UTP20 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene
Clones
gRNAs

Summary

Gene Symbol	UTP20
Entrez Gene ID	100014173
Full Name	UTP20, small subunit processome component
Gene Type	protein-coding
Organism	Monodelphis domestica(gray short-tailed opossum)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007503306.2	XP_007503368.1	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
OMc32420	XM_007503306.2 Latest version!	Monodelphis domestica 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)
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_007503306.2 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_007503368.1 Monodelphis domestica UTP20, small subunit processome component (UTP20), mRNA.

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CloneID	OMc32420
Clone ID Related Accession (Same CDS sequence)	XM_007503306.2
Accession Version	XM_007503306.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8394bp) 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	1461600000000
Organism	Monodelphis domestica(gray short-tailed opossum)
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_008808.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Apr 27, 2016 this sequence version replaced XM_007503306.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Monodelphis domestica Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGCCGA AACCATTTGC TCACAAGACG GAGAATACGT ACCGGTTCCT TACCTTTGCT 
GAACGTCTTG GGAATGTCAA TATTGATATC ATCCATCGGA TTGATAGGAC TGGGAGTTAT 
GATGAGGAAG TAGAAACCTA CTTTTATGAA GGACTACAGA AATGGAGAGA ATTGAACCTC 
ACAGAGCATT TTGGGAAATT TTACAAAGAA GTTGTTGGCA AATGTCAGTC ATTCAATCAG 
TTGGTTTACC ATCAGAAAGA GATTGTCCAG AGCTTAAAGA CCCACCTGCA GATCAGGCAC 
AGCCTGGCCT ATCAGCCCCT CTTGGACCTA GTGGTTCAGT TGGCTCGGGA TTTGCAGACT 
GACTTCTATC CAAATTTTAA AGATTTTTTC CTGGCCATCA CAGCGATCCT AGAGACCCAG 
GACACAGAGT TATTAGAGTG GGCTTTTACC TCCCTCTCTT ACCTTTATAA ATACCTATGG 
AGACTTATGG TCAAGGACAT GCCAGATATA TACAGTTTAT ACAGCACCCT GCTGGCTCAC 
CACAAACCAC ATATAAGGAA TTTTGCAGCA GAAAGCTTTA CATTTTTGAT GAGAAAGGTT 
TCTGATCAAG ACAGCCTCTT TAATTTAATG TTTCTTGATC TTGGCAACCA TCCCACAAAA 
GTAGAAGGCG TTGGACAGTT ACTTTTTGAA ATGTGCAAAG GAGTTAGAAA TATGTTCCAC 
TCTTGTGCAT CCAAGGCAAT CAAAGTAATT CTAAGAAAGC TTGGCCCAGT AACTGAGACC 
AAAACCCAGT TGCCATGGGA CCTGGTGGCA GGTGCTCTCA GGCAGATGAT AAAGTCTTCT 
GCTGCCTATG TCTACAAGGA CCATTTTGGA GTGTTGTGGG AATGTTTGCA GGAATCGCTG 
CTGGAGCTCC AGGAGAAAAT GGCCAAGCCT CGTGGCTCTG GCCGTTCGGA CCAAATGGAG 
AGGCTGCTGC AGATCTACCT CATCCTGGTG AGACATGCCA GTGGCTCTAA GGTCGCTCAG 
CCTGAAGGAG TGTGTACGAT AATACTGCAA ACATTCTCCA TTCCTGGTCT CTCCACATCT 
TGCCGGAAGA CCCTACTTGA GGTGATTTCT GCTTTGACCC TGGGTGAAAA CGTTTCCTTG 
CCAGAGACCC TTGTCCGAAA AACAGTTGAA AAGACTTTTG AAAGTGGTTT TGAAAGACAT 
TTGATTTTTG ATTTCTCCAA AGTGATGTTT GCTATGAAAC AGTTTGAACT GCTTTTCCTG 
CCGACCTTCT TGGAGTATGT TGAGAACTGC TTCTTGACTG ATGATGCTGC AGCCAAAGAT 
GAGGCCTTGG CCATCCTGGC AAAGCTCATT CTAAACAAAG CTCCACCACC CACCATTGGT 
TCCATGGCCA TTGAGAAGTA CCCCCTGACT TTCAAGGCAA GGCCTGCAGG ACCCCGGACG 
AGACAGAAGA AAACCAGAAC AATTGGAGAG TCAGAACAGC TGCCAGTTCT GGGTCATATT 
TTGTCCCTCC TCCAGTTACC AGTGAACAGA GGCATAAGTG CTTCTCTTTC TTGTCCTTGG 
GCGGCCCTCA TAGTGCTGCC TCATCTTCGC CCAATGGAGA AAGAGAACCT TGTGCCTCTG 
GTCACAAAAT TCATAGACTC CTTCTTTGCA GCTGTTGATG AAGGAAGTGT TGGTAAAGGA 
GACTTCTTTA TCCTGTGCCA GGCAGTAAAT ACTCTGCTAA GTTTAGAAGA GTCTTCCAAA 
ATTCTCCAGT TGGTTCCTGT GGAACGAGTG AAGAAAATGT TGGAGATGTT CCCAGTGGAG 
CCTTCCATCT TGCTGCTGGC CGATCTCTAT TATCAGCGAT TATCTTTGTC TGGTTGTAAA 
GAGCCTCTCT CTGAAGAGAC TTTAATGACC TTATTTGTCA GTCTGCAAGC AAATATCTCA 
ACCGGTGTAT CCAAGATTCG ACTTTTGACC CTAAGAATCC TAAACCACTT TGAAATGCAG 
CTTCCTGCAA CAATGGAGGA TGATGGGCTA GGGGAACACC AGTCTATTTT TGCCACATTG 
CTACAAGCCG AACTTGTTCC AGCAACTGTG AATGATTATA GGGAGAAACT TCTGCATTTG 
AGAAAGCTAA GACACGACCT GGTTCAGGCA TCCATCCCTA AAGGACCTTT ACACGAGGTC 
CCACTTCGTT ATTTACTGAG CATGCTGTAT ATTAATTTCA GTGCTCTCTG GGATCCTGTC 
ATTGAGCTCA TAGCTTCTCA TGCCAATGAA ATGGATAACA AAGAGTTCTG GAAAGTCTAC 
TATGAACATT TAGAGAGAGC TGCTACACGT GCTGAGAAAG AATTACAGAA TGATTCCAGA 
GATAAACATT TTCGAGATAA AGGTGTTGAG AAGACTGAGA CAGGAGATGT GGGTGCCCTT 
TATCATGAAC AGCTGGAGCA AAGAACTGAT TGCAGGGAGA GGCTGGACCA CACCAACTTT 
CGCTTTTTGC TCTGGAAGGC CCTGGCAAAA TTCCCGGAGA GAGTTGAGCC CCGGTCCCGA 
GAACTCTCCC CACTTTTCCT GAGGTTTATC AACAATGAGT ATTATCCAGC TGATCATCAG 
ATCGCCCCTA CCCAGGATCT CCTAAAGAAA GGCGGTGCAG CTTCTGAGGA AGAAAGAGAG 
GAGGGGAGCC CTGCGGAGGG CCCCGAAGGG GCTGGGGAAG AGGAGGAGCT GGCTGATGAC 
ACTGTGGTGC TCGGGTTCCG AAAGAAGAAG ACTAGGAGGG CTGCAGCCAA GCAATTAATT 
GCTCACCTGC AGGTTTTCTC GAAGTTTTTA AATCCACGAT CCTTATATCT GGAATCCCAG 
TTATATGACC TGTATCTGCA GTTATTATTG CATCCTGAAC AAGATGTGCA AAAAATAGCC 
CTGGAGTGCA TCATGACCTA TAAGCACCCC CACATACTTC CCTACAAGGA GAATTTGCAA 
AGGTTATTGG AAGACAAGAG CTTTAAAGAA GAAATTGTCC ATTTTAGCAT TTCAGAGGAG 
AATACAATTG TGAAAACAGC TCACAGAGCT GATCTTTTTT CAGTTCTTCT AAGAATTCTT 
TATGGACGAA TGAAAAACAA GACTGGGAGT AAAACTCAGG GCAAGTCAGC CTCTGGCACA 
CGCATGTCGA TTGTCTTGCG GTTTCTCGCG GGGTCATCAC CTGAGGAGGT CCACATGTTC 
TTAGACCTGC TATTTGAGCC TGTGAAGCAC TTCAGAAATG GCTCTTGCCA CTCTGCAGTT 
TTGCAAGCAG TACAAGACTT GGATTTGTCC AGAGTTATTC CCTTGGGTCG TCAGCATGGT 
GTCTTCAATA GTCTGGAGCT GGTGTTAAAG AATATTGGTC ACCTGATCAG CCCCTACTTA 
CCTGAGATTC TGCAGATCCT GCTCTGTATG ACAGCGACTG TGTCCCACAT CCTTCATCAG 
AGAGAGAAGG TACAGCTGAG GGTCATCAAT CCCCTAAAAA ATCTGAGGCG CCTTGGGCTC 
AAGCTGGTAG ATGAGTTTTT TTCTGAGCAG GAATCATACG ACTTCAGCAC AGAAGAAATC 
AATGCTGTTT TCCAAGGTGC TGTTTGGCCT CAGATCACCA GACTTGCATC TGAGAGCCAG 
TATTCACCAA CTCTTCTACT GAAACTTATT CATACTTGGA GCAAAAATCC CAGGTACTTC 
CCTTTGCTGG CTAAACAGAA ACCTGGGGAT CCAGAGTATG ACATTCTCAA AAATGTATTT 
GCTGTTCTCT CAGCCAAGAT CATTTCTGAA ACTACAACCA GTGTTGTAAT GGACATAGCT 
GACAACCTCC TCAACATACC AGATTTTGAA CCCACAGACA CAGTGTCGAA CCTGCCTGTG 
ACTGGATGTG TTTATACCGA GATAACAGAA AATATAGACG AGTCCATCAG TCTGGGTGGA 
AGGCTGATGC TGCCTCAGGT GCCTGCCATC CTTCAGTATC TCAGCAGAAC CATGGTCAAT 
GTCGAGAAGG TGAAAAAGAA GAAGTACCGG GCTCAGCTGA GCAAGGAACT CGGCATCCTC 
TCTAGGATCA GCAAGTTTAT GAAAGACAAA GAGCAGAGCT CCCTCCTCAT CACTCTGCTC 
CTTCCTTTCC TGCACCGAAG CAACATTGCT GAGGACACTG AGATTGACAT CCTCGTGACT 
GTGCAAAATT TGTTAGCGAA TTGTCAGGAC CCGGCGAGTT TCCTGAAACC TCTTTCAAGA 
CTTTTTTCTG TCATTCAGAG CAAAATGTCC CGACAGATGC TCTGTTCAGT TTTCCAGACA 
CTTTCTGATT ATGAGAGTGG ATTGGAATAC ATTACAGAAG TAGTCAAGTT GAATGCCTTC 
GATCAGAGAC ACCTGGATGA CATCAACTTT GATGTTCGCT TGTCAGCTTT CCAAAAAATC 
ACTTCTCACA TCAAGGAGAT GGAAACTGTA GATATCACCT ACTTAATTCC TGTAATGCAC 
AATTGTTTCT ACACGTTACA GCTCAAAGAC ATGGCCTTGA GTGACAGTGC CAGTCTGTGC 
TTGGTGAGCA TCATCCATCG GCTTGCGGCT CCAGATGTCA CTGAGGCCCA GTACCGAGAA 
GTCATTCAGC GTACCCTCTT GGAGAATTTG AGGAGAGGCC TGAAGAGTCC GACTGAGAGT 
ATCCAGCAGG AATATACAAC ATTACTTTCC TCTTTAATTC AAACTTTTCC CAACCACCCA 
GAATTTAAAG ACTTAGTTCA ACTTAGTGAC TTCAATGACC CTGAAATGGA CTTTTTTGAG 
AACATGAAGC ACATTCAGAT CCACAGAAGG GCCAGAGCCC TGAAGAAATT AGGCAAGCGT 
CTGATGGAGG GCAGAATTGT TCTGTCTTCC AAGTCTCTCC AGAATTACAT CATGCCCTAT 
GCCACAACAC CAATTTTTGA TGAGAAGATG CTTAAGCATG AAAACATAAC AACGGCTTCC 
ATGGAGCTTA TTGGAGCTAT TTGCAGACAT CTTTCCTGGG CAGGATATAT GTATTACTTG 
AAATATTTCA TTCATGTTTT GCACACTGGA CAGATTAATC AGAAGTTGGG TGTCAGCTTG 
TTAGTCACAG TATTAGAAGC TTTCCACTTT GACCATGAAA CTCTTGAGAA ACAAATGGAA 
AAAATTAAGA ATGAAGAAAA TACAGATGTA ATGGAGGTTG ATGTGTCCTT GGAACATGAA 
GCCATGGAAT TGGACCAAGC CAATGAAGAG GAAAAGGAGG AGGAAGAGAA GAAGAAGAGT 
TTGTCTGATG CCAGTGAGGG GTTGGCCCTG GAGGCTTCTG CCACGGAGCC TGAGGATGTT 
GTCCAGGCCT TTTCTGGCCT CCCTCAGAAT AAAGAAGAGC TAGAGAATTT GATCAAGCAG 
ATTCACAAAA CCATAACCAG CAGCATTCTC CCCAAGCTCC ACAAATGCCT TTCTGCCACG 
ACTAAAAGGG AGGAAGAACA CAAGCTCATC AAGTCCAAGG TTGTCAATGA TGAAGAGATC 
GTTCGAATTC CATTGGCTTT TGCCATGGTC AAACTCATGC AGTCTCTGCC TCAAGGAGTA 
ATGGAAGCCA ATCTGCCAAG TATTTTGCTG AAAGTGTGTA CTCTCCTGAG GAACAGAGCC 
CAGGAAATCC GTGATGTTGC ACGCAATACC CTCACAAAAA TAATAGAGAC CTTGGGTGTG 
CATTATCTAC AATACATTTT AAAAGAATTA CAGACCACCC TTGTTCGAGG ATATCAGGTT 
CACGTGCTCA CATTTACAAT ATACATCTTG CTGAAAGGTC TTGCCAATAG CCTAAAAGTT 
GGAGAGCTGG ATCCTTGCCT GGACATCATG ATTGGGGTCT TTAACCATGA GCTGTTTGGC 
AGCGTCGCCG AGGAGAAGGA GGTAAAGGGG ATCATCTCCA AGGTCATGGA GGCTCGACGA 
AGCAAAAGCT ATGATTCCTA TGAAATTCTT GGCAAATTTG TTGGGAAAGA TCAAGTTACC 
AAGCTCATCC TTCCCCTAAA AGAGATTTTA CAGAACACCA CAAGTCTTAA ACTGGCCCGG 
AAAGTACACG AGGCCTTACG CCGCATTGTA GCAGGCCTGA TCGCAAATGA GGAAATGACT 
GCTGAGGCTA TCCTGCTGCT CAGCTATGGG CTGGTCAGTG AGAACCTCCC TCTGTTAACA 
GAAAAGGAAA AGAGTCAAGC TGAGCCCCCT CCTGATCCCC GCCTGCCCCC TAAGAGCTGC 
CTCCTGCTGC CACCTACCCC TGGCCGAGGA GGGCAGAAAG CTGCTGTGAG CCGAAGGACC 
AACATGCACA TATTTGTTGA ATGTGGACTC CGGCTGTTAC ACATGAGCCT CAAGAGGTCA 
AAGGTCAACT CCTCTGACGA TCATGTGCTG GAGATGTTGG ATCCTTTCAT GTCATTGCTC 
ATCGATTGCC TCAAGTCCAG AGATGCCAAG GTCATCACAG GTGCTTTACA GTCTCTAATC 
TGGGTGTTGA AGTTCCCCCT GCCTTCCATA GGGAAGAACT CGGAGAAACT TACTAAGCAG 
CTCTTCCTTC TGCTGAAAGA CTATGCCAGA CTTGGGGCTG CCAAAGGCCA GAACTTCCAC 
TTGGTTGTAA ACTGTTTCAA GTGTGTGACC ATCCTTGTGA AGAAGGTCAA ATGCTACAAG 
ATCACAGAGA AACAACTCCA AGTCCTGCTG GCCTATGCTG AGGAGGATAT TTATGACTCA 
TCACGACAGG CAACAGCATT TGGTCTTCTA AAGGCTATCT TATCAAGAAA ATTGATGGTC 
CCAGAAATTG ATGATGTCAT GAAGAAAGTA TCCCAATTTG CCATTACTGG ACAAAGCGAA 
CCAGTCCGAG TCCAGTGTAG ACAGGTTTAT CTGAAGTACA TTCTTGACTA CCCAATTGGT 
TCTAAACTGA AATCCAACTT GGAGTTCATG TTGGCTCAGC TGAACTATGA CTATGAGGCA 
GGAAGAGAAT CGGCTTTGGA AATGATCGCT CACCTCTTCC AAACCTTCCC TCAGGGATTG 
CTTCATGAGA ACTGTGGTCT GTTCTTTGTT CCCCTCTGCC TCATGATGAT CAATGACAAC 
TCCACCAAGT GCAAAAAGAT GGCCTCCATG GCCATCAAGT TACTGCTCAG CAAGGTCAGC 
TTGGAGAATA AAGACCTGAT GTACGTGCTT GTGGTCAAGT GGTTTGGGAG TCAGAAGAGT 
TTGCAGAAGC GCTTGGCTGC CCAGACCTGT GGCTTGTTTG TAGAGACTGA AGGGGCAGCT 
TTTGAGAGGA GATTTGGAAC AGTCCTTCCC ATAATTGAGA GAGAGCTTGA GCCTTCCCAG 
CTCCGAGATC TAATCGAAGA AACTGATGAA AAAGCATCTG ACCGACTTCT CTTTGGTTTT 
CTTACGCTGA TAACTAAACT AATCAAGGAA TCTAACTTTC TTCAACTCAC CAAACATCCT 
GAGAGTCTGA ACAATATCTG GAGTCACATC CAGTCCCATC TCTCACACCC CCACAGCTGG 
GTGTGGCTTA CTTCAGCCCA GATTTTTGGA TTATTATTTG CCTCTTGCAA ACCAGAAGAA 
CTGATTAAGA GATGGGCTGC CCAGAAGTCT AAGAAGAAAC AGTCAGGCCC AGTAGCTGTT 
ACCTTCCTGA CCAAAGAATT AGACCAAAAG ATGAAAAGAC TGGCTTTAGC TTTTTGCTAT 
CAGTTGCAGT CAAAGTTTTT GGATCAGTCT CTGGGAGAAC AGATTGTTAA GAATCTGTTG 
TTTGTTGCCA AAGTCATCTA TCTTCTGGCA CTCCACAAAG AGGAGAAGGA AGTTCCCTCT 
GAGGAGAGCA TGGAGACCCC TGCCCCGGAA ACCTCCCAGA CCACGGGGCC TGAGGATGAT 
GCGGGGCATG CCCGGGAAGC CTCTGATGAT GAAAATGAGG CAGCAGAAGA GAAGGTGGGA 
GCAGAGGAAG ACCAAGGAAG ACCCGCCAAC CTGTTCTGGC TCATCCACAA GTTGTCCATC 
ATGGCAAAAC GGGAAGCCGC ATATTCGCCC AAAAATCCCT TAAAGAGAAC CTGCGTGTTT 
AAGTTCCTCG GGGCTCTGGC CATCGATCTG GGCCCCGACA AGGTCCGGCC TTTCCTGCCT 
ATGATCCTCG CCCCGTTGTT TCGGGAACTG AACAGCACCT ACTCAGAGCA AGACCCTTCG 
CTGAAAAACC TGTCCCAGGA AATCCTGGAA CTGCTCAAGA AGATGGTCGG CTTGGAGGCC 
TTCTCATTGG CTTTTGCCTC AGTGCAGAAG CGGGCCAGGG AGAAGAGGGC GCTGCGGATC 
AAGCGGAAAG CCTTGCAGTT TGTGACTAAT CCGGACATTG CTGCCAAGAA GAAGATGAAG 
AAGCACAAGA ACAAGAGTGA GGCCAAGAAG AGGAAAATCG AGTTCCTGCG GCCAGGCTAC 
AAGGCCAAGA GGCAGAGGAG CCATGGCCTC CGCGACCTGG CCATGGTGGA GTGA

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

RefSeq	XP_007503368.1
CDS	188..8581
Translation	MKPKPFAHKTENTYRFLTFAERLGNVNIDIIHRIDRTGSYDEEVETYFYEGLQKWRELNLTEHFGKFYKEVVGKCQSFNQLVYHQKEIVQSLKTHLQIRHSLAYQPLLDLVVQLARDLQTDFYPNFKDFFLAITAILETQDTELLEWAFTSLSYLYKYLWRLMVKDMPDIYSLYSTLLAHHKPHIRNFAAESFTFLMRKVSDQDSLFNLMFLDLGNHPTKVEGVGQLLFEMCKGVRNMFHSCASKAIKVILRKLGPVTETKTQLPWDLVAGALRQMIKSSAAYVYKDHFGVLWECLQESLLELQEKMAKPRGSGRSDQMERLLQIYLILVRHASGSKVAQPEGVCTIILQTFSIPGLSTSCRKTLLEVISALTLGENVSLPETLVRKTVEKTFESGFERHLIFDFSKVMFAMKQFELLFLPTFLEYVENCFLTDDAAAKDEALAILAKLILNKAPPPTIGSMAIEKYPLTFKARPAGPRTRQKKTRTIGESEQLPVLGHILSLLQLPVNRGISASLSCPWAALIVLPHLRPMEKENLVPLVTKFIDSFFAAVDEGSVGKGDFFILCQAVNTLLSLEESSKILQLVPVERVKKMLEMFPVEPSILLLADLYYQRLSLSGCKEPLSEETLMTLFVSLQANISTGVSKIRLLTLRILNHFEMQLPATMEDDGLGEHQSIFATLLQAELVPATVNDYREKLLHLRKLRHDLVQASIPKGPLHEVPLRYLLSMLYINFSALWDPVIELIASHANEMDNKEFWKVYYEHLERAATRAEKELQNDSRDKHFRDKGVEKTETGDVGALYHEQLEQRTDCRERLDHTNFRFLLWKALAKFPERVEPRSRELSPLFLRFINNEYYPADHQIAPTQDLLKKGGAASEEEREEGSPAEGPEGAGEEEELADDTVVLGFRKKKTRRAAAKQLIAHLQVFSKFLNPRSLYLESQLYDLYLQLLLHPEQDVQKIALECIMTYKHPHILPYKENLQRLLEDKSFKEEIVHFSISEENTIVKTAHRADLFSVLLRILYGRMKNKTGSKTQGKSASGTRMSIVLRFLAGSSPEEVHMFLDLLFEPVKHFRNGSCHSAVLQAVQDLDLSRVIPLGRQHGVFNSLELVLKNIGHLISPYLPEILQILLCMTATVSHILHQREKVQLRVINPLKNLRRLGLKLVDEFFSEQESYDFSTEEINAVFQGAVWPQITRLASESQYSPTLLLKLIHTWSKNPRYFPLLAKQKPGDPEYDILKNVFAVLSAKIISETTTSVVMDIADNLLNIPDFEPTDTVSNLPVTGCVYTEITENIDESISLGGRLMLPQVPAILQYLSRTMVNVEKVKKKKYRAQLSKELGILSRISKFMKDKEQSSLLITLLLPFLHRSNIAEDTEIDILVTVQNLLANCQDPASFLKPLSRLFSVIQSKMSRQMLCSVFQTLSDYESGLEYITEVVKLNAFDQRHLDDINFDVRLSAFQKITSHIKEMETVDITYLIPVMHNCFYTLQLKDMALSDSASLCLVSIIHRLAAPDVTEAQYREVIQRTLLENLRRGLKSPTESIQQEYTTLLSSLIQTFPNHPEFKDLVQLSDFNDPEMDFFENMKHIQIHRRARALKKLGKRLMEGRIVLSSKSLQNYIMPYATTPIFDEKMLKHENITTASMELIGAICRHLSWAGYMYYLKYFIHVLHTGQINQKLGVSLLVTVLEAFHFDHETLEKQMEKIKNEENTDVMEVDVSLEHEAMELDQANEEEKEEEEKKKSLSDASEGLALEASATEPEDVVQAFSGLPQNKEELENLIKQIHKTITSSILPKLHKCLSATTKREEEHKLIKSKVVNDEEIVRIPLAFAMVKLMQSLPQGVMEANLPSILLKVCTLLRNRAQEIRDVARNTLTKIIETLGVHYLQYILKELQTTLVRGYQVHVLTFTIYILLKGLANSLKVGELDPCLDIMIGVFNHELFGSVAEEKEVKGIISKVMEARRSKSYDSYEILGKFVGKDQVTKLILPLKEILQNTTSLKLARKVHEALRRIVAGLIANEEMTAEAILLLSYGLVSENLPLLTEKEKSQAEPPPDPRLPPKSCLLLPPTPGRGGQKAAVSRRTNMHIFVECGLRLLHMSLKRSKVNSSDDHVLEMLDPFMSLLIDCLKSRDAKVITGALQSLIWVLKFPLPSIGKNSEKLTKQLFLLLKDYARLGAAKGQNFHLVVNCFKCVTILVKKVKCYKITEKQLQVLLAYAEEDIYDSSRQATAFGLLKAILSRKLMVPEIDDVMKKVSQFAITGQSEPVRVQCRQVYLKYILDYPIGSKLKSNLEFMLAQLNYDYEAGRESALEMIAHLFQTFPQGLLHENCGLFFVPLCLMMINDNSTKCKKMASMAIKLLLSKVSLENKDLMYVLVVKWFGSQKSLQKRLAAQTCGLFVETEGAAFERRFGTVLPIIERELEPSQLRDLIEETDEKASDRLLFGFLTLITKLIKESNFLQLTKHPESLNNIWSHIQSHLSHPHSWVWLTSAQIFGLLFASCKPEELIKRWAAQKSKKKQSGPVAVTFLTKELDQKMKRLALAFCYQLQSKFLDQSLGEQIVKNLLFVAKVIYLLALHKEEKEVPSEESMETPAPETSQTTGPEDDAGHAREASDDENEAAEEKVGAEEDQGRPANLFWLIHKLSIMAKREAAYSPKNPLKRTCVFKFLGALAIDLGPDKVRPFLPMILAPLFRELNSTYSEQDPSLKNLSQEILELLKKMVGLEAFSLAFASVQKRAREKRALRIKRKALQFVTNPDIAAKKKMKKHKNKSEAKKRKIEFLRPGYKAKRQRSHGLRDLAMVE

Target ORF information:

RefSeq Version	XM_007503306.2
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica 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_007503306.2

ORF Insert Sequence:

ATGAAGCCGA AACCATTTGC TCACAAGACG GAGAATACGT ACCGGTTCCT TACCTTTGCT 
GAACGTCTTG GGAATGTCAA TATTGATATC ATCCATCGGA TTGATAGGAC TGGGAGTTAT 
GATGAGGAAG TAGAAACCTA CTTTTATGAA GGACTACAGA AATGGAGAGA ATTGAACCTC 
ACAGAGCATT TTGGGAAATT TTACAAAGAA GTTGTTGGCA AATGTCAGTC ATTCAATCAG 
TTGGTTTACC ATCAGAAAGA GATTGTCCAG AGCTTAAAGA CCCACCTGCA GATCAGGCAC 
AGCCTGGCCT ATCAGCCCCT CTTGGACCTA GTGGTTCAGT TGGCTCGGGA TTTGCAGACT 
GACTTCTATC CAAATTTTAA AGATTTTTTC CTGGCCATCA CAGCGATCCT AGAGACCCAG 
GACACAGAGT TATTAGAGTG GGCTTTTACC TCCCTCTCTT ACCTTTATAA ATACCTATGG 
AGACTTATGG TCAAGGACAT GCCAGATATA TACAGTTTAT ACAGCACCCT GCTGGCTCAC 
CACAAACCAC ATATAAGGAA TTTTGCAGCA GAAAGCTTTA CATTTTTGAT GAGAAAGGTT 
TCTGATCAAG ACAGCCTCTT TAATTTAATG TTTCTTGATC TTGGCAACCA TCCCACAAAA 
GTAGAAGGCG TTGGACAGTT ACTTTTTGAA ATGTGCAAAG GAGTTAGAAA TATGTTCCAC 
TCTTGTGCAT CCAAGGCAAT CAAAGTAATT CTAAGAAAGC TTGGCCCAGT AACTGAGACC 
AAAACCCAGT TGCCATGGGA CCTGGTGGCA GGTGCTCTCA GGCAGATGAT AAAGTCTTCT 
GCTGCCTATG TCTACAAGGA CCATTTTGGA GTGTTGTGGG AATGTTTGCA GGAATCGCTG 
CTGGAGCTCC AGGAGAAAAT GGCCAAGCCT CGTGGCTCTG GCCGTTCGGA CCAAATGGAG 
AGGCTGCTGC AGATCTACCT CATCCTGGTG AGACATGCCA GTGGCTCTAA GGTCGCTCAG 
CCTGAAGGAG TGTGTACGAT AATACTGCAA ACATTCTCCA TTCCTGGTCT CTCCACATCT 
TGCCGGAAGA CCCTACTTGA GGTGATTTCT GCTTTGACCC TGGGTGAAAA CGTTTCCTTG 
CCAGAGACCC TTGTCCGAAA AACAGTTGAA AAGACTTTTG AAAGTGGTTT TGAAAGACAT 
TTGATTTTTG ATTTCTCCAA AGTGATGTTT GCTATGAAAC AGTTTGAACT GCTTTTCCTG 
CCGACCTTCT TGGAGTATGT TGAGAACTGC TTCTTGACTG ATGATGCTGC AGCCAAAGAT 
GAGGCCTTGG CCATCCTGGC AAAGCTCATT CTAAACAAAG CTCCACCACC CACCATTGGT 
TCCATGGCCA TTGAGAAGTA CCCCCTGACT TTCAAGGCAA GGCCTGCAGG ACCCCGGACG 
AGACAGAAGA AAACCAGAAC AATTGGAGAG TCAGAACAGC TGCCAGTTCT GGGTCATATT 
TTGTCCCTCC TCCAGTTACC AGTGAACAGA GGCATAAGTG CTTCTCTTTC TTGTCCTTGG 
GCGGCCCTCA TAGTGCTGCC TCATCTTCGC CCAATGGAGA AAGAGAACCT TGTGCCTCTG 
GTCACAAAAT TCATAGACTC CTTCTTTGCA GCTGTTGATG AAGGAAGTGT TGGTAAAGGA 
GACTTCTTTA TCCTGTGCCA GGCAGTAAAT ACTCTGCTAA GTTTAGAAGA GTCTTCCAAA 
ATTCTCCAGT TGGTTCCTGT GGAACGAGTG AAGAAAATGT TGGAGATGTT CCCAGTGGAG 
CCTTCCATCT TGCTGCTGGC CGATCTCTAT TATCAGCGAT TATCTTTGTC TGGTTGTAAA 
GAGCCTCTCT CTGAAGAGAC TTTAATGACC TTATTTGTCA GTCTGCAAGC AAATATCTCA 
ACCGGTGTAT CCAAGATTCG ACTTTTGACC CTAAGAATCC TAAACCACTT TGAAATGCAG 
CTTCCTGCAA CAATGGAGGA TGATGGGCTA GGGGAACACC AGTCTATTTT TGCCACATTG 
CTACAAGCCG AACTTGTTCC AGCAACTGTG AATGATTATA GGGAGAAACT TCTGCATTTG 
AGAAAGCTAA GACACGACCT GGTTCAGGCA TCCATCCCTA AAGGACCTTT ACACGAGGTC 
CCACTTCGTT ATTTACTGAG CATGCTGTAT ATTAATTTCA GTGCTCTCTG GGATCCTGTC 
ATTGAGCTCA TAGCTTCTCA TGCCAATGAA ATGGATAACA AAGAGTTCTG GAAAGTCTAC 
TATGAACATT TAGAGAGAGC TGCTACACGT GCTGAGAAAG AATTACAGAA TGATTCCAGA 
GATAAACATT TTCGAGATAA AGGTGTTGAG AAGACTGAGA CAGGAGATGT GGGTGCCCTT 
TATCATGAAC AGCTGGAGCA AAGAACTGAT TGCAGGGAGA GGCTGGACCA CACCAACTTT 
CGCTTTTTGC TCTGGAAGGC CCTGGCAAAA TTCCCGGAGA GAGTTGAGCC CCGGTCCCGA 
GAACTCTCCC CACTTTTCCT GAGGTTTATC AACAATGAGT ATTATCCAGC TGATCATCAG 
ATCGCCCCTA CCCAGGATCT CCTAAAGAAA GGCGGTGCAG CTTCTGAGGA AGAAAGAGAG 
GAGGGGAGCC CTGCGGAGGG CCCCGAAGGG GCTGGGGAAG AGGAGGAGCT GGCTGATGAC 
ACTGTGGTGC TCGGGTTCCG AAAGAAGAAG ACTAGGAGGG CTGCAGCCAA GCAATTAATT 
GCTCACCTGC AGGTTTTCTC GAAGTTTTTA AATCCACGAT CCTTATATCT GGAATCCCAG 
TTATATGACC TGTATCTGCA GTTATTATTG CATCCTGAAC AAGATGTGCA AAAAATAGCC 
CTGGAGTGCA TCATGACCTA TAAGCACCCC CACATACTTC CCTACAAGGA GAATTTGCAA 
AGGTTATTGG AAGACAAGAG CTTTAAAGAA GAAATTGTCC ATTTTAGCAT TTCAGAGGAG 
AATACAATTG TGAAAACAGC TCACAGAGCT GATCTTTTTT CAGTTCTTCT AAGAATTCTT 
TATGGACGAA TGAAAAACAA GACTGGGAGT AAAACTCAGG GCAAGTCAGC CTCTGGCACA 
CGCATGTCGA TTGTCTTGCG GTTTCTCGCG GGGTCATCAC CTGAGGAGGT CCACATGTTC 
TTAGACCTGC TATTTGAGCC TGTGAAGCAC TTCAGAAATG GCTCTTGCCA CTCTGCAGTT 
TTGCAAGCAG TACAAGACTT GGATTTGTCC AGAGTTATTC CCTTGGGTCG TCAGCATGGT 
GTCTTCAATA GTCTGGAGCT GGTGTTAAAG AATATTGGTC ACCTGATCAG CCCCTACTTA 
CCTGAGATTC TGCAGATCCT GCTCTGTATG ACAGCGACTG TGTCCCACAT CCTTCATCAG 
AGAGAGAAGG TACAGCTGAG GGTCATCAAT CCCCTAAAAA ATCTGAGGCG CCTTGGGCTC 
AAGCTGGTAG ATGAGTTTTT TTCTGAGCAG GAATCATACG ACTTCAGCAC AGAAGAAATC 
AATGCTGTTT TCCAAGGTGC TGTTTGGCCT CAGATCACCA GACTTGCATC TGAGAGCCAG 
TATTCACCAA CTCTTCTACT GAAACTTATT CATACTTGGA GCAAAAATCC CAGGTACTTC 
CCTTTGCTGG CTAAACAGAA ACCTGGGGAT CCAGAGTATG ACATTCTCAA AAATGTATTT 
GCTGTTCTCT CAGCCAAGAT CATTTCTGAA ACTACAACCA GTGTTGTAAT GGACATAGCT 
GACAACCTCC TCAACATACC AGATTTTGAA CCCACAGACA CAGTGTCGAA CCTGCCTGTG 
ACTGGATGTG TTTATACCGA GATAACAGAA AATATAGACG AGTCCATCAG TCTGGGTGGA 
AGGCTGATGC TGCCTCAGGT GCCTGCCATC CTTCAGTATC TCAGCAGAAC CATGGTCAAT 
GTCGAGAAGG TGAAAAAGAA GAAGTACCGG GCTCAGCTGA GCAAGGAACT CGGCATCCTC 
TCTAGGATCA GCAAGTTTAT GAAAGACAAA GAGCAGAGCT CCCTCCTCAT CACTCTGCTC 
CTTCCTTTCC TGCACCGAAG CAACATTGCT GAGGACACTG AGATTGACAT CCTCGTGACT 
GTGCAAAATT TGTTAGCGAA TTGTCAGGAC CCGGCGAGTT TCCTGAAACC TCTTTCAAGA 
CTTTTTTCTG TCATTCAGAG CAAAATGTCC CGACAGATGC TCTGTTCAGT TTTCCAGACA 
CTTTCTGATT ATGAGAGTGG ATTGGAATAC ATTACAGAAG TAGTCAAGTT GAATGCCTTC 
GATCAGAGAC ACCTGGATGA CATCAACTTT GATGTTCGCT TGTCAGCTTT CCAAAAAATC 
ACTTCTCACA TCAAGGAGAT GGAAACTGTA GATATCACCT ACTTAATTCC TGTAATGCAC 
AATTGTTTCT ACACGTTACA GCTCAAAGAC ATGGCCTTGA GTGACAGTGC CAGTCTGTGC 
TTGGTGAGCA TCATCCATCG GCTTGCGGCT CCAGATGTCA CTGAGGCCCA GTACCGAGAA 
GTCATTCAGC GTACCCTCTT GGAGAATTTG AGGAGAGGCC TGAAGAGTCC GACTGAGAGT 
ATCCAGCAGG AATATACAAC ATTACTTTCC TCTTTAATTC AAACTTTTCC CAACCACCCA 
GAATTTAAAG ACTTAGTTCA ACTTAGTGAC TTCAATGACC CTGAAATGGA CTTTTTTGAG 
AACATGAAGC ACATTCAGAT CCACAGAAGG GCCAGAGCCC TGAAGAAATT AGGCAAGCGT 
CTGATGGAGG GCAGAATTGT TCTGTCTTCC AAGTCTCTCC AGAATTACAT CATGCCCTAT 
GCCACAACAC CAATTTTTGA TGAGAAGATG CTTAAGCATG AAAACATAAC AACGGCTTCC 
ATGGAGCTTA TTGGAGCTAT TTGCAGACAT CTTTCCTGGG CAGGATATAT GTATTACTTG 
AAATATTTCA TTCATGTTTT GCACACTGGA CAGATTAATC AGAAGTTGGG TGTCAGCTTG 
TTAGTCACAG TATTAGAAGC TTTCCACTTT GACCATGAAA CTCTTGAGAA ACAAATGGAA 
AAAATTAAGA ATGAAGAAAA TACAGATGTA ATGGAGGTTG ATGTGTCCTT GGAACATGAA 
GCCATGGAAT TGGACCAAGC CAATGAAGAG GAAAAGGAGG AGGAAGAGAA GAAGAAGAGT 
TTGTCTGATG CCAGTGAGGG GTTGGCCCTG GAGGCTTCTG CCACGGAGCC TGAGGATGTT 
GTCCAGGCCT TTTCTGGCCT CCCTCAGAAT AAAGAAGAGC TAGAGAATTT GATCAAGCAG 
ATTCACAAAA CCATAACCAG CAGCATTCTC CCCAAGCTCC ACAAATGCCT TTCTGCCACG 
ACTAAAAGGG AGGAAGAACA CAAGCTCATC AAGTCCAAGG TTGTCAATGA TGAAGAGATC 
GTTCGAATTC CATTGGCTTT TGCCATGGTC AAACTCATGC AGTCTCTGCC TCAAGGAGTA 
ATGGAAGCCA ATCTGCCAAG TATTTTGCTG AAAGTGTGTA CTCTCCTGAG GAACAGAGCC 
CAGGAAATCC GTGATGTTGC ACGCAATACC CTCACAAAAA TAATAGAGAC CTTGGGTGTG 
CATTATCTAC AATACATTTT AAAAGAATTA CAGACCACCC TTGTTCGAGG ATATCAGGTT 
CACGTGCTCA CATTTACAAT ATACATCTTG CTGAAAGGTC TTGCCAATAG CCTAAAAGTT 
GGAGAGCTGG ATCCTTGCCT GGACATCATG ATTGGGGTCT TTAACCATGA GCTGTTTGGC 
AGCGTCGCCG AGGAGAAGGA GGTAAAGGGG ATCATCTCCA AGGTCATGGA GGCTCGACGA 
AGCAAAAGCT ATGATTCCTA TGAAATTCTT GGCAAATTTG TTGGGAAAGA TCAAGTTACC 
AAGCTCATCC TTCCCCTAAA AGAGATTTTA CAGAACACCA CAAGTCTTAA ACTGGCCCGG 
AAAGTACACG AGGCCTTACG CCGCATTGTA GCAGGCCTGA TCGCAAATGA GGAAATGACT 
GCTGAGGCTA TCCTGCTGCT CAGCTATGGG CTGGTCAGTG AGAACCTCCC TCTGTTAACA 
GAAAAGGAAA AGAGTCAAGC TGAGCCCCCT CCTGATCCCC GCCTGCCCCC TAAGAGCTGC 
CTCCTGCTGC CACCTACCCC TGGCCGAGGA GGGCAGAAAG CTGCTGTGAG CCGAAGGACC 
AACATGCACA TATTTGTTGA ATGTGGACTC CGGCTGTTAC ACATGAGCCT CAAGAGGTCA 
AAGGTCAACT CCTCTGACGA TCATGTGCTG GAGATGTTGG ATCCTTTCAT GTCATTGCTC 
ATCGATTGCC TCAAGTCCAG AGATGCCAAG GTCATCACAG GTGCTTTACA GTCTCTAATC 
TGGGTGTTGA AGTTCCCCCT GCCTTCCATA GGGAAGAACT CGGAGAAACT TACTAAGCAG 
CTCTTCCTTC TGCTGAAAGA CTATGCCAGA CTTGGGGCTG CCAAAGGCCA GAACTTCCAC 
TTGGTTGTAA ACTGTTTCAA GTGTGTGACC ATCCTTGTGA AGAAGGTCAA ATGCTACAAG 
ATCACAGAGA AACAACTCCA AGTCCTGCTG GCCTATGCTG AGGAGGATAT TTATGACTCA 
TCACGACAGG CAACAGCATT TGGTCTTCTA AAGGCTATCT TATCAAGAAA ATTGATGGTC 
CCAGAAATTG ATGATGTCAT GAAGAAAGTA TCCCAATTTG CCATTACTGG ACAAAGCGAA 
CCAGTCCGAG TCCAGTGTAG ACAGGTTTAT CTGAAGTACA TTCTTGACTA CCCAATTGGT 
TCTAAACTGA AATCCAACTT GGAGTTCATG TTGGCTCAGC TGAACTATGA CTATGAGGCA 
GGAAGAGAAT CGGCTTTGGA AATGATCGCT CACCTCTTCC AAACCTTCCC TCAGGGATTG 
CTTCATGAGA ACTGTGGTCT GTTCTTTGTT CCCCTCTGCC TCATGATGAT CAATGACAAC 
TCCACCAAGT GCAAAAAGAT GGCCTCCATG GCCATCAAGT TACTGCTCAG CAAGGTCAGC 
TTGGAGAATA AAGACCTGAT GTACGTGCTT GTGGTCAAGT GGTTTGGGAG TCAGAAGAGT 
TTGCAGAAGC GCTTGGCTGC CCAGACCTGT GGCTTGTTTG TAGAGACTGA AGGGGCAGCT 
TTTGAGAGGA GATTTGGAAC AGTCCTTCCC ATAATTGAGA GAGAGCTTGA GCCTTCCCAG 
CTCCGAGATC TAATCGAAGA AACTGATGAA AAAGCATCTG ACCGACTTCT CTTTGGTTTT 
CTTACGCTGA TAACTAAACT AATCAAGGAA TCTAACTTTC TTCAACTCAC CAAACATCCT 
GAGAGTCTGA ACAATATCTG GAGTCACATC CAGTCCCATC TCTCACACCC CCACAGCTGG 
GTGTGGCTTA CTTCAGCCCA GATTTTTGGA TTATTATTTG CCTCTTGCAA ACCAGAAGAA 
CTGATTAAGA GATGGGCTGC CCAGAAGTCT AAGAAGAAAC AGTCAGGCCC AGTAGCTGTT 
ACCTTCCTGA CCAAAGAATT AGACCAAAAG ATGAAAAGAC TGGCTTTAGC TTTTTGCTAT 
CAGTTGCAGT CAAAGTTTTT GGATCAGTCT CTGGGAGAAC AGATTGTTAA GAATCTGTTG 
TTTGTTGCCA AAGTCATCTA TCTTCTGGCA CTCCACAAAG AGGAGAAGGA AGTTCCCTCT 
GAGGAGAGCA TGGAGACCCC TGCCCCGGAA ACCTCCCAGA CCACGGGGCC TGAGGATGAT 
GCGGGGCATG CCCGGGAAGC CTCTGATGAT GAAAATGAGG CAGCAGAAGA GAAGGTGGGA 
GCAGAGGAAG ACCAAGGAAG ACCCGCCAAC CTGTTCTGGC TCATCCACAA GTTGTCCATC 
ATGGCAAAAC GGGAAGCCGC ATATTCGCCC AAAAATCCCT TAAAGAGAAC CTGCGTGTTT 
AAGTTCCTCG GGGCTCTGGC CATCGATCTG GGCCCCGACA AGGTCCGGCC TTTCCTGCCT 
ATGATCCTCG CCCCGTTGTT TCGGGAACTG AACAGCACCT ACTCAGAGCA AGACCCTTCG 
CTGAAAAACC TGTCCCAGGA AATCCTGGAA CTGCTCAAGA AGATGGTCGG CTTGGAGGCC 
TTCTCATTGG CTTTTGCCTC AGTGCAGAAG CGGGCCAGGG AGAAGAGGGC GCTGCGGATC 
AAGCGGAAAG CCTTGCAGTT TGTGACTAAT CCGGACATTG CTGCCAAGAA GAAGATGAAG 
AAGCACAAGA ACAAGAGTGA GGCCAAGAAG AGGAAAATCG AGTTCCTGCG GCCAGGCTAC 
AAGGCCAAGA GGCAGAGGAG CCATGGCCTC CGCGACCTGG CCATGGTGGA GTGA

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

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UTP20 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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