UTP20 cDNA ORF clone, Chelonia mydas(Green sea turtle)

Gene
Clones
gRNAs

Summary

Gene Symbol	UTP20
Entrez Gene ID	102938574
Full Name	UTP20, small subunit processome component
Gene Type	protein-coding
Organism	Chelonia mydas(Green sea turtle)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007069278.1	XP_007069340.1	small subunit processome component 20 homolog
XM_027831404.1	XP_027687205.1	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
OCh361683	XM_027831404.1 Latest version!	Chelonia mydas UTP20, small subunit processome component (UTP20), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00
OCh59313	XM_007069278.1 Latest version!	Chelonia mydas UTP20, small subunit (SSU) processome component, homolog (yeast) (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)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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*Business Day

** 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_027831404.1 ) cDNA ORF clone, Chelonia mydas(Green sea turtle) -> XP_027687205.1 Chelonia mydas UTP20, small subunit processome component (UTP20), mRNA.

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CloneID	OCh361683
Clone ID Related Accession (Same CDS sequence)	XM_027831404.1
Accession Version	XM_027831404.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7746bp) 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	1548086400000
Organism	Chelonia mydas(Green sea turtle)
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_006676938.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Chelonia mydas Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAAGG ATATGGCCAA TATATATAGT TTATACAGTA CCTTGTTGGC ACACAACAAA 
CAACACATCA GAAACTTTGC TGCAGAAAGC TTCACCTTTC TAATGAGGAA GGTTTCTGAT 
AAAAATGCAC TTTTCAATGT AATGTTTCTT GACCTGGGAG AGCACCCAGA AAAAGTAGAA 
GGCGTGGGAC AGTTACTCTT TGAGATGTGC AAGGGGGTTA GGAACATGTT TCACTCCTGT 
GCAGAGAAGG CTATAAAGTT CATTCTGCTA AAGCTTGGAC CCATTACCGA GATTGAAGCT 
AAACTCCCAT GGATTATTGT TGGAGAAGCT TTCAAACATA TGGTAAAATC GGCTGCAGTG 
CATATCTACA AGGAGCATTT TGAGGTTCTT TTCAAATGTT TGGAAGAATC AGTTTTAGAA 
TTGCAGGAGA GAATAACAAA GGCCAACTGC TGTGAAATCT CAGAACAGAT TGAAAGGATA 
TTGCAAGTGT ATTTGATCCT AGCAGAACAT GCAAATGGGT CCAAAATCTC TCAACCTGAA 
GCAGTTTGTA AGACGTTAGC AAAAATGTTA CAAACATCTG ATCTCTCGGT GCTTTGCTGT 
AAGACCCTGC TTAAAACGCT TTCTGTTTTG CTGCTTGCTG ACAATGTTAT CCTGCCAGAT 
GCTGTGACCA AGGAAACCAT TGAGAAGGTA TTTGGAAGTG GCTTTGAAAG GCGCCTCCTT 
TTGGATTTCT CCAAAACAGT GTTTTCAATG AATGAGTTTG AGCAGCATTT TCTTCCATGC 
TTTCTAGAGT ACGTCGAGGA CTGCTTCTCT GGAGAAGATG TGCTAGCTAG GGATGAGGCA 
ATGGCAATTT TGGCTAAACT CATTCTGGAG AAAGCAGAAC CTCCCACTGT TGGCTCAATG 
GCTTTTGAAA AATATCCCCT TGTTTTTACA GAACCACCGA TAGGATCCAA TACAAGACAG 
AAGATGAGTA AGAGAAATGG AGAAAGGAAA CAAATGCCAG TGTTGGATCA TATTCTGTCT 
CTAATCCACT TACCAGAAAA TGAAGACATT ATTGATCTTT CACACCCTTG GGCTGCCCTT 
GTTGTACTTC CGCATGTTAG ACCAATAGAC AAGGAAAAAA TGCTGCTACC AGTTACAAGT 
TTTATAGAAT CTCTCTTCCT GGCTATTGAC AGAGGAAGGC TCCGCAAAGG AGGCTTGTAT 
GTGGCCTGCC AAGCTGTGAG CACGCTACTT AGTTTAGCAG AATCTTCTGA AATTCTCCAT 
TTGTTACCTG TGGAACGTGT GAAGAACTTG GTGAGCACCT TTCCTTCAGA CCCATCAGCC 
TTGCTACTGG CTGATCTCTA TTATACGCGG TTGGCTTTGT GTGGTTGCCA GGATCCTCTT 
TCCCATGAGA ACTTGATGGA TTTGTTTGAT AAACTGAAAG CAAATATTTC CTCCAGCATC 
TCCAAGGTCC GACTCTTGAC AATAAGGATT TTAAATCATT TTGAGGCTCA GCTTCCTACA 
TCAACCAAGG AAGATGGAAC AGGAGAGCTT CAGTCCGTGT TTGCCATATT ACTTCAAGCT 
GAACTCGTGC CAGCCAGTGT GAATGATTAT AGAGAAAAAC TTCTTCATTT AAGGAAACTG 
AGGCATGATG TGGTGCAGTC TGCAGTACCA GATGGACCTT TACATGAGGT GCCTCTTCAG 
TATTTACTGG GAATGCTCTA CATTAACTTC AGCCCTCTCT GGGATCCTGT TGTTGAGCTC 
ATAACATCTC ATGCAAACGA AATGGAGAAT AAACAGTTCT GGAAAGTCTA TTATGAGCAC 
TTGGAGAAAG CGGCTGTCTA TGCTGAGAGG GAGCTGCAAG ATGAGCTGAG TGAAGAGCAG 
GCAGGCGCTG CAGATGCAGA AAGTGAGAAG ATCCGAGAAG GAAATGTGGG AAGCCTGTAT 
CTCGAGCAGC TGAGGTTTAG AACGGATTGC AGTGAGCGGA TAGATTACGC AAACTTCCGG 
TTTCTGCTTT GGAAGGCATT GGCCAAGGTT CCAGACAGAG TGGAGCCCAG GTCAAGGGAG 
CTTTCCCCGC TTCTCTTGAG ATTCATTAGC AATGAGTATT ACCCAGCAGA TTCTCTGGTG 
GCTCCAACCC AGGATCTTAG AAAGAAAAAC AGTGGTGTAG TAGAAGAGGA AGAAAAACCC 
ACTGAAGAGA TACACCAAGC TACCAAGGAG GAGGAGAAAG AGGAGGTGGA GGGAATGGAC 
GAACCGGTGG TTGAAGGGTT GCAAAAAAAG AAAACAAGAA GAGCTGCAGC AAAGCAGCTA 
ATAGCCCATT TGCAAGTTTT CTCCAAGTTT TCGAATCCAC GTGCGCTGTA TCTGGAACCA 
AAGTTAAATG AGTTGTACAA TCAGCTGTTG TCCCATCAAG ACCAGAATGT GCAAAAAGTA 
GCCCTTGACT GCATCATGAC TTACAAGCAT CCACATCTAC TGCCATACAA GGAGAACTTG 
CAAAGGTTAC TGGAAGATAA GAGCTTTAAA GAAGAAATAG TCCATTTCAG CATATCTGAG 
GAGAACACTA TAGTTAAAAT GCAACACCGA CCAGATCTTG TTCTTGTTCT TATGAGAATT 
CTGTATGGGC GCATGAGAAA CAAAACTGGA AGCAGAACTC AGGGCAAATC TGCTGCAGGC 
ACTCGTATGT CAATTGTTCT GAGGTTCCTT GCTGGATCGC TGCCTGAAGA GATCAGAATG 
TTCCTGGACC TGCTCTTTGA ACCTGTGAAG CACTTCAGTG CTGGACCGTG CCAGGTTGCA 
GTACTCCAAA CAATATCAGA ACTGGATTTA TCTAAAGTCC TGCCTCTAGG CCGCCAGCAC 
AGTCTGTTCA ACAGCTTTGA GGTTGTACTG AAAAATATGG GCCATCTGAT CACCCGGTAC 
TTACCTGAGA TTTTACAGAT TTTACTTTGT ATGACAGCAA CAGTATCCCA CATCCTTCAA 
CAAAGAGAGA AGATCCAACT AAGGTTTATT AACCCACTGA AAAATTTGAG GCGTCTTGGG 
ATCAAACTTG TGGCAGAGTT TTTTTCTGAT TTTGAGACCT ACAGCTTTAC AGTGGATGAG 
ATTGATGCCA TTTTTGAGGC AGTGATATGG CCCCAGATCA GCAGGCTCGC TTCCGAGAGC 
CAGTATTCTC CTACTCTGTT ACTCAAACTC ATTCACACCT GGAGCAAGAA TTCCAGGTAT 
TTCCCTTTGC TGGCCAAGCA GAGACCAGGG CACCCAGAAT ACGATACGCT GTTGAATGTC 
TTTGCTCTGC TGTCCACCAA GAATCTCTGT GAGGCAACAG CTGGTGTTGT GATGGATGTG 
GCTGACAACC TCCTCAATAG TCCAGATTTT GAACCCACAG ACCTGGTTTC CAGCTTGACA 
GTGACTGACT GCGTTTGTTT AGAGTCTGAC ACCGATGGAA TGACAGAAGA GTCCCCCAGC 
TTGGGTGCAC GGTTAATTCT GCCTCACGTT CCTGCAGTAC TTCAGTATCT CAGCAAAACC 
ATGTTAAATG TGGAAAAGGT GAAAAAGAAA AAGTTCAGAG CTCAAGTCAG CAAAGAGCTC 
AACATTCTTT CCAGGATCAG CAAGTTTATA CAGGACAAGG GTCAGAGTTC TGTGCTCATC 
AGCCTCCTCC TCCCTTTCCT TCACCAGAGT AGCATTATGC AGGATACAGA GATTGACATC 
TTGGTGACAG TGCAGAACTT GCTGAGGCAT TGCTTAAACC CCACAAGCTT CCTTAAGCCT 
CTGGCAAAAC TGTTTTCGGT TATCCAGAAC AAATTATCTC GACAGACACT CTGTGTGGTT 
TTTCAGACTT TATCTGATCT GGAAGGTGAA TTGAAATACA TTACGGAGGT AGTTAAGTTG 
AATGCCTTTG ATCAACGACA TCTCGATGAT ATCAATTTTG ATGTTCGCTT GTCAGCGTTC 
CAAGGAATCA CTTCTCAGGT CAAAGAAATG CAAAGAGTGG ACATCAACTT TCTTATTCCA 
GTTATGCATA ACTGTTTCTA CACCATACAG TTAGGGGACA TGTCTTTAAG TGACAGTGCC 
AGCCTGTGCT TGACCAGTAT TATCCACCGG ATAGCAGAAA TCAGCCACAC AGAAGATGAA 
TACAAAGAAA TAATCCAGCA CACTCTCCTG CTGTCTCTGA GAAAAGGACT GAAGAGCAAG 
ACTGAGAACA TTCAACAAGA CTATACTTCA TTACTTTCCT GCTTGATTCG AACTTTTCCA 
AAGCACCCAG AGTTTCAAGA CTTGGTCCAG CTAACTGACT GTCATGATCC TGAGATGGAT 
TTCTTTGAGA ACATGAAACA TATTCAGATC CACAGAAGAG CTCGAGCATT AAAGAAATTG 
GCGAAGCAGC TAACTGAAGA CAAAATCGTA CTGTCCTCCA AATCTCTGCA GAACTACATC 
ATGCCTTATG CAACTACGAC GATTTTTGAT GAGAAAATGC TTAAGCATGA AAATATGATA 
ACGGCTTCAG TTGAAGTTGT AGGCGCTGTT TGCAGGCGTC TCTCTTGGTC AGCATATATG 
TACCATTTAA AACATTTCAT ACACGTTTTG CAAACTGGAC AGATGAATCA AAAACTGGCT 
GTCAGCTTGT TAGTGACTGT GCTAGAAGCT TTTCATTTTG ACCATGAAAC CCTTGAAAAG 
CAACTTGAGA CTCTTCAGAA TGAAGATGCA GAGGCCATGG ATGCTGAGGA AGCAGCAGAG 
AATGAAGCCA TGGAATTGGA GCAGAGTGAG GGGGAGGAGG AGGCTGAGGG AGACAAGAGC 
AAGAACCTGC CTGAGGACAG TGAGAAGCAG GGGGATCCTG CACTGATTCA GCATGAACAG 
GCAGGCACCG GAGAATCTGA GGAGACCCAG AAAGCCACAA AATCCATTTC TTCCCTTCCC 
AGAAATAAGG AGGAGCTGGA GTGTCTGATT GAACACATTC AAGGAACAGT AACAGGCAGC 
ATCTTGCCCA AATTACACAG GTGTCTTGCC GCAAAGGTGA AAAGAGATGA GGAACACAAA 
CTTGTGAAAT CCAAGGCTGT GAACGATGAA GAGGTGGTTC GGGTGCCGTT AGCGTTTGCC 
ATGGTCAAGG TGATGCAGTC TCTCCCACAA GAGGTCATGG AAGCTAACCT GCCAAGCATT 
CTTCTGAAAG TCTGCTCGCT TCTGAGGAAC CGGGCGCAGG AAATCCGGGA CATCGCACGC 
AACACCCTCA CCAAAATCAT GGAGGCTTTA GGAGCACGGT ACCTGCAGTA TGTCTTAAGA 
GAGATGCAGT CGATTCTCAT CCATGGCTAC CAGGTCCATG TGCTGACTTT CACTGTGCAC 
CTGTTACTGA AAGGCCTGAC CAGCAGGCTT AGCACTGGCG ATTTGGACAC CTGCTTAGAC 
ATTATGATTG AGATTTTCAA TCAGGAGCTG TTTGGGGATG TTGCTGAGGA AAAGGAAGTG 
AAGGGGATAG TCTCCAAGGT CATGGAGGCT CGCAGAAGCA AGAGTTACGA TTCTTACGAA 
ATCCTTGCCA AGTACGTAGG GAAGGACCAA GTCACGAAGC TCATTCTTCC ATTGAAAGAG 
ATTTTAGAGA GCACCATGAG CTTGAAAATG TCCCGCAAGG TGCACGAAAC GTTACGTCGC 
ATCATGTCAG GGTTGATCCT AAATCCGGAA ATGAGCGCAG AATCCATTCT CGTGCTCAGC 
CACGGCCTGA TCAGCGAAAA TCTGCCCCTG CTAACGGAAA AAGCCAGAAC GAAAGCCCCG 
GCTCCTCCAG ATCCTCGTCT GCAACCAGAA AGCTGCCTGT TACTCCCACC CGTCCCAGCT 
CGAGGCGGGC AGAAAGCACC TGTTAGCAGC AAGACTAACA TGCATATTTT GGTTGACTCA 
GGACTTAGGC TACTACACAT GAGCCTGAAG AGATCCAAAA TAAATTCCTC AGATGAGCAT 
GTGTTAGAAA TGTTGGATCC TTTTGTTCAG CTGCTTATAG ATTGCCTGCA ATCCACGGAT 
GTTAAGGTGA TCACCGGCGC CCTGCAGTCT TTGGTGTGGA TTTTAAAGTT CCCTTTGCCT 
TCTATTGAAA AGAATACAGA GCAACTAACC AAGCAGCTTT TTCTGCTGCT GAAGGACTTT 
GCCAAGCCAG GAGCAGCCAG GGGCCAGAAC TTCCATTTGG TGGTGAACTG TTTCAAATGC 
GTAACTAGAC TTGTGAGGAA CACAAACAGT CACATAACAG AGAAACAGCT CCAAGTGTTG 
CTGGGATATG CTGAAGAAGA TATCTATGAT TCCTCGCGTC AAGCCACTGC CTTCGGCCTT 
TTAAAGGCTA TTTTATCCAG AAAGCTGATT GTTCCTGAAA TCGATGCCGT CATGCAGAAG 
GTTGCCAAGT TTGCCATCAC AGGCCAGAGT GAGCCAGTGC GAGTCCAGTG CAGGCAGATT 
TACCTGAAAT ACATTCTCGA CTATCCCCTT GGTGACAAGC TGAAACCCAA TTTGGAGTTC 
ATATTTGCTC AGCTCAATTA TGACTATGAG ACAGGAAGAG AGTCTGCGTT GGAGATGATT 
GCTTACCTCT TCGAAATGTT CCCTCAGGGA TTACTCCATC AATACTGTGG GCTGTTCTTT 
GTCCCTCTCT GTATGATGAT GGTAAATGAC GACTCTGCCA AGTGCAAGAA AATGGCAGCC 
ATGGCAAACA AATCTCTGCT CATTAAAGTA GACTCTGCAA ACCGAGATCT GATGTTCTCA 
CTAGTCACTA TGTGGTTTAA CAGCGAGAAG AGCTCACACA AGAGGCTAGC CACCCAGGCC 
TGTGGTTTGT TCGTGGAAGC CGAGGGAGTG GCGTTCGAAA GTCAACTTGG AGCCGTTCTC 
CCACTGATCG AAAAAGAAAT TGAACCTCTG AAATTTGAAG ATATAACAGA AGAGACTGAA 
GAAAAGGCAG CAGACAGATT GTTGTTCAGT TTTCTTACTT TGATAATAAA ATTAATCAAG 
GAATGCAACA TTATTCTGTT AACCAAACAT AATGAGATTT TGAGCAATAT CTGGCGTCAT 
GTTCAGTCCC ATTTGTGGTA CCCGCACAGC TGGGTGTGGC TGACTGCTGC TCAGATTTTT 
GGCTTGTTGT TTGCTTCTCA CAAGCCAGAG GAACTTGTTA GCAAATGGAA TGAGAGGAAG 
GCAGGCAAAA GCAAAAAGAC CACGGTGGAG CCAGCAGCGA CCAGGTTCTT CACAGATGAG 
CTGGACAAAA AGATGAAGGA ACTTGCTTTA GCGTTCTGTC ACCAGCTGCA GTCCAAGTTC 
CTGGATCAGT CTCTGGGAGA GCAGGTTATA AAGAACTTGT TGTTCGTGGC CAGAGTTCTC 
TACCTTCTGG TCCCAGATTC AGAGGAAGGG GAGGAGACCA AAGATTATGA AATGGGAGGG 
CAGGAGGATG CTTCTGAAGG TGAAGGTGAA AAGGCAGCAT CTGCTCAGGA AGAGAAGGAA 
GGCGAAGCGG AAGAGAAAAG CAGACCAGCC ACAGTGTTGT GGGTGATGAA AAGACTCTCT 
CTGATGGCAA AGCGAGAAGC AGCATATTCC CCTAAAAACC CTGTGAAGAG AACTTGCATC 
TTTAAGTTCC TTGGAGCTGT AGCAGTGGAT CTTGGGAAAG ACAGAATCAA GCCATACCTT 
CCAACAATCA TCACCCCTCT GCACAGAGAG CTGAGTAGCA CCTACGCAGA ACAAGGTAAT 
TGCCAAACCC CACTAAGGAA ATGGCACTGG GTCTGTTCTG CTTTGCACTG TCCATGCAGA 
CAGCCCCAAT CCAACCACCC TCTGTCATTC ACACCCAGAT GCCTTCATTC AGGGAGTGGA 
AGCTAA

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

RefSeq	XP_027687205.1
CDS	29..7774
Translation	MVKDMANIYSLYSTLLAHNKQHIRNFAAESFTFLMRKVSDKNALFNVMFLDLGEHPEKVEGVGQLLFEMCKGVRNMFHSCAEKAIKFILLKLGPITEIEAKLPWIIVGEAFKHMVKSAAVHIYKEHFEVLFKCLEESVLELQERITKANCCEISEQIERILQVYLILAEHANGSKISQPEAVCKTLAKMLQTSDLSVLCCKTLLKTLSVLLLADNVILPDAVTKETIEKVFGSGFERRLLLDFSKTVFSMNEFEQHFLPCFLEYVEDCFSGEDVLARDEAMAILAKLILEKAEPPTVGSMAFEKYPLVFTEPPIGSNTRQKMSKRNGERKQMPVLDHILSLIHLPENEDIIDLSHPWAALVVLPHVRPIDKEKMLLPVTSFIESLFLAIDRGRLRKGGLYVACQAVSTLLSLAESSEILHLLPVERVKNLVSTFPSDPSALLLADLYYTRLALCGCQDPLSHENLMDLFDKLKANISSSISKVRLLTIRILNHFEAQLPTSTKEDGTGELQSVFAILLQAELVPASVNDYREKLLHLRKLRHDVVQSAVPDGPLHEVPLQYLLGMLYINFSPLWDPVVELITSHANEMENKQFWKVYYEHLEKAAVYAERELQDELSEEQAGAADAESEKIREGNVGSLYLEQLRFRTDCSERIDYANFRFLLWKALAKVPDRVEPRSRELSPLLLRFISNEYYPADSLVAPTQDLRKKNSGVVEEEEKPTEEIHQATKEEEKEEVEGMDEPVVEGLQKKKTRRAAAKQLIAHLQVFSKFSNPRALYLEPKLNELYNQLLSHQDQNVQKVALDCIMTYKHPHLLPYKENLQRLLEDKSFKEEIVHFSISEENTIVKMQHRPDLVLVLMRILYGRMRNKTGSRTQGKSAAGTRMSIVLRFLAGSLPEEIRMFLDLLFEPVKHFSAGPCQVAVLQTISELDLSKVLPLGRQHSLFNSFEVVLKNMGHLITRYLPEILQILLCMTATVSHILQQREKIQLRFINPLKNLRRLGIKLVAEFFSDFETYSFTVDEIDAIFEAVIWPQISRLASESQYSPTLLLKLIHTWSKNSRYFPLLAKQRPGHPEYDTLLNVFALLSTKNLCEATAGVVMDVADNLLNSPDFEPTDLVSSLTVTDCVCLESDTDGMTEESPSLGARLILPHVPAVLQYLSKTMLNVEKVKKKKFRAQVSKELNILSRISKFIQDKGQSSVLISLLLPFLHQSSIMQDTEIDILVTVQNLLRHCLNPTSFLKPLAKLFSVIQNKLSRQTLCVVFQTLSDLEGELKYITEVVKLNAFDQRHLDDINFDVRLSAFQGITSQVKEMQRVDINFLIPVMHNCFYTIQLGDMSLSDSASLCLTSIIHRIAEISHTEDEYKEIIQHTLLLSLRKGLKSKTENIQQDYTSLLSCLIRTFPKHPEFQDLVQLTDCHDPEMDFFENMKHIQIHRRARALKKLAKQLTEDKIVLSSKSLQNYIMPYATTTIFDEKMLKHENMITASVEVVGAVCRRLSWSAYMYHLKHFIHVLQTGQMNQKLAVSLLVTVLEAFHFDHETLEKQLETLQNEDAEAMDAEEAAENEAMELEQSEGEEEAEGDKSKNLPEDSEKQGDPALIQHEQAGTGESEETQKATKSISSLPRNKEELECLIEHIQGTVTGSILPKLHRCLAAKVKRDEEHKLVKSKAVNDEEVVRVPLAFAMVKVMQSLPQEVMEANLPSILLKVCSLLRNRAQEIRDIARNTLTKIMEALGARYLQYVLREMQSILIHGYQVHVLTFTVHLLLKGLTSRLSTGDLDTCLDIMIEIFNQELFGDVAEEKEVKGIVSKVMEARRSKSYDSYEILAKYVGKDQVTKLILPLKEILESTMSLKMSRKVHETLRRIMSGLILNPEMSAESILVLSHGLISENLPLLTEKARTKAPAPPDPRLQPESCLLLPPVPARGGQKAPVSSKTNMHILVDSGLRLLHMSLKRSKINSSDEHVLEMLDPFVQLLIDCLQSTDVKVITGALQSLVWILKFPLPSIEKNTEQLTKQLFLLLKDFAKPGAARGQNFHLVVNCFKCVTRLVRNTNSHITEKQLQVLLGYAEEDIYDSSRQATAFGLLKAILSRKLIVPEIDAVMQKVAKFAITGQSEPVRVQCRQIYLKYILDYPLGDKLKPNLEFIFAQLNYDYETGRESALEMIAYLFEMFPQGLLHQYCGLFFVPLCMMMVNDDSAKCKKMAAMANKSLLIKVDSANRDLMFSLVTMWFNSEKSSHKRLATQACGLFVEAEGVAFESQLGAVLPLIEKEIEPLKFEDITEETEEKAADRLLFSFLTLIIKLIKECNIILLTKHNEILSNIWRHVQSHLWYPHSWVWLTAAQIFGLLFASHKPEELVSKWNERKAGKSKKTTVEPAATRFFTDELDKKMKELALAFCHQLQSKFLDQSLGEQVIKNLLFVARVLYLLVPDSEEGEETKDYEMGGQEDASEGEGEKAASAQEEKEGEAEEKSRPATVLWVMKRLSLMAKREAAYSPKNPVKRTCIFKFLGAVAVDLGKDRIKPYLPTIITPLHRELSSTYAEQGNCQTPLRKWHWVCSALHCPCRQPQSNHPLSFTPRCLHSGSGS

Target ORF information:

RefSeq Version	XM_027831404.1
Organism	Chelonia mydas(Green sea turtle)
Definition	Chelonia mydas 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_027831404.1

ORF Insert Sequence:

ATGGTGAAGG ATATGGCCAA TATATATAGT TTATACAGTA CCTTGTTGGC ACACAACAAA 
CAACACATCA GAAACTTTGC TGCAGAAAGC TTCACCTTTC TAATGAGGAA GGTTTCTGAT 
AAAAATGCAC TTTTCAATGT AATGTTTCTT GACCTGGGAG AGCACCCAGA AAAAGTAGAA 
GGCGTGGGAC AGTTACTCTT TGAGATGTGC AAGGGGGTTA GGAACATGTT TCACTCCTGT 
GCAGAGAAGG CTATAAAGTT CATTCTGCTA AAGCTTGGAC CCATTACCGA GATTGAAGCT 
AAACTCCCAT GGATTATTGT TGGAGAAGCT TTCAAACATA TGGTAAAATC GGCTGCAGTG 
CATATCTACA AGGAGCATTT TGAGGTTCTT TTCAAATGTT TGGAAGAATC AGTTTTAGAA 
TTGCAGGAGA GAATAACAAA GGCCAACTGC TGTGAAATCT CAGAACAGAT TGAAAGGATA 
TTGCAAGTGT ATTTGATCCT AGCAGAACAT GCAAATGGGT CCAAAATCTC TCAACCTGAA 
GCAGTTTGTA AGACGTTAGC AAAAATGTTA CAAACATCTG ATCTCTCGGT GCTTTGCTGT 
AAGACCCTGC TTAAAACGCT TTCTGTTTTG CTGCTTGCTG ACAATGTTAT CCTGCCAGAT 
GCTGTGACCA AGGAAACCAT TGAGAAGGTA TTTGGAAGTG GCTTTGAAAG GCGCCTCCTT 
TTGGATTTCT CCAAAACAGT GTTTTCAATG AATGAGTTTG AGCAGCATTT TCTTCCATGC 
TTTCTAGAGT ACGTCGAGGA CTGCTTCTCT GGAGAAGATG TGCTAGCTAG GGATGAGGCA 
ATGGCAATTT TGGCTAAACT CATTCTGGAG AAAGCAGAAC CTCCCACTGT TGGCTCAATG 
GCTTTTGAAA AATATCCCCT TGTTTTTACA GAACCACCGA TAGGATCCAA TACAAGACAG 
AAGATGAGTA AGAGAAATGG AGAAAGGAAA CAAATGCCAG TGTTGGATCA TATTCTGTCT 
CTAATCCACT TACCAGAAAA TGAAGACATT ATTGATCTTT CACACCCTTG GGCTGCCCTT 
GTTGTACTTC CGCATGTTAG ACCAATAGAC AAGGAAAAAA TGCTGCTACC AGTTACAAGT 
TTTATAGAAT CTCTCTTCCT GGCTATTGAC AGAGGAAGGC TCCGCAAAGG AGGCTTGTAT 
GTGGCCTGCC AAGCTGTGAG CACGCTACTT AGTTTAGCAG AATCTTCTGA AATTCTCCAT 
TTGTTACCTG TGGAACGTGT GAAGAACTTG GTGAGCACCT TTCCTTCAGA CCCATCAGCC 
TTGCTACTGG CTGATCTCTA TTATACGCGG TTGGCTTTGT GTGGTTGCCA GGATCCTCTT 
TCCCATGAGA ACTTGATGGA TTTGTTTGAT AAACTGAAAG CAAATATTTC CTCCAGCATC 
TCCAAGGTCC GACTCTTGAC AATAAGGATT TTAAATCATT TTGAGGCTCA GCTTCCTACA 
TCAACCAAGG AAGATGGAAC AGGAGAGCTT CAGTCCGTGT TTGCCATATT ACTTCAAGCT 
GAACTCGTGC CAGCCAGTGT GAATGATTAT AGAGAAAAAC TTCTTCATTT AAGGAAACTG 
AGGCATGATG TGGTGCAGTC TGCAGTACCA GATGGACCTT TACATGAGGT GCCTCTTCAG 
TATTTACTGG GAATGCTCTA CATTAACTTC AGCCCTCTCT GGGATCCTGT TGTTGAGCTC 
ATAACATCTC ATGCAAACGA AATGGAGAAT AAACAGTTCT GGAAAGTCTA TTATGAGCAC 
TTGGAGAAAG CGGCTGTCTA TGCTGAGAGG GAGCTGCAAG ATGAGCTGAG TGAAGAGCAG 
GCAGGCGCTG CAGATGCAGA AAGTGAGAAG ATCCGAGAAG GAAATGTGGG AAGCCTGTAT 
CTCGAGCAGC TGAGGTTTAG AACGGATTGC AGTGAGCGGA TAGATTACGC AAACTTCCGG 
TTTCTGCTTT GGAAGGCATT GGCCAAGGTT CCAGACAGAG TGGAGCCCAG GTCAAGGGAG 
CTTTCCCCGC TTCTCTTGAG ATTCATTAGC AATGAGTATT ACCCAGCAGA TTCTCTGGTG 
GCTCCAACCC AGGATCTTAG AAAGAAAAAC AGTGGTGTAG TAGAAGAGGA AGAAAAACCC 
ACTGAAGAGA TACACCAAGC TACCAAGGAG GAGGAGAAAG AGGAGGTGGA GGGAATGGAC 
GAACCGGTGG TTGAAGGGTT GCAAAAAAAG AAAACAAGAA GAGCTGCAGC AAAGCAGCTA 
ATAGCCCATT TGCAAGTTTT CTCCAAGTTT TCGAATCCAC GTGCGCTGTA TCTGGAACCA 
AAGTTAAATG AGTTGTACAA TCAGCTGTTG TCCCATCAAG ACCAGAATGT GCAAAAAGTA 
GCCCTTGACT GCATCATGAC TTACAAGCAT CCACATCTAC TGCCATACAA GGAGAACTTG 
CAAAGGTTAC TGGAAGATAA GAGCTTTAAA GAAGAAATAG TCCATTTCAG CATATCTGAG 
GAGAACACTA TAGTTAAAAT GCAACACCGA CCAGATCTTG TTCTTGTTCT TATGAGAATT 
CTGTATGGGC GCATGAGAAA CAAAACTGGA AGCAGAACTC AGGGCAAATC TGCTGCAGGC 
ACTCGTATGT CAATTGTTCT GAGGTTCCTT GCTGGATCGC TGCCTGAAGA GATCAGAATG 
TTCCTGGACC TGCTCTTTGA ACCTGTGAAG CACTTCAGTG CTGGACCGTG CCAGGTTGCA 
GTACTCCAAA CAATATCAGA ACTGGATTTA TCTAAAGTCC TGCCTCTAGG CCGCCAGCAC 
AGTCTGTTCA ACAGCTTTGA GGTTGTACTG AAAAATATGG GCCATCTGAT CACCCGGTAC 
TTACCTGAGA TTTTACAGAT TTTACTTTGT ATGACAGCAA CAGTATCCCA CATCCTTCAA 
CAAAGAGAGA AGATCCAACT AAGGTTTATT AACCCACTGA AAAATTTGAG GCGTCTTGGG 
ATCAAACTTG TGGCAGAGTT TTTTTCTGAT TTTGAGACCT ACAGCTTTAC AGTGGATGAG 
ATTGATGCCA TTTTTGAGGC AGTGATATGG CCCCAGATCA GCAGGCTCGC TTCCGAGAGC 
CAGTATTCTC CTACTCTGTT ACTCAAACTC ATTCACACCT GGAGCAAGAA TTCCAGGTAT 
TTCCCTTTGC TGGCCAAGCA GAGACCAGGG CACCCAGAAT ACGATACGCT GTTGAATGTC 
TTTGCTCTGC TGTCCACCAA GAATCTCTGT GAGGCAACAG CTGGTGTTGT GATGGATGTG 
GCTGACAACC TCCTCAATAG TCCAGATTTT GAACCCACAG ACCTGGTTTC CAGCTTGACA 
GTGACTGACT GCGTTTGTTT AGAGTCTGAC ACCGATGGAA TGACAGAAGA GTCCCCCAGC 
TTGGGTGCAC GGTTAATTCT GCCTCACGTT CCTGCAGTAC TTCAGTATCT CAGCAAAACC 
ATGTTAAATG TGGAAAAGGT GAAAAAGAAA AAGTTCAGAG CTCAAGTCAG CAAAGAGCTC 
AACATTCTTT CCAGGATCAG CAAGTTTATA CAGGACAAGG GTCAGAGTTC TGTGCTCATC 
AGCCTCCTCC TCCCTTTCCT TCACCAGAGT AGCATTATGC AGGATACAGA GATTGACATC 
TTGGTGACAG TGCAGAACTT GCTGAGGCAT TGCTTAAACC CCACAAGCTT CCTTAAGCCT 
CTGGCAAAAC TGTTTTCGGT TATCCAGAAC AAATTATCTC GACAGACACT CTGTGTGGTT 
TTTCAGACTT TATCTGATCT GGAAGGTGAA TTGAAATACA TTACGGAGGT AGTTAAGTTG 
AATGCCTTTG ATCAACGACA TCTCGATGAT ATCAATTTTG ATGTTCGCTT GTCAGCGTTC 
CAAGGAATCA CTTCTCAGGT CAAAGAAATG CAAAGAGTGG ACATCAACTT TCTTATTCCA 
GTTATGCATA ACTGTTTCTA CACCATACAG TTAGGGGACA TGTCTTTAAG TGACAGTGCC 
AGCCTGTGCT TGACCAGTAT TATCCACCGG ATAGCAGAAA TCAGCCACAC AGAAGATGAA 
TACAAAGAAA TAATCCAGCA CACTCTCCTG CTGTCTCTGA GAAAAGGACT GAAGAGCAAG 
ACTGAGAACA TTCAACAAGA CTATACTTCA TTACTTTCCT GCTTGATTCG AACTTTTCCA 
AAGCACCCAG AGTTTCAAGA CTTGGTCCAG CTAACTGACT GTCATGATCC TGAGATGGAT 
TTCTTTGAGA ACATGAAACA TATTCAGATC CACAGAAGAG CTCGAGCATT AAAGAAATTG 
GCGAAGCAGC TAACTGAAGA CAAAATCGTA CTGTCCTCCA AATCTCTGCA GAACTACATC 
ATGCCTTATG CAACTACGAC GATTTTTGAT GAGAAAATGC TTAAGCATGA AAATATGATA 
ACGGCTTCAG TTGAAGTTGT AGGCGCTGTT TGCAGGCGTC TCTCTTGGTC AGCATATATG 
TACCATTTAA AACATTTCAT ACACGTTTTG CAAACTGGAC AGATGAATCA AAAACTGGCT 
GTCAGCTTGT TAGTGACTGT GCTAGAAGCT TTTCATTTTG ACCATGAAAC CCTTGAAAAG 
CAACTTGAGA CTCTTCAGAA TGAAGATGCA GAGGCCATGG ATGCTGAGGA AGCAGCAGAG 
AATGAAGCCA TGGAATTGGA GCAGAGTGAG GGGGAGGAGG AGGCTGAGGG AGACAAGAGC 
AAGAACCTGC CTGAGGACAG TGAGAAGCAG GGGGATCCTG CACTGATTCA GCATGAACAG 
GCAGGCACCG GAGAATCTGA GGAGACCCAG AAAGCCACAA AATCCATTTC TTCCCTTCCC 
AGAAATAAGG AGGAGCTGGA GTGTCTGATT GAACACATTC AAGGAACAGT AACAGGCAGC 
ATCTTGCCCA AATTACACAG GTGTCTTGCC GCAAAGGTGA AAAGAGATGA GGAACACAAA 
CTTGTGAAAT CCAAGGCTGT GAACGATGAA GAGGTGGTTC GGGTGCCGTT AGCGTTTGCC 
ATGGTCAAGG TGATGCAGTC TCTCCCACAA GAGGTCATGG AAGCTAACCT GCCAAGCATT 
CTTCTGAAAG TCTGCTCGCT TCTGAGGAAC CGGGCGCAGG AAATCCGGGA CATCGCACGC 
AACACCCTCA CCAAAATCAT GGAGGCTTTA GGAGCACGGT ACCTGCAGTA TGTCTTAAGA 
GAGATGCAGT CGATTCTCAT CCATGGCTAC CAGGTCCATG TGCTGACTTT CACTGTGCAC 
CTGTTACTGA AAGGCCTGAC CAGCAGGCTT AGCACTGGCG ATTTGGACAC CTGCTTAGAC 
ATTATGATTG AGATTTTCAA TCAGGAGCTG TTTGGGGATG TTGCTGAGGA AAAGGAAGTG 
AAGGGGATAG TCTCCAAGGT CATGGAGGCT CGCAGAAGCA AGAGTTACGA TTCTTACGAA 
ATCCTTGCCA AGTACGTAGG GAAGGACCAA GTCACGAAGC TCATTCTTCC ATTGAAAGAG 
ATTTTAGAGA GCACCATGAG CTTGAAAATG TCCCGCAAGG TGCACGAAAC GTTACGTCGC 
ATCATGTCAG GGTTGATCCT AAATCCGGAA ATGAGCGCAG AATCCATTCT CGTGCTCAGC 
CACGGCCTGA TCAGCGAAAA TCTGCCCCTG CTAACGGAAA AAGCCAGAAC GAAAGCCCCG 
GCTCCTCCAG ATCCTCGTCT GCAACCAGAA AGCTGCCTGT TACTCCCACC CGTCCCAGCT 
CGAGGCGGGC AGAAAGCACC TGTTAGCAGC AAGACTAACA TGCATATTTT GGTTGACTCA 
GGACTTAGGC TACTACACAT GAGCCTGAAG AGATCCAAAA TAAATTCCTC AGATGAGCAT 
GTGTTAGAAA TGTTGGATCC TTTTGTTCAG CTGCTTATAG ATTGCCTGCA ATCCACGGAT 
GTTAAGGTGA TCACCGGCGC CCTGCAGTCT TTGGTGTGGA TTTTAAAGTT CCCTTTGCCT 
TCTATTGAAA AGAATACAGA GCAACTAACC AAGCAGCTTT TTCTGCTGCT GAAGGACTTT 
GCCAAGCCAG GAGCAGCCAG GGGCCAGAAC TTCCATTTGG TGGTGAACTG TTTCAAATGC 
GTAACTAGAC TTGTGAGGAA CACAAACAGT CACATAACAG AGAAACAGCT CCAAGTGTTG 
CTGGGATATG CTGAAGAAGA TATCTATGAT TCCTCGCGTC AAGCCACTGC CTTCGGCCTT 
TTAAAGGCTA TTTTATCCAG AAAGCTGATT GTTCCTGAAA TCGATGCCGT CATGCAGAAG 
GTTGCCAAGT TTGCCATCAC AGGCCAGAGT GAGCCAGTGC GAGTCCAGTG CAGGCAGATT 
TACCTGAAAT ACATTCTCGA CTATCCCCTT GGTGACAAGC TGAAACCCAA TTTGGAGTTC 
ATATTTGCTC AGCTCAATTA TGACTATGAG ACAGGAAGAG AGTCTGCGTT GGAGATGATT 
GCTTACCTCT TCGAAATGTT CCCTCAGGGA TTACTCCATC AATACTGTGG GCTGTTCTTT 
GTCCCTCTCT GTATGATGAT GGTAAATGAC GACTCTGCCA AGTGCAAGAA AATGGCAGCC 
ATGGCAAACA AATCTCTGCT CATTAAAGTA GACTCTGCAA ACCGAGATCT GATGTTCTCA 
CTAGTCACTA TGTGGTTTAA CAGCGAGAAG AGCTCACACA AGAGGCTAGC CACCCAGGCC 
TGTGGTTTGT TCGTGGAAGC CGAGGGAGTG GCGTTCGAAA GTCAACTTGG AGCCGTTCTC 
CCACTGATCG AAAAAGAAAT TGAACCTCTG AAATTTGAAG ATATAACAGA AGAGACTGAA 
GAAAAGGCAG CAGACAGATT GTTGTTCAGT TTTCTTACTT TGATAATAAA ATTAATCAAG 
GAATGCAACA TTATTCTGTT AACCAAACAT AATGAGATTT TGAGCAATAT CTGGCGTCAT 
GTTCAGTCCC ATTTGTGGTA CCCGCACAGC TGGGTGTGGC TGACTGCTGC TCAGATTTTT 
GGCTTGTTGT TTGCTTCTCA CAAGCCAGAG GAACTTGTTA GCAAATGGAA TGAGAGGAAG 
GCAGGCAAAA GCAAAAAGAC CACGGTGGAG CCAGCAGCGA CCAGGTTCTT CACAGATGAG 
CTGGACAAAA AGATGAAGGA ACTTGCTTTA GCGTTCTGTC ACCAGCTGCA GTCCAAGTTC 
CTGGATCAGT CTCTGGGAGA GCAGGTTATA AAGAACTTGT TGTTCGTGGC CAGAGTTCTC 
TACCTTCTGG TCCCAGATTC AGAGGAAGGG GAGGAGACCA AAGATTATGA AATGGGAGGG 
CAGGAGGATG CTTCTGAAGG TGAAGGTGAA AAGGCAGCAT CTGCTCAGGA AGAGAAGGAA 
GGCGAAGCGG AAGAGAAAAG CAGACCAGCC ACAGTGTTGT GGGTGATGAA AAGACTCTCT 
CTGATGGCAA AGCGAGAAGC AGCATATTCC CCTAAAAACC CTGTGAAGAG AACTTGCATC 
TTTAAGTTCC TTGGAGCTGT AGCAGTGGAT CTTGGGAAAG ACAGAATCAA GCCATACCTT 
CCAACAATCA TCACCCCTCT GCACAGAGAG CTGAGTAGCA CCTACGCAGA ACAAGGTAAT 
TGCCAAACCC CACTAAGGAA ATGGCACTGG GTCTGTTCTG CTTTGCACTG TCCATGCAGA 
CAGCCCCAAT CCAACCACCC TCTGTCATTC ACACCCAGAT GCCTTCATTC AGGGAGTGGA 
AGCTAA

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

UTP20 ( XM_007069278.1 ) cDNA ORF clone, Chelonia mydas(Green sea turtle) -> XP_007069340.1 Chelonia mydas UTP20, small subunit (SSU) processome component, homolog (yeast) (UTP20), mRNA.

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CloneID	OCh59313
Clone ID Related Accession (Same CDS sequence)	XM_007069278.1
Accession Version	XM_007069278.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8001bp) 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	1394035200000
Organism	Chelonia mydas(Green sea turtle)
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_006676938.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Chelonia mydas Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 5.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTATTGG ATACCCAAGA CACAGAGCTG CTAAAATGTG CTTTTACNNN TCTTTCCTAC 
CTTTACAAAT ACCTGTGGAG ACTGATGGTG AAGGATATGG CCAATATATA TAGTTTATAC 
AGTACCTTGT TGGCACACAA CAAACAACAC ATCAGAAACT TTGCTGCAGA AAGCTTCACC 
TTTCTAATGA GGAAGGTTTC TGATAAAAAT GCACTTTTCA ATGTAATGTT TCTTGACCTG 
GGAGAGCACC CAGAAAAAGT AGAAGGCGTG GGACAGTTAC TCTTTGAGAT GTGCAAGGGG 
GTTAGGAACA TGTTTCACTC CTGTGCAGAG AAGGCTATAA AGTTCATTCT GCTAAAGCTT 
GGACCCATTA CCGAGATTGA AGCTAAACTC CCATGGATTA TTGTTGGAGA AGCTTTCAAA 
CATATGGTAA AATCGGCTGC AGTGCATATC TACAAGGAGC ATTTTGAGGT TCTTTTCAAA 
TGTTTGGAAG AATCAGTTTT AGAATTGCAG GAGAGAATAA CAAAGGCCAA CTGCTGTGAA 
ATCTCAGAAC AGATTGAAAG GATATTGCAA GTGTATTTGA TCCTAGCAGA ACATGCAAAT 
GGGTCCAAAA TCTCTCAACC TGAAGCAGTT TGTAAGACGT TAGCAAAAAT GTTACAAACA 
TCTGATCTCT CGGTGCTTTG CTGTAAGACC CTGCTTAAAA CGCTTTCTGT TTTGCTGCTT 
GCTGACAATG TTATCCTGCC AGATGCTGTG ACCAAGGAAA CCATTGAGAA GGTATTTGGA 
AGTGGCTTTG AAAGGCGCCT CCTTTTGGAT TTCTCCAAAA CAGTGTTTTC AATGAATGAG 
TTTGAGCAGC ATTTTCTTCC ATGCTTTCTA GAGTACGTCG AGGACTGCTT CTCTGGAGAA 
GATGTGCTAG CTAGGGATGA GGCAATGGCA ATTTTGGCTA AACTCATTCT GGAGAAAGCA 
GAACCTCCCA CTGTTGGCTC AATGGCTTTT GAAAAATATC CCCTTGTTTT TACAGAACCA 
CCGATAGGAT CCAATACAAG ACAGAAGATG AGTAAGAGAA ATGGAGAAAG GAAACAAATG 
CCAGTGTTGG ATCATATTCT GTCTCTAATC CACTTACCAG AAAATGAAGA CATTATTGAT 
CTTTCACACC CTTGGGCTGC CCTTGTTGTA CTTCCGCATG TTAGACCAAT AGACAAGGAA 
AAAATGCTGC TACCAGTTAC AAGTTTTATA GAATCTCTCT TCCTGGCTAT TGACAGAGGA 
AGGCTCCGCA AAGGAGGCTT GTATGTGGCC TGCCAAGCTG TGAGCACGCT ACTTAGTTTA 
GCAGAATCTT CTGAAATTCT CCATTTGTTA CCTGTGGAAC GTGTGAAGAA CTTGGTGAGC 
ACCTTTCCTT CAGACCCATC AGCCTTGCTA CTGGCTGATC TCTATTATAC GCGGTTGGCT 
TTGTGTGGTT GCCAGGATCC TCTTTCCCAT GAGAACTTGA TGGATTTGTT TGATAAACTG 
AAAGCAAATA TTTCCTCCAG CATCTCCAAG GTCCGACTCT TGACAATAAG GATTTTAAAT 
CATTTTGAGG CTCAGCTTCC TACATCAACC AAGGAAGATG GAACAGGAGA GCTTCAGTCC 
GTGTTTGCCA TATTACTTCA AGCTGAACTC GTGCCAGCCA GTGTGAATGA TTATAGAGAA 
AAACTTCTTC ATTTAAGGAA ACTGAGGCAT GATGTGGTGC AGTCTGCAGT ACCAGATGGA 
CCTTTACATG AGGTGCCTCT TCAGTATTTA CTGGGAATGC TCTACATTAA CTTCAGCCCT 
CTCTGGGATC CTGTTGTTGA GCTCATAACA TCTCATGCAA ACGAAATGGA GAATAAACAG 
TTCTGGAAAG TCTATTATGA GCACTTGGAG AAAGCGGCTG TCTATGCTGA GAGGGAGCTG 
CAAGATGAGC TGAGTGAAGA GCAGGCAGGC GCTGCAGATG CAGAAAGTGA GAAGATCCGA 
GAAGGAAATG TGGGAAGCCT GTATCTCGAG CAGCTGAGGT TTAGAACGGA TTGCAGTGAG 
CGGATAGATT ACGCAAACTT CCGGTTTCTG CTTTGGAAGG CATTGGCCAA GGTTCCAGAC 
AGAGTGGAGC CCAGGTCAAG GGAGCTTTCC CCGCTTCTCT TGAGATTCAT TAGCAATGAG 
TATTACCCAG CAGATTCTCT GGTGGCTCCA ACCCAGGATC TTAGAAAGAA AAACAGTGGT 
GTAGTAGAAG AGGAAGAAAA ACCCACTGAA GAGATACACC AAGCTACCAA GGAGGAGGAG 
AAAGAGGAGG TGGAGGGAAT GGACGAACCG GTGGTTGAAG GGTTGCAAAA AAAGAAAACA 
AGAAGAGCTG CAGCAAAGCA GCTAATAGCC CATTTGCAAG TTTTCTCCAA GTTTTCGAAT 
CCACGTGCGC TGTATCTGGA ACCAAAGTTA AATGAGTTGT ACAATCAGCT GTTGTCCCAT 
CAAGACCAGA ATGTGCAAAA AGTAGCCCTT GACTGCATCA TGACTTACAA GCATCCACAT 
CTACTGCCAT ACAAGGAGAA CTTGCAAAGG TTACTGGAAG ATAAGAGCTT TAAAGAAGAA 
ATAGTCCATT TCAGCATATC TGAGGAGAAC ACTATAGTTA AAATGCAACA CCGACCAGAT 
CTTGTTCTTG TTCTTATGAG AATTCTGTAT GGGCGCATGA GAAACAAAAC TGGAAGCAGA 
ACTCAGGGCA AATCTGCTGC AGGCACTCGT ATGTCAATTG TTCTGAGGTT CCTTGCTGGA 
TCGCTGCCTG AAGAGATCAG AATGTTCCTG GACCTGCTCT TTGAACCTGT GAAGCACTTC 
AGTGCTGGAC CGTGCCAGGT TGCAGTACTC CAAACAATAT CAGAACTGGA TTTATCTAAA 
GTCCTGCCTC TAGGCCGCCA GCACAGTCTG TTCAACAGCT TTGAGGTTGT ACTGAAAAAT 
ATGGGCCATC TGATCACCCG GTACTTACCT GAGATTTTAC AGATTTTACT TTGTATGACA 
GCAACAGTAT CCCACATCCT TCAACAAAGA GAGAAGATCC AACTAAGGTT TATTAACCCA 
CTGAAAAATT TGAGGCGTCT TGGGATCAAA CTTGTGGCAG AGTTTTTTTC TGATTTTGAG 
ACCTACAGCT TTACAGTGGA TGAGATTGAT GCCATTTTTG AGGCAGTGAT ATGGCCCCAG 
ATCAGCAGGC TCGCTTCCGA GAGCCAGTAT TCTCCTACTC TGTTACTCAA ACTCATTCAC 
ACCTGGAGCA AGAATTCCAG GTATTTCCCT TTGCTGGCCA AGCAGAGACC AGGGCACCCA 
GAATACGATA CGCTGTTGAA TGTCTTTGCT CTGCTGTCCA CCAAGAATCT CTGTGAGGCA 
ACAGCTGGTG TTGTGATGGA TGTGGCTGAC AACCTCCTCA ATAGTCCAGA TTTTGAACCC 
ACAGACCTGG TTTCCAGCTT GACAGTGACT GACTGCGTTT GTTTAGAGTC TGACACCGAT 
GGAATGACAG AAGAGTCCCC CAGCTTGGGT GCACGGTTAA TTCTGCCTCA CGTTCCTGCA 
GTACTTCAGT ATCTCAGCAA AACCATGTTA AATGTGGAAA AGGTGAAAAA GAAAAAGTTC 
AGAGCTCAAG TCAGCAAAGA GCTCAACATT CTTTCCAGGA TCAGCAAGTT TATACAGGAC 
AAGGGTCAGA GTTCTGTGCT CATCAGCCTC CTCCTCCCTT TCCTTCACCA GAGTAGCATT 
ATGCAGGATA CAGAGATTGA CATCTTGGTG ACAGTGCAGA ACTTGCTGAG GCATTGCTTA 
AACCCCACAA GCTTCCTTAA GCCTCTGGCA AAACTGTTTT CGGTTATCCA GAACAAATTA 
TCTCGACAGA CACTCTGTGT GGTTTTTCAG ACTTTATCTG ATCTGGAAGG TGAATTGAAA 
TACATTACGG AGGTAGTTAA GTTGAATGCC TTTGATCAAC GACATCTCGA TGATATCAAT 
TTTGATGTTC GCTTGTCAGC GTTCCAAGGA ATCACTTCTC AGGTCAAAGA AATGCAAAGA 
GTGGACATCA ACTTTCTTAT TCCAGTTATG CATAACTGTT TCTACACCAT ACAGTTAGGG 
GACATGTCTT TAAGTGACAG TGCCAGCCTG TGCTTGACCA GTATTATCCA CCGGATAGCA 
GAAATCAGCC ACACAGAAGA TGAATACAAA GAAATAATCC AGCACACTCT CCTGCTGTCT 
CTGAGAAAAG GACTGAAGAG CAAGACTGAG AACATTCAAC AAGACTATAC TTCATTACTT 
TCCTGCTTGA TTCGAACTTT TCCAAAGCAC CCAGAGTTTC AAGACTTGGT CCAGCTAACT 
GACTGTCATG ATCCTGAGAT GGATTTCTTT GAGAACATGA AACATATTCA GATCCACAGA 
AGAGCTCGAG CATTAAAGAA ATTGGCGAAG CAGCTAACTG AAGACAAAAT CGTACTGTCC 
TCCAAATCTC TGCAGAACTA CATCATGCCT TATGCAACTA CGACGATTTT TGATGAGAAA 
ATGCTTAAGC ATGAAAATAT GATAACGGCT TCAGTTGAAG TTGTAGGCGC TGTTTGCAGG 
CGTCTCTCTT GGTCAGCATA TATGTACCAT TTAAAACATT TCATACACGT TTTGCAAACT 
GGACAGATGA ATCAAAAACT GGCTGTCAGC TTGTTAGTGA CTGTGCTAGA AGCTTTTCAT 
TTTGACCATG AAACCCTTGA AAAGCAACTT GAGACTCTTC AGAATGAAGA TGCAGAGGCC 
ATGGATGCTG AGGAAGCAGC AGAGAATGAA GCCATGGAAT TGGAGCAGAG TGAGGGGGAG 
GAGGAGGCTG AGGGAGACAA GAGCAAGAAC CTGCCTGAGG ACAGTGAGAA GCAGGGGGAT 
CCTGCACTGA TTCAGCATGA ACAGGCAGGC ACCGGAGAAT CTGAGGAGAC CCAGAAAGCC 
ACAAAATCCA TTTCTTCCCT TCCCAGAAAT AAGGAGGAGC TGGAGTGTCT GATTGAACAC 
ATTCAAGGAA CAGTAACAGG CAGCATCTTG CCCAAATTAC ACAGGTGTCT TGCCGCAAAG 
GTGAAAAGAG ATGAGGAACA CAAACTTGTG AAATCCAAGG CTGTGAACGA TGAAGAGGTG 
GTTCGGGTGC CGTTAGCGTT TGCCATGGTC AAGGTGATGC AGTCTCTCCC ACAAGAGGTC 
ATGGAAGCTA ACCTGCCAAG CATTCTTCTG AAAGTCTGCT CGCTTCTGAG GAACCGGGCG 
CAGGAAATCC GGGACATCGC ACGCAACACC CTCACCAAAA TCATGGAGGC TTTAGGAGCA 
CGGTACCTGC AGTATGTCTT AAGAGAGATG CAGTCGATTC TCATCCATGG CTACCAGGTC 
CATGTGCTGA CTTTCACTGT GCACCTGTTA CTGAAAGGCC TGACCAGCAG GCTTAGCACT 
GGCGATTTGG ACACCTGCTT AGACATTATG ATTGAGATTT TCAATCAGGA GCTGTTTGGG 
GATGTTGCTG AGGAAAAGGA AGTGAAGGGG ATAGTCTCCA AGGTCATGGA GGCTCGCAGA 
AGCAAGAGTT ACGATTCTTA CGAAATCCTT GCCAAGTACG TAGGGAAGGA CCAAGTCACG 
AAGCTCATTC TTCCATTGAA AGAGATTTTA GAGAGCACCA TGAGCTTGAA AATGTCCCGC 
AAGGTGCACG AAACGTTACG TCGCATCATG TCAGGGTTGA TCCTAAATCC GGAAATGAGC 
GCAGAATCCA TTCTCGTGCT CAGCCACGGC CTGATCAGCG AAAATCTGCC CCTGCTAACG 
GAAAAAGCCA GAACGAAAGC CCCGGCTCCT CCAGATCCTC GTCTGCAACC AGAAAGCTGC 
CTGTTACTCC CACCCGTCCC AGCTCGAGGC GGGCAGAAAG CACCTGTTAG CAGCAAGACT 
AACATGCATA TTTTGGTTGA CTCAGGACTT AGGCTACTAC ACATGAGCCT GAAGAGATCC 
AAAATAAATT CCTCAGATGA GCATGTGTTA GAAATGTTGG ATCCTTTTGT TCAGCTGCTT 
ATAGATTGCC TGCAATCCAC GGATGTTAAG GTGATCACCG GCGCCCTGCA GTCTTTGGTG 
TGGATTTTAA AGTTCCCTTT GCCTTCTATT GAAAAGAATA CAGAGCAACT AACCAAGCAG 
CTTTTTCTGC TGCTGAAGGA CTTTGCCAAG CCAGGAGCAG CCAGGGGCCA GAACTTCCAT 
TTGGTGGTGA ACTGTTTCAA ATGCGTAACT AGACTTGTGA GGAACACAAA CAGTCACATA 
ACAGAGAAAC AGCTCCAAGT GTTGCTGGGA TATGCTGAAG AAGATATCTA TGATTCCTCG 
CGTCAAGCCA CTGCCTTCGG CCTTTTAAAG GCTATTTTAT CCAGAAAGCT GATTGTTCCT 
GAAATCGATG CCGTCATGCA GAAGGTTGCC AAGTTTGCCA TCACAGGCCA GAGTGAGCCA 
GTGCGAGTCC AGTGCAGGCA GATTTACCTG AAATACATTC TCGACTATCC CCTTGGTGAC 
AAGCTGAAAC CCAATTTGGA GTTCATATTT GCTCAGCTCA ATTATGACTA TGAGACAGGA 
AGAGAGTCTG CGTTGGAGAT GATTGCTTAC CTCTTCGAAA TGTTCCCTCA GGGATTACTC 
CATCAATACT GTGGGCTGTT CTTTGTCCCT CTCTGTATGA TGATGGTAAA TGACGACTCT 
GCCAAGTGCA AGAAAATGGC AGCCATGGCA AACAAATCTC TGCTCATTAA AGTAGACTCT 
GCAAACCGAG ATCTGATGTT CTCACTAGTC ACTATGTGGT TTAACAGCGA GAAGAGCTCA 
CACAAGAGGC TAGCCACCCA GGCCTGTGGT TTGTTCGTGG AAGCCGAGGG AGTGGCGTTC 
GAAAGTCAAC TTGGAGCCGT TCTCCCACTG ATCGAAAAAG AAATTGAACC TCTGAAATTT 
GAAGATATAA CAGAAGAGAC TGAAGAAAAG GCAGCAGACA GATTGTTGTT CAGTTTTCTT 
ACTTTGATAA TAAAATTAAT CAAGGAATGC AACATTATTC TGTTAACCAA ACATAATGAG 
ATTTTGAGCA ATATCTGGCG TCATGTTCAG TCCCATTTGT GGTACCCGCA CAGCTGGGTG 
TGGCTGACTG CTGCTCAGAT TTTTGGCTTG TTGTTTGCTT CTCACAAGCC AGAGGAACTT 
GTTAGCAAAT GGAATGAGAG GAAGGCAGGC AAAAGCAAAA AGACCACGGT GGAGCCAGCA 
GCGACCAGGT TCTTCACAGA TGAGCTGGAC AAAAAGATGA AGGAACTTGC TTTAGCGTTC 
TGTCACCAGC TGCAGTCCAA GTTCCTGGAT CAGTCTCTGG GAGAGCAGGT TATAAAGAAC 
TTGTTGTTCG TGGCCAGAGT TCTCTACCTT CTGGTCCCAG ATTCAGAGGA AGGGGAGGAG 
ACCAAAGATT ATGAAATGGG AGGGCAGGAG GATGCTTCTG AAGGTGAAGG TGAAAAGGCA 
GCATCTGCTC AGGAAGAGAA GGAAGGCGAA GCGGAAGAGA AAAGCAGACC AGCCACAGTG 
TTGTGGGTGA TGAAAAGACT CTCTCTGATG GCAAAGCGAG AAGCAGCATA TTCCCCTAAA 
AACCCTGTGA AGAGAACTTG CATCTTTAAG TTCCTTGGAG CTGTAGCAGT GGATCTTGGG 
AAAGACAGAA TCAAGCCATA CCTTCCAACA ATCATCACCC CTCTGCACAG AGAGCTGAGT 
AGCACCTACG CAGAACAAGA TCCAACACTG AAGAACCTCT CCCAGGAAAT CATAGAACTG 
CTCAAGAAAT TAGTTGGCCT GGAGTCCTTT TCACTTGCCT TTGCTTCTGT GCAGAAACAG 
GCTAGTCAGA AGAGGGCTAT CAGGAAAAAA CAGAGAGCAC TGCAGACTGT AGCGAACCCT 
GAGATTGCTG CCAGGAAGAA GCTGAAGAAA CACAAGAATA AAATAGAAGC AAGGAAGAGG 
AAAATAGAAT TCCTGCGCCC TGGCTACAAG GCAAAGAAAC CAAGAAGCCA TGCGCTAAAA 
GACTTAGCAA TGGTGGAATG A

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

RefSeq	XP_007069340.1
CDS	352..8352
Translation	MLLDTQDTELLKCAFnullnullLSYLYKYLWRLMVKDMANIYSLYSTLLAHNKQHIRNFAAESFTFLMRKVSDKNALFNVMFLDLGEHPEKVEGVGQLLFEMCKGVRNMFHSCAEKAIKFILLKLGPITEIEAKLPWIIVGEAFKHMVKSAAVHIYKEHFEVLFKCLEESVLELQERITKANCCEISEQIERILQVYLILAEHANGSKISQPEAVCKTLAKMLQTSDLSVLCCKTLLKTLSVLLLADNVILPDAVTKETIEKVFGSGFERRLLLDFSKTVFSMNEFEQHFLPCFLEYVEDCFSGEDVLARDEAMAILAKLILEKAEPPTVGSMAFEKYPLVFTEPPIGSNTRQKMSKRNGERKQMPVLDHILSLIHLPENEDIIDLSHPWAALVVLPHVRPIDKEKMLLPVTSFIESLFLAIDRGRLRKGGLYVACQAVSTLLSLAESSEILHLLPVERVKNLVSTFPSDPSALLLADLYYTRLALCGCQDPLSHENLMDLFDKLKANISSSISKVRLLTIRILNHFEAQLPTSTKEDGTGELQSVFAILLQAELVPASVNDYREKLLHLRKLRHDVVQSAVPDGPLHEVPLQYLLGMLYINFSPLWDPVVELITSHANEMENKQFWKVYYEHLEKAAVYAERELQDELSEEQAGAADAESEKIREGNVGSLYLEQLRFRTDCSERIDYANFRFLLWKALAKVPDRVEPRSRELSPLLLRFISNEYYPADSLVAPTQDLRKKNSGVVEEEEKPTEEIHQATKEEEKEEVEGMDEPVVEGLQKKKTRRAAAKQLIAHLQVFSKFSNPRALYLEPKLNELYNQLLSHQDQNVQKVALDCIMTYKHPHLLPYKENLQRLLEDKSFKEEIVHFSISEENTIVKMQHRPDLVLVLMRILYGRMRNKTGSRTQGKSAAGTRMSIVLRFLAGSLPEEIRMFLDLLFEPVKHFSAGPCQVAVLQTISELDLSKVLPLGRQHSLFNSFEVVLKNMGHLITRYLPEILQILLCMTATVSHILQQREKIQLRFINPLKNLRRLGIKLVAEFFSDFETYSFTVDEIDAIFEAVIWPQISRLASESQYSPTLLLKLIHTWSKNSRYFPLLAKQRPGHPEYDTLLNVFALLSTKNLCEATAGVVMDVADNLLNSPDFEPTDLVSSLTVTDCVCLESDTDGMTEESPSLGARLILPHVPAVLQYLSKTMLNVEKVKKKKFRAQVSKELNILSRISKFIQDKGQSSVLISLLLPFLHQSSIMQDTEIDILVTVQNLLRHCLNPTSFLKPLAKLFSVIQNKLSRQTLCVVFQTLSDLEGELKYITEVVKLNAFDQRHLDDINFDVRLSAFQGITSQVKEMQRVDINFLIPVMHNCFYTIQLGDMSLSDSASLCLTSIIHRIAEISHTEDEYKEIIQHTLLLSLRKGLKSKTENIQQDYTSLLSCLIRTFPKHPEFQDLVQLTDCHDPEMDFFENMKHIQIHRRARALKKLAKQLTEDKIVLSSKSLQNYIMPYATTTIFDEKMLKHENMITASVEVVGAVCRRLSWSAYMYHLKHFIHVLQTGQMNQKLAVSLLVTVLEAFHFDHETLEKQLETLQNEDAEAMDAEEAAENEAMELEQSEGEEEAEGDKSKNLPEDSEKQGDPALIQHEQAGTGESEETQKATKSISSLPRNKEELECLIEHIQGTVTGSILPKLHRCLAAKVKRDEEHKLVKSKAVNDEEVVRVPLAFAMVKVMQSLPQEVMEANLPSILLKVCSLLRNRAQEIRDIARNTLTKIMEALGARYLQYVLREMQSILIHGYQVHVLTFTVHLLLKGLTSRLSTGDLDTCLDIMIEIFNQELFGDVAEEKEVKGIVSKVMEARRSKSYDSYEILAKYVGKDQVTKLILPLKEILESTMSLKMSRKVHETLRRIMSGLILNPEMSAESILVLSHGLISENLPLLTEKARTKAPAPPDPRLQPESCLLLPPVPARGGQKAPVSSKTNMHILVDSGLRLLHMSLKRSKINSSDEHVLEMLDPFVQLLIDCLQSTDVKVITGALQSLVWILKFPLPSIEKNTEQLTKQLFLLLKDFAKPGAARGQNFHLVVNCFKCVTRLVRNTNSHITEKQLQVLLGYAEEDIYDSSRQATAFGLLKAILSRKLIVPEIDAVMQKVAKFAITGQSEPVRVQCRQIYLKYILDYPLGDKLKPNLEFIFAQLNYDYETGRESALEMIAYLFEMFPQGLLHQYCGLFFVPLCMMMVNDDSAKCKKMAAMANKSLLIKVDSANRDLMFSLVTMWFNSEKSSHKRLATQACGLFVEAEGVAFESQLGAVLPLIEKEIEPLKFEDITEETEEKAADRLLFSFLTLIIKLIKECNIILLTKHNEILSNIWRHVQSHLWYPHSWVWLTAAQIFGLLFASHKPEELVSKWNERKAGKSKKTTVEPAATRFFTDELDKKMKELALAFCHQLQSKFLDQSLGEQVIKNLLFVARVLYLLVPDSEEGEETKDYEMGGQEDASEGEGEKAASAQEEKEGEAEEKSRPATVLWVMKRLSLMAKREAAYSPKNPVKRTCIFKFLGAVAVDLGKDRIKPYLPTIITPLHRELSSTYAEQDPTLKNLSQEIIELLKKLVGLESFSLAFASVQKQASQKRAIRKKQRALQTVANPEIAARKKLKKHKNKIEARKRKIEFLRPGYKAKKPRSHALKDLAMVE

Target ORF information:

RefSeq Version	XM_007069278.1
Organism	Chelonia mydas(Green sea turtle)
Definition	Chelonia mydas 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_007069278.1

ORF Insert Sequence:

ATGTTATTGG ATACCCAAGA CACAGAGCTG CTAAAATGTG CTTTTACNNN TCTTTCCTAC 
CTTTACAAAT ACCTGTGGAG ACTGATGGTG AAGGATATGG CCAATATATA TAGTTTATAC 
AGTACCTTGT TGGCACACAA CAAACAACAC ATCAGAAACT TTGCTGCAGA AAGCTTCACC 
TTTCTAATGA GGAAGGTTTC TGATAAAAAT GCACTTTTCA ATGTAATGTT TCTTGACCTG 
GGAGAGCACC CAGAAAAAGT AGAAGGCGTG GGACAGTTAC TCTTTGAGAT GTGCAAGGGG 
GTTAGGAACA TGTTTCACTC CTGTGCAGAG AAGGCTATAA AGTTCATTCT GCTAAAGCTT 
GGACCCATTA CCGAGATTGA AGCTAAACTC CCATGGATTA TTGTTGGAGA AGCTTTCAAA 
CATATGGTAA AATCGGCTGC AGTGCATATC TACAAGGAGC ATTTTGAGGT TCTTTTCAAA 
TGTTTGGAAG AATCAGTTTT AGAATTGCAG GAGAGAATAA CAAAGGCCAA CTGCTGTGAA 
ATCTCAGAAC AGATTGAAAG GATATTGCAA GTGTATTTGA TCCTAGCAGA ACATGCAAAT 
GGGTCCAAAA TCTCTCAACC TGAAGCAGTT TGTAAGACGT TAGCAAAAAT GTTACAAACA 
TCTGATCTCT CGGTGCTTTG CTGTAAGACC CTGCTTAAAA CGCTTTCTGT TTTGCTGCTT 
GCTGACAATG TTATCCTGCC AGATGCTGTG ACCAAGGAAA CCATTGAGAA GGTATTTGGA 
AGTGGCTTTG AAAGGCGCCT CCTTTTGGAT TTCTCCAAAA CAGTGTTTTC AATGAATGAG 
TTTGAGCAGC ATTTTCTTCC ATGCTTTCTA GAGTACGTCG AGGACTGCTT CTCTGGAGAA 
GATGTGCTAG CTAGGGATGA GGCAATGGCA ATTTTGGCTA AACTCATTCT GGAGAAAGCA 
GAACCTCCCA CTGTTGGCTC AATGGCTTTT GAAAAATATC CCCTTGTTTT TACAGAACCA 
CCGATAGGAT CCAATACAAG ACAGAAGATG AGTAAGAGAA ATGGAGAAAG GAAACAAATG 
CCAGTGTTGG ATCATATTCT GTCTCTAATC CACTTACCAG AAAATGAAGA CATTATTGAT 
CTTTCACACC CTTGGGCTGC CCTTGTTGTA CTTCCGCATG TTAGACCAAT AGACAAGGAA 
AAAATGCTGC TACCAGTTAC AAGTTTTATA GAATCTCTCT TCCTGGCTAT TGACAGAGGA 
AGGCTCCGCA AAGGAGGCTT GTATGTGGCC TGCCAAGCTG TGAGCACGCT ACTTAGTTTA 
GCAGAATCTT CTGAAATTCT CCATTTGTTA CCTGTGGAAC GTGTGAAGAA CTTGGTGAGC 
ACCTTTCCTT CAGACCCATC AGCCTTGCTA CTGGCTGATC TCTATTATAC GCGGTTGGCT 
TTGTGTGGTT GCCAGGATCC TCTTTCCCAT GAGAACTTGA TGGATTTGTT TGATAAACTG 
AAAGCAAATA TTTCCTCCAG CATCTCCAAG GTCCGACTCT TGACAATAAG GATTTTAAAT 
CATTTTGAGG CTCAGCTTCC TACATCAACC AAGGAAGATG GAACAGGAGA GCTTCAGTCC 
GTGTTTGCCA TATTACTTCA AGCTGAACTC GTGCCAGCCA GTGTGAATGA TTATAGAGAA 
AAACTTCTTC ATTTAAGGAA ACTGAGGCAT GATGTGGTGC AGTCTGCAGT ACCAGATGGA 
CCTTTACATG AGGTGCCTCT TCAGTATTTA CTGGGAATGC TCTACATTAA CTTCAGCCCT 
CTCTGGGATC CTGTTGTTGA GCTCATAACA TCTCATGCAA ACGAAATGGA GAATAAACAG 
TTCTGGAAAG TCTATTATGA GCACTTGGAG AAAGCGGCTG TCTATGCTGA GAGGGAGCTG 
CAAGATGAGC TGAGTGAAGA GCAGGCAGGC GCTGCAGATG CAGAAAGTGA GAAGATCCGA 
GAAGGAAATG TGGGAAGCCT GTATCTCGAG CAGCTGAGGT TTAGAACGGA TTGCAGTGAG 
CGGATAGATT ACGCAAACTT CCGGTTTCTG CTTTGGAAGG CATTGGCCAA GGTTCCAGAC 
AGAGTGGAGC CCAGGTCAAG GGAGCTTTCC CCGCTTCTCT TGAGATTCAT TAGCAATGAG 
TATTACCCAG CAGATTCTCT GGTGGCTCCA ACCCAGGATC TTAGAAAGAA AAACAGTGGT 
GTAGTAGAAG AGGAAGAAAA ACCCACTGAA GAGATACACC AAGCTACCAA GGAGGAGGAG 
AAAGAGGAGG TGGAGGGAAT GGACGAACCG GTGGTTGAAG GGTTGCAAAA AAAGAAAACA 
AGAAGAGCTG CAGCAAAGCA GCTAATAGCC CATTTGCAAG TTTTCTCCAA GTTTTCGAAT 
CCACGTGCGC TGTATCTGGA ACCAAAGTTA AATGAGTTGT ACAATCAGCT GTTGTCCCAT 
CAAGACCAGA ATGTGCAAAA AGTAGCCCTT GACTGCATCA TGACTTACAA GCATCCACAT 
CTACTGCCAT ACAAGGAGAA CTTGCAAAGG TTACTGGAAG ATAAGAGCTT TAAAGAAGAA 
ATAGTCCATT TCAGCATATC TGAGGAGAAC ACTATAGTTA AAATGCAACA CCGACCAGAT 
CTTGTTCTTG TTCTTATGAG AATTCTGTAT GGGCGCATGA GAAACAAAAC TGGAAGCAGA 
ACTCAGGGCA AATCTGCTGC AGGCACTCGT ATGTCAATTG TTCTGAGGTT CCTTGCTGGA 
TCGCTGCCTG AAGAGATCAG AATGTTCCTG GACCTGCTCT TTGAACCTGT GAAGCACTTC 
AGTGCTGGAC CGTGCCAGGT TGCAGTACTC CAAACAATAT CAGAACTGGA TTTATCTAAA 
GTCCTGCCTC TAGGCCGCCA GCACAGTCTG TTCAACAGCT TTGAGGTTGT ACTGAAAAAT 
ATGGGCCATC TGATCACCCG GTACTTACCT GAGATTTTAC AGATTTTACT TTGTATGACA 
GCAACAGTAT CCCACATCCT TCAACAAAGA GAGAAGATCC AACTAAGGTT TATTAACCCA 
CTGAAAAATT TGAGGCGTCT TGGGATCAAA CTTGTGGCAG AGTTTTTTTC TGATTTTGAG 
ACCTACAGCT TTACAGTGGA TGAGATTGAT GCCATTTTTG AGGCAGTGAT ATGGCCCCAG 
ATCAGCAGGC TCGCTTCCGA GAGCCAGTAT TCTCCTACTC TGTTACTCAA ACTCATTCAC 
ACCTGGAGCA AGAATTCCAG GTATTTCCCT TTGCTGGCCA AGCAGAGACC AGGGCACCCA 
GAATACGATA CGCTGTTGAA TGTCTTTGCT CTGCTGTCCA CCAAGAATCT CTGTGAGGCA 
ACAGCTGGTG TTGTGATGGA TGTGGCTGAC AACCTCCTCA ATAGTCCAGA TTTTGAACCC 
ACAGACCTGG TTTCCAGCTT GACAGTGACT GACTGCGTTT GTTTAGAGTC TGACACCGAT 
GGAATGACAG AAGAGTCCCC CAGCTTGGGT GCACGGTTAA TTCTGCCTCA CGTTCCTGCA 
GTACTTCAGT ATCTCAGCAA AACCATGTTA AATGTGGAAA AGGTGAAAAA GAAAAAGTTC 
AGAGCTCAAG TCAGCAAAGA GCTCAACATT CTTTCCAGGA TCAGCAAGTT TATACAGGAC 
AAGGGTCAGA GTTCTGTGCT CATCAGCCTC CTCCTCCCTT TCCTTCACCA GAGTAGCATT 
ATGCAGGATA CAGAGATTGA CATCTTGGTG ACAGTGCAGA ACTTGCTGAG GCATTGCTTA 
AACCCCACAA GCTTCCTTAA GCCTCTGGCA AAACTGTTTT CGGTTATCCA GAACAAATTA 
TCTCGACAGA CACTCTGTGT GGTTTTTCAG ACTTTATCTG ATCTGGAAGG TGAATTGAAA 
TACATTACGG AGGTAGTTAA GTTGAATGCC TTTGATCAAC GACATCTCGA TGATATCAAT 
TTTGATGTTC GCTTGTCAGC GTTCCAAGGA ATCACTTCTC AGGTCAAAGA AATGCAAAGA 
GTGGACATCA ACTTTCTTAT TCCAGTTATG CATAACTGTT TCTACACCAT ACAGTTAGGG 
GACATGTCTT TAAGTGACAG TGCCAGCCTG TGCTTGACCA GTATTATCCA CCGGATAGCA 
GAAATCAGCC ACACAGAAGA TGAATACAAA GAAATAATCC AGCACACTCT CCTGCTGTCT 
CTGAGAAAAG GACTGAAGAG CAAGACTGAG AACATTCAAC AAGACTATAC TTCATTACTT 
TCCTGCTTGA TTCGAACTTT TCCAAAGCAC CCAGAGTTTC AAGACTTGGT CCAGCTAACT 
GACTGTCATG ATCCTGAGAT GGATTTCTTT GAGAACATGA AACATATTCA GATCCACAGA 
AGAGCTCGAG CATTAAAGAA ATTGGCGAAG CAGCTAACTG AAGACAAAAT CGTACTGTCC 
TCCAAATCTC TGCAGAACTA CATCATGCCT TATGCAACTA CGACGATTTT TGATGAGAAA 
ATGCTTAAGC ATGAAAATAT GATAACGGCT TCAGTTGAAG TTGTAGGCGC TGTTTGCAGG 
CGTCTCTCTT GGTCAGCATA TATGTACCAT TTAAAACATT TCATACACGT TTTGCAAACT 
GGACAGATGA ATCAAAAACT GGCTGTCAGC TTGTTAGTGA CTGTGCTAGA AGCTTTTCAT 
TTTGACCATG AAACCCTTGA AAAGCAACTT GAGACTCTTC AGAATGAAGA TGCAGAGGCC 
ATGGATGCTG AGGAAGCAGC AGAGAATGAA GCCATGGAAT TGGAGCAGAG TGAGGGGGAG 
GAGGAGGCTG AGGGAGACAA GAGCAAGAAC CTGCCTGAGG ACAGTGAGAA GCAGGGGGAT 
CCTGCACTGA TTCAGCATGA ACAGGCAGGC ACCGGAGAAT CTGAGGAGAC CCAGAAAGCC 
ACAAAATCCA TTTCTTCCCT TCCCAGAAAT AAGGAGGAGC TGGAGTGTCT GATTGAACAC 
ATTCAAGGAA CAGTAACAGG CAGCATCTTG CCCAAATTAC ACAGGTGTCT TGCCGCAAAG 
GTGAAAAGAG ATGAGGAACA CAAACTTGTG AAATCCAAGG CTGTGAACGA TGAAGAGGTG 
GTTCGGGTGC CGTTAGCGTT TGCCATGGTC AAGGTGATGC AGTCTCTCCC ACAAGAGGTC 
ATGGAAGCTA ACCTGCCAAG CATTCTTCTG AAAGTCTGCT CGCTTCTGAG GAACCGGGCG 
CAGGAAATCC GGGACATCGC ACGCAACACC CTCACCAAAA TCATGGAGGC TTTAGGAGCA 
CGGTACCTGC AGTATGTCTT AAGAGAGATG CAGTCGATTC TCATCCATGG CTACCAGGTC 
CATGTGCTGA CTTTCACTGT GCACCTGTTA CTGAAAGGCC TGACCAGCAG GCTTAGCACT 
GGCGATTTGG ACACCTGCTT AGACATTATG ATTGAGATTT TCAATCAGGA GCTGTTTGGG 
GATGTTGCTG AGGAAAAGGA AGTGAAGGGG ATAGTCTCCA AGGTCATGGA GGCTCGCAGA 
AGCAAGAGTT ACGATTCTTA CGAAATCCTT GCCAAGTACG TAGGGAAGGA CCAAGTCACG 
AAGCTCATTC TTCCATTGAA AGAGATTTTA GAGAGCACCA TGAGCTTGAA AATGTCCCGC 
AAGGTGCACG AAACGTTACG TCGCATCATG TCAGGGTTGA TCCTAAATCC GGAAATGAGC 
GCAGAATCCA TTCTCGTGCT CAGCCACGGC CTGATCAGCG AAAATCTGCC CCTGCTAACG 
GAAAAAGCCA GAACGAAAGC CCCGGCTCCT CCAGATCCTC GTCTGCAACC AGAAAGCTGC 
CTGTTACTCC CACCCGTCCC AGCTCGAGGC GGGCAGAAAG CACCTGTTAG CAGCAAGACT 
AACATGCATA TTTTGGTTGA CTCAGGACTT AGGCTACTAC ACATGAGCCT GAAGAGATCC 
AAAATAAATT CCTCAGATGA GCATGTGTTA GAAATGTTGG ATCCTTTTGT TCAGCTGCTT 
ATAGATTGCC TGCAATCCAC GGATGTTAAG GTGATCACCG GCGCCCTGCA GTCTTTGGTG 
TGGATTTTAA AGTTCCCTTT GCCTTCTATT GAAAAGAATA CAGAGCAACT AACCAAGCAG 
CTTTTTCTGC TGCTGAAGGA CTTTGCCAAG CCAGGAGCAG CCAGGGGCCA GAACTTCCAT 
TTGGTGGTGA ACTGTTTCAA ATGCGTAACT AGACTTGTGA GGAACACAAA CAGTCACATA 
ACAGAGAAAC AGCTCCAAGT GTTGCTGGGA TATGCTGAAG AAGATATCTA TGATTCCTCG 
CGTCAAGCCA CTGCCTTCGG CCTTTTAAAG GCTATTTTAT CCAGAAAGCT GATTGTTCCT 
GAAATCGATG CCGTCATGCA GAAGGTTGCC AAGTTTGCCA TCACAGGCCA GAGTGAGCCA 
GTGCGAGTCC AGTGCAGGCA GATTTACCTG AAATACATTC TCGACTATCC CCTTGGTGAC 
AAGCTGAAAC CCAATTTGGA GTTCATATTT GCTCAGCTCA ATTATGACTA TGAGACAGGA 
AGAGAGTCTG CGTTGGAGAT GATTGCTTAC CTCTTCGAAA TGTTCCCTCA GGGATTACTC 
CATCAATACT GTGGGCTGTT CTTTGTCCCT CTCTGTATGA TGATGGTAAA TGACGACTCT 
GCCAAGTGCA AGAAAATGGC AGCCATGGCA AACAAATCTC TGCTCATTAA AGTAGACTCT 
GCAAACCGAG ATCTGATGTT CTCACTAGTC ACTATGTGGT TTAACAGCGA GAAGAGCTCA 
CACAAGAGGC TAGCCACCCA GGCCTGTGGT TTGTTCGTGG AAGCCGAGGG AGTGGCGTTC 
GAAAGTCAAC TTGGAGCCGT TCTCCCACTG ATCGAAAAAG AAATTGAACC TCTGAAATTT 
GAAGATATAA CAGAAGAGAC TGAAGAAAAG GCAGCAGACA GATTGTTGTT CAGTTTTCTT 
ACTTTGATAA TAAAATTAAT CAAGGAATGC AACATTATTC TGTTAACCAA ACATAATGAG 
ATTTTGAGCA ATATCTGGCG TCATGTTCAG TCCCATTTGT GGTACCCGCA CAGCTGGGTG 
TGGCTGACTG CTGCTCAGAT TTTTGGCTTG TTGTTTGCTT CTCACAAGCC AGAGGAACTT 
GTTAGCAAAT GGAATGAGAG GAAGGCAGGC AAAAGCAAAA AGACCACGGT GGAGCCAGCA 
GCGACCAGGT TCTTCACAGA TGAGCTGGAC AAAAAGATGA AGGAACTTGC TTTAGCGTTC 
TGTCACCAGC TGCAGTCCAA GTTCCTGGAT CAGTCTCTGG GAGAGCAGGT TATAAAGAAC 
TTGTTGTTCG TGGCCAGAGT TCTCTACCTT CTGGTCCCAG ATTCAGAGGA AGGGGAGGAG 
ACCAAAGATT ATGAAATGGG AGGGCAGGAG GATGCTTCTG AAGGTGAAGG TGAAAAGGCA 
GCATCTGCTC AGGAAGAGAA GGAAGGCGAA GCGGAAGAGA AAAGCAGACC AGCCACAGTG 
TTGTGGGTGA TGAAAAGACT CTCTCTGATG GCAAAGCGAG AAGCAGCATA TTCCCCTAAA 
AACCCTGTGA AGAGAACTTG CATCTTTAAG TTCCTTGGAG CTGTAGCAGT GGATCTTGGG 
AAAGACAGAA TCAAGCCATA CCTTCCAACA ATCATCACCC CTCTGCACAG AGAGCTGAGT 
AGCACCTACG CAGAACAAGA TCCAACACTG AAGAACCTCT CCCAGGAAAT CATAGAACTG 
CTCAAGAAAT TAGTTGGCCT GGAGTCCTTT TCACTTGCCT TTGCTTCTGT GCAGAAACAG 
GCTAGTCAGA AGAGGGCTAT CAGGAAAAAA CAGAGAGCAC TGCAGACTGT AGCGAACCCT 
GAGATTGCTG CCAGGAAGAA GCTGAAGAAA CACAAGAATA AAATAGAAGC AAGGAAGAGG 
AAAATAGAAT TCCTGCGCCC TGGCTACAAG GCAAAGAAAC CAAGAAGCCA TGCGCTAAAA 
GACTTAGCAA TGGTGGAATG A

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

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UTP20 cDNA ORF clone, Chelonia mydas(Green sea turtle)

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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