ARHGEF40 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene
Clones
gRNAs

Summary

Gene Symbol	ARHGEF40
Entrez Gene ID	100029776
Full Name	Rho guanine nucleotide exchange factor 40
Gene Type	protein-coding
Organism	Monodelphis domestica(gray short-tailed opossum)

mRNA and Protein(s)

mRNA	Protein	Name
XM_016427619.1	XP_016283105.1	rho guanine nucleotide exchange factor 40 isoform X3
XM_007479769.2	XP_007479831.1	rho guanine nucleotide exchange factor 40 isoform X2
XM_016427618.1	XP_016283104.1	rho guanine nucleotide exchange factor 40 isoform X1

Pathways from BioSystems
Gene Ontology

The following ARHGEF40 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ARHGEF40 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)
OMc38571	XM_016427619.1 Latest version!	Monodelphis domestica Rho guanine nucleotide exchange factor 40 (ARHGEF40), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OMc01898	XM_007479769.2 Latest version!	Monodelphis domestica Rho guanine nucleotide exchange factor 40 (ARHGEF40), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OMc38570	XM_016427618.1 Latest version!	Monodelphis domestica Rho guanine nucleotide exchange factor 40 (ARHGEF40), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

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
30% OFF

*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)

ARHGEF40 ( XM_016427619.1 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_016283105.1 Monodelphis domestica Rho guanine nucleotide exchange factor 40 (ARHGEF40), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OMc38571
Clone ID Related Accession (Same CDS sequence)	XM_016427619.1
Accession Version	XM_016427619.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4413bp) 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	rho guanine nucleotide exchange factor 40 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008801.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##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##

ATGGCAGGGA AGCTGAAGGA GCCAGAGCCA GTAGAAGACT GTGTGCAAAG CACCCTGGCC 
GCACTGTACC CCCCCTTTGA GGCAACTGCA CCCACCCTGC TGGGCCAGGT GTTCCAGGTG 
GTAGAGCGAA CCTACCGGGA AGATGCCCTG CGCTACGCCC TGGATTTCTT GGTGCCTGCT 
AAACACCTTC TCGCCCGGGT CCAACAGGAG GCCTGTGCCC AGTACAGCGG CTTCCTCTTT 
CTGCACGAGG GCTGGCCCCT CTGTCTGCAC GAGCAGGTAG TGGTGCAGCT GGCCGCCCTG 
CCATGGCAGC TGCTTCGCCC TGGAGACTTC TACCTACAAG TAATACCCTC GGTGGCCCGA 
GCCCCGCGCC TGGCCCTCAA GTGCCTGGCC CCGGGGGGCG GACGGGTACA GGAGCTTCCA 
GTGTCCTCAG AAGCCTGTGC CTACCTTTTC ACTCCTGAGT GGCTGCAGGG CATCAACAAA 
GACCGACCAG CAGGACGGCT CACCACATGC CTTCTGGCAT CACCCACAGG AGTCCAGCGG 
CTGCCCTGGG CTGAGCTCAT CTGTCCACGC TTTGTGCATA AAGGCAGTCT CATGGTGGGA 
CAGCGTCCGG TCTCTCTGCC CCCAGAGCTC CCCCCAGGAC CCCCTGGTCT CTCTAGCCCA 
CCACTGCCAG AGGAGGCCCT GGGCACCAGA AGCCCTGGGG ATGGGCACAA TGCCCCGGCA 
GAAGCCCCAG AGGGCGAGTA TGTGGAGCTG TTAGAGGTGA CCCTGCCAGC CCGAGGGTGT 
CCAGAGGATA CAGCGAGCTC CCCCAGCCTC TCCAGGACTC AAACTGTACC TACCAGGAAA 
GGTGCGGGAG GAAAGGGACG ACACAGACGA CATCGGGCAT GGCTGCACCA GAAGGGGACC 
GTGCCCCGGG GCCAAGATGG GACTCGGCCC CCCGGAGAAG GGAGCAGCGC TGGAGTCAAC 
ACTGGCTCTC CCCCACGAGT GGAATCACCT CAAGAAGAGG GAACACTCCA TGCTCCTGAG 
CTCCCAGCTG AGGCCCCAGG AGGGGAGATT GGTCCTTTCC CTCTGAGACC AAATGAAGGA 
GGGGATGGGC CAGGCCAGGG GGAGGAGGGA CTGGCAGGGA CACCCCGAAA ATCAGGCAAA 
GGAAACAGAA GGAAGAAGCG TGGGGGAGGC AGAGGAACTC CTGGGCAGGG AGCAGAAAGT 
GTGCCATCAA TTCCCCAGAA CAAAGAGGAG ACCAGTCATC CTGAGGCTCT CACCAGCCTG 
GTCCCCCAGA ATGAGAAAGA GCTCTCAGGC TTCCACCTGC TACAAGAGGA AGAGCCCAAA 
TGTACAGGAA AGACTGATCC AGAGCAAGTA AAGGAAGAAG AGCCTATCCC CTCTTCTGCC 
TGTGAGTCTA CAGAGGAGGG AACAGGAGAA GCAGAGCCCA GAGGGCAGAG TCTGGCTGCT 
GCAGAAGTAT CCACAGACCC AGTAGAACTC CTCTCTGGGC CCCCAGTGCC ACCATCTAAG 
GCTGGGAAGG AGGACAAGGA AGATGGTAGC CCTGAAGGGT GCACTTCAGC TTTGGCTAAT 
GATGACTCCA ACGTGACCTG GGACTTGATG GCATCTGGGT TTTTCCTGCT GGCTGGTGGG 
GTGGACCAGA GTGGCCGGGC CTTGCTGACC ATCACTCCAC CATGCCCTCC TACGGAGCCT 
CCACCCACAC AGGCAGAGAT GAGGACGGCT CTTTGTTACC TCCACTCGCT GCTCAGGTCT 
GACCTGAAGA TGCTGGGGCT GTCGGTGCTC CTAGACCTAC GGGGTGCTCC CCTGCTCCCC 
CCAGGACTAA TTCCTGTTCT AAATGACCTC CAGGATTCCA GAGAGCACCC TGTGAAGATA 
CAGCGCCTGA TGATTCTGAC TGAGAATGAG TCTGCCACTG AGCTCAGCGA GCTTCAGAGA 
GCTGAATTGC TATCAGAAAG TGACCTCCCT ACTGTGGCCA AGCCTGAAGA GCTTCAGAAA 
GACCTAGGGG GTGACAGAGA CGCTTCTGCA CAGCGCTGGA CAGAAACACA TCAGGAAGTA 
GCGAGGCTCT GCCACCTGTG CCACGATGTC CTGGGCTCTG TCCGGGAGGC CACGGAGGAG 
CTCCAAAGGG CTGTGGAGCC TCAAGGAGAG GTGGAGGGAA CCCCGGATCC CCTGCGGAAG 
GTGCTAGCGG ATCCCCGGCT AGCAGAGCTG CAGAGGGACG GAGGAGCCAT TCTCATGAGG 
CTCCGAGCAG CCCACAGCAG CCGGTTGGAG GGTCCAGGCC CAGCCCTTCT GTACCAGGAA 
GTGGATGAAG CCATTCACCA GCTCGTGCGC CTGTCCAACC TCTACCTACA GAGGCAGGAG 
AACCAGAGAC AGCGGCACCG GCTCCTCCAG GTGCTGCAGT GGCTTTCTGG CCCAGGAGAA 
GAGCAGCTGA TGAGCTTTAC TGAGCTTGGA GACTCCCTCC CTGCCCTGCA GGAGACAGAG 
ATCCGTTTCC AAGCCTTCAG TACGGAAGCC CAGGAGCAGC TGGCCCAGGC TCGGGAGGCC 
TTGACCCTGG AGGAGGACCC TACCACCCAG CAGGCCCTGG ATGACTTTGA GCAGCGACTG 
GAACAAGTAG AGAGTAGCCT CCATCGGGCT CTCCGGCTAC ACCGTTTCTT TCAGCAGGCG 
CACGAGTGGG TGGACGAGGG AACAGCCAAA TTAGCAGGCA CGGGACCAGG TAGGGAGGCT 
GTCCTAGCAG CCCTGGCCCC CGTGCCCAGT GCAGGCACCT TCCAAGAAAT GCGGGCACTG 
GCCCTGGAAC TGGGCAGCCC AGCAGCACTC CGAGAGTGGG GCCGCTGCCA TGCCCGATGC 
CTGGAACTGG AGAGGAGGGT TCAAGAGTTT CTGGGGGATG AAACAAGTCC ACAAGGCCGA 
TGCCGGCGCC GGGCTGACAG CACAAGCAGC GGAGGAGGCA GACAGGGCCC GCTCAGCCCT 
TCTTGGAGTC TCTGCTCTTT GCTGCTCCCC AATAGCCCTG GACCCCGACC AGCTCCTTCT 
CACTGTTCTC TGGCACCCTG TGGGGAAGAC AGTGAGGAAG AGACCCCAGA ACTTGCCCCT 
GAGGCCCAGA GCAAGCCACG GCCTGGAACT ACCCGAGCCG TATTGATCCG GGGCCTCGAG 
GTCAGCAGCA CCGAGGTGGT AGACAGGACC TGCTCCCCGA GGGAACACGT ACTGCTAGGC 
CGAGCTGGAG TCCCTGATGG GCCCTGGGGG GTTGGCACCC CTCGGATGGA GCGCAAAAGA 
AGCATCAGCG CTCAGCAGCG GCTGGTGTCA GAGCTGATCT CTTGTGAGCA GGAGTACGTA 
ACAGTGCTGG GGGAGCCAGT GCCCGCACCA GGGCCCGAGC TGACGCCGGA CCTCCGAGCT 
GACTGGGCTG CAGCCCTGGC TGCCCGCGAG CGCCTCAGAA ACTTCCACCG AGGGCATTTC 
CTCCGGGAGC TACAGGGCTG TACTTCACAC CCTCTTCGAG TGGGAGCTTG TTTCTTGAGA 
CATGGGGACC AGTTCAATTT GTACGCTCAG TATTTGAAAC AGCGGCTTAA GCTGGAAGCT 
GGCCTGGCTG CGCTCAGCCC CCCTAACAAA GGCTCCACAG AAGGCAGCCC CTACCTGCCC 
CGGTTCCTAC AGCAACCTCT GGAACAGTTA GCTCGATATG GGAAACTCTT GGAGGAGCTG 
CTGAAAGAGA CGGGGACTGA GCCAAGTTCT GAACGCCAGG CCCTGGCGGC TGCCCTGCAG 
ATGCTAAGGG ACCAAGAGGA CAGAGGCCGA GATCTGTTGG CTGTGGAGGC TGTACGTGGC 
TGTGAGGTGG ATCTAAAGGA GCAAGGGCAA CTATTGCACC GGGATCCATT CACTGTCTTC 
TGTGGGAGGA GGAAATGTCT GCGCCATGTC TTCCTCTTTG AACATCTCCT CCTTTTCAGC 
AAACTCAAGA GCCCAGAGGG TGGACCTGAG GTTTTTGTTT ACAAGCAGGC CTTCAAGACT 
GCCGACATGG GGCTGACAGA GAACATTGGG GACAGTGGGC TCTGCTTTGA GCTATGGTTC 
CGAAGACGAC GTTCCCGGGA AGCATACACA CTTCAGGCCC CTTCATCAGA GATCAAACAC 
AAGTGGACAA GTTCTATTGC CCAGCTGCTT TGGAGACAAG CAGCCCACAA CAAGGAGCTT 
CGAGTGCAAC AGATGGTATC CATGGGTATC GGAAACAAAC CTTTTTTGGA CATCAAAGCC 
CTGGGGGAGA GGACTCTGAG TGCCCTGCTC ACAGGGAGAG CACCTGAATC ACCTGACTCT 
TCTGGAGAAG TGTCCCCAGG AGCAAGGAGC AGTCCCAGCC TGCAGCCCCC CAGCCTTGGG 
AGCAGCACCC CTATCATGCC AAGCGGAGGG ATCTTGGGGT TTGGCCGTCC GAGCCATTCT 
CGAGCCCCAA GTGACCCCAC CACCCCTCTG TGA

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

RefSeq	XP_016283105.1
CDS	16..4428
Translation	MAGKLKEPEPVEDCVQSTLAALYPPFEATAPTLLGQVFQVVERTYREDALRYALDFLVPAKHLLARVQQEACAQYSGFLFLHEGWPLCLHEQVVVQLAALPWQLLRPGDFYLQVIPSVARAPRLALKCLAPGGGRVQELPVSSEACAYLFTPEWLQGINKDRPAGRLTTCLLASPTGVQRLPWAELICPRFVHKGSLMVGQRPVSLPPELPPGPPGLSSPPLPEEALGTRSPGDGHNAPAEAPEGEYVELLEVTLPARGCPEDTASSPSLSRTQTVPTRKGAGGKGRHRRHRAWLHQKGTVPRGQDGTRPPGEGSSAGVNTGSPPRVESPQEEGTLHAPELPAEAPGGEIGPFPLRPNEGGDGPGQGEEGLAGTPRKSGKGNRRKKRGGGRGTPGQGAESVPSIPQNKEETSHPEALTSLVPQNEKELSGFHLLQEEEPKCTGKTDPEQVKEEEPIPSSACESTEEGTGEAEPRGQSLAAAEVSTDPVELLSGPPVPPSKAGKEDKEDGSPEGCTSALANDDSNVTWDLMASGFFLLAGGVDQSGRALLTITPPCPPTEPPPTQAEMRTALCYLHSLLRSDLKMLGLSVLLDLRGAPLLPPGLIPVLNDLQDSREHPVKIQRLMILTENESATELSELQRAELLSESDLPTVAKPEELQKDLGGDRDASAQRWTETHQEVARLCHLCHDVLGSVREATEELQRAVEPQGEVEGTPDPLRKVLADPRLAELQRDGGAILMRLRAAHSSRLEGPGPALLYQEVDEAIHQLVRLSNLYLQRQENQRQRHRLLQVLQWLSGPGEEQLMSFTELGDSLPALQETEIRFQAFSTEAQEQLAQAREALTLEEDPTTQQALDDFEQRLEQVESSLHRALRLHRFFQQAHEWVDEGTAKLAGTGPGREAVLAALAPVPSAGTFQEMRALALELGSPAALREWGRCHARCLELERRVQEFLGDETSPQGRCRRRADSTSSGGGRQGPLSPSWSLCSLLLPNSPGPRPAPSHCSLAPCGEDSEEETPELAPEAQSKPRPGTTRAVLIRGLEVSSTEVVDRTCSPREHVLLGRAGVPDGPWGVGTPRMERKRSISAQQRLVSELISCEQEYVTVLGEPVPAPGPELTPDLRADWAAALAARERLRNFHRGHFLRELQGCTSHPLRVGACFLRHGDQFNLYAQYLKQRLKLEAGLAALSPPNKGSTEGSPYLPRFLQQPLEQLARYGKLLEELLKETGTEPSSERQALAAALQMLRDQEDRGRDLLAVEAVRGCEVDLKEQGQLLHRDPFTVFCGRRKCLRHVFLFEHLLLFSKLKSPEGGPEVFVYKQAFKTADMGLTENIGDSGLCFELWFRRRRSREAYTLQAPSSEIKHKWTSSIAQLLWRQAAHNKELRVQQMVSMGIGNKPFLDIKALGERTLSALLTGRAPESPDSSGEVSPGARSSPSLQPPSLGSSTPIMPSGGILGFGRPSHSRAPSDPTTPL

Target ORF information:

RefSeq Version	XM_016427619.1
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica Rho guanine nucleotide exchange factor 40 (ARHGEF40), transcript variant X3, mRNA.

Target ORF information:

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

XM_016427619.1

ORF Insert Sequence:

ATGGCAGGGA AGCTGAAGGA GCCAGAGCCA GTAGAAGACT GTGTGCAAAG CACCCTGGCC 
GCACTGTACC CCCCCTTTGA GGCAACTGCA CCCACCCTGC TGGGCCAGGT GTTCCAGGTG 
GTAGAGCGAA CCTACCGGGA AGATGCCCTG CGCTACGCCC TGGATTTCTT GGTGCCTGCT 
AAACACCTTC TCGCCCGGGT CCAACAGGAG GCCTGTGCCC AGTACAGCGG CTTCCTCTTT 
CTGCACGAGG GCTGGCCCCT CTGTCTGCAC GAGCAGGTAG TGGTGCAGCT GGCCGCCCTG 
CCATGGCAGC TGCTTCGCCC TGGAGACTTC TACCTACAAG TAATACCCTC GGTGGCCCGA 
GCCCCGCGCC TGGCCCTCAA GTGCCTGGCC CCGGGGGGCG GACGGGTACA GGAGCTTCCA 
GTGTCCTCAG AAGCCTGTGC CTACCTTTTC ACTCCTGAGT GGCTGCAGGG CATCAACAAA 
GACCGACCAG CAGGACGGCT CACCACATGC CTTCTGGCAT CACCCACAGG AGTCCAGCGG 
CTGCCCTGGG CTGAGCTCAT CTGTCCACGC TTTGTGCATA AAGGCAGTCT CATGGTGGGA 
CAGCGTCCGG TCTCTCTGCC CCCAGAGCTC CCCCCAGGAC CCCCTGGTCT CTCTAGCCCA 
CCACTGCCAG AGGAGGCCCT GGGCACCAGA AGCCCTGGGG ATGGGCACAA TGCCCCGGCA 
GAAGCCCCAG AGGGCGAGTA TGTGGAGCTG TTAGAGGTGA CCCTGCCAGC CCGAGGGTGT 
CCAGAGGATA CAGCGAGCTC CCCCAGCCTC TCCAGGACTC AAACTGTACC TACCAGGAAA 
GGTGCGGGAG GAAAGGGACG ACACAGACGA CATCGGGCAT GGCTGCACCA GAAGGGGACC 
GTGCCCCGGG GCCAAGATGG GACTCGGCCC CCCGGAGAAG GGAGCAGCGC TGGAGTCAAC 
ACTGGCTCTC CCCCACGAGT GGAATCACCT CAAGAAGAGG GAACACTCCA TGCTCCTGAG 
CTCCCAGCTG AGGCCCCAGG AGGGGAGATT GGTCCTTTCC CTCTGAGACC AAATGAAGGA 
GGGGATGGGC CAGGCCAGGG GGAGGAGGGA CTGGCAGGGA CACCCCGAAA ATCAGGCAAA 
GGAAACAGAA GGAAGAAGCG TGGGGGAGGC AGAGGAACTC CTGGGCAGGG AGCAGAAAGT 
GTGCCATCAA TTCCCCAGAA CAAAGAGGAG ACCAGTCATC CTGAGGCTCT CACCAGCCTG 
GTCCCCCAGA ATGAGAAAGA GCTCTCAGGC TTCCACCTGC TACAAGAGGA AGAGCCCAAA 
TGTACAGGAA AGACTGATCC AGAGCAAGTA AAGGAAGAAG AGCCTATCCC CTCTTCTGCC 
TGTGAGTCTA CAGAGGAGGG AACAGGAGAA GCAGAGCCCA GAGGGCAGAG TCTGGCTGCT 
GCAGAAGTAT CCACAGACCC AGTAGAACTC CTCTCTGGGC CCCCAGTGCC ACCATCTAAG 
GCTGGGAAGG AGGACAAGGA AGATGGTAGC CCTGAAGGGT GCACTTCAGC TTTGGCTAAT 
GATGACTCCA ACGTGACCTG GGACTTGATG GCATCTGGGT TTTTCCTGCT GGCTGGTGGG 
GTGGACCAGA GTGGCCGGGC CTTGCTGACC ATCACTCCAC CATGCCCTCC TACGGAGCCT 
CCACCCACAC AGGCAGAGAT GAGGACGGCT CTTTGTTACC TCCACTCGCT GCTCAGGTCT 
GACCTGAAGA TGCTGGGGCT GTCGGTGCTC CTAGACCTAC GGGGTGCTCC CCTGCTCCCC 
CCAGGACTAA TTCCTGTTCT AAATGACCTC CAGGATTCCA GAGAGCACCC TGTGAAGATA 
CAGCGCCTGA TGATTCTGAC TGAGAATGAG TCTGCCACTG AGCTCAGCGA GCTTCAGAGA 
GCTGAATTGC TATCAGAAAG TGACCTCCCT ACTGTGGCCA AGCCTGAAGA GCTTCAGAAA 
GACCTAGGGG GTGACAGAGA CGCTTCTGCA CAGCGCTGGA CAGAAACACA TCAGGAAGTA 
GCGAGGCTCT GCCACCTGTG CCACGATGTC CTGGGCTCTG TCCGGGAGGC CACGGAGGAG 
CTCCAAAGGG CTGTGGAGCC TCAAGGAGAG GTGGAGGGAA CCCCGGATCC CCTGCGGAAG 
GTGCTAGCGG ATCCCCGGCT AGCAGAGCTG CAGAGGGACG GAGGAGCCAT TCTCATGAGG 
CTCCGAGCAG CCCACAGCAG CCGGTTGGAG GGTCCAGGCC CAGCCCTTCT GTACCAGGAA 
GTGGATGAAG CCATTCACCA GCTCGTGCGC CTGTCCAACC TCTACCTACA GAGGCAGGAG 
AACCAGAGAC AGCGGCACCG GCTCCTCCAG GTGCTGCAGT GGCTTTCTGG CCCAGGAGAA 
GAGCAGCTGA TGAGCTTTAC TGAGCTTGGA GACTCCCTCC CTGCCCTGCA GGAGACAGAG 
ATCCGTTTCC AAGCCTTCAG TACGGAAGCC CAGGAGCAGC TGGCCCAGGC TCGGGAGGCC 
TTGACCCTGG AGGAGGACCC TACCACCCAG CAGGCCCTGG ATGACTTTGA GCAGCGACTG 
GAACAAGTAG AGAGTAGCCT CCATCGGGCT CTCCGGCTAC ACCGTTTCTT TCAGCAGGCG 
CACGAGTGGG TGGACGAGGG AACAGCCAAA TTAGCAGGCA CGGGACCAGG TAGGGAGGCT 
GTCCTAGCAG CCCTGGCCCC CGTGCCCAGT GCAGGCACCT TCCAAGAAAT GCGGGCACTG 
GCCCTGGAAC TGGGCAGCCC AGCAGCACTC CGAGAGTGGG GCCGCTGCCA TGCCCGATGC 
CTGGAACTGG AGAGGAGGGT TCAAGAGTTT CTGGGGGATG AAACAAGTCC ACAAGGCCGA 
TGCCGGCGCC GGGCTGACAG CACAAGCAGC GGAGGAGGCA GACAGGGCCC GCTCAGCCCT 
TCTTGGAGTC TCTGCTCTTT GCTGCTCCCC AATAGCCCTG GACCCCGACC AGCTCCTTCT 
CACTGTTCTC TGGCACCCTG TGGGGAAGAC AGTGAGGAAG AGACCCCAGA ACTTGCCCCT 
GAGGCCCAGA GCAAGCCACG GCCTGGAACT ACCCGAGCCG TATTGATCCG GGGCCTCGAG 
GTCAGCAGCA CCGAGGTGGT AGACAGGACC TGCTCCCCGA GGGAACACGT ACTGCTAGGC 
CGAGCTGGAG TCCCTGATGG GCCCTGGGGG GTTGGCACCC CTCGGATGGA GCGCAAAAGA 
AGCATCAGCG CTCAGCAGCG GCTGGTGTCA GAGCTGATCT CTTGTGAGCA GGAGTACGTA 
ACAGTGCTGG GGGAGCCAGT GCCCGCACCA GGGCCCGAGC TGACGCCGGA CCTCCGAGCT 
GACTGGGCTG CAGCCCTGGC TGCCCGCGAG CGCCTCAGAA ACTTCCACCG AGGGCATTTC 
CTCCGGGAGC TACAGGGCTG TACTTCACAC CCTCTTCGAG TGGGAGCTTG TTTCTTGAGA 
CATGGGGACC AGTTCAATTT GTACGCTCAG TATTTGAAAC AGCGGCTTAA GCTGGAAGCT 
GGCCTGGCTG CGCTCAGCCC CCCTAACAAA GGCTCCACAG AAGGCAGCCC CTACCTGCCC 
CGGTTCCTAC AGCAACCTCT GGAACAGTTA GCTCGATATG GGAAACTCTT GGAGGAGCTG 
CTGAAAGAGA CGGGGACTGA GCCAAGTTCT GAACGCCAGG CCCTGGCGGC TGCCCTGCAG 
ATGCTAAGGG ACCAAGAGGA CAGAGGCCGA GATCTGTTGG CTGTGGAGGC TGTACGTGGC 
TGTGAGGTGG ATCTAAAGGA GCAAGGGCAA CTATTGCACC GGGATCCATT CACTGTCTTC 
TGTGGGAGGA GGAAATGTCT GCGCCATGTC TTCCTCTTTG AACATCTCCT CCTTTTCAGC 
AAACTCAAGA GCCCAGAGGG TGGACCTGAG GTTTTTGTTT ACAAGCAGGC CTTCAAGACT 
GCCGACATGG GGCTGACAGA GAACATTGGG GACAGTGGGC TCTGCTTTGA GCTATGGTTC 
CGAAGACGAC GTTCCCGGGA AGCATACACA CTTCAGGCCC CTTCATCAGA GATCAAACAC 
AAGTGGACAA GTTCTATTGC CCAGCTGCTT TGGAGACAAG CAGCCCACAA CAAGGAGCTT 
CGAGTGCAAC AGATGGTATC CATGGGTATC GGAAACAAAC CTTTTTTGGA CATCAAAGCC 
CTGGGGGAGA GGACTCTGAG TGCCCTGCTC ACAGGGAGAG CACCTGAATC ACCTGACTCT 
TCTGGAGAAG TGTCCCCAGG AGCAAGGAGC AGTCCCAGCC TGCAGCCCCC CAGCCTTGGG 
AGCAGCACCC CTATCATGCC AAGCGGAGGG ATCTTGGGGT TTGGCCGTCC GAGCCATTCT 
CGAGCCCCAA GTGACCCCAC CACCCCTCTG TGA

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

ARHGEF40 ( XM_007479769.2 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_007479831.1 Monodelphis domestica Rho guanine nucleotide exchange factor 40 (ARHGEF40), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OMc01898
Clone ID Related Accession (Same CDS sequence)	XM_007479769.2
Accession Version	XM_007479769.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4542bp) 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	rho guanine nucleotide exchange factor 40 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008801.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Apr 27, 2016 this sequence version replaced XM_007479769.1. ##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##

ATGGAGCCAG AGCCAGTAGA AGACTGTGTG CAAAGCACCC TGGCCGCACT GTACCCCCCC 
TTTGAGGCAA CTGCACCCAC CCTGCTGGGC CAGGTGTTCC AGGTGGTAGA GCGAACCTAC 
CGGGAAGATG CCCTGCGCTA CGCCCTGGAT TTCTTGGTGC CTGCTAAACA CCTTCTCGCC 
CGGGTCCAAC AGGAGGCCTG TGCCCAGTAC AGCGGCTTCC TCTTTCTGCA CGAGGGCTGG 
CCCCTCTGTC TGCACGAGCA GGTAGTGGTG CAGCTGGCCG CCCTGCCATG GCAGCTGCTT 
CGCCCTGGAG ACTTCTACCT ACAAGTAATA CCCTCGGTGG CCCGAGCCCC GCGCCTGGCC 
CTCAAGTGCC TGGCCCCGGG GGGCGGACGG GTACAGGAGC TTCCAGTGTC CTCAGAAGCC 
TGTGCCTACC TTTTCACTCC TGAGTGGCTG CAGGGCATCA ACAAAGACCG ACCAGCAGGA 
CGGCTCACCA CATGCCTTCT GGCATCACCC ACAGGAGTCC AGCGGCTGCC CTGGGCTGAG 
CTCATCTGTC CACGCTTTGT GCATAAAGGC AGTCTCATGG TGGGACAGCG TCCGGTCTCT 
CTGCCCCCAG AGCTCCCCCC AGGACCCCCT GGTCTCTCTA GCCCACCACT GCCAGAGGAG 
GCCCTGGGCA CCAGAAGCCC TGGGGATGGG CACAATGCCC CGGCAGAAGC CCCAGAGGGC 
GAGTATGTGG AGCTGTTAGA GGTGACCCTG CCAGCCCGAG GGTGTCCAGA GGATACAGCG 
AGCTCCCCCA GCCTCTCCAG GACTCAAACT GTACCTACCA GGAAAGGTGC GGGAGGAAAG 
GGACGACACA GACGACATCG GGCATGGCTG CACCAGAAGG GGACCGTGCC CCGGGGCCAA 
GATGGGACTC GGCCCCCCGG AGAAGGGAGC AGCGCTGGAG TCAACACTGG CTCTCCCCCA 
CGAGTGGAAT CACCTCAAGA AGAGGGAACA CTCCATGCTC CTGAGCTCCC AGCTGAGGCC 
CCAGGAGGGG AGATTGGTCC TTTCCCTCTG AGACCAAATG AAGGAGGGGA TGGGCCAGGC 
CAGGGGGAGG AGGGACTGGC AGGGACACCC CGAAAATCAG GCAAAGGAAA CAGAAGGAAG 
AAGCGTGGGG GAGGCAGAGG AACTCCTGGG CAGGGAGCAG AAAGTGTGCC ATCAATTCCC 
CAGAACAAAG AGGAGACCAG TCATCCTGAG GCTCTCACCA GCCTGGTCCC CCAGAATGAG 
AAAGAGCTCT CAGGCTTCCA CCTGCTACAA GAGGAAGAGC CCAAATGTAC AGGAAAGACT 
GATCCAGAGC AAGTAAAGGA AGAAGAGCCT ATCCCCTCTT CTGCCTGTGA GTCTACAGAG 
GAGGGAACAG GAGAAGCAGA GCCCAGAGGG CAGAGTCTGG CTGCTGCAGA AGTATCCACA 
GACCCAGTAG AACTCCTCTC TGGGCCCCCA GTGCCACCAT CTAAGGCTGG GAAGGAGGAC 
AAGGAAGATG GTAGCCCTGA AGGGTGCACT TCAGCTTTGG CTAATGATGA CTCCAACGTG 
ACCTGGGACT TGATGGCATC TGGGTTTTTC CTGCTGGCTG GTGGGGTGGA CCAGAGTGGC 
CGGGCCTTGC TGACCATCAC TCCACCATGC CCTCCTACGG AGCCTCCACC CACACAGGCA 
GAGATGAGGA CGGCTCTTTG TTACCTCCAC TCGCTGCTCA GGTCTGACCT GAAGATGCTG 
GGGCTGTCGG TGCTCCTAGA CCTACGGGGT GCTCCCCTGC TCCCCCCAGG ACTAATTCCT 
GTTCTAAATG ACCTCCAGGA TTCCAGAGAG CACCCTGTGA AGATACAGCG CCTGATGATT 
CTGACTGAGA ATGAGTCTGC CACTGAGCTC AGCGAGCTTC AGAGAGCTGA ATTGCTATCA 
GAAAGTGACC TCCCTACTGT GGCCAAGCCT GAAGAGCTTC AGAAAGACCT AGGGGGTGAC 
AGAGACGCTT CTGCACAGCG CTGGACAGAA ACACATCAGG AAGTAGCGAG GCTCTGCCAC 
CTGTGCCACG ATGTCCTGGG CTCTGTCCGG GAGGCCACGG AGGAGCTCCA AAGGGCTGTG 
GAGCCTCAAG GAGAGGTGGA GGGAACCCCG GATCCCCTGC GGAAGGTGCT AGCGGATCCC 
CGGCTAGCAG AGCTGCAGAG GGACGGAGGA GCCATTCTCA TGAGGCTCCG AGCAGCCCAC 
AGCAGCCGGT TGGAGGGTCC AGGCCCAGCC CTTCTGTACC AGGAAGTGGA TGAAGCCATT 
CACCAGCTCG TGCGCCTGTC CAACCTCTAC CTACAGAGGC AGGAGAACCA GAGACAGCGG 
CACCGGCTCC TCCAGGTGCT GCAGTGGCTT TCTGGCCCAG GAGAAGAGCA GCTGATGAGC 
TTTACTGAGC TTGGAGACTC CCTCCCTGCC CTGCAGGAGA CAGAGATCCG TTTCCAAGCC 
TTCAGTACGG AAGCCCAGGA GCAGCTGGCC CAGGCTCGGG AGGCCTTGAC CCTGGAGGAG 
GACCCTACCA CCCAGCAGGC CCTGGATGAC TTTGAGCAGC GACTGGAACA AGTAGAGAGT 
AGCCTCCATC GGGCTCTCCG GCTACACCGT TTCTTTCAGC AGGCGCACGA GTGGGTGGAC 
GAGGGAACAG CCAAATTAGC AGGCACGGGA CCAGGTAGGG AGGCTGTCCT AGCAGCCCTG 
GCCCCCGTGC CCAGTGCAGG CACCTTCCAA GAAATGCGGG CACTGGCCCT GGAACTGGGC 
AGCCCAGCAG CACTCCGAGA GTGGGGCCGC TGCCATGCCC GATGCCTGGA ACTGGAGAGG 
AGGGTTCAAG AGTTTCTGGG GGATGAAACA AGTCCACAAG GCCGATGCCG GCGCCGGGCT 
GACAGCACAA GCAGCGGAGG AGGCAGACAG GGCCCGCTCA GCCCTTCTTG GAGTCTCTGC 
TCTTTGCTGC TCCCCAATAG CCCTGGACCC CGACCAGCTC CTTCTCACTG TTCTCTGGCA 
CCCTGTGGGG AAGACAGTGA GGAAGAGACC CCAGAACTTG CCCCTGAGGC CCAGAGCAAG 
CCACGGCCTG GAACTACCCG AGCCGTATTG ATCCGGGGCC TCGAGGTCAG CAGCACCGAG 
GTGGTAGACA GGACCTGCTC CCCGAGGGAA CACGTACTGC TAGGCCGAGC TGGAGTCCCT 
GATGGGCCCT GGGGGGTTGG CACCCCTCGG ATGGAGCGCA AAAGAAGCAT CAGCGCTCAG 
CAGCGGCTGG TGTCAGAGCT GATCTCTTGT GAGCAGGAGT ACGTAACAGT GCTGGGGGAG 
CCAGTGCCCG CACCAGGGCC CGAGCTGACG CCGGACCTCC GAGCTGACTG GGCTGCAGCC 
CTGGCTGCCC GCGAGCGCCT CAGAAACTTC CACCGAGGGC ATTTCCTCCG GGAGCTACAG 
GGCTGTACTT CACACCCTCT TCGAGTGGGA GCTTGTTTCT TGAGACATGG GGACCAGTTC 
AATTTGTACG CTCAGTATTT GAAACAGCGG CTTAAGCTGG AAGCTGGCCT GGCTGCGCTC 
AGCCCCCCTA ACAAAGGCTC CACAGAAGGC AGCCCCTACC TGCCCCGGTT CCTACAGCAA 
CCTCTGGAAC AGTTAGCTCG ATATGGGAAA CTCTTGGAGG AGCTGCTGAA AGAGACGGGG 
ACTGAGCCAA GTTCTGAACG CCAGGCCCTG GCGGCTGCCC TGCAGATGCT AAGGGACCAA 
GAGGACAGAG GCCGAGATCT GTTGGCTGTG GAGGCTGTAC GTGGCTGTGA GGTGGATCTA 
AAGGAGCAAG GGCAACTATT GCACCGGGAT CCATTCACTG TCTTCTGTGG GAGGAGGAAA 
TGTCTGCGCC ATGTCTTCCT CTTTGAACAT CTCCTCCTTT TCAGCAAACT CAAGAGCCCA 
GAGGGTGGAC CTGAGGTTTT TGTTTACAAG CAGGCCTTCA AGACTGCCGA CATGGGGCTG 
ACAGAGAACA TTGGGGACAG TGGGCTCTGC TTTGAGCTAT GGTTCCGAAG ACGACGTTCC 
CGGGAAGCAT ACACACTTCA GGCCCCTTCA TCAGAGATCA AACACAAGTG GACAAGTTCT 
ATTGCCCAGC TGCTTTGGAG ACAAGCAGCC CACAACAAGG AGCTTCGAGT GCAACAGATG 
GTATCCATGG GTATCGGAAA CAAACCTTTT TTGGACATCA AAGCCCTGGG GGAGAGGACT 
CTGAGTGCCC TGCTCACAGG GAGAGCTGCC CGAACCCGGG CCTCCGTGGC TGTCTCTTCT 
TTTGAGCATG CTGGTCCCTC CCTACCCTGT CTCTCCCCGG GAGCCTGCTC CCTGCCCGCC 
CGCGTCGAGG AAGAGGCCTG GGACCTGGAC ATCAAGCAGA TCTCCCTGGC ACCTGAATCA 
CCTGACTCTT CTGGAGAAGT GTCCCCAGGA GCAAGGAGCA GTCCCAGCCT GCAGCCCCCC 
AGCCTTGGGA GCAGCACCCC TATCATGCCA AGCGGAGGGA TCTTGGGGTT TGGCCGTCCG 
AGCCATTCTC GAGCCCCAAG TGACCCCACC ACCCCTCTGT GA

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

RefSeq	XP_007479831.1
CDS	188..4729
Translation	MEPEPVEDCVQSTLAALYPPFEATAPTLLGQVFQVVERTYREDALRYALDFLVPAKHLLARVQQEACAQYSGFLFLHEGWPLCLHEQVVVQLAALPWQLLRPGDFYLQVIPSVARAPRLALKCLAPGGGRVQELPVSSEACAYLFTPEWLQGINKDRPAGRLTTCLLASPTGVQRLPWAELICPRFVHKGSLMVGQRPVSLPPELPPGPPGLSSPPLPEEALGTRSPGDGHNAPAEAPEGEYVELLEVTLPARGCPEDTASSPSLSRTQTVPTRKGAGGKGRHRRHRAWLHQKGTVPRGQDGTRPPGEGSSAGVNTGSPPRVESPQEEGTLHAPELPAEAPGGEIGPFPLRPNEGGDGPGQGEEGLAGTPRKSGKGNRRKKRGGGRGTPGQGAESVPSIPQNKEETSHPEALTSLVPQNEKELSGFHLLQEEEPKCTGKTDPEQVKEEEPIPSSACESTEEGTGEAEPRGQSLAAAEVSTDPVELLSGPPVPPSKAGKEDKEDGSPEGCTSALANDDSNVTWDLMASGFFLLAGGVDQSGRALLTITPPCPPTEPPPTQAEMRTALCYLHSLLRSDLKMLGLSVLLDLRGAPLLPPGLIPVLNDLQDSREHPVKIQRLMILTENESATELSELQRAELLSESDLPTVAKPEELQKDLGGDRDASAQRWTETHQEVARLCHLCHDVLGSVREATEELQRAVEPQGEVEGTPDPLRKVLADPRLAELQRDGGAILMRLRAAHSSRLEGPGPALLYQEVDEAIHQLVRLSNLYLQRQENQRQRHRLLQVLQWLSGPGEEQLMSFTELGDSLPALQETEIRFQAFSTEAQEQLAQAREALTLEEDPTTQQALDDFEQRLEQVESSLHRALRLHRFFQQAHEWVDEGTAKLAGTGPGREAVLAALAPVPSAGTFQEMRALALELGSPAALREWGRCHARCLELERRVQEFLGDETSPQGRCRRRADSTSSGGGRQGPLSPSWSLCSLLLPNSPGPRPAPSHCSLAPCGEDSEEETPELAPEAQSKPRPGTTRAVLIRGLEVSSTEVVDRTCSPREHVLLGRAGVPDGPWGVGTPRMERKRSISAQQRLVSELISCEQEYVTVLGEPVPAPGPELTPDLRADWAAALAARERLRNFHRGHFLRELQGCTSHPLRVGACFLRHGDQFNLYAQYLKQRLKLEAGLAALSPPNKGSTEGSPYLPRFLQQPLEQLARYGKLLEELLKETGTEPSSERQALAAALQMLRDQEDRGRDLLAVEAVRGCEVDLKEQGQLLHRDPFTVFCGRRKCLRHVFLFEHLLLFSKLKSPEGGPEVFVYKQAFKTADMGLTENIGDSGLCFELWFRRRRSREAYTLQAPSSEIKHKWTSSIAQLLWRQAAHNKELRVQQMVSMGIGNKPFLDIKALGERTLSALLTGRAARTRASVAVSSFEHAGPSLPCLSPGACSLPARVEEEAWDLDIKQISLAPESPDSSGEVSPGARSSPSLQPPSLGSSTPIMPSGGILGFGRPSHSRAPSDPTTPL

Target ORF information:

RefSeq Version	XM_007479769.2
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica Rho guanine nucleotide exchange factor 40 (ARHGEF40), transcript variant X2, mRNA.

Target ORF information:

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

XM_007479769.2

ORF Insert Sequence:

ATGGAGCCAG AGCCAGTAGA AGACTGTGTG CAAAGCACCC TGGCCGCACT GTACCCCCCC 
TTTGAGGCAA CTGCACCCAC CCTGCTGGGC CAGGTGTTCC AGGTGGTAGA GCGAACCTAC 
CGGGAAGATG CCCTGCGCTA CGCCCTGGAT TTCTTGGTGC CTGCTAAACA CCTTCTCGCC 
CGGGTCCAAC AGGAGGCCTG TGCCCAGTAC AGCGGCTTCC TCTTTCTGCA CGAGGGCTGG 
CCCCTCTGTC TGCACGAGCA GGTAGTGGTG CAGCTGGCCG CCCTGCCATG GCAGCTGCTT 
CGCCCTGGAG ACTTCTACCT ACAAGTAATA CCCTCGGTGG CCCGAGCCCC GCGCCTGGCC 
CTCAAGTGCC TGGCCCCGGG GGGCGGACGG GTACAGGAGC TTCCAGTGTC CTCAGAAGCC 
TGTGCCTACC TTTTCACTCC TGAGTGGCTG CAGGGCATCA ACAAAGACCG ACCAGCAGGA 
CGGCTCACCA CATGCCTTCT GGCATCACCC ACAGGAGTCC AGCGGCTGCC CTGGGCTGAG 
CTCATCTGTC CACGCTTTGT GCATAAAGGC AGTCTCATGG TGGGACAGCG TCCGGTCTCT 
CTGCCCCCAG AGCTCCCCCC AGGACCCCCT GGTCTCTCTA GCCCACCACT GCCAGAGGAG 
GCCCTGGGCA CCAGAAGCCC TGGGGATGGG CACAATGCCC CGGCAGAAGC CCCAGAGGGC 
GAGTATGTGG AGCTGTTAGA GGTGACCCTG CCAGCCCGAG GGTGTCCAGA GGATACAGCG 
AGCTCCCCCA GCCTCTCCAG GACTCAAACT GTACCTACCA GGAAAGGTGC GGGAGGAAAG 
GGACGACACA GACGACATCG GGCATGGCTG CACCAGAAGG GGACCGTGCC CCGGGGCCAA 
GATGGGACTC GGCCCCCCGG AGAAGGGAGC AGCGCTGGAG TCAACACTGG CTCTCCCCCA 
CGAGTGGAAT CACCTCAAGA AGAGGGAACA CTCCATGCTC CTGAGCTCCC AGCTGAGGCC 
CCAGGAGGGG AGATTGGTCC TTTCCCTCTG AGACCAAATG AAGGAGGGGA TGGGCCAGGC 
CAGGGGGAGG AGGGACTGGC AGGGACACCC CGAAAATCAG GCAAAGGAAA CAGAAGGAAG 
AAGCGTGGGG GAGGCAGAGG AACTCCTGGG CAGGGAGCAG AAAGTGTGCC ATCAATTCCC 
CAGAACAAAG AGGAGACCAG TCATCCTGAG GCTCTCACCA GCCTGGTCCC CCAGAATGAG 
AAAGAGCTCT CAGGCTTCCA CCTGCTACAA GAGGAAGAGC CCAAATGTAC AGGAAAGACT 
GATCCAGAGC AAGTAAAGGA AGAAGAGCCT ATCCCCTCTT CTGCCTGTGA GTCTACAGAG 
GAGGGAACAG GAGAAGCAGA GCCCAGAGGG CAGAGTCTGG CTGCTGCAGA AGTATCCACA 
GACCCAGTAG AACTCCTCTC TGGGCCCCCA GTGCCACCAT CTAAGGCTGG GAAGGAGGAC 
AAGGAAGATG GTAGCCCTGA AGGGTGCACT TCAGCTTTGG CTAATGATGA CTCCAACGTG 
ACCTGGGACT TGATGGCATC TGGGTTTTTC CTGCTGGCTG GTGGGGTGGA CCAGAGTGGC 
CGGGCCTTGC TGACCATCAC TCCACCATGC CCTCCTACGG AGCCTCCACC CACACAGGCA 
GAGATGAGGA CGGCTCTTTG TTACCTCCAC TCGCTGCTCA GGTCTGACCT GAAGATGCTG 
GGGCTGTCGG TGCTCCTAGA CCTACGGGGT GCTCCCCTGC TCCCCCCAGG ACTAATTCCT 
GTTCTAAATG ACCTCCAGGA TTCCAGAGAG CACCCTGTGA AGATACAGCG CCTGATGATT 
CTGACTGAGA ATGAGTCTGC CACTGAGCTC AGCGAGCTTC AGAGAGCTGA ATTGCTATCA 
GAAAGTGACC TCCCTACTGT GGCCAAGCCT GAAGAGCTTC AGAAAGACCT AGGGGGTGAC 
AGAGACGCTT CTGCACAGCG CTGGACAGAA ACACATCAGG AAGTAGCGAG GCTCTGCCAC 
CTGTGCCACG ATGTCCTGGG CTCTGTCCGG GAGGCCACGG AGGAGCTCCA AAGGGCTGTG 
GAGCCTCAAG GAGAGGTGGA GGGAACCCCG GATCCCCTGC GGAAGGTGCT AGCGGATCCC 
CGGCTAGCAG AGCTGCAGAG GGACGGAGGA GCCATTCTCA TGAGGCTCCG AGCAGCCCAC 
AGCAGCCGGT TGGAGGGTCC AGGCCCAGCC CTTCTGTACC AGGAAGTGGA TGAAGCCATT 
CACCAGCTCG TGCGCCTGTC CAACCTCTAC CTACAGAGGC AGGAGAACCA GAGACAGCGG 
CACCGGCTCC TCCAGGTGCT GCAGTGGCTT TCTGGCCCAG GAGAAGAGCA GCTGATGAGC 
TTTACTGAGC TTGGAGACTC CCTCCCTGCC CTGCAGGAGA CAGAGATCCG TTTCCAAGCC 
TTCAGTACGG AAGCCCAGGA GCAGCTGGCC CAGGCTCGGG AGGCCTTGAC CCTGGAGGAG 
GACCCTACCA CCCAGCAGGC CCTGGATGAC TTTGAGCAGC GACTGGAACA AGTAGAGAGT 
AGCCTCCATC GGGCTCTCCG GCTACACCGT TTCTTTCAGC AGGCGCACGA GTGGGTGGAC 
GAGGGAACAG CCAAATTAGC AGGCACGGGA CCAGGTAGGG AGGCTGTCCT AGCAGCCCTG 
GCCCCCGTGC CCAGTGCAGG CACCTTCCAA GAAATGCGGG CACTGGCCCT GGAACTGGGC 
AGCCCAGCAG CACTCCGAGA GTGGGGCCGC TGCCATGCCC GATGCCTGGA ACTGGAGAGG 
AGGGTTCAAG AGTTTCTGGG GGATGAAACA AGTCCACAAG GCCGATGCCG GCGCCGGGCT 
GACAGCACAA GCAGCGGAGG AGGCAGACAG GGCCCGCTCA GCCCTTCTTG GAGTCTCTGC 
TCTTTGCTGC TCCCCAATAG CCCTGGACCC CGACCAGCTC CTTCTCACTG TTCTCTGGCA 
CCCTGTGGGG AAGACAGTGA GGAAGAGACC CCAGAACTTG CCCCTGAGGC CCAGAGCAAG 
CCACGGCCTG GAACTACCCG AGCCGTATTG ATCCGGGGCC TCGAGGTCAG CAGCACCGAG 
GTGGTAGACA GGACCTGCTC CCCGAGGGAA CACGTACTGC TAGGCCGAGC TGGAGTCCCT 
GATGGGCCCT GGGGGGTTGG CACCCCTCGG ATGGAGCGCA AAAGAAGCAT CAGCGCTCAG 
CAGCGGCTGG TGTCAGAGCT GATCTCTTGT GAGCAGGAGT ACGTAACAGT GCTGGGGGAG 
CCAGTGCCCG CACCAGGGCC CGAGCTGACG CCGGACCTCC GAGCTGACTG GGCTGCAGCC 
CTGGCTGCCC GCGAGCGCCT CAGAAACTTC CACCGAGGGC ATTTCCTCCG GGAGCTACAG 
GGCTGTACTT CACACCCTCT TCGAGTGGGA GCTTGTTTCT TGAGACATGG GGACCAGTTC 
AATTTGTACG CTCAGTATTT GAAACAGCGG CTTAAGCTGG AAGCTGGCCT GGCTGCGCTC 
AGCCCCCCTA ACAAAGGCTC CACAGAAGGC AGCCCCTACC TGCCCCGGTT CCTACAGCAA 
CCTCTGGAAC AGTTAGCTCG ATATGGGAAA CTCTTGGAGG AGCTGCTGAA AGAGACGGGG 
ACTGAGCCAA GTTCTGAACG CCAGGCCCTG GCGGCTGCCC TGCAGATGCT AAGGGACCAA 
GAGGACAGAG GCCGAGATCT GTTGGCTGTG GAGGCTGTAC GTGGCTGTGA GGTGGATCTA 
AAGGAGCAAG GGCAACTATT GCACCGGGAT CCATTCACTG TCTTCTGTGG GAGGAGGAAA 
TGTCTGCGCC ATGTCTTCCT CTTTGAACAT CTCCTCCTTT TCAGCAAACT CAAGAGCCCA 
GAGGGTGGAC CTGAGGTTTT TGTTTACAAG CAGGCCTTCA AGACTGCCGA CATGGGGCTG 
ACAGAGAACA TTGGGGACAG TGGGCTCTGC TTTGAGCTAT GGTTCCGAAG ACGACGTTCC 
CGGGAAGCAT ACACACTTCA GGCCCCTTCA TCAGAGATCA AACACAAGTG GACAAGTTCT 
ATTGCCCAGC TGCTTTGGAG ACAAGCAGCC CACAACAAGG AGCTTCGAGT GCAACAGATG 
GTATCCATGG GTATCGGAAA CAAACCTTTT TTGGACATCA AAGCCCTGGG GGAGAGGACT 
CTGAGTGCCC TGCTCACAGG GAGAGCTGCC CGAACCCGGG CCTCCGTGGC TGTCTCTTCT 
TTTGAGCATG CTGGTCCCTC CCTACCCTGT CTCTCCCCGG GAGCCTGCTC CCTGCCCGCC 
CGCGTCGAGG AAGAGGCCTG GGACCTGGAC ATCAAGCAGA TCTCCCTGGC ACCTGAATCA 
CCTGACTCTT CTGGAGAAGT GTCCCCAGGA GCAAGGAGCA GTCCCAGCCT GCAGCCCCCC 
AGCCTTGGGA GCAGCACCCC TATCATGCCA AGCGGAGGGA TCTTGGGGTT TGGCCGTCCG 
AGCCATTCTC GAGCCCCAAG TGACCCCACC ACCCCTCTGT GA

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

ARHGEF40 ( XM_016427618.1 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_016283104.1 Monodelphis domestica Rho guanine nucleotide exchange factor 40 (ARHGEF40), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OMc38570
Clone ID Related Accession (Same CDS sequence)	XM_016427618.1
Accession Version	XM_016427618.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4557bp) 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	rho guanine nucleotide exchange factor 40 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008801.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##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##

ATGGCAGGGA AGCTGAAGGA GCCAGAGCCA GTAGAAGACT GTGTGCAAAG CACCCTGGCC 
GCACTGTACC CCCCCTTTGA GGCAACTGCA CCCACCCTGC TGGGCCAGGT GTTCCAGGTG 
GTAGAGCGAA CCTACCGGGA AGATGCCCTG CGCTACGCCC TGGATTTCTT GGTGCCTGCT 
AAACACCTTC TCGCCCGGGT CCAACAGGAG GCCTGTGCCC AGTACAGCGG CTTCCTCTTT 
CTGCACGAGG GCTGGCCCCT CTGTCTGCAC GAGCAGGTAG TGGTGCAGCT GGCCGCCCTG 
CCATGGCAGC TGCTTCGCCC TGGAGACTTC TACCTACAAG TAATACCCTC GGTGGCCCGA 
GCCCCGCGCC TGGCCCTCAA GTGCCTGGCC CCGGGGGGCG GACGGGTACA GGAGCTTCCA 
GTGTCCTCAG AAGCCTGTGC CTACCTTTTC ACTCCTGAGT GGCTGCAGGG CATCAACAAA 
GACCGACCAG CAGGACGGCT CACCACATGC CTTCTGGCAT CACCCACAGG AGTCCAGCGG 
CTGCCCTGGG CTGAGCTCAT CTGTCCACGC TTTGTGCATA AAGGCAGTCT CATGGTGGGA 
CAGCGTCCGG TCTCTCTGCC CCCAGAGCTC CCCCCAGGAC CCCCTGGTCT CTCTAGCCCA 
CCACTGCCAG AGGAGGCCCT GGGCACCAGA AGCCCTGGGG ATGGGCACAA TGCCCCGGCA 
GAAGCCCCAG AGGGCGAGTA TGTGGAGCTG TTAGAGGTGA CCCTGCCAGC CCGAGGGTGT 
CCAGAGGATA CAGCGAGCTC CCCCAGCCTC TCCAGGACTC AAACTGTACC TACCAGGAAA 
GGTGCGGGAG GAAAGGGACG ACACAGACGA CATCGGGCAT GGCTGCACCA GAAGGGGACC 
GTGCCCCGGG GCCAAGATGG GACTCGGCCC CCCGGAGAAG GGAGCAGCGC TGGAGTCAAC 
ACTGGCTCTC CCCCACGAGT GGAATCACCT CAAGAAGAGG GAACACTCCA TGCTCCTGAG 
CTCCCAGCTG AGGCCCCAGG AGGGGAGATT GGTCCTTTCC CTCTGAGACC AAATGAAGGA 
GGGGATGGGC CAGGCCAGGG GGAGGAGGGA CTGGCAGGGA CACCCCGAAA ATCAGGCAAA 
GGAAACAGAA GGAAGAAGCG TGGGGGAGGC AGAGGAACTC CTGGGCAGGG AGCAGAAAGT 
GTGCCATCAA TTCCCCAGAA CAAAGAGGAG ACCAGTCATC CTGAGGCTCT CACCAGCCTG 
GTCCCCCAGA ATGAGAAAGA GCTCTCAGGC TTCCACCTGC TACAAGAGGA AGAGCCCAAA 
TGTACAGGAA AGACTGATCC AGAGCAAGTA AAGGAAGAAG AGCCTATCCC CTCTTCTGCC 
TGTGAGTCTA CAGAGGAGGG AACAGGAGAA GCAGAGCCCA GAGGGCAGAG TCTGGCTGCT 
GCAGAAGTAT CCACAGACCC AGTAGAACTC CTCTCTGGGC CCCCAGTGCC ACCATCTAAG 
GCTGGGAAGG AGGACAAGGA AGATGGTAGC CCTGAAGGGT GCACTTCAGC TTTGGCTAAT 
GATGACTCCA ACGTGACCTG GGACTTGATG GCATCTGGGT TTTTCCTGCT GGCTGGTGGG 
GTGGACCAGA GTGGCCGGGC CTTGCTGACC ATCACTCCAC CATGCCCTCC TACGGAGCCT 
CCACCCACAC AGGCAGAGAT GAGGACGGCT CTTTGTTACC TCCACTCGCT GCTCAGGTCT 
GACCTGAAGA TGCTGGGGCT GTCGGTGCTC CTAGACCTAC GGGGTGCTCC CCTGCTCCCC 
CCAGGACTAA TTCCTGTTCT AAATGACCTC CAGGATTCCA GAGAGCACCC TGTGAAGATA 
CAGCGCCTGA TGATTCTGAC TGAGAATGAG TCTGCCACTG AGCTCAGCGA GCTTCAGAGA 
GCTGAATTGC TATCAGAAAG TGACCTCCCT ACTGTGGCCA AGCCTGAAGA GCTTCAGAAA 
GACCTAGGGG GTGACAGAGA CGCTTCTGCA CAGCGCTGGA CAGAAACACA TCAGGAAGTA 
GCGAGGCTCT GCCACCTGTG CCACGATGTC CTGGGCTCTG TCCGGGAGGC CACGGAGGAG 
CTCCAAAGGG CTGTGGAGCC TCAAGGAGAG GTGGAGGGAA CCCCGGATCC CCTGCGGAAG 
GTGCTAGCGG ATCCCCGGCT AGCAGAGCTG CAGAGGGACG GAGGAGCCAT TCTCATGAGG 
CTCCGAGCAG CCCACAGCAG CCGGTTGGAG GGTCCAGGCC CAGCCCTTCT GTACCAGGAA 
GTGGATGAAG CCATTCACCA GCTCGTGCGC CTGTCCAACC TCTACCTACA GAGGCAGGAG 
AACCAGAGAC AGCGGCACCG GCTCCTCCAG GTGCTGCAGT GGCTTTCTGG CCCAGGAGAA 
GAGCAGCTGA TGAGCTTTAC TGAGCTTGGA GACTCCCTCC CTGCCCTGCA GGAGACAGAG 
ATCCGTTTCC AAGCCTTCAG TACGGAAGCC CAGGAGCAGC TGGCCCAGGC TCGGGAGGCC 
TTGACCCTGG AGGAGGACCC TACCACCCAG CAGGCCCTGG ATGACTTTGA GCAGCGACTG 
GAACAAGTAG AGAGTAGCCT CCATCGGGCT CTCCGGCTAC ACCGTTTCTT TCAGCAGGCG 
CACGAGTGGG TGGACGAGGG AACAGCCAAA TTAGCAGGCA CGGGACCAGG TAGGGAGGCT 
GTCCTAGCAG CCCTGGCCCC CGTGCCCAGT GCAGGCACCT TCCAAGAAAT GCGGGCACTG 
GCCCTGGAAC TGGGCAGCCC AGCAGCACTC CGAGAGTGGG GCCGCTGCCA TGCCCGATGC 
CTGGAACTGG AGAGGAGGGT TCAAGAGTTT CTGGGGGATG AAACAAGTCC ACAAGGCCGA 
TGCCGGCGCC GGGCTGACAG CACAAGCAGC GGAGGAGGCA GACAGGGCCC GCTCAGCCCT 
TCTTGGAGTC TCTGCTCTTT GCTGCTCCCC AATAGCCCTG GACCCCGACC AGCTCCTTCT 
CACTGTTCTC TGGCACCCTG TGGGGAAGAC AGTGAGGAAG AGACCCCAGA ACTTGCCCCT 
GAGGCCCAGA GCAAGCCACG GCCTGGAACT ACCCGAGCCG TATTGATCCG GGGCCTCGAG 
GTCAGCAGCA CCGAGGTGGT AGACAGGACC TGCTCCCCGA GGGAACACGT ACTGCTAGGC 
CGAGCTGGAG TCCCTGATGG GCCCTGGGGG GTTGGCACCC CTCGGATGGA GCGCAAAAGA 
AGCATCAGCG CTCAGCAGCG GCTGGTGTCA GAGCTGATCT CTTGTGAGCA GGAGTACGTA 
ACAGTGCTGG GGGAGCCAGT GCCCGCACCA GGGCCCGAGC TGACGCCGGA CCTCCGAGCT 
GACTGGGCTG CAGCCCTGGC TGCCCGCGAG CGCCTCAGAA ACTTCCACCG AGGGCATTTC 
CTCCGGGAGC TACAGGGCTG TACTTCACAC CCTCTTCGAG TGGGAGCTTG TTTCTTGAGA 
CATGGGGACC AGTTCAATTT GTACGCTCAG TATTTGAAAC AGCGGCTTAA GCTGGAAGCT 
GGCCTGGCTG CGCTCAGCCC CCCTAACAAA GGCTCCACAG AAGGCAGCCC CTACCTGCCC 
CGGTTCCTAC AGCAACCTCT GGAACAGTTA GCTCGATATG GGAAACTCTT GGAGGAGCTG 
CTGAAAGAGA CGGGGACTGA GCCAAGTTCT GAACGCCAGG CCCTGGCGGC TGCCCTGCAG 
ATGCTAAGGG ACCAAGAGGA CAGAGGCCGA GATCTGTTGG CTGTGGAGGC TGTACGTGGC 
TGTGAGGTGG ATCTAAAGGA GCAAGGGCAA CTATTGCACC GGGATCCATT CACTGTCTTC 
TGTGGGAGGA GGAAATGTCT GCGCCATGTC TTCCTCTTTG AACATCTCCT CCTTTTCAGC 
AAACTCAAGA GCCCAGAGGG TGGACCTGAG GTTTTTGTTT ACAAGCAGGC CTTCAAGACT 
GCCGACATGG GGCTGACAGA GAACATTGGG GACAGTGGGC TCTGCTTTGA GCTATGGTTC 
CGAAGACGAC GTTCCCGGGA AGCATACACA CTTCAGGCCC CTTCATCAGA GATCAAACAC 
AAGTGGACAA GTTCTATTGC CCAGCTGCTT TGGAGACAAG CAGCCCACAA CAAGGAGCTT 
CGAGTGCAAC AGATGGTATC CATGGGTATC GGAAACAAAC CTTTTTTGGA CATCAAAGCC 
CTGGGGGAGA GGACTCTGAG TGCCCTGCTC ACAGGGAGAG CTGCCCGAAC CCGGGCCTCC 
GTGGCTGTCT CTTCTTTTGA GCATGCTGGT CCCTCCCTAC CCTGTCTCTC CCCGGGAGCC 
TGCTCCCTGC CCGCCCGCGT CGAGGAAGAG GCCTGGGACC TGGACATCAA GCAGATCTCC 
CTGGCACCTG AATCACCTGA CTCTTCTGGA GAAGTGTCCC CAGGAGCAAG GAGCAGTCCC 
AGCCTGCAGC CCCCCAGCCT TGGGAGCAGC ACCCCTATCA TGCCAAGCGG AGGGATCTTG 
GGGTTTGGCC GTCCGAGCCA TTCTCGAGCC CCAAGTGACC CCACCACCCC TCTGTGA

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

RefSeq	XP_016283104.1
CDS	16..4572
Translation	MAGKLKEPEPVEDCVQSTLAALYPPFEATAPTLLGQVFQVVERTYREDALRYALDFLVPAKHLLARVQQEACAQYSGFLFLHEGWPLCLHEQVVVQLAALPWQLLRPGDFYLQVIPSVARAPRLALKCLAPGGGRVQELPVSSEACAYLFTPEWLQGINKDRPAGRLTTCLLASPTGVQRLPWAELICPRFVHKGSLMVGQRPVSLPPELPPGPPGLSSPPLPEEALGTRSPGDGHNAPAEAPEGEYVELLEVTLPARGCPEDTASSPSLSRTQTVPTRKGAGGKGRHRRHRAWLHQKGTVPRGQDGTRPPGEGSSAGVNTGSPPRVESPQEEGTLHAPELPAEAPGGEIGPFPLRPNEGGDGPGQGEEGLAGTPRKSGKGNRRKKRGGGRGTPGQGAESVPSIPQNKEETSHPEALTSLVPQNEKELSGFHLLQEEEPKCTGKTDPEQVKEEEPIPSSACESTEEGTGEAEPRGQSLAAAEVSTDPVELLSGPPVPPSKAGKEDKEDGSPEGCTSALANDDSNVTWDLMASGFFLLAGGVDQSGRALLTITPPCPPTEPPPTQAEMRTALCYLHSLLRSDLKMLGLSVLLDLRGAPLLPPGLIPVLNDLQDSREHPVKIQRLMILTENESATELSELQRAELLSESDLPTVAKPEELQKDLGGDRDASAQRWTETHQEVARLCHLCHDVLGSVREATEELQRAVEPQGEVEGTPDPLRKVLADPRLAELQRDGGAILMRLRAAHSSRLEGPGPALLYQEVDEAIHQLVRLSNLYLQRQENQRQRHRLLQVLQWLSGPGEEQLMSFTELGDSLPALQETEIRFQAFSTEAQEQLAQAREALTLEEDPTTQQALDDFEQRLEQVESSLHRALRLHRFFQQAHEWVDEGTAKLAGTGPGREAVLAALAPVPSAGTFQEMRALALELGSPAALREWGRCHARCLELERRVQEFLGDETSPQGRCRRRADSTSSGGGRQGPLSPSWSLCSLLLPNSPGPRPAPSHCSLAPCGEDSEEETPELAPEAQSKPRPGTTRAVLIRGLEVSSTEVVDRTCSPREHVLLGRAGVPDGPWGVGTPRMERKRSISAQQRLVSELISCEQEYVTVLGEPVPAPGPELTPDLRADWAAALAARERLRNFHRGHFLRELQGCTSHPLRVGACFLRHGDQFNLYAQYLKQRLKLEAGLAALSPPNKGSTEGSPYLPRFLQQPLEQLARYGKLLEELLKETGTEPSSERQALAAALQMLRDQEDRGRDLLAVEAVRGCEVDLKEQGQLLHRDPFTVFCGRRKCLRHVFLFEHLLLFSKLKSPEGGPEVFVYKQAFKTADMGLTENIGDSGLCFELWFRRRRSREAYTLQAPSSEIKHKWTSSIAQLLWRQAAHNKELRVQQMVSMGIGNKPFLDIKALGERTLSALLTGRAARTRASVAVSSFEHAGPSLPCLSPGACSLPARVEEEAWDLDIKQISLAPESPDSSGEVSPGARSSPSLQPPSLGSSTPIMPSGGILGFGRPSHSRAPSDPTTPL

Target ORF information:

RefSeq Version	XM_016427618.1
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica Rho guanine nucleotide exchange factor 40 (ARHGEF40), transcript variant X1, mRNA.

Target ORF information:

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

XM_016427618.1

ORF Insert Sequence:

ATGGCAGGGA AGCTGAAGGA GCCAGAGCCA GTAGAAGACT GTGTGCAAAG CACCCTGGCC 
GCACTGTACC CCCCCTTTGA GGCAACTGCA CCCACCCTGC TGGGCCAGGT GTTCCAGGTG 
GTAGAGCGAA CCTACCGGGA AGATGCCCTG CGCTACGCCC TGGATTTCTT GGTGCCTGCT 
AAACACCTTC TCGCCCGGGT CCAACAGGAG GCCTGTGCCC AGTACAGCGG CTTCCTCTTT 
CTGCACGAGG GCTGGCCCCT CTGTCTGCAC GAGCAGGTAG TGGTGCAGCT GGCCGCCCTG 
CCATGGCAGC TGCTTCGCCC TGGAGACTTC TACCTACAAG TAATACCCTC GGTGGCCCGA 
GCCCCGCGCC TGGCCCTCAA GTGCCTGGCC CCGGGGGGCG GACGGGTACA GGAGCTTCCA 
GTGTCCTCAG AAGCCTGTGC CTACCTTTTC ACTCCTGAGT GGCTGCAGGG CATCAACAAA 
GACCGACCAG CAGGACGGCT CACCACATGC CTTCTGGCAT CACCCACAGG AGTCCAGCGG 
CTGCCCTGGG CTGAGCTCAT CTGTCCACGC TTTGTGCATA AAGGCAGTCT CATGGTGGGA 
CAGCGTCCGG TCTCTCTGCC CCCAGAGCTC CCCCCAGGAC CCCCTGGTCT CTCTAGCCCA 
CCACTGCCAG AGGAGGCCCT GGGCACCAGA AGCCCTGGGG ATGGGCACAA TGCCCCGGCA 
GAAGCCCCAG AGGGCGAGTA TGTGGAGCTG TTAGAGGTGA CCCTGCCAGC CCGAGGGTGT 
CCAGAGGATA CAGCGAGCTC CCCCAGCCTC TCCAGGACTC AAACTGTACC TACCAGGAAA 
GGTGCGGGAG GAAAGGGACG ACACAGACGA CATCGGGCAT GGCTGCACCA GAAGGGGACC 
GTGCCCCGGG GCCAAGATGG GACTCGGCCC CCCGGAGAAG GGAGCAGCGC TGGAGTCAAC 
ACTGGCTCTC CCCCACGAGT GGAATCACCT CAAGAAGAGG GAACACTCCA TGCTCCTGAG 
CTCCCAGCTG AGGCCCCAGG AGGGGAGATT GGTCCTTTCC CTCTGAGACC AAATGAAGGA 
GGGGATGGGC CAGGCCAGGG GGAGGAGGGA CTGGCAGGGA CACCCCGAAA ATCAGGCAAA 
GGAAACAGAA GGAAGAAGCG TGGGGGAGGC AGAGGAACTC CTGGGCAGGG AGCAGAAAGT 
GTGCCATCAA TTCCCCAGAA CAAAGAGGAG ACCAGTCATC CTGAGGCTCT CACCAGCCTG 
GTCCCCCAGA ATGAGAAAGA GCTCTCAGGC TTCCACCTGC TACAAGAGGA AGAGCCCAAA 
TGTACAGGAA AGACTGATCC AGAGCAAGTA AAGGAAGAAG AGCCTATCCC CTCTTCTGCC 
TGTGAGTCTA CAGAGGAGGG AACAGGAGAA GCAGAGCCCA GAGGGCAGAG TCTGGCTGCT 
GCAGAAGTAT CCACAGACCC AGTAGAACTC CTCTCTGGGC CCCCAGTGCC ACCATCTAAG 
GCTGGGAAGG AGGACAAGGA AGATGGTAGC CCTGAAGGGT GCACTTCAGC TTTGGCTAAT 
GATGACTCCA ACGTGACCTG GGACTTGATG GCATCTGGGT TTTTCCTGCT GGCTGGTGGG 
GTGGACCAGA GTGGCCGGGC CTTGCTGACC ATCACTCCAC CATGCCCTCC TACGGAGCCT 
CCACCCACAC AGGCAGAGAT GAGGACGGCT CTTTGTTACC TCCACTCGCT GCTCAGGTCT 
GACCTGAAGA TGCTGGGGCT GTCGGTGCTC CTAGACCTAC GGGGTGCTCC CCTGCTCCCC 
CCAGGACTAA TTCCTGTTCT AAATGACCTC CAGGATTCCA GAGAGCACCC TGTGAAGATA 
CAGCGCCTGA TGATTCTGAC TGAGAATGAG TCTGCCACTG AGCTCAGCGA GCTTCAGAGA 
GCTGAATTGC TATCAGAAAG TGACCTCCCT ACTGTGGCCA AGCCTGAAGA GCTTCAGAAA 
GACCTAGGGG GTGACAGAGA CGCTTCTGCA CAGCGCTGGA CAGAAACACA TCAGGAAGTA 
GCGAGGCTCT GCCACCTGTG CCACGATGTC CTGGGCTCTG TCCGGGAGGC CACGGAGGAG 
CTCCAAAGGG CTGTGGAGCC TCAAGGAGAG GTGGAGGGAA CCCCGGATCC CCTGCGGAAG 
GTGCTAGCGG ATCCCCGGCT AGCAGAGCTG CAGAGGGACG GAGGAGCCAT TCTCATGAGG 
CTCCGAGCAG CCCACAGCAG CCGGTTGGAG GGTCCAGGCC CAGCCCTTCT GTACCAGGAA 
GTGGATGAAG CCATTCACCA GCTCGTGCGC CTGTCCAACC TCTACCTACA GAGGCAGGAG 
AACCAGAGAC AGCGGCACCG GCTCCTCCAG GTGCTGCAGT GGCTTTCTGG CCCAGGAGAA 
GAGCAGCTGA TGAGCTTTAC TGAGCTTGGA GACTCCCTCC CTGCCCTGCA GGAGACAGAG 
ATCCGTTTCC AAGCCTTCAG TACGGAAGCC CAGGAGCAGC TGGCCCAGGC TCGGGAGGCC 
TTGACCCTGG AGGAGGACCC TACCACCCAG CAGGCCCTGG ATGACTTTGA GCAGCGACTG 
GAACAAGTAG AGAGTAGCCT CCATCGGGCT CTCCGGCTAC ACCGTTTCTT TCAGCAGGCG 
CACGAGTGGG TGGACGAGGG AACAGCCAAA TTAGCAGGCA CGGGACCAGG TAGGGAGGCT 
GTCCTAGCAG CCCTGGCCCC CGTGCCCAGT GCAGGCACCT TCCAAGAAAT GCGGGCACTG 
GCCCTGGAAC TGGGCAGCCC AGCAGCACTC CGAGAGTGGG GCCGCTGCCA TGCCCGATGC 
CTGGAACTGG AGAGGAGGGT TCAAGAGTTT CTGGGGGATG AAACAAGTCC ACAAGGCCGA 
TGCCGGCGCC GGGCTGACAG CACAAGCAGC GGAGGAGGCA GACAGGGCCC GCTCAGCCCT 
TCTTGGAGTC TCTGCTCTTT GCTGCTCCCC AATAGCCCTG GACCCCGACC AGCTCCTTCT 
CACTGTTCTC TGGCACCCTG TGGGGAAGAC AGTGAGGAAG AGACCCCAGA ACTTGCCCCT 
GAGGCCCAGA GCAAGCCACG GCCTGGAACT ACCCGAGCCG TATTGATCCG GGGCCTCGAG 
GTCAGCAGCA CCGAGGTGGT AGACAGGACC TGCTCCCCGA GGGAACACGT ACTGCTAGGC 
CGAGCTGGAG TCCCTGATGG GCCCTGGGGG GTTGGCACCC CTCGGATGGA GCGCAAAAGA 
AGCATCAGCG CTCAGCAGCG GCTGGTGTCA GAGCTGATCT CTTGTGAGCA GGAGTACGTA 
ACAGTGCTGG GGGAGCCAGT GCCCGCACCA GGGCCCGAGC TGACGCCGGA CCTCCGAGCT 
GACTGGGCTG CAGCCCTGGC TGCCCGCGAG CGCCTCAGAA ACTTCCACCG AGGGCATTTC 
CTCCGGGAGC TACAGGGCTG TACTTCACAC CCTCTTCGAG TGGGAGCTTG TTTCTTGAGA 
CATGGGGACC AGTTCAATTT GTACGCTCAG TATTTGAAAC AGCGGCTTAA GCTGGAAGCT 
GGCCTGGCTG CGCTCAGCCC CCCTAACAAA GGCTCCACAG AAGGCAGCCC CTACCTGCCC 
CGGTTCCTAC AGCAACCTCT GGAACAGTTA GCTCGATATG GGAAACTCTT GGAGGAGCTG 
CTGAAAGAGA CGGGGACTGA GCCAAGTTCT GAACGCCAGG CCCTGGCGGC TGCCCTGCAG 
ATGCTAAGGG ACCAAGAGGA CAGAGGCCGA GATCTGTTGG CTGTGGAGGC TGTACGTGGC 
TGTGAGGTGG ATCTAAAGGA GCAAGGGCAA CTATTGCACC GGGATCCATT CACTGTCTTC 
TGTGGGAGGA GGAAATGTCT GCGCCATGTC TTCCTCTTTG AACATCTCCT CCTTTTCAGC 
AAACTCAAGA GCCCAGAGGG TGGACCTGAG GTTTTTGTTT ACAAGCAGGC CTTCAAGACT 
GCCGACATGG GGCTGACAGA GAACATTGGG GACAGTGGGC TCTGCTTTGA GCTATGGTTC 
CGAAGACGAC GTTCCCGGGA AGCATACACA CTTCAGGCCC CTTCATCAGA GATCAAACAC 
AAGTGGACAA GTTCTATTGC CCAGCTGCTT TGGAGACAAG CAGCCCACAA CAAGGAGCTT 
CGAGTGCAAC AGATGGTATC CATGGGTATC GGAAACAAAC CTTTTTTGGA CATCAAAGCC 
CTGGGGGAGA GGACTCTGAG TGCCCTGCTC ACAGGGAGAG CTGCCCGAAC CCGGGCCTCC 
GTGGCTGTCT CTTCTTTTGA GCATGCTGGT CCCTCCCTAC CCTGTCTCTC CCCGGGAGCC 
TGCTCCCTGC CCGCCCGCGT CGAGGAAGAG GCCTGGGACC TGGACATCAA GCAGATCTCC 
CTGGCACCTG AATCACCTGA CTCTTCTGGA GAAGTGTCCC CAGGAGCAAG GAGCAGTCCC 
AGCCTGCAGC CCCCCAGCCT TGGGAGCAGC ACCCCTATCA TGCCAAGCGG AGGGATCTTG 
GGGTTTGGCC GTCCGAGCCA TTCTCGAGCC CCAAGTGACC CCACCACCCC TCTGTGA

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

PubMed

REQUEST A QUOTE

EMAIL

gene@genscript.com

PHONE

1-877-436-7274

ONLINE FORM

Online Quote Submission

ONLINE FORM

Online Quote Submission

ARHGEF40 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Most Popular Services

Services & Products

News & Blogs

REQUEST A QUOTE

EMAIL

PHONE

ONLINE FORM

ONLINE FORM

SUPPORT

COMPANY

SUPPORT

COMPANY