNTLLSLEESSELLHLVPVEHVKNLVLTFPLEPSVLLLADLYYQRLSLCGCKGPLSEEALMELFPKLQANISTGISKIRLLTIRILNHFEVRLPEPMEDDGLSERQSAFAILRQAELVPPTVSDYREKLLHLRKLRHDVVQSAVPDGPLQEVPLRYLLGMLYVNFSALWDPVIDLISSHAHEMENKQFWKVYYEHLEKAAVHAEKELQNDVRDEKSIGDESWEQTQEGDVGALYREQLALKTDCRERLDHTNFRFLLWRALAKFPERVEPRSRELSPLFLRFINNEYYPADLQVAPTQDLRRKAKGDAAEEIEEEPTAGDAEELEEEVAPVDEPSQKKKTRRAAAKQLIAHLQVFSKFSNPRALYLESKLYELYLQLLLHQDQMVQKITLDCIMTYKHPHILPYRENLQRLLEDRSFKEEIVHFSISEDNTVVKTAHRADLFPILMRILYGRMKNKTGSKTQGKSASGTRMSIVLRFLAGTQPEEIQIFLDLLFEPVKHFKNGECHSAVIQAVEDLDLSKVLPLGRQHGILNSLEIVLKNISHLIGAYLPKILQMLLCMTATASHILDQREKIQLRFINPLKNLRRLGIKMVTDIFLDWESYQFRTEEIDAVFHGAVWPQIRRLGSESQYSPTPLLKLISIWSRNARYFPFLAKQKSGSPECDILSNVFAILSAKNLSEATASIVMDIADDLLNLPDFEPTETLSSLPVTGCVYAESADESITMGGRLILPHVPAILQYLSKTTISAEKVKKKKNRAQVSKELGILSKISKFLRDKEQSSLLITLLLPFLHRGGIAQDTEVDILVTVQNLLKHCLEPTSFLKPLAKLFSVIKNKLSRQLLCTVFQTLSDFESGLKYITDVVKLNAFDQRHLDDINFDVRFSTFQTISSYIKEMQTVDVNYLIPVMHNCFYNMELGDMSLSDNASMCLMSIIKKLAALNVTEKEYREIIHRSLLEKLRKGLKSQTETIQQDYTTVLSCLIQTFPDQPEFKDLVQLTDCHDPEMDFFENMKHIQIHRRARALRKLAKQLMEGKVVLSSKSLQNYIMPYAMTPIFDEKMLKHENITIAATEVIGAICRHLSWSAYIYYLKHFIHVLQTGQINQKLGVSLLVIVLEAFHFDHKTLEEKVRKIQNDENTIEVIELPENETMDLEQMDEEEKENKCKSLSDNNKELGNPDPADCEGTSAREPECITESLSFLPRNKEELERTIKNIQGTITGDILPRLHKCLASTTKREEEHKLIKSKVVNDEEVVRVPLAFAMVKLMQSLPQEVMEANLPSILLKVCALLKNRAQEIRDIARSTLAKIIEDLGVHYLQYILKELQTTLVRGYQVHVLTFTVYMLLQGLTNKLQVGDLDSCLDIMIEIFNHELFGAIAEEKEVKQILSKVMEARRSKSYDSYEILGKFVGKDQVTKLILPLKEILQNTTSLKLARKVHETLRRIIAGLIVNQEMTAESVLLLSYGLVSENLPLLTEKEKNPAAPAQDPRLPPESCLLLPPTPVRGGQKAVVSRKTNMHIFIESGLRLLHLSLKTSKIKSSSETVLEMLDPFVSLLIDCLVSMDVKVITGALQCLIWVLRFPLPSIETKAEQLTKHLFLLLKDYAKLGAARGQNFHLVVNCFKCVTILVKKVKSYQITEKQLQVLLAYAEEDIYDTSRQATAFGLLKAILSRKLLVPEIDDVMRKVSKLAISAQSEPVRVQCRQVFLKYILDYPLGDKLRPNLEFMLAQLNYEHETGRESALEMISYLFDTFPQGLLHENCGMFFIPLCLMMVNDDSAMCKKMASMTIKSLLSKINLEKKDWLFDMVTTWFGAKKSLNRQLAALICGLFVESEGVSFERRLGTVLPVIEKEIDPQNFEDIMEETEEKAADRLLFSFLTLISKLIKECNIIQFTKPSETLNKIWSYVHCHLRHPHSWVWLTAAQIFGLLFASCQPEELTRRQKAKKAKKKLSVPVAIRFLTNDLEQKMKSISLASCHQLHSKYLDQSLGEQVVKNLLFVAKVLYLLEPESEDKQGEIKEDMEEQEALRDGVAREEVKKHKSYADEKMDSDKEENEAQEERSRPATLLWLIQKLSRIAKVEAAYSPRNPLKRTCIFKFLGAVAMDLGIDKVKPYLPVIIAPLFRELNSTYSDQDPLLKNLSQEIIELLKKLVGLESFSLAFASVQKQANEKRALRKKRKALEFVTNPDIAAKKKLKKHKNKSEAKKRKIEFLRPGYKTKRQKSHSLKDLAMVE

Target ORF information:

RefSeq Version	XM_002927514.3
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca 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_002927514.3

ORF Insert Sequence:

ATGAAGCCAA AGCCCGTTTC CCACAAGACC GAGAACACGT ACCGGTTTCT TACATTTGCT 
GAACGATTGG GGAATGTGAA TATTGATATT ATTCACCGGA TTGATAGAAC TGCAAGCTAT 
GATGAGGAAG TCGAAACCTA CTTTTTTGAG GGTCTGCTGA AATGGAGAGA ATTGAACCTC 
ACAGAACACT TTGGCAAATT TTACAAAGAA GTTATTGACA AATGTCAATC TTTCAATCAG 
TTGGTCTACC ATCAAAATGA GATAGTTCAA AGTTTGAAGA CTCACCTGCA AATCAAGAAC 
AGTTTTGCCT ATCAGCCCCT TTTGGATTTG GTTGTACAGT TGGCACGAGA TCTGCAGACA 
GACTTCTATC CACATTTTCA GGATTTTTTC CTGACTATCA CCTCAATCCT GGAGACTCAG 
GACACAGAAT TACTAGAATG GGCTTTCACT TCACTGTCCT ACCTGTATAA GTACCTGTGG 
AGACTAATGG TGAAGGACAT GTCCAACATA TACAGCATGT ATAGTACACT CCTGGCTCAT 
AAAAAACTAC ATATAAGAAA TTTTGCTGCT GAAAGTTTTA CTTTTTTGAT GAGAAAGGTC 
TCTGATAAAA ATGCACTTTT CAATTTAATG TTTCTTGATC TTGATGAACA TCCGGAAAAG 
GTAGAAGGAG TTGGCCAGTT GCTCTTTGAA ATGTGCAAAG GAGTTAGAAA CATGTTCCAT 
TCCTGTACAG GGAAGGCAGT GAAGCTAATT TTACAAAAAC TAGGACCAGT TACTGAAACA 
GAAACTCAAC TACCGTGGAT TTTAGTTGGA GAAACACTCA AAAACATGGT CAAATCCACT 
GCGTTGTACA TCTACAAGGA ACATTTTGGT ACATTTTTTG AATGTTTGCA AGAATCACTC 
CTAGCTCTAC ATACGAAAGT AACCACAACT AACTGTGGGG AAAGTTCTGA ACAGATAAGA 
AGGTTGTTAG AAATATATCT GATACTTGTG AAACATGGGA ACGGATCAAA GATAACCAAA 
CCTGTCGATG TTTGTAAGGT ATTATCTCAA ACATTACAAA TAGCCAATCT TTCTACACCT 
TGCCGGGAGA CCCTCTTGGC TGTAATTTCT GCTTTGATCC TGGGTGAAAA TGTTTCCTTG 
CCAGAGACCC TTATCAAAGA AACCATACAA AAAATTTTTG AGAGCAGATT TGAAAGACAT 
TTAATTTTGG ATTTTTCTGA AGTTATGTTT GTTATGAAGC AGTTTGAGCA GCTTTTTCTA 
CCCAGCTTTC TCTTGTATAT TGAAAATTGC TTCTTGATTA ATGAGCCTCC TGTCAAAGAT 
GAAGCTCTGG CCATTTTGGC CAAGCTCATT CTGAACAAAG CAGCACCTCC TACTGCTGGC 
TCGATGGCAA TTGAGAAGTA CCCCCTGGTC TTTTCACAAC AGACAGTGGG ATCCTATTTA 
AGGCAGAAGA TGATGAGATC CAAGGAAGGA AAAGAACAGA TCCCAGTATT GGAGCACCTC 
TTATCTATAA TTCAGTTACC CCCAAATAAA GATACTTACC TTTCACAATC TTGGGCAGCC 
CTCGTTGTGT TACCTCATAT TAGACCTCTT GAGAAAGAGA AGGTGATACC ACTTGTCACG 
TGCTTCATAG AGTCACTGTT CCTGAATGTC AACAGAGGCA GCTTTGGAAA AGGAAACTTA 
TTTGTTCTTT GTCAAGCTGT AAATACTCTA CTAAGTTTGG AAGAATCTTC CGAACTTCTT 
CATTTGGTTC CTGTGGAACA TGTGAAAAAT TTAGTATTAA CATTTCCTTT GGAGCCATCT 
GTGCTGCTGT TGGCCGATCT CTATTATCAG AGATTATCAT TATGTGGCTG CAAAGGGCCA 
CTTTCTGAGG AAGCTTTAAT GGAACTATTT CCCAAGTTAC AAGCAAACAT TTCGACTGGT 
ATATCCAAGA TTCGGCTTTT GACAATAAGG ATCCTAAACC ATTTTGAGGT TCGACTTCCA 
GAACCCATGG AGGATGATGG GCTCTCAGAG CGTCAGTCGG CCTTTGCTAT ATTACGCCAG 
GCAGAACTTG TCCCGCCAAC TGTGAGCGAT TACAGAGAGA AGCTTCTTCA TTTGAGAAAA 
CTAAGACATG ATGTGGTGCA GTCTGCAGTC CCTGATGGGC CGTTACAGGA GGTGCCGCTT 
CGTTATTTAT TAGGCATGTT ATATGTTAAC TTCAGTGCTC TCTGGGATCC CGTCATTGAT 
CTCATAAGTT CTCACGCACA CGAAATGGAA AATAAGCAAT TCTGGAAAGT CTACTATGAA 
CATCTAGAAA AGGCAGCTGT ACACGCTGAG AAAGAGCTGC AAAATGATGT CAGAGACGAG 
AAGTCCATTG GAGATGAAAG TTGGGAGCAG ACTCAGGAAG GAGATGTTGG AGCTCTTTAT 
CGTGAACAGT TAGCATTGAA AACTGACTGT CGGGAAAGAC TGGACCACAC AAACTTTCGT 
TTTTTGCTCT GGCGAGCTCT GGCAAAATTC CCAGAGAGGG TAGAGCCACG GTCCAGGGAG 
CTCTCCCCAC TTTTCTTGAG ATTTATCAAC AATGAGTATT ACCCCGCAGA CCTGCAGGTC 
GCTCCGACCC AGGATCTGCG AAGGAAAGCC AAAGGGGACG CAGCTGAGGA GATAGAAGAA 
GAGCCCACTG CTGGAGACGC TGAAGAGCTG GAGGAAGAGG TGGCGCCCGT GGACGAGCCC 
TCGCAGAAGA AGAAGACAAG AAGAGCTGCA GCAAAGCAGT TAATTGCTCA TTTGCAAGTT 
TTCTCTAAGT TTTCAAATCC ACGAGCCTTA TATCTGGAAT CCAAATTATA TGAGCTGTAT 
CTTCAGTTGT TGCTACATCA AGATCAAATG GTGCAAAAAA TAACCCTGGA TTGTATAATG 
ACATATAAAC ATCCACATAT CCTCCCTTAC AGGGAAAACT TACAAAGATT GCTTGAAGAC 
AGAAGCTTTA AGGAAGAAAT AGTGCATTTT AGCATTTCTG AAGATAATAC AGTAGTGAAA 
ACAGCCCATC GAGCAGATCT GTTTCCTATT CTGATGAGAA TTTTGTATGG CCGAATGAAG 
AATAAGACTG GCAGTAAAAC TCAGGGGAAA TCCGCTTCAG GCACCCGCAT GTCCATTGTC 
CTGAGGTTCC TCGCTGGGAC CCAACCAGAG GAGATCCAGA TATTCTTAGA CCTGCTGTTT 
GAACCTGTGA AGCACTTTAA GAACGGAGAA TGCCATTCTG CGGTCATACA AGCAGTAGAA 
GATTTGGATT TGTCTAAAGT TCTTCCTTTA GGCCGTCAGC ATGGTATCTT AAATAGCCTT 
GAAATAGTGT TGAAGAACAT CAGTCATCTG ATCGGTGCCT ACTTACCAAA GATTTTGCAG 
ATGTTGCTGT GCATGACAGC GACGGCCTCA CACATCCTTG ACCAACGAGA AAAGATACAG 
CTCAGGTTTA TTAACCCACT GAAAAATTTA AGACGTCTTG GAATCAAAAT GGTAACTGAC 
ATCTTTTTGG ATTGGGAGTC TTACCAATTC AGAACAGAAG AGATTGATGC TGTATTTCAC 
GGTGCAGTTT GGCCCCAGAT CCGAAGGCTT GGATCTGAGA GTCAGTATTC TCCTACTCCT 
CTGCTGAAAC TAATTAGTAT CTGGAGCAGA AATGCAAGAT ATTTCCCTTT CCTGGCTAAA 
CAGAAATCTG GTTCCCCAGA GTGTGATATC CTGAGCAACG TTTTTGCAAT TCTGTCAGCA 
AAGAATCTCT CTGAAGCCAC AGCCTCTATT GTGATGGATA TAGCCGATGA CCTTCTTAAC 
CTTCCAGATT TTGAACCCAC AGAAACACTT TCCAGCTTGC CAGTAACTGG ATGCGTATAC 
GCAGAAAGTG CAGACGAGTC TATCACGATG GGAGGACGAT TAATTCTGCC TCATGTACCT 
GCAATTCTCC AGTATCTCAG CAAAACTACA ATAAGTGCAG AAAAGGTGAA AAAGAAGAAG 
AATAGGGCAC AAGTCAGTAA GGAACTTGGC ATTCTGTCAA AGATCAGCAA GTTCCTGAGA 
GACAAAGAAC AAAGTTCTCT ACTCATTACA CTTCTTCTTC CTTTCCTCCA CCGTGGCGGT 
ATTGCTCAGG ATACAGAGGT CGATATTTTG GTGACAGTAC AAAACCTGTT AAAACATTGC 
CTGGAGCCTA CAAGCTTCCT CAAGCCTCTA GCAAAACTCT TCTCAGTTAT TAAGAATAAG 
TTGTCAAGAC AATTGCTTTG TACAGTTTTC CAGACTCTTT CTGATTTTGA GAGTGGATTA 
AAATATATTA CTGATGTTGT CAAGCTTAAC GCCTTTGATC AAAGACATCT TGATGATATC 
AACTTTGATG TTCGCTTCTC AACATTCCAG ACCATCAGCT CTTATATTAA AGAGATGCAA 
ACTGTGGATG TTAACTACCT AATTCCAGTT ATGCATAACT GTTTCTATAA TATGGAGTTA 
GGAGACATGT CTTTAAGTGA TAATGCCAGC ATGTGCCTGA TGAGTATCAT CAAAAAGCTA 
GCTGCCCTGA ACGTTACAGA GAAAGAATAT AGGGAAATCA TTCATCGTTC ACTCCTGGAG 
AAGTTGAGGA AAGGACTGAA GAGCCAGACA GAGACTATTC AACAGGATTA TACCACAGTG 
CTTTCCTGTT TAATTCAAAC CTTTCCAGAT CAACCAGAAT TTAAAGACTT GGTACAGCTT 
ACTGATTGCC ATGATCCAGA AATGGACTTC TTTGAGAATA TGAAGCACAT TCAGATCCAT 
AGAAGAGCAA GAGCCTTGAG GAAACTGGCA AAACAATTAA TGGAAGGCAA AGTTGTCCTG 
TCTTCTAAGT CTCTTCAGAA TTACATCATG CCTTATGCCA TGACTCCGAT TTTTGATGAG 
AAAATGCTCA AGCATGAAAA TATAACCATT GCTGCCACAG AAGTTATTGG AGCTATTTGC 
AGACATCTGT CTTGGTCAGC ATATATATAT TACTTGAAAC ATTTCATTCA TGTTTTACAG 
ACAGGACAGA TCAATCAAAA GTTGGGTGTC AGTTTGCTAG TAATAGTGTT AGAAGCATTC 
CACTTTGACC ACAAAACTCT TGAAGAAAAA GTGAGAAAAA TCCAGAATGA TGAAAACACA 
ATAGAAGTGA TTGAGTTGCC AGAGAATGAA ACCATGGATT TAGAGCAAAT GGATGAGGAA 
GAGAAGGAAA ACAAATGTAA GAGCTTGTCA GACAACAACA AAGAATTGGG AAATCCTGAT 
CCAGCTGATT GTGAAGGGAC ATCAGCTAGA GAACCTGAGT GTATCACGGA GTCCCTCTCT 
TTCCTTCCTC GGAATAAGGA AGAATTGGAG AGAACGATTA AAAATATCCA AGGAACCATA 
ACTGGGGATA TCCTACCCAG GCTACATAAA TGCCTGGCAT CTACGACTAA AAGGGAAGAA 
GAACACAAGC TCATAAAATC CAAGGTTGTG AATGATGAGG AAGTAGTTCG AGTTCCTTTA 
GCCTTTGCCA TGGTAAAGCT AATGCAGTCC CTTCCACAAG AAGTTATGGA AGCTAATCTG 
CCAAGTATTT TACTGAAAGT ATGTGCCCTC CTCAAGAACA GAGCACAGGA AATCAGAGAC 
ATTGCACGCA GCACGCTAGC AAAAATAATA GAAGACCTGG GTGTCCACTA CCTACAATAT 
ATTTTAAAAG AATTACAGAC TACCCTTGTC CGTGGATATC AGGTCCATGT GCTAACTTTC 
ACTGTTTACA TGTTGCTGCA AGGCCTCACC AACAAGCTGC AAGTTGGGGA TTTGGACTCT 
TGCTTAGATA TAATGATTGA GATTTTTAAC CATGAGTTGT TTGGTGCCAT TGCTGAAGAG 
AAGGAAGTGA AGCAGATCCT CTCCAAAGTT ATGGAGGCAC GAAGAAGCAA GAGTTATGAT 
TCTTACGAAA TCCTGGGCAA GTTTGTAGGG AAAGATCAGG TTACAAAACT TATCCTTCCA 
TTAAAAGAGA TCTTACAAAA CACCACAAGT TTAAAACTGG CCCGGAAAGT TCACGAAACC 
TTGCGCCGCA TCATAGCAGG ATTAATTGTA AATCAGGAAA TGACGGCAGA ATCCGTTCTA 
TTGCTCAGTT ATGGTTTGGT CAGTGAAAAT CTCCCCCTGT TAACAGAAAA AGAAAAAAAT 
CCAGCAGCCC CTGCACAAGA TCCACGTCTC CCACCTGAGA GCTGTCTTCT GCTCCCCCCA 
ACGCCAGTTC GAGGTGGGCA GAAAGCTGTT GTGAGCAGGA AAACCAACAT GCACATATTT 
ATTGAGTCCG GGCTTCGGCT GCTACATCTG AGTCTGAAGA CTTCCAAGAT CAAGTCTTCA 
AGTGAGACTG TTCTGGAAAT GTTGGATCCT TTTGTCTCTC TCCTCATAGA CTGCCTGGTT 
TCCATGGATG TAAAGGTGAT CACAGGTGCT TTACAATGCC TGATCTGGGT CTTGAGGTTC 
CCTCTGCCTT CCATAGAAAC AAAAGCAGAA CAGCTGACCA AACACCTTTT CCTTTTGCTG 
AAGGACTATG CAAAACTTGG GGCTGCCAGA GGCCAGAACT TCCACCTGGT GGTAAATTGT 
TTCAAGTGTG TGACCATACT TGTGAAGAAA GTGAAGTCTT ACCAGATAAC TGAAAAGCAG 
CTTCAAGTTC TACTAGCATA TGCTGAGGAA GACATTTACG ACACTTCGAG ACAGGCCACT 
GCATTTGGTC TTCTGAAGGC CATTTTATCA AGAAAGTTGT TGGTCCCGGA AATTGATGAT 
GTCATGCGGA AAGTATCCAA GTTGGCGATT TCTGCGCAAA GTGAACCTGT CAGAGTCCAG 
TGCAGACAGG TTTTTCTGAA ATATATTCTT GACTATCCCC TGGGTGACAA ATTGAGACCA 
AACTTGGAAT TCATGCTTGC TCAACTGAAT TACGAACATG AGACCGGGAG AGAGTCTGCT 
TTGGAAATGA TCTCCTACCT CTTTGACACA TTCCCTCAGG GACTGCTCCA TGAGAACTGC 
GGAATGTTCT TTATTCCTCT ATGTCTAATG ATGGTGAATG ATGACTCTGC CATGTGCAAA 
AAGATGGCAT CCATGACAAT CAAATCCTTA CTCAGTAAAA TCAACCTTGA GAAAAAAGAT 
TGGCTCTTTG ATATGGTTAC CACCTGGTTT GGAGCAAAAA AGAGCTTAAA TAGACAACTG 
GCTGCCCTCA TCTGTGGTTT GTTTGTGGAA AGTGAAGGAG TCTCTTTTGA GAGAAGACTT 
GGAACTGTTC TTCCTGTGAT CGAAAAGGAA ATTGATCCCC AAAACTTTGA AGATATCATG 
GAAGAGACTG AAGAAAAAGC TGCAGATCGC CTTCTGTTTA GTTTTCTTAC ACTGATTAGT 
AAACTCATCA AGGAATGTAA TATTATCCAA TTTACCAAGC CCTCTGAGAC GTTGAATAAA 
ATCTGGAGTT ATGTGCACTG TCACCTGAGA CATCCACACA GCTGGGTGTG GCTCACTGCA 
GCCCAGATTT TTGGATTACT CTTTGCCTCT TGCCAACCAG AGGAACTTAC TAGAAGACAG 
AAGGCCAAAA AAGCTAAAAA GAAACTCTCA GTACCTGTAG CAATAAGGTT CCTAACAAAT 
GATCTTGAAC AAAAGATGAA AAGTATCTCC CTAGCCTCTT GCCATCAATT GCATTCCAAA 
TACTTAGATC AGTCTCTAGG AGAGCAGGTC GTTAAGAATT TGTTATTTGT AGCTAAAGTC 
TTATATTTAC TGGAACCCGA ATCTGAGGAT AAGCAAGGTG AGATAAAAGA AGACATGGAA 
GAACAAGAAG CTTTACGAGA TGGTGTGGCT AGAGAGGAAG TAAAAAAACA CAAGTCCTAT 
GCAGATGAGA AGATGGACTC TGACAAAGAA GAGAACGAGG CACAGGAAGA ACGCAGCAGG 
CCAGCCACAC TGCTGTGGTT GATCCAGAAG TTGTCCCGGA TCGCAAAAGT GGAGGCTGCC 
TATTCACCTA GAAACCCCTT AAAGAGAACG TGCATCTTTA AATTTCTCGG AGCTGTAGCA 
ATGGATCTTG GAATAGACAA GGTGAAGCCG TATCTCCCAG TGATCATAGC TCCTTTGTTC 
CGAGAACTGA ACAGCACCTA CTCGGACCAG GATCCTCTGC TGAAGAATCT GTCCCAGGAA 
ATCATAGAAT TACTCAAAAA GCTGGTTGGA CTTGAGAGCT TCTCCTTGGC CTTTGCCTCA 
GTACAGAAAC AGGCTAATGA GAAAAGGGCA CTCCGGAAAA AGAGGAAGGC TTTAGAGTTC 
GTAACTAATC CTGATATTGC TGCCAAGAAA AAGCTGAAGA AACACAAAAA TAAAAGTGAA 
GCCAAGAAGA GAAAGATAGA GTTCCTGCGT CCAGGCTATA AGACCAAGAG ACAGAAGAGC 
CACAGCCTGA AAGACTTAGC AATGGTGGAG TAA

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

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UTP20 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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