FMN2 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene
Clones
gRNAs

Summary

Gene Symbol	FMN2
Entrez Gene ID	100027801
Full Name	formin 2
Gene Type	protein-coding
Organism	Monodelphis domestica(gray short-tailed opossum)

mRNA and Protein(s)

mRNA	Protein	Name
XM_001377957.3	XP_001377994.3	formin-2

Pathways from BioSystems
Gene Ontology

The following FMN2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FMN2 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
OMc09604	XM_001377957.3 Latest version!	Monodelphis domestica formin 2 (FMN2), 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)

FMN2 ( XM_001377957.3 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_001377994.3 Monodelphis domestica formin 2 (FMN2), mRNA.

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CloneID	OMc09604
Clone ID Related Accession (Same CDS sequence)	XM_001377957.3
Accession Version	XM_001377957.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5229bp) 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	formin-2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008802.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Apr 14, 2014 this sequence version replaced XM_001377957.2. ##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##

ATGAATCAGA TTCATAAGTT GGAGGTGAAA ATCCCTGTGA TACAGACCAC CTTTCTTGAG 
CTCCCTTTCC TAGCTGGGCA AAAGAGAGGA AGAGGGGGCG GTGGCGACCC GCCCAGAGCT 
CAGCAGCAGC TGCGTCAGGA GCAGCCATTG GAAGGAGCTG TCTGCGGCGG GGAGTGCTGC 
ACTGAGCATG TTCGAGCCCA TCAGAGTCCA AGCTGCAGCA GCAGCAGCAG CAGCAGGAGC 
CGCCTTGCAT TATGCAAAGC AGAGGCTCCA GCAGATGGAA GAGGGGCCAA ACAAGAGCGC 
GTTTCCTTCC CTGCTGGGCA GTTTGCACAT TGGCCTGGCT TCCCCAGCAG TCTCCCCCAG 
ACCAAGCCGG GGAATGAAAC CCTTTGGGAT GGCCTGACTG CGGACTGGGC GGCATTGCAA 
CGGGATTGCA ATATGGGGAA TCAGGATGGC AAACTGAAGA GGAGCGCAGG TGATATCTCC 
CATGAAGGAG GGGGAGGCGG TGGCTGTGTA GGGGAGGATG CTGTTGGGCC CAGGGATGCT 
GAAGGCACCA AGAAGGGTAG CGGAGGAAAG AAGGCGCTGG GCAAACATGG AAAGGGGGGA 
GGGGGAAGTA GCACTGGAGA GTCTGGCAAG AAGAAGAGCA AGTCAGACTC AAGAGCCTCA 
GTTTTTTACA ACCTGCGGAT CAGGAAGAAC CTATCTAAGG GAAAGGGGGG CGCCGGTTCA 
CGGGAAGATG TGCTGGACTC CCAGGCCATA CAAACAGGGG AGCTGGACAG CGCTCACTCC 
TTGGTCACGA AGACCCCTGA TCTTAGCCTG TCTGCTGATG AAGTGGGCCT GTCAGATACG 
GAAGGGACGG ACCCCTTCGA AGTCAGCCGT CCAAATGTGG TAGGGCCTGC AGGGCTCGGG 
GTTCAGTCCA CTGTAGAAGG AGATTTGGAA GCAGTCCCTG GGGCGCAAGA TGGACAAAGG 
ACCAGTTCAG GCTCAGATAC AGACATCTAT AGCTTTCACT CCGCCACAGA GCAGGAGGAC 
TTGCTCTCAG ATATTCAGCA GGCAATTCGA CTCCAGCAGC AACAGCAGCA GCAACAGCAG 
CACCAAGGTG GTGCAGTCAG CTCCGGGGAC CCTTCAGCAT CCCTGGGCTC TGCTCCACTC 
CAACCAGGGG CCTTCCTTGG CCTGGACCAC TTTCTTCTAG GGCCTGTCAG TAGAGTTGGG 
GAAGCACCAG GTAGTCCAGA CACGGAGCAA GCTTTATCTG CCCTCTCTGA CCTCCCGGAC 
AGTTTGCCCC CTGAGCCTCT AGCTCAGGAG AAGACACCAC CCCCTAGCGG AGTGGATTGG 
GAGGTCACAG CCCCTGTGGC TACTCTGCCG GTAGCCACAG ACTCCCCTTC TTCCACTGCC 
TTCCCTTTCC CAGAGCCGGG TTTGGGAGAG ACTGCAACTG TAGCCTCCTC TGTTGGAGGA 
GCAGGAGACA CAGATGATGA TGATGAGGAT GCATTTGAGG ATGCTCCCCG GGGTTCTCCT 
GGGGAGGAAT GGGACAAGGG CACCCAACAG ACTCCCTCTG AGGTAGAAGA GGAGGGAGAT 
ATTCTGAGGG CATACCCAAC TCCTCCCCAA ATGGACAGCC CTGCCCCTAG TCCCCGATGC 
TTTAAGCCCT ACCCACTAAT TAACCCTTGT TACATCAAGA CCACTACTCG ACAACTTAGC 
TCACCCAACC ATTCACCTTC TCAGTCCCCC AGCCAGAGCC CCCGAATTAA GAGAAGATTA 
GAGCCTTCTT TGAGCAGGGG TCAAAGGGCT ACCTTGGTCT CCACTGCTGC CCAAGTCAAG 
AAGCACAAGA CAAGTGGCAG CAGCTTGGTG GGGGGACTTA GCCGCTCTGC TGACTGGACA 
GAGGAGGTGG AGCAGAGGGA GCCCAGGGTG GGTGGTTCAG CAGATCTACT TCAGTATGGG 
ACAGCCCAAG AAGGAACTGA TGGAACCCCA CCAACCCTGT CCAGAAAGTC CTCAGGAGTG 
CCGGCTGCCA ATGATGTTTT CCAGAATGTA TTCACAGGGC GCACTCTATT GGAAAAGCTG 
TTTAGCCAGC AAGAGAACGC ACCACCAGAA GAAGCGGAGA AATTTTGTTC TCGGATTATT 
GCGATGGGTC TTCTGCTTCC TTTCAGCGAC TGCTTCAGGG AGCAGTGTAA CCAGAGTGTT 
CAGCAAAGCT CAGCTCCATT TGATCAAGAT CAACTTTATA CTTGGGCTGC AGTCAGTCAA 
CCCACACATT CTCTGGATTA TACAGAAGAG CAGTTTCCAA GAAGAATCCC CCCTGTCTGG 
CCTCCAGCAA AGGCTTCCGA TGAGGAACAT GGACCGAAGG ACACTGAAAC AGAGTTTCAA 
GCTACTATTT CAGAAACACC AAAACAGTGT GCAGATGCTG TTCAACAGGA AACTTTTGAC 
ATGAAATCTG AGGAACACGC AAATGTAATT CAGCAGCTGG AACAGACAAT TGAAAATCTG 
AGGACCAAAA TTGCTGAATT AGAGAAGCAA TACCCTGCCA CAGAAGTGGA GGTTGATAAA 
GGAAAACAAG TGGCTGAAAG GGGAGTGGCT GAGGGTGTTT GTCATGAAGA TATCCATTTA 
AATGAAGAAG AGATAAGACA TCAAAGGATG TTGCATGTGA AATCTGTACA GACTTCACCA 
ACTGAGGAGG GCAGTGCATC TGTAATGCCT TTTGCTAACA CACTGCCACA GCATCCTCCA 
TTTACTCAGG AGGGTATAAA TGGACAGCCA AATGTGCCAT TGTCCCCTTC TGGACCACAA 
ACAAAGTTTT GTTCAGAAAT CTCTTTGATT GTTTCCCCAA GGTTAATATC TGTGCAACTT 
GATGCAAATC AATCTATACA GTGTGTATCA CAGCCTCCAC CACCTCCACC ACTCCCAGGT 
TCTGATAATC AAGAAAATAT TCTAACACAG ACTTCCCCAA TGCCTTTTAT AACTGAAAGT 
GTGACCAACC ATGAGCATCT CCTCCCCACA TCTTTTGAAA GTAGTCATGG CATCCTACCT 
TCCCCACATC TAACTGGTAC AGAACTGAAT CCTCCTCTGC CTGGTGCAGG TATCCCACCA 
CCACCTCCTC TGCCTGGTGT GGACATTCCA TCACCCCCAC CACTACCTCC TTGGCCTGAC 
ACAGGACCTT CTATCTTCAT GCCTGGATCA GGCATGATTC CTCCCCCACC TCCTCTTCCT 
GGAATGACAG TGCTGCCCCC TCCTCCACCA CTTCCTGGAA CAGGGGTCCC CCCTCCTCCA 
CCTCTTCCTG GAGCGGGGGT CCCCCCTCCT CCTCCACCTC TTCCTGGAGC GGGGGTCCCC 
CCTCCTCCAC CACTTCCTGG AACGGGGGTC CCTCCTCCTC CACCTCTTCC TGGAGCGGGG 
GTCCCCCCTC CTCCACCTCT TCCTGGAGCG GGGGTCCCCC CTCCTCCACC TCTTCCTGGA 
GCGGGGGTCC CCCCTCCTCC ACCTCTTCCT GGAGCGGGGG TCCCCCCTCC TCCACCTCTT 
CCTGGAGTGG GGGTCCCCCC TCCTACTCCA CCTCTTCCTG GAGTGGGGAT CCCTCCTCCT 
CCACCTCTAC CTGGAACGGG GGTCCCCCCT CCTCCACCTC TACCTGGAGT AGGGATACCT 
CCTCCTCCGC CACCTTTGCC TGGAATGGCA GTGCCCCCTC CTCCCCCACC TTTGCCAGGA 
ATGGGAGTTC CCCTTCCTCC ACCTCTCCCT GGTATGGGAG TCCCTCCACC TCCTCCACCT 
TTGCCTGGAG TGGGGGTACC ACCCATCTCT GCACCCCCTC TGCCACCTGG ATCAGGTCCT 
CCACCTCTAC CACAAGATGG GGGCAGTACA TTGCCAAACA TGATGCTTCC ACAAGTATGT 
GGATTTCTTC CTCCTCCATT GCCAGCTGGC TTATTTGGAA TAGGCTTGCA TCAGGACAAA 
GTGAGTAGGA AACAAGCAAT AGAGCCTTGT CGACCAATGA AGCCTCTTTA TTGGACAAGA 
ATTCAACTAC ACAATAGAAG AGATTCTAGC ACTTCTCTCA TTTGGGAAAA AATTGAAGAG 
CCATCCATAG ATTGTCATGA GTTTGAAGAA TTATTTTCTA AAACTGCTGT AAAGGAGAGG 
AAGAAACCTA TTTCTGACAC CATAACAAAG ACCAAGACTA AACAAGTTGT CAAGTTATTA 
AGCAACAAAA GATCACAAGC AGTTGGGATA TTAATGTCAA GCCTTCATTT AGATATGAAA 
GACATACAGC ATGCCGTTGT GAATTTGGAT AACTCTGTGG TTGACCTGGA AACCCTTCAA 
GCCCTCTATG AAAATAGAGC ACAGTCAGAT GAATTGGAAA AAATTGAAAA GCATGGAAGA 
TCATGCAAAG AAAAAGAAAA TGCCAAGTCT CTGGACAAAC CTGAACAGTT CCTTTATGAA 
TTATCACTAA TACCCAACTT TTCAGAGCGA GTCTTTTGTA TCCTGTTCCA GTCAACATTT 
TCTGAAAGCA TTTGCTCTAT TCGTCGCAAA CTTGAACTAC TACAGAAGTT GTGTGAGACA 
TTGAAAAATG GGTCAGGGGT TATGCAGGTT CTAGGTCTGG TTCTTGCCTT TGGTAATTAC 
ATGAATGGTG GGAACAAGAC TCGGGGACAG GCAGATGGTT TTGGATTAGA CATTCTGCCA 
AAGCTGAAAG ATGTCAAAAG CAGTGACAAT AGCCGGAGTC TTTTGTCATA TATTGTTTCA 
TATTATCTTC GAAATTTTGA TGAGGATGCT GGAAAAGAAC AATGTGTTTT TCCACTGCCA 
GAACCCCAGG ACCTCTTTCA AGCCTCCCAG ATGAAATTTG AAGACTTTCA GAAAGACCTT 
CGCAAACTGA AAAAAGATTT GCGAGCCTGT GAAACAGAAG CAGGAAAAGT TTATCAAATG 
TCCCTAGAAG AACATATCCA ACCTTTCAAA GAAAGTATGG AGCAATTCAT TTGTCAAGCA 
AAAATTGACC AGGAAGCTGA GGAGCATTCA TTGACAGCAG CTCATAAATG TTTTTTGGAA 
ACTACGGCCT ATTTCTTCAT GAAACCAAAA ATGGGAGAGA AGGAAGTGTC CCCACCTGTT 
TTCTTCAGCC TTTGGCATGA ATTCAGCTCT GACTTTAAAG ATTTCTGGAA AAAAGAGAAC 
AAACTTATTC TCCAAGAAAG AGTAAAAGAA GCAGAGGAAG TGTGTCGGCA GAAAAAAGAA 
AAATCTCTGT ATAAAATAAA GCCGAAACAT GATTCTGGAA TTAAAGCAAA GATAAGCATG 
AAAATCTGA

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

RefSeq	XP_001377994.3
CDS	147..5375
Translation	MNQIHKLEVKIPVIQTTFLELPFLAGQKRGRGGGGDPPRAQQQLRQEQPLEGAVCGGECCTEHVRAHQSPSCSSSSSSRSRLALCKAEAPADGRGAKQERVSFPAGQFAHWPGFPSSLPQTKPGNETLWDGLTADWAALQRDCNMGNQDGKLKRSAGDISHEGGGGGGCVGEDAVGPRDAEGTKKGSGGKKALGKHGKGGGGSSTGESGKKKSKSDSRASVFYNLRIRKNLSKGKGGAGSREDVLDSQAIQTGELDSAHSLVTKTPDLSLSADEVGLSDTEGTDPFEVSRPNVVGPAGLGVQSTVEGDLEAVPGAQDGQRTSSGSDTDIYSFHSATEQEDLLSDIQQAIRLQQQQQQQQQHQGGAVSSGDPSASLGSAPLQPGAFLGLDHFLLGPVSRVGEAPGSPDTEQALSALSDLPDSLPPEPLAQEKTPPPSGVDWEVTAPVATLPVATDSPSSTAFPFPEPGLGETATVASSVGGAGDTDDDDEDAFEDAPRGSPGEEWDKGTQQTPSEVEEEGDILRAYPTPPQMDSPAPSPRCFKPYPLINPCYIKTTTRQLSSPNHSPSQSPSQSPRIKRRLEPSLSRGQRATLVSTAAQVKKHKTSGSSLVGGLSRSADWTEEVEQREPRVGGSADLLQYGTAQEGTDGTPPTLSRKSSGVPAANDVFQNVFTGRTLLEKLFSQQENAPPEEAEKFCSRIIAMGLLLPFSDCFREQCNQSVQQSSAPFDQDQLYTWAAVSQPTHSLDYTEEQFPRRIPPVWPPAKASDEEHGPKDTETEFQATISETPKQCADAVQQETFDMKSEEHANVIQQLEQTIENLRTKIAELEKQYPATEVEVDKGKQVAERGVAEGVCHEDIHLNEEEIRHQRMLHVKSVQTSPTEEGSASVMPFANTLPQHPPFTQEGINGQPNVPLSPSGPQTKFCSEISLIVSPRLISVQLDANQSIQCVSQPPPPPPLPGSDNQENILTQTSPMPFITESVTNHEHLLPTSFESSHGILPSPHLTGTELNPPLPGAGIPPPPPLPGVDIPSPPPLPPWPDTGPSIFMPGSGMIPPPPPLPGMTVLPPPPPLPGTGVPPPPPLPGAGVPPPPPPLPGAGVPPPPPLPGTGVPPPPPLPGAGVPPPPPLPGAGVPPPPPLPGAGVPPPPPLPGAGVPPPPPLPGVGVPPPTPPLPGVGIPPPPPLPGTGVPPPPPLPGVGIPPPPPPLPGMAVPPPPPPLPGMGVPLPPPLPGMGVPPPPPPLPGVGVPPISAPPLPPGSGPPPLPQDGGSTLPNMMLPQVCGFLPPPLPAGLFGIGLHQDKVSRKQAIEPCRPMKPLYWTRIQLHNRRDSSTSLIWEKIEEPSIDCHEFEELFSKTAVKERKKPISDTITKTKTKQVVKLLSNKRSQAVGILMSSLHLDMKDIQHAVVNLDNSVVDLETLQALYENRAQSDELEKIEKHGRSCKEKENAKSLDKPEQFLYELSLIPNFSERVFCILFQSTFSESICSIRRKLELLQKLCETLKNGSGVMQVLGLVLAFGNYMNGGNKTRGQADGFGLDILPKLKDVKSSDNSRSLLSYIVSYYLRNFDEDAGKEQCVFPLPEPQDLFQASQMKFEDFQKDLRKLKKDLRACETEAGKVYQMSLEEHIQPFKESMEQFICQAKIDQEAEEHSLTAAHKCFLETTAYFFMKPKMGEKEVSPPVFFSLWHEFSSDFKDFWKKENKLILQERVKEAEEVCRQKKEKSLYKIKPKHDSGIKAKISMKI

Target ORF information:

RefSeq Version	XM_001377957.3
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica formin 2 (FMN2), mRNA.

Target ORF information:

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

XM_001377957.3

ORF Insert Sequence:

ATGAATCAGA TTCATAAGTT GGAGGTGAAA ATCCCTGTGA TACAGACCAC CTTTCTTGAG 
CTCCCTTTCC TAGCTGGGCA AAAGAGAGGA AGAGGGGGCG GTGGCGACCC GCCCAGAGCT 
CAGCAGCAGC TGCGTCAGGA GCAGCCATTG GAAGGAGCTG TCTGCGGCGG GGAGTGCTGC 
ACTGAGCATG TTCGAGCCCA TCAGAGTCCA AGCTGCAGCA GCAGCAGCAG CAGCAGGAGC 
CGCCTTGCAT TATGCAAAGC AGAGGCTCCA GCAGATGGAA GAGGGGCCAA ACAAGAGCGC 
GTTTCCTTCC CTGCTGGGCA GTTTGCACAT TGGCCTGGCT TCCCCAGCAG TCTCCCCCAG 
ACCAAGCCGG GGAATGAAAC CCTTTGGGAT GGCCTGACTG CGGACTGGGC GGCATTGCAA 
CGGGATTGCA ATATGGGGAA TCAGGATGGC AAACTGAAGA GGAGCGCAGG TGATATCTCC 
CATGAAGGAG GGGGAGGCGG TGGCTGTGTA GGGGAGGATG CTGTTGGGCC CAGGGATGCT 
GAAGGCACCA AGAAGGGTAG CGGAGGAAAG AAGGCGCTGG GCAAACATGG AAAGGGGGGA 
GGGGGAAGTA GCACTGGAGA GTCTGGCAAG AAGAAGAGCA AGTCAGACTC AAGAGCCTCA 
GTTTTTTACA ACCTGCGGAT CAGGAAGAAC CTATCTAAGG GAAAGGGGGG CGCCGGTTCA 
CGGGAAGATG TGCTGGACTC CCAGGCCATA CAAACAGGGG AGCTGGACAG CGCTCACTCC 
TTGGTCACGA AGACCCCTGA TCTTAGCCTG TCTGCTGATG AAGTGGGCCT GTCAGATACG 
GAAGGGACGG ACCCCTTCGA AGTCAGCCGT CCAAATGTGG TAGGGCCTGC AGGGCTCGGG 
GTTCAGTCCA CTGTAGAAGG AGATTTGGAA GCAGTCCCTG GGGCGCAAGA TGGACAAAGG 
ACCAGTTCAG GCTCAGATAC AGACATCTAT AGCTTTCACT CCGCCACAGA GCAGGAGGAC 
TTGCTCTCAG ATATTCAGCA GGCAATTCGA CTCCAGCAGC AACAGCAGCA GCAACAGCAG 
CACCAAGGTG GTGCAGTCAG CTCCGGGGAC CCTTCAGCAT CCCTGGGCTC TGCTCCACTC 
CAACCAGGGG CCTTCCTTGG CCTGGACCAC TTTCTTCTAG GGCCTGTCAG TAGAGTTGGG 
GAAGCACCAG GTAGTCCAGA CACGGAGCAA GCTTTATCTG CCCTCTCTGA CCTCCCGGAC 
AGTTTGCCCC CTGAGCCTCT AGCTCAGGAG AAGACACCAC CCCCTAGCGG AGTGGATTGG 
GAGGTCACAG CCCCTGTGGC TACTCTGCCG GTAGCCACAG ACTCCCCTTC TTCCACTGCC 
TTCCCTTTCC CAGAGCCGGG TTTGGGAGAG ACTGCAACTG TAGCCTCCTC TGTTGGAGGA 
GCAGGAGACA CAGATGATGA TGATGAGGAT GCATTTGAGG ATGCTCCCCG GGGTTCTCCT 
GGGGAGGAAT GGGACAAGGG CACCCAACAG ACTCCCTCTG AGGTAGAAGA GGAGGGAGAT 
ATTCTGAGGG CATACCCAAC TCCTCCCCAA ATGGACAGCC CTGCCCCTAG TCCCCGATGC 
TTTAAGCCCT ACCCACTAAT TAACCCTTGT TACATCAAGA CCACTACTCG ACAACTTAGC 
TCACCCAACC ATTCACCTTC TCAGTCCCCC AGCCAGAGCC CCCGAATTAA GAGAAGATTA 
GAGCCTTCTT TGAGCAGGGG TCAAAGGGCT ACCTTGGTCT CCACTGCTGC CCAAGTCAAG 
AAGCACAAGA CAAGTGGCAG CAGCTTGGTG GGGGGACTTA GCCGCTCTGC TGACTGGACA 
GAGGAGGTGG AGCAGAGGGA GCCCAGGGTG GGTGGTTCAG CAGATCTACT TCAGTATGGG 
ACAGCCCAAG AAGGAACTGA TGGAACCCCA CCAACCCTGT CCAGAAAGTC CTCAGGAGTG 
CCGGCTGCCA ATGATGTTTT CCAGAATGTA TTCACAGGGC GCACTCTATT GGAAAAGCTG 
TTTAGCCAGC AAGAGAACGC ACCACCAGAA GAAGCGGAGA AATTTTGTTC TCGGATTATT 
GCGATGGGTC TTCTGCTTCC TTTCAGCGAC TGCTTCAGGG AGCAGTGTAA CCAGAGTGTT 
CAGCAAAGCT CAGCTCCATT TGATCAAGAT CAACTTTATA CTTGGGCTGC AGTCAGTCAA 
CCCACACATT CTCTGGATTA TACAGAAGAG CAGTTTCCAA GAAGAATCCC CCCTGTCTGG 
CCTCCAGCAA AGGCTTCCGA TGAGGAACAT GGACCGAAGG ACACTGAAAC AGAGTTTCAA 
GCTACTATTT CAGAAACACC AAAACAGTGT GCAGATGCTG TTCAACAGGA AACTTTTGAC 
ATGAAATCTG AGGAACACGC AAATGTAATT CAGCAGCTGG AACAGACAAT TGAAAATCTG 
AGGACCAAAA TTGCTGAATT AGAGAAGCAA TACCCTGCCA CAGAAGTGGA GGTTGATAAA 
GGAAAACAAG TGGCTGAAAG GGGAGTGGCT GAGGGTGTTT GTCATGAAGA TATCCATTTA 
AATGAAGAAG AGATAAGACA TCAAAGGATG TTGCATGTGA AATCTGTACA GACTTCACCA 
ACTGAGGAGG GCAGTGCATC TGTAATGCCT TTTGCTAACA CACTGCCACA GCATCCTCCA 
TTTACTCAGG AGGGTATAAA TGGACAGCCA AATGTGCCAT TGTCCCCTTC TGGACCACAA 
ACAAAGTTTT GTTCAGAAAT CTCTTTGATT GTTTCCCCAA GGTTAATATC TGTGCAACTT 
GATGCAAATC AATCTATACA GTGTGTATCA CAGCCTCCAC CACCTCCACC ACTCCCAGGT 
TCTGATAATC AAGAAAATAT TCTAACACAG ACTTCCCCAA TGCCTTTTAT AACTGAAAGT 
GTGACCAACC ATGAGCATCT CCTCCCCACA TCTTTTGAAA GTAGTCATGG CATCCTACCT 
TCCCCACATC TAACTGGTAC AGAACTGAAT CCTCCTCTGC CTGGTGCAGG TATCCCACCA 
CCACCTCCTC TGCCTGGTGT GGACATTCCA TCACCCCCAC CACTACCTCC TTGGCCTGAC 
ACAGGACCTT CTATCTTCAT GCCTGGATCA GGCATGATTC CTCCCCCACC TCCTCTTCCT 
GGAATGACAG TGCTGCCCCC TCCTCCACCA CTTCCTGGAA CAGGGGTCCC CCCTCCTCCA 
CCTCTTCCTG GAGCGGGGGT CCCCCCTCCT CCTCCACCTC TTCCTGGAGC GGGGGTCCCC 
CCTCCTCCAC CACTTCCTGG AACGGGGGTC CCTCCTCCTC CACCTCTTCC TGGAGCGGGG 
GTCCCCCCTC CTCCACCTCT TCCTGGAGCG GGGGTCCCCC CTCCTCCACC TCTTCCTGGA 
GCGGGGGTCC CCCCTCCTCC ACCTCTTCCT GGAGCGGGGG TCCCCCCTCC TCCACCTCTT 
CCTGGAGTGG GGGTCCCCCC TCCTACTCCA CCTCTTCCTG GAGTGGGGAT CCCTCCTCCT 
CCACCTCTAC CTGGAACGGG GGTCCCCCCT CCTCCACCTC TACCTGGAGT AGGGATACCT 
CCTCCTCCGC CACCTTTGCC TGGAATGGCA GTGCCCCCTC CTCCCCCACC TTTGCCAGGA 
ATGGGAGTTC CCCTTCCTCC ACCTCTCCCT GGTATGGGAG TCCCTCCACC TCCTCCACCT 
TTGCCTGGAG TGGGGGTACC ACCCATCTCT GCACCCCCTC TGCCACCTGG ATCAGGTCCT 
CCACCTCTAC CACAAGATGG GGGCAGTACA TTGCCAAACA TGATGCTTCC ACAAGTATGT 
GGATTTCTTC CTCCTCCATT GCCAGCTGGC TTATTTGGAA TAGGCTTGCA TCAGGACAAA 
GTGAGTAGGA AACAAGCAAT AGAGCCTTGT CGACCAATGA AGCCTCTTTA TTGGACAAGA 
ATTCAACTAC ACAATAGAAG AGATTCTAGC ACTTCTCTCA TTTGGGAAAA AATTGAAGAG 
CCATCCATAG ATTGTCATGA GTTTGAAGAA TTATTTTCTA AAACTGCTGT AAAGGAGAGG 
AAGAAACCTA TTTCTGACAC CATAACAAAG ACCAAGACTA AACAAGTTGT CAAGTTATTA 
AGCAACAAAA GATCACAAGC AGTTGGGATA TTAATGTCAA GCCTTCATTT AGATATGAAA 
GACATACAGC ATGCCGTTGT GAATTTGGAT AACTCTGTGG TTGACCTGGA AACCCTTCAA 
GCCCTCTATG AAAATAGAGC ACAGTCAGAT GAATTGGAAA AAATTGAAAA GCATGGAAGA 
TCATGCAAAG AAAAAGAAAA TGCCAAGTCT CTGGACAAAC CTGAACAGTT CCTTTATGAA 
TTATCACTAA TACCCAACTT TTCAGAGCGA GTCTTTTGTA TCCTGTTCCA GTCAACATTT 
TCTGAAAGCA TTTGCTCTAT TCGTCGCAAA CTTGAACTAC TACAGAAGTT GTGTGAGACA 
TTGAAAAATG GGTCAGGGGT TATGCAGGTT CTAGGTCTGG TTCTTGCCTT TGGTAATTAC 
ATGAATGGTG GGAACAAGAC TCGGGGACAG GCAGATGGTT TTGGATTAGA CATTCTGCCA 
AAGCTGAAAG ATGTCAAAAG CAGTGACAAT AGCCGGAGTC TTTTGTCATA TATTGTTTCA 
TATTATCTTC GAAATTTTGA TGAGGATGCT GGAAAAGAAC AATGTGTTTT TCCACTGCCA 
GAACCCCAGG ACCTCTTTCA AGCCTCCCAG ATGAAATTTG AAGACTTTCA GAAAGACCTT 
CGCAAACTGA AAAAAGATTT GCGAGCCTGT GAAACAGAAG CAGGAAAAGT TTATCAAATG 
TCCCTAGAAG AACATATCCA ACCTTTCAAA GAAAGTATGG AGCAATTCAT TTGTCAAGCA 
AAAATTGACC AGGAAGCTGA GGAGCATTCA TTGACAGCAG CTCATAAATG TTTTTTGGAA 
ACTACGGCCT ATTTCTTCAT GAAACCAAAA ATGGGAGAGA AGGAAGTGTC CCCACCTGTT 
TTCTTCAGCC TTTGGCATGA ATTCAGCTCT GACTTTAAAG ATTTCTGGAA AAAAGAGAAC 
AAACTTATTC TCCAAGAAAG AGTAAAAGAA GCAGAGGAAG TGTGTCGGCA GAAAAAAGAA 
AAATCTCTGT ATAAAATAAA GCCGAAACAT GATTCTGGAA TTAAAGCAAA GATAAGCATG 
AAAATCTGA

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

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FMN2 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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