NUP210 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene
Clones
gRNAs

Summary

Gene Symbol	NUP210
Entrez Gene ID	100028730
Full Name	nucleoporin 210
Gene Type	protein-coding
Organism	Monodelphis domestica(gray short-tailed opossum)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007500347.2	XP_007500409.1	nuclear pore membrane glycoprotein 210

Pathways from BioSystems
Gene Ontology

The following NUP210 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the NUP210 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
OMc29470	XM_007500347.2 Latest version!	Monodelphis domestica nucleoporin 210kDa (NUP210), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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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)

NUP210 ( XM_007500347.2 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_007500409.1 Monodelphis domestica nucleoporin 210kDa (NUP210), mRNA.

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CloneID	OMc29470
Clone ID Related Accession (Same CDS sequence)	XM_007500347.2
Accession Version	XM_007500347.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5700bp) 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	nuclear pore membrane glycoprotein 210
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008806.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Apr 27, 2016 this sequence version replaced XM_007500347.1. ##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##

ATGATGGCAG CTCGGGCCCA AGGGCCGCCA AGAGGCTGGC ATCTATCGCC GCCGCTGTTG 
CTGCTACTGC TGTTGCTGGC GGCGCTGGCC GGGGACCGCG CTGCCTCCTC CAAGCTCAAC 
ATACCCAAAG TGCTGCTACC ATTTACGCGG GGCACCCGCA TCAACTTCAC ACTGGAGGCC 
TCAGAGGGCT GCTACCGCTG GTCATCTACC AGACCCGAAG TGGCCAGCAT TGAACCTGTG 
GAGCTGGATG AAAGACAATG TTCTCAAAAG GCAGTTGTAC AGGCTCGCCT ATCACAGCCA 
ACCCGCCTCA CTAGCATCAT CTTTGCAGAA GATATCATGA CTGGCCAAGT TCTGCGCTGT 
GATGCTATAG TGGACATCAT CCATGGCATT CAGATTGTCT CCACCACCCG GGAACTCTAC 
CTTGAAGACT CTCCCTTGGA ACTGAAGATT CAGGCTTTGG ATTCAGAAGG CAACACATTC 
AGCACTTTGG CTGGCTTGGT TTTTGATTGG ACAATAGTAA AGGATACAGA AGCTGATGGT 
TTTTCTGACT CTCACAATGC TCTCAGGATC CTCAAATTTT TAGAGTCTAC TTATATACCT 
CCTTCCTACA TATCAGAGAT GGAAAAAGTG GCCAAACAAG GAGACACAAT TTTGGTGTCT 
GGAATGAAGA CAGGGAGTTC CAAGCTTAAA GCACGAATTC AAGAAGTGGT ATATAAGAAT 
GTCCATCCTG CAGAAGTCAG GCTACTAATT TTGGAAAACA TCCTTTTGAA CCCAGCTTAT 
GACATTTATC TGTTGGTGGG GACCTCTATT CACTACAAGG TCCAGAAAAT CAGGCAAGGA 
AAAATTACAG AATTAACGAT GCCTTCTGAT CAGTATGAAC TGCAGCTCCA GAACAACGTT 
CTTGGCCCCG AGGGAGACCC AACACGGCCT GTCGCCAAGT TGATTCAAGC GACATCAACA 
GTGACTGCAT TGCAGCAGGG ACAGACTAAC CTGGTGCTGG GACACAAAAG CATTCGTATG 
CAGGGTGCTT CCAGATTACC CAATAGCACG ATTTATGTTG TGGAACCTGG ATACTTGGGC 
TTCACGATAC AGCCTGGGGA TAGATGGGTC CTTGAAACTG GCCGGTTTTA TGAAATCAGC 
ATTGAAGTAT ATGATAAATC AAGCAACAAG GTGTATTTAT CAGATAATAT CAGAATTGAT 
ACCACATTGC CTATGGAGTA TTTTGAGGTA CTTGAGTCCT CTAAGAATGG GTCATACCAT 
CAAGTTAAGG CAATAAAAAA GGGACAGACA GTGATTGATG CAGCTCTCAC CTCTGTGGTG 
GATCAGGATG GAGGTGTCCA CACATTACCA GTTCCTGTCC GGAATCAACA GGAAGTTGAA 
ATTTATGTGC CTATCACCCT TTCACCGAGC ATCTTGACGT TTCCATGGCA GCCCAAAACA 
GGAGCCTATC AATATACAAT AAAGGCTCAC GGTGGGAGTG GGAACTTCAC CTGGTCCTCG 
TCGAGCCACA TGGTAGCCAC GGTCACAGTC AAGGGTGTGA TGACAACCAG CAGTGACATT 
GGCGTTAGCG TGATCCAGGC GCATGATGTA CAGAATCCTT TACACTACGG AGACATGAAG 
GTATATGTGA TAGAGCCCAG CAGCATGGAG TTCACACCCT GCCAGGTGGA AGCTCGGGTG 
GGCCAAACCT TGGAGCTTCC CTTGAGGATC AATGGTCTCA TGCCAGGGGA AGTCAATGAG 
GTGGTCACAC TGAGTGACTG TTCACACTTT GACCTGATGG TGGATGTAGA GAATCATGGA 
GTATTCCAAC CACTCCCAGG GAGGCTTAAA CCAGGGTCAG ATTACTGCAG TGGCGTCCGG 
GTCAGAGCCG AAATCCAGGG ATATACCACA CTCCTTGTGA GTTATAAACA CGGTCACATT 
CACCTGAGTG CCAAGATCAC CATTGCTGCC TACCTCCCAC TGAAGACTAT TGATCCTTCT 
TCTGTGGCTC TGGTAACTCT GGGTTCTTCC AAAGAGATGT TATTTGAAGG GGGTCCTAAG 
CCCTGGGTCC TAGAGCCTTC TAAATTCTTC CGAAACATCA CATCAGAGGA CCCTGAGAGC 
ATTGGTCTAT CCCTGTTTGG TCCTCCTGCA TCCCGGAACT TTCTGCAGCA TTGGATCCGA 
GTGACCTGTA AATCCTTGGG AGAGCAGGTC ATCGCTCTTA CAGTTGGAAA CAAGCCCAGT 
GTCACTAACC CCTTCCCAGC CACAGAGCCA GCTGTGGTGA AGTTTATCTG TGCTCCACCT 
TCAAGACTCA CCCTTACACC TGTTTATACT AGTCCTCAGC TAGATCTATC CTGCCCTTTG 
ATGCAGCAGA ACAAACAAGT GGTGCCTGTT TCCAATTATC GAAACCCTGA TTTAGACTTG 
GCTGCTTATG ATCAACAAGG CCGTCGATTT GACAACTTCA GTTCCTTAAA CATCAAATGG 
GAGTCCACTA GGGCGTCTCT GGCCAGCATT GAACCCAGCC TGCCTATGCA GCTGATACTG 
AAAGATGATG GCAGTGGCCA AAAGAAACTT CATGGCTTGC AGACTGTCTC AGTTTACCAT 
GTATCAGGAA CCACTGCAAT TTCTGCAACA GCTGCTGGCT ACCATCATTC TCATCTCAGT 
GCTGCCAAAA TACAACTCCC GTATGAACCT CTCATGCCTG TCTCTGCAAC CATTGAGCTG 
ATTCTTGTGG AAGATGTGAA AGTGACGCCC CATCATATAA CTATCTACAA CCATCCTGGG 
GTCCAGGCTG AACTCCTCAT TAAAGAAGGC TCTGGGTACT TTTTCATCAA CACCAGCATC 
ACAAACATTG TCAAAGTGTC TTACCAAGAA GCTCGAGGCG TCGCTACGGT GTATCCGCTC 
TTCCCAGGAA TGTTAACAGT CATGATTCAT GACTTGTGTC TGGTCTTTCC AGCCCCTGCG 
AAAGCTGAAA TCTTCGTATC GGATATTCAG GAACTATATG TCCGAGTGGT TGACAAGGTG 
GAGATTGGGA AAAGTGTCAA GGCATATGTC CGAGTGCTGG ATTTCTCCAA GAAGCCTTTT 
CTGACCAAGT ATTTCTCTTT CATGGACTTA AGACTCCGAG CAGCATCCCA GATTGTCACA 
TTAGAGGCTC TCAGCGAAGC TTTGGATGAC TATACTGCCA CATTTCTAGT CCATGGAATT 
GCCATTGGGC AGACTAGCCT GACAGCAACT GTGACTGATA AAGTTGGACA AAAAATCAAC 
TCTGCCCCAC AGCAAATCGA GGTTTTTCCT CCCTTCAGAC TGATACCAAG AAAAGTTACT 
TTGATAATTG GTGCAATGAT GCAGATCACT TCAGAAGGAG GTCCCCAACC TCAATCCAAC 
ATCATTTTCT CCATCAGTGA TGAGAAGATT GCATCAGTGA ACAGCACTGG TCTGGTCAGG 
GGCCTCGCCG TTGGCAATGG GACAGTATCA GGGCTTGTTC AAGCTGTTGA TGCAGAGACT 
GGAAAAGTTA TCATAGTGTC TCAGGATCGA GTAGATGTGG AGGTGGTATA TCTCAAGGCT 
GTGAGAATTC GAGCTCCAAT CACAAGAATG AAGACTGGGA CCCAGATGCC AGTCTACATC 
ACAGGTATCA CCAACAGCCA AAGTCCTTTC TCCTTTGGGA ATGCCATTCC GGGGCTAACT 
TTTCACTGGT CTGTCACCAA GAGAGACATC CTGGATGTCA GAGCAAGACA TAATGAGGCT 
TCTCTCCGGC TCCCATCCAA ATATAACTTC GCGATGAGTG TTTATGGCCG AGTGAAGGGT 
AGAACTGGTT TGAAGGTTGT GGTCAAAGCC TTGGACCCCT CAAAAGGACA GCTCTTTGGC 
ATGGCAAAAG AGCTTTCAGA TGAAATCCAA ATCCAGGTAT TTGAAAAGCT TCTACTGCTT 
AATCCTGAAA TAAAAGCTGA ACAAATATTA ATGTCACCAA ACTCATTTAT AAAGCTTCAG 
ACAAACAGGG ATGGAGTTGC ATCTCTGAGT TACCGCATTC TGGATGGACC AGAAAAGGTT 
CCTGTTGTAT ACGTCGATGA AAAGGGCTTC CTGGTATCTG GGTCGCTGAT TGGGACATCA 
ACAATTGAAG TGATTTCACA AGAGCTGTTT GGAGTCAACC AGACAATTAT TGTAGCTGTG 
AAGGTGTCTC CTGTTTCATA CCTGAGGATT TCAGTGAGCC CCATTCTGCA TGCCCAGAAT 
AAGGAGGTTT TGGCAGCTCT ACCTCTGGGA ATGACCCTGA CCTTCACTGT GCATTTTCAT 
GACAATTCTG GGGAGATTTT CCATGCTCAT AACTCCGTCC TCAACTTTGC AACGAACAGA 
GATGACTTTG TCCAGATTGG GAAGGGAACT ACCAATAATA CCTGCGTCAT CCGCACAGTC 
AATGTCGGCC TGACTCTGCT TGCTGTATGG GACATGGAAC ACACTGGCCT CTCAGATTAT 
GTGCCACTGC CTGTCCAGCA GGTCATCTCT CCAGAACTAA CCGAGACTGT CGTAGTAGGA 
GATGTCCTCT GTTTGAGCAC GGTCCTCATC AACCCAGATG GTCTCTCAGG GACATGGAGC 
TCTTCAGCCA GTAATATTCT CCAAGTTGAT CCCAAGACTG GTGTGGCTGT GGCAAGAGAC 
TCTGGAGCGG CAACTCTTTA TTATGAGATT GCTGGAGTTC TCAGGACATA TAAGGAGATC 
TGGATCAGCA GCCCCCAGAG GATCGTGGCC ACCCACATCA GTGGTATCCC AACCAACTTT 
CAGGGGATCA CTGCCTCCAA AGTGATAGTT GTCACTGGAG AGGGAAGTAC CAACTTGAGA 
GGGGAATGCT CGCCAGTCCA GGTGGAAACC ATTGTCGAAC TTCATCCCGA AAGCCTCATC 
ACCTGTCATC TCCAGTTCAA CCAAGAAGTA TTCGATTTTC CAGCGTATGA TATTTTCACA 
ACAGAACCTG GATTTGATGC ATCTTTAGGC CAGTACACAT GCTCCATCAT GATGCACAGG 
CTTACTGATA AGCAACTCAA ACACCTCAGC ATGAAGAAGA CAGCTCTCCT GGTCACAGCT 
TCTCTCCAAG ACAGCCACTT CTCTGGAGAC CAGACCAGTG CTGAAGTGCC CTTCAACCCT 
GGGCTTTATG CTGACCAAGC AGAAATTCTC TTAAGTAACC ATTACATGAG CACAGAGATA 
AAGATATTTG GAGCCACAGA GATTCTTGAG AATCTAGAGG TGAAATCTGG GTCACCAGCA 
GTGATTGCTT TTGTGAAGGA GAAGTCCTAT GGATTGCCCA GCTTTGTCAC CTACACTGTC 
AGCATCTCTG ACCCAATAGT CCTCACCCAG AGGTCCTTAT CTACCACGCT GACCATCTCC 
AGCCCCATGA CGGACCAGTC CATCTCTCTC CCAGTCACCG TGGTCTATGT GACCGACAGG 
CGAGGAGGCC CTGGTCAGCA AGGAGCCAGC CTATTCCAAC ACTTCCTCGA CTCCTATCAA 
GTCATGTTCT TCACGCTTTT TGCACTGCTG GCAGGGACAG CTATTATGAT CATAGTTTAC 
CATGCTGTTT TCTCGCCCAA AGAACACAAT ACACACCCCG CCTTCACCCC GAGAACAAGC 
CCTTCACAGA GTCCTAACAG TTTCCTTGCT GCCGCGCCGA TGCCTTTCAG CACCCTGCCC 
CACAATCGAA AAACCAGCCC ACCGTCCAGG CTCTGGAGCC CCGATTATGC TTCCCATTAG

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

RefSeq	XP_007500409.1
CDS	2628..8327
Translation	MMAARAQGPPRGWHLSPPLLLLLLLLAALAGDRAASSKLNIPKVLLPFTRGTRINFTLEASEGCYRWSSTRPEVASIEPVELDERQCSQKAVVQARLSQPTRLTSIIFAEDIMTGQVLRCDAIVDIIHGIQIVSTTRELYLEDSPLELKIQALDSEGNTFSTLAGLVFDWTIVKDTEADGFSDSHNALRILKFLESTYIPPSYISEMEKVAKQGDTILVSGMKTGSSKLKARIQEVVYKNVHPAEVRLLILENILLNPAYDIYLLVGTSIHYKVQKIRQGKITELTMPSDQYELQLQNNVLGPEGDPTRPVAKLIQATSTVTALQQGQTNLVLGHKSIRMQGASRLPNSTIYVVEPGYLGFTIQPGDRWVLETGRFYEISIEVYDKSSNKVYLSDNIRIDTTLPMEYFEVLESSKNGSYHQVKAIKKGQTVIDAALTSVVDQDGGVHTLPVPVRNQQEVEIYVPITLSPSILTFPWQPKTGAYQYTIKAHGGSGNFTWSSSSHMVATVTVKGVMTTSSDIGVSVIQAHDVQNPLHYGDMKVYVIEPSSMEFTPCQVEARVGQTLELPLRINGLMPGEVNEVVTLSDCSHFDLMVDVENHGVFQPLPGRLKPGSDYCSGVRVRAEIQGYTTLLVSYKHGHIHLSAKITIAAYLPLKTIDPSSVALVTLGSSKEMLFEGGPKPWVLEPSKFFRNITSEDPESIGLSLFGPPASRNFLQHWIRVTCKSLGEQVIALTVGNKPSVTNPFPATEPAVVKFICAPPSRLTLTPVYTSPQLDLSCPLMQQNKQVVPVSNYRNPDLDLAAYDQQGRRFDNFSSLNIKWESTRASLASIEPSLPMQLILKDDGSGQKKLHGLQTVSVYHVSGTTAISATAAGYHHSHLSAAKIQLPYEPLMPVSATIELILVEDVKVTPHHITIYNHPGVQAELLIKEGSGYFFINTSITNIVKVSYQEARGVATVYPLFPGMLTVMIHDLCLVFPAPAKAEIFVSDIQELYVRVVDKVEIGKSVKAYVRVLDFSKKPFLTKYFSFMDLRLRAASQIVTLEALSEALDDYTATFLVHGIAIGQTSLTATVTDKVGQKINSAPQQIEVFPPFRLIPRKVTLIIGAMMQITSEGGPQPQSNIIFSISDEKIASVNSTGLVRGLAVGNGTVSGLVQAVDAETGKVIIVSQDRVDVEVVYLKAVRIRAPITRMKTGTQMPVYITGITNSQSPFSFGNAIPGLTFHWSVTKRDILDVRARHNEASLRLPSKYNFAMSVYGRVKGRTGLKVVVKALDPSKGQLFGMAKELSDEIQIQVFEKLLLLNPEIKAEQILMSPNSFIKLQTNRDGVASLSYRILDGPEKVPVVYVDEKGFLVSGSLIGTSTIEVISQELFGVNQTIIVAVKVSPVSYLRISVSPILHAQNKEVLAALPLGMTLTFTVHFHDNSGEIFHAHNSVLNFATNRDDFVQIGKGTTNNTCVIRTVNVGLTLLAVWDMEHTGLSDYVPLPVQQVISPELTETVVVGDVLCLSTVLINPDGLSGTWSSSASNILQVDPKTGVAVARDSGAATLYYEIAGVLRTYKEIWISSPQRIVATHISGIPTNFQGITASKVIVVTGEGSTNLRGECSPVQVETIVELHPESLITCHLQFNQEVFDFPAYDIFTTEPGFDASLGQYTCSIMMHRLTDKQLKHLSMKKTALLVTASLQDSHFSGDQTSAEVPFNPGLYADQAEILLSNHYMSTEIKIFGATEILENLEVKSGSPAVIAFVKEKSYGLPSFVTYTVSISDPIVLTQRSLSTTLTISSPMTDQSISLPVTVVYVTDRRGGPGQQGASLFQHFLDSYQVMFFTLFALLAGTAIMIIVYHAVFSPKEHNTHPAFTPRTSPSQSPNSFLAAAPMPFSTLPHNRKTSPPSRLWSPDYASH

Target ORF information:

RefSeq Version	XM_007500347.2
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica nucleoporin 210kDa (NUP210), mRNA.

Target ORF information:

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

XM_007500347.2

ORF Insert Sequence:

ATGATGGCAG CTCGGGCCCA AGGGCCGCCA AGAGGCTGGC ATCTATCGCC GCCGCTGTTG 
CTGCTACTGC TGTTGCTGGC GGCGCTGGCC GGGGACCGCG CTGCCTCCTC CAAGCTCAAC 
ATACCCAAAG TGCTGCTACC ATTTACGCGG GGCACCCGCA TCAACTTCAC ACTGGAGGCC 
TCAGAGGGCT GCTACCGCTG GTCATCTACC AGACCCGAAG TGGCCAGCAT TGAACCTGTG 
GAGCTGGATG AAAGACAATG TTCTCAAAAG GCAGTTGTAC AGGCTCGCCT ATCACAGCCA 
ACCCGCCTCA CTAGCATCAT CTTTGCAGAA GATATCATGA CTGGCCAAGT TCTGCGCTGT 
GATGCTATAG TGGACATCAT CCATGGCATT CAGATTGTCT CCACCACCCG GGAACTCTAC 
CTTGAAGACT CTCCCTTGGA ACTGAAGATT CAGGCTTTGG ATTCAGAAGG CAACACATTC 
AGCACTTTGG CTGGCTTGGT TTTTGATTGG ACAATAGTAA AGGATACAGA AGCTGATGGT 
TTTTCTGACT CTCACAATGC TCTCAGGATC CTCAAATTTT TAGAGTCTAC TTATATACCT 
CCTTCCTACA TATCAGAGAT GGAAAAAGTG GCCAAACAAG GAGACACAAT TTTGGTGTCT 
GGAATGAAGA CAGGGAGTTC CAAGCTTAAA GCACGAATTC AAGAAGTGGT ATATAAGAAT 
GTCCATCCTG CAGAAGTCAG GCTACTAATT TTGGAAAACA TCCTTTTGAA CCCAGCTTAT 
GACATTTATC TGTTGGTGGG GACCTCTATT CACTACAAGG TCCAGAAAAT CAGGCAAGGA 
AAAATTACAG AATTAACGAT GCCTTCTGAT CAGTATGAAC TGCAGCTCCA GAACAACGTT 
CTTGGCCCCG AGGGAGACCC AACACGGCCT GTCGCCAAGT TGATTCAAGC GACATCAACA 
GTGACTGCAT TGCAGCAGGG ACAGACTAAC CTGGTGCTGG GACACAAAAG CATTCGTATG 
CAGGGTGCTT CCAGATTACC CAATAGCACG ATTTATGTTG TGGAACCTGG ATACTTGGGC 
TTCACGATAC AGCCTGGGGA TAGATGGGTC CTTGAAACTG GCCGGTTTTA TGAAATCAGC 
ATTGAAGTAT ATGATAAATC AAGCAACAAG GTGTATTTAT CAGATAATAT CAGAATTGAT 
ACCACATTGC CTATGGAGTA TTTTGAGGTA CTTGAGTCCT CTAAGAATGG GTCATACCAT 
CAAGTTAAGG CAATAAAAAA GGGACAGACA GTGATTGATG CAGCTCTCAC CTCTGTGGTG 
GATCAGGATG GAGGTGTCCA CACATTACCA GTTCCTGTCC GGAATCAACA GGAAGTTGAA 
ATTTATGTGC CTATCACCCT TTCACCGAGC ATCTTGACGT TTCCATGGCA GCCCAAAACA 
GGAGCCTATC AATATACAAT AAAGGCTCAC GGTGGGAGTG GGAACTTCAC CTGGTCCTCG 
TCGAGCCACA TGGTAGCCAC GGTCACAGTC AAGGGTGTGA TGACAACCAG CAGTGACATT 
GGCGTTAGCG TGATCCAGGC GCATGATGTA CAGAATCCTT TACACTACGG AGACATGAAG 
GTATATGTGA TAGAGCCCAG CAGCATGGAG TTCACACCCT GCCAGGTGGA AGCTCGGGTG 
GGCCAAACCT TGGAGCTTCC CTTGAGGATC AATGGTCTCA TGCCAGGGGA AGTCAATGAG 
GTGGTCACAC TGAGTGACTG TTCACACTTT GACCTGATGG TGGATGTAGA GAATCATGGA 
GTATTCCAAC CACTCCCAGG GAGGCTTAAA CCAGGGTCAG ATTACTGCAG TGGCGTCCGG 
GTCAGAGCCG AAATCCAGGG ATATACCACA CTCCTTGTGA GTTATAAACA CGGTCACATT 
CACCTGAGTG CCAAGATCAC CATTGCTGCC TACCTCCCAC TGAAGACTAT TGATCCTTCT 
TCTGTGGCTC TGGTAACTCT GGGTTCTTCC AAAGAGATGT TATTTGAAGG GGGTCCTAAG 
CCCTGGGTCC TAGAGCCTTC TAAATTCTTC CGAAACATCA CATCAGAGGA CCCTGAGAGC 
ATTGGTCTAT CCCTGTTTGG TCCTCCTGCA TCCCGGAACT TTCTGCAGCA TTGGATCCGA 
GTGACCTGTA AATCCTTGGG AGAGCAGGTC ATCGCTCTTA CAGTTGGAAA CAAGCCCAGT 
GTCACTAACC CCTTCCCAGC CACAGAGCCA GCTGTGGTGA AGTTTATCTG TGCTCCACCT 
TCAAGACTCA CCCTTACACC TGTTTATACT AGTCCTCAGC TAGATCTATC CTGCCCTTTG 
ATGCAGCAGA ACAAACAAGT GGTGCCTGTT TCCAATTATC GAAACCCTGA TTTAGACTTG 
GCTGCTTATG ATCAACAAGG CCGTCGATTT GACAACTTCA GTTCCTTAAA CATCAAATGG 
GAGTCCACTA GGGCGTCTCT GGCCAGCATT GAACCCAGCC TGCCTATGCA GCTGATACTG 
AAAGATGATG GCAGTGGCCA AAAGAAACTT CATGGCTTGC AGACTGTCTC AGTTTACCAT 
GTATCAGGAA CCACTGCAAT TTCTGCAACA GCTGCTGGCT ACCATCATTC TCATCTCAGT 
GCTGCCAAAA TACAACTCCC GTATGAACCT CTCATGCCTG TCTCTGCAAC CATTGAGCTG 
ATTCTTGTGG AAGATGTGAA AGTGACGCCC CATCATATAA CTATCTACAA CCATCCTGGG 
GTCCAGGCTG AACTCCTCAT TAAAGAAGGC TCTGGGTACT TTTTCATCAA CACCAGCATC 
ACAAACATTG TCAAAGTGTC TTACCAAGAA GCTCGAGGCG TCGCTACGGT GTATCCGCTC 
TTCCCAGGAA TGTTAACAGT CATGATTCAT GACTTGTGTC TGGTCTTTCC AGCCCCTGCG 
AAAGCTGAAA TCTTCGTATC GGATATTCAG GAACTATATG TCCGAGTGGT TGACAAGGTG 
GAGATTGGGA AAAGTGTCAA GGCATATGTC CGAGTGCTGG ATTTCTCCAA GAAGCCTTTT 
CTGACCAAGT ATTTCTCTTT CATGGACTTA AGACTCCGAG CAGCATCCCA GATTGTCACA 
TTAGAGGCTC TCAGCGAAGC TTTGGATGAC TATACTGCCA CATTTCTAGT CCATGGAATT 
GCCATTGGGC AGACTAGCCT GACAGCAACT GTGACTGATA AAGTTGGACA AAAAATCAAC 
TCTGCCCCAC AGCAAATCGA GGTTTTTCCT CCCTTCAGAC TGATACCAAG AAAAGTTACT 
TTGATAATTG GTGCAATGAT GCAGATCACT TCAGAAGGAG GTCCCCAACC TCAATCCAAC 
ATCATTTTCT CCATCAGTGA TGAGAAGATT GCATCAGTGA ACAGCACTGG TCTGGTCAGG 
GGCCTCGCCG TTGGCAATGG GACAGTATCA GGGCTTGTTC AAGCTGTTGA TGCAGAGACT 
GGAAAAGTTA TCATAGTGTC TCAGGATCGA GTAGATGTGG AGGTGGTATA TCTCAAGGCT 
GTGAGAATTC GAGCTCCAAT CACAAGAATG AAGACTGGGA CCCAGATGCC AGTCTACATC 
ACAGGTATCA CCAACAGCCA AAGTCCTTTC TCCTTTGGGA ATGCCATTCC GGGGCTAACT 
TTTCACTGGT CTGTCACCAA GAGAGACATC CTGGATGTCA GAGCAAGACA TAATGAGGCT 
TCTCTCCGGC TCCCATCCAA ATATAACTTC GCGATGAGTG TTTATGGCCG AGTGAAGGGT 
AGAACTGGTT TGAAGGTTGT GGTCAAAGCC TTGGACCCCT CAAAAGGACA GCTCTTTGGC 
ATGGCAAAAG AGCTTTCAGA TGAAATCCAA ATCCAGGTAT TTGAAAAGCT TCTACTGCTT 
AATCCTGAAA TAAAAGCTGA ACAAATATTA ATGTCACCAA ACTCATTTAT AAAGCTTCAG 
ACAAACAGGG ATGGAGTTGC ATCTCTGAGT TACCGCATTC TGGATGGACC AGAAAAGGTT 
CCTGTTGTAT ACGTCGATGA AAAGGGCTTC CTGGTATCTG GGTCGCTGAT TGGGACATCA 
ACAATTGAAG TGATTTCACA AGAGCTGTTT GGAGTCAACC AGACAATTAT TGTAGCTGTG 
AAGGTGTCTC CTGTTTCATA CCTGAGGATT TCAGTGAGCC CCATTCTGCA TGCCCAGAAT 
AAGGAGGTTT TGGCAGCTCT ACCTCTGGGA ATGACCCTGA CCTTCACTGT GCATTTTCAT 
GACAATTCTG GGGAGATTTT CCATGCTCAT AACTCCGTCC TCAACTTTGC AACGAACAGA 
GATGACTTTG TCCAGATTGG GAAGGGAACT ACCAATAATA CCTGCGTCAT CCGCACAGTC 
AATGTCGGCC TGACTCTGCT TGCTGTATGG GACATGGAAC ACACTGGCCT CTCAGATTAT 
GTGCCACTGC CTGTCCAGCA GGTCATCTCT CCAGAACTAA CCGAGACTGT CGTAGTAGGA 
GATGTCCTCT GTTTGAGCAC GGTCCTCATC AACCCAGATG GTCTCTCAGG GACATGGAGC 
TCTTCAGCCA GTAATATTCT CCAAGTTGAT CCCAAGACTG GTGTGGCTGT GGCAAGAGAC 
TCTGGAGCGG CAACTCTTTA TTATGAGATT GCTGGAGTTC TCAGGACATA TAAGGAGATC 
TGGATCAGCA GCCCCCAGAG GATCGTGGCC ACCCACATCA GTGGTATCCC AACCAACTTT 
CAGGGGATCA CTGCCTCCAA AGTGATAGTT GTCACTGGAG AGGGAAGTAC CAACTTGAGA 
GGGGAATGCT CGCCAGTCCA GGTGGAAACC ATTGTCGAAC TTCATCCCGA AAGCCTCATC 
ACCTGTCATC TCCAGTTCAA CCAAGAAGTA TTCGATTTTC CAGCGTATGA TATTTTCACA 
ACAGAACCTG GATTTGATGC ATCTTTAGGC CAGTACACAT GCTCCATCAT GATGCACAGG 
CTTACTGATA AGCAACTCAA ACACCTCAGC ATGAAGAAGA CAGCTCTCCT GGTCACAGCT 
TCTCTCCAAG ACAGCCACTT CTCTGGAGAC CAGACCAGTG CTGAAGTGCC CTTCAACCCT 
GGGCTTTATG CTGACCAAGC AGAAATTCTC TTAAGTAACC ATTACATGAG CACAGAGATA 
AAGATATTTG GAGCCACAGA GATTCTTGAG AATCTAGAGG TGAAATCTGG GTCACCAGCA 
GTGATTGCTT TTGTGAAGGA GAAGTCCTAT GGATTGCCCA GCTTTGTCAC CTACACTGTC 
AGCATCTCTG ACCCAATAGT CCTCACCCAG AGGTCCTTAT CTACCACGCT GACCATCTCC 
AGCCCCATGA CGGACCAGTC CATCTCTCTC CCAGTCACCG TGGTCTATGT GACCGACAGG 
CGAGGAGGCC CTGGTCAGCA AGGAGCCAGC CTATTCCAAC ACTTCCTCGA CTCCTATCAA 
GTCATGTTCT TCACGCTTTT TGCACTGCTG GCAGGGACAG CTATTATGAT CATAGTTTAC 
CATGCTGTTT TCTCGCCCAA AGAACACAAT ACACACCCCG CCTTCACCCC GAGAACAAGC 
CCTTCACAGA GTCCTAACAG TTTCCTTGCT GCCGCGCCGA TGCCTTTCAG CACCCTGCCC 
CACAATCGAA AAACCAGCCC ACCGTCCAGG CTCTGGAGCC CCGATTATGC TTCCCATTAG

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

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NUP210 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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