UTP20 cDNA ORF clone, Taeniopygia guttata(zebra finch)

Gene
Clones
gRNAs

Summary

Gene Symbol	UTP20
Entrez Gene ID	100219554
Full Name	UTP20, small subunit processome component
Gene Type	protein-coding
Organism	Taeniopygia guttata(zebra finch)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012569074.1	XP_012424528.1	small subunit processome component 20 homolog
XM_030262505.1	XP_030118365.1	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
OTd14889	XM_012569074.1 Latest version!	Taeniopygia guttata UTP20, small subunit (SSU) processome component, homolog (yeast) (UTP20), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OTd33106	XM_030262505.1 Latest version!	Taeniopygia guttata UTP20 small subunit processome component (UTP20), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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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_012569074.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_012424528.1 Taeniopygia guttata UTP20, small subunit (SSU) processome component, homolog (yeast) (UTP20), mRNA.

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CloneID	OTd14889
Clone ID Related Accession (Same CDS sequence)	XM_012569074.1
Accession Version	XM_012569074.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8091bp) 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	1432483200000
Organism	Taeniopygia guttata(zebra finch)
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_002197558.1) 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 :: Taeniopygia guttata Annotation Release 103 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##

ATGAAGAGCA AACCCACGGC CCACAAGTCG GGCAACACGC ACCGGTTTCT TACCTTTTCG 
GAGCGCCTAA GCAACATTAA TATTGATATT ATTCATCGAA TTGACAGAAC TGGGAGCTAT 
GCTGAGGAGG TTGAAACCTA CTTTTTCGAA GGACTGCGGA AATGGAAGGA ACTGAACCTC 
ACTCGGCATT TTGTGCAGTT CTATAATGAA GTGGCCAACA AATGCCAGTC CTTCAACCAG 
CTGGTTTATT ACCAAAGTGC TATTGTGCAG AGCTTGAAGA CACATTTGCA AGTCGAAGGC 
AGTCTTGCTT ACCAACCCCT ATTAAATCTA GTGGTGCAGT TGGCTCGAGA TCTTCAGGCT 
GACTTCTATC CTCACTTTCA TGACTTTTTC CTGGCCATCA CCAAGTTATT GGATACACAG 
GACACGGAGC TGTTAGAATG GGCTTTTACC TCTCTTTCCT ATCTCTACAA GTACTTGTGG 
AGATTGATGG TGAAAGACAT ACACAACATA TACAGCCTGT ACAGCACCCT GCTGGCTCAC 
CACAAACTGC ACATCAGAAA CTTTGCTGCT GAAAGTTTTG TATTTCTAAT GAGAAAGGTT 
TCTGATAAAA ATGAACTCTT CAATTTAATG CTCCGTGACC TGGGAGAGCA CCCTGAAAAG 
GTGGAAGGTG TAGGACAGCT GCTTTTTGAG ATGTGCAAGG GTGTTCGAAA CATGTTCCAC 
TCTTGTGCAG AAACGGCTAT GAAGTTAATT CTGATGAAGC TGGGGCCTAT GACTGAAGAA 
GAAATTGAGC TACCATGGGT AGCTGTTGGA GAAGCCTTCA AGCAAATGAT CAGATCAGCT 
GCAGTGCATA TCCATAAGGA GCATTTTGAC ATTGTCTTCA AGTGCCTGGA GGAGTCACTC 
CTAGATTTGC AGAGGAAAAT AACAGAGGTC AACTGCACTG TGGCTTCAGA GCAAATGGAA 
AGGATTCTGC AAGCTTATCT GATCTTAGTG GAACATGCAA ATGGATCTAA AATCTCACTG 
CCTGAAGATG TCTGTCAGGT TTTAATAAAA ATGTTACAGA CACCATATCT CTCATCATCT 
TGCTGCAAGA TGCTGCTGAA TGCCATTTCT GCATTCCTGC TGGCGGAAAA TGTTTTGTTG 
CCAGATTCTT TGACCAAGGA AACTATTCAG AAGGTATTTG CAAGTAGATT TGAACGGCAT 
TTTCTTTTGG ACTTCTCTGA AGCAATGTTC ACAATGAAGC AATTTGAGAG GCATTTTCTC 
CCATGCTTTC TAGAATACAT TGAACATTGC TTCTCTGGCA CAGATGCCAT CACAAAGGAT 
GAGGCTGTGG CAATTCTGGC TAAACTCATT TTGGTGAAAG CAGAGCCTCC TACCATTGGT 
TCAATGGCAT TTGAAAAGTA TCCACTTGTT TTCACTGAAG CATCTGTCAG CTCTAATACA 
AGGCAACAAA CAAGTAAAAG ACAAGGAGAA AAGGCAGTAG TACCAGTGTT GGATCATGTA 
CTGTCTTTAA TGCATTTACC AAACAAGGAG GACATCACTG ACCTTTCACA GGCTTGGGTT 
GCTTTGGTTG TACTGCCACA TATTAGACCA ATGAACAAAG ACCACATTCT GCCTCATGTG 
ACGAGTTTTA TAGACTCTCT CTTCACAGCC ATTGACAAAG GAAGCCTCTG CAAAGGAAAC 
CTATTTGTGG CCTGCCAAGC TGTAAGTACT CTACTTAGTT TGGTGGAATC TGCTGAAGTA 
CTCCATTTGT TACCTGTGGA GCGTGTCAAG AGCTTGGTGA CCACTTTCCC TTCAGACCCC 
TCTGCATTGC TGTTGGCTGA TCTCTATTAC ACGAGGCTGG CATTGTGTGG CTGCCAGGAA 
CCCCTTTCCC AAGGGAACCT AATGGATTTG TTTGAGAAGT TGCATCCTAA TATTTCCACT 
GGTGTTTCCA AGGTCCGGCT GTTGACGGTT CGAATTCTAA GCCATTTTGA TAATCCACCT 
TCTGCACAGA TTGAGGGTGA TGGCACAGGG GAATTCCAGC CATTATTTGC CATATTGCTC 
CAAGCAGAAC TTGTGCCAGC AACAGTGAAT GATTACAGAG AGAAACTTCT CCATTTAAGG 
AAACTAAGAT GTGACATAGT GCAGCCTGCA ATACCAAGTG GATCTTTGCA GGAGGTGCCT 
CTTCGATATT TACTAGGAAT GCTTTATATC AACTTCAGCC CTCTCTGGGA TCCTGTAATT 
GAACTCATAA CTTCTCATGC AAAGGAAATG GAGAATAAAC AGTTCTGGAA GGTCCTGTAT 
GAACATTTGG AGAGGGCTGC TAGCTATGCT GAAATGGAGC TACAAGATGA ATTAGATGAA 
CAGGAGGAGA GCATAGCTGA AGCAGAAAGT GAGAAGATAC CAGAAGGAGA TGTGGGGACT 
GTCTTTCTGG AGCAGCTGAG GAGTAGAACA GATTGCAGTG AACGGCTGGA CCACACAAAT 
TACCGTTTCC TACTTTGGAA AGCACTGGAT AAGTTTCCAG ACAGAGTGGA ACCTCGGTCG 
AGGGAACTTT CCCCGCTTCT TTTGAGATTC ATTCGAAATG AGTACTACCC AGCAGATTCC 
TTAGTGGCTC CATCTCAGGA TCTCAGAAGG AAAATTAGTG GTACCATAGC AGCAAAACAA 
ATACCTGCTG AAGAGGTGAA TGATGTTGCT ATGGAGGAGG AGGAGGAGGA GGAAGAAGAA 
GAAAAGGAAG AAAGGGAACA ATTTAGTATA GGAGTACTGA AAAAGAAAAC AAGAAGAGCT 
GCTGCTAAGC AACTAATAGC CCATTTACAA GTTTTCTCAA AATTCTCAAA TCCTCGTGCA 
TTGTATCTGG AGCAGAAGTT ACATGCCTTG TATACCCAGT TACTGTCTCA TCAAGACCAG 
AATGTACAGA GAATAGCCCT TGACTGTATG ATGACATACA AGCATCCTCA TCTACTGCCT 
TACAGGGAGA ACTTGCAAAG GCTACTGGAG GACAAGAGCT TTAAAGAAGA GATAGTCCAT 
TTCAGTATTT CTGAGGAGAC CACAGTAGTA AAAACAGAGC ATCGACCAGA TCTCATCCCT 
GTTCTTATGA GAATTCTCTA TGGCAGAATG AGAAACAAAA CAGGGAGCAA AACACAGGGC 
AAGTCTTCAG CGAGCACTCG CATGTCGATC GTTCTGCGAT TTCTGGCCGG CTCGCTGCCA 
GAAGAGATAC GGATGTTCTT GGATCTACTC TTTGAAGCTG TGAAGCAATT CAGTAATGGG 
CCTTGCCAGA CTGCAGTCCT TCAAAGTATG TCAGAGCTGG ATTTAGCTAA AGTCCTGCCT 
CTTGGGCGTC AGCATAGCCT CTTCAATGGT CTTGAAGTTG TGTTGAAAAA CATGGGACAT 
TTGATCCAGC AGTACCTGCC TGAAATTCTA CAAATTCTAC TCTGCATGAC TGCTGTGGTA 
TCCTGCATCC TCCAGCAAAG AGAGAAGGTC CAACCTAGGT TGATTAATCC ACTGAAGAAT 
TTGAGACGTC TTGGTCTCAA GCTTGTGGCA GAGTTTTTTT CTGATTATGA GACCTACAGC 
TTTAGTGCGG AAGAGATTGA TGCAGTTTTC CATGCTGTGG TATGGCCTCA GGTCTGCAGA 
CTGGCTTCAG AGAGTCAGTA TTCTCCAACT TTTCTGCTCA AACTCATTCA CACCTGGAGT 
AAGAACCCCA GGTATTTCCC TTTGCTGGCC AAGCAGCAGC CAGATCATCC AGAGAGTGAT 
ATACTGACAA ATGTTTTTGC TGTGCTGTCA GCCAAGAATC TGTCTGAGGC CACATCCAGC 
CTTGTGATGG ACATTGCTGA TAGCCTTCTC AACAGCCCAG ATTTTGAACC CACGGAGCAG 
GTTTCCAGTC TCAACGTGAC TGACTGTGTT GTCACGGCCA CTGGAGATGT GACAGAAGAG 
CCCCTCAGCT TAGGTTGCCG GTTGGTCCTG CCCCATGTTC CTGCCATACT TCAGTACTTC 
AGCAAAACAA TGTTAAGTGT GGAGAAGGTG AAAAAGAAGA AGTATAGAGC TCAAGTCAGC 
AAAGAGCTGA GTATACTTTC CAAGATCAGC AAATTCATAC AAGAAAAGAG TCAGAATTCA 
GTGCTTGTGA GCCTTCTCCT CCCTTTCCTT TATCAGACTA ACATGGAGCA GGGTACGCAG 
ATTGACATTC TGGAGACAGT GCAGAACTTG CTGAGGCATT GCTCAAACCC TACAAGCTTT 
CTCAAACCAC TGGCAAAGCT TTTTTCTGTC ATCCAGAACA AACTGTCTCG AAATAAGTTG 
TGCTTGGTAT TTCAGACTTT ATCTGACTTG GATGCTAAGT TGAAGTATAT TACTGATGTT 
GTTAAGCTGA ATGCCTTTGA TCAGCGACAT CTGGATGATA TTGACTTCGA TGTGCGTCTG 
TCAGCATTTC AGTCAATCAC AGCCCACATC AAGGAAATGC AAACAGTGGA TACTGACTTC 
CTCATCCCTG TTATGCACAA CTGCTTCTAT ACCATCCAGC TCGGGGATAT GGCTCTTAGT 
GACAACGCAA GCCTTTGCTT GACCACTTTC ATCCACCAAC TGGCAGAAAT CAGCCACACA 
GAAGAGGAGT ACAAGGAGCT AATCCAGCAC ACTCTCCTGG AGTCTGTGAG AAGGGGTCTG 
AGGAGTAAGA CTGAGAGCAT CCAGCAGGAC TACACATCAC TGCTTTCCTG CCTCATTCAG 
ACATTCCCAA CAAATCCCGA ATTCCAGGAT TTGGTCCAGC TGACCAACCG CCATGATCCT 
GACATGGACT TCTTTGAGAA CATGAAACAC ATGCAGATTC ACAGGAGGGC ACGAGCTCTG 
AGGAAACTGG CAAAGCAGCT CACTGAAGAA AAGCTTGTGC TGTCTTCTAA ATCCCTCCAG 
AACTACATCA TGCCTTATGC TACAACTGCC ATTTTCAGTG AAAAAATGCT TAAGTATGAA 
AATATGGTAA CAGCCTCAGT TGAAGTTGTT GGAGCTGTCT GCCGACATCT TTCATGGTCA 
GCATATTTGT ACCACTTAAA GCATTTCATC CATGTCTTGC AAACAGGACA GATCAGTACG 
AAGCTGGGAG TCAGCTTGTT AGAGATAGTG CTGGAAGCCT TTCACTTTGA CCATAAAACA 
CTTGAAAAGC AGCTTATGAC CATTGACAAT CAAGAAGCTG CTGCCATGGA CCTTGAGCCA 
GTGGTGGAGG CTGAAGAAAC CATGGAGCTG GAGCAGAGTG AAGGGGAAGA GGAGGAAGTT 
GAAGAAAAGA ATGGGAAGAA TCTCTCTGAG AAGCCAGTAG AACCTGAGCA AGCAGCTGAG 
CCAACTGAAA ATGCTGAACA AGTGCCCAAA CCTGTTTCGT TCTTACCCCG AAATAAAGAG 
GAGCTTCAGT GTCTGATAAA ACACATTCAA GAAACAGTTA CAGTCAATAT CTTGCCTAAA 
TTGCACAGGT GTATTGTTGC AAAGGTTAAA AGAGATGAGG AGCACAAGCT TGTGAAATCC 
AATGTTGTGA ATGATGATGA GGTAGTTCGT GTTCCATTAG CTTTTGCAAT GGTCAGAATG 
ATGCAGTGTC TTCCCCAGGA AGTGATGGAA GCTAACCTAC CAAGCATCCT ACTGAAAGTC 
TGCACATTCC TGAGAAACAG ATTTCAGGAA ATACGGGACA TTGCCCGTAA CACCCTCATT 
AAAATCATGG AAGTGTTGGG AGTGCACTAC CTTCTGTATA TCTTAAAGGA GATGCGGTCT 
GCACTCATCC ATGGCTACCA GCTCCATGTG CTGACTTTCA CTGTGAACCT GTTACTGAAG 
GGCCTTACTA CCAGGCTCAG TGCTGGTGAT TTGGACCCCT GCTTAGATAT CCTGATTGAG 
ATTTTCAACC AAGAATTGTT TGGGAATGTA GCTGAAGAGA AAGAAGTGAA GGGAATTGTC 
TCCAAGATCA TGGAAGCACG CAAAAACAAG AGTTATGATT CCTATGAAAT TCTTGGGAAG 
TTCATAGGAA GGAGCCAGGT GACAAAACTT ATTCTGCCAC TGAAGGAGGT TCTGGAGAGC 
ACTACAAGCT TGAAGATAGT CCGGAAGGTG CATGAGGCAC TGCGTCACAT CATGGCAGGG 
CTGATCTTCA ACTCAGACAT GAATGCAGAA TCCCTCCTCC TCCTCAGTCA TGGTCTCATC 
AGTGAAAATT TGCCTCTGCT CACTGAGAAA GCCAAGAAAA AAGCTGCCCC TCCTCCAGAT 
CCTCGTCTGC AACCGGAGAG CTGCCTGCTA CTCCAGCCCA CTCCCACAAG AGGAGGGCAG 
AAAGCACGTG TCAGCAGCAG GACTAACACA TATATCCTGG TTGATTCAGG ACTTCGGCTA 
CTGCACATGA GCCTGAAGAG ATCCAAAGTA AATTCCTCTG AAGAACATGC TTTGGAAATG 
TTAGACCCTT TTGTTCAGCT GCTTATAGAC TGCCTGAAAT CTATGGATGT CAAGGCTATT 
TTATCCAGGA AGCTGATTGT CCCTGAAATT GATGATGTGC TGCAGAAGGT TGCCCAGCTA 
GCCATCACAG GTCAGAGTGA GCCAGTGCGA GTCCAGTGCA GGCAGATTTA CTTAAAATAC 
CTTCTGGATT ACCCTCTTGG TGACAAACTG AAACCCAATT TGGATTTCAT GCTCGCACAG 
CTGGAGTATG AGTATGAAAC CGGGAGGGAA TCTGCACTGG AGATGATTGC GTACCTCCTC 
GACATGTTCC CACAGGATCT CCTGCACAAA CACTGTGGGC TATTTTTTCT CTCTCTTTGT 
ATGATGATGA TAAATGATGA CTCAGCTAAA TGCAAAAAGA TGGCGGCTTT GACATGTAAA 
TCTCTTCTCC GTAAGATCAG CAGTGAAAAA CAAGATCTGA TGTTTTCGCT GGTCACACAA 
TGGTTTCACA GCAAAAAGAG CTCACACAGG AGGCTGGCTG CCCAGGCATG TGGTTTGTTT 
GTTGAAGTGG AAGGAGTAAT GTTTGAACGG CGGCTTGCAG CAGTCCTCAC TTTGATTGAA 
AAAGAAATTA ACCCAAGTAA ATTTGAAAAT ATAACTGAAG AAGAAGAGGA GAAGGCTGCA 
GATAGGCTTC TATTCAGCTT TCTTGTGCTG GTAAAAAAGC TAATCACAGA GTGCAACTTG 
ATTCAGTTAA CCAGGAACAG TGATGTTGTG AGCAGTATTT GGGATCATGT CCAGTCTCAC 
CTGTGGTATC CTCATAGCTG GGTCTGGCTG ACAGCCACAG AGATCTTTGG TTTGTTGTTT 
GCATCTTATA AGCCAGAAGA TCTTGTCAAC AAATGGAAGG AAAGAAAGTC AGGGAAGAGA 
AAAAAGACAC CAGCAGAGCT GTCTGCATCC ATAGTCTTCT TGACTGCTGA ACTGGACAAA 
AAGATGAAGG AACTCGCATT TGCATTCTGC CATCAGCTGC AGTCCAAGTT CCTGGACATG 
TCTCTGAGTG AGCAGGTTAT AAAGAATTTA CTTTTTGTGG CCAAAGTTGT TTACTTGCTA 
GCCCCTGCCT CAGAAGAAGG TAAAGAAGCA GATGGAGAAC TCAGGTGTGA AGTGGAAGAG 
CAGGAGGTCT CAGAGGATGA GAGACATACT TCTGCTCAAG GAGAGGAAGA AAGAGAGGAC 
ACACAAGAGA AAGGCCAGCC AGCCACACTG CTGTGGTTAA TGAAGAAGCT TTCTGTCATG 
GTGAAGAGAG AAGCAGCATA TTCCCCTAAG GTCCCTTTAA AGAGAAGCTG CATCTTTAAG 
TTCCTGGGAG CAATCTCAGT GGATCTGGGG CAAGACAGGA TCAAGCCCTA CCTTCCAACA 
ATTCTCGCTC CTCTGTACAG GGAGCTGAAC AGCAACTATG CAGAGCAAGA TCCAACACTA 
AAGAACCTTT CCCAAGAAAT CATAGAACTT CTTAAGAAGT TAGTGGGGCT GGAGGCCTTT 
TCGCTGGCCT TTTCTGCTGT GCAAAAACAG GCCAACCAGA AAAGAGCAAT GAGGAAAAAG 
CAGAGGGCTT TGCAGACTGT AGCAAATCCT GACATTGCTG CAAGGAGGAA GCTGAAGAGA 
CACAAGAATA AAGCAGAAAC CAGGAAGAGA AAAATAGAAT CTCTACGCCC TATGTACAAG 
GCCAAGAGAC ATCGAAGTAA TGCACTGAAA GATTTAGCAA TGGTGGAATG A

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

RefSeq	XP_012424528.1
CDS	13..8103
Translation	MKSKPTAHKSGNTHRFLTFSERLSNINIDIIHRIDRTGSYAEEVETYFFEGLRKWKELNLTRHFVQFYNEVANKCQSFNQLVYYQSAIVQSLKTHLQVEGSLAYQPLLNLVVQLARDLQADFYPHFHDFFLAITKLLDTQDTELLEWAFTSLSYLYKYLWRLMVKDIHNIYSLYSTLLAHHKLHIRNFAAESFVFLMRKVSDKNELFNLMLRDLGEHPEKVEGVGQLLFEMCKGVRNMFHSCAETAMKLILMKLGPMTEEEIELPWVAVGEAFKQMIRSAAVHIHKEHFDIVFKCLEESLLDLQRKITEVNCTVASEQMERILQAYLILVEHANGSKISLPEDVCQVLIKMLQTPYLSSSCCKMLLNAISAFLLAENVLLPDSLTKETIQKVFASRFERHFLLDFSEAMFTMKQFERHFLPCFLEYIEHCFSGTDAITKDEAVAILAKLILVKAEPPTIGSMAFEKYPLVFTEASVSSNTRQQTSKRQGEKAVVPVLDHVLSLMHLPNKEDITDLSQAWVALVVLPHIRPMNKDHILPHVTSFIDSLFTAIDKGSLCKGNLFVACQAVSTLLSLVESAEVLHLLPVERVKSLVTTFPSDPSALLLADLYYTRLALCGCQEPLSQGNLMDLFEKLHPNISTGVSKVRLLTVRILSHFDNPPSAQIEGDGTGEFQPLFAILLQAELVPATVNDYREKLLHLRKLRCDIVQPAIPSGSLQEVPLRYLLGMLYINFSPLWDPVIELITSHAKEMENKQFWKVLYEHLERAASYAEMELQDELDEQEESIAEAESEKIPEGDVGTVFLEQLRSRTDCSERLDHTNYRFLLWKALDKFPDRVEPRSRELSPLLLRFIRNEYYPADSLVAPSQDLRRKISGTIAAKQIPAEEVNDVAMEEEEEEEEEEKEEREQFSIGVLKKKTRRAAAKQLIAHLQVFSKFSNPRALYLEQKLHALYTQLLSHQDQNVQRIALDCMMTYKHPHLLPYRENLQRLLEDKSFKEEIVHFSISEETTVVKTEHRPDLIPVLMRILYGRMRNKTGSKTQGKSSASTRMSIVLRFLAGSLPEEIRMFLDLLFEAVKQFSNGPCQTAVLQSMSELDLAKVLPLGRQHSLFNGLEVVLKNMGHLIQQYLPEILQILLCMTAVVSCILQQREKVQPRLINPLKNLRRLGLKLVAEFFSDYETYSFSAEEIDAVFHAVVWPQVCRLASESQYSPTFLLKLIHTWSKNPRYFPLLAKQQPDHPESDILTNVFAVLSAKNLSEATSSLVMDIADSLLNSPDFEPTEQVSSLNVTDCVVTATGDVTEEPLSLGCRLVLPHVPAILQYFSKTMLSVEKVKKKKYRAQVSKELSILSKISKFIQEKSQNSVLVSLLLPFLYQTNMEQGTQIDILETVQNLLRHCSNPTSFLKPLAKLFSVIQNKLSRNKLCLVFQTLSDLDAKLKYITDVVKLNAFDQRHLDDIDFDVRLSAFQSITAHIKEMQTVDTDFLIPVMHNCFYTIQLGDMALSDNASLCLTTFIHQLAEISHTEEEYKELIQHTLLESVRRGLRSKTESIQQDYTSLLSCLIQTFPTNPEFQDLVQLTNRHDPDMDFFENMKHMQIHRRARALRKLAKQLTEEKLVLSSKSLQNYIMPYATTAIFSEKMLKYENMVTASVEVVGAVCRHLSWSAYLYHLKHFIHVLQTGQISTKLGVSLLEIVLEAFHFDHKTLEKQLMTIDNQEAAAMDLEPVVEAEETMELEQSEGEEEEVEEKNGKNLSEKPVEPEQAAEPTENAEQVPKPVSFLPRNKEELQCLIKHIQETVTVNILPKLHRCIVAKVKRDEEHKLVKSNVVNDDEVVRVPLAFAMVRMMQCLPQEVMEANLPSILLKVCTFLRNRFQEIRDIARNTLIKIMEVLGVHYLLYILKEMRSALIHGYQLHVLTFTVNLLLKGLTTRLSAGDLDPCLDILIEIFNQELFGNVAEEKEVKGIVSKIMEARKNKSYDSYEILGKFIGRSQVTKLILPLKEVLESTTSLKIVRKVHEALRHIMAGLIFNSDMNAESLLLLSHGLISENLPLLTEKAKKKAAPPPDPRLQPESCLLLQPTPTRGGQKARVSSRTNTYILVDSGLRLLHMSLKRSKVNSSEEHALEMLDPFVQLLIDCLKSMDVKAILSRKLIVPEIDDVLQKVAQLAITGQSEPVRVQCRQIYLKYLLDYPLGDKLKPNLDFMLAQLEYEYETGRESALEMIAYLLDMFPQDLLHKHCGLFFLSLCMMMINDDSAKCKKMAALTCKSLLRKISSEKQDLMFSLVTQWFHSKKSSHRRLAAQACGLFVEVEGVMFERRLAAVLTLIEKEINPSKFENITEEEEEKAADRLLFSFLVLVKKLITECNLIQLTRNSDVVSSIWDHVQSHLWYPHSWVWLTATEIFGLLFASYKPEDLVNKWKERKSGKRKKTPAELSASIVFLTAELDKKMKELAFAFCHQLQSKFLDMSLSEQVIKNLLFVAKVVYLLAPASEEGKEADGELRCEVEEQEVSEDERHTSAQGEEEREDTQEKGQPATLLWLMKKLSVMVKREAAYSPKVPLKRSCIFKFLGAISVDLGQDRIKPYLPTILAPLYRELNSNYAEQDPTLKNLSQEIIELLKKLVGLEAFSLAFSAVQKQANQKRAMRKKQRALQTVANPDIAARRKLKRHKNKAETRKRKIESLRPMYKAKRHRSNALKDLAMVE

Target ORF information:

RefSeq Version	XM_012569074.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata 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_012569074.1

ORF Insert Sequence:

ATGAAGAGCA AACCCACGGC CCACAAGTCG GGCAACACGC ACCGGTTTCT TACCTTTTCG 
GAGCGCCTAA GCAACATTAA TATTGATATT ATTCATCGAA TTGACAGAAC TGGGAGCTAT 
GCTGAGGAGG TTGAAACCTA CTTTTTCGAA GGACTGCGGA AATGGAAGGA ACTGAACCTC 
ACTCGGCATT TTGTGCAGTT CTATAATGAA GTGGCCAACA AATGCCAGTC CTTCAACCAG 
CTGGTTTATT ACCAAAGTGC TATTGTGCAG AGCTTGAAGA CACATTTGCA AGTCGAAGGC 
AGTCTTGCTT ACCAACCCCT ATTAAATCTA GTGGTGCAGT TGGCTCGAGA TCTTCAGGCT 
GACTTCTATC CTCACTTTCA TGACTTTTTC CTGGCCATCA CCAAGTTATT GGATACACAG 
GACACGGAGC TGTTAGAATG GGCTTTTACC TCTCTTTCCT ATCTCTACAA GTACTTGTGG 
AGATTGATGG TGAAAGACAT ACACAACATA TACAGCCTGT ACAGCACCCT GCTGGCTCAC 
CACAAACTGC ACATCAGAAA CTTTGCTGCT GAAAGTTTTG TATTTCTAAT GAGAAAGGTT 
TCTGATAAAA ATGAACTCTT CAATTTAATG CTCCGTGACC TGGGAGAGCA CCCTGAAAAG 
GTGGAAGGTG TAGGACAGCT GCTTTTTGAG ATGTGCAAGG GTGTTCGAAA CATGTTCCAC 
TCTTGTGCAG AAACGGCTAT GAAGTTAATT CTGATGAAGC TGGGGCCTAT GACTGAAGAA 
GAAATTGAGC TACCATGGGT AGCTGTTGGA GAAGCCTTCA AGCAAATGAT CAGATCAGCT 
GCAGTGCATA TCCATAAGGA GCATTTTGAC ATTGTCTTCA AGTGCCTGGA GGAGTCACTC 
CTAGATTTGC AGAGGAAAAT AACAGAGGTC AACTGCACTG TGGCTTCAGA GCAAATGGAA 
AGGATTCTGC AAGCTTATCT GATCTTAGTG GAACATGCAA ATGGATCTAA AATCTCACTG 
CCTGAAGATG TCTGTCAGGT TTTAATAAAA ATGTTACAGA CACCATATCT CTCATCATCT 
TGCTGCAAGA TGCTGCTGAA TGCCATTTCT GCATTCCTGC TGGCGGAAAA TGTTTTGTTG 
CCAGATTCTT TGACCAAGGA AACTATTCAG AAGGTATTTG CAAGTAGATT TGAACGGCAT 
TTTCTTTTGG ACTTCTCTGA AGCAATGTTC ACAATGAAGC AATTTGAGAG GCATTTTCTC 
CCATGCTTTC TAGAATACAT TGAACATTGC TTCTCTGGCA CAGATGCCAT CACAAAGGAT 
GAGGCTGTGG CAATTCTGGC TAAACTCATT TTGGTGAAAG CAGAGCCTCC TACCATTGGT 
TCAATGGCAT TTGAAAAGTA TCCACTTGTT TTCACTGAAG CATCTGTCAG CTCTAATACA 
AGGCAACAAA CAAGTAAAAG ACAAGGAGAA AAGGCAGTAG TACCAGTGTT GGATCATGTA 
CTGTCTTTAA TGCATTTACC AAACAAGGAG GACATCACTG ACCTTTCACA GGCTTGGGTT 
GCTTTGGTTG TACTGCCACA TATTAGACCA ATGAACAAAG ACCACATTCT GCCTCATGTG 
ACGAGTTTTA TAGACTCTCT CTTCACAGCC ATTGACAAAG GAAGCCTCTG CAAAGGAAAC 
CTATTTGTGG CCTGCCAAGC TGTAAGTACT CTACTTAGTT TGGTGGAATC TGCTGAAGTA 
CTCCATTTGT TACCTGTGGA GCGTGTCAAG AGCTTGGTGA CCACTTTCCC TTCAGACCCC 
TCTGCATTGC TGTTGGCTGA TCTCTATTAC ACGAGGCTGG CATTGTGTGG CTGCCAGGAA 
CCCCTTTCCC AAGGGAACCT AATGGATTTG TTTGAGAAGT TGCATCCTAA TATTTCCACT 
GGTGTTTCCA AGGTCCGGCT GTTGACGGTT CGAATTCTAA GCCATTTTGA TAATCCACCT 
TCTGCACAGA TTGAGGGTGA TGGCACAGGG GAATTCCAGC CATTATTTGC CATATTGCTC 
CAAGCAGAAC TTGTGCCAGC AACAGTGAAT GATTACAGAG AGAAACTTCT CCATTTAAGG 
AAACTAAGAT GTGACATAGT GCAGCCTGCA ATACCAAGTG GATCTTTGCA GGAGGTGCCT 
CTTCGATATT TACTAGGAAT GCTTTATATC AACTTCAGCC CTCTCTGGGA TCCTGTAATT 
GAACTCATAA CTTCTCATGC AAAGGAAATG GAGAATAAAC AGTTCTGGAA GGTCCTGTAT 
GAACATTTGG AGAGGGCTGC TAGCTATGCT GAAATGGAGC TACAAGATGA ATTAGATGAA 
CAGGAGGAGA GCATAGCTGA AGCAGAAAGT GAGAAGATAC CAGAAGGAGA TGTGGGGACT 
GTCTTTCTGG AGCAGCTGAG GAGTAGAACA GATTGCAGTG AACGGCTGGA CCACACAAAT 
TACCGTTTCC TACTTTGGAA AGCACTGGAT AAGTTTCCAG ACAGAGTGGA ACCTCGGTCG 
AGGGAACTTT CCCCGCTTCT TTTGAGATTC ATTCGAAATG AGTACTACCC AGCAGATTCC 
TTAGTGGCTC CATCTCAGGA TCTCAGAAGG AAAATTAGTG GTACCATAGC AGCAAAACAA 
ATACCTGCTG AAGAGGTGAA TGATGTTGCT ATGGAGGAGG AGGAGGAGGA GGAAGAAGAA 
GAAAAGGAAG AAAGGGAACA ATTTAGTATA GGAGTACTGA AAAAGAAAAC AAGAAGAGCT 
GCTGCTAAGC AACTAATAGC CCATTTACAA GTTTTCTCAA AATTCTCAAA TCCTCGTGCA 
TTGTATCTGG AGCAGAAGTT ACATGCCTTG TATACCCAGT TACTGTCTCA TCAAGACCAG 
AATGTACAGA GAATAGCCCT TGACTGTATG ATGACATACA AGCATCCTCA TCTACTGCCT 
TACAGGGAGA ACTTGCAAAG GCTACTGGAG GACAAGAGCT TTAAAGAAGA GATAGTCCAT 
TTCAGTATTT CTGAGGAGAC CACAGTAGTA AAAACAGAGC ATCGACCAGA TCTCATCCCT 
GTTCTTATGA GAATTCTCTA TGGCAGAATG AGAAACAAAA CAGGGAGCAA AACACAGGGC 
AAGTCTTCAG CGAGCACTCG CATGTCGATC GTTCTGCGAT TTCTGGCCGG CTCGCTGCCA 
GAAGAGATAC GGATGTTCTT GGATCTACTC TTTGAAGCTG TGAAGCAATT CAGTAATGGG 
CCTTGCCAGA CTGCAGTCCT TCAAAGTATG TCAGAGCTGG ATTTAGCTAA AGTCCTGCCT 
CTTGGGCGTC AGCATAGCCT CTTCAATGGT CTTGAAGTTG TGTTGAAAAA CATGGGACAT 
TTGATCCAGC AGTACCTGCC TGAAATTCTA CAAATTCTAC TCTGCATGAC TGCTGTGGTA 
TCCTGCATCC TCCAGCAAAG AGAGAAGGTC CAACCTAGGT TGATTAATCC ACTGAAGAAT 
TTGAGACGTC TTGGTCTCAA GCTTGTGGCA GAGTTTTTTT CTGATTATGA GACCTACAGC 
TTTAGTGCGG AAGAGATTGA TGCAGTTTTC CATGCTGTGG TATGGCCTCA GGTCTGCAGA 
CTGGCTTCAG AGAGTCAGTA TTCTCCAACT TTTCTGCTCA AACTCATTCA CACCTGGAGT 
AAGAACCCCA GGTATTTCCC TTTGCTGGCC AAGCAGCAGC CAGATCATCC AGAGAGTGAT 
ATACTGACAA ATGTTTTTGC TGTGCTGTCA GCCAAGAATC TGTCTGAGGC CACATCCAGC 
CTTGTGATGG ACATTGCTGA TAGCCTTCTC AACAGCCCAG ATTTTGAACC CACGGAGCAG 
GTTTCCAGTC TCAACGTGAC TGACTGTGTT GTCACGGCCA CTGGAGATGT GACAGAAGAG 
CCCCTCAGCT TAGGTTGCCG GTTGGTCCTG CCCCATGTTC CTGCCATACT TCAGTACTTC 
AGCAAAACAA TGTTAAGTGT GGAGAAGGTG AAAAAGAAGA AGTATAGAGC TCAAGTCAGC 
AAAGAGCTGA GTATACTTTC CAAGATCAGC AAATTCATAC AAGAAAAGAG TCAGAATTCA 
GTGCTTGTGA GCCTTCTCCT CCCTTTCCTT TATCAGACTA ACATGGAGCA GGGTACGCAG 
ATTGACATTC TGGAGACAGT GCAGAACTTG CTGAGGCATT GCTCAAACCC TACAAGCTTT 
CTCAAACCAC TGGCAAAGCT TTTTTCTGTC ATCCAGAACA AACTGTCTCG AAATAAGTTG 
TGCTTGGTAT TTCAGACTTT ATCTGACTTG GATGCTAAGT TGAAGTATAT TACTGATGTT 
GTTAAGCTGA ATGCCTTTGA TCAGCGACAT CTGGATGATA TTGACTTCGA TGTGCGTCTG 
TCAGCATTTC AGTCAATCAC AGCCCACATC AAGGAAATGC AAACAGTGGA TACTGACTTC 
CTCATCCCTG TTATGCACAA CTGCTTCTAT ACCATCCAGC TCGGGGATAT GGCTCTTAGT 
GACAACGCAA GCCTTTGCTT GACCACTTTC ATCCACCAAC TGGCAGAAAT CAGCCACACA 
GAAGAGGAGT ACAAGGAGCT AATCCAGCAC ACTCTCCTGG AGTCTGTGAG AAGGGGTCTG 
AGGAGTAAGA CTGAGAGCAT CCAGCAGGAC TACACATCAC TGCTTTCCTG CCTCATTCAG 
ACATTCCCAA CAAATCCCGA ATTCCAGGAT TTGGTCCAGC TGACCAACCG CCATGATCCT 
GACATGGACT TCTTTGAGAA CATGAAACAC ATGCAGATTC ACAGGAGGGC ACGAGCTCTG 
AGGAAACTGG CAAAGCAGCT CACTGAAGAA AAGCTTGTGC TGTCTTCTAA ATCCCTCCAG 
AACTACATCA TGCCTTATGC TACAACTGCC ATTTTCAGTG AAAAAATGCT TAAGTATGAA 
AATATGGTAA CAGCCTCAGT TGAAGTTGTT GGAGCTGTCT GCCGACATCT TTCATGGTCA 
GCATATTTGT ACCACTTAAA GCATTTCATC CATGTCTTGC AAACAGGACA GATCAGTACG 
AAGCTGGGAG TCAGCTTGTT AGAGATAGTG CTGGAAGCCT TTCACTTTGA CCATAAAACA 
CTTGAAAAGC AGCTTATGAC CATTGACAAT CAAGAAGCTG CTGCCATGGA CCTTGAGCCA 
GTGGTGGAGG CTGAAGAAAC CATGGAGCTG GAGCAGAGTG AAGGGGAAGA GGAGGAAGTT 
GAAGAAAAGA ATGGGAAGAA TCTCTCTGAG AAGCCAGTAG AACCTGAGCA AGCAGCTGAG 
CCAACTGAAA ATGCTGAACA AGTGCCCAAA CCTGTTTCGT TCTTACCCCG AAATAAAGAG 
GAGCTTCAGT GTCTGATAAA ACACATTCAA GAAACAGTTA CAGTCAATAT CTTGCCTAAA 
TTGCACAGGT GTATTGTTGC AAAGGTTAAA AGAGATGAGG AGCACAAGCT TGTGAAATCC 
AATGTTGTGA ATGATGATGA GGTAGTTCGT GTTCCATTAG CTTTTGCAAT GGTCAGAATG 
ATGCAGTGTC TTCCCCAGGA AGTGATGGAA GCTAACCTAC CAAGCATCCT ACTGAAAGTC 
TGCACATTCC TGAGAAACAG ATTTCAGGAA ATACGGGACA TTGCCCGTAA CACCCTCATT 
AAAATCATGG AAGTGTTGGG AGTGCACTAC CTTCTGTATA TCTTAAAGGA GATGCGGTCT 
GCACTCATCC ATGGCTACCA GCTCCATGTG CTGACTTTCA CTGTGAACCT GTTACTGAAG 
GGCCTTACTA CCAGGCTCAG TGCTGGTGAT TTGGACCCCT GCTTAGATAT CCTGATTGAG 
ATTTTCAACC AAGAATTGTT TGGGAATGTA GCTGAAGAGA AAGAAGTGAA GGGAATTGTC 
TCCAAGATCA TGGAAGCACG CAAAAACAAG AGTTATGATT CCTATGAAAT TCTTGGGAAG 
TTCATAGGAA GGAGCCAGGT GACAAAACTT ATTCTGCCAC TGAAGGAGGT TCTGGAGAGC 
ACTACAAGCT TGAAGATAGT CCGGAAGGTG CATGAGGCAC TGCGTCACAT CATGGCAGGG 
CTGATCTTCA ACTCAGACAT GAATGCAGAA TCCCTCCTCC TCCTCAGTCA TGGTCTCATC 
AGTGAAAATT TGCCTCTGCT CACTGAGAAA GCCAAGAAAA AAGCTGCCCC TCCTCCAGAT 
CCTCGTCTGC AACCGGAGAG CTGCCTGCTA CTCCAGCCCA CTCCCACAAG AGGAGGGCAG 
AAAGCACGTG TCAGCAGCAG GACTAACACA TATATCCTGG TTGATTCAGG ACTTCGGCTA 
CTGCACATGA GCCTGAAGAG ATCCAAAGTA AATTCCTCTG AAGAACATGC TTTGGAAATG 
TTAGACCCTT TTGTTCAGCT GCTTATAGAC TGCCTGAAAT CTATGGATGT CAAGGCTATT 
TTATCCAGGA AGCTGATTGT CCCTGAAATT GATGATGTGC TGCAGAAGGT TGCCCAGCTA 
GCCATCACAG GTCAGAGTGA GCCAGTGCGA GTCCAGTGCA GGCAGATTTA CTTAAAATAC 
CTTCTGGATT ACCCTCTTGG TGACAAACTG AAACCCAATT TGGATTTCAT GCTCGCACAG 
CTGGAGTATG AGTATGAAAC CGGGAGGGAA TCTGCACTGG AGATGATTGC GTACCTCCTC 
GACATGTTCC CACAGGATCT CCTGCACAAA CACTGTGGGC TATTTTTTCT CTCTCTTTGT 
ATGATGATGA TAAATGATGA CTCAGCTAAA TGCAAAAAGA TGGCGGCTTT GACATGTAAA 
TCTCTTCTCC GTAAGATCAG CAGTGAAAAA CAAGATCTGA TGTTTTCGCT GGTCACACAA 
TGGTTTCACA GCAAAAAGAG CTCACACAGG AGGCTGGCTG CCCAGGCATG TGGTTTGTTT 
GTTGAAGTGG AAGGAGTAAT GTTTGAACGG CGGCTTGCAG CAGTCCTCAC TTTGATTGAA 
AAAGAAATTA ACCCAAGTAA ATTTGAAAAT ATAACTGAAG AAGAAGAGGA GAAGGCTGCA 
GATAGGCTTC TATTCAGCTT TCTTGTGCTG GTAAAAAAGC TAATCACAGA GTGCAACTTG 
ATTCAGTTAA CCAGGAACAG TGATGTTGTG AGCAGTATTT GGGATCATGT CCAGTCTCAC 
CTGTGGTATC CTCATAGCTG GGTCTGGCTG ACAGCCACAG AGATCTTTGG TTTGTTGTTT 
GCATCTTATA AGCCAGAAGA TCTTGTCAAC AAATGGAAGG AAAGAAAGTC AGGGAAGAGA 
AAAAAGACAC CAGCAGAGCT GTCTGCATCC ATAGTCTTCT TGACTGCTGA ACTGGACAAA 
AAGATGAAGG AACTCGCATT TGCATTCTGC CATCAGCTGC AGTCCAAGTT CCTGGACATG 
TCTCTGAGTG AGCAGGTTAT AAAGAATTTA CTTTTTGTGG CCAAAGTTGT TTACTTGCTA 
GCCCCTGCCT CAGAAGAAGG TAAAGAAGCA GATGGAGAAC TCAGGTGTGA AGTGGAAGAG 
CAGGAGGTCT CAGAGGATGA GAGACATACT TCTGCTCAAG GAGAGGAAGA AAGAGAGGAC 
ACACAAGAGA AAGGCCAGCC AGCCACACTG CTGTGGTTAA TGAAGAAGCT TTCTGTCATG 
GTGAAGAGAG AAGCAGCATA TTCCCCTAAG GTCCCTTTAA AGAGAAGCTG CATCTTTAAG 
TTCCTGGGAG CAATCTCAGT GGATCTGGGG CAAGACAGGA TCAAGCCCTA CCTTCCAACA 
ATTCTCGCTC CTCTGTACAG GGAGCTGAAC AGCAACTATG CAGAGCAAGA TCCAACACTA 
AAGAACCTTT CCCAAGAAAT CATAGAACTT CTTAAGAAGT TAGTGGGGCT GGAGGCCTTT 
TCGCTGGCCT TTTCTGCTGT GCAAAAACAG GCCAACCAGA AAAGAGCAAT GAGGAAAAAG 
CAGAGGGCTT TGCAGACTGT AGCAAATCCT GACATTGCTG CAAGGAGGAA GCTGAAGAGA 
CACAAGAATA AAGCAGAAAC CAGGAAGAGA AAAATAGAAT CTCTACGCCC TATGTACAAG 
GCCAAGAGAC ATCGAAGTAA TGCACTGAAA GATTTAGCAA TGGTGGAATG A

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

UTP20 ( XM_030262505.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030118365.1 Taeniopygia guttata UTP20 small subunit processome component (UTP20), mRNA.

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CloneID	OTd33106
Clone ID Related Accession (Same CDS sequence)	XM_030262505.1
Accession Version	XM_030262505.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8391bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
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_044212.1) 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 :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGAGCA AACCCACGGC CCACAAGTCG GGCAACACGC ACCGGTTTCT TACCTTTTCG 
GAGCGCCTAA GCAACATTAA TATTGATATT ATTCATCGAA TTGACAGAAC TGGGAGCTAT 
GCTGAGGAGG TTGAAACCTA CTTTTTCGAA GGACTGCGGA AATGGAAGGA ACTGAACCTC 
ACTCGGCATT TTGTGCAGTT CTATAATGAA GTGGCCAACA AATGCCAGTC CTTCAACCAG 
CTGGTTTATT ACCAAAGTGC TATTGTACAG AGCTTGAAGA CACATTTGCA AGTCGAAGGC 
AGTCTTGCTT ACCAACCCCT ATTAAATCTA GTGGTGCAGT TGGCTCGAGA TCTTCAGGCT 
GACTTCTATC CTCACTTTCA TGACTTTTTC CTGGCCATCA CCAAGTTATT GGATACACAG 
GACACGGAGC TGTTAGAATG GGCTTTTACC TCTCTTTCCT ATCTCTACAA GTACTTGTGG 
AGATTGATGG TGAAAGACAT ACACAACATA TACAGCCTGT ACAGCACCCT GCTGGCTCAC 
CACAAACTGC ACATCAGAAA CTTTGCTGCT GAAAGTTTTG TATTTCTAAT GAGAAAGGTT 
TCTGATAAAA ATGAACTCTT CAATTTAATG CTCCGTGACC TGGGAGAGCA CCCTGAAAAG 
GTGGAAGGTG TAGGACAGCT GCTTTTTGAG ATGTGCAAGG GTGTTCGAAA CATGTTCCAC 
TCTTGTGCAG AAACGGCTAT GAAGTTAATT CTGATGAAGC TGGGGCCTAT GACTGAAGAA 
GAAATTGAGC TACCATGGGT AGCTGTTGGA GAAGCCTTCA AGCAAATGAT CAGATCAGCT 
GCAGTGCATA TCCATAAGGA GCATTTTGAC ATTGTCTTCA AGTGCCTGGA GGAGTCACTC 
CTAGATTTGC AGAGGAAAAT AACAGAGGTC AACTGCACTG TGGCTTCAGA GCAAATGGAA 
AGGATTCTGC AAGCTTATCT GATCTTAGTG GAACATGCAA ATGGATCTAA AATCTCACTG 
CCTGAAGATG TCTGTCAGGT TTTAATAAAA ATGTTACAGA CACCATATCT CTCATCATCT 
TGCTGCAAGA TGCTGCTGAA TGCCATTTCT GCATTCCTGC TGGCGGAAAA TGTTTTGTTG 
CCAGATTCTT TGACCAAGGA AACTATTCAG AAGGTATTTG CAAGTAGATT TGAACGGCAT 
TTTCTTTTGG ACTTCTCTGA AGCAATGTTC ACAATGAAGC AATTTGAGAG GCATTTTCTC 
CCATGCTTTC TAGAATACAT TGAACATTGC TTCTCTGGCA CAGATGCCAT CACAAAGGAT 
GAGGCTGTGG CAATTCTGGC TAAACTCATT TTGGTGAAAG CAGAGCCTCC TACCATTGGT 
TCAATGGCAT TTGAAAAGTA TCCACTTGTT TTCACTGAAG CATCTGTCAG CTCTAATACA 
AGGCAACAAA CAAGTAAAAG ACAAGGAGAA AAGGCAGTAG TACCAGTGTT GGATCATGTA 
CTGTCTTTAA TGCATTTACC AAACAAGGAG GACATCACTG ACCTTTCACA GGCTTGGGTT 
GCTTTGGTTG TACTGCCACA TATTAGACCA ATGAACAAAG ACCACATTCT GCCTCATGTG 
ACGAGTTTTA TAGACTCTCT CTTCACAGCC ATTGACAAAG GAAGCCTCTG CAAAGGAAAC 
CTATTTGTGG CCTGCCAAGC TGTAAGTACT CTACTTAGTT TGGTGGAATC TGCTGAAGTA 
CTCCATTTGT TACCTGTGGA GCGTGTCAAG AGCTTGGTGA CCACTTTCCC TTCAGACCCC 
TCTGCATTGC TGTTGGCTGA TCTCTATTAC ACGAGGCTGG CATTGTGTGG CTGCCAGGAA 
CCCCTTTCCC AAGGGAACCT AATGGATTTG TTTGAGAAGT TGCATCCTAA TATTTCCACT 
GGTGTTTCCA AGGTCCGGCT GTTGACGGTT CGAATTCTAA GCCATTTTGA TAATCCACCT 
TCTGCACAGA TTGAGGGTGA TGGCACAGGG GAATTCCAGC CATTATTTGC CATATTGCTC 
CAAGCAGAAC TTGTGCCAGC AACAGTGAAT GATTACAGAG AGAAACTTCT CCATTTAAGG 
AAACTAAGAT GTGACATAGT GCAGCCTGCA ATACCAAGTG GATCTTTGCA GGAGGTGCCT 
CTTCGATATT TACTAGGAAT GCTTTATATC AACTTCAGCC CTCTCTGGGA TCCTGTAATT 
GAACTCATAA CTTCTCATGC AAAGGAAATG GAGAATAAAC AGTTCTGGAA GGTCCTGTAT 
GAACATTTGG AGAGGGCTGC TAGCTATGCT GAAATGGAGC TACAAGATGA ATTAGATGAA 
CAGGAGGAGA GCATAGGTGA AGCAGAAAGT GAGAAGATAC CAGAAGGAGA TGTGGGGACT 
GTCTTTCTGG AGCAGCTGAG GAGTAGAACA GATTGCAGTG AACGGCTGGA CCACACAAAT 
TACCGTTTCC TACTTTGGAA AGCACTGGAT AAGTTTCCAG ACAGAGTGGA ACCTCGGTCG 
AGGGAACTTT CCCCGCTTCT TTTGAGATTC ATTCGAAATG AGTACTACCC AGCAGATTCC 
TTAGTGGCTC CATCTCAGGA TCTCAGAAGG AAAATTAGTG GTACCATAGC AGCAAAACAG 
ATACCCGCTG AAGAGGTGAA TGATGTTGCT ATGGAGGAGG AGGAGGAGGA GGAAGAAGAA 
GAAAAGGAAG AAAGGGAACC ATTTAGTATA GGAGTACTGA AAAAGAAAAC AAGAAGAGCT 
GCTGCTAAGC AACTAATAGC GCATTTACAA GTTTTCTCAA AATTCTCAAA TCCTCGTGCA 
TTGTATCTGG AACAGAAGTT ACATGCCTTG TATACCCAGT TACTGTCTCA TCAAGACCAG 
AATGTACAGA GAATAGCCCT TGACTGTATG ATGACATACA AGCATCCTCA TCTACTGCCT 
TACAGGGAGA ACTTGCAAAG GCTACTGGAG GACAAGAGCT TTAAAGAAGA GATAGTCCAT 
TTCAGTATTT CTGAGGAGAC CACAGTAGTA AAAACAGAGC ATCGACCAGA TCTCATCCCT 
GTTCTTATGA GAATTCTCTA TGGCAGAATG AGAAACAAAA CAGGGAGCAA AACACAGGGC 
AAGTCTTCAG CGAGCACTCG CATGTCGATC GTTCTGCGAT TTCTGGCCGG CTCGCTGCCA 
GAAGAGATAC GGATGTTCTT GGATCTACTC TTTGAAGCTG TGAAGCAATT CAGTAATGGG 
CCTTGCCAGA CTGCAGTCCT TCAAAGTATG TCAGAGCTGG ATTTAGCTAA AGTCCTGCCT 
CTTGGGCGTC AGCATAGCCT CTTCAATGGT CTTGAAGTTG TGTTGAAAAA CATGGGACAT 
TTGATCCAGC AGTACCTGCC TGAAATTCTA CAGATTCTAC TCTGCATGAC TGCTGTGGTA 
TCCTGCATCC TCCAGCAAAG AGAGAAGGTC CAACCTAGGT TGATTAATCC ACTGAAGAAT 
TTGAGACGTC TTGGTCTCAA GCTTGTGGCA GAGTTTTTTT CTGATTATGA GACCTACAGC 
TTTAGTGCGG AAGAGATTGA TGCAGTTTTC CATGCTGTGG TATGGCCTCA GGTCTGCAGA 
CTGGCTTCAG AGAGTCAGTA TTCTCCAACT TTTCTGCTCA AACTCATTCA CACCTGGAGT 
AAGAACCCCA GGTATTTCCC TTTGCTGGCC AAGCAGCAGC CAGATCATCC AGAGAGTGAT 
ATACTGACAA ATGTTTTTGC TGTGCTGTCA GCCAAGAATC TGTCTGAGGC CACATCCAGC 
CTTGTGATGG ACATTGCTGA TAGCCTTCTC AACAGCCCAG ATTTTGAACC CACGGAGCAG 
GTTTCCAGTC TCAACGTGAC TGACTGTGTT GTCACGGCCA CTGGAGATGT GACAGAAGAG 
CCCCTCAGCT TAGGTTGCCG GTTGGTCCTG CCCCATGTTC CTGCCATACT TCAGTACTTC 
AGCAAAACAA TGTTAAGTGT GGAGAAGGTG AAAAAGAAGA AGTATAGAGC TCAAGTCAGC 
AAAGAGCTGA GTATACTTTC CAAGATCAGC AAATTCATAC AAGAAAAGAG TCAGAATTCA 
GTGCTTGTGA GCCTTCTCCT CCCTTTCCTT TATCAGACTA ACATGGAGCA GGGTACGCAA 
ATTGACATTC TGGAGACAGT GCAGAACTTG CTGAGGCATT GCTCAAACCC TACAAGCTTT 
CTCAAACCAC TGGCAAAGCT TTTTTCTGTC ATCCAGAACA AACTGTCTCG AAATAAGTTG 
TGCTTGGTAT TTCAGACTTT ATCTGACTTG GATGCTAAGT TGAAGTATAT TACTGATGTT 
GTTAAGCTGA ATGCCTTTGA TCAGCGACAT CTGGATGATA TTGACTTCGA TGTGCGTCTG 
TCAGCATTTC AGTCAATCAC AGCCCACATC AAGGAAATGC AAACAGTGGA TACTGACTTC 
CTCATCCCTG TCATGCACAA CTGCTTCTAT ACCATCCAGC TCGGGGATAT GGCTCTTAGT 
GACAACGCAA GCCTTTGTTT GACCAGTTTC ATCCACCAAC TGGCAGAAAT CAGCCACACA 
GAAGAGGAGT ACAAGGAGCT AATCCAGCAC ACTCTCCTGG AGTCTGTGAG AAGGGGTCTG 
AGGAGTAAGA CTGAGAGCAT CCAGCAGGAC TACACATCAC TGCTTTCCTG CCTCATTCAG 
ACATTCCCAA CAAATCCCGA ATTCCAGGAT TTGGTCCAGC TGACCAACCG CCATGATCCT 
GACATGGACT TCTTTGAGAA CATGAAACAC ATGCAGATTC ACAGGAGGGC ACGAGCTCTG 
AGGAAACTGG CAAAGCAGCT CACTGAAGAA AAGCTTGTGC TGTCTTCTAA ATCCCTCCAG 
AACTACATCA TGCCTTATGC TACAACTGCC ATTTTCAGTG AAAAAATGCT TAAGTATGAA 
AATATGGTAA CAGCCTCAGT TGAAGTTGTT GGAGCTGTCT GCCGACATCT TTCATGGTCA 
GCATATTTGT ACCACTTAAA GCATTTCATC CATGTCTTGC AAACAGGACA GATCAGTACG 
AAGCTGGGAG TCAGCTTGTT AGAGATAGTG CTGGAAGCCT TTCACTTTGA CCATAAAACA 
CTTGAAAAGC AGCTTATGAC CATTGACAAT CAAGAAGCTG CTGCCATGGA CCTTGAGCCA 
GTGGTGGAGG CTGAAGAAAC CATGGAGCTG GAGCAGAGTG AAGGGGAAGA GGAGGAAGTT 
GAAGAAAAGA ATGGGAAGAA TCTCTCTGAG AAGCCAGTAG AACCTGAGCA AGCAGCTGAG 
CCAACTGAAA ATGCTGAACA AGTGCCCAAA CCTGTTTCGT TCTTACCCCG AAATAAAGAG 
GAGCTTCAGT GTCTGATCAA ACACATTCAA GAAACAGTTA CAGTCAACAT CTTGCCTAAA 
TTGCACAGGT GTATTGTTGC AAAGGTTAAA AGAGACGAGG AGCACAAGCT TGTGAAATCC 
AATGTTGTGA ATGATGATGA GGTAGTTCGT GTTCCATTAG CTTTTGCAAT GGTCAGAATG 
ATGCAGTGTC TTCCCCAGGA AGTGATGGAA GCTAACCTAC CAAGCATCCT ACTGAAAGTC 
TGCACATTCC TGAGAAACAG ATTTCAGGAA ATACGGGACA TTGCCCGTAA CACCCTCATT 
AAAATCATGG AAGTGTTGGG AGTGCACTAC CTTCTGTATA TCTTAAAGGA GATGCGGTCT 
GCGCTCATCC ATGGCTACCA GCTCCATGTG CTGACTTTCA CTGTGAACCT GTTACTGAAG 
GGCCTTACTA CCAGGCTCAG TGCTGGTGAT TTGGACCCCT GCTTAGATAT CCTGATTGAG 
ATTTTCAACC AAGAATTGTT TGGGAATGTA GCTGAAGAGA AAGAAGTGAA GGGAATTGTC 
TCCAAGATCA TGGAAGCACG CAAAAACAAG AGTTATGATT CCTATGAAAT TCTTGGGAAG 
TTCATAGGAA GGAGCCAGGT GACAAAACTT ATTCTGCCAC TGAAGGAGGT TCTGGAGAGC 
ACTACAAGCT TGAAGATAGT CCGGAAGGTG CATGAGGCAC TGCGTCACAT CATGGCAGGG 
CTGATCTTCA ACTCAGACAT GAATGCAGAA TCCCTCCTCC TCCTCAGTCA TGGTCTCATC 
AGTGAAAATT TGCCTCTGCT CACTGAGAAA GCCAAGAAAA AAGCTGCCCC TCCTCCAGAT 
CCTCGTCTGC AACCGGAGAG CTGCCTGCTA CTCCAGCCCA CTCCCACAAG AGGAGGGCAG 
AAAGCACGTG TCAGCAGCAG GACTAACACA TATATCCTGG TTGATTCAGG ACTTCGGCTA 
CTGCACATGA GCCTGAAGAG ATCCAAAGTA AATTCCTCTG AAGAACATGC TTTGGAAATG 
TTAGACCCTT TTGTTCAGCT GCTTATAGAC TGCCTGAAAT CTATGGATGT CAAGGTGATA 
ACTGGTGCTC TGCAGTCCTT GGTATGGATT TTAAAGTTCC CTTTGCCTTC TGTCAGTACG 
AATATGGAGT CACTGATCAA GCAGCTTTTC CTCTTGCTGA AAGAGTTTGC CAAGACAGGA 
ATAGCCAAAG GCCAGAATTT CCACCTGGTT GTGAGCTGTT TCAAATGTGT AACAATACTT 
GTGAAGAATG CAAAGAGTCA GATAACAAGC AAACAGCTCC AAGTGTTGCT TGGCTTTGCT 
GAAGAAGACA TTTATGATTC ATCACGCCAA GCTACTGCCT TTGGCCTTCT CAAGGCTATT 
TTATCCAGGA AGCTGATTGT CCCTGAAATT GATGATGTGC TGCAGAAGGT TGCCCAGCTA 
GCCATCACAG GTCAGAGTGA GCCAGTGCGA GTCCAGTGCA GGCAGATTTA CTTAAAATAC 
CTTCTGGATT ACCCTCTTGG TGACAAACTG AAACCCAATT TGGATTTCAT GCTCGCACAG 
CTGGAGTATG AGTATGAAAC TGGGAGGGAA TCTGCACTGG AGATGATTGC GTACCTCCTC 
GACATGTTCC CACAGGATCT CCTGCACAAA CACTGTGGGC TATTTTTTCT CTCTCTTTGT 
ATGATGATGA TAAATGATGA CTCAGCTAAA TGCAAAAAGA TGGCGGCTTT GACATGTAAA 
TCTCTTCTCC GTAAGATCAG CAGTGAAAAA CAAGATCTGA TGTTTTCGCT GGTCACACAA 
TGGTTTCACA GCAAAAAGAG CTCACACAGG AGGCTGGCTG CCCAGGCATG TGGTTTGTTT 
GTTGAAGTGG AAGGAGTAAT GTTTGAACGG CGGCTTGCAG CAGTCCTCAC TTTGATTGAA 
AAAGAAATTA ACCCAAGTAA ATTTGAAAAT ATAACTGAAG AAGAAGAGGA GAAGGCTGCA 
GATAGGCTTC TATTCAGCTT TCTTGTGCTG GTAAAAAAGC TAATCACAGA GTGCAACTTG 
ATTCAGTTAA CCAGGAACAG TGATGTTGTG AGCAGTATTT GGGATCATGT CCAGTCTCAC 
CTGTGGTATC CTCATAGCTG GGTCTGGCTG ACAGCCACGG AGATCTTTGG TTTGTTGTTT 
GCATCTTATA AGCCAGAAGA TCTTGTCAAC AAATGGAAGG AAAGAAAGTC AGGGAAGAGA 
AAAAAGACAC CAGCAGAGCT GTCTGCATCC ATAGTCTTCT TGACTGCTGA ACTGGACAAA 
AAGATGAAGG AACTCGCATT TGCATTCTGC CATCAGCTGC AGTCCAAGTT CCTGGACATG 
TCTCTGAGTG AGCAGGTTAT AAAGAATTTA CTTTTTGTGG CCAAAGTTGT TTACTTGCTA 
GCCCCTGCCT CAGAAGAAGG TAAAGAAGCA GATGGAGAAC TCAGGTGTGA AGTGGAAGAG 
CAGGAGGTCT CAGAGGATGA GAGACATACT TCTGCTCAAG GAGAGGAAGA AAGAGAGGAC 
ACACAAGAGA AAGGCCAGCC AGCCACACTG CTGTGGTTAA TGAAGAAGCT TTCTGTCATG 
GTGAAGAGAG AAGCAGCATA TTCCCCTAAG GTCCCTTTAA AGAGAAGCTG CATCTTTAAG 
TTCCTGGGAG CAATCTCAGT GGATCTGGGG CAAGACAGGA TCAAGCCCTA CCTTCCAACA 
ATTCTCGCTC CTCTGTACAG GGAGCTGAAC AGCAACTATG CAGAGCAAGA TCCAACACTA 
AAGAACCTTT CCCAAGAAAT CATAGAACTT CTTAAGAAGT TAGTGGGGCT GGAGGCCTTT 
TCGCTGGCCT TTTCTGCTGT GCAAAAACAG GCCAACCAGA AAAGAGCAAT GAGGAAAAAG 
CAGAGGGCTT TGCAGACTGT AGCAAATCCT GACATTGCTG CAAGGAGGAA GCTGAAGAGA 
CACAAGAATA AAGCAGAAAC CAGGAAGAGA AAAATAGAAT CTCTACGCCC TATGTACAAG 
GCCAAGAGAC ATCGAAGTAA TGCACTGAAA GATTTAGCAA TGGTGGAATG A

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

RefSeq	XP_030118365.1
CDS	88..8478
Translation	MKSKPTAHKSGNTHRFLTFSERLSNINIDIIHRIDRTGSYAEEVETYFFEGLRKWKELNLTRHFVQFYNEVANKCQSFNQLVYYQSAIVQSLKTHLQVEGSLAYQPLLNLVVQLARDLQADFYPHFHDFFLAITKLLDTQDTELLEWAFTSLSYLYKYLWRLMVKDIHNIYSLYSTLLAHHKLHIRNFAAESFVFLMRKVSDKNELFNLMLRDLGEHPEKVEGVGQLLFEMCKGVRNMFHSCAETAMKLILMKLGPMTEEEIELPWVAVGEAFKQMIRSAAVHIHKEHFDIVFKCLEESLLDLQRKITEVNCTVASEQMERILQAYLILVEHANGSKISLPEDVCQVLIKMLQTPYLSSSCCKMLLNAISAFLLAENVLLPDSLTKETIQKVFASRFERHFLLDFSEAMFTMKQFERHFLPCFLEYIEHCFSGTDAITKDEAVAILAKLILVKAEPPTIGSMAFEKYPLVFTEASVSSNTRQQTSKRQGEKAVVPVLDHVLSLMHLPNKEDITDLSQAWVALVVLPHIRPMNKDHILPHVTSFIDSLFTAIDKGSLCKGNLFVACQAVSTLLSLVESAEVLHLLPVERVKSLVTTFPSDPSALLLADLYYTRLALCGCQEPLSQGNLMDLFEKLHPNISTGVSKVRLLTVRILSHFDNPPSAQIEGDGTGEFQPLFAILLQAELVPATVNDYREKLLHLRKLRCDIVQPAIPSGSLQEVPLRYLLGMLYINFSPLWDPVIELITSHAKEMENKQFWKVLYEHLERAASYAEMELQDELDEQEESIGEAESEKIPEGDVGTVFLEQLRSRTDCSERLDHTNYRFLLWKALDKFPDRVEPRSRELSPLLLRFIRNEYYPADSLVAPSQDLRRKISGTIAAKQIPAEEVNDVAMEEEEEEEEEEKEEREPFSIGVLKKKTRRAAAKQLIAHLQVFSKFSNPRALYLEQKLHALYTQLLSHQDQNVQRIALDCMMTYKHPHLLPYRENLQRLLEDKSFKEEIVHFSISEETTVVKTEHRPDLIPVLMRILYGRMRNKTGSKTQGKSSASTRMSIVLRFLAGSLPEEIRMFLDLLFEAVKQFSNGPCQTAVLQSMSELDLAKVLPLGRQHSLFNGLEVVLKNMGHLIQQYLPEILQILLCMTAVVSCILQQREKVQPRLINPLKNLRRLGLKLVAEFFSDYETYSFSAEEIDAVFHAVVWPQVCRLASESQYSPTFLLKLIHTWSKNPRYFPLLAKQQPDHPESDILTNVFAVLSAKNLSEATSSLVMDIADSLLNSPDFEPTEQVSSLNVTDCVVTATGDVTEEPLSLGCRLVLPHVPAILQYFSKTMLSVEKVKKKKYRAQVSKELSILSKISKFIQEKSQNSVLVSLLLPFLYQTNMEQGTQIDILETVQNLLRHCSNPTSFLKPLAKLFSVIQNKLSRNKLCLVFQTLSDLDAKLKYITDVVKLNAFDQRHLDDIDFDVRLSAFQSITAHIKEMQTVDTDFLIPVMHNCFYTIQLGDMALSDNASLCLTSFIHQLAEISHTEEEYKELIQHTLLESVRRGLRSKTESIQQDYTSLLSCLIQTFPTNPEFQDLVQLTNRHDPDMDFFENMKHMQIHRRARALRKLAKQLTEEKLVLSSKSLQNYIMPYATTAIFSEKMLKYENMVTASVEVVGAVCRHLSWSAYLYHLKHFIHVLQTGQISTKLGVSLLEIVLEAFHFDHKTLEKQLMTIDNQEAAAMDLEPVVEAEETMELEQSEGEEEEVEEKNGKNLSEKPVEPEQAAEPTENAEQVPKPVSFLPRNKEELQCLIKHIQETVTVNILPKLHRCIVAKVKRDEEHKLVKSNVVNDDEVVRVPLAFAMVRMMQCLPQEVMEANLPSILLKVCTFLRNRFQEIRDIARNTLIKIMEVLGVHYLLYILKEMRSALIHGYQLHVLTFTVNLLLKGLTTRLSAGDLDPCLDILIEIFNQELFGNVAEEKEVKGIVSKIMEARKNKSYDSYEILGKFIGRSQVTKLILPLKEVLESTTSLKIVRKVHEALRHIMAGLIFNSDMNAESLLLLSHGLISENLPLLTEKAKKKAAPPPDPRLQPESCLLLQPTPTRGGQKARVSSRTNTYILVDSGLRLLHMSLKRSKVNSSEEHALEMLDPFVQLLIDCLKSMDVKVITGALQSLVWILKFPLPSVSTNMESLIKQLFLLLKEFAKTGIAKGQNFHLVVSCFKCVTILVKNAKSQITSKQLQVLLGFAEEDIYDSSRQATAFGLLKAILSRKLIVPEIDDVLQKVAQLAITGQSEPVRVQCRQIYLKYLLDYPLGDKLKPNLDFMLAQLEYEYETGRESALEMIAYLLDMFPQDLLHKHCGLFFLSLCMMMINDDSAKCKKMAALTCKSLLRKISSEKQDLMFSLVTQWFHSKKSSHRRLAAQACGLFVEVEGVMFERRLAAVLTLIEKEINPSKFENITEEEEEKAADRLLFSFLVLVKKLITECNLIQLTRNSDVVSSIWDHVQSHLWYPHSWVWLTATEIFGLLFASYKPEDLVNKWKERKSGKRKKTPAELSASIVFLTAELDKKMKELAFAFCHQLQSKFLDMSLSEQVIKNLLFVAKVVYLLAPASEEGKEADGELRCEVEEQEVSEDERHTSAQGEEEREDTQEKGQPATLLWLMKKLSVMVKREAAYSPKVPLKRSCIFKFLGAISVDLGQDRIKPYLPTILAPLYRELNSNYAEQDPTLKNLSQEIIELLKKLVGLEAFSLAFSAVQKQANQKRAMRKKQRALQTVANPDIAARRKLKRHKNKAETRKRKIESLRPMYKAKRHRSNALKDLAMVE

Target ORF information:

RefSeq Version	XM_030262505.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata 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_030262505.1

ORF Insert Sequence:

ATGAAGAGCA AACCCACGGC CCACAAGTCG GGCAACACGC ACCGGTTTCT TACCTTTTCG 
GAGCGCCTAA GCAACATTAA TATTGATATT ATTCATCGAA TTGACAGAAC TGGGAGCTAT 
GCTGAGGAGG TTGAAACCTA CTTTTTCGAA GGACTGCGGA AATGGAAGGA ACTGAACCTC 
ACTCGGCATT TTGTGCAGTT CTATAATGAA GTGGCCAACA AATGCCAGTC CTTCAACCAG 
CTGGTTTATT ACCAAAGTGC TATTGTACAG AGCTTGAAGA CACATTTGCA AGTCGAAGGC 
AGTCTTGCTT ACCAACCCCT ATTAAATCTA GTGGTGCAGT TGGCTCGAGA TCTTCAGGCT 
GACTTCTATC CTCACTTTCA TGACTTTTTC CTGGCCATCA CCAAGTTATT GGATACACAG 
GACACGGAGC TGTTAGAATG GGCTTTTACC TCTCTTTCCT ATCTCTACAA GTACTTGTGG 
AGATTGATGG TGAAAGACAT ACACAACATA TACAGCCTGT ACAGCACCCT GCTGGCTCAC 
CACAAACTGC ACATCAGAAA CTTTGCTGCT GAAAGTTTTG TATTTCTAAT GAGAAAGGTT 
TCTGATAAAA ATGAACTCTT CAATTTAATG CTCCGTGACC TGGGAGAGCA CCCTGAAAAG 
GTGGAAGGTG TAGGACAGCT GCTTTTTGAG ATGTGCAAGG GTGTTCGAAA CATGTTCCAC 
TCTTGTGCAG AAACGGCTAT GAAGTTAATT CTGATGAAGC TGGGGCCTAT GACTGAAGAA 
GAAATTGAGC TACCATGGGT AGCTGTTGGA GAAGCCTTCA AGCAAATGAT CAGATCAGCT 
GCAGTGCATA TCCATAAGGA GCATTTTGAC ATTGTCTTCA AGTGCCTGGA GGAGTCACTC 
CTAGATTTGC AGAGGAAAAT AACAGAGGTC AACTGCACTG TGGCTTCAGA GCAAATGGAA 
AGGATTCTGC AAGCTTATCT GATCTTAGTG GAACATGCAA ATGGATCTAA AATCTCACTG 
CCTGAAGATG TCTGTCAGGT TTTAATAAAA ATGTTACAGA CACCATATCT CTCATCATCT 
TGCTGCAAGA TGCTGCTGAA TGCCATTTCT GCATTCCTGC TGGCGGAAAA TGTTTTGTTG 
CCAGATTCTT TGACCAAGGA AACTATTCAG AAGGTATTTG CAAGTAGATT TGAACGGCAT 
TTTCTTTTGG ACTTCTCTGA AGCAATGTTC ACAATGAAGC AATTTGAGAG GCATTTTCTC 
CCATGCTTTC TAGAATACAT TGAACATTGC TTCTCTGGCA CAGATGCCAT CACAAAGGAT 
GAGGCTGTGG CAATTCTGGC TAAACTCATT TTGGTGAAAG CAGAGCCTCC TACCATTGGT 
TCAATGGCAT TTGAAAAGTA TCCACTTGTT TTCACTGAAG CATCTGTCAG CTCTAATACA 
AGGCAACAAA CAAGTAAAAG ACAAGGAGAA AAGGCAGTAG TACCAGTGTT GGATCATGTA 
CTGTCTTTAA TGCATTTACC AAACAAGGAG GACATCACTG ACCTTTCACA GGCTTGGGTT 
GCTTTGGTTG TACTGCCACA TATTAGACCA ATGAACAAAG ACCACATTCT GCCTCATGTG 
ACGAGTTTTA TAGACTCTCT CTTCACAGCC ATTGACAAAG GAAGCCTCTG CAAAGGAAAC 
CTATTTGTGG CCTGCCAAGC TGTAAGTACT CTACTTAGTT TGGTGGAATC TGCTGAAGTA 
CTCCATTTGT TACCTGTGGA GCGTGTCAAG AGCTTGGTGA CCACTTTCCC TTCAGACCCC 
TCTGCATTGC TGTTGGCTGA TCTCTATTAC ACGAGGCTGG CATTGTGTGG CTGCCAGGAA 
CCCCTTTCCC AAGGGAACCT AATGGATTTG TTTGAGAAGT TGCATCCTAA TATTTCCACT 
GGTGTTTCCA AGGTCCGGCT GTTGACGGTT CGAATTCTAA GCCATTTTGA TAATCCACCT 
TCTGCACAGA TTGAGGGTGA TGGCACAGGG GAATTCCAGC CATTATTTGC CATATTGCTC 
CAAGCAGAAC TTGTGCCAGC AACAGTGAAT GATTACAGAG AGAAACTTCT CCATTTAAGG 
AAACTAAGAT GTGACATAGT GCAGCCTGCA ATACCAAGTG GATCTTTGCA GGAGGTGCCT 
CTTCGATATT TACTAGGAAT GCTTTATATC AACTTCAGCC CTCTCTGGGA TCCTGTAATT 
GAACTCATAA CTTCTCATGC AAAGGAAATG GAGAATAAAC AGTTCTGGAA GGTCCTGTAT 
GAACATTTGG AGAGGGCTGC TAGCTATGCT GAAATGGAGC TACAAGATGA ATTAGATGAA 
CAGGAGGAGA GCATAGGTGA AGCAGAAAGT GAGAAGATAC CAGAAGGAGA TGTGGGGACT 
GTCTTTCTGG AGCAGCTGAG GAGTAGAACA GATTGCAGTG AACGGCTGGA CCACACAAAT 
TACCGTTTCC TACTTTGGAA AGCACTGGAT AAGTTTCCAG ACAGAGTGGA ACCTCGGTCG 
AGGGAACTTT CCCCGCTTCT TTTGAGATTC ATTCGAAATG AGTACTACCC AGCAGATTCC 
TTAGTGGCTC CATCTCAGGA TCTCAGAAGG AAAATTAGTG GTACCATAGC AGCAAAACAG 
ATACCCGCTG AAGAGGTGAA TGATGTTGCT ATGGAGGAGG AGGAGGAGGA GGAAGAAGAA 
GAAAAGGAAG AAAGGGAACC ATTTAGTATA GGAGTACTGA AAAAGAAAAC AAGAAGAGCT 
GCTGCTAAGC AACTAATAGC GCATTTACAA GTTTTCTCAA AATTCTCAAA TCCTCGTGCA 
TTGTATCTGG AACAGAAGTT ACATGCCTTG TATACCCAGT TACTGTCTCA TCAAGACCAG 
AATGTACAGA GAATAGCCCT TGACTGTATG ATGACATACA AGCATCCTCA TCTACTGCCT 
TACAGGGAGA ACTTGCAAAG GCTACTGGAG GACAAGAGCT TTAAAGAAGA GATAGTCCAT 
TTCAGTATTT CTGAGGAGAC CACAGTAGTA AAAACAGAGC ATCGACCAGA TCTCATCCCT 
GTTCTTATGA GAATTCTCTA TGGCAGAATG AGAAACAAAA CAGGGAGCAA AACACAGGGC 
AAGTCTTCAG CGAGCACTCG CATGTCGATC GTTCTGCGAT TTCTGGCCGG CTCGCTGCCA 
GAAGAGATAC GGATGTTCTT GGATCTACTC TTTGAAGCTG TGAAGCAATT CAGTAATGGG 
CCTTGCCAGA CTGCAGTCCT TCAAAGTATG TCAGAGCTGG ATTTAGCTAA AGTCCTGCCT 
CTTGGGCGTC AGCATAGCCT CTTCAATGGT CTTGAAGTTG TGTTGAAAAA CATGGGACAT 
TTGATCCAGC AGTACCTGCC TGAAATTCTA CAGATTCTAC TCTGCATGAC TGCTGTGGTA 
TCCTGCATCC TCCAGCAAAG AGAGAAGGTC CAACCTAGGT TGATTAATCC ACTGAAGAAT 
TTGAGACGTC TTGGTCTCAA GCTTGTGGCA GAGTTTTTTT CTGATTATGA GACCTACAGC 
TTTAGTGCGG AAGAGATTGA TGCAGTTTTC CATGCTGTGG TATGGCCTCA GGTCTGCAGA 
CTGGCTTCAG AGAGTCAGTA TTCTCCAACT TTTCTGCTCA AACTCATTCA CACCTGGAGT 
AAGAACCCCA GGTATTTCCC TTTGCTGGCC AAGCAGCAGC CAGATCATCC AGAGAGTGAT 
ATACTGACAA ATGTTTTTGC TGTGCTGTCA GCCAAGAATC TGTCTGAGGC CACATCCAGC 
CTTGTGATGG ACATTGCTGA TAGCCTTCTC AACAGCCCAG ATTTTGAACC CACGGAGCAG 
GTTTCCAGTC TCAACGTGAC TGACTGTGTT GTCACGGCCA CTGGAGATGT GACAGAAGAG 
CCCCTCAGCT TAGGTTGCCG GTTGGTCCTG CCCCATGTTC CTGCCATACT TCAGTACTTC 
AGCAAAACAA TGTTAAGTGT GGAGAAGGTG AAAAAGAAGA AGTATAGAGC TCAAGTCAGC 
AAAGAGCTGA GTATACTTTC CAAGATCAGC AAATTCATAC AAGAAAAGAG TCAGAATTCA 
GTGCTTGTGA GCCTTCTCCT CCCTTTCCTT TATCAGACTA ACATGGAGCA GGGTACGCAA 
ATTGACATTC TGGAGACAGT GCAGAACTTG CTGAGGCATT GCTCAAACCC TACAAGCTTT 
CTCAAACCAC TGGCAAAGCT TTTTTCTGTC ATCCAGAACA AACTGTCTCG AAATAAGTTG 
TGCTTGGTAT TTCAGACTTT ATCTGACTTG GATGCTAAGT TGAAGTATAT TACTGATGTT 
GTTAAGCTGA ATGCCTTTGA TCAGCGACAT CTGGATGATA TTGACTTCGA TGTGCGTCTG 
TCAGCATTTC AGTCAATCAC AGCCCACATC AAGGAAATGC AAACAGTGGA TACTGACTTC 
CTCATCCCTG TCATGCACAA CTGCTTCTAT ACCATCCAGC TCGGGGATAT GGCTCTTAGT 
GACAACGCAA GCCTTTGTTT GACCAGTTTC ATCCACCAAC TGGCAGAAAT CAGCCACACA 
GAAGAGGAGT ACAAGGAGCT AATCCAGCAC ACTCTCCTGG AGTCTGTGAG AAGGGGTCTG 
AGGAGTAAGA CTGAGAGCAT CCAGCAGGAC TACACATCAC TGCTTTCCTG CCTCATTCAG 
ACATTCCCAA CAAATCCCGA ATTCCAGGAT TTGGTCCAGC TGACCAACCG CCATGATCCT 
GACATGGACT TCTTTGAGAA CATGAAACAC ATGCAGATTC ACAGGAGGGC ACGAGCTCTG 
AGGAAACTGG CAAAGCAGCT CACTGAAGAA AAGCTTGTGC TGTCTTCTAA ATCCCTCCAG 
AACTACATCA TGCCTTATGC TACAACTGCC ATTTTCAGTG AAAAAATGCT TAAGTATGAA 
AATATGGTAA CAGCCTCAGT TGAAGTTGTT GGAGCTGTCT GCCGACATCT TTCATGGTCA 
GCATATTTGT ACCACTTAAA GCATTTCATC CATGTCTTGC AAACAGGACA GATCAGTACG 
AAGCTGGGAG TCAGCTTGTT AGAGATAGTG CTGGAAGCCT TTCACTTTGA CCATAAAACA 
CTTGAAAAGC AGCTTATGAC CATTGACAAT CAAGAAGCTG CTGCCATGGA CCTTGAGCCA 
GTGGTGGAGG CTGAAGAAAC CATGGAGCTG GAGCAGAGTG AAGGGGAAGA GGAGGAAGTT 
GAAGAAAAGA ATGGGAAGAA TCTCTCTGAG AAGCCAGTAG AACCTGAGCA AGCAGCTGAG 
CCAACTGAAA ATGCTGAACA AGTGCCCAAA CCTGTTTCGT TCTTACCCCG AAATAAAGAG 
GAGCTTCAGT GTCTGATCAA ACACATTCAA GAAACAGTTA CAGTCAACAT CTTGCCTAAA 
TTGCACAGGT GTATTGTTGC AAAGGTTAAA AGAGACGAGG AGCACAAGCT TGTGAAATCC 
AATGTTGTGA ATGATGATGA GGTAGTTCGT GTTCCATTAG CTTTTGCAAT GGTCAGAATG 
ATGCAGTGTC TTCCCCAGGA AGTGATGGAA GCTAACCTAC CAAGCATCCT ACTGAAAGTC 
TGCACATTCC TGAGAAACAG ATTTCAGGAA ATACGGGACA TTGCCCGTAA CACCCTCATT 
AAAATCATGG AAGTGTTGGG AGTGCACTAC CTTCTGTATA TCTTAAAGGA GATGCGGTCT 
GCGCTCATCC ATGGCTACCA GCTCCATGTG CTGACTTTCA CTGTGAACCT GTTACTGAAG 
GGCCTTACTA CCAGGCTCAG TGCTGGTGAT TTGGACCCCT GCTTAGATAT CCTGATTGAG 
ATTTTCAACC AAGAATTGTT TGGGAATGTA GCTGAAGAGA AAGAAGTGAA GGGAATTGTC 
TCCAAGATCA TGGAAGCACG CAAAAACAAG AGTTATGATT CCTATGAAAT TCTTGGGAAG 
TTCATAGGAA GGAGCCAGGT GACAAAACTT ATTCTGCCAC TGAAGGAGGT TCTGGAGAGC 
ACTACAAGCT TGAAGATAGT CCGGAAGGTG CATGAGGCAC TGCGTCACAT CATGGCAGGG 
CTGATCTTCA ACTCAGACAT GAATGCAGAA TCCCTCCTCC TCCTCAGTCA TGGTCTCATC 
AGTGAAAATT TGCCTCTGCT CACTGAGAAA GCCAAGAAAA AAGCTGCCCC TCCTCCAGAT 
CCTCGTCTGC AACCGGAGAG CTGCCTGCTA CTCCAGCCCA CTCCCACAAG AGGAGGGCAG 
AAAGCACGTG TCAGCAGCAG GACTAACACA TATATCCTGG TTGATTCAGG ACTTCGGCTA 
CTGCACATGA GCCTGAAGAG ATCCAAAGTA AATTCCTCTG AAGAACATGC TTTGGAAATG 
TTAGACCCTT TTGTTCAGCT GCTTATAGAC TGCCTGAAAT CTATGGATGT CAAGGTGATA 
ACTGGTGCTC TGCAGTCCTT GGTATGGATT TTAAAGTTCC CTTTGCCTTC TGTCAGTACG 
AATATGGAGT CACTGATCAA GCAGCTTTTC CTCTTGCTGA AAGAGTTTGC CAAGACAGGA 
ATAGCCAAAG GCCAGAATTT CCACCTGGTT GTGAGCTGTT TCAAATGTGT AACAATACTT 
GTGAAGAATG CAAAGAGTCA GATAACAAGC AAACAGCTCC AAGTGTTGCT TGGCTTTGCT 
GAAGAAGACA TTTATGATTC ATCACGCCAA GCTACTGCCT TTGGCCTTCT CAAGGCTATT 
TTATCCAGGA AGCTGATTGT CCCTGAAATT GATGATGTGC TGCAGAAGGT TGCCCAGCTA 
GCCATCACAG GTCAGAGTGA GCCAGTGCGA GTCCAGTGCA GGCAGATTTA CTTAAAATAC 
CTTCTGGATT ACCCTCTTGG TGACAAACTG AAACCCAATT TGGATTTCAT GCTCGCACAG 
CTGGAGTATG AGTATGAAAC TGGGAGGGAA TCTGCACTGG AGATGATTGC GTACCTCCTC 
GACATGTTCC CACAGGATCT CCTGCACAAA CACTGTGGGC TATTTTTTCT CTCTCTTTGT 
ATGATGATGA TAAATGATGA CTCAGCTAAA TGCAAAAAGA TGGCGGCTTT GACATGTAAA 
TCTCTTCTCC GTAAGATCAG CAGTGAAAAA CAAGATCTGA TGTTTTCGCT GGTCACACAA 
TGGTTTCACA GCAAAAAGAG CTCACACAGG AGGCTGGCTG CCCAGGCATG TGGTTTGTTT 
GTTGAAGTGG AAGGAGTAAT GTTTGAACGG CGGCTTGCAG CAGTCCTCAC TTTGATTGAA 
AAAGAAATTA ACCCAAGTAA ATTTGAAAAT ATAACTGAAG AAGAAGAGGA GAAGGCTGCA 
GATAGGCTTC TATTCAGCTT TCTTGTGCTG GTAAAAAAGC TAATCACAGA GTGCAACTTG 
ATTCAGTTAA CCAGGAACAG TGATGTTGTG AGCAGTATTT GGGATCATGT CCAGTCTCAC 
CTGTGGTATC CTCATAGCTG GGTCTGGCTG ACAGCCACGG AGATCTTTGG TTTGTTGTTT 
GCATCTTATA AGCCAGAAGA TCTTGTCAAC AAATGGAAGG AAAGAAAGTC AGGGAAGAGA 
AAAAAGACAC CAGCAGAGCT GTCTGCATCC ATAGTCTTCT TGACTGCTGA ACTGGACAAA 
AAGATGAAGG AACTCGCATT TGCATTCTGC CATCAGCTGC AGTCCAAGTT CCTGGACATG 
TCTCTGAGTG AGCAGGTTAT AAAGAATTTA CTTTTTGTGG CCAAAGTTGT TTACTTGCTA 
GCCCCTGCCT CAGAAGAAGG TAAAGAAGCA GATGGAGAAC TCAGGTGTGA AGTGGAAGAG 
CAGGAGGTCT CAGAGGATGA GAGACATACT TCTGCTCAAG GAGAGGAAGA AAGAGAGGAC 
ACACAAGAGA AAGGCCAGCC AGCCACACTG CTGTGGTTAA TGAAGAAGCT TTCTGTCATG 
GTGAAGAGAG AAGCAGCATA TTCCCCTAAG GTCCCTTTAA AGAGAAGCTG CATCTTTAAG 
TTCCTGGGAG CAATCTCAGT GGATCTGGGG CAAGACAGGA TCAAGCCCTA CCTTCCAACA 
ATTCTCGCTC CTCTGTACAG GGAGCTGAAC AGCAACTATG CAGAGCAAGA TCCAACACTA 
AAGAACCTTT CCCAAGAAAT CATAGAACTT CTTAAGAAGT TAGTGGGGCT GGAGGCCTTT 
TCGCTGGCCT TTTCTGCTGT GCAAAAACAG GCCAACCAGA AAAGAGCAAT GAGGAAAAAG 
CAGAGGGCTT TGCAGACTGT AGCAAATCCT GACATTGCTG CAAGGAGGAA GCTGAAGAGA 
CACAAGAATA AAGCAGAAAC CAGGAAGAGA AAAATAGAAT CTCTACGCCC TATGTACAAG 
GCCAAGAGAC ATCGAAGTAA TGCACTGAAA GATTTAGCAA TGGTGGAATG A

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

PubMed

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UTP20 cDNA ORF clone, Taeniopygia guttata(zebra finch)

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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